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Controlled Alignment of Catalytically Grown Nanostructures in a Large-Scale Synthesis Process Controlled Alignment of Catalytically Grown Nanostructures in a Large-Scale Synthesis Process Disclosure Number 200101021 Technology Summary growing angled carbon nanotubes (CNTs) and nanofibers (CNFs) Inventor SIMPSON, MICHAEL L Engineering Science & Technolog…

: Fact Cards
: Carbon Nanotube, Scale, Scaling...

Catalyst- Induced Growth of Carbon Nanotubes on Tips of Cantilevers and Nanowires Catalyst- Induced Growth of Carbon Nanotubes on Tips of Cantilevers and Nanowires Disclosure Number 200100899 Technology Summary Non-enabling title: Growth of Carbon Nanotubes on Tips of Cantilevers and Nanowires - The invention iis a method and an automated machine for the…

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Chemical vapor deposition of long vertically aligned carbon nanotubes by external control of catalyst composition (CNMS IDR send it to Larry Dickens) Chemical vapor deposition of long vertically aligned carbon nanotubes by external control of catalyst composition (CNMS IDR send it to Larry Dickens) Disclosure Number 200501501 Technology Summary This inve…

Method for Controlling the Structural Alignment in Carbon Fibers with Naturally High Turbostratic Disorder Using Heterogeneous Nucleation Method for Controlling the Structural Alignment in Carbon Fibers with Naturally High Turbostratic Disorder Using Heterogeneous Nucleation Disclosure Number 201202880 Technology Summary It was discovered that incorporating nanoscale particles of a …

High Volume Production (HVP) Nanostructured Materials including Carbon, Ceramic, and other Materials High Volume Production (HVP) Nanostructured Materials including Carbon, Ceramic, and other Materials Disclosure Number 200501555 Technology Summary This invention describes new, innovative methods and technical approaches for the high volume production (HVP…

Sensingindividualcarbon Contour plot of FE current (in nA) from an isolated VACNC, measured during a raster scan of the 2- m- diam probe at a height of 10 m above the substrate surface and biased at 300 V. The probe was scanned in discrete steps of 2 m with a current measurement taken after each step. Sensing Individual Carbon Nanotube Emissions Probe for mapping field emission from individua…

PFTT - Aligned and Dispersed CNTs via Fiber Drawing Disclosure Number 200802181 Technology Summary This invention simultaneously aligns and disperses single or muli-wall carbon nanotubes within a glass or polymer matrix. The effect of such alignment and dispersion is to create a material that conducts (electrically and thermally) in the axial direction and remains non-conductive in the tra…

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: Fiber, Carbon Nanotube, Drawing...

Molecular jet growth of carbon nanotubes and dense vertically aligned nanotube arrays (CNMS IDR please send it to Larry Dickens) Molecular jet growth of carbon nanotubes and dense vertically aligned nanotube arrays (CNMS IDR please send it to Larry Dickens) Disclosure Number 200401477 Technology Summary This invention describes a new technique for synthe…

Nano Structural Anodes for Radiation Detectors Disclosure Number 201102566 Technology Summary The invention is directed towards the use of small diameter anodes such as carbon fibers, carbon nanotubes, and nanostructured Si wafers which are useful as anodes in radiation detection devices such as proportional radiation counters (PCs). Nano-sized anodes in …

BESC - Methods and Apparatus for Intracellular Fluid Delivery Disclosure Number 201002358 Technology Summary This invention addresses the problem of dispensing or accessing very small amounts of fluid at a precise location within the cell with minimal damage to the cell structure. Currently, tapered glass micropipettes are the commercial instrument of cho…

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: Fluid, Assembly, Micron...
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