We report on electron spin resonance studies of H atoms stabilized in solid H 2 films at
temperature 0.7 K and in a magnetic field of 4.6 T. The H atoms were produced by …

We present an experimental study of quantum diffusion of atomic hydrogen in solid H 2 films
at temperatures below 1 K. The atoms are generated via electron impact dissociation by …

The diffusion and reactivity of hydrogen atoms in solid parahydrogen at temperatures
between 1.5 K and 4.3 K are investigated by high-resolution infrared spectroscopy …

We report on an observation and investigation of a broad central line (BCL) in electron-spin
resonance (ESR) studies of hydrogen and tritium atoms embedded in solid molecular films …

We present the design and performance of an experimental cell constructed for matrix
isolation studies of H and D atoms in solid H 2/D 2 films, which are created by molecular …

In this work, we report on electron spin resonance studies of H atoms stabilized in solid H 2
films at temperature 0.1 and 0.7 K and in a magnetic field of 4.6 T. We produced H atoms by …

We report on a direct measurement of the quantum diffusion of H atoms in solid molecular
hydrogen films at T= 0.7 K. We obtained a rate of pure spatial diffusion of H atoms in the H 2 …

We report on an electron spin resonance study of atomic hydrogen stabilized in solid Ne
matrices carried out at a high field of 4.6 T and temperatures below 1 K. The films of Ne …

We report on the first ESR study of atomic hydrogen and tritium stabilized in solid T2 and T2:
H2 matrices down to 70 mK. The concentrations of T atoms in pure T2 approached 2× 1020 …

We report on magnetic resonance studies of high-density atomic hydrogen and deuterium in
solid hydrogen matrices at temperatures below 1 K. Average concentrations of H atoms≈ 3× …