中文
Published date:2014-03-14    Provided by:物理系


Personal Information

l  Title : Professor

l  Position :

l  Tel: 86-10-51684323

l  E-mail: xzhsheng@bjtu.edu.cn

l  Present Address:  School of Science, Beijing Jiaotong University,

No 3. Shangyuancun, Haidian District, Beijing 100044, P.R.China

Education

Ø  Ph.D. Major in Physical Electronics and Optronics 1996.9

Depart. of Space Engineering and Mechanics, Harbin Institute of Technology, P.R.China

Dissertation: Research on Solid Phase Trimer Laser Medium, Supervisor: Prof. Zuguang Ma

 Ø  Master Major in Opto-eletronic Technology 1989.3

Depart. of Precision Instrument, Harbin Institute of Technology, P.R.China

Dissertation: Injeking-Locked Laser Resonator of KrF, Supervisor: Prof. Zuguang Ma

 Ø  B.S. Major in Electron-Optics  1983.7

Depart. of Physics, Nankai University, Tianjing city, P.R.China

Dissertation: Research on AsSeTe Photoconductive film, Supervisor: Prof. Yuqun Jia

 Research Interests

2002.2

   ~

Now

Worked as an Professor in Department of Physics, School of Science, Beijing Jiaotong University

·         Gave lectures on Laser Principle and Group Theory

·         Research on Optical fibre communication network and Optical fibre sensor.

 

2001.2

   ~

2002.2

Worked as a Postdoc in Department of Physics, Ben Gurion University of the Negev, Israel

·         study on the photodissociation dynamics of C2H2 in time-of-flight spectrometers.

 

1998.7

   ~

2001.2

Worked as an Associate Professor in Department of Physics, School of Science, Beijing Jiaotong University

·         Gave lectures on general physics and modern physics

·         Research on Optical fibre communication network and Optical fibre sensor.

 

1996.10

   ~

1998.7

Worked as a Postdoc in Group 115, State Key Laboratory of Molecular Reaction Dynamics, Dalian Institute of Chemical Physics, Chinese Academy of Sciences

·         Took in charge of CRDS(cavity ring-down spectrometer) to measure in situ the concentration of O2 in COIL(Chemical Oxygen-Iodine Laser).

·         Developed the Precise Measuring Instrument of COIL Mirror High Reflectivity.

·         Set up laser system and BBO in cavity to get the ring-down mass spectroscopy of jet-cooled NO.

·         Designed and constructed a OPA(0.4mJ/pulse output energy in 1315nm).

·         Set up a new CRDS to get glancing incidence surface spectroscopy and the spectroscopy of solid with Brewster angle.

·         Took in charge of a linear and a reflection time-of-flight spectrometers for the study of photodissociation dynamics of NH3 ion state-selected by REMPI.

·         Set up a new ion-imaging apparatus.

 

1993.3 

 ~

1996.9

 

Ph.D. student in State Key Laboratory of Gas Phase Laser of Prof. Zuguang Ma, Department of Space Engineering and Mechanics, Harbin Institute of Technology, P.R.China

·         Set up a new cryogenic matrix-isolation apparatus to study solid phase rare-gas halide excimer laser medium.

·         Designed a new semiempirical model and its modularization program to calculate the electronics structure in holagen-doped rare gas matrices.

·         Designed and constructed a mini TEA CO2 Laser

 

1989.3~

1993.3

 

Worked as a lecturer in Department of Physics, Zhengzhou Institute of Light Industry, P.R.China

·         Studied the laser effect on microbes

·         Gave lectures on general physics and modern physics

·         Instructed the general physics experiment and modern physics experiment

 

1986.9

~

1989.3

 

Master student in Department of Precision Instrument, Harbin Institute of Technology, P.R.China

·         Designed and assembled a injecting-locked KrF laser resonator for  a 3KJ system

 

1983.7~

1986.9

 

Research faculty in the Lab. of Frequency standard, 27th Institute of the Ministry of Electronical Industry, P.R.China

·         Designed and assembled a special electron multiplier for the mini Cs atomichron.

