近期论文
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1. Lv, H.; Liu, R.; Zhang, Y * . Advancements in Fluidic Ionic Devices: Implications for Neuromorphic Integrated Circuit Design. Acs Sensors 2025.
2. Lv, H.; Zhang, Y * . Heterojunction nanofluidic memristors based on peptide chain valves for neuromorphic applications. Biosensors and Bioelectronics 2025, 282, 117496.
3. Lv, H.; Si, W.; Sha, J.; Chen, Y.; Zhang, Y * . Strategies for high performance characterization of nanomaterials using in situ liquid cell transmission electron microscopy. Next Nanotechnology 2025, 7, 100115.
4. Liu, W., Zhang, Y. , Gu, Z. D., Zheng, F., Sha, J. J., & Chen, Y. F., Structure Design of Silicon-Based Nanopore Chips for Noise Reduction. IEEE Sensors Journal, 2024. 24(3): p. 2405-2412. ( 共同一作 )
5. Zhang Y , Lian X, Si W, et al. The origin of the voltage dependence of conductance blockades from DNA translocation through solid-state nanopores [J]. Mat Chem Front, 2023, 10.1039.
6. Si, W. ; Yuan, R.; Wu, G.; Kan,Y.; Sha, J.; Chen,Y.; Zhang, Y.* ; Shen, Y. Navigated Delivery of Peptide to the Nanopore Using In-Plane Heterostructures of MoS2 and SnS2 for Protein Sequencing. J. Phys. Chem. Lett . 2022, 3863-3872.
7. Zhan L; Zhang Y ; Si W; Sha J; Chen Y, Detection and Separation of Single-Stranded DNA Fragments Using Solid-State Nanopores. The Journal of Physical Chemistry Letters 2021,12 (28), 6469-6477. ( 共同一作 )
8. Zhang Y , Zhao J B, Si W, Kan YJ, Xu Z, Sha JJ, and Chen Y F. Electroosmotic Facilitated Protein Capture and Transport through Solid-State Nanopores with Diameter Larger than Length. Small Methods ,2020, 4, 1900893. ( 封面论文 )
9. Zhang Y , Zhao J, Kan Y, Ji R, Pan J, Huang W, Xu Z, Si W, and Sha J. Concentration effects on capture rate and translocation configuration of nanopore-based DNA detection. Electrophoresis ,2020, 41,1523-1528. ( 封面论文 )
10. Zhang Y , Gu Z D, Zhao J B, ShaoL Y, and Kan Y J. Sequence-Specific Detection of DNA Strands Using a Solid-State Nanopore Assisted by Microbeads. Micromachines , 2020, 11.
11. Si W, Zhang Y , Wu G, Kan Y, Zhang Y, Sha J, and Chen Y. Discrimination of Protein Amino Acid or Its Protonated State at Single-Residue Resolution by Graphene Nanopores. Small , 2019, 15, e1900036.
12. Si W, Zhang Y , Sha J J, and Chen Y F. Mechanisms of pressure-induced water infiltration process through graphene nanopores. Molecular Simulation , 2019, 45, 518-524.
13. Zhang Y , Zhang X, Yang L, Zhang Q, Fitzgerald M L, Ueda A, Chen Y F, Mu R, Li D Y, and Bellan L M. Thermal transport in electrospun vinyl polymer nanofibers: effects of molecular weight and side groups. Soft Matter , 2018, 14, 9534-9541. ( 封面论文 )
14. Si W, Zhang Y , Sha J J, and Chen Y F. Controllable and reversible DNA translocation through a single-layer molybdenumdisulfide nanopore. Nanoscale , 2018, 10, 19450-19458.
15. Zhang Y , Wu G, Si W, Ma J, Yuan Z, Xie X, Liu L, Sha J, Li D, and Chen Y. Ionic current modulation from DNA translocation through nanopores under high ionic strength and concentration gradients. Nanoscale , 2017, 9, 930-939.
16. Zhang Y , Wu G, Ma J, Yuan Z, Si W, Liu L, Sha J, and Chen Y. Temperature effect on translocation speed and capture rate of nanopore-based DNA detection. Science China Technological Sciences ,2015, 58,519-525.
17. Zhang Y , Wu G S, Si W, Sha J J, Liu L, and ChenY F. Retarding and manipulating of DNA molecules translocation through nanopores. Chinese Science Bulletin , 2014, 59, 4908-4917.
18. Zhang Y , Liu L, Sha J, Ni Z, Yi H, and Chen Y. Nanopore detection of DNA molecules in magnesium chloride solutions. Nanoscale Res Lett , 2013, 8, 245.
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