Thermodynamic properties of minerals and related substances at 298.15 K and 1 bar (10[5] pascals) pressure and at higher temperatures

Keywords

Chemistry, Bar (unit), Thermodynamics, Mineralogy, Geology

References

No references recorded for this paper.

Cited by

• Métamorphisme d'une chondrite à enstatite nommée Indarch : implication sur les phénomènes de différenciation planétaire. Application à la TerreS. Berthet — 2009
• Kinetics of dolomite-portlandite reaction. Application to portland cement concreteSalvador Galí, Carlos Ayora, Pura Alfonso — 2001
• USER'S GUIDE TO PHREEQC A COMPUTER PROGRAM FOR SPECIATION, REACTION-PATH, ADVECTIVE-TRANSPORT, AND INVERSE GEOCHEMICAL CALCULATIONSDavid L. Parkhurst — 1995
• Comportement de l’or dans les magmas calco-alcalins : approche expérimentale et géochimique sur le magmatisme adakitique de Nord-Luzon (Philippines)S. Jego — 2007
• Waste Form Release Data Package for the 2001 Immobilized Low-Activity Waste Performance AssessmentB. Peter McGrail, Jonathan P. Icenhower, Paul F. Martin — 2001
• Thermal expansion, compressibility and volumetric changes of quartz obtained by single crystal dilatometry to 700°C and 3.5 kilobars (0.35 GPa)Urs Raz, Sven Girsperger, Alan Bruce Thompson — 2002
• Zinc Exchanged Carbonate Minerals: Application for in situ Treatment of Arsenic Contaminated GroundwaterJonathan Aaron Pennington — 2012
• Propriétés thermochimiques et relations de phase des minéraux de terres rares : stabilité dans le milieu naturel et application au stockage des actinides en contexte géologiqueEmilie Janots — 2004
• Etude thermodynamique et expérimentale du cycle géochimique du soufre dans les bassins sédimentairesRakhim Uteyev — 2011
• Influence of Water Chemistry Parameters on the Dissolution Rate of the Lead (II) Carbonate HydrocerussiteCaitlin S.E. Kushnir — 2014
• Equation of State of Clay, Shale and Slate.William W. Anderson, Yusheng Zhao, Thomas J. Ahrens — 1995
• The origin of brucite in hydrothermally altered limestone near Devil Peak, NevadaRhonda Lee Knupp — 1999
• Heat capacity and enthalpy of formation of synthetic aluniteBruch S. Hemingway, Richard A. Robie — 1995
• Equilibrium Between Phases of Matter: Supplemental Text for Materials Science and High-Pressure GeophysicsM.H.G. Jacobs, H. A. J. Oonk — 2012
• Geothermal resources in the Crater Lake area, OregonCharles R. Bacon, Manuel Nathenson — 1996
• Recyclage du carbone et formation du diamant en zone de subduction : contraintes expérimentalesA. M. Martin — 2009
• Thermodynamic Studies of Minerals under Mantle Conditions.Wenjun Yong — 2008
• Investigating the Susceptibility of Jarosite Minerals to Reductive Dissolution by a Dissimilatory Metal Reducing Bacterium (Shewanella putrefaciens CN32)C. M. Smeaton — 2012
• Aspects of the supergene geochemistry of copper, nickel and bismuthMeagan E Clissold — 2007
• Heat Capacity of High Pressure Minerals and Phase Equilibria of Cretan Blueschists.Matthew R.F. Manon — 2008

Related papers

• DETERMINING QUALITY REQUIREMENTS AT THE UNIVERSITIES TO IMPROVE THE QUALITY OF EDUCATIONNor Hanim Mustafa, Dinmukhamed Kelesbayev, Zh.D. Alibekova — 2018
• Thermodynamic Properties of Liquid Water up to 8000 Bar and Between 25 and 150°CBongkee Cho, Kyu-Yong Choi, Soon-Don Choi — 1991
• Volume expansion coefficients of the water-acetone system at temperatures of 278–323.15 K and pressures up to 1000 barGennadiy I. Egorov, Dmitriy M. Makarov, A. M. Kolker — 2007
• Thermodynamic Properties of Liquid 3He-4He Mixtures Between 0–10 bar below 1.5 KGunaranjan Chaudhry, J. G. Brisson — 2010
• Methanol Thermodynamic Properties From 176 to 673 K at Pressures to 700 BarRobert Goodwin — 1987
• HOW THERMODYNAMIC DATA AND EQUILIBRIUM CONSTANTS CHANGED WHEN THE STANDARD-STATE PRESSURE BECAME 1 BARRichard S. Treptow — 1999
• Thermodynamics of the oxygen defects and phase stability of orthorhombic YBa2Cu3O7-x at oxygen pressures 10-3-100 barK. Conder, J. Karpiński, E. Kaldis — 1992
• Thermodynamic properties of Na2SO4(aq) above 200°CKenneth S. Pitzer, Bijan Das — 1998