Researchers have examined the process of self -disturbing the fuel system on the example of tetramilendiamine and concentrated nitric acid interaction. Under laboratory conditions, they analyzed how the features changed in the collision of fuel drops with the oxidist agent and changed the height of their decreases.
As described by the project manager Olga Highmold, the data obtained will help to predict the behavior of gel -like fuel systems. This is important to create safe and controlled combustion processes in real energy power plants.
Self -running fuels are widely used in space technology, underwater devices and emergency launch systems. The main advantages are the ability to ignite without an external heat source. However, such systems require private security control.
New fuel, energy, operational and environmental indicators should overcome existing analogs.
Source: Ferra
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