Sentence examples for water counterpart from inspiring English sources

The prospect of achieving higher thermal efficiency with simpler plant design, projects Supercritical water reactor as a better futuristic option compared to its boiling water counterpart.

In order to develop a LUR model for NO3– we adopt a similar nonlinear multivariable model implemented by ground water vulnerability assessment(GWAVA) which is also similar to the surface water counterpart spatially referenced regression on watershed Attributes (SPARROW).

The new waters, along with their plain water counterparts, are stealing space on grocery store shelves.

These antique vessels of timber and canvas sail cloth function similarly to their "soft water" counterparts, and there is some shared terminology, but the boats themselves look nothing alike.

Some customers report that their bills provide little clue as to how they are calculated.The privately run electricity companies have not been able to invest as heavily as their public water counterparts.

But La Niña is now giving way to its warmer-water counterpart, El Niño, which tends to create wetter weather for the Eastern United States.

I. multifiliis is the fresh-water counterpart of C. irritans that causes white spot disease in fresh-water fishes.

The boats range widely, he said, from sleek open-water shells with sliding seats only inches wider than their flat-water counterparts to fixed-seat craft modeled after boats like the Grand Banks dories, which could keep fishermen safe on the open ocean.

They document the spread of animals into ever more diverse ways of life (p. 233) and the evolution of food webs analogous in topology and complexity to modern marine shallow-water counterparts.

Studies over the past 20 years have shown that clams in the frigid waters of high latitudes live up to 10 times longer than their warm-water counterparts, leading researchers to believe that chilly conditions contribute to longevity by slowing metabolic rate.

And indeed, when co-authors Yohey Terai and Norihiro Okada of the Tokyo Institute of Technology in Japan analyzed the fishes' retinas, they found that retinal pigments in shallow-water cichlids were more sensitive to blue wavelengths than those of their deep-water counterparts, which were tuned to red.