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Bioaccessibility 1

Geopolymeric blocks. 1

PA6 composite 1

PA6 yarn 1

Precipitates 1

Red mud 1

Trace contaminants 1

antibacterial 1

comprehensive strengthening of steel 1

flame resistance 1

nano AgCl@BaSO₄ co-precipitates 1

nano-scale cementite 1

nano-scale titanium carbide 1

precipitation strengthening 1

yield strength 1

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Assessing human bioaccessibility of trace contaminants in size-fractionated red mud, derived precipitates

Chunfeng Wang, Yanchen Zhu, Dan Yao, Guanfei Chen, Lianjun Wang

Frontiers of Environmental Science & Engineering 2017, Volume 11, Issue 6, doi: 10.1007/s11783-017-0956-0

Abstract: this study was to provide insight into human exposure to trace contaminants bearing red mud, derived precipitateshigher bioaccessibility (PBET) values of Cu, Pb, Zn, As, V and U were obtained from red mud derived precipitates

Keywords： Bioaccessibility Trace contaminants Red mud Precipitates Geopolymeric blocks.

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Antibacterial and anti-flaming PA6 composite with metathetically prepared nano AgCl@BaSO

Wei Zhang, Boren Xu, Caihong Gong, Chunwang Yi, Shen Zhang

Frontiers of Chemical Science and Engineering 2021, Volume 15, Issue 2, Pages 340-350 doi: 10.1007/s11705-020-1942-9

Abstract: environmentally friendly method with low energy consumption for preparing nanoscale AgCl and BaSO co-precipitates(AgCl@BaSO co-precipitates) was developed based on the metathetical reaction.Then, the dried co-precipitates were melt-compounded with polyamide 6 (PA6) resins at a specified massdemonstrated that in the absence of any coating agent or carrier, the nanoparticles of AgCl@BaSO co-precipitatesFurther analysis showed that after the addition of AgCl@BaSO co-precipitates, the antibacterial performance

Keywords： nano AgCl@BaSO₄ co-precipitates antibacterial flame resistance PA6 composite PA6 yarn

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Comprehensive strengthening mechanism of steel based on nano scale cementite precipitates

Fu Jie,Li Guangqiang,Yu Yueguang,Mao Xinping,Fang Keming

Strategic Study of CAE 2011, Volume 13, Issue 1, Pages 31-42

Abstract: small-angle scattering, RTO and high-resolution TEM observation, the properties of nano-scale cementite precipitatesExcept nano-scale TiC, cementites precipitates less than 36 nm and high volume fraction were also foundnano-scale TiC, which can not be ignored.The precipitation strengthening contributions of nano-scale precipitatesthe calculated yield strength considering the precipitation strengthening contributions of nano-scale precipitates

Keywords： yield strength nano-scale cementite nano-scale titanium carbide precipitation strengthening comprehensive strengthening of steel