作者:Yukiyasu, Junya、Sumida, Akifumi、Shimoji, Haruki、Urushizaki, Aya、Yanagihara, Takumi、Ogoshi, Hikari、Nakamura, Masashi、Ito, Shunichiro、Tanaka, Kazuo、Imoto, Hiroaki、Naka, Kensuke
DOI:10.1002/ejic.202400036
日期:——
Bridged derivatives of triphenylarsine were synthesized, with variations in both the number and type of bridging elements. Luminescent platinum dihalide complexes, incorporating these arsane ligands, displayed notably distinct geometries and photophysical properties, contingent upon the specific halide and arsane ligands employed. Consequently, this variation resulted in the attainment of highly efficient
合成了三苯胂的桥联衍生物,桥联元件的数量和类型均有所不同。结合这些砷烷配体的发光二卤化铂络合物表现出明显不同的几何形状和光物理性质,这取决于所使用的特定卤化物和砷烷配体。因此,这种变化导致实现高效发射或具有更长波长的发射。