3
MrJRGAffiotp
-
AI{ IBM TO?A rRoGnA}I FOR TIIE AIIATYSIS 0F TIIE TGN TICS OF THE MSBE
I n fntroduction
ftrls report is a d.escriptlon of an IBM 7090 progra,m based. on a partlcular sod.eJ. of the Mo.lten Salt Reactor Experiment. tbe tllfferentla.l eguations of motion are d.lscussecl. in Sectlon II; stnce mtrch of the d.e-
rlvatlon bas appeared. e1senb"""r1 onJ.y the adclitional d.erLvatione recessary ln the present problen are lneJ.udecl. fhe fifbh-ord.er Runge-IGrtta procedr:re is a stand.ard one vhlch ean be found. ln rnany ntlmerical analysis textbooks.2 lts prevlous successfrr,L use in the fOlr- progra.m tnt3 *ateatecl app.Ltcablllty to the present problem and. no revision has as yet been found eltber d.estreble or neeessaryr fbe use of tbe progran is d.lscussed. 1n Seetlon III, with lnstruetj.ons for the preBaration of intrnrt d.ata; samtrfle lnnrt forms and. antprt sheets are lncl.uded.
II. DlfferentlaL Equatlons of !4otlon A.
Power, fbeJ. ancl Graphlte Temperatures Etre reaetor mocLeil used. as the basis of the progra.n is a one-point, o[e-e[ergy group representation, rlth up to seven delayed. neutron precursors, lrhleh ls clescribed. by the followJng set of dlfferential equations:
(aff
synloLs are cleflnecL tfune cLerivative )
.
PI
r. a
r-
Thre
=
k^
in tbe Nqnencla,turei a d.ot over a strrmbol denotes
(r-F)-l
ry
e
P**4Iiri
s 1+A+bt-
(r)
J'J
PiP r' tr.LLr.
effective nnrltlplication k
g
cOnstant k Dtc
e
%
(a)
,iEJ.rN is
(Tr - [ro]
assumed.
bx r?
e
Etro t3
(nr" subscript ?,ero d.enotes the steady state value. )
to be of the fom (T",. ()
,r **o )
sr
ff
= fP
-
$z-
llcp
s-ggr_ = (r-r)
Tr
) + tt(re
- rr)
(4)
r - n(ru - *r)
(f )
nov neeessary to specif! so&e connection between the nean fuel ternperature T3r the lnl-et temperature T, and the otrtlet temperetur" T2.
It is
that the mean ftreJ- tenperature is a welghted. of the lnJ.et and. outLet; i.e.r that
The assumptLon
Tf
=
ls
rnacte
arr + (r-a)
r, i
mean
$)
the welght *(O < a ( L) ts an lnput number ln the J0!0 progra,rn. tr\rrther it is assuned. that the inlet teuperature T, ls a constant. Wlth the d.eflnltions sf
(rf
v=
"f
.- Tro
)
(?)
fPo
tu(** -.**o]
v'g = (r-r) po and.
(B)
the initial cond.ition
n(**o - Tro)
= (r-r)
the fo.Llowing eguatlons
rror3= (r-r)eoru whLch,
rnay
(g)
Po
be obtaineiL
r(P-"o)-
rPo /wcp .\ n(r-r)ro *o)*-qJ"u
il "r(#
u(r-r)p
= (r-r)(r-ro, - -3;J
hfP
r* + qg
rr
(ro)
(u)
rrith the deflnitlon X ;
(ra)
P/P^
o
nay be f\rrther transforrecl
to obtaln the equatlons
used.
ia
}ftrrgatroSnl.'
'
vf = x-l--[ ;s =X-}
r
LG-"q
..h-E-
c "f
gY
'shg
.L
I
-Er
hf
'
YE
hl srJ vf
+
r-f
.r-
-
-r
1-f f "g --rrr
(r: )
V
(tt+ )
"f
Sirnilarly equations I thnr 6 may be transformed. wlth the d.eflnltions
arrd.
ci =
rL/Po
Ti z
Or/1,
to ke(r-F) -
a 'lt ,AE
N
1
x+ I I.rLc. i=1
-
(r> )
, i=1rN1
C*= ILx-IrC, L
(16 )
If the d.efjnitions of yf and. Xg, eqtratlons (7 ) and (8 ), are tntrodueed. into eguation (E ) the effective miltipl.leation constant becomes dtc
fPCI
q E
ke = I+A+btr
e
bt< Vn
"f
e
(r-r
ETg
S
)Po
xe
g
,
(rr)
w:ith the d,eflnltions
*rt }r
?
2-
g
fP
dtr e
q
o
(rB )
qr
bo*
I
sl
(r-f
)Po
(rg
)
s
[m."" are slmL].ar to the parameter w*2 in referen"" r] the eguation for the normaJ-lzed. power becomes
z.t
+ *u-ru )J x
*
$
,*,Ii
cr
(ao )
fhe d.lfferenttal- eguations 20, 3.6,
I3r
and.
th.
actually used, ln the
prograJn are
the set
B.
hessure
of the prlnery ftre1 salt system is shown in Flg. III. It Ls assqned. that conpresslon of tbe gas ln the pumtrr bowl ls atllabatlc, and. that the behavlor of the moJ.ten salt is atlequately d.escrtbetL by the llnear equation of state flre simpllfled
mocleL
p(rr) = A
oo
* *r, (r, - tro)
(21)
force bal-anee on the llquld. ln the outlet plpe ylel-cls the equatlon
5 i= n(Pc - Pp - ar u2) tt {i = A(B^-p--a-u2) i54;; ln
ea)
steacly state
n*(o) = nn(o) + *f uon fhe
assumtr*Lon
that
compresslon
(as )
.
of the gas ln the p:mp
bov1 Ls acLiabatle
can be statecl as
nn un"
* 5(o) fvnf"l l" ;
(ah)
LJ
if
we asfllne
that Vn - Vn(o) << vn(o) and. neglect
second order terms,
we obtatn
Pp=
nAV
r
-l
q(o)[r- q1bj.
fhe change AV, ln the trrump bowJ. gas space volume ts nov assumed. to be equal to the change in volurne of the core ftreL sa.Lt tlue to the change ln temperature of the core firel salt durlng a translentl 1.â&#x201A;Ź.1 compresston of the nolten sal-t is neglected, as ls heatlng of the externa-l loop. fhe change ln voilume AV" ls expressed. as
-av=av=-vAg p "
"Po
s -v^ Po +- *(r--r-^) roO*f 'r "
and.
substltuting tn (Zr) ve obtaln
e>)
T
Pp= q(o)
[r* ;i-t t
. h\,u-*,")]
pe)
Solvlng equatlon (ea) rcr the core presfltre we obtaLn My.'
pc = Pp+*fue+ ffi;i -c subtracting equatlon (a3), we obtatn
Ap= po-p"(o)= q-rn(o)+ar(u2-una)*i44\1-;
i
@l)
1 - fn(o) is due to the cmpresslon of gas Jn the pumP bowl, the .2 I teru a-(UU^-) ls due to the lncrease ln frictlon lossesr ed the l-ast 1-' O teru ts the contrlbution from tbe inertla of the fluldt ln the or.rtLet plpe. In ord.er to proceed, a relation between outlet veloelty anct fluicL denslty ehtnge ls needed.. [lle equatton of, continuS.ty for the f'ue]- sa]t ln the eore Ls approximately the teru
p= - Fpo(u-,uo) i c soJ.ving
(aB )
for the veloclty U we obtaln Vi
u = uoâ&#x201A;Ź ng *'o anil substituting the equatlon
of state (af)
we obtaln
V-\r
u"-oAp;drr'f' = u_- =9 L and.
