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Author(s)

Conde, Giselle; Steltz, Daniel J.

Advisor(s)

Ihinger, Phillip D.

Date

Apr 2010

Subject(s)

Crystal growth; Quartz crystals; Posters

Series

USGZE AS589

Abstract

Circulation of hydrothermal fluids controls the timescales of cooling in the Earth's crust and allows for large-scale exchange of matter between different levels of the crust. The time required to grow quartz crystals within these systems governs how long individual fluid-filled fractures remain open. Here, we present micro-FTIR measurements that characterize the morphologic evolution of a series of quartz crystals grown from a single hydrothermal vein from China.

Description

Color poster with text, images, and graphs.

Sponsor(s)

University of Wisconsin--Eau Claire Office of Research and Sponsored Programs; Petroleum Research Fund

Permanent link

http://digital.library.wisc.edu/1793/46347 

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Export to RefWorks 

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Part of

Student Research Day

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