Scientific Research

55. Ren R*, Effects of vacancy on the structure of SMO heterostructure,To appear in Physica ,2022.624,41100

54. YW XY,Ren R *,Intensity interference characteristics of Laguerre optical Vortex,Optica,2021,23(11)

53. Ren R *,Synthesis and magnetic characteristics of nano-particles with highly efficient performances,To appear in  Optoelectronics,2020,14,11-12,563-568,NOV-DEC 

52. Xu Li, Ren R*, Zubaria Maroof,Properties of LAO Heterostructure,To appear in Physica,2020.412790,2021,603,412790 

51. Ren R, The electronic transport characteristics in wide band-gap nitrogen vacancy diamond/Si hetero-structure using Raman spectrum , To appear in Journal of Crystal Growth,2020,532, 125238-1-125238-6 

50. Ren R, Resistance with phase transition in strongly correlated electronic material of doped cobalt pervovskites heter-structure, To appear in Journal of materials Science,2019,0486 

49. Ren R, Xuan Li,Spin dynamics characteristics of nitrogen vacancy spins in diamond films using enhanced

Raman shift with spin microscopy, To appear in Progress in Natural Science Materials International,2018,28(28),647

48.Pei HY, Guo SJ ,Ren LX, Chen CL, Luo BC, Jin KX ,Ren R, The frustration-induced ferroelectricity of a manganite tricolor superlattice with artificially broken symmetry, To appear in Scientific Reports,2017, 7,1027001-1-1027001-6

47. Y J,Ren R*, Chaos Prediction of Fast Fading Channel of Multi-rates Digital Modulation Using Support Vector Machines, To appear in Lecture Notes in Computer Science,2017,10603, 783-790               

46. Ren R, Xuan Li,  The spin orbital fluctuating of perovskite multi-films using enhanced Raman shift of magnetic resonance force microscopy, To appear in Optoelectronics A. M. ,2015,9,956  

45. Ren R, Xuan Li,  Dynamics characteristics of resonance force microscopy , To appear in Physica,2019,28(28), 

44. Ren R, Xuan Li,  Spin dynamics characteristics of nitrogen vacancy spins in diamond films using enhanced

Raman shift with spin microscopy, To appear in Progress in Natural Science Materials International,2016,28(28), 

43. Lu RQ, Ren R*, Preparation of Entangled States Based on Strong Coupling Between Double Electron

Spins  and  Nano-Mechanical  Harmonic  Oscillator, To appear in Acta Optica Sinica,2018, 38(10)38(10) ,


42. Ren R, Xuan Li,  Carrier transport spin-orbit dynamics in surface enhanced Raman shift of perovskite films, To appear in Journal of alloys and   compounds,2016,662, SCI-1                                       

41. Ren R, Xuan Li,  The spin orbital dynamics properties of vacancy diamond films using  enhanced  scattering  spectroscopy, To appear in Optoelectronics A. M. ,2017,10, 

40. Zhao ZX, Ren R*, Modifying the surface properties of iron oxide nano-particles with organic-inorganic shells, To appear in Journal of Nanoscience and Nanotechnology,2017,17 (3)
39. Zhao ZX, Ren R*,Theoretical Study of the Magnetic and Electric Properties of Transition Elements Doped Fe3O4 (001) Surface, To appear in Chinese Journal of Inorganic Chemistry,2017,33(6).SCI
38. Ren R*, Dielectric controlled local field resonance distribution in Au/Pd core/shell nanostructure: A mechanism based on local field enhancement,  To appear in Journal of Computer Theor. Nanoscience. 2015,9, 1622-1627 
37. Ren R*,Transport and carrier injection effects of junction in spin-orbit coupling heterojunction using resonance force microscopy To appear in OAM2014, 7(7),
36. Ren R*,Carrier injection properties in spin-orbital coupling structure based on correlated electronic  ferromagnetic system,  To appear in Physica Scripta 2014, 89 

35. Ren R*,Photo-carrier injection and magnetoresistance behavior in the strongly correlated electronic material heterojunction, To appear in Science of A.Materials, 2014.6.




