The detection of the ionic products of low-rate fusion reactions, and in particular of the 11B
(p, α) 2α, is one of the recognized main problems in experiments where these reactions are …

The exploitation of visible radiophotoluminescence in lithium fluoride (LiF) crystals, due to
local aggregate point defects produced by ionizing radiation in the crystal lattice, is …

The development of high intensity petawatt lasers has created new possibilities for ion
acceleration and nuclear fusion using solid targets. In such laser-matter interaction, multiple …

Perspectives on research on laser driven proton- boron fusion and applications Page 1 Journal
of Instrumentation PAPER • OPEN ACCESS Perspectives on research on laser driven …

Solid-state nuclear track detectors (CR-39 type) are frequently used for the detection of ions
accelerated by laser-plasma interaction because they are sensitive to each single particle …

Nuclear reactions initiated by laser-accelerated particle beams are a promising new
approach to many applications, from medical radioisotopes to aneutronic energy production …

Charged particle diagnosis is an important aspect of laser–plasma experiments conducted
at super-intense laser facilities. In recent years, Columbia Resin# 39 (CR-39) detectors have …

We present the results of experiments on the aneutronic fusion of proton-boron (pB) in a
single miniature device with electrodynamic (oscillatory) plasma confinement. The device is …

The majority of studies on laser-driven proton–boron nuclear reaction is based on the
measurement of α-particles with solid-state nuclear tracks detector (Cr39). However, Cr39's …

Driving the nuclear fusion reaction p+ 11B-> 3 alpha+ 8.7 MeV in laboratory conditions, by
interaction between high-power laser pulses and matter, has become a popular field of …