Sentence examples for atomic degrees from inspiring English sources
We address these issues by probing the theoretical validity of these potentials as mean-force potentials that take the solvent implicitly into account and involve entropic contributions due to atomic degrees of freedom and solvation.
Based on Fourier analysis of regular lattices structures, this approach allows elimination of unnecessary atomic degrees of freedom over the coarse grain, without involving an explicit continuum model for the latter.
Forcefield guided MD (Chen et al., 2003; Orzechowski et al., 2008; Trabuco et al., 2008) is seemingly less restrictive on the atomic degrees of freedom, but in practical applications to real data such methods are often augmented by additional constraints based on expert knowledge (Chen et al., 2003), to reduce the risk of over-fitting.
The ability of such models to reproduce the essential features of folding dynamics suggests that each single atomic degree of freedom is not by itself particularly relevant to folding and supports a statistical mechanical approach to characterize folding transitions.
We suggest a technique to engineer entangled states in the atomic external degrees of freedom by atomic Bragg scattering from an optical lattice.
The annealing effect on the martensitic transformation behavior is discussed from the viewpoints of electron concentration, Mn Mn interatomic distance, atomic order degree and grain size.
Modification of atomic structure, degree of eutectic structure refinement and volume fraction of the constituent phases with the addition of In and Nb are the crucial factors in enhancing the mechanical properties of Ti Fe–(In, Nb) composites.
The plasma electron temperature, electron density and atomic ionization degree in plasma zone were evaluated by analyzing the spectral lines of optical emission spectroscopy (OES), and the high spike peaks on plasma temperature profiles were emphatically discussed.
The average electron temperature in plasma zone was about 3000 K 15,000 K, and the electron density was about 4.95 × 1021 m− 3 1.65 × 1022 m− 3, meanwhile the atomic ionization degree of Al was less than 10− 3, while the temperature inside the alloy is below 120 °C.
The calculations show that simultaneous relaxation of atomic and spin degrees of freedom is important in order to find the global energy minimum for these materials.
Under this character of atomic redistribution, the degree of stabilization of the austenite reverted by γ-α-γ transformations appeared considerably lower than in the case of the diffusive character of reverse transformation.
