1) Wire for Steel Cord of Tyre
钢帘线钢
2) steel cord
钢丝帘线
1.
Application of 0.25+6+12×0.225HT steel cord in carcass ply of TBR tire;
0.25+6+12×0.225HT钢丝帘线在全钢载重子午线轮胎胎体中的应用
2.
Application of new structure steel cord in TBR tire;
全钢载重子午线轮胎新结构钢丝帘线的应用
3.
Application of 5×0.35HI steel cord in belt guard ply of TBR tire;
5×0.35HI钢丝帘线在全钢载重子午线轮胎带束保护层中的应用
3) steel cord
钢帘线
1.
Influence of hot rolling process on microstructure and mechanical properties of T7 steel cord;
热轧过程对T7钢帘线组织与性能的影响
2.
Investigation in morphology and composition of inclusions in wire rod for steel cord
钢帘线盘条中夹杂物形态和成分的调查
3.
According to the need for lightening of cars,requirement on strength of steel cord for radial tire is steadily increased.
随着汽车轻量化的发展,对增强子午线轮胎钢帘线用钢丝的强度要求不断提高。
4) tire cord steel
帘线钢
1.
Composition control of a CaO-SiO_2-Al_2O_3-MnO system in tire cord steel;
帘线钢CaO-SiO_2-Al_2O_3-MnO系夹杂物的成分控制
2.
Inclusion precipitation in tire cord steel during solidification;
帘线钢凝固过程中夹杂物析出
3.
Minimum free-energy change model for controlling inclusion components in tire cord steel
帘线钢夹杂物成分控制的最小自由能变化模型
5) steel for tyre cord
帘线用钢
1.
Quality gap between overseas and domestic steel for tyre cord was discussed and wire breakage mechanism was analyzed.
介绍了钢帘线用盘条的研制工艺、夹杂物控制水平以及在钢帘线厂试验取得的实际效果;对比了国内外帘线用钢的质量差距,并对断丝的机理和原因进行了分析。
6) tyre cord steel
帘线钢
1.
The production process of tyre cord steel was presented, and the technical status quo of smelting, refining and continuous casting of tyre cord steel were analyzed by investigation technical data.
通过相关文献资料调研,介绍了帘线钢生产工艺流程及其冶炼、精炼和连铸技术现状,重点分析了帘线钢的质量控制。
2.
The quality requirement of tyre cord steel was introduced,and the production process was presented,the technical status quo of smelting,refining and continuous casting of tyre cord steel were analyzed emphatically,By contrasting steel mills production status at home and abroad,the purity control in domestic tyre cord steel production was proposed to make greater efforts.
简要阐述帘线钢的质量要求,重点分析了帘线钢的生产工艺流程及冶炼、精炼和连铸技术现状,通过国内外钢厂生产现状的对比,建议国内帘线钢生产应在洁净度控制方面多下功夫。
3.
The article presents the analysis requirements for modification of inclusions in tyre cord steel.
本文主要介绍了帘线钢夹杂物改性的成分要求,对影响帘线钢断丝原因进行了分析,并对某钢厂在夹杂物控制方面所做的工作和结果作了介绍。
补充资料：万钢
万钢
万钢生于１９５２年８月，上海市人，致公党成员，研究生学历，工学博士。１９６９年４月参加工作，１９６９年４月至１９７５年１０月为吉林省延吉县三道公社插队知青，１９７５年１０月至１９７８年８月在东北林业大学道桥系学习，１９７８年８月至１９７９年９月任东北林业大学物理系教研室教师，１９７９年９月至１９８１年１２月在同济大学结构理论研究所实验力学专业攻读硕士学位，１９８１年１２月至１９８５年４月任同济大学力学系教师，１９８５年４月至１９９１年１月在德国克劳斯塔尔工业大学机械系攻读博士学位。１９９１年１月起为德国奥迪汽车公司技术开发部工程师，生产部、总体规划部技术经理，２００１年４月任同济大学新能源汽车工程中心主任，２００１年８月任同济大学校长助理、新能源汽车工程中心主任，２００２年２月任同济大学校长助理、汽车学院院长、新能源汽车工程中心主任，２００３年６月任同济大学副校长（主持工作），２００４年７月后任同济大学校长，２００６年１２月后任致公党中央副主席，同济大学校长。万钢是十届全国政协常委。
十届全国人大常委会第二十七次会议２７日经表决决定，免去徐冠华的科技部部长职务，任命万钢为科技部部长。国家主席胡锦涛签署主席令，公布了这一决定。
徐冠华已到任职年龄界限。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。