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环境工程我们团队与意大利萨兰托大学，米兰理工大学建立了长期科研合作，博士生、硕士生均可通过国家留学基金委和欧盟人才培养项目在意大利合作高校进行联合培养。近年硕士研究生就业去向：（1）张瑞霞，化学工程与技术硕士，现就职于鄂尔多斯市政府下属鄂尔多斯实验室（事业编制），主要从事煤化工相关研究（2）吴金隆，化学工程与技术硕士，现就职于晟光硅研半导体有限公司从事光伏材料研发（硕士期间在陕西省石油化工研究院联合培养）（3）陆毕帅，化学工程与技术硕士，现就职与上海药明康德药物子公司：上海全药物研发有限公司，从事药物分析工作（4）Tehmina Bano，化学工程与技术硕士，现于澳大利亚Macquarie University读博（5）李洁滢，化学工程与技术硕士，现就职于国家电网新疆分公司（6）邵帅，资源与环境专业硕士，现就职于浙江嘉兴斯达半导体（7）Mohamed Nasser，资源与环境专业硕士，现就职于贝特瑞新材料集团股份有限公司摩洛哥分公司（8）安文强， 化学工程与技术硕士，现就职于华虹集成电路（成都）有限公司（9）王霞，资源与环境硕士，现就职于中芯国际集成电路制造（上海）有限公司（10） Phillip Tendayi,化学工程与技术硕士，现就职于非洲Pharmanova Pharmaceutical PvtLtd","吕向菲，女，陕西临潼人,正高级工程师，硕士生导师，《应用化工》期刊青年编委，中国化学会高级会员，意大利Salento大学创新工程学院外聘讲师，2015.03-2016.04年受国家留学基金委资助在意大利University of Salento创新工程学院绿色化学实验室进行博士后工作，2017年进入长安大学水利与环境学院工作。2018年-2022年在中交第一公路勘察设计研究院有限公司博士后工作站进行博士后工作,2025年5月-7月，意大利米兰理工大学 高级研究学者。近年来，先后主持陕西省重点研发项目、中国博士后基金特别资助项目、中国博士后基金（一等资助）、陕西省自然科学基金、陕西省教育厅项目、陕西省博士后基金、陕西省博士后企业合作项目、国家级重点外国专家项目等20多个项目，作为主要完成人参与国家科技重大专项、中-意政府间合作项目；兼任深圳市项目评审员、西安市科技局科研项目评审、Research on Chemical Intermediates Journal of porphyrins and phthalocyanines等期刊的审稿人。发表SCI论文40余篇，申请获批中国专利10多项。借助自身资源和意大利University of Salento绿色化学实验室、意大利米兰理工大学在联合培养研究生、申请欧盟项目及发表论文等方面都有深入合作。2026年2月18日课题组与意大利萨兰托大学的合作受意大利《La Gazzetta del Mezzogiorno (南方公报)》头版头条报道，长安大学综合新闻转载：https:\u002F\u002Fnews.chd.edu.cn\u002Finfo\u002F1302\u002F504982.htm；主要研究方向：电子废弃物中贵金属的绿色回收、水体重金属高值吸附剂、黄土孔隙定量化分析欢迎化学工程、环境科学、环境工程等相关专业学生报考。Researchgate个人主页：https:\u002F\u002Fwww.researchgate.net\u002Fprofile\u002FXiangfei-LueORCID主页：https:\u002F\u002Forcid.org\u002F0000-0002-4874-9390 \n                                \n                                \n                                    \n                                         社会职务 \n                                    \n                                     中文核心期刊（CSCD）《应用化工》青年编委University of Salento（意大利）创新工程学院外聘讲师中国化学会高级会员陕西省欧美同学会会员中国环境保护产业协会社会化环境检测机构从业人员实操技能培训班理论授课老师","陕西","http:\u002F\u002Fjs.chd.edu.cn\u002Fhjkxygcxy\u002Flxf102\u002Flist.htm",[409,412,415,418,421,424,427,430,433,436,439,442,445,448,451,454,457,460],{"code":410,"name":411},"GB-07","石油和天然气开采业",{"code":413,"name":414},"GB-25","石油、煤炭及其他燃料加工业",{"code":416,"name":417},"GB-26","化学原料和化学制品制造业",{"code":419,"name":420},"GB-44","电力、热力生产和供应业",{"code":422,"name":423},"GB-54","道路运输业",{"code":425,"name":426},"GB-67","资本市场服务",{"code":428,"name":429},"GB-73","研究和试验发展",{"code":431,"name":432},"GB-78","公共设施管理业",{"code":434,"name":435},"GB