Sentence examples for decomposition of active from inspiring English sources

Subsequently, the decomposition of active esters such as [F]SiFB ([F] 46) during radiolabeling due to the basicity of the reaction mixture (potassium oxalate/hydroxide) was resolved by addition of a suitable amount of oxalic acid in order to neutralize the base present during the labeling procedure [ 42].

The optimized parameters for preparing the composite electrode were identified, including the optimal SPS conditions to inhibit decomposition of the active material and the most suitable composite electrode formulation (active material/solid electrolyte/electrical conductor ratios) to ensure good ionic and electronic percolation.

Pharmacologically, it is clear that the establishment of inappropriate pH values during the drug formulation process may either favor the decomposition of the active ingredient or harm its therapeutic activity [ 24, 25].

Therefore, increasing the amount of ligand in the precursor metal complex was demonstrated to be an effective way to reduce the decomposition of ORR active site density and thereby enhance the ORR activity of non-noble metal catalysts.

The apparent kinetics of decomposition of the active matter of the ground insecticide has been represented by a global Arrhenius law.

Many authors have studied the hydrolysis reactions that lead to decomposition of the active medicinal substance.

This can be rationalized either by inhibition or decomposition of the active catalyst under these conditions or by a reversible reaction among 4, 5, and 6.

For the first time, the decomposition and dissolution of active oxide layers are quantitatively characterized from the decreases in cell volume of rutile-structured IrO2 crystallite and from the increases in texture coefficient of (0 0 2) planes, respectively, as a result of the accelerated lifetime tests.

The organic chlorine (NaDCC) can be used at higher concentrations than inorganic compounds (NaOCL) since NaDCC shows slow decomposition and liberation of active chlorine (HOCL).

Manganese oxide nanorods with different crystal phases (α-, β-, γ-, and δ-MnO2) were prepared via a mild hydrothermal method, and examined as heterogeneous catalysts for the decomposition of H2O2 into active radicals and concomitant degradation of methylene blue (MB) dye at neutral pH.

The decrease in dehydrogenase activity toward 90 days indicates the absence of active decomposition and confirmed that the compost was mature.