Sentence examples for calculations verified from inspiring English sources
Electric near field calculations verified the previous behavior.
Subsequent transport calculations verified this trend and reported smaller molecular gaps and HOMO positions closer to the Fermi level with decreasing aromaticity18.
Density functional theory calculations verified the mechanism of the significant improvements on the affinity and selectivity of the MIP-functionalized graphene materials.
Finite element model (FEM) analysis and theoretical calculations (verified in the companion paper, Preanalysis of the Low Cycle Fatigue Behavior of a Reduced End Plate Moment Connection (T-stub) [1]) are used to predict the structural behavior.
The extensive trajectory calculations done in conjunction with the HEAO-3 satellite and a comparison between these experimental measurements and the trajectory calculations verified the Störmer theory prediction regarding angular cutoff variations and also confirmed that the structure of the first order penumbra is very stable and could be used for isotope separation.
Numerical calculations verify that the hybrid method is efficient and accurate.
Transient calculations verify prior conclusions reached from an equilibrium stability analysis, and the results exhibit meniscus oscillation and fluid recirculation for certain values of the parameters.
Meanwhile, both electrochemical measurements and density functional theory (DFT) calculations verify that the ORRs on the MFe2O4 catalysts are a direct 4 e− pathway in the alkaline solution, and expound the reason for the excellent methanol tolerance of MFe2O4.
Binding free energy calculations verify that inhibitors 1 and 2 have almost the same activities against VEGFR-2, and that ligand 1 binds to and stabilizes the DFG-in conformation of VEGFR-2, which is in agree with the experimental observation.
The results of the energy calculations verify the idea that the sudden change in vent fauna is a result of changes in fluid chemistry.
The ray-tracing calculation verifies that the dispersion effect for TE is two orders of magnitude less than TM (Figure 5c), which is consistent with our experimental observations.
