机译:通过基于功能的筛选的非线性光学材料发现多组分固体
Department of Chemistry and Macromolecular Science and Engineering Program University of Michigan;
School of Chemistry &
Biochemistry Georgia Institute of Technology;
School of Chemistry &
Biochemistry Georgia Institute of Technology;
School of Chemistry &
Biochemistry Georgia Institute of Technology;
Department of Chemistry and Macromolecular Science and Engineering Program University of Michigan;
non-linear optics; second harmonic generation; molecular hyperpolarizability; symmetry; high-throughput screening; non-covalent interactions; remote functionalization; chromophore; Kurtz-Perry method; quantum chemical calculations;
机译:通过基于功能的筛选的非线性光学材料发现多组分固体
机译:通过基于功能的筛选的非线性光学材料发现多组分固体
机译:通过基于功能的筛选的非线性光学材料发现多组分固体
机译:通过系统的“智能材料”设计策略发现高性能有机非线性光学分子
机译:光纤中空间不均匀性的发现和校正:朝向非线性光学应用中的应用完善的超长纤维布拉格光栅
机译:高通量筛选无机化合物以发现新型介电和光学材料
机译:无机光子材料-制备和三阶非线性光学性质(固态化学-非晶态材料)