许凯亮
( 研究员
博士生导师
)
- 教师拼音名称：Xu Kailiang
- 所在单位：生物医学工程与技术创新学院
- 学历：研究生毕业
- 办公地点：Center for Biomedical Engineering,
School of Information Science and Technology,
- 学位：博士学位
- 在职信息：在职
- 毕业院校：博士(复旦大学)
- 邮编：200438
-
- 通讯/办公地址：复旦大学信息科学与工程学院生物医学工程中心
-
- 办公室电话：021-31242521
-
- 移动电话：13512131984
-
- 邮箱：xukl@fudan.edu.cn
-
- 付亚鹏；孙乾东；李博艺；他得安；许凯亮,基于RCA阵列三维超快超声血流成像方法仿真研究.-物理学报-2023-01-01-72
- Ultrafast ultrasound Doppler imaging for three-dimensional cerebral injury evaluation.-SHENGXUE XUEBAO/ACTA ACUSTICA-2023-01-01-48
- Chen, Honglei；Ling, Feiyao；Zhu, Wujun；Sun, Di；Liu, Xiaoyu；Li, Ying；Li, Dan；Xu, Kailiang；Liu, Zenghua；Ta, Dean,Waveform inversion for wavenumber extraction and waveguide characterization using ultrasonic Lamb waves.-Measurement: Journal of the International Measurement Confederation-2023-01-01-207
- Guo, Shuaifei；Luo, Mingyan；Shi, Gang；Tian, Ning；Huang, Zhe；Yang, Fangyuan；Ma, Liguo；Wang, Nai Zhou；Shi, Qinzhen；Xu, Kailiang；Xu, Zihan；Watanabe, Kenji；Taniguchi, Takashi；Chen, Xian Hui；Shen, Dawei；Zhang, Liyuan；Ruan, Wei；Zhang, Yuanbo,An ultra-high vacuum system for fabricating clean two-dimensional material devices.-Review of Scientific Instruments-2023-01-01-94
- 基于超快超声多普勒的三维脑损伤成像方法研究.-声学学报-2023-01-01-48
- Sui, Yihui；Yan, Shaoyuan；Yu, Junjin；Song, Jianping；Ta, Dean；Wang, Weiqi；Xu, Kailiang,Randomized Spatial Downsampling-Based Cauchy-RPCA Clutter Filtering for High-Resolution Ultrafast Ultrasound Microvasculature Imaging and Functional Imaging.-IEEE TRANSACTIONS ON ULTRASONICS FERROELECTRICS AND FREQUENCY CONTROL-2022-01-01-69
- Gu, Meilin；Li, Yifang；Tran, Tho N. H. T.；Song, Xiaojun；Shi, Qinzhen；Xu, Kailiang；Ta, Dean,Spectrogram decomposition of ultrasonic guided waves for cortical thickness assessment using basis learning.-ULTRASONICS-2022-01-01-120
- Tran T.N.H.T.；Xu K.；Le L.H.；Ta D.,Signal Processing Techniques Applied to Axial Transmission Ultrasound.-Advances in Experimental Medicine and Biology-2022-01-01-1364
- 超分辨率超快超声脊髓微血管成像方法.-物理学报-2022-01-01-71
- 隋怡晖；郭星奕；郁钧瑾；Alexander A.Solovev；他得安；许凯亮,基于生成对抗网络加速超分辨率超声定位显微成像方法研究.-物理学报-2022-01-01
