1. Hu Y.K., Yu Q.J., Xu H., Gu H.R., Zhang S.,Shi K., Jun Q., Jun L., Yuan G.J.*, A Linear-Response and Stretchable CapacitiveElectronic Skin Integrated with Machine Learning for Wireless Health Monitoringand Smart Robotic Grasping [J]. Applied Materials Today, 2025, 47: 102970.

2. Gu H.R., Li Z.L., Zhang S., Hu Y.K., ZhaoY.G., Xu H., Shi K., Jia W.C., Huo J.W., Zhang H., Yuan G.J.*,Highly pressure-sensitive electronic skin based on the synergistic effect of amicrofiber mesh/rough-surface carbon film/microstructuralpoly(dimethylsiloxane) [J]. ACSApplied Materials & Interfaces, 2025, 17 (23): 34602-34613.

3. Marten J.*, Gaukel N., HuY.K., Wang Y.L, Yuan G.J.*, Willenbacher N., High-throughput production ofelectrically conductive yarn (E-yarn) for smart textiles [J]. Advanced Electronic Materials,2024, 11 (7): 2400700.

4. Zhao Y.G., HuY.K., Li Z.L., Dong Y., Gu H.R., Sun Y.L., Willenbacher N., Yuan G.J.*,Carbon nanotube/nonwoven fabric-based electronic skins for smart clothing andelectronic glove [J]. Sensors and Actuators: A. Physical, 2024, 375 (1):115527.

5. Dong Y., Hu Y.K., Zhao Y.G., Li Z.L., GuH.R., Huo J.W., Zhang H., Yuan G.J.*,Graphene-impregnated paper-based electronic skins for robotic intelligence andwireless health monitoring [J]. ACS Applied Electronic Materials, 2024, 6 (2):998-1006.

6. Zhang R., Lv S.G., Li Z.L., Dong Y., Zhao Y.G.,Gong W.P., Sun Y.L., Zou X.L., Lu X.G., YuanG.J.*, Low-power-consumption electronic skins based on carbon nanotube/graphenehybrid films for human–machine interactions and wearable devices [J]. ACS Applied Nano Materials, 2023, 6 (13): 12338-12350.

7. YuanG.J. *, LvS.G., Zhang R., Liu Z.H., Zhao Y.G., Dong Y., Li Z.L., Gong W.P., Sun Y.L.,Flexible, wearable and ultralow-power-consumption electronic skins based on a thermallyreduced graphene oxide/carbon nanotube composite film [J]. ACS Applied Electronic Materials, 2023, 5 (8): 4451.

8. Lv S.G., Cao Z.P., Ying Z.X., Zhang R.,Tian Y.Z., Gong W.P., Yuan G.J. *,Flexible, stretchable, wearable electronic skins based on aligned carbon nanotubefiber arrays for motion detection and human-machine interaction [J]. Sensorsand Actuators A: Physical, 2023, 362: 114634.

9. Zheng H.D., Sun Y.L., Kong D.W., Yin M.C.,Chen J., Lin Y.P., Ma X.F., Wang H.S., YuanG.J., Yao M., Cui X.J., Tian Y.Z., Wang Y.J., Deep learning-basedhigh-accuracy quantitation for lumbar intervertebral disc degeneration from MRI[J]. Nature Communications, 2022, 13: 841.

10. YuanG.J.*, Liu Z.H., Cao Z.P.,Xie J.F., Li H.H., Li L., Sun Y.L., Tian Y.Z., Direct growth of verticallywell-aligned carbon nanotube arrays on atomic layer deposition of ZnO films[J]. Chemical Physics Letters, 2021, 773: 138602.