Research on Technology of Transpiration Cooling in Thermal Protection System (Ⅰ) Category of Cooling Methods ,Transpiration Cooling Materials and Their Basal Theoretical Models

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Research on Technology of Transpiration Cooling in Thermal Protection System (Ⅰ) Category of Cooling Methods ,Transpiration Cooling Materials and Their Basal Theoretical Models
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Key words:热防护%发汗冷却技术%理论模型

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[1]Hong Changqing,Zhang Xinghong,Han Jiecai,Zhang Hexin.Research on Technology of Transpiration Cooling in Thermal Protection System (Ⅰ) Category of Cooling Methods ,Transpiration Cooling Materials and Their Basal Theoretical Models[J].Aerospace Materials & Technology,2005,35(6).

[2]XING Yajuan,SUN Bo,GAO Kun,WANG Zhenhe and YANG Yi.Research Status of Thermal Protection System and Thermal Protection Materials for Aerospace Vehicles[J].Aerospace Materials & Technology,2018,48(4):9-15.

[3]Research on Thermal Protection Technology for Control Surface of Hypersonic Vehicles[J].Aerospace Materials & Technology

[4]Han Hongshuo.Analysis on Thermal Protection Systems, Structures and Materials for Space Transportation Systems Abroad[J].Aerospace Materials & Technology,1997,27(4):1-4.

[5]Research Progress and Trend Analysis of Hypersonic Vehicle Thermal Protection Technology[J].Aerospace Materials & Technology

[6]Fang Kun,Mao Weimin,Wu Qiye,Liu Wenyan,Ao Ming.Conducting Polymers(CPs) as Electrochromic Materials and Their Applications in Spacecraft and Military Camouflage[J].Aerospace Materials & Technology,2004,34(2):21-25.

[7]Feng Jian,Feng Junzong,Jiang Yonggang,Zhang Changrui.Thermal Transport in Carbon Aerogels and Their Applications in Thermal Protection System[J].Aerospace Materials & Technology,2012,42(2):1-6.

[8]Li Tongqi,Hu Zijun.Carbon Materials With High Directional Thermal Conductivity and Their Structure Design of Thermal Management System[J].Aerospace Materials & Technology,2007,37(1):16-18,22.

[9]ZHAO Feng,qi,LI Shang,wen,WANG Yuan,PAN Qing,YUAN Chao and LUO Yang.Study on the thermal decomposition of NEPE propellant(Ⅰ)Thermal decomposition of binder[J].Journal of Propulsion Technology,2002,23(3):249-251,264.

[10]ZHAO Guang-bo,XIAO Xue-feng,YI Jun and ZHOU Wei-xing.Experimental and Numerical Study on Channel Flow of Porous Wall in Transpiration Cooling[J].Journal of Propulsion Technology,2018,39(6):1340-1346.

[11]LV Zhen-yuan,ZHANG Xing-juan.Research on Optimization Methods of the Advanced Fighter＇s Electronic Equipment Cooling System[J].Aircraft Design,2013(5):12-17.

[12]YAN De-kun,HE Guo-qiang,QIN Fei,LI Wen-qiang and ZHANG Duo.Research on Thermal Protection of Pylon in RBCC[J].Journal of Propulsion Technology,2018,39(2):351-357.

[13]Wang Hongbin.Test Methods on Thermal/Mechanical Fatigue(TMF) of Turbine Blade[J].Aeroengine,2007,33(2):7-11.

[14]YANG Peng.Research on Touchdown Protection, Locked Wheel Protection and Hydroplaning Protection for Commercial Aircraft Brake System[J].Civil Aircraft Design and Research,2016(4):20.

[15]姜旭峰,郑发正.The Application of Smart Materials and Structures in Aircraft and Their Damage Evaluation Methods[J].Aviation Maintenance & Engineering,2003(5):49-52.

[16]WANG Zhuo,WU Yu-lie,DAI Yi-fan,et al.Research on Measurement and Prediction Methods of Subsurface Damage Depth of Optical Materials in Grinding Process[J].Aviation Precision Manufacturing Technology,2007,43(5):1-5.

[17]JIANG Pei-xue,YU Lei and REN Ze-pei.Influence of Variable Thermophysical Properties and Thermal Radiation on Convection Heat Transfer in Transpiration Cooling[J].Journal of Aerospace Power,2004,19(2):184-190.

[18]Ni junfei Sheng Chengxun.The Field Calibration Technology Research of Thermal Resistance and Digital Display Instrument in Aircraft System Simulation Test[J].Civil Aircraft Design and Research,2013(4):60-63.

[19]ZHAO Sui-sheng.Benefit, the Crucial and Basic Category of Historical Materialism Theoretical System[J].Journal of Xi'an Aerotechnical College,2005,23(4):3-6.

[20]ZHANG Fu-kuan,LUO Fa,ZHU Dong-mei,ZHOU Wan-Cheng.Preparation,Microwave Properties of Mullite Ceramic and Their Effects on Microwave Absorbing Materials[J].Acta Aeronautica et Astronautica Sinica,2005,26(2):250-253.

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