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Lennard-Jones energy

Characteristic Lennard-Jones energy Dimensionless Dimensionless... [Pg.591]

The pj term in Eq. (1) is the well-known Lennard-Jones energy , and is computed as the sum of two terms ... [Pg.11]

Estimate the Lennard-Jones energy of molecular nitrogen at the optimum separation and at twice this value. Use the parameters given in table 2.2. From the table,... [Pg.60]

Solvent Dipole Moment p/debye Polarizability 10 /nm Diameter o/nm Lennard-Jones Energy Elj b /K... [Pg.153]

Fig. 20 Depth dependence of Tg for PS obtained by coarse-grained molecular dynamics simulation. The 0 depth is at the substrate interface, and the value is in a real space. The upper abscissa is expressed by the chain dimension using radius of gyration (/fg) for an unpertiffbed polymer chain. The e value correspraids to Lennard-Jones energy between segments and substrate wall... Fig. 20 Depth dependence of Tg for PS obtained by coarse-grained molecular dynamics simulation. The 0 depth is at the substrate interface, and the value is in a real space. The upper abscissa is expressed by the chain dimension using radius of gyration (/fg) for an unpertiffbed polymer chain. The e value correspraids to Lennard-Jones energy between segments and substrate wall...
Binary diffusion coefficients were calculated by the Wilke and Lee equation and the required parameters, characteristic Lennard-Jones energies and lengths for each lump, were calculated by using the average critical temperatures and volumes of the lumps [13, p. 396,587]. The critical properties were calculated fiom the average product compositions of the liunps (dry gas, LPG and gasoline) and from the distillation curve (gas oil). [Pg.167]

Egag - Lennard-Jones energy interaction, equation (7.18)... [Pg.875]

TABLE 4.20 The Lennard-Jones Energy (4.51) and the Properties of the Crystals of the Inert Gases (At OK and Zero Atmospheric Pressure) ... [Pg.470]

Matyushov, D. V. and Schmid, R., Calculation of Lennard-Jones energies of molecular fluids, J. Chem. Phys., 104, 8627-8638 (1996). [Pg.278]

The QM/MM interaction energy is similar to that discussed previously and consists of electrostatic and Lennard-Jones parts. The Lennard-Jones energy is the same as that in equation 11 and the electrostatic energy is ... [Pg.9]


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See also in sourсe #XX -- [ Pg.749 ]

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Lennard-Jones interaction energy

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