Sentence examples for intermolecular diffusion from inspiring English sources

The power transmission coefficient and the correlation coefficient proved to be suitable for analysing the wave propagation phenomena, allowing quantitative identification of small variations of weld-line thickness and intermolecular diffusion at the weld interface.

Two heated interfaces can then be pressed together, allowing the molecules to mix through intermolecular diffusion, joining them as one.

By varying gas pressure and using low oxygen concentrations, the total oxygen transport resistance is divided into intermolecular gas diffusion (a pressure-dependent component) and a pressure independent component, which can be attributed to Knudsen diffusion or dissolution film resistance.

It is proposed that the preferred SC crystallization of PLLA/PDLA blends upon miscible blending with PVPh is caused by the increased intermolecular interactions, decreased diffusion pathway of enantiomeric chains, and the decreased melting point.

It is particularly effective when applied to polymer solutions with strong intermolecular interactions and noticeable diffusion mobility of the macromolecules.

An NMR pulse sequence was designed to accurately measure the diffusion rates of intermolecular zero-quantum coherences (ZQCs) and double-quantum coherences (DQCs) in two-component spin systems.

In the description we stress the need to have a good knowledge of the vibrational intermolecular energy spectrum, and the diffusion constant.

NMR NOE and diffusion studies indicate that intermolecular B N interaction also exists in solution with 8-QBA.

We show for the first time the existence of an optimum intermolecular spacing that gives the longest diffusion length in [Ir ppy 3] molecules.

For the first time, relaxation and diffusion properties of pure intermolecular single-quantum, double-quantum, and triple-quantum coherences of three-spin orders were characterized and analyzed in one-dimensional experiments.

Using Langevin dynamics simulations, coupled with simple descriptions of intermolecular interactions, they showed that translational diffusion is approximately 2-fold slower in their model than in dilute solution.