Grinding aids during cement manufacture
 
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1
Materials Chemistry Centre, UCL, London, UK
 
2
The Hannington Group, Slough, UK
 
 
Publication date: 2009-07-01
 
 
Cement Wapno Beton 14(4) 179-188 (2009)
 
 
REFERENCES (23)
1.
P. Davis, J. A. Stringer and D. Watson: ‘Making the Most of Materials – Cement’, Revised Edition, Blue Circle Industries Ltd, Portland House, London SW1E 5BJ, UK, (May 1982).
 
2.
J. Bensted: Scientifi c aspects of high alumina cement. / Naukowe aspekty cementów glinowych. Cement-Wapno-Beton No. 3, 109-133 (2004).
 
3.
J. Bensted: The hydration of Portland cement, in ‘Advances in Cement Technology: Chemistry, Manufacturing and Testing’, 2nd Edition. (Ed. S.N. Ghosh), pp. 31-86. Tech Books International, New Delhi (2002).
 
4.
J. Bensted: Effects of natural gypsum quality upon early Portland cement hydration. World Cement Research and Development 26, No. 9, 97-104 (1995).
 
5.
Comité Européen de Normalisation (CEN): Cement – Part 1: Composition, specifi cations and conformity criteria for common cements. EN 197-1:2000. CEN, Brussels (2000).
 
6.
F. Massazza and M. Testolin: Recenti sviluppi nell’impiego degli additivi per cemento e calcestruzzo. / Latest developments in the use of admixtures for cement and concrete. Il Cemento 77 (2), 73-141 (1980).
 
7.
F. Massazza: Admixtures in concrete, in ‘Advances in Cement Technology’. (Ed. S.N. Ghosh), pp. 569-64.
 
8.
H. F. W. Taylor: ‘Cement Chemistry’, 2nd Edition. Thomas Telford Publishing, London (1997).
 
9.
Pergamon Press, Oxford, New York and Toronto (1983). 8. H. F. W. Taylor: ‘Cement Chemistry’, 2nd Edition. Thomas Telford Publishing, London (1997).
 
10.
P. A. Rebinder: Die Erleichterung der Verformung fester Körper durch Adsorption. Zeitschrift für Physik 72, 191-205 (1931).
 
11.
A. A. Griffi th: The phenomenon of rupture and fl ow in solids. Philosophical Transactions A 221, 163-198 (1920).
 
12.
J. I. Bhatty, F. M. Miller and S. H. Komatka: ‘Innovations in Portland Cement Manufacturing’. Portland Cement Manufacturing, Skokie, Illinois (2004).
 
13.
J. Bensted: Grinding aids in clinker-gypsum grinding during cement manufacture and how their inclusion is likely to benefi t the fi eld usage of Class G and Class H oilwell cements. Meeting of the American Petroleum Institute Task Group on Eastern Hemisphere Cementing, London. 3pp. (31 October 1997).
 
14.
J. Bensted: Effect of aeration on the properties of Class G oilwell cement. British Ceramic Proceedings 35, 317-337 (1984).
 
15.
F. J. Mardulier and D. L. Wightman: The mechanism of grinding aids. Proceedings of the American Society for Testing and Materials 61, 1078- 1093 (1961).
 
16.
M. S. Sumner: Modern grinding additive technology. International Cement Review 72-73 (November 1993).
 
17.
J. Bensted: Alcune applicazioni della termogravimetria al cemento portland. / Some applications of thermogravimetry to Portland cement. Il Cemento 77 (3), 169-182 (1980).
 
18.
J. Bensted: Cementy hydrofobwe. / Hydrophobic cement. CementWapno-Beton No. 6, 261-270 (2004).
 
19.
Comité Européen de Normalisation (CEN): Petroleum and natural gas industries – Cements and materials for well cementing – Part 1: Specifi - cation. EN ISO 10426-1: 2008. CEN, Brussels (2008).
 
20.
D. Higgins: Portland cement replacement: within mixer or factory blend? Concrete 43, No. 2, 22-24 (March 2009).
 
21.
J. W. Clarke: The use of grinding aids in cement manufacture. Library Bibliography 260, Building Research Establishment, Watford, UK (1979).
 
22.
H. Zoz, D. Jaramillo V., Z. Tian, B. Trindade, H. Ren, O. Cimal-V. and S. Diaz de la Torre: Hochleistungszemente und moderne Herstellung von gewöhnlichem Portlandzement mittels Verfeinerung und Aktivierung durch HEM. / High performance cements and advanced ordinary Portland cement manufacturing by HEM-refi nement and activation. ZKG International 57 (1), 60-70 (2004).
 
23.
J. Bensted: White and coloured Portland cements. World Cement 24, No. 2, 13-19 (February 1993).
 
ISSN:1425-8129
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