It was found that aluminum losses to the substrate are significant at 1000°C and above.
The effect of aging on substrate is significant.
Elastic mismatch between the film and the substrate is significant in case (b), but not in case (a).
The interactive effect of substrate concentration and ratio of inoculum to substrate was significant, however the interactive effect of substrate concentration and Ca2+ concentration, ratio of inoculum to substrate and Ca2+ concentration were found to be insignificant at 5% level.
The increase in LFD (or DCr) observed as the result of acid hydrolysis of the OPHS-ND substrate (NCC-OPHS-ND) and as the result of enzymatic hydrolysis of the OPHS-ND substrate was significant, about 20% in both cases, without any significant decrease in the LFAD.
The results presented in this work suggest a useful approach to grow catalyst-free InSb nanowires on Si substrates, which is significant for their device applications.
As stated in previous section, the interactions of all parameters (except solvent) with substrate ratio were significant and, hence, these interactions, namely, substrate ratio: Wo, substrate ratio: time, and substrate ratio: enzyme concentration, were chosen as models for elaboration of the cumulative effect of parameters on ester production.
Species and substrate effect was significant for biomass and rooting characteristics but less prominent for transpiration.
Although the change of the Al content in the coatings was minimal under these interdiffusion conditions, the decrease of the Pt content and increase of the diffusion depth of Pt into the substrate alloys were significant.
In the sample without the carbonate substrate, nitrification is significant, obtaining high concentrations (12 14 mg/L) of nitrites.
