地基超光谱立体遥感网络——一种探究中国PM2.5和O3协同控制的新策略

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地基超光谱立体遥感网络——一种探究中国PM2.5和O3协同控制的新策略

刘诚 , 邢成志 , 胡启后 , 李启华 , 刘浩然 , 洪茜茜 , 谈伟 , 季祥光 , 林华 , 陆川 , 林继楠 , 刘瀚洋 , 魏少聪 , 陈健 , 杨昆鹏 , 王顺天 , 柳婷 , 陈羽佳

工程（英文） ›› 2022, Vol. 19 ›› Issue (12) : 71 -83.

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工程（英文） ›› 2022, Vol. 19 ›› Issue (12) : 71 -83. DOI: 10.1016/j.eng.2021.02.019

地基超光谱立体遥感网络——一种探究中国PM2.5和O3协同控制的新策略

刘诚 ^a^,^b^,^c^,^d^,^e ,
邢成志 ^c ,
胡启后 ^c ,
李启华 ^h ,
刘浩然 ^h ,
洪茜茜 ⁱ ,
谈伟 ^c ,
季祥光 ^c^,^g ,
林华 ^c^,^g ,
陆川 ^c ,
林继楠 ^c ,
刘瀚洋 ^f ,
魏少聪 ^a ,
陈健 ^a ,
杨昆鹏 ^h ,
王顺天 ^c ,
柳婷 ^f ,
陈羽佳 ^c

作者信息 +

^a Department of Precision Machinery and Precision Instrumentation, University of Science and Technology of China, Hefei 230026, China

^b Center for Excellence in Regional Atmospheric Environment, Institute of Urban Environment, Chinese Academy of Sciences, Xiamen 361021, China

^c Key Lab of Environmental Optics & Technology, Anhui Institute of Optics and Fine Mechanics, Hefei Institutes of Physical Science, Chinese Academy of Sciences, Hefei 230031, China

^d Key Laboratory of Precision Scientific Instrumentation of Anhui Higher Education Institutes, University of Science and Technology of China, Hefei 230026, China

^e Anhui Province Key Laboratory of Polar Environment and Global Change, University of Science and Technology of China, Hefei 230026, China

^f School of Earth and Space Sciences, University of Science and Technology of China, Hefei 230026, China

^g School of Environmental Science and Optoelectronic Technology, University of Science and Technology of China, Hefei 230026, China

^h Institute of Physical Science and Information Technology, Anhui University, Hefei 230601, China

ⁱ School of Environment and Civil Engineering, Jiangnan University, Wuxi 214122, China

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Ground-based Hyperspectral Stereoscopic Remote Sensing Network: A Promising Strategy to Learn Coordinated Control of O3 and PM2.5 over China

Cheng Liu ^a^,^b^,^c^,^d^,^e ,
Chengzhi Xing ^c ,
Qihou Hu ^c ,
Qihua Li ^h ,
Haoran Liu ^h ,
Qianqian Hong ⁱ ,
Wei Tan ^c ,
Xiangguang Ji ^c^,^g ,
Hua Lin ^c^,^g ,
Chuan Lu ^c ,
Jinan Lin ^c ,
Hanyang Liu ^f ,
Shaocong Wei ^a ,
Jian Chen ^a ,
Kunpeng Yang ^h ,
Shuntian Wang ^c ,
Ting Liu ^f ,
Yujia Chen ^c

Author information +

^a Department of Precision Machinery and Precision Instrumentation, University of Science and Technology of China, Hefei 230026, China

^b Center for Excellence in Regional Atmospheric Environment, Institute of Urban Environment, Chinese Academy of Sciences, Xiamen 361021, China

^c Key Lab of Environmental Optics & Technology, Anhui Institute of Optics and Fine Mechanics, Hefei Institutes of Physical Science, Chinese Academy of Sciences, Hefei 230031, China

^d Key Laboratory of Precision Scientific Instrumentation of Anhui Higher Education Institutes, University of Science and Technology of China, Hefei 230026, China

^e Anhui Province Key Laboratory of Polar Environment and Global Change, University of Science and Technology of China, Hefei 230026, China

^f School of Earth and Space Sciences, University of Science and Technology of China, Hefei 230026, China

^g School of Environmental Science and Optoelectronic Technology, University of Science and Technology of China, Hefei 230026, China

^h Institute of Physical Science and Information Technology, Anhui University, Hefei 230601, China

ⁱ School of Environment and Civil Engineering, Jiangnan University, Wuxi 214122, China

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文章历史 +

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摘要

进入'十四五'时期，PM_2.5（空气动力学当量直径小于等于2.5 μm的颗粒物）和O₃的协同控制成为我国大气污染防治的重大课题。PM_2.5、O₃及其前体物的立体监测对于实现协同控制至关重要。然而，目前的监测网络不足以同时监测PM_2.5和O₃的垂直分布以及支持空气质量控制。2015 年以来，中国科学技术大学（USTC）基于多轴差分吸收光谱仪（MAX-DOAS）在全国范围内主导建立了地基超光谱遥感网络。该立体监测网络为我国PM_2.5和O₃的区域协同控制提供了重要机遇。基于搭设于四个特大城市（北京、上海、深圳和重庆）的四个MAX-DOAS 监测站获取的一年时间的气溶胶、NO₂和HCHO的垂直廓线，探究京津冀（JJJ）、长三角（YRD）、珠三角（PRD）和四川盆地（SB）四大典型污染区域的大气污染物垂直分布差异。400 m以下归一化和年平均的气溶胶垂直廓线在JJJ 和PRD地区分别呈箱型和高斯型分布，在YRD和SB地区都呈E指数型分布。由于四个区域的NO₂都主要来自交通车辆排放，因此NO₂在四个区域都呈E指数型分布。HCHO垂直廓线在JJJ 和PRD地区呈高斯型分布，在YRD和SB地区呈E指数型分布。此外，立体监测网络中的五个MAX-DOAS 站点[石家庄（SJZ）、望都（WD）、南城（NC）、中国气象科学研究院（CAMS）和中国科学院大学（UCAS）]同时监测到一次发生在华北平原（NCP）西南—东北通道海拔600~1000 m 的典型区域传输事件。气溶胶光学厚度（AOD）在上述五个站点表现为SJZ > WD > NC > CAMS > UCAS。在WD和NC之间监测到了发生在700~900 m高空的NO₂短距离区域传输。作为二次气溶胶的重要前体物，研究发现WD和NC的NO₂气团峰值均比其气溶胶消光气团峰值早出现约1 h。同时监测到了NC和CAMS之间发生在700~900 m高空的HCHO短距离区域传输，这可能会对北京的O₃浓度造成潜在影响。最后，选择CAMS作为典型站点探究垂直方向O₃-NO_x-挥发性有机化合物（VOC）的敏感性。研究发现O₃在0~100 m和100~200 m高度层分别受VOC控制和VOC-NO_x混合控制。此外，O₃的向下输送也可能会增加近地面O₃的浓度。该地基超光谱立体遥感网络为支持PM_2.5、O₃及其前体物的管控和溯源提供了一种非常具有前景的策略。

Abstract

With the coming of the '14th Five-Year Plan', the coordinated control of particulate matter with an aerodynamic diameter no greater than 2.5 μm (PM_2.5) and O₃ has become a major issue of air pollution prevention and control in China. The stereoscopic monitoring of regional PM_2.5 and O₃ and their precursors is crucial to achieve coordinated control. However, current monitoring networks are currently inadequate for monitoring the vertical profiles of both PM_2.5 and O₃ simultaneously and support air quality control. The University of Science and Technology of China (USTC) has established a nationwide ground-based hyperspectral stereoscopic remote sensing network based on multi-axis differential optical absorption spectroscopy (MAX-DOAS) since 2015. This monitoring network provides a significant opportunity for the regional coordinated control of PM_2.5 and O₃ in China. One-year vertical profiles of aerosol, NO₂ and HCHO monitored from four MAX-DOAS stations installed in four megacities (Beijing, Shanghai, Shenzhen, and Chongqing) were used to characterize their vertical distribution differences in four key regions, Jing–Jin–Ji (JJJ), Yangtze River Delta (YRD), Pearl River Delta (PRD), and Sichuan Basin (SB), respectively. The normalized and yearly averaged aerosol vertical profiles below 400 m in JJJ and PRD exhibit a box shape and a Gaussian shape, respectively, and both show exponential shapes in YRD and SB. The NO₂ vertical profiles in four regions all exhibit exponential shapes because of vehicle emissions. The shape of the HCHO vertical profile in JJJ and PRD was Gaussian, whereas an exponential shape was shown in YRD and SB. Moreover, a regional transport event occurred at an altitude of 600–1000 m was monitored in the southwest–northeast pathway of the North China Plain (NCP) by five MAX-DOAS stations (Shijiazhuang (SJZ), Wangdu (WD), Nancheng (NC), Chinese Academy of Meteorological Sciences (CAMS), and University of Chinese Academy of Sciences (UCAS)) belonging to the above network. The aerosol optical depths (AOD) in these five stations decreased in the order of SJZ > WD > NC > CAMS > UCAS. The short-distance regional transport of NO₂ in the 700–900 m layer was monitored between WD and NC. As an important precursor of secondary aerosol, the peak of NO₂ air mass in WD and NC all occurred 1 h earlier than that of aerosol. This was also observed for the short-distance regional transport of HCHO in the 700–900 m layer between NC and CAMS, which potentially affected the O₃ concentration in Beijing. Finally, CAMS was selected as a typical site to determine the O₃–NO_x–volatile organic compounds (VOCs) sensitivities in vertical space. We found the production of O₃ changed from predominantly VOCs-limited conditions to mainly mixed VOCs–NO_x-limited condition from the 0–100 m layer to the 200–300 m layer. In addition, the downward transport of O₃ could contribute to the increase of ground surface O₃ concentration. This ground-based hyperspectral stereoscopic remote sensing network provide a promising strategy to support management of PM_2.5 and O₃ and their precursors and conduct attribution of sources.

关键词

多轴差分吸收光谱仪 / 立体监测 / 区域传输 / 臭氧生成 / 控制策略

Key words

MAX-DOAS / Stereoscopic monitoring / Regional transport / Ozone production / Control strategy

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刘诚,邢成志,胡启后,李启华,刘浩然,洪茜茜,谈伟,季祥光,林华,陆川,林继楠,刘瀚洋,魏少聪,陈健,杨昆鹏,王顺天,柳婷,陈羽佳. 地基超光谱立体遥感网络——一种探究中国PM2.5和O3协同控制的新策略[J]. 工程（英文）, 2022, 19(12): 71-83 DOI:10.1016/j.eng.2021.02.019

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1、引言

随着经济的快速发展，空气污染已经对我国形成严重威胁。为应对空气质量改善的重大挑战，2013年以来我国政府先后印发了《大气污染防治行动计划》（简称大气“国十条”）和《打赢蓝天保卫战三年行动计划》（简称“蓝天保卫战”）[1‒3]。经过持续的控排和限排，2013—2019年SO₂和PM_2.5的排放量分别大幅下降了70%和46%。尽管PM_2.5等主要污染物浓度大幅降低，但O₃浓度近年来仍保持上升趋势[4‒5]。2013—2019年间，全国337个主要城市O₃日最大8小时浓度第90百分位数的平均值升高了20.3%。对流层O₃是由氮氧化物（NO_x= NO + NO₂）和挥发性有机化合物（VOC）的排放和光解生成的[6‒8]。然而，2013—2019年间NO_x和VOC的减排量分别仅为26%和2%。简而言之，我国正面临发达国家没有经历过的PM_2.5和O₃双高的复杂大气复合污染问题。因此，迫切需要对PM_2.5、O₃及其前体进行立体监测，并加快对PM_2.5和O₃复合污染的协同治理。

空气污染物来源除了本地排放和二次生成，区域传输也是不可忽视的重要来源。目前，大气污染研究的主要技术手段包括：原位观测、模型模拟、卫星和地基遥感观测。2012年以来，我国在全国范围内建立了包含1497个站点的地面空气质量监测网络——中国环境监测总站（CNEMC），能够实现同时监测SO₂、NO₂、CO、PM₁₀、PM_2.5和O₃的近地面浓度，其监测资料为我国空气质量评估和相关科学研究工作提供了依据[9]。卫星可以监测大尺度范围内的气溶胶、NO₂、HCHO和O₃垂直柱浓度（VCD）的水平分布，然而，其时空分辨率过低，目前大多数环境遥感监测卫星每天仅在目标区域过境一次，最大空间分辨率也仅为（3.5 × 7）km² [10‒12]。此外，CNEMC和卫星遥感技术均无法获取大气污染成分的垂直分布。化学传输模型作为辅助大气环境监测、预报和大气污染机理研究的重要手段，在大气污染物垂直分布模拟方面也存在明显缺陷。许多决定大气污染形成、转化和传输的重要过程通常发生在近地面以上0~2 km的不同垂直高度层中。为了弥补垂直监测信息的缺失，多个研究单元借助探空气球、无人机（UAS）和激光雷达（LiDAR）开展了对大气污染成分的垂直观测[13‒15]。但是，目前LiDAR大多只能监测气溶胶和O₃垂直廓线且存在显著的观测盲区。探空气球和无人机垂直监测耗费大量的人力和物力且无法实现连续监测。

地基超光谱遥感网络由多个站点组成。多轴差分吸收光谱仪（MAX-DOAS）为探究PM_2.5和O₃的协同控制提供了一种有前景的策略。该网络实现了同时监测PM_2.5、O₃及其前体物的垂直廓线，有助于推动大气污染的诊断和预测研究。迄今为止，世界上已经建立了多个MAX-DOAS网络。德国不来梅大学建立了覆盖欧洲和非洲由15个站点组成的不来梅大气监测DOAS网络（BREDOM）[16]。比利时皇家航空航天研究所（BIRA-IASB）在世界范围内建立了包含6个站点的MAX-DOAS网络[17]。日本海洋地球科学技术研究所（JAMSTEC）和欧盟分别建立了覆盖俄罗斯和亚洲由7个站点组成的MAX-DOAS网络（MADRAS）以及由15个站点组成的用于监测火山和大气变化的DOAS监测网络（NOVAC）[18‒19]。2015年以来，中国科学技术大学（USTC）建立了覆盖我国七大区域（华北、华东、华南、西南、西北、东北和华中）由34个MAX-DOAS站点组成的地基超光谱遥感网络。该网络的主要目的是实现对我国大气污染成分立体分布的长期和连续监测，可以弥补近地面原位监测垂直监测能力的不足，满足精准定位大气污染源、量化区域传输，以及评估气象和排放相对贡献的实际需求，以指导空气质量管理。

在本研究中，基于上述监测网络中四个特大城市（北京、上海、深圳和重庆）一年的监测数据，探究了气溶胶、NO₂和HCHO在京津冀、长三角、珠三角和四川盆地四大典型污染区域的垂直分布区域差异性。基于华北平原（NCP）西南—东北通道上的大气污染物典型传输事件，揭示了区域传输对北京大气污染的影响。此外，基于上述监测网络，利用一年的监测数据探究了北京地区垂直方向O₃-NO_x-VOC的敏感性。地基超光谱立体遥感网络的建立有助于推动“十四五”期间我国PM_2.5和O₃的协同控制，增进人们对空气污染的认识。

2、方法和计算

2.1 立体监测网络介绍

2016年12月至2020年10月，USTC完成了中国地基超光谱立体遥感网络的建设，网络的核心仪器是MAX-DOAS。表1展示了该网络组成站点的基本情况和地理分布。该网络由34台标准仪器组成，覆盖中国七大区域[华北（10个站点）、华东（12个站点）、华南（3个站点）、西南（4个站点）、西北（2个站点）、东北（2个站点）和华中（1个站点）]。表2展示了仪器的主要监测要素及各个要素的仪器探测限和垂直分布时空分辨率。

表1 中国MAX-DOAS网络的地理分布（区域划分以中国行政区划标准为依据）

No.	Region	Station (code)	Longitude (°E)	Latitude (°N)	Altitude (m)
1	North China	Chinese Academy of Meteorological Sciences (CAMS)	116.32	39.94	100
2		The Institute of Atmospheric Physics (IAP)	116.37	39.97	100
3		Nancheng/NC	116.12	39.78	60
4		University of Chinese Academy of Sciences (UCAS)	116.67	40.40	120
5		Gucheng (GC)	115.73	39.14	20
6		Wangdu (WD)	115.15	38.17	35
7		Xianghe (XH)	116.97	39.76	10
8		Shijiazhuang (SJZ)	114.60	37.90	70
9		Shanxi University (SXU)	112.58	37.63	780
10		Inner Mongolia Normal University (IMNU)	111.68	40.80	1040
11	East China	Dongying (DY)	118.98	37.76	2
12		Qingdao (QD)	120.67	36.34	10
13		Taishan (TS)	117.10	36.25	1500
14		Shanghai_Xuhui (SH_XH)	121.43	31.17	3
15		Shanghai_Dianshan Lake (SH_DL)	120.97	31.09	3
16		Nanjing University of Information Science and Technology (NUIST)	118.71	32.20	73
17		Ningbo (NB)	121.89	29.75	10
18		Huaniao Island (HNI)	122.67	30.86	60
19		Huaibei Normal University (HNU)	116.80	33.98	35
20		Anhui University (AHU)	117.18	31.77	30
21		Anhui Meteorological Bureau (AMB)	117.24	31.86	40
22		Hefei Environmental Protection Bureau (HEPB)	117.20	31.78	39
23	South China	Xiamen_Institute of Urban Environment (IUE)	118.05	24.61	340
24		Guangzhou Institute of Geochemistry (GIG)	113.35	23.15	30
25		Southern University of Science and Technology (SUST)	113.99	22.59	40
26	Southwest China	Everest Station (EVS)	86.94	28.36	4276
27		Nam Co Station (NCS)	90.96	30.77	4730
28		Shangri-La Station (SLS)	99.72	28.00	3580
29		Chongqing (CQ)	106.50	29.60	332
30	Northwest China	Lanzhou University (LZU)	103.85	36.04	1600
31	Northwest China	Xi’an (XA)	109.09	34.52	410
32	Northeast China	Juehua Island (JHI)	120.77	40.47	18
33	Northeast China	Liaoning University (LNU)	123.04	41.81	46
34	Central China	Luoyang (LY)	112.45	34.67	100

表2 监测网络的监测要素、探测限和时空分辨率

Observational element	Detection Limit			Resolution
Observational element	SCD	VMR		Temporal	Spatial
O₄	4 × 10⁴¹ molec²·cm^-5	—		—	—
Aerosol	—	0.02 km^-1		Per vertical profiles: 15 min	Vertical spatial resolution: 100 m
NO₂	7 × 10¹⁴ molec·cm^-2	30.0 ppt		—	—
HONO	4 × 10¹⁴ molec·cm^-2	15.0 ppt		—	—
SO₂	7 × 10¹⁵ molec·cm^-2	300.0 ppt		—	—
HCHO	5 × 10¹⁵ molec·cm^-2	200.0 ppt		—	—
Glyoxal	3 × 10¹⁴ molec·cm^-2	20.0 ppt		—	—
BrO	2 × 10¹³ molec·cm^-2	0.7 ppt		—	—
IO	1 × 10¹³ molec·cm^-2	0.6 ppt		—	—
H₂O	1 × 10²² molec·cm^-2	0.05%		—	—

