1) Collimated beam
平行光束
1.
A fiber optic displacement sensor based on the principle of collimated beam reflective intensity modulation is constructed.
讨论并建立了一种基于平行光束发射光强调制的光纤位移传感器 ,该传感器的入射和接收光纤的端部都用渐变折射率光纤 (GRIN)制成的透镜耦合。
2) parallel beam
平行光束
1.
A single layer weakly absorbing type-II dielectric interface is proposed,and the longitudinal displacement of the TE-polarized parallel beam reflected from this kind of interface is investigated and calculated.
提出了单层弱吸收II型界面的一种构型,分析了TE偏振的平行光束在这种界面上反射时的纵向位移,并进行了计算。
2.
A X ray parallel beam diffraction method had been realized by improving the slit system in D/max rc diffractometer and then it had been made that identifing the phases in nano thick film using powder diffractometer.
在Ｄ／ｍａｘｒｃ衍射仪上，经过改造平行光栏系统实现了Ｘｒａｙ平行光束衍射法，使粉末衍射仪能应用于纳米级厚膜层的物相鉴定。
3) collimated light beam
平行光束，准光束
5) optical parallel rays
光学平行光束
6) highly collimatedf beam
高准直光束，高平行光束
补充资料：单光束散斑干涉法
见散斑干涉法。
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