ML20202G005
| ML20202G005 | |
| Person / Time | |
|---|---|
| Site: | University of Missouri-Columbia |
| Issue date: | 07/09/1986 |
| From: | Burdick T, Higgins R, Dave Hills NRC OFFICE OF INSPECTION & ENFORCEMENT (IE REGION III) |
| To: | |
| Shared Package | |
| ML20202F461 | List: |
| References | |
| 50-186-OL-86-02, 50-186-OL-86-2, NUDOCS 8607150280 | |
| Download: ML20202G005 (95) | |
Text
. .
U.S. NUCLEAR REGULATORY COMMISSION ,
1 REGION III Report No. 50-186/0L-86-02 Docket No. 50-186 License No. R-103 Licensee: University of Missouri Research Park Colubmia, M0 65201 Facility Name: University of Missouri at Columbia Research Reactor Examination Administered At: University of Missouri at Columbia Research Reactor Examination Conducted: July 1, 2, and 3, 1986 Examiners: H g ' r[ 7[9/7[
- f. {h D. E. Hills fr/f[7f
~Date Approved By: dick 7/[/b
'Date Examination Summary Examinaticn_ administered on July _1,, 2, and 3,1986_,(Report e -186/_0L-8,6-0 Examinations were administered to one upgrafe_ senior operator No. 50,did' ate and~~_21 can
~
one operator candidate.
Resul ts : Both candidates passed.
i l
8607150280 860710 PDR ADOCK 05000186 V PDR
REPORT DETAIL _S
- 1. Examiners
- R. L. Higgins D. E. Hills K. R. Ridgway
- Chief Examiner
- 2. Examination Re_v_iew Meeting An examination review meeting is no longer conducted. Specific facility comments concerning written examination questions, followed by the NRC response, are enumerated in the following paragraphs.
- a. Two coments were made concerning the reactor operator written examination.
Question A.01 Facility Coment: In 5000 = 8.5 instead of 9.5.
NRC Response: Agree. The answer was changed to 255 seconds or 4.25 minutes, in accordance with the correct value for In 5000.
_ Question D.02 Facility ConTrent: Point distribution on answer sheet did not appear to total assigned point value of problem.
NRC Response: Agree. The point 'value for each portion of the answer was modified to equal the total point value for the problem.
- b. Four coments were made concerning the senior operator written examination.
Question I_.05_
Facility Coment: Answer should conform to 50P VIII.3.5.3 Rabbit Stuck in Tube. The " laboratory supervisor" position no longer exists at this facility, an operator should advise the health physicist or the reactor shift supervisor. The " laboratory supervisor" reference in Hazards Sumary will be revised.
NRC Response: Agree. The answer was changed to " notify shift supervisor." The facility is admonished to revise its reference traterial to reflect the current facility organization, l
l l
2 1
l i
Question J.08.c.
4 Facility Connent: Should be phosphate corrosion control (Dearborn i 4630) instead of chromates. The university environmental health office notified the facility several years ago that we needed to 1 :hift from chromate corrosion control. This informational reference j in 50P should have been changed then but was overlooked. We will i change it in the next 50P revision.
I NRC Response: Agree. The answer was changed to " phosphates ',
(Dearborn 4630)." The facility is admonished to revise its literature to reflect current facility practices.
- ques _tionK.12 f Facility Consent
- The aluminum protective head.may also be called
, the " top hat" due to its shape.
NRC Response: Agree. The answer was modified to also grant full
- credit for the response " install the top hat."
Question K.16.b Facility Comment: The pH limits for the secondary have changed several times in the past year. Our Dearborn representative and secondary chemist have been varying the pH operating band to find i the optimum range for our system (currently 7.8 to 8.2).
t NRC Response: Agree. The answer was changed to 7.8 to 8.2. The facility is admonished to revise its literature to reflect current practices.
- 3. Exit Meeting i
! At the conclusion of the startup portion of the plant walk-through examination an exit meeting was held. The following personnel attended i this exit meeting:
i ,
j Facjlj_ty Representatives:
W. A. Meyer, Acting Reactor Manager i N. Tritschler, Shif t Supervisor NRC Representatives 1 R. 1. Higgins, Chief Operator Licensing Examiner j D. E. Hills, Operator Licensing Examiner ;
, K. R. Ridgway, Operator Licensing Examiner i t
I 3
_ _ _ _ . . _ . _ _ . . _ . _ ~ . _ . . _ . . . . . _ . --
The following observations and generic issues were discussed:
- a. The literature provided to the NRC for the purpose of examination preparation was not completely adequate. No prints were included, and some references needed to be revised,
- b. "No Smoking" signs should be installed in the emergency generator room.
- c. Procedures should be kept near the location of components which may have to be operated locally during an emergency.
- d. Administrative procedures need to give more specific guidance in situations such as lost keys and missing tags.
- e. Personnel were observed with coffee cups and lighted cigarettes on the reactor pool deck.
- f. Some examinees were unfamiliar with the steps needed to change the inputs to the Area Radiation Monitoring System.
- g. One examinee crossed a boundary marked " contact Health Physics Prior to Entry" without contacting Health Physics.
- h. Neither the senior operator examinee nor the reactor operator examinee referred to the startup procedure during the actual plant startup.
- i. Some examinees were not well informed on certain aspects of reactor theory such as subcritical multiplication and samarium.
- j. Some examinees could not locate the applicable Facility Emergency Procedure when required to do so.
- k. The facility itself was quite clean, except for the hallway leading to the mechanical equipment room.
- 1. Facility personnel were cooperative throughout the course of the examinations. j l
4
,\
, . s
...,.,q.
,, .s
.s .
_ . . r, . ,
. :.c._ , .
U. S. NUCLEAR REGULATORY COMMISSION REACTOR OPERATOR LICENSE EXAMINATION FACILITY: _U_N_IVE_R_S_IT_Y__OF_M__IS_SO_U_R_I_
REACTOR TYPE: --_ST__--_____---_-__-___
TE__ .
DATE ADMINISTERED: _@6/Q7/91____________ ___
EXAMINER: _ HILL @2_D._______________
APPLICANT: _________________________
_I N_
___ S _ T RU_ C_T _I O_ _ __ _ N_S
__ _ T O_ AF_ P L _I C_ _A N_T_:
Use separate paper for the answers. Write answers on one side only.
Staple question sheet on top of the answer sheets. Points for each question are indicated in par entheses af t er the question. The passing great requires at least 70% in each category Enemination paper s wi11 be piclLd up s:> (6) hours etter the E - s ' i n e t l o') Startz.
, Dr CATEGDrs ,, 0 : ArImICANT'S CATECnr.y T
_ _ V_ A_ L U_."_ _ - _ _ D_1 /_1_ _ _ - - _EC_ O_ R E_ _ _ - _ V_ A_ L_ U_ E_ _ _ _ - - _ _ _ _ _ _ _ _ _ _ _ E_ A_ T_ E_ G_ D P_ _Y _ _ _ _ _ _ _ .. _ _
~^
4 c.
__1_, rdi ________ '-
pnIN~'Ar'""
- D ~
P F (~ t7 R Or Eh'
- ' ' ON
_i_te___ ___________
_13:52__ _1$159 ___________
________ F, . FEATUREE Cr FACILITY DESIGEN
_13159__ _1$199 ___________ ________ C. GENERAL OPERe.t LING CHARACTERISTICS
_13192__ _13:99 ___________ ________ D. INETFUMENTS AND CONTROLS l
_ _1 3 _. 5_ 0 _ . __17_.5_0
_ _ _ _ ___________ -_______ E. SArETY AND EMER3ENCY SYSTEMS
_15:2S__ _1E:02 ________
F. ETANDAFD AND EMERGENEY DPERATIN3 l ___________
i FROCEDURES
_1$192__ _1$192 ___________ ________ G. RADIATION CONTROL AND SAFETY 100.00 100.00 TOTALS FINAL GRADE _________________*/.
All wor k done on this examination is my own. I have neither given nor received aid.
~~~~~~~~~~~~~~
MUPL5C55T 5~5I55dTURE
p ;ssesungsgassymm.gauwme==wemmemsymmysupu-JI - -
ES-201-2 IIRC RULES AfG GUIDELIllES FOR LICDISE EXAMINATIONS During the administration of this examination the following rules apply:
- 1. Cheating on the examination means an automatic dental of your application and could result in more severe penalties.
- 2. Restroom trips are to be limited and only one candidate at a time may leave. You must avoid all contacts with anyone outside the examination room to avoid even the appearance or possibility of cheating.
- 3. Use black ink or dark pencil only to facilitate legible reproductions.
- 4. Print your name in the blank provided on the cover sheet of the examination.
- 5. Fill in the date on the cover sheet of the examination (if necessary).
- 6. Use only the paper provided for answers.
- 7. Print your name in the upper right-hand corner of the first page of each section of the answer sheet.
Consecutively number each answer sheet, write "End of Catdgory " as 8.
appropriate, start each category on a new page, write on o_nly one side of the paper, and write "Last Page" on the last answer sheet.
- 9. Nunt>er each answer as to category and number, for example,1.4, 6.3.
- 10. Skip at least three lines between each answer.
- 11. Separate answer sheets from pad and place finished .nswer sheet f:cc down on your desk or table.
- 12. Use abbreviations only if they are comonly used in facility literature.
- 13. The point value for each question is indicated in parentheses after the question and can be used as a guide for the depth of answer required.
- 14. Show all calculations, methods, or assumptions used to obtain an answer to mathematical problems whether indicated in the question or not.
- 15. Partial credit may be given. Therefore, ANSWER ALL PARTS OF THE QUESTION l i
i AND DO NOT LEAVE ANY ANSWER BLANK.
1 1 16. If parts of the examination are not clear as to intent, ask questions of
- the examiner only.
l l
WPb NweM.wse:cs sg
. . . . l i - ,
2 ES-201-2 l IRC Rules and Guidelines for l
License Examinations
- 17. You must sign the statement on the cover sheet that indicates that the work is your own and you have not received or been given assistance in completinji the examination. This must be done after the examination has been camp eted.
- 18. When you complete your examination, you shall:
- a. Assemble your examination as follows:
(1) Examination questions on top.
(2) Examination aids - figures, tables, etc.
(3) Answer pages including figures which are a part of the answer.
- b. Turn in your copy of the examination and all pages used to answer the examination questions.
- c. Turn in all scrap paper and the balance of the paper that you did not use for answering the questions. 1 i
- d. Leave the examination area, as defined by the examiner. If after l leaving, you are found in this area while the examination is still l in progress, your license may be denied or revoked.
I i
r 2
E g- ,
QUESTION A.01 (1.00)
Reactor power is 100 watts and increasing on a 30 second period.
How long will it take for the reactor power to reach 500 kilowatts? (1.0)
(Neglect heating effects.)
OUESTION A.02 (2.00)
- a. Explain what the difference is between k-infinite and (1.0)
L-effective.
- b. U-effective of a reactor is given an 1.0795 delta k/k. (0.5)
What 4-excess does the reactor have7 (0,5)
- c. What reett: .Ity is ecsocieted with this i-effectivt" i
OUCC T IO*. A.OT (1.00; ,
(1.0)
Elplear whet it m t+ n t L.y t h +. to m " del eyed neut r on #rection."
OUEST!ON A.04 (2.00)
- a. A step inte-tion of a small amount of positive reactivity isCectribe made tc e reactcr while critical in the very low power range.
tht changec 2n neutron flur afier the r eac t i vi t y eddition. (1,0) j (Nc g l ec t heating effects.) ,
l ts . Dc t cr i tie the th6ngen in neutron flux f oll owi ng a reector s t r e n, l (1.0) >
' from full power operation.
OUESTION A.05 (1.50) 4
- a. What is the purpose of the "moder ator " in the reactor? (1.0)
- b. Indicate which one of the following is considered an important (0.5) aspect of a good moder ator .
(1) low mass number (2) large absorption cross section (3) small scattering cross section
(***** CATEGORY A CONTINUED ON NEXT PAGE *****)
l
wwwe_rptes w ngAcIg!Lg!T3eI198_n--- ~ " ~ PNP
. :,. . an . .~
. . A. en ._
QUESTION A.06 (2.00)
Indicate whether each of the following statements concerning fission (If FALSE explain why it is product poisons are TRUE or FALSE. (2.0)
False.)
- a. The equilibrium xenon concentration increases with increasing power level while the equilibrium samarium concentration significantly decreases with increasing power level.
- b. A reactor startup several days after s scram from extended high power operation is considered xenon and samarium free.
DOEE7 ION A.07 (2.00)
W .e t c-fcct ct c t a moder e t or t en per at u- e inceeate have or, the 40 l o <.. n g ~ E c.cin each.
( 1. 0 '
- c. Cure N e - t i vi t y (1.0;
- e. Dett. ribe h u e. eos oper ator c ar, de t er mi ne when the reettor in c r i t i c (1.0) t.1 during e s tor Lup.
- b. A person being trained on the reactor has developed a system f or reactor startups. He noted that the last time he did a startup th( rcacto" Wat critical et 5000 CPS. He r ea s on t- that for his ne. t s ;ertup ( so rne months later) when he reachec 5000 CFS the reactor will be critictd. le thit per s t * ' t Eyctem velid?
( 1. O:
E:.pl ai n you r answer.
CJESTION A.09 (1.00)
(0,5)
- a. Wnat p r es.sur e in psig corresponds to 65 psia?
- b. What is the saturation temperature corresponding to 65 psia? (0.5) i
(***** END OF CATEGORY A *****)
" ,# 73 "p g ~A g
ydCd h -
QUESTION B.01 (3.50)
Indicate the component which corresponds to each letter designation (A through G) on the attached cross-sectional view of the reactor (3.5) core.
i I
I i
QUESTION B.02 (2.00)
- a. Esplain why it is important to maintain antisiphon system pressure (1.0) within minimum and ma>:imum values.
- b. Enplein h o e. the pressure within the antisiphon system is (1.01 maintained.
L' ui. E ' 10.- D.67 (T.50 l e, N tcribt bc. th( Ts c e t t ot Loop Vtnt Sytte m Liqcic: Lesti Co,t r oller s C 9; 5 Ez: oper etc 1n conjunction wi tt. the vtntang of ges? fr:-
t C CDA enc
- n ; et i pr .
e e' y pipano. Et sur c- t c include ALL autometic ertions ith sianels f r om thenc controll er s. (1.5 e '_ociater
- b. Dettribe tr e ficwptth f or the re:heut.t line f r cam the- v er.t temi ( i . O ',
including ri.)or components and final exhaust point locetion.
OUESTION E.04 (2 GO)
Descr a be the r espontc of Containment Evil di ng E:thout t Systen. I sol a t i on Velver 16A and 16E vpon loss of electrical power to their respective Ech' edc r valves. Et sure t o des c r i b o- the mechanien, by which each l of these valves 16A and 16B perform the resulting action including (2.5) the source of the motive f orce for that action.
4 l!
ii
(***** CATEGORY B CONTINUED ON NEXT PAGE *****)
w p, a..m':museerv = w
. . ; ;; . ~ ; . _: ~
,f ,-
i A. 2 N
\
\ .
i VW we.44L j N1h%j@\ TX
\
3 gACE.R -
\
\
\ '
'h
\ ,
\
C.
D. '
\
s 8
\
\
\
l O
g,TI -
~m
\
G. '
pg - Crc 5W r
9 QUESTION B.05 (1.50)
Indicate for each of the following statements whether it applies to chim rods or to the regulating rod.
- a. Utilized to compensate f or the large reactivity changes which j occur during the day in the core due to cyclic poison effects and long term ef f ects such as f uel burnup. (0.5)
(0.5)
- b. Worth less than 1 */. d el t a k/k (0,5)
- c. W211 drive in upon a rod run-in signal i
OLIESTION B.06 (2.50)
- e. Litt t.oth tr+ p i n,e r y and te t or de y f uric t i orit of t t i c- nitrogo.
.1.Q' s,ttua.
t,. De tt r i L1 e;i eutcmttIc oc ti orit a r id e l e r r,t. ett ot_ l at ed w2th e elou crop in n i t o g e r, n y t t e"r. t r s o nir.i t t i r.g line pressure from 140 psig tt 100 ptig. I rir l u de t ht- ittpoint for reth of the ccticht or a l ar c4 .
(1.5' 1
i l
l l
l
(***** END OF CATEGORY D *****)
C N 953 QUESTION C.01 (2.00)
Dascribe three methods of normal reactor loop cooling system operation.
Include any differences in major equipment used and any applicable (2.0) system flow rates and power levels for each.
QUESTION C.02 (1.00)
E:< p l a i n why, during normal operating conditions, the reactor will scram if the Reector Convective Loop Valves 546A and 546B are (1.0) opened.
OUE t T I C'. C.OT (1.50)
Lctu.tt ita c t c: l t t a n t t r e .) o r hmer de ir . t i n t' e. i t t i tiernf or t (1.E' onpe .ceits.
O ui E i ' ,' C.04 (2.00)
- 4. Etterit.c the crittrie uced in o t t te l i ch i n r; the f l owr ete the Fea; Loop C c e.41,. n t System. ( 1. r:
4 0-
- b. W iy cutt the Pool Loop Cooling Syster remain in operation f or e (0.5; mir,imum of five minutes after a normal reactor shutdown 7
! W ic t it the purpos e of Pool Holdup Tent T504 ^ (0.5' t.
OUESTION C.05 (2.50)
Gi u the normel operating range f or erch of the f ol l owing parameters. (Include unite.)
Et e t t or Outlet Cool an t Temperature (0,5) e.
Fool Coolant Flow, 5 Megawatt Operation (0,5) b.
J c. Nitrogen System Dent Pressure When Full (0.5)
(0,5)
- d. Pool Outlet Temperature (Hot Leg)
Antisiphon System Pressure (0.5) e.
i i
I i
i
(***** CATEGORY C CONTINUED ON NEXT PAGE *****)
I I
F
.C Tk <
l i
QUESTION C.06 (2.00)
- c. Explain why the worth of the cannister and sanples placed in the (1.0)
' central flux trap is limited to a specific amount.
- b. Explain why reactivity ef f ects are more of a concern in the central l flux trap than in the other experimental facilities. (1.0) l l
)
DUESTION C.07 (2.50)
Indicate whether each of the f ollowing reactivity coef ficients are positive or negative for the indicated locations.
Void Coefficicnt of the Flu: Trap (0.5) is . (0,5)
- b. Void Coefficient of the Core (O.E'
- c. T en per ed u e Cor#fieient of the Cor e In.E:
O. T ee por et e e Con fia ti ei t of ti.e F o o '.
( 0. E. '
( , T o m;.et c-tv c Cta f il c i ent c>i i tie Fle T*ci.
CJEC211Cn C.0E (1.00) i i
Etttc t v.O r e e e cm _ fc4r ns2ntiining weier c hemiit t y c o'it r el i to the (1.0) p r i tr o* y coulant sy'ter.
I l
t l l l
(***** END OF CATEGORY C *****) ;
\
NB -
QUESTION D.01 (3.00)
Indicate what type of nuclear detector is utilized by each of the following nuclear instrumentation channels and describe how in each the ef f ect of gamma rays is prevented f rom causing an erroneous indication of neutron flux, (1.0)
- a. Channel 1 Source Range Monitor (2.61
- b. Channels 2 and 3 Intermediate Range Monitors (..'s
- c. Channels 5 and 6 Power Range Monitors OUESTION D.02 (3.00)
DettrIbe f our typec of tript atecitieted with the nuclear i nt t r uc+ n t e t i(7.0 or.
Inte c :1 att range channelt. en c hr: v. each trip is r tw o t .
CUEEi!Gr. D.03 (T.OO)
Int:sc.tt ttt pe ir er y pur ptita of (ech of tt e f ol l c wi ntj cctivity c : n scytstem t or t ri c ' c. r i t' c 1tt respect 1vr SeTpie 1 oc at i or i in relction to n j c-c cir.j v c n t t witn,n t ht ep;.1 i t ( b i t s y s.t r c .
( .0
- e. F l e t> t on Froduct Monitor ( 1. G :
- b. Seconder y Loop Muni t or OJECTIGN D.04 (2.00) four c o n d i t i e i t, th<t n'u t t be net prior to eutomatic Det:t 1L+ (2.01 operation of the regulating rod.
DUESTION D.05 (1.00)
I Explein why the cleanup flow is subtracted from the indicated flow in ,
I reactor loops A end B when determining the pot setting for the reactor (1.0) l power calculator flow potentiome.ter. '
(***** CATEGORY D CONTINUED ON NEXT PAGE *****)
_ _ _ _ _ _ _ _ _ _ - _ _ __ _ _ ,_ _ . . _ _ ~_. _
QUESTION D.06 (1.00)
Explain how the automatic shim control circuit repositions the shim rods. Include the various conditions which will cause rod movement (1.0) and subsequent stopping by this circuit.
QUESTION D.07 (2.00)
For each status deccription "a" through "d" of the Alarm and Annunciate
! System indicate which of the conditions (1) through (4) would result i in that status.
STATUS DESCRIPTIONS (0.5:
i c. Ill umi nation Ori D i r.. (0.5)
- b. Illuminetton Flashing (0.E:
- c. Il l umi nat i cin On F ight (0.E
- a. I l l u m i n a +. t . n 034 C ONT I T I Di)E.
