磁光法拉第效应,magneto-optical Faraday rotation
1)magneto-optical Faraday rotation磁光法拉第效应
1.We also measuredmagneto-optical Faraday rotation around the M_(2,3) edges(60～70eV) of Ni film on Beamline 3W1B.利用非周期宽带Mo/Si多层膜开展了铁磁性材料的磁光法拉第效应测量,获得了Ni薄膜3p边附近(60-70eV)的法拉第旋转角度,最大偏转角度在65。
2)Faraday effect法拉第磁光效应
1.The fiber-optic current sensor that is based on the principle of theFaraday effect has many good characters,such as high resist of EMI,strong insulation,low price,simple configuration,little weight,etc.以法拉第磁光效应为原理的光纤电流传感器因其无爆炸危险、抗高电磁干扰、绝缘性好、价格便宜、结构简单、质量轻等优点,将成为传统电磁式互感器的替代产品。
2.In order to resolve such question,an optic-fiber current measurement system with simple structure and suitable for high voltage frequency converter was developed based onFaraday effect and principle of optic -fiber current sensors,where a high circular bi-refractive optic-fiber coil was used as a current s.鉴于光纤传感可以解决上述问题,基于偏振态调制的光纤电流传感器原理,研究一种适用于高压变频器的小巧的,基于法拉第磁光效应的高圆双折射光纤电流检测系统,用Jones矩阵对光纤系统进行分析。
3.Based on the nonreciprocal property ofFaraday effect,we investigate the light output from optical reflection cavity filled with Faraday optical rotation medium.根据法拉第磁光效应的非互易性,分析了旋光反射腔的光强输出特性,表明这种反射腔具有旋光增强效应。
英文短句/例句
1.Studies of Photographing for Magnetic Base of Polarized Light Faraday Magneto-optic Effecting;基于偏振光法拉第磁光效应的磁场成像研究
2.Research for Measurement of Electromagnetic Quantity with Laser and Faraday Effect利用激光及法拉第效应测量电磁量的研究
3.Faraday law of electromagnetic induction法拉第电磁感应定律
4.Experiment Research on Temperature Response of Faraday Effect in Paramagnetic Terbium Glass顺磁性铽玻璃法拉第效应温度特性实验研究
5.Measurement of Magnetic Dip for Faraday Rotatory Material of Optical Isolator光隔离器法拉第旋光材料磁偏角的测量
6.Faraday Magneto-optical Properties in Metal-dielectric Composites;金属/电介质复合体系的法拉第磁光特性
7.The Research on Contents of Magnetic-optic Rotation in Faraday s Diary;《法拉第日记》中有关“磁致旋光”内容的研究
8.Study on locating and measuring the sensitivity to angle of rotation by using different optical power points in Faraday effect experiment在法拉第效应实验中不同光强点定位检测旋转角灵敏度的研究
9.Application of Origin Software in Faraday EffectOrigin软件在法拉第效应实验中的应用
10.Investigations on Optical Homogeneity and Temperature Characteristic of Magneto-optical Medium Used in Faraday Bias Element;用于法拉第偏频器磁光介质的光学均匀性及温度特性研究
11.The Establishment of Electromagnetic Induction Law and Faraday"s Change in Thought电磁感应定律的建立及法拉第思想的转变
12.Effect of Magneto-Optic Rotation Enhancement and the Polarimetric Detection of the Small Rotation Angles磁致旋光增强效应与微量样品旋光检测方法
13.A Method for Measuring Completely the Faraday Effects and Losses in Optical Mirror Coated一种完整测量膜片法拉第效应和损耗的方法
