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1)  566nm dye laser
566nm染料激光
2)  Laser dye
激光染料
1.
Advances in synthesis and application of coumarin laser dyes in the latest decade were reviewed.
综述了近十年来香豆素类激光染料的新品种合成与应
2.
Multichromophoric(bi-or tri-chromophoric)laser dyes,consisting of 1,8naphthalimide derivatives as antennas and rhodamine 6G,rhodamine 101,rhodamine B or rhodamine DR-21 as a lasing moiety linked via an ethylene,have been synthesized and investigated by means of measurements of absorption spectra and fluorescence spectra.
合成了8个以若丹明6G、若丹明101、若丹明B或若丹明DR-21为母体,以1,8-萘酰亚胺衍生物为天线基元,以双亚甲基作为桥链连接两者的多发色团(双、或三发色团)激光染料,并对它们进行吸收光谱和荧光光谱的测试。
3.
In this paper, we studied the anti Stokes fluorescent cooling efficiency of laser dye with molecular vibrational energy levels in theory.
从理论上研究了具有分子振动能级结构的激光染料分子的反斯托克斯荧光制冷问题,根据吸收光谱和荧光发射谱,对Rhodamine101溶液的反斯托克斯荧光制冷能力进行了数值计算,得到了用该种材料实现激光制冷的条件和与制冷效率相关的曲
3)  laser dyes
激光染料
4)  Dye laser
染料激光
1.
Efficacy of flashlamp-pumped dye laser for angiokeratoma treatment;
585nm脉冲染料激光治疗血管角皮瘤11例疗效观察
2.
Clinical observation of hypertrophic scar treated by dye laser and triamicinolone acetonide;
染料激光与曲安奈德联合治疗增生性瘢痕的疗效观察
3.
Objective:To study the clinic therapeutic effects of vascular diseases of skin by 595nm variable pulsed dye laser.
目的 :观察 5 95nm可变脉冲染料激光治疗皮肤血管性疾病的临床疗效。
5)  lasing dye
激光染料
1.
Four lasing dyes in the blue green region were synthesised.
合成了四种蓝-绿波段的激光染料,测定了它们的光谱数据、激光调谐范围和激光转换效率。
6)  dye laser
染料激光器
1.
The theoretical model of broad band dye laser and experimental validation;
宽谱染料激光器的数值模型及实验验证
2.
The influences of the multi dye, the spectrum inversion rate and thermal effect of the dye system on the output of the flashlamp pumped dye laser are studied.
研究了染料体系的光谱转换率、热效应和多重染料对灯泵染料激光器输出的影响;通过计算施主和受主的光谱转换率,得出系统中施主和受主浓度都低的结论;提出了分离施主和受主是使用多重染料的最佳方案。
3.
This paper reports a new tunable dye laser pumped by SHG of quasi-CW YAG laser.
报导一种新型的由声光调Q内腔倍频Nd:YAG激光泵浦的可调谐染料激光器。
补充资料:染料激光
分子式:
CAS号:

性质:以染料为介质而产生激光辐射称为染料激光。最重要的特征是其波长连续可调谐。这种成本低廉、制备容易、工作介质无毒而且可调谐的激光应用于同位素提纯、医学治疗、军事国防等高科技领域。至今为止,染料激光可调谐范围是190~1850nm(中心波长),而单独染料的可调谐范围通常为40~50nm。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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