Carbon Nanotubes Modified with an Ultrafast Laser
High magnification SEM image of a carbon nanotube mat modified by shots from a femtosecond laser. Accelerating voltage 2kV.
Image by John Mansfield
High magnification SEM image of a carbon nanotube mat modified by shots from a femtosecond laser. Accelerating voltage 2kV.
Image by John Mansfield
Low magnification SEM image of a carbon nanotube mat modified by shots from a femtosecond laser. Accelerating voltage 2kV.
Image by John Mansfield
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.
A precipitate of M23X6 in a 316 stainless steeel sample. Fringes are the dislcations at the interfaces between the matrix and the precipitate.
Image by John Mansfield
InAs islands grown by molecular beam epitaxy on an InP substrate patterned by FIB milling. SE image recorded on FEI Nova Nanolab at 5 kV.
Image by Kevin Grossklaus, Prof. Mirecki-Millunchick's Research Group
Silicon <111> convergent beam electron diffraction pattern, bright field disc showing 3m symmetry.
Pattern by John Mansfield
High magnification SEM image of a carbon nanotube mat modified by shots from a femtosecond laser. Accelerating voltage 2kV.
Image by John Mansfield
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Electronics Engineer (North Campus) Address: E-mail: yqi@umich.edu |
Contact me for:
Nanoindenter training.
General electronics problems in EMAL.
Schedule
My normal schedule 8:30 AM - 12:00 PM on Tuesday, Wednesday and Friday mornings.
How to get training
Use E-mail me or call me to arrange introductions to the EMAL indenter systems (Triboscope and NanoInstruments) or for general electronics problems. My work time is spent split between three buildings, HH Dow, NC EMAL (Space Research Building) and the XMAL facilities in Gerstacker, therefore email is probably the best way to contact me.