1521 - 1530 of 1781 Results
Lanthanum gallate germanates codoped with chromium (La3Ga5GeO14:Cr3+, M, M = Li, Pb2+, Zn2+, Eu3+, Tm3+, and Dy3+) has been prepared using a solid state chemical reaction method.
This invention describes a method of forming refractory wire arrays using a glass drawing process. This process uses a modified “Taylor Wire Drawing” technique to glass coat non-drawable wire (i.e. high melting-point wire).
The invention provides a novel strategy to synthesize carbon materials via functionalized IL precursors. The method relies on the use of negligible vapor pressure of ILs and incorporation of functional groups into IL structures.
In this disclosure, we demonstrate that a Zymomonas mobilis global regulator confers enhanced tolerance to sodium acetate, reactive oxygen species generated by hydrogen peroxide (H2O2) and vanillin.
This invention describes nucleic acid sequence, genetics and gene expression data that identifies a Zymomonas mobilis ZM4 (ZM4) locus able to confer increased acetate tolerance in this bacterium.
This invention involves a method for creating an intermittent occlusion or blockage in passages within the human body. The function of this device is similar to that of a fluidic valve. This device is designed to be controlled externally to the patient.
We are proposing a method for quantitative mapping of thermomechanical properties and phase transition temperatures in materials (e.g. polymeric materials) on the nanometer scale, including methodology for creating and controlling reproducible mechanical contact area.
This invention creates a well bonded, durable optical quality thin film that is superhydrophobic (extremely water repellant), that blocks ultraviolet (UV) radiation and can be deposited in such a way as to be antireflective over a broad spectrum of optical wavelengths.
The invention provides a facile one-pot method for generating members of a novel family of hydrophobic protic ionic liquids (PILs) derived from pairings between diverse superbases and the superacid-derived anions, [Tf2N–] or [beti–].
This platform mechanically immobilizes small cellular structures, preferably spherical in geometry, at discrete locations of an open or microfluidically accessed substrate.