photoelectric effect

Curvature method of testing Planck constant in photoelectric effect experiment

在光电效应实验中用曲率法测普朗克常量

The discussion on contact potential difference and the experiment of photoelectric effect

接触电势差与光电效应实验的讨论

The characters of ZKY-GD-3 photoelectric effect experiment instrument arestudied, and the Planck constant is given.

对ZKY -GD-3 型光电效应实验仪做了测试研究,给出了普朗克常量的实验结果.

Light sensitizing domino effect of sensitizer in the photoelectric inversion

光电转换中敏化剂的光增感效应

To make the use of photoelectric effect , we can realize indication of figure and picture.

利用其电光效应, 可实现对数字、图象的显示.

photoelement with internal photoelectric effect

内光电效应光电管

A simple and sufficiently accurate experiment to analyse the three laws of photoelectric effect is proposed.

结合一般高校现有条件，介绍了一种仪器简单而又能充分定量分析光电效应三定律的一种实验方法，并由此进一步测量近代量子理论中常见到的普朗克常数h。

What we had just done a clicker question on is discussing light as a particle and the photoelectric effect, so we're going to finish up with a few points about the photoelectric effect today.

我们刚才做得课堂表决器那个问题，是讨论光作为一个粒子以及光电效应，所以今天我们将以一些，关于光电效应的观点作为结束。

Photoelectric effect and Compton effect belong to individual behavior of electrons, and thermal effect manifest weak correlated collective behavior of electrons.

光电效应和康普顿效应属于电子的个体行为，热效应为电子系统的弱关联集体行为。

Early results on the photoelectric effect had not produced consistent results.

有关光电效应的早期实验,并未取得协调一致的结果.

In 1921, Einstein explained to the photon photoelectric effect that won the Nobel Prize for Physics.

1921年, 爱因斯坦以解释光电效应的光子说,获得诺贝尔物理奖.

The intensifier tubes use the photoelectric effect.

无源像增强管使用光电效应.

einstein received the prize for "the discovery of the law of the photoelectric effect." the photoelectric effect refers to the release of electrically charged particles ( ions or electrons) from ( or within) a material that absorbs electromagnetic radiation ( such as light).

爱因斯坦因发现光电效应而获得诺贝尔奖。光电效应是指在电磁波（例如光）照射下，某物质（或内部）会发射出带电粒子（离子或电子）的物理效应。

Interaction Between Photon and Electron in Photoelectric Effect and Compton Scattering

光电效应和康普顿散射中光子和电子的相互作用

A physicist was a person versed in or studying physics, and he must understand photoelectric effect.

物理学家是精通或研究物理学的人，并且他一定理解光电效应；内科医生和外科医生都清楚生理学；

Photons lost energy in the process of interaction with other particles, in addition to the photoelectric effect, Compton effect, another effect is the electron-positron pair production.

光子在和物质相互作用的过程中失去能量，除了发生光电效应和康普顿效应外，还有一种就是电子对生成的过程。

The photoelectric effect was discovered by Alexandre E.

1839年,亚历山大·E·贝克勒尔发现了光电效应.

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。