2.2 地基超光谱立体遥感监测

2.2.1. 仪器搭设

MAX-DOAS仪器由三部分组成（图1）：一台精度优于0.1°、视场角低于0.3°的望远镜；两台温度稳定在20 °C（偏差低于0.05 °C）的光谱仪[AvaSpec-ULS2048L-USB2（Avantes，荷兰）；紫外（UV）光谱波长范围：296~408 nm；可见光谱范围：420~565 nm；光谱分辨率：0.45 nm]；一台用于系统控制、数据采集和传输的计算机。望远镜的仰角和方位角由两个步进电机控制。望远镜采集太阳散射光，然后经棱镜反射器和石英光纤将太阳散射光引导至光谱仪。最后，使用电荷耦合检测器[具有2048个独立像素的ILX511（Sony，日本）]将光谱模拟信号转换为数字信号。

图1 MAX-DOAS仪器示意图。

一个完整的仰角序列包含11个角度（即1°、2°、3°、4°、5°、6°、8°、10°、15°、30°和90°），考虑仰角电机转动所消耗的时间，完成一个仰角序列的光谱采集大约需要12 min。采集曝光时间和扫描次数的设置取决于太阳散射光的强度。数据采集单元由JavaScript控制，可以实现白天自动采集太阳散射光谱，夜间自动采集仪器暗电流和电子偏置信息。在后续的光谱分析过程中，暗电流和电子偏置信息会在观测光谱中扣除。为了避免平流层吸收的影响，滤除在太阳天顶角（SZA）高于75°时采集的光谱[20‒22]。

2.2.2. 光谱分析

MAX-DOAS观测的光谱使用BIRA-IASB†开发的QDOAS软件进行分析，软件基于最小二乘算法。通常选择天顶谱作为参考谱，在反演过程中与不同仰角观测的太阳散射光谱进行差分计算。DOAS拟合的直接结果是差分斜柱浓度（DSCD）[23]。此外，考虑平流层的吸收，扣除了观测光谱的Ring效应。基于Cabauw二氧化氮监测仪器反演结果国际对比实验（CINDI）的推荐设置，氧二聚体（O₄）和NO₂ DSCD的反演波段选择为338~370 nm，HCHO DSCD的反演波段选择为336.5~359 nm [24‒25]。O₄、NO₂和HCHO的详细反演设置见表3 [26‒34]。上述三种成分的典型DOAS拟合示例如图2所示。为了确保数据的有效性，反演均方根大于5 × 10^-4所对应的O₄、NO₂和HCHO DSCD结果已被滤除。除此之外，考虑云效应的影响，颜色指数小于以五阶多项式拟合颜色指数获取的阈值的10%时所对应的DSCD结果已被滤除[35]。

表3 用于O、NO和HCHO DSCD反演的DOAS设置

Parameter	Cross sections	Fitting interval			Reference
Parameter	Cross sections	O₄	NO₂	HCHO	Reference
Wavelength range ^a	—	338.0‒370.0 nm	338.0‒370.0 nm	336.5‒359.0 nm	—
NO₂	220 K, 294 K, I₀ correction ^b (SCD of 10¹⁷ molec·cm^-2)	√	√	√ (only 294 K)	[26]
HCHO	297 K	√	√	√	[27]
O₃	223 K, 243 K, I₀ correction (SCD of 10²⁰ molec·cm^-2)	√	√	√	[28]
O₄	293 K	√	√	√	[29]
BrO	223 K	√	√	√	[30]
H₂O	296 K	√	√	×	[31]
Ring	Ring spectra calculated with QDOAS	√	√	√	[32]
Polynomial degree	—	Order 5	Order 5	Order 5	—
Intensity offset	—	Constant	Constant	Order 1	—

图2 O₄（a）、NO₂（b）和HCHO（c）的典型DOAS光谱拟合结果。RMS：均方根。

2.2.3. 垂直廓线反演算法

气溶胶和痕量气体（即NO₂和HCHO）的垂直廓线反演算法是基于最优估计方法（OEM）[36]开发的，该算法采用线性伪球矢量离散纵坐标辐射传输模型（VLIDORT）作为前向模型[37]。算法采用下式中的价值函数