-92","国家机构",{"code":437,"name":438},"SEI-01","新一代信息技术产业",{"code":440,"name":441},"SEI-03","新材料产业",{"code":443,"name":444},"CH-08","集成电路",{"code":446,"name":447},"CH-13","新材料",{"code":449,"name":450},"CH-19","新能源",{"code":452,"name":453},"CH-26","电力",{"code":455,"name":456},"CH-28","交通",{"code":458,"name":459},"CH-30","制造",{"code":461,"name":462},"CH-31","石油化工",[411,414,417,420,423,426,429,432,435,438,441,444,447,450,453,456,459,462],{"id":465,"name":466,"orgName":467,"school":400,"gender":401,"title":468,"degree":469,"honor":10,"position":10,"researchDirection":470,"intro":471,"province":406,"completeness":229,"avatarAuthorized":391,"sourceUrl":472,"nameValid":393,"tags":473,"tagNames":474},"9d4dfb0b-a1da-4b56-d0b7-27f496309f5b","栾丽君","长安大学材料科学与工程学院","教授","工学博士","长期从事材料科学与工程研究，聚焦功能材料的设计、制备与性能优化，致力于探索材料微观结构与宏观性能的关系。主要方向包括：（1）II-VI族化合物半导体单晶体生长与高能辐射探测器重点开展CdTe基化合物半导体的单晶体生长工艺优化、从成分、结构、缺陷、光电性能等方面对晶体进行全面评价，以提高单晶体质量、提高辐射探测器等器件的性能为目标。（2）石榴石型铁氧体材料制备与多尺度表征采用固相反应法、溶胶-凝胶法等制备工艺，探究稀土元素掺杂对YIG（钇铁石榴石）材料磁晶各向异性、铁磁共振线宽的影响规律。借助X射线衍射、扫描电镜等多尺度表征手段，阐明材料晶格畸变、畴结构演变与微波磁性能的内在关联。开发出低损耗、高稳定性的铁氧体材料，为5G通信器件与磁光隔离器提供核心材料支撑。（3）计算材料学与材料物理性能设计，光催化材料、光伏材料和其他新材料设计","栾丽君，教授，博士生导师，2009年获西北工业大学工学博士学位，长期从事材料科学与工程领域研究工作，聚焦功能材料的设计、制备与性能优化，致力于探索材料微观结构与宏观性能的构效关系。研究方向（1）II-VI族化合物半导体单晶体生长与探测器制备；（2）石榴石型铁氧体材料制备与多尺度表征；（3）计算材料学与材料物理性能设计。主持国家重点研发计划专题项目、自然科学基金项目，省部级重点项目以及多项横向课题。以第一作者发表多篇中英文高水平科技论文，获得多项国家发明专利。 \n                                \n                                \n                                    \n                                         社会职务","http:\u002F\u002Fjs.chd.edu.cn\u002Fclkxygcxy\u002Fllj100\u002Flist.htm",[],[],{"id":476,"name":477,"orgName":478,"school":400,"gender":479,"title":468,"degree":403,"honor":10,"position":10,"researchDirection":480,"intro":481,"province":406,"completeness":229,"avatarAuthorized":391,"sourceUrl":482,"nameValid":393,"tags":483,"tagNames":484},"2fdfdaaf-6190-c139-cc7f-01ca584b430e","文常保","长安大学能源与电气工程学院","男","研究领域或方向：人工智能技术；人工神经网络理论及应用；微纳电子技术；电力系统；半导体器件技术；电气工程；FPGA及图像处理技术；SOPC系统设计及应用；Android技术及应用；集成电路与芯片设计；光电子系统设计及应用；传感器及敏感材料技术；无线通信及传感器技术；时频信号处理技术;仪器仪表技术；自动化检测装置。人每年招收研究生3-5名，研究团队有教授3人，副教授3人每年招收研究生15-20名,欢迎广大热衷于科学研究的同学报考！已毕业研究生50余名，就业领域主要集中于高校、研究所、企业、事业单位，也有成立科技公司创业的。近年部分毕业研究生主要从事的科学研究项目：[1]郑怀仓.具有快速瞬态响应的Buck型DC-DC转换器研究与设计[D].长安大学,2019.[2]马文博.基于IGA-RBF的电子元器件贮存环境无线监控系统研究[D].长安大学,2019.[3]时晓文. 基于Android的网络分析仪无线移动测量系统研究[D].长安大学,2019.[4]刘鹏里. 基于深度卷积神经网络特征再提取的边缘检测算法研究[D].   长安大学,2019.[5]牛涛涛. Rayleigh波与Love波双模式声波产生器件的建模及特性研究[D].   