Fundamental processes under the action of intense laser and ion beams¶
10:00
Intense heavy ion and laser heating in resolution of uranium critical point location problem¶30m
Sprecher:
I.L. Iosilevskiy(JIHT RAS)
Slides
10:30
Laser targets plus plasma diagnostics in the era of validation experiment¶30m
Sprecher:
N. G. Borisenko(LPI RAS)
Slides
11:00
Parameter margins of hohlraum targets for ion-plasma interaction experiments¶30m
Sprecher:
E. Baldina(IAS Dubna University)
Slides
11:30
Plasma formation at the foam layer irradiation by soft x-ray radiation¶30m
Sprecher:
G. A. Vergunova(LPI RAS)
Slides
12:00
→
13:30
Fundamental processes under the action of intense laser and ion beams¶
12:00
Quantum dynamics in strong laser fields: acceleration, ionization and pair creation processes¶30m
Sprecher:
Z. Harman(JIHT RAS)
Slides
12:30
Relativistic laser beam propagation, critical density increase and generation of hot dense matter Plasma formation at the foam layer irradiation by soft x-ray radiation¶30m
Sprecher:
S. M. Weng(TU Darmstadt)
Slides
13:00
Electron-phonon interaction in metals under nonequilibrium excitations of the electron subsystem¶30m
Sprecher:
O.V. Sergeev(JIHT RAS)
14:30
→
16:30
Current activities in the intense laser and ion beams interaction with matter¶
14:30
Numerical studies of ultra-short laser interactions: application for nanotechnology¶30m
Sprecher:
T. E. Itina(JIHT RAS)
Slides
15:00
On the enhancement of characteristic x-ray emission from a target covered with spherical clusters irradiated by a femtosecond laser pulse Presentation¶20m
Sprecher:
O. F. Kostenko(JIHT RAS)
Slides
15:20
Simulation of absorption of femtosecond laser pulses in copper¶30m
Sprecher:
A. A. Shadrin(RFNC-VNIITF, Snezhinsk)
Slides
15:50
PIC simulations of laser irradiated mass limited targets¶30m
Sprecher:
A. Karmakar(JSC, Jülich)
16:30
→
17:30
Current activities in the intense laser and ion beams interaction with matter¶
16:30
Development of electron-temperature-dependent interatomic potential for atomistic simulation of laser ablation of gold¶20m
Fundamental short time-scale relativistic physics: Collective phenomena. Particle acceleration and production in femtosecond laser-matter interaction¶20m