Description sheet:



Physicist in charge:    Dr. Michael Alexander
Format modified by:	Dr. Joerg Stober
		        Max Planck Institut fuer Plasmaphysik
		        Boltzmannstr.2
		        D-85748 Garching
			E-mail: jks@ipp-garching.mpg.de
			Phone: +49 89 3299 1748	
Date of format change:  01.oct.1997

Type of discharge:      Comparison with DIII-D, H- Mode

used diagnostics:       Te:   Thomson scattering and ECE
		        Ti:   Resonant charge exchange and passive charge exchange diagn.
		        ne:   Deconvolution of Interferometric signals and Li beam diagnostic
		        rad:  Bolometry
			Zeff: Bremsstrahlung

used tool for analysis: ASTRA Code with NBI package included

equilibrium:            Prescribed boundary in ASTRA Parametrisation

		          R = RMAJOR+RMINOR*(cos(theta)-DELTAR*sin(theta)**2)

		          Z = KAPPAR*RMINOR*sin(theta)
  
		        inner flux surfaces calculated by equilibrium solver of ASTRA	

add. information:      - The discrepancy between magnetic and kinetic energies is about
			 17% to 19%. Fast ions are included in the kinetic data.

	               - Compared to ITER92H #6905 has a degraded global confinement 
			 (about 20 to 25%)

		       - since the rho-values for the locations of the Te/Ti measurements 
                         change with time, the level-0 experimental values
			 do not fit into the requested 2Dim-U-file format and had to
			 to be omitted when reformatting the data (J. Stober, 01.oct.1997).
			 Only the fitted resp. interpolated values are given.