Combustion of Solid Propellants and Low Frequency Combustion Instability Progress Report, 1 October 1967-1 November 1968
Abstract
This report summarizes studies of ammonium perchlorate deflagration; one-dimensional modeling of steady-state burning; burning rate behavior of propellants with bimodal oxidizer particle size distribution; burning surface structure; and mechanism of metal agglomeration on burning surfaces. A review is presented of the status of knowledge of bulk mode instability. Brief summaries are presented of other recently published work, including extension of one- dimensional combustion perturbation models to treat transient gas phase response, collection of response function data from three different experimental techniques to present a full range map of mass perturbation/pressure perturbation versus pressure and frequency for propellants, and further experimental studies of the structure of the combustion zone.
Document Details
- Document Type
- Technical Report
- Publication Date
- Jun 01, 1969
- Accession Number
- AD0859982
Entities
People
- E. W. Price
- F. E. Culick
- G. L. Dehority
- H. B. Mathes
- J. E. Crump
- K. J. Kraeutle
- T. L. Boggs
Organizations
- Naval Air Weapons Station China Lake