卓仲畅，男，吉林大学微电子与固体电子学专业博士，1963年5月生，教授，人工智能与电气工程学院电子信息工程专业专任教师。承担和参加了国家自然科学基金、国家自然科学基金国际合作项目、吉林省科委项目、长春市科技局项目等。在国内外刊物上发表学术论文80余篇，其中SCI,EI收录50余篇。
研究方向：
1.光纤元件的设计与制作，其中包括：(a)光纤光学相关无源器件；(b)传感元件与应用；(c)元件的理论特性分析。
2. 基于光纤光栅和动态光纤光栅的光速减慢和光存储及其应用。
3. 数字信号处理
主讲课程：
大学物理，模拟电子技术，电子技术课程设计。
教科研项目：
主持项目：
1、 2008年国家自然科学基金(国际合作与交流项目)，《基于三能级和二能级系统，四波混频技术的光脉冲存储》,已结项。
2、2004年航天部13所横向，《长周期光纤光栅滤波器的研制》,已结项。
参与项目：
1、2012年国家自然科学基金,《非相干泵浦辅助的固态系统的相干特性的研究》, 已结项。
2、2008年国家自然科学基金,《驻波场驱动的量子相干效应的研究》, 已结项。
3、2004年长春市科技局,《宽带EDFA光纤光栅增益平坦器的研究》, 已结项。
论文著作：
1. Xue Mei Su, Rui Zhang & Zhong Chang Zhuo, “All-optical temporal differentiation in hot standing-wave-dressed atoms”Optical and Quantum Electronics volume 51, Article number: 384 (2019)
2.Yu Meng, Fu Gao, Z. C. Zhuo, Yan Pang, Chao Chen, Li Qin & X. M. Su “F–P interferometric cavity formed by two types of fiber Bragg gratings”Optical and QuantumElectronics volume 50,Article number: 65 (2018)
3.Rui Zhang, Tao Wang, Zhong Chang Zhuo, Huifang Zhang & Xue Mei Su ”Two narrow dark polaritons in triple-well microcavity based on double tunneling induced transparency””Optical and Quantum Electronics volume 49, Article number: 205 (2017)
4.Tao Wang, Zhong Chang Zhuo,Xue Mei Su， “Dual dark polariton switch in a triple quantum well microcavity”, ICNP 2016, P-16-01, Tapei, Taiwan, March 21-25, 2016
5.Yu Meng, Zhongchang Zhuo, Xuemei Su, Chao Chen, Li Qin, “An active dynamic grating in Er3+ doped fiber and application in formation of Fabry‐Perot cavity”, The 8th International Conference on Information Optics and Photonics (CIOP 2016), July 17-20, 2016 ,Shanghai, China
6.《Xuefeng Su, Zhongchang Zhuo*, Hanzhuang Zhang “Group velocity control in Dy3+-doped fiber Bragg grating”，Optik,126(20):2423–2427,2015(SCI)
7.Tao Wang, Cui Li Li, Rui Zhang, Zhong Chang Zhuo, Xue Mei Su， “Narrow dark polariton due to coupled coherence in a quantum well microcavity”，Proc.SPIE 9671, AOPC2015:Advances in Laser Technology and Applications,(pp.96711J-96711J-7)(October)，
8.Tao Wang, Rui Zhang, Zhong Chang Zhuo and Xue Mei Su*, “Slow dark polariton in a coupled quantum well microcavity’, ICOPO2014, Qingdao, China
9.Z. R. Chen, X. M. Su, J. B. Kim, Z. C. Zhuo, “Observation of electromagnetically induced photonic bandgaps in hot two-level atoms”, Journal of Modern Optics, 61(11): 898-903,2014 (SCI)
10.Li Qu，Yu Meng，Zhongchang Zhuo*，Xiuzhen Guo，Xuemei Su , “Slow and fast light using fiber Bragg grating F-P cavity”, Optik,125(1):260-263, 2014 (SCI)
11. Su Xuefeng, Zhuo Zhongchang* and Zhang Hanzhuang, “Studies on giant self-phase modulation nonlinearity based on transmitted-type electromagnetically induced grating”, ACTA OPTICA SINICA, 33(11): 1119001,2013(EI)
12.Qu Li ,Meng Yu, Zhuo Zhongchang*, Guo Xiuzhen, Su Xuemei, “Studies on the Delay and Dispersion Characteristics of the Fiber Bragg Grating F-P Cavity”, ACTA OPTICA SINICA,33(8):0806001,2013(EI)
13. Xuemei Su, Zhong Chang Zhuo, Zhuo Ren Chen, “Nonlinear two-photon switching by atomic coherence”, SPIE Optics+Optoelectronics 2013, 8772-10, Session 2, Prague, Czech Republic, 15-18, April 2013
