Nephelometers example sentences

Related (5): aerosols, visibility, scattering, photometers, meteorology.

"Nephelometers" Example Sentences

The nephelometers were used to measure the concentration of suspended particles in the air.
The readings on the nephelometers showed dangerously high levels of pollution in the city.
It was essential to calibrate the nephelometers regularly for accurate measurements.
The researchers used nephelometers to study the impact of smoke from wildfires on air quality.
The nephelometer data suggested that there was a significant decrease in air pollution during the COVID-19 lockdown.
The nephelometers in the laboratory were state-of-the-art, allowing for precise and reliable readings.
The scientists used nephelometers to investigate the effects of industrial emissions on nearby communities.
The nephelometer was a crucial instrument in the monitoring of air quality at the airport.
The data from the nephelometers provided valuable insight into the sources and quantities of airborne pollutants.
Regular use of nephelometers helped policymakers make informed decisions about public health and environmental regulations.
Nephelometers are commonly used in atmospheric science studies to quantify aerosol properties.
The nephelometric approach can provide useful information about the size, composition, and distribution of airborne particles.
Nephelometers can be expensive, but their accuracy and reliability are critical for producing trustworthy data.
The nephelometric method can also be used to analyze suspended sediment concentrations in natural waters.
The use of nephelometers has revolutionized the way we measure and monitor air pollution.
Nephelometers have become an essential tool in the fight to reduce air pollution and protect public health.
Nephelometers are used to measure light scattering in a sample, providing a valuable proxy for particle concentration.
Advanced nephelometers can measure scattering at multiple angles, providing even more information about aerosol properties.
Nephelometry has proven to be a versatile and effective technique for a wide range of environmental and atmospheric studies.
Innovative nephelometer designs are constantly being developed to improve measurements and reduce costs.
The nephelometric approach is often preferred to other techniques for its sensitivity, accuracy, and ease of use.
The development of portable nephelometers has enabled researchers to take measurements in remote or hard-to-reach locations.
The data produced by nephelometers is used by policymakers and regulators to inform public health decisions.
Sophisticated nephelometers can detect minute changes in particle concentrations, providing useful details about pollution sources and pathways.
Nephelometers are also used in the pharmaceutical industry to measure the concentration of suspended particles in injectable drugs.
The use of nephelometers has allowed scientists to better understand the impacts of air pollution on human health and the environment.
Nephelometry is a powerful tool that has contributed significantly to the advancement of environmental science and public health research.
Nephelometers are an example of how technological innovation has helped us address some of the most pressing challenges of our time.
The widespread use of nephelometers has brought about a greater awareness of air pollution issues and spurred actions to mitigate them.
Nephelometric data has helped scientists link air pollution to a wide range of health effects, including respiratory illnesses, heart disease, and cancer.