长安大学,2019.[6]吴忠秉. 基于FPGA的脉冲式激光测距系统设计[D].长安大学,2018.[7]张城. 一种无线控制的网络分析仪校准系统[D].长安大学,2018.[8]马琼. Love波器件ANSYS建模仿真与电子校准测试装置的设计[D].长安大学,2017.[9]姜燕妮. 声表面波器件建模与匹配测试系统的设计研究[D].长安大学,2017.[10]马跃. 磁控溅射制备ZnO波导层及Love波湿度传感器的研究[D].长安大学,2017.[11]朱博. 基于ARM和μCOS-Ⅱ的半导体制冷器温度控制系统的设计与实现[D].   长安大学,2016.[12]靳雪莹. Love波器件的建模仿真及阻抗匹配系统研究[D].长安大学,2016.[13]党双欢. 基于WIFI的无线声表面波振荡器数据采集系统[D].长安大学,2016.[14]付营飞. 基于MPPT控制器的光伏系统设计研究[D].长安大学,2015.[15]张颖超. 基于FPGA的Huffman编码并行实现及高速存储系统设计[D].   长安大学,2015.[16]王莹莹. 声表面波器件设计及测试装置的研究[D].长安大学,2015.[17]方吉善. 无线双声表面波振荡器的设计研究[D].长安大学,2015.[18]高丽红. 一种新型无线智能称重系统的设计研究[D].长安大学,2015.[19]贾亚飞. 外部可调限流型恒流恒压DC-DC转换器的研究[D].长安大学,2014.[20]李建华. 基于FPGA的视频采集系统设计[D].长安大学,2014.[21]孙文正. 基于FPGA的实时运动检测系统研究[D].长安大学,2014.[22]徐鑫. 声表面波器件的设计仿真及其应用研究[D].长安大学,2014","文常保，教授，博士\u002F博士后,山西人。2012年到2013年在美国University of South Florida 从事访学研究工作；2009年到2011年在交通信息工程及控制博士后流动站从事博士后研究工作。2007年至今在长安大学从事教学和科研工作。陕西省电子学会理事、西安市纳米科学技术学会理事、中国电子学会青年科学家俱乐部会员、中国仪器仪表学会会员，国家自然基金委员会项目评审专家、国家留学基金委评审专家，国家重大专项评审专家，科技部、工信部专项评审专家，教育部人才计划评审专家，教育部学位与研究生教育发展中心评审专家，中国博士后科学基金评审专家，千人计划评审专家，《中文核心期刊要目总览》评审专家，《现代电子技术》等期刊编委。主持和参与国家自然科学基金、国家自然科学基金合作项目、科技专项、国家教育部博士点基金、博士后科学面上及特别资助等基金项目10余项，授权发明及软件专利60余项。出版教材与学术专著5部，在电子领域权威期刊学术刊物上发表学术论文60余篇，其中SCI、EI收录40余篇。主要研究领域或方向：人工智能、人工神经网络、电力电子、电气工程、自动化检测装置、传感器、敏感材料、微纳电子器件、集成电路与芯片及信号处理技术等。本人每年招收研究生3-5名，研究团队有教授3人，副教授3人每年招收研究生15-20名,欢迎广大热衷于科学研究的同学报考！ \n                                \n                                \n                                    \n                                         社会职务 \n                                    \n                                     陕西省电子学会理事、西安市纳米科学技术学会理事、中国电子学会青年科学家俱乐部会员、中国仪器仪表学会会员，国家自然基金委员会项目评审专家、国家留学基金委评审专家、国家重大专项评审专家、科技部、工信部专项评审专家、国家重点研发计划政府间港澳台重点专项、国家留学基金委评审专家、教育部学位与研究生教育发展中心评审专家，中国博士后科学基金评审专家、长江学者、百人计划、千人计划评审专家、《现代电子技术》等期刊编委、《中文核心期刊总览》评审专家","http:\u002F\u002Fjs.chd.edu.cn\u002Fnyydqgcxy\u002Fwcb\u002Flist.htm",[],[],{"id":486,"name":487,"orgName":478,"school":400,"gender":479,"title":488,"degree":469,"honor":10,"position":10,"researchDirection":489,"intro":490,"province":406,"completeness":295,"avatarAuthorized":391,"sourceUrl":491,"nameValid":393,"tags":492,"tagNames":493},"1572d5b6-6007-b77e-75cb-4b3fa0c0aaa8","柯吉","副教授","研究方向研究核心：为电力与综合能源系统构建“感知-预测-优化-调控”技术闭环，让能源利用更高效、更安全、更低碳。具体研究方向如下：方向一：新型电力系统源-网-荷协同调控大规模分布式电源、充电负荷等新型主体并网，形成“配电网-新型主体”共生系统，源荷双侧不确定性显著增强，电网安全运行面临严峻挑战。本方向围绕这一核心问题，从预测、调控、验证、安全四个维度开展系统研究：预测--新能源出力与负荷精准预测：基于数值天气预报与机器学习的风电\u002F光伏超短期、短期、中长期功率预测，以及考虑气象因素、社会因素的多尺度负荷预测。