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From: Govan, TekiaSent: Thursday, August 14, 2014 8:56 AMTo: FermiCOL ResourceSubject: FW: Fermi 3 Draft ACRS Presentations (Email #1)Attachments: Section 3.7 & 3.8_Draft.pdf; Opening Remarks_Draft.pdf
From: Nicholas A Latzy [mailto:[email protected]] Sent: Wednesday, August 13, 2014 3:11 PM To: Govan, Tekia Subject: Fw: Fermi 3 Draft ACRS Presentations (Email #1)
Tekia, Attached to this email and the next email (email #2) are the DRAFT Fermi 3 ACRS Presentations for the August 20, 2014 meeting. If you have any questions concerning these presentations, please feel free to contact me. Thank you Nicholas A. Latzy Principal Engineer - Nuclear Engineering Major Enterprise Projects DTE Energy (313)235-9226 (See attached file: Section 3.7 & 3.8_Draft.pdf)(See attached file: Opening Remarks_Draft.pdf)
Hearing Identifier: Fermi_COL_Public Email Number: 1448 Mail Envelope Properties (F5A4366DF596BF458646C9D433EA37D7017822539172) Subject: FW: Fermi 3 Draft ACRS Presentations (Email #1) Sent Date: 8/14/2014 8:56:16 AM Received Date: 8/14/2014 8:56:25 AM From: Govan, Tekia Created By: [email protected] Recipients: "FermiCOL Resource" <[email protected]> Tracking Status: None Post Office: HQCLSTR01.nrc.gov Files Size Date & Time MESSAGE 652 8/14/2014 8:56:25 AM Section 3.7 & 3.8_Draft.pdf 1607976 Opening Remarks_Draft.pdf 989455 Options Priority: Standard Return Notification: No Reply Requested: No Sensitivity: Normal Expiration Date: Recipients Received:
Ferm
i 3 C
OLA
Pres
enta
tion
to A
CR
S Su
bcom
mitt
eeSe
ctio
n 3.
7 an
d 3.
8
DDFT
Bac
kgro
und
2
•Fe
rmi 3
site
-spe
cific
Soi
l-Stru
ctur
e In
tera
ctio
n (S
SI)
was
pe
rform
ed to
add
ress
:–
Par
tial e
mbe
dmen
t of S
eism
ic C
ateg
ory
I stru
ctur
es–
Eva
luat
e si
de b
ackf
ill fo
r Sei
smic
Cat
egor
y I s
truct
ures
as
perm
itted
by
DC
D
•In
itial
SS
I (20
11-2
012)
ana
lysi
s us
ed th
e su
btra
ctio
n m
etho
d•
In 2
012,
Fuk
ushi
ma
Nea
r Ter
m T
ask
forc
e R
ecom
men
datio
n 2.
1 re
quire
d ev
alua
tion
of th
e C
entra
l and
Eas
tern
US
Sei
smic
S
ourc
e C
hara
cter
izat
ion
(CE
US
SS
C) m
odel
•D
TE E
nerg
y el
ecte
d to
re-p
erfo
rm a
ll pr
ior F
erm
i 3 s
ite-s
peci
fic
SS
I ana
lysi
s us
ing
CE
US
SS
C b
ased
inpu
ts•
Res
ulte
d in
a c
oher
ent s
et o
f ana
lyse
s w
hich
dem
onst
rate
the
Ferm
i 3 s
ite is
wel
l env
elop
ed b
y th
e E
SB
WR
sta
ndar
d pl
ant
desi
gn
DRA DRAFTza
tec
ted
tous
ing
CE
Ua
cohe
3 si
te is
we
Pres
entat
ion tioio
n (S
egor
y I
c C
ateg
sis
used
ear T
erm
Ta
the
Cen
n (C
3
Intr
oduc
tion
Dis
cuss
ion
Topi
cs:
•3.
7 S
eism
ic D
esig
n–
Sei
smic
Des
ign
Par
amet
ers:
Des
ign
grou
nd m
otio
n w
ith c
ompa
rison
to C
ertif
ied
Sei
smic
Des
ign
Res
pons
e S
pect
ra (C
SD
RS
)–
Sei
smic
Sys
tem
Ana
lysi
s: S
SI
•3.