(1? Alar m w; t rtttived and the or o.r ut or pr ent r' tl.o 4 i n ov.i e"J g r sut htaut t c .. The (1cr m cond) t i osi lic e not yr t tite.cd. J
( Al er m wat received t >ut thu ep+ o e t er has nc t yet p ent) the ,
ArI r owl eigt pu'hbottar. Tt t i1ern ( o'idi t i e- her n:t sel c i v0r* ud .
t7 Al ter m w e t. r ett t ved end the.- oper4 tor p r e t t- e d the R i 'iowl e 1 t-puchbutten. The ale m condition siibsequent l y cl ec ed bu'. the operator has not yet pretbed the Ftttt Liut t c . .
(4) na arm was received and the operator pressed t. h e A_inuv. ledge pu t>hb ut t ori . The alerm condi ti on subsequesnt1 y cl et.r ed and t he operator pressed the Reset button.
j 1
l l
l 1
(***** END OF CATEGORY D *****)
i
%r3 s
QUESTION E.01 (2.00)
The reactor i s operating at 5 Magawatts with a core inlet pressure of 65 psia. For some unexplained reason pressure slowly begins to increase. Describe all actions (including alarms) thator will be impede taken by the pressurizer and safety systems to control (2.0) this pressure increase. (Include setpoints.)
! OUESTION E.02 (1.50)
- a. Describe how a Reactor Loop Low Pressure Scrani initiated by signals (0.5) from pressure transmitters PT944A or PT944B must be reset.
(0.57
- b. E>:pl ai n why t h i <. type of l oc k'out was installed.
W .e 1 can this type of scram be bypassed? (0.5' c.
i 1
C'JE E T I D'- E.07 (1.50)
List t2. tcmdttsorie or tignelt. which will c mis c . . + cactic r od r un- i n.
(1.C (Oetpcints not r c c.; u t r e d . )
i DUEST1DN E.04 (2.50)
- e. Describe two conditions or signals which will cause cutomatic start of the emergency generator. (1.O' j
! b. Erplain why tho en'er cer c y cu ne r a t cir continuet to run f or five tr i n s t re s after site power has been restored. (0.5'
- c. Which of the following loadt. can be supplied fron the eniergency (1.O' generator?
(1) E:; h o u t,t Fan EF-13 (2) Truct Entry Door Motor (3) Containment Building Fer sonnel Elevator
! (4) Supply Ventilation Fan GF2 I (5) Primary Fump PGO!A ,
1 l
I (***** CATEGORY E CONTINUED ON NEXT PAGE *****)
tw-ew- r-y e-yr--pyg--w p- yo---wwpp- c m.- r-w7--y ---rw'+wiw--ww .'g--w'--r+v--Nmw'**e----'--'gr--w--w-w N-- 'eyww - www mm%1
cy-[w:
-- ~ .
. i
~ . y ,. . .
QUESTION E.05 (1.00)
Which of the f ollowing components can be supplied with air f rom the (1.0)
Emergency Backup Air Compressor?
(1) Pool Loop Isolation Valve 509 (2) Reactor Loop Isolation Valve 507A (3) Containment Building Exhaust Isolation Valve 16A (4) Emergency Generator I (5) Freight Door 101 Gasket l 1
I OUESTION E.06 (3.00) ;
- c. From what two locations con the Facility Evatuatich Al a r ". be
(!.O' canuall / inttiated. I v.1 1 1 rt sit f r cc, c F e "- i i i t 3 t.. Ii .
- 1 ts t f o ..e 4.ut oc c t 3 c i- c t 2 o r . t sti) c !
E,acuotien cl er m. ( 2 .
Dar !;T ;;'. E' . 0 7 (T.O^)
~
Wh)c'. 04 t ht fc11owthg t c h 'J 1 ( 1 on t 6,i11 r e_ ; u l t in i r t er i D6 0 >e" (T.
t;> Sosce Feinge Manitor Chennci 1 Incperative (i) Low F ool L t- v e l
(?) Thermal Column Door Open (4) High Off-gas Activity (5) Low Reficctor Differential Preuuure (6) Low Fr essur 1:er L t.v e l (7) Low Focl Flow
(***** END OF CATEGORY E *****)
! -6mv..gg g QUESTION F.01 (2.00)
List the five Facility Emergency classifications. (1.25)
- c. .
List three action levels for emergency classes. (0.75) b.
1 l
QUESTION F.02 (2.00)
Describe four responsibilities of the Duty Operator prior to leeving (2.0) contatnment in the event of a Facility Evacuation.
l UUr El 1 Ot. F.C ( 1. f"'O
( 0. T ~
( . Lc- 1.it 'ht' tie tup".
TFUF or F Al. FC : ( 0 . T. .
- t. . E ' m ts whe tt .r r trio f ol l o.41 r u, 1
{
c f f ( s t i n c; cli c r o,i t - in t. o r e - r ei t 2 vii y oflit r then Op e e t i c;'it j
no rel ste -e y t. t + t o p o v. 9 cscit r u (i.e. refuelir.g ariu s t. a r t u p )
ert rtro i ) r t.. d t o in dir ec tl y t- i ip e s v i e t d ts ., e renior r e d '. t o r operatct . However , a stant os reactor o p e. e. t. o r is not required t o tie pr e s vit dur i riti e, "h c it ttertup".
f OUESTION F.04 (1.00) ,
I l
i Choon- all cf tN f ol 1 oui rig c ondi t i ont which r e c4 u i r t- t he r eac.t or (1.0) operator to IMMEDIATELY scram the reactor. ,
(1) Reactor Eradge Ar t 4: Rct:i at i on M:.i it or not f uric t i oni ng (2) Experimental Equipment is operat.ing in a manner hatardous l
' to personnel and the hor ar d i s dut- to r crii eti on from t he j re0ctor.
( ~. ) Complete l o t t, of ter onder y f I ov. due to trip of a sec onde r y pun.p l (4) Iriuper e t. i ve t untr ol rod drive mechanism i
)
i 1
1 I
(***** CATEGORY F CONTINUED ON NEXT PAGE *****)
"8 d NN'? tw QUESTION F.05 (3.00)
- o. Describe the symtoms which may indicate an electrical anomaly such as single phasing or a reduction in line voltage. (1.0)
- b. Describe the immediate actions to be taken by the reactor operator in the event of a single phasing or low voltage condition. (2.0)
QUESTION F.06 (2.50)
Dercribe five conditions which could cause a loss or reduction in (2.5)
. secondary flow.
l 1
l l
l C JLii ID:, F.07 ( 1. D':i; l
De:eribe thett - e t h o d e. t o ups - t hs I cier gr nt y C(o e Cet i i ric; Velvet I
544,n ena 54LE s',t _ i d b o t. h valvn fall to a u t. o : 4tstalif t pe n f e. l ow ria .
or f l ov. . (1.E' z e- c r ( ? ti u c to l o t. t of pre u u** l l \
l DJE51 ION F.OE ( 2 . O '.) )
- e. Explain why i t i n desireble to secure both Pool Cooling System Pumps F5004 and F509D timul tencously as prescribed in the Fool Cooling Syste*
Ehutdown F rocudur e COP /V-3. ( 1. M
- b. Luplain wh f the F ool Cooling System Startup Procedure SOr/v-1 rtquiret tra outlet vol ve of the heet e :c hanger not in te*vice to be placed 1n i tu thr otti ed peut ti on es opponed to shutt.ing (1.O!
it es wet. done f or the 1niet vel ve.
l l
I i
e I,
i i
l
(***** END OF CATEGORY F *****)
l l,
'----ww---w w----,y- wwe- w-,y--,mi--=w--y--- C-e--yw-w - yw ----nyyy--
- - - -y,- -----my--m-epe ,,y--w----&+ywwwewwy,-y-y
,.'iK's-ige W ' M :':#TlW C q
_ . . - - -- . l I
QUESTION G.01 (1.00)
Which of the f ollowing Area Radiation Monitoring System detectors ot the described location are capable of causing an automatic (1.0) reactor isolation?
(1) Reactor Bridge (2) Fuel Storage Room (3) Beamport Floor North Wall (4) Containment Exhaust Air Plenum OUESTION G.02 (3.00)
- a. Changee werc rnad e to a r eac t or er:per2 ment which could lead to a significant al t er at i on in area radiation levels as reactor power Iri itcordente wi t ti iccility pr c c edur e t , i Her]th it arecr e e tt r .
f i'. y '; 1 r. I O ~. P . : i i C 1 9 ' ) wI tli dIr& t c oifd h a' 1e e f 1 otit tt3 i &ir COntrGI rcom '
r' .C + f i l i U t 3 fig ili(- :pt
- 1 ti s. < t (ittr i t'g i fit i Ut.* f etfit
.* C (31 1 I r.u c .tc i ) L.
At v,h a t f o u r' poi nt s ( c o .ti t t i er < c- p o w r-r l ru mal reector s tat tup.
le a:)t) 1t *N Corit t ( l Rot en r e(pii r od t c. i rif or et ttu H( 411 t t. Ft.yc ct (T.f' Technitten cf the t e -t or ctatut or p o v.o r level.
t .( t 4 or at t a :p o r t rl I I dire t coc. ': t i t i cvit z.r t- I t .<- t cr if c in t
- t. ..n (1 O e n thebe re nts is not a;-ino .ledi,ss'"
OUESTION G.07 (1.00)
Whot er e the c or,d i t i onto r equi r i rig i t t u e nt s. of a Rcdietio'i War l l
(1.01 I F ermi t"
(***** CATEGORY G CONTINUED ON NEXT PAGE *****)
@ @ MA7t NOF ' . 4PWAMMM l
l l
QUESTION G.04 (2.50)
- o. Describe three methods available to remove radioactive waste from the liquid waste
- retention system in the form of dry active (1.5) waste.
- b. Fill in the blanks:
If the 10 CFR 20 limits are not exceeded and the total activity of radionuclides does not exceed (1) ______ 10 may mci of tritium the authorire or 2water mci of to other nuclides, the ______
be pumped to the sanity sewer. Any tank containing water with an activity greater than 2 mci of other nuclidet will be (1.0) )
discharged only with the approval cf the ______(2) ______. l 1
l l
C'UE ! I * . 6. OL ( T . O S)
DtLcr: Lt t he rz2torIng r(2 *i r ( r.t nt t t iic t ere to ta i m p i t ,s e ". t c ~' v. ' , (Incit,;c e n ro.; ;
raci c e _t i ve esterial in t.h e pool ch ir i n o the following Si tu a t t or.s .
type of pe tonm 1 r t tpont i t.l e I o- thotr ectient.1
- a. Ceust t a .Pling at e .3 d e 9 t' rett greete' thai 100 c.illire-(1.6?
pe- hw.
C ,ises a v.eriang ar t a cj o u t. rate of lets than 100 millire,r
- b. (1.0 per hour .
CUCS' ION G . 06. (1.00) r ec t. h e v i rig the t ec t- curie s tr engt t. ( f o-C o n s i d t. r t w .i pcInt tourttt ,
e;;arple, 1 c ur i e each). Source A's gemmas have an energy of 1 MeV wherets Source E*s gammat have an ener gy of 2 MeV. You ota t ai n a reading f rom the same Geiger counter 10 feet from each source.
Would the r eading f rom caour c e A tie atiriut twice, orie- h a l f , or abo.it Crplein you answer. (1.0) the une as that frce Source E
I 1
l l
i I
(***** CATEGORY G CONTINilCD ON NEXT PAGE *****)
R Nw "#<Jugawa. w.
- t i
l l
QUESTION G.07 ( .50) ,
I Assuming equal absorbed doses (measured in rads), which one of the l following types of radiation will have the greatest biolcgical effect on the body: (0.5)
(1) beta i (2) gamma (3) thermal neutrons (4) fast neutrons
)
l i
OUESTION G.OG (2.00)
- e. If the dote r ate f rom a radiation poi r t tource is 100 mrem /hr et 1 meter , what is the done rate at 25 cm? Show your wor k . (1.O'
- t. H a. I o' e c o0) ct you bt 2 5 c. m frtw t ha' t.c o r c e befo e e :t et di r.9 the 1, CFR 20 quarterly vJ ioi e body done limit? Ehow you wer I . (1.0'
\
C J E T., T 1 C ' . C 09 (1.00 L;! .c t twc c: e. t i g t , fez,tureo of the pneumatic t ut.e s y s. t e n. L e r v e- to l i n.i t the ecd:etior ha:ard from theno tubtiM (1.01 i
i 4
l i
i l
I l
! (***** END OF CATEGORY G *****)
! (************* END OF EXAMINATION ***************)
g
= gi
) :,1 F.QIf ATIONS s 'k REACTOR THEORY RADIATION Ft.UIDS/TilERH0/ HEAT TRANSFER ,.Ml
. t , . s. 3 9
8 "*I P = PO e' * = P O10 N=Ne
~ *
= Atp V1 = A202V2 o n 7 A = AN $.
y = -.s. +0-D or T = 0D Q = A1VI = A2 V2
o 10 lo g ,y ,-ux -x/TVT b.r
I 10 E in " out *O stored p
k-1 km - k i
- A 'N $
R ITts = 0.693 E = KE + PE + U + pV + Q + W /
R/hr @ d feet = g Z D =
^
k<1 point source 8e cp3g 1-k2 Idt i
2
= 12d2 2 ;
' y2 .
g Iid =
1d2 - line source
-=1-k M
2 R/hr x time - R
"{ "h j
reduced for - turbine. SG pump, nossle.
. cps
M cps n fl v a /dp Ti Tis Bio x Tis Rad s, g g = b t y2 #
- net " A " doppler
- Dmod
- Dvoid Blo + 3 Rad ** **
- I " * ***
a D 2g e head loss a Ap i
- e+OSm X + # Pu + P=h +p ambient =k p
Boron + prod + pfuel + F = pA 2E c apap g ,, = ap1 phase x K U o pog,,,,) k = f(quality & Pressure) !
l i
Pump laws speed a flow 4 km - ka + ?,k (speed)3a pressure
?
Sk=k-1 MATil (8 Peed)3a power Q = kAaT = hAa7 = UAa7 SUM = y =b 0 " *
- pat I8 "
- Q = mah r$V y **""
p , 3.1 x 1018' , , - ,
log x = c log x Q = cot ;j '
all = m c. aT . E, l P
g , y, log x = lot; x - log y AU - m c aT
, y log xy = log x + log y 11 = U + pv Defect = Coeff x a Parameter AS = $T $y
~ s pV = nRT f.
P1 IV . . EI V 2, ! l Tl T3 CV + C2V2 =
C (Vi + V2) ] j H l
. k. !
%_ _ .- _ _ v c
-- - - - ~
L dmMtMkSICN W Y ' Sh TU e .
henwm.
4
..~
t ,
1
- 1 9 ,, l Tame 1. Salisested Steeen: Tesipereensee TaWe esPetss E-d r Weemme
{
e Esmegy ismo in se, Set $st Est. Est. Esisepr *sst I
& Set faew se at Lated guns taper ligned game thyst lame, i
- timed Su, jager ren t *, ten 's as tag 'as et ogs en t
. WJ' ame>9 Salle?? Mes 7 3887 asJ tageco 0816c?1 3549 - 88179 ISPiS 38753 4m00 1J873 13573 MA*
3619 1J06 Spas 19864-
. *- as 0 18799" 4 816670 .Nne 0 ame agr12 38771 getal gligt liggr-~ ""*3rr' h3 tiltet 4416019 JEM I J Sas 3713 307tl SMI RM51 18737 MA
. .j .. &&L22 2.2M1 RJeu 33
. *~ " *
- es S12163 4 016019 3e458 3e45 8 4 877 ISTIS 30M B -s a es als e l3 43 8 016019 27724 4 8162 2 8437 ti9es ass 984192 8 016019 2112 4 2777 4 2117 8 30 035 Inst 9479 9 4E757 2 132S 2 nT7 ets se e n314 0 016070 9965 7 82 041 Ima7 3507 Sa?t2 21287 2 1499 est as 9965 7 M tt7 Sm76 3516 e nS14 8A160?! 3830 0 8430 0 Ital 1864 8523 4 8712 2 1111 28M3 as 8 4128 130e6 18J77 es Is t 8 17796 0 016073 170s 3 170s I 180sa 815lu ImS3 lu3a 00Mi 1 8901 flM? El
- 12 5 a 016C24 lbs)2 1539 ? 28 057 law 2 lea 4J k3 8206?$ 0 016076 M82 4 54474 G 080C 2 8798 2Il97 Et3 Nh, as e 22 054 Im31 IMSl &MM 2 e6% 2IlM N3 -G~
972183 8 016023 13E3 6 IK16 3e 059 But9 3560 8 as73 2ms) 2 leic tes 4J3443 S alW.33 12S? 2 'Ift2J m 0b0 980J 80863 8 5516 24891 LMIS as 4 084 me 0 ?wt i 00i6cn uc7 6 Iml n os le59 7 las7 7 sons 20m 2 sui E2 0 8 27494 0016CM ll?l 2 !!?9 7 30 059 10S4 5 108f 6 es e 44 0 82%497 0 0:6c39 109 5 Itht S 00*i2 2 8791 2s 31 82 8 * *
. He 03:6'6 0 016043 es' C 9ti l 32 053 10574 letti 8 061? 2019? ? 23a24 * .48 8 ,
as 056 10563 109;4
- f es s allatt 0 016046 326 5 926 l m ose 18532 10612 t ot PC 2 004s 2 0'W 'R0 ._
06708 I T99t 2870s at is e 8 3t'97 0 016 *.! 068 3 GLa s 72 0 C 38 4a 001664 38 057 10s40 1 09 :1 8 974$ 1990C 20W5 te s 014 3 314 3 40 086 10:29 RM30 us es:?te 0 0:60's FW I FW t 42 0st 10*1 8 ltPi3 9 8 07U 8 9838 2 0587 72 8 le s 0 44470 0 016X! 7174 717 4 S OE ?; 1970f 20t?9 ks 78 8 8 474i!
44 0e 3 1 05: 7 1044 7 0 0he I te lo 20s'2 Ms C C160L ? 6738 6739 44 04; lest $ IM56 0189$ IE7C 2 Dals Ma se e 4 50683 0 016C'2 633 3 63] 3 48 037 1944 4 1096 4 12 8 S $aM 3 0 0:6"? $9t t $9' s tc on 0 Os12 I N?t 2 0*19 asa es t 0 5 ? 7;? 0 0163f ? 30si) IM?3 00**9 Il3M 2 03*: 32 8
$6C 3 MC3 52 C2% 30st ? IM62 me 0 6;S!$ 0 016 V' 2275 010m 1 9147 20:44 ess Os t 8 61151 0 0iW93 4968 S?? S S4 076 10s5 C IMit 01Da? 1 9131 20!l) 50 49k s M C?2 los19 IMit 0 1075 1906C 2013t at te l S H813 0 016049 46t l 4673 St olt 37 0 0 74 M 004:0S aal ) 104? ? Il00 0 0 1115 I M70 2 00r! es e 34 9 40 3 GC Cia 1% 6 11016 O lli? Is4&; 2DCJ3 0 79 % 0 016111 414 3 416 3 32 8 h6 084 U 2 62 0:C 104? S IIC? S O ll&P l a '* 19te:
00mi' 2*? I MF% 64 0M ICM 3 lit 3 3 es e es e S MJtt 0 016;2J 37C 9 37Cl M 003 Sina Is70s 1 9926 se IC3& 7 11042 O l?6C I A617 1 9476 SI s P. tas 8 4 *s1to 0 016110 3Sc 4 250 4 1s70 10C 789 67 999 In)?I 1105 1 g I795 8360 Ita?g 0 064137 13f l 3): 1 M MS tog a see s l at td ! 0 016:4a 313 1 stil y1 M; 10359 1805 9 GIDI S hed 89776 at:s les s lau t Inge e llM7 0 016151 796 16 796 18 73 99 30D 6 11076 OlM4 lans 13773 ass e 138 0 82G3C 0 016:53 2SC28 280 3C 014C; 8 8273 I M's msg F5 94 4632 6 Bla l e l4J7 1 AIM 13626 ms Ut3 1 7750 0 016165 76537 265 M m3 27 9e 1931 4 llM 1 3 JSM 9 016:O FSI 17 MI 19 43477 5410S IM77 tie s taa g l a7% 0 016100 238 28 23822 79 9e ICK 2 tile 7 0 lbt? lac 2) Ist 8 lie s 15633 0 016:84 224 8d ??% 8%
81 97 S391 10?91 Illi e S ind? 1 7934 19ea'c 312 8 tne s Use 1 6309 0 036196 2142C fle 21 50?)1 1111 9 0 1577 17tM 194J 3 tie s 83 97 5026 4 8112 7 pd tie s I H?? tilll 1 7734 time tasJ &,
0 01670s 2C325 2C3 76 87 97 te?S E 1113 6 U28 1 7991 8 016713 192 94 19? M 01646 17H3 59139 37e p 1 997: 0 016??l 18323 18324 M 96 142:5 Ille s s leet 1 7813 .1 9?93 938 3 tr24 91 96 3423 3 8315 3 176 8 19%9 0 ?ll??9 174 0s 174 09 93 96 16722 til61 S lin If133 13?47 t> O IM O 2 tot 4 0 036234 3654) 16547 th t6 3821 0 litle Olkt al?6JI1H537114{s707 asl67 33 3 me
.
