Liu Kaige, Experimentalist

Profile:

Liu Kaige, experimentalist, graduated from Fujian Agriculture and Forestry University in 2010, specialized in mechanical design and its automation and joined Panpan Foods as an equipment engineer in the same year. Since 2012, he has been engaged in the growth of sapphire crystal, and has worked in Zhongshan Zhaolong Optoelectronics as the head of the crystal growth department and the manager of the engineering department. In 2016, he worked in Zhongshan Xiangjiang Precision Optical Technology Co., Ltd as a senior engineer with many years of experience in crystal growth equipment and process research and development. He received his Master of Engineering degree from Shenzhen University in 2017. He joined Shenzhen Technology University in May 2018 and is currently working on crystal growth experiments.

Academic Background:

December 2014-June 2017 Shenzhen University, School of Mechatronics and Control Engineering, Master of Engineering

September 2006-June 2010 Fujian Agriculture and Forestry University, School of Mechanical and Electrical Engineering, Bachelor's degree

Work Experience:

2022-Present Shenzhen Technology University, Experimentalist

2018-2022 Shenzhen Technology University, Experimentalist

2016-2018 Zhongshan Xiangjiang Precision Optical Technology Co., Ltd, Senior Engineer

2015-2016 Zhongshan Zhaolong Optoelectronics Technology Co., Ltd, Engineering Manager

2012-2015 Zhongshan Zhaolong Photoelectric Technology Co., Ltd, Head of Crystal Growth Department

2010-2012 Fujian Panpan Foods Group, Equipment Engineer

Representative Papers:

1. J.P Zhai*, J.W Jiang, K.G Liu and S.C.Ruan, “Study on the perfirmance of alumina,zirconia and molybedenum composite insulation system for sappire single crystal furnace” Materials Science and Engineering 397(2018)012057.

2. J.P Zhai*, J.W Jiang, K.G Liu, X.B Peng, D.L Jian and I.L Li, “Study on the tempertature field of large-sized sapphire single crystal furnace” Materials science and Engineering 292(2017) 012099.

3. Jiang Jianwei, Liu Kaige, Peng Xiaobo, et al. Effect of crucible height-to-diameter ratio on bubble-grown large-size sapphire single crystals[J]. Shenzhen University Journal of Science and Technology,2016,33(6):599.[doi:10.3724/SP.J.1249.2016.06599].

Representative Patents:

 [1] Liu Kaige; Zhai Jianpang; Huang Jingzhen. A new seed crystal chuck utility model for crystal growth in sapphire furnaces, Application No.: 201520523082.8

 [2] Tan Boyang, Zhai Jianpang, Huang Jingzhen, Pan Liqing, Liu Kaige. Device capable of reducing adhesion of volatiles on the view window of a reflective screen of a sapphire single crystal furnace, Invention Patent, Application No.: 201310082189.9

 [3] Gong Ming; Zhai Jianpang; Pan Liqing; Huang Jingzhen; Liu Kaige. A device for positioning the centre of the temperature field in a large-size sapphire single crystal furnace grown by the bubble-growth method, Invention Patent, Application No.: 201310082289.1

 [4] Chen Jinghua; Zhai Jianpang; Huang Jingzhen; Pan Liqing; Liu Kaige. A suspended platform device for carrying mechanical pump stability, Invention Patent, Application No.: 201310082308.0

 [5] Li Hairui; Zhai Jianpang; Huang Jingzhen; Pan Liqing; Liu Kaige. A single crystal furnace heat insulation screen and its preparation method, Invention patent, Application No.: 201310597534.2

 [6] Tan Boyang, Zhai Jianpang, Pan Liqing, Huang Jingzhen, Liu Kaige. A device capable of all-round and multi-angle inspection of sapphire crystal bar bubbles, Application No.: 201310597662.7

 [7] Chen Jinghua, Zhai Jianpang, Huang Jingzhen, Pan Liqing, Liu Kaige, Zhou Jingfu. A cooling water tank device , Invention Patent, Application No.: 201310081729.1

 [8] Su Guohui, Zhai Jianpang, Huang Jingzhen, Pan Liqing, Liu Kaige. A crucible cover removal device , Invention Patent, Application No.: 201320746816.X

Contact Information:

E-mail: liukaige@sztu.edu.cn