8 S
eism
ic C
ateg
ory
I Stru
ctur
es–
Oth
er S
eism
ic C
ateg
ory
I Stru
ctur
es–
Foun
datio
ns
DRAFT
DFT
at
egei
smic
Ca
atio
nsPr
esen
tation tio
ers:
De
rtifie
d S
CS
DR
SA
naly
s
yI
4
Site
-Spe
cific
SS
I and
Stru
ctur
e-S
oil-S
truct
ure
Inte
ract
ion
(SS
SI)
anal
yses
wer
e pe
rform
ed to
dem
onst
rate
the
Ferm
i 3 s
ite is
wel
l env
elop
ed b
y th
e E
SB
WR
sta
ndar
d pl
ant d
esig
n
•U
pdat
ed s
ite-s
peci
fic s
eism
ic in
puts
bas
ed o
n C
EU
S
SS
C m
odel
•A
ccou
nted
for p
artia
l em
bedm
ent o
f the
Rea
ctor
B
uild
ing/
Fuel
Bui
ldin
g (R
B/F
B) a
nd C
ontro
l Bui
ldin
g (C
B) i
nto
the
Bas
s Is
land
s G
roup
bed
rock
•E
valu
ated
sid
e ba
ckfil
l for
Sei
smic
Cat
egor
y I
stru
ctur
es a
s pe
rmitt
ed b
y D
CD
Sect
ion
3.7
–Se
ism
ic D
esig
n
DRAFT
D
part
el B
uild
inth
e B
a
uate
d si
deuc
ture
s a
Pres
entat
ion tiotru
ctur
e I
dem
ons
he E
SB
eism
ic in
em
5
Sei
smic
Des
ign
Par
amet
ers:
•C
ompu
ted
site
-spe
cific
am
plifi
catio
n fu
nctio
ns to
de
velo
p Fo
unda
tion
Inpu
t Res
pons
e S
pect
ra (F
IRS
)•
Det
erm
ined
hor
izon
tal a
nd v
ertic
al F
IRS
for t
he R
B/F
B
and
CB
•E
nhan
ced
the
FIR
S to
sat
isfy
min
imum
gro
und
mot
ion
requ
irem
ents
spe
cifie
d in
10
CFR
Par
t 50,
App
endi
x S
an
d to
sat
isfy
ISG
-17
reco
mm
enda
tions
for h
azar
d co
nsis
tent
spe
ctra
•D
evel
oped
gro
und
mot
ion
time
hist
orie
s an
d su
bsur
face
m
ater
ial p
rope
rties
for S
SI a
naly
ses
Sect
ion
3.7.
1 –
Seis
mic
Des
ign
Inpu
ts
DRAFT
D
eci
ISG
-17
pect
grou
nia
l pro
p
Pres
entat
ion tioon
fun
onse
Ser
tical
to s
atis
ed i
6
0.010.
1110
0.1
110
100
Spectral Acceleration (g)
Freq
uenc
y (H
z)
ESBW
R H
oriz
onta
l CSD
RS
Hor
izon
tal R
B/FB
SC
OR
FIR
S
Enha
nced
Hor
izon
tal R
B/FB
SSI
FIR
S
0.010.1110
0.1
110
100
Spectral Acceleration (g)
Freq
uenc
y (H
z)
ESBW
R V
ertic
al C
SDR
S
Verti
cal R
B/FB
SC
OR
FIR
S
Enha
nced
Ver
tical
RB/
FB S
SI F
IRS
FIR
S fo
r Fer
mi 3
RB
/FB
are
env
elop
ed b
y th
e E
SB
WR
ho
rizon
tal a
nd v
ertic
al C
SD
RS
Ferm
i 3 R
B/F
B F
IRS
com
pare
d to
ES
BW
R C
SD
RS
(5 p
erce
nt d
ampi
ng)
Sect
ion
3.7.
1 –
Seis
mic
Des
ign
Inpu
ts (c
ontin
ued)
DRDRARAFAFT AFT
TFT T
AFT
AFAFFqu
ency
(Hz
or F
erm
PrPre
PrPPrPrPrPrres
en sesesesesntntntta
tntattnt
1
eleration (
sent
sentn
ESBW
R V
ert
enVerti
cal
tion
tio
eE
BW
R C
g)g)
7
0.010.
1110
0.1
110
100
Spectral Acceleration (g)
Freq
uenc
y (H
z)
ES
BW
R H
oriz
onta
l CS
DR
S
Hor
izon
tal C
B S
CO
R F
IRS
Enh
ance
d H
oriz
onta
l CB
SS
I FIR
S
0.010.
