Crystallite growth in graphitizing and non-graphitizing carbons: A structural investigation
By
Franklin, Rosalind E.
Summary
This article investigates the structure of carbons from different origins treated at temperatures between 1000 and 3000°C, examining the phenomenon of crystallite growth in graphitizing versus non-graphitizing carbons. The research explores how different carbon precursors and heat treatment temperatures affect the structural evolution and graphitization process.
Source
bskyCrystallite growth in graphitizing and non-graphitizing carbons: A structural investigationroyalsocietypublishing.orgKey quotes
· 3 pulledAn investigation of the structure of carbons of different origin treated at temperatures between 1000 and 3000°C has shown that the graphitizing
The study examines crystallite growth in both graphitizing and non-graphitizing carbons
Different carbon precursors and heat treatment temperatures affect the structural evolution and graphitization process
You might also wanna read
Understanding Stone-Wales Transformations in Carbon Molecules
The article discusses Stone-Wales transformations in carbon molecules like buckminsterfullerene and graphene, explaining how a 90° rotation
johncarlosbaez.wordpress.com·11mo ago
Single-crystalline twelve-connected nanographene-based covalent organic frameworks expand reticular chemistry complexity
This article reports the design and synthesis of single-crystalline twelve-connected nanographene-based covalent organic frameworks (COFs),
go.acs.org·8d ago
Sustainable Carbon-to-Acetylene Process with Barium Compounds
This article discusses a sustainable methodology for converting carbon sources into acetylene and carbon monoxide while capturing CO2 based
pubs.rsc.org·11mo ago
Nanodiamonds made from tiny graphene triangles
Two Decades After Discovery: Assessing the Commercial Reality of Graphene
This article examines the current state of graphene commercialization two decades after its discovery at the University of Manchester in 200
theguardian.com·8mo ago
How Single-Crystal Casting Techniques Enable Jet Engines to Withstand 2,000-Degree Temperatures
This article explores the engineering and materials science behind modern jet engines, focusing on the innovative casting techniques that pr
American Scientist·2mo ago
Comments
Sign in to join the conversation.
No comments yet. Be the first.