CHAPTER 1 DAMAGE CONTROLMAN RATING
Figure 1-1. Damage control team training.
NAVALSHIPS' TECHNICAL MANUAL (NSTM)
SHIP INFORMATION BOOK (SIB).
DAMAGE CONTROL RESPONSIBILITIES OF KEY PERSONNEL
COMMAND DUTY OFFICER IN PORT
DAMAGE CONTROL ASSISTANT
DAMAGE CONTROL SUPERVISOR
DAMAGE CONTROL PETTY OFFICER
DAMAGE CONTROLMAN
Master Compartment Check-Off List (CCOL)
Quality Assurance (QA) Program
Heat Stress Program
REVIEW ANSWERS
CHAPTER 2 DAMAGE CONTROL ORGANIZATION, COMMUNICATION, AND INFORMATION
Figure 2-1. Damage control battle organization.
Repair Parties and Teams
Table 2-1. Repair Parties and Teams
GENERAL RESPONSIBILITIES OF REPAIR PARTIES
SPECIFIC RESPONSIBILITIES OF REPAIR PARTIES
SPECIAL ORGANIZATION OF REPAIR PARTIES
Figure 2-2. Functions and manning requirements for repair parties
ON-SCENE LEADER
AFFF STATION OPERATOR
DAMAGE CONTROL COMMUNICATIONS
BATTLE TELEPHONE CIRCUITS
Supplementary Circuits
SHIP'S SERVICE TELEPHONES
Figure 2-5. Samples of Navy standard damage control symbology.
MAINTAINING COMMUNICATIONS
Figure 2-7. Sample message of the second report.
Figure 2-10. Sample message of the fifth report.
Figure 2-13. Sample message of the eighth report.
Figure 2-15. A typical isometric damage control diagram.
Figure 2-16. Some symbols used on damage control diagrams.
SUMMARY
REVIEW ANSWERS
CHAPTER 3 SHIP COMPARTMENTATION AND WATERTIGHT INTEGRITY
Figure 3-3. Weather decks.
Figure 3-4. Deck numbering system.
COMPARTMENT NUMBERING
Figure 3-6. Compartment designations.
Table 3-1. Compartment Letters for Ships
Figure 3-7. Quick-acting watertight door.
Figure 3-10. Raised watertight hatch with scuttle.
Figure 3-11. Watertight doorframe inspection.
Figure 3-12. Gauge for measuring knife-edge height.
Figure 3-14. Watertight door parts.
Figure 3-15. Cable penetration through watertight bulkhead.
MATERIAL CONDITIONS OF READINESS
YOKE Fittings
ZEBRA and WILLIAM Fittings
WILLIAM Fittings
Table 3-2. Damage Control Classifications (Continued)
Table 3-2. Damage Control Classifications (Continued)
COMPARTMENT CHECKOFF LISTS
Figure 3-17. Compartment checkoff list.
Figure 3-18. Damage Control Closure Log record sheet.
METHODS OF CHECKING WATERTIGHT INTEGRITY
Figure 3-19. Air test set.
VENTILATION
REVIEW ANSWERS
CHAPTER 4 FIRE-FIGHTING FUNDAMENTALS
FIRE CLASSIFICATIONS
Table 4-1. Fire Classifications
FIRE EXTINGUISHMENT
REDUCING THE RATE OF COMBUSTION
AQUEOUS FILM-FORMING FOAM (AFFF)
HALON 1301
REVIEW ANSWERS
CHAPTER 5 PORTABLE FIRE-FIGHTING AND DEWATERING EQUIPMENT
Figure 5-2. Portable aqueous film-forming foam fire extinguisher
Figure 5-3. 15-pound carbon dioxide fire extinguisher.
Figure 5-4. CO2 transfer unit.
Figure 5-5. Components of the OBA.
Figure 5-9. Combination valve assembly.
Figure 5-10. View B, cross-sectional view of quick-starting canister
Figure 5-16. Step 5, removing the tear-off cap.
Figure 5-19. Step 6, donning the facepiece, views (A) and (B).
Figure 5-20. Step 7, checking the airtightness of the facepiece.
