55th AIAA Aerospace Sciences Meeting : Spray Measurements at Elevated Pressures and Temperatures Using Phase Doppler Anemometry
Equivalence Ratio (Φ) at LBO for the fuels tested. Points represent the... | Download Scientific Diagram
Predicting lean blow-off limit of gas turbine combustors based on Damköhler number and detailed atomization information - Zhonghao Wang, Bin Hu, Aibing Fang, Aiming Deng, Junhua Zhang, Qingjun Zhao, 2021
Sauter Bachmann Company Profile: Acquisition & Investors | PitchBook
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Lean blowout characteristics of spray flame in a multi-swirl staged combustor under different fuel decreasing rates - ScienceDirect
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Predicting Lean Blowout Limit of Combustors Based on Semi-Empirical Correlation and Simulation | Journal of Propulsion and Power
Investigation of effect of atomization performance on lean blowout limit for gas turbine combustors by comparison of utilizing aviation kerosene and methane as fuel
Predicting lean blow-off limit of gas turbine combustors based on Damköhler number and detailed atomization information - Zhonghao Wang, Bin Hu, Aibing Fang, Aiming Deng, Junhua Zhang, Qingjun Zhao, 2021
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Effects of fuel injection on the combustion and emission performance of a trapped vortex combustor - ScienceDirect
Predicting lean blow-off limit of gas turbine combustors based on Damköhler number and detailed atomization information - Zhonghao Wang, Bin Hu, Aibing Fang, Aiming Deng, Junhua Zhang, Qingjun Zhao, 2021
Predicting Lean Blowout Limit of Combustors Based on Semi-Empirical Correlation and Simulation | Journal of Propulsion and Power
Analyzing lean blow-off limits of gas turbine combustors based on local and global Damköhler number of reaction zone - ScienceDirect
PD-L1 testing of non-small cell lung cancer using different antibodies and platforms: a Swiss cross-validation study | SpringerLink
Predicting Lean Blowout Limit of Combustors Based on Semi-Empirical Correlation and Simulation | Journal of Propulsion and Power
Predicting Lean Blowout Limit of Combustors Based on Semi-Empirical Correlation and Simulation | Journal of Propulsion and Power
Analysis of droplet characteristics and cooling lubrication effects in MQL milling of 316L stainless steel - ScienceDirect
