姓名：张红强

职称：教授

电子邮件: zhanghq@lzu.edu.cn

办公室：9001诚信金沙9001cc二分部串列实验室201

研究方向: 目前作为核学院多功能加速器平台（2.5MeV）负责人，基于核学院加速器平台、离子束、电子束与微结构相互作用的实验平台,以及其他合作实验平台，例如，近代物理研究所的高电荷态离子源平台等，从事离子束物理相关研究：带电粒子束与微结构相互作用; 重离子谱学与QED效应；离子束检测和辐照效应研究。

主要学习经历：

2006/09-2010/09，斯德哥尔摩大学，物理系原子物理部，博士

2002/09-2006/06，9001诚信金沙9001cc，9001诚信金沙9001cc，博士

1998/09-2002/06，9001诚信金沙9001cc，物理科学与技术学院，学士

主要工作及研究经历：

2014/05-现在，9001诚信金沙9001cc，9001诚信金沙9001cc，教授

2016/10-2017/01，法国CIMAP实验室访问教授

2015/9-2015/12， 法国CIMAP实验室访问教授

2014/12-2015/03，法国CIMAP实验室访问教授

2011/03-2014/05，9001诚信金沙9001cc，9001诚信金沙9001cc，副教授，硕士生导师

2010/09-2011/01，斯德哥尔摩大学，物理系原子物理部，项目研究助理

学术兼职：

担任过美国国家自然科学基金通讯评审人；

Nucl. Instr. and Meth. B, 原子核物理评论、地球物理，核技术等杂志的通讯评审人。

主讲课程：《离子束分析》、《c语言》

 

基金项目：

目前主持自然基金项目十三项，包括纵向六项，横向七项。其中面上一项，联合重点项目一项。主要研究结果发表在Phys. Rev. Lett及Phys. Rev. A 等杂志上，目前发表文章60篇左右，其中单篇最高引用超过100次。具体如下：

[1]国家自然科学基金项目5项：

①青年项目：离子束在玻璃毛细管中传输的研究(2011.01-2013.12)；

②面上项目：纳米微结构作为荷电粒子束传输元件的研究 (2014.01-2018.12)。

③联合重点项目：相对论能区高电荷态重离子碰撞谱学和QED效应的研究(2018.01-2021.12)

④国家重点引智项目两项：日本理化所Hiroyoshi Sakurai/斯德哥尔摩Reinhold Schuch

[2]中央高校基本科研业务费专项资金一项：

离子穿越绝缘体微孔膜的理论和实验研究

[3]横向项目7项：

① 束流测量诊断系统采购

② 光电器件低能质子辐照试验与测试分析

③ 离子束流测量设备系统技术开发

④ 离子束流检测技术开发

⑤ 含氢同位素膜离子束分析检测设备论证；

⑥ 10MW钍基熔盐堆气态流出物监测方法研究。

⑦ 主机附属系统及加速器技术服务

 

代表论文：

[1] Surface nanostructures formation induced by highly charged ions: Kinetic and potential energy dependence

Pengfei Li, Hongqiang Zhang*, Long Wei, Ben Niu, Hua Yuan, Zidong Cheng, Haowen Zhang, Zhihu Yang, Yipan Guo, Yue Ma, Chengliang Wan, Ying Cui, Ming Li, Ximeng Chen*

Nucl. Inst. Meth. Phys. Res. B. Volume 513. PP 14-20. 2022

 

[2] The role of the deposited charge in tailoring ion beams by nanocapillaries in mica

Zhang H Q, Schuch R

Nucl. Inst. Meth. Phys. Res. B. Volume 503. PP 62-67. 2021

 

[3] Transmission of low-energy Cl– ions through Al2O3 insulating nanocapillaries

Ha Shuai, Zhang Wen-Ming, Xie Yi-Ming, Li Peng-Fei, Jin Bo, Niu Ben, Wei Long, Zhang Qi, Liu Zhong-Lin, Ma Yue, Lu Di, Wan Cheng-Liang, Cui Ying, Zhou Peng, Zhang Hong-Qiang, Chen Xi-Meng

Acta Physica Sinica. Volume 69, Issue 9. PP 123-134. 2020

 

[4] Transport of accelerated electrons through dielectric nanochannels in PET films

K.A. Vokhmyanina, A.S. Kubankin, L.V. Myshelovka, H. Zhang, A.A. Kaplii, V.S. Sotnikova, M.A. Zhukova

Journal of Instrumentation. Volume 15, Issue 04. 2020

 

[5] Formation of Hillock on Muscovite Mica Surface Induced by Energetic Ion near Electronic Energy Loss Threshold

Jin Bo, Wei Long, Niu Ben, Zhang Qi, Li Peng-Fei, Bao Liang-Man, Lei Qian-Tao, Guan Shi-Wang, Jin Ding-Kun, Song Guang-Yin, Xie Yi-Ming, Ha Shuai, Cui Ying, Ma Yue, Zhang Hong-Qiang, Chen Xi-Meng

Atomic Energy Science and Technology. Volume 53, Issue 5. PP 769-775. 2019

 

[6] Transmission of low-energy negative ions through insulating nanocapillaries

Qi Zhang, Zhonglin Liu, Pengfei Li, Bo Jin, Guangyin Song, Dingkun Jin, Ben Niu, Long Wei, Shuai Ha, Yiming Xie, Yue Ma, Chengliang Wan, Ying Cui, Peng Zhou, Hongqiang Zhang*, Ximeng Chen

