A simple and fairly accurate nuclear track technique has been described to measure the
range and energy-loss rate of any heavy ion in any elemental or complex media. The …

To understand nature has been the ultimate goal of the mankind in all the ages, various
groups of scientist are working throughout the world to explore the hidden mysteries of the …

Studies on physical and biological effects produced by the penetration of charged particles
through matter invariably require large range of information. As experimental data are …

The energy loss of 132Xe-ions in C, Al, Ni, Ag, Lu, Au, Pb and Th foils was measured in the
energy range from 0.1 to 5MeV/u using the TOF-E method. The results are compared with …

A versatile nuclear track technique has been employed to measure energy loss and mean
ranges of 18.04 MeV/u 93 Nb ions in nickel and tantalum. A polyallyldiglycol carbonate (CR …

Studies of particle tracks in solids have wide ranging applications in many diverse fields of
science and technology. Most of these studies require a precise knowledge of heavy ion …

In recent years, solid state nuclear track detectors (SSNTD) have been used increasingly in
variety of field ranging from archeology and geophysics to fission physics and space …

The science of solid state nuclear track detectors (SSNTDs)—“Trackology”—developed by
RL Fleischer, PB Price and RM Walker in the early 1960s of the last century is an interesting …

The range and energy-loss of 16.34 MeV/u 238U in Kapton-polyamide plastic have been
measured by the nuclear track technique. The experimental ranges are compared with two …

CR-39 track detectors have been used to measure mean ranges and energy-loss of 17.7
MeV amu-1 86 Kr in aluminium, and 16.34 MeV amu-1 238 U in Hostaphan. The nuclear …