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Effects of radius, microwave power, and gas flow rate on the electronic excitation temperature in an atmospheric pressure microwave plasma torch

机译：半径，微波功率和气体流量对大气压微波等离子体炬电子激发温度的影响

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Green Karyn;
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1. Optical diagnostics of a low power—low gas flow rates atmospheric-pressure argon plasma created by a microwave plasma torch [J] . Chuji Wang, Nimisha Srivastava, Susan Scherrer, Plasma Sources Science & Technology . 2009,第2期

机译：微波等离子体炬产生的低功率，低气体流量，大气压氩等离子体的光学诊断
2. Effects of the substrate temperature on the deposition of thin SiO_x films by atmospheric pressure microwave plasma torch (TIA) [J] . Landreau X., Dublanche-Tixier C., Jaoul C., Surface & Coatings Technology . 2011,第S2期

机译：衬底温度对大气压微波等离子体炬（TIA）沉积SiO_x薄膜的影响
3. Parametric study of an atmospheric pressure microwave-induced plasma of the mini MIP torch-II. Two-dimensional spatially resolved excitation temperature measurements [J] . S.Jovicevic, M.Ivkovic, N.Konjevic Spectrochimica Acta, Part B. Atomic Spectroscopy . 2001,第12期

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4. Self-absorption Effects In Experimental Methods Used To Determine Electron Density And Gas Temperature In An Argon Microwave Plasma (SWP) Generated At Atmospheric Pressure [C] . I. Santiago, J. Munoz, M.D. Calzada International Conference on Spectral Line Shapes . 2008

机译：用于测定在大气压下产生的氩微波等离子体（SWP）中的电子密度和气体温度的实验方法中的自吸收效应
5. Characterization and gas temperature measurements of a waveguide-based microwave plasma torch. [D] . Hammond, Peter J. 2013

机译：基于波导的微波等离子炬的表征和气体温度测量。
6. How to Ignite an Atmospheric Pressure Microwave Plasma Torch without Any Additional Igniters [O] . Martina Leins, Sandra Gaiser, Andreas Schulz, 2015

机译：如何在没有任何其他点火器的情况下点燃大气压微波等离子炬
7. 1Electronic Excitation Temperature Profiles in an Air Microwave Plasma Torch [O] . K. Green, M. C. Borrás, P. P. Woskov, 2001

机译：1空气微波等离子炬中的电子激发温度曲线

Effects of radius, microwave power, and gas flow rate on the electronic excitation temperature in an atmospheric pressure microwave plasma torch

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