As of today, the surface roughness of the nanofluidic channels have been calculated. Here are some of the 3d images generated using tools supplied by Asylum Research:
Wednesday, October 24, 2012
GE4000 Research in Microsystems and Nanotechnology
To complete my minor in Microsystems and Nanotechnology at UW-Platteville, I will be doing a research project. This will involve 135 hours of time in the lab using the cleanroom here to do independent studies. This project will be able to demonstrate the impact of surface treatment
of micro-nanofluidic channel wall on slip flow and electrokinectic
flow. Surface topography measurements and surface roughness
measurements using AFM inside nanofluidic channels will be taken and
electrolyte solutions with different pH and concentration will be
created.
As of today, the surface roughness of the nanofluidic channels have been calculated. Here are some of the 3d images generated using tools supplied by Asylum Research:
As of today, the surface roughness of the nanofluidic channels have been calculated. Here are some of the 3d images generated using tools supplied by Asylum Research:
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