Aerospace components are usually made from advanced materials, including hydroxyl-terminated polybutadiene, titanium alloys, nickel-based super alloys, and other ceramics. Aircraft manufacturers ...

The Future of Clean Air Lies in Hydroxyl Radicals—So What Are They? Panasonic’s cutting-edge nanoe™ X technology can help bring about the clean air revolution we all want and need.

According to a study published in Water Research in April 2020, superoxide produces hydroxyl radicals in lake water. Hydroxyl radicals break down poorly biodegradable organic matter such as humic ...

Understanding the abundances of molecules in dense interstellar clouds requires knowledge of the rates of gas-phase reactions between uncharged species. However, because of the low temperatures ...

The hydroxyl number for these samples spans from 9 to 44. Data preprocessing entailed a simple 2-point baseline correction for this application to eliminate offsets. The spectra and concentration data ...

Astronomers have detected a new chemical signature in the atmosphere of an extrasolar planet (a planet that orbits a star other than our Sun). The hydroxyl radical (OH) was found on the dayside of ...

The removal of trace gases from the troposphere is, in most cases, initialized by reactions with hydroxyl radicals. An evaluation of this process (sometimes termed self-cleansing) using existing ...

When the hydroxyl radicals react with other compounds in the air, they produce new chemicals, which could either be safer or more irritating than their precursors, or than the radicals themselves.

Hydroxyl, an important but difficult-to-detect molecule, is made up of a hydrogen and oxygen atom each. It has now been found in the upper reaches of the Venusian atmosphere about 100 kilometers ...

Hydroxyl radicals (OH) react with methane and break it down, but it's been hard for scientists to get a handle on how much OH is present in the atmosphere at high-enough spatial and temporal ...

Hydroxyl might be long gone but the air trapped in the bubbles should retain its lingering radioactive fingerprint in the form of individual carbon 14 atoms of carbon monoxide.