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RA
SC
AL
4.3
Jeff
Kow
alcz
ik, U
SN
RC
Nat
iona
l RE
P C
onfe
renc
eS
alt L
ake
City
RA
SC
AL
RA
SC
AL
RA
SC
AL
Oi
•RA
SC
AL
Ove
rvie
w
•RA
SC
AL
Pro
gram
Man
agem
ent
•Upd
ates
in R
AS
CA
L Ve
rsio
n 4.
3
RA
SC
AL
Ove
rvie
wR
AS
CA
L O
verv
iew
Ove
rvie
wO
verv
iew
•Pur
pose
Pur
pose
•A
ssis
ts in
Pro
tect
ive
Act
ion
eval
uatio
n
•Eva
luat
esre
leas
esfro
m:
Eva
luat
es re
leas
es fr
om:
•nu
clea
r pow
er p
lant
s,
•sp
ent f
uel s
tora
ge p
ools
and
cas
ks,
pg
p
•fu
el c
ycle
faci
litie
s, a
nd
•ra
dioa
ctiv
e m
ater
ial h
andl
ing
faci
litie
s.
•Eva
luat
es a
tmos
pher
ic re
leas
es u
sing
faci
lity
cond
ition
s to
est
imat
e a
sour
ce te
rman
d do
se
Ear
lyR
AS
CA
LE
arly
RA
SC
AL
•Beg
anin
late
-80s
toco
mpu
teriz
eth
eha
ndB
egan
in la
te80
s to
com
pute
rize
the
hand
ca
lcul
atio
ns a
nd p
aper
met
hods
of R
TM a
nd
NU
RE
G-1
228
•RA
SC
AL
2 w
as D
OS
-bas
ed
RA
SC
AL
Tool
sR
AS
CA
L To
ols
Sou
rce
Term
toD
ose
Sou
rce
Term
to D
ose
•Cal
cula
tes
sour
cete
rms
from
inpu
tpar
amet
ers
Cal
cula
tes
sour
ce te
rms
from
inpu
t par
amet
ers
•Mod
els
atm
osph
eric
tran
spor
t, di
ffusi
on, a
nd
depo
sitio
np
•Pro
duce
s m
ap-b
ased
dos
e pr
ojec
tion
WIN
D
Plu
me
– m
ix o
f rad
ionu
clid
e ga
ses
and
parti
cles
Sou
rce
term
Dry
de
posi
tion
Wet
de
posi
tion
rele
ased
to
atm
osph
ere
Sou
rce
Term
toD
ose
Ste
psS
ourc
e Te
rm to
Dos
e -S
teps
Sou
rce
Term
toD
ose
Res
ult
Sou
rce
Term
to D
ose
-Res
ult
Inte
rage
ncy
Mod
elin
gIn
tera
genc
y M
odel
ing
•NR
Cco
ordi
nate
sw
ithot
herF
eder
alag
enci
esdu
ring
NR
C c
oord
inat
es w
ith o
ther
Fed
eral
age
ncie
s du
ring
resp
onse
•Oth
er a
sses
smen
t cod
es a
re u
sed
to c
onfir
m
anal
ysis
and
mod
elin
g re
sults
RA
SC
AL
PPro
gram
M
anag
emen
tM
anag
emen
t
RA
SC
AL
Vers
ions
RA
SC
AL
Vers
ions
June
201
0
Vers
ion
4.0
Upd
ates
&
Fixe
s
Vers
ion
4.1
Janu
ary
2011
Fuku
shim
a Is
sues
+
New
Fea
ture
s
Vers
ion
4.2
Mar
ch 2
012
New
Too
ls
dM
thd
Vers
ion
4.2
and
Met
hods
Sept
embe
r 201
3
Vers
ion
4.3
Con
tribu
tors
Con
tribu
tors
•N
ucle
arR
egul
ator
yC
omm
issi
onN
ucle
ar R
egul
ator
y C
omm
issi
on•
John
Tom
on (P
M)
•To
ny H
uffe
rt•
Jeff
Kow
alcz
ik
•A
they
Con
sulti
ng•
Geo
rge
Ath
eyG
eorg
e A
they
•B
atte
lle –
Pac
ific
Nor
thw
est N
atio
nal L
ab•
