Abstract
Azide polymers samples were analyzed by FT-MIR in order to develop a quantitative methodology to determine the C, H and N content in energetic polymers used in propellants. The elemental analysis data were used as reference. The FT-MIR results show a good agreement with CHN analysis. A good linear relationship was obtained suggesting that the methodology developed in the CTA laboratory can be used for quality control of these energetic polymers.
Highlights
To establish the relation between structure and properbilizing the fuel material and oxidizer
In order to minimize this limitation some energetic binders can be used since they can release much more energy when they are burned together with the fuel matecharacterization in a wide spectral band of infrared, NIR/ mid-IR region (MIR)/FIR, of all thermoplastic elastomers (TPE’s) that has been synthesized at ICT, which will allows the rial[1]
AK 109 Poly AMMO/BAMO) following a method that has already been described in the literature[4]
Summary
To establish the relation between structure and properbilizing the fuel material and oxidizer. The energetic binders are the ones that have in their identification of analytical bands for future quantitative and structure chemicals groups with high energy content such kinetic studies of these compounds. I. S. et al - Determination of CHN content in energetic binder by MIR analysis
Sign-in/Register to view highlights & summary Sign-in/Register to access full text options 
Free) 
Talk to us
Join us for a 30 min session where you can share your feedback and ask us any queries you have
Schedule a call
