The difference between El Nino and La Nina is basically water temperatures. El Nino is warming surface water temperatures resulting in nutrient poor waters in the Equatorial Current while during La Nina, the water temperatures will be lower.
No, a Lower Explosive Limit (LEL) meter that is designed for detecting hydrocarbons may not accurately measure hydrogen gas LEL. Hydrogen has a different LEL concentration compared to hydrocarbons, so using a meter specific to hydrogen gas is recommended for accurate results and safety in potential hazardous environments.
A Lower Explosive Limit (LEL) meter is a device used to measure the concentration of a flammable gas or vapor in the air, expressed as a percentage of the gas' lower flammable limit. It's commonly used in industrial settings to monitor potentially hazardous atmospheres and alert workers to the presence of explosive conditions.
The Lower Explosive Limit (LEL) for ethane is approximately 3.0% by volume in air, while its Upper Explosive Limit (UEL) is around 12.5%. For propane, the LEL is about 2.1% and the UEL is approximately 9.5%. These values indicate the concentration range within which these gases can form explosive mixtures with air.
The lower explosive limit (LEL) of a hydrocarbon product is the minimum concentration of vapor in the air that is needed to create an explosive mixture. It varies depending on the specific hydrocarbon product but typically falls between 1-5% of the air by volume. Operating within safe limits is crucial to prevent the risk of explosions.
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Lel Chamel was created in 2010.
Martin Lel was born on 1978-10-29.
LEL is the Lower Explosive Limit. The lowest ignitable concentration of a substance in air that will ignite. UEL is the Upper Explosive Limit. The highest percentage of a substance in air that will ignite.
Katya Lel's birth name is Yekaterina Nikolayevna Chuprinina.
100% LEL is 5 %. So 10 % of it is 0.5%
L'elephant. Pronounced (lel-e-ph-ant)
The Lower Explosive Limit (LEL) of ethanol is approximately 3.3% volume concentration in air. This means that if the concentration of ethanol in the air is below 3.3%, it is too low to ignite and sustain combustion.
As per Osha, in a confined space, less than 10 percent LEL is considered safe
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