天游ty8线路检测中心(中国)官方网站 -Unique Platform

许凯亮，2012年获天游ty8官方网站生物医学工程博士学位，科技部重点研发项目首席科学家、国家高层次海外青年人才、欧盟玛丽居里学者, 先后在巴黎第六大学、法国Langevin研究所工作，2018年起任天游ty8官方网站青年研究员

-现任中国声学学会理事、《Ultrasound in Medicine & Biology》Advisory Editorial Board、IEEE IUS Technical Program Committee (TPC) Member、《声学学报》青年编委等，曾主持2021年度IEEE IUS超声成像分会场和2023年度ICU国际超声研讨会高帧率超声成像分会场。

-创办了波达医疗公司，www.podamed.com，积极推进超快超分辨超声、脑功能超声和三维超快超声成像技术发展

研究领域: 生物医学工程、医学超声、信号处理、机器学习、人工智能、图像处理等

研究兴趣：超快超声脑功能成像、超分辨率超声定位显微成像、超声导波等。

课题组与法国Langevin研究所、巴黎第六大学、巴黎高等物理化工学院、美国石溪大学、加拿大Alberta大学建立有长期合作关系。

* 欢迎有志学生报考硕士与博士研究生，推免生应为具有推荐免试资格的优秀本科生（应届）或硕士研究生，请附上个人简历与论著情况

* 报考博士研究生需在英文权威期刊发表SCI论文。

* 本科生申请推免需要同时报名参加暑期夏令营

* 欢迎本校本科生申报卓博计划，或参与项目实践与科研训练

* 入选天游ty8官方网站卓博计划导师（2022\2023年度)

* 报考工程硕士研究生需谨慎，非诚勿扰，海选导师者勿扰

* 无追求好实习者勿扰，数学物理基础差勿扰，叶公好龙假大空者勿扰

* 若喜爱钻研，有志于追求卓越者，特别欢迎来信附上CV与个人陈述！

招生专业方向：

博士：083100 生物医学工程(学术学位)、085400 电子信息(专业学位)
硕士：083100 生物医学工程(学术学位)、085400 电子信息(专业学位)

【项目情况】

科技部重点研发计划【诊疗装备与生物医用材料专项】，经颅超快超分辨脑微血管与脑功能超声成像技术研究及样机研制，900万，主持
国家海外高层次青年人才，主持
欧盟玛丽居里基金项目, Finite element resonant ultrasound spectroscopy to characterize maturation of cortical bone elastic properties, 13.7万欧元，主持
国家自然科学基金家重大科研仪器研制项目子课题，跨尺度高分辨率的多模态超声骨成像仪器研制-超声成像算法研究及实现，50万，主持
国家自然科学基金面上项目，超分辨率非线性超声定位显微成像方法研究，50万，主持
国家自然科学基金面上项目，脊髓超声功能成像方法研究，55万，主持
国家自然科学基金青年项目，评价长骨的超声激发振动声导波方法研究，25万，主持
上海科委国际科技合作项目，经颅骨超分辨率超声微血管成像方法研究，50万，主持
上海青年科技启明星计划项目，经颅超声聚焦与成像关键技术研究，40万，主持
上海自然科学基金，超快超声脑血管成像方法研究，20万，主持
复旦脑科学交叉融合探索项目，超快超分辨功能超声成像方法及其在脑科学和神经外科交叉研究中的探索， 20万，主持
国家自然科学基金重点项目, 多层复杂生物组织中超声传播和调控新机理及其信息深度挖掘方法研究，参加
国家自然科学基金委员会与金砖国家科技创新框架计划合作研究项目, 用于诊断治疗的超声驱动生物活性微泡，参加

