Sentence examples for atomic separation from inspiring English sources

q is the atomic charge, ε is the dielectric constant, r ij is the i-j atomic separation distance.

The first step in using the program is finding a value for the smallest atomic separation for the first sublattice.

Crack advance was observed to be due to a combination of dislocation emission and atomic separation.

The model is described in details and illustrated by 2D test cases of atomic separation in shock fronts.

Specific atomic separation distances were followed (e.g., between the acrylamide carbonyl of VA-2 and a local amide hydrogen known to hydrogen-bond with bacterial d-Ala- d-Ala), and the energy minimization routine was performed beginning at frames of interest to explore various local energy minima.

The classical energy of this system is H = \frac{\left| \mathbf{p}_{1} \right|^{2}}{2m_{1}} + \frac{\left| \mathbf{p}_{2} \right|^{2}}{2m_{2}} + \frac{1}{2} a q^{2}, where 'p'1 and 'p'2 are the momenta of the two atoms, and q is the deviation of the inter-atomic separation from its equilibrium value.

Dependence of M (μ B ) on the Fe-As inter-atomic separation, z, as obtained using our model Equation 6.

where z is the Fe-Pn layer distance (inter-atomic separation); z c, the critical point; and α, a material dependent parameter that is always less than 1.

From Figure 2, away from the QCP, observe that there is almost perfect linear correlation between our calculated magnetic moment and the Fe-Pn inter-atomic separation.

Note that Γ M, z) = α z − z c )2(p − 2) has the same symmetry property as M. Equation 2 is the model equation we are proposing for studying the dependence of M on the Fe-Pn inter-atomic separation.

Bond distances derived from fitting these shells represent weighted averages, and Debye Waller factors reflect the deviation in the inter-atomic separations.