国家自然科学基金(20773130)

作品数：3被引量：7H指数：2
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The First-principles Study on the Optical Anisotropy of R3 Space Group Chalcogenides AX2MQ6
《Chinese Journal of Structural Chemistry》2017年第9期1552-1561,共10页余桔颂 林华 郑宇君 吴新涛 吴立明 
supported by the National Natural Science Foundation of China(Nos.21233009,90922021,20773130,20733003,20803080,20973175);the“Knowledge Innovation Program of the Chinese Academy of Sciences”(KJCX2-YW-H20,CXJJ-11-M71)
In order to explain the opposite phase matchability of two types of newly discovered chalcogenides, AX2MQ6 vs AX4M5Q12 belonging to the same R3 space group, the linear and nonlinear optical properties are calculated. ...
关键词：nonlinear optical property BIREFRINGENCE phase matchability CHALCOGENIDES 
Synthesis,Structure,and Property of a Three-dimensional Channel Quaternary Compound:Cs_(0.75(6))Er_(4.43(5))In_(3.32(6))S_(12)被引量：3
《Chinese Journal of Structural Chemistry》2013年第12期1873-1879,共7页WANG Peng LIN Hua 
Supported by the National Natural Science Foundation of China(90922021,20773130,20733003,20803080,20973175);"Knowledge Innovation Program of the Chinese Academy of Sciences"(KJCX2-YW-H20,CXJJ-11-M71)
A new quaternary rare-earth sulfide, Cs0.75（6）Er443（5）In3.32（6）S12 （1）, is discovered by high temperature solid state reactions with a slight excess of CsCI flux. The structure is characterized by single-cryst...
关键词：high temperature solid state crystal structure magnetic property optical band gap 
Syntheses, Morphologies and Properties of BiOI Nanolamellas and BiSI Nanorods被引量：4
《Chinese Journal of Structural Chemistry》2009年第11期1399-1406,共8页方芳 陈玲 吴立明 
Financially supported by the National Natural Science Foundation of China (20773130, 20803080);973 Program (2009CB939801);the "Key Project from Fujian Institute" (SZD07004)
Well defined BiOI nanolamellas and BiSI nanorods have been synthesized by a solventless method. The phase identity, morphology, growth orientation, and conversion from lamella to rod have been investigated. Several ex...
关键词：BiOI nanolamellas BiSI nanorods LOW-DIMENSIONAL SOLVENTLESS NANO 
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