Abstract:The objective of this program is to develop a rugged, low cost, easy to implement, in-situ ultrasonic sensor system that can be used for manufacturing process and in-service health monitoring of monocoque or hybrid liquid molded composite armor structural parts The proposed ultrasonic sensor… more
Abstract:A novel approach to providing tunable, multi-wavelength output for use in multispectral and hyperspectral imaging systems is described. The system uses a hybrid laser which is composed of a Nd:YAG and a Cr:LiSAF laser rod in the same flash lamp pump cavity. Since the absorption bands for the two… more
Abstract:Xybion proposes a preliminary design for the P-SCOUT - a miniature, multiple-head, surveillance sensor that is based on an existing high-g sensor developed by Xybion. The P-SCOUT will consist of multiple down-looking CCD sensors that cover a horizon to horizon, field-of-view and forward-looking… more
Abstract:The objective of the project is to develop an improved medical wound dressing product using microbially derived cellulose. Given the unique properties of microbial cellulose (extreme hydrophilicity, high strength, excellent shape retention, biodegradable) and Xylos Corporation's ability to produce… more
Abstract:Y.C. Enterprises proposes to develop a new light weight and impact-resistant inorganic-organic transparent composite beamsplitter for helmet-mounted display (HMD) by the sol gel process to optimize human-machine integration, particularly in visual/auditory displays and crew communication. … more
Abstract:There is a continuing need for reliable cloud observations to drive climatic UV-B prediction models. Traditionally, observations such as cloud cover are made by human observers, and thus often suffer from uncertainties due to the subjectivity of the observer. Cloud cover data is especially… more
Advances in Shortwave Measurement Technology: An Isothermal Radiation Detector--Yankee Environmental Systems, Inc., Airport Industrial Park, 101 Industrial Boulevard, Turners Falls, MA 01376-1608; (413) 863-0200
Dr. William O Jeffries, Principal Investigator
Mrs. Cynthia A. Cote, Business… more
Abstract:The energy from the sun is the overall engine that drives our climate. Widespread concern over thedepletion of the stratospheric ozone layer, and the effect that this may have on UV-B irradiance levelsat the surface of the Earth, has highlighted the need for improved technology for precisely… more
Abstract:This proposal is for the design and development of an auxiliary body heating system to be worn by soldiers operating in extremely cold environments. The design is based on circulating a fluid through a garment. Power for the pump is provided by a thermoelectric generator which simultaneously acts… more
Abstract:A self-powered, rapid inflation system for high pressure air beam structures will be developed using staged pressure pulse combustion. The concept builds on existing commercial experience with pulse combustion. This pulse combustion air compressor will involve the use of a lightweight tube in… more
Abstract:Those battery systems that are currently readily available (lead-acid and nickel-cadmium), as well as those that are only now becoming a vailable in limited sizes and capacities (nickel-metal hydride and lithium-ion), can provide ample power for most portable equipment applications but the energy… more
Abstract:Yardney Technical Products proposes to develop low cost, long life, safe and environmentally benign lithium-ion batteries ideal for applications sensitive to operational and disposal costs as well as safety andperformance criteria. Phase I of the proposed project will focus on the selection and… more
Abstract:Yardney Technical Products proposes to develop low cost, long life, safe and environmentally benign lithium-ion batteries ideal for dual use applications. Phase I of the project will focus on the development of improved battery materials. Novel lithium manganese oxide spinel materials will be… more
Development of An Optical Sensor System for Widely Dispersed, Unattended Monitoring of the Air-Sea Exchange of Carbon Dioxide--Yellow Springs Optical Sensor Company, P.L.L., 1725 Brannum Lane, Yellow Springs, OH 45387-1107;
Mr. John R. Woodward, Principal Investigator
Mr. Leon R. Erdman,… more
Abstract:This Small Business Innovation Research Phase I project will advance a novel anaerobic bioprocess forliberating precious metals from metal-sulfide ores. As near-surface, oxidized ore reserves are depleted,gold producers are increasingly faced with the challenge of extracting gold and other metal… more
Abstract:The application covers a program of product and process improvements for a small scale woolenmill located in Woodland, CA. These improvements will be supported in their commercialapplication by a concurrent program of West Coast market research.The research team plans to create a standardized set… more
Abstract:The performance of Zaromb Research Corp.'s proprietary portable high-throughput liquid-absorption air sampler (PHTLAAS] will be upgraded so as to yield a collection efficiency of at least 30% for micron-size microorganisms at a sampling rate of at least 350 1/min of air and a power consumption of… more
Abstract:ZC&H Dynamic Systems, Inc. proposes the development of algorithms for real-time kinematic GPS-based guidance of tactical munitions. These algorithms rest on the wide-lane approach and the continuous carrier smoothing approach developed by Mr. Ron Hatch will act as principal scientist on this… more
Abstract:ZC&H Dynamic Systems, Inc. proposes the development of an intelligent system for generating scenarios that will support strategic planning and policy analysis. The proposed system will be a tool-kit that will provide methods for modeling and reasoning about nonlinear effects in both warfare and… more
Abstract:Several innovative beamformer approaches are presented for use in a new GPS anti-jam design that provides high performance from a small aperture (FRPA) size footprint. The performance includes not only adaptive nulling of jammers, but also directive gain by main beam steering toward GPS satellites… more
Abstract:Cosite interference mitigation approaches are described for use on the AAVC7A1 amphibious combat vehicle to allow simultaneous operation of its C3 and navigation radios at HF, VHF, UHF, and L-band. An optimum cosite interference mitigation system architecture design is proposed which combines… more
Abstract:This proposal addresses the approach to developing a cosite EMI mitigation plan and to designing a cosite EMI mitigation system for multiradio, multifunction communications nodes, operating at HF through SHF. Applicable technologies and operating protocols are reviewed. A sequence of tasks to… more
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