Sentence examples for correspondingly due to from inspiring English sources

The solution color may change correspondingly due to the localized surface plasmon resonance, which can be monitored by naked eye and UV vis spectrophotometry.

With the increase of the Fe3O4 loading amount, the conversion on the prepared Pt-Fe3O4/MCNT decreases correspondingly, due to the decrease of the relative Pt loading.

Whereas, the (002) peak (correspond to lattice constant c) is right shifting correspondingly due to the expansion distortion by the elastic strain on the a axis.

The corrosion resistance was studied by the gravimetric analysis [16], calculating corrosion rate K (μg/m2 · year), depth index P (mm/year), and a factor of corrosion resistance increase Z MPT (Z MPT = 100%% (K ref − K MPT)/K ref, where K ref and K MPT are corrosion rates of the surface before and after MPT, correspondingly) due to MPT (in the case of the positive result).

Correspondingly, due to the continuous synthesis of pyruvate, which was turned into alcohol and entered the fermentation pathway, pyruvic acid could be further degraded through the TCA cycle.

While improvements in monomeric sugar yields are promising, increased sugar concentrations alone will not improve process economics if the final product titer does not increase correspondingly due to hydrolysate toxicity or product inhibition.

In the PSM function, both matrices and are band-Toeplitz type matrices (dim ; dim ) with the widths of the non-zero strips equal to and, correspondingly, where due to the PSM sparseness, and.

Where κ is low, but % agreement is correspondingly low, this is due to inconsistency between observers, and the variable should be considered unreliable.

Probabilities are reduced in the time-constrained analyses, often below significant levels, due to correspondingly reduced sample sizes (Tables  4, 5, 6, 7, 8 and 9).

Notably, the impact of H2A.Z on global gene compaction is less than either H3-K56Ac or Ssu72, consistent with the correspondingly weaker transcriptional defects due to loss of H2A.Z.

Experimental results demonstrated that Pt nanoparticles coated on the walls of microtubes enabled a dramatic enhancement of the catalytic reaction and correspondingly acceleration of motion speed due to increased surface area.