Leeson 1 Nuclear Burst Information
Nuclear Cloud Development
Figure 1-1. Nuclear Cloud Development (Surface Burst)
Nuclear Burst Parameters for Yield Estimation
Nuclear Burst Angular Cloud Width
Stabilized Cloud-Top Height or Cloud-Bottom Height - Cm5206b0010
Figure 1-3. Yield Estimation
Stabilized Cloud-Top Angle or Cloud-Bottom Angle cont'd
Figure 1-4. Yield Estimation
Illumination Time - Cm5206b0014
General - Cm5206b0015
Part B - Nuclear Burst Reporting
The Nuclear Burst Report (NBC 1)
Figure 1-5. NBC 1 (Nuclear) Report
Lesson1 Practice Exercise
Lesson1 Practice Exercise cont'd
Lesson1 Practice Exercise Answer Key and Feedback
Lesson 2 Wind Vector Plot
PArt A - The Purpose of the Wind Vector Plot
Field Artillery Upper Wind Data
Upper Air Wind Data From Other Sources
Air Weather Service (AWS) Constant Pressure Surface (Isobaric) Wind Data
Table 2-3. Mils to Degrees Conversion
Table 2-4. Constant Pressure Surfaces above Mean Sea Level
Prepare a Wind Vector Plot Using the Fallout Prediction Scale, ML-556/UM
Figure 2-1. Fallout Prediction Plotting Scale
Table 2-5. Weighting Factors and Plotting Scale Data for 5,000 Foot Wind Layer
Plotting Field Artillery Upper Air Wind Data
Plotting Field Artillery Upper Air Wind Data cont'd
Figure 2-2. Preparation of Wind Vector Plot from Field Artillery Upper Air Wind Data (Example Problem)
Figure 2-3. Example Problem, Continued
Figure 2-4. Example Problem,Continued
Figure 2-5. Example Problem, Continued
Part C - Prepare A Wind Vector Plot Using The Manual Method
Table 2-6. Weighting Factors for 2,000 Meter Wind Layer
Table 2-7. Adjusted Upper Air Wind Data
Figure 2-6. Preparation of Wind Vector Plot
Figure 2-7. Example Problem, Continued
Figure 2-8. Example Problem, Continued
Figure 2-9. Example Problem, Continued
Lesson 2 Practice Exercise - Cm5206b0046
Lesson 2 Practice Exercise cont'd - Cm5206b0047
Lesson 2 Practice Exercise Answer Key and Feedback - Cm5206b0048
Lesson 3 Fallout Predictons
Part A - Introduction to Fallout Predictions
Fallout Prediction Procedures cont'd
Figure 3-1. Detailed Fallout Prediction
The Simplified Method
Figure 3-2. Zone I and Zone II
Outside the Predicted Area
Step 1. Preparation of Fallout Wind Vector Plot
Step 5. Determination of the Effective Wind Speed
Fallout Prediction Worksheet-Surface Burst
Figure 3-4. Radioactive Cloud and Stem Parameters (Stabilized at H + 10 Minutes)
Step 6. Zones I and II Downwind Distance Determination
Figure 3-5. Zone I Downwind Distance, Surface Burst
Figure 3-6. FY/TY Adjustment Factor
Step 7. Construction of the Left and Right Radial Lines
Step 8. Completion of the Fallout Prediction
Figure 3-9. Cloud Radius Circle
Figure 3-10. Tangent Lines
Figure 3-11. Time of Arrival Arcs
Figure 3-12. Fallout Prediction Overlay
NBC 3 (Nuclear) Report
Part C - Prepare A Simplified Fallout Prediction
M5A2 Radiological Fallout Area Predictor
Procedures for Use of Simplified Method
Figure 3-13. M5A2 Radiological Fallout Area Predictor
Identification of the Prediction
Figure 3-14. Zone I Downwind Distance Nomogram
Time-of-Arrival Arcs
Effective Downwind Message
Field Construction of Simplified Fallout Predictor
