Sentence examples for acid materials from inspiring English sources

Solid acid materials have recently shown great promise as solid-state electrolytes in intermediate temperature fuel cells.

These gene carriers show remarkable adaptability and significant capacity to transfer larger sizes of nucleic acid materials.

Modifications made to Nafion® membranes, the conceptual design of substitutes for perfluorosulfonic acid materials and modifications made to aromatic membranes to render them suitable for this application have been summarized.

A major application of polyfunctional acid materials is the fabrication of solid electrolytes exhibiting high proton conductivity in the solid state for operation in fuel cells at medium temperature (< 160 °C) and low humidity (RH).

Pyrite weathering in the uppermost Dakota Formation and lower Graneros Shale (Cretaceous) near Fairbury, Nebraska, produces acid materials and soils (typically pH<6), acid rock drainage (pH<2.5), and surface crusts of gypsum and the hydrated Fe3+ and Al-sulfate minerals copiapite, alunogen, metahohmannite, coquimbite, paracoquimbite, and meta-alunogen.

With this information, mining plans are developed which may include mixing overburden materials during mining and reclamation or removing acid-producing materials from the site, selective handling of these materials and placing in specific areas within the backfill, and amending these acid materials with alkaline material.

Lavoisier supposed that all acids must contain oxygen, and this idea was incorporated in the names used for this element in the various languages; the English oxygen, from the Greek oxys (sour) and genna (production); the German Sauerstoff, literally acid material; and the Russian kislorod, from kislota (acid).

A new polyfunctional acid material made of Nafion doped with difluoromethandiphosphonic (DFMDP) acid is reported in the present work.

The key technology is to achieve rapid and effective downhole detachment of PLA-T (a polylactic acid material) tubing.

It appears that the effects of additional loss of AAEM and humic acid material on the char yields were ignorable when the gasification temperatures were higher than 800 °C.

PCR analyses were done in triplicates from the extracted nucleic acid material.