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TECHNOLOGY》等国内外影响力期刊发表SCI论文30余篇，授权国家发明专利20余件并部分转化。“铝、镁合金微弧氧化系列设备的研究开发”获陕西省科学技术一等奖，“轻合金表面微弧氧化陶瓷化防护的关键技术及应用”获广西省科学技术三等奖","陈宏，女，江苏溧阳人，博士，副教授，硕士研究生导师，拔尖创新指导教师。主讲的课程有《材料腐蚀与防护》、《模具设计与制造》、《模具CAD\u002FCAM》、《腐蚀与磨损》（研究生课程）。编写《模具设计与制造》“十二五”规划教材一部，参编《机械工程材料》等“十二五”规划教材。主要从事材料学、材料加工工程专业的材料表面改性研究（轻金属表面陶瓷化（微弧氧化）、材料腐蚀与磨损等）方面的工作。近年来先后承担了国家自然科学基金、陕西省自然科学基金、陕西省重点研发计划，凝固技术国家重点实验室项目等研究课题，研究成果荣获陕西省科学技术一等奖，广西省科学技术三等奖，获授权国家发明专利20余项，发表学术论文40余篇。指导学生参加“大学生创新、创业项目”，“挑战杯”，“互联网+”项目，多次获校级金、银、铜奖。  主要科研成果获奖：1．2003年“铝、镁合金微弧氧化系列设备的研究开发”获陕西省学技术奖壹等奖。2．2018年“轻合金表面微弧氧化陶瓷化防护的关键技术及应用\"广西省科学技术三等奖。 \n                                \n                                \n                                    \n                                         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社会职务",95,"http:\u002F\u002Fjs.chd.edu.cn\u002Fclkxygcxy\u002Fjcp\u002Flist.htm",[430,433],{"code":431,"name":432},"GB-32","有色金属冶炼和压延加工业",{"code":434,"name":435},"GB-73","研究和试验发展",[432,435],{"id":438,"name":439,"orgName":440,"school":390,"gender":405,"title":415,"degree":393,"honor":11,"position":11,"researchDirection":441,"intro":442,"province":396,"completeness":427,"avatarAuthorized":397,"sourceUrl":443,"nameValid":399,"tags":444,"tagNames":445},"87616f0e-fba7-5a02-c391-d712001e3179","胡笑钏","长安大学能源与电气工程学院","1. 高压与绝缘智能技术（这是我们的传统优势领域，但注入了全新的“智能化”血液）研究内容：高压设备中的绝缘材料在强电场、复杂环境和长期运行条件下，表面可能出现局部放电，并进一步发展为沿面闪络或绝缘失效，影响电力装备和航天器电子设备的安全运行。团队研究绝缘材料表面放电如何产生和发展，关注材料表面结构、化学成分与耐压性能之间的联系，并探索通过薄膜制备、表面微结构和等离子体处理改善材料性能。除了采用传统高压实验和理论研究方法，团队引入深度学习算法，建立放电模型，对表面处理工艺进行智能优化和反向设计。具体能干啥：参与高压放电实验、材料表面处理及表征实验、放电信号分析、多物理场仿真，以及机器学习建模与工艺优化。  2. 电力电子与脉冲功率技术（新能源、电动汽车等热门行业的核心技术，就业前景广阔）研究内容：高压脉冲电源需要在较短时间内产生幅值高、变化快、频率和能量可调的电压输出，其性能直接影响放电形态、能量利用效率和应用效果，为工业等离子体生成提供核心动力。团队围绕高压脉冲电源拓扑、功率器件、驱动控制、高压绝缘和系统集成开展研究。具体能干啥：参与电源拓扑分析、功率器件选型、驱动程序开发、样机调试、电压电流测试和故障排查，并在实验中理解电源参数与放电负载之间的相互影响。