The NEA Thermochemical Database project develops reference thermodynamic values for compounds relevant to radioactive waste safety and geochemical modeling.
NIST Digital Library of Mathematical Functions vs The Cologne Database for Molecular Spectroscopy
How do NIST Digital Library of Mathematical Functions and The Cologne Database for Molecular Spectroscopy compare? Here are the facts side by side: pricing, platforms, open-source status and what each one is for.
| Directory detail | NIST Digital Library of Mathematical Functions | The Cologne Database for Molecular Spectroscopy |
|---|---|---|
| What it is | NIST’s Digital Library of Mathematical Functions provides reference material on mathematical functions, with indexes, notations, and search. | CDMS provides reference data for molecular spectroscopy, with database records and guidance on their content and citation. |
| Website | ||
| Type | Website | Website |
| Topic | ||
| Pricing | Not confirmed | Not confirmed |
| Platforms | Web | Web |
| Open source | Not stated | Not stated |
| Language | English | English |
| Alternatives |
Other options to consider
Sites similar to both NIST Digital Library of Mathematical Functions and The Cologne Database for Molecular Spectroscopy.
NIST’s Handbook of Basic Atomic Spectroscopic Data provides reference data maintained by its Physical Measurement Laboratory.
DEG provides a browser for archaea essential genes, with organism, condition, and reference records.
The Gene Ontology project represents knowledge about gene functions across molecular, cellular, and tissue system levels.
Italy’s National Oceanographic Data Centre is the national reference for the UNESCO oceanographic data exchange system.
IERS provides data on Earth rotation, reference systems, and geophysical fluids, with models, standards, and current bulletins.





