文章组成
（按照发表时间由远及近）
1. 中国钢铁的需求和发展
引用本文：
翁宇庆. 中国钢铁的需求和发展[J]. 钢铁,1996, 31(4): 1-10.
WENG Yuqing. DEMAND
AND DEVELOPMENT OF IRON AND STEEL INDUSTRY IN CHINA[J]. Iron and Steel, 1996, 31(4):
1-10.
下载网址：
https://kns.cnki.net/kcms2/article/abstract?v=uagkXMi-j-XWNKvUvoSem3ShIwdsFNHM1n4JFSyxlAOW5aAG82Csf7bZD8Il9D093fbHjRZCsHx_Ehi3iXzTK9ifZ5AhOrIfNvN4gL35NSkooWX4ME-E17ydnOL9axyuwX8Ufr2PzjOZExpRhmn-mDmJ3iFgymm_iQsjgHJNKLtvW9MTOfUe4VREzmpKipWMOgcOIA5VqD_YxLxPHLhDrquX0cQvX4yvXTL_IgIk4CPh8XxrhTRobN6TBASqVYIjodHwq5haUJaZ6-Q22MK-mv6zgJDhfykIq4IRGOVozD94PpLsYpjrCNrBKqNjSJvt&uniplatform=NZKPT&language=CHS
2. 我国近期钢铁工业生产流程的逐步优化
引用本文：
翁宇庆. 我国近期钢铁工业生产流程的逐步优化[J]. 钢铁, 1997, 32(1): 1-8.
WENG Yuqing. RECENT
GRADUAL OPTIMIZATION IN IMPLEMENTATION OF PROCESSING ROUTES IN METALLURGICAL
INDUSTRY OF CHINA[J]. Iron and Steel, 1997, 32(1): 1-8.
下载网址：
https://kns.cnki.net/kcms2/article/abstract?v=uagkXMi-j-VwmzS_KbU4o0KA3yoXM4oHYqOSIO0ptGiAFTfK1sVV6McnJ3dPYIorXvhuVDrA_GEigckq3ZND0Ge3losfze8r76Koyd-YPNwldB-DbkJyoi6s_FdC1rVx1IfqG2TWGxtzoRR5OIYbP8UeKwnumuuWGGTiONzQ6zXDqYb6h1WTGXsImNynSb0p_X2w7cbg7bZVMEe3LcrOxN6y3ah0xtmtniezdcYaTiiFaNwbwJUFjOT-z8lMXahdTHoXHnrlXrZtcic7v4RLTW5DK0h-_9LC8YHK92KAzQ2Rm0lcyTb4StZwjcsbcIqP&uniplatform=NZKPT&language=CHS
3. 1996年我国炼铁技术进展与1997年的展望
引用本文：
翁宇庆. 1996年我国炼铁技术进展与1997年的展望[J]. 钢铁, 1997, 32(5): 1-6.
WENG Yuqing. PROGRESS
IN 1996 AND PROSPECTOF 1997 FOR IRONMAKING PRODUCTION[J]. Iron and Steel, 1997,
32(5): 1-6.
下载网址：
https://kns.cnki.net/kcms2/article/abstract?v=uagkXMi-j-XofQsZIutwYgTr8Lvk3OU5cKpdV4W0iMI9czKhjBZGiN1uN1RWGVVi9udxpHsWDE7K8CE29mOow3cyyKs8JeNm7ftMJEr7r65PQh_Bk-ggAgVtTemWVuoZzohJWn4msqc_IgRqshV1QjecuwB186yGYPOwz8C47AU18IX3ueCLeobG-6nkR5pCMNFc9VGzwS1auEjT5tlKGz-6Du55kYnLG7UlyhtJ8QMbj1zKr005To7RP6CWp5tq3py8mcp52T2OtAMinSLI_c4boMt6etaeBoJehmVgQXHLJAd_yh1p00B4A87K6Bui&uniplatform=NZKPT&language=CHS
4. 我国1996年炼钢及连铸进展与1997年的展望
引用本文：
翁宇庆. 我国1996年炼钢及连铸进展与1997年的展望[J]. 钢铁，1997，32（6）：1-5.
WENG Yuqing. PROGRESS
IN 1996 AND PROSPECT FOR 1997 OF CHINESE STEELMAKING AND CONTINUOUS CASTING[J].
Iron and Steel，1997，32（6）：1-5.
下载网址：
https://kns.cnki.net/kcms2/article/abstract?v=uagkXMi-j-XofQsZIutwYgTr8Lvk3OU5cKpdV4W0iMI9czKhjBZGiLBcDr7NOfoXognBJMJYgyy6qCaI62DASONiaV8b6rMQSBppjukQAq2-iEAFKaSgnItQqYG6e-3Ufv3BwjIwnT6UkM_rVslGzw6mZSb5Z2s3ybeb_SkF0iBFW94FvjsRBX6cgxRYO1t94jLNW--FdEd_1DtyM-sC_FHCOlzBDj5_3lsVNoghPPPO7zOy65w4z_u1EdDKZA3EpR0LWWahD5VJOj6gqHs79WuxtsfAbbrZWEKR1afPOYym2C9HJnvbcfAhE3GG4nn9&uniplatform=NZKPT&language=CHS
5. 1996年我国轧钢技术进展和1997年的展望
引用本文：
翁宇庆. 1996年我国轧钢技术进展和1997年的展望[J]. 钢铁，1997，32（7）：1-5.
WENG Yuqing. PROGRESS
IN 1996 AND PROSPECT OF 1997 FOR STEEL ROLLING PRODUCTION[J]. Iron and Steel，1997，32（7）：1-5.