14.Z.C.Zhuo, B.S.Ham , J.B.Kim ,X.M.Su, “Group velocity control of a light pulse using giant nonlinearities”, Journal of Modern Optics,59(1):46-52,2012(SCI)
15.Z. C. Zhuo and X. M. Su, “Giant nonlinearities controlled by atomic coherence in Rb atoms”, ICQFT'2012, Poster P:93 ,DUNHUANG, CHINA , August 25- 30, 2012
16. S. Melle, O. G. Calderon, Z. C. Zhuo, M. A. Antony, F. Carreno, “Dynamic population gratings in highly doped erbium fibers”, The Journal of the Optical Society of America B, 28(7):1631-1637,2011(SCI)
17.X. M. Su and Z. C. Zhuo, “Slow light induced by XPM nonlinearity in quantum well structure”, Procedings of icnp2011，P-B42,page 229, May 22-26,2011，Shanghai,China
18.X. M. Su , Z. C. Zhuo,“Subluminal and superluminal pulse controlled by giant nonlinearities using EIT”, The Quantum Optics and New Materials (IV) Conference, Beijing, China，Jan. 27-30. 2011
19.D. W. Li, L. Zhang, Z. C. Zhuo*, J. B Kim and X. M. Su*, “Electromagnetically induced photonic bandgap in hot Cs atoms”, The Journal of the Optical Society of America B, 27(4):690-695, 2010(SCI)
20. Z. C. Zhuo , B. S. Ham, “A temperature-insensitive strain sensor using a fiber Bragg grating”, Optical Fiber Technology,15(5-6):442-444, Available online August 2009(SCI)
21.Z.C. Zhuo, J.B. Kim, D.W. Wang , Z.Gao, “Simultaneous Measurements of Strain and Temperature based on sampled Fiber Bragg Grating”, OPTOELECTRONIC TECHNOLOGY, 29(2):89-91，2009 (in Chinese)
22.Z.C.ZHUO, X.M.SU, ?? ?, “Researches on EIT and Photonic Bandgap in Inhomogeneous Cs Atoms”, the Annual Meeting of KPS，2009,OCT. 21-23, ,Changwon, korea , [JG1] General Session，J-06
23.Z. C. Zhuo , B. S. Ham, “Subluminal and superluminal propagation in Er3+ doped fiber Bragg grating”, The European Physical Journal D,49 (1):117-121 August 2008(SCI)
24.Z. C. Zhuo , B. S. Ham, “A TEMPERATURE INDEPENDENT STRAIN SENSOR USING A FIBER BRAGG GRATING”, Proceedings of the 15th COOC,2008,May14—16, Busan ,Korea,pp:108-109
25.Z. C. Zhuo, B. S. Ham, “Subluminal and Superluminal Propagation in Er3+ Doped fiber Bragg grating”, 2008 Summer Optics and Photonics Congress,JMB28 pp:25,July13-16, Boston,Massachusetts,USA
26.X.M.Su , B.S.Ham ,Z.C.Zhuo, J.B.Kim, “Enhanced group velocity dispersion and nonlinearity for a weak field using quantum coherence”, IEEE Conference Proceeding, ClEO/Pacific Rim 2007.August 26-31,seoul,Korea(EI)
27.X. M. Su, Z. C. Zhuo, B. S. Ham, J. B.Kim, “Temporal compression for a weak pulse using quantum coherence”, JOURNAL OF THE KOREAN PHYSICAL SOCIETY 51 (1): 48-51 JUL 2007(SCI)
28.X.M.Su, X.W.Niu, Jung Bog Kim, Z.C.Zhuo, “Gain leveling in a two-level system for EDFA using Quantum-interference effects”, IEEE Conference Proceeding, AOE2006 ,October 24-27,Shanghai,China, 2006 ,pp:165-167(EI)
29.Z. C. Zhuo, X. M. Su and Y. S. Zhang, “Gain leveling by Electromagnetically Induced Transparency”, Phys. Lett. A ,336, 25 (2005) (SCI)
30.Zhuo Zhong-Chang, Su Xue-Mei, Yu Yong-Sen, Zheng Wei , Zhang Yu-Shu, “Superluminal propagation in Er3+ doped fiber Bragg grating”, SEMICONDUCTOR PHOTONICS AND TECHNOLOGY ,11(3), 145(2005)
