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Air Research Articles & Analysis
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In the world of preclinical lung cancer research, seeing a tumor is only half the battle. While traditional imaging like microCT can show us where a mass is located, it often fails to tell the full story: How is that tumor actually affecting the animal’s ability to breathe? A recent pilot study by Smith et al (2025) has broken new ground by combining two powerhouse technologies - ...
Atmospheric NO and NOy monitoring during in-flight research missions has become an essential tool for understanding the complex chemistry of the upper troposphere and lower stratosphere. The ECO PHYSICS CLD780TR analyzer plays a crucial role in these measurements, offering high precision and reliability for airborne applications. ...
As cannabis use increases, so does the availability of products marketed as safe alternatives to smoking. One of these products is the dry herb vaporizer, which heats the cannabis flower without burning it. This process releases cannabinoids for inhalation. But how safe are these products? In a recent study, Wilson et al. examined the effects of dry herb cannabis vapor on lung epithelial cells, ...
The fields of gene editing and nanotechnology are on the cusp of unprecedented breakthroughs that could have transformative impacts on medicine, materials science, sustainable manufacturing, and more. Both gene editing and nanotechnology demand highly controlled environments for research, development, and production, and clean cold rooms will be key to maintaining the integrity of these ...
Its initial use case developed during this time to assist the Norwegian University of Science and Technology in Trondheim with their research on road treatments that would lower city air polution. In their research, it is not just the prevailing road condition but a more complex road surface status information that serves as a data point. ...
Regular monitoring is essential to control the impacts of poor air quality on human health and the environment. Since I am an environmental engineer with broad experience in air quality research with sensor-based air monitors for measuring air quality, I decided it was time to put together and write a blog ...
As technology and infrastructure advance, pollution also covers the earth with a layer. We must be concerned about the air we breathe. Currently, the number of people dying because of bad air quality is increasing. ...
For instance, in applications such as air quality monitoring, pharmaceutical manufacturing, or research in aerosol science, the precision in measuring particle size and concentration is paramount. ...
NIWA has pioneered the use of dense air quality sensor networks to uncover block-by-block air pollution patterns within towns across New Zealand. 40 Clarity Node-S solar-powered air quality sensors deployed 3x Higher PM2.5 levels detected in air pollution hotspots compared to cleanest areas 6 km Maximum distance NIWA ...
This includes monitoring noise levels in cities, assessing air quality in industrial zones, and measuring vibrations caused by construction activities. ...
Air quality guidelines and standards have an important role to play in the management of air quality. Such standards are generally established and enforced by regulatory agencies in national governments. It is generally accepted that an air quality standard is a description of a level of air quality or air pollution, which is adopted by a regulatory authority as enforceable. The US Clean Air ...
Why the Hiden HPR-60 MBMS is Essential for Air Purification Research Precision: The MBMS offers a level of precision that is indispensable for refining air purification processes. ...
Robust air quality monitoring offers detailed insights that researchers, policymakers, and scientists can use to understand trends, make predictions, and formulate policies. Leading research institutions across the UK have used Oizom’s air quality monitors. The data collected have led to groundbreaking studies on climate ...
The European Commission have announced a proposal to introduce their first-ever workplace exposure limit for Dissocyanates. Diisocyanates describe various chemicals that are often grouped based on their common properties, and which can cause respiratory diseases like asthma. The Commission’s impact assessment estimates that currently, 4.2 million workers in the EU are exposed to ...
What is Indoor Air Quality? When it comes to indoor air quality, a variety of factors can affect the air we breathe, including pollution levels, CO2 presence, humidity, and the presence of volatile organic compounds (VOCs) and particles. But how does indoor air quality differ from outdoor air quality? This is a ...
The shell adopts special treatment to reduce dust adsorption and effectively prevent the external environment from damaging the internal components. It is widely used in the research of meteorology, agriculture, air pollution, and other ...
As Air Quality Data Scientist, Jack Kodros works with our Lab team to research new methods for calibrating our low-cost sensors and evaluate and study their performance under various environmental conditions, taking a scientific and research-oriented approach to understanding and improving sensor performance. His background as a ...
However, in the context of large amounts of sulfur dioxide and nitrogen oxides emitted by fossil fuels, ammonia emission reduction may exacerbate ecological and environmental problems such as acid rain, and there is currently a lack of quantitative analysis of this complex comprehensive effect.In response to the above problems, the ground-air exchange research ...
And because flu spreads through droplets in the air, Harvard School of Public Health researchers shared that wearing a mask helps prevent the spread, too. ...
Scientists and engineers have found our PC-2H Air Particle Analyzer to be the instrument of choice when it comes to getting the full story on indoor or outdoor airborne particulates. ...
