面向作物增产与土壤改良的工业CO2大规模利用新途径——稳定液态肥料

孙宝昌a,b, 米梦彤b, 王圣毅c, 王肖娟c, 宋晓玲c,*, 初广文a,b, 李学宽c, 黄东c, 王丹a,b, 陈建峰a,b,*

工程(英文) ›› 2025, Vol. 48 ›› Issue (5) : 12-15.

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工程(英文) ›› 2025, Vol. 48 ›› Issue (5) : 12-15. DOI: 10.1016/j.eng.2025.03.006

 面向作物增产与土壤改良的工业CO2大规模利用新途径——稳定液态肥料

  • 孙宝昌a,b, 米梦彤b, 王圣毅c, 王肖娟c, 宋晓玲c,*, 初广文a,b, 李学宽c, 黄东c, 王丹a,b, 陈建峰a,b,*
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A Novel Route to the Large-Scale Utilization of Industrial CO2 as a Stable Liquid Fertilizer to Increase Crop Yields and Improve the Soil

  • Bao-Chang Suna,b, Meng-Tong Mib, Sheng-Yi Wangc, Xiao-Juan Wangc, Xiao-Ling Songc,*, Guang-Wen Chua,b, Xue-Kuan Lic, Dong Huangc, Dan Wanga,b, Jian-Feng Chena,b,*
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孙宝昌,米梦彤,王圣毅,王肖娟,宋晓玲,初广文,李学宽,黄东,王丹,陈建峰.  面向作物增产与土壤改良的工业CO2大规模利用新途径——稳定液态肥料. Engineering. 2025, 48(5): 12-15 https://doi.org/10.1016/j.eng.2025.03.006

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