us3951697a

Cited by 189Publish Year 1975Author Oleg D. Sherby, Conrad M. Young, Bruno Walser, Eldon M. CadyUS4334937A - Process for improving decarburization us3951697a

A process for improving decarburization resistance of chrome-molybdenum steel in sodium is provided which comprises subjecting the chrome-molybdenum steel to cold working to attain a working ratio of not less than 5%, thereby forming numerous nuclei for carbide formation in the steel material, and heat-treating the cold-worked steel to form stable, fine carbide particles.US3951697A - Superplastic ultra high carbon steel - Google us3951697aUS3951697A US05/552,245 US55224575A US3951697A US 3951697 A US3951697 A US 3951697A US 55224575 A US55224575 A US 55224575A US 3951697 A US3951697 A US 3951697A Authority US United States Prior art keywords steel cementite iron ultra carbon Prior art date 1975-02-24 Legal status (The legal status is an assumption and is not a legal conclusion.

US3951697A - Superplastic ultra high carbon steel - Google us3951697a

US3951697A US05/552,245 US55224575A US3951697A US 3951697 A US3951697 A US 3951697A US 55224575 A US55224575 A US 55224575A US 3951697 A US3951697 A US 3951697A Authority US United States Prior art keywords steel cementite iron ultra carbon Prior art date 1975-02-24 Legal status (The legal status is an assumption and is not a legal conclusion.US3951697A - Superplastic ultra high carbon steel - Google us3951697aUS3951697A US05/552,245 US55224575A US3951697A US 3951697 A US3951697 A US 3951697A US 55224575 A US55224575 A US 55224575A US 3951697 A US3951697 A US 3951697A Authority US United States Prior art keywords steel cementite iron ultra carbon Prior art date 1975-02-24 Legal status (The legal status is an assumption and is not a legal conclusion.US4334937A - Process for improving decarburization us3951697aA process for improving decarburization resistance of chrome-molybdenum steel in sodium is provided which comprises subjecting the chrome-molybdenum steel to cold working to attain a working ratio of not less than 5%, thereby forming numerous nuclei for carbide formation in the steel material, and heat-treating the cold-worked steel to form stable, fine carbide particles.

US4334937A - Process for improving decarburization us3951697a

A process for improving decarburization resistance of chrome-molybdenum steel in sodium is provided which comprises subjecting the chrome-molybdenum steel to cold working to attain a working ratio of not less than 5%, thereby forming numerous nuclei for carbide formation in the steel material, and heat-treating the cold-worked steel to form stable, fine carbide particles.betelgeuse / - Translate this pageUS3951697A - Superplastic ultra high carbon steel - Google Patents Superplastic ultra high carbon steel Download PDF Info Publication number US3951697A US3951697A US05/552,245 US55224575A us3951697a betelgeuse 2013/11/30betelgeuse / - Translate this pageUS3951697A - Superplastic ultra high carbon steel - Google Patents Superplastic ultra high carbon steel Download PDF Info Publication number US3951697A US3951697A US05/552,245 US55224575A us3951697a betelgeuse 2013/11/30

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Translate this pageUS3951697A - Superplastic ultra high carbon steel - Google Patents Superplastic ultra high carbon steel Download PDF Info Publication number US3951697A US3951697A US05/552,245 US55224575A us3951697a betelgeuse 2013/11/30

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