P.01 |
Takashi Asahina
|
Simulation study of magnetic field effect on nonlocal heat transport
in laser ablation plasma
|
P.02 |
Andreas Bierwage
|
Magnetic topology change during large-amplitude Alfvenic oscillations
driven by energetic beam ions in a tokamak plasma
|
P.03 |
Nima Bolouki
|
Collective Thomson scattering measurements at 100 TW laser facility of
NCU to study reflected particles of upstream shocks
|
P.04 |
Clotilde Busschaert
|
Radiation magnetohydrodynamics: prospects for laboratory astrophysics
given existing scaling laws
|
P.05 |
Andrea Ciardi
|
Energetic particle dynamics in colliding laser-produced plasma
|
P.06 |
Federica Coppari
|
Reference-free EOS measurements from laser-accelerated flyer-plate
impact
|
P.07 |
Shunsuke Egashira
|
Magnetic reconnection driven by high-energy laser beams
|
P.08 |
Emeric Falize
|
Recent laboratory astrophysics studies of accreting
magnetized white dwarfs: From VLT observations to Megajoule laser
experiments
|
P.09 |
Yuji Fukuda
|
Multi-MeV proton beams accelerated by Coulomb explosion
of micron-size hydrogen clusters
|
P.10 |
Catalina Garcia
|
Simulating super-Alfvenic plasma flows interacting
with magnetised obstacles
|
P.11 |
Dominique Gilles
|
HULLAC-v9 and SCO-RCG atomic spectral LTE opacity data
for astrophysical and laser applications: results and discussion
|
P.12 |
Daniil Golovin
|
Development of laser driven kilo-Tesla
magnetic field generator in micron scale
|
P.13 |
Sofyan Habibi
|
Induced Compton scattering in a laser produced plasma
|
P.14 |
Masayasu Hata
|
Kinetic behavior of electron magnetohydrodynamic structures
|
P.15 |
Yoshiaki Hayashi
|
Numerical simulations of laser wakefield in inhomogeneous plasmas
|
P.16 |
Naoki Higashi
|
Heating a solid isochorically over keV temperature high energy density
state by a multi-picosecond intense laser light
|
P.17 |
Peng Hu
|
Enhancement of laser ablation with an external 9T pulsed
magnetic field
|
P.18 |
Haibo Huang
|
Pushing the limits in solar opacity target fabrication and metrology
|
P.19 |
Shogo Isayama
|
Laser-driven ion acceleration with ultra-thin graphene target
|
P.20 |
Natsumi Iwata
|
Formation of power law electron energy distribution by relativistic
picosecond laser irradiation
|
P.21 |
Chun-Sung Jao
|
Bell’s instability in the laboratory: preparatory investigation
|
P.22 |
Kento Katagiri
|
Phase transitions from graphite to lonsdaleite and diamond
|
P.23 |
Daiki Kawahito
|
Self-organizing high energy density plasma via magnetic reconnection
in the laser-irradiated rod target
|
P.24 |
Michel Koenig
|
Scaling properties of astrophysical blast waves and experimental
simulations with nanosecond powerful lasers
|
P.25 |
James Koga
|
Using relativistic mirrors for photon-photon scattering
|
P.26 |
Rajesh Kumar
|
Numerical investigation of collisionless shock ion acceleration in
different materials using EPOCH Particle-in-Cell simulations
|
P.27 |
Yasuhiro Kuramitsu
|
Competition of magnetic reconnections driven by self-generated
magnetic fields and an external magnetic field
|
P.28 |
Andy Liao
|
A turbulent dynamo experiment on the OMEGA EP
|
P.29 |
Chang Liu
|
Design of Zeeman spectroscopy experiment with magnetized silicon
plasma generated in the laboratory
|
P.30 |
Yao-Li Liu
|
Nonthermal relativistic electron acceleration due to laser-induced
incoherent wakefields with external static magnetic fields
|
P.31 |
Paul Mabey
|
Magnetised jets & reverse shock dynamics
|
P.32 |
Shuichi Matsukiyo
|
Acceleration of halo electrons at a high beta low Mach number
quasi-perpendicular shock
|
P.33 |
Chihiro Matsuoka
|
Nonlinear interfacial motion in magnetohydrodynamic flows
|
P.34 |
Thibault Michel
|
Recent investigations on radiative shocks interacting with an obstacle
|
P.35 |
Alessio Morace
|
Tailoring beam performance with interfering intense laser beamlets
|
P.36 |
Shintaro Morioka
|
Equation-of-state measurements for magnesium hydride up to 320 GPa
shock pressure
|
P.37 |
Toseo Moritaka
|
Small-scale magnetospheric structure formation due to laser-produced
plasma jet
|
P.38 |
Kenichi Nagaoka
|
Laboratory experiments on fluid convections in a rotating plane cell
and a rotating spherical shell with radial gravity
|
P.39 |
Toyohito Nishikawa
|
Experimental study on transport properties of molten iron alloy
|
P.40 |
Masato Ota
|
Collisionless electrostatic shock acceleration of
proton using high intensity laser LFEX
|
P.41 |
Fumiko Otsuka
|
PIC simulation of quasi-parallel terrestrial bow shock
|
P.42 |
Norimasa Ozaki
|
Infrared velocimetry observation of shock-compressed silicon up to 550
GPa
|
P.43 |
Alexander Pirozhkov
|
BISER: A new tool for laboratory astrophysics
|
P.44 |
Daniel Russell
|
The effect of advected magnetic fields in jet propagation experiments
|
P.45 |
Chang-Mo Ryu
|
Biermann battery effects on the magnetic field amplification by
KH (Kelvin-Helmholtz) and RT (Rayleigh-Taylor) instabilities
|
P.46 |
Oceane Saincir
|
Propagation of shocks through cepheid envelopes
|
P.47 |
Takashi Shiroto
|
On a quadratic conservative Vlasov-Maxwell scheme toward large-scale
kinetic simulations
|
P.48 |
Lee Suttle
|
The interaction of a magnetized plasma wind with strongly magnetized
bodies in HEDP experiments
|
P.49 |
Naeem Tahir
|
Planetary physics research program at facility for antiprotons and ion
research at Darmstadt
|
P.50 |
Keiichi Takasugi
|
Characteristics of hot spot radiation in the divergent gas-puff Z
pinch
|
P.51 |
Taichi Takezaki
|
Study on particle acceleration mechanism due to interaction between
one-dimensional fast plasma flow and perpendicular magnetic
field
|
P.52 |
Shuta Tanaka
|
Toward experimental observations of induced Compton
scattering
|
P.53 |
Sara Tomita
|
Particle-in-Cell simulation of the Weibel mediated
shocks propagating into the inhomogeneous media
|
P.54 |
Yuhei Umeda
|
In-situ observations for the formations of chemical bonds under laser
shock compression: Implications for chemical evolution of biomolecules
by meteorite impacts
|
P.55 |
Ryo Yamazaki
|
Thomson scattering measurements of the transition layer of
collisionless shocks
|
P.56 |
Masahiro Yano
|
Interaction between multi-PW class laser pulses and underdense plasmas
|