Sentence examples for simplified potential from inspiring English sources
The Simplified Potential Energy Clock Model has been previously shown to predict accurately glassy polymer responses such as yield, creep, enthalpy relaxation, and physical aging.
The resulting simplified potential energy clock (SPEC) model is quite easily computed and parameterized, yet faithfully reproduces the predictions of the full potential energy clock model implying that experimental responses are still accurately predicted.
To determine whether a common constitutive framework can be applied to both classes of materials, the nonlinear viscoelastic simplified potential energy clock (SPEC) model, developed originally for glassy thermosets, was calibrated for the Schott 8061 inorganic glass and used to analyze a number of tests.
To aid in the interpretation of the complex microkinetic model, an analytical rate expression was derived based on a simplified potential energy surface comprised of three major regions: the adsorption of CO2, the release of HCO3− via displacement by water, and the deprotonation of Zn-H2O.
We assess the quality of this approximation and discuss instances in which one can reliably use the approximated simplified potential instead of the computationally unyielding exact one.
These comparisons indicate that our GA-based solvent-contact model may be more efficient in a quantitative estimation of molecular solvation free energies than the sophisticated quantum chemical method and statistical simulations with all-atom models because the former can produce the energy values in a straightforward way from the simplified potential function.
With the theoretical developments, computational cost is significantly reduced due to simplified potentials and coarse-grained schemes.
The observed difference between detailed-potential and simplified-potential-derived normal modes is a natural result of harmonic approximations taken at energy minima with different curvatures.
Attention to a simplified Gaussian potential function which processes uncorrelated features is confined.
The increase in corrosion was found using a simplified electrochemical potential noise (EPN) method and confirmed through visual observation and mass loss data.
The proposed method is evaluated over a scalable simplified molecular potential energy function with up to 200 degrees of freedom and a realistic energy function of pseudo-ethane molecule.
