讨论了电子探针中X光分光谱仪的波长分辨力。
The problem of wavelength resolution of X-ray spectrometer of the electron probe is discussed.
植物还能分辨出人类肉眼看不到的特定波长的光！
Plants are also able to distinguish between specific wavelengths of light that the human eye cannot even see!
但鲨鱼缺少圆状细胞，这种细胞可以对不同波长的光线分别作出反应。在人类的眼睛里，各种各样的圆状细胞帮助我们分辨颜色。
Yet the sharks lacked cone cells, which respond individually to light at specific wavelengths. In human eyes, a variety of cone cells helps us to distinguish between colors.
分辨率仍受限于电子束的波长，但此波长远小于可见光的波长。
Resolution is still limited by the wavelength of the electron beam, but this wavelength is much smaller than that of visible light.
蓝色和青色代表最短波长WISE望远镜能够分辨的最小波长的光 - 3.4和4.6微米，加亮的区域代表恒星诞生之地。
Blue and cyan represent the shortest wavelengths WISE is sensitive to — 3.4 and 4.6 micrometers — and highlight places where stars are being born.
另外有一种柱状的细胞，对光线的强度更是敏感，但是却无法分辨颜色(波长)。
There is another kind of columnar cells, which is more sensitive to the intensity of light but can not distinguish colors (wavelength).
这种仪器可以分辨出由地球反射回来的太阳光中各种不同的波长。
This instrument is able to sense a wide variety of wavelengths emitted by reflected sunlight from the earth.
一个望远镜的分辨本领取决于它所接收的辐射的波长对这个仪器本身的直径的比值。
The resolution of a telescope is determined by the ratio of the wavelength of the radiation received to the diameter of the instrument .
锥状细胞能够分辨出光的不同波长，因此可以帮助我们看清色彩获取更多感受，而杆状只能让我们感受到黑色和白色。
Cones can differentiate between the different wavelengths of light and therefore enable us to see in colour while the more sensitive Rods only give us black and white vision.
一个望远镜的分辨本领取决于它所接收的辐射的波长对这个仪器本身的直径的比值。
The resolution of a telescope is determined by the ratio of the wavelength of the radiation received to the diameter of the instrument.
总结了动态应力产生布拉格波长偏移的解调装置并提出用其实现微尺度计量所需要的高分辨力的布拉格波长解调方法。
Dynamic strain caused Bragg wavelength shift demodulation device is summarized and the method to realize the very high demodulation resolution of Bragg wavelength shift is given.
OCO将用三个高分辨率分光计来尝试这一工作。分光计在精确的波长下研究反射出地球的太阳光，这一波长揭示二氧化碳及分子氧的存在。
OCO will attempt the work by using three high-resolution spectrometers to study sunlight reflected off Earth at the precise wavelengths that reveal the presence of carbon dioxide and molecular oxygen.
这种单色仪由于波长精度高、重复性好、分辨率高而杂散光却很小，因此具有特殊用途。
As wavelength precision and resolution of the instrument is high, but the stray light is less, and the repeatability is good, it has special purpose.
CMODIS是中国第一个发射上天的中分辨率成像光谱仪，它有34个波段，波长范围从可见光到红外波段。CMODIS数据含有大量有很高实用价值的光谱信息。
As the first Chinese moderate resolution spectrometer in SZ 3 spacecraft, CMODIS contain abundant spectral information with 34 channels in the range from visible to infrared.
在保证频谱分辨率不变的情况下，通过减少参与FFT运算的点数来缩短运算时间，提高激光波长测量装置的反应速度。
Under the condition of unchanging the spectrum resolution, the latency of the laser wavelength measurement system is improved by reducing the samples of FFT operation.
同样，使用的可见光波长越短，分辨率就越高。
Likewise, the shorter the wavelength of visible light used, the better the resolution.
研究了不同荧光波长对双光子荧光共焦显微镜横向、纵向分辨率和光斑强度的影响。
The numerical results show that the transverse resolution, the axial resolution, and the intensity of the spot increase as the rate of fluorescent wavelength to illustrated wavelength increases.
波长与分辨率密切相关。
本文在着重讨论系统的测温不确定度及温度分辨力的基础上，对其工作波长的带宽进行了优化设计。
Based on the discussion of temperature measurement accuracy and temperature resolution, wavelength bandwidth of the system is optimized.
该算法相对于DORT的优势在于其成像分辨率显著提高，可以探测间距小于一个波长的多目标。
Compared with the DORT method, the superiority is the great improvement on imaging resolution. It can distinguish the targets with distance smaller than one wavelength.
但是，一条被称为衍射极限的光学基本定律指出，显微镜的分辨率不会小于观察所用光源波长的一半。
But a fundamental law of optics known as the diffraction limit states that the resolution can never be better than half the wavelength of light being looked at.
讨论了波长测量范围和光谱分辨率。
The range of measurable optical wavelengths and resolvable wavelength interval are discussed.
所述信息可以高于读取激光波长所允许的理论 读取分辨率的分辨率（尺寸和间距）预记录在基片上。
The information can be pre-recorded in the substrate with a resolution (dimensions and spacing) higher than the theoretical reading resolution allowed by the wavelength of the reading laser.
报道了一种基于光纤激光器波长扫描寻址的高分辨率的光纤光栅传感解调方案。
A novel approach for demodulation of fiber grating sensors with high-resolution is proposed based on a tunable fiber laser interrogating the sensing fiber grating.
软x射线激光全息术采用短波长X射线激光光源，从而可获得空间分辨率很高的三维全息图，但目前它还存在许多问题。
As short wavelength light source such as soft X-ray laser is employed in holography, it's possible to generate 3d holograms with high spatial resolution.
软x射线激光全息术采用短波长X射线激光光源，从而可获得空间分辨率很高的三维全息图，但目前它还存在许多问题。
As short wavelength light source such as soft X-ray laser is employed in holography, it's possible to generate 3d holograms with high spatial resolution.
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