Figure 5-24. Releasing the canister.
SELF-CONTAINED BREATHING APPARATUS
Figure 5-26. SAR/SCBA component interrelationship diagram.
Figure 5-28. RASP controls and indicators.
ANTIFLASH CLOTHING
Figure 5-29. P-100 portable diesel engine-driven centrifugal pump.
Figure 5-30. Fire-fighting hookup.
Figure 5-32. A typical P-100 dewatering configuration.
Figure 5-36. Cross-sectional view of a perijet eductor.
PORTABLE AFFF IN-LINE EDUCTORS
Figure 5-37. P-250 pump and eductor rigged for dewatering a flooded compartment.
MISCELLANEOUS PORTABLE EQUIPMENT
FLASHLIGHTS/HEADLAMPS
REVIEW ANSWERS
Figure 6-1. Single-main firemain system.
Figure 6-2. Horizontal loop firemain system.
MAGAZINE SPRINKLER SYSTEMS
Figure 6-4. Typical two-speed AFFF system.
Figure 6-5. Typical high capacity single-speed pump system.
Figure 6-6. AFFF single-speed injection pump.
Figure 6-8. Powertrol valve.
Figure 6-9. Powercheck valve.
Figure 6-12. Solenoid-operated pilot valve (SOPV).
Figure 6-15. Balanced-pressure proportioner (Type III).
AFFF TRANSFER SYSTEM
INSTALLED CARBON DIOXIDE (CO2) SYSTEMS
Figure 6-16. CO2 hose-and-reel system.
HALON SYSTEMS
Figure 6-18. Halon 1301 system.
SYSTEM ACTUATION AND FEATURES
AQUEOUS POTASSIUM CARBONATE (APC)
Figure 6-19. Aqueous potassium carbonate (APC) fire extinguishing system.
REVIEW ANSWERS
CHAPTER 7 FIRE-FIGHTING TACTICS
PROPERTIES AND DYNAMICS OF FIRE
DYNAMICS OF A FIRE
Figure 7-1. Stages of compartment fire growth.
Figure 7-2. Growth stage of a compartment fire.
Table 7-2. Significant Exposure Thresholds
ATTACK TEAM CONSIDERATIONS
REPAIR PARTIES
Figure 7-3. The Ocenco M-20.2 EEBD has been selected for exclusive use by the U.S. Navy, U.S. Coast Guard and the
Figure 7-5. Attack team lighting off OBA and preparing for compartment reentry.
FIRE-FIGHTERS ENSEMBLE (FFE)
Loss of Personnel
FIRE ATTACK AND HOSE HANDLING
Locating the Seat of a Fire
DESMOKING AND ATMOSPHERIC TESTING
COMPARTMENT REMANNING
SUMMARY
REVIEW ANSWERS
CHAPTER 8 BATTLE DAMAGE REPAIR
RELIABILITY OF DAMAGE CONTROL EQUIPMENT
Plugging and Patching Materials
Figure 8-1. Flooding effect comparison; unplugged holes vs. partially plugged holes.
PLUGGING AND PATCHING HOLES
Figure 8-3. Application of a box patch.
Figure 8-7. Materials used in assembling a folding T patch.
SHORING MATERIALS
Figure 8-10. Steel shore supporting overhead deck or load.
MEASURING AND CUTTING SHORES
Figure 8-12. Measuring length of shore.
Figure 8-13. Cutting the angles of a shore.
Figure 8-15. Trimming shore to deck.
Figure 8-17. Shoring against horizontal pressure.
Figure 8-18. Shoring angles.
Figure 8-20. Locking wedges in place.
PORTABLE HYDRAULIC ACCESS AND RESCUE SYSTEM (PHARS)
EMERGENCY PIPE PATCHING
Figure 8-22. Soft patch on a low-pressure pipe line.
Figure 8-24. Steps for using EWARP.
Figure 8-27. Portable casualty power, 450 volts, three-phase cable end.
Figure 8-28. New method of cable identification.
SUMMARY
REVIEW ANSWERS
Figure 9-1. MCU-2/P and MCU-2A/P protective masks.
