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Dispersion curves predicted by the full hyperbolic model for ij 0.1.

Dispersion curves predicted by the full hyperbolic model for t 1.

Dispersion curves predicted by the hyperbolic model for various values of the effective local Peclet number, jj.

Dispersion curves v polytetrafluoroethylene.

Dispersion damping fiinctions,-------------------.and — for H-H based on data from .

Dispersion damping functions, --------,f. and jq — for H-H based on data from .

Dispersion data for IR4 spectrophotometer with NaCl prisms.

Dispersion data for IR7 spectrophotometer with NaCl prism and 75-lines mm grating.

Dispersion data for IRS spectrophotometer with NaCl prism.

Dispersion dependence of tan for different values of the parameter a.

Dispersion dependence of the

Dispersion diagram of the system of vibron-multiparticle states. The vibrons coupled to two-particle states become unstable .

Dispersion diagrams for the antiferromagnetic states of K4P3 as obtained with a value of U 4.0eV. In the ferromagnetic case, bands in blue correspond to spin up, those in red to spin down. The

Dispersion due to flow through tubes

Dispersion Due to Newtonian Flow

Dispersion energy for the He-K ion as a function of the internuclear distance R represented by its multipole expansion

Dispersion energy in a monomode reactor

Dispersion energy in a multimode oven

Dispersion energy origin shown schematically for two hydrogen atoms. A popular explanation for the dispersion interaction is that, due to electron repulsion

Dispersion energy origin shown using a primitive model of two interacting hydrogen atoms. The nuclei can occupy only two positions

Dispersion field dimensions are given for San Diego effluent particulates with settling velocities of 10 and 10 cm sec K The dimensions are in km and the areas in km. Note the exaggeration in the east-west direction in reality the field is extremely elongated in the north-south

Dispersion for a two singlet level system.

Dispersion for cubo-octahedra

Dispersion for two types of isotherms. Breakthrough curves for favorable isotherms are self-sharpening, and so don t disperse more in longer beds .

Dispersion force. Temporary dipoles in adjacent molecules line up to create an electrical attraction force known as the dispersion force. Deeply shaded areas indicate regions where the electron cloud is momentarily concentrated and creates partial charges, indicated by .



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