《Ultrasound in Medicine & Biology》Advisory Editorial Board

IEEE IUS Technical Program Committee (TPC) Member

中国声学学会理事

《声学学报》青年编委

中国声学学会生物医学超声工程分会秘书

中国声学学会教育分会委员

中国声学学会青年工作委员会委员

中国医学装备协会超声装备技术分会委员

2024 Meas. Sci. Technol. 期刊2023年度最佳论文,全年共6篇

2023 第九届“互联网+”大学生创新创业大赛全国银奖

2023 十八届“挑战杯”竞赛黑科技专项行星级全国二等奖

2022 第八届“互联网+”大学生创新创业大赛全国银奖

2022 天游线路检测中心院长奖

2022 上海市海聚英才创新发展奖，排名第1

2021 天游线路检测中心院长奖

2018 上海市自然科学二等奖，排名第3/5

2016 教育部科技进步二等奖，排名第4/10

2015 欧盟玛丽居里学者

2014 上海市优秀博士论文

2019 天游ty8官方网站钟扬式科研团队

2019 天游ty8官方网站十佳三好研究生导学团队

09/2018 青年研究员，党支部书记，天游ty8官方网站，生物医学工程中心

04/2017 ~ 08/2018 Langevin声学研究所，法国

04/2015 ~ 03/2017 欧盟玛丽居里学者，Laboratoire d’Imagerie Biomédicale，巴黎第六大学，法国

04/2014 ~ 04/2015 博士后，Laboratoire d'Imagerie Biomedicale，巴黎第六大学，法国

05/2012 ~ 04/2014 博士后，天游ty8官方网站，电子工程系，电子科学与技术博士后流动站

09/2007 ~ 06/2012 博士，天游ty8官方网站，电子工程系，生物医学工程专业

09/2011 ~ 03/2012 访问学者，生物医学工程系，Stony Brook大学，美国

01/2011 ~ 02/2011 访问学者，物理系，Jyvaskyla大学，芬兰

【开设课程】

研究生医学超声进展

研究生生物医学超声信息处理

本科生科技英语

本科生信息科学技术的创新创业与发展

【毕业生】

2019届本科/2022届硕士：臧佳琦阿里

2019届本科：蒋洪福公务员

2020届本科/2023届硕士：凌非尧字节跳动

2020届本科：张宇宸本校直研

2020届本科：宋早发本校直研公务员

2023届硕士：隋怡晖 GE就业

2023届硕士：徐冬梅 NI就业

【在读】

博士研究生：

2020级：闫少渊第八届“互联网+”大学生创新创业大赛全国银奖

2021级：郁钧瑾第九届“互联网+”大学生创新创业大赛全国银奖、IEEE LAUS Student Pitch Competition第一名、IEEE IUS Travel Award.

2021级：周宸宸

2021级：关虎昌

2022级：程双毅天游ty8官方网站卓博计划

2023级：郭远洋天游ty8官方网站卓博计划

2023级：蔡扬

2024级：周麟瑄

硕士研究生：

2020级：蔚慧文

2021级：郭星奕

2021级：付亚鹏

2021级：郑书航

2021级：周江锦

2021级：李卿

2022级：孙乾东

2022级：马国奡

2022级：丁逸鸣

2023级：吴浩田

2023级：胡绮文

2023级：佟永奇

2024级：何睿

课题组近年在IEEE UFFC\JASA\IEEE TSP\UMB\Next Nanotechnology\Small\Adv. Mater.等权威超声期刊发表论文50余篇，录用国超声研讨会顶级会议IEEE IUS论文30余篇，多次入选期刊封面论文、推荐论文、高引论文和优秀论文，学生曾获IEEE IUS Travel Support多次。
● 主要代表论文
52. Guo Li, Qiandong Sun, Yapeng Fu, Kailiang Xu, Jiyan Dai, Single Crystal Row–Column-Array for 3D Ultrasound Imaging, Ultrasonics, 2024, Accept.

