(1)榆林市科技局，产学研项目，2023-CXY-197，高强度高韧性铁铝基复合材料的增 材制造技术，2024年1月至2025年12月，在研，主持

(2)陕西省科技厅,重点研发计划重点产业链群项目,耐高温高强韧抗腐蚀铁铝基共晶复合材料制备技术,2019ZDLGY0404，201901至202112，已结题，主持

(3)南昌航空大学轻合金加工科学与技术国防重点学科实验室，开放基金项目，gf201601001，FeAlTa三元合金的相选择及组织控制，201612至201811，已结题，主持

(4)陕西省科技厅，国际科技合作与交流计划项目，2016KW055，FeAl合金的增韧机理研究，201601至201712，已结题，主持

(5)陕西省人力资源和社会保障厅，留学人员科技活动择优资助项目，金属基复合材料的定向凝固组织与性能研究，201601至201712，已结题，主持

(6)国家自然科学基金委员会，青年基金项目，51201121，小平面相/非小平面相共晶的亚快速定向凝固特性与性能研究，201301至201512，已结题，主持

(7)陕西省科技厅，自然科学基金项目，2012JQ6004，小平面/非小平面共晶的定向生长机理研究，201301至201412，已结题，主持

(8)陕西省教育厅，专项科研基金项目，12JK0425，Fe(Al,Ta)/Fe2Ta(Al)复合材料的定向生长机理研究，201207至201412，已结题，主持

(9)教育部，高等学校博士学科点专项基金项目（新教师基金），20096120120017，NiNi3Si共晶自生复合材料的定向凝固特性，201001至201212，已结题，主持

(10)陕西省教育厅，专项科研基金项目，09JK511，SiTaSi2共晶的定向凝固特性研究，200903至201112,已结题，主持

(11)西北工业大学凝固技术国家重点实验室，开放课题项目，SKLSP200904，电子束区熔定向凝固NiNi3Si共晶自生复合材料，200901至201012，已结题，主持

发表的学术论文

[1] Chongyang Wu, ChunjuanCui, Wei Liu, Kai Zhang, Zhicong Wang, Yanan Zhao, Haijun Su. In-situ Observation of Ni-11.5wt%Si EutecticMicrostructure Evolution and Exploration of Strengthening Mode of Ni-Ni3SiEutectic Composites. Materials Chemistry and Physics, 2024, 317:129063.

[2] Chunjuan Cui, Yue Liu, Yanan Zhao, YanyunLiu, Yan Wang, Jian Wei, Ping Hu. Microstructures and Properties of Honeycombsulfur/carbon black/MoS2 Composites. Journal of Wuhan University ofTechnology-Materials Science, Accepted.

[3]      Zhicong Wang, Chunjuan Cui, Yanan Zhao, Haolin Li, Tongchao Wu,Zhiqi Zhao, Jian Wei. MoS2nanospheres decorated reduced graphene oxide to promote catalytic activity forhigh-performance lithium-sulfur batteries. Energy & Fuels, 2023,37:12457-12466

[4]     Zhicong Wang, Chunjuan Cui,Yanan Zhao, Qingzhe Cui, Chongyang Wu, Tongchao Wu, Jian Wei. VS4/MoS2 heterostructuresgrown along graphene to boost reaction kinetics and reversibility for highperformance Lithium sulfur batteries. Journal of Alloys and Compounds, 2023, 967:171820

[5]      Kai Zhang, Chunjuan Cui, Li Deng, Yan Wang,Chongyang Wu, Haijun Su. In-Situ Observation of Solidification Process ofFe-Al-Ta Eutectic Alloy. Journal of Physics and Chemistry of Solids, 2023,172: 111067.

[6]      Chunjuan Cui, Yanan Zhao, Zhicong Wang, YueLiu, Chongyang Wu, Kai Zhang, Jian Wei. S-sphere/C/MoS2 compositefor high-performance Lithium-Sulfur batteries. Ceramics International, 2022,48(19):27672-27680.

[7]     ChunjuanCui, Chongyang Wu, Wei Liu, Kai Zhang, Yan Wang, Yanan Zhao, Yue Liu, HaijunSu. Effect of Metastable Phase Content Controlled by Heat-Treatmenton Corrosion Behavior of Directionally Solidified Ni-12wt%Si HypereutecticComposites, Materials Chemistry and Physics,2022,292: 126827.

[8]     Chunjuan Cui, Kai Zhang,Chongyang Wu, Yuanyuan Lai, Yan Wang, Haijun Su. High Temperature Oxidation Behavior of DirectionallySolidified Fe(Al,Ta)/Fe2Ta(Al) Eutectic Composite. Journal of Alloys and Compounds. 2022, 913:165210

[9]     Chunjuan Cui, Yan Wang, Kai Zhang,Chongyang Wu, Wei Liu, Li Deng, Cong Wang, Haijun Su. Crystalgrowth mechanism of directionally solidified Fe-Al-Ta eutectic composites athigher solidification rates. Vacuum, 2022, 199:110922.

