中文名称 激发温度 英文名称 excitationtemperature
激发温度(Excitation temperature)温度升高,谱线强度增大。但温度升高,电离的原子数目也会增多,而相应的原子数减少,致使原子谱线强度减弱,离子的谱线强度增大。
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...电感耦合等离子体光发射光谱分析中无机酸基体效应研究 ( Ⅱ) 克服无机酸基体干扰的方法 硝酸、高氯酸对等离子体的激发温度( Texc ) 及电子 数密度( ne ) 的影响,较之进样系统更为重要。因此, 提高等离子体的rf 功率( > 1.
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电子激发温度 electronic excitation temperature
Many jobs were done to support the study of arc ignition mechanics, such as designing trigger circuit, taking spectra signal and calculating excited temperature and electron density. This paper summarized the transition features of excited temperature and electronic density.
设计了电压触发同步电路,拍摄了引弧阶段各时刻的光谱信号,计算了激发温度和电子密度,为研究TIG焊引弧的机理提供了理论与实验的定量依据。
参考来源 - 基于光谱诊断的TIG焊引弧过程研究·2,447,543篇论文数据，部分数据来源于NoteExpress
钛元素的激发温度也是如此类似测得。
The excitation temperatures of Ti thus measured. are comparable.
在电极间隙增大时电弧放电柱放大而激发温度升高。
The results show that the relations between the excitation temperature and arc dischargable post under different current and different electrode gap.
为解释谱线强度增强的机理，测量了等离子体的激发温度。
The excitation temperature of laser plasma was measured to explain the mechanism that the line intensities increase.
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