Checking and Testing the Protective Mask
Checking and Testing the Protective Mask - Continued
Figure 9-2. Chemical protective ensemble (CPE).
CHARACTERISTICS AND EFFECTS OF CHEMICAL AGENTS
CHARACTERISTICS AND EFFECTS OF CHEMICAL AGENTS - Continued
CHARACTERISTICS AND EFFECTS OF CHEMICAL AGENTS - Continued
CHARACTERISTICS AND EFFECTS OF CHEMICAL AGENTS - Continued
Incapacitating Agents
DETECTION OF CHEMICAL AGENTS
Figure 9-4. M-9 detector paper and storage bag.
M256A1 Chemical Agent Detector Kit
Figure 9-5. M256A1 chemical agent detector kit.
M256A1 Chemical Agent Detector Kit - Continued
Figure 9-6. Chemical warfare directional detector (CWDD), AN/KAS-1.
AN/KAS-1 Chemical Warfare Directional Detector (CWDD)
Figure 9-7. Chemical Agent Point Detector System (CAPDS).
Table 9-2. Colors Used for Contamination Markings
TYPES OF BIOLOGICAL WARFARE (BW) AGENTS
VECTORS OF DISEASE
EFFECTS OF BW AGENTS
COUNTERMEASURES WASHDOWN (CMWD) SYSTEM
DECONTAMINATION OF PERSONNEL
Figure 9-8. Use of the M291 Skin Decontamination Kit (SDK).
Table 9-3. Outfitting for Chemical Decontamination of 100 Individuals
Figure 9-9. Generic contamination control area (CCA).
Figure 9-10. Typical CPS System.
CPS and Selected Area Collective Protection System (SACPS) Technical Documentation
SUMMARY
REVIEW ANSWERS
Figure 10-1. Rutherford-Bohr atomic models.
TYPES OF NUCLEAR BURSTS
Figure 10-3. Surface burst.
Figure 10-5. Deep underwater burst.
EFFECTS OF NUCLEAR WEAPON BURST
THERMAL RADIATION
ATMOSPHERIC IONIZATION
BASE SURGE
Table 10-1. Biological Effects of Nuclear Radiation
FACTORS IN FLUENCING RADIATION INJURIES
CHARACTERISTICS OF RADIATION SICKNESS
REVIEW ANSWERS
CHAPTER 11 RADIOLOGICAL DEFENSE AND RECOVERY
SURVEY METERS
Figure 11-1. AN/PDR-27S radiac meter.
Figure 11-3. AN/PDR-65 radiac set.
Figure 11-6. Method of reading IM-9/PD dosimeter by looking through it at the light. Inset shows a dose reading of 82 mR.
RADIOLOGICAL SURVEYS
Table 11-1. Radiological Survey Form
SUPPLEMENTARY SURVEYS
Table 11-2. Sample Rapid Internal Survey Form
Table 11-3. Sample Rapid External Survey Form
Table 11-4. Sample Supplementary Survey Form
Table 11-5. Sample Detailed Survey Form
RADIOLOGICAL EXPOSURE CONTROL
GOOD HYGIENE AND HOUSEKEEPING
Figure 11-8. CCA/decontamination station for CPS-equipped
SUMMARY
REVIEW ANSWERS
CHAPTER 12 SHIP STABILITY AND BUOYANCY
Figure 12-1. Trigonometric relationships.
Figure 12-4. Lines indicating direction of force.
Figure 12-6. Diagram to illustrate the moment of force.
Figure 12-9. Inclining moment produced by moving a weight outboard
Figure 12-12. A steel cube, and a box made from the same volume of steel.
Figure 12-14. Example of a displacement curve.
Figure 12-17. Relationship of the forces of buoyancy and gravity
Figure 12-20. Development of righting moment when a stable ship inclines.
Figure 12-23. A. Stable condition, G is below M; B. Unstable condition, G is above M.
ANALYSIS OF STABILITY
Figure 12-24. Curve of static stability.
Figure 12-25. Effect of draft on righting arm.
