We present a systematic study for numerical atomic basis orbitals ranging from H to Kr,
which could be used in large scale O (N) electronic structure calculations based on density …

We review the current status of liquid noble gas radiation detectors with energy threshold in
the keV range, which are of interest for direct dark matter searches, measurement of …

Б связи со многими вопросами, возникающими при решении ряда задач пауки и
техники, большое значение приобрели сведения о вероятностях оптических переходов …

Ab initio configuration‐interaction calculations on ground‐state Ne2, the excited Σ u, g+ 1, 3
and 1, 3Π u, g states of Ne2 formed from Ne (3 s; 1, 3 P) and Ne (1 S), and the Σ u, g+ 2 and …

The low-lying states of Ari, Kri, and Xei have been investigated using the POL CI method.
Spin-orbit coupling has been included with a simple atoms-in-molecule approach. The …

The unique properties of charged particle excited high density rare gases are reviewed in
terms of the basic collisional and radiative processes upon which they depend. Both low and …

The equilibrium structure and energy of Xe+ n clusters (n≤ 9, n= 13 and 19) have been
calculated using a model (of excitonic type) hamiltonian extracted from the potential curves …

A systematic study of the electronic structure and chemical binding in the dimer ion
sequence, Ne2+, Ar2+, Kr+ 2, and Xe2+, has been carried out using density functional …

Microhollow cathode discharges (MHCDs) operated in rare gases are sources of intense
excimer emission. Of particular interest is argon, because of its relatively low cost and the …

Context. Ultracool stellar atmospheres and hot exoplanets show absorption by alkali
resonance lines severely broadened by collisions with neutral perturbers. In the coolest and …