![]()
黄显
- 教师拼音名称：Huang Xian
- 出生日期：1982-05-03
- 性别：男
- 职称：教授
- 所属院系：精密仪器与光电子工程学院
- 3d2f11f7ab7a6b83cf35d37278eb02ff43b07a04918f4fa517f63e4e0c1027f1c3afc9013d727abb7adc35dedd02886b0a3c53ec669ee4bf7a3d324974ca840519fbee519693cba5de11017064a2a7cfe85253d45554f7c20fcedf7409dbc00251ac6f7efa21e1a02f80a5a313a679e33a0f5fb1518b91e4d358fb0a3cbefd0c
- 62d05e152f7913b26e82742a7c41e4ff9023240a8d49332307e9d101ecd9d2b303f92864a6582545538b31df1c894dfca7db3132ce987d9754f60a118e6df45c6ddfba0ffcf41a8c71869ffbe221f962065ab9bc32eea46c7ba0cae4542bee41342d6353d8714c715d2504c0ad8e456a444649309a5e2a547fa5397d5ee9c3d8
- 9292b7f15e03974d9c853f3fc8ebec7f3eab0b678bc2f5bf0956b3161f98b3abd840d5222ce5f36a65b1fd830b5e0b70d87de8a62f61e7c76797d67122ec3cef0649c96cacf1dd7caf5b4b1b550cd558ca595768a66a9a48995a25018988be8cb4b728c20c3e5af9c8884ecfc14263166e78564b3ae3dbbb4550def255b687c3
-
· 柔性可穿戴传感与智能识别技术研究进展, SCIENTIA, 52(11):1913-1924, 2022
-
· Techniques and materials for high-throughput fabrication and integration of multiparameter flexible skin patches, Advanced Materials Technologies, 8(4):202201051, 2022.
-
· Continuously Quantifying Oral Chemicals Based on Flexible Hybrid Electronics for Clinical Diagnosis and Pathogenetic Study, Research, 2022:9810129, 2022.
-
· Magnetically Levitated Flexible Vibration Sensors with Surficial Micropyramid Arrays for Magnetism Enhancement, ACS Applied Materials & Interfaces, 14(33):37916-37925, 2022.
-
· Thermal Transfer-Enabled Rapid Printing of Liquid Metal Circuits on Multiple Substrates, ACS Applied Materials & Interfaces, 14(32):37028-37038, 2022.
-
· Techniques to Achieve Stretchable Photovoltaic Devices from Physically Non‐Stretchable Devices through Chemical Thinning and Stress‐Releasing Adhesive, Advanced Optical Materials, 10(18):2200844, 2022.
-
· Dual-path transformer-based network with equalization-generation components prediction for flexible vibrational sensor speech enhancement in the time domain, The Journal of the Acoustical Society of America, 151(5):2814-2825, 2022
-
· Micro and Nano Materials and Processing Techniques for Printed Biodegradable Electronics, Materials Today Nano, 18:100201, 2022
-
· Comparison of enhancement techniques based on neural networks for attenuated voice signal captured by flexible vibration sensors on throats, Nanotechnology and Precision Engineering, 5(1):013001, 2022
-
· Miniaturized Soft Centrifugal Pumps with Magnetic Levitation for Fluid Handling, Science Advances, 7(44):eabi7203, 2021.