Figure 12-26. Example of cross curves of stability.
Figure 12-27. A. Uncorrected stability curve taken from cross curves; B. Corrected stability curve.
Figure 12-29. Diagram to illustrate pocketing of free surface.
Figure 12-30. Chart for calculating free surface effect.
Figure 12-31. Free communication effect in off-center compartment
Figure 12-32. Development of stability curve corrected for effects of added weight, free surface, and free communication.
SUMMARY
REVIEW ANSWERS
CHAPTER 13 SHIPBOARD DAMAGE CONTROL TRAINING
DAMAGE CONTROL TRAINING TEAM (DCTT) MEMBERSHIP
OBJECTIVES AND METHODS OF DAMAGE CONTROL TRAINING
METHODS OF DAMAGE CONTROL TRAINING
Coordination Between Training Teams
Table 13-1. Examples of the Use of Props to Support Training Drills/Scenarios
Table 13-1. Examples of the Use of Props to Support Training Drills/Scenarios (continued)
Table 13-1. Examples of the Use of Props to Support Training Drills/Scenarios (continued)
SAFETY PRECAUTIONS
DRILL GUIDE VALIDATION
EXPECTED ACTIONS
SAMPLE ITT DRILL PLAN/BRIEFING GUIDE
SAMPLE ITT DRILL PLAN/BRIEFING GUIDE - Continued
DRILL COORDINATION DETAILS
GENERAL DRILL PRECAUTIONS
AUTHORIZED SIMULATIONS
GENERAL QUARTERS DRILL SCENARIO SAMPLE DAY MONTH YEAR
GENERAL DESCRIPTION
AUTHORIZED SIMULATIONS
GENERAL DRILL PRECAUTIONS
SUMMARY
REVIEW ANSWERS
APPENDIX I GLOSSARY
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX II DAMAGE CONTROL ABBREVIATIONS
APPENDIX II DAMAGE CONTROL ABBREVIATIONS - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX IV REFERENCES USED TO DEVELOP THIS NONRESIDENT TRAINING COURSE
Figure 1-1. Damage control team training.
NAVALSHIPS' TECHNICAL MANUAL (NSTM)
SHIP INFORMATION BOOK (SIB).
DAMAGE CONTROL RESPONSIBILITIES OF KEY PERSONNEL
COMMAND DUTY OFFICER IN PORT
DAMAGE CONTROL ASSISTANT
DAMAGE CONTROL SUPERVISOR
DAMAGE CONTROL PETTY OFFICER
DAMAGE CONTROLMAN
Master Compartment Check-Off List (CCOL)
Quality Assurance (QA) Program
Heat Stress Program
REVIEW ANSWERS
CHAPTER 2 DAMAGE CONTROL ORGANIZATION, COMMUNICATION, AND INFORMATION
Figure 2-1. Damage control battle organization.
Repair Parties and Teams
Table 2-1. Repair Parties and Teams
GENERAL RESPONSIBILITIES OF REPAIR PARTIES
SPECIFIC RESPONSIBILITIES OF REPAIR PARTIES
SPECIAL ORGANIZATION OF REPAIR PARTIES
Figure 2-2. Functions and manning requirements for repair parties
ON-SCENE LEADER
AFFF STATION OPERATOR
DAMAGE CONTROL COMMUNICATIONS
BATTLE TELEPHONE CIRCUITS
Supplementary Circuits
SHIP'S SERVICE TELEPHONES
Figure 2-5. Samples of Navy standard damage control symbology.
MAINTAINING COMMUNICATIONS
Figure 2-7. Sample message of the second report.
Figure 2-10. Sample message of the fifth report.
Figure 2-13. Sample message of the eighth report.
Figure 2-15. A typical isometric damage control diagram.
Figure 2-16. Some symbols used on damage control diagrams.
SUMMARY
REVIEW ANSWERS
CHAPTER 3 SHIP COMPARTMENTATION AND WATERTIGHT INTEGRITY
Figure 3-3. Weather decks.
Figure 3-4. Deck numbering system.
COMPARTMENT NUMBERING
Figure 3-6. Compartment designations.