下载网址：
https://kns.cnki.net/kcms2/article/abstract?v=uagkXMi-j-XTckII00GdR5N3SIraM_3ach56IXynvIpBVVF7-gufyDULFtaeOXEm1KY7GjqIUqYe3GudC3BP0NCpoAn4BQj_0WKeAtWvFPoaXlXXuGZ0UjpRO1JmRJgLpb8AjoEeinndQN7yGfRXNNV0QQH6bdXD4Ejh6LUwH92NH7G_qaFAoXX69fHItDSo90zue4Watv43Xr_u7RzDeKqh93Xd29ZZ5ME2tWE6DtcvedNTY2E0MUXcCDhfM_8sNUdv8OeMuppQq8hilIle7eFXYv4EXVvhzqS9n-Iheb4tXjt4DbKxPNGHXjiWRDib&uniplatform=NZKPT&language=CHS
6. 优化炼钢轧钢工艺结构，促进钢铁生产流程节能降耗，实现优质高效
引用本文：
翁宇庆. 优化炼钢轧钢工艺结构，促进钢铁生产流程节能降耗，实现优质高效[J]. 钢铁，1998，33（6）：1-4,45.
WENG Yuqing. STUDY ON
OPTIMIZATION OF STEELMAKING PROCESS，ENERGY CONSUMPTION REDUCTION IN IRON AND STEEL PRODUCTION AND
REALIZATION OF HIGH QUALITY AND EFFICIENCY[J]. Iron and Steel，1998，33（6）：1-4,45.
下载网址：
https://kns.cnki.net/kcms2/article/abstract?v=uagkXMi-j-XTckII00GdR5N3SIraM_3ach56IXynvIpBVVF7-gufyP4_1PZROcVyRlqwV40CZS2fiR2JWEEB-r9lsW8IMZ1-LRoVT1-2oEfhoko5J4uhy2vwizLCb-5QPneHQoRJJLGkBUqM4khlfzaeFoqU1X_l40ag7xEVVzX1b1GXwrubgVP4lB5hyRzMaWPmbPAFQUCPi7DIZ0VGa2HqtvBzIFRrgnClUwHGPVn3gRITTTr85GpC2hmGeOSOWtlFLKO32ypiidJaWO5s5hzrH9LlThEPhOWomyzzPIh_TeeV-vl6017DZZQOQfaY&uniplatform=NZKPT&language=CHS
7. 进一步发展高炉喷煤和精料技术 推动炼铁系统节能降耗和结构调整
引用本文：
翁宇庆. 进一步发展高炉喷煤和精料技术 推动炼铁系统节能降耗和结构调整[J].钢铁，1998，33（7）：1-4.
WENG Yuqing. FURTHER
DEVELOPMENT OF COAL INJECTION AND CHARGE BENEFICIATION FOR BF，PROMOTION OF ENERGY SAVING，CONSUMPTION REDUCTION AND STRUCTURAL REGULATION OF IRONMAKING SYSTEM[J].
Iron and Steel，1998，33（7）：1-4.
下载网址：
https://kns.cnki.net/kcms2/article/abstract?v=uagkXMi-j-Vz0-EEHkjagZef2VvTc0IRPjfiX1T4KLxcw62kzc_VwGaCVnkl2VK48FFE9qhuUMqbTZQV3NsWtesyu9fhOKRbk__eKdeg2gimVDB26I8_P02tHqsTz3yecYlvqXjtU-eNEZOx6Jo8w46V0Vs6b-ZIzUNrJam84Zzry0jtCpB73sH_G9GoUetLO9s4XaK-VGtC9ZIvSuUCIHfDRcs216P4qIyeAn7hHwH-i0X4iBPSzvm5NpcL_C1DQb351_4hrLJhxg0JL7b1XuVJPggZljaKFk5zxQxP0h8ycx6JgyW39Jd5mJr4ZxepcFpx0lDwVaoeNuqcjD7agA==&uniplatform=NZKPT
8. 低合金高强度钢动态断裂行为的研究
引用本文：
李存剑,李少华,翁宇庆,秦瑞凯. 低合金高强度钢动态断裂行为的研究[J]. 钢铁，1998，33（10）：51-53.
LI Cunjian，LI Shaohua，WENG Yuqing，QIN Ruikai. DYNAMIC FRACTURE BEHAVIOR OF LOW ALLOY HIGH STRENGTH STEEL[J].
Iron and Steel，1998，33（10）：51-53.
下载网址：
https://kns.cnki.net/kcms2/article/abstract?v=-4s28oSk47-42dLiPOXSjiIFthGZb17nMJPKdfMWkMLaQj0pawlIX3WvTuocGyx5qqnXiUhuDY-gIaDNipGZVQgs1yNaV0PRasciT1z5A5FYmz-D5FQslxzHsHoErHLJGSRkld-hQ4VzXyfuVTGPDaDHDVsgpVoBdzO8ld3yWshDoCOdrOMO6-Yw2Ja1ByudyTZnNMT_YK16j4jz4yGDWdLMH9TTYKBXCPfTppjb7GbXnuN3KhkGIt9AWcUNeG_AmOBpdk8gWwLjXbZsOVqFgiDbnVMUdB_rv0RaK1NSymzZTRXFTQ7lo7BZwuZo40dSIBpvfZq09HT5p_404vyHPw==&uniplatform=NZKPT
9. 中国钢铁工业科技进步回顾与展望
引用本文：
翁宇庆，肖治维. 中国钢铁工业科技进步回顾与展望[J]. 钢铁，1999，34（9）：1-5，18.
WENG Yuqing，XIAO Zhiwei. RETROSPECT AND PROSPECT OF TECHNICAL PROGRESS IN CHINASE
METALLURGICAL INDUSTRY[J]. Iron and Steel，1999，34（9）：1-5，18.
