High Energy Density Physics with Intense Heavy Ion and Laser Beams related to Inertial Fusion

Dieter H.H. Hoffmann Radiation- and Nuclear Physics Technical University Darmstadt Currently guest at: MEPhI, Moscow HEDgeHOB Collaboration and D. Varentsov, S.Udrea, C.V. Meister,Y. Zhao, P. Lang, M. Endres, C. Maurer, S. Bedacht, K. Peter, Y. Shutko, J. Ren

NIPP Moscow December 2014

Ion Beam Facilities for HEDP (Past) GSI, Darmstadt ИТЭФ, Москва HIFS-VNL, Berkeley IMP, Lanzhou

Rare Isotope Science Project

M. Chung

Korea

3

Nazarbayev University at Astana, Kazakhstan is building a facility for HIF/HEDP research

The NURA Facility for HIF and HEDP Research

Control Room Target Fab and Experiment Prep Clean Room Accelerator Hall

NDCX-2 is 14.5m 3MeV Li + Diagnostic Laser

Target Area Clean Room

The new NURA

Drive Laser Compressor

beam line is ~ 12 m

From Drive Laser

long

Uniform ion beam heating to create WDM (~ 1 eV temperature) ~mm spot-size ~µm thickness ~30 nC Li at 3 MeV (NDCX-2) ~1 ns high intensity, short pulse ion beam

Ion Beam Facilities for HEDP (Future)

FAIR, Darmstadt HIAF, China (Lanzhou)

E 0 N E total S f τ E s E ρ

Beam Parameters

SIS-18

0.4 GeV/u 4 × 10 9 0.06 kJ

FAIR(Ph-I)

1 GeV/u 4 × 10 11 15 kJ

HIAF (V1)

1.1 GeV/u 1 × 10 12 40 kJ ~1 mm 130 ns ~1 mm 50 ns 1mm 0.5 mm 130ns 33 ns ~1 kJ/g 2 × 10 10 J/m 3 120 kJ/g 300 kJ/g 1.2MJ/g 2.4

× 10 12 J/m 3 6 × 10 12 J/m 3 J/m 3 2.4

× 10 13

FAIR Construction Site

Lars Bozyk, Peter Spiller: Poster on Wednesday

Copper target with Au coating C. Maurer, L. Bozyk, P. Spiller

Yulia Shutko, S. Udrea, P. Forck

Intense Beam Diagnostics Said El Moussati, S. Udrea

N. Tahir

P. Lang, M. Endres, D. Varentsov, S. Udrea

See also Frank Merrill on Tuesday

M. Endres, Y. Hitzel, S. Udrea

Moscow 2002 HEDgeHOB Inauguration

The HEDgeHOB collaboration:

Studies on high energy density matter with intense heavy ion and laser beams at FAIR

(officially inaugurated: June 2005)

>200 Scientists 44 Institutes 15 Countries http://hedgehob.physik.tu-darmstadt.de

Special thanks for support to: V.E. Fortov (RAS), V. Mintsev (IPCP), A.A. Golubev (ITEP ) 29