31.于永森, 赵志勇, 卓仲畅等, “一种基于chirped光纤布喇格光栅温度不敏感的应力传感器”, 半导体光电，2005年，第26卷,第4期,353-355页(EI)
32.赵志勇, 于永森, 马玉刚, 张 健, 曹英晖, 郑 伟,钱 颖, 卓仲畅, 郑 杰, 张玉书, “基于光纤光栅的可调谐光纤激光器”, 吉林大学学报（理科版）,2005年02期,201—203页 (核心)
33.Yu Yong-sen, Zhao Zhi-yong, Zhuo Zhong-chang, MA Yu-gang, ZHENG Wei, QIAN Ying, ZHANG Yu-shu, “Temperature-insensitive Strain Sensor Based on Chirped Fiber Bragg grating”, SEMICONDUCTOR OPTOELECTRONICS, 26(4), 353 (2005) (in Chinese) (EI)
34.Zhiyong Zhao, Shuang Zhang, yongsen Yu, Zhongchang Zhuo, Jian Zhang, Wei Zheng, and Yushu Zhang, “Fabrication of a tilted fiber Bragg Grating with a designed reflection spectrum profile”, OPT. LETT. 29(3), 244 (2004) (SCI)
35.Zhao Zhiyong, YuYongsen, Zhang, Shuang, Zhuo, Zhongchang, Zhang, Jian, Zheng, Wei Zhang, Yushu, “Adjustment of the central wavelength and the chirp of fiber Bragg grating separately with external heaters”, Opt. Commun. 242 (26), 135 (2004) (SCI)
36.Zhao ZY, Zhang S, Yu YS, Zhuo ZC, Qian Y, Cao YH, Zhang J, Zheng W, Zhang YS, “A simple temperature-independent strain sensor using a fiber Bragg grating”, MICROWAVE AND OPTICAL TECHNOLOGY LETTERS 43 (4), 324 (2004) (SCI)
37.Yu YS, Zhao ZY, Zhuo ZC, Zheng W, Qian Y, Zhang YS, “Bend sensor using an embedded etched fiber Bragg grating”, MICROWAVE AND OPTICAL TECHNOLOGY LETTERS 43 (5), 414 (2004) (SCI)
38.Zhao ZY, Zhang S, Yu YS, Zhuo ZC, Zhang J, Qian Y, Zheng W, Zhang YS, “Tuning sampled nonlinearly chirped fiber Bragg gratings with adjustable chirp and fixed center wavelength”, MICROWAVE AND OPTICAL TECHNOLOGY LETTERS, 43(5), 432 (2004) (SCI)
39.Zhiyong Zhao, Shuang Zhang, yongsen Yu, Zhongchang Zhuo, Jian Zhang, Wei Zheng, and Yushu Zhang,”Fabrication of tunable sampled chirped fiber Bragg Grating with a simple method” Optics and Quantum Electronics 36, 499 (2004) (SCI)
40.LIU Jia-qiu, ZHUO Zhong-chang, YU Yong-sen, ZHAO Zhi-yong, ZHANG Yu-shu, “Long-period Fiber Gratings Use in Dispersion Compensation” OPTOELECTRONIC TECHNOLOGY 24(3), 196 (2004) (in Chinese)
41.ZHAO Zhi-Yong,，YU Yong-sen, MA Yu-gang，CAOYing-hui，ZHENG Wei，QIAN Ying，ZHUO zhong-chang, ZHENG jie, ZHANG Yu-shu，“Study on gain flattening filters based on chirped fiber Bragg gratings”, JOURNAL OF JILIN UNIVERSITY (SCIENCE EDITION) 42(2) ,255 (2004) (in Chinese)
42. ZAO Zhi-Yong , YU Yong-sen ,ZHUO Zhong-chang , et al. “Study on Trimming of B-Ge Fiber-based Bragg Gratings by UV Exposure”, Semiconductor Optoelectronics, 24(5): 321-323(2003) (in Chinese) (EI)
43.ZHUO Zhong-chang, YU Yong-sen, ZAO Zhi-Yong, etl. “Temperature Depen dence of Characteristics for Sample Fiber Bragg Grating and Temperature-Co mpensating Package”, Semiconductor Optoelectronics 24(5), 301 (2003)（in chinese）(EI)
44.赵志勇, 于永森, 卓仲畅等, “紫外写入非均匀光纤光栅及其应用的研究”, 光电子技术与信息,2003年，第16卷(增刊), 25页(核心)
45.Zhang liang, Zhuo Zhong-Chang, Wei Zhan-Xiong, etl, “Temperature-Compensating Package for Fiber Bragg Grating”, ACTA SCIENTIRUM NATURALIUM UNIVERSITATIS JILINENSIS 3，294 (2002) （in chinese）
