The
History of Solid-Propellant Rocketry
.
J.D.
Hutley, NASA Dryden Flight Research Center Historian
Edwards,
California
A comprehensive
and in-depth 1999 report covering the development of castable double-base
and composite propellants, from World War II research through modern formulations
used in a spectrum of rockets, missiles, and spacecraft worldwide.
Details the many separate lines of research that led to the development
of large solid propellant motors and boosters. The
best book we've seen on this subject.
Based
upon many years of research on many groups:
-
California
Institute of Technology (CalTech)
-
Guggenheim
Aeronautical Laboratory at CalTech (GALCIT)
-
Jet Propulsion
Laboratory (JPL)
-
Naval Proving
Ground (Indian Head)
-
Allegany
Ballistics Laboratory (ABL)
-
Explosives
Research Lab (Bruceton)
-
Aerojet-General
-
Thiokol
Chemical
-
Hercules
Powder
-
Lockheed
Aircraft
-
Atlantic
Research
-
United Technology
- Pratt & Whitney
Covers:
-
Goddard's
solid propellant work
-
John Parson's
discovery of asphalt-perchlorate composite propellant
-
Charles
Bartley's development of Thiokol polysulfide fuels
-
Rumbel and
Henderson's discovery of aluminum powder additives to increase ISp
-
Karl Klager's
polyurethane propellant development work at Aerojet
-
Ernie Sutton's
polysulfide projects at Thiokol
-
Huntsville
chemist's discovery of PBAA fuels
-
Evolution
from potassium perchlorate (KClO4)
to ammonium perchlorate (NH4ClO4)
oxidizers
-
Development
of advanced binders
-
Discoveries
by thinking "outside the box" and exchange of information
-
Work of
John Kincaid and Henry Shuey with castable double-base propellants at Hercules
-
Hercules
development of Nike, Honest John, Sparrow, and Terrier propellants
-
Edward Hall's
funding for advanced USAF solid propellant research
Includes
detailed information about solid propellants used in:
-
Polaris
(US Navy)
-
Minuteman
(US Air Force)
-
Sergeant
(US Army)
-
Titan 3
and 4
-
Titan Centaur
-
Space Shuttle
boosters
Includes:
-
Table of
missiles and boosters, with propellant performance and grain configuration
data
-
Several
advanced solid formulations
-
18 references
for further studies
Includes
many solid propellant types:
-
CMDB (composite-modified
double base)
-
CTPB (carboxyl-terminated
polybutadiene)
-
HMX (tetramethyulene
tetranitramine)
-
HTPB (hydroxyl-terminated
polybutadiene)
-
PBAA (polybutadiene-acrylic
acid)
-
PBAN (acrylic
acid, acrylonitrile, and butadiene terpolymer)
Sample
Illustrations
(here
greatly reduced in size and resolution)
 
A fascinating
read and exceptional reference resource for experimental rocket scientists,
engineers, chemists, and space propulsion buffs.
Hard
to find and now out-of-print, this keen NASA study has been republished
by the Rocket Science Institute. It's printed directly from a NASA
digital document file, with a high-resolution laser printer on high-quality,
bright-white, acid-free paper and nicely bound for years of reference use.
10 pages,
large and easy-to-read 11" x 8-1/2" size. $19.95
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