51. Qiumin Le, Nan Huang, Jian Cui, Guangyuan Fan, Tao Pan, Kunxiu Han, Kailiang Xu, Changyou Jiang, Xing Liu, Feifei Wang, and Lan Ma, Transcriptomic Effects of Paternal Cocaine-seeking on the Reward Circuitry of Male Offspring, Translational Psychiatry, Accepted.
50. Guoxiang Chen, Fenyang Zhu, Alexandra S J Gan, Brij Mohan, Krishna K Dey, Kailiang Xu, Gaoshan Huang, Jizhai Cui, Alexander A Solovev, Yongfeng Mei, Towards the next generation nanorobots, Next Nanotechnology, 2, 100019, 2023.
49. Chen Jiang, Boyi Li, Linru Xie, Chengcheng Liu, Kailiang Xu, Yiqiang Zhan, Dean Ta, Ray theory-based compounded plane wave ultrasound imaging for aberration corrected transcranial imaging: comparison between phantom experiments and simulations, Ultrasonics, 135, 107124, 2023.
48. Chenchen Zhou, Kailiang Xu, Dean Ta, Frequency-domain full-waveform inversion based musculoskeletal ultrasound computed tomography,  J. Acoust. Soc. Am., 154 (1), 279-294, 2023.
47. Junjin Yu, Haoru Dong, Dean Ta, Rong Xie, Kailiang Xu, Super-Resolution Ultrasound Microvascular Angiography for Spinal Cord Penumbra Imaging,  Ultrasound in Med. & Biol., 49 (9), 2140-2151, 2023.
46. Kailiang Xu, Shaoyuan Yan, Jianping Song, Ultrafast Doppler Imaging of Brain Arteriovenous Malformation, World Neurosurgery, 177, 3-4, 2023.
45. Shuangyi Cheng, Junjin Yu, Yapeng Fu, Dean Ta, Kailiang Xu, Numerical Simulation Method of Nonlinear Contrast-Enhanced Ultrasound Imaging, Acta Phys. Sin., 72(15): 154302, 2023.
44. Shaoyuan Yan, Jiajun Shou, Junjin Yu, Jianping Song, Ying Mao and Kailiang Xu, Ultrafast Ultrasound Vector Doppler for Small Vasculature Imaging, IEEE T. Ultrason. Ferr. Freq. Control, 70(7), 613-624, 2023. (连续8个月入选IEEE UFFC Popular Articles)
43. Feiyao Ling, Honglei Chen, Yanfeng Lang, Zhibo Yang, Kailiang Xu, Dean Ta, Lamb Wave Tomography for Defect Localization using Wideband Dispersion Reversal Method, Measurement, 216, 112965, 2023.
42. Junjin Yu, Xingyi Guo, Shaoyuan Yan, Qiumin Le, Vincent Hingot, Dean Ta, Olivier Couture, and Kailiang Xu, Randomized Channel Subsampling Method for Efficient Ultrafast Ultrasound Imaging, Measurement Science and Technology, 34 (8), 084005, 2023.
41. Xingyi Guo, Dean Ta, Kailiang Xu, Frame rate effects and their compensation on super-resolution microvessel imaging using ultrasound localization microscopy, Ultrasonics, 107009, 2023.
40. X Zhou, S Sun, Y Chen, C Liu, D Li, Q Cheng, M He, Y Li, K Xu, D Ta, Pulsed Frequency Modulated Ultrasound Promotes Therapeutic Effects of Osteoporosis Induced by Ovarian Failure in Mice,  Ultrasonics, 106973, 2023.
39. Yapeng Fu, Qiandong Sun, Boyi Li, Dean Ta, Kailiang Xu, Three-dimensional ultrafast ultrasound imaging of blood flow using row-column addressing matrix:A simulation study, Acta Phys. Sin., Accept, 2023.
38. Honglei Chen, Feiyao Ling, Wujun Zhu, D Sun, Xin Liu, Ying Li, Dan Li, Kailiang Xu, Zenghua Liu, Dean Ta, Waveform inversion for wavenumber extraction and waveguide characterization using ultrasonic Lamb waves, Measurement 207, 112360.
37. K Xu, J Luo, K Chihara, KK Shung, CH Alfred, In Memory of Wang Weiqi: An Early Pioneer of Biomedical Ultrasonics in China (1939–2022),  IEEE T. Ultrason. Ferr. Freq. Control, 69(10), 2716 - 2717, 2022.
36. Honglei Chen, Kailiang Xu, Xiaoyu Liu, Ying Li, Zenghua Liu, Dean Ta，Influence of optical transmissivity on signal characteristics of photoacoustic guided waves in long cortical bone, Ultrasonics, 2022 (126), 106816.
35. Yihui Sui, Yingyi Guo, Yunjin Yu, Alexander A. Solovev, Dean Ta, Kailiang Xu, Accelerating super-resolution localization microscopy with generative adversarial nets, Acta Phys. Sin., 71(2), 224301, 2022.
