Feldspar dissolution rates measured using phase-shift interferometry: Implications to CO2 underground sequestration
Abstract
To assess CO2 underground sequestration from a geochemical viewpoint, the anorthite dissolution rate, which is an important parameter of risk analysis, was measured in a CO2–water system. The authors sought to obtain precise dissolution rate data in a short time observing a crystal surface on a nanoscale. For this purpose, phase-shift interferometry was applied. Using this method, uncertainty of the reactive surface area that is imparted on...
Paper Details
Title
Feldspar dissolution rates measured using phase-shift interferometry: Implications to CO2 underground sequestration
Published Date
Dec 1, 2007
Journal
Volume
22
Issue
12
Pages
2795 - 2809
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