 

1979.9~

1983.7

 

Undergraduate student in the Lab. of Electron-Optics and Vacuum, Depart. of Physics, Nankai University, P.R.China

·         Studied the properties of AsSeTe Photoconductive film and assembled vidicon.

 Funding

[1]

2013.1—14.12 Open Project of State Key Laboratory of Rail Traffic Control and Safety. Research on Safety Monitoring of Railway Bed and Side Slope Based on the Sensing Network

[2]

2012.1—14.12 Project of Natural Science Foundation of Beijing City. Research on Microstructure Acoustical and Photonic Waveguide Fiber and its Use in All-optical Buffer (4122063)

[3]

2009.1—11.12 Special Project of Natural Science Foundation of China. Research on the Key Technologies of the Warning System for Long Circumference Based on the Double Loop Fiber Interferometer(60879016)

[4]

2007.1—09.12 Project of the National High Technology Research and Development Program("863"Program) of China. Research on the all-optical Buffer for Variable Length Packets (2007AA01Z270)

[5]

2007.1—09.12 Project of Natural Science Foundation of China. Research on the all-optical Control Technologies for O-RPR(60672004)

[6]

2006.1—08.12 Major Scientifical Research Fund Project of Beijing Jiaotong University. Research on the New Type Fiber Sensor System for Mashgas(2005sz001)

[7]

2006.1—08.12 Project of Natural Science Foundation of China. Research on the All-optical Buffer of Parallel Digital Cascade Structure (60577020)

[8]

2003.1—04.12 Project of the National High Technology Research and Development Program("863"Program) of China. Research on O-RPR Based on the all-optical Buffer (2003AA122510)

[9]

2003.1—05.12 Project of Natural Science Foundation of China. Research on the All-optical Packets Switching Technologies Based on the All-optical High Speed Erasable Memory(60272010)

[10]

2000.1—02.12 Project of Natural Science Foundation of Beijing City. Research on the NORC All-optical Switch Controlled by Light(4002009)

[11]

2002.7—04.7 Project of Natural Science Foundation of China. Research on the NORC All-optical Switch Controlled by Light and All-optical Logic Gate with Two Level(60272010)

[12]

2002.8—04.8 Project of the Scientific Research Foundation for the Returned Overseas Chinese Scholars. Research on the Molecular Reaction Dynamic with RVMP.

[13]

2004.2—05.6 Project of Scientifical Research Fund Project of Beijing Jiaotong University. Research on the Photon Band gap in Biological Tissue(2003SM004).

[14]

1998.12—00.12 Project of Research Fund Project of the Ministry of Railways. Research on the Adults Education System Based on the Railways’ Network.

 Major Publications

[1]

Liang Sheng, Sheng Xinzhi, Lou Shuqin, Chen Jinghui.

Novel Extended Lissajous Figure Optic Distributed Based Location Method for Fiber Disturbance Sensor.

INFRARED AND LASER ENGINEERING, Vol.42, No.7, 1896~19012014.

[2]

Gao Song, Sheng Xinzhi, Feng Zhen, Wu Chongqing, Dong Honghui.

Capability of One Optical Buffer Loop Implementing All-Optical Time Slot Interchange based on Nonlinear Polarization Rotation in SOA.

ACTA PHYSICA SINICA, Accepted, 2014.

[3]

Wang Dapeng, Wu Chongqing, Sheng Xinzhi, Wang Pu, Liu Guodong.

Design of Photoelectronic Detection Circuits with Low Noise and DC Detecting Function.

OPTICS & OPTOELECTRONIC TECHNOLOGY, In press, No. 4, 2014.

[4]

Xinzhi Sheng, Zhen Feng, Bing Li.

Experimental Investigation of All-Optical Packet-Level Time Slot Assignment Using Two Optical Buffers Cascaded.

APPLIED OPTICS. Vol.52, No.12, pp.2917-22, 2013.

