1. Z.Du, J. Nie, D. Li. et al.Deep reactive ion etching of silicon using nonICPbased equipment.Applied Physics A,vol.126, no.540, pp.1-7,2020.

2. Z.Du, D. Li. W. Guo. Etal.Quantumdotcolorconversionefficiencyenhancement inmicro-light-emittingdiodes bynon-radiativeenergytransfer.IEEE ElectronDeviceLetters,vol.42, no.8, pp.1184-1187,2021.

3. Z.Du, W. Guo. L. Wang. et al.Ultracloserangelocalizedsurfaceplasmoncoupling withmultiplequantumwelltowardsphotoluminescenceintensityenhancement of Micro-LED.Conference on Lasers and Electro-Optics(CLEO),AM4Q.3, 2021.

4. Z.Du, H. Feng. Y. Liu. et al.Localizedsurfaceplasmoncouplingnanorodswithgraphene as atransparentconductiveelectrode formicrolight-emittingdiodes.IEEE ElectronDeviceLetters,vol.43, no.12, pp.2133-2136,2022.

5. Z.Du, E. Chen. H. Feng. et al.Efficiency improvement of GaN-based micro-light-emitting diodes embedded with Ag NPs into a periodic arrangement of nano-hole channel structure by ultra close range localized surface plasmon coupling.Nanotechnology,vol.33,495202,2022.

6. Z.Du, K. Wang. J. Sun. et al.Ultrahighcolorconversionefficiencynano-light-emittingdiodewithsingleelectricalcontact.IEEETransactions onElectronDevices,vol.70, no.3, pp.1156-1161,2023.

7. Z.Du, J. Sun, H. Feng. et al.Efficiency enhancement ofmicrolightemitting diode withshrinking size bylocalized surface plasmons coupling.Applied PhysicsB,vol.130, no.36, pp.1-6,2024.

8. A. Fang, P. Tang, Y. Xie, Z. Du*. et al.Highcolorconversionefficiencyrealized ingraphene-connectednanorodmicro-LEDsusinghybridAgnanoparticlesandquantumdots.Advanced Optical Materials, 2400230, 2024.

9. Z.Du, et al.Photoluminescence intensity enhancement of nanorod micro-LEDs via localized surface plasmon coupling. Journal of Physics D: Applied Physics,vol.58, 055105,2025.

10. A. Fang, Z. Du*. et al.Enhanced Light Emission of Micro LEDs Using Graphene-Connected Micropillar Structures and Ag/SiO2 Nanoparticles. ACS Photonics,vol.12, pp.1342-1350,2025.

11. X. Fan, Z. Du*. et al.Numerical Investigation on the Effect of Smoothing by Spectral Dispersion on Transverse Stimulated Raman Scattering Gain in KDP Crystals. Photonics,vol.12, 843,2025.