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Year:2001
Company: Xinetics, Inc. Agency/Program/Year/Phase: NASA / SBIR / 2001 / 1
Abstract: NASA¿s Origin Program strategic plans call for direct imaging optical telescopes to evolve from 8 to 30 to 100 meter apertures by 2025. Indirect measurements using long baseline interferometers require Angstrom level precision for long durations. High data rate communications for spatial… more
Company: Xinetics, Inc. Agency/Program/Year/Phase: NASA / SBIR / 2001 / 1
Abstract: The cryogenic and ambient telescopes proposed by NASA have one thing in common; imaging extra-solar planets demand large deformable mirrors (>10,000 channels) to achieve the high-resolution imaging. The system does not need high-speed and large strokes but will require a large channel count in the… more
Company: Xinetics, Inc. Agency/Program/Year/Phase: NASA / SBIR / 2001 / 1
Abstract: We propose the Integrated Large-Aperture Zonal Meniscus as an evolutionary advance that will form the basis for our revolutionary Photonex Telescope vision. It features a continuous meniscus mirror with integrated zonal actuation intended for space-based, large mirror applications where weight,… more
Company: Xinetics, Inc. Agency/Program/Year/Phase: DOD / SBIR / 2001 / 1
Abstract: Conventional adaptive optics systems employed to compensate wavefront errors introduced by atmospheric index of refraction variations are limited to correcting relatively small turbulence errors due to the physical limitations of the corrective devicesavailable. A high density deformable mirror… more
Company: XL SCI-TECH, INC. Agency/Program/Year/Phase: HHS / SBIR / 2001 / 1
Abstract: DESCRIPTION (Provided by Applicant): The feasibility of continuous and
economical microfabrication of timed-bioresorbable glass microspheres
containing yttrium-90 (Y-90) at therapeutic concentrations has been
successfully demonstrated using Y-89… more
Company: XL SCI-TECH, INC. Agency/Program/Year/Phase: HHS / SBIR / 2001 / 2
Abstract: DESCRIPTION (Provided by Applicant): The feasibility of continuous and
economical microfabrication of timed-bioresorbable glass microspheres
containing yttrium-90 (Y-90) at therapeutic concentrations has been
successfully demonstrated using Y-89… more
Company: XL SCI-TECH, INC. Agency/Program/Year/Phase: HHS / SBIR / 2001 / 1
Abstract: Radioisotopes used for prostate cancer treatment are predominately photon/gamma-emitters (I-125, Pd-103, Ir-192). Both temporary and permanent gamma-emitting radioseeds have gained acceptance for interstitial implantation in the prostate. Due to greater tissue penetration, however, gamma radiation… more
Company: X-RAY IMAGING INNOVATIONS Agency/Program/Year/Phase: HHS / SBIR / 2001 / 1
Abstract: DESCRIPTION (Verbatim from the Applicant's Abstract): Bedside radiography is
one of the few fields of radiology in which there is no commercially viable
means of controlling scattered radiation. This is due to the difficulty in
aligning the focal spot with an anti-scatter… more
Company: X-RAY OPTICAL SYSTEMS, INC. Agency/Program/Year/Phase: NSF / SBIR / 2001 / 1
Abstract: This Small Business Innovation Research (SBIR) Phase II project will meet the demand from the microelectronics industry for an improved micro x-ray fluorescence instrument for thin film measurements. A new technique, monochromatic micro x-ray fluorescence (MMXRF) analysis using doubly curved crystal… more
Company: X-RAY OPTICAL SYSTEMS, INC. Agency/Program/Year/Phase: NSF / SBIR / 2001 / 2
Abstract: This Small Business Innovation Research (SBIR) Phase II project will meet the demand from the microelectronics industry for an improved micro x-ray fluorescence instrument for thin film measurements. A new technique, monochromatic micro x-ray fluorescence (MMXRF) analysis using doubly curved crystal… more
Company: X-RAY OPTICAL SYSTEMS, INC. Agency/Program/Year/Phase: NSF / SBIR / 2001 / 1
Abstract: This Small Business Innovation Research (SBIR) Phase I project will address improved wafer contamination analysis in the microelectronics industry. Phase I will examine a new technique called focused beam total reflection x-ray fluorescence (TXRF). Based on point-focusing toroidal crystal optics,… more
