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Fluid
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Fluid
Property Packages
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GASPAK® |
Developed
by Cryodata Inc., GASPAK provides 42
state and transport properties for 33 fluids from the triple point
to high temperatures. The GASPAK property estimation algorithm
uses a highly accurate variable-term Helmholtz equation. Note
- not all properties are available for all fluids.
Available: As
an an Excel Add-In for function-only access to the fluids and
properties (version 3.32), or as an ActiveX DLL (version 3.41) to be interfaced to
other Windows applications. Fortran source code is also
available.
GASPAK
Specifications Pricing
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HEPAK® |
Developed by Cryodata
Inc., HEPAK calculates thermophysical properties of helium-4 (4He)
from
fundamental state equations, valid from 0.8 Kelvin or the melting
line to 1,500 Kelvin, including the superfluid range, the lambda
line, and liquid vapor mixtures. As a function of pressure,
calculations are valid up to 1,000 bars, except between 80 and 300
Kelvin where they are valid to 20,000 bars.
Available: As
an an Excel Add-In for
function-only access to the fluids and properties (version 3.32), or
as an ActiveX DLL (version 3.41) to be interfaced to other Windows
applications. Fortran source code is also
available.
HEPAK
Specifications Pricing
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He3PakTM |
Helium-3 (3He)
is the rare and expensive isotope of helium that is increasingly
being used in a number of areas such as fundamental physics, space
technology, nuclear fusion and cryogenic engineering.
Developed by Dr.
Chen and Dr. Huang at the Institute
of Refrigeration and Cryogenics, Zhejiang University, People’s
Republic of China.
Available: As
a stand-alone executable.
He3Pak
Specifications Pricing
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Material
Property Packages
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| METALPAKTM |
Developed by Vincent
Arp, METALPAK is a basic reference computer program for the
thermal properties of 14 metals. It is founded primarily upon
extensive data collected and summarized by the National Institute of
Science and Technology (NIST), with some additional reference data
from the Thermophysical Properties Research Center at Purdue
University and the National Physical Laboratory in the UK.
Available: As
a DOS executable. Fortran source code is also available.
METALPAK
Specifications Pricing
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| CPPAKTM |
Developed by Vincent
Arp and Jerry Hust,
copyright by Cryodata
Inc., CPPAK is related to METALPAK and is used to calculate specific heats of a number of
materials, 21 of which are not available in METALPAK.
Available: As
a DOS executable. Fortran source code is also available.
CPPAK
Specifications Pricing
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| EXPAKTM |
Developed by Vincent
Arp and Jerry Hust,
copyright by Cryodata
Inc., EXPAK is related to METALPAK and is used to calculate
thermal expansivities of a number of materials, 28 of which are not
available in METALPAK.
Available: As
a DOS executable. Fortran source code is also available.
EXPAK
Specifications Pricing
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Superconductivity
Analysis
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| SuperMagnetTM |
A suite of software
products providing comprehensive analysis of electromagnetic and
thermo-hydraulic analysis of superconducting magnets. Developed by
Dr. Luca Bottura, begun during his graduate studies, and
enhanced since that time through work, most recently at CERN in
Geneva, Switzerland.
Available: As
a UNIX and DOS compiled code. Source code is also available for many
of the software modules in the SuperMagnet suite.
SuperMagnet
Suite Specifications Pricing
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GASPAK
and HEPAK are registered trademarks of CRYODATA Inc.
He3Pak
is a trademark of CRYODATA Inc. managed on behalf of the software developers
from Zhejiang
University, People’s Republic of China.
METALPAK,
CPPAK and EXPAK
are trademarks of CRYODATA Inc.
SuperMagnet
is a trademark of CryoSoft.
Excel is a registered trademark of Microsoft Corporation.
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