[10]  Chunjuan Cui, Deng Li, Wei Liu, Wang Yan,Yue Liu, Yuanyuan Lai, Yingying Liu, Haijun Su. High temperature tensileproperty and fracture behavior of directionally solidified Fe-Al-Ta eutecticcomposites. Journal of Wuhan University ofTechnology-Materials Science,2022, 37(1):110-116.

[11]  Chunjuan Cui, Yan Wang, Kai Zhang,Chongyang Wu, Wei Liu, Li Deng, Cong Wang, Haijun Su. Mechanical properties ofFe-Al-Ta eutectic composites at higher solidification rates. Materials Science and Engineering A, 2021,824:141765

[12]  Chunjuan Cui, Wei Liu, Deng Li, SongyuanWang, Haijun Su, Yu Lu. Effect of Metastable Phase on Corrosion Behavior ofDirectionally solidified Ni-Si Eutectic Composites. Rare Metal MaterialsEngineering, 2021, 50(9):3110-3115 

[13]  Chunjuan Cui, Wei Liu, Li Deng, Yan Wang,Yue Liu, Songyuan Wang, Lulu Tian, HaijunSu.Primary dendrite arm spacing and preferential orientations of the Ni-Sihypereutectic composites at different solidification rates, Applied Physics A-Materials Science &Processing, 2020,126:898.

[14]  Chunjuan Cui, Cong Wang, Pei Wang, Wei Liu, Yuanyuan Lai,Li Deng, Haijun Su. Microstructure and fracture toughness of the Bridgmandirectionally solidified Fe-Al-Ta eutectic at different solidification rates.Journal of Materials Science & Technology, 2020,42:63-74.

[15] Yanyun Liu, ChunjuanCui, Yue Liu, Wei Liu, Jian Wei. Application of MoS2 in the cathodeof lithium sulfur batteries. RSC Advances, 2020, 10:7384-7395.

[16]  Chunjuan Cui, Yuanyuan Lai, Wei Liu, PeiWang, Yanyun Liu, Cong Wang, Haijun Su. Tensile and fatigue properties of theBridgman directionally solidified Fe-Al-Ta eutectic. Materials Science andEngineering A, 2019, 765: 138257.

[17]   Chunjuan Cui, Songyuan Wang, Meng Yang, Haijun Su, Yagang Wen, Pei Wang,Chiqiang Ren. Microstructure and solid/liquid interface evolutions ofdirectionally solidified Fe-Al-Ta eutectic alloy. Journal of Wuhan Universityof Technology-Materials Science.2019,34(3):656-661.

[18] Chunjuan Cui, ChiqiangRen, Yanyun Liu, Songyuan Wang, Haijun Su. Directional solidification ofFe-Al-Ta eutectic by electron beam floating zone melting. Journal of Alloys andCompounds, 2019, 785:62-71.

[19] Chunjuan Cui, PeiWang, Meng Yang, Yagang Wen, Chiqiang Ren, Songyuan Wang. The preferentialorientation and lattice misfit of the directionally solidified Fe-Al-Taeutectic composite. Applied Physics A-Materials Science & Processing, 2018,214(1):12-16.

[20] Chunjuan Cui, LuluTian, Jun Zhang, Shengnan Yu, Lin Liu, Hengzhi Fu. Microstructure and propertyof directionally solidified Ni-Si hypereutectic alloy. Applied PhysicsA-Materials Science & Processing, 2016,122(3):213-216.

[21] Chunjuan Cui, TianXue, Yan Jin, Tongguang Zhai. Tensile and fatigue behavior of Ni-Ni3Sieutectic in situ composites, Materials Science and Technology, 2016,32(10):1053-1058.

[22] Chunjuan Cui, JunZhang, Tian Xue, Lin Liu, Hengzhi Fu. Effect ofSolidification Rate on Microstructure and Solid/Liquid Interface Morphology ofNi-11.5wt%Si Eutectic Alloy, Journal of Materials Science &Technology, 2015, 31(3):280-284 .

[23] Chunjuan Cui, JunZhang, Kun Wu, Dening Zou, Youping Ma, Lin Liu, Hengzhi Fu. Directionalsolidification of Ni-Ni3Si eutectic in situ composites by electronbeam floating zone melting. Physica B: Condensed Matter, 2013, 412:70-73.

