1 / 2

WHISKEY: 120 010 4 18 7 4 2

WHISKEY: 120 010 4 18 7 4 2. TYPES AND CASES OF CHEMICAL ATTACKS. 10 km/h. NBC CLASSIFICATION CHART. MEANS OF DELIVERY. RADIUS OF ATTACK AREA. WIND SPEED. TYPE. CASE. FIGURE. 1 km. 10 km/h. AIR, BML, MRL, BOM, CAN, SHL, MOR, RKT, and surface burst MSL.

makenna-goulding
Télécharger la présentation

WHISKEY: 120 010 4 18 7 4 2

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. WHISKEY: 120 010 4 18 7 4 2 TYPES AND CASES OF CHEMICAL ATTACKS 10 km/h NBC CLASSIFICATION CHART MEANS OF DELIVERY RADIUS OF ATTACK AREA WIND SPEED TYPE CASE FIGURE 1 km 10 km/h AIR, BML, MRL, BOM, CAN, SHL, MOR, RKT, and surface burst MSL RECALCULATION REQUIREMENTS START 1 1 km PERSISTANT (Ground Contamination) WS> 10KM WS> 10KM A CHANGES OF: A 1 A 2 B 1 B 2 B 3 B 4 B 5 B 6 1 km 10 km/h AIR, BML, MRL, BOM, CAN, SHL, MOR, RKT, and surface burst MSL WINDSPEED: By 10 KPH or more YES NO/UNK YES NO X X 2 NO X X X X 10 KM From 10 KPH to 10 KPH 30 KM 1 km 10 km/h TYPE A CASE 2 YES BML, CAN, SHL, MOR, and surface burst RKT and MSL 10 KM X X X X MEANS OF DELIVERY 10 KM TYPE A CASE 1 1 From 10 KPH to 10 KPH GEN, SPRAY 1 KM WIND DIRECTION: By 30 DEG or more X X X X 1, 2 km BML, CAN, SHL, MOR, and surface burst RKT and MSL X 2 STABILITY CATEGORY 15 KM 1 KM 2 KM 1 KM 50 KM 1, 2 km 10 km/h TYPE B CASE 3 TYPE B CASE 1 AIR, MRL, BOM, UNK, and air burst RKT and MSL Downwind Distances From Center of Attack Area, When AIR STABILITY Condition Is: DELIVERY SYSTEM 3 10 km/h B ARTILLERY, MORTARS, BOMBLETS 1 2 3 U 4 N 5 6 7 S GEN, SPRAY 2 km 10 km/h GEN, SPRAY AIR, MRL, BOM, UNK, and air burst RKT and MSL 10 KM 30 KM 50 KM 4 MRL, MISSILES BOMBS AND UNK MUNITIONS 15 KM 30 KM 50 KM TYPE B / CASE 5 TYPE B / CASE 6 10 KM CIRCLE 2 km 10 km/h ATTACK START ATTACK START 1 KM SPR, GEN 5 TYPE B / CASE 2 TYPE B / CASE 4 1 KM 6 SPR, GEN 1 KM 2 KM ATTACK END 1 KM 10 KM CIRCLE ATTACK END 10 KM 10 KM 10 KM AIR - Aircraft BML - Bomblets BOM - Bomb CAN - Cannon GEN - Generator MOR - Mortar MRL - Multiple Rocket Launcher MSL - Missiles RKT - Rocket SHL - Shell SPR - Spray UNK - Unknown ATP 45 PERSISTENCY (TYPE “B” ONLY) HOW TO READ WEATHER INFORMATION IN A CHEMICAL DOWNWIND MESSAGE DAILY MEAN SURFACE AIR TEMPERATURE WITHIN ATTACK AREA (number of days) WITHIN HAZARD AREA (number of days) CELCIUS FARENHEIT Downwind direction in degrees towards / from (circle which) 0 - 10 C 32 - 50 F 3 to 10 days 2 to 6 days Significant Weather Phenomena Code 3 = Blowing snow or sand 4 = Fog, ice fog, or thick haze 5 = Drizzle 6 = Rain 7 = Light rain or snow 8 = Showers of rain, snow, hail, or a mixture 9 = Thunderstorm Windspeed KM/H 11 - 20 C 51 - 68 F 2 to 4 days 1 to 2 days Air Stability Code 1 = very unstable (U) 2 = unstable (U) 3 = slightly unstable (U) 4 = neutral (N) 5 = slightly stable (S) 6 = stable (S) 7 = very stable (S) 21 - 30 C 69 - 86 F up to 2 days up to 1 day Humidity Code 0 = 0 - 9% 1 = 10 - 19% 2 = 20 - 29% 3 = 30 - 39% 4 = 40 - 49% 5 = 50 - 59% 6 = 60 - 69% 7 = 70 - 79% 8 = 80 - 89% 9 = 90 - 99% Cloud Cover Code 0 = Sky less than half cloud covered 1 = Half the sky cloud covered 2 = More than half the sky cloud covered Temperature Code Code Temp 05 = 5 C / 41 F 10 = 10 C / 50 F 15 = 15 C / 59 F 20 = 20 C / 68 F 30 = 30 C / 86 F 51 = -1 C / 30 F 55 = -5 C / 23 F AIR, MRL, BOM, UNK, & AIR BURST RKT & MSL BML, CAN, SHL, MOR, & SURF BURST RKT & MSL PLOTTING FORMULAS BLOOD AGENT ATTACKS ARE PLOTTED WITH A 1 KM RADIUS CIRCLE NBC 3 IS NOT REQUIRED BLOOD AGENT ATTACK Earliest Arrival Time: Departure Time: Distance . Wind Speed X 1.5 Distance Divided by WS X 60 Note: Measure from the front of attack area. THE RESULT X 60 WILL GIVE MINUTES. Note: Measure from the back of attack area. Times are in minutes Conversions: 1:50,000 Conversions: 1:250,000 ___ cm divided by .5 = ___km ___ cm times 2.5 = ___ km ___ km times 2 = ___ cm ___ km divided by .4 = ___ cm Conversions: Fahrenheit & Celsius Conversions: KM/H & KNOTS PLOT LABELING ALPHA DELTA FOXTROT GOLF HOTEL ___ C times 1.8 + 32 = ___ F ___ km/h divided by 1.8 = ___ Kts (___ F - 32) divided by 1.8 = ___ C ___ Knots times 1.8 = ___ km/h Distance Traveled / Type A Recals Exposure Factors Time X Wind Speed divided by 60 = Distance Traveled in Kilometers ICT/LCT50 = (Agent in) MG/M3 X # OF MINUTES EXPOSED CHEMICAL DOWNWIND MESSAGE DISPLAY PERIOD OF VALIDITY TEMP- ERATURE (C) STABILITY RECALCULATION REQUIRED WIND DIRECTION TO / FROM (circle which) WIND SPEED WEATHER PHENOM. CLOUD COVER HUMIDITY 1/2/3 4 5/6/7 (“X” one) DIGITS ZULU LOCAL 000 000 U N S 00 0 0 0 YES NO WHISKEY X-RAY YANKEE CHECK FOR RECALCULATION BETWEEN VALIDITY PERIODS ZULU LOCAL Next CDM Due At: ZULU time is _____ hours Ahead / Behind LOCAL Time hrs hrs (Due 1 hour prior to Valid Time) (circle which)

More Related