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Force methods

Construction of Alignment Charts. Of the ways to constmct alignment charts, the bmte force method, which requires some idea of the geometry for the chart, is the easiest method to use. The mathematical method, which uses parametric equations of scale to determine the placement and scale of each axis, is the most accurate, but the most difficult to apply. [Pg.246]

Ecosol LAB Analytical Task Force Method, Bruxelles, 1992. [Pg.106]

Start with 1 mol of and let it age for 10 billion years or so. Refer to Table 2.1. What is the maximum number of atoms of " Po that will ever exist Warning This problem is monstrously difficult to solve by brute force methods. A long but straightforward analytical solution is possible. See also Section 2.5.3 for a shortcut method. [Pg.72]

The brute force method depends on a systematic variation of all involved coefficients over a reasonable parameter space. The combination yielding the lowest goodness-of-fit measure is picked as the center for a further round with a finer raster of coefficient variation. This sequence of events is repeated until further refinement will only infinitesimally improve the goodness-of-fit measure. This approach can be very time-consuming and produce reams of paper, but if carefully implemented, the global minimum will not be missed, cf. Figures 3.4 and 4.4. [Pg.159]

The algebraic/iterative and the brute force methods are numerical respectively computational techniques that operate on the chosen mathematical model. Raw residuals r are weighted to reflect the relative reliabilities of the measurements. [Pg.159]

Haugstad, G. and Gladfelter, W. L. (1994). Probing biopolymers with scanning force methods Adsorption, structure, properties, and transformation of gelatin onmica. Langmuir... [Pg.239]

The next step, the grid search, is essentially a brute-force method in which the experimental range is divided into a grid of specific size and methodically searched. The method is called an exhaustive grid search. From an input of the desired criteria, the program prints out all points (formulations) that satisfy the constraints. [Pg.617]

Which of the various immersed or embedded boundary methods is best— generally or for a particular case—is still an open question. Thornock and Smith (2005) introduced a Cell Adjusted Boundary Force Method for a stirred vessel. All methods proposed so far have their own pros and cons. Immersed boundary methods are also exploited in LB techniques (e.g., Derksen and Van den Akker, 1999). Rohde (2004) investigated the use of triangular facets for representing a spherical particle. [Pg.181]

In order to recover both amines in ophcaUy achve form the amide is hydrolyzed chemically by reachon with NaOH in aqueous ethylene glycol at 150 °C. This brute force method would certainly lead to problems with amines containing other functional groups and is in stark contrast to the elegant enzymatic procedure used for the first step. Hence, an overall greener process can be obtained by employing an enzymatic deacylation step in what we have called an easy-on/easy-off process... [Pg.115]


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Advantages and Limitations of Force Field Methods

Anti conformations, force field methods

Approximate Methods Hybrid Force Fields

Atomic force microscopy fabrication method

Atomistic methods force field

Bending energies, force field methods

Bond dissociation force field methods

Brute electric force method

Brute force method

Computational methods empirical force fields

Coordination compounds force field methods

Cross terms force field methods

Crystal force field methods

Effective force coarse-graining method

Electromotive Force (emf) Method

Electrostatic energies force field methods

Empirical Force Field method

Empirical Force Field or Molecular Mechanics Methods

Flow, pumping method capillary force

Force Propagation Method

Force Propagation Method algorithm

Force Propagation Method computations

Force constant Hartree-Fock method

Force field method, prediction

Force field methods accuracy/generality

Force field methods advantages

Force field methods atom types

Force field methods computational considerations

Force field methods conjugated systems

Force field methods energy comparisons

Force field methods energy types

Force field methods errors

Force field methods functional forms

Force field methods functional groups

Force field methods generic parameters

Force field methods hydrogen bonds

Force field methods hyperconjugation

Force field methods limitations

Force field methods parameterization

Force field methods practical considerations

Force field methods reactive energy surfaces

Force field methods stretch energies

Force field methods structurally different molecules

Force field methods torsional energies

Force field methods transition structure modelling

Force field methods, molecular modeling

Force field-based methods

Force matching method

Force measurement direct methods

Force measurement indirect methods

Force measurement method

Force method, stability

Force relaxation method

Force-bias Monte Carlo method

Force-density method

Force-field methods

Force-field methods, calculation

Force-field methods, calculation of molecular structure and energy

Forced Rayleigh scattering method

Forced Rayleigh scattering method measurement

Forced convection methods

Forced vibration measurement methods

Forced vibration method

Forcing function method

Hartree-Fock theory force field methods

Hybrid force field electronic structure method

Lateral force method

Lateral force rate method

Magnetic Force in Nonuniform Fields Phase Analysis Method

Material characterization methods magnetic force

Method of induced forces

Method, 320 Force field energy

Methods Used to Measure Contact Forces

Molecular mechanics force field correlated methods

Molecular structure and energy, calculation of, by force-field methods

Morse potentials force field methods

Neighbour list, in force field methods

Particular Solution Methods for Forced Equations

Polymers forced vibration methods

Potential Analysis Method Using Photon Force Measurement

Potential Analysis Method for Hydrodynamic Force Measurement

Potential energy surfaces force field methods

Pull-force methods

Quantum Consistent force field method

Reactive force field molecular simulation methods

Reactive force-field quantum chemical methods

Scaled quantum mechanical force field method

Schrodinger equation force field methods

Screening methods atomic force microscopy

Search brute force method

Shifted-force method

Single-molecule methods atomic force microscope

Size methods solvation forces

Stability-indicating method forced degradation studies

Surface force Wilhelmy plate method

Surface force capillary rise method

Surface force drop weight method

Surface force dynamic methods

Surface force maximum bubble pressure method

Surface force methods

Surface force methods Thin film balance

Surface force principal methods

Surface force sessile drop method

Surface force spinning drop method

Taylor expansions force field methods

Testing methods atomic force microscopy

The Adaptive Biasing Force Method

The Brute Force Method

The Force Propagation Method

The Force-Field Method

The Unit Force Method

Transference electromotive force method

Unit Force Method

Unit Force Method algorithm

Unit Force Method computations

Valence-force method

Vibrational force field methods

Virtual Force Field method

Viscoelasticity forced vibration methods

Wilhelmy plate method force balance

Zero-Driving Force Method

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