3. 放电等离子体应用（典型的新兴交叉前沿领域）研究内容：气体放电可产生高能电子、离子以及活性氧、活性氮等粒子，并伴随局部热效应与电场作用，因此在新能源汽车、生物医学和环境治理等领域具有广阔的应用前景。团队目前重点开展等离子体辅助甲醇汽车点火、癌细胞杀伤、除尘及污染物降解等研究。在新能源汽车领域，针对甲醇燃料低温点火困难的问题，利用高能电子和活性粒子促进燃料裂解与氧化，探索等离子体辅助点火机制。在生物医学领域，结合实验与分子动力学模拟，研究活性粒子及电场与细胞膜、蛋白质之间的相互作用，揭示等离子体杀伤癌细胞的微观机制。在环境治理领域，通过流场、电场和颗粒运动的多物理场仿真，研究污染物的输运与捕集规律，并探索活性粒子促进污染物降解的作用机制。具体能干啥：参与等离子体装置搭建、参数优化、图像和数据分析、多物理场仿真及分子动力学模拟，从应用现象出发逐步深入作用机理","胡笑钏｜女｜博士\u002F副教授\u002F博导一、个人履历2015年从西安交大博士毕业，读博期间深度参与国家“973”重大涉密项目，研究空间电子与等离子体如何影响航天器放电。同年入职长安大学，2017年带硕士，2018年晋副教授，2025年带博士，同时还是西安交大博士后。长期围绕高压与绝缘智能技术、电力电子与高压脉冲电源技术、放电等离子体应用开展研究。目前，团队有1名博士生和十多名硕士研究生。 二、研究方向：1. 高压与绝缘智能技术（这是我们的传统优势领域，但注入了全新的“智能化”血液）研究内容：高压设备中的绝缘材料在强电场、复杂环境和长期运行条件下，表面可能出现局部放电，并进一步发展为沿面闪络或绝缘失效，影响电力装备和航天器电子设备的安全运行。团队研究绝缘材料表面放电如何产生和发展，关注材料表面结构、化学成分与耐压性能之间的联系，并探索通过薄膜制备、表面微结构和等离子体处理改善材料性能。除了采用传统高压实验和理论研究方法，团队引入深度学习算法，建立放电模型，对表面处理工艺进行智能优化和反向设计。具体能干啥：参与高压放电实验、材料表面处理及表征实验、放电信号分析、多物理场仿真，以及机器学习建模与工艺优化。2. 电力电子与脉冲功率技术（新能源、电动汽车等热门行业的核心技术，就业前景广阔）研究内容：高压脉冲电源需要在较短时间内产生幅值高、变化快、频率和能量可调的电压输出，其性能直接影响放电形态、能量利用效率和应用效果，为工业等离子体生成提供核心动力。团队围绕高压脉冲电源拓扑、功率器件、驱动控制、高压绝缘和系统集成开展研究。具体能干啥：参与电源拓扑分析、功率器件选型、驱动程序开发、样机调试、电压电流测试和故障排查，并在实验中理解电源参数与放电负载之间的相互影响。3. 放电等离子体应用（典型的新兴交叉前沿领域）研究内容：气体放电可产生高能电子、离子以及活性氧、活性氮等粒子，并伴随局部热效应与电场作用，因此在新能源汽车、生物医学和环境治理等领域具有广阔的应用前景。团队目前重点开展等离子体辅助甲醇汽车点火、癌细胞杀伤、除尘及污染物降解等研究。在新能源汽车领域，针对甲醇燃料低温点火困难的问题，利用高能电子和活性粒子促进燃料裂解与氧化，探索等离子体辅助点火机制。在生物医学领域，结合实验与分子动力学模拟，研究活性粒子及电场与细胞膜、蛋白质之间的相互作用，揭示等离子体杀伤癌细胞的微观机制。在环境治理领域，通过流场、电场和颗粒运动的多物理场仿真，研究污染物的输运与捕集规律，并探索活性粒子促进污染物降解的作用机制。具体能干啥：参与等离子体装置搭建、参数优化、图像和数据分析、多物理场仿真及分子动力学模拟，从应用现象出发逐步深入作用机理。三、成果积累团队目前承担20余项纵向项目，覆盖国家自然科学基金、省市科技计划、中央高校科研项目及校企合作项目。简单说，从基础研究到工程应用，都是我们擅长的。（经费管够、设备齐全，支持合理范围内的奇思妙想）。发表代表性论文30余篇，研究内容涉及高压放电与绝缘、二次电子发射与微放电抑制、等离子体医学以及人工智能预测等方向；围绕新能源汽车、高压放电分析和材料表面处理等技术形成专利成果10余项。学科竞赛是团队科研育人的突出特色。近年来，团队学生累计获得竞赛奖项50余项，其中包括14项国家级奖项，并于2024年、2025年连续获得国家一等奖。 四、日常管理在学业上，团队成员势头强劲，2025年团队3人获得国家奖学金，一等奖学金的覆盖率高达70%以上。