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Introduction to Rocket Technology focuses on the dynamics, technologies, aerodynamics, ballistics, theory of servomechanisms, principles of navigation instruments, and electronics involved in rocket technology.
The publication first takes a look at the basic relationships in the theory of reactive motion; types of jet propelled aircraft and their basic construction; and types of reaction motors and their construction. Discussions focus on air breathing motors, anti-aircraft rockets, long range bombardment rockets, surface to surface, short range bombardment missiles, thrust of a rocket motor, and operating efficiency of a rocket motor. The text then examines rocket motor fuels and processes in the combustion chamber of a rocket motor.
The manuscript ponders on the flow of combustion products through the nozzle of a rocket motor and forces and moments acting on the rocket in flight. Topics include stabilizing and damping moments, steering forces, aerodynamic forces, properties of supersonic nozzle, gas flow in a supersonic nozzle, cooling of liquid rocket motors, and basic laws of gas flow. The book then elaborates on rocket flight trajectory, basic principles of stabilization and steering, and ground equipment and launching devices.
The publication is a valuable source of information for engineers and researchers interested in rocket technology.
I. The Basic Relationships in the Theory of Reactive Motion
A. Thrust of a Rocket Motor
B. Tsiolkovski Equation for the Ideal Velocity of a Rocket
C. Operating Efficiency of a Rocket Motor
II. Types of Jet Propelled Aircraft and Their Basic Construction
A. Pilotless Aircraft and Their Purpose
B. Surface to Surface, Short Range Bombardment Missiles
C. Long Range Bombardment Rockets
D. Anti-Aircraft Rockets
E. Other Types of Jet Propelled Aircraft
III. Types of Reaction Motors, Their Construction and Operational Characteristics
A. Conversion of Energy and Types of Existing Reaction Motors
B. Air Breathing Motors
C. Rocket Motors Using Liquid Fuel
IV. Rocket Motor Fuels
A. The Chemical Energy of Rocket Motor Fuels
B. Contemporary Fuels for Liquid and Powder Rocket Motors
C. The Energy of Nuclear Reactions and Its Exploitation in Rocket Motors
V. The Processes in the Combustion Chamber of a Rocket Motor
A. Combustion in a Liquid Fueled Rocket Motor
B. Combustion of Rocket Powders
C. Products of Combustion and Their Properties
D. Thermal Dissociation and Composition of Combustion Products
VI. Flow of the Combustion Products through the Nozzle of a Rocket Motor
A. Basic Laws of Gas Flow
B. Gas Flow in a Supersonic Nozzle
C. The Performance of a Rocket Motor Nozzle
D. Properties of Supersonic Nozzle. Characteristics of Rocket Motors
E. Cooling of Liquid Rocket Motors
VII. Forces and Moments Acting on the Rocket in Flight
A. System of Forces Acting on the Rocket in Flight and the Differential Equation of Motion
B. Earth's Atmosphere and Its Properties
C. Aerodynamic Forces
D. Stabilizing and Damping Moments
E. Steering Forces
F. Change in Thrust and Rocket Weight Along a Trajectory
VIII. Rocket Flight Trajectory
A. Trajectory Phases
B. Powered Phase
C. Flight Beyond the Limits of the Atmosphere Within the Earth's Gravitational Field
IX. The Basic Principles of Stabilization and Steering
A. Methods of Stabilizing and Steering a Rocket
B. The Gyroscope and Its Application
C. Gyroscopic Devices and Actuating Components of the Automatic Stabilizer of a Long Range Rocket
D. Intermediate Devices of the Long Range Rocket Automatic Stabilizer
E. Range Control
F. Rocket Dispersion
X. Ground Equipment and Launching Devices
A. Launching Devices of the Field, Anti-Aircraft, and Aircraft Rockets
B. Hoisting, Transporting, Fueling, and Launching Equipment of Long Range Rockets
C. Testing of Rocket Motors and Rockets
- No. of pages:
- © Academic Press 1959
- 1st January 1959
- Academic Press
- eBook ISBN:
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