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渗碳级硼钢的研究 |
关启标;李林 |
中国科学院冶金陶瓷研究所;中国科学院冶金陶瓷研究所 |
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AN INVESTIGATION OF CARBURISING GRADE BORON STEEL |
KUAN CHI-PIAO AND LI LIN Institute of Metallurgy and Ceramics;Academia Sinica |
引用本文:
关启标;李林. 渗碳级硼钢的研究[J]. 金属学报, 1956, 1(3): 255-264.
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AN INVESTIGATION OF CARBURISING GRADE BORON STEEL[J]. Acta Metall Sin, 1956, 1(3): 255-264.
[1] 李薰,对冶金科学长远计划以及建立我国合金钢系统的一些初步意见,科学通报,12(1955) ,第46页. [2] Grange,R.A.and Garvey,T.M.,Factors Affecting the Hardenability of Boron Treated Steels,Trans.ASM,37(1946) ,p.136. [3] Rahrer,C.D.and Armstrong,C.D.,Effect of C-content on Hardenability of Boron Steels,Trans.ASM,40(1948) ,p.1099. [4] Jatczak,C.F.,and Rowland,E.S.,The Influence of Boron on Case Hardenability in Alloy Carburizing Steels,Trans.ASM,45(1953) ,p.771. [5] Grange,R.A.and Mitchell,J.B.,Effect of Carbon and Boron on the Hardenability of a Casecarburized Steel,Trans.ASM,46(1954) ,p.446. [6] Gurry,R.W.,The Relative Deoxidizing Power of Boron in Liquid Steel and the Elimination of Boron in the Open-hearth Process,Metal Technology,Dec.1943. [7] Speight,G.E.,Addition of Boron to Steel by Reduction from Oxide.J.I.S.I.,171(1952) . [8] Asimow,M.,Graig,W.F.and Grossmann,M.A.,Correlation between the Jominy Test and Quenched round Bars.,Journal SAE,49 No.1 July 1941,p.283. [9] Grossmann,M.A.,Hardenability Calculated from Chemical Composition,Metals Technology,June,1942. [10] Grossmann,M.A.,Elements of Hardenability,ASM,1952. [11] #12 [12] #1 |
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