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电阻法测控炉气碳氮势数学模型的物理分析
Physical Analyses of Mathematical Model of Controlling Carbon and Nitrogen Potential in the Carbonitriding Furnace Atmophete by Electro-Resistivity Prospecting
【摘要】 电阻法测控炉气碳氮势数学模型的物理分析胡锐,杨思品,席守谋(西北工业大学)1前言用电阻法直接测控碳氮共渗过程中碳、氮势的研究,近年来有较大发展[1].有研究表明,碳、氮原子在γ-Fe中扩散特性相似,在有碳参与的情况下,渗氮动力学几乎不受影响[2],可...
【Abstract】 It is practicable to control and nitrogen potential by electro-resistivity prospecting by means of experiments,The research results show that the resistance value is still a hear function of the carbon and nitrogen potential,Under given conditions,it is expressed that R=26.089+1.27·Gp+1.75.Np ; Using the dilute solid-solution theory,it is testified that the model can indicate really the contributions of carbon and nitrogen atom to R,and the general physical formula is founded,namely:
【关键词】 carbonitriding;
electro-resistivity prospecting;
【Key words】 carbonitriding; electro-resistivity prospecting;
【Key words】 carbonitriding; electro-resistivity prospecting;
- 【文献出处】 金属热处理学报 ,TRANSACTIONS OF METAL HEAT TREATMENT , 编辑部邮箱 ,1995年02期
- 【分类号】TG156.82
- 【被引频次】2
- 【下载频次】40