Jere
my
Ris
hel
•R
amsd
ellE
nviro
nmen
tal C
onsu
lting
•Va
n R
amsd
ell
How
toG
etR
AS
CA
L4
3H
ow to
Get
RA
SC
AL
4.3
•http
://w
ww
nrc
gov/
abou
t-ht
tp://
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w.n
rc.g
ov/a
bout
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lato
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scal
.htm
l
•Dis
tribu
tion
•O
nly
avai
labl
e fro
m R
SIC
C a
t OR
NL
•Reg
istra
tion
g •A
ll us
ers
requ
ired
to re
gist
er a
t RS
ICC
•Sup
port
•E
-mai
l to
RA
SC
AL_
Hel
p@nr
c.go
v
RA
SC
AL
docu
men
tsR
AS
CA
L do
cum
ents
RA
SC
AL
4W
orkb
ook
RA
SC
AL
4 W
orkb
ook
Upd
ated
on
a re
gula
r bas
is to
cap
ture
new
exe
rcis
es a
nd
impr
ovem
ents
RA
SC
AL
4: D
escr
iptio
n of
Mod
els
and
Met
hods
NU
RE
G-1
940
Dra
ft do
cum
enta
tion
for R
AS
CA
L v4
.3 c
an b
e do
wnl
oade
d fro
m
the
NR
C: W
orkb
ook,
Tec
hnic
al S
uppl
emen
t, an
d U
ser G
uide
RA
SC
AL
Act
iviti
esR
AS
CA
L A
ctiv
ities
•EP
RI -
Ben
chm
arki
ng o
f Em
erge
ncy
Res
pons
e D
ose
Pro
ject
ion
gg
yp
jS
oftw
are
Tool
s (A
Fuk
ushi
ma
Rad
iolo
gica
l Ass
essm
ent T
ool
Pro
ject
)•
NEA
-W
GA
MA
/WP
NE
M T
ask
on th
e In
tern
atio
nal
benc
hmar
king
pro
ject
on
fast
-run
ning
sof
twar
e to
ols
used
to
mod
el fi
ssio
n pr
oduc
t rel
ease
s du
ring
acci
dent
s at
nuc
lear
po
wer
pla
nts
•In
tern
atio
nal R
adio
logi
cal I
nfor
mat
ion
Exc
hang
e (IR
IX) F
orm
at –
deve
lope
d by
IAE
A an
d be
ing
revi
ewed
by
U.S
. age
ncie
s•
Mee
tings
bet
wee
n N
RC
, DO
E, a
nd E
PA o
n do
se c
onve
rsio
n fa
ctor
s•
NR
C -
Rad
iatio
n P
rote
ctio
n C
ode
Ana
lysi
s an
d M
aint
enan
ce
Pro
gram
(RA
MP
)
RA
MP
RA
MP
•C
ompu
terC
ode
Man
agem
entP
rogr
amU
serG
roup
that
Com
pute
r Cod
e M
anag
emen
t Pro
gram
Use
r Gro
up th
at
will
sup
port
deve
lopm
ent a
nd m
aint
enan
ce o
f ra
diat
ion/
dose
ass
essm
ent c
odes
•S
tream
line
upda
tes
Stre
amlin
e up
date
s•
Inco
rpor
ate
stat
e of
the
art m
odel
s•
Prio
ritiz
e te
chni
cal u
pdat
es
•A
chie
ve c
onsi
sten
cy in
doc
umen
tatio
n•
Impl
emen
t a s
oftw
are
QA
prog
ram
•S
hare
cost
sS
hare
cos
ts•
Impl
emen
t cen
traliz
ed a
nd c
onsi
sten
t man
agem
ent a
nd c
ontro
l st
ruct
ure
17
RA
MP
Cod
esR
AM
P C
odes
RASC
AL
VARS
KIN
RAD
TRA
DPI
MA
L
HA
BIT
Rad
Tool
box
HA
BIT
Rad
Tool
box
Ud
ti
Upd
ates
inR
AS
CA
L4
3R
AS
CA
L 4.