Figuire 3-16. Radial Lines
Figure 3-17. Draw and label semicircles
Figure 3-18. Zone I Downwind Distance Nomogram
Lesson 3 Practice Exercise - Cm5206b0082
Lesson 3 Practice Exercise Answer Key and Feedback - Cm5206b0084
Lesson 4 Radiological Monitoring and Surveys
Types of Monitoring
Monitoring Techniques
Indirect Technique
Figure 4-1. Location of Survey Meter and Corresponding Correlation Factor for Residual Radiation
Procedure
Simplified Aerial Survey - Cm5206b0091
Detailed Aerial Survey
Procedures for Using Point Technique
Figure 4-2. Fallout Prediction and Planned Aerial Survey Overlay
Figure 4-3. Sketch Map of Division Area Showing Preselected Checkpoints
Survey Meter Location in Aircraft
Air-Ground Correlation Factors cont'd
Capability of Aircraft
Guidance for the Aerial Survey Party - Cm5206b0099
Guidance - Cm5206b0100
Figure 4-4. Radiological Data Sheet (DA Form 1971-1-R)
Part C - Ground Radiological Surveys
Guidance for Ground Survey Party
Providing Data
Capability of Ground Survey Parties
Lesson 4 Practice Exercise - Cm5206b0106
Lesson 4 Practice Exercise cont'd - Cm5206b0107
Lesson 4 Practice Exercise cont'd - Cm5206b0108
Lesson 4 Practice Exercise Answer Key and Feedback - Cm5206b0109
Lesson 5 Radiological Operations
Part A - Decay Calculations
Automatic Fallout Response
Symbols and Terms used in Radiological Operations
Entry time
Decay Nomogram
Example Problem 1 - Cm5206b0116
Example Problem 4
Figure 5-1. Residual Radiation Decay (Fallout)
Part B - Total Dose Predictions
Example Problem 1 - Cm5206b0120
Figure 5-2. Total Dose (Fallout)
Part C Transmission Factors
Transmission Factors cont'd - Cm5206b0123
Transmission Factors cont'd - Cm5206b0124
Figure 5-3. Transmission Factors for Residual Radiation
Part D - Crossing A Fallout Area
Procedures
Calculations cont'd - Cm5206b0128
Calculations cont'd - Cm5206b0129
Figure 5-4. Crossing a Fallout Area
Part E - Nature of Induced Radiation
Considerations of the Operational Level
Radiological monitoring
Decay and Dose-Rate Calculations
Essential Information
Example Problems cont'd - Cm5206b0136
Example Problems cont'd - Cm5206b0137
Figure 5-6. Soil Type I Nomogram
Figure 5-7. Soil Type II Nomogram
Figure 5-8. Soil Type III Nomogram
Figure 5-9. Soil Type IV Nomogram
Total Dose Received in an Induced Area
Example Problems
Fiwgure 5-10. Total Dose Nomogram (Induced)
Crossing an Induced Radiation Area
Figure 5-11. Crossing an Induced Radiation Area
Lesson 5 Practice Exercise - Cm5206b0147
Lesson 5 Practice Exercise cont'd - Cm5206b0148
Lesson 5 Practice Exercise cont'd - Cm5206b0149
Lesson 5 Practice Exercise Answer Key and Feedback
Lesson 6 Radiological Decontamination
Part A - Effects of Radiological Contamination
Part A - Effects of Radiological Contamination cont'd
Figure 6-1. Symptoms of Nuclear Radiation Exposure
Figure 6-2. Radiation Effects on Personnel Performing Nonphysical and Physical Tasks
Part D - Decontamination Priorities and Uses
Part D - Decontamination Priorities and Uses cont'd
Part D - Decontamination Priorities and Uses cont'd
Part C -Decontamination Types and Methods
MOPP Gear Exchange
Unit Sustainment and Restoration.