46.ZHENG Wei, ZHUO Zhong-chang, QIN Li, NIU Zhon-guo, ZHANG Yu-shu，“Fabrication of Long-Period Fiber Gratings and Characteristics of Thermal Anneal”，NATURAL SCIENCES LOURNAL OF HARBIN NORMAL UNIVERSITY 8(6)37 (2002) (in chinese)
47.ZHUO Zhong-chang, YU Yong-sen, ZAO Zhi-Yong, et al. “Fabrication of sample fiber grating and measurement of the temperature and stress response”, ACTA PHOTONICS SINICA 31，48 (2002) (in Chinese)
48.Xue-Mei Su, Zhong-Chang Zhuo, Li-Jun Wang, Jin-Yue Gao, “Dispersive properties of tunneling induced transparency in asymmetric double-well”, Chinese Physics 11(11), 1175 (2002) (SCI)
49.Zhong-Chang Zhuo, YU Yong-sen, ZAO Zhi-Yong, et al “The Dispersion Compensation Based On The Fiber Gratings”，The Photon. Technol. 2(4)，2002，（in chinese）
50.Xue-Mei Su, Zhong-Chang Zhuo, Li-Jun Wang, Jin-Yue Gao, “A Bistable system with Electromagnetically Induced Grating”, Chinese Physics 11(1), 35 (2002) (SCI)
52.Zhanxiong Wei, Yongsen Yu, Hua Xing, Zhongchang zhuo, Yuanda Wu, Liang Zhang, Wei Zheng, and Yushu Zhang, “Fabrication of Chirped Fiber Grating with Adjustable Chirp and Fixed Central Wavelength”, IEEE photon. Technol. Lett. 13(8), 821 (2001) (SCI)
53.ZHUO Zhong-chang, QIN Li, ZHANG Yu-shu，“Improvements of the Fiber Amplifiers”，ACTA SCIENTIRUM NATURALIUM UNIVERSITATIS JILINENSIS 4，72 (2001)（in chinese）
54. Xue-Mei Su, Zhong-Chang Zhuo, Zhi-Hui Kang, Li-Jun Wang, Jin-Yue Gao, " An electromagnetic wave propagation in a non-uniform plasma controlled by EIT ", Eur. Phys. J. D 17 (3), 395 (2001) (SCI)
55.Xue-Mei Su, Zhong-Chang Zhuo and Jin-Yue Gao "A photon switch by Fano interference in a double quantum well structure" proceedings of SPIE vol. 4582, APOC 2001, Beijing, China (2001) (EI)
56.Yuanda Wu, Hua Xing, Letian Zhang, Zhongchang zhuo, Yongsen Yu, Wei Zheng, Guofang Liu, and Yushu Zhang, “Fabrication of planar waveguide material on silicon by flame hydrolysis deposition”, proceedings of SPIE vol. 4580, APOC 2001, Beijing, China (2001) (EI)
57. Xue-Mei Su, Zhong-Chang Zhuo, Jin-Yue Gao, Yu-Mei Liu, “An optical switch with quantum interference in intersubband transitions”, International Conference on Quantum Information, Roc hester, New York，June 13, 2001,OSA,paper PB9 (EI)
58.卓仲畅,刘玉峰, “用神经网络研究图的最大独立集问题”, 东北重型机械学院学报,1995年 第4期,326—329页
59.吴远大，邢华，卓仲畅等, “二氧化硅厚膜材料的快速生长及其致密化处理”, 吉林大学自然科学学报,2001年，第4期，53—56页(核心)
60.发明专利：一种动态光纤光栅与光纤Bragg光栅构成的谐振腔系统
发明人：苏雪梅; 孟瑜; 卓仲畅; 庞姸
授权公布号：CN106602394B
授权公告日：2019-02-1
61.发明专利：一种基于深度学习的微波电路物理尺寸估算方法
发明人：李光宇; 王小龙; 王帅; 卓仲畅
申请公布号：CN112149351A
申请公告日：2020-12-29
62.发明专利：基于量子阱子带跃迁的隧穿诱导透明效应的时延器件
发明人：苏雪梅; 王涛 ; 张锐 ; 李翠莉 ; 卓仲畅
授权号：CN103926713B),2016
63.发明专利：基于FMD的血管内皮功能评估检测系统
发明人:成怀畅; 徐优良 ; 杨萍 ; 卓仲畅
授权公告号：CN 205251573 U),2016
64.实用型专利：一种袖珍式心血管初诊仪
发明人:成怀畅; 卓仲畅 ; 杨萍 ; 成宗辉 ; 成宗强 ; 王云飞
授权号：CN205359444U),2016
个人荣誉：
1. 2007年12月 吉林省第六届自然科学学术成果奖二等奖
2. 2006年10月 吉林省第四届科学技术年会优秀学术论文奖
3. 2003年12月 吉林省第五届自然科学优秀学术论文奖三等奖
社会兼职：
曾经担任：科技部创新人才推进计划评议专家。
科技部国际科技合作计划项目评审专家。
山东省自然科学基金项目通讯评审专家。
member of OSA, EOS
学术杂志编委: Applied Physics Frontier。
杂志的审稿人：JOSAB, Optical Engineering，Optics & Laser Technology，Chinese Physics B，Journal of Electronic Imaging，光子学报，纳米技术与精密工程，吉林大学学报。