预测信息向下游调控模块传递，为其提供决策依据。在极端场景下，预测模块进一步融合气象灾害预警信息（台风路径、冰灾覆冰趋势、洪涝水位等），为韧性防御提供灾害态势感知基础。调控--光储直柔与源-网-荷-储协调优化：面向建筑\u002F园区场景的“光伏+储能+直流配电+柔性用能”系统架构设计与运行控制，包括直流母线电压控制、储能充放电管理、柔性负荷调节策略。在极端场景下，调控模块向上延伸至“规划-防御-恢复”全环节-灾前：储能选址定容与预防性布防，将储能预先部署至关键节点；灾中：基于实时灾害态势，动态划分孤岛并实施应急支撑；灾后：制定关键负荷恢复路径与网络重构方案。三个环节形成“灾前布防-灾中支撑-灾后恢复”的时序调控链条。验证--基于RT-LAB的硬件在环仿真验证：基于RT-LAB实时仿真平台，开展新能源并网控制策略、微电网运行策略、配电网保护与控制算法的硬件在环（HIL）验证。验证结果反馈至调控模块，形成“设计-验证-迭代”的闭环开发流程。平台同时支撑极端灾害场景下储能韧性策略的硬件在环测试，模拟冰灾、洪涝、台风等典型灾害工况，验证调控策略在不同灾害强度与故障时序下的有效性与可靠性。安全--配电网安全风险评估与管控：多类型主体接入后的电压越限、设备过载风险评估与预警管控；用户侧与配网侧储能优化配置及充放电策略优化。安全评估结论可追溯至预测与调控环节，形成风险闭环管控。在极端场景下，安全评估进一步延伸为韧性评估-以负荷保全率、恢复时间、储能支撑时长等为韧性评价指标，量化不同“规划-防御-恢复”策略组合下的系统韧性水平，识别薄弱环节并提出改进建议。       四个维度共同形成“预测-调控-验证-安全”的完整技术链条：预测为调控提供常规与灾害两类数据基础；调控涵盖“常规运行+灾前-灾中-灾后”全时序应对；经实时仿真验证后投入应用；安全评估对全过程进行风险兜底，并升级为韧性量化评价。最终构建“常规运行安全管控-极端事件韧性增强”的双重保障体系。方向二：交通-能源融合系统建模与优化高速公路、轨道交通等基础设施正从“单纯用能”向“自发自用、余电上网”转变，形成交通与能源深度耦合的新型系统。然而，交通流的随机性与新能源出力的波动性相互叠加，导致系统运行状态复杂多变，亟需有效的感知、控制与优化手段。本方向围绕交通-能源耦合系统，从感知、建模、控制、优化四个维度开展研究：感知--交通-能源耦合态势感知：融合交通流数据（车流量、通行速度、拥堵指数）与能源系统数据（光伏出力、储能SOC、充电负荷），构建交通-能源耦合系统的运行态势感知方法，实现对系统状态的实时监测与趋势研判。感知信息向下游建模模块传递，提供数据基础。建模--高速公路自洽能源系统架构与建模：面向高速公路沿线“风\u002F光\u002F储\u002F充”一体化场景，建立涵盖能源生产、转换、存储、消费全环节的系统架构与机理模型。模型为下游控制策略的设计与优化提供被控对象描述。控制--边缘控制与能量管理：基于边缘计算架构，部署本地能量管理策略，实现充电设施有序控制、储能充放电实时决策、路侧设备能效优化。控制策略的有效性通过感知数据反馈验证，形成“感知-控制”实时闭环。优化--多目标协同优化调度：以经济性（运行成本最低）、低碳性（碳排放最小）、可靠性（供电保障率）为综合优化目标，开展日前-日内多时间尺度优化调度。优化结果指导控制策略的参数整定，实现全局层面的运行效益最大化。四个维度形成“感知-建模-控制-优化”的完整技术链条：感知获取系统状态，建模提供系统描述，控制实现实时调节，优化追求全局最优，共同支撑交通-能源融合系统的自洽高效运行。方向三：综合能源系统多能协同管理与优化园区、建筑集群、工业用户等场景中，电、热、冷、气等多种能源形式深度耦合，传统“竖井式”的分产分供模式导致能源综合利用效率偏低、碳排放居高不下。本方向将多种能源形式视为一个整体，从建模、感知、管理、优化四个维度开展研究：建模--多能耦合机理建模：基于Modelica语言建立电-热-冷-气多能耦合机理模型，刻画能源在生产、转换、存储、消费各环节的动态行为与耦合关系。模型为下游感知与管理提供系统描述基础。感知--多能流实时监测与能效评估：基于EnergyPlus开展建筑能耗精细模拟与热舒适性分析，结合多能流实时监测数据，构建能效评估与碳流追踪方法，量化各环节的能耗与碳排放贡献。感知信息向上游模型校准与下游管理决策提供数据支撑。管理--综合能源系统运行管理：基于MATLAB\u002FSimulink开发多能互补运行管理策略，协调热电联产、热泵、储能、空调等多类设备的出力与投切，保障多能系统的供需实时平衡。管理策略的执行效果通过感知模块实时反馈，形成“感知-管理”闭环。优化--多目标协同优化调度：以经济性、低碳性、能源综合利用效率为优化目标，考虑新能源出力与多能负荷的双重不确定性，开展日前-日内多时间尺度协同优化调度，实现能源的梯级利用与系统整体效益最大化。优化结果反馈至管理策略，实现持续迭代改进。     四个维度形成“建模-感知-管理-优化”的完整技术链条：建模为感知提供系统框架，感知为管理提供决策依据，管理为优化提供执行载体，优化反哺建模与管理持续改进，共同支撑综合能源系统的高效、低碳、稳健运行。课题组依托平台课题组具备良好的科研实验条件，依托学校大型仪器平台向研究生开放使用：（1）高速公路交通能源风光模拟仿真系统http:\u002F\u002Fdygx.chd.edu.cn\u002Fcf\u002Fmain\u002F!equipments\u002Fequipment\u002Findex.211由光伏模拟单元、风电模拟单元、储能模拟单元和负荷模拟单元构成，可模拟高速公路沿线“源-网-荷-储”一体化运行场景，支持能量管理策略的硬件在环验证。