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Thermodynamic Analysis of Burning Resistivity of Ti-Cr-V-Mo Alloys
引用本文:刘玉芹,庄卫东,白克武,沈剑韵,张翥. Thermodynamic Analysis of Burning Resistivity of Ti-Cr-V-Mo Alloys[J]. 稀有金属(英文版), 1997, 0(4)
作者姓名:刘玉芹  庄卫东  白克武  沈剑韵  张翥
作者单位:Liu Yuqin,Zhuang Weidong,Bai Kewu,Shen JianyunCorresponding author,professor and Zhang ZhuGeneral Research Institute for Nonferrous Metals,Beijing 100088,China
摘    要:ThermodynamicAnalysisofBurningResistivityofTiCrVMoAloys①LiuYuqin,ZhuangWeidong,BaiKewu,ShenJianyun②andZhangZhu(刘玉芹)(庄卫东)(白...


Thermodynamic Analysis of Burning Resistivity of Ti Cr V Mo Alloys
Liu Yuqin,Zhuang Weidong,Bai Kewu,Shen JianyunCorresponding author,professor and Zhang ZhuGeneral Research Institute for Nonferrous Metals,Beijing ,China. Thermodynamic Analysis of Burning Resistivity of Ti Cr V Mo Alloys[J]. Rare Metals, 1997, 0(4)
Authors:Liu Yuqin  Zhuang Weidong  Bai Kewu  Shen JianyunCorresponding author  professor   Zhang ZhuGeneral Research Institute for Nonferrous Metals  Beijing   China
Affiliation:Liu Yuqin,Zhuang Weidong,Bai Kewu,Shen JianyunCorresponding author,professor and Zhang ZhuGeneral Research Institute for Nonferrous Metals,Beijing 100088,China
Abstract:Burning resistivities of the Ti Cr V Mo alloys were investigated by means of their adiabatic flame temperatures. Calculated results show that the adiabatic flame temperature of the Ti Cr V Mo alloys is lower than that of the Ti Cr V alloys, most probably due to that the gas products of molybdenum oxide can be easily formed and the sublimation of more oxides leads to the reduction of T af . Therefore, the Ti Cr V Mo alloys would have better burning resistivity and their optimal composition is presented.
Keywords:Thermodynamics   Adiabatic flame temperature   Titanium alloys   Burning resistivity
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