[24]  Chunjuan Cui, Jun Zhang, Kun Wu, Youping Ma, Lin Liu,Hengzhi Fu. Microstructure and properties of Ni–Ni3Si composites bydirectional solidification. Physica B: Condensed Matter, 2012, 407(17):3566–3569

[25]  Chunjuan Cui, Jun Zhang, Lin Liu, HengzhiFu. Mechanical properties of the TaSi2fibers by nanoindentation. J. Mater. Sci. Technol., 2010,26(1): 65-68

[26]  Chunjuan Cui, Jun Zhang, Haijun Su, LinLiu, Hengzhi Fu. Growth mechanism of the directionally solidified Si-TaSi2eutectic in situ composite.  JCrystal Growth,2009,311(8):2555-2559Chunjuan Cui, Jun Zhang, Zhiwei Jia, HaijunSu, Lin Liu, Hengzhi Fu. Microstructure and field emission properties of theSi-TaSi2 eutectic in situ composites by electron beamfloating zone melting technique. J Crystal Growth, 2008, 310(1):71-77.

[27]  Chunjuan Cui, Jun Zhang，Guannan Wu, Min Han, Lin Liu, Hengzhi Fu. Thepreferential orientation of the directionally solidified Si-TaSi2eutectic in situ composite. J Crystal Growth, 2007, 309: 93-96.

[28]  Chunjuan Cui, Jun Zhang,Bo Li, Min Han, Lin Liu, Hengzhi Fu. Microstructure characteristics and interface morphology evolvement ofSi-TaSi2 eutectic in situ composite for field emission.  J Crystal Growth, 2007, 299(2): 248-253.

[29]  Chunjuan Cui, Jun Zhang，Min Han, Jun Chen, Ningsheng Xu, Lin Liu, Hengzhi Fu.Microstructure and properties of Si-TaSi2 eutectic in situ compositefor field emission. Chinese Science bulletin, 2007, 52(7): 584-589.

[30]  Jun Zhang,Chunjuan Cui, Min Han, Jun Chen, Ningsheng Xu, Lin Liu, Hengzhi Fu.Microstructure and property of Czochralski-grown Si-TaSi2 eutecticin situ composite for field emission. J Crystal Growth, 2005, 276: 92-96.

[31]  Haijun Su, Jun Zhang,Chunjuan Cui, Lin Liu, Hengzhi Fu. Rapid solidification of Al2O3/Y3Al5O12/ZrO2eutectic ceramic in-situ compositesby laser zone remelting. J Crystal Growth, 2007,307(2):448-456.

[32] Haijun Su, Jun Zhang, Chunjuan Cui, Lin Liu, Hengzhi Fu. Rapid solidification behaviour of Al2O3/Y3Al5O12(YAG) binary eutectic ceramic in-situ composites.Materials sciencce and Engineering A, 2008, 479(1-2): 380-388.

[33] Haijun Su, Jun Zhang, Chunjuan Cui, Lin Liu, Hengzhi Fu. Growth characteristic of Al2O3/Y3Al5O12(YAG) eutectic ceramic in-situcomposites by laser rapid solidification. J Alloys and compounds, 2008,456(1-2): 518-523.

[34] 崔春娟, 乌彤超, 王志聪, 李昊霖, 赵芷琪. 钛合金钻杆的研究现状及进展. 稀有金属，已接收

[35] 崔春娟, 赵芷琪, 张凯, 李昊霖, 乌彤超, 王志聪. 第一性原理计算在铁基合金中的研究进展. 稀有金属, 已接收

[36] 崔春娟, 赵亚男, 刘跃, 武重洋, 张凯, 王妍，魏剑. 花瓣状纳米硫和球状纳米硫的制备及性能. 材料导报，2023, 37(5):21080095(EI:

[37] 王妍, 崔春娟, 张凯, 邓力, 刘薇, 刘跃, 赵亚男, 武重洋. 定向凝固金属间化合物的研究进展. 材料导报，2022，36（24）：20100245（EI: 20230513455050）

[38] 崔春娟，刘艳云，刘跃，魏剑，来园园，刘薇. 二硫化钼对锂硫电池正极材料性能的影响机理. 功能材料, 2021, 52(1):01039-01046

[39]  崔春娟，王松苑，任驰强，刘艳云，王丛，来园园. 合金材料亚稳相的研究进展.功能材料, 2019, 50(7):07052-07059

[40]  周明亮，崔春娟，于军辉，蔡庆玲．核级锆合金铸锭铁元素偏析研究[J]．金属世界，2019(1):58-61．

[41]  卢百平，崔春娟，田露露，问亚岗，王佩. 布里奇曼定向凝固Ni-12wt%Si过共晶的弹性模量与断裂韧性研究. 材料导报, 2019,33(4):1383-1388 (EI: 20193007224853).

