Prediction of the long-term performance of crystalline nuclear waste form phases from studies of mineral analogues

G. R. Lumpkin; K. L. Smith; M. G. Blackford; K. P. Hart; P. McGlinn; R. Giere; C. T. Williams; Anonymous

Back

Journal article

Prediction of the long-term performance of crystalline nuclear waste form phases from studies of mineral analogues

G. R. Lumpkin, K. L. Smith, M. G. Blackford, K. P. Hart, P. McGlinn, R. Giere, C. T. Williams and Anonymous

National Conference Publication - Institute of Engineers, Australia, Vol.94/6, pp.879-885

Nuclear energy, science and technology Pacific partnership; 9th Pacific Basin nuclear conference

1994

Abstract

actinides

effects

Environmental geology

experimental studies

hydrothermal alteration

metals

metasomatism

natural analogs

oxides

petrology

radioactive waste

radioactivity

Synroc

zirconolite

Zirconolite is highly durable in the presence of hydrothermal fluids and low temperature ground waters and is a good host phase for disposal of nuclear waste.

Metrics

1 Record Views

Details

Title: Prediction of the long-term performance of crystalline nuclear waste form phases from studies of mineral analogues
Creators - without role: G. R. Lumpkin
K. L. Smith
M. G. Blackford
K. P. Hart
P. McGlinn
R. Giere
C. T. Williams
Anonymous
Publication Details: National Conference Publication - Institute of Engineers, Australia, Vol.94/6, pp.879-885
Conference: Nuclear energy, science and technology Pacific partnership; 9th Pacific Basin nuclear conference
Publisher: Institution of Engineers, Australia
Identifiers: 9945596008331
Academic Unit: King Abdullah University of Science & Technology
Language: English
Resource Type: Journal article