In high-energy-density physics, including inertial fusion energy using high-power lasers,
doping tracer atoms and deuteration of target materials play an important role in diagnosis …

We conducted fast heating of a core plasma produced by counter-illumination of two beam
bundles of implosion lasers for two incident directions of the heating laser. For the axial …

The nuclear reactions in a plasma system with particle distributions deviated from the
Maxwellian are proved to have some unique characteristics, in particular, in their reaction …

A counter-propagating laser-beam platform using a spherical plasma mirror was developed
for the kilojoule-class petawatt LFEX laser. The temporal and spatial overlaps of the …

Fast heating efficiency when a pre-imploded core is directly heated with an ultraintense
laser (heating laser) was investigated.'Direct heating'means that a heating laser hits a pre …

The nuclear reactions in a plasma system with energy distribution deviated from Maxwellian
are proved to have some unique characteristics including those in their product energy …

Featured Application Numerical modelling of yields and distributions of nuclear fusion
products in magnetically confined plasma. Abstract Velocity distributions of fuel nuclei enter …

A fast ignition [1–3] is performed by auxiliary heating to the imploded core. Several fast
ignition schemes have been studied for decades, such as the electron-driven fast ignition by …

Fast ignition [1–3] is one of the inertial fusions, performed by additional heating of an
imploded core. The realization of conventional inertial fusion requires compression of 1000 …

Polystyrene deuteride shell targets with two holes were imploded by the Gekko XII laser and
additionally heated by the LFEX laser in a direct fast ignition experiment. In general, when …