1110
0.1
110
100
Spectral Acceleration (g)
Freq
uenc
y (H
z)
ES
BW
R V
ertic
al C
SD
RS
Ver
tical
CB
SC
OR
FIR
S
Enh
ance
d V
ertic
al C
B S
SI F
IRS
FIR
S fo
r Fer
mi 3
CB
are
env
elop
ed b
y th
e E
SB
WR
ho
rizon
tal a
nd v
ertic
al C
SD
RS
Ferm
i 3 C
B F
IRS
com
pare
d to
ES
BW
R C
SD
RS
(5
per
cent
dam
ping
)
Sect
ion
3.7.
1 –
Seis
mic
Des
ign
Inpu
ts (c
ontin
ued)
DRDRAFAFT AFT
TFT T
AFT
AFAFF1
quen
S fo
r Fe
Sf
F
PrPre
PrPrPrPrrPrPrres
ent
sesesesesntntta
tntatnt
1
celeration (
sent
sentntESBWR Ve enV
ertic
altio
ntio
e
WR
CS
g)ng)
•Fi
re W
ater
Ser
vice
Com
plex
(FW
SC
) is
a su
rface
fo
unde
d st
ruct
ure
on fi
ll co
ncre
te a
bove
bed
rock
•FW
SC
FIR
S is
wel
l env
elop
ed b
y E
SB
WR
CS
DR
S x
1.3
5
•A
ll FW
SC
requ
irem
ents
are
sat
isfie
d
8
Sect
ion
3.7.
1 –
Seis
mic
Des
ign
Inpu
ts (c
ontin
ued)
DRAFT
D
Pres
entat
ion tio) i
s a
suab
ove
b
d by
ES
ts a
re s
at
9
0.010.1110
0.1
110
100
Spectral Acceleration (g)
Freq
uenc
y (H
z)
Hor
izon
tal F
WSC
FIR
S
ESBW
R h
oriz
onta
l RB/
FB a
nd C
B C
SDR
S x
1.35
0.010.1110
0.1
110
100
Spectral Acceleration (g)
Freq
uenc
y (H
z)
Verti
cal F
WSC
FIR
S
ESBW
R v
ertic
al R
B/FB
and
CB
CSD
RS
x 1.
35
FIR
S fo
r Fer
mi 3
FW
SC
are
env
elop
ed b
y th
e E
SB
WR
ho
rizon
tal a
nd v
ertic
al C
SD
RS
Ferm
i 3 F
WS
C F
IRS
com
pare
d to
1.3
5 tim
es E
SB
WR
C
SD
RS
(5 p
erce
nt d
ampi
ng)
Sect
ion
3.7.
1 –
Seis
mic
Des
ign
Inpu
ts (c
ontin
ued)
DRDRAFAFTFTFT
FT
TAFT
FT AFAFF
Freq
uen
for F
erm
forF
erm
PrPre
PrPrPrPrPrres
ent
sent
sen
sesesnta ntntata
tntatta nta
1
eration (g
ent
entn
Verti
cal F
WSC
F
enESBW
R v
etio
ntio
times
Em
ping
)p
g)
10
Site
-spe
cific
FIR
S a
re e
nvel
oped
by
ES
BW
R C
SD
RS
de
sign
mot
ions
Sect
ion
3.7.
1 –
Con
clus
ion
DRAFT
D
Pres
entat
ion tioE
SB
Ws
11
Sei
smic
Sys
tem
Ana
lysi
s: S
yste
m A
naly
sis
Ferm
i 3 s
ite-s
peci
fic S
SI a
naly
ses
wer
e pe
rform
ed to
eva
luat
e pa
rtial
em
bedm
ent a
nd to
add
ress
ES
BW
R re
quire
men
ts fo
r sid
e ba
ckfil
l•
Follo
wed
met
hodo
logy
pre
sent
ed in
DC
D A
ppen
dix
3A w
ith th
e E
SB
WR
st
ruct
ural
mod
els
for t
he R
B/F
B a
nd C
B•
Ferm
i 3 s
ite-s
peci
fic S
SI a
nd S
SS
I ana
lyse
s w
ere
perfo
rmed
usi
ng
SA
SS
I201
0:–
Use
d th
e di
rect
met
hod
of a
naly
sis
whe
reve
r pos
sibl
e–
The
mod
ified
sub
tract
ion
met
hod
of a
naly
sis
was
use
d w
here
the
num
ber o
f Int
erac
tion
Nod
es e
xcee
ded
the
capa
city
of S
AS
SI2
010
usin
g th
e di
rect
met
hod
–B
ench
mar
ked
the
mod
ified
sub
tract
ion
met
hod
agai
nst t
he d
irect
m
etho
d
Sect
ion
3.7.