χ^{2}

来确定最大后验状态向量。

\begin{array}{l} χ 2 = {(y - F (x, b))}^{T} S_{ε}^{- 1} (y - F (x, b)) + {(x - x_{a})}^{T} S_{a}^{- 1} (x - x_{a}) （1） 式中，F(,)表示观测向量 （观测的DSCD）是反演状态向量 （气溶胶和痕量气体垂直廓线）和真实大气状态参数（即温度和压力廓线、地表反照率、单次散射反照率、不对称因子和Ångström指数）的函数。温度和压力廓线来自气象数据库[17]。气溶胶光学特性参数取自中等分辨率光谱仪（MODIS）的月平均结果。 a 是先验状态向量。气溶胶和痕量气体的初始先验廓线均选用指数递减的形状。在迭代过程中，上一步反演的状态廓线会作为下一步反演的先验廓线。此外，气象化学模型（WRF-Chem）模拟的气溶胶光学厚度（AOD）也是算法中的输入先验信息。 a 和 ε 分别表示 a 和 的协方差矩阵。反演基于高斯-牛顿（GN）方案。该算法采用F()的协方差矩阵作为权重函数，表示当某一层的 发生变化时，模拟的不同仰角的DSCD的变化情况。这种权重函数的计算方案相比较文献[38]报道的算法中的计算方法能够显著提高反演的速度。大气质量因子（AMF）的确定对于痕量气体垂直廓线的反演至关重要。因此，算法采用了两个反演步骤：首先，反演获得气溶胶垂直廓线；然后将气溶胶廓线输入辐射传输模型VLIDORT中参与痕量气体垂直廓线的反演。 2.3 辅助数据 近地面PM 2.5 、NO 2 和O 3 浓度来自国家环境监测网络†。近地面HCHO浓度由安装在北京大学（116.31 °E, 39.98 °N）的AERO LASER AL4021仪器采集获得。AOD、风速和风向信息由气象化学模型（WRF-Chem）模拟获得。模型的详细介绍可参考文献[39]。模型的水平模拟分辨率设置为（10 × 10）km 2 ，垂直方向从近地面到5000 Pa压力高空共设置44层。O 3 的垂直廓线由搭载在中国科学院大气物理研究所（IAP）铁塔不同高度上的点式采样仪器采集获得，时间分辨率为1 h。 3、 结果和讨论 3.1 气溶胶和痕量气体垂直分布的区域差异 今年来，我国PM 2.5 和O 3 呈现出明显的区域水平分布不均匀和区域传输频繁的特点。中国目前的监测网络主要监测近地面层的大气污染物浓度信息[40‒41]，而无法监测PM 2.5 、O 3 及其前体物的立体分布，这对充分了解它们的成因及协助空气质量管理造成了障碍。因此，本研究重点关注了PM 2.5 、O 3 及其前体物在四个中心城市（北京、上海、深圳和重庆）的垂直分布差异，以代表中国四大重点污染区域（京津冀地区、长三角地区、珠三角地区和四川盆地地区）的总体情况。 选取四大中心城市中的四个MAX-DOAS站点（CAMS、SH_XH、SUST和CQ；如表1所示），用以研究2019年3月1日至2020年3月1日期间气溶胶、NO 2 和HCHO垂直结构的区域差异性。选择CAMS站点进行反演误差分析，详细情况见表4。气溶胶是大气环境中的主要污染物。如图3（a）所示，2019年冬季CAMS站点点式仪器监测的PM 2.5 浓度与MAX-DOAS反演的近地面小时平均气溶胶消光系数展现出很好的相关性。由于粒子吸湿增长的特性，气溶胶和PM 2.5 的相关性取决于相对湿度（RH）[42]。为了减小不同城市RH对消光系数的影响，本研究对四个站点反演的年平均气溶胶消光廓线进行了归一化处理[图3（b）]。在CAMS站点，归一化的气溶胶消光垂直廓线在400 m以下表现为盒型分布，表明气溶胶在边界层高度（BLH）以下由于湍流和弱水平传输的影响实现了均匀混合。Zhang等[43]和Liu等[44]在北京基于探空气球观测也发现了相似的气溶胶垂直分布结构。SH_XH站点归一化的气溶胶消光垂直廓线表现为E指数型。这可能是因为上海的气溶胶除了在生物质燃烧季节会受到区域传输的影响，在其他季节则主要来自本地排放[45]。由于颗粒物浓度在四川盆地表现出高度的水平分布均匀性[46]，归一化的气溶胶消光垂直廓线在CQ站点也表现为E指数型。在SUST站点，归一化的气溶胶消光垂直廓线呈现高斯型分布。Liu等[47]曾报道区域传输对深圳PM 2.5 浓度的贡献超过50%，而本地排放仅贡献约10%。此外，本地排放和区域传输的相对贡献会因地点而异。例如，和深圳不同，Zhao等[48]发现在NCP的一个工业城市中，本地排放的贡献为40%~70%（平均63%）。 表4 CAMS站点不同高度反演的NO和HCHO的误差估计 Height layers (m) Component Random error (%) Systematic error (%) Total error (%) 0‒200 NO 2 37 7.61 HCHO 48 8.94 200‒400 NO 2 58 9.43 HCHO 510 11.18 400‒600 NO 2 610 11.66 HCHO 712 13.89 600‒800 NO 2 912 15.00 HCHO 1113 17.03 800‒1000 NO 2 1113 17.03 HCHO 1215 19.21 1000‒1200 NO 2 1115 18.60 HCHO 1417 22.02 1200‒1400 NO 2 1217 20.81 HCHO 1619 24.84 1400‒1600 NO 2 HCHO 14191924 23.60 30.61 图3 （a）2019年北京PM 2.5 和近地面气溶胶消光系数的线性拟合结果。（b）2019年北京、上海、深圳和重庆归一化的年平均气溶胶垂直廓线。（c）2019年四大城市的年平均NO 2 垂直廓线。（d）2019年四大城市的年平均近地面NO 2 浓度。（e）2019年北京点式仪器和MAX-DOAS监测的近地面HCHO浓度的线性拟合结果。（f）2019年四大城市的年平均HCHO垂直廓线。 R ：Pearson相关系数。 N ：有效数据的个数。 NO 2 和HCHO是二次气溶胶和O 3 的常见前体物。图3（c）展示了上述四个站点的年平均NO 2 垂直廓线。由于交通排放的原因[13,15,49‒51]，四个站点的NO 2 垂直分布结构都呈E指数型。此外，不利的扩散条件也是造成重庆NO 2 主要分布在近地面的原因[52‒53]。与图3（d）相比，研究发现MAX-DOAS反演的与点式仪器观测的年平均NO 2 近地面浓度在上述四个站点之间的变化非常吻合。近地面NO 2 浓度在四个站点表现为CQ > SH_XH > SUST > CAMS。盆地地形阻碍了NO 2 的区域扩散，导致CQ在四个站点中拥有最高的近地面NO 2 浓度。北京NO 2 浓度的大幅度下降主要得益于近年来强有力的减排和区域联防联控措施以及2019年年底至2020年年初新冠病毒（COVID-19）流行的影响。如图3（e）所示，2019年5—10月在CAMS站点，MAX-DOAS反演的小时平均近地面HCHO浓度与点式观测的近地面HCHO浓度表现出良好的一致性，Pearson相关系数（ R ）为0.68。图3（f）展示了上述四个站点的年平均HCHO垂直廓线。HCHO垂直分布在CAMS表现为高斯型，且HCHO的最高浓度分布在100~200 m高度层。这是因为北京西南部VOC光解产生的二次HCHO的短距离区域传输是CAMS站点HCHO的重要来源，尤其在夏季[54‒55]。SH_XH站点的年平均HCHO垂直廓线表现为E指数型，且该站点的近地面浓度在上述四个站点中最高，这是因为SH_XH站点的HCHO主要来自本地一次排放和VOC的光解[15,56]。CQ站点的年平均HCHO廓线由于本地工业排放[21]也表现为E指数型分布。年平均HCHO垂直廓线在SUST站点表现为高斯型。Luo等[57]曾报道深圳东北部工业排放的短距离区域传输是SUST站点HCHO的来源之一。 3.2 气溶胶及其前体物的区域传输分析 NCP是近年来中国污染最严重的区域之一，在该区域坐落的特大城市有北京、天津和石家庄。NCP西部为太行山，北部为燕山。半盆地地形特征和大陆性季风气候意味着区域传输是影响NCP空气质量的重要因素。西南风带是该地区主要的传输通道，可以驱动PM 2.5 、O 3 及其前体物沿西南—东北方向进行传输。多项研究探讨过区域传输对NCP空气质量的影响。Streets等[58]基于区域多尺度空气质量模型（CMAQ）的研究表明，夏季不利的气象条件可以促使PM 2.5 和O 3 沿西南—东北传输通道在北京和NCP之间进行区域传输。Wu等[59]使用WRF-Chem评估了区域传输对北京夏季PM 2.5 和O 3 浓度升高的贡献，指出区域传输对PM 2.5 和O 3 的贡献分别为61.5%和36.6%。基于对京津冀（Beijing-Tianjin-Hebei, BTH）地区多个城市的同步原位观测，Ge等[60]发现在西南风作用下沿西南—东北方向的区域传输是白天PM 2.5 和O 3 浓度升高的重要原因。Ge等[61]和Zhao等[62]也报道过存在于NCP地区的一个南-北传输带，该传输带同样造成了PM 2.5 和O 3 的区域传输。然而，目前点式观测和空气质量模型不足以用来充分阐明PM 2.5 、O 3 及其前体物的区域传输。没有立体观测数据作为支撑的空气质量模型在相关模拟和预测研究中仍然存在很大的不确定性。此外，由于传输过程常常伴随着高空输送带，导致单独使用点式观测会大大低估大气污染物的区域传输通量。因此，迫切需要一种能够监测大气污染物立体分布的地基超光谱立体遥感策略，以弥补上述两种技术手段在评估大气污染物区域传输方面存在的不足。 图4展示了BTH区域的位置和地形，以及立体监测网络中位于该区域西南—东北传输通道上的五个不同的MAX-DOAS站点（SJZ、WD、NC、CAMS和UCAS）。选取一个2020年3月5日发生在该地区的典型西南—东北传输过程作为典型案例，以揭示超光谱地基立体遥感策略结合WRF模型模拟的风场数据集在评估大气污染物传输中的优势。图5（a）、（b）描述了2020年3月5日在BTH地区由对流层检测仪（TROPOMI）监测的NO 2 和HCHO空间分布。NO 2 沿西南—东北通道呈现明显的带状分布，HCHO在NC和CAMS之间也呈现出连续的区域分布。图5（c）、（d）分别展示了0~20 m高度层和600~1000 m高度层的区域风场信息。两高度层的风向均沿传输通道由西南吹向东北，600~1000 m高度层的风速约为0~20 m高度层风速的3倍。因此，600~1000 m应该是主要的传输高度层。 图4 研究区域位置、地形和MAX-DOAS站点分布。黑点代表MAX-DOAS站点。 图5 （a）和（b）分别表示TROPOMI在2020年3月5日监测到的NO 2 和HCHO在NCP的水平空间分布。（c）和（d）分别表示WRF在2020年3月5日模拟的0~20 m高度层和600~1000 m高度层的风场信息。箭头代表风向。 图6展示了上述位于西南—东北传输通道上的五个站点在2020年3月5日监测到的气溶胶、NO 2 和HCHO的垂直分布。可以发现AOD在五个站点的相对大小关系为SJZ > WD > NC > CAMS > UCAS。10:00以后，SJZ的高消光气团逐渐抬升至700 m，并在西南风的驱动下沿传输通道向东北方向传输。随后，分别在12:00和13:00在WD和NC 800 m的高空中发现高消光气溶胶。随后，气溶胶的传输高度逐渐降低，于14:30后在CAMS站点的近地面监测到高消光信号。在地形因素和持续西南风的推动下，高消光气团再次被抬升，并且从CAMS站点继续向东北方向传输。最后，于16:00后在UCAS站点500 m高空中监测到高消光气溶胶。在SJZ和CAMS站点监测到近地面高浓度NO 2 ，这主要与石家庄和北京的高道路交通排放有关。WD和NC站点被大量植被覆盖，没有明显的NO 2 排放源。尽管如此，11:00和12:00后还是在WD和NC站点的800 m高空中监测到了高浓度的NO 2 气团。两个站点在传输高度相同的情况下，高浓度NO 2 气团的出现均比高消光气溶胶气团的出现早约1 h。这表明，传输过程中以NO 2 作为前体物伴随着二次无机气溶胶的形成。此外，还监测到了NC和CAMS站点之间的HCHO高空传输过程（图6），这与图5（b）中展示的TROPOMI监测到的NC和CAMS站点间的HCHO传输带相呼应。NC站点的HCHO主要来自自然源VOC的光解[63‒64]。在NC站点于中午12:00后，在气象因素（即风速和BLH）的推动下，二次生成的HCHO气团逐渐被抬升至800 m高空。约半小时后在CAMS站点的800 m高空中监测到高浓度的HCHO气团。HCHO的区域传输会在一定程度上影响北京O 3 浓度的变化。 图6 2020年3月5日SJZ、WD、NC、CAMS和UCAS站点的气溶胶、NO 2 和HCHO垂直廓线。ppb: parts per billion。 3.3 垂向O-NO-VOC敏感性 近年来，O 3 浓度持续升高，已成为继PM 2.5 后的第二大污染物，对我国的大气环境质量和人体健康造成严重影响。低对流层中的O 3 主要来源于其前体物的光解反应、区域传输及自由对流层和平流层的入侵[65]。NO x 和VOC是O 3 的两大主要前体物。O 3 的化学生成取决于反应过程中NO x 和VOC相对不足的一种。因此，控制O 3 污染的关键是有效控制其前体物的排放。然而，O 3 的生成敏感性会随着高度而变化。研究还需要进一步弄清BLH以内不同高度上的O 3 形成敏感类型，以达到有效控制O 3 的目的。HCHO是大多数VOC的氧化产物，且与它们的总反应活性相关[66‒68]。因此，HCHO可以作为VOC的指示剂。研究人员更关注不同高度上的O 3 生成敏感类型。例如，Geng等[69]使用点式仪器观测O 3 、NO x 和VOC，阐明了上海近地面O 3 生成主要受VOC控制。Liu等[70]基于臭氧监测仪（OMI）监测到对流层NO 2 和HCHO VCD，探究了2014年亚太经合组织（APEC）峰会和2015年北京大阅兵期间的O 3 生成控制类型。 地基超光谱立体遥感网络对NO 2 和HCHO垂直分布的监测有助于探究不同区域的O 3 形成途径。本研究以北京作为典型城市，探究了2019年5—10月在三个不同高度层（0~100 m、100~200 m和200~300 m）上的O 3 生成敏感类型。不同高度上的O 3 浓度由搭载在IAP铁塔上的点式仪器监测获得。NO 2 和HCHO在上述三个高度层上的浓度由搭载在IAP站点的MAX-DOAS监测光谱反演获得。参照Su等[71]的报道，上述三个高度层中的O 3 生成灵敏度阈值由O 3 和归一化后的HCHO或NO 2 的线性拟合斜率确定。图7展示了2019年5—10月O 3 、NO 2 和HCHO在上述三个高度层中的时间序列，时间分辨率为1 h。如图8所示，O 3 生成敏感类型分为VOC控制类型、VOC-NO x 混合控制类型和NO x 控制类型。0~100 m、100~200 m和200~300 m高度层中O 3 的生成敏感性情况如表5所示。在0~100 m高度层，O 3 化学生成敏感性主要受VOC控制，且占观测期间总有效时间的71.10%。而VOC-NO x 混合控制和NO x 控制分别仅占总有效时间的16.46%和12.44%。O 3 生成受NO x 控制主要出现在7月和10月初。在100~200 m高度层，O 3 生成受VOC控制、VOC-NO x 混合控制和NO x 控制的有效时间分别占观测期间总有效时间的64.31%、27.02%和8.67%。在200~300 m高度层，O 3 生成受VOC控制、VOC-NO x 混合控制和NO x 控制的有效时间分别占观测期间总有效时间的56.10%、35.55%和8.35%。从0~100 m高度层到200~300 m高度层，O 3 生成敏感类型受VOC控制和NO x 控制的比例逐渐下降，但受VOC-NO x 混合控制的比例却在逐渐上升。 图7 在0~100 m（a）、100~200 m（b）和200~300 m（c）高度层NO 2 、HCHO和O 3 的时间序列和O 3 生成敏感性。 图8 在0~100 m、100~200 m和200~300 m高度层的O 3 生成敏感性分区。 表5 在0~100 m、100~200 m和200~300 m高度层的O生成敏感性分区 Height layer (m) VOCs-limited VOCs-NO x -limited NO x -limited 0‒100 HCHO/NO 2 ≤ 1.0 1.0 < HCHO/NO 2 < 1.5 HCHO/NO 2 ≥ 1.5 100‒200 HCHO/NO 2 ≤ 1.0 1.0 < HCHO/NO 2 < 2.2 HCHO/NO 2 ≥ 2.2 200‒300 HCHO/NO 2 ≤ 0.9 0.9 < HCHO/NO 2 < 2.3 HCHO/NO 2 ≥ 2.3 选取2019年7月2日14:00监测的O 3 、NO 2 和HCHO垂直廓线作为典型案例，用以探究不同高度层的O 3 -NO x -VOC敏感性。如图9（a）所示，在0~100 m高度层中监测到高浓度O 3 ，且在该高度层中O 3 的生成敏感性受NO x 控制。在该高度层中同时发现了高浓度的NO 2 [图9（b）]。图10（a）展示了在7月2日14:00监测到的O 3 垂直廓线和7月平均的O 3 廓线。前者的浓度约为后者的1.80倍，尤其在0~100 m高度层中前者浓度大约是后者的1.99倍。为了评估0~100 m高度层中高浓度O 3 对近地面的影响，将2019年7月2日和7月份平均近地面O 3 浓度日变化情况进行了比较[图10（b）]。O 3 浓度的月平均日变化在14:00达到最大值，随后下降；而2019年7月2日的O 3 浓度日变化虽然也在14:00出现一个峰值，但至少在15:00之前一直都维持上升的趋势。这表明BLH下O 3 的向下输送会促进近地面O 3 浓度的增加。 图9 （a）O 3 和HCHO/NO 2 的垂直分布；（b）2019年7月2日14:00 NO 2 和HCHO的垂直分布。 图10 （a）2019年7月的月平均O 3 廓线和2019年7月2日14:00的O 3 廓线。（b）2019年7月的近地面O 3 月平均日变化和2019年7月2日及地面O 3 的日变化。 4、 结论 USTC基于MAX-DOAS建立了我国用于监测气溶胶、O 3 及其共同前体物的地基超光谱立体遥感网络。首先，本研究探讨了四大典型污染区域（京津冀、长三角、珠三角和四川盆地）的气溶胶、NO 2 和HCHO垂直结构差异性。在京津冀地区，由于区域传输和边界层效应的影响，气溶胶的垂直廓线在400 m以下呈现出箱型结构。鉴于区域传输对SUST站点的PM 2.5 贡献超过50%，珠三角地区的气溶胶垂直廓线呈高斯型分布。由于本地排放的贡献和区域扩散条件的限制，长三角和四川盆地地区的气溶胶廓线都呈E指数型分布。由于道路机动车排放的影响，NO 2 垂直廓线结构在四大区域均呈E指数型分布。在CAMS和SUST站点分别由于北京西南方的短距离输送和深圳东北部工业排放的短距离输送，HCHO的年平均垂直廓线均呈高斯型分布。由于本地排放和本地VOC的光解，HCHO在SH_XH站点的垂直廓线呈E指数型分布；由于本地的工业排放HCHO在CQ站点同样呈E指数型分布。 其次，NCP的西南—东北通道被认为是大气污染成分的典型传输通道。在该通道上设置了五个MAX-DOAS站点（SJZ、WD、NC、CAMS和UCAS）。2020年3月5日在NCP地区监测到一次典型的西南—东北传输过程。结合TROPOMI NO2 VCD和当天的日平均WRF风场信息，研究发现600~1000 m是大气污染成分的主要传输高度层。AOD在上述五个站点表现为SJZ > WD > NC > CAMS > UCAS。消光气团在SJZ站点逐渐由近地面抬升至700 m高空。在WD和NC站点间隔1 h相继在600~1000 m高度层监测到高气溶胶消光带。随后气溶胶传输高度降低并在CAMS站点的近地面监测到高消光气溶胶，随后传输高度在地形和气象条件的驱动下再次被抬升并在UCAS站点500 m高空监测到高消光气溶胶。此外，还分别在WD和NC站点之间及NC和CAMS站点之间的700~900 m高度层监测到了NO 2 和HCHO的短距离传输过程。在WD和NC站点监测到的高浓度NO 2 均比在两个站点监测到的高消光气溶胶早约1 h，说明传输过程可能伴随着二次气溶胶的生成。HCHO的短距离区域传输会潜在影响北京的O 3 浓度。 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New insights into the column CH2O/NO2 ratio as an indicator of near-surface ozone sensitivity. J Geophys Res Atmos 2017;122(16):8885‒907. [69] Geng F, Tie X, Xu J, Zhou G, Peng L, Gao W, et al. Characterizations of ozone, NOx, and VOCs measured in Shanghai, China. Atmos Environ 2008;42(29):6873‒83. [70] Liu H, Liu C, Xie Z, Li Y, Huang X, Wang S, et al. A paradox for air pollution controlling in China revealed by “APEC Blue” and “Parade Blue”. Sci Rep 2016;6:34408. [71] Su W, Liu C, Hu Q, Fan G, Xie Z, Huang X, et al. Characterization of ozone in the lower troposphere during the 2016 G20 conference in Hangzhou. Sci Rep 2016;7(1):1‒11. 基金资助 () AI Summary 中 Eng × 说明：请注意，以下内容是人工智能生成的。本网站不对与使用此内容相关的任何后果承担责任。 AI Summary AI Mindmap × Share on WeChat jQuery(function(){
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        "summaryEn": `\\#\\#\\# Summary and Abstract\n\n**Research Background**\nThe inheritance of Chinese ethnic music culture in universities is a current hotspot in aesthetic education. This study focuses on exploring the significance, necessity, and practical modes and pathways of inheriting Chinese ethnic music culture in the aesthetic education of medical universities, aiming to enhance students' ethnic consciousness, self-confidence, and sense of identity, while also promoting their comprehensive development.\n\n**Research Methods**\nThe research employs a combination of theoretical analysis and practical exploration. Through literature review, case studies, and empirical research, the study investigates the current status and challenges of Chinese ethnic music culture inheritance in medical universities and proposes a "4+3+5" inheritance mode and pathway.\n\n**Experimental Design**\nThe "4+3+5" mode is based on "four combinations" (knowledge teaching and practical experience, intra-school and extra-school cooperation, cultural inheritance and innovation projects, aesthetic education and ideological education), supported by "three measures" (strengthening curriculum construction, optimizing resource integration, and ensuring conditions), and implemented through "five paths" (aesthetic education teaching, campus cultural activities, inter-school and international exchanges, social practice services, and college student innovation and entrepreneurship).\n\n**Results and Analysis**\nThe implementation of the "4+3+5" mode in Sichuan University has achieved significant results. It has effectively promoted the inheritance and innovation of Chinese ethnic music culture among medical students, enhanced their aesthetic abilities and cultural qualities, and cultivated their teamwork and innovative spirits. The study also finds that music has a positive auxiliary effect on medical treatment, which can help improve patients' physical and mental health.\n\n**Overall Conclusion**\nThe inheritance of Chinese ethnic music culture in the aesthetic education of medical universities is of great significance. The "4+3+5" mode proposed in this study provides an effective pathway for the inheritance and innovation of Chinese ethnic music culture in medical universities, which helps to enhance students' comprehensive qualities and promote their all-round development.\n\n**Paper Review**\nThis paper systematically explores the inheritance mode and pathway of Chinese ethnic music culture in the aesthetic education of medical universities, with clear research ideas and practical research methods. The proposed "4+3+5" mode is innovative and operable, providing valuable references for the inheritance and innovation of Chinese ethnic music culture in universities.\n\n**Ten Questions and Answers**\n\n1. **Q: What is the main research content of this paper?**  \n   A: This paper mainly studies the inheritance mode and pathway of Chinese ethnic music culture in the aesthetic education of medical universities, aiming to explore effective ways to promote the inheritance and development of Chinese ethnic music culture among medical students.\n\n2. **Q: Why is it necessary to inherit Chinese ethnic music culture in medical universities?**  \n   A: Inheriting Chinese ethnic music culture in medical universities can enhance students' ethnic consciousness, self-confidence, and sense of identity, promote their comprehensive development, and also help them better serve the national medical cause by utilizing the auxiliary medical effects of music.\n\n3. **Q: What is the "4+3+5" mode proposed in this paper?**  \n   A: The "4+3+5" mode refers to an inheritance mode and pathway based on "four combinations," supported by "three measures," and implemented through "five paths." It aims to comprehensively promote the inheritance and innovation of Chinese ethnic music culture in medical universities.\n\n4. **Q: How does the "4+3+5" mode promote the inheritance of Chinese ethnic music culture?**  \n   A: By integrating knowledge teaching with practical experience, intra-school and extra-school cooperation, cultural inheritance with innovation projects, and aesthetic education with ideological education, the "4+3+5" mode creates a dynamic and cooperative educational environment that effectively promotes the inheritance and innovation of Chinese ethnic music culture.\n\n5. **Q: What are the "three measures" in the "4+3+5" mode?**  \n   A: The "three measures" refer to strengthening curriculum construction and aesthetic activity innovation, optimizing the integration of aesthetic education and ethnic music cultural resources, and ensuring conditions for aesthetic education and cultural inheritance work, such as strengthening teacher training, improving facilities, and enhancing campus cultural environment.\n\n6. **Q: How does the "five paths" approach implement the inheritance of Chinese ethnic music culture?**  \n   A: The "five paths" include aesthetic education teaching, campus cultural activities, inter-school and international exchanges, social practice services, and college student innovation and entrepreneurship. These paths provide diverse platforms and opportunities for students to learn, experience, and innovate Chinese ethnic music culture.\n\n7. **Q: What are the benefits of implementing the "4+3+5" mode in medical universities?**  \n   A: Implementing the "4+3+5" mode can enhance students' aesthetic abilities and cultural qualities, cultivate their teamwork and innovative spirits, and promote their comprehensive development. It also helps to improve the quality of medical services by utilizing the auxiliary medical effects of music.\n\n8. **Q: How does this paper contribute to the field of aesthetic education in medical universities?**  \n   A: This paper provides a comprehensive and innovative framework for the inheritance and innovation of Chinese ethnic music culture in medical universities, enriching the theoretical and practical research in the field of aesthetic education and offering valuable references for other universities.\n\n9. **Q: What are the limitations of this study?**  \n   A: This study mainly focuses on the inheritance mode and pathway of Chinese ethnic music culture in medical universities, with limited exploration of other aspects such as the specific effects of music therapy in medical practice. Future research can further explore these aspects.\n\n10. **Q: How can the "4+3+5" mode be promoted and applied in other universities?**  \n    A: The "4+3+5" mode can be promoted and applied in other universities by sharing successful cases, conducting academic exchanges, and providing training and guidance. Universities can also combine their own characteristics and resources to adapt and innovate the mode to better serve their educational goals.\n\n**Key Points Extraction**\n- The inheritance of Chinese ethnic music culture in medical universities is necessary and significant.\n- The "4+3+5" mode provides an effective pathway for the inheritance and innovation of Chinese ethnic music culture.\n- The implementation of the "4+3+5" mode can enhance students' comprehensive qualities and promote their all-round development.\n- The auxiliary medical effects of music should be further explored and applied in medical practice.\n- Universities should strengthen cooperation and exchanges to promote the inheritance and innovation of Chinese ethnic music culture.`,
        "summaryCn": '\\# 总结摘要\n\n\\#\\# 研究背景\n\n中国民族音乐文化作为中华优秀传统文化的重要组成部分，其传承与发展在当今社会具有重要意义。特别是在医科大学美育教育中，传承中国民族音乐文化不仅能够增强大学生的民族意识、民族自信和民族认同感，还能发挥民族音乐的医疗辅助效力，提高大学生的综合素质，促进全面发展。因此，本研究旨在探索中国民族音乐文化在医科大学美育教育中的传承模式与路径。\n\n\\#\\# 研究方法\n\n本研究采用文献综述、实证研究、案例分析等方法，结合四川大学美育教育的实践经验，对中国民族音乐文化的传承模式与路径进行深入探讨。\n\n\\#\\# 实验设计\n\n研究通过构建“4+3+5”传承模式与路径，即以“四个结合”为基础、“三项措施”为保障、“五条路径”为抓手，来实施中国民族音乐文化传承教育。具体实验设计包括加强第一课堂与第二课堂的融合、建立校地合作平台、依托大学生创新创业项目等。\n\n\\#\\# 结果与分析\n\n研究结果显示，“4+3+5”传承模式与路径在医科大学美育教育中取得了显著成效。通过知识讲授与实践体验相结合、校内与校外结合、文化传承与“双创”项目结合、审美教育与思政教育结合，有效提升了学生对中国民族音乐文化的认知度和兴趣。同时，加强课程建设与美育活动创新、优化整合美育教育与民族音乐文化资源、加大美育教育与民族文化传承工作的条件保障等措施，为传承活动提供了有力支持。五条路径的实施更是将中国民族音乐文化传承贯穿于课堂教学、课外活动、文化氛围、网络空间等多个维度，实现了全方位、多层次的传承。\n\n\\#\\# 总体结论\n\n中国民族音乐文化在医科大学美育教育中的传承模式和路径探索具有可行性和有效性。通过“4+3+5”传承模式与路径的实施，不仅能够提升学生的综合素质和审美能力，还能促进中国民族音乐文化的传承与发展。未来，应进一步锐意创新，解决美育教育与学生专业成长和个性化需求相结合等问题，实现美育教育与医学专业教育的优化组合。\n\n\\#\\# 论文点评\n\n该论文选题新颖，具有重要的理论和实践意义。研究方法科学合理，实验设计严谨可行。结果分析深入透彻，总体结论具有说服力。论文结构清晰，逻辑严密，语言流畅。然而，论文在探讨具体传承措施和路径时，可进一步细化操作细节和案例分析，以增强研究的实用性和可操作性。\n\n\\#\\# 论文十问\n\n问题1. **中国民族音乐文化在医科大学美育教育中的传承有何重要意义？**\n答案：传承中国民族音乐文化能够增强医学生的民族意识、民族自信和民族认同感，提升综合素质，同时发挥民族音乐的医疗辅助效力，促进医患沟通理解和情感交流。\n\n问题2. **“4+3+5”传承模式与路径具体包括哪些内容？**\n答案：“4+3+5”传承模式与路径包括“四个结合”（知识讲授与实践体验、校内与校外、文化传承与“双创”项目、审美教育与思政教育）、“三项措施”（加强课程建设与美育活动创新、优化整合资源、加大条件保障）和“五条路径”（美育教育教学、校园文化活动、校际国际交流、社会实践服务、大学生创新创业）。\n\n问题3. **如何加强第一课堂与第二课堂的融合？**\n答案：通过理论教学指导学生参与中国民族音乐文化的传承、保护与创新创作活动，在实践活动中融入理论知识，实现第一课堂与第二课堂的有机融合。\n\n问题4. **校地合作平台在传承中扮演什么角色？**\n答案：校地合作平台为学生开辟社会实践学习通道和演出通道，引导学生个体、学校群体、社会整体的相互联动，积极整合吸引各种社会资源和教育资源。\n\n问题5. **如何依托大学生创新创业项目促进民族音乐治疗科研创新？**\n答案：以大学生创新创业项目为依托，加强中国民族音乐治疗科研创新，促进科研成果转化，培养学生创新创造能力。\n\n问题6. **美育课程建设在传承中起到什么作用？**\n答案：美育课程建设是传承的基础，通过开设中华文化美育必修课程、美育类模块课程等，落实美育课程开设刚性要求，提升学生审美素养。\n\n问题7. **如何优化整合美育教育和文化传承资源？**\n答案：加强与民族大学、民族艺术团、民族博物馆等的工作联系与沟通，邀请高水平老师参加学生艺术团建设和指导，办好各类音乐活动。\n\n问题8. **社会实践服务在传承中有哪些具体形式？**\n答案：社会实践服务包括“大川文艺轻骑兵”服务进社区、中小学、医院、农村等活动，实现人才培养与服务地方的双向联动。\n\n问题9. **如何鼓励大学生创新创业团队参与传承研究工作？**\n答案：鼓励学生组建科研兴趣小组和团队，参与地方非物质文化遗产的传承研究工作，参加各类创新创业比赛和社会实践。\n\n问题10. **论文对未来传承模式与路径的探索有何建议？**\n答案：论文建议未来应锐意创新，解决美育教育与学生专业成长和个性化需求相结合等问题，实现美育教育与医学专业教育的优化组合。\n\n\\#\\# 要点提炼\n\n- **研究背景**：强调中国民族音乐文化在医科大学美育教育中的重要性。\n- **研究方法**：采用文献综述、实证研究、案例分析等方法。\n- **实验设计**：构建“4+3+5”传承模式与路径。\n- **结果与分析**：传承模式与路径取得显著成效，提升学生认知度和兴趣。\n- **总体结论**：传承模式和路径具有可行性和有效性，需进一步创新优化。\n- **论文点评**：选题新颖，方法科学，结论有说服力，但可进一步细化操作细节。\n- **论文十问**：涵盖传承意义、模式内容、具体措施、资源整合、科研创新等方面。\n- **要点提炼**：总结研究背景、方法、实验设计、结果、结论及未来建议。',
        "mindMapEn": `\\# Inheritance mode and pathway of Chinese ethnic music culture in aesthetic education of medical universities\n\n\\#\\# Abstract\n- **[Keywords]**\n  - Chinese ethnic music culture; heritage; medical university; aesthetic education; inheritance mode; pathway\n\n\\#\\# Introduction\n- **[Significance and Necessity]**\n  - Enhancing ethnic consciousness, self-confidence, and sense of identity\n  - Medical auxiliary effects of folk music\n  - Preserving and disseminating ethnic music and culture\n  - Improving comprehensive quality and promoting all-round development\n\n\\#\\# Section 1: Significance & Necessity of Inheriting Chinese Ethnic Music in Medical Universities\n\n\\#\\#\\# 1.1 Promoting Chinese Aesthetic Education Spirit\n- **[Enhancing Cultural Awareness and Innovation]**\n  - Ministry of Education's emphasis on cultural inheritance\n- **[Implementing Aesthetic Education]**\n  - Infusing aesthetics into all aspects of education\n\n\\#\\#\\# 1.2 Medical Auxiliary Efficacy of Ethnic Music\n- **[Research on Music Therapy]**\n  - Regulation of respiration, heart rate, blood flow\n- **[Traditional and Modern Practices]**\n  - "Five Tones Therapy" in ancient China\n  - Modern applications in clinical settings\n\n\\#\\#\\# 1.3 Synergistic Development of Aesthetic Education and Ethnic Music Inheritance\n- **[Educational Function of Music]**\n  - Inspiring learning enthusiasm and creative spirit\n- **[Protecting and Inheriting Ethnic Music]**\n  - Preservation in museums and educational institutions\n\n\\#\\# Section 2: Inheritance Mode and Pathway of Chinese Ethnic Music Culture\n\n\\#\\#\\# 2.1 Four Combinations in Inheritance Education\n- **[Knowledge Teaching and Practical Experience]**\n  - Integration of first and second classrooms\n- **[Intra- and Extra-Campus Collaboration]**\n  - Establishing cooperation platforms\n- **[Cultural Inheritance and Innovation Projects]**\n  - Integrating innovation into ethnic music therapy\n- **[Aesthetic and Ideological Education]**\n  - Combining aesthetics with moral education\n\n\\#\\#\\# 2.2 Three Measures for Inheritance Education\n- **[Reforming Aesthetic Education]**\n  - Focusing on aesthetics, humanity, and innovation\n- **[Curriculum and Activity Innovation]**\n  - Enhancing curriculum construction and artistic practices\n- **[Resource Optimization and Conditional Support]**\n  - Strengthening faculty, facilities, and cultural environment\n\n\\#\\#\\# 2.3 Five Paths in the Inheritance Process\n- **[Aesthetic Education Teaching]**\n  - Incorporating ethnic music into curriculum and lectures\n- **[Campus Cultural Activities]**\n  - Organizing performances and workshops\n- **[Inter-School and International Exchanges]**\n  - Promoting cultural exchange through concerts and salons\n- **[Social Practice Services]**\n  - Volunteering and community engagement\n- **[Student Innovation and Entrepreneurship]**\n  - Encouraging research and entrepreneurship in ethnic music\n\n\\#\\# Conclusion\n- **[Continuous Innovation and Development]**\n  - Addressing challenges and integrating aesthetic education with medical education\n- **[Importance of Ethnic Music in Medical Education]**\n  - Highlighting the role of ethnic music in cultivating medical students' comprehensive qualities\n\n\\#\\# References\n- **[Citations]**\n  - List of references from official documents, research papers, and books`,
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                updateSummaryButtonVisibility();
            },
            error: function (xhr, status, error) {
                console.error('接口请求失败:', status, error);
                $("#markmap").html('<p style="color:red;">无法加载数据，请稍后重试。</p>');
            }
        });
    }
    
