These phases are capable of dissociative dissolution of water vapour and water uptake decreases with increasing x as a result of decreasing the concentration of oxygen vacancies.
Patches prepared from aqueous blends of poly methyl vinyl ether/maleic anhydride) and tripropyleneglycol methyl ether possessed suitable properties for use as mucoadhesive drug delivery systems and were capable of resisting dissolution when immersed in artificial saliva.
The purpose of this research was to measure, at core scale, the change in reservoir permeability and capillary pressure due to MICP during seal formation, then to monitor the integrity of the seal when exposed to acidic groundwater capable of causing dissolution.
Fibrinolytic drug, also called thrombolytic drug, any agent that is capable of stimulating the dissolution of a blood clot (thrombus).
On the contrary, it seems to have a kind of organic unity that can vary in degree but that is also capable of fragmentation and dissolution.
Simulations of olivine dissolution experiments in basalt show that the overall model is capable of accurately reproducing diffusive dissolution rates, and the resulting diffusion profiles, over a range of pressures and temperatures.
Burst release is often observed prior to or during development of a diffusion barrier capable of controlling the penetration of dissolution medium and drug diffusion (Huang and Brazel 2001).
But the idea of the soul as a mental entity, with intellectual and moral qualities, interacting with a physical organism but capable of continuing after its dissolution, derives in Western thought from Plato and entered into Judaism during approximately the last century before the Common Era and thence into Christianity.
Simplified analytical solutions, developed as source strength functions (SSFs), are capable of describing the temporal dissolution of nonaqueous phase liquids in groundwater, which is useful for predicting source longevity and can serve as a guide for remedial activities.
This model is capable of predicting the anisotropic anodic dissolution behavior, providing a promising perspective for designing better corrosion-resistant alloys.