34. Honglei Chen, Kailiang Xu, Zenghua Liu, Dean Ta, Ellipse of uncertainty based algorithm for quantitative evaluation of defect localization using Lamb waves, Ultrasonics, 2022(125), 106802.
33.  Yihui Sui, Shaoyuan Yan, Junjin Yu, Jianping Song, Dean Ta, Weiqi Wang, Kailiang Xu, Randomized spatial downsampling based Cauchy-RPCA clutter filtering for high-resolution ultrafast ultrasound microvasculature imaging and functional imaging, IEEE T. Ultrason. Ferr. Freq. Control, 69(8), 2425 - 2436, 2022 (封面推荐)
32. Junjin Yu, Xingyi Guo, Yihui Sui, Jianping Song, Dean Ta, Yongfeng Mei, Kailiang Xu, Ultrafast Ultrasound Localization Microscopy Method for Spinal Cord Mircovasculature Imaging, Acta Phys. Sin., 2022 (编辑推荐优秀论文)
31. Honglei Chen, Kailiang Xu, Zenghua Liu, Dean Ta, Sign coherence factor-based search algorithm for defect localization with laser generated Lamb waves, Mechanical Systems and Signal Processing, 173(2022), 109010.
30. X Liu, B Li, B Pang, C Liu, Y Shu, K Xu, J Luo, D Ta, Improved ultrasound imaging performance with complex cumulant analysis, IEEE Transactions on Biomedical Engineering, 69(3): 1281 - 1289, 2022.
29. Meilin Gu, Yifang Li, Tho N.H.T. Tran, Xiaojun Song, Qinzhen Shi, Kailiang Xu, Dean Ta, Spectrogram decomposition of ultrasonic guided waves for cortical thickness assessment using basis learning, Ultrasonics, 106665, 2022.
28. Jiaqi Zang, Kailiang Xu, Qingjian Han, Qiyong Lu, Yongfeng Mei, Dean Ta, Non-contrast-enhanced ultrafast ultrasound Doppler imaging of the spinal cord micro-vessels, Acta Phys. Sin., 2021(11):114304. (编辑推荐优秀论文, 2022年度高被引论文,前1.5%)
27. Junyi Zou#, Feiyao Ling#, Xiang Shi, Kailiang Xu, Huiyang Wu, Peining Chen, Bo Zhang, Dean Ta, Huisheng Peng, An electromagnetic fiber acoustic transducer with dual modes of loudspeaker and microphone, Small, 2102052, 2021.
26.  Qi Chen, Kailiang Xu, and Dean Ta, High-resolution Lamb waves dispersion curve estimation and elastic property inversion in an isotropic plate, Ultrasonics, 115, 106427, 2021.
25.  Jawayria Mujtaba, Jinrun Liu, Krishna K. Dey, Tianlong Li, Rik Chakraborty, Kailiang Xu, Denys Makarov, Roman A. Barmin, Dmitry A. Gorin, Valeri P. Tolstoy, Gaoshan Huang, Alexander A. Solovev,* and Yongfeng Mei, Micro-Bio-Chemo-Mechanical-Systems: Micromotors, Microfluidics, and Nanozymes for Biomedical Applications, Adv. Mater., 2007465, 2021.
24. Sumayyah Naeem, Jawayria Mujtaba, Farah Naeem, Kailiang Xu, Gaoshan Huang, Alexander A Solovev, Jing Zhang, Yongfeng Mei, Catalytic/Magnetic Assemblies of Rolled-up Tubular Nanomembrane-based Micromotors, RSC Advances,10, 36526-36530, 2020.
23. Yifang Li, Kailiang Xu, Ying Li, Feng Xu, Dean Ta, Deep learning analysis of ultrasonic guided waves for cortical bone characterization, IEEE T. Ultrason. Ferr. Freq. Control, 68(4), 935-951, 2021.
22. Chen Jiang, Ying Li, Kailiang Xu, Dean Ta, Phase shift migration method for transcranial ultrasonic imaging, IEEE T. Ultrason. Ferr. Freq. Control, 68(1): 72-83, 2021.
21. Sumayyah Naeem, Farah Naeem, Jing Zhang, Jawayria Mujtaba, Kailiang Xu, Gaoshan Huang, Alexander A Solovev, Yongfeng Mei, Parameters Optimization of Catalytic Tubular Nanomembrane-Based Oxygen Microbubble Generator, Micromachines, 11(7), 643, 2020.
20. Paul Muleki-Seya, Kailiang Xu, Mickael Tanter, Olivier Couture, Ultrafast Radial Modulation Imaging, IEEE T. Ultrason. Ferr. Freq. Control, 67(3), 598- 611, 2020.
19. Yunqing Li, Chen Jiang, Ying Li, Feng Xu, Kailiang Xu, Dean Ta, Lawrence H. Le, Multi-layer velocity model based synthetic aperture ultrasound imaging of cortical bone, Acta Phys. Sin., 68(18): 184302, 2019. (高被引论文)