下载网址：
https://kns.cnki.net/kcms2/article/abstract?v=-4s28oSk479lPfrw7PfvC3x2MQoYtnFRlxDGu12rEIP2oz3Y73RE96TGrEFF8yGwfljNomCOwCj2D5U52B2DxaB-MRdckoGr2awYxGiE1hFZZTQz52eefaVNd9DP9n4ECtdPiIP9hLroKkbP5P2FV7_EouwlAlkA_Q3p9Mui7v2m8JuIVOUJg_K4vVBGvh9DhyZPpdoZrdhxt3imqR_N1_P3t0WF4wmlEnLImImEEqGvy-1MY5MllcG0NsiDxtLNeGICmzbxlOC-J11ahFg71wiOgnp1HCF549QUHASzI8-Anq-472n2GFWXWyqqg6aFjt5DLqXXUkQYgc7VjGxd7Q==&uniplatform=NZKPT
10. 无钴二次硬化超高强度钢合金设计
引用本文：
陈克明,苏杰,李荣,翁宇庆,王剑志. 无钴二次硬化超高强度钢合金设计[J]. 钢铁，2000，35（8）：40-44.
CHEN Keming，SU Jie，LI Rong，WENG Yuqing，WANG Jianzhi. ALLOY DESIGN OF COBALT-FREE SECONDARY HARDENING ULTRA-HIGH
STRENGTH STEEL[J]. Iron and Steel，2000，35（8）：40-44.
下载网址：
https://kns.cnki.net/kcms2/article/abstract?v=-4s28oSk4780QZqPjRkhfYOyi311z3K8JW2JpYCbpvLTtaaoLP1o8qUMiae8cK7Zq_6fWtuHv6xak_wL895dbHb5AiwOWf0YGMVwx7iP1i1T1YEv_JAB00m2kW9A2llXW89e03aqfMGhRVKlYn54saxIQdH1AbEcKPidh3zbZsHLbl_EbY7B3g7twl8Pde0xfZ9nsIbW-VBDwvXyGytwMOLE0fPJnKpPlQNdaqf2EyCKMtYEyOI_WphQ2OgbZ4_r-G6COfZgg9JCYJD9Oe86DFOHcvvqDf2aKyp174MBv3hWQ9-jRC0WXdTegYU7kzLV1UdAyL5KUUKkyPlwKwOCTw==&uniplatform=NZKPT
11. 耐延迟断裂高强度螺栓钢的研究开发
引用本文：
惠卫军，董瀚，翁宇庆. 耐延迟断裂高强度螺栓钢的研究开发[J]. 钢铁，2001，36（3）：69-73.
HUI Weijun，DONG Han，WENG Yuqing. DEVELOPMENT OF HIGH STRENGTH BOLT STEELS WITH HIGH DELAYED
FRACTURE RESISTANCE[J]. Iron and Steel，2001，36（3）：69-73.
下载网址：
https://kns.cnki.net/kcms2/article/abstract?v=-4s28oSk47_rak7s0Ul925GDwd6Ik_pjIyT6E1P9XbOyF5NKlcZ_LnD7mKg4JxdT-EKU2ao7dVOzJzgdIjfHXavSRJBrZDXLEsvDauhaPGfzeARoh6ljBEtBcRwc_Nj4qK8lQoiJNW68-d51ZBI9TXu9pspzPxJrfgL3JeIDS_czcw7FCyPtxuZP8ZA-L60QKA_rGDSrZs6gxJvFksAjEptyFZAnrvFRKVyHT1x2RmPrrynACoaR4sRUu9AtFHikFiotLdQI8kr45EMafh-r3NFN8Qm7UsBNM-HnFs-9hZ08FVtSNMO46jrvHfWVlRz6iYki951p-TftFYDHUXJv8Q==&uniplatform=NZKPT
12. 中国钢铁材料发展现状及迈入新世纪的对策
引用本文：
翁宇庆. 中国钢铁材料发展现状及迈入新世纪的对策[J]. 钢铁，2001，36（10）：1-5.
WENG Yuqing. PRESENT
STATUS AND DEVELOPING STRATEGY OF STEELS AT THE TURN OF NEW CENTURY IN CHINA[J].
Iron and Steel，2001，36（10）：1-5.
下载网址：
https://kns.cnki.net/kcms2/article/abstract?v=-4s28oSk47-XkEz7Qh_6ktRMdpxhHOwuQZbV78HbuU7pupTuMSQyJUB9gPHCtZy_RDbMErmexdjOFc7OB5FiPuQxDvhMq4GCAgDQaR4Zs53_5LfG39UsgfwOxeOQMP4ZRwdKmNZRiT1AKifINPPsoW6-_TXceoUDUVkqod1LLqJv45i2kjB99TAngux0GWlWuqymQbRXTzD43U7GAVpBJr0EHhEF9FM6i7X8pPo1yni_ERpivqSOuVdCei0zXLovI4YRxso2J0W20q1Qc5fgpvi9tL4iHfy8Rnonw671F23jFPhLHdgHYjBd3dnCXRU0OvfQLlAYKI9a-0f6WuRF5A==&uniplatform=NZKPT
13. 1300
MPa 级高强度螺栓钢
引用本文：
惠卫军,董瀚,王毛球,陈思联,翁宇庆,赵秀明. 1300 MPa 级高强度螺栓钢[J]. 钢铁，2002，37（3）：37-42.
HUI Weijun，DONG Han，WANG Maoqiu，CHEN Silian，WENG Yuqing，ZHAO Xiuming. NEW HIGH STRENGTH STEEL FOR BOLTS WITH TENSILE STRENGTH
OVER 1300 MPa[J]. Iron and Steel，2002，37（3）：37-42.
