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Dr. Su Zhang
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Academic Career Length
14Years (2013-Present)
(Calculated once Scilit publication data is synced: current year − year of first publication + 1)
Representative Publications
View All Publications10 September 2018 in Inorganic Chemistry
Journal Article
HLHuimin Li
Huimin Li
RPRan Pang
Ran PangGLGuanyu Liu
Guanyu Liu
WSWenzhi Sun
Wenzhi Sun
DLDa Li
Da Li
HZHongjie Zhang
Hongjie Zhang +4
28 January 2019 in ACS Applied Electronic Materials
Journal Article
HLHuimin Li
Huimin Li
RPRan Pang
Ran Pang
YLYanqing Luo
Yanqing Luo
HWHaiyan Wu
Haiyan Wu
SZSu Zhang
Su ZhangHZHongjie Zhang
Hongjie Zhang +3
31 January 2023 in Journal of Materials Chemistry C
Journal Article
RLRuize Liu
Ruize Liu
HWHaiyan Wu
Haiyan Wu
SWShangwei Wang
Shangwei Wang
WYWeihong Yuan
Weihong Yuan
SZSu Zhang
Su ZhangHZHongjie Zhang
Hongjie Zhang +4
A novel n-UV activated phosphor Ba 3 LuGa 2 O 7.5 :Bi 3+ with strong cyan emissions has been synthesized and systematically investigated.
27 August 2015 in Dalton Transactions
Journal Article
LJLihong Jiang
Lihong Jiang
RPRan Pang
Ran Pang
DLDa Li
Da Li
WSWenzhi Sun
Wenzhi Sun
YJYonglei Jia
Yonglei Jia
SZSu Zhang
Su Zhang +3
A wide range color-tunable tri-chromatic Ca9Sc(PO4)7:Eu2+,Tb3+,Mn2+ w-LED phosphor was obtained based on the efficient Eu2+ to Tb3+ and Eu2+ to Mn2+ energy transfer processes.
23 March 2022 in Inorganic Chemistry Frontiers
Journal Article
JWJiutian Wang
Jiutian Wang
LJLihong Jiang
Lihong JiangRPRan Pang
Ran Pang
SZSu Zhang
Su ZhangDLDa Li
Da Li
HZHongjie Zhang
Hongjie Zhang +2
A novel broadband NIR phosphor K 6 Li 0.9 Na 0.1 CaSc 2 (B 5 O 10 ) 3 :Cr 3+ with a single luminescence center has been successfully synthesized, and the relationship between the crystal structure and the luminescence properties was systematically investigated.
16 March 2021 in Journal of Materials Chemistry C
Journal Article
WYWeihong Yuan
Weihong Yuan
TTTao Tan
Tao Tan
HWHaiyan Wu
Haiyan Wu
RPRan Pang
Ran PangSZSu Zhang
Su ZhangHZHongjie Zhang
Hongjie Zhang +4
A novel UV-activated long persistent luminescence phosphor BaLu2Al2Ga2SiO12:Pr3+ with strong UV afterglow emissions has been synthesized and systematically investigated.
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