PART Ⅰ SOLID PROPELLANT 3
CHAPTER 1 INTRODUCTION 3
1.1 GENERALIZATION 3
1.2 COMPOSITION AND CLASSIFICATION OF SOLID PROPELLANT 4
1.3 DEVELOPMENT OF SOLID PROPELLANT 11
CHAPTER 2 PROPERTIES OF SOLID PROPELLANT 13
2.1 ENERGY PROPERTY 13
2.2 MECHANICAL PROPERTY 21
2.3 SAFETY PROPERTY 29
2.4 AGING QUALITY OF PROPELLANT STORAGE 35
CHAPTER 3 PRODUCTION OF COMPOSITE SOLID PROPELLANT 41
3.1 PREPARATION FOR THE COMBUSTION CHAMBER SHELL 41
3.2 PREPARATION FOR RAW MATERIAL 45
3.3 GENERALIZATION OF SOLID PROPELLANT PRODUCTION 48
PART Ⅱ POLLUTION MONITORING AND DISPOSAL OF LIQUID PROPELLANT 61
CHAPTER 4 POLLUTION SOURCES AND CHARACTERISTIC OF LIQUID PROPELLANT 61
4.1 SOURCES OF LIQUID PROPELLANT POLLUTION 61
4.2 CHARACTERISTIC OF PROPELLANT POLLUTION 63
4.3 HAZARDS OF PROPELLANT POLLUTION 64
CHAPTER 5 POLLUTION MONITOR AND ENVIRONMENTAL ASSESSMENT OF LIQUID PROPELLANT 66
5.1 POLLUTION MONITORING OF UDMH 66
5.2 POLLUTION MONITORING OF NITRIC AICD-27S 70
5.3 ENVIRONMENTAL ASSESSMENT OF POSITION AREA 71
CHAPTER 6 WASTE GASES DISPOSING TECHNOLOGY OF LIQUID PROPELLANT 80
6.1 WASTE GASES DISPOSAL OF UDMH 80
6.2 WASTE GASES DISPOSAL OF NITRIC ACID-27S 83
CHAPTER 7 WASTE WATER DISPOSING TECHNOLOGY OF LIQUID PROPELLANT 87
7.1 WASTE WATER DISPOSAL OF UDMH 87
7.2 WASTE WATER DISPOSAL OF NITRIC ACID-27S 90
PART Ⅲ MODERN SAFETY TEC H NOLOGY OF LIQUID PROPELLANT 95
CHAPTER 8 INTRODUCTION 95
8.1 THE RISKS OF ROCKET PROPELLANT 95
8.2 HAZARDS OF ROCKET PROPELLANT ACCIDENT 100
8.3 CONTENT OF TECHNOLOGY OF ROCKET PROPELLANT SAFETY 101
8.4 DEVELOPMENT OF PROPELLANT SAFETY TECHNOLOGY 102
CHAPTER 9 BASIC PRINCIPLE OF PROPELLANT SAFETY 106
9.1 COMBUSTION AND EXPLOSION OF PROPELLANT 106
9.2 RISK ASSESSMENT METHOD OF PROPELLANT 111
9.3 SAFETY ASSESSMENT OF PROPELLANT 115
CHAPTER 10 MODERN TECHNOLOGY OF LIQUID PROPELLANT SAFETY 116
10.1 GENERALIZATION 116
10.2 FIRE PREVENTION AND EXPLOSION PREVENTION OF LIQUID PROPELLANT 116
10.3 TECH NOLOGY OF LIQUID PROPELLANT TOXICITY PROTECTION 119
10.4 TECHNOLOGY OF LIQUID PROPELLANT SPECIAL OPERATION SAFETY 125
10.5 TECHNOLOGY OF ELECTRIC SAFETY 129
10.6 TECHNOLOGY OF PRESSURE CONTAINER SAFETY 135
CHAPTER 11 MODERN TECHNOLOGY OF SOLID PROPELLANT SAFETY 146
11.1 RISKS OF SOLID PROPELLANT 146
11.2 FIRE PREVENTSION AND EXPLOSION PREVENTION OF SOLID PROPELLANT 150
CHAPTER 12 URGENT ACCIDENT OF ROCKET PROPELLANT AND EMERGENCY DISPOSAL 153
12.1 THE GRADE PROTECTION SYSTEM OF ROCKET PROPELLANT 153
12.2 EMERGENCY DISPOSAL OF URGENT ACCIDENT 154
12.3 ACCIDENT INVESTIGATION AND PERSONNEL AID 157
PART Ⅳ PERSONAL PROTECTIVE EQUIPMENT AND TESTING METHODS FOR LIQUID PROPELLANTS 163
CHAPTER 13 INTRODUCTION 163
13.1 OVERVIEW 163
13.2 CONCEPT OF PPE USED FOR LIQUID PROPELLANTS 164
13.3 CATEGORIES OF PPE USED FOR LIQUID PROPELLANTS 165
13.4 PRINCIPLES FOR THE SELECTION OF PPE FOR LIQUID PROPELLANTS 165
CHAPTER 14 RESPIRATORY PROTECTIVE EQUIPMENT FOR LIQUID PROPELLANTS 171
14.1 THE SELF-INHALATION AIR-PURIFYING RESPIRATOR 172
14.2 ISOLATED AIR-SUPPLYING MASKS 177
14.3 SELECTION,USE,AND MAINTENANCE OF RESPIRATORY PROTECTIVE EQUIPMENT 181
CHAPTER 15 BODY PROTECTIVE EQUIPMENT FOR LIQUID PROPELLANTS 186
15.1 GENERAL REQUIREMENTS 187
15.2 PROTECTIVE CLOTHING FOR NITRO OXIDANTS 187
15.3 PROTECTIVE CLOTHING FOR HYDRAZINE FUELS 189
15.4 ANTI-ELECTROSTATIC PROTECTIVE CLOTHING 190
15.5 SELECTION,USE,AND MAINTENANCE OF BODY PROTECTIVE EQUIPMENT 192
CHAPTER 16 HAND AND FOOT PROTECTIVE EQUIPMENT FOR LIQUID PROPELLANTS 194
16.1 HAND PROTECTIVE EQUIPMENT 194
16.2 FOOT PROTECTIVE EQUIPMENT 198
16.3 USE AND CAUTIONS FOR HAND AND FOOT PROTECTIVE EQUIPMENT 200
CHAPTER 17 TESTING METHODS OF PERSONAL EQUIPMENT FOR LIQUID PROPELLANTS 201
17.1 TESTING METHODS FOR RESPIRATORY PROTECTIVE EQUIPMENT 201
17.2 CHECK METHODS FOR BODY PROTECTIVE EQUIPMENT 209
17.3 TESTING METHODS FOR HAND AND FOOT PROTECTIVE EQUIPMENT 212
REFERENCE 216