Phys. Rev. A. Volume 97, Issue 4 Pt.A. PP 42704-1-042704-8. 2018

 

[7] Transmission of highly charged ions through mica nanocapillaries of rectangular cross-section

H.Q. Zhang*, N. Akram, R. Schuch

Nucl. Instr. and Meth. B. Volume 408. PP 61–66. 2017

 

[8] Transmission profiles of ions through nano-capillaries of rectangular cross-section in mica

H.Q. Zhang*, N. Akram,C. Trautmann,R. Schuch

Nucl. Instr. and Meth. B. Volume 406. PP421–424. 2017

 

 

[9] Evolution of the electric potential of an insulator under charged particle impact

E. Giglio, S. Guillous, A. Cassimi, H. Q. Zhang, G. U. L. Nagy, and K. Tokesi

Phys. Rev. A. Volume 95, Issue 3 Pt.A. PP 030702-1-030702-5. 2017

 

[10] Guiding and scattering of ions in transmission through mica nanocapillaries

H. Q. Zhang*, N. Akram,  and R. Schuch

Phys. Rev. A. Volume 94, Issue 3. PP 032704, 2016

 

[11] Rydberg-to-M-shell x-ray emission of hollow Xeq+ (q = 27–30) atoms or ions above metallic surfaces

Z. Y. Song, Z. H. Yang, H. Q. Zhang, J. X. Shao, Y. Cui,Y. P. Zhang, X. A. Zhang, Y. T. Zhao, X. M. Chen, and G. Q. Xiao

Phys. Rev. A. 91, 042707, 2015

 

[12] The nanostructure formation on muscovite mica surface induced by intermediate-energy ions

P. Zhou, HQ. Zhang*, Q. Zhang, Z. Liu, S. Guan, G. Wang, C. Zhou, J. Jia, X. Lv, J. Shao, Y. Cui, L. Chen, X. Chen

Nucl. Instr. and Meth. B. Volume 307. PP 221–224. 2013

 

[13] Transmission of Slow Highly Charged Ions Through Ultra-thin Carbon Nano-sheets

N. Akram, H. Q. Zhang, U. Werner, A. Beyer, R. Schuch

New Trends in Atomic and Molecular Physics, Springer Series on Atomic, Optical, and Plasma Physics. Volume 76. PP 267-277. 2013

 

[14] Transmission of highly charged ions through mica nanocapillaries of rhombic cross section

HQ. Zhang, N. Akram, I. L. Soroka, C. Trautmann and R. Schuch

Phys. Rev. A. Volume 86, Issue 2 Pt.1. PP 022901-1-022901-8. 2012

 

[15] Tailoring of keV-Ion Beams by Image Charge when Transmitting through Rhombic

and Rectangular Shaped Nanocapillaries

H.-Q. Zhang, N. Akram, P. Skog, I. L. Soroka, C. Trautmann and R. Schuch.

Phys. Rev. Lett. Volume 108, Issue 19. PP 193202.1-193202.5. 2012

 

[16] Molybdenum L-shell x-ray production by 350-600 keV Xeq+ (q=25 to 30) ions

H. Zhang, X. Chen, Z. Yang, J. Xu, Y. Cui, J. Shao, X. Zhang, Y. Zhao, Y. Zhang and G. Xiao

Nucl. Instr. and Meth. B. Volume 268, Issue 10. PP 1564-1567. 2010

 

[17] Dynamics of guiding highly charged ions through SiO2 nanocapillaries

H.-Q. Zhang*, P. Skog and R. Schuch

Phys. Rev. A. Volume 82, Issue 5 Pt.A. PP 052901:1-052901:9. 2010

 

[18] The new Stockholm Electron Beam Ion Trap (S-EBIT)

R. Schuch, S. Tashenov, I. Orban, M. Hobein, S. Mahmood, O. Kamalou, N. Akram, A. Safdar, P. Skog, A. Solders and H. Zhang

Journal of Instrumentation. Volume 5, Issue 12. PP C12018. 2010

 

[19] X-ray emission from the metastable components of slow Ar16+ beam on metallic surfaces

H. Q. Zhang, X. M. Chen, Z. Y. Liu, Z. H. Yang, J. Z. Xu, Y. Cui, X. Xu, J. X. Shao, X. A. Zhang, Y. T. Zhao, Y. P. Zhang, G. Q. Xiao

Surface Review and Letter. Volume 16. Issue 3. PP 463-467. 2009

 

[20] Evidence of Sequentially Formed Charge Patches Guiding Ions through Nanocapillaries

P. Skog, HQ. Zhang, and R. Schuch

Phys. Rev. Lett. Volume 101, Issue 22. PP 223202. 2008

 

[21] Interaction of Highly Charged Xeq+ (q = 26, 27, 30) Ions with Molybdenum Surface

Liu Zhaoyuan, Zhang Hongqiang, Chen Ximeng , Yang Zhihu, Xu Jinzhang, Cui Ying, Xu Xu, Shao Jianxiong, Xiao Guoqing, Zhang Xiaoan, Zhao Yongtao and Zhang Yanping

International Journal of Modern Physics B. Volume 19, Issue 15n17. PP 2443-2451. 2005