Sentence examples for solid radius from inspiring English sources

Curves (i) and (ii) show that as the solid radius decreases, the gradient of the curve increases rapidly and tends to infinity.

begin{aligned} &Delta G = 4/3pi r^{3} Delta G_{text{V}} + 4, pi r^{3} gamma_{text{vf}}, & dDelta G/dr = 0, &r^ = - {kern 1pt} 2gamma_{text{vf}} /Delta G_{text{v}}, end{aligned} (1) where ΔG change of Gibbs free energy for Zn, ΔGv change of Gibbs free energy when vapor transform into solid, r radius of created embryo, r* critical radius, γvf surface energy between solid and vapor.

Where X = reacted fraction; K q  = chemical constant; C A  = reactant concentration; V m  = molar volume of the solid; r 0  = initial radius; n = reaction order.

For the sake of simplicity, we consider the source of molecules to be a solid sphere of radius R 0, containing molecules of mass, M and assume the molecules to be spherical of average molecular diameter, Ω.

The disc is shown as the circle with the solid boundary, of radius (R) = 41.5 cm.

The elastic modulus (E) was calculated using Hertz contact mechanics theory for the spherical elastic solid: 1where R is the radius of the microgel sphere, h is the indentation depth, and ν is the Poisson's ratio of GelMA microgel and equals to 0.5, assuming the hydrogel follows the ideal rubber.

Each spectrum is plotted with respect to the mean core radius (solid) and 400 km altitude (dashed).

The outer parallel body K ρ in the distance ρ of a convex figure K is the union of all solid spheres of radius ρ the centers of which are points of K. Then we have the following Steiner formula for the outer parallel body K ρ ( ρ ≥ 0 ): V ( K ρ ) = ∑ i = 0 n ( n i ) W i ( n ) ( K ) ρ i. (2.13).

The iron-rich core region of the Earth is divided into a 1220 km radius solid inner core and a 3480 km radius liquid outer core.

Since the complete surface area of a sphere is 4π times the square of its radius, the total solid angle about a point is equal to 4π steradians.

Q is the ratio between the corresponding optical cross section and the area, with aeff the solid-volume-equivalent radius (Shen et al, 2008).