Sentence examples for array hence from inspiring English sources

Polymer deposition into the skin may be an issue with repeat application of such a MN array, hence future work will consider more appropriate MN systems for continuous use, alongside tailoring delivery to less hydrophilic compounds.

For example, using 20-bit fixed-point arithmetic and eight registers for array (one register for each element in a row of a DU), we would need about 20 × 8 = 160 flip-flops for array, hence 160 × 2 = 320 FFs for buffer, hence 320 × 6 = 1920 FFs for 1-D DCT, and hence about 4000 FFs for the whole DCT.

The positive results obtained from the expression profiles of the 11 candidate genes have enabled us to validate the experimental data obtained from our array, hence reinforcing its reliability.

It should be noted that AKT1, FBXO21, PDE7B, and FBXO4 have multiple variants (full-length, partial length, or transcript variants) present on the array, hence the appearance of the protein kinase, RAC-alpha serine/threonine protein kinase (AKT1) twice in the top 10 proteins bound by the synbody.

Assuming the measured sampling average was a true population distribution, I calculated the N required to statistically distinguish each class from the cognate X/ Y, B / Y, rDNAl-473 (the smallest rDNA array; hence, the one I expected would have the greatest impact on nondisjunction), with alpha = 0.05 and degrees of freedom set arbitrarily large (degrees of freedom = 1000).

PamGene's flow-through microarrays use a novel format in which probe is actively pumped repeatedly across the plane of the array (hence "3-D"); diffusion is no longer the rate-limiting step, allowing faster hybridization kinetics than in diffusion-limited systems [ 15- 17].

The new 8000 series arrays are more powerful than Microsoft's existing 5000 and 7000 series StorSimple arrays (hence the higher number).

To address this question, let us consider a CR network with a total of K antennas; assume that such antennas can be arbitrarily organized into arrays (for simplicity, ULAs) to localize a PU transmitter; then, if every array has m elements, the number of arrays (hence, of DoA measurements) is M = ⌊K/m⌋.

Waveguide coupling coefficients are designed to yield commensurate eigenvalues of the array and hence, periodic revivals of the input state.

The effect of change in the value of some operational parameters on temperature of the solar array, and hence on its power output is also discussed.

It is named as such because it constrains the instantaneous sum power of the antenna array (and hence the instantaneous peak power of each antenna) of the transmitter.