18. Zhenli Liu, Kailiang Xu, Dan Li, Dean Ta, Weiqi Wang, Automatic mode extraction of ultrasonic guided waves using synchrosqueezed Wavelet transform, Ultrasonics, 99, 105948, 2019.
17. Wenfa Zhu, Haiyan Zhang, Fanjie Liu, Mengyun Xu, Guopeng Fan, Xiaodong Chai, Kailiang Xu, Lamb wave topological imaging of multiple blind defects in isotropic plates, Int. J. of Acoust. Vib., 24(2), 320-326, 2019.
16. Kailiang Xu, Guillaume Marrelec, Simon Bernard, Quentin Grimal, Lorentzian-model-based Bayesian Analysis for automated estimation of attenuated resonance spectrum, IEEE T. Signal Proces., 67(1): 4-16, 2019.
15. Laing Bai, Kailiang Xu, Dan Li, Dean Ta, Lawrence H. Le, Weiqi Wang, Fatigue evaluation of long cortical bone using ultrasonic guided waves. J. Biomehannics, 77, 83-90, 2018.
14. Kailiang Xu, Pascal Laugier, Jean-Gabriel Minonzio, Dispersive Radon transform. J. Acoust. Soc. Am., 143(5), 2729-2743, 2018.
13. Zhengli Liu, Lianghua Song, Liang Bai, Kailiang Xu, Dean Ta, Vibro-acoustic stimulating ultrasonic guided waves in long bone, Acta Phys. Sin., 66(15), 154303, 2017.
12. Kailiang Xu, Jean-Gabriel Minonzio, Dean Ta et al., Sparse SVD method for high resolution extraction of the dispersion curves of ultrasonic guided waves. IEEE T. Ultrason. Ferr. Freq. Control, 63(10): 1514-1524, 2016 (invited paper).
11. Kailiang Xu, Dean Ta, Didier Cassereau et al., Multichannel processing for dispersion curves extraction of ultrasonic axial-transmission signals: Comparisons and case studies. J. Acoust. Soc. Am., 140(3), 1758-1770, 2016.
10. Kailiang Xu, Dean Ta, Bo Hu et al. Wideband dispersion reversal of Lamb waves, IEEE T. Ultrason. Ferr. Freq. Control, 61(6): 997-1005, 2014.
9. Kailiang Xu, Dean Ta, Runxin He et al. Axial transmission method for long bone fracture evaluation by ultrasonic guided waves: simulation, phantom and in-vitro experiment. Ultrasound in Med. & Biol., 40(4): 817-827, 2014.
8. Kailiang Xu, Dan Liu, Dean Ta et al. Quantification of guided mode propagation in fractured long bones. Ultrasonics, 54(5): 1210-1218, 2014.
7. Kailiang Xu, Dean Ta, Zhongqing Su et al. Transmission analysis of ultrasonic Lamb mode conversion in a plate with partial-thickness notch. Ultrasonics, 54(1): 395-401, 2014.
6. Kailiang Xu, Dean Ta, Petro Moilanen et al. Mode separation of Lamb waves based on dispersion compensation method. J. Acoust. Soc. Am., 131(4): 2714-2722, 2012.
5. Kailiang Xu, Dean Ta, Weiqi Wang, Multiridge-based analysis for separating individual modes from multimodal guided wave signals in long bones. IEEE T. Ultrason. Ferr. Freq. Control, 57(11): 2480-2490, 2010.
4. Vantte Kilappa, Kailiang Xu, Petro Moilanen et al. Assessment of the fundamental flexural guided wave in cortical bone by an ultrasonic axial-transmission array transducer. Ultrasound in Med. & Biol., 39(6): 1223-1232, 2013.
3. Zhenggang Zhang, Kailiang Xu, Dean Ta et al. Joint spectrogram segmentation and ridge-extraction method for separating multimodal guided waves in long bones. Sci China-Phys. Mech. Astron., 56(7): 1317-1323, 2013.
2. Ying Li, Dan Liu, Kailiang Xu et al., Transverse and oblique long bone fracture evaluation by low-order ultrasonic guided waves: A simulation study, BioMed Research International.
1. Huilin Zhang, Shengju Wu, Dean Ta, Kailiang Xu, Weiqi Wang. Coded excitation of ultrasonic guided waves in long bone fracture assessment. Ultrasonics, 54(5): 1203-1209, 2014.
●中文期刊论文
12. 郑书航, 陈洪磊, 凌非尧, 许凯亮, 他得安. 正交匹配追踪优化稀疏频散Radon变换多模式导波分离方法. 声学学报, 2024(03): 371-380.