- 13s t 2 2230 0 016747 157J2 15733 17s 97 96 8019 8 1!87 8 2 Jaa n 0 016? % 649 p plu m 95 Igig ? 1118 6 8 1017 1 7795 19137 mes im e 24717 0016m 842 4c H2 41 loi ts SIsSI 87?l7 Ise64 taas 128 2 Md 7 0 016774 IM SS IMl? 143 M 80l? s lin s G iau 17:40 Ison ass !
131 0 2 7413 0 036?68 179 09 8016 4 317C 3 9 1918 1 7963 IDemo taa s {
!?llt im M 19:5 2 5121 3 timi laces laul tes t mi 2999? 00nM3 I?? M 7100
-' ._.?-
- u2e :=:s e0isx3 n7n un 10P M mM Scis t 3014 0 It?? 0 in s 019e% B 6910 lasts tee g * !
use 3 89$7 0 016317 181 74 O rci: 16sw lassi
. .- les e 3 3t%) 0 016122 le6 $8 11 76 In ts 1913 7 173 6 01051 8 47>9 lasic 3:2 e ess e 1
06 un a usi 00isan Mi u led 09 183 95 an M 501C $
logo im)
'1 74 % 4?ma BA6N la 769 95 0 '.Y ajn? Iml0 tam tais Mee 3 7164 i
- ' 00lsul 97es e787 57 % lens ? SiM I ttle 3900 0 0163$3 t? W 97 68 19 % Onse tsu6 less mes tes t 4 :G11 0016M3 S0 li 80070 alm 9 82183 lae6 B labs 4 tu 9 4 30t.4 0 016114 88 $0 fl M leDS S 5177 7 4 7716 B& Iso als
- Os M Se%7 873 % lens 6 IIM 4 mes IM e 4S197 Sal 6J64 3 42 00 83 82% 96 leg 3 4 18794 e??ss $ 6313s @2 66 ase 81251 1AMS 1AM maj tes e 4 7414 0 0163*S 2727 r 2729 127 96 gen
- 2 1130 7 as24 49772 6 016406 F190 7197 879 96 3 2318 l&lM 13est agg tes t 12374 00lWIP IgDi t lutt 32HS 56343 laeuf M 70 70 72 831 96 en g 1831 8 Mrs tes e 5 4623 telW70 6767 4864 51397 teB 6 1837 6 81377 1Asu 13en met tes t &nJ3 San 440 1597 0 1409 83857 13378 mes 64 78 64 80 3874 ilD e SJes) 1Jm2 1AAu as lis t 59t?6 80164Si $70s $2 06 9774 427M 0 016463 Mal M et 18797 9862 flW 2 SJ473 83877 8 8795 Eles SMW lM 98 9e% 9 llMS t >s t 0 6'Wie MM M97 441 98 Sta s llM S 8 290S IS7u 88754 GRis tus SGMO 001446 64 19 64 6l M399 $J437 198e8 A778 teus litJ 2J860 th? 6 .lM 4 SJua Is&ll , ales ma 8416494 S2JS 12m 441 99 mJe .
837 4 SJG00 13888 S 47 W
- see smes sas se sweesnow h
1 zer. , >L ,, . . . e . .e . .
. .:~. . .. . .
% T= .
1
.g f3W .x[ ?.l W
. . i
. ~
t
. e.
- TeMS 1. Segnare00d Steam: Tempeestisse TAMS-Cessessmed
- m. n is.0,
= w i, , in w m. m0
%. it 8. u i.0 =0 us. i us$ =0, e i 0 4 .m 0 8 S 0., *C = .m .. i 2 Ei. 'M
3 I",0.
?.i .O 5;. - a
'I 9 .
. .. ..m7 . .. .9 .
=
S mu ial
=> . _ . = = == .
__=>
We 38"* S3a0 ' 572 4 001 . 4 967 MSN I 31421 7 J>let 1294 .
?
. ., Wra G M7 16SH 137 5 3W Sun OS S 3842 9 18 JS2 )2WO Wie 368 3B 868 16M8 at $78?4 $b2 0$ 16 3643 7 ; 817 s7mS Wsa mg 50 60$ 16611 3s8 5 364 IN 06 4 IHa4 79 4 8952 l2831 Se m8 Ilabe SalM24 38 Ob4 36 970 30688 079 I 11412 10 W s2M3 M8 WI8 Il $?6 001M37 35 L72 31139 900 M Off 9 18460 82980 ten I 2768 me set 12 512 001u68 Si lls 31151 37218 0754 347$ GMCI 1 4697 32098 Ws3 3as t 13 % 8 0 016691 N IE ? 28878 176 14 0723 1189 0 SJCSI 1 4571 37U2 28 .
212 e H 6k 8 016719 M PB? M 799 10017 0 70 I alSC S B3121 I as47 17%8 212 8 _r % A '**
e 1- -
- 276 0 IS 9CI 8 016747 N 878 24 39a 30410 0678 1852 8 63181 J 4323 I FSCS 216 4 -
278 9 !? lH 0 016775 23 331 23 848 308 23 06S 2 11534 43741 lAMI t ha? 333 224 6 II SM . tan 6MS 21 529 21 54S 19227 06? t 11W 9 63300 140B1 1230 De8 fre e M t:5 0 016H4 2C 0% 2C C?3 19631 060 0 llM 3 83359 TJ961 I?3?C 3as t me 21 M 7 00168M 88 7t! 18 738 20C35 0574 1157 0 E3417 83Bd2 1 7760 3374 .... ,
.* IM I 23216 44168 % 174S4 17471 20440 GW 8 1169 2 0J476 IJ725 122Cl 338 e " ;V.N ' -
3st e 2s 9EI S 016126 16 30s 16 !?! 20045 952 1 116C 5 83133 IJ609 1 7142 MtSN *'~
Mae M 6?6 00169St il243 IS 76: 212 $0 M95 1167 C L3M; 33M4 I 7025 Me4 -
Pas e 29 79t 00169% B4 29 34 78; 214 SE $44 4 11634 036sl IJ379 I PC;f . .-Jet 8 252 e 3C 6!'- 0 C17C22 !! 3S8 13 3?S 220 t ? 944 1 Il68 7 4370t IJ?H I 69?? 262 8 fla t 130% S C170$$ 12 S20 12 533 22a69 941 4 1164 1 83763 IJ1Sa 16S;7 ft4 8 Met 25 4:7 S Cl?M5 11 745 11 76? 228 76 9325 116* 4 0 3t:9 130f! 1680 Ste t 264 t 37 ba O C17173 Il C?S li re: 232 8? 93)5 1168 7 430'6 12933 16&;l sta e Mit 4C SCC 0 017157 1C 3S1 It 375 23t 91 9331 Il?t t 0 3937 128'1 167th 348 2778 42 2a' 0 017193 9 736 9 7SS 24091 9X3 It ?! ! 03M7 12735 167C2 272 8
)
27s e 46 141 Sc17228 9 16* 9 16: 245 02 927 $ 1172 S 84W3 126C7 IMSC 215 8 fet t 49 2>" 0 017?64 8 6?? 0 644 24917 924 6 1739 04MI 12 SCI 18M9 3EB B 7ea 8 S? a's 0 017E 8126: 0 1:33 253 3 921 7 ,175 t S alta 3239$ 16 Sat Ita l Isa s $$ 795 0 01734 7 6&M 768:7 2514 918 9 .l ?t 2 04?CE 12?9: 16892 Nel 7s; 8 59 W 0 01734 72 X 2 724?) 26: 5 913 6 1774 04M3 1218s 16445 25: t
- 296 8 43 064 0 01741 6 &?S t 6 6433 265 6 913 C 3174 6 0 43;7 120E ? 164X 396 8
-- 3ss a 67 0t* 0 C1745 6 4483 64tSt 269 7 9100 1175 7 08372 t il'9 1 63S1 ass e sen t 71 119 0 01749 6 09th 611K 2738 9C? C llE 9 0 4426 lis'? 16K3 345 mas ?$ 433 0 01753 5 76S5 5700 2780 004 C 11820 0 4479 11776 16?M ust 212 0 M 9t3 0 01757 sam 6 S4742 282 1 001 0 1101 04S33 1 1676 1 6708 me 316 8 Os 644 0 01761 51673 516st 2M 3 M79 I!N I 04546 13576, tal62 348 37e 3 M 643 00144 4 0961 4 9138 290 7 098 8 1195 2 046a0 13477 16116 ERO an e Os 426 0 010C 4 6418 46MS 29a s 0916 1886 ? 0 469? 11378 16C71 SM8 3rt e let ?at 0 01774 4 4030 4 4?C4 294 7 008 5 Ill' 2 04745 117t; 16c;S 3pt s 332 0 10i E F 0 01779 4 1788 419M 30? 9 885 3 litt ! 04798 13183 IS98: 3I78 336 8 Ill &2G $ 01783 3 Mal 390$9 307 Os:I lits i 844Sc 1 10:4 15936 3m3 3se s ll? 997 0 01787 3 7699 3 78'8 311 3 0758 llE l 049C2 IM90 ISH2 asII pa8 17443: 0 C1792 3 5814 3 6Cl3 315 5 875 $ 189; 0 G a9Sa lessa 15449 ans e . . -
@ kas 13! )42 S Cl?97 3 4078 3 4?st 31s7 8722 Ill; l S S006 18799 IS&X 3as 8 "- M *M.. ' l 157 0 13130 0 C1801 324:3 32603 2?39 068 9 lit? ? 0 50S8 1870S 13763 362 8 348 145 424 0 0190t 30863 3 1044 325 8 00 1 18136 4511C 1 8611 1372) 268 met IS3 0:0 00181 2 9312 2 9S73 332 3 062 8 Ilw a 0 5161 1 9517 M4't met l les t 96C 903 0 018:6 230C2 23164 336 S 0$8 6 l195 2 SS232 5342a 3 % 37 ma8
- . Sne s 869 313 0 01821 2 6691 2M73 340 8 SSS I IltS t 0 5263 1 8332 1 095 Ret 873 8 IH 6a8 0 0iL'6 2 Sabl 23633 346 0 051 6 1196 7 0 5314 1 8740 ISS$a 3778 3M e 386 517 0 01131 24279 2 4462 3493 Sea l 11974 4 5365 1 3148 1.5513 216 8 3BI S 195 779 00183E 2 3170 2 3353 353 6 044 S 1198 0 0 5416 15057 I Ss73 met I asa s 20S 2w 3016ai 2n20 2nos 3S79 esc 8 lits ) Su66 Ona ISar asa t 1 38I 21$ 2?C 0 016a 7 21 26 2 1313 3622 4372 8199 3 SSS16 0 9876 I S3S: aus t
)
328 2?S $16 0 01853 2 0184 2 069 366 S 833 4 Il99 9 IS%7 0 9786 1 53S? 228 me 3s8 2M 193 0 01858 1 9791 1 9477 370 8 Grt 7 12tm o 63617 0 969s 15313 l
. _ ' . . - - " .- - i 50 M72S9 00186a l ated I E 30 375l t?S S IMlO O M47 096c7 1 5274 et . . . _ .
I mae 258 775 44187C 17640 3 7en 379 4 822 0 IMIS 0 $717 Still IS234 ese ee8 270 600 8 0187S IMH 17the M38 0182 1701 9 $ $7M 0 98?9 ISitt age 9 413 8 3E789a 0014t! 8 6162 3 6340 281 014 2 17C2 4 8 5016 0 9341 ISIS 7 aut sul 2956 9 uiw IMu ixSi m2S 8102 unr 8 Gms 09:n une en
- ein Ste no utew imos t em n69 006 2 Imi O Sm ems n00e est e.8 In29i uit0e low tun 40 0 On2 2 iMat Sma Own im? ese ce8 336 443 00lta 3 3591 I 3767 40$ 7 798 0 1703 7 0 6034 43980 3 Stos ce8 678 351 00 0 01913 13C2M 13?171 410 1 793 9 IMa0 0000 SetCJ 1 8986 028 eia 3603 0 01919 124487 IJ640b 414 6 709 7 1200 2 0 6112 6516 189 3 ett an mi S4 um nmi inw m0 me i7 4 um um nMe mi man mM team non n6 06 an$ un iral 06n0 Sm43 neu ..
ene a 484 M 88lta0 I la?l2 1 17152 478 0 776 7 IM47 06?M esSS7 8 og15 ese e on und wiwr twee tann u2S 2n3 i2= : Sues twi un en SLA 4G T3 6 01964 841118 143s72 4378 M73 12 0s 8 843M $335 1 4741 e68
. 40
- a
. :b .-);gia.-
. . .+ .? <.l .m.%u W :::. :n .:J. M ~v.% :.-.-7.-C.= Y ' ;"' '
~
.- W-., ~:::-..
, o
T W R t**."* M Y R .Q ,& a E
TeMe 1. Seeuested Semem: Tassesseemse TeMe-Ceneesseef as ensu semhc seesme M Leerse7
' Set ~-- Set " Set Set See One tems less se ps.
Laced Esse seese Laced imme 9meer Laced Game gear sees fees se en as e, s, 1s, e I e se % *a he s ee e ells S W es ame7 io61 78 sf 4e6 8 6 7 3 7 SLs b es3 man u iges 352 Se7 e & ?> W m ga33 1976 4 62 J i 88
"- *
- 3ens 3 W467 Seitet Ge3 W
- ent!! $sigel W
me e.
e.ei n .. mo. an tma tien im aus
.si e73 s E
Sys t 7
i ._
e s
7m i
as 7m lanes
- l. _ Etas _ .
.m>
es $se te SePe:7 e7 Mat $n6ss e?:s 778 6 33e31 457e3 enis 3 anc7 m3
. era eI3 e3 Se7e16 e7e7ea &77e2o 887C34 sam 6s 82eie0 5 32 FIM lael f GM42 42We 1437e W . .- ,
ma miti e879 n43 13e72 Sasso eMd3 1513 mes esos m et es?os3 &&ssas &&74t2 een e7m> S am esas on e iss n enron esnu e4etsi aan seio pei t me esp 73 40 es?o62 e nes30 662ss' 4975 3e3 7 12ci l esse? 3 777: larse een mes vec s e 7en efies lani ens sun wn ec:c72 essm esc:sv sc78 es2 7 li9hs 47ess EPeet 1 41:3 WLs s4: 74 76 s e2osi essts? &MC's ee?ott e 53us essts( st?e M78 1199 0 e 7133 .J 7eil Ialas mas
~ w ., $ .w , .
ele e e12 53 ens 2 essa s ain mas su s asi es senc: uscia esm6 si6e esti lia r gas A e7c 31 se7:l? s ats43 G srtM s23 3 67s s lis7 3 e 723: easM IE 7c
&7s p 526 : eill litt a e 7?s: . e67s? 1E37 m7s s3:e set M oc 123 e 47947 esoc?C e 732s ts4&s lJ9s3 ens e3: 37 ac:IM 0 46123 e as:sf 531 7 E36 lits e 636 e '-
c 07:46 0 44 M7 e46sli 536 : Es75 uta 3 e 737: elsn _13tsa . san s kee we eC 79 e= :: eens7 cann outu sa: s su 3 mi e )an ours uns was . . . ,..
ac?t at ecd 6s c oloas e 41:17 sa6 9 Wsc lit: 9 e 747L e 6M IJeft eso s was 63s s Ji9L t e 7s21 4 s311 kJsi! e62 s saf e 10C sl eCDs? eJu ?9 e dl6M ss2C enn esm Im7 - ess a su s m s' ecaw evne saw ss72 6:2 c uns2 11D u e c:7CT 0 3050' eja'ne %24 523 3 1137 7 e 7En e stl? IF57 eee s e6s s e c:::. e sscas em:: *7 a sie s lis< i e n:4 e 60si was ou a me n 7. :- sus su s nus enn em: utn esa s use er: . om4. e s>5's sns sne ira n ec:n e ct:n, e nan cum 57s 3
$$n son s sis: 7 w2 use s enn e sess Imu enn e s766 uu: sus sFis us 74 o c:7.s cJiic cJun ocnn ese arm seu ws une e n's cun usse see s on e su e tax 17 l y. -
e c:29- e n's3 e 3ic4i sea s 5:2 a n >6 s enn esse: ur e n's e sass new sea s su s use u.:: ee:m svs* erts s too 947 n >4 6 we una ec:3:s e2ws. c2sr: 6cs v au s una e sc3: esm u4x seDs: esn3 IJ3n sa:s een e st4 0 las s e C2us c>sen 02777c Ell e sse s 1:7c 2 ses e tsa3: eenu emu em47 sin sses uso esiu esm usr on e saa e IW' e c?):? e23174 c2s79 622 9 ss72 Insi esist e sot 7 137sa ess a 533 6 lit? a e::C e a95' 1 323s mes aos s isF 3 e c:di.: C2D64 CJa7F E7f P en w s een uisc sus sus m:: een:2 e 7:ui esms su s sto liu s 173s s to2444 02asl6 027960 640 s sls 6 lik e asus e 4754 W14; ens s13 6 im+ ennu c ises emet pts too us37 e sc3 suas .uer sPe s sn a auss sess3 uca: ens me isnt ecnn eien7 enin eat s neu ss,a ss 3 i aso Imi esus eu?4 usu e7 a an e m:a e enis, eine:
alzat ee2c3wnsu? e3:e me mc sens us, sua 476 4 1:4:2 ass? nui s es7: eens lisu em:s earu us7s e3s e s3s s rec s seat ei62n aisn:
ren , sents ensan siet:1 asa s nu? esm estu uan eso s was sn,t us aan une esa s we ins 3 scan 0:464: eints su s an i nia c esm e stat ese:S oms un,c:
la was uns sin : een9 e in 7t eissu e ssa e3nt law are l
sais ms: e ens' e t3:n c iss:s oc27:3 0 :23 7 c islis rac e sis) in 7 e ss31 eJ6n IJs47 Was
- ABEaWic**
sue 7L7 7c7 4 40s ? laill e e*,'
,.u.
- - - - ~ - * - ..w -
ans e 2xs7 sen6s en60 elust 7:4s zu1 uc7 e sisc7 usse see e oc2sli c losa? s i37s? 772 9 3777 lia: 6 em e3341 lists mas 743: 2 f eW 8 su s am i so ssa csoic,iis o nce' ms an mi s, enn eine uur etni amosa uru mas ens l me ruas ecmi sis sinn m2 >$7 ness 87s s FEM : 4 S2970 eJerf9 e li?69 74s2 s?ss En6 &S:sf E2017 IJI7s ens t
ess e rioe t eenen o ne'se enn7 nas sten sesa s seus ame nest en s eu: 2n i e c3.is e crus e io40 ns rec 2 tesa a e t=47 eiu? now mea i
es3 os c o6m s o* 7,4 nas nar near e etsn e2n7 ns72 use l eso s res's esms oorp oosne ines son isn 6 s e6x eme uraa mis sus asu s esas eisat 3 :5e1 ens mas son s asun sosus sonna aos e rats leir2 sou s ennu e aus7 eenis ena In? ves o net siese unc am e .
- use ene su 7 en e n46 lin? sers nrs stun ocnn notes 7 S mas sisu m72 eosion eens; so6m es4 lo:o est r l mo,t eie sosn neas mee
=.
enan s onos aesno ano si4 sua la3n aesn leess mes mis sms so6e as set e Is.tr escoo Instz me n- - - - - - -
mi o- 32ee sosc7 eeoooo sesc7:
'Cntoi Ismessatere u.
1 .
7
,..,y.,,,; f '.
. : .' .s: , .. . . ;:. ,. '. ..c.,- Q:.~, '& ~~
. ~~.*C.'.'..; y g~ Q% & .p. . . . g. . . _.
.a. ....I w m y mp-r --n . -.. .. v- 7 - - q. , Te :r f.fw'w ..
7 .. %.<-. m~ ~4.
-Wb v_.v_ w; a_ f a.. C, 'A..,,m-v."% d
, . ~ -
) .
Tame 2:' 50eurated Steam: Presemo Tame . M As elett 30ecasa sessus sente, semp,
- lese Set SSL 8 01. Set. Sa tal as fuess . I paat ist p
Itew i
LaGund e,
Emme Og We,ser
, I Gute Ine , p, ,
loud 0,
Este e g, tager ,.
Og : 8b4,0 la 1
. SJ 323 22 I 074 .*
e u.B la M174 L12 M
t - .SSS.
l 3 6 ,I06 3
.n
- Lla25 7 --
0161M 3 39 3 73 I On B '
Ll3M a 18SS A781 la .
La SW24 01p07 IS PiSI? 20 33 323 016S92 40s 9 31 I w '3e9 J Sta 4aa3 63 ,=,.,,.
Stas 12 00 016719 782
. l 420 li ?WB 126 1 43 3 1 .85 '. Mal . se 79 na -
I 17 3 90 5 l ut!2t saa? ..2564 tam ns 1333 0 016726 14 ,
12m 30121 97 30 9 I L il37 1 4415 .
