Growth curve analysis for plasma profiles using smoothing splines. Final report, January 1993--January 1995 | Zendy

K. Imre | Zendy

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Growth curve analysis for plasma profiles using smoothing splines. Final report, January 1993--January 1995

Author(s) -

K. Imre

Publication year - 1995

Publication title -

osti oai (u.s. department of energy office of scientific and technical information)

Language(s) - English

Resource type - Reports

DOI - 10.2172/93771

Subject(s) - bar (unit) , plasma , mode (computer interface) , jet (fluid) , smoothing , ohmic contact , atomic physics , physics , materials science , analytical chemistry (journal) , mechanics , mathematics , chemistry , nuclear physics , statistics , meteorology , operating system , chromatography , computer science , electrode , quantum mechanics

In this project, we parameterize the shape and magnitude of the temperature and density profiles on JET and the temperature profiles on TFTR. The key control variables for the profiles were tabulated and the response functions were estimated. A sophisticated statistical analysis code was developed to fit the plasma profiles. Our analysis indicate that the JET density shape depends primarily on {bar n}/B{sub t} for Ohmic heating, {bar n} for L-mode and I{sub p} for H-mode. The temperature profiles for JET are mainly determined by q{sub 95} for the case of Ohmic heating, and by B{sub t} and P/{bar n} for the L-mode. For the H-mode the shape depends on the type of auxiliary heating, Z{sub eff}, N{bar n}, q{sub 95}, and P

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