Company: X-RAY OPTICAL SYSTEMS, INC. Agency/Program/Year/Phase: DOE / SBIR / 2001 / 1
Abstract: 60740 Conventional X-ray Fluorescence (XRF) analysis, used in DOE environmental management operations, is usually performed off-site and cannot provide sufficient detection sensitivity for certain types of materials. In-situ applications are difficult because such systems are bulky,… more
Company: X-RAY OPTICAL SYSTEMS, INC. Agency/Program/Year/Phase: DOE / SBIR / 2001 / 2
Abstract: 60740 Conventional X-ray Fluorescence (XRF) analysis, used in DOE environmental management operations, is usually performed off-site and cannot provide sufficient detection sensitivity for certain types of materials. In-situ applications are difficult because such systems are bulky,… more
Company: X-RAY OPTICAL SYSTEMS, INC. Agency/Program/Year/Phase: DOC / SBIR / 2001 / 2
Abstract: This SBIR Phase II project will significantly improve the quality of elemental analysis in SEMS under partial pressure conditions by using a polycapillary x-ray optic in front of the energy dispersive spectrometer (EDS) in low-vacuum scanning electron microscopes (LV-SEM) or environmental SEMs… more
Company: X-RAY OPTICAL SYSTEMS, INC. Agency/Program/Year/Phase: DOC / SBIR / 2001 / 1
Abstract: This SBIR Phase II project will significantly improve the quality of elemental analysis in SEMS under partial pressure conditions by using a polycapillary x-ray optic in front of the energy dispersive spectrometer (EDS) in low-vacuum scanning electron microscopes (LV-SEM) or environmental SEMs… more
Company: Xtrana, Inc. Agency/Program/Year/Phase: USDA / SBIR / 2001 / 1
Abstract: Xtrana, Incorporated over the past five years has been developing a strategy for the capture of nucleic acid of microbial pathogens onto a proprietary Xtra Bind matrix, amplifying specific target sequences using isothermal amplification chemistries, followed by immediate visual detection by lateral… more
Company: Xtrana, Inc. Agency/Program/Year/Phase: HHS / SBIR / 2001 / 1
Abstract: DESCRIPTION (provided by applicant): Nanotechnology can potentially transform
molecular diagnostics from its current state of manual procedures or expensive
equipment to routine, low cost assays for a broad range of microbial and
cellular panels. As an initial step,… more
Company: Xtrana, Inc. Agency/Program/Year/Phase: USDA / SBIR / 2001 / 1
Abstract: Xtrana, Inc., over the past five years has been developing a strategy for the capture of the nucleic acid of microbial pathogens onto a proprietary Xtra Bind matrix, amplifying specific target sequences using isothermal amplification chemistries, followed by immediate visual detection by lateral… more
Company: Xtrana, Inc. Agency/Program/Year/Phase: USDA / SBIR / 2001 / 2
Abstract: Xtrana, Inc., over the past five years has been developing a strategy for the capture of the nucleic acid of microbial pathogens onto a proprietary Xtra Bind matrix, amplifying specific target sequences using isothermal amplification chemistries, followed by immediate visual detection by lateral… more
Company: Xybion Corp. Agency/Program/Year/Phase: DOD / SBIR / 2001 / 1
Abstract: This project will be devoted to the development of an illuminator technology suitable for use in underwater imaging applications. While there are a number of extant technologies, we will focus on new technologies that may provide higher efficiency, lowercost, and reduced size and weight. A variety… more
Company: Y2 Ultra-Filter, Inc. Agency/Program/Year/Phase: NASA / SBIR / 2001 / 2
Abstract: The Y2 Ultra-Filter Technology proposed for this SBIR will provide NASA with a more efficient and cost effective Air Revitalization System (SBIR subtopic 08.03) for manned space vehicles. This newly tested technology can capture particles down to 0.01 micron with an efficiency of >99.999% and has… more
Company: Y2 Ultra-Filter, Inc. Agency/Program/Year/Phase: NASA / SBIR / 2001 / 1
Abstract: The Y2 Ultra-Filter Technology proposed for this SBIR will provide NASA with a more efficient and cost effective Air Revitalization System (SBIR subtopic 08.03) for manned space vehicles. This newly tested technology can capture particles down to 0.01 micron with an efficiency of >99.999% and has… more
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