| Preface |
| Acknowledgments |
| Acronyms and Abbreviations |
| Introduction / Chapter 1： |
| Terms and Definitions / Chapter 2： |
| Mechanisms of Transition from Noise to High-Frequency Oscillations or to Noise at a New Level / Chapter 3： |
| Soft Excitation in Combustion Chambers and Gas Generators |
| Hard Excitation of Oscillations in Combustion Chambers |
| Probabilistic Excitation of an Instability Caused by Fluctuations of Noise Amplitude |
| Uncertainty in Conversion of Propellant to Combustion Products / Chapter 4： |
| Uncertainty in Mixing System |
| Operating Process Uncertainty Caused by Loss of Flame Stabilization in Injectors of Gas-Liquid Combustion Chambers |
| Studies of Operating Process Stability at Various Stages of Combustor Development / Chapter 5： |
| Design Stage |
| Laboratory Tests of Hydraulic, Acoustic, and Combustion Models of Combustion Chambers and Gas Generators |
| Tests of Combustion Chambers and Gas Generators Under Actual Regimes and as Part of Engine Assembly |
| Test Organization, Measurement Requirements, and Processing of Rapidly Varying Parameters |
| Control of Consistency of Stability Characteristics in Serial Production |
| Quantitative Characteristics for Estimating Stability of LRE Combustion Chambers and Gas Generators / Chapter 6： |
| Definition of Problems |
| Stability Characteristics |
| Relationship Between Amplitude and Decrement of Pressure Oscillations |
| Stability Studies for a Model Chamber by Shutting off the Nozzle (D-45) |
| Acoustic Study of Combustion Chamber Stability Characteristics / Chapter 7： |
| Identification of Natural Modes of Pressure Oscillations |
| Identification of Natural Modes of Pressure Oscillations Using Vibration Measurements |
| Methods for Simulating Acoustic Pressure Oscillations in Combustion Chambers |
| Effects of Combustion-Chamber and Nozzle Configurations Oil Stability Characteristics |
| Acoustic Characteristics of Combustion Chambers with Vibration Baffles |
| Resonance Absorbers |
| Adjusted Injectors |
| Cold Zone |
| Absorption by Porous Bottom |
| Determination of Stability of Oscillations from Natural Disturbances / Chapter 8： |
| Methods for Determination of Oscillation Decrement from Natural Disturbances (Noise) in a Chamber |
| Accuracy of Determining Oscillation Decrement by Different Methods |
| Peculiarities of Stability Evaluation Under Transient Conditions |
| Methods of Determination of Stability from Natural Pressure Disturbances |
| Evaluation of LRE Process Stability by Use of Artificial Pressure Disturbances / Chapter 9： |
| General Requirements for Devices Generating Pressure Oscillations |
| Propagation of Pressure Disturbances in Combustion Chamber |
| Choice and Substantiation of Pressure Pulses Generated in Combustion Chambers |
| Design Features of Disturbance Devices |
| Dependence of Pressure Disturbance Characteristics on Physical and Design Parameters |
| Selection of Minimum Artificial Pulse for Estimation of Stability Margin to Hard Excitation |
| Accuracy of Determination of Stability Margin to Hard Excitation |
| Procedure of Analyzing LRE Process Stability by Use of Artificial Pressure Pulses |
| Model Firing Tests for Selection of Injector Head Elements / Chapter 10： |
| Basic Principles and Rules for Approximate Simulations |
| Concept of Simulating Combustion Instability at Low Pressures |
| Methods of Evaluating Agreement Between Model- and Full-Scale Test Results |
| Schematic Diagrams of Model Units and Test Conditions |
| Examples of Using the Firing Simulation Methods for Studying Stability in a Combustion Chamber |
| Estimation of Operating Process Stability from Pressure Oscillation Decrements / Chapter 11： |
| Main Design Characteristics of Tested Combustion Chambers and Injector Heads |
| Pressure Oscillation Decrements for Guaranteed Stability |
| Determination of Operating Process Stability to High-Frequency Pressure Oscillations and Its Dependence on Propellant Flow Rates |
| Dependence of Pressure Oscillation Decrement on Oxidizer-to-Fuel Ratio |
| Influence of Injection Pressure Drop on Stability |
| Influence of Recess of Injector Nozzle Edge on Stability |
| Influence of Dynamic Characteristics of Mixing System on Stability |
| Influence of Mixing-System Unsteadiness on Stability |
| Test Results for Pulsing Liquid-Liquid Chambers / Chapter 12： |
| Estimation of Operating Process Stability to Hard Excitation |
| Relationship Between Probabilistic Excitation of Instability and Critical Amplitude |
| Estimation of Influence of Propellant Flow Rate and Fuel/Oxidizer Mixture Ratio |
| Application of Artificial Disturbance for Estimating Efficiency of Vibration Baffles |
| Influence of Chamber Diameter and Relative Flow Ratio on Stability to Hard Excitation |
| Stability of Gas-Liquid Combustion Chambers / Chapter 13： |
| Characteristics of Gas-Liquid Combustion Chambers and Injector Heads |
| Stability, Chamber Pressure, and Oxidizer/Fuel Ratio |
| Influence of Relative Flow Ratio on Stability |
| Relationship Between Operating Process Stability and Number of Liquid Entry Holes in an Injector and Their Distances from Edge |
| Effects of Injector Length on Stability |
| Influence of Fuel Temperature at Engine Inlet on Stability |
| Change of Stability Characteristics Near High Oscillation Region |
| Gas-Liquid Combustion-Chamber Tests for Stability to Hard Excitation / Chapter 14： |
| Characteristics of Gas-Liquid Combustion Chambers |
| Hard Excitation Characteristics of Gas-Liquid Engine Combustion Chambers |
| Enhancement of Stability of Engine 4D75 |
| Influence of Gaseous Oxidizer Velocity on Stability |
| Injector Head for RD-170 Engine Combustion Chamber / Chapter 15： |
| Separate Tests of RD-170 Engine Combustion Chambers in Special Units |
| Characteristics of Mixing Heads on Units 1UKS and 2UK |
| Operating Process Stability for Units 1UKS and 2UK with Different injector Heads |
| Stability to Hard Excitation for Chambers Tested as Part of Unit 2UK |
| Relation Between Stability Characteristics and Combustion Efficiency Under Nominal Conditions |
| Improvement of Stability in Unit 2UKS |
| Evaluation of Stability in Combustion Chamber as Part of Engine |
| Stability Characteristics of Engines with Adjustable Injectors / Chapter 16： |
| Control of Stability in Production of the Proton Engine / Chapter 17： |
| References |
| Bibliography |
| Index |
| Supporting Materials |
| Preface |
| Acknowledgments |
| Acronyms and Abbreviations |
図書
雑誌
