absorption spectroscopy信息详情
[光]吸收光谱学
absorption───n.吸收;全神贯注,专心致志
absorption base───吸收基质
fluorescence spectroscopy───[光]荧光光谱学;[医]荧光光谱学
absorption rate───摊配率;吸收速率;吸收速度;分摊率
absorption bands───吸收波段;吸收谱带
photoelectron spectroscopy───[物][分化]光电子能谱法;电光子分光光谱
absorption costing───归纳成本计算法;全部成本计算法,归纳成本法,分担成本计算
absorption edge───吸收边沿;[光]吸收限
absorption line───吸收(谱)线;吸收线
Differential optical absorption spectroscopy has become a widely used method to measure trace gases in the atmosphere.───差分光学吸收光谱法已经变成了测量大气中微量气体浓度常用的方法。
A method of two beams photodissociations to study IR absorption spectroscopy was described.───一种研究红外吸收光谱的双光束光解方法。
Atomic absorption spectroscopy has proved to be a versatile tool in measuring concentrations of trace metals.───原子吸收光谱法已证明是一种用于测定痕量的金属浓度的灵活多用的仪器。
By the separation of the sample and infrared absorption spectroscopy, the Chemical composition of a glass clean agent was tested.───采用化学分离方法结合红外吸收光谱法对一种玻璃清洗剂的化学成份进行检测分析。
This paper studies the calcined cement clinker with tungsten tailings by means of atomic absorption spectroscopy(AAS) and X-Ray diffraction.───采取原子吸收分光光度计、X-射线衍射分析等方法研究利用钨尾矿煅烧水泥熟料。
Photoacoustic detection of trace concentrations of gases is one of the most sensitive techniques of infrared Absorption spectroscopy.───光声光谱法是基于红外吸收光谱原理的一种高灵敏度的微量气体探测技术。
The influence of light intensity fluctuations can be eliminated by using scanned-wavelength direct absorption spectroscopy.───扫描波长直接吸收光谱学对光强度波动的影响可以消除。
A higher temperature flame than atomic absorption spectroscopy (AA) is typically used to produce excitation of analyte atoms.───一个比原子吸收光谱(机管局)火焰温度较高,通常用于生产分析物原子的激发。
Differential optical absorption spectroscopy(DOAS) has proven to be a reliable method in environmental monitoring.───差分光学吸收光谱技术(DOAS)近年来已成为环境监测中的可行方法。
Atomic absorption spectroscopy has proved to be a versatile tool in measuring concentrations of trace metals.
Optical absorption spectroscopy and X-ray absorption fine structure technique were used to study the formation mechanism of Cu nanoparticles and local structures of copper atoms in silicate glass.
The Cavity enhanced absorption spectroscopy based on a tunable DFB diode laser ( TDL - CEAS ) was described.
Differential optical absorption spectroscopy has become a widely used method to measure trace gases in the atmosphere.
The mechanism of intracavity absorption spectroscopy is described by the semiclassical theory of mode coupling in laser, and an analysis of the factors that determine sensitivity is given.
Differential optical absorption spectroscopy (DOAS) has become a widely used method to measure trace gases in the atmosphere.
The properties of the DLC film were discussed from analysis of infrared absorption spectroscopy.
To determine these it is necessary to use a slower method such as atomic absorption spectroscopy or neutron activation.
With the method of differential optical absorption spectroscopy (DOAS), aerosol along the light path is monitored and its size distribution is measured with double optical path method.
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