2 –
Soil-
Stru
ctur
e In
tera
ctio
n
DRA DRAFT
m
etho
sub
tract
ioIn
tera
cdi
rect
me
chm
arke
dho
d
Pres
entat
ion tioer
form
BW
R re
in D
CD
and
CB
and
SS
S
12
Sect
ion
3.7.
2 –
Con
clus
ion
•A
naly
ses
for R
B/F
B a
nd C
B w
ere
perfo
rmed
with
and
w
ithou
t the
eng
inee
red
gran
ular
bac
kfill
•R
esul
ts fr
om th
e Fe
rmi 3
SS
I and
SS
SI a
naly
ses
show
th
e se
ism
ic fo
rces
in m
embe
rs, a
ccel
erat
ions
, and
floo
r re
spon
se s
pect
ra a
re w
ell e
nvel
oped
by
the
ES
BW
R
stan
dard
pla
nt d
esig
n fo
r bot
h th
e R
B/F
B a
nd C
B
DRAFT
D
sig
Pres
entat
ion tiorfo
rmed
ackf
ill
and
Sm
bers
, ae
wel
l env
e
P fo
r bo
13
The
Ferm
i 3 R
B/F
B is
wel
l env
elop
ed b
y th
e E
SB
WR
RB
/FB
sta
ndar
d pl
ant d
esig
n
Sect
ion
3.7.
2 –
Con
clus
ion
(con
tinue
d)
DRA DThe
FeTh
F E
tio
14
0.0
2.0
4.0
6.0
8.0
10.0
0.1
1.0
10.0
100.
0
FREQ
UENC
Y - H
z
ACCELERATION Sa - g
DCD
Desig
n Sp
ectru
m
Ferm
i 3 S
SI E
nvelo
ping
Resp
onse
Spe
ctrum
ESBW
R RS
WNO
DE 7
07Z
TOP
EL 2
4180
mm
5% D
AMPI
NG
0.0
10.0
20.0
30.0
40.0
50.0
0.1
1.0
10.0
100.
0
FREQ
UENC
Y - H
z
ACCELERATION Sa - g
DCD
Desig
n Sp
ectru
m
Ferm
i 3 S
SI E
nvelo
ping
Resp
onse
Spe
ctrum
ESBW
R RP
VNO
DE 8
01X
TOP
EL 2
7640
mm
5% D
AMPI
NG
Ver
tical
Res
pons
e S
pect
ra -
RB
/FB
RS
W T
op
(Fig
ure
3.7.
2-20
9d)
Hor
izon
tal R
espo
nse
Spe
ctra
-R
B/F
B R
PV
Top
(F
igur
e 3.
7.2-
207e
)
The
Ferm
i 3 R
B/F
B is
wel
l env
elop
ed b
y th
e E
SB
WR
RB
/FB
sta
ndar
d pl
ant d
esig
n
Gov
erni
ng C
ompa
rison
for R
espo
nse
Spe
ctra
Sect
ion
3.7.
2 –
Con
clus
ion
(con
tinue
d)
DRA DRAFTFT AFAFAAAFAFAFAFFFFAFT
TFTT AFT10.0
CY -
H
The
Fe E
Pre
PrPrPrPreseses
entat
sentta
esen
tatation tio
essLERATION
ntaEn
velop
ingec
trum
Hor
izo
(Fig
u
Spe
ctr
15
The
Ferm
i 3 C
B is
wel
l env
elop
ed b
y th
e E
SB
WR
CB
sta
ndar
d pl
ant d
esig
n
Sect
ion
3.7.
2 –
Con
clus
ion
(con
tinue
d)
DRA DThe
Th
tion
tio
16
Sect
ion
3.7.
2 –
Con
clus
ion
(con
tinue
d)
D
tio
17
Sect
ion
3.7.
4 –
Com
mitm
ent
Sei
smic
Inst
rum
enta
tion:
•Th
e se
ism
ic m
onito
ring
prog
ram
des
crib
ed in
this
su
bsec
tion,
incl
udin
g th
e ne
cess
ary
test
and
ope
ratin
g pr
oced
ures
, will
be im
plem
ente
d pr
ior t
o th
e re
ceip
t of
fuel
on
site
. (C
OM
3.7
-001
)
DRAFT
D
Pres
entat
ion tiom
des
crce
ssar
ym
ente
d7-
001)
18
Sect
ion
3.8.
