The number of describing variables was reduced by principal components analyses (PCA, Aitchison-transformed relative amounts of pheromone components as variables, varimax rotation, factor extraction: eigenvalues > 0.8).
An important component in controlling the relative amounts of these components is the pulse width and frequency.
The relative amounts of the components is highly dependent on the bath operation conditions, and no γ′Co3Sn2 was observed when the concentration of electroactive tin in the plating bath was high.
Statistical design of experiments was utilized for a systematic evaluation of the influence of variations of the relative amounts of the components of the vesicle membrane (Span 60, cholesterol and SolulanC24) on vesicle mean diameter, polydispersity index and drug entrapment efficiency, chosen as the responses to optimize.
It can be seen that the reaction pathway in the MgH2/NaAlH4 composites depends on the relative amounts of the components.
The relative amounts of individual components were calculated based on the GC peak area (FID response) without using correction factors.
When mixed with MgH2, MgNaH3 forms spontaneously from MgH2 and AlNaH4/AlNa3H6 and the resulting mixture composition depends on the relative amounts of the components.
Relative amounts of individual components obtained during HS-SPME experiments, were calculated on the basis of their GC peak areas on the Rtx-1 capillary column, without FID response factor correction.
Nevertheless, the exact combination and relative amounts of these components seem to characterize most species uniquely [5], [6].
For example, a series of biochemical studies have shown that the relative amounts of individual components of the bacterial envelope do indeed vary during the bacterial life cycle as they are subjected to different degrees of biosynthesis and degradation [15], [16].
Relative amounts of individual components were calculated based on GC raw data areas without FID response factor correction.
