一维纳米结构较大的纵横比及其在径向上的有限尺寸为载流子、光子等的传输提供了优良通道,这赋予了该类材料独特的电学、电化学、光学等物理化学特征,使之在传感、场效应器件、发光器件、光波导、光催化等领域具有丰富的应用空间。其中,基于一维纳米结构的光降解有机污染物光催化剂的研发是研究热点之一。最近,基于金属银纳米结构表面等离子体共振效应(SPR)的Ag/AgX(X= Cl,Br,I,PO4 等)的光催化体系
Metallacycles are commonly proposed as key intermediates in transition-metal catalyzed cycloaddition reactions.
A signaling cascade of epidermal growth factor receptors( EGFR),plays a key role in regulating cell proliferation and differentiation in many tissue types.
1,2,3-三氮唑及其代表的"点击化学"广泛应用于药物设计、材料科学和生物正交反应1.1,2,3-三氮唑具有独特的五员氮杂环芳香结构,因此,我们关注于利用1,2,3-三氮唑作为的药效团的研究2,3.
近年来,致病微生物传播事件频频发生引起了人们对抗菌试剂越来越多的关注.季铵盐是一类活性持久的阳离子型抗菌剂,但长期大量使用易造成环境二次污染并可使微生物产生耐药性.
Transition-metal catalyzed arylation on an unactivated C-H bond has become a much concerned field recently since this strategy could provide useful aromatic compounds straightforwardly with good atom-
Quinolizine derivatives are presented in a large number of alkaloids[1].
Our initial work began with a study of transformation of enaminones and propynone toward heterocycles.
Sodium sulfinates have recently been demonstrated as electrophilic partners in transition-metal-catalyzed desulfitative C-C cross-coupling reactions,in organic synthesis.
Azatrienes constitute important synthetic blocks for the six-membered aza-heterocycles.