3
43
Ove
rvie
w4.
3 O
verv
iew
•Var
iety
ofch
ange
sw
ithin
the
Sou
rce
Term
toD
ose
Varie
ty o
f cha
nges
with
in th
e S
ourc
e Te
rm to
Dos
e m
odel
•Thr
ee n
ew s
uppo
rting
tool
spp
g
•No
maj
or c
hang
es to
the
othe
r too
ls: F
ield
M
easu
rem
ent t
o D
ose,
Nuc
lide
Dat
a Vi
ewer
, and
D
ecay
Cal
cula
tor
43
Sou
rce
Term
Cha
nges
4.3
Sou
rce
Term
Cha
nges
•Lo
ng-te
rm S
tatio
n B
lack
out (
LTS
BO
)•
new
met
hod
•LO
CA
•up
date
d (p
revi
ousl
y Ti
me
Cor
e U
ncov
ered
)
•C
oola
nt R
elea
se•
upda
ted
(pre
viou
sly
Spe
cifie
dC
ore
Dam
age
End
poin
t)•
upda
ted
(pre
viou
sly
Spe
cifie
d C
ore
Dam
age
End
poin
t)
•P
ress
ure
/ Hol
e si
ze le
ak ra
te m
odel
•re
vise
d m
etho
d
•S
pent
fuel
dra
ined
poo
l•
revi
sed
met
hod
Sou
rce
Term
Lt
St
tiB
lk
tLo
ng-te
rm S
tatio
n B
lack
out
•Bas
edon
the
LTS
BO
acci
dent
prog
ress
ion
asB
ased
on
the
LTS
BO
acc
iden
t pro
gres
sion
as
desc
ribed
in th
e re
port
“Impl
emen
tatio
n of
New
S
ourc
e Te
rm In
form
atio
n fo
r RA
SC
AL,
” (Ju
n et
al.
2009
)d
NU
RE
G19
35S
tt
fth
AtR
t20
09) a
nd N
UR
EG
-193
5, S
tate
-of-t
he-A
rt R
eact
or
Con
sequ
ence
Ana
lyse
s (S
OA
RC
A) R
epor
t, (C
hang
et
al.
2012
).
•See
Sec
tion
1.1
of th
e R
AS
CA
L 4.
3 Te
chni
cal
Sup
plem
ent
Sou
rce
Term
Lt
St
tiB
lk
tLo
ng-te
rm S
tatio
n B
lack
out
•Th
eLT
SB
Ous
esth
est
atus
ofTh
e LT
SB
O u
ses
the
stat
us o
f co
re c
oolin
g sy
stem
s, th
e ex
pect
ed b
atte
ry li
fe, a
nd th
e tim
e th
at it
take
s fo
r the
coo
lant
to
boi
l off
to e
stim
ate
whe
n th
e co
re w
ill b
ecom
e un
cove
red
and
whe
n th
e re
leas
e to
the
envi
ronm
entw
illst
art
envi
ronm
ent w
ill s
tart.
•A
dds
the
optio
n to
spe
cify
the
fild
tC
dfin
al d
amag
e am
ount
. Cod
e ca
lcul
ates
whe
n to
reco
ver t
he
core
.
