在改善约束实验中，发现氦有积累增加的趋势，氦谱线发射强度径向分布峰向内移。
In the improved confinement experiments, the tendency for helium accumulation to increase has been found, and the peak of radial profile for helium line emission intensity moves inward.
看这里，首先，这些发射谱线，就是我刚给你们看的，实验室里测量的，它们在测量同时，就能得到。
You see here, first of all, the emission lines which are measured in the laboratory that I just showed you. They are always done simultaneously with the measurements.
你们看到发射谱线，不是吸收谱线。
主要的研究内容有：（1）初步确定了样品中元素激发态原子发射谱线的元素归属。
The main contents are as follows: (1) some characteristic emission lines of neutral atoms in excited states are identified.
在可见光范围给出了所观察到的各条谱线的发射截面及相应上能级的激发截面。
The emission cross sections of the observed lines and the excitation cross sections of the corresponding states are obtained in the visible region.
发现部分元素的空心阴极灯发射线与其他元素的共振线或非共振线存在谱线重叠现象。
The spectral overlap was discovered among emission lines of some elements and resonance lines or non-resonance lines of other elements.
在光谱管中原子间的碰撞是导致原子发射谱线加宽的重要原因之一。
The collisions between atoms in a spectral tube can be one of important Sources of emission-line broadening.
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.
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.
相对论电子在某种粒子数反转布居的分子云中穿行时，可以产生具有反常强度比的微波发射谱线。
Microwave emission lines with anomalous intensity ratio would be produced when the relativistic electrons move through a, molecular cloud with a certain population inversion.
我们辨认了这个光源发射的大部分谱线共554条。
Majority (554 in number) of the emission lines has been identified.
随着一次风煤粉浓度下降，K的发射谱线强度下降。
The emitted line intensity of K decreases with reducing of the concentration of pulverized coal.
通过时间分辨成像研究起辉阶段在放电电极极间间隙的时空演变和发射谱线强度的特征。
The ignition characteristics in terms of spatial-temporal evolution of discharge interelectrode structure and optical emission intensity are investigated by time resolved imaging.
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).
他们很感迷惑地判定，这些谱线不是由寻常的 oh分子而是由一种未知物质发射的。
Perplexed, they decided that the lines were not emitted by the commonplace OH molecule but an unknown substance.
分别利用分子基带转振光谱测温法，以及分子发射光谱最大强度谱线测温法，对燃烧温度进行了遥感实时测定。
The combustion temperatures with the burning time were calculated from the maximum spectral line intensity and the molecular rotation vibration spectra of HF molecule, respectively.
利用可调谐激光器与元素光谱灯，根据光谱带宽内的发射谱线所对应的波长，以及探测器尺寸与系统带宽之间的关系，设计了光谱定标方案。
According to emission lines and the relation between detector size and system bandwidth, we designed the spectral calibration plan for SHS, which uses tunable laser and halogen lamp.
利用可调谐激光器与元素光谱灯，根据光谱带宽内的发射谱线所对应的波长，以及探测器尺寸与系统带宽之间的关系，设计了光谱定标方案。
According to emission lines and the relation between detector size and system bandwidth, we designed the spectral calibration plan for SHS, which uses tunable laser and halogen lamp.
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