Jianjun Li

.@Jianjun_Jason @xiaojing_Hao and colleagues identify charge recombination at grain boundaries as the dominant loss mechanism in #kesterite #SolarCells by means of an integrated experimental and modelling framework. go.nature.com/3oooZ1G

.@Jianjun_Jason @xiaojing_Hao and colleagues identify charge recombination at grain boundaries as the dominant loss mechanism in #kesterite #SolarCells by means of an integrated experimental and modelling framework. go.nature.com/3oooZ1G

Check out the story behind our Nature Energy paper: A journey to identify the dominant carrier loss mechanisms in state-of-the-art green kesterite CZTSe solar cells materialscommunity.springernature.com/posts/a-journe…

Our new paper on microscopic carrier loss mechanisms of #Kesterite solar cells published with @NatureEnergyJnl has come out✌️. Please check it out: nature.com/articles/s4156… Congratulations to all co-authors!👏 #photovoltaics

@sakurailab_ut Thank you for sharing this work! Looking for more future collaborations✌️✌️

JIanjun, UNSW, published the results on a recombination analysis of CZTS solar cells. Sakurai is one co-authors. UNSW(豪), 曁南大(中国), 産総研, 筑波大の共同研究結果が出版されました！doi.org/10.1002/solr.2…