34. Ren R*,Xuan Li*, Zhongxia Zhao,LinLiu. Electric transport and field-induced properties in  ZnO/La0.4Gd0.1Sr0.5heterostructure, Journal of  Applied   Physics 2013 

33. Ren R*, Xiaoqin Qin, WR Wang. Antiferromagnetic La0.7Sr0.3MnO3 and ZnO,RME,2013  

32. Ren R*,Transport and carrier injection effects using  resonance force microscopy,OAM-RAPID,2013 

31. Ren R*, Photo-carrier injection and magnetoresistance behavior in heterostructure, Journal of  Nanoscience and Nanotech.., 2013 

]                                                            Before       2012  

[1]Ren R, The effect of laser acting on double doped La2/3(Ca3/4Sr1/4)1/3 MnO3 thin films, Physica. Scripta,2005,Vol.70

[2]Ren R, Weiren Wang, Dielectric controlled local field resonance distribution in Au/Pd core/shell nanostructure:

A mechanism based on local field enhancement, J. Comput. Theor. Nanosci. 2012,9, 1622-1627

[3]Wang Yongcang, Ren R, et al.,The photoresponsive character in double-doped  La2/3(Ca3/4Sr1/4)1/3 MnO3 thin film,

Canadian Journal of Physics, 2005, 83

[4]Ren R, Chen Changle, Zhu Shihua,Yuan Xiao,Zhang chunmin, New High-Power XeCl* Laser Pumped by Pulse Discharge

and Characteristics,Physica Scripta,2003,68(4): 272-275

[5]Ren R, Zhu Shihua ,et al Novel Adaptive Subcarrier Power and Bit Allocation Using Wavelet Packet Parallel

Architecture, Lecture Notes In Computer Science, 2005,3719,422-428

[6]Ren R, Zhu Shihua ,et al Novel Nonlinear Signals Separation of optimized Entropy Based on Adaptive Natural Gradient

learning, Advances in Machine Learning & Cybernetics, 2005,3759,143-151

[7]Ren R, Yongqiang Luo, Zhu Shihua ,et al., Nonlinear Signals Separation of Adaptive Natural Gradient Learning,

Lecture Notes In Artificial Intelligence, 2005,5, 2771-2776.

[8]Ren R, Zhu Shihua ,Yongqiang Luo, Multi-carrier Modulation and Multi-scaling Distinguishable System Based on

 Adaptive Orthogonal Wavelet Packet, IEEE Conference of Signal Processing and Communications, 2004: 128-134

[9] Ren R, Chen Changle, Zhu shihua ,Song Zhoumo, Yuan Xiao New Kinetics Model Analysis for a Short Pulse Width XeCl*

Laser and UV Preionization Influence, Physica Scripta,2004, 69(4):342-345

[10] Ren R, Zhu Shihua ,Yongqiang Luo, Adaptive iterative likelihood detection algorithm for V-BLAST MIMO system

Journal of Harbin Institute of Technology2006,6

[11] Ren R , Changle Chen, Study of preionization XeCl excimer laser and ultraviolet spectral characteristics,

Plasma Science & Technology, 2006,8(2)

[12] Jin kexin, Chen Changle, Ren R, et al., New high-power Photoresponsive characters in a double-doped

La2/3(Ca2/3Sr1/3)1/3MnO3 , Journal of Applied  physics. 2004,96(3), 1537-1539

[13] Ren R, Chen Changle, Zhu shihua ,Song Zhoumo, Yuan Xiao Study on Short Pulse Width XeCl Laser,Chinese

Journal of Lasers,2004,319),10361040

[14] Wang Shilin, Ren R, Chen Changle, Zhu shihua, The change of photo-induced resistivity properties in

La2/3Ca1/3MnO3 thin films,Acta Physica Sinica,2004,53(2):587-591

[15] Ren R, Zhu Shihua, Prediction of chaotic time sequence using least squares support vector domain,

Acta Physica Sinica, 2005, 54(12)

[16] Ren R, Chen Changle, Zhu shihua ,Song Zhoumo, Yuan Xiao, Study of New XeCl Laser with Short Duration

Time and Preionzation at High Pressure,Spectroscopy and Spectral Analysis Spectroscopy and Spectral Analysis,


[17] Ren R, Zhu shihuaChaos prediction of fast fading channel using support vector domain, Journal on

Communications,2005, 2512):434437.

