The Study of Annealing Process of Micro-carbon Deep-Drawing Steel Sheet

机译：微碳深钢板退火过程研究

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摘要

The paper systematically studies the rule of producting and development of triple cementite, and the influence of the annealing process on texture of deep-drawing steel sheet with carbon content less than 0.03

机译：本文系统地研究了三重渗透石的生产和发展规则，以及退火过程对碳含量小于0.03的深拉钢板纹理的影响

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《International conference on advanced automobile materials》|1997年||共5页
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作者
Tian Dexin; Feng Peihua; Liu Hao; Chen yu;
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原文格式 PDF
正文语种
中图分类汽车材料;
关键词
Micro-carbon; Deep-drawing steel sheet; Annealed in bell-type furnace; Triple cementite network;

机译：微碳;深图钢板;在钟式炉中退火;三重凝胶网;

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1. Simulation of annealing process effect on texture evolution of deep-drawing sheet Stl5 [J] . Jinghong Sun, Yazheng Liu, Leyu Zhou Journal of University of Science and Technology Beijing . 2005,第6期

机译：模拟退火工艺对深冲薄板Stl5组织演变的影响
2. Simulation of annealing process effect on texture evolution of deep-drawing sheet Stl5 [J] . Jinghong Sun, Yazheng Liu, Leyu Zhou Journal of University of Science and Technology Beijing . 2005,第6期

机译：退火工艺对深冲钢板Stl5织构演变的影响模拟
3. Evaluation of the deep-drawing steel sheets processed by DRECE device [J] . O. Hil?er, S. Rusz, M. Salajka, Archives of Materials Science and Engineering . 2014,第1期

机译：DRECE设备加工的深冲钢板的评估
4. The Study of Annealing Process of Micro-carbon Deep-Drawing Steel Sheet [C] . Tian Dexin, Feng Peihua, Liu Hao, International conference on advanced automobile materials;ICAM'97 . 1997

机译：微碳深冲钢板退火工艺研究
5. Coating transformations in the early stages of hot-dip galvannealing of steel sheet. [D] . McDevitt, Erin Todd. 1998

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6. Annealing Effects in Twin-Roll Cast AA8006 Aluminium Sheets Processed by Accumulative Roll-Bonding [O] . Miroslav Cieslar, Michaela Poková 2014

机译：累积滚焊处理的双辊铸造AA8006铝板的退火效果
7. Reduction of Springback for Hat Channel with High-Strength Steel Sheets by Stroke-Returning Deep-Drawing Process [O] . Hayato KOMINE, Masayuki ASAKURA, Taro GEKA, 2016

机译：通过行程返回深拉绘制工艺减少高强度钢板帽通道的回弹
8. Exploration of Statistical Fatigue Failure Characteristics of 0.063-Inch Mill-Annealed Ti-6Al-4V Sheet and 0.050-Inch Heat-Treated 17-7PH Steel Sheet Under Simulated Flight-By-Flight Loading. [R] . butler, j. p. rees, d. a. 1975

机译：0.063英寸轧机退火Ti-6al-4V板材和0.050英寸热处理17-7pH钢板在模拟飞行载荷下的统计疲劳失效特性探讨。

The Study of Annealing Process of Micro-carbon Deep-Drawing Steel Sheet

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