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Goddard
Space Flight Center
1992 Phase II
Intensified CCD Imager for Detection of Ultraviolet and Particles
Sensor
Sciences, LLC (formerly Siegmund Scientific)
Pleasant Hill, CA
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INNOVATION
Developed a dual mode, high
performance, analog/photon counting intensified CCD for solar physics,
astrophysics, & medical imaging. |
Flange Assembly for Pulsed Laser Deposition
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ACCOMPLISHMENTS
- Established the practical feasibility
of high spatial resolution intensified CCD detector systems for
UV, and particle detection that can be implemented in small and
large area formats, operating in analog mode, photon counting mode,
or both modes of operation.
- Imaging, high resolution (<5µm),
photon counting and analog mode detector with sensitivity to ultraviolet,
X-rays, and visible light, formats to 40mm, with low noise and long
lifetime.
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COMMERCIALIZATION
- Potential commercial market
in the fields of high resolution real time biomedical imaging, UV
fluorescence imaging, protein crystallography, confocal microscopy,
gel electrophoresis, and UV/X-ray Microscopy.
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GOVERNMENT/SCIENCE
APPLICATIONS
- Potential commercial market
in the fields of high resolution real time biomedical imaging, UV
fluorescence imaging, protein crystallography, confocal microscopy,
gel electrophoresis, and UV/X-ray Microscopy.
- Proposed for use in SMEX instruments,
and sounding rockets.
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| For more
information about this firm, please send e-mail to company
representative
Return
to NASA SBIR Success Listings |
Instrumentations
, Sensors
Curator: SBIR
Support 5/24/04 |
