进行了分析谱线的选择，干扰实验。
The analytical line of Si is selected, and experiments on interaction are conducted.
优选出最佳仪器工作条件和被测元素分析谱线。
The analytical conditions were optimized and the best spectrum lines were selected.
对分析谱线、基体元素和等离子体参数等进行了讨论。
The analytical line, matrix elements and plasma parameters were discussed.
研究了钠、铝对不同电离能和激发能的分析谱线的干扰效应。
The interfering effects of sodium and aluminium on analysis spectral lines of different ionization energy and excitation energy have been studied.
选择了合适的分析谱线，采用基体匹配法和背景扣除法消除基体元素对被测元素的光谱干扰。
The spectral interferences from zirconium to the spectral lines of the elements determined were investigated and corrected by the matrix matching and background correction methods.
试验研究了不同浓度钠基体对分析谱线产生的干扰和用钇作为内标元素来补偿钠基体的干扰。
The interference due to variably concentration of sodium, and using of internal standard element yttrium compensate for it were investigated.
研究了分析谱线、背景校正点、高频功率、载气压力、试样提升量和辅助气体流量对分析结果的影响。
The effects of analytical spectral line, back ground correcting point, high frequence power, carrier gas pressure, flow rate of liquid sample and auxiliary gas on analytical results were investigated.
多谱线分析揭示了色彩的每一个连续色阶，并且在没有实际颜料时，也能鉴定出每一种颜料以及多种颜料的混合时的各个层次的像素色。
Multispectral analysis reveals each successive layer of colour, and enables the pigments and pigment mixtures of each pixel to be identified without taking physical samples.
本文用谱域导抗法分析了微带线的特性，研究了屏蔽盒对微带线传播特性和色散特性的影响。
Influence of the shielding box on the propagation and dispersion characteristics of microstrip has been analyzed by the spectral domain immittance approach.
相继两次DFT分析（实为一次复时域信号分析）可精确确定诸分立谱线的频率、幅度与相位。
The frequency and amplitude and phase of discrete spectral lines can be calculated through two DFT analyses one after another, which is one complex time domain signal analysis virtually.
研究了利用铁元素及成分元素特征谱线进行基体鉴别和成分元素分析的方法，研究结果可用于铁合金基体鉴别及各成分元素的定性和半定量分析。
The analysis method of using the characteristic spectrums of fe and other elements of ferroalloys to differentiate the matrix and to analyze various elements was researched.
在镍基合金可见光谱计算机模拟基础上，研究利用镍元素及成分元素特征谱线进行基体鉴别和成分元素分析的方法。
The method was developed for the matrix determination and the component analysis by the character line in Ni-based alloy based on digital simulation.
文中还就谱线特征的形成原因作了分析。
对塞曼效应实验系统各环节的作用、要求和关键作了分析和评述，指出了安排实验中应注意的问题，提出了观察不同谱线塞曼效应的建议。
The functions and main points in experiment system for Zeeman effect are analyzed. Some problems in the experiment are pointed out. It is suggested that distinct Zeeman effects should be observed.
我们已对所拍摄的光谱的谱线都进行了辨认，所有结果表明原子发射光谱分析法是研究不同条件下氦等离子体状态的一种十分有效的手段。
Spectral lines have been identified. All results indicate that the spectroscopic analysis of atom emission is an effective way to study the state of He plasma under different conditions.
CCD作为光谱分析和测色仪器的光谱接收器件，光谱谱线定位受单色仪狭缝和CCD光敏元尺寸影响。
CCD as receiver is used to analyze spectrum and measure color. Orientation of optic spectrum line is affected on silt of monochromaticity and size of CCD photosensitive unit.
在SF_6电弧等离子体平衡成份的计算基础上，本文计算了一些SF_6等离子体光谱分析中常选用的几条谱线的线光谱发射系数。
On the basis of the equilibrium composition of SFe arc plasma, the emission coefficients of the spectral lines, which were usually chose in the spectral analysis of SF6 arc plasma, were computed.
用射频频谱分析仪观测一个已调波的频谱成分，记录上边带或下边带中各条谱线的幅度值，从而可以根据有关算式计算出调制信号（音频信号）的失真度。
Spectrum of the amplitude-modulated wave is observed by a radio frequency spectrum analyzer and amplitude values of every spectrum are recorded at the upper sideband or lower sideband.
计算了输出脉冲的垂直谱位移，并将其作为刻线夹角的函数进行了分析。
The vertical spectrum displacement in the output pulse is calculated and shown quantitatively as function of the Angle between the grooves.
本文提出的分立谱线辨识方法普遍适用于各种周期性时域信号的精密谱分析工作。
The method of discrete spectral line identification presented in this paper applies to the precise spectral analysis of all kinds of periodic time domain signals.
进而研究根据CPT谱线实现原子钟锁频的数学过程，并通过对激光调制过程中物理鉴频系统的信号流分析得到物理系统的鉴频模型。
The method for locking frequency according to CPT line is studied. The model of frequency detection for physical package is attained according to analysis the course of detection.
本文介绍电极参数对易挥发元素谱线强度和光谱分析再现性的影响情况。
The paper reports the influence of parameters of the electrode on the line intensity and the reproducibility of the spectrochemieal determination of the volatile elements.
通过谱线强度的相对变化，对装置的稳定运行条件和等离子体的破裂不稳定性进行了分析。
The stable operation condition and disruption instability on the HL-1 are analyzed from the variation of relative intensities of the lines.
采用干涉成像光谱技术对被探测源谱线为高斯轮廓时风场的速度、温度的测量进行了分析和计算。
Variation of path difference velocity and temperature of wind field are analyzed and calculated applying interference image spectroscopy.
本文建立了一种求解激光工作物质综合加宽机制下谱线线型函数统一的数学方法。分析、讨论了激光工作物质在各种加宽机制下光谱线线型函数的基本特性。
The mathematics method on the complete function of integrated broadening optical lineshape for laser material is given. The basic proper ties of the complete lineshape function are analyzed.
谱线重叠干扰一直影响着电感耦合等离子体原子发射光谱分析法(ICP - AES)性能的提高。
Spectral overlap interference has been hampering the improvement of the analytical performance of ICP-AES (Inductively Coupled Plasma-Atomic Emission Spectrometry).
采用傅里叶变换红外光谱仪(FTIR)对样品进行化学结构分析并且根据谱线计算了不同热处理下薄膜的亚胺化程度。
The chemical structure of the freestanding films was investigated with FTIR spectroscopy and the degree of imidization was calculated.
采用傅里叶变换红外光谱仪(FTIR)对样品进行化学结构分析并且根据谱线计算了不同热处理下薄膜的亚胺化程度。
The chemical structure of the freestanding films was investigated with FTIR spectroscopy and the degree of imidization was calculated.
应用推荐