Table 3-1. Compartment Letters for Ships
Figure 3-7. Quick-acting watertight door.
Figure 3-10. Raised watertight hatch with scuttle.
Figure 3-11. Watertight doorframe inspection.
Figure 3-12. Gauge for measuring knife-edge height.
Figure 3-14. Watertight door parts.
Figure 3-15. Cable penetration through watertight bulkhead.
MATERIAL CONDITIONS OF READINESS
YOKE Fittings
ZEBRA and WILLIAM Fittings
WILLIAM Fittings
Table 3-2. Damage Control Classifications (Continued)
Table 3-2. Damage Control Classifications (Continued)
COMPARTMENT CHECKOFF LISTS
Figure 3-17. Compartment checkoff list.
Figure 3-18. Damage Control Closure Log record sheet.
METHODS OF CHECKING WATERTIGHT INTEGRITY
Figure 3-19. Air test set.
VENTILATION
REVIEW ANSWERS
CHAPTER 4 FIRE-FIGHTING FUNDAMENTALS
FIRE CLASSIFICATIONS
Table 4-1. Fire Classifications
FIRE EXTINGUISHMENT
REDUCING THE RATE OF COMBUSTION
AQUEOUS FILM-FORMING FOAM (AFFF)
HALON 1301
REVIEW ANSWERS
CHAPTER 5 PORTABLE FIRE-FIGHTING AND DEWATERING EQUIPMENT
Figure 5-2. Portable aqueous film-forming foam fire extinguisher
Figure 5-3. 15-pound carbon dioxide fire extinguisher.
Figure 5-4. CO2 transfer unit.
Figure 5-5. Components of the OBA.
Figure 5-9. Combination valve assembly.
Figure 5-10. View B, cross-sectional view of quick-starting canister
Figure 5-16. Step 5, removing the tear-off cap.
Figure 5-19. Step 6, donning the facepiece, views (A) and (B).
Figure 5-20. Step 7, checking the airtightness of the facepiece.
Figure 5-24. Releasing the canister.
SELF-CONTAINED BREATHING APPARATUS
Figure 5-26. SAR/SCBA component interrelationship diagram.
Figure 5-28. RASP controls and indicators.
ANTIFLASH CLOTHING
Figure 5-29. P-100 portable diesel engine-driven centrifugal pump.
Figure 5-30. Fire-fighting hookup.
Figure 5-32. A typical P-100 dewatering configuration.
Figure 5-36. Cross-sectional view of a perijet eductor.
PORTABLE AFFF IN-LINE EDUCTORS
Figure 5-37. P-250 pump and eductor rigged for dewatering a flooded compartment.
MISCELLANEOUS PORTABLE EQUIPMENT
FLASHLIGHTS/HEADLAMPS
REVIEW ANSWERS
Figure 6-1. Single-main firemain system.
Figure 6-2. Horizontal loop firemain system.
MAGAZINE SPRINKLER SYSTEMS
Figure 6-4. Typical two-speed AFFF system.
Figure 6-5. Typical high capacity single-speed pump system.
Figure 6-6. AFFF single-speed injection pump.
Figure 6-8. Powertrol valve.
Figure 6-9. Powercheck valve.
Figure 6-12. Solenoid-operated pilot valve (SOPV).
Figure 6-15. Balanced-pressure proportioner (Type III).
AFFF TRANSFER SYSTEM
INSTALLED CARBON DIOXIDE (CO2) SYSTEMS
Figure 6-16. CO2 hose-and-reel system.
HALON SYSTEMS
Figure 6-18. Halon 1301 system.
SYSTEM ACTUATION AND FEATURES
AQUEOUS POTASSIUM CARBONATE (APC)
Figure 6-19. Aqueous potassium carbonate (APC) fire extinguishing system.
REVIEW ANSWERS
CHAPTER 7 FIRE-FIGHTING TACTICS
PROPERTIES AND DYNAMICS OF FIRE
DYNAMICS OF A FIRE
Figure 7-1. Stages of compartment fire growth.
Figure 7-2. Growth stage of a compartment fire.
