… degenerate ground state F( P&) is formulated in terms of the diatomic HF'( II) and HF'( Z)
molecular states that characterize the collision complex and asymptotically dissociate to H'+ F( P)…

A number of unexpected features of small molecules subjected to intense laser fields, with
wavelengths ranging from infrared to ultraviolet, have been observed or predicted in the past …

We present nonperturbative, time-independent calculations of the photodissociation rate of
H 2+ in intense laser fields. The energy distribution of the protons consists in a sequence of …

… Carefully imposing proper scattering boundary conditions on F(E, ∞), we obtain the unitary
… Often it is convenient to couple the angular momenta f a , f b , and l together to form the total …

… Henceforth we will refer to f@~shi«) as our set of resonance states and view the resonance …
so the magnitude of the q factor does vary as F increases. Note that in the limit of very large …

The development of excimer laser systems marked a significant turning point in the development
of coherent sources. The progress of the last few years has been largely predicated …

… m of f s i along the magnetic-field direction is conserved. In the absence of a magnetic field
f is … as well, such that the three atomic states a , b , and c are degenerate and correlate to f …

… the two coupled equations for the radial functions F+ and Ft. This approximation will become
… of the nuclear coordinate R, and we can expand the radial functions Fs and F+ in this basis, …

We calculate the dissociation of H 2+ in intense short pulsed laser fields for a variety of
wavelengths and a wide range of initial vibrational states (v= 0–14). While the low-v levels …

We present quantum scattering calculations for the collisional relaxation rate coefficient of
spin-polarized 87 Rb (f= 2, m= 2) atoms, which determines the loss rate of cold Rb atoms from …