Magnetic Force Microscope - Advantages

Advantages

The popularity of MFM originates from several reasons, which include::

  • The sample does not need to be electrically conductive.
  • Measurement can be performed at ambient temperature, in ultra high vacuum (UHV), in liquid environment, and at different temperatures.
  • Measurement is nondestructive to the crystal lattice or structure.
  • Long-range magnetic interactions are not sensitive to surface contamination.
  • No special surface preparation or coating is required.
  • Deposition of thin non-magnetic layers on the sample does not alter the results.
  • Detectable magnetic field intensity, H, is in the range of 10 A/m
  • Detectable magnetic field, B, is in the range of 0.1 gauss (10 microteslas).
  • Typical measured forces are as low as 10−14 N, with the spatial resolutions as low as 20 nm.
  • MFM can be combined with other scanning methods like STM.

Read more about this topic:  Magnetic Force Microscope

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