"dissolution pathway" is a legitimate phrase used in written English.
It is usually used to refer to the route that a substance, usually a drug, takes from its point of introduction into the body until it is completely eliminated. Example sentence: Studies of the drug's dissolution pathway are necessary to determine the efficiency of the drug's delivery system.
The size-dependent trends in the dissolution potentials indicate that the competition between two thermodynamic factors, the cohesive energy and the surface energy, determines the dissolution pathway.
At very low pH values (pH < 2.6) the dissolution of tungsten was H+-assisted and as the pzc (pH 2.6) was approached H2O-assisted dissolution became main dissolution pathway.
Importantly, an sHJ is not amenable to the dissolution pathway.
It is now clear that most NCO conversions in meiosis (Allers and Lichten 2001) and mitosis (Mitchel et al. 2010) are a consequence of SDSA and/or dHJ dissolution pathways rather than cleavage of a dHJ.
The verification of dissolution-electrodeposition pathway and bulk porosity on the impact of in situ electrochemical reduction of solid PbO in choline chloride-ethylene glycol deep eutectic solvent (ChCl-EG DES) is systematically clarified at cell voltage 2.5 V and 353 K.
As a detailed transformation process from Cu(OH 2 to CuO suggested by Cudennec et al. [22], the possible formation mechanism of the interlaced disc nanostructures can be suggested via a different dissolution and recrystallization pathway, which can be supported by the coexistence of CuO nanodiscs and Cu(OH 2 nanowires (Figure 2e) [2e].
Additionally, it was found that new solid bridges were formed between the granules in the tablet via the pathway from dissolution of mannitol in water vapor to congelation, resulting in an increase in tablet hardness.
The scientists begin their review by reminding us that "pathways to dissolution for same-sex couples depend on the point of relationship entry," and at present, this depends on where the couple lives.
Formation of fluid pathways by preferential dissolution of framework calcite crystals is suggested to form infiltration pathways and affect denudation rates.
A homogeneous reduction of chromate by Fe(II)aq released through biotite dissolution was probably the primary pathway responsible for this reaction.
The numerous channels and pores visible in the micrograph showed the pathway through which dissolution medium could permeate into the drug-polymer matrix, swell the polymers, and widen the pore diameter which in turns would help the drug molecule to diffuse from the matrix into the dissolution medium.