主要技术指标：光伏模拟器功率30kW，风电模拟器功率22kW，储能电池模拟器双向功率10kW，实时仿真步长≤50μs。（2）新能源电力实时仿真系统（RT-LAB）http:\u002F\u002Fdygx.chd.edu.cn\u002Fcf\u002Fmain\u002F!equipments\u002Fequipment\u002Findex.196基于CPU+FPGA异构架构，支持电力电子变换器、电机驱动等高频电力系统的亚微秒级实时仿真。主要技术指标：FPGA仿真步长≤1μs，支持不少于32个开关器件的高精度建模，支持与外部控制器进行模拟量\u002F数字量I\u002FO闭环交互。可用于新能源并网逆变器控制、微电网运行策略、配电网保护算法等硬件在环测试验证。（3）新能源多级物理系统建模仿真与仿真工具链开发环境http:\u002F\u002Fdygx.chd.edu.cn\u002Fcf\u002Fmain\u002F!equipments\u002Fequipment\u002Findex.319     基于DYMOLA（Modelica语言）、EnergyPlus和MATLAB\u002FSimulink三大核心软件，构建覆盖“设备-子系统-系统级”的多层级综合能源仿真工具链，支撑园区、建筑、交通等场景的综合能源系统建模与仿真验证。其中：DYMOLA支持电-热-冷-气多能耦合机理建模与动态仿真，EnergyPlus专注于建筑能耗精细模拟与热舒适性分析，MATLAB\u002FSimulink承担控制算法开发与模型在环\u002F软件在环验证。三大工具协同联动，形成从物理系统建模、能效分析到控制策略部署的全流程仿真验证能力，为综合能源系统规划、运行优化与碳排核算提供完整的数字化支撑平台。我们正在寻找这样的你——诚实守信，有担当，不怕吃苦；数学和外语基础扎实，专业方向为电气、自动化、建筑电气与智能化、通信或数学等相关领域；同时，你乐于融入集体，善于与伙伴协同作战。如果你正是这样的人，我们诚挚邀请你加入我们的研究团队！这里不仅有充足的资源和良好的氛围，更有一群志同道合的伙伴，陪你一起成长、一起突破。我们是一个开放、包容的科研团队，坚信“因材施教”的力量。在这里，你的研究兴趣会被充分尊重，你的创新想法会得到全力支持。课题组不仅拥有充足的经费、优越的办公条件和多元化的奖励机制，更拥有轻松融洽的协作氛围。作为导师，我将全程亲力亲为，陪伴大家成长。我坚持“四个一”的培养承诺--每位同学在学期间，均有机会：申请一项国家发明专利；发表一篇学术论文；参加一次国际会议（费用由课题组全额承担）；完整负责一项横\u002F纵向科研项目。这不仅是学术训练，更是为未来的工作或深造积蓄底气。我们希望每一位成员都能在这里找到方向，收获实实在在的成长","柯吉，男，安徽安庆人，副教授，能电学院博士生\u002F国际硕士生\u002F硕士生导师。在长安大学电气工程及其自动化专业获得学士学位，西北工业大学控制科学与工程学科获得硕士和博士学位；于2010年至2012年获批CSC资助在比利时根特大学(Ghent University)进行博士联合培养。主要从事电气工程相关理论以及其在交通、建筑、能源及其融合等相关领域的应用研究。主持和参与包括国家重点研发计划、国家自然基金、陕西省重点研发计划等省部级科研项目40余项。以第一\u002F通讯作者在国内外高质量期刊发表论文40余篇，授权发明专利10余项，参与编写专著4部。主编和参编行业与学会标准2项，是交通能源融合白皮书的主要编制者。先后为本科生及硕士研究生主讲课程10余门，现指导国际硕士士生5人，硕士研究生15人。课题组与加拿大、法国和俄罗斯等诸多国际一流高校、企业保持密切合作关系，能够为研究生提供充裕的研究项目、高水平的研究平台及生活保障，能为每位研究生提供项目保障，鼓励并全额资助学生每年参加国内外学术交流活动（每年至少1次）、相关技能培训活动（每年多次）以及国际（欧美著名院校）联合培养、提供能源相关企业实习或项目实践机会。课题组毕业生就业去向主要包括：国家电网、研究所和能源类高新企业, 如中行工业研究所、中电研究所、中国汇川、比亚迪、远景能源、和利时、艾默生、大唐电信、中国西电、西安热工院等；事业单位如中国银行、浦发银行等；以及出国留学如法国里昂大学、俄罗斯莫斯科动力学院等。课题组每年招收研究生5~7名，博士招生学科为：交通运输工程（新能源与动力工程0823Z6）硕士招生学科：电气工程一级学科（电气工程）能源动力一级学科（电气工程方向）邮件联系请附个人简历（内含个人信息、教育背景、参与项目或竞赛获奖情况等信息）。电子邮箱：keji@chd.edu.cn \n                                \n                                \n                                    \n                                         社会职务","http:\u002F\u002Fjs.chd.edu.cn\u002Fnyydqgcxy\u002Fkj\u002Flist.htm",[],[],{"id":495,"name":496,"orgName":497,"school":400,"gender":479,"title":488,"degree":469,"honor":10,"position":10,"researchDirection":498,"intro":499,"province":406,"completeness":295,"avatarAuthorized":391,"sourceUrl":500,"nameValid":393,"tags":501,"tagNames":502},"01c9152e-46b5-f3a7-19af-d34b2d6301c3","高广中","长安大学公路学院","桥梁结构风工程大跨桥梁颤振、涡振、驰振等风致振动机理与控制；大跨桥梁非线性风致响应分析；斜风、大攻角、复杂地形风场条件下桥梁抗风性能评估；桥梁主梁、吊杆、拱桥及超大跨缆索承重桥梁抗风优化。