博士
Doctor graduate
Gender:Female Business Address:长春市前进大街2699号，吉林大学超分子结构与材料国家重点实验室
邮编 : ad28eb096d20a05a8ad89ac44039baa2958036bfc1a859c436c0def6da6632ef77f07fe120d31d87eb9fc55990a3a2939493c2438f2c94ad9a9d4c20c2d464c640b82bedd9a504dd52033d0d565d1c5fcf03fa9cfa7bb074c11940a1f9246e45d729f0af9b75ac97c19343196c516997cbbc2997ea2afcfd6986f5247e7608b9
通讯地址 : 724761c8a234e27be1f0a7366eb80d66e2f82e1fff23e31c9c9e6f18b0e78c7b972e9bda581379b058d05a44b5a6150e805d665336316eaf394c778ac9a8ef9a2bfa8bfb1eb9a67ca7ab43558d1d508556898a2c133215d37e7b8c1c12bc2c109032f4a272470d3705d79af78895c03ad4a8b78da876043c517795acff333cd5
办公室 : 74bb96428437653d91d93cb6540dd5077c25bee313813536ca2fc902fbe4daf480c6b8d4f94039b87485ab54504c0269629b4e6b5041d31e65b657804fb58d4f6e5cee2683e4f465850ecab688132fa2dd0a60713d336328e0d4de14f70870e0b178d32c30093cd9ff1f035b4ba9ba3371d7ad931342461b47fa804f3430980a
Email : 5539a4f032c314653bb180692d391f0a9ebf979f7631da28b55615d9139693ca914690b94662a43096a45bf206fa5626c5a4e93e3271690612fb23aa9233de899a554ea711ecd26f70220a0917a103187cfc56af468274089464011293c90c2cfad045281ba14a4e87f4b8e0f8a0753067f2fac3cb13d9a45989e2aefe1f02d2
电话 : 2c7b8e987a2a79c6b9abb66a0ed65305d9ee5834020ef77c911d2bef85b8e5a38391efc54bd5b0fd4a2c88744fc7cacf451af6bd7e8f34b3762dae927aa6a29d7e08bfd26b38de733d43a8b4f4b0024d16d773ace2c025032b2114b38b7233a800ca40a3d3de315a52c7d22ee323b9ecf6b71b8fdb710c15d5410e79eafca9d1
Included Journals : SCI Translation or Not:no
Pre One:(250) Exploiting radical-pair intersystem crossing for maximizing singlet oxygen quantum yields in pure organic fluorescent photosensitizers Xuanhang Wang,a Yucong Song,b Guocui Pan,a Wenkun Han,a Boyu Wang,a Li Cui,d Huili Ma,c Zhongfu An,c Zhigang Xie,*b Bin Xu*a and Wenjing Tiana Chem. Sci., 2020, 11, 10921-10927.
Next One:(248) A double hole-transport layer strategy toward efficient mixed tin-lead iodide perovskite solar cell Jiaxing Song a,b, Weidong Hu c, Zaifang Li b,**, Xiao-Feng Wang c, Wenjing Tian a,* Sol. Energ. Mat. Sol. C., 2020, 207, 110351: 1-8.