2bS2 33 38 s 227 M &016De 38070 30 087 30627 50I ilM 3 43H4 13962 1 7320 Es as 2SC M 0 017009 11 72% 13 3436 218 9 OsS 2 IlW I SA42 13333 S M95 33 es 36725 00171s t 30 4798 le e90 236 3 033 6 1169 8 1 3611 12ses 167tt as 1 me 2:1 C2 00lun 44M7 S Siao w39 04:12 as
_24_l
. 2Sc 2 Ilu l Isen 16 Sat as tu P1 40lns3 2nc 7pM fu s . 015 4 lin 6 O c?3 123st- laa4c as v . 2s 3C2 93 0 017482 &ls75 EJ950 2727 007# 11006 0 4811 1190$ 3 6311 ma gnassense as 312 0e 8 037573 44SM * $ 4711 - 28? ! 000 9 11833 04SM 1 1675 1620t me as 32C28 4 037659 43U9 4 8913 29C 7 246 188S 3 0 4643 1 1470 1 6113 m3 teo s 32787 0 017780 4 4133 4 010 290 5 m46 11872 0 4743 13264 16C27 Bu s 118 3 ba M 0 01782 4 033( 4 0864 30$ 8 m31 3188 9 0 4434 t ills I Seg tags 171 3 M:27 0 01789 3 7057 3 7273 312 6 OM8 l190 4 0 8919 1996C 15879 tat.. -
. - "j las t M133 O C;7M 3 43W 34%4 319 C 8728 1191 7 0 8996 1981$ I nt:1 tu s _
us: 353 0s 0 01833 3201C 3119C 325 C 06t c 1193 0 S S071 tw a 3SI 4 ? 0 01809 7 9958 3 C139 33:4 063 a Ilta l 19681 IDSM
~ I15752 M9:
- 848 8 use M3 tt
$ $181 tte t 0C181S 2 8:M 213M 33( 1 . OS$ C l1911 S S?:t 1 0435 ISW: tes s
. 1783 364 0 S Cls?! 26SM 2 6738 341 2 054 8 llM C OSM6 IC322 ISt1 17s t ist : 373 Ce O C10 ?? 7 Sl?9 2 S312 346 2 0% 7 :llM 9 0 53?t I C211 ISSa3 tse e tes: 37755 2 C!I33 236a7 24CX 3x5 Sat ? l197 6 0 53&c 18113 13854 tes t les 3 38: l' C 018M 2 262s 2 2873 355 5 Sa2 4 Ille 3 0 S4 38 3 001t I SdSa 3se a 21s t 381 9 001644 2 16373 Ill?IF 3M9 SH 1 1199 0 4 589' 0 99:5 I Sa:3 fig s 2ts 3tt il 0IsW 2 06?79 2DS(?9 Ma2 835 4 IIM E 05M: 8 9BM 1 5374 37e s 73t t 3937: 0 0115t 19799: 199pt M83 831 8 120C l 8 5S84 0 97af j
39? M I S3M 338 0 Mst 0 0:560 189925 1 91765 3723 826 s 32006 GMM 0 %45 I S?96 4009' 3se t 234 6 C C;tt! 132852 las317 376 1 0?t t 120: 1 S M ?9 e ttet I S26a 3te s nat 43 48 C 0:67C 1755a1 1 77418 3799 &2 t t 12C: S 9 5722 0 95!f 4:78: 1 523: 364 3 77: t C Cis 75 1 69137 I 71Cil 3434 818 3 12C: 9 0 9433 Fac t all t? C C;6s 0 S 764 8 $19' 278 B 1 63164 16SSa9 3871 813 1 12:? 3 0 540' 09h: IStu msg tot e 414M C C1865 1375$? ISME2 39C6 812 C 12C2 6 0 Maa 0951 1 $133 3es a ser s 417 35 0 C..M 3 523&a I $4?74 3H C 808 9 I?c2 9 0 See? O 9223 1Sica Est I bct a3t ?) C C19 42 130t C I J2SM 40' 4 7W 2 12Gs 0 0 60 % 0893 l agd egg 3 a44 60 0 CilM 1 lal62 88609) mes 424 2 760 4 120s 6 0 6217 0 86Je I a&4: ens s
-. 4Se e aM 25 0 01954 1 81224 1 03179 4373 M75 0 060 set t 46701 0 01975 0 9c737 0 9276' 1204 8 0 83?3 1 4738 ess 449 5 MSI 1204 7 G W9C 0s;4 1 8635 ms tsa a 4 76 W 0 Citta 0 12153 0 841H 46 6 743 3 120s 3 tull eMM .I4W7 tee e seg 444 2. O C2Cl3 0 74962 0 4976 4717 732 C !?C3 7 0 6723 0 773s I eall mI su e eld 89 0 C2C32 0 64411 07543 44: 9 ??C 9 1202 8 8 6828 3 435; 0 020 %, 8 7552 Wea 3ss a Sc3 C4 8 63505 46SSM 4916 7102 12Ci B SH28 4 73U 1 430s as 7ts s $1t 64 0 Crot9 0Sess? O 609a5 50C 9 699 8 !?0C 7 6 7C22 0 7210 1 4232 see ase t 51121 0 02C17 8 5a8'9 O MJ 95 Sos t 6396 .lM a 07HI 0 70$1 18163 ms 280 SM id 8 C210' OS!!67 013X2 Sit a 6795 .198 0 8 719' 0 6t09 140% tit t ets $3191 047%8 SS005: 57t 7 .lM 8 SW 3 S38 h 0 C2123 0 C2141 e eSot.4 04720' SM 7 4657 k0C lita ?
0 7275 0 6753 1 4032 ms O 73St 0 H;2 13570 38I test 8 Sad S! O C2159 0 4243t 04aw S42 6 6x 4 192 9 stSt t $% t3 0 74 M 0 64'6 IJ9:C test S C2173 0 43C47 04:274 $% ) WOS .191 0 0 750' OEM8 1325 Best gp 11st t SM 20 00219$ 037sE3 080c52 5575 631 5 199 1 0 757f 0 621f IJ7W 17m g J.:.t*A : ?./
nus Misz O cnia 135:59 0 3ac73 SW s u22 II 7 0 e nd) 0 60= 1 1373: 37ts 17ts t M719 3.42232 0.34C13 03624S $719 613 0 llW 8 3 7738 R$9st IJ683 las 12Ss a 572 38 0 02MC SJ230E S34SM $75 3 6038 Il82 6 0 778C 0 SSSC IJEE IIIe a 13es s 57742 0 02269 8 30722 0 3295: Sais $94 6 11802 0 7843 S $733 IJSD 13Is t 135c s 54? 32 Oc2288 4 19250 0 31537 Sl? 3 S$$ 4 11774 4 790L 0 %2C 13SM that tas: s $87C7 422M7 0 27871 830175 Su s 576 5 1175 3 0 79u 13e74 lass e HI FC 0 02327 426584 S SSC7 tes 0 29913 00S 3 M74 11728 S E26 0 5397 IJa23 tele s tier e SM 20 002M6 12S372 01N39 til 7 558 4 .170 1 0 1083 eS288 - 3 3373 tels e ISss e 40C S9 002M6 014235 0 26601 618 0 589 a 1474 tale? e 5142 1 1324 anse tese s 80837 0 0238? SJ31H 02SSa5 624 2 sag 3 .lW S O SIM 0!C76 IJ27a tags tese s Sc9 0$ 0 02437 0 22143 02eS$1 63C 4 S31 3 1161 6 O s?Sa 04571 IJ2M uts e tien s 61333 0 42428 421178 41360 636 S S22 2 IIS4 6 0 4309 040E 7 331:4 t3ge t
~~
. - t?Se t 61717 002a50 0 20'63 0 22713 60S S131 1:55 6 SSM3 0 a765 3 3129 gige um. us er G uari 0:9n0 02:0n us5 303 8 ohn een Sour tw9 ==s t 67483 9 02495 O ISS% 0 210S? 6ws 49a 6 1 49 0 08M1 IJCM i2t M $ 0870 test B u C2Sl? 0 17761 010??8 h04 4852 I aS6 0 0522 0 44S9 1J901 me s I 43222 00M41 66995 09%0 466 3 aMs I a2 0 0 0S74 0 43S4 IJ931 me s
- s en t0 0 02 % S 162H 0 8831 6721 466 2 3 l38 3 GE2S 84?% IJ081- mes t 642 76 0 02615 144t$ 0 750 : 6818 446 7 1:30 $ 0 8727 0 4053 17700 Ital 3 Nee tag at 0 02 % 9 813F03 0 UF2 69S S 426 7 1 222 00B2s e3643 IJ64 mme 33ee e 666 3% 0 62727 0 82406 0 lS133 7072 406 0 1113 2 0829 0 36aC 1J%9- ma Seel s 06211 8 02790 Ell 287 0 >4076 219 0 ma8 1103 2 SE31 83430 IJe60 3es 3*
3ee t G6811 5420tt 00?O9 0 13068 731 7 3616 19933 0 9139 83206 11MS =
2 00 me s 67391 0 02938 0 09172 6 32110 34a 5 C37 6 1082 0 4 3747 0 7977 IJ2M me e flag s 679 53 0 83029 4 00165 0 13898 7573 312 3 8069 7 8 13 % .417al IJD97 lige s me t SM M St31M 0 07171 0 38305 270 7 stil 8055 8 00e68 SJe91 1 1958 me mes WC22 00320 0061$4 000s70 30% i 25s 7 3039 8 Seap 31215 !!ac3 me ms g OBS33 GSM25 0 05073 GNSE 801 8 2188 1920 3 8 9725 41091 1 1619 mt sam t 3E28 4 03641 4 63773 8 07432 024 0 369 3 053 3 tesI4 0 1460 1 1373 Seu e Wat 30b os 0 08472 8 01191 00tt63 07S S 36 1 031 6 la3Si teet? 1532 Was 3g12* 30647 42078 885000 00hS75 006 0 SO 906 0 1512 tesco 1A612 aus2*
'dtatuce: Orestare '"
- ::'... h... ... -- - e n ? ro.~~w- - Sw . -
-~~~ ~ ~ ~ ~ ~ V v * % ~.* '
ww.us-w w w g+ ;_-- ;pg - - -
[q :g ;i_ ..--
2d, ,5
- 7. _:
'? muess /Thornes4sendes of stesse .
o Ii 1.2 1.3 14 15 1 as is 24 .2.1 22 g
,. A N/ hU/ M Jl 1% i .) I X I 11001
,_ l
+ ,,,, Ah3VTA / N HI///'Y ,,,0
/ MDbyA / N/
i / 7s ! / 1060 V /7 s / /M /
/T% / 9* >
/4/2Sok / N ///'%1 ,.
/llW'NI
,. ,0 7 7s / / h! I i e0b '
,, N ' //l' % )_ ,.
,,s0 [/EN/'/// K/ f N/
@U$ / l 'wl
,. /M//M'T NJ f%1 / / / / / / NW 1250
- ' 12,0 1200 , - 1200
! ... 9////14 @?'s'7W !
1100- - .
mwnw w M'L77W'WMfY7 '"
. ffMNMD54 ,M '"
hWKM&M
~
~
- J.E/M&WM ~
! L0 'A%%67>(M
/ -
\ JWMOWW 1.0 13 12 1.3 1.4 1.5 1.6 17 Entropy. Bru/ b, F I8 1.9 2.0 4
2.1 22 2 Mollier diagram (b-s3 for steam.
-86/07/01-HILLS, D.
ANSWERS -- UNIVERSITY OF MISSOURI ANSWER A.01 (1.00)
P=P*exp (t /T) 500,000= 100*ex p (t /30) in 5000=t/30 t=30* W' GGir seconds = 4.75 minutes (1.0)
I' W k.Z X REFERENCE Basic Reactor Theory ANSWER A.02 (2.00)
- c. F-2nfinite as the mul tiplication constant for e theoretical rcactor wi th zero 1edage. t'-ef f ecti ve t al:er into account ne vi r ont 1ot t due t o s1 ov. enci fett l eal age (1-eff = l-inf +
s ; o.- and f as. t non-lealage probability.) (1.0)
- p. l -e:: t et t- = ,-<tiettive-1 = 1.0795-1 = 0.07c;5 de)ta L (C.D'
- c. heactivity = (I --ei f et t i ve-1 ) /i - e f 3 ec ti ve = ( 1. 07'7C- 1 ) /1. 0795 =
0.0736 delti 6 /i (0,5)
REFERENCE Eat.i c R e. at t or The:my ANSWEF A.03 (1.00)
The fraction of all neutrons in a given generation which are emitted from the decay of fission fragments at a significant time after the actual fission event. (1.0)
REFERENCE Eac2c Reactor Theory
- M W?7
-86/07/01-HILLS, D.
ANSWERS -- UNIVERSITY OF MISSDURI ANSWER A.04 (2.00)
- c. There is a " prompt jump" increase in neutron flux due to the immediate effects of prompt neutrons. (0.5)
Power then increases on a stable period the value of which is determined by the amount of reactivity inserted and the delayed ,
neutron generation time. (0.5) l
- b. Following a scram there is a prompt drop in neutron flux as l p-umpt neutron generation is stopped. (0.5) to Flux then gradually decreases as delayed neutrons continue (0,5) J be generated from the decay of the precursor groups. l I
REFERENCE Bat 2c Reactor Theory i
ANuWEF A.03 (1.50) ,
- e. rs at < c ni of 1ou ener 9 y hcvr the hiohett probeli)iiy of can i ng Most neutrons are born o' high energ.
fascion in the fuel. (*.O)
The c.oderetor r e d u t e t- thc nc-et r ori enL oy Ievel.
I e a 1 t- .
- b. (1) 1o . mest n u mb en (O.Si REFET.ENCE benic Recctor T r.e ar y ANSWER A.06 (2.00)
- a. Felte (0,5) - After reaching equilibrium the remerium concentretion remainc constant. (0.5)
- b. F a l t r- (0.5) - It may be xenon f r ee twt semariur will not ce:ay away. (0.5)
REFERENCE Bauic Reactor Theory
ANSWERS -- UNIVERSITY OF MISSOURI -86/07/01-HILLS, D.
i 1
ANSWER A.07 (2.00)
- a. Core reactivity is decreased. (0.5)
The temperature increase causes a density decrease in the moderator.
- There is less_ moderation and more neutron leakage which is a negative reactivity effect. (0.5)
- b. Control rod worth increases. (0.5)
As moderation is decreased and the probability of leakage into a control rod increases, the effectiveness of the control rods increases. (0,5)
REFERENCE Basic Reactor Theory fi ,0 [' . ( ! b
. *i (7. nf*)
- s. [ 4 - (- N(. [tO V i OC afid f I u!' 14 V t- 1 i f 6 L i t U Fet ' ;i e t i DFi . WT IC 'il [rCi M " 3 (- V L 3 co.tinues to i nc r e;-s e and per i od remains positive a i t t>r rod
- w. t hdr swe 1, thc r e ec t nr is super c r i t i r al . The t : act ceitital porition is difficult to di4ferentiate froT. subcritical nv: t i p l I c e.t 1 of . . (1.0)
L, . Not valid (0.5) - The count rat e at critical is a functio- c4 cterting count r e t. " (source) and the shutdown rna r g i n . Alst stveral mon t ric l atr r bur nup , poi s oric , cod any chanc;es in e>: p e r i men t s will have some effect. (0.5)
REFERENCE Basic Reactor Theory ANEWER A.09 (1.00)
REFERENCE
- o. 50 psig (0. 5)
- b. 297 degrees F (0.5)
D - - NMA5TWIW35f ?
R__. ___- - __ ______ .
ANBWERS -- UNIVERSITY OF MISSOURI -86/07/01-HILLS, D.
ANSWER B.01 (3.50)
A. Control Blade (0.5)
B. Small Graphite Reflector Elements (0.5)
C. Irradiation Elements (0.5)
D. Beamport (0.5)
E. Fuel Elements (0.5)
F. Beryllium Reflector (0.5)
G. Large Graphite Reflector Elements (0.5)
REFERENCE MURR Trai ni ng Manual , p. I-2.
ANSWER B.02 (2.00)
- n. Net ti n.: n i n.. - pr et:t ur o tc. ent.or o s.uf f i c i e ni c.. ie b r (. i : t he ti r hc t c! .ou l d a double ended pipe rupture occur. (0.5)
M ,- : i n e r- pr t Lt ur e c.ut i be n ai rit ei ne d b e l ov, t hr oper at i ng c ce e pressure to minimize possibility of air l e s ', e g e into the pr imary c oci z nt due io 1etiing eriti e i phon val vt t . (C.5)
- b. Maneally introducing air from the f acilit y air surply ( 0 . 5. ' and ve r.t a ng the t yr t en. through per ti c ul ete anti c h a r c t.i l filte s. (0.5)
REFERENCE MURR Tr e i n i n c; Menusi , p. I-29.
ANSWER B.03 (2.50)
- a. LC925A vents the tant through v c-n t vel ve 552A on low level in the vent tank. (0.5)
If water level continues to recede LC925E operates a perellel vent valve 5528 (0.5) and initiates a rod run-in (0.5).
- b. E >. h a u t- t linc divergec to parallel paths each conteinino a str ai ner ,
check valve, and solenoid valve (0.25). Exhaust line conve ges and passes through pr essure regul ator (0.25) and charcoal filter (0. 2E) and then to the pool sweep (0.25).
l REFERENCE MURR Training Manual , p. I-31.
U f W h HM fG1%%E:dR'WC;ibsD++QP f*(M '
ANSWERS -- UNIVERSITY DF MISSOURI -86/07/01-HILLO, D.
ANSWER B.04 (2.50)
For valve 16A, loss of electrical power to either Schrader valve will vent air from the actuator (0.5) and allow the spring to close the valve (0.5). For valve 16B, loss of electrical power to either Schrader valve on the open side of the actuator will vent air from the open side (0.5). On loss of electrical power to the Schrader valves on the close side of the actuator, these valves will supply air to the close side (0,5) from an accuml ator tant (0.25) supplied by a dedicated air compressor (0.25).
REFERENCE MURR Trai ning Manual , p. I-87.
r ':MTF E.05 (1.53) c., 5' ,1 c hcdt 'O.5)
- b. F jul at i ng Fed (0.5)
- c. S'il e Rods (0.5)
REFEREICE M J Nis Tr a;r1nc Mc .ve.) , p. . II-76, I -- 7 5 .
ANSWER B.06 (2.50)
- a. Pr i mar y - To provide pressuri: ed non-contaminated gas to the pressurizer. (0.5) 5ccondery - To act as a backup to the air in the val ve opeating system. (0.5)
L. Autometic sv.1tching of ber 1 s (0.5) et 1T0 psi g (O.25). Nitrogen System Lev. Fressur e alarm on annunciator unit in control r o c. m (0.5) at 115 psig (0.25).
REFERENCE MURR Trai ni ng Mar.uel , p. IV-1, IV-2.
-86/07/01-HILLS, D.
ANSWERS -- UNIVERSITY OF MISSOURI l
. ANSWER C.01 (2.00)
Natural convection to pool with vessel head removed and flanged port open (0.25) - Limited to 100 kilowatts (0.25).
. Reactor loop pressurized with only one pump and one heat exchanger (0.25).
5 megawatts in use (0.25) - 1850 (+50,-50) gpm flowrate (0.25) -
Reactor loop pressurized with two pumps and two heat exchangers in (0.25) use (0.25) - 3700 gpm (+50,-50) gpm flowrate (0.25) - 10 megawatts REFERENCE MURR Hazards Summary Report, p. 5-1.
ANSWER C.02 (1.00)
Wi C. e s t t' v. E i t' tO l' y'p a i i iht ( co O r et * +] t i og 1n i C i v. El i I f (," r *1i} p t e s t- J r f . (O.b- bliferEntIa1 { F (?'_ G' t r e s.J i t C h 9 2 'r E 2 QI e l v.1 1 1 CavEe trip r. : t t e r ( e t. h f l o v. Ec r an Lctpoint. (0.5) REFEFO. E MdTJ 1 reining Minual, p. I-2(. ANSWER C.O! (1.50) Changes in reactor reacti vi ty due to beamport activities such as draining or flooding a beamport. Exporare of personnel ta radiation as a r esul t of meivement 5 of shielding or inadequale sf s l el d ilig . Rel e cte of redioactive g e s e t- such as Ar -41 which e e produced in the b ea rrp er t . A production of explosive or t o::i c materials in the beamporto. (3 required - 0.5 pts. each) REFERENCE MURR Training Manual, p. I-20.