taktng time cl.erivatives
.V pe-'r' r i= - -s. po A dTt -f I{e now substitute equatlons (a9) ana (SO) arrangement we obtaln
(ro
into (e?}; afber some re-
)
Ap
F h h [#* ;; . + 2uo"ri,(' &- t
=-
Wlth the definitlons of transformed.
into
=-
F
Ap
yf
and
x
nn(o)
tfr (r, - r,o)
h *,)]
(equatlons 11
h& ?t"h,
*+
and.
nn(o)
(rr)
16) equation (3f) fs
#fur vr
V. 1 do fPo ,.- \l vt)) q q
. /'+tuo*f vf
tr
%
(nz)
il
Wlth the definitions
%.8
rFhhfut
ilz e.r
nn(o)
qhry
rt+4 nTtAv
or-
amd
of
lt'i
grt A
T
V\fP d.^ =. *ur% - =-f=- J oP %
3
we obtaln
o
5r'tr
the eguation used. in the prograrn:
t,] In tems of the d.eflned.
n*rt
d.lmensionaL groups
ln equatlon (fB), the
is , as:unecl thcrt
'do
'.f t(l'' ,
,
.,
'
=
of reference 1 and. the
eonstants, %.r clrr and U3 *t
fi:/sf,
'
(sr) Para^meter Wrz
be wrltten
D
flff*
-:F Tznr
q.
da s
"n'
Cz
(rt+ )
u3 = wrz/zt, C. Effectlve De3.ayect Neutron YieJ.ds In ord.er to accourrt for the reductlon ln cleJ.ayed. neutron procluction lra tbe core clue to fluicl flov, an effectlve yleld. ls calculatecl for eacb precursor, assuming constant flu< ancl slug flow. The fractlon v, of cle.Iayecl neutrons of the tth group whlch are released. ln the core ls /r, \ glven by\+ r
..,J.C
J-e
v.t- = 1 r where t
is the
-h,t
h.t Lg
-, Jrg q
J..e
-h. *
].uI,
+ -h"a' (t^ C
(r: )
t,IJ )
tlme, Ii is the d.ecay constant of the lth precursor a,nd. tl ls the externa.l J-oop transi.t ti"ue. e
IIL
core re$id"ence
Organlzation ancl Use of the llachlne
Progra,m
for use tn parameter studlesl therefore the ca.lcrrlatlon is separated. lnto two parts, the flrst of vhlch d.eal.s rrlth the characterlstlcs of the reactor wblch rematn constant for a eerles of cases, sncl the seconcl of vhlch d.eaIs wlth the charaeteristLcs whlch change flom case to case. Inprrt formp are shovn ln Figures Ia a^ncl Ib; ln the usuaL procedure the first form woulcL be fl1J.ecl out once to clescrLbe the characterlstLcs of th.e reactor, and a second forrm voul-cl be fi.l]-ecL out to d.escrlbe eacb set of i.lritial conclltions and. ranp insertlons. fire tnput da.ta syubols appearlng on the tnput forrs are lLsted. ln Tables J ancl l+, vltb tbelr d.eflnltlons, tbe nanes given then ln the progran, ancl tbe fotmat vith whlch they are read. flom the lnprt tape. ltre stanclard. CDP$. Monltor input (logicaL fO) ar1a outprt (foefcal 9) [he progran Ls
desS.gned.
tapes are used.l no other tapes are required.
Lo
ortprt for a typical- case ls d.isplayecl ln Flgures fla and. IIb. Flgure IIa ls an ed.1t of the lnprrt descrlblng the reactor system, lt'ith the calculatecl effective cLelayed. neutron yielcls; Figure IIb ls the lnput for a particuLar case, ancl tbe contl.nuatl.ons of Blgure IIb sholr the tLne behavlor of the reactor. llhe two colunns head'ecL PCT DK REMOVD BY
FUH,
GRAPHITE
the percent reactlvlty renoved. flon the system by the temperatr:re rl.se of the fgeL salt ancl graphite, respectlvely. lhe quantlty J.abelecl "(t/p)(op/w)" is ca-lcul-ated. flm the expressloa show
Arr!.
ancl
ls therefore approxlmately the lnverse perJ.ocl at t - btfzt
vtrere At
ls the 1ntrut tlme step. Since the frequency
number, speclal provlslon power nanci.uum, the flrst pressure
of prlnttng Ls an lngrt
has been mad.e for lndlcatlng the flrst t'minLrmrn" naxluqm ancl the subsequent pressure mtnlmruo. ("],1a.:rlmruail ancl are to be taken here ln tbe nathematlcaL sense of polnts of zero flrst d.erLvatlve and. negatlve or positlve second d.erivatlver respectively. ) The values LabdleaL "VALUES AT PolJm MAXIM'MTT are the values at the tlrne t. rrhen the pover has fi.rst d.ecreasecLr ed the vaLues at the tvo previous J
tJ.mes,
t,
ancl
t2r as shoun in Tabl-e 1. Ia,b1e Tlme
J.
Power FlffciJrrum Ind,icatlon Power
tt
r(t,
)
tz
r(t,
)
t3
r(t,
$/r)(nrlpr) %,2 or13
)
1]-
The
criteri.on for prlnting is
r(tr and.
)
the qlrantities Or, j are or.,J
=
r(tr) - p(tr)
--ffi
z .r"ct;f;=op
S{mlflar remarks apply., uutatls nnrtantlls. TRESSITNE },IAXS{TII.{'' Arrd. ''VALUES
AT
'
to the val-ues
PBSSSURE MINil.4['I'{.
LabelecL t'VALUES AT
"
Aclcroyledepegt
fhanks are due P. I{. Ilaubenrelch and. J. R. Thge]., for asslstance in the cLerlvatlon of the equatlons ancl other heLpfr:-l comreats ancl srrggestlonsl to M. P. tietzke, for consld.erabLe progranning asslstance; and. to S. A. tr4acCo11, for preparatlon of the input forros.
References
f-. P. R, Kasten. Operattonal S onrr,-ao88,
.lurffii$FT
2. R. G. Stanton, I{a,J.l, TJxc.,
fg
Numerical l,lethocLs
for Sclenc@
Prentlce-
3. S. Jaye and. M. P. Lletzke, Power Response Follolrlng Reactivily AdctltlonF to tnl mr. onm cr-58-ra1r 4. P. R. I(asten, XFrna,mfcs oâ&#x201A;Ź the Homoqeneous-Reactor Testr 0ru{E-2ffzt Jr.me J, f9r6.
