In this paper, we demonstrate that the sputtering of solids by ions of low (< 30 keV) and even
ultralow energies (< 2 keV) is accompanied by nonlinear effects. These nonlinear effects are …

A technical approach is proposed for the synthesis of thin porous PGe layers with Ag
nanoparticles based on low-energy high-dose implantation of single-crystal c-Ge metal ions …

Germanium crystals were implanted with low-energy and high-dose silicon ions. The
implantation led to amorphization of a near-surface layer due to the formation of many …

We address the fabrication of nano-architectures by impacting thin layers of amorphous Ge
deposited on SiO 2 with a Ga+ ion beam and investigate the structural and optical properties …

The formation of nanoscale voids in amorphous-germanium (a-Ge), and their size and
shape evolution under ultra-fast thermal spikes within an ion track of swift heavy ion, is …

In the industry for the development of rechargeable Li-ion battery electrodes, thin
nanoporous Ge (PGe) layers as a promising material were increasingly considered. Various …

Germanium exhibits a remarkable effect when subjected to high energy heavy ions
irradiation. A synergic effect of high electronic energy loss (S e= 16.4 keV nm− 1) and …

The synthesis of porous PGe layers with Ag nanoparticles is considered when implanted
with Ag+ ions of single-crystal c-Ge with an energy of 30 keV at a dose of 1.5× 10 17 ion/cm …

Рассматривается синтез слоев пористого PGe с наночастицами Ag при имплантации
ионами Ag+ монокристаллического c-Ge с энергией 30 кэВ при дозе 1.5· 1017 ион/см2 и …

A novel approach is proposed and tested for the synthesis of thin porous PGe layers with Ag
nanoparticles based on low-energy high-dose ion implantation of single-crystal c-Ge. To …