Comprehensive simulation of vertical plasma instability events and their serious damage to ITER plasma facing components
Author:
Publisher
IOP Publishing
Subject
Condensed Matter Physics,Nuclear and High Energy Physics
Reference24 articles.
1. Prediction of material erosion and lifetime during major plasma instabilities in tokamak devices
2. Disruption Damage to Plasma-Facing Components from Various Plasma Instabilities
3. RACLETTE: a model for evaluating the thermal response of plasma facing components to slow high power plasma transients. Part I: Theory and description of model capabilities
4. Materials effects and design implications of disruptions and off-normal events in ITER
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1. Preliminary assessment of vertical instability with blanket in CFETR;Fusion Engineering and Design;2019-11
2. Comprehensive 3-D simulation and performance of ITER plasma facing and nearby components during transient events—Serious design issues;Physics of Plasmas;2018-06
3. Thermal Hydraulic Modeling and Analysis of Fusion Reactors Plasma Facing Components Using Alumina Nanofluids;Journal of Thermal Science and Engineering Applications;2017-03-21
4. Thermal–Mechanical Responses of the First Wall in CFETR Under Transient Events;Journal of Fusion Energy;2017-01-23
5. Predicting hydrogen isotope inventory in plasma-facing components during normal and abnormal operations in fusion devices;Journal of Nuclear Materials;2015-10
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