Sentence examples for utilization of reagents from inspiring English sources

In conventional optimization, the increase in the number of experiments necessary to carry out the research, leads to an increase in time and expenses as well as an increase in the utilization of reagents and materials for experiments.

For any conjugation scheme, the overall yield can be important in cost and utilization of reagents.

The limits of practical utilization of these reagents involves the use of stoichiometric amounts of corrosive acids or toxic metallic reagents, which in turn produce undesirable waste materials and required high reaction temperatures.

A scheme representing the total utilization of chemical reagents for conventional one-step and multi-step syntheses of MCM-41 are illustrated in Table 4.

Through utilization of synthetic reagents, chemical covalent modification, and accurate mass determinations, we identified "the paired rule" of ether-containing phospholipid molecular species.

However, RID has significant drawbacks, including the time it takes to obtain results (18 24 h), utilization of labile reagents, high cost [ 9, 10], and discrepancies among RID kits due to inaccuracies associated with the internal standards [ 11].

Cationic cotton was prepared by a designed two-bath pad-bake process with 3-chloro-2-hydroxypropyltrimethylammonium chloride as cationizing reagent to realize recycle utilization of the reagent and continuous processing of cationization.

The nonlinear dependence of the transport processes on fractional utilization of internal reagent is also responsible for the development of characteristically convex, rather than concave, concentration profiles in countercurrent operations.

The method is similar to filter paper assay (FPA), but involved the utilization of BCA as reagent, rather than dinitrosalicylic acid reagent (DNS).

For constant hold-up, an increase in Sauter mean radius causes an increase in performance despite a lowered total interfacial area, which can be attributed to the non-linear interaction between the fractional utilization of the internal reagent, the diffusional resistance to transport, and bypassing and segregation phenomena associated with the larger globules.

Among the chemical reduction reagents, utilization of NaBH4 leaves Na+ ions and B in the catalysts that affect the reaction while the utilization of Na2HPO4 leaves both Na+ ions and P in the catalyst which also influences the catalytic activity.