|
个人信息Personal Information
副教授
博士生导师
硕士生导师
性别：男
毕业院校：大连理工大学
学位：博士
所在单位：物理学院
学科：等离子体物理
办公地点：大连理工大学物理学院419室
联系方式：
电子邮箱：
扫描关注
- [1]刘一诺.胡章虎,王友年.蓝婕婕,李浩源,徐汪文.A photon-photon collider based on synchrotron γ rays in hollow plasma channels[J],MATTER AND RADIATION AT EXTREMES,2025,10(5)
- [2]徐汪文.胡章虎,王友年.李浩源,蓝婕婕.Two-stage linear filamentation growth of laser-produced proton beams in dense plasmas[J],PHYSICAL REVIEW E,2025,112(3)
- [3]Wang, X. J..Yu, M. Y.,Cao, L. F.,Zhou, C. T.,Ruan, S. C.,Peng, H.,Huang, T. W.,胡章虎,Li, R.,Jiang, K.,Li, D. K.,Yu, J.,Ye, H. X..Three-dimensional nanoscale microbunching of relativistic electron beam via plasma wakefield for coherent EUV radiation[J],MATTER AND RADIATION AT EXTREMES,2025,10(5)
- [4]蓝婕婕.Zhao, Yong-Tao,Zhang, Zi-Min,王友年,Zhao, Quan-Tang,胡章虎,Ran, Zhao-Hui,Li, Jia,Cao, Shu-Chun,Cheng, Rui.徐汪文,李浩源.High-energy electron radiography system with low chromatic aberrations based on active plasma lenses[J],Physical Review Applied,2024,22(3)
- [5]徐汪文.Hui, De-Xuan,胡章虎.Enhanced energy deposition of laser-produced proton beams in high-density plasmas due to beam density self-steepening[J],PHYSICS OF PLASMAS,2024,31(9)
- [6]胡章虎.Zhai, Wen-Yuan,王友年.蓝婕婕.Nonlinear scaling of photon radiation power in relativistic plasma current filamentation instability with beam parameters[J],PHYSICS OF PLASMAS,2024,31(8)
- [7]蓝婕婕.Zhao, Quan-Tang,Zhao, Yong -Tao,Zhang, Zi-Min,王友年,胡章虎,Ran, Zhao-Hui,Li, Jia,Zhou, You -Wei,Cao, Shu-Chun,Cheng, Rui,Chen, Yan-Hong,Yan, Wen-Bing.Experimental observation of the electron beam focusing effect induced by plasma currents with opposite directions.[J],Physical review. E,2024,108(6-2):065203
- [8]蓝婕婕.胡章虎,Wang, Xiao-Juan,王友年.Ion effects on the scaling of magnetic field amplification in plasmas with the system size[J],NEW JOURNAL OF PHYSICS,25(5)
- [9]惠得轩.胡章虎,Mei, Xian-Xiu,王友年.Optimization of e(+)/e(-) pair yield during the interaction of a Doppler-boosted laser with a solid-density plasma[J],AIP ADVANCES,13(7)
- [10]胡章虎.宋远红,Zhao, Yong-Tao,王友年.Modulation of continuous ion beams with low drift velocity by induced wakefield in background plasmas[J],LASER AND PARTICLE BEAMS,2022,31(1):135-140