Length and Velocity Formulas in Approximate Oscillator-Strength Calculations

Atomic structure, radiative lifetime and oscillator strength calculations in doubly ionized molybdenum (Mo III)

Radiative lifetimes, transition probabilities and oscillator strengths in doubly ionized molybdenum (Mo III) are reported for the first time in the present paper. This new set of atomic data has been obtained by using a semi-empirical computational technique based on the pseudorelativistic Hartree–Fock approach in which a large amount of intravalence and core–valence electron correlations were ...

CALCULATIONS OF OSCILLATOR STRENGTHS AND LIFETIMES OF CuI, AgI AND AuI USING COULOMB APPROXIMATION

Oscillator strengths and lifetimes of all energy levels of CuI, Agl and AuI were calculated using the Coulomb approximation (for The first time), and then compared with available data

Precision Oscillator Strength and Lifetime Measurements

17.

Using functions, formulas and calculations in Web Intelligence

Integration Formulas and Exact Calculations in the Calogero-Sutherland Model

Some integration formulas which either occur or are implicit in Ha’s recent exact calculation of some correlations in the Calogero-Sutherland model are discussed. These integration formulas include the calculation of the inner product < 0|ρ(0)|κ > between the density operator acting on an excited state and the ground state, and a generalization of the Selberg integral due to Dotsenko and Fateev.