联系方式：0551-65593361，邮编：zhangling@ipp.ac.cn

导师介绍 

    张凌，女，博士生导师，等离子体诊断研究室室务委员，国家自然科学基金优秀青年科学基金获得者。长期从事磁约束聚变等离子体领域研究，聚焦杂质光谱诊断技术研发与等离子体杂质输运及控制研究。担任EAST装置杂质输运物理实验协调人、BEST装置光谱诊断负责人、CFEDR加料与粒子控制工作组负责人；受邀兼任ITER国际组织托卡马克物理活动（ITPA）被动光谱诊断专家组组长、IAEA协同研究项目国际顾问专家。

    依托EAST装置成功搭建了高性能集成杂质诊断平台，创新发展了杂质光谱定量诊断核心技术，在此基础上开展了丰富的聚变等离子体杂质输运及控制研究，获得并验证了钨杂质集成控制手段，为EAST创造多项世界纪录作出重要贡献。主持多项国家级科研课题，包括2项科技部青年科学家项目、4项国家自然科学基金项目、2项中国科学院专项项目等。已授权专利3项、获批软件著作权3项，以第一作者、通讯作者身份发表学术论文40余篇，在国内外学术会议作大会报告、特邀报告10余次。

    积极推进高水平国际科研合作，搭建国际交流协作平台，同时深耕研究生育人工作，培育多名优秀毕业生。荣获中国科学院合肥物质科学研究院国际合作促进奖、 优秀导师等荣誉称号。协助合作的国际专家先后荣获安徽省黄山友谊奖、中国科学院国际科技合作奖、中国政府友谊奖。指导的研究生先后获得等离子体所所长奖学金优秀奖和特别奖、合肥物质科学研究院悦群品学兼优奖学金、博士研究生国家奖学金、中国科学院院长优秀奖、中国科学技术大学优秀博士论文、中国科学技术大学优秀毕业生等奖项与荣誉称号。

研究领域

     磁约束聚变光谱诊断技术研发、等离子体杂质光谱模拟、等离子体杂质输运及控制的实验与模拟研究等

研究生招生专业 

    等离子体物理，能源动力，核能工程，电子信息（欢迎有物理学、光学、光谱学、原子物理、电子信息学习和项目背景的本科生报考）

博士后招聘方向

    等离子体物理实验，等离子体输运模拟（包括集成模拟），等离子体光谱诊断，精密光学，高光谱成像，高Z元素原子过程研究，杂质元素原子光谱模拟，AI和机器学习辅助光谱图像处理和光谱分析

研究成果

近三年发表文章：

 [1]Yunxin Cheng,Ling Zhang *, Shigeru Morita et al., Performance improvement of space-resolved extreme ultraviolet spectrometer by use of complementary metal-oxide semiconductor detectors at the Experimental Advanced Superconducting Tokamak. Rev.Sci. Instrum.93,123501(2022) .  

 [2]Zihang Zhao,Ling Zhang*, Ruijie Zhou et al., Impurity Behavior in Plasma Recovery after a Vacuum Failure in the Experimental Advanced Superconducting Tokamak .Appl. Sci.2023, 13, 4338. 

 [3]Yunxin Cheng,Ling Zhang*, Shigeru Morita et al., Development of space-resolved EUV spectrometers working at 5–138 Å for profile observation of high-Z impurity ions in EAST plasma .Nuclear Instruments and Methods in Physics Research A1057 (2023) 168714 

 [4]Fengling Zhang,Ling Zhang*, Wenming Zhang et al., Line identification of extreme ultraviolet spectra from aluminum ions in EAST Tokamak plasmas .Phys. Scr.99 (2024) 025615 

 [5]赵伟宽，张凌*，程云鑫等, EAST托卡马克钨杂质上下不对称性分布的实验研究 .物理学报. 2024 73(3): 035201

 [6]Wenmin Zhang,Ling ZhangFirst observation of edge impurity behavior with n = 1 RMP application in EAST L-mode plasma *, Yunxin Cheng et al.,.Nucl. Fusion64 (2024) 086004         

 [7]Wenmin Zhang,Ling Zhang *, Shigeru Morita et al.,Spectroscopic analysis of tungsten spectra in extreme-ultraviolet range of 10-480 Å observed from EAST tokamak with full tungsten divertor. Phys. Scr.99 (2024) 105609 

