Micro – Nano Systems Engineering and Robotics Laboratory

Micro – Nano Systems Engineering and Robotics Laboratory

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A7_C5–Another plot providing insight of showing the depth of a cavity

A6_9u–A zoomed out image of a microchip showing fibers as well as cavities of the whole array

A5_2nd–Another 3-D scan showing some cavities

A3_C4–This is a 2-D graph showing how to find the depth of a cavity

A2_3rd–This image is a 3-D scan showing in great detail cavities found

A1_1st–This 2-D scan from the AFM shows 2 cavities and the scale to determine the depth

SEM images of nanocomposites

3D image of VACNF after temperature treatment

3D image of individual VACNF

Automated Temperature Testing of Cooked Meat Products–Simulation of the Industrial Process

Automated Temperature Testing of Cooked Meat Products–Screen from HMI Developed for Laboratory Experiments

Automated Temperature Testing of Cooked Meat Products–Laboratory Experiment Setup

Schematic of nanoindentation–indent a thin biological sample by a conic probe

Schematic of CNT-ISFET–1. drain, 2. source, 3. Si substrate, 4. SWCNT, 5. MWCNT, 6. insulator, 7. metal, 8. reference electrode, 9. solution, 10. electroactive membrane, and 11. encapsulate

Schematic of AFM-based nanoscratching–(1) piezo scanner for XYZ movement, (2) cantilever, (3) diamond tip, (4) silicon, (5) nanochannel, (6) laser, and (7) four-quadrant PSD

Schematic of AFM-based nanoscratching–(1) piezo scanner for XYZ movement, (2) cantilever, (3) diamond tip, (4) silicon, (5) nanochannel, (6) laser, and (7) four-quadrant PSD

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Dr. Uche Wejinya
Phone: +1 479-575-4800
Fax: +1 479-575-6982
E-mail: uwejinya@uark.edu
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