4 –
Purp
ose
and
Con
clus
ion
Oth
er S
eism
ic C
ateg
ory
I Stru
ctur
es:
•La
tera
l soi
l pre
ssur
es fr
om th
e ap
plic
able
SS
I and
SS
SI
anal
yses
wer
e ev
alua
ted
•A
quan
titat
ive
asse
ssm
ent o
f the
sid
ewal
l des
ign
was
pe
rform
ed
•Th
e in
duce
d ou
t-of-p
lane
ben
ding
mom
ents
and
she
ar
forc
es in
the
wal
ls a
re e
nvel
oped
by
the
ES
BW
R
stan
dard
pla
nt d
esig
n
DAFT
out-o
f-pw
alla
nt d
ePr
esen
tation tio
appl
ica
ent o
f t
19
Foun
datio
ns:
•R
esul
ts fr
om th
e Fe
rmi 3
site
-spe
cific
foun
datio
n st
abilit
y ev
alua
tions
dem
onst
rate
d th
at th
e m
inim
um fa
ctor
s of
sa
fety
for s
lidin
g, o
vertu
rnin
g, a
nd fl
otat
ion
mee
t SR
P 3.
8.5
requ
irem
ents
•Th
e Fe
rmi 3
site
-spe
cific
soi
l dyn
amic
bea
ring
dem
ands
ar
e co
nsid
erab
ly b
elow
the
allo
wab
le d
ynam
ic b
earin
g ca
paci
ties
of th
e be
droc
k
Sect
ion
3.8.
5 -C
oncl
usio
n
DRAFT
D
Tbe
he b
edr
Pres
entat
ion tioifi
c fo
uhe
min
g, a
nd fl
o
cific
so
wth
Ferm
i 3 C
OLA
Pres
enta
tion
to A
CR
S Su
bcom
mitt
eeO
peni
ng R
emar
ks
DDFT
2
Pre
sent
ing
sum
mar
y in
form
atio
n fo
r Sec
tions
:2.
5 G
eolo
gy, S
eism
olog
y, a
nd G
eote
chni
cal E
ngin
eerin
g3.
7 S
eism
ic D
esig
n3.
8 S
eism
ic C
ateg
ory
I Stru
ctur
es
Sec
tion
2.5
•B
asic
Geo
logy
and
Sei
smic
Info
rmat
ion
•Vi
brat
ory
Gro
und
Mot
ion
(Cen
tral a
nd E
aste
rn U
.S. S
eism
ic S
ourc
e C
hara
cter
izat
ion
[CE
US
SS
C] a
pplie
d to
est
ablis
h si
te s
eism
ic
resp
onse
)•
Sur
face
Fau
lting
•S
tabi
lity
of S
ubsu
rface
Mat
eria
ls a
nd F
ound
atio
ns•
Sta
bilit
y of
Slo
pes
Pres
enta
tion
Ove
rvie
w
DRDDRAFT
M
otio
n [C
EU
S S
ing
y of
Sub
slit
y of
Slo
p
Pres
entat
ion tioct
ions
: E
ngin
e
mic
Info
ren
3
Sec
tion
3.7
•D
evel
oped
Fer
mi 3
sei
smic
inpu
ts to
sup
port
Soi
l-Stru
ctur
e In
tera
ctio
n (S
SI)
and
Stru
ctur
e-S
oil-S
truct
ure
Inte
ract
ion
(SS
SI)
Ana
lyse
s:�
Par
tial E
mbe
dmen
t of S
eism
ic C
ateg
ory
I Stru
ctur
es�
Eva
luat
e si
de b
ackf
ill fo
r Sei
smic
Cat
egor
y I S
truct
ures
as
perm
itted
by
DC
D�
Use
d D
irect
Met
hod
whe
re p
ossi
ble
•D
iscu
ss re
sults
of S
SI a
nd S
SS
I
Sec
tion
3.8
•D
iscu
ss fo
unda
tion
stab
ility
and
late
ral s
oil p
ress
ures
Pres
enta
tion
Ove
rvie
w
DRDRAFT
od
lts o
f SS
8us
s fo
und
Pres
entat
ion tioto
sup
Soi
l-Str
c C
ateg
or S
eism
ic C
ere
4
Ferm
i 3 G
MR
S c
ompa
red
to E
SB
WR
CS
DR
S (5
per
cent
dam
ping
)
GM
RS
for F
erm
i 3 s
ite is
wel
l env
elop
ed b
y th
e E
SB
WR
ho
rizon
tal a
nd v
ertic
al C
ertif
ied
Sei
smic
Des
ign
Res
pons
e S
pect
ra (C
SD
RS
)
0.010.
