David A. Ehst

TL;DR: The ARIES-RS tokamak is a conceptual, D-T-burning 1000 MWe power plant as mentioned in this paper, which employs a reversed-shear plasma and employs a moderate aspect ratio (A40).

TL;DR: In this paper, a functional form for the efficiency of current drive in toroidal geometry with waves at frequencies below the electron cyclotron frequency is presented, by fitting constants in order to duplicate numerical results.

TL;DR: In this paper, the reversed shear plasma configuration is examined as the basis for a tokamak fusion power plant and a divertor solution is found which employs neon impurity injection to enhance the radiation in the scrape-off layer (SOL) and divertor and results in a combined particle and heat load in the divertor of 5 6M W m 2.

TL;DR: Widespread use of this isotope for clinical studies and preliminary treatments has been limited by unreliable supplies, cost, and difficulty in obtaining therapeutic quantities.

TL;DR: The ARIES-I project as discussed by the authors is a multi-institutional effort to develop several visions of tokamak reactors with enhanced economic, safety, and environmental features, including a high performance, low activation, SiC composite blanket cooled by He, and an advanced Rankine power cycle.