|
Plastic diodes to shape future circuits.(IN THE NEWS: Electronics)
From:
Machine Design
| Date:
January 12, 2006
| COPYRIGHT 2006 Penton Media, Inc. This material is published under license from the publisher through the Gale Group, Farmington Hills, Michigan. All inquiries regarding rights should be directed to the Gale Group.Copyright information
|
Most plastics don't conduct electricity, though that hasn't stopped researchers from trying to build plastic computer chips. Some groups have coaxed modest numbers of electrons through plastics using quantum mechanical effects, but only by painstakingly manipulating individual molecules at cryogenic temperatures.
But a group of Ohio State University researchers have gotten around the problems of working with single molecules and cryofluids. They layer plastic atop conven...
Related newspaper, magazine, and journal articles from HighBeam Research
|
Titanium oxide films.
Paint & Coatings Industry
; Titanium oxide films have been shown to be effective coatings for protecting plastics, metal and glass from corrosion and ultraviolet (UV) light. But many manufacturers have shied away from this useful coating due to the costly and complicated process needed to produce it. Researchers at the
|
|
Apatite-coated titanium oxide kills bacteria and fungi.
Advanced Ceramics Report
; Japanese researchers have developed a ceramic-based composite that kills bacteria and fungi, and degrades other organic matter. Researchers at the National Industrial Research Institute in Nagoya make the composite from fine particles of titanium oxide, which are surface-coated with microscopic
|
|
The light clean revolution: Aoki Shin'ichi explains how recent developments in photocatalytic technology will make life in the twenty-first century safer and more convenient. (Sci-Tech Feature).
Look Japan
; A new technology developed by University of Tokyo professor Fujishima Akira is attracting a lot of attention. Fujishima uses photocatalysts and irradiation to break down chemicals. In addition to helping make anti-bacterial tile and air-purification devices, other promising applications of this
|
|
Photocatalyst keeps textiles clean.(Metals and catalysts)
New Materials Asia
; A research team at Japan's Osaka University has developed a formulation of the photocatalytic substance titanium oxide that can be safely applied to fibres to keep clothing clean. Titanium oxide can catalyze the degradation of organic compounds, but it can also damage fibres. It cannot be applied
|
|
Cheaper titanium oxide coating process. (Research).(Brief Article)
Chemical Week
; Scientists from the Department of Energy's Pacific Northwest National Laboratory (PNNL; Richland, WA) say they have developed a simple and inexpensive titanium oxide coating process using solution deposition. Titanium oxide films are effective at protecting plastics, metal, and glass from corrosion
|