[5]

Xinzhi Sheng, Lou Shuqin, Yin GuoluLu Wenliang.

A High-Compatibility Low-Bending-Loss Photonic Crystal Fiber with Standard Single Mode Fiber.

ACTA PHYSICA SINICA. Vol.62, No.10, pp.104217-1~104217-6, 2013.

[6]

S. Lou, X. Sheng*, W. Chen, L. Wang, G. Yin.

A Curvature Sensor Using a Novel Side-Leakage Photonic Crystal Fiber Based Sagnac Interferometer.

The 22nd International Conference on Optical Fiber Sensors Program. 15-19 Oct 2012. Beijing

[7]

FENG Zhen, Sheng Xin-Zhi, Wu Chong-Qing, LI Zheng-Yong, MAO Ya-Ya.

All-Optical Time Slot Interchange Using a Cascaded Optical Buffer.

CHIN.PHYS.LETT. Vol.29, No.8, pp.084203-1~084203-3, 2012.

[8]

Chen Xiao-Yong, Sheng XinZhi, Wu ChongQing.

Influence of Multi-Cascaded Semiconductor Optical Amplifiers on the Signal in an Energy-Efficient System.

CHIN.PHYS.LETT. Vol.29, No.1, pp.014204-1~014204-3, 2012.

[9]

Gao, Kaiqiang; Sheng, Xinzhi ; Wu, Chongqing ; Feng, Zhen ; Shi, Yinting.

Performance Improvement of All-Optical Switching Based on Polarization Rotation in Semiconductor Optical Amplifier.

INFRARED AND LASER ENGINEERING. Vol.41 No.1 pp.124~8, 2012.

[10]

Xinzhi Sheng, Xiao Han, Ling Fan, Ping Miao, Zhijie Chen.

Study on the Problems of Examination in College Physical Experiment.

2011 Teaching seminars on higher education science and engineering courses. Dec.16-17, 2011 Tianjin.

[11]

Gao Kaiqiang, Sheng Xinzhi, Wu Chongqing, Feng Zhen, Shi Yinting.

Bipolar Multiplier Based on SOA Polarization Rotation.

INFRARED AND LASER ENGINEERING. Vol.41 No.2 pp.393~6, 2012.

[12]

Xiao Han, Xinzhi Sheng, Ling Fan.

Conforming with New Course Standard and Facilitating the Innovation of College Physics Experiment Course.

The Conference on Information Techonology and Education Teaching, Dec.31-31, 2011  Wuhan.

[13]

Hongmin Zhao, Xinzhi Sheng, Zhijie Chen, Ling Fan, Xiao Han, Yuan Niu, Ping Miao.

The Student’s Innovation Abilities was Strengthened Based on the Platform of Experiment of College Physics.

The Conference on Information Techonology and Education Teaching, Dec.31-31, 2011  Wuhan.

[14]

Gao Kaiqiang, Sheng Xinzhi, Wu Chongqing, Shi Yinting, Yang Shuangshou.

Research on Burst Signal Source for Optical Network Testing

JOURNAL of BEIJING JIAOTONG UNIVERSITY. Vol.34, No.3, pp.86~90, 2010.

[15]

Gao, KQ; Sheng, XZ; Wu, CQ; Feng, Z; Mao, YY.

All Optical XOR Gate Based on Polarization Rotation.

Cross-Strait Conference on Information Science and Technology. JUL 09-11, 2010.

[16]

Feng, Z; Sheng, XZ; Gao, CQ; Gao, KQ; Yu, KL.

Optimization Scheme of All-Optical Switching Based on Semiconductor Optical Amplifier.

Cross-Strait Conference on Information Science and Technology. JUL 09-11, 2010.

[17]

Yaping Wang, Chongqing Wu, Zhi Wang, Yongjun Wang, Xinzhi Sheng.

Optical Packet Replicator Using Cascaded SOA-Based Active Fiber Ring.

IEEE PHOTONICS TECHNOLOGY LETTERS. Vol.21, No.18, pp. 1320-2. 2009.

