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  • Owen P. Mills
  • Electron Optics Engineer
  • Materials Science & Engineering
  • Michigan Technological University
  • Room 512, M&M Building
  • Houghton, MI 49931
  • PH 906.369.1875
  • FAX 906.487.2934
  • opmills@mtu.edu

Electron Microscopy

Sample Polishing

Sample Polishing

Hummer Sputtering System

Hummer Sputtering System

Denton Vacuum

Denton Vacuum

Electron Optics Facility Capabilities

  • Automated qualitative and quantitative X-ray elemental microanalysis, boron to uranium utitlizing the EMPA and SEM.
  • Electron beam lithography via SEM.
  • Digital image collection from secondary and backscattered electron sources as well as X-ray maps, digital image and feature analysis and digital image output.
  • Preparation of inorganic materials for TEM examination.
  • Electron diffraction techniques including selected area and convergent beam methodologies.
  • X-ray elemental analysis, boron to uranium, of thinned specimens in TEM.
  • Complete metallographic sample preparation laboratory.
  • Complete darkroom facilities.
  • Gaton DuoMill ion beam milling instrument.
  • Gatan dimple grinder.
  • Allied High Tech Multi-Prep specimen preparation system.
  • Struers Tenupol electro-jet milling system.
  • Three vacuum carbon/metal evaporation units.
  • Two sputter coating sources.
  • Leica UCT ultramicrotome.
  • Four IBM compatible Pentium CPU's , three Mac G4 CPU's.
  • 1200 dpi high resolution laser printer.
  • Two, 2400 dpi digital image transparency scanner.

SUPPORT

Use caution working with the Hummer sputter coater. Air dust the target area before coating.

Sample Preparation Rates

Last updated October 15, 2007