1. preparation and flow characteristic of a novel phase change fluid for latent heat transfer[j].solar energy materials & solar cells.2010,zou deqiu, feng ziping*, xiao rui, qin kun, zhang jianjun, song wenji. if=4.784
新型相变潜热液体的制备与流动特性研究[j].太阳能材料与太阳能电池,2010,邹得球,冯自平*,肖睿,秦坤,张建军,宋文吉。
2. 连续式蓄热燃烧系统的实验研究[j].工程热物理学报,2012,张建军*,冯自平,宋文吉,涂虬,秦坤。
3. 新型自蓄热燃烧器设计与实验研究[j].热能动力工程,2010,张建军,冯自平*,徐今强,邹得球。
4. 连续蓄热燃烧技术在固体燃料加热炉应用探索[j].热能动力工程,2014,张建军,张旭,冯自平*,杨承志。
5. a novel model of the initial state of charge estimation for lifepo4 batteries [j]. journal of power sources 2014,.yanhui zhang,wenji song*, shili lin,ziping feng.if=6.395。
一种新的磷酸锂电池荷电初始状态估计模型[j].电源,2014,张艳辉,宋文吉*,林仕立,冯自平。
6. a multilayer electro-thermal model of pouch battery during normal discharge and internal short circuit process[j].applied thermal engineering,2017, mingbiao chen , fanfei bai, wenji song*,jie lv, shili lin, ziping feng, yongliang li, yulong ding. if=3.684
电池包在正常放电和内部短路过程中的多层电热模型[j].工程热物理,2017,陈明彪,白帆飞,宋文吉*,吕杰,冯自平,林仕立,张艳辉,李永亮,丁玉龙。
7. thermal management performances of pcm/water cooling-plate using for lithium-ion battery module based on non-uniform internal heat source[j].applied thermal engineering,2017, fanfei bai, mingbiao chen , wenji song*,ziping feng, yulong din, yongliang li .if=3.684
基于非均匀内热源的锂离子电池组件pcm水冷板热管理性能研究[j].应用热能工程,2017, 白帆飞,陈明彪,宋文吉*,冯自平,丁玉龙,李永亮。
8. non-uniform effect on the thermal/aging performance of lithium-ion pouch battery[j]. applied thermal engineering,2018, wenji song, mingbiao chen* , fanfei bai,shili lin, yongzhen chen, ziping feng. if=3.684
锂离子电池热/老化性能的非均匀性影响[j].应用热工程,2018,宋文吉,陈明彪*,白帆飞,林仕立,李永亮,冯自平。
9. influence of equalization on lifepo4 battery inconsistency[j]international journal of energy research,2017,jie lv, wenji song*, shili lin, ziping feng, yulong ding, yongliang li. if=2.598
对磷酸铁锂电池的不一致性研究均衡的影响研究[j]国际能源,2017,吕杰,宋文吉*,林仕立,冯自平,丁玉龙,李永亮。
10. a soe estimation model considering electro-thermal effect for lifepo4/c battery[j].international journal of energy research.2017,shili lin, wenji song*,lv jie, ziping feng, zhang yanhui, li yongliang. if=2.598
基于电热效应的锂离子电池研究[j].国际能源研究,2017,林仕立,宋文吉,吕杰,冯自平,张艳辉,李永亮。