[18]

Yaping Wang, Chongqing Wu, Zhi Wang, Yongjun Wang, Xinzhi Sheng.

Two-stage cascaded optical packet replicator.

ICOCN2009. 2009.

[19]

Yaping Wang, Chongqing Wu, Zhi Wang, Yongjun Wang, Xinzhi Sheng.

Two-stage cascaded optical packet replicator.

ICOCN2009. 2009.

[20]

Kai-qiang GaoWu CQ, Sheng XZ.

Investigation on traffic grooming of OPS edge node base on FDLs.

Progress in Electromagnetics Research Symposium (PIERS 2009), MAR 23-27, 2009 Beijing.

[21]

Zhao S, Wu CQ, Cheng M, Sheng XZ.

Study of Nonlinear Polarization Rotation in Semiconductor Optical Amplifiers.

Joint Conference of the Opto-Electronics and Communications Conference/Australian Conference on Optical Fiber Technology, JUL 07-10, 2008 Sydney, Australia.

[22]

Cheng Mu, Wu Chongqing, Zhao Shuang, Li Zhengyong, Sheng Xinzhi.

The nonlinear polarization switching using the principal states of polarizations in SOA.

Conference on Optical Transmission, Switching and Subsystems V.  Nov. 02-05, 2007. Wuhan.

[23]

Zhang Jianliang, Sheng Xinzhi, Wu Chongqing.

Measurement of Phase-shift Coefficient of the Piezoelectric Phase Modulator with Spatial Fiber M-Z Interferometer.

PIEZOELECTECTRICS ACOUSTOClPTICS. Vol.31, No.1, pp.47-9. 2009.

[24]

Xian-Zi DongQi YaXin-Zhi ShengZhi-Yuan LiZhen-Sheng Zhaoand Xuan-Ming Duan.

Photonic Bandgap of Gradient Quasidiamond Lattice Photonic Crystal.

APPLIED PHYSICS LETTERS. Vol.92,No. 23, pp.231103-1~231103-3. 2008.

[25]

Wang Yaping, Wu Chongqing, Shi Xiaojun, Sheng Xinzhi.

Recent Progress of Optical Comparator for All Optical Header Recognitio.

SEMICONDUCT0R OPT0ELECTRONICS. Vol.29, No.5, pp.625-630. 2008.

[26]

Kai-qiang GaoXin-zhi ShengChongqing Wu.

An Optimizing Configuration Scheme of Asynchronous OPS Node Based on DLOB.

Digest of APOC’2008. 2008.

[27]

Zhao YangSheng XinZhiWu Chongqing, Wang Yaping.

Experimental Study on Optical Pulses Replication with Fiber Loop.

OPTICS& 0PTOELECTRONIC TECHNOLOGY. Vol.6,No.1, pp.30~2, 2008.

[28]

Zhang JL, Sheng XZ, Wu CQ.

Laser Ultrasound Detecting Experiment with Fiber Michelson Interferometer.

Asia Optical Fiber Communication and Optoelectronic Exposition and Conference, OCT 17-19, 2007 Shanghai.

[29]

Liu YF, Sheng XZ, Wu CQ, Li ZY.

Experimental Research on the influence factors on the Measurement Precision of P-OTDR.

CHINA SCIENCE and TECHNOLOGY INFORMATION. No.23, pp.279~80, 2006.

[30]

Liu Q, Sheng XZ, Wu CQ.

Application of PA241DW in the Polarize Stabilizer of Piezoelectric Ceramic Extrusion Fiber Type.

CHINA SCIENCE and TECHNOLOGY INFORMATION. No.15, pp.93~4, 2006.

[31]

Liu XD, Sheng XZ, Wu CQ, Yu KL.

Key Technologies of Gas Fiber Sensor of Spectrum Absorption Type.

HEILONGJIANG SCIENCE and TECHNOLOGY INFORMATION. No.12, pp.17~9, 2006.

