Sentence examples for solids is defined from inspiring English sources

To model the system approximately, a conveying efficiency = (power for air compression) / (rate of gain of potential energy of solids) is defined and correlated against solids flux.

36 Introduction of solids is defined as the first ever solid food offered to and taken by the baby, even if it is only a small amount.

Introduction of solids is defined as the first ever solid food offered to and taken by the baby, even if it is only a small amount and this includes solids that are liquidized as soups or purees.

In many studies infant age is poorly defined, and while early introduction of solids is defined commonly as being before 4 months it is not clear if this refers to completed months of age and if so how weeks of age are converted to months of age.

Whereas fasting for solids was defined between 6 to 8 in all groups.

The area S of the surface of the 3D solid is defined as the limit of S n 2 at infinity n → ∞, i.e., S = lim n → ∞ S n 2. (3.33).

The shape of a given solid is defined by its two bounding stadia and the longitudinal distance between them (the solid's height).

To develop the analytical solution, the wave fields in the fluid and solid are defined, their analytical solutions in the Laplace domain are derived using the boundary and interface conditions, and the solutions are then decomposed into series form according to the power series expansion method.

} end{aligned}The relative solid Reynolds number of the solid phase is defined as: begin{aligned} Re_{mathrm{s}}=frac{rho _{mathrm{g}}cdot d_{mathrm{s}}cdot mid {{boldsymbol{nu}} _{mathrm{g}}}-{{boldsymbol{nu}}_{mathrm{s}}}mid }{mu _{mathrm{g}}} end{aligned} (9 where ((d_{mathrm{s}})) is the particle diameter and ((mu _{mathrm{g}})) is dynamic viscosity of the gas.

The state denoted by the solid line is defined as the free flow state and we certainly discuss the available connectivity in this state throughout our article.

The conversion ratio (R) of the effective solid angles is defined as: R = Ω eff ( E, P ) Ω eff ( E, P o ) (3).