Rff%M;UCFr.+rrq;,]s=6N >u[e -5: T7 3 km,";p'd.-4 ' ' " ' ' 9 " 3 b PAGE
"" 7 23
*"1l
.,C__. SE9ERAL OP_ERATING_ M__IS_T__IC_S_
ANSWERS -- UNIVERSITY OF MISSOURI -86/07/01-HILLS, D. 1 1 ANSWER C.04 (2.00)
- c. Flowrates were adjusted according to the composition of the special reflector elements in the reflector irradiation area such that the pressure drop across the reflector region is kept constant. (1.0)
- b. To remove core decay heat from the reflector and experimental facility. (0.5)
- c. To allow oxygen and nitrogen activity to decay bef ore coolant water is returned to the pool. (0.5)
REFERENCE MURR Training Manual , p. I-38, I-39. ANSWEF C.05 (C.50)
- a. 1Ja dt p e. s r (c. m
- b. F~. (+100,-100) cue (0.5;
- c. 2 O ? ;- 2 20 > ptig ( O . ". )
- d. 105 d e g r e e-s C ( 0 . 5 'e
- e. 7.>-45 psig (c 5)
RErEFF r>CE SDF /1 - 14, VII-54 ANSWER C.06 (2.00)
- a. To ensur e that the reactivity insertion is less than that which would cause fuel element fai1ure. (1.O)
- b. T r.c otncr e: per i mental facilities are decoupled f r om the reactor b y tr e e n s o f the berylliur reflector and thus reactivity effects ar e tni n i mal . (1.0)
REFERENCE MLiRR Tr ei ni ng Manual , p. I-12, I-14. l t __ __
2, ANSWERS -- UNIVERSITY OF MISSOURI -86/07/01-HILLS, D. ANSWER C.07 (2.50)
- a. positive (0.5)
- b. negative (0.5)
- c. negative (0.5)
- d. positive (0.5)
- e. positive (0,5)
REFERENCE MURR Hazards Summary Report, p. 4-14. SOP /VIII-7. Critical Parameters List AN S.4E F. C.OE (1.00) 7 o mi r 1 r.) : c thc c or r ot.1 on reie. (O. 5) To minacize Inavted attivity. (0.5) REEEEENCE SOP /II-4
*que i i T fr y g h g .. Q eJ ."*fiQgy, g.gy ,y f ,-*885":me***F PAGE 25
<. . . D. 'INSTRUPENT_S AND CONTROLS
-26/07/01-HILLS, D.
. ANSWERS -- UNIVERSITY OF MISSOURI ANSWER D.01 (3.00)
Fission Chamber (0.5) - Pulse Height Discriminator (0.5) c.
- b. Compensated Ion Chamber (0.5) - Gamma-ray induced currents are automatically subtracted from total current readings. (0.5)
- c. Uncompensated Ion Chamber (0.5) - Neutron flux is of sufficient intensity that gamma current is insignificant. (0.5)
REFERENCE MURR Training Manual, p. II-4, II-12. ANSWER D.02 (3.00)
.W i 051 v.i 1 1 1ight, Dr a wt r Inope - ci . ve ( O .C - Deawcr i noper a t i ve pi ne]
- 1. " a l rw m , reat t or wiI:
ant.voc i e t o- v.1 i i t. a r- v . ' e "nuc1e.- i n t. t e o men t a t . r t_r.o, t o. :! - - .ato,ctat F e< e; (0.T5) Fe+1oc Scr am Tr .p (a. N Ca. tv =
- Wc i or scra"
. 2 5 '- - L c( l out trip cmt ta r e t4 t v i- ) n g ihe r e at t g.if4 (.li ( O. T'.)
of coritrol r od t. (O.25' - b or-t Fer2om Fc Fun- I r . Tr i p (0.7 -- C a _. s e t. ron-3< (u t o., e t i c hetet (0.E: Fcriot Autometit E t. ,t r ol liite lo.; Trip (0 - r . vomti tia r egal et i no contrei rod fro- be.ng cper ateo in the automatic trade (0.25) - AotomatIc Reset (0.25) REFEFENCE MURR Training Mensal, p. II-30, II-31, 11-32. l l ANSWER D.03 (2.00)
- a. To indicate poeti ble Juel failure (0.5) - M:mitors offluent from the reattor on the discharge of heat c.: change >s SO3A and 503E4 (O.5).
- b. To detect 1cals into the secondary system froTi the pool or primary (0.5) - Located on the return line from the heat exchanger (0.5).
REFERENCE MURR Training Manual, p. II-46, II-49. l
k-;gy,Ag 3.[ M p ~ jjy $7T'0" ~PAIE ~ M ifMSTRUpWNTS ANDfCg!!TRgt::I
.' D . -
ANSWERS -- UNIVERSITY OF MIS;0URI -C6/07/01-HILLS, D. ANSWER D.04 (2.00) The period as indicated by both IRM-2 and IRM-3 must indicate not less than 35 seconds. (0,5) The WRM selector switch must be in the 5 kilowattt red scale position or above. (0.5) The power trace pointer (black) on the WRM recorder must be reading greater than the auto control prohibits setpoint (red). (0.5) The regulating blade position must be greater than 60% withdrawn such that the 60% annunciator alarm is energized. (0.5) REFERENCE MURR Training Manual, p. II-79. (,N E.4 E C D.05 (1.00) F r i ner y =. y t t ( r :1 eci up fIow t>ypes t "t i ihe c or e and yot it f 1 owt tnrough tbe pr : . v y f1on orifice. ( 1. O) REFERENCE SDP/I-9, VII-1. ANSWER D . 0 6. (1.00) Shim rods will qutomatically inser t when the regulating rod reaches the 20% withdrawn position. (0.5) The insertion will be a sufficient amount to drive the r egul ati ng rod to its 60% withdrawn position at which point the signal is terminated. (0,5) REFERENCE M'J RR T r ai ni ng Me nve l , p. II-81. ANSWER D.07 (2.00)
- a. (3) (0.5)
- b. (2) (0.5)
- c. (1) (0.5)
- d. (4) (0.5)
REFERENCE MURR Training Manual, p. II-68 MURR Hazards Summary Report, p. 9-19
g m- -
~, y' *;,n;, a " ~ . 'Z" J',5 = + y qp_
~
.W. ,- .:.--' -' * *6-*:,
s
, ' - .E. SAFETY AND DERIENCY- - _
PAGE 77 " " ANSWERS -- UNIVERSITY OF MISSOURI -86/07/01-HILLS, D. ANSWER E.01 (2.00) When pressurizer pressure exceeds 105% of 70 psi valve 545 will open to bleed off nitrogen gas to the offgas system. (0.5) If pressure exceeds 110% of 70 psi pressurizer high pressure alarm will sound in the control room. (0,5) A reactor scram occurs at 115% of 70 psi. (0.5) At still a higher pressure the excess pressure will be vented through safety relief valve 537 to the offgas system. (0.5) REFERENCE MURR Training Manual, p. I-47. ANSWER E.0: (1.50) e V,; e t + + C.t n t c o l Em irs i (1El) ha<, tiet -i t iir nt (' ie " t r t.t ' E *id t br-n tmti tc *oi . 0.5) L> . W:in thL ; e t( nt erit i s yphon 5 y bt <>a t he c c. e - t*cys pr etsur 1: eJ and the
%4L can re ste, causing cycling of the pati- end valves if not f c- the cIrtu)t 1otFout. (0.5)
Ce- be b ypa s ce:' in 50 Iiloa tt mcdt . (0,5) c. FsE T E F E 'J F MURE Tecining Meiu 1. p. I - 7.4 , p II 7E. ANSWER E.03 (1.50) High Fowr Short Fercid Lcw F ool Level Vent Tani L ow. Level Rod Not In Contact With Magnet Anti-siphon Line High Level , Truck Entry Door Seal Def l e t ed l Regulating Elade Position less than 10% withdrawn or bottomed ! (6 required - O.25 pts.. each) REFERENCE SOP /I-15,I-16,I-17,I-18. l 1 4 I t e I
C g .- y . ., Q 5 VABE - M '
',E__;
_. __. ,.G_AFETY AND DERSDC_Y__S_h__m_r_iS_ ANSWERS -- UNIVERSITY OF MISSOURI -86/07/01-HILLS, D. ANSWER E.04 (2.50) Loss of site electrical power at substation "B". (0.5) o. Signal from seven day clock plant exerciser. (0.5)
- b. To assume the load should any additional power interruptions occur. (0.5)
- c. (1) and (2)
(2 required - 0. 5 pts. each - Will subtract 0.5 pts. for each incorrect answer given up to value of question.) REFERENCE MURR Trai ni ng Ma aual , p. III-lo, III-ll, III-12. ANEMF E.05 (l.00) (T: i, (5 ( '. rc-, :*( - i ~ pts ( ict. - LN II -ut.ti a t 0.5 ptt. f o, tw i. : nt or r ec t l c o r .. ; . g i s e,
. s to v s l u t. of qu Aion.)
REFERE*'.E MURR 1 r 4 : n: ri; t- :( ), p. IV-P. ANSWEh E.06 (3.00)
- a. Reactor Control Room (0.5)
Lobby Control Center (0.5)
- b. Ecactor screms Co.it r i nmc o t sv tiletion eyt-tem i sol at i on doors. close Centaincent exhaust isolation valver cl ose Fat 212 ty hc n s o u n d s-Fl ashing r e: light en t er i or to tht- cont a i r emen t per s onnel airloci door is ene gized i (4 required - 0.5 pts. each)
REFEFENCE F EF'-1, p. 1. ANSWER E.07 (2.00) I 1 (6), (7) l (2), (5), (4 required - 0.5 pts each - Will subtract 0.5 pts. for each incorrect I l answer given up to total value of question) l
HM*'a i~2 .=^:P ; - K y. _ : wW"WW. W. .c. ,.9. w=,._:.r.
- _ ; =. . ; , c
.. r. m - %__ . SA_FETY AND EFERGE_N_C_Y__T_
_ WET _E_M_S __ _ ' ** ? W P A G E '" Mi P
- ANSWERS - UNIVERSITY CF MISSOURI -86/07/01-HILLS, D.
REFERENCE SOP /I-15, I-16, I-17, I-18
-^
- gammevnesmosa -
sue _1 y ..c. .'Ty;=
- + > . , s. >. n 7;;...;.nRf_v__" - . , - _ y :rmy.y u . ' . y .y 7,_.gmp- -, _g , g
.'F__. _ S_T_A_N_D_ARD AND EME_R_S_E_N_C_Y__O_P_E_R_A__f _!N_G__P_R_O_C_E_D_.L_N_tE_S_
MM 30 ANSWERS -- UNIVERSITY OF MISSOURI -86/07/01-HILLS, D. ANSWER F.01 (2.00)' O. Facility Evacuation (0.25) Reactor Isolation (0.25) Fire (0.25) Medical (0.25) Security (0.25)
- b. Unusual Event (0.25)
Alert (0.25) Site Area Emergency (0.25) REFERENCE FEPs EEF - 1, p. 1. M.5WFR F . C .~ (2.00) Verif t iit t tht r eet t or has st r arined as indicated t.y the i nstr umente t ) or,. Verli. t. h e t al. u!ii m reau h ew t; bottomed as indicatea by the concole lights. vtr24 tin i thc t orit ei nme nt hat secled ae indiceted by the vent i 1 at i on dooi a .a the e e u r t. vel ve lights. Er.sur e cIl pe t.nnri ere cleered f r on, fifth, fourth, third, end second levcis of the czoteinment building and e.<it via personnel air lock doors. 1( thc AtsistV - Duty Opt-r a t or ir. not inown to be in conteinment, the Duty Operator small also ensure that all personnel are cleared from the beamport fI00*- (4 required - 0.5 pts. each) REFERENCE F E F'- 2 , p. 2,3. ANSWER F.03 (l.00)
- a. A " hot stz-tup" i t, a startup within two hourt, of any shutdown, in which re-start capabi1ity is in doubt. (0,5)
- b. False (0.5) l REFERENCE SOF/I-3, I-4, I-7. l
mas. n eesta+-ssgrt.C, f,4= a.wpa.amwwwwwact.y :.-w-.a gm ,yg_ - ipy
.r y A8I 1 y _,
3
. ' F_.,4TANDARD AND EMERGENCY
- - - - - - - - - - - -OPERATING
- - - - - - - - - - -rhuiNtES ANSWERS -- UNIVERSITY OF MISSOURI -86/07/01-HILLO, D.
ANSWER F.04 (1.00) (1) and (4) (2 required - 0.5 pts. each - Will subtract 0.5 pts. for each incorrect cnswer given up to total value of question.) REFERENCE R E F'- 13-2 . ANSWER F.05 (3.00)
#. . This type et anomel y may not be obvi ous. Syrt.t om s i nc l ude di rr.mi ng of lights, loss of some containment lights, or loss of some process s',etca equ; ; a.< ni . (l . O)
- b. Ec-en i hr rce t ar /or if clroad. n r arr med , c h r-t i reetto- t h e t d o van . U.C T ._ r r i OF F a . pump and tooling toer fant in a. erpedit:aar rc ; c ,er . r s: 5)
F'at c F]1 s 61 vt - c or.1 r ol i in ihe nor n.O l t hut d 0v.n potition e ". d (n a r iu c i coce. (0.5 Tr:p the t. s o trontfor twitth on iubetatior E " . (0,5) FsEFEF ENCE FEF C-1. ANSWER F.06 (2.50) Mcchanical failure of a secondary cooling pump. Air binding of a secondary c ool i ng purnp . A brcai in the secondary cooling line. L o t. t of wctcr 1. the cool 1ng iower teusing punip to shutoff when 1ow sump level sw;tch is tripped. Restriction in flow due to a feulty checi valve on the dittharge side of a running su..p pump. Foi1ure in 1 o v. sump 1evel c ut out tircuitry (pr oper sump l evel , but pumpt. trip off.) Clogged suction strainer. (5 required - 0.5 pts. each) i REFERENCE REP-13-1. 1
l
- s. c_ . . c. - . .. ... - - - , ., . ~ . _ r. , , ,,,, , ^
.'Ei_lfIeN9BSD_8Mg_!2MB3Ngy_gEEBBIINg_tBggEDURES_
'h8E ANSWERS -- UNIVERSITY OF MISSOURI -86/07/01-HILLS, D.
ANSWER F.07 (1.50) Open manually f rom control room with valve control switch. (0.5) Open manually with T-wrench locally at valve. (0.5) Close the air supply line to the valve at th bridge and disconnect copper tubing on the valve side of the 3-way solenoid. (0.5) REFERENCE REF-19-1. AN5WER F.08 (2.00)
- a. To minimize chect valve slam. (1.0)
L. 7o pre m.t e tes - i vc pr es tor e ti et t.ou ? d occ ur in e ri it01ated h e .d e . c n = g *. - . (1.D) l ra . ru Nr r S> /V-1, V-3. l l
" V M y.y.m,g, u 7 -; .. .,x,.g c. -,3 g,,
., - S__, _ R_A_D__IC_T__IO_N CONTR_O_L__AN_D__S_A_F_ETY
- 33 ANSWERS -- UNIVERSITY OF MISSOURI -B6/07/01-HILLS, D.
ANSWER G.01 (1.00) (1) and (4) ; (2 required - 0.5 pts. each - Will subtract 0.5 pts. for each incorrect answer given up to total value of question.) REFERENCE MURR Training Manual, p. II-50, II-51 FEP-2, p. 1 ANSWER G.02 (3.00)
- a. When the reactor reaches criticality. (0.5)
W:,*- r o e ; *. : - power reachet 50 1. i 1 owa t t r . ( 0. 5) We e s_.c- powm- r eaches 5 megewetts ( 2. 5 rr egawa t ts if c; er a t i ng 2n Mo c k- !. (0.5) waa r e z. t o- powtr r eiic hn 10 na. gewa t i L (5 mcycwat to if cp ating , in Made I: (0.5) I ti . hocctor ;cse wi11 te rnei n t r i n ed t. t e eteady IevtI untiI t t,. p r ot.1 e.r-it ccr r ec te _ . (1,0) RL F E.fi t,'.E SOF/I-7, I-5. ANSWEF, G.OT (1.00) Significant potential for e >: p o s ur e of personnel to radiat ion or the spr ec d:ng or release of ai rborne or surface contamination. (1.0) REFEFINCE SOF/I-11 ANSWER G.04 (2.50)
- a. Sludge Settlement (0.5) ;
Cuno Filters (0.5) l Chemical Frecipitant Treatment (0,5) I
- b. (1) Shift Supervisor (0.5) l (2) Reactor Manager (0.5)
REFERENCE SOP /VII-44, VII-45. 1
n W ? S
- m q m Y [ h,k .~. 3 k g ;, 2*Y% vf**
PAGE 34 O. ' RADI ATION CONTROL AND SAFETY 1 ANSWERS -- UNIVERSITY OF MIGSOURI -86/07/01-HILLS, D. I ANSWER G.05 (2.00)
- c. Health Physics will monitor the operation to minimize radiation exposure to personnel, terminating the oper i Q eccessary. (1.0) I
- b. Presence of member of Heal th Physics staf f ^,a,t,ionif,"dn"d only if, a ]
licensed Reactor Operator or qualified sample handler surveys I the operation. (1.0) l REFERENCE SOP /VIII-8. ANSWER G.06 (1.00) Ab ca t tiit Ecce (0.5) - Gci not seric i t i v4- to c>nergy. (C . 5) ] R E F Ei .E C i-E. tic T h e _;r y A N E. C F- G.07 ( .CO) (4) fatt n e e t r c i t. (0,5) REFERENCE 10 CFR 20.4 AN5WER G.OE (2.GO)
- e. 10U r' rem /1 hr * (1 m/(25 cm + (1 rn /100 c m ) ) ) +
- 2 == 1600 mr en/hr ( 1. C '
- b. Quarterly dose limit = 1.25 rem or 1250 mrem (0.5) 1250 mrem * (1 hr/1600 mrem) = .78 hours or 47 minutes (0,5)
REFERENCE Dasic Theory 10 CFR 20.101 ANSWER G.O9 (1.00) Distance of the tubes from personnel working in the area. (0,5) Speed at which the sample container is transported through the system. (0.5) t
eg ANSWERS -- UNIVERSITY OF MISSOURI -86/07/01-HILLS, D. REFERENCE Hazards Summary 8-25 l l l i I I I
Y , --- - !^ T i w ;.:yn geg[,y--Gj Q 3 Q c,:== =, , , TEST CROSS MEFEREPCE PABE ' T QUESTION VALUE REFERENCE A.01 1.00 HEDOOOOO57 A.02 2.00 HEDOOOOO58 A.03 1.00 HEDOOOOO59 A.04 2.00 HEDOOOOO60 A.05 1.50 HEDOOOOO61 A.06 2.00 HEDOOOOO62 A.07 2.00 HEDOOOOO63 A.08 2.00 HEDOOOOO64 A.09 1.00 HEDOOOO110 14.50 B.01 3.50 HEDOOOOO65 B.02 2.00 HEDOOOOO66 B.03 2.50 HEDOOOOO67 B.04 2.50 HED0000068 B. O!. 1.50 HEDOOOOO69 E.06 2.50 HEDOOOOO70 14.5 C 01 2.0c HE DOOOG ' 71 C C: 1.OJ HEDOOO?O72 C.02 1 . 5:: HEDOOCOO7-' C . t i4 2.00 HEDOOOOO74 L . 05 2.L HEDOOO'.n?5 c . w. 2.CO HEDOOO6076 C.07 2.5: HEDOOOaG77 C.05 1.O HEDOOMO73 14.50 D.01 3.00 HEDOOOOO79 D.O 3.00 HEDOOOOOOO D.02 2.00 HEDOOOOOE11 D.04 2.00 HEDOOOOO22 D.05 1.00 HEDOOOOGET D.06 1.00 HEDOOOOOG4 1 D.07 2.00 HED0000085 14.00 E.01 2.00 HEDOOOOO86 E.O2 1.50 HEDOOOOOS7 E.03 1.50 HEDOOOOOG8 E 04 2.50 HEDOOOOOB9 E.05 1.00 HEDOOOOO90 E.06 3. C O HEDOOOOO91 E.07 2. HEDOOOOO92 _ _ _ _ _'J O_ l 13.50 F.01 2.00 HEDOOOOO93 . 1
7 Why,l[, c{~,E47sgr :y QA i~3dhk305,f?M. 79 ggp QUESTION VALUE REFERENCE j ________ ______ __________ 1 F.02 2.00 HEDOOOOO94 F.03 1.00 HEDOOOOO95 F.04 1.00 HEDOOOOO96 F.05 3.00 HEDOOOOO97 F.06 2.50 HEDOOOOO98 F.07 1.50 HEDOOOOO99 F.08 2.00 HEDOOOO100 15.00 G.01 1.00 HEDOOOO101 G.02 3.00 HEDOOOO102 G.03 1.00 HEDOOOO103 G.04 2.50 HEDOOOO104 G.05 2.00 HEDOOOO105 G.06 1.00 HEDOOOO106 G.07 .50 HEDOOOO107 G.OS 2.00 HEDOOOO10G G . Oci 1.00 HEDOOOO109 14.00 100.00 l l l l l
e . . U. 5. IJUCLE AR REGUL AIORY COMM]551ON
. SENIOR REACTOR OPERATOR LICENSE EXAMINATION FACILITY: U.N)_VElit_.1] Y _OF _t)]_ SSDWij REACTOR TNPE: T E S T _ _ _ _ ,_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
DATE ADMINISlEPED: _ 8 c. / 07 / Y 1_._ _ _ _ _ _ _ _ _ _ _ _ _ E X At11tJER: _ tj l Gb l N 5_, _ R . _ __ _ _ _ _ . ,. _ AF PL I C Al ll : _ _ _ _ _ _ _ . . _ . . _ _ _ _ , , _ _ _ _
.I!4 I!n-@.T .109p ] O . Af ?L I C R'[ fl. :
Ute ELpc* te paptr f or the z.r E wer b . Urite 44ris wer t ori orie t a de orij v. Staple question sheet on top ot the answer theets. Points for each quertlure ert Inditisted I ri p i-. r e r e t h e t t e- td t er the q u es. t i on . lhe pattino or ade r ex1 r e-- at least ^? O * . in cach cateoore and a final crade of at Icirt 7 0*.. L: .#u nst : ori ; t por t. w))) ti c parled up ti; (t> hourt Edtcr the e :: oi.; r. _ '_ i o r i startr.
