Sentence examples for lengths of the array from inspiring English sources

Denote the current distribution on the T j array as x j (p j ), where (p_{j}in [-{L}_{T_{j}},{L}_{T_{j}}]phantom {dot {i}!}) is the position along the lengths of the array, and (phantom {dot {i}!}x_{j}:[-{L}_{T_{j}},{L}_{T_{j}}] rightarrow mathbb {C}) gives the magnitude and phase of the current.

n an integer representing the length of the array.

where n is the current number of elements and m is the current length of the array.

Halving the length of the array did not always yield similar separation to the conventional design, especially at higher concentrations.

Fabrication methods for titanium substrates exhibiting continuous micro and nano scale arrays, with increasing feature heights over the length of the array are reported.

The VACNT arrays grown on spheres still possess good flowability even when the length of the array reaches 1100 μm after a 2-h growth at 800 °C.

Obviously, the length of the array (mathbb {A}_{n}) is R n.

It provides promising calculation accuracy when the spacing and overall length of the array are small.

For each array, define a local coordinate system with origin at the midpoint of the array and z-axis aligned along the length of the array.

where ɛ i (−m)[l] = ĉ0,li,(−m) − c0,li,(−m) is network error at a discrete moment of time l in i steps of preemption, where c0,li,(−m) is desired; ĉ0,li,(−m) is the actual output value of the network at a discrete moment of time l in i steps of preemption; I is the length of the output vector network; and L is the length of the array of test data.

If Δ >0, then the required level of decomposition is m* = m −1, and we do not perform step 7. Step 7. If m ≤ log2N, where the maximum allowable level of decomposition M is determined by the length of the array data N: M ≤ log2N, we increase by 1 level of the decomposition (m = m +1) and perform steps 2 to 5. If m > log2N, then m* = m is the desired level of decomposition.