<--- Back to Details
First PageDocument Content
Superhard materials / Coatings / Thin film deposition / Diamond-like carbon / Diamond / Field electron emission / Amorphous carbon / Cathodic arc deposition / Optical coating / Chemistry / Manufacturing / Matter
Date: 2009-09-03 01:41:31
Superhard materials
Coatings
Thin film deposition
Diamond-like carbon
Diamond
Field electron emission
Amorphous carbon
Cathodic arc deposition
Optical coating
Chemistry
Manufacturing
Matter

Add to Reading List

Source URL: carbon.utsi.edu

Download Document from Source Website

File Size: 88,48 KB

Share Document on Facebook

Similar Documents

Chemistry / Matter / Nature / Materials science / Ceramic materials / Natural materials / Polymorphism / Superhard materials / Stishovite / High pressure / Silicon dioxide / Mineral

269_2005_16_Article-web

DocID: 1rfFY - View Document

Matter / Chemistry / Manufacturing / Monolayers / Superhard materials / Nanomaterials / Emerging technologies / Graphene / Boron nitride / Potential applications of graphene / Bilayer graphene / Bilayer

Letter pubs.acs.org/NanoLett Stacking Order Dependent Second Harmonic Generation and Topological Defects in h‑BN Bilayers Cheol-Joo Kim,† Lola Brown,† Matt W. Graham,‡,§ Robert Hovden,∥ Robin W. Havener,∥

DocID: 1r7lc - View Document

Matter / Emerging technologies / Chemistry / Nanomaterials / Manufacturing / Monolayers / Superhard materials / Carbon nanotube / Space elevator / Graphene / Nanocomposite / Nanotube

http://www-ipcms.u-strasbg.fr/spip.php?page=imprimir_articulo&i

DocID: 1r1s1 - View Document

Mineralogy / Chemistry / Matter / Native element minerals / Carbides / Abrasives / Superhard materials / Ceramic materials / Silicon carbide / Cementite / Carbon / Cohenite

PUBLICATIONS Geochemistry, Geophysics, Geosystems RESEARCH ARTICLE2013GC005138 Key Points:  In the mantle, C isotope fractionation

DocID: 1qKI7 - View Document

Watches / Carbides / Superhard materials / Matter / Tungsten compounds / Manufacturing / Physical universe / Eco-Drive / Ceramic materials / Cermet / Solar-powered watch / Tungsten carbide

CITIZEN Flagship Model for 2016 – “CITIZEN CITIZEN Eco-Drive Drive One” — The world’s thinnest*1 light-powered powered watch with a 1.00mm movement —

DocID: 1qKzC - View Document