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The optimum dissolution temperatures ranged from 60 to 120°C.
Simulation was employed to estimate optimum dissolution and absorption rate of nicorandil.
Three initial concentrations of NaOH were considered (8, 10 and 12 M) with the aim to investigate on the optimum dissolution and formation of silica oligomers capable to act as binder during the geopolymerization.
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Statistical techniques were used to determine that pulp density and Fe(III) concentration were the most significant factors affecting the leaching kinetics and to determine the optimum conditions for dissolution.
At the optimum conditions the thorium dissolution yield was achieved to 96.66 ± 2.16%.
The Taguchi method was used to determine optimum conditions for the dissolution of ulexite in water saturated with SO2 to produce monosodium pentaborate (NaB5O8) in a new process.
Optimum conditions are achieved when dissolution is under mass transport control.
Optimum conditions for the simultaneous dissolution of gold and silver were determined using a two factorial design technique.
LSPCs of CLZ formulated with propylene glycol at optimum drug concentration produced high dissolution profile with acceptable tablet properties.
Soil pH is the most important single factor affecting P sorption and dissolution, where the optimum availability is around pH 6.5.
Fig. 9 A comparative dissolution profile of optimum candesartan cilexetil nanoemulsion relative to plain candesartan cilexetil powder and marketed tablet in 900 ml of 0.1 N HCl dissolution medium (pH 1.2) with 0.5% tween 20 at 37 °C.
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