The phrase "alkali phase" is correct and usable in written English.
It can be used in scientific contexts, particularly in chemistry or materials science, to describe a specific state or condition related to alkali substances.
Example: "The reaction produced an alkali phase that was crucial for the subsequent steps in the synthesis process."
Alternatives: "alkaline state" or "alkali condition".
The partition coefficients of glucose and xylose between the IL and alkali phases can be accurately predicted using molecular dynamics simulations.
The results obtained when considering alkali in phase behavior experiments with a fixed 0.5 wt% surfactant concentration are given in Table 3.
According to this procedure, dexamethasone sodium phosphate was extracted from an acidic aqueous sample (SP, 7.5 mL with pH = 6) into the organic solvent 1-octanol (containing 5%, w/v of Aliquat-336 as carrier) residing in the pores of a hollow fiber and then back extracted into an alkali receiving phase (RP, 5 μL of 0.65 M NaClO4 with pH = 10) was located inside the lumen of the fiber.
Additionally, pyridinium cations generated during catalytic reaction and incorporated into the formed alkali bronze phases stabilise these structures.
In the case of alkalis, SiO2 phase certainly contributes to the development of porosity, but there is also a significant reconstruction of carbon phase because of its interaction with alkalis.
Among the alkali earth clathrate phases, the phases with the largest ion Ba as the guest atom are by far most abundant.
The reactions between the additives such as sulfur and alkali chlorides form alkali sulfates and the chlorine is released into gas phase as HCl.
Sanidine is a single-phase alkali feldspar; although frequently described chemically by the formula (K, Na AlSi3O8, most analyzed specimens of sanidine range between Or50 and Or80.
Batch mixing experiments were performed with these alkalis in the presence of excess gypsum, single phase brine-alkali transport experiments were performed in sandstone and carbonate cores containing gypsum, and ASP corefloods were performed in outcrop and reservoirs cores (containing gypsum).
