Sentence examples for evolution of compounds from inspiring English sources

Raman spectroscopy and Fourier transforms infrared spectrometer (FTIR) were used to characterize the evolution of compounds.

Significant outcomes of this work are the computation of a detailed spatial distribution of compounds in WWT basins and the quantification of the effects of the stirrer induced mixing on the evolution of compounds.

In this review, we focus on the evolution of compound eyes.

Under the influence of different historical stages and major events, the continuous evolution of compound spatial landscape structures is the witness and representation of ancient time-honored Beijing culture.

However, the evolution of compound eyes is no less interesting than that of chambered eyes and, given the extraordinary diversity of groups exhibiting them (most notably arthropods), this is an important question in biology (Land 1997; Nilsson and Kelber 2007; Buschbeck and Friedrich 2008; Cronin and Porter 2008).

In the case of the type I KNOX genes, this may reflect a regulatory shift associated with the evolution of compound leaves.

Class I KNOX genes are not ectopically expressed in PRC2 down-regulated tissue in A. x coerulea, possibly due to a regulatory shift associated with the evolution of compound leaves.

Although an initial response to ponatinib is promising in patients with single mutations in BCR-ABL1, response in advanced patients is limited because successive or long-term use of TKIs lead to the evolution of compound BCR-ABL1 kinase domain mutations that show resistance even to ponatinib [ 7, 8].

While there is speculation about the mechanism of nanostructure evolution on compound semiconductors, the structuring of single-component semiconductor materials, and more specifically silicon, remains elusive.

The evolution of nitrogenated compounds in the char, tar and gas products were conducted.

Fewer appear to be compatible with the existence of liquid water or the more complicated evolution of these compounds.