    // ======== AI summary define
    
    // 跟踪请求状态，防止重复请求
    const requestStatus = {
        CN: false, // 中文请求是否正在进行
        EN: false  // 英文请求是否正在进行
    };
    
    // 存储中英文 buffer
    const buffers = {
        CN: '',
        EN: ''
    };
    
    function cleanText(text) {
        const cleanResult = extractSseResults(text);
        return cleanResult;
    }
    
    // 渲染 Markdown 内容
    function renderContent(lang, text) {
    
        const md = new remarkable.Remarkable({
            html: true,
            breaks: false, // 禁用单换行转<br>，保持Markdown段落
            typographer: true
        });
    
        try {
            const cleanedText = cleanText(text);
            const content = cleanedText ? md.render(cleanedText) : '<p>Loading ... </p>';
            $("#showArticle_quickread_content_cn").html(content);
        } catch (e) {
            const cleaned = cleanText(text);
            $("#showArticle_quickread_content_cn").html(
                `<p>Loading ... </p>`
            );
        }
    }
    
    // 显示摘要对话框
    function showQuickread(lang) {
        console.log('showQuickread 调用，语言:', lang, '当前数据:', obj);
        $("#showArticle_quickread").show();
        $(".main_content_center_right").hide();
        if (lang === 'EN') {
            if (checkHepJournalPage()) {
                renderHepContent(lang, buffers['EN']);
            }else{
                renderContent(lang, buffers['EN']);
            }
            $("#showArticle_quickread_en").hide();
            $("#showArticle_quickread_cn").show();
        } else {
            // 检查 typeValue 是否存在且等于 'hep'
            if (checkHepJournalPage()) {
                renderHepContent(lang, buffers['CN']);
            }else{
                renderContent(lang, buffers['CN']);
            }
            $("#showArticle_quickread_cn").hide();
            $("#showArticle_quickread_en").show();
        }
        currentLang = lang;
    }
    
    
    // 渲染 Markdown 内容
    function renderHepContent(lang, text) {

        const md = new remarkable.Remarkable({
            html: true,
            breaks: false, // 禁用单换行转<br>，保持Markdown段落
            typographer: true
        });

        try {
            const cleanedText = extractHepSseResults(text);
            const content = cleanedText ? md.render(cleanedText) : '<p>Loading ... </p>';
            $("#showArticle_quickread_content_cn").html(content);
        } catch (e) {
            const cleaned = extractHepSseResults(text);
            $("#showArticle_quickread_content_cn").html(
                `<p>Loading ... </p>`
            );
        }
    }
    
    // 关闭摘要对话框
    function closeQuickread() {
        $("#showArticle_quickread").hide();
        $(".main_content_center_right").show();
    }
    
    function extractSseResults(sseData) {
    // 确保 sseData 是字符串并按行分割
        const lines = typeof sseData === 'string' ? sseData.split('kkk') : [];
        // 提取 result 并拼接
        const resultList = [];
        for (const line of lines) {
            // 过滤空行（空字符串或仅包含空白字符的行）
            if (!line.trim()) {
                continue;
            }
            if (line.startsWith('{"errCode":0')) {
            
                try {
                    // 解析 JSON
                    const data = JSON.parse(line);
                    // 提取 raw.result，处理 raw 可能为 null 或 undefined 的情况
                    if (data.raw && data.raw.result) {
                        resultList.push(data.raw.result);
                    }
                } catch (e) {
                    console.error(`JSON 解析错误: ${e.message}`);
                }
            }
        }
        // 拼接 result 并返回
        return resultList.join('');
    }
    
    function extractHepSseResults(sseData) {
        // 确保 sseData 是字符串并按行分割
        const lines = typeof sseData === 'string' ? sseData.split('kkk') : [];
        // 提取 result 并拼接
        const resultList = [];
        for (const line of lines) {
            // 过滤空行（空字符串或仅包含空白字符的行）
            if (!line.trim()) {
                continue;
            }
            //{"chunk_id":6,"content":"---\n","status":"processing"}
            if (line.startsWith('{"chunk_id') || line.startsWith('{"chunkId') ) {

                try {
                    // 解析 JSON
                    const data = JSON.parse(line);
                    // 提取 raw.result，处理 raw 可能为 null 或 undefined 的情况
                    if (data.content) {
                        if(data.content.startsWith("```markdown")){
                            continue;
                        }
                        resultList.push(data.content);
                    }
                } catch (e) {
                    console.error(`JSON 解析错误: ${e.message}`);
                }
            }
        }
        // 拼接 result 并返回
        return resultList.join('');
    }
        
    let currentEventSource = null; // 跟踪当前EventSource实例    
    let cnEventSource = null;
    let enEventSource = null;
    // 使用 SSE 获取数据
    function fetchSummaryData(language = 'CN') {
        // 关闭现有EventSource连接
        if (currentEventSource) {
            console.log("======= fetch ",language);
            console.log('关闭现有SSE连接');
            currentEventSource.close();
            currentEventSource = null;
        }
        
        
        if (checkHepJournalPage()) {
            let cleanUrl = window.location.href.split('?')[0];
            let paperUrl = cleanUrl;
            // 用于拼接 SSE 数据
            if(language === 'EN'){
                // 满足条件时，打印完整的 URL
                console.log("============333 type == hep 匹配成功，当前 URL:", window.location.href);
                const summaryUrl = 'https://ai.magtechjournal.com/api/hep/generate-summary-sse?articleId='+paperUrl+'&language=EN';
                console.log('尝试连接SSE:', summaryUrl);
                enEventSource = new EventSource(summaryUrl, { withCredentials: true });
                let buffer = '';
                enEventSource.onmessage = function(event) {
                    if (event.data && event.data !== 'Summary generation finished.') {
                        console.log(event.data);
                        //{"chunk_id":5,"content":"Extensive experiments \n","status":"processing"}
                        // 仅当数据不以换行符结尾且非空时添加\n
                        buffer += event.data +'kkk';

                        buffers['EN'] = buffer;
                        // console.log('E,'+currentLang);
                        if(currentLang === 'EN') {
                            // 实时渲染以提供反馈
                            renderHepContent(currentLang, buffer);
                        }

                    }
                    if(event.data.includes('Summary generation finished')){
                        console.log('+++'+event.data);
                        buffers['EN'] = buffer;
                        if(currentLang === 'EN') {
                            renderHepContent(currentLang, buffer);
                        }
                        enEventSource.close();
                        enEventSource = null;
                        console.log("enEventSource complete complete complete");
                    }
                };
                enEventSource.onerror = function(err) {
                    console.log(err);
                    console.log("enEventSource error complete");
                    enEventSource.close();
                };
            } else {
                // 满足条件时，打印完整的 URL
                console.log("============333 type == hep 匹配成功，当前 URL:", window.location.href);
                const summaryUrl = 'https://ai.magtechjournal.com/api/hep/generate-summary-sse?articleId='+paperUrl+'&language=CN';
                console.log('尝试连接SSE:', summaryUrl);
                cnEventSource = new EventSource(summaryUrl, { withCredentials: true });
                let buffer = '';
                cnEventSource.onmessage = function(event) {
                    if (event.data && event.data !== 'Summary generation finished.') {
                        console.log(event.data);
                        //{"chunk_id":5,"content":"Extensive experiments \n","status":"processing"}
                        // 仅当数据不以换行符结尾且非空时添加\n
                        buffer += event.data +'kkk';

                        buffers['CN'] = buffer;
                        // console.log('E,'+currentLang);
                        if(currentLang === 'CN') {
                            // 实时渲染以提供反馈
                            renderHepContent(currentLang, buffer);
                        }

                    }
                    if(event.data.includes('Summary generation finished')){
                        console.log('+++'+event.data);
                        buffers['CN'] = buffer;
                        if(currentLang === 'CN') {
                            renderHepContent(currentLang, buffer);
                        }
                        cnEventSource.close();
                        cnEventSource = null;
                        console.log("cnEventSource complete complete complete");
                    }
                };
                cnEventSource.onerror = function(err) {
                    console.log(err);
                    console.log("cnEventSource error complete");
                    cnEventSource.close();
                };
            }

        }else{
        
            const summaryUrl = `https://www.engineering.org.cn/engi/CN/api/article-ai/generate-summary-sse2?language=${language}&articleId=1159864963747602434&journalId=1155139928190095384`;
            console.log('尝试连接SSE:', summaryUrl);
            $("#showArticle_quickread_content_cn").html(
                '<p><span class="loading-spinner"></span> Loading summary...</p>'
            );
        
             // 用于拼接 SSE 数据
            if(language === 'CN'){
                let buffer = '';
                cnEventSource = new EventSource(summaryUrl, { withCredentials: true });
                cnEventSource.onmessage = function(event) {
                    if (event.data && event.data !== '[DONE]') {
                        // 仅当数据不以换行符结尾且非空时添加\n
                        buffer += event.data +'kkk';
                        buffers['CN'] = buffer;
                        // console.log('C,'+currentLang);
                        // 实时渲染以提供反馈
                        if(currentLang === 'CN') {
                            renderContent(currentLang, buffer);
                        }
                    }
                    
                    if(event.data.includes('执行完成')){
                        buffers['CN'] = buffer;
                        if(currentLang === 'CN') {
                            renderContent(currentLang, buffer);
                        }
                        cnEventSource.close();
                        cnEventSource = null;
                    }
                };
                
                cnEventSource.onerror = function(err) {
                    cnEventSource.close();
                    setTimeout(() => fetchSummaryData('CN'), 1000);
                };
            }else{
                let buffer = '';
                enEventSource = new EventSource(summaryUrl, { withCredentials: true });
                enEventSource.onmessage = function(event) {
                    if (event.data && event.data !== '[DONE]') {
                        // 仅当数据不以换行符结尾且非空时添加\n
                        buffer += event.data +'kkk';
                        
                        buffers['EN'] = buffer;
                        // console.log('E,'+currentLang);
                        if(currentLang === 'EN') {
                            // 实时渲染以提供反馈
                            renderContent(currentLang, buffer);
                        }
                        
                    }
                    if(event.data.includes('执行完成')){
                        buffers['EN'] = buffer;
                        if(currentLang === 'EN') {
                            renderContent(currentLang, buffer);
                        }
                        enEventSource.close();
                        enEventSource = null;
                    }
                };
                
                enEventSource.onerror = function(err) {
                    enEventSource.close();
                    setTimeout(() => fetchSummaryData('EN'), 1000);
                };
            }
        }
        
    }
    
    function checkHepJournalPage() {
        const { search, href } = window.location;
        const typeValue = new URLSearchParams(search).get('type');

        return true;
      
    }

    $(document).ready(function () {
        console.log('DOM 已加载，初始化事件监听');
        defaultLang = window.location.href.includes('/EN/') ? 'EN' : 'CN';
        // 初始化时获取数据
        fetchMindmapData();

        $("#AiSummaryBt").off('click').click(function() {
            obj.summaryCn = ''; // 重置中文数据
            obj.summaryEn = ''; // 重置英文数据
            currentLang = defaultLang; // 默认显示中文
            showQuickread(defaultLang);
            fetchSummaryData(defaultLang);
        });
    
        $("#showArticle_quickread_cn").click(function() {
            showQuickread('CN');
            currentLang='CN';
            if (buffers['CN'].length < 300) {
                 // 关闭现有EventSource连接
                if (cnEventSource) {
                    console.log('关闭现有SSE连接');
                    cnEventSource.close();
                    cnEventSource = null;
                }
                $("#showArticle_quickread_content_cn").html(
                    `<p>Loading ... </p>`
                );
               setTimeout(() => fetchSummaryData('CN'), 2000);

            }
        });
    
        $("#showArticle_quickread_en").click(function() {
            showQuickread('EN');
            if (buffers['EN'].length < 300) {
                // 关闭现有EventSource连接
                if (enEventSource) {
                    console.log('关闭现有SSE连接');
                    enEventSource.close();
                    enEventSource = null;
                }
                $("#showArticle_quickread_content_cn").html(
                    `<p>Loading ... </p>`
                );
                setTimeout(() => fetchSummaryData('EN'), 2000);

            } 
        });
    }); / 〈 〉 //渲染文章表格内容
    function renderArticleTable() {
        var articleTableList = document.getElementById("articleTextTableList");
        var articleTableDivList = null;
        if(articleTableList) {
            articleTableDivList = articleTableList.querySelectorAll("div");
        }
        //console.log(">>>>"+JSON.stringify(articleTableDivList));
        if(articleTableDivList) {
            for(tab of articleTableDivList) {
                //alert(tab.id);
                var divList = document.getElementsByTagName("div");
                for(articleDiv of divList) {

                    if(articleDiv.getAttribute("magId") && articleDiv.getAttribute("magId") == tab.id) {
                        //alert("magIdxxx:"+articleDiv.getAttribute("magId"));
                        articleDiv.innerHTML = tab.innerHTML;
                        //alert(tab.innerHTML);
                    }
                }

            }

        }
        articleTableList.innerHTML = '';
    }

    //渲染文章fig内容
    function renderArticleFig() {
        var articleFigList = document.getElementById("articleTextFigList");
        var articleFigDivList = null;
        if(articleFigList) {
            articleFigDivList = articleFigList.querySelectorAll("div");
        }

        if(articleFigDivList) {
            for(tab of articleFigDivList) {
                //alert(tab.id);
                var divList = document.getElementsByTagName("div");
                for(articleDiv of divList) {
                    if(articleDiv.getAttribute("magId") && articleDiv.getAttribute("magId") == tab.id) {
                        //alert("magIdxxx:"+articleDiv.getAttribute("magId"));
                        articleDiv.innerHTML = tab.innerHTML;
                        //alert(tab.innerHTML);
                    }
                }
            }

        }
        articleFigList.innerHTML = '';
    }


    $(function(){
          //js开始执行，将为爬虫准备的div清掉
        $("#article_text_4_crawl").empty();
        $("#cankaowenxianshdj").empty();
        
        
        $.ajax({
            url:'https://www.engineering.org.cn/engi/CN/api/site/data/article/collectionListByArticleId?journalId=1155139928190095384&articleId=1159864963747602434',
            type: 'GET',
            dataType: 'json',
            success: function(res) {
                //zhuantidiv_p
                $.each(res.listData, function(index, lis) {
                    $.each(lis.exts, function(index1, sty) {
                        if(sty.language == 'CN'){
                            if(sty.collectionTitle != null && sty.collectionTitle != ''){
                                $('#zhuantidiv').show();
                                $('#zhuantidiv_p').html('<a href="https://www.engineering.org.cn/engi/CN/collections/'+lis.id+'">'+sty.collectionTitle+'</a>');
                            }
                        }
                    });
                });
            },
            error: function(res) {
                console.log("查询阅读排行err:>>>"+JSON.stringify(res));
            },

