Scope and Applicability

Within scope:	thermodynamic and transport properties of molecular organic compounds for chemical systems of three components or less. Some articles related to inorganic and organometallic compounds are included.
Outside scope:	polymers, radicals, properties of ions (including dissociation constants), inter-metallics, and alloys

If you are unsure if your system of interest falls within the scope of this tool, please review the following questions. Otherwise, begin to build a NIST Literature Report.

Are new experimental results for thermodynamic or transport properties absent from your manuscript?
Yes
No
Studies on chemical systems (i.e., mixtures) with more than 3 components are outside the scope of this tool. Are all reported measurements for systems involving more than 3 components?
Yes
No
Studies on materials with non-unique chemical formulas (i.e., polymers, oils, gums, foods, clathrates, etc.) are outside the scope of this tool. Are all reported measurements for systems involving such materials (polymers, etc.)?
Yes
No
Acid dissociation constants and properties of specific ions (e.g., pH or properties as a function of pH) are outside the scope of this tool. (Note: Properties of ionic liquids and solutions of ionic compounds are within the scope.) Are all reported measurements for acid dissociation constants or ion properties?
Yes
No
Except for enthalpies of combustion, reaction properties (including equilibrium constants) are outside the scope of this tool. Are all reported measurements for reaction properties (excluding enthalpies of combustion)?
Yes
No

DISCLAIMER: The National Institute of Standards and Technology (NIST) uses its best effort to deliver a high-quality interface and access to the underlying database, and to verify that the methods and data contained therein are broadly comprehensive and have been selected on the basis of sound scientific judgment. However, NIST makes no warranties to that effect, and NIST shall not be liable for any damage that may result from errors or omissions in this information resource. This resource is designed to be a software aid for reporting new experimental measurements of thermophysical properties, but in no way substitutes for intensive literature review, relevant data analysis, and judgments based on specific needs.

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Last Updated: Feb. 2, 2016