An experimental investigation has been conducted on the vaporization, combustion, and microexplosion characteristics of freely falling droplets of organic azides in hot oxidizing or inert environments. The droplet gasification rate and the state of microexplosion have been measured. Results show tha
Aerothermochemical studies of energetic liquid materials: 3. Approximate determination of some thermophysical and thermochemical properties of organic azides
✍ Scribed by A. Lee; C.K. Law; A. Makino
- Publisher
- Elsevier Science
- Year
- 1989
- Tongue
- English
- Weight
- 631 KB
- Volume
- 78
- Category
- Article
- ISSN
- 0010-2180
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✦ Synopsis
l)epartment of .*¢lechanicul Engineering, (.,'niver~ty ol ( 'tdifornia, l)m'i~', ('4 95616 l'hr.mgh either direct measurement or group additivily calculation, the densitms, normal b~filing points, latent heatof vaporization, limits of superheat, enthalpies of formation, combustion anti dccomposition, anti adiabatic, llatnt. temperatures have been approximately determined for the mono-and dl-substituted alkyl azides, which cxhd'ut significantly enhanced droplet gasification rates and microexploslon events. Slmdar determinations have al,,o been performed lot son'te alkyl halides, especially alkyl bromides; the similartt3 of their properties with those ol thv organic azides are noted. Implications o| the thermophysical and therm~u.'hemical properties determined hcrcm o~, the i:x~tential of the organic azides and halides as .let fuels and;or ict fuel additives arc discussed
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