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15篇 您的检索式:作者名="BOLOT R"
    题名 作者 年代 出处 被引量
1Size distribution of particles from individual wires and the effects of nozzle geometry in twin wire arc spraying显示文摘Liao H L Zhou Y L Bolot R 2005Surf Coat Techn2005,200,:1
2On the use of a low-reynolds extension to the Chen-Kim(K-epsilon)model to predict thermal exchanges in the case of an impinging plasma jet显示文摘Bolot R Imbert M Coddet C 2001Journal of Heat and Mass Transfer2001,44,6:1
3Predicting the thermal conductivity of A1Si/polyester abradable coatings: effects of the numerical method显示文摘Bolot R Seichepine J L Qiao J H 2011Journal of Thermal Spray Technology2011,20,12:1
4Size distribution of particles from individual wires and effects of nozzle geometry in twin wire arc spraying显示文摘LIAO H L ZHU Y L BOLOT R 2005Surface and Coating Technology2005,200,:1
5Size Distribution of Particles from Individual Wires and the Effects of Nozzle Geometry in Twin Wire Arc Spraying显示文摘Liao H L Zhu Y L Bolot R 0,,:1
6A Coupled Model Between Robot Trajectories and Thermal History of the Workpiece During Thermal Spray Operation显示文摘Bolot R Deng S Cai Z 2014Journal of Thermal Spray Technology2014,23,3:1
7Size distribution of particles from individual wires and effects of nozzle geometry in twin wire arc spraying显示文摘LIAO H L ZHU Y L BOLOT R 0,,:1
8Size distribution of particles from individual wires and effects of nozzle geometry in twin wire arc spraying 显示文摘Liao H L Zhu Y L Bolot R 2005Surface and Coating Technology2005,200,:1
9In-flight Characteris- tics of Plasma Sprayed Alumina Particles: Measurements, Modeling, and Comparison 显示文摘PLANCHE M BOLOT R CODDET C 2003Journal of Thermal Spray Technology2003,12,1:1
10Size distribution of particles from individual wires and the effects of nozzle geometry in twin wire arc spraying 显示文摘Liao H L Zhou Y L Bolot R 2005Surf Coat Techn2005,200,5:1
11Size distribution of particles from individual wires and the effects of nozzle geometry in twin wire arc spraying显示文摘Liao H.L Zhu Y L Bolot T R 0,,:1
12A threedimensional model of the wirearc spray process and its experimental validation显示文摘BOLOT R PLANCHE M P LIAO H 2008Journal of materials processing technology2008,200,1:1
13Modeling of the Plasma Flow and Anode Region inside a Direct Current Plasma Gun显示文摘Bolot R Coddet C 2011Journal of Thermal Spray Technology2011,20,12:1
14Size distribution of particles from individual wires and the effects of nozzle geometry in twin wire arc spraying 显示文摘Liao H L Zhu Y L Bolot R 2005Surface and Coating Technology2005,,200:1
15Cold-Sprayed Magnesium Coatings Deposited with Helium and Air显示文摘Cold-sprayed magnesium coatings have been little researched although cold spraying has been applied to deposit a large number of materials such as metals,metal matrix composites.In the present study,helium gas and air were employed as the propelling gases to deposit Mg coatings under the temperature of 600℃and 630℃.The effect of gas types on the coating microstructure was investigated.It is much interesting to find that the particle deposition efficiency using helium gas as propelling gas is lower than that using air.This suggests that strong erosion occurred during cold spraying using helium gas.The porosity of the coating using helium gas is lower than that using air.In addition,the in-flight particle velocity was also simulated by the FLUENT software to explore the effect of gas types.The modeled results show that the in-flight particle velocity using helium is higher than the erosion velocity of Mg particle.M P Planche R Bolot C Coddet 2012稀有金属材料与工程2012,41,S1:0
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