The phrase "a complete dissolution" is correct and usable in written English.
It can be used in contexts discussing the total breaking apart or ending of something, such as a relationship, organization, or agreement.
Example: "The board voted for a complete dissolution of the partnership after years of conflict."
Alternatives: "an absolute breakup" or "a total disbandment."
The dissolution rates of the basalt components scale exponentially with temperature, and the glass is almost completely dissolved after 10000 years at 60 C, whereas the time for a complete dissolution takes 4000 and 1500 years at 80 and 100 C respectively (Figure 3a, d, g).
In my London Evening Standard column yesterday, I argued that the disconnect between the BBC's executive and the BBC Trust "could be cured without bringing about a complete dissolution of the Trust".
A clear solution was obtained by incubating a complete dissolution of the surfactant.
Nevertheless, too long etching leads to a complete dissolution of the small SiμG.
Partial dissolution is expected to affect the cuticle while a complete dissolution leads to an open structure.
Conversely, irradiations performed at room temperature using Au ions lead to a complete dissolution of the oxide particles, in agreement with the estimation of ballistic vs. radiation enhanced diffusion effects.
Due to the presence of the hydrophilic glycolide units into the PLA polymer (50 50 molar ratio), in the case of NPs formulated with PLGA a completed dissolution of Dtx is achieved within the first 2 hof the test.
Our patient developed a localised infection with a significant concomitant osteolysis and an almost complete dissolution of part of the ulnar diaphysis.
Meantime, a nearly complete dissolution of the intermetallic phase Mg17Al12 in the melted layer is observed, leading to the formation of a super-saturated solid solution on the surface.
Here, the gypsum caps a hill where it was formerly mined; it dips through a karstic dissolution zone into an area of complete dissolution and collapse.
It was found that a SrCrO4 depletion zone was formed at the surface as a result of the complete dissolution of the inhibitor particles, suggesting that transport of the Sr2+ and CrO42− might be through a network of channels created by the voids remaining in the epoxy matrix.
