Sentence examples for interpreted as characteristics from inspiring English sources
Technological differentiation and the relatedness degree of local competences can be interpreted as characteristics of the local knowledge base interacting with the knowledge filter and the entrepreneurial absorptive capacity.
The major and trace element abundances as well as the decoupling between Ti and other HFSEs in these high Fe Ti eclogites are interpreted as characteristics of gabbroic cumulates crystallized from melts with compositions similar to that of the CCSD eclogites cored at depth ranges of 318 380 and 420 470 m (subunits 4 and 6, respectively).
The above three equations may be interpreted as characteristics availability functions which convert commodities into attributes.
Values of H<0.5 are interpreted as characteristic of "trend-reversing" or "antipersistence" (a type of "persistence").
These, however, could be interpreted as characteristic of any new industrial development rather than specific to lignocellulose.
The earliest fossil flora interpreted as characteristic of TRF was found in the early Cenomanian from several formations in North America, for example, the Dakota formation of Kansas (99 Ma, [ 9, 53, 58]), which is consistent with our results.
The quality-adjusted index for model (i) is, therefore, defined as: begin{aligned} ln I_{it}=ln p_{it}-ln p_{it-1}-left( X_{it}-X_{it-1}right) beta _{t} end{aligned} (11 where (left( X_{it}-X_{it-1}right) beta _{t}) represents the quality correction and can be interpreted as a characteristics quantity index, (Q_{it}) (Triplett 2004, p. 60).
In other words, such concepts can be interpreted as useful characteristics in different contexts.
Factors should be interpreted as hidden characteristics underlying the observed variables used to create them and the factor loadings describe which variables (and in which direction) are represented the most by a given factor [ 35].
Two components of Natural Remnant Magnetization (NRM) directions are identified; the first one considered as Viscous Remanent Magnetization (VRM) is removed by 5 25 mT AF or a temperature of 120 °C 250 °C, the second component isolated after these steps defined a straight-line segment directed towards the origin and is interpreted as the Characteristic Remanent Magnetization (ChRM).
The interest for these biocatalysts rises from the fact that the yield of the reaction can be increased and selectivity can be interpreted as key characteristic of the transfer reaction instead of a balance of hydrolytic and transferring pathways followed either by substrates and products.
