For all mentioned LPA-ICI based strategies the main adjusting parameter, capable to set proper smoothing for varying depth degradation parameter (e.g., varying QP in coding) is the parameter Γ.
Main degradation pathways involve acidic/basic hydrolysis, oxidative, and photolytic-degradation.
The main degradation pathway was determined for each system tested.
The captopril disulfide is the main degradation product.
The identification of chlorinated and non-chlorinated degradation byproducts by GC MS has allowed the proposal of main degradation routes.
In other words, each microarray degradation parameter does not unambiguously transform into one RIN-value especially at larger degradation levels.
At this time, abrasion is the main degradation process without any marginal discoloration.
The current intensity and treatment time were the main influent parameters on the degradation rate.
The results obtained have shown that the current intensity and the dye initial concentration were the main influent parameters on the degradation rate.
A central composite design was used to investigate the influence of the main process parameters on the degradation of Reactive Green 19 (RG19) azo dye by the UV/H2O2 treatment.
