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Improved Ceramics And Ceramic Composites

Detailed Technology Description

The University of California has a number of inventions in the field of ceramics and ceramics composites that are available for commercial licensing. These technologies include: Porosity—A combustion synthesis method that produces low-porosity, high-density ceramics (1995-263), a synthesis method that produces high-density ceramics with extremely fine crystallite sizes (2005-510), a one-step synthesis and consolidation of nanoparticles in ceramics, etc. (1999-355), and methods for producing high-porosity oxide ceramics (1997-186); Ductility—A method for making high-strength nanocrystalline materials with improved ductility (2003-539), an inexpensive, easy-to-fabricate ceramics matrix composite (1995-109), an improved method for making metal matrix composites using spray atomization (1994-134), a practical method for microalloying magnesium in molybdenum silicide (2002-237), and strong, flaw-tolerant ceramics laminate composites (1991-243 and 1999-385); Hardness—A thermal barrier coating with increased hardness and wear resistance (2002-164), a direct, one-step synthesis of titanium carbonitride cermets (1992-018), bulk metallic glasses with nanoscale crystallites (2003-334), and diamond-containing ceramic composites (1986-070); Functionally-Gradient Materials (FGMs)—A method for making layered FGMs with superior interlayer bonding (2005-223) and a simple, inexpensive one-step synthesis of metalloceramic FGMs that display a smooth transition in their compositional profiles (1992-027); and General Synthesis & Fabrication Methods—A system for post-machining inspection of manufactured ceramic parts (Ceramic Candling Inspection System), a method for preparing nanocrystalline coatings (1996-370), an improved method of combustion synthesis (1992-020), and a method for fabricating complex-shaped ceramics with a more uniform phase distribution (1990-317). SLIDESHOW PRESENTATION: More information about this invention portfolio is available in a slideshow presentation that can be downloaded from http://patron.ucop.edu/ncd/docs/ceramics.pps (4.1 MB). This file includes an audio narration and web links to non-confidential descriptions, issued patents, related publications, and inventor profiles.

Industry

Chemical/Material

Sub Category

Chemical/Material Application

Application No.

7601403

Others

Additional Technologies by these Inventors

• One-Step Synthesis And Consolidation Of Nanophase Materials
• Fuel Cells Using Low-Temperature Conducting Materials

Tech ID/UC Case

10295/2005-510-0

Related Cases

2005-510-0

*Abstract

None

*IP Issue Date

Oct 13, 2009

*Principal Investigator

Name: Umberto Anselmi-Tamburini

Department:

Name: Javier Garay

Department:

Name: Sangtae Kim

Department:

Name: Manfred Martin

Department:

Name: Zuhair Munir

Department:

Country/Region

USA