On May 6th 1937, the hydrogen filled Hindenburg Aireship bust into flames while landing in New Jersey, USA. The hydrogen was viewed as the culprit for many years. Extensive recent research has however, discovered thathydrogen did not cause the initial fire. The actual cause was the high flammability of the fabric cover. It was made of a cotton substrate wth an aluminised cellulose acetate butyrate covering. The observations at the scene were consistant with a huge aluminium fire. The fabric was ignited by electrical activity in the atmosphere The hydrogen only exploded once the fire had burnt through the covering.
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∙ 12y agoThe Hindenburg airship caught fire while attempting to land at Naval Air Station Lakehurst in 1937 due to a spark igniting its hydrogen gas-filled envelope. The highly flammable hydrogen quickly ignited, leading to the rapid destruction of the airship.
The Hindenburg airship was filled with hydrogen gas, specifically about 7 million cubic feet of hydrogen. This highly flammable gas was used as a lifting agent to help the airship float.
Yes, steam can burn paper if it is hot enough. The heat from the steam can cause the paper to ignite and catch fire. It is important to be cautious when working with steam near flammable materials like paper.
If you touch a hot pot, you may experience a burn injury to your skin. This can cause pain, redness, blistering, and damage to the skin tissue. It's important to run the affected area under cool water and seek medical attention if the burn is severe.
Piston crown burn is typically measured by visually inspecting the piston crown for signs of scorching or discoloration due to heat exposure. The extent and severity of the burn can be assessed by measuring the size and depth of the affected area. Additionally, analyzing the material composition and structure of the piston crown through microscopic examination can provide further insights into the cause and severity of the burn.
Yes, exposure to electricity can cause thermal burns by generating heat when passing through the body. The severity of the burn depends on factors like the amount of current and the duration of exposure.
Hindenburg crashed at Lakehurst Naval Air Station, New Jersey.
The Hindenburg was filled with the element Hydrogen, which is extremely flammable. A spark ignited the hydrogen, which caused the skin of the zeppelin to burn furiously. The hydrogen fueled the inferno.
The Hindenburg was caught on film, and unlike the Akron it's cause was a mystery and it was an important nazi symbol as well and was also filled with flammable gas unlike the Akron
"Oh the humanity!" said the reporter as he watched the Hindenburg burn.
It wasn't. (See link below).
it was named after the late president of Germany, paul von Hindenburg
The two possible causes are a highly flammable compound in the paint, or ignition of the hydrogen.
Hindenburg.
it will cause the burn to go deeper into the skin
The Hindenburg was filled with the element Hydrogen, which is extremely flammable. A spark ignited the hydrogen, which caused the skin of the zeppelin to burn furiously. The hydrogen fueled the inferno.
Gert von Hindenburg has written: 'Hindenburg, 1847-1934'
the mythbusters tested this and the came up with 2 reasons 1. the upper coating of paint had traces of thremte 2.it was filled with hydrogen these combined mad it burn in under barely 38 seconds