[32]

Gao Kaiqiang, Sheng Xinzhi, Wu Chongqing, Shi Yinting, Yang Shuangshou.

Research on Burst Signal Source for Optical Network Testing

JOURNAL of BEIJING JIAOTONG UNIVERSITY. Vol.34, No.3, pp.86~90, 2010.

[33]

Liu XD, Sheng XZ, Wu CQ, Yu KL.

Key Technologies of Gas Fiber Sensor of Spectrum Absorption Type.

HEILONGJIANG SCIENCE and TECHNOLOGY INFORMATION. No.12, pp.17~9, 2006.

[34]

Gao Kaiqiang, Sheng Xinzhi, Li Lin, Shu Yuying, Lou Shuqin.

Passive Wireless Mouse Based on Laser Point.

JOURNAL of Harbin INSTITUTE. Vol.38, No.21, pp.1714~7, 2006.

[35]

Sheng Xinzhi, Lou Shuqin, Li Lin, Gao Kaiqiang.

The New Structure of Single Polarization Photonic Crystal Fiber

JOURNAL of Harbin INSTITUTE. Vol.38, No.21, pp.1532~6, 2006.

[36]

Sheng Xinzhi, Lou Shuqin, Li Lin, Gao Kaiqiang.

The New Structure of Single Polarization Photonic Crystal Fiber

JOURNAL of Harbin INSTITUTE. Vol.38, No.21, pp.1532~6, 2006.

[37]

Sheng Xinzhi, Lou Shuqin, Miao Ping, Zhai Luyao, Sheng Jiye, Chen Chunzhen.

Plastic Photonic Crystal Fibers as Terahertz Waveguides.

7th International Conference on Electronic Measurement & Instruments (ICEMI ’2005),August, Beijing.

[38]

Sheng Xin-Zhi, Lou Shu-Qin..

Influence of Deformation Holes on the Properties of Photonic Crystal Fibre..

CHIN.PHYS.LETT. Vol.22, No.10, pp.2588-91, 2005.

[39]

Sheng Jiye, Sheng Xinzhi, Wu Chongqing, Ni Dong, Chen Chunzhen.

Development of an All-optical Signal Source in 622Mbps for O-RPR Network.

OPTICS& 0PTOELECTRONIC TECHNOLOGY. Vol.3,No.6, pp.41~4, 2005.

[40]

Chen Cunzhen, Sheng Xinzhi, Wu Chongqing, Sheng Jiye, Chen Mu.

Novel Fibre Bois-sensors and Their Development Future.

SCIENCE & TECHNOLOGY PROGRESS and POLICY. No.6, pp. 375~7, 2005.

[41]

Chen Cunzhen, Sheng Xinzhi, Wu Chongqing, Ni Dong.

Development of an All-optical Signal Source in 155M/s for O-RPR Network.

CHINA SCIENCE and TECHNOLOGY INFORMATION. No.22, pp.7~8, 2005.

[42]

Sheng Xinzhi, Wu Chongqing, Liu Xiaodong.

Research on the Ringdown Time of a Narrow Pulse in a Ring Cavity Resonator.

CHINA SCIENCE and TECHNOLOGY INFORMATION. Vol.23, No.1, pp.123~8, 2005.

[43]

Chongqing Wu, Xingzhi Sheng, Songnian Fu, Bin Wei, Yajie Li, Aiming Liu.

Optical Resilient Packet Ring (O-RPR) Based on All-optical Buffering Techniques.

ICO’20, 2005.

[44]

Huang T, Wang RF, Sheng XZ.

System Structure and Key Technologies of Software Wireless.

CHINA WATER TRANSPORT. No.1, pp.14-7, 2005.

[45]

Tong WD, Zhang PZ, Wu CQ, Sheng XZ.

Research of Landslide Monitoring and Its Development.

SENSOR WORLD. Vol.11, No.6, pp.10-14, 2005.

[46]

Sheng Xinzhi, Wu chuqin, Chen Chunzhen, Sheng Jiye, Miao Ping.

