Sentence examples for solid vapor from inspiring English sources

Cassie Baxter can also be recast in the following equation: : \gamma\cos\,{\theta^*}=\sum_{n=1}^N f_{i}({\gamma_\text{i,sv}}-{\gamma_\text{i,sl}}) Here γ is the Cassie Baxter surface tension between liquid and vapor, the γi,sv is the solid vapor surface tension of every component and γi,sl is the solid liquid surface tension of every component.

Only two relationships were reported to estimate the solid vapor pressure PS of 257 PCDD and PCDF, they involve the temperature (Ding et al., 2006; Table S6).

Indeed, trying to correlate observed volatilization fluxes with physicochemical properties of the compounds, the vapor pressure alone (liquid vapor pressure PL, solid vapor pressure PS) and the Henry's law constant (KH) divided by the adsorption coefficient are often found to give the best fit when considering volatilization from leaves and from soil, respectively (e.g., Woodrow et al., 1997).

CA was measured by fitting a circle equation to the shape of the sessile drop (due to the sphere-like shape of the drop) and then calculating the slope of the tangent to the drop at the liquid-solid vapor interface line.

Howe, J. M. Interfaces in Materials: Atomic Structure, Thermodynamics And Kinetics Of Solid-Vapor, Solid-Liquid and Solid-Solid Interfaces (Wiley-Interscience, New York, 1997).

Our studies show that these liquid-liquid interfaces exhibit behavior significantly dissimilar to that of solid-liquid and solid-vapor interfaces.

Incorporation of these microsheets improved the hydrophilicity of the membrane confirmed by the lower contact angle values, which in turn explained the lower interfacial free energy, the increase in work of adhesion, the higher solid-vapor free energy and the spreading coefficient.

The decrease of the solid-vapor interfacial energy balances the increase of the stress-related mechanical energy and grain boundary-related surface energy.

Most reported methods for synthesizing one-dimensional ZnO nanostructures follow vapor-solid, vapor-liquid solid, solution-solid, and solvapor-liquid solid2, 5, 6].

The reactions under such conditions are known to proceed via solid-solid and solid-vapor reaction paths in a well-controlled and static reaction cells or furnaces (Biernacki and Wotzak, 1989b; Klinger et al., 1966).

The equilibrium state of the contact angle which represents minimum total interfacial energy is obtained when the vector sum of the horizontal force components among the solid-liquid, liquid-vapor, and solid-vapor interface is zero.