One small step in synthesis, a big leap in charge mobility: diphenylethenyl substituted triphenylamines.
One small step in synthesis, a big leap in charge mobility: diphenylethenyl substituted triphenylamines.
复制标题
合成的一小步，电荷迁移率的一大飞跃：二苯基乙烯基取代的三苯胺。
作者：
T. Malinauskas;Daiva Tomkutė;M. Daškevičienė;V. Jankauskas;G. Juska;V. Gaidelis;K. Arlauskas;V. Getautis
报道了以三苯胺为核，二苯乙烯为侧臂的星型电荷传输材料，用一步合成法从市售的相对便宜的原料中得到，并具有较高的空穴漂移迁移率（高达0.017 cm（2）V（-1）s（-1））。
Star-shaped charge transporting materials with a triphenylamine core and a varying number of diphenylethenyl sidearms, obtained using a one step synthesis procedure from commercially available and relatively inexpensive starting materials and possessing comparatively high hole drift mobility (up to 0.017 cm(2) V(-1) s(-1)), are reported.