1) Green light
绿光
1.
A photonic crystal narrow band filter at green light wave band is designed with optical transfer matrix method,and some factors affected are studied.
利用传输矩阵法设计了一种适用于绿光波段的光子晶体窄带滤波器,并研究了影响滤波器特性的多种因素。
2.
A cyanine dye polymer film is made by spin-coated method,and the property of the film is studied with green light recording system with NA of 0.
6 5聚焦物镜的绿光存储装置研究了该染料薄膜的光存储特性。
2) green laser
绿光
1.
Study of a light-pumped high efficient Nd:YAG frequency-doubled green laser;
灯泵浦高效率Nd:YAG倍频绿光激光器的研究
2.
By analyzing the effects of a Brewster plate inserted a KTP intra-cavity frequency-doubling green laser, by using multi-Brewster plates or combining a Brewster plate with a Q-switch, a high power single frequency green laser stable output is achieved.
通过对布氏片实现选频的理论分析,采用腔内插入双布氏片和布氏片与Q开关相结合的方法,分别实现了较大功率单频绿光的连续和脉冲稳定输出。
3.
High-power all solid-state lasers are becoming mainstream lasers, and high-power LD pumped green laser has become the researching emphasis.
高功率,特别是百瓦级的全固态DPL绿光激光器,更是各发达国家致力研究的重点。
3) green laser
绿光激光
1.
Design of Z type all-solid-state green laser insensitive to thermal effect
热效应不敏感的Z型全固态绿光激光器设计
2.
A laser-diode pumped CW Nd∶YVO_4,Nd∶GdVO_4 green laser with KTP(type-Ⅱ critical phase matching)is reported.
报道了LD端面分别泵浦Nd:YVO4、Nd:GdVO4晶体,腔内类相位匹配KTP倍频的绿光激光器。
3.
When putting the nonlinear crystal KTP at the waist of fundamental wave,we got diode laser end pumped Nd∶GdVO4/KTP cw green laser.
5nm连续绿光激光输出,考虑到泵浦耦合用准直聚焦筒10%的耦合损耗,实现光-光转换率21%。
4) green luminescence
绿光发光
1.
The intensity of the green luminescence varies with the doping concentrations.
掺杂后的T-ZnO出现明显的绿光发光特征,其发光强度随掺杂浓度增加先降低后增加。
6) green fluorescence
绿色荧光
1.
Based on Er~(3+) energy levels structure,the mechanism and the influence of pumping power on the green fluorescence are revealed theoretically,overcoming the disadvantages of Giles model in explaining this experimental phenomenon.
从铒离子的能级结构出发,分析了掺铒光纤中绿色荧光的产生机理以及绿光荧光功率与泵浦功率的关系,克服了G iles模型在掺铒光纤绿光分析中的不足。
2.
Both theoretical and experimental studies are carried out to investigate the effects of signal power and pumping power on the green fluorescence caused by upconversion.
能级分析和光谱扫描结果表明上转换辐射光为绿色荧光,波长为538 nm和514 nm,其产生机理为铒离子的激发态吸收效应(ESA)。
补充资料：黄光酞菁绿
分子式：
CAS号：
性质：黄光绿色棒状晶体。密度2.31～3.19g/cm3。熔点480℃。比表面积40～60m2/g吸油量20～40g/100g。有优良的耐热稳定性[328℃(10min)]。铜酞菁在三氯化铝与氯化钠的低熔盐混合物熔融介质中，在氯化亚铜存在下，添加溴化钠进行氯化及溴化反应而制得。用于油墨、涂料、合成纤维原浆和塑料制品的着色。
CAS号：
性质：黄光绿色棒状晶体。密度2.31～3.19g/cm3。熔点480℃。比表面积40～60m2/g吸油量20～40g/100g。有优良的耐热稳定性[328℃(10min)]。铜酞菁在三氯化铝与氯化钠的低熔盐混合物熔融介质中，在氯化亚铜存在下，添加溴化钠进行氯化及溴化反应而制得。用于油墨、涂料、合成纤维原浆和塑料制品的着色。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条