2011年以来的代表性论文：

[1] 孙兵，张英波，权高峰*，李彬. AZ80镁合金半固态等温处理过程中的组织演变，稀有金属材料与工程. 2016,45(2):404-408

[2] 张乾，罗征志，权高峰. 镁合金复杂结构件超塑性成型模具型腔优化设计与数值模拟[J].热加工工艺.2016,(9)9-13

[3] 李彬，张英波，孙兵，权高峰. 挤压Mg-6xZn-xY合金微观组织与力学性能[J]. 稀有金属材料与工程. 2016,45(3):640-643

[4] Lingbao Ren, Jing Wu, and Gaofeng Quan*. Plastic Behavior of AZ80 Alloy during Low Strain Rate Tension at Elevated Temperature, Materials Science & Engineering,A612(2014)278–286

[4] 王栋, 刘兆铭, 张英波, 权高峰*.半固态等温热处理对挤压态AZ91镁合金微观组织的影响, 稀有金属材料与工程. 2014,43(9):2277-2280

[5] (Invited) Gaofeng Quan, Lingbao Ren, Jiangang Lv，Yingbo Zhang, Dongdi Yin, and Ruichun Li. The Effect of Processing Procedures on Mechanical Properties of High Strength Mg Alloys, The 10th Int’l Conf. Magnesium alloys & their Applications,10. 2015 Jeju, Korea

[6] 苏鑫鑫，权高峰. KBM10镁合金高温压缩变形行为[J]. 热加工工艺.2015,12,59-61

[7] 刘伟，张英波，李彬，权高峰. 半固态等温处理Mg-Zn-Y合金微观组织演变[J]. 稀有金属材料与工程. 2015,44(12):3243-3247

[8] (Invited) G. F. Quan, Lingbao Ren, Xinxin Su, and Mingyang Zhou.?Plastic Behaviors of High Strength Mg alloys at Elevated Temperature，FiMPART 6. 2015,Hyderabad, India

[9] 周明扬，?苏鑫鑫，?任凌宝，?权高峰，?尹冬弟，?张英波. 挤压态Mg-3Al-3Zn-1Ti-0.6RE镁合金的高温拉伸变形行为[J]. 稀有金属材料与工程,2016,Vol45(In press)

[10] Wei Liu, Doudou Yang, Gaofeng Quan, Yingbo Zhang, Dandan Yao. Microstructure evolution of semisolid Mg-2Zn-0.5Y alloy during isothermal heat treatment[J].(In press)

[11] 孙兵, 张英波, 权高峰,等. AZ80镁合金半固态组织的等温演化研究[J]. 特种铸造及有色合金, 2014, 34(09)

[12] Ren L B, Yin D D, Dang J T, Zhang Y B, Quan G F. Strain Activated Microstructure Evolution during Hot Plastic Flow of Extruded AZ80 Alloy. 科技论文在线

[13] 谭梦蕾, 谈哲君, 权高峰. 气–固法合成制备氢化镁及热力学分析Preparation of MgH2 by Gas-Solid Synthesis and Thermodynamics Analysis[J]. Advances in Material Chemistry, 2015, 03:53-59

[14] Ren L, Wu J, Quan G. Plastic behavior of AZ80 alloy during low strain rate tension at elevated temperature[J]. Materials Science & Engineering A, 2014, 612(33):278-286

[15] Jiangang Lv, Gaofeng Quan*, Ruichun Li, Chunyuan Shi, Yingbo Zhang and Xi'an Xie. Effect of hot extrusion process on microstructure and properties of wide and hollow AZ31 magnesium alloy profiles, Advanced Materials Research Vol. 710 (2013) pp 21-24

[16] Song Jiatong; Quan Gaofeng*; Liu Zhaoming; Zhang Yingbo; Sun Jiale. Comparative study on compression deformation behaviors of cast and extruded AZ31 alloys, Advanced Materials Research -Advances in Materials and Materials Processing, 2013, v 652-654, p 1932-1936

[17] 李欣，权高峰*，张英波，吕建刚. 镁合金中空薄壁型材的脉冲MIG焊，电焊机，2013，Vol17. No7:107-110

[18] Sun, Jiale; Li, Ruichun; Quan, Gaofeng*; Liu, Zhaoming. Study on compression behaviors of AZ31 magnesium alloy at room-temperature, Advanced Materials Research-- New Materials and Processes, 2012, Vols. 476-478, pp 1960-1964

[19] Xi’an Xie, Gaofeng Quan*. Research on Damage and Bending properties of AZ31 Magnesium alloy, Applied Mechanics and Materials, 2012, Vols. 184-185, pp 1163-1166

