1) Optical bandwidth
光带宽
2) monitoring light's bandwidth
监控光带宽
1.
The influence of the monitoring light′s bandwidth on the film thickness at the turning point is studied.
分析了监控光带宽对薄膜淀积时膜厚极值点的影响 ,建立了模拟薄膜实际淀积过程的计算机模拟程序 ,通过对几种窄带滤光片膜系结构的模拟分析 ,得到了这些膜系对监控光带宽的基本要
3) light band
光带
1.
According to the textile technological requirement and the characteristics of closed buildings,light sources of the factory should adopt ones that form linear light sources_continuous light band consists of flourescence lamp.
根据纺织厂工艺要求及封闭式厂房的特点 ,厂房照明采用线性光源———荧光灯组成的连续光带照明较好 ,但因采用的灯具为荧光灯 ,设计时要解决频闪效应。
2.
The article analyzes the cause of the common fault,including appearance of no light band and insufficient show distance of the signal controller,adopts measures of increasing rheostat and gasket,and achieves good effect.
分析铁路信号系统室外设备经常出现无光带、信号机灯光显示距离不足的故障及其原因,采取增加变阻器、铁垫片等措施,取得较好效果。
4) luminescence band
发光带
1.
Aduterating the impurity,copper,in porous silion will cause the accessional luminescence band which we consider as a result of that the carriers may be recombined at the higher energy level of the impurity.
多孔硅中掺入杂质铜 ,将引起附加发光带。
2.
By observing the photoluminescence spectrum of porous silion after disp o sal, we find that the spectrum appears four luminescence bands relatin g to the impurity s energy level which results from the recomposition for carriers at the higher energy level.
观测了处理后多孔硅的光致发光谱 ,其光谱出现 4个与铝杂质能级有关的发光带。
3.
The new 440 nm luminescence band of lead-doped.
并解释了晶体内440 nm发光带起源于W的5 d态到Pb的6 s的金属离子间电子转移过程。
5) Fluorescence spectra
荧光带
1.
Fluorescence spectra in the Raman spectra of the sesquioxides and the annealing recrystallization fergusonite and brocenite have been studied when 488.
研究了三价稀土氧化物及退火结晶褐钇铌矿和褐铈铌矿在４８８０和５１４５ｎｍ激光激发下所得Ｒａｍａｎ光谱中的荧光带。
6) scenic belt
风光带
1.
29 middle school s Comprehonsive teaching building,,the paper analyses reasonable arrangement of comprehensive building in the limited parcel of land,full use of Qinhuai riverscenic belt to make ingenious opical design in an irregular land.
通过对南京市29中教学综合楼工程的介绍,分析在尺地寸金的地块中,合理布置功能复杂建筑,巧妙结合异形地块优化设计,充分利用秦淮河风光带,重视整体环境的和谐;塑造具有独特性、省地性、文化性的校园建筑。
2.
The paper discusses the studying process forthe east bank scenic belt of the Canal in Yangzhou, expoundsthe main ideas and concepts for the redevelopment of historictown and introduces briefly the planning feature which areharmonized with the urban texture and fabric of the Yangzhouold town.
文章论述了扬州古运河东岸风光带规划设计的研究过程。
参考词条
补充资料：带宽
分子式：
CAS号：
性质：光谱吸收发射分布曲线上半高强度之间的频率宽度。
CAS号：
性质：光谱吸收发射分布曲线上半高强度之间的频率宽度。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。