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Energy value

Only certain energy values ( ) will lead to solutions of this equation. The corresponding values of the wave functions are called Eigen functions or characteristic wave functions. [Pg.148]

In the case of polyatomic molecules, one may consider separately the accommodation coefficients for translational and for vibrational energy. Values of the latter, civ, are discussed by Nilsson and Rabinovitch [7]. [Pg.602]

Bond energy values can be obtained from thermochemical calculations (p. 72) and a number are included in Table 2.70 together with the compound used in the calculation. [Pg.47]

Fig. 7. Total energy as a function of setting angle 0. The minimal energy value corresponds to a setting angle of 42.4°. Fig. 7. Total energy as a function of setting angle 0. The minimal energy value corresponds to a setting angle of 42.4°.
Besides the aforementioned descriptors, grid-based methods are frequently used in the field of QSAR quantitative structure-activity relationships) [50]. A molecule is placed in a box and for an orthogonal grid of points the interaction energy values between this molecule and another small molecule, such as water, are calculated. The grid map thus obtained characterizes the molecular shape, charge distribution, and hydrophobicity. [Pg.428]

Using the coordinates of special geometries, minima, and saddle points, together with the nearby values of potential energy, you can calculate spectroscopic properties and macroscopic therm ody-riatriic and kinetic parameters, sncfi as enthalpies, entropies, and thermal rate constants. HyperChem can provide the geometries and energy values for many of these ealeulatiori s. [Pg.32]

II energy values where the energy is between Ef j and E and where the value of the opriate array element H( ) is greater than some minimum value (e.g. 20). In other is, that particular energy level must have been visited at least twenty times during iimulation. The following two parameters are now calculated ... [Pg.452]

In 1913 Bohr showed, by an argument that was essentially a combination of classical mechanics and quantum mechanics as it was known at that time, that the energy spectrum (ordered set of energy values) of hydrogen is given by... [Pg.178]

Even within a particular approximation, total energy values relative to the method s zero of energy are often very inaccurate. It is quite common to find that this inaccuracy is almost always the result of systematic error. As such, the most accurate values are often relative energies obtained by subtracting total energies from separate calculations. This is why the difference in energy between conformers and bond dissociation energies can be computed extremely accurately. [Pg.8]

There are similar algorithms, also called simulated annealing, that are Monte Carlo algorithms in which the choice conformations obey a Gaussian distribution centered on the lowest-energy value found thus far. The standard deviation of this distribution decreases over the course of the simulation. [Pg.183]

Quantitative energy values are one of the most useful results from computational techniques. In order to develop a reasonable energy expression when two... [Pg.198]

Energy products Energy recovery Energy Security Act Energy storage Energy value Enflurane [13838-16-9]... [Pg.362]

Polystyrene has a high heating value, 46,000 kj/kg compared to heating oil, 44,000 kj/kg (46). Thus, incineration for its energy value is another possible appHcation for recovered polystyrene. [Pg.231]

If a waste sulfuric acid regeneration plant is not available, eg, as part of a joint acrylate—methacrylate manufacturing complex, the preferred catalyst for esterification is a sulfonic acid type ion-exchange resin. In this case the residue from the ester reactor bleed stripper can be disposed of by combustion to recover energy value as steam. [Pg.154]


See other pages where Energy value is mentioned: [Pg.158]    [Pg.267]    [Pg.278]    [Pg.105]    [Pg.368]    [Pg.1028]    [Pg.2204]    [Pg.2267]    [Pg.530]    [Pg.33]    [Pg.172]    [Pg.469]    [Pg.102]    [Pg.109]    [Pg.432]    [Pg.307]    [Pg.141]    [Pg.244]    [Pg.443]    [Pg.585]    [Pg.593]    [Pg.602]    [Pg.608]    [Pg.703]    [Pg.724]    [Pg.727]    [Pg.171]    [Pg.280]    [Pg.307]    [Pg.696]    [Pg.164]    [Pg.234]    [Pg.487]    [Pg.171]    [Pg.22]    [Pg.28]   
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See also in sourсe #XX -- [ Pg.200 ]

See also in sourсe #XX -- [ Pg.186 ]

See also in sourсe #XX -- [ Pg.329 ]




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Acidic drugs calculated energy values

Acidic drugs interaction energy values

Activation energy negative value

Activation energy tabulated values

Activation energy typical values

Activation energy value

Activation energy values of the

Activation-energy values, depolymerization

Alcohol energy value

Amino acid enantiomers energy values

Basic Concepts of Molecular Interaction Energy Values

Bond dissociation energies, some values

Bond dissociation energy data values

Bond dissociation energy values

Bond dissociation energy values carbon -nitrogen

Bond dissociation energy values carbon-hydrogen

Bond dissociation energy values carbon-metal

Bond dissociation energy values carbon-oxygen

Bond dissociation energy values carbon-silicon

Bond dissociation energy values hydrogen-nitrogen

Bond dissociation energy values hydrogen-oxygen

Bond dissociation energy values nitrogen-oxygen

Bond energies average values

Bond energy reference values

Bond energy term values

Bond energy values

Calculated Conformational Energy Cutoff Values

Calorimetry bond energy values and

Carbohydrate energy value

Characteristic energy values

Configuration interaction energy values

Confined atoms, electronic structure energy values

Contour energy values, GRID

Conversion energy efficiency value

Electronic structure representation energy value

Empirical Values of Resonance Energies

Empirical Values of Single-Bond Energies

Energy Level Values

Energy Value of Milk Fat

Energy Values of Multiply Ionized States

Energy equivalent value

Energy expectation value

Energy level parameter values

Energy levels absolute values

Energy requirements fuel heating value

Energy values large radii

Energy values methyl radicals

Energy values silyl radicals

Energy values small radii

Energy values with oscillator potential

Energy values, of foods

Expectation value of energy

Expectation value of the energy

Fermi energy Free-electron value

Foods, energy values

Free energy values

Gibbs Energy of Formation Values

Gibbs energy difference maximum value

Gibbs energy of formation standard state values

Gibbs energy standard value

Gibbs free energy, values

Graphitized carbon energy values

Graphitized carbon optimized energy values

Gross calorific values, energy

Group adsorption energies.additivity values

Heat energy, value

Heat energy, value INDEX

Homolytic bond energy values

Intrinsic activation energy values

Intrinsic adhesive fracture energy values

Ionization energy successive values

Ionization energy values

Kinetic energy, average value

Lattice energy calculated versus experimental values

Lattice energy calculated vs experimental values

Lattice energy value

Lipid energy value

Localization energy values

Minimum value of the free energy

Molecular Rydberg states energy values

Molecular modelling local minimum energy value

Net energy value

Next page energy values

Numerical Values of Bond Dissociation Energies

Organic modifier effect energy values

Partitioned total energy values

Photon energy expectation value

Polycyclic aromatic hydrocarbon energy values

Polymer surface energy values

Potential energy quantum-mechanical average value

Predicting the energy value of foods

Prescribed energy values

Protein energy value

Quantitative structure-retention energy values

Quantum-Mechanical Average Value of the Potential Energy

Resonance energy negative values

Resonance energy values, table

Selected values of high-angle grain-boundary energies

Selected values of interfacial energies

Single bond, energies energy values

Subject energy values

Surface energy typical values listed

Three-dimensional model phases energy values

Values for cellular enthalpy, entropy, and free energy of formation

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