[20] XIE Xian, QUAN Gaofeng*, GU Xiue, LIU Xingming,SUN Jiale. A study on Brazing process and mechanical properties of AZ31 Magnesium alloy. Advanced Materials Research Vols. 418-420 (2012) pp 792-795

[21] Zhaoming Liu, Gaofeng Quan*, Yingbo Zhang. A Surface Melting Infiltration Study on Cast Magnesium Alloy. Advanced Materials Research Vols. 418-420 (2012) pp 818-821

[22] Ming Tan, Zhaoming Liu, Gaofeng Quan*. Effects of hot extrusion and heat treatment on mechanical properties and microstructures of AZ91 Magnesium alloy, Advanced Materials Research, 2012, Vols. 562-564:pp 242-245

[23] Ming Tan, Zhaoming Liu, Gaofeng Quan*, Zhong Chen, Zheng Zhang and Guorong Xu. Damage Study on AZ31 Mg Alloy under Bending Load. Advanced Materials Research Vols. 430-432 (2012) pp 285-288

[24] Gaofeng Quan*, Yingbo Zhang. Effect of Pre-strain on Fatigue Behaviour of AZ31 Mg alloy, Materials Science Forum, 2012, Vols. 706-709: pp 3052-3056

[25] Xiue Gu, Gaofeng Quan*. The FEM Analysis for Magnesium Alloy Honeycomb Panel, Advanced Materials Research, 2012, Vols. 335-336: pp 641-644

[26] Gaofeng Quan, Ruichun Li, Xiue Gu, and Zhaoming Liu. Magnesium Alleys-New Materials for High-Speed Train with Reduced Libration and Noise, Proc. of the IWHLR, Vol. 2, LNEE 148, pp. 349-355, Spzinger-Verlag Berlin Heideiberg 2012

[27] 权高峰，刘绍东. 超塑性模锻镁合金汽车轮毂应用研究, 兵器材料科学与工程, 2012, Vol.35(4) pp 35-42

[28] 王刚，权高峰*，谷秀娥. 植物纤维镁合金夹层板的制备和力学性能, 机械工程材料, 2012, Vol. 36(2):pp64-67

[29] 孙兵， 权高峰*， 李达. 等离子喷焊镍基合金耐磨性能研究，电焊机，2012,V42（5）67-70

[30] Gaofeng Quan, Zhaoming Liu and Xiue Gu. Evaluation on Vibration Property of Magnesium Honeycomb Panels. Materials Science Forum Vol. 686 (2011) pp 135-139

[31] Yingbo Zhang, Hong Gao, Gaofeng Quan*, Zhaoming Liu. Microstructures and Mechanical Properties of Mg-Al-Zn-Y alloys. Advanced Materials Research Vols. 311-313 (2011) pp 697-701

[32] 石琳,权高峰*,结构参数对镁铝蜂窝板力学性能的影响 机械工程材料,2011,Vol35(3) 49-52

[33] X.L. Ai, G. F. Quan*, J. Yang, Z.M. Liu, Effect of Ti addition on the Microstructure and mechanical properties of cast AZ91 Magnesium alloy, Advanced Materials Research, 2011, Vol189-193 (5):3819-3823

[34] X.L. Ai, G. F. Quan,* The Recent Research on Properties of Anti-High Temperature Creep of AZ91 Magnesium Alloy Magnesium alloys-Design, processing and Properties, , Ed. Frank Czerwinski, INTECH, Croatia Jan. Jan. 2011, pp351-366

[35] 谷秀娥，权高峰*，石琳. 镁合金蜂窝板隔声性能分析，噪声与振动控制，2011，Vol31（4）165-168

[36] 王刚，权高峰*. 镁合金夹层板的制备和力学性能研究，机械工程材料，2011，Vol35(8)64-67

[37] 孔祥峰，权高峰*，杨超凡. 挤压比对镁合金宽幅挤压的影响，兵器材料科学与工程，2011，Vol34(3)49-54

[38] Gaofeng Quan, Zhaoming Liu, Xiue Gu, Evaluation on Vibration Property of Magnesium Honeycomb Panels, 11 th IUMRS International Conference in Asia, Materials Science Forum, 2011, Vol.680

主持和主研d的科研项目信息

[1]镁合金特种型材挤压成型技术开发(“十二五”科技支持计划项目)

[2]轻量化电动车产业集群：轻量化汽车结构开发(成都市八大科技产业化工程项目)

[3]高强度镁合金高速列车车钩研制(四川省科技支撑计划)