新能源振动控制与防灾新能源基础设施（风力机、光伏板等）振动理论与控制方法；高精度数值模拟技术钝体空气动力学与非线性气动失稳钝体断面非线性自激力理论、气动阻尼\u002F气动刚度幅值依赖性、非线性颤振分岔与极限环振动、非线性阶跃函数模型、非线性状态空间模型及气动参数识别方法。风洞试验模拟与测试技术节段模型、多自由度气弹模型、任意大攻角大振幅振动试验装置、斜风试验装置、实时气弹混合试验系统及复杂流场模拟技术、高精度气弹模型试验技术人工智能的应用基于深度学习的钝体结构气动外形优化、复杂山区非平稳风场建模、风工程数字孪生、桥梁风致振动快速评估与智能预测","高广中，男，工学博士，副教授，博士生导师，九三学社社员。现任长安大学公路学院桥梁工程系教师，担任中国土木工程学会风工程学术委员会委员、中国风工程和工业空气动力学专业委员会委员、中国抗风减灾与风能利用专委会青年委员、中国灾害防御协会风与风灾分会青年理事、国家自然科学基金评审专家，入选中国公路学会青年人才托举计划、长安大学青年学术骨干I类。长期从事风敏感结构的抗风防灾研究，主要围绕大跨桥梁风致振动与控制、新能源基础设施减振与防灾、钝体非线性气动失稳、风洞试验模拟技术及人工智能在风工程中的应用开展研究。主持国家自然科学基金项目3项、省部级项目2项及多项工程应用类项目，作为技术骨干参与国家重点研发计划项目、国家自然科学基金重点项目等。研究成果应用于张靖皋长江大桥、苏通第二过江通道、深中通道伶仃洋大桥、云阳复兴长江大桥、下横沥水道拱桥等重大桥梁工程的抗风防灾研究，以及民航飞机侧风稳定性评估、柔性光伏板、风力机风振等风敏感结构抗风减灾研究。累计发表期刊论文48篇，其中SCI检索论文34篇、EI检索论文12篇, 其中中科院2区以上24篇。公开发明专利21项，授权10项，公开实用新型专利6项。参编行业标准《大跨度桥梁颤振性能评估与控制技术标准》《大跨度桥梁涡振与控制技术指南》和《大气边界层风洞流场校测标准》。研究成果获陕西省科技进步二等奖、中国公路学会科学技术一等奖。招生信息欢迎桥梁结构风工程、机械流体、流体\u002F空气动力学、计算力学、人工智能、信号处理及智能控制等专业方向的本科生、硕士研究生和博士研究生加入团队。研究团队经费充足、研究氛围良好，研究方向包括大跨桥梁风致振动与控制、新能源结构振动与减灾、非线性气动失稳、复杂风场模拟、深度学习驱动的气动外形优化与风工程智能分析等。联系邮箱：ggz@chd.edu.cn（请附上简历） \n                                \n                                \n                                    \n                                         社会职务 \n                                    \n                                     中国土木工程学会桥梁结构分会风工程学术委员会委员。 中国风工程和工业空气动力学专业委员会委员。 中国抗风减灾与风能利用专委会青年委员。 中国灾害防御协会风与风灾分会青年理事。 国家自然科学基金评审专家。 Scientific Reports 编委，Advances in Wind Engineering 青年编委","http:\u002F\u002Fjs.chd.edu.cn\u002Fglxy\u002Fggz\u002Flist.htm",[],[],{"id":504,"name":505,"orgName":506,"school":400,"gender":479,"title":488,"degree":403,"honor":10,"position":10,"researchDirection":507,"intro":508,"province":406,"completeness":295,"avatarAuthorized":391,"sourceUrl":509,"nameValid":393,"tags":510,"tagNames":511},"5aeb9950-17e7-6c10-0f0a-4ae2f575afa6","徐小波","长安大学电子与控制工程学院","研究方向为深度学习：1、图像类：(1)、对抗生成网络、扩散模型，应用场景为单样本\u002F少样本情况下图像生成与识别。(2)、语义分割\u002F模式识别，应用场景为小样本情况下缺陷识别。2、时间序列类：Transformer网络，应用场景为基于大样本、基于注意力机制的表格数据预测。3、图类：图神经网络研究项目主要为交通、光伏、医学影像、微电子等行业与人工智能的结合","徐小波，男，42，博士，副教授，2009年3月毕业于西安电子科技大学微电子学院，获硕士学位，硕士论文题目《MEMS传感器弱信号检测电路及集成设计》，2012年3月获西安电子科技大学微电子学与固体电子学博士学位，博士论文题目《SOI SiGe HBT性能与结构设计研究》，现在长安大学电子与控制工程学院机器人工程系从事科研和教学。近几年主持国家自然科学基金、博士后科学基金、陕西省自然科学青年基金、陕西省自然科学青年基金等，参与项目多项。