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Model exhibits motion across a wide range of frequencies. The left view shows a short trajectory of O-H bond distance in the model system showing the period of the fastest motion to be approximately 8.8 fs. The right view shows the trajectory of one dipole angle. Note that the electrostatic interactions result in a low-frequency motion with period approximately 10 ps. This motion is absent when the electrostatic component is removed from the potential energy model.

Model experiment for non-directed forces surrounding a magnet

Model experiment for non-directed forces using magnets of two types

Model experiment for the dynamic aspect of the equilibrium

Model experiment involving diffusion through a membrane with associated time delay, eq. . Surface area of the membrane is A.

Model experiment of Miinch to demonstrate mass flow .

Model experiments designed to test the effectiveness of various terminating functionalities in free-radical polymerizations.

Model experiments illustrating laminar and elongational shear fields.

Model explaining .

Model explaining how fine particles embed larger pieces in the structure of an agglomerate

Model explaining mandibular defect of Prxl Prx2 mice. Cellular and molecular abnormalities in the Prxl Prx2 mandibular arch. Diagram indicating how deformation of mandibular arches leads to fusion of a single medial incisor. PT, presumptive tooth. The presumptive tooth domains fuse as a consequence of the deformation of the mandibular arch.

Model explaining solids mixing by a rising gas bubble

Model explaining the effect of adsorption layers on van der Waals bonding

Model explaining the electrical conductivity of a carbon material consisting of carbon onions and related structures. Conductive channels develop with increasing graphitization of the material .

Model explaining the formation of nanoscale diamond particles in carbon onions upon simultaneous heating and electron bombardment.

Model explaining the increase in strength due to adsorption layers during van der Waals bonding

Model explaining the influence of the percentage of fines on the strength of agglomerated materials

Model factored across packages with imports.

Model film geometries to study photoresist roughness, True profile prepared with mask to study resist performance.

Model fingerprints and Tc comparisons

Model fit equivalence ratio r.s foil temperature.

Model fit for commercial trials.

Model fit for nitride phase of shallow trench isolation polish .

Model fit of the normalized presence probability in case of

Model fit to all adsorption experiments.



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