Sentence examples for dissolution of diopside from inspiring English sources

Dissolution of diopside can be described by.

The most likely explanation for the mismatch is that the measured rates represent both dissolution of diopside and the precipitation of a secondary phase.

Figure 6 Steady-state dissolution rate of diopside measured at different temperatures are plotted as a function of Gibbs free energy of the dissolution reaction.

Dissolution rate of diopside as a function of ΔGr at all the temperatures is shown in Figure 6.

In this study we measured steady-state dissolution rates of diopside as a function of solution saturation state using a titanium flow-through reactor at pH 7.5 and temperature ranging from 125 to 175°C.

Steady-state dissolution rates of diopside are measured as a function of solution saturation state using a titanium flow-through reactor at pH 7.5 and temperature ranging from 125 to 175°C.

Using transition state theory and assuming that the forward rate of the dissolution of minerals is proportional to the concentration of the Si-rich surface complex, and that there is a fixed number of mineral surface sites, the net dissolution rate of diopside is then given by.

The variation of diopside dissolution rates with solution saturation can be described equally well with a ion exchange model based on transition state theory or pit nucleation model based on crystal growth/dissolution theory from 125 to 175°C.

Pyroxenes outside the quadrilateral all have monoclinic pyroxene structures similar to that of diopside.

The term diallage is sometimes used in reference to a variety of diopside that has been altered by appreciable replacement by aluminum and other trivalent metal ions.

Table 1 Chemical composition of diopside.