• Nanoparticle
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Internal Labeling Technique Tracks Nanoparticle Transport To track the transport of nanoscale particles and core-shell particles in biological and environmental systems, ORNL researchers developed a way to insert a radioisotope or a fluorophore into the particle as an observable marker. Internalized labeling of nanoparticles leaves the surface intact and available for functionalization with a h…

: Fact Sheets
: Nanoparticle, Metal, Labeling...

Microbially-Mediated Method for Nanoparticle Formation and Films Thereby Microbially-Mediated Method for Nanoparticle Formation and Films Thereby Disclosure Number 201403337 Technology Summary Here we focus the expansion of the surface-capped or surfaced enhance in situ or ex-situ (i.e. post-treatment) application of reagents combined with microbially mediated reproducible, scalable pr…

: Fact Cards
: Metal, Nanoparticle, Combining...

Magneto-Acoustic In-Situ Synthesis of Carbon-Steel Nanoparticle Products Magneto-Acoustic In-Situ Synthesis of Carbon-Steel Nanoparticle Products Disclosure Number 201403283 Technology Summary The invention covers two aspects, the particles produced by sonic and magnetic interactions of liquid magnesium and carbon with stainless steel, and the process by which they are produced. In…

: Fact Cards

Radioimmunotherapy Using Oxide Nanoparticles Disclosure Number 200401480 Technology Summary Radioimmunotherapy (RIT) is an important approach to treating several non-solid tumor cancers or illness. The primary limitation of RIT is the unintentional release of the radionuclide or daughter products into normal tissues, causing radiotoxicity. This limitation…

: Fact Cards
: Chemistry, Oxide, Nanoparticle...

Recovery of Nucleic acid from Iron Oxide Complexed Clay Environments Recovery of Nucleic acid from Iron Oxide Complexed Clay Environments Disclosure Number 201102636 Technology Summary The subject invention is a process for recovering nucleic acids from environments that have been described as refractory, recalcitrant, or intractable to molecular analysi…

: Fact Cards
: Acid, Iron, iron...

Improved Properties of Nanomaterials Using Complementary NanoFermentation Technique Improved Properties of Nanomaterials Using Complementary NanoFermentation Technique Disclosure Number 201503497 Technology Summary One synthetic platform technologies for nanomaterials at ORNL, NanoFermentation (NF) , can be defined as A biomineralization process using microbial activity (respiration …

Nanotextured, non-plating electrode for low temperature electrochemical nanoparticle synthesis and other particulate electrochemical reactions Nanotextured, non-plating electrode for low temperature electrochemical nanoparticle synthesis and other particulate electrochemical reactions Disclosure Number 201303002 Technology Summary This invention disclosu…

: Fact Cards

Bacterial Fermentation Improves Metallic, Semiconducting Nanoparticle Production A team of researchers at ORNL has successfully developed a method for producing inorganic nanoparticles, and controlling their size and shape, using a bacterial fermentation process that employs chemicals to control bacterial synthesis. They subsequently built on that research by producing in large quantities semicon…

: Fact Sheets
: Nanoparticle, Oxide, Metal...

Method and Apparatus for Making Uniform or Gradient Dispersion Nanocomposites Method and Apparatus for Making Uniform or Gradient Dispersion Nanocomposites Disclosure Number 201303203 Technology Summary This invention will facilitate superior surface castings for continuously cast bar product, eliminate any possibility of undesirable mold-casting interactions, and enable interfacing…

: Fact Cards

Method of Making Nanoparticle Reinforced Metal Matrix Components Method of Making Nanoparticle Reinforced Metal Matrix Components Disclosure Number 201002506 Technology Summary This invention enables the production of a homogeneous distribution of nanoparticles (NP) in a metal matrix material (MMM). NP concentrations up to 20% by volume are evenly distri…

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