2) Optical activity
旋光性
1.
Interaction of the optical activity and electro-optic effect and its influence on the optically active crystal electro-optic Q switcher;
旋光性与电光效应交互作用及其对旋光晶体电光Q开关的影响
2.
In the polarized light interferometric experiment, the express equation of the relation between the emitted light intensity and the optical activity (I=A~2_0cos~2β-(π/λ)(n_l-n_r)l) is given.
研究了旋光晶体在偏光干涉实验中的电光效应 ,给出了旋光晶体在偏光干涉实验中出射光强与晶体旋光性之间关系的表达式I =A20 cos2 β -(π/λ) (nl-nr)l ,以及与旋光晶体电光效应之间关系的表达式I =A20 cos2 β -(π/λ) (nl-nr)l+ (π/λ) (n2 -n1)l 。
3.
For a long time, chemists have considered that there is no relationship between the optical activity of compounds under sodium D line (589 nm) and their stereostructure, and often took the optically active change of lactic acid and its derivatives (with the same configuration) as an example.
长期以来,化学家一直认为化合物在D线下的旋光性与其立体结构无关,并常以乳酸及其相同构型的衍生物的旋光性变化为例证。
3) optical rotation
旋光特性
1.
Data Analysis and Study on the Characteristics of Magnetic Rotation Effect Experiment s Optical Rotation;
磁旋光效应实验的旋光特性研究和数据分析
4) opticity
[ɔp'tisiti]
旋光性
1.
The opticity of the crystal and its change is analysed.
最后分析了水晶片旋光性质变化的原因,对四频差动激光陀螺中水晶片的安装具有一定的指导作用。
2.
The opticity of mannitol and sorbitol in the borax solution is studied in the course of synthesizing mannitol and sorbitol by cathodic reduction of glucose.
在阴极还原葡萄糖研制甘露醇和山梨醇的过程中对甘露醇和山梨醇在硼砂水溶液中的旋光性进行了研究。
5) optical rotation
旋光性
1.
By comparing the X - ray diffraction stmctures and conformational analysis with optical rotatory values, the relationship between helical stmctures and optical rotations of compounds 2 and 3 were established.
通过对它们的旋光值、X衍射结构及构象的研究,找出了它们的螺旋结构与旋光性的关系,并对其族光大小进行了比较。
2.
The interaction between the optical rotation and electro-optic effect has been studied.
通过对硅酸镓镧(LGS)晶体旋光性与电光效应的交互作用的理论研究,推导出晶体旋光性和电光效应共同作用下的光强表示式I=1-4B2(Asin 2ω-Ccos 2ω)2。
6) optical activity
旋光活性
1.
In addition,the optical activity of the tungstoborates coordinating quinine was also determined.
奎宁与杂多阴离子键合生成的杂多配合物,仍然具有旋光活性,其中含Cu2+的奎宁杂多化合物保持了奎宁的左旋特性,而含Ni2+的奎宁杂多配合物由左旋变为右旋。
补充资料：旋光性
| 旋光性 optical activity 线偏振光在某些物质中传播时其振动面发生旋转的性质。有些晶体如石英、辰砂等具有旋光性，称为旋光晶体。迎着光线方向看，振动面顺时针旋转的称为右旋，逆时针旋转的称为左旋。许多旋光物质同时存在右旋和左旋两类，分别称为右旋物质和左旋物质，它们具有相同的分子式，例如石英分右旋石英和左旋石英两种。实验表明，光通过旋光晶体后，振动面转过的角度ψ与晶体厚度i成正比，即  a称为旋光率，它与物质性质及波长有关，这一关系称旋光色散。若同种物质存在右旋和左旋两种旋光异构物，则它们的旋光率大小相等，只是旋转方向相反。除旋光晶体外，许多有机液体或有机物溶液均有旋光性，如松节油、醣类的水溶液等。实验表明，振动面转过的角度ψ与光在溶液中通过的长度l和溶液的浓度C成正比，即 [a]称为溶液的比旋光率。利用此规律可测定溶液的浓度 ，量糖计就是根据旋光原理设计的常见测量仪器。本来不具有旋光性的物质，在加纵向外磁场（磁场方向与光的传播方向平行或反平行）后，会产生旋光性，此即磁致旋光效应或法拉第效应。 |
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