The phrase "atomic data" is correct and usable in written English.
It can be used in contexts related to data analysis, computer science, or information theory, often referring to the smallest unit of data that can be processed or analyzed.
Example: "In our research, we focused on atomic data to ensure that our findings were based on the most granular level of information available."
Alternatives: "fundamental data" or "basic data unit".
This code, which is now organized as a suite of programs, provides a powerful platform today to generate and evaluate atomic data for open-shell atoms, including level energies and energy shifts, transition probabilities, Auger parameters as well as a variety of excitation, ionization and recombination amplitudes and cross sections.
With atomic data that Edlén supplied, Grotrian was able to predict the wavelengths of two of the strongest coronal lines, including one that can be produced only from ionized iron at a temperature of about a million kelvins (K).
This offers compact, simple representations with efficient storage of atomic data.
Respective emission functions have been calculated using the CHIANTI v. 5.2 atomic data package.
These simulations are obtained with the latest atomic data and EIS response functions.
The EH method has been successfully employed for experimental information analysis and their correlation with atomic data.
In addition, we introduce a new measure of atomic data-set goodness by considering their performance uniformity over an extended pressure range.
The technique we propose is an evolutionary search procedure that exploits the ATOMPAW code to generate atomic data-sets and the Quantum ESPRESSO software suite for total energy calculations.
This time scale is based on cesium atomic clock data gathered through a data network of about 50 laboratories around the world, including NIST's.
Based on taxonomic distribution, domain organization of gene fusions, physical clustering on chromosomes, atomic structural data, co-expression, and phenotype data, a promising candidate was identified, the family called Domain of Unknown Function family DUF71 IPR002761) in Interpro [ 14].
Ruth Werner, a colorful and successful Soviet spy whose exploits included radioing invaluable atomic bomb data to Moscow in the middle of World War II, died on July 7 in Berlin.
