Development of TASK3D-a, and its linkage to Stellarator-Heliotron Database (ISH-DB)
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1 CWGM14, Warsaw, June 2015 Development of TASK3D-a, and its linkage to Stellarator-Heliotron Database (ISH-DB) M.Yokoyama (NIFS) τ E exp /f ren LHD W7-AS TJ-II Heliotron J ATF/Hel.E/CHS W7-A ISS04v3 τ E Confinement database (CDB) τ E :energy confinement time Profile database (PDB) more physics-oriented Integrated transport analysis suite, TASK3D-a, for LHD plasmas, as an unified data supplier 1
2 A.Kus CWGM13 SH CDB, basis for τ E scalings Year Ndata Ns(*1) Nds(*1) Devices New refererence LHD W7-AS scaling TJ-II 1990? 28 4 Heliotron Heliotron DR, J Heliotron E, L2, W7-A [NF (1990)] ATF/Hel.E/CHS 1992 Implementing Agreement 10-1 for Cooperation W7-A in Development of the Stellarator Concept (signed ) ATF, CHS, Heliotron E, W7-A, W7-AS ISS ATF, CHS, Heliotron E, Heliotron J, HSX(*2), LHD, TJ-II, W7-A, W7-AS... τ E exp /f ren ATF, CHS, Heliotron E, Heliotron J, 10-3 HSX(*2), 10 LHD, -2 TJ-II, W7-A, 10-1 W7-AS, ISS04v3 W7-X simul. τ E [NF (1996)] ISS04 [NF (2005)] --- (*1) Number of observation/devices used in scaling derivation (*2) HSX not used in analyses (scales with dens. ~10^17/m3 and ECH <100 KW too differently) 2
3 Extension after CWGM13 HSX (D.Chuanbao): ishcdb_hsx_2014.xlsx (16 Aug. 2014) 619 entries, ECRH plasmas, Te/Ti ~ Unique configuration (QSH) A.Kus (IPP): JMP scripts to check new confinement datasets F.Warmer (IPP) : appointed as interim officer (IPP) for book-keeping application of JMP to new HSX data A.Kus: retired in Sep handed over relevant JMP scripts to Felix/me in Jan M.Yokoyama: Preparation of LHD data based on TASK3D-a Checked by Felix, ready to register (but not proceeded ) 3
4 PDB: current status Topic Data available from Core Electron Root Confinement (CERC) (IAEA-FEC 2006) High Beta Transport Validation (IAEA-FEC, 2012) High Performance (high nτt) High Ti H-mode Edge Turbulence (M. Ramisch, Stuttgart) Flows Link to Stellarator Turbulence Magnetic Configuration Data HSX, LHD, TJ-II, W7-AS LHD, W7-AS LHD, TJ-II W7-AS LHD CHS, LHD, TJ-II AUG, HSX, MAST, TJ-K, URAGAN, W7-AS, WEGA LHD (90493t2330) (IPP theory departments) LHD, TJ-II, W7-AS 4
5 5 Weblinks to: Fit coefficients, Ufiles (1d, 2d), Configuration data, Example web page for PDB Profiles used for IAEA-FEC 2012 [A.Dinklage et al., NF 53 (2013) ] Discharge waveform Profile data: ne, Te, Ti, Er etc...,
6 Calculation procedure of TASK3D-a(02) LHD Data interface Pressure/Current specified with TSMAP tsmap tswpe Te(reff) ne(reff) PDB 3D equilibrium Heating (NBI) Experimental energy/momentum balance All the Thomson laser VMEC wout (VMEC) fit3d multiply each portthrough power nb*pwr (1~5) conv_fit3d dytrans6_sd dytrans7_sd dytrans trsnap cxswpi6 cxswpi7 Ti(reff) Boozer newboz.dat fit3d_1mw fit3d_sd Slowing down accounted on energy and momentum module output eg file Confinement database giota ish-cdb εeff data format Heating (ECH) LHDGauss lhdgauss All the Thomson laser echpw Neoclassical diffusion/amb.er gsrake neutral at core plasma aurora CDB 6
7 PDB as unified basis Profiles and relevant 3D equilibrium for LHD discharges that created by TASK3D-a, and registered in PDB have been provided to following codes Plasma flow fotrec-3d penta sfincs EP/AE delta5d Gyrokinetic ITG simulation gkv(-x) Joint international collaboration for Code benchmarking Experimental validation can be smoothly conducted with PDB as unified basis. 7
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