Sentence examples for mechanical counterpart from inspiring English sources

Biochemical weathering, often concurring with its mechanical counterpart, is mediated by microorganisms through mechanisms that include: the release of compounds that promote weathering, such as organic acids, chelators, and reactive species (e.g., H+).

Its mirror image, "Organisme," is in some ways as manic, but is couched in a Ravelian shimmer that makes its surfaces softer, even when its impulses are as weighty as those of its mechanical counterpart.

In Mr. Carey's hands, this is no gimmick: it is a way of enhancing Catherine's understanding of how fragile and precious life is and how disturbing its mechanical counterpart can be.

However, high operating costs are its major deterrent: the cost of cryogenic freezing is almost eight times that of its mechanical counterpart, and this is mainly attributed to the cost of the cryogen that is used.

These imperfect interfaces include: the mechanically compliant, dielectrically weakly conducting imperfect interface; the mechanically compliant, dielectrically highly conducting imperfect interface; the grounded metallized interface and the low-dielectric interface and their mechanical counterpart, namely, the fixed interface and the slippery interface.

With modern technology such a calculation is trivially easy, but Ingersoll and Zobel recommend the use of harmonic analysers, which are the mechanical counterpart of today's spectrum analysers.

The same kinds of data and inferences can be extracted from quantum mechanical calculations as from classical ones, but the preparation and visualization of animations for such clusters are much more demanding than their classical mechanical counterparts.

It was first hypothesised in 1970 by the Japanese roboticist Masahiro Mori, who identified that as robots became more human-like, people would find them to be more acceptable and appealing than their mechanical counterparts.

There is so much more to the human brain than the ability to process information, and it's this subtle intelligence that will always set us apart from our mechanical counterparts.

In this chapter, Steve Zeise starts with a review of the basics of mechanical design allowing project leaders or nonmechanical engineers to communicate effectively with their mechanical counterparts.

It was first hypothesised in 1970 by Japanese roboticist Masahiro Mori who identified that as robots became more human-like, people would find them to be more acceptable and appealing than their mechanical counterparts.