Ion-implantation is a sophisticated and advanced technique in material science to modify the
material's surface properties without changing their bulk properties by producing …

This paper reports the effects of ion irradiation on the structural, linear, and nonlinear optical
properties of thermally evaporated Bi5In30Se65 thin films. The prepared films were …

Swift heavy ion (SHI) beam irradiation can generate desirable defects in materials by
transferring sufficient energy to the lattice that favours huge possibilities in tailoring of …

Chalcogenide glasses represent one of the major categories of amorphous semiconductors
because of their physical properties such as the switching and memory effects [1-4] and are …

Gas sensing response studies of the Ni 7+ ion irradiated (100 MeV) and non-irradiated SnO
2 thin film sensor prepared under same conditions have been performed towards SO 2 gas …

Tetraphenylporphyrin (TPP) thermally evaporated films were irradiated by different doses
(0.5–2.5 kGy) of X-ray with energy 6MeV. The optical properties for TPP were investigated …

The physical properties of thin films can be modified by swift heavy ion (SHI) beam
irradiation of the target material. Spray-deposited tungsten trioxide (WO 3) thin films of …

Incorporation of impurities into the semiconductors by high energy heavy ions is a non-
equilibrium process, which can result in intriguing near surface or subsurface property …

Among the rapidly progressing interdisciplinary areas of physics, chemistry, material science
etc. ion induced modifications of materials is one such evolving field. It has been realized in …

The effects of high electronic energy deposition on the structure, surface topography, optical
property and photoelectrochemical behavior of barium titanate thin (BaTiO3) films have …