[42]  田露露，崔春娟，问亚岗，喻圣男，杨猛，王珮. Ni-12mass%Si过共晶的凝固特性及晶体生长机理研究. 材料热处理学报，2017,38(9):11-17

[43]  崔春娟,薛添,杨程,杨猛,田露露,问亚岗. Ni-Si共晶的位向关系及晶格错配度的高分辨透射电镜研究, 功能材料，2016,47(8):08196-08199

[44] 崔春娟, 杨猛，杨程，薛添,田露露，问亚岗.电子束区熔定向凝固Ni-Si共晶合金的固液界面演化规律，功能材料，2016,47(3): 03085-03089

[45]  崔春娟, 薛添, 杨猛, 蒋兴龙. 亚共晶Ni-Si合金的凝固组织特征研究, 功能材料, 2015, 46（14）:14092-14096(EI：20153601250710)

[46]  崔春娟, 薛添, 杨猛, 马晓康. 定向凝固Ni-Ni3Si共晶的晶体学择优取向研究. 凝聚态物理学进展, 2014, 3(3):33-38.

[47]  崔春娟, 张军, 吴昆, 邹德宁, 刘林, 傅恒志. 凝固速率对Si-Ta合金固液界面稳定性的影响. 材料工程, 2012, 351(8): 60-64(EI: 20124115547751)

[48]  崔春娟, 张军, 吴昆, 邹德宁, 马幼平,刘林, 傅恒志. Ni-Ni3Si共晶合金的定向生长特性. 稀有金属材料与工程,2012, 41:650-653 (SCI:000312353300155)

[49] 崔春娟, 张军, 刘林, 傅恒志. 场致发射阴极材料的研究进展. 材料导报, 2009, 23(6):36-39

[50] 崔春娟, 张军, 苏海军, 王红, 刘林, 傅恒志. Si-TaSi2共晶自生复合场发射材料的定向凝固组织特征. 无机材料学报, 2007, 22 (5): 1019-1023 (SCI:000249771300048)(EI: 074410900351)

[51] 崔春娟, 张军, 李波, 刘林, 傅恒志. Si-TaSi2场发射阴极阵列制备工艺的研究. 功能材料, 2007, 38(11):1806-1809 （EI:20075210995388）

[52] 崔春娟, 张军, 苏海军, 刘林, 傅恒志. Si-TaSi2共晶自生复合场发射材料的定向凝固行为. 中国有色金属学报, 2007材料科学与工程全国博士生学术论坛, 2007, 17:180-184

[53] 崔春娟, 张军, 韩民, 陈军, 许宁生, 刘林, 傅恒志. Si-TaSi2共晶自生复合场发射材料的组织与性能. 科学通报, 2006, 51(24): 2915-2919

[54]  问亚岗, 崔春娟，田露露,杨猛,薛添.定向凝固技术的研究进展与应用. 材料导报，2016, 30(2):116-120(EI: 20161102098653)

著作：

马幼平, 崔春娟，金属凝固理论及应用技术，北京:冶金工业出版社，90千字，2015

专利：

[1]     崔春娟, 任驰强, 问亚岗, 王珮, 王松苑. 一种Fe-Al-Ta复合材料的电子束悬浮区域熔炼定向凝固制备方法, 2019-5-10, 中国,ZL201710438831.0 2019 CN107254716 B

[2]     崔春娟, 来园园, 任驰强, 王丛, 刘艳云, 王松苑. 采用布里奇曼定向凝固技术制备Fe-Al-Ta多功能一体材料的方法，2020-10-9,中国, ZL2019 10491697.X  2020, CN110090942 B

[3]     来园园, 崔春娟, 任驰强, 邓力, 刘艳云, 王丛. 一种多功能一体Fe-Al-Ta共晶复合材料及其制备方法, 2020-12-1, 中国, ZL201911221058.8 2020,CN 110904389 B

[4]     刘艳云，崔春娟，任驰强，刘跃，刘薇，来园园，王丛. 一种采用分割技术的高效充放电方法, 2019.11.04，中国, ZL201911067201.2, CN110783653 B

[5]     张凯, 邓力, 崔春娟, 王妍, 武重洋, 刘薇, 赵亚男, 刘跃. 基于模拟仿真的Fe-Al-Ta三元合金定向凝固工艺优化方法,2021.06.01, 中国，ZL202110608787.X

[6]     武重洋, 崔春娟, 刘薇, 张凯,  赵亚男, 王研, 邓力, 刘跃. 一种低成本制备Ni-Ni3Si共晶自生复合材料的方法,2021.08.19, 中国, ZL202110955622.X

[7]     张凯，崔春娟，刘跃，王妍，赵亚男，武重洋. 一种补偿式定向凝固用液态金属冷却装置, 2021,10.13, 中国, ZL202111194117.4

电话：029-82202937

Email： cuichunjuan@xauat.edu.cn