下载网址：
https://kns.cnki.net/kcms2/article/abstract?v=-4s28oSk478TK27j6cEKj1wM0uY721LeaWxC5Xjz5A8N5D3TVh4aYes59vetp2TAiuINbF_StqBN_vS7L6Z_2aSNQxPZQ_Gh2-vwgOGFOMoZqRoYnNbDthiedzpZcNkw-VNxc3Ir7BlPppcCGh3uURvzqYLHAT3s9TPM2OzF17e98-qWmAHsMNnBaa6mq4eJC6lLKCB37XeVkGsIKbEVZcK76ENQpnCzZX98bMK4JN_TNnDPCEoNhLLtE-z-GVgBODwxHBp0-tJjZ2NnBFcagNUmhTXFmqpASmu78iunBEZr0JL9EvN1KUqvHpmnqFyHjR1YcGvDF50OAwQsi4AgoQ==&uniplatform=NZKPT
14. 循环淬火细化对42CrMo钢组织及疲劳性能的影响
引用本文：
尹志新,于维成,姚戈,杨振国,李守新,马常祥,王毛球,惠卫军,董翰,翁宇庆. 循环淬火细化对42CrMo钢组织及疲劳性能的影响[J]. 钢铁, 2002，37 (10): 52-56.
YIN Zhixin，YU Weicheng，YAO Ge，YANG Zhenguo，LI Shouxin，MA Changxiang，WANG Maoqiu，HUI Weijun，DONG Han，WENG Yuqing. EFFECT OF CYCLE QUENCHING ON STRUCTURE AND FATIGUE PROPERTY
OF 42CrMo[J].Iron and Steel, 2002，37 (10): 52-56.
下载网址：
https://kns.cnki.net/kcms2/article/abstract?v=-4s28oSk478XWB6RLX1a5PaBJaivKgWfwfdSWJ1D_BABv4BFjiWQEW2nnfCj6juOj_pqS5hzMKgiE_RTnF5HPUwdBN483DYwbP7XDElKi79LWx90Nm6gUSBuMiB2mSaNROkkn2tvlZpL_rThw0hP9WYUgJLcRjE_HYZAWYlOGGJBwm6T77D0J6XBg54gF4QLGVhiBVnpbste5p1xFttQhZcoEIFSLCwfwwROvReMUNxY43B9irnl3A4cxNufKtopTWGjMBXVXEbX7FT6u9RR40c7WrKH0ta0KqAL59zmkodJo_FJwapfcoMmWZblTw01va5Ve63KqN72gfiq24eFGQ==&uniplatform=NZKPT
15. 钢铁结构材料的组织细化
引用本文：
翁宇庆. 钢铁结构材料的组织细化[J]. 钢铁, 2003, 38(5): 1-11.
WENG Yuqing. MICROSTRUCTURAL
REFINEMENT OF STRUCTURAL STEELS[J].Iron and Steel, 2003, 38(5): 1-11.
下载网址：
https://kns.cnki.net/kcms2/article/abstract?v=-4s28oSk47-oSBuzQ-c3_RzRqt26uDjl2vcXsZL1XPHa4QSIa_1ZFORj6tGGX5InbzfIgAYSQ0L-tcdmUEV0O7ZyWcuH9pm9bDWXXyGy3xFPwKnwG1agutLWEiiBNi0ukL86s8DL0QVzA7Z8kRsBpr8UNvV-FEq2AnDlDC53TzufPmdngeaIrA66IlP7g-vspBSSahbbSM9D_TvXaHMDSCs2vWIF1z1JciLDlQHJIy-a9jnvgpFJg8z0EoIt2uIMmHXUtAvM-ShdmkISfoiO0rg-TTsVQJD1K7ewLl6w3mDGs5AsLXTJI6KWvnnQ-q0WNjetBUHS3UauzWOmL6H0mA==&uniplatform=NZKPT
16. 普通碳素钢在CSP 连轧过程中的组织演变
引用本文：
刘清友,孙新军,陈红桔,梁小恺,董瀚,翁宇庆,李德刚,王雪莲,包春林,田荣彬. 普通碳素钢在 CSP 连轧过程中的组织演变[J]. 钢铁, 2003, 38 (7):12-15.
LIU Qingyou，SUN Xinjun，CHEN Hongju，LIANG Xiaokai，DONG Han，WENG Yuqing，LI Degang，WANG Xuelian，BAO Chunlin，TIAN Rongbin. MICROSTRUCTURE EVOLUTION OF MILD CARBON STEEL DURING CSP
CONTINUOUS ROLLING[J]. Iron and Steel, 2003, 38 (7):12-15.
下载网址：
https://kns.cnki.net/kcms2/article/abstract?v=-4s28oSk478jsH7c2OfHVzGL9LwsvJCydu889IC6a1XLCQI_UYbQWW0DBgseUNXN_eCoiSlBxwaLvMNZSGCwa08sdEXzM-ShXCTEpbS0UFe8KniFaAIZWpIU1rMrZYgHlDFE3EhGM_1Qak9vYqZCTz6EEkb9AZKvi0iFn37_Az5UMKjEnnAoYY5oQI_zApTG8fvSM-ClbyXMlAThOJSf_PqJGnIpwl3gckzAuoco2Urxl1SdWVfMW55EFPSc8zk7aWTTaAM_fdR1zsbtyFK-5YZ4wqL8z3ji3dVrDLAox-i-lejEvXKoeUpn2pZ3E1bT6rVcQHb4lSajUmxX83OCyA==&uniplatform=NZKPT
17. CSP工艺中含 Nb 钢的混晶问题及改善方法
引用本文：
刘清友,董瀚,孙新军,陈红桔,梁小恺,翁宇庆,李德刚,王雪莲,包春林,贾会昌,董瑞峰. CSP 工艺中含 Nb 钢的混晶问题及改善方法[J]. 钢铁, 2003, 38(8): 16-19.
