Sentence examples for heated dissolution from inspiring English sources

Salama et al. describe a similar method that makes use of a modified Franz diffusion apparatus incorporating a heated membrane holder at its surface and a heated dissolution reservoir containing phosphate buffered saline at pH 7.4.

The sample was put into the cell tube and heated to above the dissolution temperature (T d = 65 °C) for several minutes.

Then the sealed cell tube was heated to above the dissolution temperature (T d = 65 °C) in a temperature-controllable oil bath, and kept for about 12 min.

The sample was heated to above the dissolution temperature (T d = 42 °C) in solution system and melting temperature in bulk system (T m = 65 °C) in a temperature-controllable oil bath for 15 min.

Our results presented that the dissolution ability of heated NaOCl to be superior, similar to the results obtained by previous studies on the effects of temperature on tissue dissolution [ 20– 20].

On being heated, these inclusions homogenized by dissolution of the vapour bubble into the denser liquid phase.

To assess the effects of FFAs, palmitate was pre-added to 50 µL culture medium, heated to 70°C for complete dissolution, and then added the whole 50 µL mixture to the cells.

The mixture was heated at 40°C until total dissolution of crystals, and the volume filled up to 100 mL with distilled water.

The model includes five ordinary differential equations and takes into account effects such as the release of the latent heat of condensation of both components and the release of the latent heat of dissolution.

Apart from the reservoir dip and non-uniform heating, salt dissolution and precipitation have been found to promote thermohaline convection in GOM sediments (Hanor 1987).

It is shown that for positive dimensionless heat of dissolution K thermal effects cause the increase of the mass transfer rate in comparison with the isothermal case.