Sou
rce
Term
LOC
ALO
CA
•Th
eLO
CA
sour
cete
rmop
tion
isTh
e LO
CA
sour
ce te
rm o
ptio
n is
th
e ol
d Ti
me
Cor
e is
Unc
over
ed
optio
n
•B
asic
met
hod
isun
chan
ged
Bas
ic m
etho
d is
unc
hang
ed
from
RA
SC
AL
4.2
–sa
me
timin
gs a
nd re
leas
e fra
ctio
ns
•A
dds
the
optio
nto
spec
ifyth
eA
dds
the
optio
n to
spe
cify
the
final
dam
age
amou
nt. C
ode
calc
ulat
es w
hen
to re
cove
r the
co
re
Sou
rce
Term
LOC
ALT
SB
OLO
CA
vsLT
SB
O
•Ti
me
dela
ybe
twee
nth
eTi
me
dela
y be
twee
n th
e in
itiat
ing
even
t and
the
star
t of
the
rele
ase
to th
e at
mos
pher
e•
LOC
A–
imm
edia
tere
leas
eLO
CA
imm
edia
te re
leas
e
•LT
SB
O –
rele
ase
dela
yed
until
co
olin
g lo
st a
nd w
ater
boi
ls o
ff
•D
iffer
ence
sin
rele
ase
fract
ions
Diff
eren
ces
in re
leas
e fra
ctio
ns
and
rele
ase
timin
gs
Fig
1-3
of Te
ch S
upp
Sou
rce
Term
Cl
tRl
Aid
tC
oola
nt R
elea
se A
ccid
ent
•Pre
viou
sly
calle
dS
peci
fied
Cor
eD
amag
eE
ndpo
int
Pre
viou
sly
calle
d S
peci
fied
Cor
e D
amag
e E
ndpo
int
•Can
no
long
er d
o cl
addi
ng fa
ilure
her
e. T
he o
ptio
n to
sp
ecify
the
dam
age
endp
oint
has
mov
ed to
the
LOC
A p
yg
pan
d LT
SB
O m
etho
ds
•Opt
ion
is fo
r nor
mal
and
spi
ked
cool
ant o
nly
Sou
rce
Term
Cl
tRl
Aid
tC
oola
nt R
elea
se A
ccid
ent
•Nob
lega
sdi
ffere
nces
Nob
le g
as d
iffer
ence
s•
RA
SC
AL
4.2
treat
ed a
ll nu
clid
es in
coo
lant
the
sam
e an
d di
d no
dec
ay o
r ing
row
th w
ithin
the
RC
S
•R
AS
CA
L 4.
3 ge
ts th
e no
ble
gase
s ou
t ear
lier a
nd d
oes
incl
ude
deca
y an
d da
ught
er in
grow
th in
the
RC
S
Sou
rce
Term
P/H
lS
iM
dl
Pre
ssur
e / H
ole
Siz
e M
odel
•4.2
did
notm
odel
ach
ange
inpr
essu
reas
gase
sle
ft4.
2 di
d no
t mod
el a
cha
nge
in p
ress
ure
as g
ases
left
the
cont
ainm
ent;
requ
ired
user
to e
nter
the
pres
sure
de
crea
se•4
3dj
tth
tti
ll•4
.3 a
djus
ts th
e pr
essu
re a
utom
atic
ally
•Now
requ
ires
cont
ainm
ent a
ir te
mpe
ratu
re a
nd a
dds
som
epr
edef
ined
hole
size
sso
me
pred
efin
ed h
ole
size
s•S
ee S
ectio
n 1.
4 of
the
Tech
nica
l Sup
plem
ent
Sou
rce
Term
StF
lPl
Spe
nt F
uel P
ool
•Dra
ined
pool
optio
nha
sbe
enre
vise
dD
rain
ed p
ool o
ptio
n ha
s be
en re
vise
d•
Can
now
han
dle
full
core
off-
load
to th
e sp
ent f
uel p
ool
•C
an in
clud
e fu
el fr
om a
noth
er re
acto
r; e.
g. s
hare
d po
ol.
;g
p
•See
Sec
tion
1.5.
1 of
the
RA
SC
AL
4.3
Tech
nica
l S
uppl
emen
t
Rad
ionu
clid
eA
ctiv
ityB
alan
ceR
adio
nucl
ide
Act
ivity
Bal
ance
•Tra
cks
activ
ityfo
rsel
ecte
dnu
clid
esan
dnu
clid
eTr
acks
act
ivity
for s
elec
ted
nucl
ides
and
nuc
lide
grou
ps fr
om th
e re
acto
r cor
e an
d co
olan
t sys
tem
s th
roug
h va
rious
pat
hway
s to
the
envi
ronm
ent.
