Taking advantage of scaling properties, we have numerically determined the general functionality of the magnitude Dc, which describes the efficiency of the energy interchange between rotational and translational degrees of freedom, as well as its dependence on particle shape.
An established non-trivial energy interchange phenomenon is founded, presenting an inimitable calibration mechanism of the developed sensors and charting a novel relationship of exuberated kinematical energy to medicinal prognosis.
Three types of the energy-exchange mechanism between vertical and torsional modes are determined: two-sided energy exchange (a periodic motion); one-sided energy interchange (an aperiodic motion); and, energy exchange does not occur (stationary vibrations).
Gradual distraction induced or supported stimulation of their growth, biosynthetic activity and energy interchange.
The non-local Clausius Duhem inequality has an additional term that results from microstructural long-range energy interchanges between the material points within the body.
These arguments provide a mechanism for the evolution of symbiotically-linked prokaryotic ecologies characterized by extensive gene interchange and coupled protein and energy exchange systems.
In principle, the interchange energy may be positive or negative, but, for simple molecules, for which only London forces of attraction are important, ω is positive.
The solubility parameter of the polymer at a given temperature and the effective interchange energy parameter for polymer solvent pair were obtained directly from the intercept and the slope of this line, respectively.
As defined these effects correspond respectively to positive and to negative values of the interchange energy in regular solution theory, though the concept is considered to be of more general application than is this simple model.
Grunberg and Nissan [29] have formulated equation to assess the molecular interactions leading to viscosity changes: ln eta,; =,;x_{1}^ ln,eta_{1} ;, + ;,x_{2}^ ln,eta_{2},; +,;x_{1} x_{2} G_{12} (18)where, G 12 is a constant, proportional to interchange energy, η is the dynamic viscosity and the subscripts 1, 2 and 12 stands for the pure components, benzene, n-alkanes and mixtures, respectively.
On the basis of this finding, the phase stability and the interchange energies between Al and Ti in the next nearest neighbors of X Al Ti (X: Ti, V, Cr, Mn, Fe, Co, Ni and Cu) system are discussed.
