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10. Possible strategies for implementing hypergolic systems based on ionic liquids
The most important feature of MMH/NTO is hypergolicity, i.e. self-ignition at low temperature and low pressure. It is clearly mentioned in only one article that an ionic liquid is capable of replacing hydrazine monergol and it is suggested in several others, as we have seen, that an ionic liquid can decompose exothermically.
10.1 An ionic liquid alone
The monergolic alternative can be an interesting replacement for hydrazine, for example. In such an engine, a heated catalytic bed is required. In this case,...
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Possible strategies for implementing hypergolic systems based on ionic liquids
Systems for which hypergolicity has been demonstrated
Bibliography
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Groupement français de combustion (GFC)
https://www.combustioninstitute.fr
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Unité Chimie et Procédés (UCP), ENSTA Paris, Institut Polytechnique de Paris,...
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