Looking for something like WURM Project? Here are 24 alternatives, ranked by how closely they match it on purpose, features and platforms. Of these, 1 are free or have a free plan.
WURM catalogs computed mineral properties, including crystal structures, calculation parameters, and spectral measurements.
| # | Alternative | Pricing | Open source | Platforms |
|---|---|---|---|---|
| 1 | National Earthquake DataBase | — | Not stated | Web |
| 2 | The Plastics-Active Enzymes Database | — | Not stated | Web |
| 3 | LXcat | Free | Not stated | Web |
| 4 | Cambridge Structural Database | — | Not stated | Web |
| 5 | The World Atlas of Language Structures | — | Not stated | Web |
| 6 | Spec Patterns | — | Not stated | Web |
| 7 | TreeSource | — | Not stated | Web |
| 8 | mzCloud | — | Not stated | Web |
| 9 | INFRA-ART Spectral Library | — | Not stated | Web |
| 10 | NIST Atomic Spectral Line Broadening Bibliographic Database | — | Not stated | Web |
Canada’s National Earthquake Database combines raw seismograph data, measurements, and derived parameters from national seismic networks.
PAZy catalogs plastic-active enzymes, substrates, enzyme structures, and curated literature on plastic degradation.
LXcat lets users browse and download plasma data, use online calculations, and access data categories and contributor information.
The Cambridge Structural Database contains curated crystal-structure data for chemistry research.
WALS is a database of structural features of languages, including phonological, grammatical, and lexical properties.
Spec Patterns collects reusable patterns for specifying properties in finite-state verification, with explanations and examples.
TreeSource is Canada's national database on wood and tree quality, including properties of economically important species.
mzCloud offers a searchable spectral database with high-resolution mass spectra to help identify compounds in scientific analyses.
The INFRA-ART Spectral Library supports heritage science and conservation with searchable reference material and sample spectra.
NIST’s Atomic Spectral Line Broadening Bibliographic Database provides references about atomic spectral line broadening, from 1889 onward.
HITRANonline provides access to the HITRAN database, including molecular line-by-line parameters, cross-section data, and documentation.
FRED is a freshwater research and environmental database with search and map views for study sites, samples, parameters, and species groups.
OPEN-ADAS lets users search atomic data by element, ion, wavelength, or other parameters.
Japan's free SDBS provides spectral records for organic compounds, including NMR, mass spectrometry, ESR, and infrared data.
Query the ATNF Pulsar Catalogue by selecting pulsar parameters and predefined variables.
Reciprocal Net links a distributed crystallography network with a searchable collection of common molecular structures.
PDBj maintains the single global PDB/BMRB/EMDB archives of macromolecular structures and provides integrated tools for searching and analyzing PDB data.
RCSB PDB supports searching, visualizing, downloading, and analyzing protein structures and related sequence, structure, and function data.
The Worldwide Protein Data Bank manages the public archive of 3D structures for proteins, nucleic acids, and complex assemblies.
Search and browse CATH's database classifying protein structures, with options to find a protein structure.
EMDataResource archives and retrieves three-dimensional electron microscopy structures, with data standards, validation methods, and related tools.
The Database of Zeolite Structures provides searchable structural information, descriptions, drawings, and animated displays for approved zeolite framework types.
The Nucleic Acid Knowledgebase provides 3D structural information about nucleic acids, with structures, search, and full-text access.
NIST’s Handbook of Basic Atomic Spectroscopic Data provides reference data maintained by its Physical Measurement Laboratory.
Alternatives are suggested from the purpose and features described in our listings. Different pages for the same product appear once. Read each description to check whether it fits your task. How we choose alternatives · Suggest an alternative
