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Research on Measurement Technology of Flue Gas Velocity Based on Optical Scintillation Induced by Fluctuation of Particulate Concentration

机译：基于颗粒浓度波动诱导的烟气速度测量技术研究

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Zhibo Ni; Tao Pang; Yang Yang; Fengzhong Dong;
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1. Research on Measurement Technology of Flue Gas Velocity Based on Optical Scintillation Induced by Fluctuation of Particulate Concentration [J] . Zhibo Ni, Tao Pang, Yang Yang, Journal of Environmental Protection . 2014,第10期

机译：基于颗粒物浓度波动引起的光闪烁的烟气流速测量技术研究
2. Estimation of uncertainty of mean velocity of flue gas in a conduit as determined by the traverse method within the gravimetric measurement of particulate concentration [J] . Kateusz Przemyslaw Flow Measurement and Instrumentation . 2015,第Null期

机译：在颗粒浓度的重量测量中通过导线法确定的导管中烟道气平均速度的不确定性估计
3. Estimating ambient particulate organic carbon concentrations and partitioning using thermal optical measurements and the volatility basis set [J] . Ma Jiesi, Li Xiang, Gu Peishi, Aerosol Science and Technology: The Journal of the American Association for Aerosol Research . 2016,第4a6期

机译：使用热光学测量和挥发性基础集估算周围的颗粒有机碳浓度和分配
4. Three-dimensional Vorono? imaging methods for the simultaneous measurement of velocities and concentrations in dense particulate flows [C] . B. Spinewine, H. Capart, Y. Zech Hydraulic measurements amp; experimental methods 2002 . 2002

机译：三维Vorono？同时测量稠密颗粒流中的速度和浓度的成像方法
5. LDV measurements and analysis of gas and particulate phase velocity profiles in a vertical jet plume in a 2D bubbling fluidized bed. [D] . Mychkovosky, Alexander G. 2010

机译：LDV测量和分析二维鼓泡流化床中垂直射流羽流中的气相和颗粒相速度分布。
6. Contactless Measurements of Carrier Concentrations in InGaAs Layers for Utilizing in InP-Based Quantum Cascade Lasers by Employing Optical Spectroscopy [O] . Marcin Kurka, Michał Rygała, Grzegorz Sęk, 2020

机译：通过采用光学光谱分程利用基于INP的量子级联激光器的InGaAs层的非接触式测量
7. Predicting Amine Mist Formation Based on Aerosol Number Concentration and Size Measurements in Flue Gas [O] . Mertens Jan, Brachert Leonie, Desagher Dominique, 2014

机译：基于烟气中气溶胶浓度和粒度测量的胺雾形成预测

Research on Measurement Technology of Flue Gas Velocity Based on Optical Scintillation Induced by Fluctuation of Particulate Concentration

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