Recent advancements in fusion energy research have highlighted the crucial role of divertor geometry in enhancing plasma performance and achieving detachment in tokamaks. The Experimental Advanced Superconducting Tokamak (EAST) in China has been at t
Revolutionary Divertor Design Enhances Plasma Stability in Fusion Research Read More »
Recent research published in the journal ‘Nuclear Fusion’ sheds light on the behavior of edge coherent modes (ECMs) in plasma, a critical component for advancing fusion energy technology. This study, led by Z.Q. Zhou from the University of Science an
Research Unlocks New Insights into Plasma Stability for Fusion Reactors Read More »
Recent advancements in fusion energy research have highlighted the critical role of impurity management in achieving efficient and sustainable plasma confinement. A groundbreaking study led by Guoliang Xu from the Institute of Plasma Physics at the H
Groundbreaking Study Reveals How Neon Injection Optimizes Fusion Reactor Performance Read More »
In a significant leap for fusion research, scientists at the Max-Planck-Institut für Plasmaphysik have provided the first experimental confirmation of the unique geometry effects of the island scrape-off layer (SOL) in the Wendelstein 7-X (W7-X) stel
Max-Planck Institute Confirms Unique Radiation Effects in Fusion Research Read More »
In a groundbreaking study published in ‘Journal of Engineering Science’, researchers have made significant strides in developing a new neutron multiplier that could revolutionize the future of fusion energy. The research, led by Ping-ping Liu from th
Breakthrough Beryllium-Tungsten Alloy Promises to Transform Fusion Energy Read More »
Recent advancements in friction welding technology highlight a significant leap in manufacturing processes, particularly for the energy sector. Researchers at Tsinghua University, led by Han Zhang from the Department of Mechanical Engineering, have p
Tsinghua University Advances Friction Welding for Energy Sector Innovations Read More »
The quest for safer and more efficient nuclear energy continues to evolve, with new research illuminating the intricate dance of atomic defects under irradiation. A recent study led by Fa-rong Wan from the School of Materials Science and Engineering
New Research Unveils Atomic Defect Dynamics to Enhance Nuclear Reactor Safety Read More »
In a significant advancement for fusion energy research, scientists at the EAST Tokamak have unveiled promising results regarding the I-mode plasma confinement through real-time lithium injection. This innovative approach could reshape the future of
EAST Tokamak Breakthrough with Lithium Injection Boosts Fusion Energy Potential Read More »
Researchers at the Southwestern Institute of Physics and Nankai University have made a significant breakthrough in plasma physics that could revolutionize the way we manage magnetic equilibrium in fusion reactors. Their innovative neural network mode
Revolutionary Neural Network Model Transforms Fusion Reactor Efficiency Read More »
In a groundbreaking development for nuclear fusion research, scientists have successfully modeled an X-point radiating (XPR) regime using neon (Ne) seed impurity in the ITER project, marking a significant advancement in our understanding of plasma be
Breakthrough Fusion Research Models New Plasma Behavior for ITER Project Read More »
