Latest Research in Tokamak Plasma Dynamics

Top Research Topics in Tokamak Plasma Dynamics

• Plasma Physics — 59 papers
• Magnetic confinement fusion research — 42 papers
• Laser-Plasma Interactions and Diagnostics — 5 papers
• Gas Dynamics and Kinetic Theory — 3 papers
• Fusion materials and technologies — 3 papers
• Plasma Diagnostics and Applications — 2 papers
• Particle Accelerators and Free-Electron Lasers — 2 papers
• Computational Physics — 2 papers
• Numerical Analysis — 2 papers
• Superconductivity in MgB2 and Alloys — 2 papers

Highest-Cited Papers

1. Fast Breakdowns Observed in the Initial Leaders of Two Energetic Compact Strokes (1 citations)
2. RT-APNN for Solving Gray Radiative Transfer Equations (1 citations)
3. Empirical Validation of the LIFE Framework: Predicting Tokamak Plasma Disruptions via Unified Force Density Equilibrium and Magnetic Divergence
4. Empirical Validation of the LIFE Framework: Predicting Tokamak Plasma Disruptions via Unified Force Density Equilibrium and Magnetic Divergence
5. Empirical Validation of the LIFE Framework: Predicting Tokamak Plasma Disruptions via Unified Force Density Equilibrium and Magnetic Divergence
6. Theorem of Inverse Gravitational Induction by Plasma Magnetic Resonance (T-IGIRMP): Advanced Propulsion Without Refractory Mass - A Theoretical Framework
7. Empirical Validation of the LIFE Framework: Predicting Tokamak Plasma Disruptions via Unified Force Density Equilibrium and Magnetic Divergence
8. Empirical Validation of the LIFE Framework: Predicting Tokamak Plasma Disruptions via Unified Force Density Equilibrium and Magnetic Divergence
9. Automatic Detection of Edge Coherent Modes in EAST Using a Modified YOLO Model
10. Empirical Validation of the LIFE Framework: Predicting Tokamak Plasma Disruptions via Unified Force Density Equilibrium and Magnetic Divergence
11. Empirical Validation of the LIFE Framework: Predicting Tokamak Plasma Disruptions via Unified Force Density Equilibrium and Magnetic Divergence
12. kobra : A New Vlasov Code Intended for Plasma‐Wall Modeling
13. Gradient-Based Construction of Collisionless Steady-State Guiding-Center Distributions in Tokamaks and Stellarators
14. Sensitivity of a low-shear heliotron configuration to localised ferrite-steel perturbations
15. A Reduced-Order Particle-in-Cell Method with Azimuthal Fourier-Decomposed Fields for Nominally Axisymmetric Plasmas
16. The Solid-State “Rotary” Speaker
17. Multi-Scalar Hydrostatic Energy Extraction: Universal Scalability and Inherent Safety Matrix of Very High Cascade Resonance (VHCR) Systems from Micro-ASIC Modules to Macro-Vessel Propulsion Layouts
18. Numerical methods for stellarator simulations in BOUT++
19. Helicon wave propagation, plasma generation and interaction with low-frequency waves in toroidal magnetic configurations
20. MRX: A differentiable 3D MHD equilibrium solver without nested flux surfaces

Sub-Regions

• Plasma Physics — 73 papers
• Magnetic confinement fusion research — 34 papers
• Superconducting Materials and Applications — 15 papers
• Quantum and Classical Electrodynamics — 14 papers
• Gyrotron and Vacuum Electronics Research — 8 papers
• Laser-Plasma Interactions and Diagnostics — 3 papers