light frequency中文是什么意思

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中文翻译
造句

光的频率
光频率

light vi. (lit 或 lighted) 1.〔古语〕下马 ...
frequency n. 1.屡次，频仍，频繁。 2.(脉搏等的)次数，出现 ...
frequency modulated light 档光; 调频灯光
frequency of light wave 光波频率
frequency-modulated light 频率调制光
light frequency modulation 光频率调制
light frequency modulator 光频灯器
microwave frequency modulated light 微波频率调制光
single frequency polarized light 单频带偏振光
single-frequency polarized light 单频带偏振光; 单频偏振光
spatial frequency of light wave field 光波场的空间频率
frequency n. 1.屡次，频仍，频繁。 2.(脉搏等的)次数，出现率；频度；【物理学】频率，周率。 audio frequency音频。 a high [low] frequency高[低]频。 the frequency of earthquakes in Japan 地震在日本的频繁发生。 mean [median] frequency中频。 resonance [resonant] frequency谐振频率，共振频率。 ultrahigh frequency超高频。 ultralow frequency超低频。 very high frequency甚高频。 very low frequency甚低频。
a light 一盏灯
and then there was light 于是有了光
by the light of 借光
in (the)light of 鉴于,由于
in light 被光线照着
in light of 按照, 根据; 按照,根据；鉴于; 按照根据; 按照，根据；鉴于
in the light 灯光下; 发光体
in the light of 按照根据; 鉴于，由于；按照，根据; 鉴于；按照，根据; 考虑到，根据
into the light 奔向光芒
light in 轻相入口
light on 不拥挤; 开灯; 停落于; 照明开始
of light 灯火管制; 光明的

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例句与用法

Subtle bodies follow the roygbiv color spectrum rays of light frequency - much like our auras and chakras
精细身体遵循光线频谱roygbiv颜色-非常像我们的光环和脉轮。
The symmetry properties of the optical coherence with respect to the detuning of the light frequency from resonance show up in specific symmetries of the spectra
研究表明，透射光谱随薄膜厚度的增大而展宽，光谱呈现对称性。
Auras vibrate to different color , sound and light frequencies . the color spectrum varies with one ' s physical , emotional , mental , and spiritual states
光环由不同的颜色、声音、光频率振动而成。颜色光谱随着一个人的身体、情感、精神、精神状态而发生变化。
The most achievement is that we firstly obtain the analytic accurate solution of the modal fields of the waveguide structure and find some available character : ( 1 ) the different uniaxial crystal materials have the different propagation properties ; ( 2 ) when the optical axis of the crystal is on the plane that is made up of the normal direction of the waveguide plane and the propagation , there are te mode and tm mode in this special waveguide , but the principal mode is different of the character of the uniaxial crystal , the principal mode is the principal mode of te mode for the negative uniaxial crystal , but the one of tm mode for the positive uniaxial crystal ; ( 3 ) when the crystal optical - axis parallel to the waveguide plane , for the positive uniaxial crystal material , the principal mode of the waveguide is a te wave , which can be excited by the light at any frequency ; when the light frequency satisfies a single mode propagation condition , there will be only the principal mode propagating in the waveguide , otherwise some of the higher order modes can be excited , which are neither te modes , nor tm modes , but the hybrid guided modes
本文就是在此背景下，利用金属波导和单轴晶体的一些特性，结合麦克斯韦方程组和波导的边界条件，从三种不同的情况研究了光在对称平面单轴晶体金属波导(波导层是单轴晶体，两个波导界面均为金属)内的传输特性，其主要贡献为，首次解析地得到了这种波导结构下模式场的精确解，并发现了一些有用的特性： ( 1 )模式场的性质因单轴晶体的性质不同而异； ( 2 )当单轴晶体光轴位于波导界面法方向与传输方向构成的平面内时，波导中传输te波和tm波，只不过其主模因单轴晶体的性质不同而异，当波导层介质为负单轴晶体时，波导主模是te波主模，而波导层介质为正单轴晶体时波导主模是tm波主模。 ( 3 )当单轴晶体光轴位于波导面内时，对于正单轴晶体，波导的主模是横电波te _ 0模，任何频率的光波均可激励该模式；当光波波长满足一定条件时，波导内传输单模，否则，将激励起高阶模式，高阶模即匪te波，也匪tm波，而是两者耦合而成的混合模。
Recent progress in ultrafast optics has allowed the generation of ulfcraintense light pulses comprising merely a few field oscillation cycles . the arising intensity gradient allows electrons to survive in their bound atomic state up to external field strengths many times higher than the binding coulomb field and gives rise to ion - ization rates comparable to the light frequency resulting in a significant extension of the frontiers of nonlinear optics and ( nonrelativistic ) high field physics
随着超快光学技术的发展，仅含几个振荡周期的超强脉冲已经能产生，且其强度梯度可使电子存在比库仑束缚场高许多倍的外场产生的原子束缚态上，并产生了同光频相差不大的电离率，从而促进了非线性光学前沿及非相对论的强场物理的延伸。
4 . the theory of cavity enhanced absorption spectroscopy is studied in detail and the numerical simulation is firstly demonstrated . in addition , we analyze the variation of sensitivity and linearity of this technique with the scan speed of incident light frequency or absorption cavity length
深入研究了腔内增强吸收光谱的理论，首次给出了具体的解析表达形式及数值模拟计算结果，分析了腔内增强吸收光谱测量的灵敏度、线性度与激光频率扫描速度、吸收腔长改变速度的关系。