CCC Data Base
atom.curtin.edu.au/CCC-WWW/index.htmlSearch atomic target data in the CCC Data Base by element and explore its listed atomic records.
Looking for something like OPEN-ADAS? Here are 24 alternatives, ranked by how closely they match it on purpose, features and platforms.
OPEN-ADAS lets users search atomic data by element, ion, wavelength, or other parameters.
| # | Alternative | Pricing | Open source | Platforms |
|---|---|---|---|---|
| 1 | CCC Data Base | — | Not stated | Web |
| 2 | The Atomic Line List | — | Not stated | Web |
| 3 | ClinicalTrials.gov | — | Not stated | Web |
| 4 | HITRAN online | — | Not stated | Web |
| 5 | National Earthquake DataBase | — | Not stated | Web |
| 6 | EELS Data Base | — | Not stated | Web |
| 7 | Freshwater Research and Environmental Database | — | Not stated | Web |
| 8 | Handbook of Basic Atomic Spectroscopic Data | — | Not stated | Web |
| 9 | Atomic & Molecular Database | — | Not stated | Web |
| 10 | Atomic Data for Astrophysics | — | Not stated | Web |
Search atomic target data in the CCC Data Base by element and explore its listed atomic records.
The Atomic Line List compiles calculated wavelengths for allowed, intercombination, and forbidden atomic transitions.
Search ClinicalTrials.gov study records or review data element definitions for submitting registration and results information.
HITRANonline provides access to the HITRAN database, including molecular line-by-line parameters, cross-section data, and documentation.
Canada’s National Earthquake Database combines raw seismograph data, measurements, and derived parameters from national seismic networks.
EELS DB collects electron energy loss spectroscopy and X-ray spectra, with records covering 43 elements.
FRED is a freshwater research and environmental database with search and map views for study sites, samples, parameters, and species groups.
NIST’s Handbook of Basic Atomic Spectroscopic Data provides reference data maintained by its Physical Measurement Laboratory.
Browse atomic data on ionization potentials, energy levels, spectra, and particle collisions in CAMDB.
Explore atomic data for astrophysics, including information on photoionization, recombination, and collisional processes.
WURM catalogs computed mineral properties, including crystal structures, calculation parameters, and spectral measurements.
Search CHIANTI, an atomic database for spectroscopic diagnostics of astrophysical plasmas.
Query the ATNF Pulsar Catalogue by selecting pulsar parameters and predefined variables.
NIST’s Atomic Spectral Line Broadening Bibliographic Database provides references about atomic spectral line broadening, from 1889 onward.
Browse Kurucz atomic line lists alongside links to related astronomy and molecular databases.
data.world provides an enterprise data catalog for discovering metadata and developing data products and analytics.
ESS-DIVE supports searching and submitting environmental systems science data, with guidance and news about its research data infrastructure.
Montréal's open data site lets visitors search municipal datasets and browse topics, news, and applications.
Amsterdam’s municipal data site provides current city information and lets visitors search streets, buildings, public spaces, map layers, and datasets.
PDBj maintains the single global PDB/BMRB/EMDB archives of macromolecular structures and provides integrated tools for searching and analyzing PDB data.
Seoul's open data portal provides access to municipal datasets and information on searching, using, and requesting public records.
Search, use, or deposit language resources in CLARIND-UdS, Saarland University's repository with a stated data preservation policy.
Research Data Leeds lets visitors search, browse, and view recent additions to the university’s research data repository.
FDM@DHBW presents research and innovation data management resources, including recent uploads, search help, and information about Open Science.
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