We report on a Raman spectroscopy study of float-zone crystalline silicon after exposure to a
hydrogen plasma. New lines measured at 3601 and 2622 cm− 1 are attributed to vibrational …

Hydrogen molecules exist in the form of two distinct isomers that can be interconverted by
physical catalysis. These ortho and para forms have different thermodynamical properties …

Infrared spectra of hydrogenated lightly doped Czochralski silicon show absorption due to
(a) modes of O i− H 2 centers (binding energy 0.26 eV), and (b) a mode labeled ν 3 HH at …

Formation kinetics of oxygen–hydrogen O–H complexes which give rise to an infrared
absorption line at 1075.1 cm 1 have been studied in Czochralski-grown silicon crystals in …

It is known that self-assembled molecular monolayer doping technique has the advantages
of forming ultra-shallow junctions and introducing minimal defects in semiconductors. In this …

We investigated the diffusion behavior of hydrogen in a silicon wafer made by a carbon-
cluster ion-implantation technique after heat treatment and silicon epitaxial growth. A …

Monatomic hydrogen is a very aggressive chemical specie, readily attacking Si-Si bonds,
creating an unusual bond centred defect. It reacts especially with strained bonds in …

The phenomenon of blistering, seen in atomic layer-deposited aluminum oxide layers
caused by thermal treatment, represents a serious problem in the field of device fabrication …

The trapping and diffusion behaviour of hydrogen in projection range of carbon‐cluster was
investigated by using a technology computer aided design (TCAD) simulation for high …

The hydrogen molecule H 2 (or “hidden” hydrogen) in ZnO is studied by Raman scattering
spectroscopy. It is shown that H 2 is practically a free rotator stable up to 700∘ C, which is …