Search Results

open access

Bubbles and their implications for laser-fusion

Description: Bubbles are concentrations of electromagnetic energy in the region of the critical density that force out the plasma to form a void. Since the critical density surface is cratered, absorption may be greater than a smooth surface since a larger area will be available for absorption and the reflected light will have a large probability of restriking the critical density. The distance between bubbles is several wavelengths and consequently they may encourage Rayleigh--Taylor instabilities. The thr… more
Date: October 28, 1975
Creator: Estabrook, K. G. & Valeo, E. J.
Partner: UNT Libraries Government Documents Department
open access

Frozen ammonia micropellet generator for Baseball II-T

Description: A ''startup'' plasma at the center of the Baseball II-T magnet was studied. This startup plasma will be used as a target for high energy neutral beams to achieve the required build-up. The target plasma will be created by irradiating a solid pellet with a laser beam. Although a deuterium pellet would be superior because of purity, the development of an ammonia pellet was undertaken because it requires a simpler technology. The ammonia target plasma is physically acceptable for the initial exper… more
Date: October 28, 1975
Creator: Denhoy, B.S.
Partner: UNT Libraries Government Documents Department
open access

Preliminary conceptual engineering design considerations for the MX machine

Description: The mirror experiment was designed to develop the technologies necessary to make the transition from the presently small-scale physics experiments (2XIIB and BBII) to large-scale steady-state DT burning systems, such as the Fusion Engineering Research Facility (FERF) and Controlled Thermonuclear Reactors (CTR) based on plasma confinement in open magnetic geometry. The confinement parameters in the design of the present machine include a 20-kG central field with a mirror ratio of 2 to 1 and an o… more
Date: October 28, 1975
Creator: Bulmer, R. H.; Calderon, M. U.; Hibbs, S. M. & Kozman, T. A.
Partner: UNT Libraries Government Documents Department
Back to Top of Screen