•Ava
ilabl
e on
ly fo
r sou
rce
term
s ba
sed
on re
acto
r co
nditi
ons
•By
time
step
s fo
r 5 lo
catio
ns a
nd 9
pat
hs
•Fin
al b
alan
ce s
how
n in
sou
rce
term
sum
mar
y
•Can
vie
w a
nd p
rint d
etai
ls
•Dis
cuss
ed in
Sec
tion
5 of
the
Tech
nica
l Sup
plem
ent
Rad
ionu
clid
eA
ctiv
ityB
alan
ceR
adio
nucl
ide
Act
ivity
Bal
ance
•Ava
ilabl
ein
2lo
catio
ns(s
umm
ary
and
deta
iled)
Avai
labl
e in
2 lo
catio
ns (s
umm
ary
and
deta
iled)
Nuc
lide
Impo
rtanc
eN
uclid
e Im
porta
nce
•Eva
luat
esre
lativ
enu
clid
eim
porta
nce
for5
dose
Eva
luat
es re
lativ
e nu
clid
e im
porta
nce
for 5
dos
e pa
thw
ays
and
8 tim
es
•Ran
ks im
porta
nce
by ra
dion
uclid
ep
y
•3 o
utpu
ts•
Rel
ativ
e im
porta
nce
of T
ED
E a
t end
of r
elea
sep
•R
elat
ive
impo
rtanc
e of
pat
hway
s to
TE
DE
•C
umul
ativ
e im
porta
nce
to d
ose
by ra
dion
uclid
e
•Dis
cuss
ed in
Sec
tion
6 of
the
Tech
nica
l Sup
plem
ent
Nuc
lide
Impo
rtanc
e -L
ocat
ions
1. B
otto
m o
f Sou
rce
Term
Su
mm
ary
(Top
10)
Sum
mar
y (T
op 1
0)
2. In
the
Impo
rtan
ce V
iew
er
(Det
ails
)
Nuc
lide
Impo
rtanc
e -F
ilter
s
1. In
the
sour
ce te
rm e
xpor
t
Def
ault
set
ting
for N
AR
AC
expo
rt –
TED
E, 0
day
s, T
op 2
0
2. In
the
sour
ce te
rm m
erge
tool
Add
ition
al T
ools
in 4
.3(S
TDos
esu
ppor
t)
Inve
ntor
yTo
olIn
vent
ory
Tool
•Cre
ates
acu
stom
reac
torc
ore
and
cool
anti
nven
tory
Cre
ates
a c
usto
m re
acto
r cor
e an
d co
olan
t inv
ento
ry•T
he d
efau
lt co
re in
vent
ory
is b
ased
on
a si
ngle
S
CA
LE/O
RIG
IN ru
n an
d sc
aled
bas
ed o
n re
acto
r po
wer
•Thi
s in
vent
ory
is a
lso
adju
sted
for b
urnu
pby
sca
ling
•Est
imat
esre
acto
rcor
ean
dco
olan
tncl
ide
•Est
imat
es re
acto
r cor
e an
d co
olan
t nuc
lide
inve
ntor
ies
at th
e tim
e of
an
acci
dent
usi
ng re
acto
r sp
ecifi
c in
form
atio
n on
reac
tor o
pera
tions
prio
r to
the
idt
acci
dent
•See
Sec
tion
4 of
the
RA
SC
AL
4.3
Tech
nica
l S
uppl
emen
tS
upp
ee
Inve
ntor
yTo
olIn
vent
ory
Tool
•The
cust
omin
vent
ory
need
sto
becr
eate
don
lyon
ce
Whe
nan
inve
ntor
yfil
eis
The
cust
om in
vent
ory
need
s to
be
crea
ted
only
onc
e an
d ca
n th
en b
e op
tiona
lly u
sed
for N
PP
calc
ulat
ions
.
Whe
n an
inve
ntor
y fil
e is
av
aila
ble,
the
opti
on t
o us
e it
be
com
es a
ctiv
e.
Crea
tes
an in
vent
ory
file
spec
ific
tth
tit
to th
e re
acto
r uni
t.
Met
eoro
logy
Dow
nloa
dM
eteo
rolo
gy D
ownl
oad
•43
incl
udes
ato
olto
dow
nloa
dob
serv
edan
d4.