11. 周江锦，郭远洋，周宸宸，许凯亮. 深度学习颅骨重建和平面波经颅超声成像方法. 声学学报, 2024(03): 381-391.

10. 董浩如, 郁钧瑾, 陈星宇, 许凯亮, 谢嵘, 通过超分辨率超快超声技术观测不同节段SD大鼠脊髓损伤后血管血流改变特征, 中华医学杂志, 690-694, 104(9), 2024.
9. 闫少渊, 许凯亮, 他得安, 多倾角发射分组互相关降噪的超快超声脑功能成像方法研究，复旦学报, 62(4), 409-418, 2023. (Selected Paper). (Selected Paper)
8. 许凯亮, 付亚鹏,  闫少渊, 隋怡晖, 他得安, 王威琪, 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, 2022.
7. 楼思佳, 刘珍黎, 许凯亮, 周昌, Lawrence H. Le, 他得安*. 时频域独立元分析方法实现超声兰姆波的多模式分离, 声学学报, 2020.
6. 许凯亮, 张正罡, 刘丹, 他得安, 胡波, 高分辨率超声Lamb波频散曲线测量与板厚估计, 数据采集与处理, 32(2): 1-5, 2017.
5. 刘丹, 许凯亮, 李大为等, 超声导波定量评价长骨骨折状况, 中国科学：物理学力学天文学 7, 003, 2014.
4. 许凯亮, 谈钊, 他得安, 王威琪, 超声导波的频散补偿与模式分离算法研究, 声学学报, 39 (1), 99-103, 2014.
3. 许凯亮, 他得安, 王威琪,长骨中超声导波信号的时频特征分析, 中国生物医学工程学报, 29(1), 66-70, 2010.
2. 许凯亮, 他得安, 王威琪, 骨折长骨中超声导波传播特性的仿真研究, 声学学报, 34(5), 423-429, 2009.
1. Sijia Lou, Zhenli Liu, Kailiang Xu, Tho N. H. T. Tran, Chang Zhou, Lawrence H Le, Dean Ta, Multimodal separation for ultrasonic Lamb wave
using independent component analysis in the time-frequency domain, Chinese Journal of Acoustics, 2021, 40(4)
● 发明专利
12. 许凯亮, 程双毅, 郁钧瑾, 郭星奕, 付亚鹏, 微血管血流超声成像方法和系统, [P].申请号: 2022110802319, 申请日: 2022-9-5
11.许凯亮, 付亚鹏, 郁钧瑾, 闫少渊, 他得安, 王威琪. 基于超声成像的聚焦超声治疗系统[P]. 申请号:2021109700625, 申请日: 2021-08-23
10.许凯亮,郁钧瑾,闫少渊,他得安,王威琪, 一种随机空间采样的超快超声血流成像方法及系统[P]. 申请号: 20211213838.5, 申请日: 2021-10-19
9.  他得安, 徐冬梅, 李颖, 许凯亮, 孙舒心. 空耦超声毛发理疗装置及方法 [P]. 申请号：202110807497.8，申请日：2021-07-16
8. 许凯亮, 闫少渊, 刘锦润, 郭星奕, Alexander A.Solovev, 梅永丰, 他得安, 黄高山, 王威琪. 微纳马达实时成像与追踪方法、装置及微纳马达控制方法 [P]. 申请号：202110665439.6，申请日：2021-06-16
7.  许凯亮, 凌非尧,陈琦,徐冬梅,杨春山,郑书航,他得安,李大为,王威琪. 基于Radon变换的长骨相控超声信号定征与骨质评价系统 [P]. 申请号：202110366930.9，申请日：2021-04-07
6. 许凯亮, 臧佳琦, 闫少渊, 他得安, 王威琪. 超快超声多普勒脊髓微血流成像系统 [P]. 申请号：2020107232683，申请日：2020-07-24
5. 许凯亮, 闫少渊, 他得安, 王威琪. 一种珠宝与首饰声共振谱仿伪方法 [P]. 申请号：201911364291.1，申请日：2019-12-23
4. Jean-Gaberiel Minonzio (40%), Kailiang Xu (40%), Dean Ta (10%), Liang Bai (10%). Method and device for characterizing a waveguide. EP17306027.8, 2017-08-01.
3. 他得安, 李云清, 江晨, 徐峰, 许凯亮, 一种基于多层介质声速模型的合成孔径超声成像方法, 申请号：201910644216.4，申请日：2019.07.17
2. 他得安, 许凯亮, 江晨, 李云清. 一种基于射线理论相位修正的合成孔径波束形成方法[P]. 申请号：201911060860.3，申请日：2019-11-01
1. 他得安, 许凯亮, 王威琪. 基于时域重排的超声导波频散补偿与多模式分离方法，申请号：201010502661, 专利号：CN101982943