JP-8 was meant to follow the single fuel concept, in order to obtain a new propellant with remarkable advantages in logistics and performance. Due to its complexity, its composition will be analyzed, paying attention to the classes represented. More than 200 molecules have been identified by GC-MS. The first 100 molecules will be analyzed, grouping them in 4 classes: n-alkanes and isoalkanes, cycloalkanes, alkenes and aromatics. From this, chemical-physical characteristics, advantages and disadvantages in its use will be determinated.
Il JP-8 è stato ideato come combustibile unico per potere ottenere un nuovo propellente con notevoli vantaggi nella logistica e nelle prestazioni. Vista la sua grande complessità, ne si studia la composizione, ponendo attenzione alle classi che lo costituiscono. Tramite la GC-MS sono stati individuati più di 200 componenti, di cui qui se ne analizzano i primi 100, divisi in 4 classi: n-alcani e isoalcani, cicloalcani, alcheni e aromatici. Sulla base di questo si determinano le caratteristiche chimico-fisiche e si evidenziano vantaggi e svantaggi nell'impiego.
Il combustibile JP-8 (NATO F-34): composizione, proprietà e impiego operativo
PRUCCOLI, BRANDO
2022/2023
Abstract
JP-8 was meant to follow the single fuel concept, in order to obtain a new propellant with remarkable advantages in logistics and performance. Due to its complexity, its composition will be analyzed, paying attention to the classes represented. More than 200 molecules have been identified by GC-MS. The first 100 molecules will be analyzed, grouping them in 4 classes: n-alkanes and isoalkanes, cycloalkanes, alkenes and aromatics. From this, chemical-physical characteristics, advantages and disadvantages in its use will be determinated.File | Dimensione | Formato | |
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https://hdl.handle.net/20.500.12608/44522