LIU Qingyou，DONG Han，SUN Xinjun，CHEN Hongju，LIANG Xiaokai，WENG Yuqing，LI Degang，WANG Xuelian，BAO Chunlin，JIA Huichang，DONG Ruifeng. THE MIXED-GRAINS MICROSTRUCTURE OF Nb MICROALLOYED STRIP
AND ELIMINATING METHODS IN CSP PROCESSING[J]. Iron and Steel, 2003, 38(8): 16-19.
下载网址：
https://kns.cnki.net/kcms2/article/abstract?v=-4s28oSk479QDaXk1ABlMpwF0dBshenQ4T0XgKCthYtkQKq5qL7-b24pVkvJ0F_SQM06X9q-pkGNt3S86aBHJc1iDEtGgT0Lsnyhvgt2lLjaP12PNsmv_8VX24k_WyN14Q9fTIZ0mecLR1mzoz-EaZ7BDtOEICS4KqJHBT4Dh5XuS32ZNhYGG1lqUFWUMVSRYgOUeXKL2VZHCdLVPcnKIp4hHIFRHM2_ywxGN2DE-geLfmMqI2xdOb_cLZkPom1hwn2WLLm8GBa3amTswDNXLgezzVAw-me8VwaZqcVL77FM0irA2EOhKgBtL21RXrjaEh1TmQIsKQnzblVzltFVbw==&uniplatform=NZKPT
18. 变形诱导铁素体相变——现象与理论
引用本文：
董瀚,孙新军,刘清友,翁宇庆. 变形诱导铁素体相变——现象与理论[J]. 钢铁，2003，38（10）：56-67，55.
DONG Han，SUN Xinjun，LIU Qingyou，WENG Yuqing. DEFORMATION INDUCED FERRITE TRANSFORMATION—PHENOMENA AND THEORY[J]. Iron and Steel，2003，38（10）：56-67，55.
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https://kns.cnki.net/kcms2/article/abstract?v=-4s28oSk47-PgCQzxWFVeE0ObAE-wAs-10JzY4u9xyTGY3k8oMu2emA4SvUom9K3BnZoUwZHKjUD4-3yYCOLLbWy4PakV0-VK4FX6291EHGDnMiAEuxLiwHsCUy_33SshDwNTfjLD_UXsvu4u4R2iNAZ_QfkrTRO3KfnIUg6NeEpVPmQSVIrgE2EjfJT27XVCrXSR7fkFjbdSKslt5qqORdPEJ9a0Yi_9-OIdfPkUlopQrCQQ07HoCeJDNJDowqZtIXOHPr3RNfLd46Q0OnViSpCNm5CaefBl-HKMqCrSoLKVerj2X-Kz29JS2mjBCu4-c9sXmn1cl47yPmgO8ZMzQ==&uniplatform=NZKPT
19. 我国冶金工业在新世纪最初几年的科技进步
引用本文：
翁宇庆. 我国冶金工业在新世纪最初几年的科技进步[J]. 钢铁, 2004，39 (1): 1-8，16.
WENG Yuqing. SCIENTIFIC
AND TECHNOLOGICAL PROGRESS OF METALLURGICAL INDUSTRY IN CHINA AT THE BEGINNING
OF 21ST CENTURY[J]. Iron and Steel, 2004，39 (1): 1-8，16.
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https://kns.cnki.net/kcms2/article/abstract?v=-4s28oSk47_UKm1pX6BH6L3bYPvEfYGH9l_yJAo-Qd2xgfI1_oNT63DisZjVZMPuX5vKTXzMVfUc9KJwjw5z0sLSl3AJvLNB_71HnXTmt7dlCKBjaFDWa6JNffiPAEJ9JwFTGCU3MBXex63QI_uAE6gqfkQUJS673QEyP8Dod5RmBmxtkWjoB4KXihEJvzn8aqgCPdWi6hzKE6IPfg5MdQnhSi3wM-8MFJ4TyxYai5YHrrAsaaeBN3yR-mELkFSyQk3tpvFg8Y2vcvxtKEUw3NKWNyveRdpw-hO28nZ4bn_BxlS66vQZDeqh3caN1opDC6PeNX6VB9g8NwGbc0OeaQ==&uniplatform=NZKPT
20. 热轧细晶高强度汽车板冷弯微裂纹的成因
引用本文：
马鸣图,王中丙,李志刚,陈贵江,翁宇庆,李殿中. 热轧细晶高强度汽车板冷弯微裂纹的成因[J]. 钢铁，2004，39（8）：105-107，120.
MA Mingtu，WANG Zhongbing，LI Zhigang，CHEN Guijiang，WENG Yuqing，LI Dianzhong. Mechanism of Microcrack Formation of Fine Grain and High
Strength Automotive Steel Plate during Cold Bending[J]. Iron and Steel，2004，39（8）：105-107，120.
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https://kns.cnki.net/kcms2/article/abstract?v=-4s28oSk479tQummoTb67GwZZ7c_mfWeTH8rSmTBYuImr5SMbevLpniQXXGpls9XRz6_UkRwnrh-6JB7qZdtgiWomJvqwYmNxqKtEE-HhKRqAEbqZ9407Nk233sPSIvSK2Db0lU8kgANKHHxw2kHd51MvZ7OuEAuM30QFielO-_qf588NCY4HA1xx29jrIAlsIOo_N_f5plMQrkBe4o64q3m8ABqW8J6O9yRSMQ61LKhAaVrnkZ6mNDNYzhQEwclY6dCrFZOfUdoNpkeHQgikYrNEXWVGQcGyaWtv6yJcPY-U8J53fI54l_ryI6xquZ2aIAmZVFpFo_QouEgHjPj0Q==&uniplatform=NZKPT
21. 超细晶钢理论及技术进展
引用本文：
翁宇庆. 超细晶钢理论及技术进展[J]. 钢铁, 2005, 40(3): 1-8.
