Sentence examples for corresponding components of from inspiring English sources

When there are arrays on either side of a binary operator, they must match in length, in which case J applies the operation on corresponding components of each array to produce the output array: "1 2 3 + 4 5 6" is "5 7 9" (vector addition).

The limited results show that the change of void vector-based fabric tensor appears to be affected by the corresponding components of the particle orientation-based fabric tensor and contact normal-based fabric tensor.

Since, furthermore, the three neurotransmitters and depression are relevant in smoking motivation, the present experiment investigates if fatigability (FA) and stress reactivity (SR), the two corresponding components of depressiveness measured as personality dimensions in the normal range, can be separated by drug induced hormone responses and cigarette craving and their combined effects.

Measurements of the lattice parameters and the corresponding components of lattice strains show that such drastic changes in characteristics of DPs indicate a gradual change in the PT mechanism from traditional nucleation and growth mode in coarse-grained polycrystals to a continuous lattice deformation inside the nano-sized grains.

Further, time evolutions of the low degree components of are similar to those of the corresponding components of.

Theses functions can be represented in structure form which can help us to compute the occurrences while keeping the corresponding components of spectral vectors.

Meanwhile, the normal component of the particle orientation-based fabric tensor and the corresponding component of contact normal-based fabric tensor are negatively correlated.

In this case, the contrast or jump in the displacements on the boundary of each phase is proportional to the corresponding component of the tension on the interface.

The value of each gene is smaller than corresponding component of corresponding base vector.

The figure shows the approximate partial derivative of scour with respect to the corresponding component of (vec{x}).

Now, we can investigate any order of diffraction efficiency, when we select the corresponding component of h ∥ sub to calculate P ⊥ sub n.