A three-stage translocation model for revealing nanopore fingerprint signatures, ChemComm, 2025, 61,19473-19476.
细胞成像电学双模探测系统设计，电子测量与仪器学报，Vol. 39 No. 7，2025.7.
Enhancing neural signal quality: a spikedenoising model with BiLSTM and attention mechanism,Brain Informatics, (2025) 12:28.
A high-bandwidth, low-noise front-end readout integrated chip for nanopore, International Journal of Circuit Theory and Applications，2025,53,6759-6771.
A Newton-Raphson solution to the exponentially weighted least M-estimate formulation for acoustic system identification, Applied Acoustics, 231 (2025) 110460.
A high-performance system for weak ECG real-time detection，Sensors, 24,24,1088.
Single Position ECG Detection System Based on Charge Induction，Sensors, 23,23,4711.
A velocity measurement method based on charge induction, Sensors, 23,23,1238.
Reduction of motion artifact in non-contact ECG measurements using a novel designed electrode structure, Sensors, 23, 23, 956.
A gesture recognition method with a charge induction array of 9 electrodes，Sensors, 22,1158.
Instrumentational implementation for parallelized nanopore electrochemical measurements, Analyst, 2021, l46, 4111-4120.
An identification method for rotor direction based on charge induction，Sensors, 2021, 21, 1380.
Electrode humidification design for artifact reduction in capacitive ECG measurements, Sensors, 2020, 20, 3449.
An improved method with high anti-interference ability for wearable R peak detection, Innovation and Research in BioMedical engineering, 2020,41,172-183.
An interference suppression method for non-contact bioelectric acquisition，Electronics, 2020,9,293.
A recognition method for hand motion direction based on charge induction, IEEE Sensors Journal, 2020,1,415-424.
A smart floating gate transistor with two control gates for active noise control, Micromachines, 2019,10,722.
A novel front-end design for bioelectrical signal wearable acquisition,IEEE sensors Journal, 2019, 19:8009-8018.
A new light control method with charge induction of moving target, IEEE Sensors Journal, 2019, 19: 6966-6974.
A novel high input impedance front-end for capacitive bio-potential measurement, Medical & Biological Engineering & Computing, 2018, 56: 1343-1355.
Causality study on a feedforward active noise control headset with different noise coming directions in freefield, Applied Acoustics, 2014, 80: 36-44.
Performance analysis of decentralized multi-channel feedback systems for active noise control in freespace, Applied Acoustics, 2013, 74: 181-188.
An intuitive approach for feedback active noise controller design, Applied Acoustics, 2013, 74: 160-168.
Active control of transformer noise with an internally synthesized reference signal, Journal of Sound and Vibration, 2012, 331(15): 3466-3475.
张丽敏，赵清源，康琳，徐鲲，陈艺，电路基础综合设计实验教程[M]，南京大学出版社，ISBN 978-7-305-26968-4,180千，2024.5.
张丽敏，陈孝桢．自动控制原理[M]．科学出版社，ISBN978-7-03-039593-1，496千字，2014.1第一次印刷．2018.3第二次印刷
陈孝桢，张丽敏．模拟电路实验[M]．南京大学出版社，ISBN978-7-305-12185-2，341千字，2013．（双语教材）
陈孝桢，张丽敏，戚海峰，王育昕．模拟电路实验[M]．南京大学出版社，ISBN7-305-04409-1，358千字，2005．
