1)  photosensitization
光增感作用
2)  Fluorescence enhancement
荧光增强
1.
A simple and sensitive fluorescence enhancement method for the determination of A(lⅢ)was reported.
基于铝(Ш)对荧光试剂四环素(TC)的荧光增强,建立了测定微量铝(Ш)的荧光分析方法。
2.
The fluorescence enhancement of glutathione was investigated by adding zinc, plumbum, copper and lanthanide metal ions.
　探讨了金属离子对还原型谷胱甘肽(GSH)-邻苯二甲醛(OPA)体系荧光信号的影响,实验结果表明Zn2+对体系的荧光信号有增强作用,而且Zn2+能够提高GSH-OPA体系的稳定性,据此建立了一种以Zn2+作为荧光增强剂,快速简便测定还原型谷胱甘肽的新方法。
3.
The fluorescence enhancement effect for latent bloody footprint on the articles sprayed with mereurochrome reagent under laser illumination is investigated.
本文研究了汞溴红试剂喷洒血潜足迹载体表面后,在激光照射下的血迹光致荧光增强效应,根据吸收光谱和色谱分析的实验结果,讨论了荧光增强的原因。
3)  enhanced fluorescence
荧光增强
4)  optical gain
光增益
1.
Measurement of optical gain and optical internal loss in GaN-based laser;
GaN基激光器光增益和内部光损耗的测量
2.
The longitudinal confinement factor, threshold gain, optical gain and output power were calculated.
根据理论模型计算了纵模限制因子、阈值增益、光增益、输出功率等特征参数,优化了激光器特征参数并设计了OPS VECSEL结构。
3.
Further,the optical gain spectrum of strained GaInNAs/GaAs quantum well was explained.
采用近似方法对GaInNAs材料的能带结构进行了分析,并计算了应变GaInNAs/GaAs量子阱能级,在此基础上进一步计算了应变GaInNAs/GaAs量子阱的材料光增益谱。
5)  laser-enhanced
激光增强
1.
This low temperature process allows us to fabricate new ferrite film devices on substrates with poor thermal resistance laser-enhanced ferrite plating and ultrasonic-enhanced ferrite plating improve the crystallinity of the ferrite films.
激光增强铁氧体化学镀和超声波增强铁氧体化学镀等方法可大大提高成膜质量。
6)  Fluorescence enhancement
荧光增敏
1.
Aim Based on the significant fluorescence enhancement of β-CD on a new drug,sodium daidzein-3′-sulfonate(SDS),to develop a new spectrofluorimetric method for the determination of SDS in the aqueous solution in the presence of β-CD.
目的利用β-环糊精对新型药物大豆苷元-3′-磺酸钠的荧光增敏作用建立一种测定其含量的荧光光度分析新方法。
2.
The significant fluorescence enhancement of β-CD on puerarin is studied by using a steady-state fluorescence method,and a new spectrofluorimetric method for the determination of puerarin in the aqueous solution in the presence of β-CD is developed.
采用稳态荧光法研究了β-环糊精对药物葛根素的荧光增敏作用,建立了水相中高灵敏度测定葛根素的新方法,其线性范围为0～3。
参考词条
补充资料：光谱增感
分子式：
CAS号：

性质：由于卤化银照相乳剂的本征光吸收范围只限于可见光区的蓝、紫光部分，因此往乳剂中加入某种光谱染料，使其能吸收某种颜色的光并能把所吸收的光能量传递给卤化银使其感光，并能扩展卤化银乳剂的光谱敏感范围，这种作用称为光学增感，亦称光谱增感或染料增感。根据增感染料的用量和所起的作用，又可分为光学增感和超增感。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。