Table 7-2. Significant Exposure Thresholds
ATTACK TEAM CONSIDERATIONS
REPAIR PARTIES
Figure 7-3. The Ocenco M-20.2 EEBD has been selected for exclusive use by the U.S. Navy, U.S. Coast Guard and the
Figure 7-5. Attack team lighting off OBA and preparing for compartment reentry.
FIRE-FIGHTERS ENSEMBLE (FFE)
Loss of Personnel
FIRE ATTACK AND HOSE HANDLING
Locating the Seat of a Fire
DESMOKING AND ATMOSPHERIC TESTING
COMPARTMENT REMANNING
SUMMARY
REVIEW ANSWERS
CHAPTER 8 BATTLE DAMAGE REPAIR
RELIABILITY OF DAMAGE CONTROL EQUIPMENT
Plugging and Patching Materials
Figure 8-1. Flooding effect comparison; unplugged holes vs. partially plugged holes.
PLUGGING AND PATCHING HOLES
Figure 8-3. Application of a box patch.
Figure 8-7. Materials used in assembling a folding T patch.
SHORING MATERIALS
Figure 8-10. Steel shore supporting overhead deck or load.
MEASURING AND CUTTING SHORES
Figure 8-12. Measuring length of shore.
Figure 8-13. Cutting the angles of a shore.
Figure 8-15. Trimming shore to deck.
Figure 8-17. Shoring against horizontal pressure.
Figure 8-18. Shoring angles.
Figure 8-20. Locking wedges in place.
PORTABLE HYDRAULIC ACCESS AND RESCUE SYSTEM (PHARS)
EMERGENCY PIPE PATCHING
Figure 8-22. Soft patch on a low-pressure pipe line.
Figure 8-24. Steps for using EWARP.
Figure 8-27. Portable casualty power, 450 volts, three-phase cable end.
Figure 8-28. New method of cable identification.
SUMMARY
REVIEW ANSWERS
Figure 9-1. MCU-2/P and MCU-2A/P protective masks.
Checking and Testing the Protective Mask
Checking and Testing the Protective Mask - Continued
Figure 9-2. Chemical protective ensemble (CPE).
CHARACTERISTICS AND EFFECTS OF CHEMICAL AGENTS
CHARACTERISTICS AND EFFECTS OF CHEMICAL AGENTS - Continued
CHARACTERISTICS AND EFFECTS OF CHEMICAL AGENTS - Continued
CHARACTERISTICS AND EFFECTS OF CHEMICAL AGENTS - Continued
Incapacitating Agents
DETECTION OF CHEMICAL AGENTS
Figure 9-4. M-9 detector paper and storage bag.
M256A1 Chemical Agent Detector Kit
Figure 9-5. M256A1 chemical agent detector kit.
M256A1 Chemical Agent Detector Kit - Continued
Figure 9-6. Chemical warfare directional detector (CWDD), AN/KAS-1.
AN/KAS-1 Chemical Warfare Directional Detector (CWDD)
Figure 9-7. Chemical Agent Point Detector System (CAPDS).
Table 9-2. Colors Used for Contamination Markings
TYPES OF BIOLOGICAL WARFARE (BW) AGENTS
VECTORS OF DISEASE
EFFECTS OF BW AGENTS
COUNTERMEASURES WASHDOWN (CMWD) SYSTEM
DECONTAMINATION OF PERSONNEL
Figure 9-8. Use of the M291 Skin Decontamination Kit (SDK).
Table 9-3. Outfitting for Chemical Decontamination of 100 Individuals
Figure 9-9. Generic contamination control area (CCA).
Figure 9-10. Typical CPS System.
CPS and Selected Area Collective Protection System (SACPS) Technical Documentation
SUMMARY
REVIEW ANSWERS
Figure 10-1. Rutherford-Bohr atomic models.
TYPES OF NUCLEAR BURSTS
Figure 10-3. Surface burst.
Figure 10-5. Deep underwater burst.
