1371 - 1380 of 1781 Results
The present invention comprises a method and associated apparatus for the treatment of polymeric materials, specifically, 1) in the stabilization and oxidation of thermoplastic materials for the preparation of high temperature processing and 2) the surface treatment of polymer
Manufacturers of solar cells have had significant difficulty scaling up various processes, i.e., reproducing the performance that they have achieved in the laboratory on a manufacturing/production scale.
It is well known that phase separation has been utilized to prepare porous and non-porous phase-separated glasses.
Current battery technologies including state-of-the-art lithium ion batteries are not sufficient to meet the needs of using electrical energy efficiently in transportation and residential applications, and new electrochemical cell chemistries and designs are needed for
The present invention comprises an apparatus and method that provide a novel way of processing thin films, thick films, coatings, and bulk materials in the presence of time varying electric and magnetic fields.
For thermal properties applications, the well-known graphite foam technology developed at ORNL has demonstrated remarkable performance when compared to other more commonly used materials such as aluminum and magnesium, for example.
Data collected from devices and human condition may be used to forewarn of critical events such as machine/structural failure or events from brain/heart wave data stroke.
Tip-Enhanced Laser desorption (LD) or ablation (LA) in transmission or reflective geometry, at an acute, right or obtuse angle, directly into a liquid junction at the surface of interest that is formed between a solvent dispensing and retrieving AFM probe and the surface.
Flexible, Integrated Modular Used Nuclear Fuel Storage, Transportation, and Disposal Canister System
The present invention comprises an integrated, multi-canister system with superior assembly and burnup/age capacity that reduces total life-cycle cost for used fuel disposition while improving overall safety.
The present invention comprises a new material of Lithium Super-Ionic Sulfide Carbon (LiSISC) composite. LiSISC is an engineered nanomaterial of carbon, lithium sulfide, and sulfide-based super ionic conductors.