1110
0.1
110
100
Spectral Acceleration (g)
Freq
uenc
y (H
z)
Ver
tical
GM
RS
ES
BWR
ver
tical
CSD
RS
0.010.
1110
0.1
110
100
Spectral Acceleration (g)
Freq
uenc
y (H
z)
Hor
izon
tal G
MR
S
ESBW
R h
oriz
onta
l CS
DR
S
Con
clus
ion DRA
FDor
Fer
mi 3
tal a
nd AFTFTFTTFTFT
TT FTFTFT
cy (H
z AFPrPrPrPrPrPr
ePrrrrr
ation tio
perc
ent
rese
nttat
senta
seentata
senta
sese1
al Accelera
nta nta nV
ertic
al G
MR
S nE
SBW
R v
ertic
a
rese
ntat
re
0.010.
1110
0.1
110
100
Spectral Acceleration (g)
Freq
uenc
y (H
z)
ESBW
R H
oriz
onta
l CSD
RS
Hor
izon
tal R
B/FB
SC
OR
FIR
S
Enha
nced
Hor
izon
tal R
B/FB
SSI
FIR
S
0.010.1110
0.1
110
100
Spectral Acceleration (g)
Freq
uenc
y (H
z)
ESBW
R V
ertic
al C
SDR
S
Verti
cal R
B/FB
SC
OR
FIR
S
Enha
nced
Ver
tical
RB/
FB S
SI F
IRS
5
Ferm
i 3 R
B/F
B F
IRS
com
pare
d to
ES
BW
R C
SD
RS
(5 p
erce
nt d
ampi
ng)
Con
clus
ion
FIR
S fo
r Fer
mi 3
RB
/FB
, CB
, and
FW
SC
are
env
elop
ed b
y th
e E
SB
WR
hor
izon
tal a
nd v
ertic
al C
SD
RS
DRDRARAFT
FTFT
FTFTFT
eque
ncy
(Hz)
Ferm
i 3
ES
PrPre
PrPrPrPrrrres
ent
sen
seen
sesesetatataat tat tatata
1
Accelerat
enta
enta
SBW
R V
ertic
al C
nVe
rtica
l RB/
F
tion
tio
enEnha
nce
5 pe
rcen
t
0.0
5.0
10.0
15.0
0.1
1.0
10.0
100.
0
FREQ
UENC
Y - H
z
ACCELERATION Sa - g
DCD
Desig
n Sp
ectru
m
Ferm
i 3 S
SI E
nvelo
ping
Resp
onse
Spe
ctrum
ESBW
R CB
NODE
6Y
CB T
OPEL
138
00m
m5%
DAM
PING
0.0
5.0
10.0
15.0
0.1
1.0
10.0
100.
0
FREQ
UENC
Y - H
z
ACCELERATION Sa - g
DCD
Desig
n Sp
ectru
m
Ferm
i 3 S
SI E
nvelo
ping
Resp
onse
Spe
ctrum
ESBW
R CB
NODE
6Z
CB T
OPEL
138
00m
m5%
DAM
PING
6
Ver
tical
Res
pons
e S
pect
ra -
CB
Top
(F
igur
e 3.
7.2-
212a
)H
oriz
onta
l Res
pons
e S
pect
ra –
CB
Top
(F
igur
e 3.
7.2-
211a
)
Gov
erni
ng C
ompa
rison
for R
espo
nse
Spe
ctra
Con
clus
ion
Res
pons
e sp
ectra
for F
erm
i 3 R
B/F
B a
nd C
B a
re e
nvel
oped
by
the
ES
BW
R d
esig
n re
spon
se s
pect
ra
DRDRAFTFAFAFAAAFAFAFAFFFFFAFT
FTFT AFT
FREQ
UENC
spec
trath
Pres
entat
seta
esen
tat
essERATION S
ntaSpec
trum
nvelo
ping
se S
pect
Pre
Pr
Hor
izon
t(F
igu
ation tio
Spe
ctra
7
The
Ferm
i 3 s
ite is
wel
l env
elop
ed b
y th
e E
SB
WR
sta
ndar
d pl
ant d
esig
n
Con
clus
ion DRA
FT
D
Pres
entat
ion tioby
the
gn
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