A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The mechanical initiation of chemical reactions is of technological importance in such processes as cutting, drilling, grinding, crushing and lubrication which are often facilitated by chemical compound formation at the worked interface. The mechanisms whereby mechanical energy can be utilized in these reacttons is reviewed with especial emphasis on the distinction between brittle and ductile, crystalline and amorphous materials. The practical examples mentioned above are discussed as well as the mechanical initiation of very fast reactions in solids.
The mechanical initiation of chemical reactions is of technological importance in such processes as cutting, drilling, grinding, crushing and lubrication which are often facilitated by chemical compound formation at the worked interface. The mechanisms whereby mechanical energy can be utilized in these reacttons is reviewed with especial emphasis on the distinction between brittle and ductile, crystalline and amorphous materials. The practical examples mentioned above are discussed as well as the mechanical initiation of very fast reactions in solids.
Review mechanically initiated chemical reactions in solids
Ueberblick ueber mechanisch eingeleitete Reaktionen in Festkoerpern
Fox, P.G. (author)
Journal of Materials Science ; 10 ; 340-360
1975
21 Seiten, 172 Quellen
Article (Journal)
English
UEBERSICHT , MAHLEN , WERKSTOFFGEFUEGE , SCHWINGUNG , BIBLIOGRAPHIE , CHEMISCHE REAKTION , PHYSIK , SPROEDIGKEIT , PLASTIZITAET , KUNSTSTOFF , BINDEMITTEL , THEORIE , POLIEREN , SCHLEIFEN , KRISTALL , NACHBEHANDLUNG , VERDICHTEN , KORRELATION , METALLE
Hyperfine study of mechanically induced transformations in solids
| British Library Online Contents | 1998
| British Library Online Contents | 2012