光效应，[物]光电效应

photoelectric effects───光效应，[物]光电效应

piezoelectric effect───[物]压电效应

pyroelectric effect───[物]热电效应

piezoelectric effects───[物]压电效应

thermoelectric effect───[电子]热电效应，[电子]温差电效应

pyroelectric effects───[物]热电效应

thermoelectric effects───[电子]热电效应，[电子]温差电效应

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.

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.

November 9,1921, Albert Einstein awarded Nobel Prize in Physics for his work with the photoelectric effect.───11月9日，阿尔伯特·爱因斯坦因为其在光电效应研究上的成就而被授予了诺贝尔物理学奖。

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.

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.

This is a nice extension of Einstein's photoelectric effect," Richter said.───这是爱因斯坦光电效应的一个很好的延伸，”Richter说。

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.

So, starting back with the photoelectric effect -- yes.───好了，开始光电效应的话题，好。

The intensifier tubes use the photoelectric effect.───无源像增强管使用光电效应.

In the original version of the photoelectric effect, one photon kicks out one electron, like one pool ball smacking into another.

In 1887 H. Hertz identified the photoelectric effect. In 1907 De Forest patented the audion, or triode. These discoveries proved useful to later experimenters.

Two of the three processes, photoelectric effect and pair production, eliminate the photons undergoing interaction.

He used Planck's ideas to interpret what had proved classically inexplicable in the photoelectric effect.

The intensifier tubes use the photoelectric effect.

The photoelectric effect was discovered by Alexandre E. Becquerel in 1839, and Albert Einstein was awarded the Nobel Prize for his physical explanation of it in 1921.

TWO of the three processes, photoelectric effect and pair production, eliminate the photons undergoing interaction.

The most visible application of the photoelectric effect is in solar, or photovoltaic, cells.

Such as blackbody radiation and photoelectric effect of light also has revealed the phenomenon of particle, ie, with wave-particle duality of light.