L2
Ta,b1e
2,
Nornenclature
Definitlon
srfgP,ol
9gug9l,on
f
of outlet plper fta f?iction factor, psl./(ft/tu* )2 lnltlal ranxp reactlvlty lntrrut speciflc heat of fuel salt t?action of power genera,ted. tn ftrel
ge
conversion factor
h
product of heat transfer coefficlent ti.mes wetted area of graphtte
4
ke
effective nmfltlplleatlon constant
I
n
prompt neutron
A
"f b
cp
area
22 3 l$
sa-lt
fluld. in outlet plper
1nass of
n
ratJ.o of $peclflc heats (cr/c' bowl gas
P
power
pe
core pressure, psi
T) -p
pump
J+
22
}i fetime
M
r
22
1
l-b
22
) for trnlnp
bowl pressure, psl
?j+
I 22 22
nn(o )
lnttlal. core pressltrer psl lnitls.I pump bowl pressure, psi
sr
flrel salt heat capaclty
lf
s
graphlte heat eapaclty
,
Tr
fireJ. temperature
h
T
graphite tenperature
l|
t tc
tlme
3
Tt
flrel sal.t ln-let temperature firel sa-lt outlet temperature
n"(o)
g
g
T2
core resld.ence ti"me
23 23
13 h l$
13
Table 2, -, Cont
Definition
Fvpbo*
outlet
U
vn(o
Id.
)
speed.
ngggll,on
in piper fb/see
initial gas spaee volume in
22
pump bowI, fb3
flow rate of f\rel through core
24
!f
mass
F
total
d.elayed. neutron yle3-d.
]
Fi
yleJ.d.
of ith
2
r.1
latent
A
initial step reactivity lnput
p
flrel sal.t
d.elayed.
power due to
d.enslty
neutron precursor
ith precursor
4
f 3
?J
1l+
fable 3. fnlut for Descrtptlon of Reactor
System
Title
Fortran
Core eharacterlstlcs
1.
V^ e
Na.me
nlLM
sal.t volurne,
ft-?
vc
(ff fbel. ls not cireulatlng, enter zero )
resid.ence tLme, sec a
welghting faetor for
h
heat transferred. f?om graphite to^sale per unlt temperature d,lfference, nftd sec/tF
HTNASI
f
f?actlon of power generated, ln salt
TBACT
sr
fuel heat capaeltyr Mt^r sec/otr'
HCAHF
s
graphite heat capacltyr
HCAFG
sl
2,
rcfiF
(or 1-1
[
)
"*"ff
graphlte temperature eoefflcient of reactlvity, v
,o.ra**
trlo
IA,r
ATM(
(or1*r
l
I
mean temperature
ftrel tepperature coeffielent of reactivtty,
dr<*/d*r
|
rcdRE
rcfiG,
!'
prompt neutron J-lfetlme, sec
flrf
po
flrel d.ensityr fU/ft,3
DETISE
fue:. expansion coefflclent, (or )-1
m(Pcl
(Ap/aTf
)l
I.r.
d.elayed. neutron precurs or d.ecay
B. '1
d.e1ayed.
constants,
sec
-]
neutron preeursor yteld.s
rr.os{(r ) BErAs
E:cternal 3.oop characteristlcs
tr
resid.enee ti-me, sec enter zero )
A
outlet pipe area, fbe
AREA
t
outlet plpe length, fb
PT,GTH
steady state outlet veJ.ocltyr ffifsee
vm,lx
U
o
*f
frtction faetor,
(if frrel ls not circrrJ.a,tlng,
ps:./
(tt/
reez )
r*fifrp
(r
)
T' Table 3, Cont td.
Title
3.
Punp bov3.
v-(o) P p-(o) P N
Fortran
Na,me
characterlstlcs
tnltlal gas volum", ft3 initiaL pressure, psl ratlo of specLflc heat at constant Bressure to speeS.flc heat at constant volume for gas ln punp bolrl
TttLe card ls reacl rith fo:mat
L?JIG; others
vlth
7ELO.0.
VFRS PTRS
cPfrcv
T5
Table
h
"
fnlvut
for Ind.lvidual
Cases
Fortran Case nurnber
rcAsE
Tltle
nflr,c
u(o)
tnltial powerr uatts lnitia.l fire1 mearl temperature, o3' initial graphlte mea,rl tenperature, oF lnltial step insertion, ft inltlal rantr) rate, $f sec
dt
ti-me
NP/
prlntout
Ksr/P
number of tlne stePs power peak
o
Tfo T
go
Ak(o )
srlP NTC
Tn4E
16,
I
l]-AC
)
Definitlon
s@93. P
Format
na,Ine
step,
sec
nunber
tlme
of
to
6nao.or zry
TGO
STEP
rufrE
NP/
to be run after rGsrlP
run
ramp
rate
ehange ralnp
new ramp
TFO
HTT
f?equency
total tlme to
ruytr(fi
Ym\ID
changes
NTC
rate,
rc)
rate, $f sec
see
BNEIil
)
810.0,
I
6Elo, o
I
)
I'
3
pairs to a
eard. )
MURGATROYD INPUT
CORE
DATA
ldur/d rr ,-T-r-rrn
I
tl
ldne
/ drgl
I
tu-r dtr'
4, l+
P
3l
2l
73
5l
illiltl
80
DELAYED NEUTROI.I DATA
Fr
tl
I
EXTER}IAL LOOP
PUiltP
9z
?l
Fs
n-nT
F+
3l
.+l
Fs
nt-l_-rrt
5l'
DATA
DATA Pp (o)
Tre T"q. I *
pu
r De
sc RrBtr.cG Rg
A<roR Str.€rv\
Bo
6l
l-r
Ft
--J
tl "lo
EO
l;l U nGATlqOYD I l,l PUT
-2
CASE TITLE
rr
Tfo
?r
Ax (o)
T go
STO P TltulE, sec
TlfiE, I
sec.
t{
ll
E\y RAtn p, %/soc.
tilililtt
n
?l
lzt
NEV/ RAldlB
Tll,lEf sec.
3t
!s
%/sec
Hililttl
l
TIME, 4.1
sec.
Irt-rrn
N
sl
EIV RAM ?, o/olsec 73
80
l+r
H
@
?t
l3l
Frc Tb. Ii\riruT Foe Or-:e C*sâ&#x201A;Ź
19
tra.
