Sentence examples for molecular density of from inspiring English sources

We found that an introduction of a Zr adlayer leads to higher surface molecular density of Ru complex SAMs on the SiO2 surface, compared to that of obtained from the direct adsorption of Ru complex monolayer on the SiO2 surface.

Because of the higher molecular density of the liquid phase and the limited sensitivity of liquid phase detectors, the conditions under which reliable diffusivity measurements can be made are quite restricted.

Quantitative flow cytometric analysis revealed GPNMB cell surface molecular density of 1.1 x 10(4) to 7.8 x 10(4) molecules per cell, levels sufficient for mAb targeting.

This may be due to the high molecular density of rice husk, which increases the power loss.

where ρ c-Si and ρ a-Si are the atomic densities of c-Si and a-Si, respectively; (rho _{text {SiO}_{2}}phantom {dot {i}!}) is the molecular density of SiO 2; and Γ c-Si, Γ a-Si, and (Gamma _{text {SiO}_{2}}phantom {dot {i}!}) are their respective atomic and molecular percentages.

The number of atoms over an area d S on the graphene and a volume d V s in the substrate are ρc d S and ρs d V s, respectively, where ρc is the homogenized carbon atom area density of graphene that is related to the equilibrium carbon carbon bond length l by and ρs is the molecular density of substrate that can be derived from the molecular mass and mass density of substrate.

The XPS data revealed that the molecular densities of the multilayers were also higher for the immobilization with Zr adlayer between Ru complex and SiO2 surface than those without the Zr adlayer, suggesting that Zr adlayer is effective in forming highly packed molecular layer of phosphonic acids on SiO2 surface.

The theoretical molecular density, heat of formation (HOF), detonation velocity (D) and detonation pressure (P), estimated using Kamlet Jacobs equations, showed that the detonation properties of these compounds were excellent.

Student t-test was used to calculate the p-value, as described previously [59], to determine the statistical difference of molecular density or the percentages of molecules that localized into nano- or micro- domains after different stimulations.

Student t-test was used to calculate the P value, as described previously [ 22], to determine the statistical difference of molecular density or the percentages of molecules localized into nanodomains after different stimulations.

The detonation velocities and pressures of all molecules were calculated by Kamlet Jacobs equations based on molecular density and heat of detonation.