吸光光度计标准用于检查分光计系统的精确性。
Photometric Standards for Absorbance are used to check the accuracy of spectrometer systems.
最后以极轨气象卫星上的红外分光计为例进行了计算。
Finally, as an example, calculation has been made for an infrared spectrometer on board a polar orbit meteorological satellite.
本文首先叙述了快速扫描分光计在科学研究中的作用和意义。
The function and meaning of the rapid scanning spectrometers in the scientific research were described.
介绍了利用三棱镜和分光计测量透明液体折射率的一种实验方法。
The experiment method of measuring refractive index of transparent liquid with spectrometer is improved.
本文详细描述如何调节分光计以使望远镜光轴与其旋转轴严格垂直。
This paper describes in detail how to adjust spectrometer so as to keep a strict vertical between optic axis and rotation axis of telescope.
本文介绍了CCD摄像技术的工作原理以及它在分光计实验中的应用。
This paper introduces the principle of CCDcamera technology and its application in the prism spectrometer experiment.
报道一种微机控制带恒能量同步扫描和可变角同步扫描的多功能荧光分光计。
A new microcomputer-controlled versatile spectrofluorometer with the function of constant energy and variable-angle synchronous scanning has been developed.
此外，利用分光计可以在同样大小的驱动电流下测出诸如光谱输出之类的详细参数。
In addition, details such as spectral output can be determined from the same drive current value by using a spectrometer.
其结果可以提供给分光计某些部份的设计以及极轨气象卫星发射时间的选择作参考。
The results may be of reference value to the design of some parts of the spectrometer and to the selection of launching window for polar orbit meteorological satellites.
大学物理实验中分光计实验的难点在于调节仪器使望远镜光轴垂直于分光计中心转轴。
The difficulty in spectrometer experiment is adjusting the optical axis of telescope to be vertical to the revolving axis of the spectrometer.
本文以jjy型分光计为例，对分光计的聚焦与光轴倾斜度这两方面的调节做了系统论述。
Taking the JJY model spectrometer as an example, the focusing and inclination of optical axis are discussed in this paper.
介绍了三种主要类型的快速扫描分光计和三种记录显示系统，并对它们的优缺点进行了比较。
Three main kinds of the rapid scanning spectrometers and three kinds of the recording and displaying system were introduced, and their advantage and disadvantage were compared.
借助平行光和双面反射镜，对分光计望远镜的视场角进行了分析和测量，并通过实验得出了结果。
With the help of the ray of equal rank and double-faced reflector, the telescopic visual angle of the spectrometer was analyzed and measured. And the conclusion was drawn.
经和常规POM测量结果对比，发现二者相对差异在5%以内，说明分光计法具有较高的精确度。
Compared with the common POM measurement, spectrometer measurement could give the results with a relative error less than 5%, showing a high precision.
从经验出发介绍分光计的一种快速调节法，并从理论角度分析了分光计各半调整的原理及操作要领。
Based on experience, a fast adjustment method of spectrometer is introduced, and the principle of half and half adjustment and its operation gist are analyzed theoretically.
讨论了分光计偏心差的产生及消除方法，并提出了一种利用分光计两游标读数差求出偏心程度的方法。
The paper discussed the eccentric error and method of eliminating eccentric error, and presented a way calculating eccentric grand by the reading difference of two cursors.
整个系统由显微镜、分光计、面阵CCD相机、载物台自动装置以及数据采集与控制模块等几部分组成。
The whole system was composed of a microscope, a spectrometer, an area CCD camera, an automatic stage and data acquisition and control subsystem.
分析了分光计调整中出现的各种现象及原因，并指出调节应遵循的规律，提出了分光计的等距离调节法。
In this paper, the author proposed a new equal distance adjusting method for the spectrometer, on the basis of detailed analysis of spectrometer? S adjustive process.
通过进行完整的实验操作和实验数据处理的实例，详细地讲述了快速调节分光计的方法和分光计的准确读数。
This article discusses in detail quick adjustment methods and accurate reading of dividing light meter with whole experiment operator process and experiment data treatment case.
作为这种努力的一部分，将由软件来完成的人造神经网络与用于原型电子鼻中的化学传感器阵列和分光计结合在一起。
As part of this effort, artificial neural networks, implemented in software are being combined with chemical sensor arrays and spectrometers for use in prototype electronic noses.
介绍一种利用分光计及自制盛液“三棱杯” ，采用最小偏向角法测量液体折射率的方法，并对该法进行了分析和讨。
The method to measure the refraction rate of liquids by using the least deflection angle is introduced and analyzed in this paper.
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.
那些每天进食大量水果蔬菜的人，肤色呈现出更多的金黄色。 然后研究人员采用一种科学仪器——分光计，测量了皮肤对光谱中不同光的吸收方法。
Those who ate more portions of fruit and vegetables a day were found to have a more golden, yellow skin colour.
那些每天进食大量水果蔬菜的人，肤色呈现出更多的金黄色。 然后研究人员采用一种科学仪器——分光计，测量了皮肤对光谱中不同光的吸收方法。
Those who ate more portions of fruit and vegetables a day were found to have a more golden, yellow skin colour.
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