What is the translation of " INTERFERENCE PATTERN " in Chinese?

• 干涉图样
• 干涉图案

Examples of using Interference pattern in English and their translations into Chinese

The interference pattern was restored.
干涉图形得到了恢复。

Yet, like waves, they create an interference pattern.
然而，像波浪一样，它们产生干扰模式。

As expected, the interference pattern now vanishes, replaced with the particle pattern, the single curve.
正如预期的那样，现在，干涉图样消失了，替代它的，是“粒子类”的图样，即单峰型曲线。

In other words, there should be I no interference pattern.
换句话说，不应该有干涉图样。

It also proposes using the electrical interference pattern created by your television power cable to guess which show is playing.
它还探索了使用电视电源线创建的电气干扰模式来猜测正在播放的节目。

The ray theory of light couldn't explain interference patterns;
光的射线理论无法解释干涉模式;

These components are so arranged that an interference pattern will appear if the system is focused upon the specimen.
这些元件被布置为使得干涉图案会出现，如果系统被聚焦在样品上。

But we know this is not correct and the experiment will show the interference pattern.
但是我们知道，这是不正确的，因为这个实验必定会出现干涉图样。

Each laser produces a unique interference pattern, and the patterns add together to form the final image.
每个激光器产生一个唯一的干涉图案，图案加在一起以形成最终的图像。

Yet something is interfering with them, because they are making the usual interference pattern.
可是有一样东西在干涉它们，因为它们仍然形成了通常那种模式。

After a few round trips, the pulses develop an interference pattern that gives them effective mass.
在经过几轮这样的运行后，脉冲会发展一种干涉样式从而产生有效质量。

To read the data, the system sends a single, lower-power, red laser beam back through the interference pattern.
读取数据时，系统发出一个单一的、低功率的红色激光束回溯干涉图样。

But in fact we observe something entirely different: an interference pattern, as if two waves are colliding, creating ripples.
但事实上，我们看到的东西相当不同：一个干扰图案，因为如果两个波浪的发生冲突，创造涟漪。

Manfra's group built an interferometer: a device that merges two or more sources of quasiparticles to create an interference pattern.
它们的波浪在某个点交叉，Manfra的小组建立了一个干涉仪：一种融合两个或多个准粒子源以产生干涉图案的装置。

In the same fashion, silvery scales on some fish produce colored interference patterns due to multiple layers having varying thickness.
以同样的方式，银色的鳞片上一些鱼类产生由于多层不同厚度的彩色干涉图样。

At the University of Aberdeen, George Thomson passed a beam of electrons through a thin metal film and observed the predicted interference patterns.
在阿伯丁大学，乔治·汤姆孙将电子束照射穿过薄金属片，并且观察到预测的干涉样式。

The two atom waves will interact with gravity in a way that affects the interference pattern produced once the two waves recombine.
两个原子波将以一种影响一旦两个波重新组合产生的干涉图案的方式与重力相互作用。

The usual interpretation of why we see an interference pattern is that photons or electrons have two choices when they encounter the double slit.
对于我们为什么看到一种干涉图样，通常解释是：光子或电子在遇到双缝时，它们有两种选择。

In reality, however, even when the electrons are sent through one at a time, the interference pattern still appears.
在现实中,然而,即使电子通过一次发送,干涉图样仍然出现了。

The researchers used their new holography method to encode interference patterns for static multicolor holograms of an apple, a flower and a bird.
研究人员使用他们的新全息方法对苹果静态多色全息图的干涉图样进行编码，一朵花和一只鸟。

If you measure“which slit” the electron goes through, you destroy the quantum interference pattern shown here.
但你要测量电子通过的“哪条缝”，你就破坏了此前的显示的量子干涉图样。

One of its main components is a mirror that moves periodically, generating an interference pattern from which the required atmospheric data can be derived.
其主要组件之一是一面定期移动的镜子,生成可从中得出所需大量大气数据的干涉图样。

Rewritable holographic storage can be achieved via the photorefractive effect in crystals: Mutually coherent light from two sources creates an interference pattern in the media.
可重写的全息存储技术可以通过晶体的光致折变效应来实现：从两个光源产生的相干光可以在介质上产生干涉图样。

When the two sets of laser waves finally meet at the film plane, they produce interference patterns(fringes) that are recorded as a three-dimensional image.
当两套激光波终于满足上面的膜平面，它们会产生干涉图案（条纹）的记录，可作为三维图像。

An experiment of this kind was performed by Georges Sagnac in 1913, who actually measured a displacement of the interference pattern(Sagnac effect).
乔治斯·萨格奈克于1913年做了一个此类实验，实验中他确实获得了干涉图案的偏移（萨格奈克效应）。

More people, and where the two cities are close up they make for interference patterns, harder to read or predict.
更多的人,和这两个城市在哪里关闭它们使干涉图样,难读或预测。

Decades ago, scientists determined that when regular-matter particles pass through a pair of parallel slits, they create an interference pattern as if they were waves.
几十年前，科学家们确定，当常规物质粒子穿过一对平行的狭缝时，它们会形成干涉图案，就好像它们是波浪一样。

If we do that, the electrons go back to their wavelike behavior, and the interference pattern miraculously reappears.
如果我们这样做，电子返回到他们的vanapagana行为，并干扰图案奇迹般地再次出现。

Since we don't know which slit each object passes through, the possibilities overlap to produce an interference pattern rather than two sharp lines.
由于我们不知道每个量子物体会穿过哪个狭缝，所以重叠的可能性产生了干涉图样而非两条锐利的线。

This interaction would cause the electrons to rotate or change course just a tiny bit, producing an interference pattern called the Aharonov-Bohm effect.
这种交互作用会导致电子旋转或航向改变一点点，产生称为Aharonov-Bohm效应的干涉图案。