红色和紫色位于光谱的两端。
它位于光谱的红外线区域内。
现在来说说激光光谱学，这是你们作业的重点，激光光谱学可以非常精确地测量光谱的哪些部分被不同物质吸收。
Now, Laser Spectroscopy, which is the focus of your assignment, works by measuring very precisely what parts of the spectrum are absorbed by different substances.
从红色开始，顺着光谱的颜色一路想下去。
也不仅是因为他发现了光谱的特性，发明了微积分。
And not only did he discover the spectral properties of light and invent calculus.
这光谱的，红色部分，这是光谱的，蓝色部分。
So here is the red part of the spectrum and there is the blue part of the spectrum.
三个滤镜覆盖了电磁光谱的紫外、蓝和红部分的波长。
The filters cover various wavelengths over the ultraviolet, blueand red portions of the electromagnetic spectrum.
两次所测光谱的有差异的部分就是直接来之于这颗行星的光谱。
The difference of the two spectra is the spectrum of the light coming directly from the planet.
他们称这一结果是因为很多果实的颜色都处于光谱的红色那一头。
They suggest that their result may be connected with the fact that the colour of many fruits is at the red end of the spectrum.
这是光谱的蓝色部分，这是绿色部分，绿色部分，这是光谱的，红色部分。
Here is the blue part of the spectrum, here is the green part, the green part, and here is the red part of the spectrum.
那么分子的振动，到了红外光谱的波段，它们通常大约有1,000个波数。
So molecular vibrations, you know, you've taken IR spectra they're typically on the order of 1,000 wave Numbers or so.
天空中一半的恒星，都是双星，看光谱的时候，你们会发现，它们绕着彼此转动。
Half of all the stars in the sky are binaries, and so when you look at the spectra, you will see them go around each other.
薛定谔还是太胆小地放弃了他一开始得到的那个不符合氢原子光谱的相对论性方程。
Schrodinger had really been too timid in giving up his first relativistic equation which was not in agreement with the observations of the hydrogen spectrum.
为了完成对意识光谱的介绍，仅简要介绍一下这种综合中将要探讨的意识基本层次。
To complete this introductory discussion of the spectrum of consciousness, there remains only a brief identification of the basic levels of consciousness that will be treated in this synthesls.
X射线吸收光谱的峰值能显示出目标物质的化学键的确切性质，从而显示其组织结构。
The peaks in the X-ray absorptionspectrum can shed light on the precise nature of the target substance'schemical bonds, and hence on its structure.
拉曼光谱的工作原理是使用一束激光照射到原子上，然后收集并分析产生的散射光的波长和密度。
Raman spectroscopy works by shining a laser light onto a molecule and then collecting and analysing the wavelength and intensity of the resulting scattered light.
她面前的一摊血水已经凝固了，宛如彩虹的色彩；当太阳升起来时，上面就反射出一百种光谱的颜色。
The huge pool of blood in front of her was already assuming the iridescence of coagulation; and when the sun rose a hundred prismatic hues were reflected from it.
而二者的主要区别在于，螳螂虾能够转换整个光谱的光，而DVD机或CD机只能转换很窄波段中的光。
But the key difference is mantis shrimps are able to do this across the whole spectrum of light, whereas DVD or CD players have a much narrower band to work with.
今天，多数的软件开发人员仍然在使用单独-代码的方法(在建模光谱的左端，图1)并且根本没有分离的定义模型。
Today, a majority of software developers still take a code-only approach (left end of the modeling spectrum, Figure 1) and do not use separately defined models at all.
之后他们又在这些区域内寻找可能有两种不同光谱的星系，并推测看似单一的双光谱物体其实是有另一个物体在它身后。
They then searched these areas for galaxies that appeared to have two different spectrums, suggesting that what looked like a single object actually had another one sitting behind it.
这些折射的光线大多数处于光谱的红光区域，因此，从地球上看来，月球变成了红色、黄铜色或者橙色色调，有时甚至会变成褐色。
Most of this refracted light is in the red part of the spectrum and as a result the moon, seen from Earth, turns a reddish, coppery or orange hue, sometimes even brownish.
以斯威尼(Sweeney)博士研发的光纤激光器为例，它产生的激光波束波长为1.5微米，这使其成为红外线光谱的一部分。
In the case of Dr Sweeney's fibre laser, the beam will have a wavelength of 1.5 microns, making it part of the infra-red spectrum.
以数字和线状图表标示远离可见光谱的光线波长，只有经过专业训练的光谱学家才能看懂这些数据，并发掘出隐藏在数据背后的故事。
Numbers and line graphs denoting wavelengths of light far outside the visual spectrum. Only a trained spectroscopist could look at that data and see the larger story it tells.
通常来说，宇宙微波背景辐射粒子先发生了蓝移（它们的峰向光谱的蓝端移动），但当它进入超星系团之后又发生了红移。这两个效果相互抵消。
Normally a CMB photon is first blueshifted (its peak shifts towards the blue end of the spectrum) when it enters the supercluster and then redshifted as it leaves, so that the two effects cancel.
一位来自于加利福尼亚州美国航天局的艾姆斯研究中心的ScottSandford，以他对天体陨石光谱的丰富经验，对Morris的研究表示不同意。
Scott Sandford, a research astrophysicist at the NASA Ames research Center in California who has experience conducting spectroscopy in meteorites, disagrees.
如果你不能外出，或者你居住得足够远，远到一天仅有几小时甚至没有白昼的北部地区，那么你可以使用全光谱的探照灯，光线或者白色墙壁模式或者是充满生气的重色调色彩来保持光亮。
If you can't, or if you're so far north as to have little or no daylight, use full-spectrum lights, light or white walls, and perhaps some vibrant accent colors.
这种元素是利用X 射线光谱学发现的。
这种元素是利用X 射线光谱学发现的。
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