Analysis of Tissue Photonic Crystal.

The 13th International Conference on Advanced Laser Technologies, 3-6 Sept. 2005, Tianjin.

[47]

Sheng Xinzhi, Miao Ping, Han Bing, Sheng Jiye, Chen Chunzhen.

Sensitivity Characteristics of Long-Period Fiber Gratings.

Conference on Passive Components and Fiber-based Devices, NOV 09-11, 2004 Beijing.

[48]

Sheng Xinzhi, Han Bing, Miao Ping, Sheng Jiye, Chen Chunzhen.

The Development of a Tiny Rotatory Angle Measurement.

Conference on Passive Components and Fiber-based Devices, NOV 09-11, 2004 Beijing.

[49]

Yuval Ganot, Amlt-Golan, Xinzhi Sheng, Salman Rosenwaks, Ilana Bar..

Non-Adiabatic Dissociation of Rovibrationally Excited Acetylene.

PHYS. CHEM. CHEM. PHYS., No.5, pp53995404, 2003.

[50]

Lou Shuqin, Sheng Xinzhi, Su Fulin, Liu Xuelian, Luo Yaoguo.

A novel scheme to measure the power of AC system with FPGA.

5th International conference on ASIC Proceedings 2003 IEEE p1151-1154.

[51]

Bing Han, Xinzhi Sheng, Yongping Teng, Xiaoqiu Zheng, Ping Miao.

Measurement Technique of the Tiny Rotatory Angle.

ASIA-PACIFIC OPTICAL AND WIRELESS COMMUNICATIONS, 4-6 Nov. 2003; Wuhan.

[52]

Bing Han, Xinzhi Sheng, Cheng Zhengwei, Xiaoqiu Zheng, Ping Miao.

Generation of Highly Directional Ultrasonic Waves in Sea.

ASIA-PACIFIC OPTICAL AND WIRELESS COMMUNICATIONS, 4-6 Nov. 2003; Wuhan.

[53]

Yuval Ganot, Xinzhi Sheng, Ilana Bar, Salman Rosenwaks.

Differing Reactivities in the Predissociation of Acetylene Isotopomers Pre-Excited with Three C-H Stretching Quanta.

CHEMICAL PHYSICS LETTERS, No.361, pp.175, 2002.

[54]

Xinzhi Sheng, Yuval Ganot, Ilana Bar, Salman Rosenwaks.

Disclosing Rovibrational Couplings and Overlaps from Ir-regularities in Action Spectra: Photodissociation of the 4vch Rovibrational Manifold of C2H2.

JOURNAL OF CHEMICAL PHYSICS, Vol.117, No.14 pp.6512, 2002.

[55]

Lou SQ, Sheng Xinzhi, Liu XL.

Application of FPGA in Synchronous System of Ultra--Shortwave Hop-Frequency Transceiver

JOURNAL of BEIJING JIAOTONG UNIVERSITY, Vol.26, No.3, pp6, 2002.

[56]

Sheng Xinzhi, Lou SQ, Wang ZC, Sha GH, Xie JC.

Application of FPGA in Synchronous System of Ultra--Shortwave Hop-Frequency Transceiver

JOURNAL of BEIJING JIAOTONG UNIVERSITY, Vol.25, No6, pp25, 2001.

[57]

Xiangling Chen, Xinzhi Sheng, Ilana Bar, Salman Rosenwaks.

Evidence for the onset of three-body decay in photodissociation of vibrationally excited CHF Cl2.

J.CHEM PHYS. Vol.114, No.20, pp.9033~8, 2001.

[58]

Lou SQ, Sheng Xinzhi, Hou JJ.

Improvement of Infrared Moisture meter.

JOURNAL of BEIJING JIAOTONG UNIVERSITY, Vol.24, No.2, pp123, 2000.

[59]

Sheng Xinzhi, Xu Yong, Sun Fuge, Dai DongXu, Sha Guohe, Xie Jinchun.

