Sentence examples for diffusion considerations from inspiring English sources

It has been noticed and approved that gas injection is the most common EOR process affected by calculations of molecular diffusion considerations.

Open image in new window Fig. 6 Comparison of theoretical and experimental intensities at 100 mA discharge current and 4 × 10−3 mbar working pressure under opacity and diffusion considerations.

The microfeature similarities for the different polymer chemistries indicate that the final surface morphology is strongly shaped by the constraints of the photopolymerization, including light diffraction and reactive species diffusion considerations.

Open image in new window Fig. 5 Mismatch parameter σ for the discharge current 100 mA at constant pressure of 4 × 10−3 mbar with opacity and diffusion effects considerations.

Therefore, in this research, as the first step of practical analytical model development, the carbonation process model was reviewed focusing first on the reaction due to carbon dioxide increase and calcium hydroxide reverse diffusion in consideration to the carbonation main reaction and change in porosity development.

These unique mesoporous single crystal brookite nanoplatelets (mNPl; 135m2g−1 surface area with 5-10 × 20 × 50 nm dimensions and 2-8 nm pore size) provide both favorable large electrolyte/material interface and short Li-ion diffusion length, important considerations for good Li-ion intercalation performance.

To investigate these phenomena, a one-dimensional computational model was developed to simulate the evolution of a spherical diffusion flame with consideration of detailed chemistry and transport properties.

The biochemical nature of the information transfer process implies that for molecular communication purposes, the development of molecular channel models should take into consideration diffusion phenomenon as well as the physical/biochemical kinetic possibilities of the process.

The 'DNA-relay' model contains all terms described in Equation 3, which takes into consideration diffusion, binding/unbinding, and elastic forces (i.e., dynamic DNA-bound ParA dimers).

The main fabrication methods, together with some design considerations and diffusion phenomena at such interfaces are discussed.

Both of these considerations involve diffusion processes which can be quite intricate as different concentration levels of predators and preys caused by different population movements.