1) right-handed elliptical polarization
右旋椭圆偏振
2) right rotation circularly polarized light
右旋圆偏振光
1.
The result indicates: the difference of refractive index of right rotation circularly polarized light and left rotation circularly polarized light increases as the temperature lifting for homogeneous.
在-10～60℃的温度范围内,实验测试了石英晶体的旋光角随温度的变化关系,并得出了石英晶体右旋圆偏振光与左旋圆偏振光折射率差随温度的变化关系。
3) right-hand circularly polarized beam
右旋圆偏振光场
4) left-handed(right-handed) circular polarized light
左(右)旋圆偏振光
5) elliptical polarization
椭圆偏振
1.
It is introduced briefly the modification way and result of lignosulphonate(LS) as coal-water slurry(CWS) additive and determination of the adsorption film thicknesses of the LS and modified lignosulphonate(MLS) on the smooth surface of coal and microscopic slide by the method of elliptical polarization.
简要介绍了木质素磺酸钠(简称木钠,LS)用作水煤浆添加剂的改性方法及结果,并采用椭圆偏振法测定了木钠及改性木钠(MLS)在光滑的煤表面和载波片表面的吸附膜厚度,定量地对比了添加剂在固体表面吸附的空间位阻作用的大小。
2.
By discussing the problem of superposition of two linear polarized beams which are of the same frequency,of random vibrating directions and of the constant phase difference,the general expression of the coherent conditions and elliptical polarization is obtained.
通过对同频率、任意振动方向、相位差恒定的两列线偏振光波叠加问题的讨论，得到相干条件、椭圆偏振的一般表
6) ellipsometry
[,elip'sɔmitri]
椭圆偏振
1.
Because of the development of computer and numerical analysis,ellipsometry was improved rapidly,its application field was spread,and became more practical.
椭圆偏振测量技术是研究表面和薄膜的一种光学技术。
2.
Preliminary results on the real time monitoring of critical growth parameters by using ellipsometry and infrared pyrometry techniques were described.
报道了用椭圆偏振技术和红外辐射测温技术对ＨｇＣｄＴｅ生长关键参数实时监测的结果，建立了ＨｇＣｄＴｅ材料在生长温度下的标准光学常数数据库，在研究中对生长过程中材料的发射率以及红外辐射强度进行了理论分析，为生长温度的实时精确控制提供了理论依据，并在实验上获得了小于±１℃的生长温度控制精度。
3.
The inhibitive mechanisms were analyzed by polarization curves and ellipsometry method.
在海水体系中,用失重法测定了不同浓度水溶性壳聚糖及其降解产物对低碳钢的缓蚀效率,并用电化学方法和椭圆偏振法分析其缓蚀机理。
补充资料：圆偏振光
光的电矢量末端在垂直于传播方向的平面上描绘的轨迹为一圆的偏振光，在椭圆偏振光图1的装置中,如果入射平面偏振光的振动平面跟晶体表面的光轴方向所成的角度θ＝45°，于是在晶体内 o光和 e光有相等的振幅；当它们在晶体产生的位相差为π/2的奇数倍时,则所得合成轨迹呈圆形。
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