Sentence examples for i located at from inspiring English sources

Since 2001, the SPIRAL I Facility (Système de Production d'Ions Radioactifs en Ligne, version I) located at GANIL in Caen (France) has delivered radioactive ion beams mainly of "light" gaseous elements, from He to Kr.

Therefore, the observation at sensor i, located at distance d i from an object at a specific resolution cell, could be expressed as x i = ε / d i η / 2 + w i, (13).

For the resulting codons, we compute, based on all possible original codon pairs, p((α i, p i, c i ), (α j, p j, c j )) - the probability that nucleotide α i, located at position p i of codon c i, and nucleotide α j, situated on position p j of codon c j have a common origin (equation (7)).

(d_{i},(x,yy)) is the distance between the facility to be located at ((x,yy)) and destination i located at ((a_{i},b_{i}} )); (w_{i}) a constant transforming distances into costs.

Si, tis the realization of a space-time-varying process s x, y, t), i.e., it is the sample at sensor i located at a position (x i, y i ) at time t.

In our previous study, we found that the iTSCs of very low expression levels are generally: (i) located in AT rich regions, rarely associated with CpG island; (ii) evolutionarily poorly conserved, often associated with repetitive sequences (also see Supplementary Fig. S4A).

The circulation of the i‐th point vortex Ω i locating at r i is either Ω or −Ω where Ω is a positive constant.

When Δ α i ≤π, robot i is located at a vertex or on an edge of the convex hull defined by the positions of all robots.

Since condensin I is located at chromatid axes along the arms, i.e. at the putative bases of the chromatin loops, the accumulation of condensin I at telomere complexes indicates that the number of loop bases is higher at telomeres than along the arms.

The top of each layer i is located at the depth z i−1, and its bottom at depth z i  = z i−1 + h i.

The element \documentclass[12pt]{minimal} \usepackage{amsmath} \usepackage{wasysym} \usepackage{amsfonts} \usepackage{amssymb} \usepackage{amsbsy} \usepackage{mathrsfs} \usepackage{upgreek} \setlength{\oddsidemargin}{-69pt} \begin{document}$p^{t}_{i,j}$\end{document} p i, j t is the probability that a walker starting from vertex i is located at vertex j at time t.