1. Jianli Chen*, Morphological and structural evolution on the lateral face of thediamond seed by MPCVD homoepitaxial deposition, Journal of Crystal Growth 484:1–6 (2018). 2. 徐永宽,陈建丽,MPCVD侧面扩展生长单晶金刚石形貌及光谱,半导体技术43(9): 676-701 (2018). 3. Jianli Chen*, Fabrication of GaN microporous structure at a GaN/sapphire interface as the template for thick-film GaN separation grown by HVPE, Journal of Electronic Materials, 45:4782-4789 (2016). 4. 陈建丽*,MPCVD法同质外延生长单晶金刚石技术概述,炭素技术 34:11-16 (2015). 5. Lei Jin, Hongjuan Cheng,Jianli Chen, Song Zhang, Yongkuan Xu, Zhanping Lai, Controlling morphology evolution of AlN nanostructures: influence of growth conditions in physical vapor transport. Journal of Semiconductors 39(7): 073001 (2018). 6. 张皓, 张政, 孙科伟, 陈建丽, 孟大磊, 郭森, 窦瑛, SiC单晶体放射状裂纹缺陷研究, 半导体技术, 45(06): 479-483 (2020). 7. 宋修曦, 马志斌, 丁康俊, 陈建丽, 耿鹏,晶面取向对同质外延单晶金刚石生长的影响, 真空科学与技术学报, 37(02): 201-205 (2017). 8. 一种GaN XXX的方法及装置,发明国防,已授权,排名:1 9. 一种CVD法合成单晶金刚石降低位错密度的方法,专利号: CN201710575789.7.排名:1 |