3 in
clud
es a
tool
to d
ownl
oad
obse
rved
and
fo
reca
st w
eath
er d
ata
from
the
inte
rnet
•Als
o in
clud
es u
pdat
ed li
st o
f site
s w
ith s
uppo
rting
p
ppg
wea
ther
dat
a
Met
eoro
logy
Dow
nloa
dM
eteo
rolo
gy D
ownl
oad
•Eac
hsi
tein
the
faci
lity
data
base
now
has
anE
ach
site
in th
e fa
cilit
y da
taba
se n
ow h
as a
n ex
pand
ed li
st o
f RA
SC
AL
pref
erre
d w
eath
er s
tatio
ns
•For
exa
mpl
e, S
outh
Tex
as n
ow in
clud
es b
uoys
in th
e p
,y
Gul
f of M
exic
o
Met
eoro
logy
Dow
nloa
dM
eteo
rolo
gy D
ownl
oad
•S
etup
the
Met
Fetc
hdo
wnl
oad
prog
ram
byse
lect
ing
aS
etup
the
Met
Fetc
hdo
wnl
oad
prog
ram
by
sele
ctin
g a
loca
tion
and
the
surr
ound
ing
wea
ther
sta
tions
to b
e us
ed•
Dow
nloa
d th
e ob
serv
ed a
nd fo
reca
st d
ata
•In
the
STD
ose
met
pro
cess
or, r
etrie
ve th
e do
wnl
oade
d da
ta s
tatio
n by
sta
tion
to fi
ll th
e gr
ids
•P
roce
ss th
e da
ta•
Rep
eat t
he d
ownl
oad
as n
eede
d; u
sual
ly o
nce
an h
our
(just
afte
r the
hou
r) fo
r obs
erva
tions
Rtt
hti
fth
dt
t•
Rep
eat t
he c
reat
ion
of th
e da
tase
t•
See
Sec
tion
3 of
the
Tech
nica
l Sup
plem
ent a
nd C
hapt
er 6
of
the
Use
r’s G
uide
Met
eoro
logy
Inst
ruct
ions
Cfi
thM
tFt
hFi
lS
ttiC
onfig
ure
the
Met
Fetc
hFi
le S
ettin
gs•
Wan
tbot
hob
serv
atio
nsan
dW
ant b
oth
obse
rvat
ions
and
fo
reca
sts
•Fo
rmat
mus
t be
RA
SC
AL-
Rea
dyto
use
with
mod
els
Rea
dy to
use
with
mod
els
•D
estin
atio
n m
ust b
e as
sho
wn
•N
umbe
r con
trols
how
far b
ack
iti
tb
bti
in ti
me
to g
rab
obse
rvat
ions
•W
ant a
ll da
ta e
lem
ents
Met
eoro
logy
Inst
ruct
ions
Cfi
MtF
th
tti
lti
Con
figur
e M
etFe
tch
stat
ion
sele
ctio
n•
Dat
abas
epa
thsh
ould
bepr
eset
Dat
abas
e pa
th s
houl
d be
pre
set
•B
row
se to
sel
ect s
ite o
r ent
er
latit
ude
and
long
itude
•U
se R
AS
CA
L pr
efer
red
stat
ions
; the
y ar
e al
read
y in
for
defin
ed s
ites
•Fi
dt
tith
t•
Find
sta
tions
then
mov
e on
es to
be
use
d in
to ri
ght p
ane
•S
ave
the
setti
ngs
•D
ownl
oad
the
data
Met
eoro
logy
Inst
ruct
ions
US
TDM
tdt
PU
se S
TDos
eM
et d
ata
Pro
cess
or
•Th
est
atio
nssh
own
mat
ch•
The
stat
ions
sho
wn
mat
ch
thos
e in
Met
Fetc
hus
ing
the
“Pre
ferr
ed S
tatio
ns” o
ptio
n.
Met
eoro
logy
Inst
ruct
ions
Ail
blS
tti
Sh
iG
Avai
labl
e S
tatio
ns S
how
n in
Gre
en•T
heR
etrie
veD
ownl
oade
dD
ata
butto
nsh
ows
wha
tTh
e R
etrie
ve D
ownl
oade
d D
ata
butto
n sh
ows
wha
t da
ta c
an b
e re
triev
ed.
