General
Name: Xueke Xu
Gender: male
Email: xuxk@siom.ac.cn
Telephone: 021-59920457
Address: Qinghe Road, Jiading District, Shanghai, China No. 390
Postcode: 201800
Gender: male
Email: xuxk@siom.ac.cn
Telephone: 021-59920457
Address: Qinghe Road, Jiading District, Shanghai, China No. 390
Postcode: 201800
Research Areas
The deterministic processing of continuous polishing technology
Advanced CNC optical polishing
Aspheric polishing of new optical material
Education
September, 2001 –July, 2006
Shanghai Institute of Optics and Fine Mechanics
Degree and Major： Ph.D. degree
Thesis Topic/Research Focus： Optical coating
September, 1995 –July,1999
Changchun Science and Technology University
Bachelor’s degree
Optical electronics
Experience
Work Experience
7/1999-10/2006, Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of Sciences, Shanghai, Research Associate, optical coatings
11/2006-10/2013, Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of Sciences, Shanghai, Vice Professor, optical coatings and optical manufacturing
11/2013-now, Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of Sciences, Shanghai, Professor, optical manufacturing.
11/2006-10/2013, Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of Sciences, Shanghai, Vice Professor, optical coatings and optical manufacturing
11/2013-now, Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of Sciences, Shanghai, Professor, optical manufacturing.
Publications
Papers
1.Meijuan Hong; Xueke Xu; Aihuan Dun; Minghong Yang; Wenlan Gao; Chaoyang Wei; Shijie Liu; Jianda Shao; Yang Zhang，Influence of temperature difference on surface figure controlling during continuous polishing，SPIE 9575, Optical Manufacturing and Testing XI, 95750S
2.Haiyang Shan, Xueke Xu, Hongbo He, Shijie Liu, Chaoyang Wei, Kui Yi, and Jianda Shao, The figure simulation of the polishing pad in the continuous polishing process, Proc. SPIE, 2014, 81000523(PLD 7-8).
3. Guokai Chen, Kui Yi, Minghong Yang, Wenwen Liu, Xueke Xu Factor effect on Material removal rate during phosphate laser glass polishing. Materials and manufacturing processes. 2014, 29(6).
4 Jun Chen, Xueke Xu, Chaoyang Wei, Jianxun Gu, Aihuan Dun, Jianda Shao, The Real-Time Monitoring Surface Figure of Optical Elements in Continuous Polishing. International Symposium on Advanced Optical Manufacturing and Testing Technologies, Harbin, 2014, 4. 26-29.
5. Jiafeng Xu, Xueke Xu, Wenlan Gao, Chaoyang Wei, Minghong Yang, Jianda Shao, Subsurface damage on ground fused silica surfaces, Proc.SPIE, 2014, 92810M.
6. Chunxiang Jin, Shijie Liu, You Zhou, Xueke Xu, Chaoyang Wei, and Jianda Shao, Study on measurement of medium and low spatial wavefront errors of long focal length lens, CHINESE OPTICS LETTERS, 2014, S21203.
7. Haiyang Shan, Xueke Xu, Hongbo He, Kui Yi and Jianda Shao, Reaction mechanism and the effects of additives on the polishing of phosphate laser glass, Optical Engineering, 2013, 52(5), 053402-1-7.
8. Haiyang Shan, Xueke Xu, Hongbo He, Fulin Wu, Kui Yi, Jianda Shao, Annular polishing of large-aperture Nd-doped metaphosphate glasses, Proc. SPIE, 2013, PLD13-PLD01-9.
9. Haiyang Shan, Chaoyang Wei, Xueke Xu, Hongbo He, Shijie Liu, Yingfeng Li, Kui Yi, and Jianda Shao, Effect of polishing plane vibration on large-size optical workpieces in continuous polishing, Proc.SPIE, 2013, OFB13-OFB101-113.
2.Haiyang Shan, Xueke Xu, Hongbo He, Shijie Liu, Chaoyang Wei, Kui Yi, and Jianda Shao, The figure simulation of the polishing pad in the continuous polishing process, Proc. SPIE, 2014, 81000523(PLD 7-8).
3. Guokai Chen, Kui Yi, Minghong Yang, Wenwen Liu, Xueke Xu Factor effect on Material removal rate during phosphate laser glass polishing. Materials and manufacturing processes. 2014, 29(6).
4 Jun Chen, Xueke Xu, Chaoyang Wei, Jianxun Gu, Aihuan Dun, Jianda Shao, The Real-Time Monitoring Surface Figure of Optical Elements in Continuous Polishing. International Symposium on Advanced Optical Manufacturing and Testing Technologies, Harbin, 2014, 4. 26-29.
