Sentence examples for both properties can be from inspiring English sources

Note that your amplitude function (if any) is multiplied by the amplitude property, so both properties can be used simultaneously.

However, we also find that both properties can be improved by raising the number of recommendations.

Both properties can be assigned to any deformational degree of freedom independently.

Both properties can be used to increase the capacity in multiple access systems [16, 17].

Both properties can be proven in exactly the same way as in [34], Corollary 7.4, thus we only sketch the proof for (X^{mathrm{w}}): (i) Smoothness of the transition probability densities: Due to Assumption (10) the transition probability of two (or more) consecutive steps (psi^{mathrm{w}}_{Delta t}circpsi^{mathrm{w}}_{Delta t}) of our integrator has a smooth density.

For example, a photodetector possessing both properties can be of bolometric type with an 'open window' on top of the cones or with a selective spectral sensitivity depending on light propagation direction and a light source with gradual change of the emitted wavelength depending on z-coordinate.

Now, both of these properties can be better controlled through compressive strain engineering.

Based on this understanding, this chapter demonstrates that both groups of properties can be calculated as additive molar quantities.

This implies that both range and angle properties can be used to suppress the false targets.

Such an identical evolution trend of both tensile and GMI properties can be ascribed to two underlying mechanisms: the generation of longitudinal and circumferential residual stresses and the growth of deformation-induced nanocrystals during cold-drawing.

Tax-delinquent properties can be both scary and very attractive to real estate investors.