Mer
ge A
tmos
pher
ic S
ourc
e Te
rms
Into
Sin
gle
Rel
ease
•Too
lwor
ksw
ithsa
ved
STD
ose
case
sTo
ol w
orks
with
sav
ed S
TDos
eca
ses
•Ext
ract
s th
e at
mos
pher
ic s
ourc
e te
rm in
form
atio
n an
d m
erge
s it
toge
ther
•Can
then
exp
ort a
s C
SV
or X
ML
for u
se b
y N
AR
AC
or
RA
SC
AL
•Im
porta
nce
filte
ring
isa
aila
ble
tore
dce
the
sie
of•I
mpo
rtanc
e fil
terin
g is
ava
ilabl
e to
redu
ce th
e si
ze o
f th
e ra
dion
uclid
e lis
t•P
rovi
des
“a” w
ay to
mod
el m
ulti-
unit
even
tsy
•An
alte
rnat
e m
etho
d is
to m
erge
the
plum
es fr
om
sepa
rate
runs
in a
GIS
Sou
rce
Term
Mer
ge /
Exp
ort T
ool
•A
nyte
mpo
rary
fold
erw
illw
ork
Any
tem
pora
ry fo
lder
will
wor
k
•A
dd th
e S
TDos
eca
ses
•Lo
ad th
e ca
ses;
can
opt
iona
lly
view
dat
a an
d im
porta
nce
as
they
load
•If
mor
e th
an 1
cas
e lo
aded
, can
m
erge
•C
an e
xpor
t as
CS
V o
r XM
L
•C
an o
ptio
nally
filte
r by
py
yim
porta
nce
•E
xpor
t the
file
–ca
n se
lect
lo
catio
n
Oth
erch
ange
sin
RA
SC
AL
43
Oth
er c
hang
es in
RA
SC
AL
4.3
•Fun
ctio
nto
allo
wim
porti
ngof
sour
cete
rms
Func
tion
to a
llow
impo
rting
of s
ourc
e te
rms
•Upd
ated
topo
grap
hy a
nd s
urfa
ce ro
ughn
ess
data
•Aut
omat
icna
min
gof
STD
ose
case
s•A
utom
atic
nam
ing
of S
TDos
eca
ses
•Cal
cula
tion
of c
hild
thyr
oid
dose
Oth
er C
hang
es
ItA
At
hi
ST
Impo
rt A
n A
tmos
pher
ic S
ourc
e Te
rm•P
rovi
des
aw
ayto
:P
rovi
des
a w
ay to
:•
Exp
ort a
sou
rce
term
, mak
e m
odifi
catio
n (e
.g. a
pply
re
duct
ions
not
mod
eled
in R
AS
CA
L), a
nd th
en im
port
to ru
n l
lti
calc
ulat
ions
•B
ring
in e
xter
nally
cre
ated
sou
rce
term
s, e
.g. m
anua
lly
crea
ted
in E
xcel
or f
rom
oth
er m
odel
suc
h as
ME
LCO
R
•B
ring
in a
mer
ged
sour
ce te
rm
Oth
er C
hang
es
ItA
At
hi
ST
Impo
rt A
n A
tmos
pher
ic S
ourc
e Te
rm•C
heck
the
“Impo
rt”bo
xun
dert
heS
ourc
eTe
rmbu
tton
Che
ck th
e Im
port
box
und
er th
e S
ourc
e Te
rm b
utto
n th
en c
lick
the
butto
n.
•Bro
wse
to s
elec
t the
file
to b
e im
porte
d. T
he fi
le m
ust
pbe
in C
SV
or X
ML
form
at a
nd m
eet a
ll th
e sp
ecifi
catio
ns; e
.g. 1
5 m
inut
e tim
e st
ep, n
uclid
e na
mes
activ
ityin
Ci
nam
es, a
ctiv
ity in
Ci.
