【摘 要】
：
Traditional aggregation-caused quench(ACQ) dyes exhibit a decrease in fluorescence upon aggregation1,while aggregation-induced emission(AIE) molecules were found to exhibit increased fluorescence upon
【机 构】
：
State Key Laboratory of Modern Optical Instrumentation,Centre for Optical and Electromagnetic Resear
【出 处】
：
The 2nd International Symposium on Aggregation-Induced Emiss
论文部分内容阅读
Traditional aggregation-caused quench(ACQ) dyes exhibit a decrease in fluorescence upon aggregation1,while aggregation-induced emission(AIE) molecules were found to exhibit increased fluorescence upon aggregation.
其他文献
On 16 September 2015,a magnitude Mw 8.3 interplate thrust earthquake ruptured a denselyinstrumented region in central Chile.The abundant datasets near and around the rupture zone provide a uniqueoppor
根据2000-2016年间99个区域地震事件在中国东北及邻近地区11个地震台站的波形资料，采用第三峰值振幅和均方根振幅的方法计算Lg波体波震级，采用在周期范围8-25s内选取最大值的方法确定Rayleigh面波震级。经过台基校正后获得对该台网内部事件大小的估计。2016年朝鲜地下核试验的体波震级为4.7±0.2,Rayleigh面波震级为4.1±0.4。朝鲜核试验场由坚硬岩石构成，因此采用完全耦合
Continental flood basalts are thought to be the volcanic manifestations of large volumes of magma derived from Earths mantle including mantle compositions with variable elemental and isotopic composit
Taiwan is located in the Western Pacific Ocean and typhoons strike Taiwan almost every year.Large typhoon may bring heavy rainfall which can cause landquake events(e.g.,landslide,rock avalanche and de
In 2001,Tangs group have observed an unusual phenomenon and termed it as aggregation-induced emission(AIE)1.The development of efficient luminophoric materials have attracted tremendous attention2.Amo
发生于赛诺曼—土伦之交的大洋缺氧事件2(OAE2,～93.9 Ma)导致白垩纪中期海洋中有机质的大量埋藏,在地层中形成了一套特征的黑色页岩(Arthur and Sageman,1994).同时,大洋缺氧事件2 也对全球碳循环产生了严重扰动(Jenkyns,2010).尽管对于大洋缺氧事件2 已经开展了很多研究,但对于其发展演化过程等认识仍然很不清楚.为了阐明大洋缺氧事件2 的演化,对出露于藏南定
Smart luminescent materials have attracted considerable attention due to their stimuli responsive emission changing characteristics and broad applications.Based on the aggregation induced emission(AIE
Luminogenic materials have attracted much attention because of their great potential for high-technology applications,especially in the areas of fluorescence sensing and light-emitting diode fabricati
Since the unique aggregation-induced emission(AIE) phenomenon was observed in 2001,1 more and more new AIEgens have been developed,such as 1,2,3,4-tetraphenyl-1,3-cyclopentadiene(TPC),2 1,1-dimethyl-2
Metal complexes with strong solid emission have become major interest as organic light emitting diodes(OLEDs) materials,bio-probes,cell imaging reagents and anti-cancer mendicants.