The modeling of atmospheric gas, interacting with the space vehicles in re-entry conditions
in planetary exploration missions, requires a large set of scattering data for all those …

Negative hydrogen/deuterium ions can be formed by processes occurring in the plasma
volume and on surfaces facing the plasma. The principal mechanisms leading to the …

Plasmonic metal nanostructures can concentrate incident optical fields in nanometer-sized
volumes, called hot spots. This leads to enhanced optical responses of molecules in such a …

The demand for electron-impact cross sections has increased tremendously in recent years.
There is, however, a special interest in such cross sections for hydrogen molecules and its …

The cross sections are reported for the collisional excitation of the ground state of hydrogen,
H2 X 1∑+ g (v ″= 0), leading to vibrational excitation of all fourteen v ″levels. These cross …

An optimized tandem two-chamber negative-ion source system is discussed. In the first
chamber high-energy (E> 20 eV) electron collisions provide for H2 vibrational excitation …

Using a local-width resonant model, the cross sections for dissociative attachment of low-
energy electrons to a rovibrationally excited H 2 molecule in its ground electronic state are …

An improved nonlocal resonance model proposed by Čížek, Horáček, and Domcke [J. Phys.
B 31, 2571 (1998)] is used for the calculation of cross sections of electron dissociative …

It has been established that hydrogen negative ions H-are present in sizeable fractions in
low-pressure hydrogen plasmas. 1, 2, 3 After consideration of various possible processes, it …

Optimisation of volume-produced H-ions is studied by using a set of particle balance
equations in a steady-state hydrogen plasma with a single-chamber system. The …