Sentence examples for commensurate one from inspiring English sources

They were of equal size, commensurate, one mirrored the other.

But as Toronto pulled away in extra-time, Seattle fans were left contemplating not only a unique home advantage lost, but an almost commensurate one gained by TFC.

Figure 8 reveals that the dissipation rate of the incommensurate bridged-CNS-based nano-oscillator (approximately 0.237 nm/ns) is much slower than that of the commensurate one (approximately 0.429 nm/ns).

It has been shown that the DWCNT-based oscillators with incommensurate inner and outer tubes have lower inter-tube friction force than the commensurate ones, leading to a much slower dissipation rate [30, 33].

For Millgram, commensurating one's ends is a "central part of attaining unified agency" (1997, 162).

This digestion pattern is the same as that previously observed with PIF from the MAC16 tumour and is commensurate with one N-linked sulphated oligosaccharide chain of Mr 10 000, one O-linked sulphated oligosaccharide chain of Mr 6000 and a central polypeptide chain of Mr 4000 with some residual carbohydrate.

The two are obviously commensurate in one sense, but is there something else happening that cannot be captured in a read-out of brainwaves?

Remuneration is not just commensurate with one's work, but also with the qualification, professionalism, and effectiveness of the worker.

However, owing to the spatially varying signal, and complete spatial decoupling, different regions experiencing different signal values exhibit oscillations whose frequencies are not rationally commensurate with one another and this results in quasiperiodic behaviour of the distributed dynamical system.

It implies that recognition and rank commensurating with one's success may be visible yet unattainable for many women.

Each vibration mode of the cantilever receives the thermal energy commensurated to one degree of freedom, k B T / 2. The measured variance of the deflection, can then be used to calculate the spring constant (i.e., k B T = k C2, where k B and T are Boltzmann's constant and temperature, respectively).