论文部分内容阅读
迟日江山丽,春风花草香.这个春天里,全国人民凝心聚力、众志成城终将战胜疫情!值此春暖花开之际,我们迎来了陈立泉院士八旬华诞,化学工业出版社、中国化工学会储能工程专业委员会、《储能科学与技术》第三届编辑委员会向先生致以热烈祝贺和深深的祝福,并以《储能科学与技术》专刊的形式,献上一份贺礼!
贺陈立泉院士八十华诞——《储能科学与技术》专刊前言
【摘 要】
：
迟日江山丽,春风花草香.这个春天里,全国人民凝心聚力、众志成城终将战胜疫情!值此春暖花开之际,我们迎来了陈立泉院士八旬华诞,化学工业出版社、中国化工学会储能工程专业委
【出 处】
：
储能科学与技术
【发表日期】
：
2020年2期
其他文献
Preparation and characterization of a novel antibacterial acrylate polymer composite modified with c
A novel antibacterial acrylate polymer composite modified with capsaicin was successfully synthesized by a two-step reaction. Capsaicin and acryloyl chloride we
Controlling pore structures of Pd-doped organosilica membranes by calcination atmosphere for gas sep
Pd-doped organosilica membranes were prepared by controlling calcination atmospheres (i.e. POS-Air, POS-N2, POS-H2, POS-H2/N2) to tailor their networks for impr
Performance comparison of heat exchangers using sextant/trisection helical baffles and segmental one
The shell side flow fields of both sextant and trisection helical baffle heat exchangers are presented on meridian and multilayer hexagon slices. It verifies th
Thermodynamic data calculation for iron phases in sulfoaluminate cementitious materials prepared usi
The preparation of sulfoaluminate cementitious materials (SCM) is a promising way to massively utilize solid wastes. Iron phases are significant in SCM system b
Optimization of the N2 generation selectivity in aqueous nitrate reduction using internal circulatio
The reduction of nitrate using intal circulation micro-electrolysis technology (ICE) was investigated. The effect of the reaction time, initial pH, Fe/C ratio,
Adsorption equilibrium, kinetics, and dynamic separation of Ca2+ and Mg2+ions from phosphoric acid–n
The separation of Ca2+and Mg2+ions from phosphoric acid–nitric acid aqueous solution is very significant for the neutralization process of nitrophosphate ferti
Food processing wastewater purification by microalgae cultivation associated with high value-added c
Microalgae have been considered as an efficient microorganism for wastewater treatment with simultaneously bioenergy and high value-added compounds production.
全固态锂硫电池可抑制锂枝晶生长,且可避免多硫化物穿梭等问题,被认为是极具前景的下一代储能体系.固态正极中活性物质硫的绝缘性,使得电化学氧化还原需要离子传输和电子传递
锂离子固体电解质是发展高安全性固态锂电池的关键材料,其性能与全电池的性能表现密切相关.离子电导率、电子电导率、化学窗口和对锂界面稳定性是锂离子固体电解质的基础电化
高能量密度锂离子二次电池对于缓解能源和环境危机具有重要意义.硅基材料理论比容量远超石墨,是目前公认的下一代锂离子电池负极材料.中国科学院物理研究所自1999年在国际上