He has seen evidence of these warm dusty rings in infrared radiation picked up by the Spitzer space telescope.
他已经看到了斯皮策太空望远镜在红外波段捕捉到的这类温热尘环的证据。
An increase in the amount of carbon dioxide means that there are more molecules of carbon dioxide to absorb infrared radiation.
二氧化碳含量的增加意味着有更多的二氧化碳分子吸收红外线辐射。
As the capacity of the atmosphere to absorb infrared radiation increases, the radiating level and the temperature of the surface must rise.
随着大气吸收红外辐射的能力增加，地面的辐射水平和温度必须上升。
A wideband transmissive infrared radiation thermometer is introduced.
介绍一种宽带、透射式红外辐射温度计。
Greenhouse gases absorb this infrared radiation and trap the heat in the atmosphere.
温室气体吸收红外辐射的热量，并且把这个热量保存在大气层中。
Less obvious but just as real, is the infrared radiation emitted by the surface, and by the air.
由地面及空气发射的红外辐射虽不如它明显，然而却同它(可见光)一样实际存在着。
A new fast monitor technique for flames in an environment of high temperature and infrared radiation.
介绍一种高温及红外辐射环境中的火焰快速监测新技术。
Electromagnetic radiation is another common dataset (for example, near-infrared radiation or visible light).
电磁辐射是另一种常见的数据集(例如，近红外辐射或可见光)。
It causes these gaseous molecules to vibrate and release infrared radiation with even longer wavelengths.
它起因这些气体分子的振动和释放的红外辐射，甚至更长的波长。
Once in the atmosphere, methane absorbs terrestrial infrared radiation that would normally move into outer space.
一旦进入大气层，甲烷就会吸附那些通常消散到外太空的地球红外辐射。
Hot objects emit infrared radiation, and the electrons in these metals vibrate when exposed to such radiation.
热的物体发射远红外线，当这种材料暴露在远红外线下，材料的电子发生振荡。
The infrared radiation characteristic is the important basis for detection and identification of space target.
空间目标的红外辐射特性是对空间目标进行探测与识别的重要依据。
The formation of infrared radiation human body thermometer and the method of calibration experiment are introduced.
本文简要介绍了所研制的红外辐射式体温计的构成及标定实验方法；
The calibration technology for absolute spectral responsivity of the near-infrared radiation power is investigated.
对近红外辐射功率光谱绝对响应率的定标技术进行了研究。
With the improvement on process conditions, high quality conductive infrared radiation materials have been obtained.
经过改进工艺条件，研制出了高性能的红外辐射导电材料。
When sunlight strikes the Earth's surface, some of it is re-radiated back towards space as infrared radiation (heat).
当阳光照射到地球表面，一部分阳光作为红外辐射(热)被重新辐射回太空。
The technology of Infrared Radiation has become the focus of the application in grain drying due to its many advantages.
红外辐射干燥技术有众多的优点，在谷物干燥中的研究应用日益受到重视。
The Gauss model of point target image irradiance and the calculation model of the infrared radiation power are established.
因此建立一个高精度的光谱辐照度和光谱辐亮度标准是非常必要的。
The galactic center is a rich and complex source of infrared radiation in which interesting phenomena occur in great variety.
银河系中心是一个红外辐射丰富和结构复杂的源，在那里发生着各种各样的有趣现象。
The researchers tested their new black material with near-infrared radiation, just beyond the red end of the visible spectrum.
研究人员们使用仅仅超出可见光谱红端的近红外辐射测试他们的新“黑材料”。
The infrared radiation coating is a new kind of energy saving coating with a good radiation property and a broad application.
红外辐射涂料是一种具有良好的辐射性能且用途广泛的新型节能涂料。
And it does that because of the way that gases reduce the emissions of infrared radiation to space by the Earth and its atmosphere.
这一现象的产生是因为这些气体使地球及其大气层散入到太空的红外线辐射减少了。
Gold nanorods - contained in the patch - heat up when near-infrared radiation is applied to the local area and destroys the tumor.
贴片中包含的金纳米棒附着到某局部区域时，可以产生近红外线使其发热，并摧毁肿瘤。
However, the sun also gives off a whole lot of infrared radiation. What would it be like if our eyes evolved to see infrared light?
然而，太阳的不可见光辐射也不在少数，要是我们眼睛能够进化成可见其他光线会是什么景象？
This lecture about infrared radiation temperature measuring technology contains two sections: infrared radiation and infrared detector.
本次讲座主要介绍红外辐射测温技术内容，包括红外辐射与红外探测器两部分。
It is based on infrared radiation energy of the detected objects to determine their temperature, non-contact temperature measurement methods.
它根据被测物体的红外辐射能量确定其温度，为非接触测温方式。
As contraction continues and the density increases, the dust becomes so thick at the center of the cloud that it absorbs the far-infrared radiation.
当收缩过程继续进行下去，密度不断增大时，气尘云中心的尘埃就会变得极其浓密，因而能够吸收远红外辐射。
The Earth’s surface emits infrared radiation it has absorbed from the sun. Greenhouse gases partly trap that energy as heat, keeping the planet habitable.
地球表面释放出从吸收自太阳的红外辐射，温室气体将这种能量作为热部分地保留下来，使得地球成为可以繁衍生息之地。
The Earth’s surface emits infrared radiation it has absorbed from the sun. Greenhouse gases partly trap that energy as heat, keeping the planet habitable.
地球表面释放出从吸收自太阳的红外辐射，温室气体将这种能量作为热部分地保留下来，使得地球成为可以繁衍生息之地。
应用推荐