Predicted and experimental gas phase compositions in pressurized binary systems containing an essentially pure condensed phase ; Phase equilibrium data for the methane-hydrogen system from 66.88[superscript]0 to 116.53[superscript]0 K and up to 125 atmospheres

Predicted and experimental gas phase compositions in pressurized binary systems containing an essentially pure condensed phase ; Phase equilibrium data for the methane-hydrogen system from 66.88[superscript]0 to 116.53[superscript]0 K and up to 125 atmospheres

Bibliographic Details
Main Author: Kirk, Bradley Stone
Format: Others
Language:en_US
Published: Georgia Institute of Technology 2006
Subjects:
Phase rule and equilibrium
Low temperature research
Online Access:http://hdl.handle.net/1853/11269
id ndltd-GATECH-oai-smartech.gatech.edu-1853-11269
record_format oai_dc
spelling ndltd-GATECH-oai-smartech.gatech.edu-1853-112692013-12-15T03:32:24ZPredicted and experimental gas phase compositions in pressurized binary systems containing an essentially pure condensed phase ; Phase equilibrium data for the methane-hydrogen system from 66.88[superscript]0 to 116.53[superscript]0 K and up to 125 atmospheresKirk, Bradley StonePhase rule and equilibriumLow temperature researchGeorgia Institute of Technology2006-08-04T17:05:15Z2006-08-04T17:05:15Z1964-05Dissertation239 bytestext/htmlhttp://hdl.handle.net/1853/11269127288en_USAccess restricted to authorized Georgia Tech users only.
collection NDLTD
language en_US
format Others
sources NDLTD
topic Phase rule and equilibrium
Low temperature research
spellingShingle Phase rule and equilibrium
Low temperature research
Kirk, Bradley Stone
Predicted and experimental gas phase compositions in pressurized binary systems containing an essentially pure condensed phase ; Phase equilibrium data for the methane-hydrogen system from 66.88[superscript]0 to 116.53[superscript]0 K and up to 125 atmospheres
author Kirk, Bradley Stone
author_facet Kirk, Bradley Stone
author_sort Kirk, Bradley Stone
title Predicted and experimental gas phase compositions in pressurized binary systems containing an essentially pure condensed phase ; Phase equilibrium data for the methane-hydrogen system from 66.88[superscript]0 to 116.53[superscript]0 K and up to 125 atmospheres
title_short Predicted and experimental gas phase compositions in pressurized binary systems containing an essentially pure condensed phase ; Phase equilibrium data for the methane-hydrogen system from 66.88[superscript]0 to 116.53[superscript]0 K and up to 125 atmospheres
title_full Predicted and experimental gas phase compositions in pressurized binary systems containing an essentially pure condensed phase ; Phase equilibrium data for the methane-hydrogen system from 66.88[superscript]0 to 116.53[superscript]0 K and up to 125 atmospheres
title_fullStr Predicted and experimental gas phase compositions in pressurized binary systems containing an essentially pure condensed phase ; Phase equilibrium data for the methane-hydrogen system from 66.88[superscript]0 to 116.53[superscript]0 K and up to 125 atmospheres
title_full_unstemmed Predicted and experimental gas phase compositions in pressurized binary systems containing an essentially pure condensed phase ; Phase equilibrium data for the methane-hydrogen system from 66.88[superscript]0 to 116.53[superscript]0 K and up to 125 atmospheres
title_sort predicted and experimental gas phase compositions in pressurized binary systems containing an essentially pure condensed phase ; phase equilibrium data for the methane-hydrogen system from 66.88[superscript]0 to 116.53[superscript]0 k and up to 125 atmospheres
publisher Georgia Institute of Technology
publishDate 2006
url http://hdl.handle.net/1853/11269
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