PR0GnAli -hURGATF0vD; i MSRE IIiIPUT
firOHt-',
Fto. A. SAnr,pue O,.lrprrr I
AL"-"rLUi,i'"N0*50 AK-UP"- 5727 7 6Z
-EDIT
HEA-'''IN[\SFEF RATF_I 6RAF}iITF TU FUEI.'' O.tl2t} FR
if
lI
6N*AF -p0 iiEX--GE
riEFllEu f
N.- F
UEI -'"-n ;
9
I,I-I{IDEG F
4r*-
FEStDEiIcE'f iFEs
CORE Z.3ls
SEC
_LoQ! ._-r7_."11.1_. qEc_. _ _HEAT CAPACtTYT GFAPr{lTE
F n-Krpl-tbEd i -
iir,risFCTDEc
b
E
FUEL
- 3*.t3uF-oT---l;4i6t-dtr---3-;0TrIF:0t --2;3r0E;u5
LIYEii- [i'ti]T-Cnii-b-ATi--
oEu-lv-L[ilnnA;ST tltr--EFtESi1VE-''-Crl'{-MAil-t,--TNrt-iII----r'i.'t7fiFI7EETA7ilrETT]lF cFCrr-l EETA 0 il CAI'tltA/LAflBlrA SEC"-l Cll) BITA --I - -_-i;TTZ4--ZJTZ E:(a- ilte4FjI5--TJZ0E;f-r]-.7ETE- Il*- ---t.402E-03 4.258E-04 | r4688 00-- 4.8138-1rT 0l -2 -it;f 0.0305-T.-25 - -3'_r ;q57E 4 E;Tr-"{ 7 0 6 ;U4"--T;6 23 E -0 rr{00 l.73lE 0l ' r 0.30rJ 2.5236-it3 l.5lJE-o3 5r2l6E 'n.6-
GRoUP
U
E
ilnT0E;i4--ilSr]E;llir-rr T{68 -]-'-97OE_O0 2'577E:q4 6rqL8!:gl-1'-!-5-!!:0 lq----r.-q-S-q--?rILqE-ir4 '---'l;TaTo :11- 3 . -3!-l!:0-r--T-qI-A! r. e 0]!: el *r_ !Fq!Eq!__LIqUE_ -*.----t-:J3?.F LU_q!_!!.t11!!1I!I!_1_! : t'r '
I
NLE_I_1_I
.l!:9t'I!F_T_
__-
DATA FOR PRhSSUNE CALCULATTON
r--r-r-i.ITf-l9Fi-.6-UTFr"P1pE--p,a6__-riirrsrTr't.r-._ia'T-rrrrr,r-|.-.-FUF.F_ri0ti't-E-[TA._..n-r-iir_1T lAnEA, LENGIH, FLow spEttr, FRICtt0\ lERMrr r cAS VOLUME, PRESSURb CPICU r r V0LUMET !!!!-!!Y, '
'gn-Tr---TT 0. Je 16.0 rar.taaralaattttrrlr f
r?tsre-----Fsr7(Frzseei*'i'-'t
0.020src,i.amFffia-ftmtTFTrf-Ifaa
t
2,5
5rQ
-! tZVt!n!l-!l.It'
--1r!Z-i-j---!,1r0-,-"-!1!1-1_-*--:=-f lririrtiiltt-aaTi.Fra-rflSfrl*ir---t'--I---aarrr.rrrtttrtttt..tttt.rrrt
-
t--!1*91
20
Fre
CASE
. if
b.
I
pnorlpt-bnJrtcAL sTFP AT lu'mw
iuiltAL vAr-uFs i.tl(l0E $t I.JAITS PotlER IAtltl. |J(ltl UEGTTbES FUEL TEHP oRApHiir'TEHp tz30.tt00 -urGRbES F PERCbNT 0.336 STEP DLLTA K _hIMP.RATF .0. PERCeI.IT PER SEUOITD 5,ll 008103 sEcoryus !l!!E sT_Eq T
PRINI PVrny 29
STEPS
2L
Fra tr_b,
TI CASE TI'HE;-**--*PDIilFHi "- "'"ruHu' TEr"tp; GRAFF{tTE sFq DE0 F TbHPTDEG F llrTs 0.r0g_ 2tl70E 0t f 200136e t?J0t0f 0
I4UNGITRbYD
I
-
g. ?gg*. __._i r"lgql_gu_
9.,_300_ _1_rg?lF ul
I _ ! ?_q d
lg
*-'"PlrEssuHE*R
4
?rL l ler_ilr0!l !?!__{r:11i .l
g
VALUES AT PRFSSURE MAX I MUI"l
-.L?l-,o-*-*
_0.600
|
.0408
__
8.56?E_qZ___l3r.rr-5_!J**._
VALUES AT POIJEF T
00
_0:_elt L_09_!_
00
|
0rugul
ttrsSSf
0.0006
5r46tsE
00
0r0094
_ !rtJ8l __ 0,03J!,- _gr0_121 _ _ll!20J qg 00 0,JJ8t 0,051t 0,003? 9,!76E"01
!?,!e. !q
--r-rrtt
---*rtaT--"r{*--
_J216.,9il_J!ll-rq*sl__qdiE:_g]_ __
I.1Ax t HUH
_!rJJ€_l gr00!g
PER SECOND
-___:**_*---,*
try*OJsl
-
l',r-ElsTE- F6FFR;--T[TT5-u1
0.990
|
ff Ipt ( DP"iTll;
--- :
l-r-?29.s-E"-ll.-
l.0alF
DEtTA"-K' "PUT 'uK""HEH0VED-'EY ITvPUTTPCT FUhL GRAPHITE
l.l!9Fqq!rl{8-l._9r-9__I-9"8.-9r.t9!.9---?,-2
g_:,1gg__l.6!_LE07 *13_!jl3lr*-__t2J0.e4t __tJE4E |?i{:11!---'=fouo --9-'-9ji_--, rr9il6!.98
0J00
-
!:o!6F'!"I
---9:.!!!E-qZ"- J3!lr?!1 - l4ig,!1! --. *l-*f"I rq- qZ- J-3!tr{-?6**- l.?!{-r?7[,
1lHt,sET^- phESFUFE-RISH;FS| 0.56t! 1,25031 0U 0.503- --" f ,250?E -trrl -
I SE I PS I
7 16778-0
9'-19-9-9r9-.QQ
(Co_nt,)
t
ll:_rl!_!___ o,!aoz_-qd_L5_r__._ _z,gL7_E:lJ
[X-FT/-DT-
1.0938E 08 "-"---_-:?;679TE;Ir5__* _t.qej_!!__!r -;T;ifirfiIE;tr5__*l ,0e3sE 0s__
-r;TUT---T;nq4Elr6--TZUr;ZSd--r?Tr;T69- -"7;T7SEi-U-[*""**-6,3J61---""---0;0'959"-* 0;TU6-{----;E;665E;d.g _r';TD1r-TIrf-F_u6-rc'';50.J_-.-1T{r:z5T_--.5;59{E;ur_.'-.'0.JU6|.'--n;1T6 -[cuu.-"*-[u]TF1rd_.T?19";0yr-*.-.*f231;-52y-.-*.T.;4zuE;[|._-"-"0";JJs.t---'u';.|-J75--0;u! i ;"!-tr-- 9:45f,-E -nt-T25-5;T0T---rtil .T[7 - --r;t97FrtrI.-- - - 0 JsB t-- 'O;r4t2 f
-O:Tf06
|.600---I.605F--07_*Ira';54T.*-*1"fJziT4g*-:_?;1-0'.fa.r.*-.-u;33.8i.*-_0;l-695_l;|Ji-2_*t.7ij0*-*e.4SaF 07 -.lz6c;J5---- 12.'t2;Jll -* f;tuJE;oi -' 0;J3sr -0.1762 ---d;0lse
1.8{tb
-8.t06-E-ii7
-- lzai;azo-- l2lz;{72----I;744E;uT---- 0;338t- . 0,lri60 '
.0.0t4g
-4,6J4a;0
|
-4;14JE-0f
-3'8i2E-ol - -J.ab7E.o
I
22
Ft6. Ub (co'r*.) t{uRGATrf0Y!., T I M[: r
sEc
I
I
(-A'r
t
I
'Ptlirfl+, ,,lAtTc
( lttl_ TFr,fr, tiF_
u
l.
2.000
7
.>t ?L
u7
12lt,?ul
2. 100
7.J-16r
U7
Ic
I 3,?5i
r-rHAPhl It' 1*irFrLi[:,j
PRtijS[taF ti
l.
