Keyword search on ‘DIC’
| Equipment Name | Description & Use | Department | Contact |
|---|---|---|---|
| Confocal laser scanning fluorescence microscope (inverted microscope) | This microscope performs optical sectioning of fluorescently stained cells or tissues. Can image up to 4 fluorescence channels (blue, green, red-orange, far red). Can perform live cell imaging of fluorescently stained cells. | Biological Sciences | oskalli@memphis.edu |
| Resonant scan head for the confocal laser scanning fluorescence microscope | This microscope enables fast scanning with the confocal laser fluorescence microscope. Useful for live cell imaging. | Biological Sciences | oskalli@memphis.edu |
| Bright field, DIC, polarization, reflective, fluorescence and deconvolution microscope (upright microscope). Three channels (blue, green, red/orange) available for fluorescence. | Performs various modalities of light microscopy including bright field, bright field EDS, polarization, DIC, reflective and fluorescence. Enable deconvolution for fluorescence imaging. | Biological Sciences | oskalli@memphis.edu |
| Biodex system 4 Pro Orthop | Used in the UTHSC gait lab | Biomedical Engineering | jlwllm17@memphis.edu |
| SYSHEWLJ45AVCTO3-HNP | Computers used for research and course instruction in the Reverse Engineering Computer Lab | Biomedical Engineering | jlwllm17@memphis.edu |
| Color camera, 5MP, 2.7M US | Used with stereomicroscope brought from InMotion | Biomedical Engineering | jlwllm17@memphis.edu |
| QUOTE R-1711358.1,MAGPIXTM | Fluorescent detection system suitable for medium-throughput multiplex immunoassays | Biomedical Engineering | glbowlin@memphis.edu |
| ZORD-MBP 15.4/CTO | PowerLab, a device for data acquisition | Biomedical Engineering | jjnnings@memphis.edu |
| ZORD-MBP 15.4/CTO | PowerLab, a device for data acquisition | Biomedical Engineering | jjnnings@memphis.edu |
| Scanning Electrochemical Microscope Potentiostat | Surface imaging Electrochemical measurements | Biomedical Engineering | elindner@memphis.edu |
| ARAMIS 3D Digital Correlation (DIC) System | ARAMIS 3D Digital Image Correlation (DIC) and 3D Point Tracking (photogrammetry) system is another powerful system located at this laboratory. This system is the most capable non-contact and material-independent strain and displacement measurement system on the market for the mechanical testing applications, providing an optical replacement for strain gage, extensometers, and most other contact deformation measurement systems. The system performs high-precision measurements with a 3D measurement resolution in the sub-micrometer range, regardless of the specimen’s geometry and temperature. | Mechanical Engineering | afatemi@memphis.edu |
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