Deep-sea researchers have launched a groundbreaking project to investigate "dark oxygen"—a form of oxygen produced in total darkness on the ocean floor. The initiative follows last year's ...

If oxygen is not continuously being added to an environment (by trees and plants, for example), it would eventually disappear. “After 40,000 years or 30,000 years (separated from surface ...

The initial discovery confounded marine scientists. It was previously accepted that oxygen could only be produced in sunlight by plants - in a process called photosynthesis. If oxygen - a vital ...

Russia spent almost a quarter of the national wealth fund’s available reserves last year to keep the economy on a war footing and finance its invasion of Ukraine. The National Wellbeing Fund ...

As a doctor, I understand it is a critical issue and needs attention. To protect patients, even the World Health Organization has released guidelines on the quality of medical oxygen," Gopchade told ...

The state-of-the-art ASU will generate 2150 TPD of Industrial Gases, including 2000 TPD of Gaseous Oxygen, 150 TPD of Liquid Oxygen, 1200 TPD of Gaseous Nitrogen ... with SAIL in year 2008 with the ...

The state-of-the-art ASU will generate 2,150 TPD of industrial gases, including 2,000 TPD of gaseous Oxygen, 150 TPD of liquid ... its 1st cryogenic ASU on BOO basis at Bokaro Steel Plant ...

The state-of-the-art ASU will produce 2000 TPD of gaseous oxygen, 150 TPD of liquid oxygen ... installation of its first onsite cryogenic ASU at Bokaro Steel Plant, followed by another at SAIL's ...

With this cryogenic microscopy instrument ... in this case on samples of plant roots that had been snap-frozen in a bath of liquid nitrogen and maintained at very low temperatures under vacuum ...

With this cryogenic microscopy instrument ... in this case on samples of plant roots that had been snap-frozen in a bath of liquid nitrogen and maintained at very low temperatures under vacuum ...

A joint research team from Hefei Institutes of Physical Science of the Chinese Academy of Sciences has successfully developed a continuous cryogenic pellet injection system for tokamak fueling.