Sentence examples for density of core from inspiring English sources
Effect of several key design parameters, i.e. ratio of side lengths, relative density of core, and core thickness is discussed.
Effects of impulse, face-sheet thickness, core thickness and relative density of core on the resistance to impact loading were discussed in detail.
T10 is uniform temperature over the particle volume, ρ0, c0, and ρ1, c1 are the heat capacity and density of core and shell materials accordingly; J C is the energy flux density removed from the particle surface by heat conduction.
Grant and West (1965) reported that the average density of core samples of the mineral taken from drilling was 4600 ± 500 kg/m 3, and for the host rock, the density was about 2700 kg/m 3. Hence, the ore body has a density contrast of 1400 2400 kg/m 3. Thus, the aforementioned two density values are equal to the bulk densities of the ore and the host rock, respectively.
It was shown that S. solfataricus and S. acidocaldarius are equipped with three origins or replication surrounded by a higher density of core or essential genes; furthermore, these same regions are more highly expressed [36].
The density of cores alignment for pair P will be the relation: D k e r P = S c o r e P ∕ L k e r P. Let us consider one of the sets of test sequences described in subsection 2.1.
As the density of the core increases, the monolithic core members get stockier and more resistant to buckling and thus the benefits of the hierarchical structure reduces.
Either mechanism is possible, because the disulfide-stabilized interface is located within, rather than between, core units, but stabilization of the native core unit structure could increase the density of assembled core units on the membrane and thereby shift the equilibrium toward assembly of larger core unit oligomers and arrays.
The adiabatic gradient of the molten core can be expressed as follows (Anderson 1998): {left(frac{partial ln T}{partial ln rho}right)}_s={gamma}_{mathrm{th}} where T is a temperature at a certain depth in the outer core, ρ is the density of the core at that depth, and γ th is the thermodynamic Grüneisen parameter.
Compounding of errors, particularly in density measurement of core samples and subsequent variability, generate biased air void content results that make the compliance largely a matter of chance.
In practice, the SAXS signal depends on the scattering length density contrast of core and shell with respect to the solvent, and in particular on the concentration of monomer in the melt region.
