杨浩

发布时间：2025-08-24浏览次数：783

  • 1、A mechano-electromagnetic hybrid actuation system for multimodal control of magnetic microrobots,IEEE Transactions on Automation Science and Engineering,中科院二区，IF：5.9,2025,H. Yang,Soochow University,1
  • 2、Liquid metal microparticles enabled low-cost, compact, and sensitive humidity sensors for in situ moisture monitoring,Materials Horizons,中科院二区，IF：10.8,2025,X. Chen,Soochow University,通讯
  • 3、Magneto-Soft Robots Based on Multi-Materials Optimizing and Heat-Assisted In-Situ Magnetic Domains Programming,International Journal of Extreme Manufacturing,中科院一区Top，IF: 16.1,2025,F. Niu,通讯
  • 4、Deep learning reveals direct correlation between red blood cell morphology and deformability,Applied Physics Letters,中科院二区，IF：3.6,2025,H. Yang,Soochow University,1
  • 5、Efficient in-droplet cell culture and cytomechanics measurement for assessment of human cellular responses to alcohol,Analytica Chimica Acta,中科院二区Top，IF：6.2,2025,H. Yang,Soochow University,1
  • 6、Rapid in-droplet tri-fluid micromixing and concentration gradient generation for nanoparticle synthesis,Colloid Surf. Physicochem. Eng. Asp.,中科院二区，IF：4.9,2024,H. Sun,Soochow University,通讯
  • 7、Magnetically actuated soft microrobot with environmental adaptative multimodal locomotion towards targeted delivery,Advanced Science,中科院一区Top，IF：14.3,2024,Qingwei Li, Fuzhou Niu, Hao Yang,Soochow University,一作+通讯
  • 8、Flexible and simultaneous multi-scale bioparticle manipulation to actuate cell and drug delivery utilizing AC electrokinetic-powered microswimmer,Sensors and Actuators B: Chemical,中科院一区Top，IF：8.0,2024,Haizhen Sun,Soochow University,通讯
  • 9、Microfluidic device featuring micro-constrained channels for multi-parametric assessment of cellular biomechanics and high-precision mechanical phenotyping of gastric cells,Analytica Chimica Acta,中科院二区Top，IF：6.2,2024,Yang Heng,Soochow University,通讯
  • 10、A microfluidic platform integrating dynamic cell culture and dielectrophoretic manipulation for in situ assessment of endothelial cell mechanics,Lab on a Chip,中科院一区Top，IF：6.1,2023,H. Yang, T. Chen,Soochow University,1
  • 11、Biomechanical properties of metastatic breast cancer cells in high glucose and hyperosmolarity environment,Applied Physics Letters,中科院二区Top，IF3.971,2023,W. Zou, X. Zheng,Soochow University,通讯
  • 12、细胞力学特性测量方法及应用,中国科学：生命科学,北大核心,2023,衡扬，闫加奇，俞文强,苏州大学,通讯
  • 13、Automated measurement of cell mechanical properties using an integrated dielectrophoretic microfluidic device,iScience,中科院二区，IF：5.458,2022,H. Yang,Soochow University,1
  • 14、Biomechanical Properties of Erythrocytes Circulating in Artificial Hearts Measured by Dielectrophoretic Method,Journal of Biomechanics,中科院二区,2021,X. Zheng,Soochow University,通讯
  • 15、A Universal Measurement Method for Nanoparticle Number Concentration Based on Atomic Force Microscope,IEEE Transactions on Nanotechnology,中科院三区，IF：2.57,2021,H. Yang,Soochow University,1
  • 16、A Robot Boat Powered by Liquid Metal Engines,Advanced Materials Technologies,中科院二区，IF：5.969,2020,X. Li,Soochow University,通讯
  • 17、Programmable Digital Liquid Metal Droplets in Reconfigurable Magnetic Fields, ACS Appl. Mater. Interfaces,中科院一区，IF：8.758,2020,X. Li,Soochow University,通讯
  • 18、Integrated Immunomagnetic Bead-Based Microfluidic Chip for Exosomes Isolation,Micromachines,中科院三区，IF：2.523,2020,F. Niu,Soochow University,通讯
  • 19、A Virtual Assisted Controller for Biological Cell Transportation in a Dynamic Environment with Variable Field of View,IEEE/ASME Transactions on Mechatronics,中科院一区Top，IF：5.673,2020,H. Yang,Soochow University,1
  • 20、Dielectrophoresis-Based Method for Measuring the Multiangle Mechanical Properties of Biological Cells,BioMed Research International,中科院三区，IF：2.276,2020,B. Zhu,Soochow University,通讯
  • 21、Dielectrophoretic Microfluidic Chip Integrated with Liquid Metal Electrode for Red Blood Cell Stretching Manipulation,IEEE Access,中科院二区，IF：3.745,2019,B. Zhu,Soochow University,通讯
  • 22、Analysis of red blood cell deformability using parallel ladder electrodes in a microfluidic manipulation system, International Journal of Advanced Manufacturing Technology,中科院三区，IF：2.633,2019,W.Li,Soochow University,通讯
  • 23、Automated transportation of biological cells for multiple processing steps in cell surgery,IEEE Transactions on Automation Science and Engineering,中科院二区，IF：4.938,2017,H. Yang,Soochow University,1
  • 24、Control of single-cell migration using a robot-aided stimulus-induced manipulation system,IEEE/ASME Transactions on Mechatronics,中科院一区Top，IF：5.673,2017,H. Yang,Soochow University,1
  • 25、A dynamic model of chemoattractant-induced cell migration,Biophysical Journal,中科院二区Top，IF：3.854,2015,H. Yang,City University of Hong Kong,1