WENG Yu-qing. Progress
of Theory and Controlled Technology of Ultrafine Grained Steel[J]. Iron and
Steel, 2005, 40(3): 1-8.
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https://kns.cnki.net/kcms2/article/abstract?v=-4s28oSk479NsdfPyrFpFZjAtOQs61gOw0V15W8wuOl6vrUvqYr7UiEgXYzP3DKEClq7dol0NsqaXUCO71eAtyU47ilCi_0TAM4oy9LXcFWqerbxN95h-wvIZDIuM9kjS8sDaJ7YWZPeFgkG3B-LvSLuTkmO2SdNkpR1kjDEYoQNnxcZdyHorTsIjDKQPxL_D7Or2bO5u2lGaeEqSSZgZ1zj8zunuzGAnrOCWzcesrPTVcOBo0xiQDJ1dlPzSsvGoCVFD30dmNqQOw8Pr1lbAhTu1BGT6-eQkVgmUrcD8hZGGnVfkxKJan7KYQ5PIAdp&uniplatform=NZKPT&language=CHS
22. Nb的析出对变形诱导铁素体相变的影响
引用本文：
邓素怀,刘清友,董翰,翁宇庆,于永泗. Nb的析出对变形诱导铁素体相变的影响[J]. 钢铁, 2005, 40(7):64-67.
DENG Su-huai，LIU Qing-you，DONG Han，WENG Yu-qing，YU Yong-si. Effect of Precipitation of Nb on Deformation Induced Ferrite
Transformation[J]. Iron and Steel, 2005, 40(7):64-67.
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https://kns.cnki.net/kcms2/article/abstract?v=-4s28oSk479NsdfPyrFpFZjAtOQs61gOw0V15W8wuOl6vrUvqYr7UrjC2jKcGs3pL_-h2BNJqwKhAc3q6VBvycoCFZb93aY1j3Wb7dCCVT24MTTuSmUQqdpknvzECHGDGfurauN2Z7vJOroK3wDdStuoSjlk92Ti24pNFQLprWeGdEMlM2wd_Bdq1tcbrbRuka1QXhcsLRKmJsfYLR0sz1WygoUBicbIOfPpSIXxeOI7IFiVQIs3pbCiFsy3SjqhVyQHf21nOIQR8EVlepxCm9R5DNkKztJf-qOMZ3qKQMhoKSSdA8Rb3HJlZevcyPux&uniplatform=NZKPT&language=CHS
23. 中碳钢球化退火行为和力学性能的研究
引用本文：
惠卫军,于同仁,苏世怀,董瀚,翁宇庆. 中碳钢球化退火行为和力学性能的研究[J]. 钢铁, 2005, 40(9): 60-64.
HUI Wei-jun，YU Tong-ren，SU Shi-huai，DONG Han，WENG Yu-qing. Behavior in Spheroidizing Annealing and Mechanical
Properties of Medium Carbon Steel[J]. Iron and Steel, 2005, 40(9): 60-64.
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https://kns.cnki.net/kcms2/article/abstract?v=-4s28oSk479v3UQi4QXqOzkcMYBKjhjuI5g8YfghAT0epDHnnY-Di1KPfAkJeygMP1_8yyE8qz6KtZKLQqjTh_ScjYjYYKI40k8gVXiDmgqBcPDaZNd7eUV3o1it6s1uVQG6NFpZOecWTdQl7s7tKDrUnq7Wd7O5AmsA1BPSsDs8SRr6G96wZjXvg4VNGC_S9BwL4SJDTvMVZdojdGXF7HPv_zi0A1A5cP2xu84Dy43zYo1wJBCa12TWBP8CUrCL6bfPlZsh6Qf5RdIpxc1Xj5GGQMZEp3HYVAka_MgerJ3twpSAhCnzSB2B3_lRueb2&uniplatform=NZKPT&language=CHS
24. CSP热轧低碳钢的强化机制研究
引用本文：
苏世怀，何宜柱，朱涛，刘学伟，翁宇庆. CSP热轧低碳钢的强化机制研究[J]. 钢铁, 2006, 41 (5): 65-68.
SU Shi-huai，HE Yi-zhu，ZHU Tao，LIU Xue-wei，WENG Yu-qing. Strengthening Mechanism of Hot-Rolled Low Carbon Steel
Produced by CSP[J]. Iron and Steel, 2006, 41 (5): 65-68.
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https://kns.cnki.net/kcms2/article/abstract?v=-4s28oSk47-zgKpjLODXkFz8ISyj0mr2YvbQ3DuSNzPeZQIHn1Gef368gq6j-udxdzjGnISqdqqPiB9UeujEHw_b8vehdCKhM8-uZBbQfs69Qd5UpiKcQK6D4zXVLhZeMwDFIqa_b1RWCQuRGoWFHMdNSOwrmDXXZ1-L1O6Zj4A4q134ju9edQdltPHOwMdbMYagyM8okj0GEhCw079v9aBe1pus4tyt8SlGn3Cd1nto7Q-8UDQJxxOGOp-Cr_n_kZbIY2CizgHK74xFGhW6L1wmUn_Tuf0cqnQQwrbXHX3r1wPsQm4gQb3AyUsXhrMK&uniplatform=NZKPT&language=CHS
25. CSP流程钒氮微合金化X60钢的强化机理
引用本文：
苏世怀，何宜柱，胡学文，刘学伟，翁宇庆. CSP流程钒氮微合金化X60钢的强化机理[J]. 钢铁, 2006, 41 (9): 73-77.
SU Shi-huai，HE Yi-zhu，HU Xue-wen，LIU Xue-wei，WENG Yu-qing. Strengthening Mechanism of V-N Microalloyed X60 Pipeline Steel
Produced by Compact Strip Production Line[J]. Iron and Steel, 2006, 41 (9): 73-77.
