We argue that not depending on any databases for determining the molecular formula of an unknown compound, is an important advantage of SIRIUS 3 and any other method that does so: Restricting the search space to known molecular formulas makes the problem much easier and, hence, leads to favorable evaluation results for all available test data.
It is widely used in clinical studies, in an international research database and for determining whether patients in the UK receive replacement therapy.
This database is useful for determining the most suitable column for quantitative, congener-specific PBDE analysis.
The database was used for determining the putative sugarcane homologs of Arabidopsis genes that are known to be involved in DNA repair [ 3, 4].
This database is the largest hospital database in the USA for determining hospital quality benchmarking and contains linked, de-identified inpatient medical, pharmacy, and billing data from more than 500 geographically dispersed acute care hospitals.
On the basis of a previously reported spectroscopic and petrographic database, a general procedure for determining the provenance of white marbles is presented and used to establish a classification rule for the marbles most used in Roman architecture.
The Flynn database (n = 97) for determining the effect of the physicochemical properties of solutes on their skin absorption has been edited to give a database for which the solubilities of the solutes in water, SAQ, and their maximum fluxes from water through human skin in vitro, JMAQ, are known or can be calculated (n = 76).
The edited Flynn database (n = 62) for determining the effect of the physicochemical properties of solutes on their skin absorption has been extended (n = 114) to give a database for which solubilities of the solutes in water, SAQ, and their maximum fluxes from water through human skin in vitro, JMAQ, are known or can be calculated.
Based on a generated database, general unified expressions for determining both CODs and CSDs at various crack densities were developed and used with a multiscale damage-based model to predict stiffness degradation and ply crack evolution for cross-ply, angle-ply and quasi-isotropic laminates.
