Play
Close
GoldSphere.jpg

Au Particle Formed on Au/BaTiO3 film

Scanning electron microscope image, recorded in the Hitachi S3200N SEM, of a small gold particle formed after heat treatment of a series of thin films of LaSrTiO3/BaTiO3 grown on top of a SrTiO3 substrate via pulse-laser deposition.

Caption Arrow

Au Particle Formed on Au/BaTiO3 film

Scanning electron microscope image, recorded in the Hitachi S3200N SEM, of a small gold particle formed after heat treatment of a series of thin films of LaSrTiO3/BaTiO3 grown on top of a SrTiO3 substrate via pulse-laser deposition.

JEOL 3011 High Resolution Electron Microscope

Location: Room G024, Building 22 of The North Campus Research Complex
Phone: +1-(734) 764-5625
Contact: John Mansfield or Kai Sun
Instructions: JEOL 3011 PDF Handbook
Webcam: JEOL 3011 Webcam
Acknowledgments: Publications resulting from work on this instrument should acknowledge the support of NSF grant #DMR-0315633

High Resolution Electron Microscopy: High Resolution Electron Microscopy is phase contrast microscopy of the atomic structure of materials. Specimen stages in these instruments are typically in the high-stability, top-entry configuration. An image intensified TV system allows the observation of the structure images on a TV screen prior to the recording of micrographs. Dynamic experiments are usually recorded onto video tape. A computer controlled image acquisition and analysis package is invaluable for the capture and storage of images of both on-line and off-line analysis and comparison with images calculated with multislice algorithims.

Applications

Accelerating Voltage

High Voltage Stability

Vacuum

Imaging Specifications

Specimen Stage

TV & Digital Image Aquisition System

X-ray Energy Dispersive Spectrometry System

Manuals

The following are manuals for the AMT Imaging Software V5.4.

JEOL 3011 HREM Patricia Savage, a UROP student from the Department of Materials Science & Engineering operating the JEOL 3011. Light painting by Aaron Kiley.