[5]镁合金轻量化轨道列车内饰品制造技术与装备研发（中央高校基本科研业务-专题研究项目)

[6]机车车辆新产品新技术研究-铝合金车体焊接FSW专用技术研究(铁道部重点计划)

[7]准晶增强镁基复合材料及其半固态压铸技术研究(中国博士后科学基金)

[8]镁-铝合金同质和异质材料搅拌摩擦焊接接头的性能表征与技术装备研究(教育部重点计划)

[9]纳米I-Phase+α-Mg准共晶的临界半固态形成条件及生长机制(自然科学基金基金)

[10]镁合金宽幅型材挤压装置及生产工艺（山东省科技厅重大专项)

[11]镁合金半固态压铸穿梭式多级感应加热技术及装备开发（辽宁省政府资源保护与利用计划)

[12]镁合金蜂窝板及其制备技（国际合作项目：德国ZAV国际优秀归国学者资助计划)

[13]镁合金蜂窝板隔音特性研究（辽宁省教育厅自然科学基金)

[14]轻量化过渡车钩结构开发（中国北车青岛四方车辆研究所有限公司)

[15]镁合金汽车轮毂材料与技术研究（江苏荣镁轮毂有限公司)

[16]350MPa以上高强度镁合金加工技术和装备研发（江苏诚德钢管股份有限公司)

[17]高速列车镁合金结构研发和试制（金拜克自行车有限公司)

[18]镁合金蜂窝芯、蜂窝板研制及专用装备开发(营口银河镁铝合金有限公司)

[19]镁合金列车座椅和卧铺开发（中国北车集团长客铺椅合作公司)

发明专利

(1) 镁合金轨道列车车体及其制造方法，ZL2010100023236，公告日：20120104

(2) 一种用于钢轨在线监测及复能的车辆装置，ZL2016200992779，公告日：20160817

(3)风力发电机空心扇叶，CN201210070121.4

(4) 镁合金轨道列车通风窗及其制造方法，ZL201010100394X，公告日：20121205

(5) 镁合金夹层板及镁合金夹层板的制备方法，ZL2009100911507，公告日：20130821

(6) 镁铝蜂窝板及镁铝蜂窝板的制备方法，ZL2009100911511，公告日：20130626

(7) 材料内部组织结构的准三维立体图像构成方法ZL2008100108275, 公告日：20110608

(8) 一种用于应力场中氢扩散测量的加载装置及加载方式，ZL2009102196805，公告日：20120523

(9) 一种减振隔音复合结构板，ZL2010202850046，公告日：20121121

(10) 压铸镁合金表面混合改性粉体熔渗工艺，ZL2009102092878，公告日：20120418

(11) 轨道客车镁合金卧铺，CN 200710127585.3

(12) 客车座椅框架与客车座椅，ZL2012201334947，公告日：20130109

(13) 镁合金蜂窝芯成型装置，ZL2008200136957，公告日：20090603

(14) 镁合金蜂窝板及其生产工艺，ZL200810011370.X，公告日：20101208

(15) 宽幅挤压装置及挤压工艺, ZL200810228577.2，公告日：20101208

(16) 宽幅挤压装置，ZL200820218920.0，公告日：20090729

(17) 镁合金蜂窝芯成型装置，ZL200820013695.7，公告日：20090603

(18) 镁合金轨道列车车体，ZL201020001908.1，公告日：20101020

(19) 镁合金夹层板，ZL200920110776.3，公告日：20100920

(20) 间接式冷却套及冷却系统，ZL200920249697.0，公告日：20101020

(21) 直接式冷却桶及冷却系统，ZL200920249698.5，公告日：20101020

(22) 复合式冷却装置及冷却系统，ZL200920249699.X，公告日：20101020

国际专利授权

（1）MAGNESIUM ALLOY HONEYCOMB BOARD AND PREPARATION METHOD THEREOF，加拿大专利：CA2727530（C），公告日20130319

（2）MAGNESIUM ALLOY HONEYCOMB BOARD AND PREPARATION METHOD THEREOF，澳大利亚专利：AU2009243975（B2），公告日20131107

（3）MAGNESIUM ALLOY HONEYCOMB BOARD AND PREPARATION METHOD THEREOF，俄罗斯专利：RU2464173  （C2），公告日20121020

国际专利PCT申请

(1) BROADWIDTH EXTRUSION DEVICE AND EXTRUSION PROCESS THEREOF， PCT/CN2009/074791

(2) MAGNESIUM ALLOY HONEYCOMB BOARD AND PREPARATION METHOD THEREOF，PCT/CN2009/071692