在IEEE Transactions on Electrons Devices、Solid State Electronics、Superlattices and Microstructures、Chinese Physics B、Chinese Physics Letters等期刊公开发表第一作者学术论文20余篇，其中14篇SCI收录，6篇EI收录。当前主要研究领域或方向为机器学习：(1) 自然语言处理(NLP)方向，主要为表格预测(tabular prediction)； (2) 生成深度网络：主要为对抗生成网络(GAN)和扩散模型(diffusion model)，生成AI图像或者数据。(3) 目标检测。主要为a. 卷积神经网络如：U网络(U-Net)和可变形卷积网络（deformable ConvNet）             b. vision transformer以及后续模型(4) 图神经网络：主要为注意力机制+图卷积的各种组合应用场景主要为交通、光伏、医学影像、微电子等行业与人工智能的结合。 \n                                \n                                \n                                    \n                                         社会职务 \n                                    \n                                     1、IEEE wireless communications 、solid state electronics、IET electronics letters等期刊审稿人；2、教育部全国硕士博士论文审稿人；3、mdpi SCI期刊客座编辑；","http:\u002F\u002Fjs.chd.edu.cn\u002Fdzykzgcxy\u002Fxxb\u002Flist.htm",[],[],{"id":513,"name":514,"orgName":515,"school":400,"gender":479,"title":488,"degree":403,"honor":10,"position":10,"researchDirection":516,"intro":517,"province":406,"completeness":518,"avatarAuthorized":391,"sourceUrl":519,"nameValid":393,"tags":520,"tagNames":521},"dd5e0815-9d8f-5e4a-79d9-29761a79a9e8","马恺泽","长安大学建筑工程学院","本课题组聚焦土木工程前沿交叉领域，重点开展结构智能防灾、智能建造与新能源结构三大方向的创新研究。在结构智能防灾方面，致力于研究基于人工智能的灾害监测、自适应减震控制技术和韧性提升方法，构建全寿命周期的智能防灾体系。智能建造方向重点突数字孪生和BIM协同设计等关键技术，推动建造过程的数字化与自动化转型。新能源结构领域着力探索光伏-建筑一体化、风电结构优化等绿色技术，促进土木工程与可再生能源的深度融合。通过多学科交叉创新，课题组旨在建立感知-决策-响应的智能土木工程新范式，为基础设施低碳化、智能化发展提供理论支撑和技术解决方案，助力建筑业绿色转型与可持续发展","马恺泽，工学博士，副教授，硕士生导师，建筑工程实验室主任。西安建筑科技大学土木工程学院与2011年获得工学博士。美国俄亥俄州立大学访问学者。2011年至今在长安大学建筑工程学院工作，长期从事智能防灾、智能建造、新能源结构等方面的研究。主持国家自然科学基金及省部级科研基金共4项、；发表论文50余篇，SCI、EI检索30篇；授权专利15项。培养毕业博士、硕士研究生30 余人。 \n                                \n                                \n                                    \n                                         社会职务 \n                                    \n                                     1. 陕西省土木建筑学会装配式建筑专业委员会委员；2. 陕西省智能建造与新型建筑工业化库专家；3. 西安市科协智库专家",95,"http:\u002F\u002Fjs.chd.edu.cn\u002Fjzgcxy\u002Fmkz\u002Flist.htm",[],[],{"id":523,"name":524,"orgName":515,"school":400,"gender":479,"title":488,"degree":469,"honor":10,"position":10,"researchDirection":525,"intro":526,"province":406,"completeness":95,"avatarAuthorized":391,"sourceUrl":527,"nameValid":393,"tags":528,"tagNames":529},"96ea7696-b7cf-5f87-420d-9ca712a8df17","党会学","多场耦合、多学科协同仿真与优化设计、人工智能、结构工程、爆炸力学、输电线路力学。特色研究方向简介如下：多场耦合研究包括流固耦合、热流固耦合、声流固耦合、考虑相变的多相流模拟等。