Sentence examples for dissolution of the two from inspiring English sources
Molar enthalpies of dissolution of the two complexes with various values of molality were measured in double-distilled water via an isoperibol solution-reaction calorimeter at T = 298.15 K.
On the basis of the Pitzer electrolyte solution theory, the molar enthalpies of dissolution of the two complexes at infinite dilution were calculated to be ΔsHm∞(C10H21NH3 2CuCl4(s) = (49.916 ± 1.138) kJ · mol−1 and ΔsHm∞(C11H23NH3 2CuCl4(s) = (62.690 ± 0.769) kJ · mol−1, and the sums of Pitzer parameters were obtained.
Although the ASAPprime® analysis predicted some differences in the sensitivity of the dissolution of the two APIs to moisture, the results also indicated the effect of RH was insufficient to warrant the need for special packaging.
We will continue to the monitor the stability of these formulations with a view to establishing a two-year shelf life, a period over which predictions made by the ASAPprime® software indicated that the dissolution of the two drugs would be well within typical specifications (Q = 80%% at 20 min) for an immediate release product.
The reason for the difference in the effect of water on the dissolution of the two APIs is not clear; however, it does have important implications for the stability of the tablets at room temperature, which are discussed in the next sections.
Despite the differences in the effects of initial moisture on the dissolution of the two APIs, ASAPprime® predicts that the dissolution of both drugs will remain within specification after storage (Q = 80%%) for two years at either 25 °C/60 % RH, or 30°C/755 % RH independent of the initial water content up to 6.3%% water, which is the equilibrium water content of the tablets at 75%% RH.
The dissolution of the three denominations in 16 months will mean a large shakeup of staffs and a breakup of working relationships and perhaps friendships.
The dissolution of these two departments will eliminate 56 positions and save us approximately $3.2 million annually, while we maintain our ability to deliver the necessary services they provide.
Intrinsic dissolution measurements of the two solid phases indicated a 10-fold improvement in intrinsic dissolution rate for amorphous ritonavir compared with the crystalline counterpart.
To this effect, understanding the origin and processes at work in the selective dissolution of these two cements benefits reservoir quality prediction (Yuan et al. 2015a).
After extensive cleaning of organic material from cell walls, followed by dissolution of the silica, two classes of proteins, the silaffins and silacidins, and long chain polyamines (LCPAs), were isolated.
