A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Burnout rates on shale body
Oxidation rates of illitic shale were determined by thermal balance at various temperatures and gas compositions; oxidation rate increased in regular manner from 300 to 870 C; above 870 C, material vitrified and shrank and rate of oxidation became zero at 970 C; during burnout, four reactions occurred, material gained or lost weight respectively, depending on whether oxidation of ferrous oxide or carbon was dominant.
Burnout rates on shale body
Oxidation rates of illitic shale were determined by thermal balance at various temperatures and gas compositions; oxidation rate increased in regular manner from 300 to 870 C; above 870 C, material vitrified and shrank and rate of oxidation became zero at 970 C; during burnout, four reactions occurred, material gained or lost weight respectively, depending on whether oxidation of ferrous oxide or carbon was dominant.
Burnout rates on shale body
Am Cer Soc -- Bul
Schoenlaub, R.A. (author) / Troyer, W. (author) / Hoekstra, K. (author)
1966
3 pages
Report
English
© Metadata Copyright Elsevier B. V. All rights reserved.
| Elsevier | 1986
| British Library Online Contents | 2000
Mechanical Behavior of Shale at Different Strain Rates
| Online Contents | 2019
Mechanical Behavior of Shale at Different Strain Rates
| Online Contents | 2019
| British Library Conference Proceedings | 1997