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https://kns.cnki.net/kcms2/article/abstract?v=-4s28oSk47-zgKpjLODXkFz8ISyj0mr2YvbQ3DuSNzPeZQIHn1GefyG4_p2Dx0gFdX_G4k9FYg7vlTTHlTGq5Ttbg28rz_jTghBZpNoOADJ242Gv0IYdZwfqXzGl8xFKXAKBqWwk8bsBQIOssOnmZwiR8PeGfsPzrh0JLvyNjubSbljKmpDdF1L9SU02cgJUmgERP_J67KMB44BH0QD6mkrbSNEgXFtu0b2z5s_4Wp7TWHIr9k5hz3_He_F-WNcf8W04gq3y4Y0u-RsgY7MJfzBw_3hRhYSdjVZOcDpftl19jJfVPbR4GHz9KhHlo86Z&uniplatform=NZKPT&language=CHS
26. 等温处理对中碳超高强度弹簧钢组织与力学性能的影响
引用本文：
聂义宏，惠卫军，傅万堂，翁宇庆，董瀚. 等温处理对中碳超高强度弹簧钢组织与力学性能的影响[J]. 钢铁, 2008, 43 (4): 75-79.
NIE Yi-hong，HUI Wei-jun，FU Wan-tang，WENG Yu-qing，DONG Han. Effect of Isothermal Heat Treatment on Microstructure and
Mechanical Properties of a Medium-Carbon Ultra High Strength Spring Steel[J].
Iron and Steel, 2008, 43 (4): 75-79.
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https://kns.cnki.net/kcms2/article/abstract?v=-4s28oSk479qoBdkjjOAXT1UFBDBGMF1WP4PH6WbfI7sKREWgkTFUOiHw7H9drZixufc2-5fDNURjUnaO8h6KPGi2fQWO8gcoCWyrgzeDP1XSwMkaKWVtkbCU2XqL3F58WNHbQhbxr24kKFP53or205qBww5Y88e0zY9Lg_mvQHC4kqGjXwNAvnHXP4MfpMkPCnYnYaacr3By8Ad-Rdlj4mK9flPuFy_Ufwq0cYLbQgmShmYoplT3yisgbzPjYqrg8zltwYJfRTha0M2g1iDGt02NFFYZ08xq8iAxvEKKi7DramRspJzYuytIsraGCrU&uniplatform=NZKPT&language=CHS
27. 夹杂物尺寸对60Si2CrVA高强度弹簧钢的高周疲劳性能的影响
引用本文：
赵海民，惠卫军，聂义宏，董瀚，翁宇庆. 夹杂物尺寸对60Si2CrVA高强度弹簧钢的高周疲劳性能的影响[J]. 钢铁, 2008, 43 (5): 66-70.
ZHAO Hai-min，HUI Wei-jun，NIE Yi-hong，DONG Han，WENG Yu-qing. Effect of Inclusion Size on High-Cycle Fatigue Behavior of
High Strength Spring Steel[J]. Iron and Steel, 2008, 43 (5): 66-70.
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https://kns.cnki.net/kcms2/article/abstract?v=-4s28oSk47927IcJ7eqpmgMtP138puA6vWsR4PwrZtLdSef_PbzkZNkJPsS_8RJUguR9y6VL6dkKJ155N4J69ELrbbqxGMlR3ps0DOB_M-PVZHfTIZqPLf8i8wDuizEKT_fM-saX13rkZU4xdqaSfBuRlAvIoizfXWCzOJiVhMtMtN9GZ9GY0zJN5IiF7YjMQvb3gOgk1WZf9d5kyuXcbWd54r85QVihs41g2DeXKPYkZTK3Qm1ercNr-6kFDVcheuJZwPWcIua_qSFZYHF-jl05GGJ_ocQrRYl0QpNRJ-Sos-_3FdnFdfHNee7Md4aR&uniplatform=NZKPT&language=CHS
28. 两种不同冶金工艺生产的60Si2CrVA弹簧钢的高周疲劳性能
引用本文：
郝立群，惠卫军，项金钟，惠荣，翁宇庆. 两种不同冶金工艺生产的60Si2CrVA弹簧钢的高周疲劳性能[J]. 钢铁, 2009, 44 (2): 64-68.
HAO Li-qun，HUI Wei-jun，XIANG Jin-zhong，HUI Rong，WENG Yu-qing. High-Cycle Fatigue Properties of 60Si2CrVA Spring Steels
Produced by Two Different Metallurgical Processes[J]. Iron and Steel, 2009, 44
(2): 64-68.
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https://kns.cnki.net/kcms2/article/abstract?v=-4s28oSk47927IcJ7eqpmgMtP138puA6vWsR4PwrZtLdSef_PbzkZOJbgIiz2KsdZzgNjU_pnT04jmWUMB89pUjV--NlvZEhSxcHuXJstwWn2PyxKbL83dyyLyS8ZgtdjJAjMyzcvfySQnQVaC--YhKfbmjyzyAul2c5H4IUDK-5L25DZwAYjBg_1uzxXdISuKSEr5iAHNCslh1dKi6SUKtwvRy99mzGwwaauOWEXh5oduMpTH-bGmuCfcfLSxIL7ZieUD4ohuwLi_tgbuHbD8BRttIDEvJTN3gm4uVFVM67JaMimHQevyBjAiBwZZmi&uniplatform=NZKPT&language=CHS
29. 高性能钢的M3组织调控理论与技术
引用本文：
董瀚，王毛球，翁宇庆. 高性能钢的M3组织调控理论与技术[J]. 钢铁, 2010, 45(7):1-7.
DONG HAN，WANG Mao-qiu，WENG Yu-qing. Performance Improvement of Steels Through M3Structure Control[J]. Iron and Steel, 2010, 45(7):1-7.
