Analysis of high-field side plasma instabilities in tokamak edge

Analysis of high-field side plasma instabilities in tokamak edge

Blog Article

Balanced double-null configurations are of general interest for boundary plasma physics, and they have been proposed for some future designs.Experimental observations demonstrate absence of plasma fluctuations in tokamak high-field side scrape-off layer in a balanced double-null configuration (Smick et al., 2013), and it is commonly assumed chondroprotec for dogs that plasma instabilities are suppressed on high-field side in the edge plasma due to the stabilizing effect of magnetic curvature.At the same time, the experimental evidence points to extremely steep plasma density profiles on high-field side, which should provide a strong instability drive.

In the present study, the drift-resistive-ballooning mode instability model is investigated analytically and numerically to determine the characteristics of taters over haters plasma instabilities, turbulence, and transport in tokamak scrape-off layer on high-field side.