BF and DF pair of Gamma/Gamma'
Transmission electron microscope bright field (left) and dark field (right) image pair of a thin film of a gamma/gamma' nickel based superalloy.
Image by EMAL Staff
Transmission electron microscope bright field (left) and dark field (right) image pair of a thin film of a gamma/gamma' nickel based superalloy.
Image by EMAL Staff
Scanning electron microscope image a cluster of nanotubes of cadmium telluride.
Image by John Mansfield
Two grains of silicon nitride, one at an <0001> axis and the other at a nearby two beam condition. Interface is amorphous.
Image by Pan Group
A scanning transmission electron micrograph recorded in a Dualbeam FIB of semi-coherent copper aluminum precipitates in an aluminum alloy.
Image by FEI
An XEDS map of a semiconductor chip, green is the silicon K alpha line, yellow is the gols M alpha line and red the carbon K line.
Image by John Mansfield
Silicon <111> convergent beam electron diffraction pattern, bright field disc showing 3m symmetry.
Pattern by John Mansfield
Transmission electron microscope bright field (left) and dark field (right) image pair of a thin film of a gamma/gamma' nickel based superalloy.
Image by EMAL Staff
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Research Associate (North Campus) Address: E-mail: haipings@umich.edu |
Contact me for:
TEM, STEM, SEM, FIB.
Equipment training and problems in EMAL.
Schedule
My normal schedule is 8:30 AM to 12:00 and 1:00 PM to 5:30 PM Monday through Friday.
How to get training
E-mail me or call me to set up a training session for any of the instruments listed above. You should include in your email some information on your sample and what it is you are trying to discover. You shoudl also tell me if you have any prior experience in the technique that you believe is applicable. Training usually takes a couple of hours for the SEM. The TEMs are more specialized and can take much longer. For example, to become familiar with the TEM, we recommend you take the Electron Microscopy course, MSE-562, offered in the winter term by the Materials Science and Engineering Department. This course includes a large lab component in addition to theory on the operation of the microscope.