5. Jiafeng Xu, Xueke Xu, Wenlan Gao, Chaoyang Wei, Minghong Yang, Jianda Shao, Subsurface damage on ground fused silica surfaces, Proc.SPIE, 2014, 92810M.
6. Chunxiang Jin, Shijie Liu, You Zhou, Xueke Xu, Chaoyang Wei, and Jianda Shao, Study on measurement of medium and low spatial wavefront errors of long focal length lens, CHINESE OPTICS LETTERS, 2014, S21203.
7. Haiyang Shan, Xueke Xu, Hongbo He, Kui Yi and Jianda Shao, Reaction mechanism and the effects of additives on the polishing of phosphate laser glass, Optical Engineering, 2013, 52(5), 053402-1-7.
8. Haiyang Shan, Xueke Xu, Hongbo He, Fulin Wu, Kui Yi, Jianda Shao, Annular polishing of large-aperture Nd-doped metaphosphate glasses, Proc. SPIE, 2013, PLD13-PLD01-9.
9. Haiyang Shan, Chaoyang Wei, Xueke Xu, Hongbo He, Shijie Liu, Yingfeng Li, Kui Yi, and Jianda Shao, Effect of polishing plane vibration on large-size optical workpieces in continuous polishing, Proc.SPIE, 2013, OFB13-OFB101-113.
Patents
1. The large immersive continuous polishing machine, Invention, 2015, patent no. 103372805A.
2. A kind of adjustable optical element double chamfer tool. Invention, 2015, patent no. 104589206A.
3. Shaft conical mirror polishing device and polishing method. Invention, 2013, patent no. 103350383A.
4. Device for slotting and fixing the large aperture polishing pad. Invention, 2013, patent no. 103212991A
5. The transfer device for large aperture continuous polisher. Invention, 2014, patent no. 103692314A
6. The online surface figure monitor for large aperture in continuous polisher. Invention, 2014, patent no. 104034284A
7. Large aperture optical glass fixed cleaning frame and cleaning method. Invention, 2014, patent no. 104043628A
8. The online real-time measurement device for surface figure of polishing pad in continuous polisher. Invention, 2015, patent no. 103322939A
9. Polishing drops device automatically feeding in continuous polisher. Invention, 2013, patent no. 103252724A
10. Polishing slurry circulation filter in continuous polisher. Invention, 2013, patent no. 103264352A
11. The slotting device for polishing pad in continuous polisher. Invention, 2013, patent no. 103372812A
12. The conditioner unloading transfer device in continuous polisher. Invention, 2014, patent no. 103722464A
13. The bearing carrier of workpiece in continuous polisher. Invention, 2013, patent no. 103448766A
2. A kind of adjustable optical element double chamfer tool. Invention, 2015, patent no. 104589206A.
3. Shaft conical mirror polishing device and polishing method. Invention, 2013, patent no. 103350383A.
4. Device for slotting and fixing the large aperture polishing pad. Invention, 2013, patent no. 103212991A
5. The transfer device for large aperture continuous polisher. Invention, 2014, patent no. 103692314A
6. The online surface figure monitor for large aperture in continuous polisher. Invention, 2014, patent no. 104034284A
7. Large aperture optical glass fixed cleaning frame and cleaning method. Invention, 2014, patent no. 104043628A
8. The online real-time measurement device for surface figure of polishing pad in continuous polisher. Invention, 2015, patent no. 103322939A
9. Polishing drops device automatically feeding in continuous polisher. Invention, 2013, patent no. 103252724A
10. Polishing slurry circulation filter in continuous polisher. Invention, 2013, patent no. 103264352A
11. The slotting device for polishing pad in continuous polisher. Invention, 2013, patent no. 103372812A
12. The conditioner unloading transfer device in continuous polisher. Invention, 2014, patent no. 103722464A
13. The bearing carrier of workpiece in continuous polisher. Invention, 2013, patent no. 103448766A
Conferences
（1）Influence of temperature difference on surface figure controlling during continuous polishing，Optical Manufacturing and Testing XI，2015-08.
（2）The Real-Time Monitoring Surface Figure of Optical Elements in，7th International Symposium on Advanced Optical Manufacturing and Testing Technologies，2014-04.
（3）The figure simulation of the polishing pad in the continuous polishing process，Pacific-rim Laser Damage，2014-04.
（2）The Real-Time Monitoring Surface Figure of Optical Elements in，7th International Symposium on Advanced Optical Manufacturing and Testing Technologies，2014-04.
（3）The figure simulation of the polishing pad in the continuous polishing process，Pacific-rim Laser Damage，2014-04.
Students
Master Graduates
Baowen Lu 080300-Optical engineering
Jiafeng Xu 085202-Optical engineering
Jun Chen 085202-Optical engineering
Master Degree Candidate
Meijuan Hong 085202-Optical engineering
Fengfeng Shen 080300- Optical engineering