Al-AP pyrolant

Fig. 11.12 shows a comparison of the burning rates of B-AP and Al-AP pyrolant-sas a function of pressure. In analogy to the B-AP pyrolants, the burning rates of the Al-AP pyrolants increase with increasing and with decreasing size of the alum-... 

Fig. 11.17 shows burning rate augmentation, Eb, as a function of the adiabatic flame temperatures of B-AP and Al-AP pyrolants. The incorporahon of aluminum particles into a base matrix composed of AP-CTPB pyrolant increases Ej. However, the effect of the addihon becomes saturated for adiabahc flame temperatures higher than about 2500 K. On the other hand, the incorporahon of boron particles into the same base matrix increases Eg more effectively, even though the adiabahc... 

The adiabatic flame temperature, 7, is 2220 K at (0.0), i. e., without B or A1 particles. 7 remains relatively unchanged in the region of less than 0.05, but then rises to a maximum of 2260 K at b(0.15). On the other hand, when A1 is mixed with AP, 7 reaches a maximum of3000 K at Ai(flT8). The maximum flame temperature of a B-AP pyrolant is thus approximately 740 K lower than that of an Al-AP py-rolant.[i7]... 

---