Temperature Control Devices & Sensors
TEMPERATURE CONTROL CALCULATIONS
TEMPERATURE SENSOR CALCULATIONS
Thermodynamics
THERMODYNAMICS
THERMODYNAMIC PROPERTIES
JAVA MELTS, pMELTS, AND CALCULATOR - Mark S. Ghiorso,
Department of Geophysical Sciences, University of Chicago &
Hosted by the Department of Earth and Space Sciences,
University of Washington
Multimedia Database (Text & Images).
VERY VERY EXTENSIVE.
"...provides thermodynamic properties of mineral endmembers and
solid solutions known to the MELTS package..."
For more information see
Minerals & Melts - Software for Computational Thermodynamics;
Department of Geophysical Sciences, University of Chicago or the
Department of Earth and Space Sciences, University of Washington
THERMAL CHEMICAL PROPERTIES ESTIMATION (JAVA APPLETS) - GuanHua Chen,
Department of Chemistry, University of Hong Kong, & Pirika.com
VERY EXTENSIVE.
For more information see
Pirika - Java Chemistry
Some examples from over "20" Applets include
THERMO EXPLORER (JAVA APPLET) - Octavian Micro Development Inc.
"...The TE is comprised of a database created from open literature data which gives you handy
access to properties from more than 600 chemical compounds of interest...."
For more information see
Java Applets;
Engineering and Science or
Octavian Micro Development Inc.
THE MELTS SUPPLEMENTAL CALCULATOR - Mark S. Ghiorso,
Department of Geophysical Sciences, University of Chicago &
Hosted by the Department of Earth and Space Sciences,
University of Washington
Multimedia Database (Text & Images).
VERY VERY EXTENSIVE.
"...Click to Calculate Thermodynamic Properties of and or compute
Thermodynamic Properties and/or Component Transformations of
Mineral Solid Solutions..."
For more information see
Minerals & Melts - Software for Computational Thermodynamics;
Department of Geophysical Sciences, University of Chicago or the
Department of Earth and Space Sciences, University of Washington
THE MELTS SUPPLEMENTAL CALCULATOR - P. Asimow, Experimental Petrology Group,
Geological and Planetary Sciences Division, California Institute of Technology (Caltech)
VERY VERY EXTENSIVE.
"For solid phases of more than one endmember, (1) Converts composition in mole
fraction of endmembers to weight percent oxides, an exact calculation. (2) Converts
squares, etc... (3) Given T, P, and mole fractions of endmembers, computes the
following thermodynamic data: Gibbs free energy G, Enthalpy H, Entropy S etc....."
For more information see
MELTS Supplemental Calculator README;
Paul Asimow's Home Page or
Experimental Petrology Group
THERMODYNAMIC PROPERTIES CALCULATOR - T. Melton, Quest Consultants Inc.
"This page is designed to allow users to select a pure component or a mixture of components
and determine the vapor-liquid split (if two-phase), the liquid and vapor densities,
enthalpies, heat capacities, and compositions at an input temperature and pressure."
For more information see
Calculators or
Quest Consultants Inc.
Some examples of other Thermodynamic Calculators include
BINARY PHASE EQUILIBRIA
ENZYME-CATALYZED REACTIONS
HEAT CONDUCTION & TRANSFER CALCULATIONS
CONDUCTION APPLET (ALUMINUM, CARBON STEEL, COPPER, NICKEL STEEL, STAINLESS STEEL ETC.) - B. Wilson & G. Hutcherson, Engines & Energy
Conversion Laboratory (EELC), Department of Mechanical Engingeering,
College of Engingeering, Colorado State University
For more information see
Internal Combustion Engine Heat Transfer;
Engine Web Pages;
Bryan D. Wilson's Home Page;
Department of Mechanical Engingeering or the
College of Engingeering
HEAT CONDUCTION - M. Karweit, Department of Chemical Engineering,
Johns Hopkins University
"Heat flows through thermally conductive materials by a
process generally known as 'gradient transport'. Gradient
heat transport depends..."
For more information see
Virtual Engineering
HEAT TRANSFER MODELS - CALCULATORS - Microelectronics Heat Transfer Laboratory,
Department of Mechanical Engineering, University of Waterloo, Waterloo, Ontario, Canada
VERY VERY VERY EXTENSIVE.
For more information see the
Microelectronics Heat Transfer Laboratory
Some exapmles from over "20" Calculators include
UNSTEADY STATE HEAT CONDUCTION APPLETS - Andrey Solomin,
Katholieke Universiteit Leuven, Belgium
VERY EXTENSIVE.
For more information see
Fysische transportverschijnselen (1106) & Fysische transport verschijnselen (1125) or
Course Web Pages
INORGANIC CHEMICAL THERMODYNAMICS
LIQUID HELIUM THERMODYNAMIC PROPERTIES
PSYCHROMETRIC
STATISTICAL THERMODYNAMICS
THERMAL GAS-PHASE CHEMICAL REACTIONS
THERMOCHEMICAL DATA - GAS-PHASE MOLECULES
THERMOBAROMETRY
THERMODYNAMIC PHYSICS
TREBBLE-BISHNOI-SALIM EQUATION
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