I5b,
F'q I
I.IFL
T
A
I't-ll,'7'19
| ,4tJJt-,1
|
1.r
I i,ti,t?t
f..15bF-r.!
I
ti. JJ8
,756!-rl
I
u
' JJB
| . | 521:-tj
I
1,.
t 'i .5,r. li /
K
lNt-{.1LP(:I
.JJ6l
f'uI l.;tt Hhf"13vhu k\ F t.Jr:t.'rltAP''l I Ih'
h, | 9dE
t:7
lZl''.,14';
|
1.j.i . .t r: U
|
I
u'r
JJd
I
A
2.50t|
6.6Agt:
t:7
l2l t.7$4
I
lJ,J.5
.?
.7 0t)
6. J96F ti7
l2r).
f
lb
,,ir2t!
2f 0
-?r 0tl6E-0
|
0rilf?J
2t4on
2o l r'll) )
|
0.cfbl
l,l,r..1r2lr
f
-2r26UF-0
J.tb I
lclr,.tlirb
> f 6F ,J7
f
0.'t
'-t'l
6.
|
0. c I uJ
6. ?h5t:
2.600
-?r45ZE'0
I
2.Jot]
.05Je-il
|
{).
llll,.
|
-2,66t1g-0
0. /tlb |
rt7
4
I lr4
|
7. | .t!P'
tl6
| /6
il
2,7-aa
, c I I4
PEF( sHtt)Nt)
-J.l64F-flf -2,9 | lb-0
.irlo/
U.1994
r.t
| | lP t t Dr lDt | ,
0 r ri 2A
|
9.6.168-,.12
,J.
JJb
I
0,i2JJ
0.Lr
i /J,j.nJtl
8,7Jlk-r!
2
U
JJB
I
fJ.(268
f_t.U?f6
-fr9J4E-0f
|'/J,1 ,l'/i
"l
, 9 24
'l'2
t.i
r JJB
I
0.dJu0
0,u2'e7
- | ,79bt-0
|
l/,J..1.?l
'l
.164,:'t)2
u,3J8
l
fJ,4,JJ0 0.u235
-fr67Ui-tl
I
4b
6,4b6t -i)Z
rl..fJE
I
0,t356
0,fj ?4J
-f.55bE-il!
i iJ4. | /o
5,'l'lti:-lJ'2
1,. JJIJ
I
0.lJ8l
oru?bf
;l t4? !t-[f
I S 6-'tl'2
ij. JJtl
I
a , a4 u
zig
-l'J56E-0t
c [l
E'
'
2.900
6,287F )7
2. e0!l
6, I A7t
tr.000
| Ztj'r.
tr! !0rr
5 ti ')5F t:'l ' {5.lj I nE- J7
I er| r. fi ',l6
l?.t4.3f0
b.
Jt2r]tl
5.93?F:
| 26tt.:
| 2$q.44rl
4
l6i-'J2
ri. JJB
I
8,c423
D, U'.i66
-f t?6dE-0
J.3_gu
5..8b9h ti7
l.2s t. InJ
f ?J4,t/it
4.0$7h-0'2,
g. JJti
I
A,e4el
0.U274
J.490
5,'l 938 t)I
|
/dT ,l'+5
l/J4.rr99
J.bglf-02
ii. JJ6
|
0,cqb7
0,u292
J.5[}(t
5.7J0f
ti
f2*,t,2ll
f
2"!4,\/l
J.f4lE-tJZ
u. JJb
I
A,l47Z
0rU29u
.-|.I.EbF-fl| - | , I l4f -61 .lrfl45E-Uf
3.600
b
5, 73F
iJ7
l.26rr, , / 45
|
/J4 ,?52
2,7f4L-'12
tt
I JJ8
|
0.1485
0rr.J 297
-9,.8.22.q-_02-
3'7ott
5.6l9f.
rl7
lZrlt.t.llA
I
eJt. tirt
I
2,5'17e-il2
Lr.
JJB
;
0.2497
0.iJJ05
-9 r2J6E -02
3.g0ft
5. b6gt tl7
|
2J)
/
I JJtr
I
0,1>u7
0.uJl2
-8r694F-0?
3.90t)
5 . 5'c
JJb
I
0.i5 7
0,riJ2t)
-B' f 89F-lJ?
4.il
5.47q+
, JJb
I
0.1525
tJrf 327
- l ,7 22t:-
0r
0CI
4.lot]
5
2l:
,4J tll
rt7
tr7
7
,.)
iaJ'r.Lt
I tdq ,lrf)
| 2S
).
tl a
I
Ic
b'2
|
tl9. rl9 ;f
,2,,)
I
f
rb
.964L'itz
Li
3
f7J)..1,J?:
|,(?'/It-{l
e)ti,l't2
f;?Jb.4bh
f.Jf6E-it?
rl
tt 7
lC)ri.4)tl
12.55,5fi.1
| .026{i-rl?
tJ.
$J8
|
0.15"(J
:i7
rbddh-0J
ur
.jJb
I
0.
,-7 ii
/
Ie I
2
U.
4.20:l
5.'lq9t
l2l;torbv.l
,'1
4.,10R
5 . -( ( 4V t7
.l C't ii | ,'{i
It,5i,CZt)
5.fJJE-,JJ
t.i.
JJtj
I
4.4cil
5..{,inl
l?t1,rli4
ll$r.945
2r6rJt-rJJ
u, JJb
I
\i7
/
3b.7:]3
T
0 . iJ
Ll
|
?
rJJJ>
-7,284b -02
0. u 342
.'6r88lF-tl2
0./r45
0,lrJ50
-6,bA lE-t)Z
0,cb5O
0.ii
-6 '
u
539
357
f5fF
-02
5
9"
Frq T b. (e-,+) '''oilunGATh0YD
ii CrSE
I
'TInE;----FU[IEF;- --FUEl. TFfir;- --GRAPHtTE'- PFE$SURE---'DEt,IA K - PCT*DK--REH0'rED-SY I.IATTS sEc RISE,PSI INTTUTIPCT FUEL' GRAPI{ITE DEG F ThUFIDEG F _,!:.199__lr?egj _91_ t2_el-?2? ___r2J-6.070 7,4tIE.04 s,J08t st2554 0,uJ64
il tPltbPtltll,
07
SEOOND
-4 r 726E,92
-1r90.'9-"..-J-.J99!-[Z.--_!lJ"|r"1.!-!-..,*.'!ii9.:"??l--''.:9.,^?-!,?F.:'0.!-.'."'-.-.0*r.li"9l..*.-"q.'-u9
5.000 _ 5.164E
PER
!?l_r_61!__J2;l!11_9__ :!_!1!!"0!___QCslL_0,lJ*'_.-0:-g,4qq_ ___.4,1p68"0_?_
_t_:109__l_rl1?e y__J??_Llie7 __12_!6r!_sJ _ :g,r??6Fi!-!___*
-z:1g9-_---?:l-t0q--q"z--*l??l.z-17* 5.300__ 5. f 00E 0l l29 lt72l
.
