Exact(1)
Using a simple mixture model where the bulk modulus of nanocrystals is the sum of the elastic responses from two structurally different components, the bulk modulus of the surface layer at 286 K is found to be 9.2% smaller than that of the crystalline grains, which is in qualitative agreement with the present finding.
Similar(59)
The methods employed were able to: (1) resolve sources of the individual DOM fluorescence components of the bulk DOM; (2) generate spatial and temporal distribution maps of each of the components on the shelf; and (3) provide insights into biological, chemical, and physical processes that control the DOM variability of each of the resolved DOM components.
The evolution of the mole fraction profiles of the components in the bulk phases and in the interface can be simulated from a given initial state until a steady state or equilibrium is attained.
To enable controlled mechanical motion, these systems should be kinetically stable enough to avoid exchange of components with the bulk on the time scale of the operation.
Although chiral MOCNs can be constructed from achiral components, the resulting bulk solids tend to be racemic and are thus not useful for enantioselective processes.
A cubic variation through the thickness of nanobeam is considered for the normal stress component of the bulk in order to satisfy the surface equilibrium equations.
In order to satisfy balance conditions on the surfaces of nanoshell, a linear variation through the thickness is considered for the normal stress component of the bulk.
The component of the bulk stress, σzz, is assumed to vary cubically through the nanobeam thickness and satisfies the balance conditions between the FG nanobeam bulk and its surfaces.
Acta, 173 (2015) 779-795] we consider the opposite situation where bromate is in great excess compared to protons so that the transport of the latter component from the bulk solution limits the maximal current.
Because it is necessary to satisfy balance conditions on the surfaces of nanoshell, it is assumed that the normal stress component of the bulk varies linearly through the shell thickness.
The diffusion of the absorbed component into the bulk phase can occur through a composite medium it can be a continuous + a dispersed phase (δ1 + d > δ) or a continuous + a dispersed + a continuous phase (δ1 + d <δ)—or through the continuous phase, only.
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