γ-ray can occur three kinds of effects in the detector, that is photoemission, compton effect and pair effect.

1、

Analysis of these correlations will give some semi-quantitative criteria for the observational tests of the correctness of synchrotron-self compton effects.

分析这些相关性，可以提供一些半定量的理论判据，用以检验同步一自康普顿效应的正确性。

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2、

Synchrotron self-Compton

同步加速辐射的自康普顿效应

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3、

The Comptow effect is one of the most convincing manifestations of the particles nature of electromagnetic waves.

康普顿效应是电磁波的粒子性的最具有说服力的表现之一。

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4、

A Problem About Compton Effect

康普顿效应中一个值得商榷的问题

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5、

Electric-optical Effect and Compton Effect

光电效应与康普顿效应

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6、

Two Discussions about the Compton Effect

对康普顿效应的两点讨论

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7、

Adverse compton effect in cosmic rays

宇宙辐射中的逆康普顿效应

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8、

Corroborating Compton Effect in Spectrum Measurement

在γ能谱测量中验证康普顿效应

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9、

Compton Effect and Photon Arbitrary Seperation

康普顿效应与光子任意分割

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10、

On the Compton Scattering of Visible Light

关于可见光康普顿效应的探讨

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11、

Compton-electric effect is one of the results of light, and matter interaction.

康普顿效应是光与物质作用结果的一种方式，对它的准确理解是对光的本性正确认识的前提。

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12、

Optical Character in Compton-Electric Effect View

从康普顿效应看光的本性

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13、

On two problems of the Teaching inside the photo electric effect and the Compton effect

光电效应与康普顿效应教学中的两个问题

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14、

The influence of the gluon distribution function in proton on the QED Compton effect in γ-p collisions

γ-p碰撞中质子内胶子分布对QED康普顿效应所产生的影响

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15、

Einstein initially brought forward wave particle duality of photons, and discussed quantum phenomena, brought forward viewpoint different from the Copenhagen School's in describing the quantum phenomena.

爱因斯坦最初提出光量子的波粒二象性，对量子现象进行了探讨，在关于量子现象的描述中，提出了与哥本哈根学派不同的观点。

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16、

Using a photon counting apparatus as a device to measure light intensity, wave particle dualism of light is demonstrated by measuring photon distribution of double slit diffraction.

用光子计数仪作光强检测装置，通过测量衍射后的光子计数的空间分布来演示光的波粒二象性。

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17、

Wave-particle dualism and the uncertainty principle of electron can be explained by new theory, and their physical model is consistent with the distinguishability nature of electrons.

对电子的波粒二象性和测不准原理进行了新的理论解释，并讨论了波粒二象性和测不准现象的物理模型。该模型与电子的微观可区分性相一致。

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18、

Author suggests that it is necessary to design experiments to measure the phase velocity of de Broglie wave and to study the wave-particle duality deeply.

建议设计实验测量德布罗意波的相速度，深入研究波粒二象性。

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19、

From the wave-particle duality, we can deduce the Lambert law of light absorption according to the light waves energy and probability of photon.

从光的波粒二象性出发，分别根据光波的能量守恒定律及光子出现的概率密度与电场强度的平方成正比，推导出光吸收的朗伯定律。

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20、

Due to the wave particle duality, the state of a quantum system is not quite as definite as that of a classical system.

由于波粒二象性，微观系统的状态不象经典系统那样可以完全确定。

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