在就业上，团队已毕业硕士研究生共10人，其中3人继续攻读博士学位，4人进入国家电网市级单位，2人进入中国电气装备集团，1人进入高压电源相关企业。学生的发展方向覆盖科研深造、电力系统、高端电工装备和高压电源研发等领域。日常管理以高效科研+适度放松为原则，保障学术产出的同时，也给大家留出思考与调整的空间，寒暑假安排同本科生，考完试就放假！（主要是我也想放假）。都到这了，不妨关注以下平台，可以了解更多信息：B站搜：UID：613735465抖音：https:\u002F\u002Fv.douyin.com\u002FIq167ZwNHME微信公众号：高压放电与人工智能HVD-AI课题组五、招生信息每年计划招收博士研究生1-2名，硕士研究生4-5名，欢迎保研、考研学生报考。招生要求：具备较强的学习能力与团队协作意识。（热情比天赋重要，态度比起点关键）。 邮箱：huxc@chd.edu.cn（邮件请附完整个人简历，含基本信息、教育经历、科研\u002F竞赛经历、成果等）    \n                                \n                                \n                                    \n                                         社会职务 \n                                    \n                                     IEEE会员，中国电工技术学会等离子体及应用专委会委员，中国电子学会会员，中国自动化学会会员，陕西省真空技术学会会员","http:\u002F\u002Fjs.chd.edu.cn\u002Fnyydqgcxy\u002Fhxc100\u002Flist.htm",[],[],{"id":447,"name":448,"orgName":389,"school":390,"gender":391,"title":392,"degree":449,"honor":11,"position":11,"researchDirection":450,"intro":451,"province":396,"completeness":96,"avatarAuthorized":397,"sourceUrl":452,"nameValid":399,"tags":453,"tagNames":454},"e08b73d6-b3fb-3b95-0e9f-d083850eda52","袁战伟","博士研究生","新型金属基复合材料；3D打印金属材料研究；激光表面处理；有限元仿真","袁战伟，教授，博导，长安大学材料科学与工程学院材料加工系。2014年毕业于西北工业大学材料凝固国家重点实验室，获工学博士学位。2014年12月进入长安大学材料科学与工程学院材料加工系工作。长期从事金属基复合材料、金属增材制造、金属材料的宏微观变形行为研究工作。5年内主持课题包括国防科工局项目、航天科工集团、装备发展部、重点实验是开放课题、兵器集团等课题及横向课题30余项。以第一作者身份先后在Material Science and Engineering A、Journal of Materials Research等学术期刊发表论文48篇，其中SCI收录40篇，授权国家发明专利5项。    硕士生招生方向：材料学，材料与化工。   博士生招生方向：机械工程材料。 \n                                \n                                \n                                    \n                                         社会职务 \n                                    \n                                     《粉末冶金材料科学与工程》期刊青年编委；《热加工工艺》期刊青年编委；《Material science and Engineering A》、《Material and Design》、《Journal of Alloys and 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