Chiranjib Sur

Relativistic multireference Fock-space coupled-cluster calculation of the forbidden 6 s 2 S 0 1 → 6 s 5 d D 1 3 magnetic-dipole transition in ytterbium

We report the forbidden

Enhanced role of electron correlation in the hyperfine interactions in 2D5/2 states in alkaline-earth-metal ions

6s^{2} ^{1}S_{0}longrightarrow6s5d ^{3}D_{1}

A comprehensive set of UV and x-ray radiative transition rates for Fe XVI

magnetic-dipole transition amplitude computed using multi-reference Fock-space coupled-cluster theory. Our computed transition matrix element (

Electric quadrupole moment of the 5 d D 3 ∕ 2 2 state in Yb + 171 : A relativistic coupled-cluster analysis

1.34times10^{-4}mu_{B}

Relativistic unitary coupled-cluster study of the electric quadrupole moment and magnetic dipole hyperfine constants of {sup 199}Hg{sup +}

) is in excellent agreement with the experimental value (

Branching ratios of radiative transitions in O VI

1.33times10^{-4}

Oscillator strengths and radiative transition rates for Kα lines in gold X-ray spectra: 1s-2p transitions

mu_{B}

THE IRON PROJECT AND THE RMAX PROJECT: Radiative and CollisionalProcesses of Iron Ions - Fe~I, Fe~II, Fe~XVI, Fe~XVII

). This value in combination with other known quantities will be helpful to determine the parity non-conserving amplitude for the

Electric quadrupole moment of the 5d/sup2/ D/sub3∕2/ state in /sup171/Yb/sup+/: A relativistic coupled-cluster analysis

6s^{2} ^{1}S_{0}longrightarrow6s5d ^{3}D_{1}