New High-Speed Combination of Spectroscopic And Brightness Pyrometry For Studying Particles Temperature Distribution In Plasma Jets

Igor P. Gulyaev; Kiril l A. Ermakov; Pavel Yu. Gulyaev

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New High-Speed Combination of Spectroscopic And Brightness Pyrometry For Studying Particles Temperature Distribution In Plasma Jets

机译：光谱和亮度高温测定的新型高速组合，用于研究等离子流中颗粒的温度分布

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Up-to-date methods and devices for temperature of dispersed phase control in high-temperature flows are considered. Possibilities of building pyrometric systems using available modern equipment are discussed. The new pyrometric method based on registration of a wide spectral range of radiation is proposed and implemented. Results of particles temperature measurements during plasma treatment of zirconia powders are presented.

机译：考虑了用于高温流中分散相控制的温度的最新方法和装置。讨论了使用可用的现代设备来构建高温系统的可能性。提出并实现了一种基于宽光谱辐射配准的高温测温新方法。给出了氧化锆粉末等离子处理过程中颗粒温度测量的结果。

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《European Researcher. Series A》 |2014年第2期|共7页
作者
Igor P. Gulyaev; Kiril l A. Ermakov; Pavel Yu. Gulyaev;
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中图分类中世纪哲学;
关键词
plasma flow diagnosticsthermal radiationparticles temperaturepyrometry;

机译：等离子体流诊断热辐射粒子温度比热法;

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1. New High-Speed Combination of Spectroscopic And Brightness Pyrometry For Studying Particles Temperature Distribution In Plasma Jets [J] . Igor P. Gulyaev, Kiril l A. Ermakov, Pavel Yu. Gulyaev European Researcher. Series A . 2014,第3a2期

机译：光谱和亮度高温测定的新型高速组合，用于研究等离子流中颗粒的温度分布
2. Subpixel Temperature Measurements in Plasma Jet Environments Using High-Speed Multispectral Pyrometry [J] . Tairan Fu, Jiangfan Liu, Minghao Duan, Journal of Heat Transfer . 2018,第7期

机译：使用高速多光谱高温法在等离子流环境中进行亚像素温度测量
3. Study on the detection of melting temperatures and sources of errors using two-color pyrometry for in-flight measurements of plasma sprayed particles [J] . G. Mauer, R. Vassen, D. Stoever DVS-Berichte . 2008,第CDaROMa252期

机译：使用双色高温法在飞行中测量等离子喷涂颗粒检测熔融温度和误差来源的研究
4. Investigation of the Temperature and Radiative Characteristics of Long-Lived Plasma-Vortex Formations by the Method of High-Speed Brightness Pyrometry [C] . Lev Volodin, Alexander Kamrukov International Congress on Energy Fluxes and Radiation Effects . 2020

机译：高速亮度高温法研究长寿命等离子体涡旋形成层的温度和辐射特征
5. Spectroscopic determinations of magnetic fields, electron temperatures, and electron densities in single wire aluminum plasmas. [D] . Blesener, Kate Suzanne. 2012

机译：用光谱法测定单线铝等离子体中的磁场，电子温度和电子密度。
6. Plasma Jets Fabricated in Low-Temperature Cofired Ceramics for Gold Nanoparticles Synthesis [O] . Olga Rac-Rumijowska, Jan Macioszczyk, Tomasz Matusiak, 2020

机译：用于金纳米颗粒合成的低温简化陶瓷中制造的等离子喷射器
7. New High-Speed Combination of Spectroscopic And Brightness Pyrometry For Studying Particles Temperature Distribution In Plasma Jets [O] . Igor P. Gulyaev, Kirill A. Ermakov, Pavel Yu. Gulyaev 2014

机译：光谱和亮度高温测量的新型高速组合研究等离子体射流中的粒子温度分布
8. Spectroscopic Studies of Argon and Nitrogen Plasmas at Reduced Pressure. Temperature Distributions in Plasmajets and Wall-Stabilized Arcs [R] . Klein, L., Babrov, H. J. 1965

机译：减压下氩和氮等离子体的光谱研究。等离子体射流和壁稳定弧的温度分布

New High-Speed Combination of Spectroscopic And Brightness Pyrometry For Studying Particles Temperature Distribution In Plasma Jets

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