CHEMICAL ENVIRONMENT IN CEMENTS.

F. P. Glasser; M. J. Angus; C. E. McCulloch; D. Macphee; A. A. Rahman

CHEMICAL ENVIRONMENT IN CEMENTS.

F. P. Glasser^*, M. J. Angus, C. E. McCulloch, D. Macphee, A. A. Rahman

^*Corresponding author for this work

Chemistry

Research output: Chapter in Book/Report/Conference proceeding › Published conference contribution

10 Citations (Scopus)

Abstract

The alkalinity of Portland cements is responsible for precipitation and low solubility of many radwaste species. The sources of alkalinity are evaluated and two chemical models, based on experimental and theoretical data presented, enabling the effect of blending agents (PFA, silica fume, etc. ) to be evaluated and the alkalinity of the system at longer ages predicted. The data take the form of a solubility model which is applicable to non-heat generating wastes.

Original language	English
Title of host publication	Materials Research Society Symposia Proceedings
Editors	Carol M. Jantzen, John A. Stone, Rodney C. Ewing
Publisher	Materials Research Soc
Pages	849-858
Number of pages	10
Volume	44
ISBN (Print)	093183709X
Publication status	Published - 1 Dec 1985

Cite this

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title = "CHEMICAL ENVIRONMENT IN CEMENTS.",

abstract = "The alkalinity of Portland cements is responsible for precipitation and low solubility of many radwaste species. The sources of alkalinity are evaluated and two chemical models, based on experimental and theoretical data presented, enabling the effect of blending agents (PFA, silica fume, etc. ) to be evaluated and the alkalinity of the system at longer ages predicted. The data take the form of a solubility model which is applicable to non-heat generating wastes.",

author = "Glasser, {F. P.} and Angus, {M. J.} and McCulloch, {C. E.} and D. Macphee and Rahman, {A. A.}",

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AU - Glasser, F. P.

AU - Angus, M. J.

AU - McCulloch, C. E.

AU - Macphee, D.

AU - Rahman, A. A.

PY - 1985/12/1

Y1 - 1985/12/1

N2 - The alkalinity of Portland cements is responsible for precipitation and low solubility of many radwaste species. The sources of alkalinity are evaluated and two chemical models, based on experimental and theoretical data presented, enabling the effect of blending agents (PFA, silica fume, etc. ) to be evaluated and the alkalinity of the system at longer ages predicted. The data take the form of a solubility model which is applicable to non-heat generating wastes.

AB - The alkalinity of Portland cements is responsible for precipitation and low solubility of many radwaste species. The sources of alkalinity are evaluated and two chemical models, based on experimental and theoretical data presented, enabling the effect of blending agents (PFA, silica fume, etc. ) to be evaluated and the alkalinity of the system at longer ages predicted. The data take the form of a solubility model which is applicable to non-heat generating wastes.

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M3 - Published conference contribution

AN - SCOPUS:0022186110

SN - 093183709X

VL - 44

SP - 849

EP - 858

BT - Materials Research Society Symposia Proceedings

A2 - Jantzen, Carol M.

A2 - Stone, John A.

A2 - Ewing, Rodney C.

PB - Materials Research Soc

ER -

CHEMICAL ENVIRONMENT IN CEMENTS.

Abstract

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