EFFECTS OF NUCLEAR WEAPON BURST
THERMAL RADIATION
ATMOSPHERIC IONIZATION
BASE SURGE
Table 10-1. Biological Effects of Nuclear Radiation
FACTORS IN FLUENCING RADIATION INJURIES
CHARACTERISTICS OF RADIATION SICKNESS
REVIEW ANSWERS
CHAPTER 11 RADIOLOGICAL DEFENSE AND RECOVERY
SURVEY METERS
Figure 11-1. AN/PDR-27S radiac meter.
Figure 11-3. AN/PDR-65 radiac set.
Figure 11-6. Method of reading IM-9/PD dosimeter by looking through it at the light. Inset shows a dose reading of 82 mR.
RADIOLOGICAL SURVEYS
Table 11-1. Radiological Survey Form
SUPPLEMENTARY SURVEYS
Table 11-2. Sample Rapid Internal Survey Form
Table 11-3. Sample Rapid External Survey Form
Table 11-4. Sample Supplementary Survey Form
Table 11-5. Sample Detailed Survey Form
RADIOLOGICAL EXPOSURE CONTROL
GOOD HYGIENE AND HOUSEKEEPING
Figure 11-8. CCA/decontamination station for CPS-equipped
SUMMARY
REVIEW ANSWERS
CHAPTER 12 SHIP STABILITY AND BUOYANCY
Figure 12-1. Trigonometric relationships.
Figure 12-4. Lines indicating direction of force.
Figure 12-6. Diagram to illustrate the moment of force.
Figure 12-9. Inclining moment produced by moving a weight outboard
Figure 12-12. A steel cube, and a box made from the same volume of steel.
Figure 12-14. Example of a displacement curve.
Figure 12-17. Relationship of the forces of buoyancy and gravity
Figure 12-20. Development of righting moment when a stable ship inclines.
Figure 12-23. A. Stable condition, G is below M; B. Unstable condition, G is above M.
ANALYSIS OF STABILITY
Figure 12-24. Curve of static stability.
Figure 12-25. Effect of draft on righting arm.
Figure 12-26. Example of cross curves of stability.
Figure 12-27. A. Uncorrected stability curve taken from cross curves; B. Corrected stability curve.
Figure 12-29. Diagram to illustrate pocketing of free surface.
Figure 12-30. Chart for calculating free surface effect.
Figure 12-31. Free communication effect in off-center compartment
Figure 12-32. Development of stability curve corrected for effects of added weight, free surface, and free communication.
SUMMARY
REVIEW ANSWERS
CHAPTER 13 SHIPBOARD DAMAGE CONTROL TRAINING
DAMAGE CONTROL TRAINING TEAM (DCTT) MEMBERSHIP
OBJECTIVES AND METHODS OF DAMAGE CONTROL TRAINING
METHODS OF DAMAGE CONTROL TRAINING
Coordination Between Training Teams
Table 13-1. Examples of the Use of Props to Support Training Drills/Scenarios
Table 13-1. Examples of the Use of Props to Support Training Drills/Scenarios (continued)
Table 13-1. Examples of the Use of Props to Support Training Drills/Scenarios (continued)
SAFETY PRECAUTIONS
DRILL GUIDE VALIDATION
EXPECTED ACTIONS
SAMPLE ITT DRILL PLAN/BRIEFING GUIDE
SAMPLE ITT DRILL PLAN/BRIEFING GUIDE - Continued
DRILL COORDINATION DETAILS
GENERAL DRILL PRECAUTIONS
AUTHORIZED SIMULATIONS
GENERAL QUARTERS DRILL SCENARIO SAMPLE DAY MONTH YEAR
GENERAL DESCRIPTION
AUTHORIZED SIMULATIONS
GENERAL DRILL PRECAUTIONS
SUMMARY
REVIEW ANSWERS
APPENDIX I GLOSSARY
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX I GLOSSARY - Continued
APPENDIX II DAMAGE CONTROL ABBREVIATIONS
APPENDIX II DAMAGE CONTROL ABBREVIATIONS - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX III DAMAGE CONTROL SYMBOLOGY - Continued
APPENDIX IV REFERENCES USED TO DEVELOP THIS NONRESIDENT TRAINING COURSE
