The S and W parameters were calculated to characterize Doppler broadening.
The density profiles and the radial distribution functions are calculated to characterize the structures of the multicompartment micelles.
Based on the phase space reconstruction of Duffing system output, the maximal LE was calculated to characterize the magnitude of the second harmonic.
Six quantities were calculated to characterize each hourly sea state: omnidirectional wave power, significant wave height, energy period, spectral width, direction of the maximum directionally resolved wave power and directionality coefficient.
A set of molecular descriptors, including electronic descriptors, topological descriptors, geometric descriptors and molecular shape indices, are calculated to characterize the structural and physicochemical properties for 94 chemical compounds: 42 antifungal active and 52 inactive.
The coefficient of determination (R 2) was calculated to show the strength of relationships between variables and the coefficient of variation (CV) for annual or seasonal integrals, and the maximum rates of fluxes (NEE, GPP, and ET) was calculated to characterize their spatial variations.
Four quantities are calculated to characterize the nature of the electronic and transport properties on two-circled structures, with PD and defect-free (ND) structures: the total density of states N(E), the local density of states ρ i,E), the participation number P(E) and the transmission function T(E).
are calculated to characterize each modality.
Time-to-peak (TTP) maps were calculated to characterize malperfusion.
The ratios of red/green fluorescence intensity were calculated to characterize the Δψm [78], [79].
