Abstract
The paper describes the course of pressure changes in an uhv system in which a local-induced desorption (LID) occurs. Three processes are considered: the re-establishment of equilibrium between the surface concentration of particles and pressure, the re-establishment of equilibrium between the surface concentrations on a small part and the rest of the inside surface and the influence of pumping. It is shown that these three processes are easily resolvable in time. The general shape of the pressure pulse during LID is calculated.
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