- 更多网络例句与康普顿效应相关的网络例句 [注：此内容来源于网络，仅供参考]
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the quantization of photon exprees the process of the quatization producing, energy was quantizated by studing black body radiation, that studies two experiments about the quantization of photon: photoelectric effect and compton effect.
光的量子性阐述了量子性产生的过程，通过对黑体辐射的研究把能量量子化，从而研究了光量子性的两个实验：光电效应和康普顿效应。
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This is obviously due to the Compton and photoelectric effects.
很明显，这是由于康普顿效应与光电效应作用的缘故。
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The photoelectric effect and the Compton effect, then, both seem to demand a return to a corpuscular theory of light.
因此，光电效应和康普顿效应似乎都要求回到光的微粒说上来。
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The main content is concerned with the following aspects:(1) It discusses the electric-optical effect in the theory about the interaction of γ-rays and materials, Compton effect and electron pair effect and the functional relationship between the three basic effects and γ-rays energy and atomic number, thus laying the foundation of dual energy γ-rays transmission method.
主要内容有如下几个方面：(1)讨论了γ射线与物质相互作用理论中的光电效应、康普顿效应和电子对效应，以及这三个基本效应与γ射线能量和物质的原子序数之间的函数关系等问题。由此构成了双能γ射线透射法的基础。
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P12 The find of Compton effect and the coherence of theoretical analysy and experimental result not only convincingly veified that the photon theory was right,but also veified that the conservation of energy and the law of conservation particles would similarly observe the law of conservation of energy and the law of conservation of momentum with vigour when they act on each other
康普顿效应的发现，以及理论分析和实验结果的一致，不仅有力地证实了光子学说的正确性，同时也证实了在微观粒子的相互作用过程中，同样严格地遵守能量守恒定律和动量守恒定律。
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Week 13 Polarization of light, polarization and analysis of polarized plate, Malus law, Brewster law.
第13周光的偏振；偏振片的起偏和检偏；马吕斯定律；布儒斯特定律；康普顿效应。
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"Compton effect: Change in wavelength of X rays and other energetic forms of electromagnetic radiation when they collide with electrons. It is a principal way in which radiant energy is absorbed by matter,"
康普顿效应：电子对X射线和其它高能电磁辐射的弹性散射引起波长增大的现象；这是物质吸收辐射能的一种主要方式。
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And they were analysed their physical critertion. In 1905 Einstein explxined one of experiment about the quantization of photon--photo-electric effect, and more developed planck's the concept about energy quantum. and more interpreted the found and the edification about Compton effect.
并且透析了其中的物理规律，在1905年爱因斯坦对光的量子性的实验之一--光电效应，做了量子解释进一步推广了普朗克关于能量子的概念，并进一步阐述了康普顿效应。
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In Doppler effect, Gravitational red shift and Compton effect as it changes frequency the photons (including γphoton ) always abide by constant principle of light speed ,which proved that the photon has zero mass.
在多普勒效应，重力红移和康普顿效应中，光子在频率发生变化时总是遵守光速不变原理，由此证明了光子具有零质量。
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It utilizes the knowledge of nuclear physics, photo-electricity, polymer physics, computer technology and mathematics synthetically, the polymer morphology in solid conveying can be visually obtained by the interaction of polymer atom or polymer chain and the photon beam caused by γ-ray, in which the photoemission, Compton effect and electron pair effect will be generated.
该方法综合运用核物理学、光电子学、高分子物理、计算机技术和数学知识，通过γ-射线的光子流与聚合物原子、聚合物链段相互作用所产生的光电效应、康普顿效应和电子对效应，来图像化地测量固体输送段的聚合物形态。
- 更多网络解释与康普顿效应相关的网络解释 [注：此内容来源于网络，仅供参考]
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inverse bremsstrahlung：逆轫致辐射
inverse 倒逆,反向,倒置 | inverse bremsstrahlung 逆轫致辐射 | Inverse compton effect 倒康普顿效应
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compromising emanation：泄漏辐射
compressor 压缩机 | compromising emanation 泄漏辐射 | Comption effect 康普顿效应
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Compton scattering：康普顿散射
更高阶的相互作用过程由于相互作用截面太小很中康普顿散射(Compton Scattering) 的红移效应累加的结果来解释. Kierein 和 Sharp 的理论3.3 后发星系团(Coma)中的星系的三维空间分布
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Compton effect：康普顿效应
可是爱因斯坦不理这些嘲笑,继续把他的想法向前推进,于19 16至1917年确定了光量子的动量,进而发展为1924年对康普顿效应(Compton effect)的划时代的认识.
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inverse laplace transformation：逆拉普拉斯变换
inverse Compton effect | 逆康普顿效应 | inverse Laplace transformation | 逆拉普拉斯变换 | inverse analytic function | 解析反函数
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raman effect：拉曼效应
例子包括了拉曼效应(Raman effect)和康普顿效应(Compton effect). 利用脉冲计数器(scaler)对这些脉冲计数. 在某种情况下,可利用脉冲高度分析仪来确定这些入射射线的能量频谱. 一种用金属丝编织成的网,
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inverse compton effect：逆康普顿效应
inverse bremsstrahlung 逆轫致辐射 | inverse compton effect 逆康普顿效应 | inverse diffusion length 逆扩散长度
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inverse compton effect：倒康普顿效应
inverse bremsstrahlung 逆轫致辐射 | Inverse compton effect 倒康普顿效应 | inverse correlation 逆相关
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inverse compton effect：(量子)逆康普顿效应
inverse component ==> 逆分量 | inverse Compton effect ==> (量子)逆康普顿效应 | inverse consecant ==> 反余割
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internal Compton effect：内康普顿效应
internal compensation 内消旋 | internal Compton effect 内康普顿效应 | internal contracting brake 内收缩式闸