. UF LATEGOPi
. OF (,i f 'L I C At JT 5 CATEOUFi
_ T_;t] pL _ _. _ ff D P E, _'if A UL _ ,_.___,___.L 6 _f.E G O T i., _ _ , ._ , _ _ __ _ __WLUE. RE.CluR THEOky . ~ .. g i:" ' _?S.00 _ __ . . , ,_ . _ _ _ _ _ . . fi.
?0.00__ _?';.9Q _ _ _ _ . _ , _ . _ .
I. P F.D I D A C T I V E M A l E R I A L 5 H A N I L Jf K - DISPG5AL AND HAZARD 3 .2'..02___ _ dO O~:' J. Of f LIFIC DFE F AT IN6 CHARACTER 1STICb _;9 00_ _ g:.'.OO _ _ . . _ _ _ _ . . _ _ _ , , ______,, i: . F LfE L HANDLING AND CORE PahAMETERS p.'. _ _ _ _ ?i . ' ' ' _ _ . . _ L. ADf1J illSl PA T IVE PROCEDURLf_ . CONDI T I UN5 AND L IMI T AT I CII'._.
;"._. .i l' .00 T OT(4LS F ltinL GPe4DE _. . _ _ _ _ _ _ _ _ . _ . .
Al1 5 .rt ceret c r- th) _ t- ar. l o s t 2 or. It nis our i . 1 have riei ther given os r c . v ; ."2d cid. .
~ ~ ~~ '~
hPPLI'CAE U E~ sib 5ETUR5
*' ~
ES-201-2 NRC RULES AND GUIDELINES FOR LICENSE EXAMINATIONS During the administration of this examination the following rules apply:
- 1. Cheating on the examination means an automatic denial of your application and could result in more severe penalties.
- 2. Restroom trips are to be limited and only one candidate at a time may leave. You must avoid all contacts with anyone outside the examination room to avoid even the appearance or possibility of cheating.
- 3. Use black ink or dark pencil only to facilitate legible reproductions.
- 4. Print your name in the blank provided on the cover sheet of the examination.
- 5. Fill in the date on the cover sheet of the examination (if necessary).
l
- 6. Use only the paper provided for answers.
- 7. Print your name ir. the upper right-hand corner of the first page of each section of the answer sheet.
- 8. Consecutively number each answer sheet, write "End of Category " as appropriate, start each category on a new page, write on only one side of the paper, and write "Last Page" on the last answer sheet.
- 9. Number each answer as to category and number, for example,1.4, 6.3.
- 10. Skip at least thrae lines between each answer.
- 11. Separate answer sheets from pad and place finished answer sheet face down on your desk or table. ,
- 12. Use abbreviations only if they are comonly used in facility literature.
- 13. The point value for each question is indicated in parentheses after the question and can be used as a guide for the depth of answer required.
- 14. Show all calculations, methods, or assumptions used to obtain an answer to mathematical problems whether indicated in the question or not. 4
- 15. Partial credit may be given. Therefore, ANSWER ALL PARTS OF THE QUESTION
- AND DO NOT LEAVE ANY AhSWER BLANK.
- 16. If parts of the examination are not clear as to intent, ask questions of the examiner only.
l l l l 2 ES-201-2 l NRC Rules and Guidelines for License Examinations
- 17. You must sign the statement on the cover sheet that indicates that the work is your own and you have not received or been given assistance in completing the examination. This must be done after the examination has been completed.
- 18. When you complete your examination, you shall: f Assemble your examination as follows: l
- a. 1 (1) Examination questions on top.
(2) Examination aids - figures, tables, etc. (3) Answer pages including figures which are a part of the answer.
- b. Turn in your copy of the examination and all pages used to answer the examination questions.
- c. Turn in all scrap paper and the balance of the paper that you did not use for answering the questions,
- d. Leave the examination area, as defined by the examiner. If after leaving, you are found in this area while the examination is still in progress, your license may be denied or revoked.
l l 2
PAGE 2 ,!b . ._hl' ACT.Di; . T HE_OFD OUEbl 1 OtJ H.01 (1.00) Gi ve two ressons why the 10 MW E quilibr iuni reactivity value of xenon It arcator than thet of samarium. L UEbl J ulJ H.02 t1.00) Wt.y doet ,, u i un r eac tivi ty peal. Liter a tr ip from hiah pt.uer ~ OUEST1ON H.03 ( .Su) Wr.at ie tere) t hc a._ c hai al E m i e > Ly which t en,ar i um 149 1s r en.ove d irom iht-c or c'- DUE57 ) Dl! H. 04 t2.00)
- a. The r t at t o' i s. 3 ris ti al } v <ubtritical With a sourcc ranae count r a, t e c4 10 cps. Rods a* e wi thdr etor- to raise the count rate to 16 cpn. If rods ar e sor) ri wi t hdr ain. to 2ntret the t c iiie ci.ount of r eact i vi t y as wet I r i-strted b the first roo wittidrawel, vhot will be the new equi l i br i uiri c c.u n t r 2.t t 5*.: w .Our u ur 6 . tj.b)
- 6. Why dcan it tst e l onger to reach this nev equilibrium count rate t h c,n it dati to r e - ch it cpt (0.57 OUE ST I Oil H.uS ( 1. O'.O L:l1, e r . It & 1/ti pact r equi r e ct to be pcrformed dur Ina a reettor startup7 DJESI101J H. d 4 (1.SOi l
l ,b ,- coet 11,0 efic c t s .e del ayed r e u t r ore fraction difier from the dcJteco neutron fractio: OUE El } iiN ti. 0 7 (1.v0) L ,' t . , 1 :. tiie Ltab]e eesttor period a4 t er a r c-ec t or trip equal t o -B'.. < r" c e id e ? (+**++ CAIECOR) H C Ola ltJU L D Ofl lJEXT f%GE *****)
PA6E 3 , d e... 6 pfG y l O S ,I H E O E i OLIEFllON H.OB (2.50)
- a. By prciceaur e. what ib the 4 attest r eet t or peri od whi ch can be us ed wh c ri raising reactor power to 50 kW? (0.5)
- b. As.t umi t.g r evt t or poucr it tiel o te talted at ihe Ehoriest per mi se i til c-period, how lone will it t al.e to raise reactor power from 2.5 flN to b lii41' .).Of
- c. L: p) aj rs why, wi t r e ihe c sunc. r eac t or pE r i t.d . It t al t-t lern timt to inctea':e powei f . om 5 11W to /.B NW than it does to increase power f r on.
.f>
! thJ to D NW OUES T I Gil H.09 '1.SOi Es;.] >n hoe i out u ric _ t r c nt zre cn rier at ed at the MUhP.
OULL110!i H.10 ( 1. 'H i
- a. Ut.t t t e r.a c or d) i 2 uit Ete net eis cir y 1o ceuce a rapid al umi num-wat er reaction? (1.0
- b. W h .4 t car woul d t. e e vol ec.d bv an al un>2 nuni-water r eet t l er s ? (0.5)
OUESTIOi! H.11 (2.00) What f our paraNct<*e 4te uitd to dc ter mirie the r eactor safety l i nei t Lur vt OUEL i 1011 H.12 1. 1 . 0 0 1 Why is cr.c of ths eviety 1)mit c r i t et ie at the MURR thE r EQUI r emerit t c, ais 2 r.t e l a the hot c ,snnel coolant e"it teraper ature bel ow satur atio6 ' DUL blIOf! H. ? t 'c . SO )
- a. Whal 11: siutleate bO211 na " '.1..t>
- b. Nee t.: t at neeat.t t. / tht i t:t ni " Df jE:R'" (1.0)
- t. Wact is th. Dt:Di 11 a.1 L a t i on for tiie NURR? (0 9
(+++-*+ CATEGUHf H COIJT il1ULD DI! tJE7.1 PAGE +++++> i
Pf.GE 4 , ti. ....f< E D C T O!? l LIE O f f OULS110t1 H.14 (1.00)
- t. . Wlit.t pressur e iri poi g c.or r esporids to 65 poia? (O. 5)
- b. What 13 the u stvr . t i on teir,perature cor r espondi rig to 65 psia? (0.5)
(*++++ EliD Or LATEGOPY H +++++)
t 1x.._.88pJ OACJ J yE_ USMEl@LS, 6699LJ NG,.QJ 5695GL,_692_B6 Z GEpp PAGE 5 1 i
! = * .
i i QUEST 1Ott I.01 (2.00) 't i s. What thr ec: conditions must be satisfied to per mit whole body r adi atlon e::posure in e:: cess of 1.25 rems per quarter? (1.5) l .; b. What ic the 1eae) 1imit ior skiri e>:posur e to indi viduals less .then 10 l years of aue? (0.5) i OUESTlDN I.02 (1.00) ! Why is 2 OJa ne tiet onl y f i s s.l ore pr oduct to be cons i der ed when det ero.i rea reg the Internal dose due to the i ncies t i on of fission pr oducts? DUE5110ij 1.02 (1.00) In addit 2on t o r a di atl ore t- ur v ey s , hou aE r edi at i on leakane from beace por i f e:: p er i men t s detec te d? DUE S110la 1.04 (1.00) i What two detton featuret of the pneumatic tube system serve to limit the radiation ha: ar d from these tubes? I i I OUE511DN I.05 (1.00) 7 What action s.ticul d you es t eac tor operator take if an e::per irnenter i nf orsac j you that thc irraciation container has become l od g t.d soniewhere in the r pneun,OLic tube? l
; OUEST Iota 1.06 (2.00)
- a. In add 1 tion to the individual himseli, whose per m2 s.s,i on ruut t be obtaincd 4
in ordr to all ow en,argtency radiation expusure in excess of 10CFF.20 i l limit / tO.5) l b. What erc the volutetery emer aeric y expotur e quidellhes f or savirig a 1 life? (0.5) j c. List t wo personnel selection cri teri a which are used when deciding who ! will be perirsi tted to recei ve r adi ation e::posures in excess of !OCFICO i l i mi t e . ( 1. W I (+++++ C AT E L4UP i 1 CD'111NUED DN NE XT PAGE *+**+) l
J a . . ., B89300CIJ W _ t191EB.I St S,.BSNpL 1 NG_ p.I .SF050! _6ND_ B9 ? 6BDS PAGE 6 DUEETICN 1.O? (2.00) One of the inmediate actior, steps of the Si te Ar ea Emergency procedur e ae to send an cpesator to west tower with a radi ati on monitor. What fout ac t i orit nutt this Individual tekc' OUEbT1DN 1.OD (1.50) W h c:t thece at t l or t 0,u t t be ial en dur i no a El t e firec. Emer gt acy if the radlenuclida c cric e r,t.r a t l u n respesisi bl e i t. determined to be in e,: cess of 9t.,0... . m1 OUESTIOh 1.03 ( 1 . 0 0 '- Why d ch the 51te e< u Esiier gen c - pr ot edor e r equire t het thc optretor scat to west tower coa .nicate by i n t er c on. r ather then by portable redio DUE El ] Dt1 1.10 (1.DO.
- 4. . In cod; t i ori to tbe t 1 1 tir badoe r E cl i re the h a l l wis y near the lobbv, in what two locat.ons are PCs Lept for issuance to offsite personnel durinc a:. es..t.t u t 't e l y ' 1.U)
- b. Ceri f i l ri. badges I r. the t'adge r ac t bc a r t.1 g n e d to offsite per scr nel- ( O . '._.
- D U E t.I 1 O N 1.11 ( .COi Wriat I nin,ed; at t at . 3 ori mutt be tal e ti 14 the r e-ac t or tiridge ares radiet1ori monitarina s. stem l a: determined not to be functioning' DUtLS1 ) Or j 1.12 ( .Du, Whet i s .medi e t e ectic.n n.u st be i al er. ii t he r e is en abreer neal 1 y high leve] 04 r ut1103:ti vat in tiie p r i rur y cooling s /steire?
l l l (+++++ CAlEbORY } LONlJNUEl, ON NExl FAGE ***++) l l 1
- - . . . - = _ . . . - - - -- - - - - - _ _ . _ _ _ _
Js__B9DJO9CIJyE_DOIEB1969_b9996Jyg_pIgEpS96_90D_US.29BD5 PAGE 7 DUESTION 1.13 (1.00) What additional heal th physics requirenient is imposed during a reactor startup when a change is made to a beamport or other reactor e::per i ment which could l ead to s.i gni fi c aset al teratiorm in area radiation levels as reactor power 15. ancreased? i OUE511OlJ I.14 ( 1. 00) tihat beeil t h physi tt r equi r en, erit neuct be r,ct pr2or to allowing eretr y i rit o ] centrolled access t.l gh radiation areas followis,o a reactor shutdoan? DUESl101J 1.15 '2.00)
- 4. Wh o d e t er n a n s.-> whet her or reot a Radi et i on Wor L Permit (feUP) 1E
- required? 10.Li j b. What type of i o 6. r equ2 r et ari RWP"> (0.5)
- c. Where is the approved RWF posted? (0.5)
- d. M t er the Job him beer con.plet ed arid tlee job tite decontaniincted. what is done with the RWl'~' ( 0 . 'l >
i OUEST I OlJ I.16 (1.00) 1
- a. Hoo is argon 41 produced? (0.5)
! b. What r edi ol og2 c al h 6: 44r d i s- Leuted by ergon 410 (i.e. airbornt
; particulate. i r.t er n a l e.: p owur e , e::ternel e::pouur e, surface
! c or e t aori rw t i or. . ctc.) ( 0. 5 ) i E e 1 ! (u +++ Et0 OF C.41 F bOR f 1 m ++) I
,-.--w,.,- .
n ,-,-g-- - , - - - - - --------na- - y .m, +--,,-,-,,-c,ms.w..,--.. w-- .w.., ,mm-..e -c..,,-e -w----. - - - - - , --,-c-ny, , - ,
l J a __.SF, EQ,I F ,1 G, OEEBST10p. _ p HSRS;J EB15.T_J p,S PAGE S 1 1 QUESIION J.01 ( 1. O .O Other t bare dur i rig power reduct1on or reattor Eleut down , when can the cotet r o) blades be meved in gang centrol after the reactor is cr itical? DUE El 101 ' J.O2 (4.00) Sti te the a pp r o'. ) n.a t e salves i or the f ol1 oni no par an ct ers :
- a. T emperatur e coe f i t ti eri l . of the primary coolant system.
te . 1 en.per at or (- c opi i i c l erit et tlic poo).
- c. Total clean cor e r od tar t ti .
- d. E+is t:st dela>ed neutt on it ac t i ori.
- e. Vold coefficient of the flun trep,
- f. Peactivat, w. .t tt. ci+ equ111 t rl em s ainar 2 um at 10 NW.
- g. Reettivity worth of ea.illibrium ,enon at 10 MW.
- h. Fucl e nt i c hms rit .
OLIE51 I Of 1 J.03 (2.50)
- a. What i s- the purpoce of the antisiphon tyrtem? (1.0)
- b. I r. order for the antisiphon system to perform its functiori, what wa t a-1r- cl linstation n..i s t t.c obt_cr ved' ( 0 . 5 .+
- c. Wiset ettico must be taler. to meintain r e e.c t or operation if antisiphuri syt. t en, pr es s ur e decreasen to the low pr eEcure al ar m Eetpoirit? (O.L>
- d. The r c%c t m shall be shutdoun if the ent1Exphon s/ stem pressure dro,_
tic 1 ow __ _ _ . . p .- ) u . ( 0 . 5 .' OllEt'Tl ull J.v4 ( 1. O'.' s bl.. s- hi .u ) d ti.e pr imar r s yitem r c o.si n in r c r vi t e f or 15 minutes aftct resctot riiu td c . in ~ t+++++ C AT Et,ORY J CONTINLIED DN NEx1 F- NEE +e$+* >
J.,.__ SPEG I F I G , OPER A,T I tLG_Q!i AR ACJ ERI ST I CS PAGE 9 OUESTIOr4 J.OD (1.50) For tiode II oper at t ori onl y one purnp arid one heat exchanger are required to be used.
- a. LJhct E,houl d be done to pr everst Inadvertent oper ati on of the pun.p which will nct be used? (0.51
- b. Why i s, the outlet valve of the htat e:: c h o rioer not in ser vi te l ef t. In the throttled po-Itten? (1.0)
D UL E.1 1 D'1 J.Oc (2.50)
- a. Ai t r-r star t i rio one secondar y pump, it is nec erter y to wait _ _ _ , _ ni) riut t -
pr i or to sterting the second p uivip . ( 0. 5)
- b. Wh. c anriot two s ccoridc t y punpt be stattcd at the tanie t i roc (1.'
- c. Uhv is SF-3 the preferred c-oc onc e r v pump to te used during single p u ent:
~
c pr. r a t i on ' ', 1 . O ' OUESTIO:: J.07 (1.00)
- a. 1 RUE or F,; LEE. ThL c ool ; riu towcr i ar. vi t.r at 1 ori trip wl)1 stop the i(i.
If e ceaa .Ibtation occurs and car, be relied upon to prevent damsac duc to i LL' .f C u."nuldat t ore. (O.5/
- b. TRUE or fat SE. All thrce cooling tower bayi niay be deiced at thc s i nd t i rr.o . (.5)
DUE b1 1 Di ' J.OE (1.50) W*.a t c hem) tal i t) i t. (6r e) idded to tht secondery E rs t en. to contr01:
- a. 31 c. .: c ' - (0.5>
b, p W' tO.5? *
- . c orr a n i or. - (0,5) t+++++ L'/ i l E GOR r J EDUIINUED DlJ NEAT PAGE +++++)
PAGE 10 J.t_._ St%C] F J C_ OEER ATJ NG._ CHAR ACTERJ STJ CS QUE6IIOrt J.09 (1.50 tchat three l unned) c.te act i tent mu:L be taken by the r eactor oper a t or af it c rods fail to run-in automatically when required by the protect 1or- systen OUE 51 1011 J.10 (2.90) Wt ii t. four a n.inedi c t e ac t i t nt neurt tc t el t.n if the lichte i ri t h e r c i, t t or Ls u a l d i r.c c l a, concurrent si tii a l ost- of soae conti.Inment lichts and s oinu p r ._.c e t = equipp. ;t" OUE $ 1 10t! J.11 (1.50) tohc,t thr ee 2 nu.it.d i a t t z.c t 2 ont nius t be t el.E n li ihe reattor oper et or dctett; a stuct control rod: , a I i (+++++ END OF EATEGOI<V J +++++)
h2_._ E UE!;_ HO!!.DL. I t@_ OND,. CORE.1AR AMETERS F' AGE 11 QUEsllON L.01 ( .50) y Al) iutl trentfers wi11 be authorired by the __,.__. QUESTION L. O ' ( .SO) Hvi . nia n y ric w fuel e l eo crit t n.< n be haridled et eny orie tinit?' OUES T 1OtJ f. 93 t1.00) Wricri . 1i et t,) 1 . 1e t h t.c e u',111 c r y c4 or e tor el1 owed io asEltt i re fuel me,ement~' DUEb l I OtJ I. 04 ( .00) Chootc the C OH<LCl r r>r p oret r . Fuel e]enento chculd be trio . e d cuch that the (coricave end; side plate: ccnven erid > faces oncoming obstacles. DUEST I Of J h.05 t).00) Wt .a t prccautiori it tal eri to c ri;ur e irrediated tuel bcIng chipped will not malt even if all toolant oster drains from the shipping c a t. i 5' DUEETION h . Oe. i1.00) Hoo doct the oper etor .erif, that tt.e ear oper t ted fuel haridl i ng tool has properly latched onto a fuel element' OUL51 ] OtJ l.07 t .50) 1 F .i 'E or F i:LEF, The i et tirei qur- i or uti) att hi ng the sti r operated fuc1 hand 11rio toul f r om fuel elements inserted into the reactor it to 1;f1 i f.e i ool off ti .t e ) e n.e n t . 1 (+++++ CAlEbOR( L CON 1INLIED DU NEXl P4bE +*+++i l
E r..._ E UEL. USN.DL.l f JGJLJ D._ QQRE._ Ef R AME T E R.S PAGE 12 OLtESTION l'.08 (1.00) What probleni could occur if the fue) haridlirig tcol i s- not proper)y released from e, fuel element after inserting it into the reactor? DLIESTION l. 09 ( .50) Who prepares the fuel handling sequerice? DUEb1 I OlJ F ~.10 (1.00> Wh, ir t ht: EPM s t e.1 er and c hi:r t r ec or dt.r t ur ried on and t h t- fies1on chaaber i ris er ted tc the 1000 counts per second pouition prior to nicuarig futI a re or out of the r ec.c t or ' OUEST I Of J f . 11 (2.OOi What t we pr ec e ut i cris. niu t t t.e t c3 en pr 1 or to removiog a conteol b l id d e O f f ".: c t. iiie'.:b .so l E M ' DUESTIDL 6 .12 ( ) . OW If the pr et sur e ,ctsel hei ci at to be I t: f t off c.f t er refueling it completed what must be done to protect the core? DLIE F.1 I ON i .17 (1.00) Why i s the br 1dge arf 15 pl aced in thc upscalt potation prior to removar,a a conte 01 blade offset n.ach ani sm? DUE51 ] D!1 i .11 (1.09' Whri 4.t t 2 on n.u ; t be t c L en if ihe offset nit:chan1 c m dDet nDt breal lone i r c.r> lth reficctor platfurm after a p p l y i nc3 a reasonable
- a. ...ou r i t oi tontion' I
l l l l (+++++ CATEGOk( F CONT liluh D DN NLXT PP,GF **+++)
PnGE 13
!5p _ _ELEL, bei.J.DLIt45 OtJD_C9BE_EGB6t1EIEBS OUESTION I;.15 ( .50) 1 RLIE or FALSE. fif i er the c orit r ol til rede of f set mechanism has elear ett the guide pins it is coinpl etel y reinoved from the gap.