•Clic
k th
e Im
port
butto
n. R
esul
t of t
he im
port
oper
atio
n w
ill be
dis
play
ed.
py
•The
impo
rt pr
oces
s co
mpl
etes
bot
h th
e so
urce
term
an
d re
leas
e pa
th s
teps
of p
robl
em d
efin
ition
.
Oth
er C
hang
es
Upd
ated
Topo
grap
hy&
Sur
face
Upd
ated
Top
ogra
phy
& S
urfa
ce
Rou
ghne
ss D
ata
•To
pogr
aphi
cda
tafro
m•
Sur
face
roug
hnes
sda
tafro
mTo
pogr
aphi
c da
ta fr
om
GTO
PO
30
•D
igita
l ele
vatio
n m
odel
(DE
M)
with
30-a
rcse
cond
reso
lutio
n
Sur
face
roug
hnes
s da
ta fr
om
NLC
D19
92
•N
atio
nal L
and
Cov
er D
atas
et
1992
with
30
arc
seco
nd re
solu
tion
•Va
lues
not
muc
h di
ffere
nt b
ut is
a
refe
renc
ed s
ourc
e
1992
•U
se E
PA A
ER
SU
RFA
CE
m
etho
d to
con
vert
land
cov
er to
su
rface
roug
hnes
ssu
rface
roug
hnes
s
•G
reat
ly im
prov
ed; p
revi
ous
mod
els
had
only
2 c
lass
es (l
and
and
wat
er))
Oth
er C
hang
es
At
tiN
ifS
TDC
Aut
omat
ic N
amin
g of
STD
ose
Cas
es•T
hem
etho
dfo
rnam
ing
ofS
TDos
eca
sefil
esis
seti
nTh
e m
etho
d fo
r nam
ing
of S
TDos
eca
se fi
les
is s
et in
th
e S
ettin
gs s
cree
n av
aila
ble
from
the
mai
n m
enu.
Use
r ent
ered
is th
e ol
d m
etho
d
Pref
ix is
inte
nded
to h
elp
desi
gnat
e fil
e st
atus
; e.g
. TR
can
repr
esen
t“te
chni
cally
revi
ewed
”re
pres
ent
tech
nica
lly re
view
ed
Oth
er C
hang
es
Cl
lti
fhi
ldth
idd
Cal
cula
tion
of c
hild
thyr
oid
dose
•Chi
ldth
yroi
ddo
seis
now
calc
ulat
edw
hen
the
optio
nC
hild
thyr
oid
dose
is n
ow c
alcu
late
d w
hen
the
optio
n to
use
ICR
P 60
/72
inha
latio
n do
se fa
ctor
s is
sel
ecte
d.•A
dded
to a
llow
the
eval
uatio
n of
reco
mm
enda
tions
f
di
it
tifK
Ithi
ldfo
r adm
inis
tratio
n of
KI t
o ch
ildre
n•B
ased
on
the
dose
con
vers
ion
fact
ors
and
brea
thin
g ra
tefo
ra1-
year
old
child
rate
for a
1ye
ar o
ld c
hild
•Cal
cula
tion
is in
clud
ed in
bot
h S
TDos
ean
d FM
Dos
e•B
ased
onl
y on
exp
osur
e to
iodi
ne is
otop
es fo
r y
pp
cons
iste
ncy
with
EPA
PA
G d
efin
ition
•See
Sec
tion
2.2
of th
e Te
chni
cal S
uppl
emen
t
Rev
iew
&Q
uest
ions
Rev
iew
& Q
uest
ions
•Pro
gram
Man
agem
ent
Pro
gram
Man
agem
ent
•4.3
Cap
abili
ties
•43
Inst
ruct
ions
•4.3
Inst
ruct
ions
•Exa
mpl
e P
robl
em
Con
tact
Info
rmat
ion
Con
tact
Info
rmat
ion
Jeff
Kow
alcz
ikE
mer
genc
Res
pons
eC
oord
inat
orE
mer
genc
y R
espo
nse
Coo
rdin
ator
(301
) 287
-375
5
jff
kl
ik@
jeff.
kow
alcz
ik@
nrc.
gov
