Sentence examples for solution thickness from inspiring English sources

The great decrease of thin-layer solution thickness and regeneration pressure, and the increase of liquid temperature can improve the regeneration performance considerably.

As a result, the effect of the solution thickness on the absorption rate could be eliminated and thus the effect of the vapour-solution interface area alone on the absorption rate could be investigated.

We study how the solvent evaporation rate, the bulk reaction rate, the dynamic viscosity, the angle of the inclined substrate, the characteristic depth of the solution thickness, the initial profile of the solution thickness, and the length of substrate affect the coating thickness.

A processing window based on the solution thickness and relaxation duration is outlined for a 1 wt% PBZT solution in methanesulfonic acid to fabricate void-free PBZT thin films up to 6 μm in thickness at room temperature.

The reason is that the said experimental dependence indicates the thicknesses of the strained pseudomorphous solid solution when the 3D islands emerge, while the calculated dependences[5, 6] relate to the solid solution thickness when the plastic relaxation occurs and mismatch dislocation are introduced into the interface.

Process optimization was carried out by investigating the influence of various operating conditions, viz., pH of electroless nickel solution, thickness of electroless nickel deposit, formulation, concentration, temperature and processing time of etching solutions on the physico-optical properties of the black coating.

Firstly, both processes are separately analyzed as a function of several parameters such as the pH value of the dipping polyelectrolyte solutions, thickness evolution, or temperature effect.

The limiting current density varied with solution layer thickness over a finite range of thickness.

The measurements of ac conductivity [σm], dielectric constant and loss have been performed on solution grown (thickness ∼85 μm) and uniaxially stretched (thickness ∼25, 45 and 80 μm) films of poly vinylidene fluoride) (PVDF) in the frequency range 0.1 kHz–10 MHz and in the temperature range 77 400 K.

The results clearly indicate that the aqueous solution channel thickness is the most significant design parameter that affects the absorber size compactness; the thinner the thickness of the solution channel, the higher the ratio (Am/Vnet).

The breakdown potential did not vary with solution layer thickness.