DUESlION t . . l e> (1.00)
- a. The pH 11:ni t for t h e pr i iriar', s y s t eit. It _ , _ , . _ . (O.51
- b. The pH lin.it f or the s ec creoar y syttrm in _ _ _ _ . _ . (0.5)
CUEST1Oti I. 17 ( 5. u'.9 Etctt t h e- cttpcint f er the f ol 1 owi rig s cr a nit:
- 2. pOr1Cd.
- b. pr inner y c o c l arit 41ow.
- c. reactor inlet temperatur e.
- a. r enc t or outlet t eoiper atur t .
- e. primarv coolant low pressure,
- f. high power .
- g. pool coolant f1ow.
- h. pool level.
- 1. pr ess ur 1:er low level.
- j. pr resor 1:Et high prescure.
OUEST1011 6.18 (1.00)
"If a e cr i re bed hat. e reduccd DF. coret 2 dc r therigino to n riti.:I s regenerated r e u i re. " What is meant try tiee term "DF"?
(+++++ ErJL. DF Cf0EGDRi l' +++++)
Ls..._ODM.IUJSJB9UyE_ EBpCEDUBES,_CQUp,IU 095. AND_ LJMJJOIIpOS PAGE 14 I OUE F.,1 1 Cf 4 L.01 ( .50) l he mi tei n,um number of r eac tor operators f or reactor operation will b e ,_ _, ,_ __ _ licensed i ndi vi dual s , with at least _ _ . _ _ of these licensed aE it scl el or opt r ot or. OUE 5T I Oli L.02 ( . 5'.o TF;UE or F f,L E E . If t tit ceurc of are uten hc cluled scram t ari reot bE d e t e c a.i n e d , the Reactor flanaact or his deslanated representative n.o . Et111 apptove a rcettor ti trtup providtd all t yt t enes ar e f osind to be rior.u l . QUEETIOll L.CG ( .Lv) On1 < ob cr . c r e appr c .cd b3 the Reac t or Mariacer or thc _____ arc allooed in the cor.tr ol r o o n, durino a reactor startup or shutdown. OUtElIDf1 L.04 ( .50' TF:UE or Fe'4LSE. Control of ti.c r tw t or can be tr antic r re d i r on, orir. operator to another durina pawer t r a n s l er.t operat ions pr ovided the traretf cr at di ret t 1 y super vi sed L. y a 11 censed s er ei or reactor operator. D U~.E.1 I DrJ L,OD (1.00> What is a " hot steet.up"7 DUL E l l h'l L.06 ( ) . O' > L or e t i. i r emc re t i n t c c.r a t y 1E requa r c d iu be mai nti 1 ric si at el1 t i me i. un ) 0 r2 twv conditiorec at t- it.e t . flau.e t h esie . oui $13Dil L . v ~., t. P . 0 0 4 fic n t i vu" c.i t lic F1: c or ed1 t 1 vos e.hach o.u c t bc- mr t in or der for rctc.o* coret ai na cnt integrity to be s a t i s f i c.1. l (++++. EM EbtiP y L CUtalllJilED Dil NF Al FAGE +++++)
F'AbE 15 L.. App 101 SIF AID'E,, EBOCEQUEE,S., _ GOND I J.I 095. GUD,.(. I MJ J 8J I pNS 1 QUE.Sl I Ot ! L.OS (1.00) LJhat is the niinimum s hu t d e wr. mar oi n requi r enierit at the MURR? DUEST1ON L.09 ( 2. OW The -c:tter io riot a)1 owed to bc-t.ttirted up unlest ther e is a dequis t t neutron flun level m:.in i t or i n q . Name the two we.ays which are menti or.ed isi itsi ria cal Spc t i f i c e t i ere s by which t h a t. r equi r ennen t t er, tie L t.t i s f i ed . QUE5! ION L.10 ( 1. i.'O ) Whit is ttit- twt ; t f or t + t at.11 e h i na I tc hni c ial Epecliacetion l i r..I t s f or' e '. o r a g e fvel burnup~ DUE ST ] DN L.11 ( 1. 0 > > What are the Tech Spec limits for: o, pool t e,tip e r c.t ur e ~ t.b> Li . .olume of primiry qrede watcr r equir c o to be tonriected to the r ect t or m e t e. u p wotor systcm' t . 5, DULST}ON L.12 (1.00) Wh t,t t. r c t t .c. t wo t- 1 t ur t 1 oris which rc quir L thet a Ful1 Power prontartup checisheet be completed; DULLl104 L.13 ( 1. O ' ' LJht n can a t-t ar t op t. o made without be s a tio t o p r t. pi t e o Ete r tup Checisheet of ony iind: 1 DUELT]DN L.16 t 1. O' O ' Wh:t 4.r e t he t wo r1i ur t l oni I r. whi c h the Rtattrr F *h ,'t i c i s t is reqtired to perf eries or approve en E.L P 7 1 (++++- Liil E 6 Din' L LUlli) NUf t) ON NLx1 FAbL +++++)
L p, ,, ODt11NISTRAT IyE..F,'R.DCED'JRES., gOtJD1119t4.S_. AUD_ LJ t11IRTJ Ot45 FAGE 16 OUE5 I 1 O!i L.1". (1.00) Wi s at ac.t a on must be tal en if, wh21e coriouctirag a star tup using an e.stimated ECF, the dif f erence between actual and estimated critical p os. i t i on e. c. ec d s, the all owabl e tol er aret tA UUE5 flu 1 L.16 (1.008 t 14 i r..t twc- of ihe thr et si tnat 2 oris ciur 2 rica e reattor rtortup wii) c t. ruavire reactor sts.tur e .nouric cinen t; to b e ni_.d e over the public A. d d r e t c- <: , r. t en. ' D'JE bT l Of J L .1 ' (1.00' Ut i e. t 2 r. thc n.i n ) (nu m nut 1Let 2 rit t r unis.n t i:t 2 on 4 or a r c-i.c t er s t ..r t e t ' l D U E S 1 l OfJ L.18 4 1. O .' ) fi ci r t c a re cliet 6 tt.ec t r..x t ti e romp!eted 2f the t orit r c.1 room v211 bc u ria t t e r.d cJ tor an e:: t c r.d ed period of t i mc. f ollow1 ria a shutdown.
- b. What 31 tiiL i s i+ C Cf th2L c les L I E litet 8, . b !
- b. Who 1 r r e;-pon a l bl e f or erisur i no 2tb CUinplGtion? (.5)
DUL i- 1 10t) L.10 (1.00) What is t h e p e r p t. s s- of the f o l l c w i n t.! teas? Ei . Red tW' (.55
- b. Whttu tea? (.5' UULE1JDN t. . TO (1.00.5
- o. W:.ut c eppeocal neu t t be o b t I,t ric d tit i er r- t acir can tie s.t t ached or r ei .ov ed '
t t.S' 1
- b. Whr. 11- rier nia i t c-ci t c. 6 t t e.c t, t i; o r t c. ett u 2 p ri.cq , t ' i, . 5 s 1
I (***** ENf) QF CM EG&Y L
. +*"+)
g,+++**+++++++ ENie OF E* N 1]IM 11011 +++++++++***+++i .
y I s ill AT i tlN S *
^
REACTOR THEORY RADIATION Fl.UIDS /TilERHO/IlEAT TRANS Felt 8 "*I P = P,e* * = P,10 N=Ne - Asp V = A202V2 A = AN Q = A1V1 = A2V2 i= +0~# or T =0~D p Ap 10 g ,y ,-px =I 10'* ~ + in out stored I
-1 km - k'
- A p= 1782 = 0.693 E = KE + PE + U + pV + Q + W R/hr @ d feet -
g Z j D =
~
k<1 2 point source 8e cpat 1-k2 ladaa - Iada y2 N g
-=1-k Ida-1d2 l 2 R/hr x time = R
- line source
"(
reduced for - turbine, SG pump, nossle, cps e rifice. C nden8er. Pipe. Rx Rad x QF = Rem M cps fl w a /dp n I T: Tis,gg = lilo Rad g ya ,
- ead loss = f. # "* " " "
I
- net A " doppler
- Dmod
- Ovoid Bio + Ti s Rad D 2g e
, head loss a Ap
*#e*8Se X
- OPu + E"h +P ambient =k F = pA E I c I , Boron + prod + pfuel + apap y ,, = AP1 phase x K o p ,g, ) k = f(quality & Pressure)
Pump laws speed u flow k 2 = kg + Ok (speed)2a pressure i
& =k-1 MTH (8 Peed)3a Power Q = kAaT = hAa7 = UAa7 a
svR=;"' y =u 4 - = = par log b=a Q "mah
- p. I6V .
y e Q = cot 3.1 x 1018 log x = c log x all = m e. AT P g . y, log x = log x - log y AU - m cyAT l l log xy - log x + los y II = U + pV I AS = OS Defect = Coeff x a Parameter T pV = nRT pVi , gt Va Tt T2 i CVi + CaVa = C (Vi + V3) i l
1 es T able 1. Selvreted Sleesn: Temporeliste Teh80 Aes Pren Itephc Seesee le=0 Set 00thea07 Etesser tb Cer 50t 80t fasu at On Latet lese 8 01. 80t let lea, t00ec 5e00 Latet 8e00 useer fesu 8 0 'e 'in 's s 8 es 'e 8, em se t ata- 00s:$s as160n ages 7 Osa 0086cc 0016c71 mst s malt sets 7 04179 307u 3843 em00 len al$n as-me g lear ists a0744 30#64- ! 1852 tier - ary - 0 0160?0 .an0 anne este 30732 agn: ha ell 2es asl601s asas i suas tels 3072 1 30708
! s6M 11737 as m flMI Ileu as
~ ' . " es 0 1:163 00i6elt seals sedS e 0 077 30710 3070 .,
as 4 :1 43 00iscis 27n e fin e 300n sess: 197s t tenu 2 1437 tiles as es 8 O ldit? 0 016019 2117 5 23:7 0 Strar fint flur era 46 8 91$314 12 041 9064 7 8507 0 0747 2 1217 2 84%t es s 0 016070 1965 7 IMS7 M es? 8576 le16 54 O l6M4 0016C71 1830 0 843C 0 Mall 0 0787 2 Illi 2iM3 ee 3#64 1523 0 8321 2 8086 11N7 es le s 0 17796 0 0160?) 170s t Mt 17088 1809 306S 3 1534 0 0361 20ect 212C at
- 01916$ 0016C74 15aS 2 $$t5 7 N 057 ISWJ 10642 Sd 8 0 706?$ 0 016C76 144 4 14474 0 0sllt 2 0798 21197 37 3 A - '-
- 98 9 O nit) 0 0160;8 22 0S8 lE3l 1551 Sta M 2 0EM 211M es t - ' " ~
IM36 IM36 28 0'S 1861 9 INEC Sea SJM43 0 0.6G31 1292 2 12512 0 0s78 2 9513 2107C es t
- ~
N EC 30bC3 30563 SJtlig 2.0s91 1 800s asJ II 8 0 ?Mit 00360H 1207 6 17076 N 060 42 8 0 774%4 1959 7 10877 0 0$$$ 2 tt391 teus me 0 01403t inM 2 11M 7 300$9 left 10BI 6 68 8 0 ?W 10t $ 0 0!13 2 0?11 2 08L 82 8 - **
. . to t 0 316'6 O C16035 00160s3 90$ 0 7056 5
##i l 32 058 1E74 INSS 9 0617 2 0197 2 0674 * .as a . .. ,t
- - *f es t S H44 v C C16046 3d 056 80543 10% 4 00E 70 2 0LN 2 0764 '30
, 926 6 926 $ M OS4 10HJ 10912 0 0?0E . 3 999( 2 870s WI M0 O M PS? Ot!6W 06f 3 E88 M 057 Itr4 C 10921 77 4 0 38u4 0 C16054 0 074S 3 99X 20WS te s 14 8 0 41550 0 C:6059 064 3 764 1 414 3 FW 1 ac os9 1229 IM30 St?&7 8963 2 0$87 12 8 Mt G ua7C S tl6063 737 4 fi7 a 47 0s4 10518 IM38 0 0E 71 11706 2 0t?5 MS 44 083 10$0 7 1054 7 78 0 0 4 74il S ci63( 7 6738 6739 0 0f $t IMf4 2 0872 Me 46 043 leal t 10956 e m p' IE7C 20 sin M3 es 0 0 Sott ? 0 016C'? E33 3 4D3 48 037 leas a 109E 4 0 M32 l M71 20M5 82 4 O sam 3 0 0:60'7 59:5 Stt i SC C11 lea 7 3 lt*73 a8 6e 0 0 5776 - 0 0163t: 56c 3 %c3 0 09t1 ISD4 2 C3M 37 0 es t 06:S:4 C C163f 7 UFS 57 01% 10a6 I IM62 0 1005 3 9747 2 0;44 Os e 08 8 0 6555! 0 016M3 4914
%27 5 4M8 SA C?6 10sS t IMit 0 1043 191M 2 0163 SI M C22 leef t 10559 O ICTS I t06c t eln as te t 0 699:3 0 0:6M9 468 3 def t 97 9 0 74L2 C C16 !05 441 3 4413
$4 0:8 los! ? Ilot t 0 1115 13970 200Ft 90 es t 0 71>.? C Citill 416 3 6C Cl4 10416 licl e 9 1157 law 20C33 07A atti 67 C:C los: S 11C: 5 M8 C SC C C.f i:7 25: 8 212 5 Ollst 3 3 ??? 19te: es s Os t O ttnt C Cll!2J 37C 9 64 001 BCM 3 I!C3 3 0 1214 3 87G8 1 99?S et 37G 6 M OC3 nG36 2 llos 2 0126C I A617 IM76 38 Its 0 0 to174 0016130 3SC 4 3SC 4 67999 10378 180$ 1 1878 tes a 10C 7tl CC16137 331 1 331 8 M 995 IC35 9 180$ 9 0 1795 13S'3 1 tt'l ma 1 Ot 9'.S 0 C16144 113 1 313 l Il M7 BSD I ligt 0 OlH1 84#4 19775 1B:8 IM 8 IIM7 0 016151 79t li 2% Il 7399 0IM4 Iant 137M IIs e Im e IJC3' 0 0161$8 20011 260 3C 1933 6 IIC76 0 1407 18773 I M 'S W8 fils 1031 5 1808 5 08437 IAlta 13626 taa lit t 124C 0 t16145 MS 37 MSM tus 13 Set 0 016173 2$137 M138 21 98 10M 4 IIM 3 01477 1810$ IM77 lie s sle e 79 96 3C10 7 1110 7 1 8795 00618* 23621 214 M 81 97 G ISC 7 ISC?l ISS?t tus til t IllD Scil:80 275 84 2M 85 IC?t i 1111 0 elle7 3 7118 1 3440 16a3 li8 t 160C9 O C16196 2141C 21421 SJ 9' 3077 9 till t 0 577 I ?t>6 89433 fue 05 97 ISM S 8112 7 NT 179 3 16t??
fil618 !?H4 13384 3:43 4 &, 0 016?0d 20125 2C326 0797 1975 6 till8 122 0 3 789: 0 016713 92 64 t%2 M 89 96 1974 5 Ille a 016dt 17693 13D9 191 8 use 1990: 0 016778 4123 18374 $ 144 3 7613 .38753 1278 178 8 91 M 3873 3 1t153
$ MS9 0 016N9 0 1785 1 7133 12747 188 8 178 9 2 I06# S C16238 74 00 6545 l?4 09
.4587
%3 M Ob h 30722 till) 01749 I ?453 ISSC7 33 8 1821 0 8817 0 017tJ IJ374 1J157 Ma
-
- 83e t 2 M30 0 016747 'IS7J7 IS7J3 97 9t 3019 8 til? S 877 0 2 h45 0 016?S6 ast W lat46 OlM 01817 8 2295 1 9117 Mel 1M t 24717 G Cl6?66 4740 847el 10! 95 3016 1 liill 5017 5 1119 5 Blan! I ??l? ISeb8 1873 IM S 2 6047 0 016He MH IM S7 eleW L714C ISG74 Was 138 I 16395 3016 4 117C 3 8 19;I 1 7063 3800 2 7838 0 066;64 73 09 tasa 121 11 leb t) 10lSJ 8123 1 t ilbi 189M 43537 taa tat t 20t17 0 016793 IM 90 23 00 107 M 1914 0 llM 0 O- * .. -
*' 187 0 30s:1 0 0lt 303 18? ?1 17 72 IM M ion? % llM S 0 1985 16910 IN95 tel
- l4a t 319 7 0 016317 191 78 92018 1&SM lass? ta2 e lat e 3 3653 S C16327 this 18 76 aM M l1195 icll 7 IIH 6 01051 16759 84a re tes e M40 1 138i ll3 M 01t S 1174 5 02m4 leap 83769 ,,,,,,,,,,,,,,,,,,_.
0 016332 Aclu 101 70 115 95 let) 1825 3 tes t 4J117 la610 SA727 setA tie t 3 7164 0016)di 97M 9707 lue 39055 18795 1001 7 IIM I SJISC 54U6 late 6 IIs t tSa 4 4 ICh 0 016 M3 8016M3 9766 9768 lit M 30C7 0 llM S 82143 8 6s43 lata 6 M S0 N $7 171 95 500h 0 sail 7 M78 IS6 9 4 3064 S C16174 Se S6 Se it IH 95 000s 6 1874 6 41716 14J90 latot les a IW 8 4 5197 0 016364 00 81 0083 IM M 91748 14318 $4M6 tesa 30C3 4 8129 4 SJMI lANS lahlt una tes e 4 7414 0016MS 7727 7711 I?? M 85172 3130 2 Isis 4 9727 0 0164 % 73 tc 7397 I?t 96 62313 881H 14487 MS tes e $217e 80lWi? 30cl e 1831 0 82MS 14103 lanes mig tes t 5 46M 7C 70 FC 72 til t6 Sell 3111 8 0 7377 14832 SAeot
- 0 01W70 6767 6748 13397 001 6 IID 6 Esa 900 0 87H3 00lude 64 78 64 83 13597 02e0g 33061 14371 me 0374 81334 SJ443 IJ892 IAAM M8 000 S M26 0016aSt U ta 47 06 1770 61736 0 016443 He3 M85 19797 086 2 IIM 2 3 83077 83795 54A tid e 4MM 0 016474 MM 8M 98 00h D llM 0 N05 13753 13754 Ina tus Mlf Wi tt Stil llM S 7 1380s lar71 6 0690 . 00lW86 Sd S9 5d 68 643 M fles 14A fles0 talWH $2JS 17J6 907 6 l136 6 62t68 43616 laita taa MSM 001 4 sl374 i SJt00 IJM4 4A147 tha Nee man samme e, meusesse
%d
- p. . t*f *l.f, %, .. ......o. - .. .. . .n . ~:~.=* . . .
. ~
os TeMS 1. Satureted Steem: Temtieroture TeMe-Caine 60esed Ents6elp? (eeregy 50epts telemer Aes hess Sat $at $at $at tat lost leet Le gei $$1 Wape' b0uad feet 9000' Late $ last 900e4 908W iesp $8 In Lated feet s,
'sa #I # 88 #3 Ota 8a __ 8 9 9 We 't 18 77 bes te 2 ' 330 7 I L ot La000 Alti us8 sis 4 73t10 16510 9031 Wa fabo 14127 S lf? 30 189 01 0 in 0 i Les? 13 Se75 95 1973 al 73 179 8 ' 1 5444 3 40 Mes a 1 16SM S 137 S P89 L'77% ,4779 W8 16W 7 44 NI 41 800 42 S 540 5 I
. 15 0 ha 3 ,841 3 '7M iall! 9 WI tea ts 7 1629 42421 42 pa 63 i L E01' 6 S?? S tel . 4 957 900 04 1 8842 1 12787 33148 I?pa WBO ,**-#**
93 3 ~
- 03a0 tec OS 8 142 9 18 13082 INDO W8 9 MP 9816585 W ha 8 83017 17ES 388 atl4H4 373 804 137 402 8 16 1143 7 tes t 18 168 U 4la $M OS WI E M4 BW O6 W0s lles e 79 84932 1 7831 tel t 30 60% 0 0166:1 M M8 12910 8 4088 1 7794 195 8 set t lit:1 &0lH24 Se the 34 970 366 0s 9798 8:45 2 9779 18440 g29a0 1 4s 74 1 7764 ast 0 0lM37 SI U2 134M M8 09 sis t 11 526 37238 075 4 3347S 8 3001 1 4657 17H8 Ba8 12S;; GolWW 3113S 33151 SII sea l 0 016441 78 067 Fitti 1761a 9724 11490 0 3061 1 4178 1707 3et t 13 % 8 SJ121 8 4s47 17%8 fila la te 8 014789 M 7s? F6 799 86017 9703 1850 5 .8*
, 717 1 0 016747 fi l's 24 3ga 16410 9678 IIS20 0JI81 .5 4J23 8 75CS #14 8 e _' _- _ _ - 316 1 IS 9C1 18823 965 7 IIS3 4 $3781 14?C) 174a7 Sit 3 17 105 0 014775 23 131 73 148 SJ 300 lace! 17383 3re a 275 9 fra l 18 % 4 .0 016&?S 21 129 fl WS 19227 904 1854 9 801604 20 0 % FC 073 IM 31 9600 31M 3 SJMS TJ961 1732C 370 0 178 8 FC C .S 200 35 957 s JIS7 8 0 3417 13447 I ??60 BJ8 237 0 21 W * $ 0168nd 80168n 17 4W 18 7C 18 718 17471 20440 9M8 1159 2 0 3476 IJ12S 172C1 3I63 , ;* y.