        });
        var url = 'https://www.engineering.org.cn/engi/CN/api/site/data/article/text?articleId=1159864963747602434&language=CN';
        $.ajax({
            url: url,
            type: 'GET',
            dataType: 'json',
            success: function(res) {
                if(res.code==200 && res.data!=null && res.data.text!=null) {
                    $('#xiangqingyezhengwen').html(res.data.text);
                    //获取图片
                    if(res.data.figList!=null && res.data.figList!= ''){
                        $.each(res.data.figList, function(index, fig) {
                            var tupian ='';
                            var tielehtml ='';
                            var titleContenthtml ='';
                            var fullsize='';
                            var htmlzong ='';
                            var entitle=''
                            if(fig.figFile != null && fig.figFile != ''){
                                tupian = '<div class="main_content_center_left_zhengwen_bao_fig_img_bap"><img src="https://www.engineering.org.cn/engi/CN/file/pic?fileId='+fig.figFile+'" data-original="https://www.engineering.org.cn/engi/CN/file/pic?fileId='+fig.figFile+'" class="main_content_center_left_zhengwen_bao_fig_img" alt="" onclick="showimg(this)"></div>';
                                fullsize = '<a href="https://www.engineering.org.cn/engi/CN/file/pic?fileId='+fig.figFile+'" target="_blank">Full size  </a>';
                            }
                            if(fig.figExtMap.zh.title != null && fig.figExtMap.zh.title != ''){
                                tielehtml = '<b>'+fig.figExtMap.zh.title+'</b>';
                            }
                            if(fig.figExtMap.en.title != null && fig.figExtMap.en.title != ''){
                                entitle = '<div class="new_full_rich_table_title_cn" style="color:#666;"><b>'+fig.figExtMap.en.title+'</b></div>';
                            }
                            if(fig.figExtMap.zh.titleContent != null && fig.figExtMap.zh.titleContent != ''){
                                titleContenthtml='<p class="main_content_center_left_zhengwen_bao_fig_shuoming">'+fig.figExtMap.zh.titleContent+'</p>';
                            }
                            var caozuo = '<p class="new_full_rich_table_shuoming_caozuo">'+fullsize+'</p>';
                            htmlzong= '<div class="mag_fig_div main_content_center_left_zhengwen_bao_fig" id="'+fig.magId+'">'+tupian+'<div class="main_content_center_left_zhengwen_bao_fig_shuoming"><h5 class="cas_nav_daohang" style="width: 100%;text-align: center;font-size: 14px;float: none;">'+tielehtml+'</h5>'+entitle+titleContenthtml+'</div>'+caozuo+'</div>';
                            $('#articleTextFigList').append(htmlzong);

                        });
                    }
                    //获取表格
                    if(res.data.tabList!=null && res.data.tabList!= ''){
                        $.each(res.data.tabList, function(index, tab) {
                            var biaogetitle ='';
                            var tabsm='';
                            var tabhtml='';
                            var tablezong='';
                            var entitle = '';
                            if(tab.tableExtMap.zh.title != null){
                                biaogetitle='<h6 class="mag_nav_daohang cas_nav_daohang" style="font-size: 14px;width:100%;"><strong>'+tab.tableExtMap.zh.title+'</strong></h6>';
                            }
                            if(tab.tableExtMap.en.title != null){
                                entitle='<div class="new_full_rich_table_title_cn" style="text-align:center;"><b>'+tab.tableExtMap.en.title+'</b></div>';

                            }
                            if(tab.footFnList != null){
                                $.each(tab.footFnList, function(index2, foot) {
                                    tabsm='<div class="mag_table_wrap_foot_div new_full_rich_table_shuoming"><span class="biaocoin_shuoming_span">'+foot+'</span></div>';
                                });
                            }
                            if(tab.table != null){
                                tabhtml = '<div class="biaocoin_table">'+tab.table+'</div>';
                            }
                            tablezong = '<div id="'+tab.magId+'" class="mag_table_wrap new_full_rich_table" style="align: center;"><div class="biaocoin"><div class="biaocoin_shuoming nav_title" leave="2">'+biaogetitle+'</div>'+entitle+tabhtml+'</div>'+tabsm+'</div>';
                            $('#articleTextTableList').append(tablezong);
                        });
                    }
                    //获取参考文献
                    if(res.data.refList!=null && res.data.refList!= ''){
                        $.each(res.data.refList, function(index, refs) {
                            var suoyin = index+1;
                            var cankaowenxianhtml='';
                            var refhtml='';
                            $.each(refs.citationList, function(index1, ref) {
                                var biaoti ='';
                                var CrossrefADS='';
                                var Pubmed = '';
                                var arXiv1 = '';
                                if(ref.content != '' && ref.content != null){
                                    biaoti = '<p class="new_full_rich_cankaowenxian_title">'+ref.content+'</p>';
                                }
                                if(ref.doi != null && ref.doi != ''){
                                    CrossrefADS = '<span class="new_full_rich_cankaowenxian_zuozhe new_full_rich_cankaowenxian_lianjie" style="margin-right:10px;"><a target="__blank" href="https://doi.org/'+ref.doi+'">Crossref</a></span><span class="new_full_rich_cankaowenxian_zuozhe new_full_rich_cankaowenxian_lianjie" style="margin-right:10px;"><a target="__blank" href="https://ui.adsabs.harvard.edu/abs/'+ref.doi+'">ADS</a></span><span class="new_full_rich_cankaowenxian_zuozhe new_full_rich_cankaowenxian_lianjie" style="margin-right:10px;"><a target="__blank" href="https://scholar.google.com/scholar?q='+ref.doi+'">Google scholar</a></span>';
                                }
                                if(ref.pmid != null){
                                    Pubmed='<span class="new_full_rich_cankaowenxian_zuozhe new_full_rich_cankaowenxian_lianjie" style="margin-right:10px;"><a target="__blank" href="https://www.ncbi.nlm.nih.gov/pubmed/'+ref.pmid+'">Pubmed</a></span>'
                                }
                                if(ref.arXiv != null){
                                    arXiv1= '<a target="__blank" href="https://arxiv.org/abs/'+ref.arXiv+'">arXiv</a>';
                                }
                                refhtml = biaoti+'<p class="new_full_rich_cankaowenxian_lianjie">'+CrossrefADS+Pubmed+arXiv1+'</p>';
                            });
                            cankaowenxianhtml='<table class="main_content_center_left_one_cankaowenxian_tab" id="mag_rich_ref_'+refs.id+'" order-1-num="'+index+'" order-2-num="'+refs.year+'" order-3-num="'+refs.citedCount+'"> <tbody><tr style="border-bottom:1px dashed #d9d9d9;"><td class="main_content_center_left_one_cankaowenxian_tab_td" valign="top" width="7%">['+suoyin+']</td><td width="93%">'+refhtml+'</td></tr></tbody>';
                            $('#cankaowenxianshdj').append(cankaowenxianhtml)
                        });
                    }else{
                        $('.ckankaowenfdifn').remove()
                    }
                    if(res.data.ackList != '' && res.data.ackList != null){
                        $.each(res.data.ackList, function(index, akc) {
                            if(akc.ackExtMap.zh != null && akc.ackExtMap.zh != ''){
                                var html = '<div class="main_content_center_left_one_title zhengwem_title yijibiaotidkk"><h3 class="cas_nav_daohang"><b>'+akc.ackExtMap.zh.title+'</b></h3></div><p class="main_content_center_left_zhengwen_bao_zhengwen nozuish">'+akc.content+'</p>';
                                $('#ackListdiv').append(html)
                            }
                            
                        });
                    }
                    renderArticleFig()
                    renderArticleTable()
                    
                    /** 全文中类似这样的src替换掉 **/
                    //<img src="{{jo4FileInfo.file::+CmHHN9W16Xsfgrk4x8Okg==}}" class="mag_rich_graphic mag_rich_inline_graphic"/>
                    $('img').filter('.mag_rich_graphic').each(function(index) {
                        var src = $(this).attr('src');
                        src = src.replace("{{","");
                        src = src.replace("}}","");
                        src = src.replace("jo4FileInfo.file::","");
                        $(this).attr('src','https://www.engineering.org.cn/engi/CN/file/pic?fileId='+src);
                
                    });
                    
                    window.setTimeout(function(){

                        var menu = $('#autoMenu').data('autoMenu');
                        if (menu) {
                            // 重新生成HTML
                            $('#autoMenu').html(menu.createHtml());
                            // 重新设置活动项和绑定事件
                            menu.setActive();
                            menu.bindEvent();
                            mag_mathJax()
                        } else {
                            // 如果插件未初始化，则初始化
                            $('#autoMenu').autoMenu();
                            mag_mathJax()
                        }
                    },2000);
                    
                    
                }else{
                        $('.ckankaowenfdifn').remove()
                    }

            },
            error: function(res) {
                console.log("查询阅读排行err:>>>"+JSON.stringify(res));
            },

        });
        
             var keywordsStr = "";
                        keywordsStr+='MAX-DOAS';
                            keywordsStr+=",";
                        keywordsStr+='Stereoscopic monitoring';
                            keywordsStr+=",";
                        keywordsStr+='Regional transport';
                            keywordsStr+=",";
                        keywordsStr+='Ozone production';
                            keywordsStr+=",";
                        keywordsStr+='Control strategy';
        
        
        $.ajax({
            url: 'https://www.engineering.org.cn/engi/CN/api/site/data/article/recommendv2?journalId=1155139928190095384&articleId=1159864963747602434&keywordsStr='+keywordsStr,
            type:'GET',
            dataType:'json',
            success: function(res) {
                if(res.code!=200 || res.listData==null || res.listData.length<=0) {
                    return;
                }
                
                var index=0;
                for(var article of res.listData) {
                    if(article.id=='1159864963747602434') {
                        continue;
                    }
                    renderRecommendArticle(article,index);
                    index++;
                }
                
            }
            
            
        });
        
        
        
        /**
        $.ajax({
            url: 'https://www.engineering.org.cn/engi/CN/api/site/data/article/recommend?journalId=1155139928190095384&articleId=1159864963747602434',
            type: 'GET',
            dataType: 'json',
            success: function(res) {
                $.each(res.data, function(index, atc) {
                    var authorhtml='';
                    var titlehtml = '';
                    var kanming = '';
                    var issnht  ='';
                    var doihtml='';
                    if(atc.authors != null && atc.authors != ''){
                        $.each(atc.authors, function(index1, author) {
                            var isLast = $(this).is(':last');
                            if(author.ext.CN.stringName != null && author.ext.CN.stringName != ''){
                                if(isLast){
                                    authorhtml = authorhtml+author.ext.CN.stringName;
                                }else{
                                    authorhtml = authorhtml+author.ext.CN.stringName+', ';
                                }
                            }
                        });
                    }
                    if(atc.ext.CN.title != null && atc.ext.CN.title != ''){
                        titlehtml='<p class="new_full_rich_cankaowenxian_title"><a href="https://www.engineering.org.cn/engi/CN/'+atc.doi+'" target="_blank">'+atc.ext.CN.title+'</a></p>';
                    }
                    if(atc.ext.CN.journalTitle != null && atc.ext.CN.journalTitle != ''){
                        kanming = '<i>'+atc.ext.CN.journalTitle+'</i>. ';
                    }
                    if(atc.issue != null && atc.issue != ''){
                        var yrar = '';
                        var volume = '';
                        var issue = '';
                        var pageStart = '';
                        var pageEnd = '';
                        if(atc.issue.year!=null && atc.issue.year!=''){
                            yrar = atc.issue.year +', ';
                        }
                        if(atc.issue.volume!=null && atc.issue.volume!=''){
                            volume = 'Vol.'+atc.issue.volume;
                        }
                        if(atc.issue.issue!=null && atc.issue.issue!=''){
                            issue = '('+atc.issue.issue+'): ';
                        }
                        if(atc.issue.pageStart!=null && atc.issue.pageStart!=''){
                            pageStart =atc.issue.pageStart;
                        }
                        if(atc.issue.pageEnd!=null && atc.issue.pageEnd!=''){
                            pageEnd ='-'+atc.issue.pageEnd;
                        }
                        issnht = '<p class="new_full_rich_cankaowenxian_nianjuanqi">'+kanming+yrar+volume+issue+pageStart+pageEnd+'</p>';
                    }
                    if(atc.doi != null && atc.doi != ''){
                        doihtml = '<p class="new_full_rich_cankaowenxian_lianjie"><a href="https://doi.org/10.1007/'+atc.doi+'">https://doi.org/'+atc.doi+'</a></p>';
                    }
                    var shu = index+1;
                    var zong = '<tr><td class="main_content_center_left_one_cankaowenxian_tab_td" valign="top" style="width:28px">['+shu+']</td><td>'+authorhtml+titlehtml+issnht+doihtml+'</td></tr>';
                    $('#ckwxcankaowenxian_td').append(zong);
                });
            },
            error: function(res) {
                console.log("查询阅读排行err:>>>"+JSON.stringify(res));
            },

        });
        **/
    })
    $('#gallery').imagesLoaded(function() {
        $('#autoMenu').autoMenu();
    });





 //渲染recommend文章
    function renderRecommendArticle(article,index) {
        $.ajax({
            url:'https://www.engineering.org.cn/engi/CN/api/site/data/article/articleInfo?language=CN,EN&articleId='+article.id+"&journalId="+article.journalId,
            type:'GET',
            dataType:'json',
            success:function(res) {
                if(res.code!=200 || res.data==null) {
                    return;
                }
                    var atc = res.data;
                    var authorhtml='';
                    var titlehtml = '';
                    var kanming = '';
                    var issnht  ='';
                    var doihtml='';
                    if(atc.authors != null && atc.authors != ''){
                        $.each(res.data.authors, function(index1, author) {
                            if(author.ext==null || author.ext['CN'] == null) {
                                return;
                            }
                            var isLast = $(this).is(':last');
                            if(author.ext.EN.stringName != null && author.ext.CN.stringName != ''){
                                if(isLast){
                                    authorhtml = authorhtml+author.ext.CN.stringName;
                                }else{
                                    authorhtml = authorhtml+author.ext.CN.stringName+', ';
                                }
                            }
                        });
                    }
                    if(atc.ext!=null && atc.ext['CN']!=null && atc.ext.CN.title != null && atc.ext.CN.title != ''){
                        titlehtml='<p class="new_full_rich_cankaowenxian_title"><a href="'+atc.detailUrlCn+'" target="_blank">'+atc.ext.CN.title+'</a></p>';
                    }else if(atc.ext!=null && atc.ext['EN']!=null && atc.ext.EN.title != null && atc.ext.EN.title != '') {
                        titlehtml='<p class="new_full_rich_cankaowenxian_title"><a href="'+atc.detailUrlEn+'" target="_blank">'+atc.ext.EN.title+'</a></p>';
                    }
                    if(atc.ext.EN.journalTitle != null && atc.ext.EN.journalTitle != ''){
                        kanming = '<i>'+atc.ext.EN.journalTitle+'</i>. ';
                    }
                    if(atc.issue != null && atc.issue != ''){
                        var yrar = '';
                        var volume = '';
                        var issue = '';
                        var pageStart = '';
                        var pageEnd = '';
                        if(atc.issue.year!=null && atc.issue.year!=''){
                            yrar = atc.issue.year +', ';
                        }
                        if(atc.issue.volume!=null && atc.issue.volume!=''){
                            volume = 'Vol.'+atc.issue.volume;
                        }
                        if(atc.issue.issue!=null && atc.issue.issue!=''){
                            issue = '('+atc.issue.issue+'): ';
                        }
                        if(atc.issue.pageStart!=null && atc.issue.pageStart!=''){
                            pageStart =atc.issue.pageStart;
                        }
                        if(atc.issue.pageEnd!=null && atc.issue.pageEnd!=''){
                            pageEnd ='-'+atc.issue.pageEnd;
                        }
                        issnht = '<p class="new_full_rich_cankaowenxian_nianjuanqi">'+kanming+yrar+volume+issue+pageStart+pageEnd+'</p>';
                    }
                    if(atc.doi != null && atc.doi != ''){
                        doihtml = '<p class="new_full_rich_cankaowenxian_lianjie"><a href="https://doi.org/10.1007/'+atc.doi+'">https://doi.org/'+atc.doi+'</a></p>';
                    }
                    var shu = index+1;
                    var zong = '<tr orderNum="'+shu+'"><td class="main_content_center_left_one_cankaowenxian_tab_td" valign="top" style="width:28px">['+shu+']</td><td>'+authorhtml+titlehtml+issnht+doihtml+'</td></tr>';
                    $('#ckwxcankaowenxian_td').append(zong);
                    //排序   
                      // 1. 获取目标容器下的所有tr元素（转为数组方便排序）
                      const $container = $('#ckwxcankaowenxian_td');
                      const $trList = $container.find('tr');
                    
                      // 2. 对tr数组按orderNum属性升序排序
                      const sortedTr = $trList.sort(function(a, b) {
                        // 提取orderNum属性值，并转为数字（避免字符串排序问题，如"10"<"2"）
                        const orderA = Number($(a).attr('orderNum')) || 0; // 无属性时默认0
                        const orderB = Number($(b).attr('orderNum')) || 0;
                        // 升序：a-b；降序：b-a
                        return orderA - orderB;
                      });
                    
                      // 3. 清空原容器，重新插入排序后的tr（保持DOM结构干净）
                      $container.empty().append(sortedTr);
                    
            }
            
        });
        
        
    }


    //渲染数学公式
    function mag_mathJax(){
       MathJax.Hub.Queue(["Typeset", MathJax.Hub]);
        
        // 监听动态内容变化
        const observer = new MutationObserver(function(mutations) {
            MathJax.Hub.Queue(["Typeset", MathJax.Hub]);
        });
        
        observer.observe(document.body, {
            childList: true,
            subtree: true
        });

    }

    //渲染参考文献可视化分析
    function richRefCharts_year(){
        var catationListDom = document.getElementsByName("refCitationList");
        if(!catationListDom){
            return;
        }
        var xData = new Array();
        var yData = new Array();
        var typeData = new Array();
        var sourceData = new Array();
        var otherSourceCount = 0;
        var authorData = new Array();
        for(var i=0;i<catationListDom.length;i++) {
            var year = catationListDom[i].getAttribute("year");
            if(year != null) {
                year = year.trim();
                if(year == "") {
                    // break;
                }
            }else {
                break;
            }
            if(xData.length == 0) {
                xData[0] = year;
                yData[1] = 1;
            }else {
                var isnew = true;
                for(var j=0;j<xData.length;j++) {
                    if(xData[j] == year) {
                        yData[j] = yData[j]+1;
                        isnew = false;
                        break;
                    }
                }
                if(isnew) {
                    xData[xData.length] = year;
                    yData[yData.length] = 1;
                }
            }
        }
        var yearCountMap = new Map();
        for(var i=0;i<xData;i++) {
            yearCountMap.set(xData[i], yData[i]);
        }
        xData.sort((a,b)=>a-b);
        for(var i=0;i<xData;i++) {
            yData[i]=yearCountMap.get(xData[i]);
        }

        var dom = document.getElementById("mag_rich_ref_charts_nian_count");
        var myChart = echarts.init(dom);
        var app = {};
        var option;
        option = {
            tooltip: {
                trigger: 'axis',
                axisPointer: {
                    type: 'shadow'
                }
            },
            xAxis: {
                data: xData
            },
            yAxis: {
                type: 'value'
            },
            series: [{
                //name: '文献',
                type: 'bar',
                stack: 'browse',
                color: '#f07d2d',
                label:{
                    show:true,
                    position:'top',
                    color:'#000'
                },
                barWidth: '60%',
                data: yData
            }]
        };
        if (option && typeof option === 'object') {
            myChart.setOption(option);
        }
    }

    function richRefCharts_type() {
        var catationListDom = document.getElementsByName("refCitationList");
        if(!catationListDom){
            return;
        }
        var typeData = new Array();
        var typeDataMap = new Map();
        //typeData[0] = {name:'book 10%',value:10};
        //typeData[1] = {name:'report 90%',value:90};
        var typeDataTotal = 0;
        for(var i=0;i<catationListDom.length;i++) {
            typeDataTotal++;
            var pType = catationListDom[i].getAttribute("publicationType");
            if(typeDataMap.get(pType) != null) {
                typeDataMap.set(pType,typeDataMap.get(pType)+1);
            }else {
                typeDataMap.set(pType, 1);
            }
        }
        var idx = 0;
        for (const [key, value] of typeDataMap) {
            var par = value/typeDataTotal;
            par = par.toFixed(2);
            typeData[idx] = {name: key+" "+par+"%", value: value};
            idx++;
        }

        var dom = document.getElementById("mag_rich_ref_charts_publication_type");
        var myChart = echarts.init(dom);
        var app = {};
        var option;
        option = {
            tooltip: {
                trigger: 'item'
            },
            series: [
                {
                    type: 'pie',
                    radius: '70%',
                    data: typeData,
                    emphasis: {
                        itemStyle: {
                            shadowBlur: 10,
                            shadowOffsetX: 0,
                            shadowColor: 'rgba(0, 0, 0, 0.5)'
                        }
                    }
                }
            ]
        };

        if (option && typeof option === 'object') {
            myChart.setOption(option);
        }
    }

