Влияние постоянного и переменного магнитных полей на процесс выделения водорода из циркония и титана

Abstract

This study investigates the effects of constant and alternating magnetic fields (0.946-3.784 mT) on hydrogen desorption in zirconium alloys and pure titanium. Constant fields significantly reduce desorption temperatures and activation energy in zirconium, while alternating fields minimally effects on desorption temperatures, but it reducing the value of the energy barrier in titanium. The obtained research results demonstrate the advantages of magnetic fields in the study of control of hydrogen desorption, aiding in mitigating hydrogen embrittlement and optimizing hydrogen storage in metal hydride systems