The structure of the luminophor is similar to that of MgY_4Si_3O_ ( 13) which is recorded on the ASTM card and belongs to hexagonal system. 其结构与ASTM卡片记载的MgY4Si3O(13)的结构相同,属于六方晶系。
Strong reflecting and luminescens effect has been produced on the surface of glass micro-beads by chemical modification of it with Al-Ti coupler, BCP-1170 luminophor and supplementary agents, etc. By means of planting-beads, the enhanced night-visibility of road reflecting marking strap has been obtained. 以铝-钛偶联剂、BCP-1170发光物及辅剂等化学修饰玻璃微珠表面,产生强反光性、发光效应.用植珠方法,提高道路反光标志带的夜间可见度。
The luminophor SrAl2O4: Eu2+, Dy3+ is used as one of the most important long afterglow luminescent materials. SrAl2O4:Eu2+,Dy3+发光体是长余辉发光材料中应用最广泛的一种。
Photoluminescence-PL is a phenomena which is caused by the optical excitation of luminophor. It is not commonly to be used to study the struction of the polymer. 光致发光(Photoluminescence-PL)是用光激发发光体引起的发光现象,用于研究绝缘聚合物结构并不常见。
Recently, attentions about CL studies have been paid to nanoparticle systems, in which nanoparticles can participate in CL reactions as catalyst, reductant, luminophor, and energy accepter. 最近,纳米粒子在化学发光中的应用研究受到了人们的关注。目前已经发现纳米粒子可以作为化学发光反应的催化剂、还原剂、发光体和能量接收体参与化学发光。
Excited luminophor, luminol, could transfer the energy selectively to optical indicator Ru ( bpy) 32+ combined to dsDNA, and make it arrive its excited states. Then excited indicator released energy in photon form in the process of going back to the ground state. 处于激发态的电化学发光体鲁米诺能将自身的能量选择性地转移给与双链DNA结合的光学指示剂[Ru(bpy)3]2+,使其到达激发态,当它回到基态时,会以光子的形式释放能量。