Sentence examples for the order of stabilization from inspiring English sources

The order of stabilization efficiency in the individual stabilizer systems in terms of tensile properties can be S > X > T > C.

The order of stabilization efficiency in the phenol-free systems is as follows: CTS > CS > S > T > C > CT.

The change in the order of stabilization efficiency, in terms of reduction in the rate of carbonyl group evolution, can be attributed to the consumption of stabilizers.

It was argued that if one stabilizer is not affecting the stabilization mechanism of other stabilizer, the rate of carbonyl group evolution should not be changed or the order of stabilization efficiency of mixtures should not be altered.

The order of stabilization efficiency can be confirmed further by determining the concentration of carbonyl group at the dose of γ-sterilization (25 kGy), while the stability period can be studied by monitoring the concentration of carbonyl group upon γ-irradiation with higher doses (above 25 kGy).

The present work suggests that, in the order of increasing strength of stabilization at 1173 K, V, Nb and Ta stabilize the α2 phase, whereas Cr, Mn, Fe and Ga stabilize the γ phase.

Up to sterilization dose, the order of efficiency of the stabilization in terms of preventing oxidation is as follows: S > X > T > C, i.e. the sample containing organo-phosphite 'S' is more stabilized against oxidation than others.

It can be understood from Figs. 1 and 2 that the order of efficiency of the stabilization in terms of tensile properties (i.e. protection against embrittlement) is as follows: CTS > CS > CTXS > CXS > CTX > S > X > CX > T > C > CT.

Measurements were taken at five increasing times (t1 to t5 according to the order of measurement) until final stabilization was achieved at t4.

The backbone part included the complete array of genes for replication, plasmid transfer, partition and stabilization, and the order of the genes and the overall organization were almost identical to those in pEL60 [12].

A structural study of the activated PKB showed that the phosphorylated HM occupies a hydrophobic motif pocket formed at the N-terminal lobe, leading to the ordering of the αC-helix and stabilization of the kinase active conformation [29].