1) Faraday rotation
法拉第旋转谱
1.
Measurement of Faraday rotation of GdBiIG Bulk moncrystals;
磁光调制法测GdBiIG单晶法拉第旋转谱
2) Faraday rotation
法拉第旋转
1.
Investigation of Tb_2O_3-doped Faraday rotation glasses;
掺Tb_2O_3法拉第旋转玻璃
2.
Theoretical analysis of Faraday rotation for trans-ionosphere two-way propagation;
穿越电离层双程传播法拉第旋转的理论分析
3.
Two magneto optic single crystal garnets Bi HoYbIG and BiGd∶YIG with high Faraday rotation and low temperature sensibility were growth from high temperature flux.
用熔盐法生长了两种 Bi替代的高法拉第旋转、温度稳定的稀土铁石榴石磁光单晶Bi- Ho Yb IG和 Bi- Gd YIG,测试分析了其在近红外波段的磁光性能及其温度特性。
3) Faraday rotation
法拉第旋转角
1.
The Faraday rotation angle of about 8°/um at a wavelength of 510nm was obtained.
在波长５１０ｎｍ附近，法拉第旋转角可达８°／ｕｍ左右。
2.
Besides the crosstalk δ and channel imbalance f of SAR system, calibration of the spaceborne Polarimetric SAR(PolSAR) also needs to consider the correction of Faraday rotation fi .
星载极化SAR定标时除了考虑雷达系统本身的交叉耦合δ和通道不平衡f系统失真参数的校正外还需要考虑法拉第旋转角fi的校正问题。
3.
Cerium-substituted yttrium iron garnets (CexY3-xFe5O12, Ce :YIG), the promising materials for magneto-optical(MO) application, have been widely attended for great improvement on Faraday rotation due to the substitution of Ce3+ ions to Y3+ ions.
掺铈钇铁石榴石(Ce-substituted Yttrium Iron Garnets，简称Ce：YIG)中，由于Ce~(3+)离子对Y~(3+)离子的取代，将大大提高钇铁石榴石(Yttrium Iron Garnets，简称YIG)磁光材料的法拉第旋转角和磁光优值，使其能够广泛应用于激光和光通信等高技术领域。
4) Faraday rotator
法拉第旋转器
1.
The Effect of Magnetic Linear Birefraction to Faraday Rotator s Extinction Ratio;
磁致线双折射对法拉第旋转器消光比的影响
2.
At the same time the Faraday rotators were simplified in the analysis.
把光轨迹根据介质的不同分为若干段,法拉第旋转器作为平行平板,等效为空气介质处理,从而使结构和计算简洁化。
3.
A new type of Faraday rotator composed of a stack of magneto optical layers and dielectric layers was discussed.
采用多层薄膜结构的特殊结构 ,在稳恒磁场中可达到较大的旋转角度 ,可用于制作光隔离器用法拉第旋转器 。
5) Faraday rotator mirror
法拉第旋转镜
1.
Two Faraday rotator mirrors are added into Michelson fiber interferometer to improve visibility of stripe output.
针对光纤激光传感器信号解调过程中干涉仪输出干涉条纹可见度受输入光偏振态变化和两臂单模光纤双折射效应的影响,介绍了一种简单的光纤干涉仪消除偏振衰落技术,通过在M ichelson光纤干涉仪上加2个法拉第旋转镜来提高输出条纹可见度。
6) Faraday rotation effect
法拉第旋转效应
补充资料：谱第
1.记述宗族世系或同类事物历代系统的书。 2.家谱上的系统。
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