Sentence examples for precisely the concept of from inspiring English sources
In 1878, Cantor submitted another paper to Crelle's Journal, in which he defined precisely the concept of a 1-to-1 correspondence, and introduced the notion of "power" (a term he took from Jakob Steiner) or "equivalence" of sets: two sets are equivalent (have the same power) if there exists a 1-to-1 correspondence between them.
The concept of knowledge forms is influenced by rhetoric of science and more precisely the concept of topos drawn from classical rhetoric.
More precisely, the concept of a population-based half-life may be useful because the decline in population levels after termination of an exposure should match, at least grossly, the rate predicted by current exposure and pharmacokinetic assumptions.
In particular, we describe more precisely the concepts of support sets, patterns, pandects, and LAD-based classification systems, and we discuss the validation techniques used.
Technique is not an intrinsic element of art but has to do precisely with the concept of communication.
However, a still open and debated issue behind such different approaches is precisely in the concept of similarity.
It is difficult to precisely define the concept of value-based radiology, and it is even more problematic to develop metrics which would allow a clear demonstration of the benefits contributed by imaging to the care of patients.
Nevertheless, before exploring more precisely what the concept of the "swarm" could mean in relation to plant root biology (or indeed to any other plant part), consideration should be given to the criteria by which a swarm is defined.
Probably this is precisely why the concept of evidence based policy, which, on many occasions, suggests instrumental use, should be replaced by evidence informed policy, which is related to conceptual use.
Precisely, we present the concept of canonical controller and unfalsified control in behavioral context.
More precisely, we introduce the concept of -approximate ∗-derivation and show that any -approximate ∗-derivation is just a ∗-derivation.
