Sentence examples for no remediation from inspiring English sources

It was found that unburned hydrocarbons (UHC) present in exhausts play a significant role in altering NO remediation pathways.

Due to the large area of the {001} facet in CuO-1, it outperformed the other CuO materials tested (i.e., CuO-2, CuO-NP) for NO remediation catalysis.

Considering that the relative surface area of CuO-1 is several times lower than that of the PGM nanoparticles (with an average particle size of 2.5 nm), the NO remediation activity of CuO-1 per unit surface area must be considerable.

As expected from theoretical calculations, CuO-1 is a much better NO remediation catalyst than the other CuO materials despite its relative surface area (15.3 m g−1) being lower than those of CuO-2 (19.8 m g−1) and CuO-NP (29 m g−1).

An equimolar mixture of NO (5.0 kPa) and CO (5.0 kPa) gases were circulated with each CuO material (10 mg) at 175 °C, and the NO remediation percentage (i.e., conversion of harmful NO to less-toxic N2 or N2O) was monitored using gas chromatography mass spectrometry (GC-MS) as a function of duration time.

"It is a more complex, layered and textured issue than is suggested by simply saying that by this date there will be no remediation at these colleges," said Sandi E. Cooper, the faculty representative on the board.

NO-Remediation Catalysis Test: The NO-remediation reaction was performed over the catalyst in a circulating-gas reactor equipped with a gas chromatograph (Shimadzu GC-8A).

Nine of the 11 substitutions in this category resulted in a no-growth, no-remediation phenotype.

The Small Business Administration calculated that 1.5 million businesses had undertaken no Y2K remediation.

Initial reports indicated that no specific remediation had yet been undertaken on the contaminated machine.

For example, no effective remediation technologies have been identified for triclosan and triclocarban, which are antimicrobial compounds that are detected at parts-per-million concentrations in sediments and biosolids (Miller et al. 2008; Wilson et al. 2008).