目前已经成功完成航空航海及民用的多项相关科研项目，囊括了①可压缩与不可压缩流及真实气体效应，②大迎角分离流与跨声速激波\u002F边界层干扰、③跨声速\u002F超声速空腔噪声、④下水管与供水管的减压减振、⑤雨水收集模拟、⑥风沙流中的帐篷流固耦合响应、⑦大坝泄洪雾化，等等。多学科协同仿真包括点云处理、网格自动生成、高性能计算与自动后处理的协同仿真，以及考虑热流固耦合的覆冰\u002F融冰模拟等。其中，①点云处理、网格自动生成、高性能计算与自动后处理的协同仿真工作已经集成并升级了多个版本的软件，并在国家电网公司、中国华能集团有限公司得到了应用与推广；②考虑热流固耦合的覆冰\u002F融冰模拟目前已经成功应用于特高压线路覆冰预测及集电线路覆冰预测，且正在逐步应用于无人机在湿冷环境中的覆冰气动特性研究工作中；③自主搭建了流固耦合与飞行力学协同仿真平台，可应用于模拟飞行器、航行器在有控制飞行条件下的流固耦合行为。优化设计包括借助于尺寸优化、形状优化及拓扑优化技术，分别开展了①结构流致振动疲劳寿命的优化、②结构的减重优化、③热交换器的换热性能及减振优化，等等。输电线路力学，主要针对输电杆塔及塔线基体系开展防灾减灾方面的研究工作。成功完成了国家电网公司、中国华能集团有限公司等的①特高压线路、②风电场集电线路、③柔性光伏支架和④光伏阵列风荷载特性等研究项目","西北工业大学本硕博，曾在中国电力科学研究院从事为期3年输电线路力学研究工作。   主要从事多场耦合、多学科协同仿真集成开发及二次开发、结构工程、流体力学的教学科研工作。先后主持参与973课题、民机预研项目、国家自然科学基金项目、陕西省自然科学基金项目等纵向项目10余项，参编学术专著2部，行业规范一部，教材3部（含十三五教材一部），发表学术论文30多篇，其中SCI\u002FEI收录20余篇（包括Aerospace science and technology（中科院一区top）、Ocean Engineering（中科院一区top）、Journal of wind engineering and industrial aerodynamics（中科院一区top）、Applied Ocean Research等行业顶级期刊，其中一篇SCI论文被IAA（国际航空空间论文摘要）收录32行），一篇论文被Wind energy期刊认定为2024年度10篇高被引论文之一。获得授权发明专利8项，相关科研成果先后获得中国电力科学研究院科技进步奖两项。   所从事的民用研究工作已经应用于电网公司的输电线路抗风设计、光伏电池板的抗风设计等。   目前，与国家电网公司中国电力科学研究院、囯网电力工程研究院、中航工业第一飞机设计研究院、中国电建西北院等多家单位保持了良好的项目合作关系，且与西安交通大学、上海交通大学、西北工业大学、天津民航大学、西华大学等所高校的教师保持了良好的科研合作关系。目前，本团队研究方向持续，经费稳定，团队成员精神风貌昂扬向上，积极努力，不仅科研工作进展可控，而且毕业生均获得了良好的就业岗位，在各个领域做出了应有的贡献。 \n                                \n                                \n                                    \n                                         社会职务 \n                                    \n                                     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Mater. 2022 ，封里文章】。；光子的角动量除了与偏振状态相关的自旋角动量外，还可以携带 OAM 。 OAM 光束，例如常见的拉盖尔-高斯光束，其光场具有空间分布的相位，这表现为角向的相位依赖性，因此具有螺旋形的波前；同时，光束中心存在一个相位奇点，因此中心光强度为零，光强度分布为环形。 基于新型量子材料， 理论上研究新型量子材料的二阶非线性响应特性，实验上 特别设计合适的电极形状，制备探测器原型器件，开展轨道角动量光电流谱表征，最终实现不同阶数的 OAM 光束的直接光电识别。；针对现有拓扑外尔半金属材料（如 WTe₂、TaIrTe₄ ）在环境稳定性及大面积制备方面的局限，项目组创新性地提出并验证了多层石墨烯（ MLG ）作为中红外 OAM 探测材料的可行性。通过设计特殊的U型电极几何结构，利用轨道光伏效应（ OPGE ）成功实现了对 OAM 拓扑荷数的直接电学读出【 Light: Science & Applications 2025 】。基于光弹调制（ PEM ）的高速 OAM 读出技术开发：针对传统机械旋转波片法探测速度慢（分钟级）的问题，引入了光弹调制技术，构建了工作频率达 50 kHz 的高速探测系统。实验验证该系统能够以微秒级的响应速度（约 20 μs ）准确分辨 OAM 阶数，相比传统方法探测速度提升了 5-6 个数量级，解决了实时 OAM 探测的关键技术难题【 Advanced Photonics 2025 】。；三、多维光电感知与非线性调控机理探索；系统总结并阐述了拓扑半金属在实现光强、偏振、光谱及 OAM 等多维参数一体化探测方面的优势【 Advanced Optical Materials 2025 】。同时，在理论上探索了利用强相互作用里德堡原子气体的非局域非线性效应，实现了对光子自旋霍尔效应及光场自旋参数的主动调控，为自适应探测提供了新的物理思路【 New Journal of Physics 2025 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