[18] Jin KX, Chen Changle, Ren R,  Transport characteristic of the double-doped perovskite manganite

La2/3Ca1/3Sr2/3)1/3MnO3thin film, Journal of Functional Materials,2005,01

[19] Ren R, Chen Changle, Zhu shihua ,Song Zhoumo, Yuan Xiao   Design of a new short pulse width XeCl laser

with high power based on quartz films and laser pulse profiles analysis,Chinese Journal of Quantum Electronics,2004,


[20]Zhao Xingui, Chen Changle, Ren R, et al. Transport and reflectivity behavior in La2/3Sr1/3MnO3 thin

film,Journal of Functional Materials,2006,07

[21] Ren R, Chen Changle, Zhu shihua ,Song Zhoumo, Yuan Xiao, Design of a new XeCl excimer laser pumped by pulse

discharge for depositing film,Acta Photonica Sinica,2002,31(9),10971110 EI

[22] Ren R, Chen Changle, Zhu shihua ,Song Zhoumo, Yuan Xiao, Dynamic model of a new XeCl laser with short

duration time and UV grow discharge system design,Laser Technology,2004,28(3),434437

[23] Jin KX, Chen Changle, Ren R, Transport properties and laser-indued effect of the La0.5Sr0.5MnO3

film,Chinese Journal of Materials Research, 2005,02

[24] Ren R et al Study on the Synthesis of Pd/Au Nanostructure and Spectral Characteristics of Particle Size

Composition and Spins, Spectroscopy and Spectral Analysis,2010,2512

[25] Ren R et al  Study of resonance force microscopy system based on fabric silicon cantilever detector,

Semiconductor Optoelectronics,2010,311

[26] Ren R et al An all-proton spin quantum gate in semiconductor spin magnetic resonance force system,

Acta Physica Sinica, 2010,54(11)

[27] Ren R, et al La0.7Sr0.3MnO3 Antiferromagnetic quantum spin characteristics of La0.7Sr0.3MnO3 and ZnO

heterojunction, Rare metal Materials and Engineering, 2012,12

[28]Liu HL,Ren R,Quantum fidelity based on magnetic resonance force microscopy system, Chinese Journal of Quantum


[29] Ren R, Spin damp decay detector of force cantilever microscopy design based on Grover’s algorithm

quantum magnetic resonance calculation, International Journal of Nanomanufacturing,2012,12, 115

[30] Ren R,Local Dipole Field Enhancement Along the Surface of metal-dielectric Au/Pd core-shell

nanostructureRenewable And Sustainable Energy,2012,347,582












  强关联系统材料电子输运特性 原子与分子物理(大气微粒辐射、跃迁及探测机理)

  光学(激光光电子)     半导体智能光电成像MRFM   通信与信息系统 OFDM 量子通信 量子信息    



1 _原子与分子物理
1 _大气微粒纳米粒子辐射、跃迁及探测机理
2 _凝聚态物理
2 强关联系统材料电子输运特性
3 _ 光学
3 _半导体智能光电成像NMRFM
4 _ 激光设计
4 超短脉冲强激光功率技术、光纤通信
4 _ 信号与信息系统
4 _ MIMO超宽带无线通信、OFDM多载波速率技术、量子通信量子信息
2018招收:学术硕士研究生 1-3 名;专业学位研究生 1
301 数学一或722 量子力学
817 822 普通物理学
04 强关联系统材料电子输运特性
22 半导体智能光电成像
科 目
主 编


 • 强关联电子体系 巨磁电阻材料电子输运特性 原子与分子物理(大气微粒辐射、跃迁及探测机理)物理材料学  凝聚态 物理理论计算物理  复杂多体

 • 光学(激光光电子) 量子调控与量子信息 超短脉冲强激光功率技术 脉冲激光沉积 MBE外延技术 光学专业 成像显微  干涉光学精密仪器

 •半导体材料器件 半导体智能显微光电成像MRFM 半导体自旋学 半导体物理 凝聚态物理计算 电子结构 铁磁 磁电耦合  电输运性质计算 拓扑超导        输运计算

 • 通信与信息系统 OFDM 量子通信 量子信息  量子成像调控 


 •招聘1~2名博士后  半导体器件物理 物理材料学  光学成像 凝聚态物理  理论计算物理  复杂多体  量子成像探测


Prof.Ren R

Ren Ren, Ph.D
Professor, Ph.D Supervisor
Xi'an Jiaotong University

 工学博士 教授 博导





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