Real-time in situ quantitative measurements of concentration of oxygen in COIL with CRDS

SPIE -international symposia on  LASE '99 - High-Power Lasers and Applications, 23-29 January 1999, San Jose, California

[60]

Sheng Xinzhi, Sun Fuge, Gu Yukun, Sha Guohe, Xie Jinchun.

Precise Measurement of COIL Mirror Reflectivity by Novel CRDS

HIGH POWER LASER AND PARTICLE BEAMS,2, 201~204, 1998.

[61]

Sheng Xinzhi,Bai Jiling, Xu Shuchen, Sha Guohe, Xie Jinchun.

Ring-Down Mass Spectroscopy Experiment and Problem

The 3rd European Meeting of the Molecular Beams and Dynamics Group, 2-4, September 1998. Lunteren, Netherlands

[62]

Sheng Xinzhi, Fang Benji, Gu Yukun, Sha Guohe, Xie Jinchun.

Precise Measurement of Plane Mirror High Reflectivity

J. QUANT.ELECTRONICS, 16(1), 64~9, 1998

[63]

Sheng Xinzhi,Bai Jiling, Xu Shuchen, Sha Guohe, Xie Jinchun.

Ring-Down Mass Spectroscopy

PROC. OF  THE FIRST POSTDOCTORS’ SYMPOSIUM CHINESE ACADEMY OF SCIENCES, 12-16, May 1998, Beijing·Chengde

[64]

Sheng Xinzhi,Bai Jiling, Xu Shuchen, Sha Guohe, Xie Jinchun.

Ring-Down Mass Spectrum of Jet-Cooled NO in ToF

DATA ACQUISITION AND PROCESSING, 1998,

[65]

Sheng Xinzhi, Sun Fuge, Dai Dongxu, Sha Guohe, Xie Jinchun.

Development of  High Precise Reflectivity  Measure Apparatus

ACTA METROLOGICA SINICA, 1998.

[66]

Sheng Xinzhi,Liu Fengmei and Zuguang Ma.

Calculation of the Exectronic States in doped Xenon Solid

J. HARBIN INST. TECH. 1997,29(2), 8~10

[67]

Sheng Xinzhi,Liu Fengmei,Hu Xiaoyong and Zuguang Ma.

 Xe+2Cl- Formed in HCl+Xe doped crystallize CO. 

 PROC. SPIE, 1996, 2897,119~122

[68]

Sheng Xinzhi,Liu Fengmei and Zuguang Ma.

 Electronic Relaxation of the Exciplex in HCl+Xe Doped Crystalline CO

ACTA OPTICA SINCA, 1996, 16(9),1233-1236

[69]

Sheng Xinzhi, Ren Deming,  Liu Fengmei and Zuguang Ma.

Photoelectric Coupler of Controlling SCP TEA CO2 Laser

PROC. CRSLT’96 , Kransnoyorsk, Russia, Oct, 1996, 2, 83-87

[70]

Sheng Xinzhi,Liu Fengmei and Zuguang Ma.

Calculation of the Transition Energy of the Exciplex Xe+2Cl- in Xe solid Matrix

OPTRONICS.LASER, 7(6), 333-336, 1996.

[71]

Ren Deming, Sheng Xinzhi and Liu Fengmei.

A New Kind of Efficiently Preionic Long-life-time TEA CO2 Laser

PROC. SPIE, 2889,405~408, 1996.

[72]

Sheng Xinzhi,Liu Fengmei and Zuguang Ma.

Semiempirical Study of  polyatomic rare haluoes:Application to the XenCl system

PROC. CRSLT’96 , Kransnoyorsk, Russia, Oct, 1996, 2,33-37

[73]

Sheng Xinzhi,Liu Fengmei and Zuguang Ma.

Solid Rare-Gas Holide Excimer

LASER & OPTONICS PROGRESS, 367(7),64-67, 1995.

 Awards & Honors

u  ZHIJIN AWARD   2006   ZHIJIN Award Comment

u  BOE AWARD     2012   BOE Technology Group Co., Ltd


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