Abstract This study investigates minor disruptions in the Keda Torus eXperiment (KTX) and presents a deep learning-based approach for disruption prediction. Plasma disruptions in magnetic confinement devices are critical to operational safety, making their prediction essential. Machine learning methods provide a foundation for predicting disruptions and informing mitigation strategies. Although the stabilizing shell in reverse-field pinch devices typically suppresses disruptions, minor disruptio
Prediction of minor disruptions in Keda Torus eXperiment
Yuan Zhang·Wandong Liu·Yanqi Wu·Yolbarsop Adil·Zixi Liu·Wenzhe Mao·Wentan Yan·hong li·Chu Zhou·Adi Liu·Ge Zhuang·Tao Lan·Jinlin Xie·Xianhao Rao
