THE structure of dinitrogen tetroxide has recently been much discussed, but no clear conclusion has been reached. The structure of dinitrogen trioxide has less often been explicitly considered ...

The mixture of seawater with dinitrogen tetroxide created a nitric acid byproduct. The nitric acid mixed with the fuel and created a significant explosion, which ejected the R-27U missile.

Seawater mixed with the Dinitrogen tetroxide used by the missile, causing it to create nitric acid. The nitric acid ate through a critical component, causing a significant explosion as the ...

THE fact that liquids other than water may serve as media for inorganic reactions is widely recognized ; reactions in the well-known liquid ammonia and liquid sulphur dioxide systems are explained ...

The R-27 Mod 3 missile will play a key role in the K-219's accident. This submarine-launched ballistic missile was first introduced in 1967, the same year as the K-219's launch, and was deployed ...

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Chemistry in liquid dinitrogen tetroxide and sulphur dioxide by Addison, C. C., 1913-Publication date 1967 Topics Nitrogen tetroxide, Sulphur dioxide Publisher Braunschweig, Vieweg; Oxford, London, ...

They found that the dinitrogen tetroxide oxidizer that had been loaded onto the spacecraft 46 days prior to launch had combined with ambient humidity to create nitric acid, ...

However, with less than five hours remaining in the countdown to launch, during a routine procedure, 13 of the 24 valves that control the flow of dinitrogen tetroxide oxidizer through the service ...