Abstract:… soak there by possible damaging the housing components such as flex bearing. In order to address these aspects, in this phase I proposal we intend to develop novel high temperature thermal barrier coatings using integrated metal bond layer and thermal barrier ceramic top… more
Abstract:… assembly. These materials have shown a wide variety of polarization phenomena and provide different opportunities for high temperature dielectrics, some of which have already gone through pilot line testing, and have been introduced as potential new multilayer ceramic… more
Abstract:… interface; hence, it can be used to predict frictional performance. Based on this model, certain complex oxides and oxide-fluorides (i.e., ZnO/SnO/SrF2, NiO/BaTiO3, MgO/ZnO/CaF2, and NiO/SrF2) show enhanced lubricity at elevated temperatures. The dry lubricant ceramic… more
Abstract:… of a cavity. The key is the development of a low loss highly tunable ferroelectric material. The focus of Phase I was development and measurement of the dielectric properties, phase composition, and microstructure of new low-loss nonlinear BST(M) ceramics with the… more
Abstract:This Small Business Innovation Research Phase I project will focus on the development of ceramic nanosheets with structurally different sides (sticky/slick), which will be used to form a self-generating tribological coating for improved lubrication. This coating will be… more
Abstract:… to demonstrate the value of non-textile but flexible fabric for a variety of different commercial applications. This new material has no fibers and requires no weaving or knitting. Instead, it uses hard and rigid ?elements? - digitally precise shapes of polymers, ceramics… more
Abstract:… power modules. The Phase I effort has established a novel, low-cost integrated package-heat sink technology for use in high-temperature power module packaging and thermal management. This integrated package-heat sink technology is enabled by a unique copper-… more
Abstract:This Small Business Innovation Research Phase I project will investigate the commercial potential of flash-sintering to enhance the manufacturability and performance of Solid Oxide Fuel Cells (SOFCs). The co-sintering of heterogeneous multilayer ceramics remains a technical… more
Abstract:… manufacturing cost for SiC matrix composites CMC components is still very high due to long lead times despite of many research efforts. ScienceTomorrow, in collaboration with Applied Research Lab of Penn State University and its OEM partners, will investigate ceramic… more
Abstract:… manufacturing technology that will increase feasible large optics design options and significantly reduce the manufacturing time, cost and risk involved in manufacturing large optic components. Specifically addressed are cutting and light weighting of glass and ceramic optical… more
Abstract:… of all for commercialization is the ability to co-process with nickel or copper electrodes, and avoid the very high cost of silver, gold or platinum. The overall objective of this project is to significantly improve the performance, cost and lifetime of ceramic capacitors… more
Abstract:Advanced porous membranes are of significant importance to almost all industries by means of filtration or separation. In the past four decades, polymeric membranes and conventional ceramic membranes have been extensively researched, developed, optimized and… more
Abstract:… and particle losses. HOM dampers absorb this RF power and are critical component, but next generation HOM absorber materials are needed to enable increased beam intensities. This Phase I STTR project will investigate the feasibility to demonstrate novel graphene- ceramic… more
Abstract:There is a great need and opportunity to develop lower cost manufacturing process for ceramic tile-based composite armor system for military tactical vehicles. The threat levels encountered by the military tactical vehicles, particularly due to the Improvised Explosive Devices… more
Abstract:… long term stability of large package batteries. The overall market for lithium-ion battery separators is expected to grow to $2.5 billion in 2020, mainly driven by the demand for electric vehicles. Moreover, if the high temperature stability of our flexible ceramic separator… more
Abstract:This Small Business Innovation Research (SBIR) Phase I project will investigate development of a Lead Zirconium Titanate (PZT) analog of multilayer ceramic capacitor (MLCC) technology. Typically comprised of Barium Titanate materials, MLCC devices are the most produced and used… more
Abstract:… infrared heating elements are poorly suited to these frying applications because they are not spectrally selective and emit large portions of their energy at longer wavelengths that quickly scorch and damage food products. This research will develop a series of advanced ceramic… more
Abstract:… multiple object cross sections through hard X-ray Compton-scattered imaging. The SIRIUS Phase I prototype system demonstrated excellent potential for 3D localization of defects in various aerospace materials and structures, such as thermal protection system (TPS) ceramic foam… more
Abstract:Silicon carbide based ceramic matrix composites may become the predominant material system from which reactor core components are manufactured. Manufacturing large, high aspect ratio, components using silicon carbide composite materials presents unique manufacturing challenges… more
Abstract:This Small Business Innovation Research (SBIR) Phase II project addresses the need for breakthrough technologies in the production of ultrahigh temperature (UHT) ceramics, including nanograin structures, with improved performance-to-cost ratio. UHT ceramics are often challenging… more
Abstract:C9 proposes to assess the performance of the current C/C friction materials for the lift fan clutch, evaluate other potential candidates including C/C ceramic doped to reduce morning sickness, C9 chopped molded C/SiOC material with an infinite ability to change friction… more
Abstract:The US Department of Energy has a stated goal to increase the energy efficiency of turbines, and one well recognized method of achieving this is through the use of ceramic thermal barrier coatings (TBCs). However, state of the art zirconia-based TBCs have a temperature limit of… more
Abstract:REL has demonstrated that Squeeze Casting a is viable process for encapsulation of ceramic tiles for Warfighter protection systems. The SBIR Phase 1 has demonstrated that squeeze cast encapsulation can offer the following process attributes: a. Use of low tolerance as-pressed… more
Abstract:… during the Phase-I project. Key results demonstrated our ability to consistently reproduce unagglomerated, mono-dispersed, spherical ZnS nanopowders of ~100 nm in size. Consolidation of this ultra high pure (99.9%) ZnS nanopowders produced ultra high density optical ceramics… more
Abstract:…nstrated feasibility of the Digital Spinneret to produce many fibers in parallel; the Phase II research will extend and optimize this manufacturing method. The broader impact/commercial potential of this project will be the enabling of scaled production of high-purity ceramic… more
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