 [8]Yunxin Cheng,Ling Zhang *, Ailan Hu et al., Experimental study on metallic impurity behavior with boronization wall conditioning in EAST tokamak.Nucl. Mater. Energy41(2024) 101744 

 [9]Yunxin Cheng,Ling Zhang*(EAST) plasma.  , Shigeru Morita et al., The observation of tungsten unresolved transition arrays spectra at high electron temperature in Experimental Advanced Superconducting TokamakPlasma and Fusion Research, 20,240210 (2025)

 [10]Ling ZHANG^* , Wenmin ZHANG, Yunxin CHENG et al., Observation and line analysis of tungsten, molybdenum and copper spectra at 20-150 Å emitted from Experimental Advanced Superconducting Tokamak (EAST) plasma.Plasma and Fusion Research20, 240211 (2025) 

 [11]Wenmin Zhang,Ling Zhang *, Shigeru Morita et al., Effective control of intrinsic impurities using n=1 resonant magnetic perturbation (RMP) in EAST H-mode plasma.Nucl. Mater. Energy, 41(2024)101822

 [12]Zhen Zhou, Shengyu Shi*,Ling Zhanget al., Tungsten impurity reduction by ICRH in a high power injection and high performance H-mode discharge on EAST  .Nucl. Fusion65 (2025) 036004 

 [13]Fengling Zhang, Dar ío Mitnik*,Ling ZhangEvaluation of tungsten influx rate using line emissions from W * et al.,⁵⁺ions in EAST tokamak  .Nucl. Fusion65 (2025) 036037 

 [14] Yiming Cao, Yuan Yao*, Ling Zhang et al., A Design of ZYNQBased Intermediate Frequency Stabilization System by Using BP Neural Network PID, 2024 IE2CES IEEE

 [15] Yiming Cao, Ling Zhang, Yuan Yao* et al, Research on Frequency Stabilization Method of PID Controller Based on BP Neural Network Optimization for POINT system on EAST, 2025 JINST 20 C03005

 [16]Yunxin Cheng,Ling Zhang *, Ailan Hu et al., Extreme ultraviolet spectrometers for fast observation of high-Z impurity line emissions and their radial profiles in the Experimental Advanced Superconducting Tokamak. 2025JINST20 C04016 

 [17]Wenmin Zhang,Ling Zhang*, Yuqi Chu* et al., Edge and Core Impurity Behavior and Transport in EAST H-mode Plasma with Internal Transport Barrier.Nucl. Fusion65 (2025) 052003 

 [18]Yunxin Cheng,Ling Zhang*, Chengxi Zhou* et al., Effect of 4.6 GHz LHW on tungsten transport in NBI dominant H-mode plasma in EAST tokamak.Nucl. Fusion65 (2025) 062003 

 [19]Z.W. Li, W.M. Zhang,L. Zhang * et al., Machine learning application to wavelength calibration for Extreme Ultraviolet (EUV) spectroscopy in EAST tokamak. 2025JINST20 C07002 

 [20]Jiu Yang Ma, Yun Xin Cheng*,Ling Zhanget al., First observation of full radial profile of Z _eff using a high-performance visible spectrometer in EAST tokamak with full tungsten divertors. 2025 JINST20 C07016 

 [21]A. Hu, Y. Cheng,L. Zhang 2025 * et al.,A space-resolved visible spectrometer system using compact endoscopic optics for full vertical profile measurement of impurity line emissions in superconducting EAST tokamak.JINST20 C07022 

 [22]Chengxi ZHOU,Ling ZHANG*, Jiale CHEN* et al.,The transport and radiation loss of tungsten impurities in core plasma for CFEDR conventional H-mode scenario .Plasma Sci. Technol.27 (2025) 104008 

 [23]Runjia Bao, Dar ío Mitnik,Ling Zhang* et al., Efficient modelling of tungsten x-ray and EUV emission under ITER plasma conditions .Nucl. Fusion66 (2026) 046030 

 [24]Yunxin Cheng*,Ling Zhang* , Runjia Bao et al.,Spectral observation and radial profile analysis of line emissions from W⁴⁶⁺ions at 7-8 Å using extreme ultraviolet (EUV) spectrometers in EAST tokamak with full tungsten divertor  .Plasma Phys. Control. Fusion68 (2026) 045039