只要能让它检验出，物体反射的光的频率。
It just checks and sees what kind of light frequencies are bouncing off the object.
我们的心会以一个更高的振动跳动，光的频率会出现。
Our hearts will beat with a higher vibration and the frequency of light will have been turned up.
这项技术把非线性的视觉的水晶用于镭射光的频率变换。
This technology USES nonlinear optical crystals for the frequency conversion of laser light.
反氢和氢原子应该有相同的特性，例如发出光的频率一模一样。
Antihydrogen and hydrogen atoms should have the same properties, emitting the exact same frequencies of light, for example.
另外，磁处理水对单色光的折射率和吸收率随着入射光的频率不同而改变。
In addition, the magnetic waters refracting power and absorption rate are changing with the light frequency.
因为光的频率非常高，可以比频率低很多的微波或无线电波承载更多的数据。
Because light has a very high frequency, it can carry a lot more data than microwaves or radio waves, which have much lower frequencies.
介绍了2005年诺贝尔物理学奖的获奖工作-用锁模飞秒激光光梳去测量光的频率。
The work of the winners of the 2005 Nobel prize in physics is briefly reviewed. They measured the frequency of light with mode-locked laser comb.
这些齿可以像尺子一样用来异常精确的测量激光器、原子、天体或其它物体发出的光的频率。
The teeth can be used like a ruler to measure the light emitted by lasers, atoms, stars, or other objects with extraordinarily high precision.
利用光频梳和倍频技术，把对光频的测量变为对射频的测量，这样就能够很容易地测出光的频率。
They measured the radio frequency instead of optical frequency measurement with optical frequency comb and technology of octave-spanning.
如果你更接近光的频率，当你在和谐一致的状态与他们的光的振动频率相互共振，你将更加容易接收到他们的想法。
You will be far more receptive to their thoughts when you resonate in harmony with their light vibrations if you are closer to light frequencies.
球面调和光只有很低的频率。球面调和光不能产生锋利的照明过渡。它们也只会影响散射光照（对高光来说，球面调和光的频率太低了）。
SH lighting is very low frequency. You can't have sharp lighting transitions with SH lights. They are also only affecting the diffuse lighting (too low frequency for specular highlights).
根据多普勒效应，光被离子反射后，靠近激光器的光的频率会高于远离激光器的光的频率，（日常生活中，救护车警报器的音调随着车的远近也变化，就是这个道理）这才有可能测量先前对离子施加的力的大小。
(An everyday example of this effect is the change of pitch of an ambulance siren as it approaches and recedes.) It was thus possible to measure the force applied to the ions.
知道你用了多少多少频率的光,是哪些物体,然后你递给他一个苹果,他会说,哦,这是个很红的苹果吧,是这样吗
You use such and such frequencies, and which objects, and you hand him an apple and he'll say, "Oh, it must be very red," Right?
各峰值相互为基础来产生极短的光脉冲，每个脉冲都包含多种频率(见下图)。
The peaks build on each other to form very short, bright bursts of light, each containing many different frequencies (see graphic below).
当这些能级中，发生电子跃迁时，这些电子便吸收并释放出不同特定频率的光。
When electrons jump between these energy levels, they absorb and emit light of particular frequencies.
在1902年，当一名德国物理学家表明电子的能量取决于光的颜色（或者频率）时，他们震惊了。
They were startled in 1902 when a German physicist showed that the electrons’ energy depended instead on the color (or the frequency) of the light.
若你只看到光的某一频率，你会感到恍惚，然后眼睛会努力适应这一体验，而在这一过程中，不同的色调就会产生。
When you see just one frequency of light, it is disturbing and the eye tries to accommodate itself to the experience and in the process, different tones appear that do not exist in the place.
通过统计所发出X光的数量，然后对照激光脉冲的频率，测量小组能得出一个非常精确的测量值，从2s能级到2p能级跃迁所需的量子能量。
By counting the number of such X-rays while scanning the frequency of the laser pulse, the team could make a very precise measurement of the photon energy required to drive the 2s-2p transition.
这个频率梳理装置由一束产生一系列非常短，空间上平均分布（就好象梳齿一样）、频率上广泛分布的光脉冲产生的。
The frequency comb is generated by a laser that produces a series of veryshort, equally spaced pulses of light (like the teeth of a comb) across a broadspectrum of frequencies.
此实验对下一代“原子钟”的产生是重要的一步，下一代“原子钟”将是基于光频而不再是微波频率。
The experiments are a significant step toward next-generation "atomic clocks" based on optical rather than microwave frequencies.
“相比之下，我们的世界时枯燥的——我们人类只能看到有限波长的光，有限频率的声音。”他说。
"Our world is dull by comparison - we humans see within a limited range of light wavelengths, and hear just a bit of sound," he says.
诸如NIST-F1的仪器运用的原子信号是频率为数十亿赫兹的微波，新式时钟包括奥茨的都是运用频率快上百万倍的光。
While devices like the NIST-F1 use atomic signals of microwave frequency with billions of cycles per second, newer clocks, including Oates’, rely on light waves beating a million times faster.
光学“频率梳”是一种精确测量光的颜色或频率的工具。
An optical "frequency comb" is a very precise tool for measuring different colors-or frequencies-of light.
举个例子来说，我们谈论的临界频率是，光从金属表面逐出一个电子，所需的最小频率。
So, for example, we were talking about a threshold frequency as in a minimum frequency of light that you need in order to eject an electron from a metal surface.
这相当于一个光声版本的无线电频率条形码，可以用在需通过自动收费站的车上，或者给商品打价签。
This could be used like an optoacoustic version of the radio-frequency bar codes that are used by cars passing through the pay booths of automated toll roads or to tag some goods in shops.
研究表明不论是准单色还是多色的部分相干空间光孤子在传输过程中都不是严格稳定的，并且多色光孤子的稳定性受到频率的影响。
The study shows that both kinds of solitons are all unstable, and we find the stability of polychromatic partially coherent optical spatial solitons is affected by light frequency.
我们的视网膜有三种颜色感光视锥细胞，负责接收不同频率的光。这些感光器分别对应于红、绿和蓝三种颜色。
Our retinas have three types of color photoreceptor cone cells that respond to different sets of frequencies. These photoreceptor categories correspond to the colors of red, green, and blue.
黑色素和墨水都易于吸收频率高于500纳米的光，可悲的是，这其中就包括绿光。
Melanin and ink are both equally good at absorbing frequencies over 500nm, which sadly includes the green.
颜色是我们对到达视网膜的各种频率的光的感觉。
The various frequencies of light that reach the retinas of our eyes.
颜色是我们对到达视网膜的各种频率的光的感觉。
The various frequencies of light that reach the retinas of our eyes.
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