14.optical Farday rotation isolator光学法拉第旋转隔离器
15.RELATION BETWEEN THE INDUCED EMF AND FARADAY’S LAW OF INDUCTION动生电动势公式与法拉第电磁感应定律关系的讨论
16.Solved the Rotation Angle of Mechanical Faraday Effect With Medium PolarRate;根据介质极化率求机械法拉第效应旋转角
17.Solvent Effects on Raman Spectroscopy of 1,1,3,3-Tetramethylurea in Organic Solvents拉曼光谱方法研究1,1,3,3-四甲基脲的溶剂效应
18.Study on the EMF-Temperature Co-effects on Protein Conformation by Fluorometry荧光光谱法研究蛋白质构象的电磁-温度协同效应
相关短句/例句
Faraday effect法拉第磁光效应
1.The fiber-optic current sensor that is based on the principle of theFaraday effect has many good characters,such as high resist of EMI,strong insulation,low price,simple configuration,little weight,etc.以法拉第磁光效应为原理的光纤电流传感器因其无爆炸危险、抗高电磁干扰、绝缘性好、价格便宜、结构简单、质量轻等优点,将成为传统电磁式互感器的替代产品。
2.In order to resolve such question,an optic-fiber current measurement system with simple structure and suitable for high voltage frequency converter was developed based onFaraday effect and principle of optic -fiber current sensors,where a high circular bi-refractive optic-fiber coil was used as a current s.鉴于光纤传感可以解决上述问题,基于偏振态调制的光纤电流传感器原理,研究一种适用于高压变频器的小巧的,基于法拉第磁光效应的高圆双折射光纤电流检测系统,用Jones矩阵对光纤系统进行分析。
3.Based on the nonreciprocal property ofFaraday effect,we investigate the light output from optical reflection cavity filled with Faraday optical rotation medium.根据法拉第磁光效应的非互易性,分析了旋光反射腔的光强输出特性,表明这种反射腔具有旋光增强效应。
3)Faraday Magneto-optic Effect法拉第磁光效应
4)Faraday magneto optic effect法拉第磁光效应
1.Faraday magneto optic effect is established mathematically by using the method of matrix optics.用矩阵光学的方法建立了基于法拉第磁光效应的三相光学电流互感器的数学模型，为相关的研究提供了理论基础。
5)paramagnetic Faraday effect顺磁法拉第效应
6)Faraday rotation effect法拉第旋光效应
延伸阅读
磁光效应磁光效应magnetic-opticaleffect光与处于磁化状态的物质发生相互作用而引起的各种光学现象。包括法拉第效应、科顿-穆顿效应和克尔磁光效应等。这些效应均起源于物质的磁化，反映了光与物质磁性间的联系。法拉第效应1845年由M.法拉第发现。当线偏振光（见光的偏振）在介质中传播时，若在平行于光的传播方向上加一强磁场，则光振动方向将发生偏转，偏转角度ψ与磁感应强度B和光穿越介质的长度l的乘积成正比，即ψ＝VBl，比例系数V称为费尔德常数，与介质性质及光波频率有关。偏转方向取决于介质性质和磁场方向。上述现象称为法拉第效应或磁致旋光效应。该效应可用来分析碳氢化合物，因每种碳氢化合物有各自的磁致旋光特性；在光谱研究中，可借以得到关于激发能级的有关知识；在激光技术中可用来隔离反射光，也可作为调制光波的手段。科顿-穆顿效应1907年A.科顿和H.穆顿首先在液体中发现。光在透明介质中传播时，若在垂直于光的传播方向上加一外磁场，则介质表现出单轴晶体（见双折射）的性质，光轴沿磁场方向，主折射率之差正比于磁感应强度的平方。此效应也称磁致双折射。W.佛克脱在气体中也发现了同样效应，称佛克脱效应，它比前者要弱得多。当介质对两种互相垂直的振动有不同吸收系数时，就表现出二向色性的性质，称为磁二向色性效应。克尔磁光效应入射的线偏振光在已磁化的物质表面反射时，振动面发生旋转的现象，1876年由J.克尔发现。克尔磁光效应分极向、纵向和横向三种，分别对应物质的磁化强度与反射表面垂直、与表面和入射面平行、与表面平行而与入射面垂直三种情形。极向和纵向克尔磁光效应的磁致旋光都正比于磁化强度，一般极向的效应最强，纵向次之，横向则无明显的磁致旋光。克尔磁光效应的最重要应用是观察铁磁体的磁畴（见磁介质、铁磁性）。不同的磁畴有不同的自发磁化方向，引起反射光振动面的不同旋转，通过偏振片观察反射光时，将观察到与各磁畴对应的明暗不同的区域。用此方法还可对磁畴变化作动态观察。
