Dr. Shahab Ud-Din Khan , Pakistan Tokamak Plasma Research Institute , Pakistan.
Dr. Shahab Ud-Din Khan is a leading expert in nuclear energy science and engineering 🔬, serving as a Professor at the Pakistan Tokamak Plasma Research Institute and a Visiting Scientist at the Institute of Plasma Physics, CAS 🇨🇳. With over a decade of experience in fusion research, he has contributed to global tokamak projects like EAST, CFETR, and PST ⚛️. His expertise spans plasma-facing components, neutron source systems, DBD plasma, and energy system optimization 💡. Widely published 📚, an editor and reviewer 📝, and a frequent international speaker 🎤, Dr. Khan is a pivotal figure in advancing nuclear fusion technologies 🌍.
Professional Profile
Education & Experience
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🎓 PhD in Nuclear Fusion Engineering – Completed in China from a top-ranked institution.
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🎓 MS in Plasma Physics – Acquired from a reputable university in China.
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👨🏫 Professor/Scientist – Pakistan Tokamak Plasma Research Institute.
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🌏 Visiting Scientist – Institute of Plasma Physics, Chinese Academy of Sciences.
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🔬 Project Contributor – Worked on EAST, CFETR, PST tokamak designs.
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🤝 Collaborator – Actively works with ASIPP, PIEAS, COMSATS, SWIP, KSU, AJK, NILOP.
Summary Suitability
Dr. Shahab Ud-Din Khan is a distinguished candidate for the Best Researcher Award for his outstanding contributions to nuclear fusion science and engineering over the past decade. As a Professor/Scientist at the Pakistan Tokamak Plasma Research Institute and a Visiting Scientist at the Institute of Plasma Physics, Chinese Academy of Sciences, Dr. Khan has established a strong international research profile, making him a leading figure in fusion reactor innovation and applied plasma technologies.
Professional Development
Dr. Khan’s professional journey is rooted in high-impact research and industrial collaboration 🤝. He has led or participated in 13 fusion-related R&D projects, including those focused on neutron sources, DBD plasma, and medical waste plasma systems 🧪. His consultancy contributions directly serve industrial applications 🏭, making his innovations both scientific and practical. He has published two books 📖, two chapters, and 80 journal articles 📑. With editorial roles in four scientific journals 📝 and active engagement in peer review, Dr. Khan also participates in academic conferences as a speaker and trainer 🗣️, promoting knowledge exchange across global platforms 🌐.
Research Focus
Dr. Khan’s research lies at the intersection of Nuclear Fusion Science, Plasma Engineering, and Advanced Energy Systems ⚛️💡. His work emphasizes the design and analysis of plasma-facing components, such as divertors and limiters, along with DBD plasma applications for surface coatings and waste treatment 🌪️. He contributes to fusion safety through neutron source and blanket system designs 🛡️. His recent research includes energy storage analysis, desalination through nuclear heat, and compact neutron generators 💧⚙️. Collaborating with both academic and industrial partners 🏢🎓, Dr. Khan’s research enhances sustainability and safety in next-generation fusion reactors 🌍.
Awards and Honors
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🏅 Best Researcher Award – National award recognizing fusion reactor innovation.
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🌟 International Collaboration Excellence Award – Honored for contributions to CFETR and EAST.
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🧪 Outstanding Plasma Science Contribution Award – Recognized by plasma research community.
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📘 Book Publishing Recognition – Acknowledged for authoring influential technical books.
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🏆 Industrial Impact Award – For successful application of research in energy systems.
Publication Top Notes
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Transient Thermal Analysis for Optimal Armor Material in Upgraded Mockup for PST Using MOOSE Framework
🧑🔬 Authors: H.U. Rahman, M.M. Ilyas, S.U.D. Khan, M.A. Abdullah, A. Hussain
📰 Journal: Kerntechnik
📅 Year: 2024
🔍 Focus: Simulation-based optimization of armor materials for fusion applications using MOOSE Framework.
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Photocatalytic Membranes as Water Decontamination Agents
🧑🔬 Authors: S. Zafar, A. Sultan Rana, S.U.D. Khan, M. Nazeer, M.F. Nazar
📅 Year: 2024
🔍 Focus: Application of advanced photocatalytic membranes for environmental cleanup and water treatment.
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Thermal Hydraulic and Material Analysis of Upgraded Flat-Type Graphite Divertor Mock-up for Pakistan Spherical Tokamak (PST)
🧑🔬 Authors: S.U.D. Khan, A. Alam, M.A. Abdullah, S. Zahid, R. Khan
📰 Journal: Fusion Engineering and Design
📅 Year: 2024
🔍 Focus: Performance evaluation of divertor components under thermal stress in a tokamak environment.
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Optimization of ECR Assisted Pre-Ionization in GLAST-III via Multiphysics Simulation
🧑🔬 Authors: S. Shakir, R. Khan, A. Ali, S. Zahid, M.S. Kamran
📰 Journal: Kerntechnik
📅 Year: 2024
🔍 Focus: Enhancing efficiency of plasma initiation through microwave simulation in GLAST-III.
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Slip and Chemical Reaction Effects on the Peristaltic Rheology of a Viscoplastic Liquid in Different Wave Frames: Application of a High-Permeability Medium
🧑🔬 Authors: K. Javid, S. Khan, S.U.D. Khan, A. Afzal
📰 Journal: European Physical Journal Plus
📅 Year: 2024
🔍 Focus: Study of complex fluid behavior under different motion frames for industrial and biomedical applications.
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Cost-Effective Microwave Assisted ECR Heating Using Combination of Quasi-Locked Low-Power Magnetrons on GLAST-III
🧑🔬 Authors: S.U.D. Khan, M.F. Tahir, Z. Ur-Rehman, A. Alam, S. Zahid
📰 Journal: IEEE Transactions on Plasma Science
📅 Year: 2024
🔍 Focus: Low-cost, efficient electron cyclotron resonance heating solutions for fusion plasma devices.
Conclusion
Dr. Khan exemplifies the spirit of the Best Researcher Award through his visionary leadership, prolific output, cross-border collaborations, and direct impact on both scientific progress and industrial application. His sustained commitment to advancing plasma science, nuclear fusion technologies, and energy system innovation makes him an ideal and deserving recipient of this prestigious recognition.