Effects of Advances in Propulsion Technology on Missile Effectiveness,
Abstract
This paper presents the effects of propulsion technology evolution on the performance capability of advanced missile systems. The evolution of the missile propulsion system from rocket to ramjet with increased emphasis on advanced airbreathing missile cycles, has significantly extended missile operational capabilities. The development of these new areas of ramjet technology, specifically in solid fuel propellants, offers the advantages of large increases in heating value, density, burning efficiency and improves system packaging. Application of these technology advancements to potential mission scenarios produces impressive increases in overall mission performance. These large performances gains provide a basis for improvements in mission effectiveness in terms of kill probability and survivability. Kill probability is increased by application of shorter intercept times, improved multi-shot capability and reductions in individual system size to improve weapon carrier payload capability. Survivability is enhanced by increased standoff distances and higher penetration velocities. Demonstration of these improved capabilities, over a variety of tactical mission are provided by a direct comparison of missile performance for a variety of missile propulsion systems. The systems studied range from the conventional solid rocket system to the advanced highly energetic boron solid fuel ramjet concept. (Author)
Document Details
- Document Type
- Technical Report
- Publication Date
- Sep 05, 1980
- Accession Number
- ADA090645
Entities
People
- C. R. Limage
- J. L. Fields
Organizations
- ARCO