diatomic molecule (whether homonuclear or heteronuclear) always changes

Therein appear speed c of light in vacuo, R that would represent the instantaneous internuclear separation of a

diatomic molecule, equilibrium internuclear distance [R.sub.e] and energy h c [D.sub.e] at the dissociation limit relative to the energy for R = [R.sub.e].

In the Born-Oppenheimer approximation, the vibration-rotation motion of a

diatomic molecule is described by the wave function [[PSI].sub.vJ] and the energy [E.sub.vJ] that are, respectively, the eigenfunction and the eigenvalue of the radial Schrodinger equation [18]

CO has been classified with other biologically active

diatomic molecules, such as nitrogen oxide (NO) and hydrogen sulphide (H2S), as a gasotransmitter [1].

Moist air is a mixture of air (itself composed primarily of

diatomic molecules, notably [N.sub.2] and [O.sub.2]) and water vapor ([H.sub.2]O).

The basic model of our study considers a

diatomic molecule immersed in an atomic solvent as a quantum rotor (small system S) coupled with the translational degrees of freedom of both the diatomic and the solvent (the bath B) by means of the anisotropic potential [6]

In conclusions, we have investigated the classical limit in the photo-detachment of homo-nuclear diatomic negative ion using two-center-model calculations and by simply equating probability densities from two coherent sources to the probability density from the

diatomic molecule negative ion.

M.,

Diatomic molecule according to wave mechanics, Vibrational levels, Phys.

Chen, "Approximate analytical solution of continuous states for the l-wave Schrodinger equation with a

diatomic molecule potential," Central European Journal of Physics, vol.

Following the pioneering work of Burrau [20] and Wilson [22,22], Teller recognised that the amplitude functions from the solution of Schroedinger's equation in ellipsoidal coordinates to treat interatomic interactions in a

diatomic molecule were applicable also to the hydrogen atom itself [23].

Weidemuller's group created molecules made of an atom of lithium and one of cesium, similar to Ye's

diatomic molecule of potassium and rubidium.

Two colliding atoms can absorb a photon and be photo-associated into an excited,

diatomic molecule. NIST researchers investigated the fundamental rate at which this process can take place in a Bose-Einstein condensate (BEC) and demonstrated that simple classical saturation arguments do not work when applied to this situation.