    //补引期刊分布
    function richRefCharts_source() {
        var dom = document.getElementById("mag_rich_ref_charts_source");
        var catationListDom = document.getElementsByName("refCitationList");
        if(!catationListDom){
            return;
        }
        var sourceDataMap = new Map();
        for(var i=0;i<catationListDom.length;i++) {
            var source = catationListDom[i].getAttribute("sourceList")
            if(!source || source == "" || source.length == 0) {
                continue;
            }
            var sourceList = source.split(",");
            for(var sName of sourceList) {
                if(sourceDataMap.get(sName)) {
                    sourceDataMap.set(sName, sourceDataMap.get(sName)+1);
                }else {
                    sourceDataMap.set(sName, 1);
                }
            }
        }

        var data = [
            //    {name: '清华大学', value: 100},
            //  {name: '浙江大学', value: 150},
            //{name: '上海交通大学', value: 90},
            // 更多数据...
        ];

        for(const [key,value] of sourceDataMap) {
            data.push({name: key, value: value});
        }

        //alert(JSON.stringify(data));
        $("#mag_rich_ref_charts_source").height(data.length*25+50);
        var myChart = echarts.init(dom);
        var app = {};
        var option;



        var option = {
            xAxis: {
                type: 'value', // 让 x 轴显示数值
                axisLabel: {
                    rotate: 45 // 可选，调整标签的旋转角度以便更好的显示
                }
            },
            yAxis: {
                type: 'category', // 让 y 轴显示类别
                data: data.map(item => item.name) // 从数据中提取类别名称作为 y 轴的数据
            },
            series: [{
                type: 'bar', // 使用柱状图类型
                data: data.map(item => item.value), // 从数据中提取数值作为柱状图的数据
                label: { // 可选，显示数值标签
                    show: true,
                    position: 'right' // 在柱状图的右侧显示数值标签
                }
            }],
            grid: {
                left: '30%',
                right: '17%',
                top: '8%',
                bottom: '15%'
                // containLabel: true
            },

        };

        if (option && typeof option === 'object') {
            myChart.setOption(option);
        }
    }


    function richRefCharts_author() {
        var authorData = [];//[{name:'zhangsan', count:21},{name:'李四', count:98}];
        var dom = document.getElementById("mag_rich_ref_charts_author");
        var catationListDom = document.getElementsByName("refCitationList");
        if(!catationListDom){
            return;
        }
        var authorMap = new Map();
        for(var i=0;i<catationListDom.length;i++) {
            var personList = catationListDom[i].getAttribute("personList");
            if(!personList|| personList == "" || personList.trim() == "") {
                continue;
            }
            var personListArr = personList.split(",");
            if(!personListArr || personListArr.length == 0) {
                continue;
            }
            for(var person of personListArr) {
                if(authorMap.get(person)) {
                    authorMap.set(person, authorMap.get(person)+1);
                }else {
                    authorMap.set(person, 1);
                }
            }
        }
        for(const [key,value] of authorMap) {
            authorData.push({name: key, count:value});
        }


        var nodes = new Array();
        if(authorData && authorData.length>0){
            authorData.sort(function(a,b){
                return b.count-a.count;
            });
            for(var authorDataIndex=0;authorDataIndex<authorData.length;authorDataIndex++){
                if(authorDataIndex<50){
                    var colorList = [
                        '#ff7f50', '#87cefa', '#da70d6', '#32cd32', '#6495ed',
                        '#ff69b4', '#ba55d3', '#cd5c5c', '#ffa500', '#40e0d0',
                        '#1e90ff', '#ff6347', '#7b68ee', '#d0648a', '#ffd700',
                        '#6b8e23', '#4ea397', '#3cb371', '#b8860b', '#7bd9a5'
                    ];
                    var color = colorList[authorDataIndex%colorList.length];
                    nodes[authorDataIndex] = {
                        id:'node'+authorDataIndex,
                        name:authorData[authorDataIndex].name,
                        value:authorData[authorDataIndex].count,
                        symbolSize:function(){
                            var size = 20+authorData[authorDataIndex].count*10;
                            if(size>50){
                                return 50;
                            }else{
                                return size;
                            }
                        }(),
                        draggable:true,
                        itemStyle:{
                            normal:{
                                //shadowBlur:10,
                                shadowColor:color,
                                color:color
                            }
                        }
                    };
                }
            }

            if(nodes.length>0){
                nodes.sort(function(a,b){
                    return a.value-b.value;
                });
            }

            var dom = document.getElementById("mag_rich_ref_charts_author");
            var myChart = echarts.init(dom, null, {
                renderer: 'canvas',
                useDirtyRect: false
            });
            var app = {};
            var option;
            option = {
                backgroundColor: '#fff',
                tooltip: {},
                animationDurationUpdate: function(idx) {
                    // 越往后的数据延迟越大
                    return idx * 100;
                },
                animationEasingUpdate: 'bounceIn',
                color: ['#fff', '#fff', '#fff'],
                series:{
                    type: 'graph',
                    layout: 'force',
                    force: {
                        repulsion: 30,
                        edgeLength: 3
                    },
                    gravity: 1.1,
                    scaling: 1.1,
                    roam: true,
                    label: {
                        normal: {
                            show: true
                        }
                    },
                    data:nodes
                }
            }

            if (option && typeof option === 'object') {
                myChart.setOption(option);
            }
        }
    }

    function generateWeixinUrl() {

    }
    function generateXueshuRul() {
        const elements = document.getElementsByClassName('ckwx_right');
        if(!elements || elements.length<=0) {
            return;
        }
        for(ele of elements) {
            //判断是否是右侧的弹出框参文献，有百度学术和google学术的跳转按钮
            var childrenDiv = ele.querySelectorAll("div");
            if(!childrenDiv) {
                continue;
            }
            var baiduA = null;
            var googleA = null;
            var articleTitle = null;
            for(ch of childrenDiv) {
                var chChList = ch.querySelectorAll("div");
                if(chChList) {
                    for(titleDiv of chChList) {
                        if(titleDiv.classList.contains("ckwx_right_div_article_title")) {
                            //console.log("文章标题>>>"+titleDiv.innerHTML);
                            articleTitle = titleDiv.innerHTML;
                            if(!articleTitle) {
                                articleTitle=" ";
                            }
                            break;
                        }
                    }
                }
                var aList = ch.querySelectorAll("a");
                if(!aList) {
                    continue;
                }
                for(a of aList) {
                    if((a.innerHTML+"").includes("百度学术")) {
                        // console.log(">>>"+a.innerHTML);
                        baiduA = a;
                    }
                    if((a.innerHTML+"").includes("谷歌学术")) {
                        // console.log(">>>"+a.innerHTML);
                        googleA = a;
                    }
                }
            }
            if(articleTitle) {
                articleTitle = articleTitle.trim();
            }
            if(!articleTitle) {
                articleTitle=" ";
            }
            if(baiduA && articleTitle) {
                var url = 'https://xueshu.baidu.com/s?wd=';
                var articleTitleEncode = encodeURIComponent(articleTitle);
                baiduA.href=url+articleTitleEncode;
            }
            if(googleA && articleTitle) {
                var url = 'https://scholar.google.com/scholar?lookup=0&q=';
                //把articleTitle中的空格变成+号
                var articleTitleEncode = encodeURIComponent(articleTitle.replace(/\s/g, '+'));
                googleA.href=url+articleTitleEncode;
                //console.log("替换空格为+号>>>"+(articleTitle.replace(' ', '+'))+"<<<<<<<")
            }
        }

    }

    $(document).ready(function() {
        mag_mathJax();
        renderArticleTable();
        //生成百度学术和谷歌学术url
        generateXueshuRul();
        //生成微信二维码图片
        generateWeixinUrl();
        //richRefCharts_year();
        //richRefCharts_type();
        //richRefCharts_source();
        //richRefCharts_author();
    });


    


    //公式序号 居右
    jQuery(".mag-xml-disp-formula").each(function() {
        var _this = jQuery(this);
        var _label= _this.children("label");
        if(typeof(_label.html())!="undefined"){
            _this.children("label").remove();
            _this.wrap("<div style='overflow:hidden;text-align: center;align-items:center;display:-webkit-flex;'><div style='float:left;text-align:center;width:90%;'></div></div>");
            _this.parent().parent().append("<span style='width:10%;text-align:right;'>"+_label.html()+"</span>");
        }
    });

    $('body').click(function(){
        $('.daochu_div').hide();
        $('.qipao').hide();
    })
    $('.qipao').click(function(event){
        event.stopPropagation();
    })

    /*参考文献显示隐藏*/
    $('.biaotijiantoush1').click(function(event){
        if($(this).attr('class')=='glyphicon glyphicon-triangle-top biaotijiantoush biaotijiantoush1'){
            $(this).parents('.mag_main_zhengwen_left_div_ckwx_table_benwenyiny').next('.mag_main_zhengwen_left_div_ckwx_table_ckwx_xiangqing').stop().slideUp();
            $(this).attr('class','glyphicon glyphicon-triangle-bottom biaotijiantoush biaotijiantoush1');
        }else if($(this).attr('class')=='glyphicon glyphicon-triangle-bottom biaotijiantoush biaotijiantoush1'){
            $(this).parents('.mag_main_zhengwen_left_div_ckwx_table_benwenyiny').next('.mag_main_zhengwen_left_div_ckwx_table_ckwx_xiangqing').stop().slideDown();
            $(this).attr('class','glyphicon glyphicon-triangle-top biaotijiantoush biaotijiantoush1');
        }
        event.stopPropagation();
    });


    function piaofuFn(a,fnId){
        var content='<div>'+$("#mag-rich-fn-"+fnId).html()+'</div>';
        piaofu(a,content);
    }

    function piaofuCnctst(a,cnctst_id){
        if($("#mag_rich_cnctst_info_"+cnctst_id) && $("#mag_rich_cnctst_info_"+cnctst_id).length && $("#mag_rich_cnctst_info_"+cnctst_id).length>0){
            var content='<div>'+$("#mag_rich_cnctst_info_"+cnctst_id).html()+'</div>';
            piaofu(a,content);
        }else{
            var div=document.createElement("div");
            div.style.display='none';
            div.id="mag_rich_cnctst_info_"+cnctst_id;
            document.body.appendChild(div);

            mag_ajax_update({
                selector:"#mag_rich_cnctst_info_"+cnctst_id,
                url:mag_currentQikanUrl() + "/CN/lexeme/showCnctstOnRich.do",
                data:{cnctst_id:cnctst_id,articleId:$("#articleId").val(),Count:5},
                success:function(){
                    var content='<div>'+$("#mag_rich_cnctst_info_"+cnctst_id).html()+'</div>';
                    piaofu(a,content);
                }
            });
        }
    }
    // 埋点管理器 - 防止重复调用
    const TrackingManager = {
        // 记录已发送的埋点事件
        sentEvents: new Set(),
        // 记录埋点调用次数
        callCount: 0,

        // 生成事件唯一标识
        generateEventKey(eventType, params) {
            const paramStr = Object.entries(params)
                .filter(([key]) => key !== 'timestamp') // 排除时间戳，避免每次都不同
                .sort(([a], [b]) => a.localeCompare(b))
                .map(([key, value]) => `${key}=${value}`)
                .join('|');

            return `${eventType}|${paramStr}`;
        },

        // 发送埋点并检查重复
        async sendEvent(eventType, params) {
            this.callCount++;
            console.log(`埋点调用 #${this.callCount}: ${eventType}`, params);

            const eventKey = this.generateEventKey(eventType, params);

            // 检查是否已发送过相同事件
            if (this.sentEvents.has(eventKey)) {
                console.warn(`重复埋点事件被拦截: ${eventType}`, params);
                return false;
            }

            // 记录已发送事件
            this.sentEvents.add(eventKey);

            try {
                // 实际发送埋点
                return await this._sendTrackingRequest(eventType, params);
            } catch (error) {
                // 发生错误时移除记录，允许重试
                this.sentEvents.delete(eventKey);
                throw error;
            }
        },

        // 实际发送埋点请求
        _sendTrackingRequest(eventType, params) {
            // 构建基础埋点数据
            const baseParams = {
                tenantId: "1045748351789510663",
                journalId: "1155139928190095384",
                articleId: "1159864963747602434",
                eventType: eventType,
                timestamp: new Date().toISOString(),
                userId: this._getUserId() || "unknown",
            };

            // 合并自定义参数
            const finalParams = { ...baseParams, ...params };

            // 将参数对象转换为URL查询字符串
            const queryString = Object.entries(finalParams)
                .map(([key, value]) => `${key}=${encodeURIComponent(value)}`)
                .join('&');

            // 完整的埋点URL
            const trackUrl = `https://www.engineering.org.cn/engi/CN/statistics/point/articleDetailPoint?${queryString}`;

            return new Promise((resolve, reject) => {
                const img = new Image();
                img.onload = () => {
                    console.log(`埋点发送成功: ${eventType}`, trackUrl);
                    resolve(true);
                };
                img.onerror = () => {
                    console.warn(`埋点发送失败: ${eventType}`, trackUrl);
                    reject(new Error('埋点请求失败'));
                };
                img.src = trackUrl;
            });
        },

        // 获取用户ID
        _getUserId() {
            return localStorage.getItem('userId') || sessionStorage.getItem('userId');
        }
    };

    // 统一的埋点函数
    async function trackEvent(eventType, customParams = {}) {
        return TrackingManager.sendEvent(eventType, customParams);
    }

    // 页面加载完成后自动发送埋点事件
    document.addEventListener('DOMContentLoaded', async () => {
        // 检查是否已经初始化过
        if (window.__trackingInitialized) {
            console.warn('埋点初始化已执行过，跳过重复执行');
            return;
        }

        window.__trackingInitialized = true;

        try {
            // 发送pageview事件
            await trackEvent('pageview', {
                pageTitle: document.title,
                screenWidth: window.innerWidth,
                screenHeight: window.innerHeight,
                userAgent: navigator.userAgent,
                referrer: document.referrer,
            });

            // 记录页面加载时间
            const pageLoadTime = performance.timing.loadEventEnd - performance.timing.navigationStart;
            await trackEvent('page_load_time', {
                loadTime: pageLoadTime,
            });

            // 示例：3秒后发送time_spent事件
            const startTime = Date.now();
            setTimeout(async () => {
                const elapsedTime = Date.now() - startTime;
                await trackEvent('time_spent', {
                    milliseconds: elapsedTime,
                });
            }, 3000);
        } catch (error) {
            console.error('埋点发送过程中出错:', error);
        }
    });

    $("#mag_rich_ref_charts").hide();


    $(function(){
        //$('#autoMenu').autoMenu();
    })
    $("#autoMenu").niceScroll({
        cursorcolor: "#ccc", //滚动条的颜色
        cursoropacitymax: 0, //滚动条的透明度，从0-1
        touchbehavior: false, //使光标拖动滚动像在台式电脑触摸设备 true滚动条拖动不可用
        cursorwidth: "6px", //滚动条的宽度  单位默认px
        cursorborder: "0", // 游标边框css定义
        cursorborderradius: "3px", //滚动条两头的圆角
        autohidemode: true, //是否隐藏滚动条  true的时候默认不显示滚动条，当鼠标经过的时候显示滚动条
        zindex: "auto", //给滚动条设置z-index值
        railvalign:'defaul',
        railpadding: {
            top: 0,
            right: -6,
            left: 0,
            bottom: 0
        }, //滚动条的位置
    });
    $("#ckwxcankaowenxian").niceScroll({
        cursorcolor: "#ccc", //滚动条的颜色
        cursoropacitymax: 0, //滚动条的透明度，从0-1
        touchbehavior: false, //使光标拖动滚动像在台式电脑触摸设备 true滚动条拖动不可用
        cursorwidth: "6px", //滚动条的宽度  单位默认px
        cursorborder: "0", // 游标边框css定义
        cursorborderradius: "3px", //滚动条两头的圆角
        autohidemode: true, //是否隐藏滚动条  true的时候默认不显示滚动条，当鼠标经过的时候显示滚动条
        zindex: "auto", //给滚动条设置z-index值
        railvalign:'defaul',
        railpadding: {
            top: 0,
            right: -6,
            left: 0,
            bottom: 0
        }, //滚动条的位置
    }); let score;
    let tempData2;
    let targetUrl = '';

    document.addEventListener('DOMContentLoaded', function() {
        return ;
        score = null;

        fetch(`https://www.engineering.org.cn/engi/CN/api/journal/article/getAltmetricToken?articleId=1159864963747602434`)
            .then(response => {
                if (!response.ok) throw new Error('第一个接口调用失败');
                return response.json();
            })
            .then(data1 => {
                data1.articleId = String(data1.articleId);
                console.log('第一个接口返回:', data1);
                if (data1.status !== 200 || !data1.token) throw new Error('第一个接口token无效');

                return fetch(`https://www.engineering.org.cn/engi/CN/api/journal/article/getAltmetricInfo?articleId=1159864963747602434&token=${data1.token}`);
            })
            .then(response => {
                if (!response.ok) throw new Error('第二个接口调用失败');
                return response.json();
            })
            .then(data2 => {
                console.log('第二个接口返回:', data2);

                if (!data2 || typeof data2 !== 'object') {
                    throw new Error('第二个接口返回格式不正确');
                }

                // 逻辑分支1：没有request对象时，直接查score（不走后续接口）
                if (!data2.request || typeof data2.request !== 'object') {
                    console.log('无request对象，直接查询score');
                    // 这里假设score从data2中获取，实际根据接口返回调整
                    score = data2.score !== undefined ? data2.score : null;
                    displayScore(score);
                    return null; // 返回null终止后续链式调用
                }