Figure 6-3. Confining Contaminated Equipment
Natural Methods cont'd
Lesson 6 Practice Exercise - Cm5206b0165
Lesson 6 Practice Exercise cont'd - Cm5206b0166
Lesson 6 Practice Exercise Answer Key and Feedback - Cm5206b0167
US Army Chemical School Weapons Effects
Nuclear Cloud Development
Figure 1-1. Nuclear Cloud Development (Surface Burst)
Nuclear Burst Parameters for Yield Estimation
Nuclear Burst Angular Cloud Width
Stabilized Cloud-Top Height or Cloud-Bottom Height - Cm5206b0010
Figure 1-3. Yield Estimation
Stabilized Cloud-Top Angle or Cloud-Bottom Angle cont'd
Figure 1-4. Yield Estimation
Illumination Time - Cm5206b0014
General - Cm5206b0015
Part B - Nuclear Burst Reporting
The Nuclear Burst Report (NBC 1)
Figure 1-5. NBC 1 (Nuclear) Report
Lesson1 Practice Exercise
Lesson1 Practice Exercise cont'd
Lesson1 Practice Exercise Answer Key and Feedback
Lesson 2 Wind Vector Plot
PArt A - The Purpose of the Wind Vector Plot
Field Artillery Upper Wind Data
Upper Air Wind Data From Other Sources
Air Weather Service (AWS) Constant Pressure Surface (Isobaric) Wind Data
Table 2-3. Mils to Degrees Conversion
Table 2-4. Constant Pressure Surfaces above Mean Sea Level
Prepare a Wind Vector Plot Using the Fallout Prediction Scale, ML-556/UM
Figure 2-1. Fallout Prediction Plotting Scale
Table 2-5. Weighting Factors and Plotting Scale Data for 5,000 Foot Wind Layer
Plotting Field Artillery Upper Air Wind Data
Plotting Field Artillery Upper Air Wind Data cont'd
Figure 2-2. Preparation of Wind Vector Plot from Field Artillery Upper Air Wind Data (Example Problem)
Figure 2-3. Example Problem, Continued
Figure 2-4. Example Problem,Continued
Figure 2-5. Example Problem, Continued
Part C - Prepare A Wind Vector Plot Using The Manual Method
Table 2-6. Weighting Factors for 2,000 Meter Wind Layer
Table 2-7. Adjusted Upper Air Wind Data
Figure 2-6. Preparation of Wind Vector Plot
Figure 2-7. Example Problem, Continued
Figure 2-8. Example Problem, Continued
Figure 2-9. Example Problem, Continued
Lesson 2 Practice Exercise - Cm5206b0046
Lesson 2 Practice Exercise cont'd - Cm5206b0047
Lesson 2 Practice Exercise Answer Key and Feedback - Cm5206b0048
Lesson 3 Fallout Predictons
Part A - Introduction to Fallout Predictions
Fallout Prediction Procedures cont'd
Figure 3-1. Detailed Fallout Prediction
The Simplified Method
Figure 3-2. Zone I and Zone II
Outside the Predicted Area
Step 1. Preparation of Fallout Wind Vector Plot
Step 5. Determination of the Effective Wind Speed
Fallout Prediction Worksheet-Surface Burst
Figure 3-4. Radioactive Cloud and Stem Parameters (Stabilized at H + 10 Minutes)
Step 6. Zones I and II Downwind Distance Determination
Figure 3-5. Zone I Downwind Distance, Surface Burst
Figure 3-6. FY/TY Adjustment Factor
Step 7. Construction of the Left and Right Radial Lines
Step 8. Completion of the Fallout Prediction
Figure 3-9. Cloud Radius Circle
Figure 3-10. Tangent Lines
Figure 3-11. Time of Arrival Arcs
Figure 3-12. Fallout Prediction Overlay
NBC 3 (Nuclear) Report
Part C - Prepare A Simplified Fallout Prediction
M5A2 Radiological Fallout Area Predictor
Procedures for Use of Simplified Method
Figure 3-13. M5A2 Radiological Fallout Area Predictor
Identification of the Prediction
Figure 3-14. Zone I Downwind Distance Nomogram
Time-of-Arrival Arcs
Effective Downwind Message
Field Construction of Simplified Fallout Predictor
Figuire 3-16. Radial Lines
