photoelectric effect
英 [ˌfəʊtəʊɪˈlektrɪk ɪˈfekt]
美 [ˌfoʊtoʊɪˈlektrɪk ɪˈfekt]
光电效应
双语例句
- 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； - His declaration of the photoelectric effect made possible the eventual invention of television cameras.
他对光电效应的阐述使电视摄像机的最终发明成为可能。 - Instead Einstein receives it for the first of his miracle year papers, which describes the photoelectric effect.
相反，爱因斯坦收到的是第一个奇迹年的描述光电效应的论文。 - As a prelude to the discussion of the photoelectric effect, we consider briefly a related phenomenon.
作为论光电效应的序言，我们简短地叙述一个有关的现象。 - 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。 - You should be able to maybe print out a blank copy of those notes from the website not for memorizing them, but now just understanding how the photoelectric effect works.
你们应该可以从网站上打印一份，这些笔记中的空白的纸张，不仅仅是为了记忆，而且现在要理解，光电效应是如何工作的。 - So once we cover it, it will then be fair game to ask these photoelectron spectroscopy or these photoelectric effect questions using the wavelength of the electron.
所以一旦我们涉及到它，问及光电子能谱或者，用电子的波长问及，光电效应是一样的。 - Thinking about how to explain the photoelectric effect is what led Albert Einstein to the Nobel prize for physics, and to the theory of relativity.
思考如何解释光电效应，是什么导致了爱因斯坦向诺贝尔物理学奖，并相对论。 - Such sensors represent an application of the photoelectric effect, in which light falling on metal sends electrons flying off it.
这种侦测器是光电效应的一种应用，照在金属上的光线造成电子飞离金属。 - So this means we now have a new way of thinking about the photoelectric effect, and that nu is the idea that h times nu is actually an energy.
这意味着我们有一种，新方法来考虑光电效应，这个概念就是h乘以。 - 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。 - Two of the three processes, photoelectric effect and pair production, eliminate the photons undergoing interaction.
三种过程中的两种，即光电效应和对产生，使光子受到作用后消失。 - When we talked about the photoelectric effect, that was called the work function.
如果我们在研究光电效应，这被称为功函数。 - Based on the idea of scientific inquiring study, two inquiring experimental activities of static electricity phenomenon and photoelectric effect are designed for senior middle school students.
基于科学探究性学习的理念，为高中生设计了“静电现象”和“光电效应”两个科学探究性的实验活动，对中学物理课堂教学如何实施探究性学习做了简要论。 - Cuprous oxide is one of the first materials known to display the photoelectric effect, in which light causes electricity to flow in a material.
氧化亚铜是第一个已知的材料显示光电效应，在这种轻的原因电力流动的物质。 - So, starting back with the photoelectric effect& yes.
好了，开始光电效应的话题，好。 - Study of Motorcycle's Road Test System Based on Photoelectric Effect
基于光电感应的摩托车道路测试系统的研究 - All right, so where we left off with the photoelectric effect was when we first introduced the effect, we were talking about it in terms of frequencies.
好，我们刚才停止光电效应这个话题，是当我们第一次用频率，来讨论这个效应的时候。 - 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。 - Preparation of Zn-Ni-TiO_2 Composite Coatings and Studying on Their Photoelectric Effect
Zn-Ni-TiO2复合镀层制备及其光电效应研究 - LCD photoelectric effect by controlling the temperature of liquid crystal known as the is controlled by the concentration.
液晶光电效应受温度条件控制的液晶称为热致液晶；溶致液晶则受控于浓度条件。 - The emission of electrons from an object when electromagnetic radiation is incident upon it is known as the photoelectric effect.
一个被电磁辐射照射的物体会发出电子，这就是光电效应。 - 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 - The most visible application of the photoelectric effect is in solar, or photovoltaic, cells.
光电效应最明显的应用是在太阳能电池（光电电池）。 - Another phenomenon mentioned by Einstein was the so-called photoelectric effect.
爱因斯坦提到的另一个现象是所谓的光电效应。 - Einstein also explained a baffling feature of the photoelectric effect.
爱因斯坦也解释了光电效应里一个令人困扰的现象。 - This is the last question we'll see in class on the photoelectric effect, so hopefully we can have a very high success rate here to show we are all ready to move on with our lives here.
这是这个课上最后一个关于，光电效应的问题，所以希望，你们能有个高的通过率，来证明我们已经可以继续往下走。 - 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。 - So hopefully you're convinced that your predictions worked well and you are able to predict what's going on when you're looking at the photoelectric effect.
希望你们确信，你们的预测都是对的，而且当你们考虑光电效应的问题时，你们可以预测。