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Showing 1 to 3 of 3 for “"Hyperthermal surface ionisation"”.

  1. The application of the Kelvin probe in materials science.

    … on the study of metal and semiconductor surfaces in both ambient and UHV environments. The concept of the work function φ and its importance as a parameter in materials science is discussed in the context of novel technological applications. The various methods to determine the work …

    rgu Repository record for The application of the Kelvin probe in materials science. (opens in a new tab)

  2. Application of scanning micro-tip and UHV Kelvin probes in surface and material characterisation.

    … utilising the scanning Kelvin probe (SKP) for surface potential mapping and monitoring changes in work function due to environmental influences in ambient and UHV conditions. The SKP is a truly non-contact technique which determines local work function changes and surface states on conductors, …

    rgu Repository record for Application of scanning micro-tip and UHV Kelvin probes in surface and material characterisation. (opens in a new tab)

  3. Study of semiconductor and metal surfaces using a novel scanning Kelvin probe.

    … vibrating reference electrode (the tip) and the surface under investigation. It utilises a non-contact, non-destructive measurement mode allowing work function measurements at temperatures in the range from (300 - 1100) K. The work function is a multi-parameter variable highly sensitive to …

    rgu Repository record for Study of semiconductor and metal surfaces using a novel scanning Kelvin probe. (opens in a new tab)