0,J$6t
_gCl!"g___.0_t_0_4_g?__.__
-4,,?e!E:_q?,_
"1.?.!!:.e*{----*il-:o rjE:-93-*--g:lliJ---*-L3lg9---*-9:!a-LJ*. --Lo-!!e:$|217.025 -_:1 . !ra=E_:_gx_ 0:!_J!l_ 0rzl'_qg 0,u42.e ,_ , -3.694E,q2
-9.400 5.0808 07. f a9l.7l7 1.2!7rt.l3 alraJl'E'02 ____qC$-l____qr?f9!*_ gt0!29____ -E,lzze.oz 5!500_ 5.0j?E 07__)3:.1:911_ 129?:.3.90 .*.grql!L 0,aEg6 _0l0,!11._--_-g,r:r_e.oa--:1-lli.?F,oa g.oo0 r.0qie n7 t2etr620 taJ7.J76 .tr4trE.0_,2 ___[d!_s_L____!ai:67____qrq11t_____ -L10_gl4?
lel r63l l?.!ld!!--:f.r1r1E:11 5-:?gq.----:C-l?E"-9J.
-r21!-.!ffa129 | 5?B
0rJrsl
-. 0r!-ls-L.._*9:e?l-1-ir1!?-l------:!:r-9-?E:93-
o,'2,566---qdj:!-----:--t-r?g!E:!-3-
0rsJEf ; s3s I 0rS38 0r3J6f 0r3J8l 0rtJ81 urJSgf 0ftrJ8l 0.3J8 | 0f3J8f 0r3381 0r3381
0.?56J 0.0463 0ria56l 0r0470 0r?559 oro477 812557 0rrJ4g4 912554 0rU49l 0.?552 0r0499 0r2549 0.0505 0.2547 0. o5 | a.2544 0r0516 0t2511 0r0525 0.25J8 0r0532
5.900
4,996E
6.000
4,9828 $7
l?9fr464
,724 . | .6S4E-02 1217r839 'frb97E'02 'f r697E'02
6,f00
4.9678 A7
f29fr393
Ie37ag94 rIr755E-02
6,200
4,9548 fi7
f 29f rSl5
fAJSr069
07
e
6 . 3.0_q_ ___1 : e 4 | q_!l__*13:_bau
I
el7
'l,B06E'02
f2tr6.18J .1,654E+02
4,g?gr u7 4,916E 07 4.9048 07
| ?JB t297 .r I r89EE.A2 lrf 43 1291.044 l?t8.4t0 rl.9J9€r02 l?9u,949 f208.524 rf r975E.02
6.700
4.8938 07
f 29ur846
6.800 6.900
4.6828 07
|.290.739 1218.749 .!.gJ9Er02 129'J,628 l2J8rg6l ,2r067E'02
6,400 6.500 6.600
,
t?n7*..-60e--.-:-1"-'t9le-:"9-3.----*
4,E7lE 07
l29
f 23S.657
q2o
009E.02
|
-3r0fJE.02 -2.998E'02 -20794E-02
-2;6gJE'02 *2r601E.02
-Zt5l5ErA2
-2.(J7E,02 -2t359E.02 -2r292E-02 :2 :22rEt 02
-2t|6bErAz
24
F,1
, zL, ( c-.)/
uttqGATli0YD T i t-,lti;
fgl',tpr
sFc
F
7..000
GHNPHIIH ThMPTDFG I 2J
DhLTA
PRESlJURE
RISE,PSI
F
8Y --( iil,ttnpturl, rUTL TiRAPHITE PEII SECOND 0.c534 0ril5Jtl -2. lllE'02 -?,rtt5/F7a2 .,Q.rc5.Jl oro545 0.?52s 0ru552 F'cT UK REHCVun
K
ItttrUTrPCT
I ,? I $
.2s09JE'02
0rJJgf 6. JJts
|
-u.3Js
t
7.l0
|
2Je.0Bb
.2,lf SE-02
7.200
|
2J9. j e6
-2cIJ6t-|02
7 ? 30 !'
l?J9,-Jftl
-2cf55E-C?
Ll
, :2, | 7\er9?
"tr
r
J58 t
9.e524
.0:q5?_ts
VALTTES A T T t vE r lilrC 7
,320
7.32S
.-
7r3_3rt
7,4ar
!,.500
.2r ! 8!Er02
_
l JJB
I
u,3J-8
I
.
0,i517 0.?5!4 0. z5 | 0
3.rg
I
.q,338
|
t2,e.{s_F:n?
-0.0S8
|
7,9a0
.2,
u
!JJ8
|
0,?50g 0. ?502
3.000
-2,24|.8.92
0.3J9
I
o
8.
-?:?50 EqA2
grJJgl
nQt256Er02
U, ilJB
I
t26 | E'02
u r 3.J8
|
?
,6tl
0r
o
7,700
i2:213E-.02
7.800
f_oo
8.?otl 8.. :l
q.
.
4
'l
CI
?JJ F:gZ
"
8:4(lo
*20266E'02
fir3J8l
8.5ttfl
y2,27 0e'0?
[i r
3J8 |
8.600_
0r
3Ja
!.700
'2t2./fEe02 -2r2l6E-02
u
B.8t)o
-2,?i8E.02
qr J_J8
R.'),Jlt ,
t 3Jb
I
I
0.!fb?p o. u585
0.g592 0. il59t,
' ?4??" -, 0 r-9qq?
0.2495 a,249f
qfU6t
I
01u6t6
p.2
$7 .."9.r 11624 0.?493 0rt163t 0 r247q 0, o 637 0,?475 0r0644 0,2471
0rU650
!
g
12,2!28"-y?
g.ti0fJ
.'2r28fE-il2
Li
JJ6
|
9'loo
-?,Zglf-02
0. JJH
I
r
0 ?05_72
t c463 _ 0:
i,4rg 0. ?455 0.
0.66_3
0.0669 0.
Ll
676
v
25
F,l. zb ( c-'tl .HUNGATNoYN
Ii_CASE
SEC 'IHE;
'FOUEH; WATTS
9.299
1:9788 t)7
-.I:.lg",g--_
9:a99
u7 4r664t tl 7 a:g^7fE
I
'FUEL DEG
TEHPI F
GtiAFHITE lhI'1P, DE(i F
28',t:545 l?.41,364 f 2t!7!4{Jf l?41.470 l?s7 1257 l'24t,575
PCT I'K REhOVHI] BY. iIiPTIDPIDT-IT PRESSURE DELTA ( RISEIPSI INF'UTIPCT FUbL 6RATIHITE PER SECOND
urs-t8f gr$J8f g.3J8t
*2.28-1E?U2
2.28JE+02
ii2.282E'0?
0r3J8f
q-
4lE
-!-16 9-'-LQQ 4?6-rzq
-lr522E'02 :l:?",!
lE:-Q"3-
: t r_5_o ?r:_g? . I y!9_!E1_0 ?*
u?3J8r 0q?aI5 0.fi7o? :lr3_9jfu_o'.?* urtrr6! 0r?lJl 9.o7ll ___:l!l7!E.!L
.-?:.9-Qq.-.".-"-1..9..?.pj-,g.7."."l"i.9 ? .-Lo
1 0ru682 0,?447 0,06S60.?443 -0?rJ695 tlr?4-19 0r070!
