The phrase "a pair of terminal" is not correct in English.
It should be "a pair of terminals." You can use it when referring to two terminal devices or interfaces, typically in a technical or computing context.
Example: "The technician connected a pair of terminals to the mainframe to facilitate communication."
Alternatives: "two terminals" or "a set of terminals."
The aquatic dobsonfly larvae have a pair of terminal abdominal prolegs that are important in moving in strong currents.
At any time in the algorithm, a pair of terminal nodes a, b is explained if a and b are both elements of a single clique which is already in C G. A clique is necessary if it contains a pair of terminal nodes c, d which is not contained in any other single clique in Ccur.
MUST system, which tested the existence of a pair of terminal inverted repeats (TIRs) and a pair of direct repeats (DRs) [ 45] was used to predict miniature inverted-repeat transposable elements (MITEs) in APL introns.
A pair of terminal NO donors may chelate metal ions to form linear helicates, and the two pendant biphenolic oxygen atoms may entrap more metal ions into the helical cavity, thereby leading to a cluster structure with free pyridyl groups.
In an electrical circuit, power is always the product of voltage and current, both present at a port, i.e., at a pair of terminals.
For any pair of terminal nodes a, b, let w (a, b ) denote the shortest path between a, b in G. Define a Least Common Ancestor lca a, b ) such that w (a, b ) = 2 w (lca a, b )).
For any pair of terminal nodes a, b, let w a, b) denote the shortest path between a, b in G. Define a Least Common Ancestor lca a, b) such that w a, b) = 2 w lca a, b)). Figure 1A shows an example of an ontology graph, with non-terminal nodes 0, …, 6 and terminal nodes A, …, H.
In order to capitalize on pre-existing efficient algorithms for inferring the most likely derivation of a string for a given grammar, all SCFGs were expressed in Chomsky normal form (CNF) such that a non-terminal symbol could be replaced only by either a pair of non-terminal symbols or a single terminal symbol [20].
Classic transposons consist of two functional components: a pair of short terminal repeats that target the host genome, and a transcribed transposase enzyme that catalyzes integration/ excision.
Cut-and-paste DNA transposons are characterized by a transposase gene and a pair of flanking terminal inverted repeats (TIRS) [ 7].
Immediately after successful integration, a provirus will consist of a pair of long terminal repeats (LTRs) that flank the open reading frames for several retroviral genes, typically gag, pol and env.
