One of the most important challenges in modern physics is to identify the best approach to
clean and efficient fusion power generation. Advanced aneutronic fuels such as 3He–3He, p …

An effect of nuclear elastic scattering (NES) on the energy transfer to plasma ions and
electrons during (a) neutral beam injection (NBI) and (b) α-particle heating operations is …

As fusion-generated alpha-particles of RF-heated minority ions in a fusion plasma collide
with impurity ions, the latter can be accelerated to energies of several MeV, a fact which may …

Advanced fuels for nuclear fusion–of which deuterium and 3He mixture is the leading
candidate–could reduce tritium inventory, neutron fluence, structural damage, and activation …

Close collisions of fusion alpha-particles with thermal plasma ions (both of impurities and of
main component) give rise to formation of high energy" halo" in the ion velocity space …

An energy transfer phenomenon between energetic ions, which cannot be explained only
considering the Coulomb scattering process, was observed on a large helical device (LHD) …

A first attempt to observe a nuclear-elastic-scattering (NES) effect caused by energetic
protons on deuteron slowing-down behaviour was made on the Large Helical Device …

Abstract Effects of nuclear elastic scattering (NES) on the slowing down of charged fusion
products in a typical deuterium plasma and the burn dynamics of ignited Cat-D and DD-3 He …

The D-3He ignition and burn criteria for tokamaks and spherical torus reactors are examined
in a global analysis with profile corrections. Particle confinement and ash buildup effects are …

The enhancement of the fusion reaction rate coefficient induced by energetic protons, which
is one of the typical nuclear elastic scattering (NES) effects, was observed in the large …