Figure 3-17. Draw and label semicircles
Figure 3-18. Zone I Downwind Distance Nomogram
Lesson 3 Practice Exercise - Cm5206b0082
Lesson 3 Practice Exercise Answer Key and Feedback - Cm5206b0084
Lesson 4 Radiological Monitoring and Surveys
Types of Monitoring
Monitoring Techniques
Indirect Technique
Figure 4-1. Location of Survey Meter and Corresponding Correlation Factor for Residual Radiation
Procedure
Simplified Aerial Survey - Cm5206b0091
Detailed Aerial Survey
Procedures for Using Point Technique
Figure 4-2. Fallout Prediction and Planned Aerial Survey Overlay
Figure 4-3. Sketch Map of Division Area Showing Preselected Checkpoints
Survey Meter Location in Aircraft
Air-Ground Correlation Factors cont'd
Capability of Aircraft
Guidance for the Aerial Survey Party - Cm5206b0099
Guidance - Cm5206b0100
Figure 4-4. Radiological Data Sheet (DA Form 1971-1-R)
Part C - Ground Radiological Surveys
Guidance for Ground Survey Party
Providing Data
Capability of Ground Survey Parties
Lesson 4 Practice Exercise - Cm5206b0106
Lesson 4 Practice Exercise cont'd - Cm5206b0107
Lesson 4 Practice Exercise cont'd - Cm5206b0108
Lesson 4 Practice Exercise Answer Key and Feedback - Cm5206b0109
Lesson 5 Radiological Operations
Part A - Decay Calculations
Automatic Fallout Response
Symbols and Terms used in Radiological Operations
Entry time
Decay Nomogram
Example Problem 1 - Cm5206b0116
Example Problem 4
Figure 5-1. Residual Radiation Decay (Fallout)
Part B - Total Dose Predictions
Example Problem 1 - Cm5206b0120
Figure 5-2. Total Dose (Fallout)
Part C Transmission Factors
Transmission Factors cont'd - Cm5206b0123
Transmission Factors cont'd - Cm5206b0124
Figure 5-3. Transmission Factors for Residual Radiation
Part D - Crossing A Fallout Area
Procedures
Calculations cont'd - Cm5206b0128
Calculations cont'd - Cm5206b0129
Figure 5-4. Crossing a Fallout Area
Part E - Nature of Induced Radiation
Considerations of the Operational Level
Radiological monitoring
Decay and Dose-Rate Calculations
Essential Information
Example Problems cont'd - Cm5206b0136
Example Problems cont'd - Cm5206b0137
Figure 5-6. Soil Type I Nomogram
Figure 5-7. Soil Type II Nomogram
Figure 5-8. Soil Type III Nomogram
Figure 5-9. Soil Type IV Nomogram
Total Dose Received in an Induced Area
Example Problems
Fiwgure 5-10. Total Dose Nomogram (Induced)
Crossing an Induced Radiation Area
Figure 5-11. Crossing an Induced Radiation Area
Lesson 5 Practice Exercise - Cm5206b0147
Lesson 5 Practice Exercise cont'd - Cm5206b0148
Lesson 5 Practice Exercise cont'd - Cm5206b0149
Lesson 5 Practice Exercise Answer Key and Feedback
Lesson 6 Radiological Decontamination
Part A - Effects of Radiological Contamination
Part A - Effects of Radiological Contamination cont'd
Figure 6-1. Symptoms of Nuclear Radiation Exposure
Figure 6-2. Radiation Effects on Personnel Performing Nonphysical and Physical Tasks
Part D - Decontamination Priorities and Uses
Part D - Decontamination Priorities and Uses cont'd
Part D - Decontamination Priorities and Uses cont'd
Part C -Decontamination Types and Methods
MOPP Gear Exchange
Unit Sustainment and Restoration.
Figure 6-3. Confining Contaminated Equipment
Natural Methods cont'd
Lesson 6 Practice Exercise - Cm5206b0165
Lesson 6 Practice Exercise cont'd - Cm5206b0166
Lesson 6 Practice Exercise Answer Key and Feedback - Cm5206b0167
US Army Chemical School Weapons Effects
