Sentence examples for cells of the array from inspiring English sources

It is confirmed that the temperature rise of the face of the duct near its exit, and hence of the PV array in contact with it, is minimised when the ratio L/D of the duct length to its hydraulic depth is around 20. Choosing this proportion will minimise the loss of efficiency of the cells of the array, due to a raised operating temperature.

A Kirkman square with index λ, latinicity μ, block size k, and v points, KSk v;μ,λ), is a t×t array (t="λ v-1)/μ(k-1)) defined on a v-set V such that (1) every point of V is contained in precisely μ cells of each row and column, (2) each cell of the array is either empty or contains a k-subset of V, and (3) the collection of blocks obtained from the non-empty cells of the array is a (v,k,λ v-1BD.

Then the cells of the array that fell on the outer boundary of the object were marked, meaning that the column and row position of each boundary location was entered into an address table.

For practical application of microbial cell arrays, cells on the array should maintain their viability and be able to be stored for sufficiently long periods of time.

The multiplexed design can be used as either a single-ended or differential circuit to make potentiometric measurements in each cell of the array.

(b-d) Distributions of the electric-field intensity in a unit cell of the array are shown for wavelengths of 490, 800, and 1000 nm in the x-y plane, respectively.

The new shift method leads to a greatly reduced number of neighborhood connections for each cell of the array, and allows for all shifts within the [8,8] search area to be performed in a single step, with simple digital controls.

Since a single point, P1x, is extracted from each cell of the array C1, for each iteration, the algorithm performs as many similarity measure evaluations as the number of 'valid' cells in the distribution C1 around the point of the previous iteration.

A Howell design of side s and order 2n+2, or more briefly an H s,2n+2), is an s×s array in which each cell is either empty or contains an unordered pair of elements from some 2n+2 set V such that (1) every element of V occurs in precisely one cell of each row and each column, and (2) every unordered pair of elements from V is in at most one cell of the array.

We consider that it is possible for PIN1 protein to be synthesized and degraded in each cell of the array, in an auxin concentration-dependent manner.

The basic building element (or cell) of the arrays consists of a single hexagonal SDD.