Sentence examples for minimum repetition from inspiring English sources

The results suggest that, when applied to the downward facing upper half of the reactor cavity, liquid film stability may impose a limit on the minimum repetition rate in order to avoid liquid 'dripping' into the reactor cavity between shots.

Event: Push-ups Allowable Time: 2 00 Minutes Minimum Repetition: 50 Competitive Repetition: 100 Rest Period: 2 Minutes.

Event: Sit-ups Allowable Time: 2 00 Minutes Minimum Repetition: 50 Competitive Repetition: 100 Rest Period: 2 Minutes.

Event: Pull-ups Allowable Time: No time limit Minimum Repetition: 10 (dead hang) Competitive Repetition: 19 (dead hang) Rest Period: 10 Minutes.

Event: 1 1⁄2 mile (2.4 km) Run wearing boots and trousers Allowable Time: 11 30 Minutes/Seconds Minimum Repetition: N/A Competitive Repetition: 10 20 Minutes/Seconds Rest Period: N/A.

Our findings demonstrate that training comprising 25 procedural repetitions is easily sufficient to achieve optimal image quality, and they also provide empiric knowledge toward elucidating the times and minimum repetitions needed to acquire and improve ultrasonographic technique in novice operators to a level which fulfills quality requirements for interpretation.

We applied the following length criteria (Mono-, 12; Di-, 6; Tri-, 4; and for Tetra- to Hexa repeats, a minimum stretch of three minimum repetitions) to define each SSRs as a true repeat.

For IMEx pattern search, we used the previously applied length threshold parameters (Mono-, 12; Di-, 6; Tri-, 4; and for Tetra- to Hexa- repeats, a minimum stretch of three minimum repetitions) (9).

Batchprimer3.0 was adopted to identify and localize microsatellite motifs, which were defined as di-nucleotide SSR with a minimum of six repetitions, four repetitions for trinucleotide, and three repetitions for tetra- to hexa-nucleotide motifs.

In this case, the criterion used for the microsatellite search was a minimum of five repetitions for di-nucleotide motifs, four repetitions for tri-nucleotide motifs and three repetitions for tetra- or penta-nucleotide motifs.

This low coverage is consequence of the lack of a parameter to set maximum size and minimum number of repetitions, which allows them to find a larger number of repetitive elements.