1) equivalent resonator length
等价腔长
1.
Mistakes can be made easily when caculating the equivalent resonator length of coaxial sperical resonator,and these are pointed out and analysed through an example in this paper.
本文通过相关例子,指出在计算共轴球面腔等价腔长时容易出现的错误,分析错误原因,并对易混淆的等价腔长、光学腔长及几何腔长三个概念进行了辨析。
2) equivalent resonator
等价腔
1.
Based on the equivalent resonator method,the results of a two rod plane plane resonator used for high power solid state lasers are extended to multirod plane plane resonators.
基于等价腔方法 ,将高功率固体激光器使用的二棒平行平面腔的结果推广到多棒平行平面腔。
3) equivalent confocal resonator
等价共焦腔
1.
By using optics matrix and equivalent confocal resonator method,the method of designing configuration of cavity for mode match is calculated.
运用光学矩阵和等价共焦腔方法计算出了谐振腔与入射激光模式匹配时的光路和胜形设计方法。
4) identical cavity tank
等长化腔列
1.
If the identical cavity tanks are applied to coupled-cavity drift tube linac(CCDTL) structure in a proton linac, the fabrication and tuning procedures of theCCDTL will be simplified, and the cost of the linac construction can be reduced.
质子直线加速器中使用的脏耦合漂移管加速结构，如采用等长化腔列，可以简化加速腔的制造和调试，降低成本。
5) equivalent F-P cavity length
等效F-P腔长
1.
The analytical expression for the reflection-maximum wavelengths of the uniform fiber-grating F-P cavity is derived and explained by introducing equivalent F-P cavity length from its work principle,the reflection peak gap and the resonance peak numbers of the main band width are also obtained.
从均匀光纤光栅法布里-珀罗腔(F-P腔)的工作原理出发,通过引入等效F-P腔长,分析推导出了其反射峰值波长表达式,得到反射峰间隔及其主带宽内的谐振峰数,并且从物理意义上进行了解释。
6) cavity length
腔长
1.
Also,this paper imitates the relations of threshold properties and cavity length using PSpice.
推导了量子阱激光器(也称为低阈值量子阱激光器)的最佳阱数的计算公式,经与实验值相比较,比较吻合,并且用PSpice模拟了阈值电流与腔长的关系。
2.
To design the proper initial cavity length,to hold the cavity opening and to properly glue the fibers and the silica tube are all effective methods.
根据传感器的制作工艺和原理,分析了减小温度系数的方法:设计适当的初始腔长、采用开放腔以及控制光纤与石英套管的粘接方式,都可以有效地控制温度对传感器的影响,以适应传感器在不同场合的应用。
3.
The relation of device parameter (cavity length and the reflect coefficient of mirror) on threshold current and optimal well numbers was discussed.
讨论了阈值电流密度、最佳阱数等与器件参数(腔长和端面反射率)之间的依赖关系。
补充资料：等价
等价
equmrience
等价[剑两钧山”沈:，K，二a二e盯。ocT‘] 集合X上的具有下列性质的二元关系(binary rela-tion)R任XxX二 l)对任意x:义只义(自反性(代倪xi访ty)); 2)义RJ，冷夕撇(对称性(s yrnrnetry”; 3)x脚八y几冷x几(传递性(。双瑙迈讨ty夕). 如果f是集合X到集合y内的映射，则关系R“{(x，，习二fx、二久}是一等价关系. 对任意y任X，所有与y等价的x组成的集合U任X称为是y的等价类(闪比讼1日篮笼cla铝).任意两个等价类要么不相交，要么重合，也就是说，任意一个等价关系定义了X的一个分划，反之亦然. B.H.rp“吐山时撰张锦文、赵希顺译
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