9.245
t)
q
rlJEf
0r'dl27
0'07?-0
-f.46gE'02
_1f10--__-4.-gl-qE*0.1_"-*"1_2-9-i:ri--33.-_"_
rlr45eE'02 url!"q.!----011l!---Liry-e --4:!1qq-ql rzbrS:3-*-l?-!L$2-*-:3:?!?E:!?----!r!l!-!-----Lf115 ---0-r!-?l-9-- --- 'rr45tE-02
l0.q9_0_--1,1?!!-97--EqLry.----*||a?r391-- 'Ul!s.-1!?-
r!-q-
"-
:rr44EEn02 .l-9:3t0-Jd1!!-0JJl!3:91L--.r?13:139"..-.:?t!]l.E'-!3-----*1.:-l-!--9.!---*-9-:31!'r -0-'JU-1-*tldg-s!--* 'l,44rE'0?!!_:1q0 .__!q$L*ql___te:5-,s!3_.__-.Jl!L,5tL--:2-t*1q:9? ---.9,2aq2"--!-l-L?,51 -.!-0._1-00 -1:5ef,!-07 -l2E?-!3V---)3!*2:6ta --:-3r4tq]1l!?-*.--,!-.s911- --Lf-1!x----9"L9121-*----:]-rllE:!1 f0.500 4.5e0E 07 lzBFf66? t242,716 *12631!,1_- tl .3J8 1 !r,!19-9 0.076it -1r4J7E"02 fJ.'3J8t 012394 0r0769 t242,11? :2r290F10? 'fr4s2EQAz 10.600 4,5s38 A7 l2b5t5l7
|0-.70L4.577Eg7..|269,.!]}--_-.-|3!3:'??)'.:3&z!Ey!?-_.-!|r"l3-9L'-_9'?$_q*_0.!]?5-_ -l0.-sj!__f]-0l--.'g1-._)3l3:22!*.__l?.1L.0^??-...:2:'??aE:91----.-!r3i9|--"-Q'r?"J._-6_ 0!3J81 0,2IS? 0,0781 ]!"?_9.qq-_-J:_5',!r!]__]_?9l tir338f 0'?S78 0r0793
_l!-:9_09_-!f:7-F.-.q7--.!39-1r9l9]21
:La?2e1_!-?
'lr42lE'02
25
-t
uNCLASStFrEp
ORNL- LR- DWG 67933
GAS SPACE PUMP BOWL -
OUTLET PIPE V
{F CORE
FIG.
III
SIMPLIFIED MODEL FOR PRESSURE CALCULATIONS
; ,\ \
'27
Internal Distrlbution
L-2. 3. 4. 7. 6. T.
!4SRP
Dlreetor I s Offiee,
nn. &9t Btdâ&#x201A;Ź.
G. Mo Ad.anrson L. G. Alexand.er
92O4-J-
V. E. And.ersool K-2| S. E. Beall M,
Bend.er
8. L. L, Bennett 9. C. E. Bettis 10. E. S. Bettis ]1 , D, S. BiJ-llngton L2, M* Bland.er
F. F. Blankenshlp A. L. Boeh r7'- E. G. Bohlmann :..5. S. E. Bolt l-7, C. J. Borkowski 18. C, A. Brand.on 19. F. R. Bnrce
13. ].h.
2)'-
n-. 22'-
23, 24. 27, 26.
0n W. hrrke S. Cantor R. S. Car].snlth lI. L n Carter R. D. Cheverton I[. C , Clalborne
T. E. Cole A. Conlin 28, W. II . Cook 29'_ L. T. Corbin 30. G. A. Cristy 31 . F. L, Cb]-ler 32. J. G. Delene. 33, J . H. DeVan
rT,
Jn
R. G. Dorrnel3.Y 35, D. A. Douglas 36. N. E. Dunwoody 37. J. R. Thgel 38. E. P. Ftr*er 39'- W. K. Ergen ho. D. E. Ferguson lrl , T. B. Fol'rler 42. A. P. Fraas l+3 . Jn I1 . Frye h4. C. H. Gabbard. ht. R. B. Gallaher I+6, E. H. Gifb 4?. D. R. Gllfillart l+8. B. L. Greenstreet ll9. W. R. GrLmes 50. A" G. Grlndel]
3l+.
xL. 7?..
73.
II. Guynon I{. }Iar}ey c. $. I{arrLLl
R. P.
,9.
P. N. Haubenreieh E. C. Hise H. W. Hofflnart P' P. HoLz A. S. Household.er L. N. Howell
6]. ,
!f.
6?..
D &a
U+.
,7. 76. 57,
F.
60. J.
63. R. 6I+
,
67. 66, 67. 68. 69.
M. M. rrl I'
P. Harvis . Jord.art R. Kasten J. KedI T. Ke}ley J, Kelly II
Wo
Ker].ln
J.
Leonard.
s. S n l(lrs1is J. !1. Krewson J. A. Lane
70,
W.
?1 ,
M.
P. Lletzke B. Li:rd.auer
72. R. 73. M. I. Lund.ln R. N. Lyon Tl+ ' 77,_ H. G. MaeEhrerson 76, F. C. Maienschein 77. I|'f. D. Ma^trly ?8. E. R. Mann Tg. B. F, Maskewltzr K-27 Bo.
W.
B.
MeDonald.
81 .
II. F. Melhrffle
Ba.
C. A" E. R.
83. Bl.l.
85, 86. 87. B8*9a. 93.
K. McGloth1art
J,
MiJ-}er
L.
Moore
C. Idi*Ller
J. C. Moyers E. A. Nephew C. rrt .L.
W. Nestor E. NorthuP
R. Osborn ' I'{. F. Parsly L. 95.
9l+
98.
P. Patriarca H. R. Payne A. M. Perry
99.
1,{,
96"
y(.
100.
101 .
10e, 103, lol+.
B. Pike P. H. Pitkanen c, A. heskitt
M. Rlchard.son
R. T.
C. Robertson K. Roche
2p
Distrlbution r
Cont
rd. t
1Or. M. W. Rosentha-l 105. H. W. Sarrage Ifff . A. W. Savolainen 1OB. J. E. Savolalnen 109. D. Scott 110. C. H. Secoy 111 . J. I{. Shaffer 112. M. J. Sklnner 113. G. M. Slaughter I1l+, A, N. Smlth 11t. O. L. Smith 115. P. G. Smlth 117. I. Spiewak }1B. B. Squires 119. J. A. Swartout 120. A. Taboad.a 121. J. R. Tallackson I22. R. E, TLroma L23. M. Toblas 12h. D, B. Trauger L25. Marina Tsagaris
l,26. W. C . {I]-rtch L?T. R. Van Wln}rle 128. D. R. Vond.y
r29. B. S. Weaver B. H. Webster 131 . A. FI. Weinberg L32. J. H. Westsik 133. J. C. Whlte 131+' G. E. Whitesldes 135. L. V. Wllson l-36, C. H. Wodtke 137 -138 . Reactor Div. Llbrary 139-1h0. Central Res. Llbrary 1l+].-rh3. Document Ref. Sectlon 130.
141+-11+6.
ll+7.
th8,
Laboratory Reeord.s om[L-Rc
J. L.
Crowley
Er!.qfnal, PIS t fSLuS *,o+
D. F. Cope, Reactor Divlsion, ffiC, 0R0 H. M. Roth, Divislon of Researeh and. Development, ffic, Lr?', F. P. Self, SC, OnO 153. R. A, Drval, SC, Washlngton
1l+9-rW,.
151 .