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30. 中国轧钢近年来的技术进步
引用本文：
翁宇庆，康永林. 中国轧钢近年来的技术进步[J]. 钢铁, 2010, 45 (9): 1-13，27.
WENG Yu-qing，KANG Yong-lin. Recent Progress in Steel Rolling Technology in China[J].
Iron and Steel, 2010, 45 (9): 1-13，27.
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https://kns.cnki.net/kcms2/article/abstract?v=-4s28oSk479bIeOWSN1lCcTwntiV7_KVYFZfkWe_-iwoncl1K9FPBuFm4OLc2hw9Za1Bf3S2BcAB3mssw2H0EtuRg3bUK2ezMXkPMTmB2_oPapnXL2UMEAqzkvAgY-fZOrAEpeA_QfnPwcUPKCC7Y7kSbTt1emGBvRE11Y3Twa0v1tPGQApV3sEYlm6ORHO9w4gkCzVmDCxh8-5NckQuDhmv4MV2keJ52nTWCLyOwfoFzi8TAFXzsr3j1PS9pHKYEITj8ww28vL2zPsLlbE0ruCFS_ukgSAfg-DXf4CD7a_iNPsDciUsmG_1-ar-7fHP&uniplatform=NZKPT&language=CHS
31. 中碳非调质钢的高周疲劳性能
引用本文：
惠卫军，董瀚，翁宇庆. 中碳非调质钢的高周疲劳性能[J]. 钢铁, 2011, 46 (2): 1-6.
HUI Wei-jun，DONG Han，WENG Yu-qing. High-Cycle Fatigue Properties of Medium-Carbon Microalloyed
Forging Steels[J]. Iron and Steel, 2011, 46 (2): 1-6.
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https://kns.cnki.net/kcms2/article/abstract?v=-4s28oSk47-j_3msoQzWD-LjbJzPjac6wKpXv4ekq7NNTB17AGNV158BA9Jw47ykXSC7XXm0wZNT5bzc4YHyDXOdB_BKSOukhUvl_K7qFU4K8FUTpiPNalY_FYGOiWo6x0xF1xyWO1jlE9bM9Q-0i9fbrUdzV8HrsnDAWJAeEKvREA601xpnPOSsE5zQ34ZSePWj_b1qiTgHAhaK38vGGgCn8ypH1rJC-z-m-wF4zOLmNHyOkYtN-GiNKwbe2WBIQi4CAYKNGxCeW0JTn-ir3uYwAwYtnMa8MFOaHv6PIRuebrbn7_1tsEZH-dDLDe-aESeWnUr-piQW_2i1Q8HgZw==&uniplatform=NZKPT
32. 第3代汽车钢的组织与性能调控技术
引用本文：
董瀚，曹文全，时捷，王存宇，王毛球，翁宇庆. 第3代汽车钢的组织与性能调控技术[J]. 钢铁, 2011, 46 (6): 1-11.
DONG Han，CAO Wen-quan，SHI Jie，WANG Cun-yu，WANG Mao-qiu，WENG Yu-qing. Microstructure and Performance Control Technology of the 3rdGeneration Auto Sheet Steels[J]. Iron and Steel, 2011, 46 (6): 1-11.
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33. 低合金钢在中国的发展现状与趋势
引用本文：
翁宇庆，杨才福，尚成嘉. 低合金钢在中国的发展现状与趋势[J]. 钢铁, 2011, 46 (9): 1-10.
WENG Yu-qing，YANG Cai-fu，SHANG Cheng-jia. State-of-the-Art and Development Trends of HSLA Steels
in China[J]. Iron and Steel, 2011, 46 (9): 1-10.
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https://kns.cnki.net/kcms2/article/abstract?v=-4s28oSk47_MZuBv1UgdTvsl1qXPr6pwQqJNRy2oCSmE0isOQcq9mJxwWCkLlgwPibV0UQxAPOXmyv3_-4CuTrKU0-lPBmI9363QIdL_lLVzTk3ZyAHK8ZawP-ZB5VZUg_w37beYBwt4bAaVAr7zNiBi3sQ11MAX9-HqdeGaMhLFvRSxoYG4_HsXAvQfb1jOuC2rGW3yNAFe1lty30v-zoSqHQ4wA9hS9EK3ikqcM8SiKi1JluBAe2KncoiuGvIWdTTLzeJ22iIrDjEcnAQe8QrMluvckRrAViTLY3mLAhhubGJmjmZekH47agHmKaHjXMPoCscyeo6Vo1scFZV46A==&uniplatform=NZKPT
34. 780
MPa级冷成型用热连轧回火钢板的工业化生产
引用本文：
曾斌，孙新军，李昭东，雍岐龙，翁宇庆. 780 MPa级冷成型用热连轧回火钢板的工业化生产[J]. 钢铁, 2014, 49(11): 74-79.
ZENG Bin，SUN Xin-jun，LI Zhao-dong，YONG Qi-long，WENG Yu-qing. Industrial Production of 780 MPa Grade Tempering
Steel Plates for Cold Forming and for Hot-Strip Rolling[J]. Iron and
Steel, 2014, 49(11): 74-79.
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35. 新型低密度高强高韧热轧层状钢研发
引用本文：
曹文全，徐海峰，张明达，董瀚，翁宇庆. 新型低密度高强高韧热轧层状钢研发[J]. 钢铁, 2016, 51(9): 1-10.
CAO Wen-quan，XU Hai-feng，ZHANG Ming-da，DONG Han，WENG Yu-qing. Research and development of a new hot rolled
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引用本文：
曹文全，张万里，徐海峰，翁宇庆. 超塑性材料现状及新型超塑性低中碳合金钢研发[J]. 钢铁, 2017, 52(11): 1-8.
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