                // 逻辑分支2：有request对象时，检查current_art
                console.log('存在request对象，检查current_art状态');
                const currentArt = data2.request.current_art;

                // 2.1 current_art为false时，直接查score（不走后续接口）
                if (currentArt === false) {
                    console.log('current_art为false，直接查询score');
                    score = data2.score !== undefined ? data2.score : null;
                    displayScore(score);
                    return null; // 返回null终止后续链式调用
                }

                // 2.2 current_art为true时，走原逻辑（调用第三方和第三个接口）
                if (currentArt === true) {
                    console.log('current_art为true，执行原逻辑');
                    if (!data2.request.token) {
                        throw new Error('第二个接口request中缺少token');
                    }
                    if (!data2.request.doi) {
                        throw new Error('第二个接口request中缺少doi');
                    }

                    tempData2 = data2;
                    const doi = data2.request.doi;
                    const encodedDoi = encodeURIComponent(doi);
                    const url = `https://api.altmetric.com/v1/doi/${encodedDoi}`;

                    return fetch(url, { method: 'GET', mode: 'cors' })
                        .then(altmetricResponse => {
                            console.log(`第三方接口返回状态: ${altmetricResponse.status}`);
                            return altmetricResponse.json().catch(() => {
                                return { status: altmetricResponse.status, error: '非JSON响应' };
                            });
                        });
                }

                // 2.3 current_art未定义时，默认直接查score
                console.log('current_art未定义，默认查询score');
                score = data2.score !== undefined ? data2.score : null;
                displayScore(score);
                return null;
            })
            .then(altmetricData => {
                // 如果前面返回null，直接终止
                if (altmetricData === null) {
                    console.log('流程已终止，不执行后续接口调用');
                    return;
                }

                // 后续逻辑：处理第三方接口返回并调用第三个接口
                console.log('第三方接口返回:', altmetricData);
                score = altmetricData.score !== undefined ? altmetricData.score : null;
                displayScore(score);

                const formData = new FormData();
                formData.append('articleId', tempData2?.request?.id || '');
                formData.append('token', tempData2?.request?.token || '');
                formData.append('altmetricInfo', JSON.stringify(altmetricData));

                return fetch(`https://www.engineering.org.cn/engi/CN/api/journal/article/submitArticlePlumxInfo`, {
                    method: 'POST',
                    body: formData
                })
                    .then(response => {
                        console.log(`第三个接口返回状态: ${response.status}`);
                        return response.json().catch(() => ({ status: response.status, error: '非JSON响应' }));
                    });
            })
            .then(data3 => {
                if (data3) {
                    console.log('第三个接口返回:', data3);
                }
                if (targetUrl && typeof targetUrl === 'string' && targetUrl.trim() !== '') {
                    window.open(targetUrl, '_blank');
                }
            })
            .catch(error => {
                console.error('接口调用出错:', error);
                displayScore(null);
                if (targetUrl && typeof targetUrl === 'string' && targetUrl.trim() !== '') {
                    window.open(targetUrl, '_blank');
                }
            });
    });

    function displayScore(scoreValue) {
        if(scoreValue && scoreValue>0){
            if(scoreValue - parseInt(scoreValue) > 0){
                $("#altmetric-shu").html(parseInt(scoreValue)+1);
            }else{
                $("#altmetric-shu").html(parseInt(scoreValue));
            }
            $("#altmetric-div").show();
        }


    }



    (function ($) {
        var Menu = (function () {
            /**
             * @constructor
             */
            var Plugin = function(element, options) {
                this.$element = $(element);
                this.settings = $.extend({}, $.fn.autoMenu.defaults, typeof options === 'object' && options)
                this.init();
            }
            /**
             */
            Plugin.prototype = {
                init: function () {
                    var opts = this.settings;
                    this.$element.html(this.createHtml());
                    this.setActive();
                    this.bindEvent();
                },
                createHtml: function(){
                    var that = this;
                    var opts = that.settings;
                    var width = typeof opts.width === 'number' && opts.width;
                    var height = typeof opts.height === 'number' && opts.height;
                    var padding = typeof opts.padding === 'number' && opts.padding;
                    that.$element.width('100%');
                    var html = '<ul class="cas_nav_ul">';
                    var num = 0;
                    var shu="";
                    $('.cas_nav_daohang').each(function(){
                        var _this = $(this);
                        if(_this.get(0).tagName == opts.levelOne.toUpperCase()){
                            _this.attr('id',num);
                            shu= num
                            var nodetext = that.handleTxt(_this.html());
                            html += '<li class="yiji dianjinav_'+shu+'" name="'+ num +'" title="'+ nodetext +'"><a href="#'+ num +'" onclick="li_click(this)">'+ nodetext +'</a></li>';
                            num++;
                        }else if(_this.get(0).tagName == opts.levelTwo.toUpperCase()){
                            _this.attr('id',num);
                            var nodetext = that.handleTxt(_this.html());
                            html += '<li class="sub dianjinav_'+shu+'" name="'+ num +'" title="'+ nodetext +'"><a href="#'+ num +'" onclick="li_click(this)">'+ nodetext +'</a></li>';
                            num++;
                        }else if(_this.get(0).tagName == opts.levelThree.toUpperCase()){
                            _this.parents('.mag_rich_body_p').attr('id',num);
                            var nodetext = that.handleTxt(_this.html());
                            html += '<li class="sub_sanji dianjinav_'+shu+'" name="'+ num +'" title="'+ nodetext +'"><img src="https://cjournal.hep.com.cn/hep_journal_fop_en/img/img_nav.png" class="cas_nav_img_icon" alt="" /><a href="#'+ num +'" onclick="li_click(this)">'+ nodetext +'</a></li>';
                            num++;
                        }else if(_this.get(0).tagName == opts.levelFour.toUpperCase()){
                            _this.attr('id',num);
                            var nodetext = that.handleTxt(_this.html());
                            html += '<li class="sub_sanji dianjinav_'+shu+'" name="'+ num +'" title="'+ nodetext +'"><img src="https://cjournal.hep.com.cn/hep_journal_fop_en/img/table_nav.png" class="cas_nav_img_icon" alt="" /><a href="#'+ num +'" onclick="li_click(this)">'+ nodetext +'</a></li>';
                            num++;
                        }else if(_this.get(0).tagName == opts.levelFive.toUpperCase()){
                            _this.parent('.main_content_center_left_div_img_shuoming').siblings('.cas_zw_img_img').attr('id',num);
                            var nodetext = that.handleTxt(_this.html());
                            html += '<li class="sub_sanji dianjinav_'+shu+'" name="'+ num +'" title="'+ nodetext +'"><img src="https://cjournal.hep.com.cn/hep_journal_fop_en/img/video.png" style="width:18px;height:12px;" class="cas_nav_img_icon" alt="" /><a href="#'+ num +'" onclick="li_click(this)">'+ nodetext +'</a></li>';
                            num++;
                        }
                    })
                    html += '</ul>';
                    return html;
                },
                handleTxt: function(txt){
                    //姝ｅ垯琛ㄨ揪寮忓幓闄TML鐨勬爣绛�
                    return txt.replace(/<\/?[^>]+>/g,"").trim();
                },
                setActive: function(){
                    var $el = this.$element,
                        opts = this.settings,
                        items = opts.levelOne + ',' + opts.levelTwo +',' + opts.levelThree+',' + opts.levelFour+',' + opts.levelFive,
                        $items = $(items),
                        offTop = opts.offTop,
                        headLen = $('.cas_nav_daohang').length,
                        allEle = $('.cas_nav_daohang'),
                        top = $(document).scrollTop()+$('.yicangdsjk').height(),
                        currentId;
                    for (var i=headLen-1; i>=0; i--) {
                        if ($(window).scrollTop() >= allEle.eq(i).offset().top-$('.yicangdsjk').height() + allEle.eq(i).height()-allEle.eq(i).height()-150) {
                            var index = i;
                            $('#autoMenu ul li').eq(index).addClass('active').siblings('li').removeClass('active').siblings('.erji_div').children('li').removeClass('active');
                            return false;
                        } else {
                            $('#autoMenu ul li').eq(0).addClass('active').siblings('li').removeClass('active').siblings('.erji_div').children('li').removeClass('active');
                        }
                    }
                    $items.each(function(){
                        var m = $(this),
                            itemTop = m.offset().top;
                        if(top > itemTop-offTop){
                            currentId = m.attr('id');
                        }else{
                            return false;
                        }
                    })
                    var currentLink = $el.find('.active');
                },
                bindEvent: function(){
                    var _this = this;
                    $(window).scroll(function(){
                        _this.setActive();
                        var nav = $("#autoMenu");
                        var articleNav = nav.find('.active');
                        if (articleNav && articleNav.length > 0) {
                            var navItemtop = articleNav.position().top+89;
                            var navItemtop1 = articleNav.position().top;
                            var navItemHeight = articleNav.height();
                            var navItemBottom = navItemtop + navItemHeight  + 20;
                            console.log(navItemtop);
                            var scrollNav = $('#autoMenu');
                            var navScrollPos = scrollNav.scrollTop();
                            if (navItemBottom >= $(window).height()) {
                                scrollNav.scrollTop(navScrollPos + navItemHeight);
                            }
                            else if (navItemtop1 < 20) {
                                scrollNav.scrollTop(navScrollPos - navItemHeight);
                            }
                        }
                    });
                    _this.$element.on('click','.btn-box',function(){
                        if($(this).find('span').hasClass('icon-minus-sign')){
                            $(this).find('span').removeClass('icon-minus-sign').addClass('icon-plus-sign');
                            _this.$element.find('ul').fadeOut();
                        }else{
                            $(this).find('span').removeClass('icon-plus-sign').addClass('icon-minus-sign');
                            _this.$element.find('ul').fadeIn();
                        }

                    })
                }

            };
            return Plugin;
        })();


        /**
         * 杩欓噷鏄皢Plugin瀵硅薄 杞负jq鎻掍欢鐨勫舰寮忚繘琛岃皟鐢�
         * 瀹氫箟涓€涓彃浠� plugin
         */
        $.fn.autoMenu = function (options) {
            return this.each(function () {
                var $el = $(this),
                    menu = $el.data('autoMenu'),
                    option = $.extend({}, $.fn.autoMenu.defaults, typeof options === 'object' && options);
                if (!menu) {
                    //灏嗗疄渚嬪寲鍚庣殑鎻掍欢缂撳瓨鍦╠om缁撴瀯閲岋紙鍐呭瓨閲岋級
                    $el.data('autoMenu',new Menu(this, option));
                }

                /**
                 * 濡傛灉鎻掍欢鐨勫弬鏁版槸涓€涓瓧绗︿覆锛屽垯 璋冪敤 鎻掍欢鐨� 瀛楃涓叉柟娉曘€�
                 * 濡� $('#id').plugin('doSomething') 鍒欏疄闄呰皟鐢ㄧ殑鏄� $('#id).plugin.doSomething();
                 */
                if ($.type(options) === 'string') menu[option]();
            });
        };

        /**
         * 鎻掍欢鐨勯粯璁ゅ€�
         */
        $.fn.autoMenu.defaults = {
            levelOne : 'h3', //涓€绾ф爣棰�
            levelTwo : 'h4',  //浜岀骇鏍囬锛堟殏涓嶆敮鎸佹洿澶氱骇锛�
            levelThree : 'h5',  //浜岀骇鏍囬锛堟殏涓嶆敮鎸佹洿澶氱骇锛�
            levelFour : 'h6',  //浜岀骇鏍囬锛堟殏涓嶆敮鎸佹洿澶氱骇锛�
            levelFive : 'h7',  //浜岀骇鏍囬锛堟殏涓嶆敮鎸佹洿澶氱骇锛�
            padding: 20, //鍐呴儴闂磋窛
            offTop : 100, //婊氬姩鍒囨崲瀵艰埅鏃剁椤堕儴鐨勮窛绂�

        };

        /**
         * 浼橀泤澶勶細 閫氳繃data-xxx 鐨勬柟寮� 瀹炰緥鍖栨彃浠躲€�
         * 杩欐牱鐨勮瘽 鍦ㄩ〉闈笂灏变笉闇€瑕佹樉绀鸿皟鐢ㄤ簡銆�
         * 鍙互鏌ョ湅bootstrap 閲岄潰鐨凧S鎻掍欢鍐欐硶
         */

    })(jQuery);




    $(function(){
        var wid = $('.main_content_center_left').width();
        $('.main_content_center_left_yinyong_bao').width(wid*$('.main_content_center_left_yinyong_div').length);
        for(var t =0;t<$('.main_content_center_left_yinyong_div').length;t++){
            $('.main_content_center_left_yinyong_div').eq(t).width(wid);
        }
        var wid = $('.main_content_center_left').width();
        var bodywidth= $('body').width();
        var yemianwidth= $('.main_content').width();
        $('.qipao').width(wid-40);
        var zhongs = (bodywidth-yemianwidth)/2+15;
        $('.qipao').css({'left':zhongs+5});

    })
    function li_click(a){
        var index = $('.cas_nav_ul li a').index($(a));

        var top_height= $('.yicangdsjk').height();
        var ddIndex = $(a).stop().attr('href').lastIndexOf('#');
        var ddId = $(a).stop().attr('href').substring(ddIndex+1);
        console.log(ddId)
        var windowTop = $('#' + ddId + '').offset().top-50-top_height;
        $('body,html').animate({scrollTop: windowTop}, 'fast');
    }
    var gao = "";
    var win_height="";
    var diheight="";
    var heigthzhengwen= "";
    var document_height="";
    window.onload=function(){
        heigthzhengwen=$('.main_content_center').find('.main_content_center_left').height();
        gao = $('.huoquoffset').offset().top;
        document_height = $('body').height();
        diheight= $('.main_content_bottom').offset().top;
        var win_height = $(window).height();
        var pisus =$('.yicangdsjk').css('position');
        var t = document.documentElement.scrollTop || document.body.scrollTop-$('.yicangdsjk').height();
        if(pisus=="fixed" && t>$('.yicangdsjk').height()){
            $('#huoqudndkk').height(win_height-$('.yicangdsjk').height()-30);
        }else{
            $('#huoqudndkk').height(win_height-30);
        }

        var width= $('.main_content_center_right').width();
        $('#autoMenu').height($('#huoqudndkk').height()-30);
        $('#ckwxcankaowenxian').height($('#huoqudndkk').height()-30);
        var wid = $('.main_content_center_left').width();
        var bodywidth= $('body').width();
        var yemianwidth= $('.main_content').width();
        $('.qipao').width(wid-30);
        var zhongs = (bodywidth-yemianwidth)/2+15;
        $('.qipao').css({'left':zhongs});
        for(var a = 0;a<$('.main_content_center_left_zhengwen_bao_fig_img').length;a++){
            var widt= $('.main_content_center_left_zhengwen_bao_fig_img').eq(a).width();
            var fwit = $('.main_content_center_left').width();
            if(widt>fwit){
                if(600>fwit){
                    $('.main_content_center_left_zhengwen_bao_fig_img').eq(a).css('width','100%');
                }else{
                    $('.main_content_center_left_zhengwen_bao_fig_img').eq(a).css('width','600px');
                }
            }else if(widt<fwit){
                if(600>widt){
                    $('.main_content_center_left_zhengwen_bao_fig_img').eq(a).css('width',widt+'px');
                }else{
                    $('.main_content_center_left_zhengwen_bao_fig_img').eq(a).css('width','600px');
                }
            }
        }
        for(var i =0;i<$('.yiji').length;i++){
            if($('.yiji').eq(i).next('li').hasClass("sub") || $('.yiji').eq(i).next('li').hasClass("sub_sanji")){
                $('.yiji').eq(i).append('<i class="glyphicon glyphicon-triangle-bottom nav_i" onclick="click_nav_daidn(this);"></i>');
            }
        }
    }
    var zhid =1;
    function closedk(a) {
        var height = $('.yicangdsjk').height();
        var height1 = $('#huoqudndkk').height();
        $('.yicangdsjk').fadeOut();
        $('#huoqudndkk').css('top','0');
        $('#huoqudndkk').height(height1+height);
        zhid =0;
    }
    function click_nav_daidn(a){
        var name_num=$(a).parent('li').attr("name");
        var cla= ".dianjinav_"+name_num;
        if($(a).attr("class")=="glyphicon glyphicon-triangle-bottom nav_i"){
            for(var i =0;i<$(cla).length;i++){
                $(a).parent('li').siblings(cla).slideUp();
            }
            $(a).attr('class','glyphicon glyphicon-triangle-top nav_i');
        }else if($(a).attr("class")=="glyphicon glyphicon-triangle-top nav_i"){
            for(var i =0;i<$(cla).length;i++){
                $(a).parent('li').siblings(cla).slideDown();
            }
            $(a).attr('class','glyphicon glyphicon-triangle-bottom nav_i');
        }
    }
    function resetLayout() {
        var bdidhjfwidth =  document.body.clientWidth;
        var width1=$('.main_content_center_right').width();
        var now_doc_height = $('body').height();
        var t = document.documentElement.scrollTop || document.body.scrollTop;
        if( bdidhjfwidth > 1050){
            if(t>$('.huoquoffset').offset().top){
                if(zhid==1){
                    $('.yicangdsjk').slideDown();
                }
                $('#huoqudndkk').addClass('fixed');
                $('#huoqudndkk').css('width',width1);
            }else{
                $('#huoqudndkk').removeClass('fixed');
                $('.yicangdsjk').slideUp();
            }
        }else{
            if($('.shoujihadhjsdj') && $('.shoujihadhjsdj').length && $('.shoujihadhjsdj').length>0){
                var odhdjf = $('.shoujihadhjsdj').offset().top;
                if(t>=odhdjf){
                    $('.yicangdsjk').slideDown();
                }else{
                    $('.yicangdsjk').slideUp();
                }
            }
        }

    }
    $(window).scroll(function () {
        var heigthzhengwen_jian= $('.main_content_center').find('.main_content_center_left').height();
        resetLayout();
        $('#autoMenu').autoMenu();
        var heigh=$('.main_content_top').offset().top;
        var t = document.documentElement.scrollTop || document.body.scrollTop;
        var top_height= $('.yicangdsjk').height();
        var shishidibu= $('.main_content_bottom').offset().top;
        var c ="";
        $('#autoMenu').height($('#huoqudndkk').height()-40);
        $('#ckwxcankaowenxian').height($('#huoqudndkk').height()-40);
        var nav_off_top = $('.huoquoffset').offset().top;
        if(t>heigh){
            if(zhid == 1){
                $('#huoqudndkk').css('top',top_height+20);
            }
            var win_height = $(window).height();
            if(zhid == 1){
                $('#huoqudndkk').height(win_height-top_height-50);
            }else{
                $('#huoqudndkk').height(win_height-top_height-80);
            }
            c = $('.main_content_bottom').height();
        }
        if(heigthzhengwen==heigthzhengwen_jian){
            var b = shishidibu-t-$('.yicangdsjk').height()-50;
            if(t>diheight-$('.main_content_bottom').height()-$('.yicangdsjk').height()*7-30){
                if(zhid == 1){
                    $('#huoqudndkk').height(b);
                }
                $('#autoMenu').height($('#huoqudndkk').height()-40);
                $('#ckwxcankaowenxian').height($('#huoqudndkk').height()-40);
            }
        }else{
            var cha =heigthzhengwen-heigthzhengwen_jian;
            if(zhid == 1){
                var b = shishidibu-t-$('.yicangdsjk').height()-90;
            }else{
                var b = shishidibu-t-$('.yicangdsjk').height();
            }
            if(t>diheight-cha-$('.main_content_bottom').height()-$('.yicangdsjk').height()*9-30){
                $('#huoqudndkk').height(b);
                $('#autoMenu').height($('#huoqudndkk').height()-40);
                $('#ckwxcankaowenxian').height($('#huoqudndkk').height()-40);
            }
        }