15h. T. W. Mclntosh, SC, Washington I77-L69. Divislon of reehnleal. Informatlon Extension, ffiC, 170. Itrs. Idargaret Butler, Argonne cod.e center, Argonne National Laboratory, Argonne, Illlnols
0R0
oRo
!r
17
Ad.clendun
to
0RNt-fItI-201
An add.ition has been
mad.e
to the IS,I-7090
program MJRGff$OID
to
produce
a rough graph of the reactor power ver,sus tLme. A logtca3- tape 6 J.s requlred.
for storage of the power vergus tLne resrrlts in encl
adcLltlon
to the
stancl.ariL
input
output tapes. fhe plotttng frequency (ana]ogous to tbe prlntout frequency)
of tbe card contalntng the stop tlme ancL the nunber of ranp rate changes (see p 18, ORNL-TI{-2O3 ). A sampl-e of the graphlcal. Ls speclfled
ln
co3-ums L6-ZL
I9-2r. If the plottlng frequeney speclfletl ln the tnput ls zero or blankr no plot Ls produced-j bowever, a logtca-l tape 6 must be speclflecL even lf no p.Lot ts d.esired'. ontput
ls
attacbed.
for the
case gl.ven as an example oo pages
9orrlgenclum
Or page
)-), ln tbe J.ast sentence, for
t'f.2A5t'. "I2AG" read'
FIURGATROYD POHER
I
CASE
VS.
TIT4E
PROHPT CRITICAL STEP
AT IO
PAGE Mt.I
PIPMAX
ipllax TTilDbosElE7r{ri
T
f$i
++ ++++++
+
+ +3
++++ I
+
+
+
+
+
+
+ +
+
++ ++
+x
+x
++ +
+
t
+
+
+
N
N 3.090+--------:+-------=F:-----F:-i:-__::i-------:-r----F=:y-::--F------=-:a +
+
+X+++++ + x+ +x+++
_
+
+
+ +
@1i
++++++x 5.0oB+---:-.--:+:jJ-::::$:=:.::::-+---:._:}::.=+x..:1--j=F:--:::l:-
+ --'-----+
++
a
a
t-
5'
In! efngl.,
7.
10.
Boch
5)+,
V. E. And.ersorrl
K-27
E. S. Bettis D. S. Blllington
L2. M. Bland.er 13. ]-ll .
F. F. A, L.
L7. Ee G? Bohlnann :..6. S. E. Bott TT, C. J, Borkowskl 18. C. A. Brand,on 19. F, R. Bnrce 20. 0o W, Btrrke
S. Cantor S. Carlsnith R. 22.
2J-.
23. 24, 22. 26" zT, 28. ?9. 30.
W. Lo Carter R. D. Cheverton H. C. Clalborne
T. E. Cole J. A. Conlln 1{
o
H.
Cook
L. T. Corbin G. A. Cristy 31 . F. L. C\rller 32. J. G. Dslene. 33. J . H. DeVan
R. G. Donnelly 3r. Do A. Douglas 36" N. En Drnwooily 34.
J. n. Thget 38" E. P. El-Ler 39. W. K. Ergen ho. D. E. Ferguson lr1 . T. B. Fow1er 42. A. P. Fraas 37,
Jo H. Frye l+1, . C. H. Gabbard. 4t. R. B. Gallaher
l+3 .
E. Hn Glfb D. R. Gi-Lfillart hB. B. L. Greenstreet h9. ![. R. Gri.mes ,o. A. G. Grlndell 46'_
4?.
v,
Blankenshlp
!{SRP
6. S. E. Beal]T. M. Bend.er 8. L. Lo Bennett 9. C . E. Bettis
11 ,
Ptq.lEtI :iglt R. I{, Gulmon P. H. Ilarl-ey C. S. Harrl].I ,+. Pr N. Haubenreich ,7" E. C o Hise H. W" Hoffhart JI , P. P. Holz A. S. Household.er 79. Lo N. Howell 60, J. Po Harvls 51 . W. Ho Jord.an 62, P. R. Kasten 63. R. J. KedL
Dlrector t s Offiee, Ibm,. *9, BLdg. 92Ol+-1 Mo Ailamson G. 3. 4. L. G. .[lexand.er
L-2.
PJ
72" 73.
fi.
fr,
67. 55, 67. 68. 69. 70.
M. M.
T. Kel.ley J. Kelly
T. llo Kerlln S. S o Kirslis
J. }J. Krewson J. Ao Lane W. J. Leonard. 71 . M. P. Lietzke 72'_ R. B. Lind,auer 73. M. I. Lund.in
' R. N, Lyon H. G. Macfrerson 76, F. C. Ifaienschein 77. If. D. Irla,nly ?8, E. R. Manrt 79. B. F" Masker*ltz, K-27 80, W. B, McDonald.
?l+
T'.
81 .
Ba.
83. 84. 85,
H. C. A" E. R.
F. McDrffie
K. McGlothlart
J.
MLLler
L.
Moore
C. IvtLLIer
J. C. Moyers 87. E. A. Nephew
95.'
88-94. 93. 9l+
'
C. Wo Nestor m I'
W.
97. L. 96'_
yTgB.
E, NorthuP R. Osborn
F n Pars1y P. Patrtarca H. R. Payne A. M. Perry
99. W' B. Pike 100. P. H. Fi.tkanen 101 .
102.
C. A. Preskitt M. Richard.son
lo3.
R.
IOII ,
ta
rn
C. Robertson K. Roche
a
,
I
.;
5
Distribution IOt. M. W. Rosenthal 106 . H. !il, Sarrage 10rf . A. Wo Savolainen lOB. J. E. Savolainen 109. D. Scott 110. C. H. Secoy 111 . J. H. Shaffer 112. M. J. Skirrner 113. G. M. Slauglrter 111|. A, N. Smlth 115. O. L, Smith 116. P. G. Smith 11?, I. Splewak 11B. B, Sgtrires 1I9. J. A. Swartout 120. A. Taboad,a 121. J. R. Tallackson \22. R. E. Thoma L23. M, Tobias 12h. D, B. Trauger L?r. Marlna Tsagarls
Contfd.
L26. W. C. ulrleh
. R. Van Winkle 128. D. R. Vond.y L27
1'29. B. S.
Weaver
130" B. H. Webster
131 .
A. M. Weinberg
I32. J. H. Westsik 133. J. C. White 13h . G. E. tthltesides 135. L. V. Wilson 135. C. H. wodtke
13?-138. Reactor Div, Llbrary 139-IhO. Central Res. Llbrary 141-143. Document Ref . Sectlon
th4-Ih6. Laboratory Reeord.s 1l+7.
ORSIL-RC
th8. J.
Ln Crowley
t !
Srbernal Dlstrtbutj.on a
tl+9-t5O. D. tr. Cope, Reactor Dlvlsloh, AEC, ORO 15il-. II. M. Roth, Divlston of Research ancl DeveJ.olmentr AECr L52. F. P, Self, AEC, oRO L53. R. A, DuVal, AEC, Waahlngton L5l+. T. W. Melntosh, AEC, Washi"ngton Jrr-i.69. DlvLslon of Technlcat Infornation Sctension, AEC, ORO J.JO. Irtrs. Iilargaret Btrt1er, Argonne Cocle Center, Argonne $atlonaL La,boratoryp Argonne, lllinots
, : a
0R0