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In view of recent successful evaporative cooling experiments reaching temperatures in the nK range, we discuss ground-state two-body inelastic and three-body decay rates of dilute cold atomic gas samples at ultralow temperatures. We present theoretical low-temperature two-body decay rates in alkali-atom systems using recently obtained information on two-body potentials. The rates show an oscillating structure as a function of temperature and magnetic field which can be understood in terms of the interference of initial and final radial waves.
Physical Review A – American Physical Society (APS)
Published: Jan 1, 1996
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