    })
    $(window).resize(function() {
        resetLayout()
        var width1=$('.main_content_center_right').width();
        $('#huoqudndkk').css('width',width1);
        var wid = $('.main_content_center_left').width();
        $('.main_content_center_left_yinyong_bao').width(wid*$('.main_content_center_left_yinyong_div').length);
        for(var t =0;t<$('.main_content_center_left_yinyong_div').length;t++){
            $('.main_content_center_left_yinyong_div').eq(t).width(wid);
        }
        var wid = $('.main_content_center_left').width();
        var bodywidth= $('body').width();
        var yemianwidth= $('.main_content').width();
        $('.qipao').width(wid-40);
        var zhongs = (bodywidth-yemianwidth)/2+15;
        $('.qipao').css({'left':zhongs+5});
    });
    /* 寮曠敤鏈枃涓嬩竴绡� */
    var index = 0;
    function xiayipian(){
        var a = $('.main_content_center_left_yinyong_div').length;
        var wid = $('.main_content_center_left').width();
        var zong = $('.main_content_center_left_yinyong_bao').width();
        var left = $('.main_content_center_left_yinyong_bao').css('left');
        var left1 = left.replace(/px/ig, '');
        var left2 = left1.replace(/-/ig, '');
        if(index*1+1 != a){
            $('.main_content_center_left_yinyong_bao').animate({left:"-="+wid});
            index = index+1;
        }else{
           // alert("鏈€鍚庝竴涓�");

        }
    }
    /* 寮曠敤鏈枃涓婁竴绡� */
    function shangyipian(){
        var wid = $('.main_content_center_left').width();
        var zong = $('.main_content_center_left_yinyong_bao').width();
        var left = $('.main_content_center_left_yinyong_bao').css('left');
        var left1 = left.replace(/px/ig, '');
        var left2 = left1.replace(/-/ig, '');
        if(index*1-1 >= 0){
            $('.main_content_center_left_yinyong_bao').animate({left:"+="+wid});
            index = index-1;
        }else{
           // alert("绗竴涓�")
        }
    }
    /* 涓嬫媺妗嗛€夋嫨瀵艰埅 */
    function Jump(a){
        var id = $(a).attr('value');
        var windowTop = $('#' + id +'').offset().top-10;
        $('body,html').animate({scrollTop: windowTop}, 'fast');
    }

    function slide_up(a){
        if($(a).html()== "+"){
            $(a).parent('.Author_contribution').next('.Author_contribution_content').stop().slideDown("slow");
            $(a).html('-')
        }else if($(a).html()== "-"){
            $(a).parent('.Author_contribution').next('.Author_contribution_content').stop().slideUp("slow");
            $(a).html('+')
        }
    }

    function Author_details_put_away(a){
        $(a).parent('.Author_contribution_content').stop().slideUp("slow");
        $(a).parent('.Author_contribution_content').prev('.Author_contribution').find('i').attr('class','glyphicon glyphicon-menu-down');
    }

    function zhaiyaozhan(a){
        if($(a).attr('class') == "glyphicon glyphicon-minus main_content_center_left_one_title_i"){
            $(a).parent('.main_content_center_left_one_title').next('.zhaiyaojs').stop().slideUp("slow");
            $(a).attr('class','glyphicon glyphicon-plus main_content_center_left_one_title_i');
        }else if($(a).attr('class') == "glyphicon glyphicon-plus main_content_center_left_one_title_i"){
            $(a).parent('.main_content_center_left_one_title').next('.zhaiyaojs').stop().slideDown("slow");
            $(a).attr('class','glyphicon glyphicon-minus main_content_center_left_one_title_i');
        }
    }

    function daochu_div(a,event){
        var top = $(a).offset().top;
        var left = $(a).offset().left;
        $('.daochu_div').css({'top':top+30,'left':left});
        $('.daochu_div').stop().slideDown("slow");
        event.stopPropagation();
    }

    $('body').click(function(){
        $('.daochu_div').hide();
        $('.qipao').hide();
    })
    $('.qipao').click(function(event){
        event.stopPropagation();
    })



    function guanbiann(){
        $('.new_full_rich_model').hide();
        $('.new_full_rich_motaikuang').hide();
    }


    function  dianjitab(a,b){
        $(a).css({'background':'#dceefb','border-top':'2px solid #2992e2'}).siblings('.main_content_center_right_duoweidu_div').css({'background':'#f0f7fc','border-top':'2px solid #f0f7fc'});
        $(b).stop().slideDown("slow").siblings('.yuedushu').stop().slideUp("slow");
    }

    function shouqidk(a){
        $(a).parent('.yuedushu').stop().slideUp("slow");
        for(var i = 0 ;i<$('.main_content_center_right_duoweidu_div').length;i++){
            $('.main_content_center_right_duoweidu_div').eq(i).css({'background':'#f0f7fc','border-top':'2px solid #f0f7fc'});
        }
    }

    function zuihoutab (a,b){
        $(a).css({'background':'#fff','border-top':'2px solid #0d6797','color':'#0d6797'}).siblings('.main_content_center_right_div_tab_top_div').css({'background':'#ebf0f4','border-top':'2px solid #ebf0f4','color':'#333'});
        $(b).stop().slideDown("slow").siblings('.main_content_center_right_div_tab_con').stop().slideUp("slow");
    }

    var x11 ="";
    function mouseMove(ev){
        Ev= ev || window.event;
        var mousePos = mouseCoords(ev);
        x11 = mousePos.x;
    }
    function mouseCoords(ev){
        if(ev.pageX || ev.pageY){
            return {x:ev.pageX, y:ev.pageY};
        }
        return{
            x:ev.clientX + document.body.scrollLeft - document.body.clientLeft,
            y:ev.clientY + document.body.scrollTop - document.body.clientTop
        };
    }
    document.onmousemove = mouseMove;

    //鏂规硶2
    //Firefox鏀寔灞炴€ageX,涓巔ageY灞炴€э紝杩欎袱涓睘鎬у凡缁忔妸椤甸潰婊氬姩璁＄畻鍦ㄥ唴浜�,
    //鍦–hrome鍙互閫氳繃document.body.scrollLeft锛宒ocument.body.scrollTop璁＄畻鍑洪〉闈㈡粴鍔ㄤ綅绉伙紝
    //鑰屽湪IE涓嬪彲浠ラ€氳繃document.documentElement.scrollLeft 锛宒ocument.documentElement.scrollTop
    function getMousePos(event) {
        var e = event || window.event;
        var scrollX = document.documentElement.scrollLeft || document.body.scrollLeft;
        var scrollY = document.documentElement.scrollTop || document.body.scrollTop;
        var x = e.pageX || e.clientX + scrollX;
        var y = e.pageY || e.clientY + scrollY;
        //alert('x: ' + x + '\ny: ' + y);
        return { 'x': x, 'y': y};
    }


    function showimg(thiss){
        $('.new_full_rich_motaikuang').show();
        $('.new_full_rich_model').show();
        $('.zuo').show();
        $('.you').show();
        $('.cas_motaikuang').show();
        $('.cas_model').show();
        var mTop = $(thiss).offset().top;
        $('.new_full_rich_model').css("top",mTop+100);
        var scr=$(thiss).attr('src');
        $('.tp').attr('src',scr);
        var nr=$(thiss).parent('.main_content_center_left_zhengwen_bao_fig_img_bap').next('.main_content_center_left_zhengwen_bao_fig_shuoming').html();
        $('.neirong').html(nr);
        var arr=[];
        for(var i=0;i<$('.main_content_center_left_zhengwen_bao_fig_img_bap').length;i++){
            var img_src=$('.main_content_center_left_zhengwen_bao_fig_img_bap').eq(i).children('img').attr('src');
            var zong=$('.main_content_center_left_zhengwen_bao_fig_img_bap').eq(i).next('.main_content_center_left_zhengwen_bao_fig_shuoming').html();
            var puse = {};
            puse.shuzi=i+1;
            puse.src=img_src;
            puse.zongde=zong;
            arr[i]=puse;
        }
        var a = arr.length;
        $('.zongdea').html(a);
        for(var y=0;y<arr.length;y++){
            if(arr[y].src==scr){
                $('.yige').html(arr[y].shuzi);
            }
        }
    }
    function shang(){
        var arr=[];
        for(var i=0;i<$('.main_content_center_left_zhengwen_bao_fig_img_bap').length;i++){
            var img_src=$('.main_content_center_left_zhengwen_bao_fig_img_bap').eq(i).children('img').attr('src');
            var zong=$('.main_content_center_left_zhengwen_bao_fig_img_bap').eq(i).next('.main_content_center_left_zhengwen_bao_fig_shuoming').html();
            var puse = {};
            puse.shuzi=i+1;
            puse.src=img_src;
            puse.zongde=zong;
            arr[i]=puse;
        }
        var tptp=$('.tp').attr('src');
        for(var y=0;y<arr.length;y++){
            if(arr[y].src==tptp){
                if(arr[y].src==arr[0].src){
                   // alert("No figure ahead!");
                    return false;
                }else{
                    var fzsrc=arr[y-1].src;
                    var fzshuzi=arr[y-1].shuzi;
                    var fzcontent=arr[y-1].zongde;
                    $('.tp').attr('src',fzsrc);
                    $('.yige').html(fzshuzi);
                    $('.neirong').html(fzcontent);
                }
            }
        }

    }

    function xia(){
        var arr=[];
        for(var i=0;i<$('.main_content_center_left_zhengwen_bao_fig_img_bap').length;i++){
            var img_src=$('.main_content_center_left_zhengwen_bao_fig_img_bap').eq(i).children('img').attr('src');
            var zong=$('.main_content_center_left_zhengwen_bao_fig_img_bap').eq(i).next('.main_content_center_left_zhengwen_bao_fig_shuoming').html();
            var puse = {};
            puse.shuzi=i+1;
            puse.src=img_src;
            puse.zongde=zong;
            arr[i]=puse;
        }
        var tptp=$('.tp').attr('src');
        for(var y=0;y<arr.length;y++){
            if(arr[y].src==tptp){
                if(arr[y].src==arr[arr.length-1].src){
                    //alert("No figure after!");
                    return false;
                }else{
                    var fzsrc=arr[y+1].src;
                    var fzshuzi=arr[y+1].shuzi;
                    var fzcontent=arr[y+1].zongde;
                    $('.tp').attr('src',fzsrc);
                    $('.yige').html(fzshuzi);
                    $('.neirong').html(fzcontent);
                }
            }
        }

    }
    function fanhuidingbu(){
        $('body,html').animate({scrollTop: 0}, 'fast');
    }
    function shu_fanhuidinfgbu(a){
        $(a).html("Top");
        $(a).css({'font-size':'13px','line-height':'18px'})
    }
    function zhedieyouce(){
        if(zd_html=="Full size"){
            width111 = $('.main_content_center_right').width();
            $('.main_content_center_right').hide();
            $('.main_content_center_left').width('100%');
            zd_html="Section";
        }else if(zd_html=="Section"){
            $('#huoqudndkk').width(width111);
            $('.main_content_center_right').show();
            $('.main_content_center_left').width('60%');
            zd_html="Full size";
        }

    }

    var zd_html="Full size";

    function shu_fanhuidinfgbu(a){
        $(a).html("Top");
        $(a).css({'font-size':'13px','line-height':'18px'})
    }

    function u_shu_fanhuidinfgbu(a){
        $(a).html('<i class="glyphicon glyphicon-arrow-up"></i>');
        $(a).css({'font-size':'14px','line-height':'40px'})
    }
    function shu_zedieyouce(a){
        $(a).html(zd_html);
        zd_html=$(a).html();
        $(a).css({'font-size':'13px','line-height':'18px'})
    }
    function u_shu_zedieyouce(a){
        $(a).css({'font-size':'14px','line-height':'40px'})
        $(a).html('<i class="glyphicon glyphicon-transfer"></i>');
    }
    // 首先定义日期转换函数
    function convertChineseToEnglishDate(chineseDate) {
        // 提取年、月、日 - 支持多种中文日期格式
        const matches = chineseDate.match(/(\d{4})[年\-\\/](\d{1,2})[月\-\\/](\d{1,2})[日]?/);
        if (!matches || matches.length < 4) {
            console.warn('无效的日期格式:', chineseDate);
            return chineseDate; // 返回原内容如果格式不匹配
        }

        const year = matches[1];
        const month = parseInt(matches[2]);
        const day = parseInt(matches[3]);

        const monthNames = [
            'Jan', 'Feb', 'Mar', 'Apr', 'May', 'Jun',
            'Jul', 'Aug', 'Sept', 'Oct', 'Nov', 'Dec'
        ];

        return `${day} ${monthNames[month - 1]} ${year}`;
    }

    // 使用jQuery循环处理所有riqizhuahuan类元素
    $(document).ready(function() {
        $('.riqizhuahuan').each(function() {
            // 获取当前元素的HTML内容
            const chineseDate = $(this).html().trim();

            // 调用转换函数
            const englishDate = convertChineseToEnglishDate(chineseDate);

            // 将转换后的日期设置回元素
            $(this).html(englishDate);

            // 如果需要，可以添加一个类表示已转换
            $(this).addClass('converted-to-english');
        });
    });

    function referenceOrderByType(type){
        if(type==1){//原文顺序
            var divTestJQ = $(".main_content_center_left_one_cankaowenxian"); //取得容器对象
            var divJQ = $(".main_content_center_left_one_cankaowenxian_tab", divTestJQ); //取容器需要重排的对象
            var EntityList = []; //定义一个数组用于存放要排序的对象
            divJQ.each(function () {
                var thisJQ = $(this);
                EntityList.push({ Name: parseInt(thisJQ.attr("order-1-num"), 10), JQ: thisJQ }); //把要排序的对象和排序的值一起放到一个新的对象里，并存入到数组
            });
            EntityList.sort(function (a, b) { //利用数组的排序方法重新排序对象
                //return b.Name - a.Name; //从大到小
                return a.Name - b.Name; //从小到大
            });
            for (var i = 0; i < EntityList.length; i++) {
                EntityList[i].JQ.appendTo(divTestJQ); //把排序完的对象重新插入到容器对象
            };
        }else if(type==2){//文献年度倒序
            var divTestJQ = $(".main_content_center_left_one_cankaowenxian"); //取得容器对象
            var divJQ = $(".main_content_center_left_one_cankaowenxian_tab", divTestJQ); //取容器需要重排的对象
            var EntityList = []; //定义一个数组用于存放要排序的对象
            divJQ.each(function () {
                var thisJQ = $(this);
                EntityList.push({ Name: parseInt(thisJQ.attr("order-2-num"), 10), JQ: thisJQ }); //把要排序的对象和排序的值一起放到一个新的对象里，并存入到数组
            });
            EntityList.sort(function (a, b) { //利用数组的排序方法重新排序对象
                return b.Name - a.Name; //从大到小
                //return a.Name - b.Name; //从小到大
            });
            for (var i = 0; i < EntityList.length; i++) {
                EntityList[i].JQ.appendTo(divTestJQ); //把排序完的对象重新插入  到容器对象
            };
        }else if(type==3){//文献被引倒序
            var divTestJQ = $(".main_content_center_left_one_cankaowenxian"); //取得容器对象
            var divJQ = $(".main_content_center_left_one_cankaowenxian_tab", divTestJQ); //取容器需要重排的对象
            var EntityList = []; //定义一个数组用于存放要排序的对象
            divJQ.each(function () {
                var thisJQ = $(this);
                EntityList.push({ Name: parseInt(thisJQ.attr("order-3-num"), 10), JQ: thisJQ }); //把要排序的对象和排序的值一起放到一个新的对象里，并存入到数组
            });
            EntityList.sort(function (a, b) { //利用数组的排序方法重新排序对象
                return b.Name - a.Name; //从大到小
                //return a.Name - b.Name; //从小到大
            });
            for (var i = 0; i < EntityList.length; i++) {
                EntityList[i].JQ.appendTo(divTestJQ); //把排序完的对象重新插入到容器对象
            };
        }
    }

    function downloadCitationFile1(type){
        downloadCitationFile(type);
    }

    function downloadCitationFile(type) {
        var tenantId = '1045748351789510663';
        var journalId = '1155139928190095384';
        var language = 'CN';
        var doi = '10.1016/j.eng.2021.02.019';
        var url = "https://www.engineering.org.cn/engi/CN/article/citation/download?tenantId="+tenantId+"&journalId="+journalId+"&language="+language+"&doi="+doi+"&citationType="+type;
        console.log("下载引用管理文件url："+url);
        // 创建一个临时的a标签
        var element = document.createElement('a');
        element.setAttribute('href', url);
        element.setAttribute('target', "__blank");

        // 隐藏a标签
        element.style.display = 'none';
        document.body.appendChild(element);

        // 模拟点击事件来下载文件
        element.click();

        // 下载后移除a标签
        document.body.removeChild(element);


    }

    function saveParamsAndJump (domain,tenantId,journalId,articleId) {
        // 改用 sessionStorage（刷新页面不丢失，关闭标签页后失效）
        sessionStorage.setItem('articleId', articleId || '');
        // 跳转页面
        window.location.href = domain + '/metrics/' + tenantId+"/"+journalId+"/"+articleId;
    }

    document.addEventListener('DOMContentLoaded', function() {
        // 初始渲染
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  $(function(){
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    function getPreviewArticle() {
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            url: url,
            type: 'GET',
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            success: function(res) {
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        var url = "https://www.engineering.org.cn/engi/CN/api/site/data/article/nextArticle?articleId=1159864963747602434&issueId=1159861664327721947";
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            url: url,
            type: 'GET',
            dataType:'json',
            success: function(res) {
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                    $("#next_article_a").attr("href", 'https://www.engineering.org.cn/engi/CN/'+res.data.id);
                }
            },
            error: function(res) {}
            
            
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    }
    
    
    
    $(function() {
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                    getCitationDetailByCrossRef();   
                    
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            },
            error: function(res) {}
            
            
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 function getCitationDetailByCrossRef() {
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        $.ajax({
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            type: 'GET',
            dataType:'json',
            success: function(res) {
                if(res.code==200 && res.listData!=null) {
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                        break;
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            error: function(res) {}
            
            
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        $.ajax({
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            type: 'GET',
            dataType: 'json',
            success: function(res) {
                if(res.code!=null && res.data!=null && res.data.article!=null) {
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                       //处理通信作者显示不全问题
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                                }
                                
                            }
                           
                       }//if 
                }
            },
            error: function(res) {}
        });
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