University · founded 1906
University of Shanghai for Science and Technology
Shanghai, China · usst.edu.cn
- Citations, last 5 years
- 230.2k
- Works, last 5 years
- 24.3k
- h-index
- 289
- Scientists listed
- 0
- Grants since 2016
- 201
Grants received
2024 · grant · Humboldt Research Fellowship
Humboldt Research Fellowship (November 2024)
Di Zhao · University of Shanghai for Science and Technology · funded by Alexander von Humboldt-Stiftung
2023 · grant
基于上转换能量循环的单光束三维低功耗超分辨光存储的 研究
Lamonsimone · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2023 · grant
羧基键合结构调控Fe/g-C3N4内建电场在高通量酶促光芬 顿反应的作用机制
康诗飞 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2023 · grant
碳中和目标下的区域碳排放权动态分配及协同减排路径研 究
潘玲颖 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2023 · grant
磁性软物质的新型光子学特性及其在集成磁场传感技术中 的应用研究
卜胜利 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2023 · grant
CaSR介导的食源性肽促肠道饱腹因子分泌作用及机制研 究
宋洪东 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2023 · grant
Gd3+掺杂极宽温区高精度荧光测温探针研究
禹德朝 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2023 · grant
太赫兹表面等离激元局域模式近场成像及其应用研究
陈舒 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2023 · grant
基于等离子激元光热驱动原理的超分辨智能光存 储研究
张启明 · University of Shanghai for Science and Technology · funded by Science and Technology Commission of Shanghai Municipality
2023 · grant
基于网络的高频响泵控系统控制策略研究
沈伟 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2023 · grant
Ln-BioCP-离子印迹荧光传感器对食品中多种重金属残留 的检测机制研究
曹慧 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2023 · grant
高温-压力耦合作用下岩石损伤断裂全过程演化机理研究
陈有亮 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2023 · grant
高性能耐腐蚀硼基电极设计及其电催化海水制氢机制研究
郝伟举 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2023 · grant
大厚度形状记忆合金植入骨科医疗器械的特种能场辅助线 切割加工机理研究
王艳 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2023 · grant
质子交换膜燃料电池低Pt阴极催化层孔隙尺度传输机理研 究
郝亮 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2023 · grant
车用动力电池主导衰减模式时空演变规律与寿命评估研究
孙涛 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2023 · grant
生物质废弃物湿法水合储/释天然气过程热质可逆迁移与 动力学控制机制研究
杨亮 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2023 · grant
低碳高延性地聚物混凝土制备技术及裂缝自愈合机理研究
阚黎黎 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2023 · grant
基于智能软复合关节的柔性上肢外骨骼仿生驱动机理与控 制方法
孟巧玲 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2023 · grant
房颤下左心耳血栓形成机理及个性化卒中风险评估研究
阳君 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2023 · grant
气候变化对长江口典型生物种群时空分布影响的动力学机 制研究
原三领 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2023 · grant
基于三维非线性光子晶体的变频光学推理研究
方心远 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2022 · grant
鱼群抗干扰机制可解释自动建模下的集群机器人生存韧性研究
刘磊 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2022 · grant
基于CRISPR系统的乳酸菌高精度碱基编辑器研究
熊智强 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2022 · grant
3D打印304L不锈钢离子辐照损伤效应微观机理研究
侯娟 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2022 · grant
大型风力机叶片绕流高精度数值计算及控制机理研究
孙槿静 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2022 · grant
车云协同的动力电池服役周期容量估计原理和方法研究
郑岳久 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2022 · grant
基于数据驱动的随机Markov跳变系统的预测控制 及其在风洞流场中的应用
宋燕 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2022 · grant
时变刚度生物可降解内固定植入物拓扑优化设计方法研究
丁晓红 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2022 · grant
具有不同转动磁量子数的氢分子离子隧穿解离的理论研究
许亮 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2022 · grant
基于二维材料的复合固体电解质设计及其在全固态锂金属电池中的行为机制
夏水鑫 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2022 · grant
非贵金属单原子插层催化剂的设计和在电催化析氢中的机理研究
杨伟伟 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2022 · grant
动态通讯拓扑下输出受限的多智能体分布式控制
王刚 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2022 · grant
磁性金属-有机骨架材料对水中典型全氟化合物的荧光识别和协同吸附-光热催化降解机制研究
杨一琼 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2022 · grant
双区ESP磁约束除尘机理及其PM2.5捕集性能的研究
张建平 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2022 · grant
偏微分/积分方程的高效谱方法研究
王中庆 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2022 · grant
叠层钛合金材料铣削界面演变机制及其质量控制研究
郭淼现 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2022 · grant
微纳相变材料储热性能调控及其多尺度复杂流动传热特性研究
Guanhua Zhang · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai
2022 · grant · German Chancellor Fellowship
German Chancellor Fellowship (April 2022)
Xiaoshan Ni · University of Shanghai for Science and Technology · funded by Alexander von Humboldt-Stiftung
2022 · grant
（重）金属有机络合污染物的高级氧化降解途径与协同控制机理研究
刘洪波 · University of Shanghai for Science and Technology · funded by Natural Science Foundation of Shanghai