60 likes | 65 Views
Association-HAS is a highly integrated association of 6 institutions focused on fusion physics research and fusion technology development. With a team of about 38 professionals, the association specializes in various areas including diagnostic development, mechanical design, analysis, electronics, Li-beam installation, fast measurements of pellet-plasma interaction, and more. Their key objectives include the study of plasma turbulence, ELMs, pellet-plasma interaction, fast particle-wave interaction, and provision of auxiliary systems for the fusion reactor. Their expertise also extends to CAD design, FEM analysis, irradiation tests, and detector and optical design.
E N D
Strategicobjectives of Association-HASuntil 2020 Gabor Veres Deputy HRU, Head of Management
Association’sprofilein a nutshell 0.About 38 FTE professionals 1. An Association of 6 institutions 2. Highlevel of integrationwithinthe European fusionprogramme 3. 50-50 percent of physicists and engineers -Equal interest infusionphysicsresearch and fusiontechnologydevelopment -Physics part dominated by diagnostic development and measurements -Engineering part dominated by mechanical design, analysis and electronics 4. (High quality, reasonably priced labour)
Our expertise (I - physics) Li-beam installation and upgrade/development (JET, TEXTOR, AUG, COMPASS) Fast measurements of pellet-plasma interaction and ELM dynamics (JET, AUG) Li-BES edge turbulence measurements on various devices (JET, TEXTOR, AUG, COMPASS) BES core turbulence measurements (MAST, KSTAR) Fast, inteligent video camera development (W7-X, AUG, COMPASS)
Our expertise(II - engineering) ITER bolometer tomography (LOS design and optimization, thermo-mechanical analysis) TBM design Ancillary system, engineering analysis, HELOKA design Retractable tube design and BES measurement on ITER CXRS ITER VIS/IR diagnostics design (cooling system of mirrors and the „box”)
Our expertise(III - DEMO) Blanket and divertor system studies Materials: ODS steeldevelopment Irradiations (3 irradiationrigsin Budapest ReserachReactor) ClosecollaborationwithGen IV programme
Key objectives • Experimental study of plasma turbulence and transient phenomena • GAMs and turbulence • ELMs and theirmitigation • Pellet-plasmainteraction • Fastparticle-waveinteraction • Provision of auxiliary systems for the fusion reactor (diagnostics, blanket, etc.) • CAD design • FEManalysis (mechanical, thermo-mechanical, thermo-hydaulic, neutronic) • Irradiationtests (neutron and gamma) • Detector and optical design