1) impact flash
碰撞闪光
1.
To investigate the light flash intensity and trend generated by hypervelocity impact,an experimental system for impact flash photoelectric magnification tuber (PMT) measurement has been designed.
为了研究超高速碰撞闪光强度和趋势,设计了超高速碰撞闪光光电倍增管测量系统。
2.
To investigate the hypervelocity impact-flash characteristics and rules of light flash temperature variation in different impact parameter conditions,an experimental measurement system platform composed of a pyrometer and subsidiary experimental measurement system is established,and preliminary experimental measurements of hypervelocity impact flash are carried out using the platform.
为了研究不同碰撞参数条件下超高速碰撞闪光的特点及闪光温度的变化规律,构建了高温计及附属实验测量系统平台,利用该平台进行了超高速碰撞闪光的初步测量。
2) impact-lightflash sensor
碰撞闪光传感器
3) Optical collision
光学碰撞
1.
Experimental fine structure branching ratios for Cs-N_2 optical collision;
Cs-N_2光学碰撞精细结构分支比的实验研究
2.
Ratios for branching into the fine-structure levels of the Cs 6P multiplet, as a consequence of an optical collision with N2 and He atoms are reported.
研究了Cs(62P)多重态分别与N2、He的光学碰撞中的精细结构分支比,定义分支比为|(D1)/|(D2),|(D1)、|(D2)分别为Cs的D1和D2线的荧光强度。
3.
Experimental ratios for branching into the fine-structure levels of the Rb 5P multiplet,as a consequence of an optical collision with ground state Rb atoms are reported.
研究了在R b52P多重态与R b原子基态的光学碰撞中的精细结构分支比,激光频率调至R b共振跃迁的红翼,定义分支比为I(D1)/I(D2),I(D1)、I(D2)分别为R b的D1和D2线的荧光强度,测量了激光频率从R b5P3/2红翼15cm-1调至50cm-1的分支比,在5P3/2的近红翼,分支比与失谐量有很大的关系。
5) Flash from Impact
撞击闪光
6) flash butt welding
闪光碰焊，闪光对接焊
补充资料：M级闪光灯泡
m级闪光灯泡
m class bulb
系镜头上快门上m接点用的闪光灯泡。
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