Sentence examples for monitoring and reduction from inspiring English sources

Benefits of the SHM technology include improvement of reliability and safety, enhancement of performance and operation, potential for automated unsupervised monitoring, and reduction of life-cycle cost.

Monitoring and reduction of aversive tension is a core issue in dialectical behaviour therapy of patients.

Of these, uncertainties due to patient positioning and internal organ motion are most susceptible to monitoring and reduction.

While environmental science performs descriptive mapping, monitoring and reduction of exposures to environmental chemicals, approaches of analytical epidemiology focus on disease aetiology and assess multiple associations between exposure and disease in statistical inference tests.

At these contracted visits the veterinarian is expected to provide the farmer with an overview of potential health problems in the herd, to suggest solutions to these problems, and to make recommendations regarding strategies for monitoring and reduction of expected herd-specific health risks.

Normalization of blood counts, as measured by hematologic responses; reduction and elimination of the Ph chromosome, as measured by cytogenetic monitoring; and reduction and elimination of BCR-ABL1 gene expression, as measured by real-time quantitative polymerase chain reaction (RQ-PCR) are important measures of treatment success.

Given that universities spend around £8bn a year procuring goods and services, which can account for more than 50% of an institution's carbon footprint, monitoring and reductions are key.

Improvement in flow and continuity of care are likely to generate scope economies and improvements in quality monitoring and reductions in consumer transaction costs are likely to generate transaction economies.

The COD and BOD of the reactor outlet wastewater are monitored and reduction at steady state and optimum OLR is observed to be 60 70% of COD and 80 90% of BOD.

Electricity: 51% Gas: 18%266 Photovoltaics, eight solar heaters, wood pellet boiler, low-energy computers, energy-saving light bulbs, switching off white boards when not used, regular monitoring of and reduction targets for energy use.

This article presents a survey of the recently (2011 2016) developed NIR small-molecule biosensors for reversibly monitoring oxidation and reduction events in living cells and small animals through in vitro/in vivo fluorescence imaging.