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Monolythic Analyte Concentrator and Separator for Cantilever Sensors Monolythic Analyte Concentrator and Separator for Cantilever Sensors Disclosure Number 200000830 Technology Summary Analytes are concentrated onto the sensing element portion of the microcantilever and effectively increases the surface area of the sensing element by orders of magnitude.…

: Fact Cards

METHOD OF HIGH-GRADIENT PERMANENT MAGNETIC SEPARATOR FOR PARTICLE COLLECTION METHOD OF HIGH-GRADIENT PERMANENT MAGNETIC SEPARATOR FOR PARTICLE COLLECTION Disclosure Number 201403303 Technology Summary Permanent magnet used in high-gradient configuration has been proven to be able to collect nanometer sized particles with extreme high efficiency. This has significant implication to…

Dynamicsystemsfactsheet Rotordynamics R1 Dynamic Systems Group Rotor dynamics is one of the core technical areas for the Dynamic Systems (DS) Group. Capability in this area includes modeling and simulation, both steady-state and transient, and rotor balancing of both subcritical and supercritical rotors. In addition, the group has experience in one- and two-plane balancing and simulation of multi…

Multilayer Lithium Battery Having an Inorganic Porous Separator and Liquid Electrolyte Multilayer Lithium Battery Having an Inorganic Porous Separator and Liquid Electrolyte Disclosure Number 200902313 Technology Summary The concept presented in the technical description is summarized here. Our proposed device relies heavily on our ability to fabricate m…

High-Gradient Permanent Magnetic Separator for Particle Collection If inhaled into the respiratory system, nanometer-sized particulate pollutants may cause adverse health effects in humans. Commercially available particle collectors can monitor ambient air quality, worker health and safety, and process manufacturing, whereas personal particulate monitors equipped with small vacuum pumps are avail…

: Fact Sheets
: Particle, Centrifuge, Monitoring...

Fsheetx Msg Ss Esa Fuge POC: David M. Hetrick (865)576-7556/hetrickdm@ornl.gov http://computing.ornl.gov/cse_home/cms_cmshome.shtml r z 2 2.5 3 3.50 10 20 30 40 50 60 70 80 90 100 110 120 130 0.00925 0.009 0.00875 0.0085 0.00825 0.008 0.00775 0.0075 0.00725 0.007 0.00675 0.0065 0.00625 0.006 0.00575 0.0055 mole fraction product X ailsX t MSG developed specialized software & conducted design studi…

: Design, Modeling, Stability...

Solid State eBurner for Supplying Power to Laptops, Cellphones Researchers at ORNL invented a device that converts energy from thermoelectric materials to power for cell phones, laptops, and other portable electric devices. This unique means of producing power is more powerful, lighter, and smaller than existing technologies. Because the only byproducts from this invention are carbon dioxide an…

Dynamicsystemsfactsheet Overview Nov 09 R1 The Dynamic Systems (DS) Group is an applied research group that works primarily with mechanical systems. DS has extensive experience with rotating machinery applications, where we have performed modeling, simulation, and rotor balancing and developed diagnostic tools for predictive maintenance. These applications require expertise in the areas of syst…

Fsheetx Msg Ss Esa POC: David M. Hetrick (865)576-7556/hetrickdm@ornl.gov http://computing.ornl.gov/cse_home/cms/cmshome.shtml Scientific Computing Within the ORNL Modeling and Simulation Group: Engineering Systems Analysis The ORNL Modeling and Simulation Group (MSG) develops sophisticated numerical solutions for a wide range of scientific, engineering, and operational applications. MSG's co…

UNISOR on-line nuclear orientation facility CONF-870970 4 DE87 014937 UNISOR ON-LINE NUCLEAR ORIENTATION FACILITY I. C. Girit Vanderbilt University, Nashville, TN 37235 and Joint Institute for Heavy-Ion Research, Oak Ridge, TN 37830 G. D. Alton Oak Ridge National Laboratory, Oak Ridge, TN 37830 C. R. Bingham University of Tennessee, Knoxville, TN 37996 H. K. Carter and M. L. Simpson UN…

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