Figure 2
SCHEMATIC OUTLINE OF MODEL SYSTEMS FOR ESTIMATING RADIOLOGICAL EFFECTS
ATTACK PARAMETERS
date and hour of attack, yields,
heights of burst
WEAPON MODEL
soil and building
composition
RESOURCE DATA BASE MODEL
CONDENSATION
MODEL;
CLOUD MODEL
nuclide yields
types, yields
LOCAL FALLOUT MODEL
locations, amounts, numbers,
WORLD-WIDE FALLOUT MODEL
counterattack
meteorology
production rates
weather
standard
parameters
intensity
time of orrival
mass deposit
particle size
EXPOSURE DOSE
MODELS
surviving
.
other species
surviving plants
protection
shelter
f
foctors
protection
porametars
surviving
lation
populati
surviving
survivinig
economic
animals
resources
date of attack
planting time
crops and yields
harvest time
harvestable
BETA DOSE MODEL
shelter stoy time
____}
nuclide
concentratians in
water, pastures, and
crops at
CONTAMINATION DECCTITAMINATION
MODELS
parameters
°
200+, ERD
Lo 100
Diag
soluble
ide deposit
soil
radiosensitivity
Deg
sotuble
nuclide deposit
ANIMAL DIET MODELS;
ASSIMILATION MODELS
ROOT UPTAKE MODEL
local and world-wide fallout
FOLIAR CONTAMINATION
Paromenters
WATER CONTAMINATION MODEL
source depths
purification
factors
PROCESSING MODELS
\
fotol exposure
dase
nuclide .
eet nr in
ond.
occurrence
probability
of lote effects
absorbed dose
water
stockpiles
TRANSPORTATION MODELS
LOCAL DISTRIBUTION MODELS
operational
protection
factors
weather
:
local and world-wide fallout
DiET MODEL;
HUMAN ASSIMILATION
MODELS
time after attack
and delivery sate
of foods and
6T
survivors
blast ond fire
decay
information