Materials for Nuclear Power: Digital Resource Center - ABSTRACT: Boiling Temperature and Reversed Deliquescence Relative Humidity Measurements for Mineral Assemblages

The investigated mixture compositions correspond to some of the major mineral assemblages that are predicted to control brine composition due to the deliquescence of salts formed in dust deposited on waste canisters in the proposed nuclear repository at Yucca Mountain, Nevada.

The link provided leads to the abstract only. The full article is available for sale from Springer.

Citation: Rard, J.A., Staggs, K.J., Day, S.D., Carroll, S.A. "Boiling Temperature and Reversed Deliquescence Relative Humidity Measurements for Mineral Assemblages in the NaCl + NaNO3 + KNO3 + Ca(NO3)2 + H2O System." Journal of Solution Chemistry, 35(8) August 2006: 1187-1215.

Read Abstract

5/22/2007 12:45 PM
Lynne Robinson Posts: 701 Joined: 2/3/2007	The investigated mixture compositions correspond to some of the major mineral assemblages that are predicted to control brine composition due to the deliquescence of salts formed in dust deposited on waste canisters in the proposed nuclear repository at Yucca Mountain, Nevada. The link provided leads to the abstract only. The full article is available for sale from Springer. Citation: Rard, J.A., Staggs, K.J., Day, S.D., Carroll, S.A. "Boiling Temperature and Reversed Deliquescence Relative Humidity Measurements for Mineral Assemblages in the NaCl + NaNO3 + KNO3 + Ca(NO3)2 + H2O System." Journal of Solution Chemistry, 35(8) August 2006: 1187-1215. Read Abstract

THE MINERALS, METALS & MATERIALS SOCIETY 5500 Corporate Drive Suite 750, Pittsburgh, PA 15237 USA (directions) www.tms.org	Telephone 800-759-4867 (U.S. and Canada) 724-776-9000 (elsewhere) Fax 724-776-3770 ·Email webmaster@tms.org

Active maintenance of these web resources ceased in 2012 and they will not be updated. They are posted for archival purposes only.