234 8 23 216 952 I 1160 6 03533 13609 17'147 SeI S~ 24 9 t 0 016t?4 Il 3SA 16 321 2084% pas e 212 S: 9455 1162 C 0.3M1 1 3894 ! ?005 Sea t - ped e M 8't S ole tti 15743 h 760 .-6 40 pas t 2t ?M O C169% le ?64 14 78; 236 H Sa6 6 tilla 03WS 13379 17018 . 3C U) G C;?:?7 13 3St 13 3?$ 22C 62 944 1 IlW 7 03706 IJ2tt 169?? FS78 fu t 22465 9414 IIM I SJ763 1 3154 15517 Jul 2MI 13 CN C Cl?0$$ 12 SIC 32S36
??f ?6 9326 til? 8 0 3t'l 1J041 lla!? Det Mit 3$4:7 B C170f
- 11745 11 76?
0 0:7173 II C?S al ca: 23: 57 93S t 1368 7 0 38't 12933 168:8 364 8 fla t 37 t-4 IJ8') 167S$ Mat Mit 4* W: 0 C171$7 It hi IC 3% 23t 94 9331 ll?C C 0 3532 4? 288 C C;7153 9 734 97H 740 9i 93* 3 1171 3 03%7 1271% 16?C7 2178 1778 46 la ' O Cl?218 9 16; 9 18: 24) CI 927 5 1872 5 04043 IJ607 IMS0 2 78 I 2 78 I 49 7t* 90:7?W 8 6?? 8 6aa 24917 978 6 :173 8 0est 12 SCI I LS99 fet 8 fet t 921 7 0a1$4 12 MS 16WI Ita t taa s $24:4 0 0i 7JC 412t; IldS3 2S? 2 175 0 3s48
$5 7% 0 C:75a 7HH 768:' M'a 918 9 376 2 C a?CI 1279: 1 6492 tes t 71E: 7247S 26 $ 915 9 .377 4 D a ?t ) IJilt 164J % M:8 se: S M FS! 0 0i734 0 43i? 1104? 1 643; fit 1 1d 064 0 01748 6th9 6 8433 26S t 913 C 1876 6 394 8 64fSt 735 7 910 0 1757 0 4172 1 1179 1 6351 tel t 3sII 47 005 O C? ?a) 4 4883 ,18C 9 0 44?6 til') 16);) ana l 71 119 0 0!749 6 09%S 6 1130 2734 9C7 C met sen t Fidi) C C; 733 9 7415 $ 78.10 778 C sos C :18? C O ss?t lif 76 16Mt ass e 0 0.767 54Mt $ 47a; 262 1 9C! t '11831 08133 1 1676 16?OS 313 9 317 f 79 9: 3 O sS86 11576, 14162 314 1 0 01761 $1673 $ 1689 246 3 Stil 1184 1 316 8 ta ut 00:7H 4 8961 4 9118 79C e 094 5 lits 2 04680 11477 1 6116 37t 8 37t 1 09 643 0 a617 1 8370 1 60?! D48 Sa t?6 G C;770 4 6818 4 6$15 794 6 091 6 1186 7 tra t 044 5 1187 2 0 8745 8 1283 60 $ are g sit e Icr 7sl 0 01774 4433: 4 a?CE 798 7 04758 18151 32s 0 0.779 41788 419H 3C? 9 08$ 3 1148 2 Stil 337 8 10S 9C ' G att0 11086 l3936 338 8 111 82* SC;783 3 9681 3 9239 3C7 8 042 3 11858 sit e 311 3 0788 1190 1 S a9C2 1 9990 15892 asII 3all 117 95? 00:79 7 3 7699 3 78'8 S etta losu 15a49 ana l
. M. -
O Cl ?t? 36818 3 60:3 315 6 SPS S lille F ' * ' ana l 174 43: 0 5006 18799 IS&M Saa l 13: 142 S ti71' 3 4C78 34ht Sil 872 2 lit! ! N ant e an t lu in O tisa 324:3 326:3 an ,? eu l ns7 7 Olme 3 07C) 13763 m70 0 0.6X 3 0463 31064 828 1 06)$ 11936 0311C 1 8611 43721 adt 540 145 424 O C:511 2 939? 2 9573 332 3 062 1 IIN a 0 5161 10$17 ble?I 180 9 set t IS3 C:C 0 5217 los74 lauf ana l 16C 9;3 00;8:6 2422 2438J 3J4 5 0$8 6 189$ 2 364 8 SS$ 1 119$ 9 Ol?63 1 033' 1 569% 344 3st l 166 113 0 0it'l 2 H91 2 68'3 540 8 0 6314 18240 13 %4 3774 I?7 kt 0 0:416 2 6851 2303 3s50 0$16 3396 7 373 4 3a9 3 048 1 18974 OS365 18:48 13513 alla 31s t IR Sl? 0 0iL31 2 4279 2 4a62 353 6 044 S lim e 0 Sall 3 00S7 i Sa73 309 195 779 0 CllM 2 317C 23M3 3DI 8 0 01847 til?C 2 233d 357 9 edC 8 1198 7 $ $a66 0 99e6 I ta)? sne s 364 1 2CS 29 817 2 lit 9 3 0 $516 0 98'6 1 535? Esa t 0 C1647 t ilM 7 1313 362 7 3sII IIS 77C 366 % 0334 lit 9 9 0 %47 0 9786 1 135 Es: t M78 F2S S:6 0 918$1 2 0168 2 6369 GWl? 0 9696 1 1313 3en t
..~
- 2M 113 0 C1858 8 9791 I tell 3708 021 7 12004 336 0 40:1 ,,,,~
-- - ass e Pe?259 0018u I kad 1961C 3751 0?$ 1 I?ti t 8 % 67 096C7 I S274 0 5717 0 9518 I S7 p as41 ana l 8 0187C 37W3 3 7t?? 379 4 On e 17015 254 725 09184 1 6477 I F06,a 3833 318 2 17019 G S764 0 94?9 IlltS est e 400 0 IPC 60C $ $116 O SSal 1 5157 413 9 FtJ ana 0 0:st; 1 61S? lus 3s81 Sis ? 17024 413 8 Selp? I Seu I MSI 392 5 810 7 12028 0WM Sth) I Sing 414 8 414 8 29)617 0 6189a 14400 t a997 FM 9 006 2 17011 0 $916 0 t165 8 $080 471 8 476 6 30078C 807 7 I?CJ S SHW 0 9077 13c42 474 8 an J91 0 819T 8 41W 1 4374 4343 e?s t 40$ 7 790 0 !?03 7 0 6014 0 8990 1 9004 art e 478 1 SM a6 3 00ttat 13$91 1 378:
elf t 793 9 1704 C 0 6063 0 09C3 l e9d sail 433 8 3110C 0 01113 8 3C/M IJ7179 0 6112 0 8846 1 4928 eas t SIS O 364 03 0 81919 IJ4481 12643 414 6 7017 1204 2 419 0 7054 17044 0 6161 087?9 1 8890 eel t osa t 3015e 0 019?6 1 89761 121687 0 6710 0 06a1 3 a153 esa I I ens t 397 M e 61933 1 14474 3 3MX 473 $ 78) I 120s 6 est I 0 C1640 1 10212 t ills? 428 0 776 7 1704 7 06ht tan? las t$ i eaa l 464 09 0 000 0 6471 34774 a28 < 8 01687 t elFW 1 87711 4326 772 3 120s 4 I 462 8 43184 4370 MFA 170e 8 Suu SANS 1 4741 ese esta e48 73 0 01954 tallit RAM 72 to
** ;- * %. W-.
.. . c.. . m : . . . . .s . ' .~ O . .m . .: ~.~. :.= . .n w
. ch. .: L...J. y . .- ac - u.. . . , t . . .- w . :- . . - a. . ! .2 . . m., : .e
. c . ...~ .;+: ta.y.;7: ,wi .*La
. ::. .s: v
E TeMe 1. Seweeted Steem. Tem 0perature TeWe-Coevehened 30ecit.c 9,6vme intaatpy intrapy Aes press Set - Set Sat sat set Sat lose he te se, Lee 0 Esop teow fehe le m Lee 0 teap vape' Leece two Wape' s, fame t e, he # 8e ha 6, Sea
- y e en va aves as stimi etFou 60es24 esi S suJ lass t staen as799 dus t an6 st assi pu 6 Isos; seats as21: Ja67 ass ess 40S w telut enSas estu? 450 7 7W O 170s 6 Her 44127 m29 as ett 90s U 441976 4858) 49380 SSJ 3e9J 13343 SI Sme? S 42 er38
., 473 9 624 67 $0ltM 44045 44379 M3 3e43 3304 3 4699 4796 A65 ma
- 436.8 $45 81 4 81962 442954 See960 454 S 7M 6 .lfte I ,,, Sep4 4 7078 9 4518 _, y ~
esI See 15 SS2000 0 79716 4 41717 auss 947 81 9 87009 876613 47e02 sti g7 33M B $0H6 477e5 last! as ess e 473 8 ris ? SJc35 SS74S 9 7700 lanes ese 610 10 862CI7 0 7het 97Mit 4785 774 6 12031 067t3 8 7614 8 4807 478 529 613 03 8 02026 0 70798 s72L20 S t442 8 7528 1 4370 ela , . , des s M6 63 8420M S440 0 E7010C e&32 Tita 1202 2 8 020a3 8 6Sa48 4 67492 4079 734 3 17022 testo 8 7443 l a3D mee tes t tac SE 0 0d$3 0 62938 Spet! 857 7 309 0 1201 7 G H39 0 73S7 1 4296 asa tes e 7U5 74 4975 103 7 12011 G H47 0 7273 lana ses tes t 7314C 0 02062 060$30 8 62557 StaJ 3200 5 9 70M 8 718S 8 4221 tila 802C72 0 54218 9 40789 502 3 512 8 757 72 8 70$$ 87099 141U 966J Pk 76 0 02C41 CS$997 SSE79 $073 H27 lit 6l lita M70 lit 9 C 0 7133 .0 7013 1 8146 tres ' 67tl 812 53 S C2091 0 534W S SS9M 512 0 516 9 681 3 1898 2 8 7182 0 6t26 1 4108 $N S .. m. m.m.c ,*.e.,,. 534 0 Sal os 9 021C2 0 5181a 0 53116 675 5 13973 0 7231 86M9 l eC70 57s a SC7112 8 49443 0 5715S 178 8 Mit 87C 31 t ??&0 . 8 6752 l aC32 812 s 0 02123 C a 7H7 0 $0C 70 S24 8 666 6 1196 8 E29 90C M S C28M 9 46123 0 41:57 531 7 663 6 IltS a 8 7325 8660 IJ953 Oss e D60 93117 M49 DL' 75 0 02146 0 a4365 0 a6513 534 8 LS7 5 litt 3 0 7378 0 5577 _1795a . nse t . 99:27 GC?lSF 0476?7 8 4diu Sa ) 4 451 3 Hl3 ) 0 7427 0 6all lJ115 naas . . . ,.. kat S469 WSC 119: 9 0 7476 86aoc IJ876 esi t IC?I st 0 C2:49 0 41044 04V17 Het 0 41Hf 552 0 634 5 319t t 0 ?SM 1 6311 1 J8 3' 087 8 557 3 tot: 59 C C?it: C JW 75 0754 0 6222 I N67 th 8 105i 55 O C:lw 03?%4 0 43i64 5572 632 0 11852 Ene s 03t'la M28 625 3 til? ? 0 76M 96132 IJ757 Saa s Mit llM 3t 0 0??C7 0 36507 SC ;;i C hca9 03'32: M76 618 5 lite l 0 7674 0 6041 IJ716 tu s W4 117 10 572 9 611 5 lip S 8 7725 0 $950 IMb tal t Isl e 12:* 71 C Ct2 n 0 3374. 0 359' 12at ?t C C:2st 03245 G Me't 176 3 6M S 118? ? 0 7775 OSan thM 377 8 872 3 128; 74 0 C;2ba 03310 CJM2t $83 7 5971 IlE 9 8 7825 0 5766 8 JS92 5744 Sts 0 C C2279 0290' 0 3:216 Sil l Sa9 9 Il75 t 0 78'6 0 % 73 Stu: Bes t Set e 13M 17 0 7127 0 158 1 350' tea e taa 8 134 7 0 C?ltt 8 247H 03 048 Ms6 5424 !)74 5 0 7978 C Sall I M6,s esa s 0 C:3i1 C 2 763 0 295:9 60:1 174 7 1174 9 688 8 lait t OC 3:e 0 ?pb 01sC F act ? Mit 13720 0 8033 0 5)90 I M?C In: t St: 0 latP 3 158 6 II?C 2 S E42 0 5213 IJ34 gen t 994 8 lasit 0 0:34h SJSAM 01777C Sit e 15872 C C;3W 0 74368 0 26747 ' 417 1 SSC E 11(1 7 0 81M OSfM 1 3!30 Oas t
$si t S421 Inst ) 0 8117 O S05 7 1J26: esa s 64a 1 1947 G C2)t: 013W 0?$M' 622 9 08 40 C a 95 7 IJ230 Wee set t 16P 1 0 02a". 0223W 0247W 628 8 531 4 1162 s 528 7 lin S S t?W 0 a095 IJit; sit e
~*
8178 168i l C C24!i 0 21442 0138t! SM S Elli 1731 9 0 024u 010tl6 0129o: 64C 8 515 4 1166 4 0 83a8 04764 IJ141 St4 6 1 78i 9 0 02465 0 19615 012001 6a6 9 Sct ! 1153 7 06413 0 4649 lJ092 070 8 879 8 1135 C S C;st5 011737 CJ1226 651 1 4964 18a9 6 8 6aSt 04 Sal IJoel 37a s 37s t 0 8514 0 4474 1 7988 87t s itC 4 C Cnla 0 1768; 02C3W 659 5 44L 7 3146 1 till 4 68 ' C S C?$11 C l?Du 0195U MS9 4764 1142 2 0 8571 0436s 111M $328
$37 8 834 3 20C; 4 0 C2S64 0 16226 61879; 672 4 4657 1134 5 0808 04M3 12879 SM I 8 C259S 0 35427 O lE!! 5'l l 4$4 5 Illt ? 0 0F W 0 81H 12171 tell
$ sit FCat e uit 4438 1179 0 8 8746 0 40:S IJ761 taa s kap 2118 3 B C?t2n S tatu 0 17269 wat tat t 2176 1 0 07tS ? O lH 74 CitSM H9 43tl ll24 C e sax 03t93 Ints 2H91 0 0?65' 0 13324 O lnt:6 7DC C 4187 1118 7 0 6458 SJ 7t ? IJIM 857 8
$37 23;i 7 O C2726 0 12387 01518$ PC7 4 405 7 1113 3 8 853; 83637 12 % 7 ass she e "*,,_M mr-7:49 3921 8107 0 s e9,5 O lSC2 IJane met uit 2MS7 eC27u enso B ia43 mal saa t 243: ! O C28;l 01097 0 13757 M19 3777 llot t S tou 03MI IJen 2451 1 00?f u C IC22% OlKt' MIS 362 1 IM35 0 9137 eM10 1 7347 esa t ess e 0 9212 SJo$a IJ2M 877 0
$ 77 9 FSit t 00?9)I 8 09514 0 12424 HC1 3aS 7 1085 9 2064 SS2970 8 04799 0 11769 Nt2 328 3 1077.6 8 5287 01892 12179 876 0 676 1 3101 1068 S 0 936% 01MO IJOM eseI est t F7Ci( 8 03037 00cc8C 8 till? FS8 5 e 3447 01537 31968 ans 8 esa 8 278 I 8 03114 0 07349 01040 Mt2 PSO2 IOSI 4 20$'4 0 C320e 0 06595 0 05799 778 8 760 2 80870 0 9535 02337 11472 eas t est e 8 96 M 02110 l if aa W!I s1 s 79 M S S CD13 0 0S'97 00430 79C S 7431 BC33 6 8D8 4 212 8 1017J 0 9745 0 1841 1 1591 te64 996 9 3ci3 a SOMN 8 08546 0 06171 C24 173 7 99t2 0 9901 01a90 1 1390 mit ,
Det t XH3 0 0M62 0 0857 0 07519 MJ8 7t: s 313t ! 0 03874 003J 73 0 0f ar sne 344 7 947 8 000E 0 12s4 182$2 854 2 102 0 9% 2 8 0169 O ct ?6 41046 les t 7ea t 31772 00410e S C2il? S OLDC lat e - 310 8 048 7 O CIMa 0 CP33 873 C 614 9Ma 1 6329 00$77 l etM - - - - liti l 906 C 00 906 0 a tti? 400D0 1 96!2 Mla?* gen e ?- 32Cl 2 S CSC74 0 0000C 80$C 74
'Cntitat temperature 1." y; ,, .3 >
. . ,; . .. <. s. ,)..s .
<, :. W . .~ ' . T.". ..; s ..:.-i $ .. b, ._ ,.... . . .g .,. ,
, , ,. .. , e, ~
. ....o..~.. . . . .
. ~
3 Table 2: 'Setettled Sleem: Pre 00ere Table C Stecific Seaver Emmet 07 Emeresp) 00s Press Tems Set Set Set Set Set Set mes Pevss L8?5e en few besie tiet Veter g3 6 Sist Latene feet teser W50la 0 i et 'ee 'O het 8 s, 0:0 0 0 0 GNe68 GM 018 373 0014D?2 041&C 32 24 SS 3224 12363 F3 rrJB2 SS i 1975 5 Me7 4 .= I inte
>0b47 ,
9072
'es?S
- 5077 Ge69 tas .. Se6 0 0lu?! !$ tal S 47 W3 6 0063 I leen ' aa6
.S . 8570 tA 301 74 0161M $9 D340 Se u I 05 8 i ll3:1 Seu 8781 La la 66224 0164C' Sin n $37 3020 9 31 i '
t rul 4094 $a 3 63 '. . , , '
, 10 8 9321 Sits 9? 40s 47C 6116 21 43 3 i if0M 3043 78 79 as te M4 12 0C 0 016789 7&? 799 0C 8 7 03 SO S i f 3171 aas ? 7%4 taae6 MJ 13f.3 0 016726 74 01J3 Elf 50 9 i t 3137 aall 75$2 na Me F27 96 0 016414 30070 20 087 196 ?? 0601 1154 3 03ns 13962 1 73?0 58 an s 2SC H 0 017009 13 7?M 1374 M 218 9 08S ? l1641 0 3642 IJ313 8 0995 38 ee 367h 0 017151 le 4768 104HS FMi 033 6 il69 8 0 3921 2pa 1 6765 ea
, le t 281 C2 G C17278 04%7 S Slac FW 2 0239 1174 8 0 4:12 2474 1 6586 Os s es e 797 78 0017383 71%2 7 37M 762 7 . 015 4 ll77 6 04273 JI67- 8 6440 se . _% fa , d I
. De t 3C? t) 0 03 7a82 6 8875 61cSC 27? ? 0C73 118C 6 0 4411 l itOS a t 16 It s -
nseteGG M8 312 0s S C17573 S4SM $ 4711 - Fl? ! 000 9 ,183 1 S aSW 18473 16204 30 NA 3?C2e 0 6176 % 48??9 4 8953 Fec 7 Sta 6 138$ 3 0 46a3 18470 1 6113 54 , ten s 32732 S C:7740 4 4133 4 431C 298 5 GE8 6 11872 0 4743 1 8764 16C?? 9en e * * . . tie s 33479 O C:78? 4 c30t 4 0asa 3CS e tel l 1184 9 0 4834 11115 1 50 % tie s 37pi 0?78 0 49:9 ISa '9 17e t 7 17e 8 M177 0C:789 3 7097 317 6 1890 4 1 0960 .- 330 s N7J3 S el 7M 3 43W 34Ma 319 0 077 e lill ? S a991 Icels Iss:3 tie s . las t 3$3 0s 0 01803 31010 3 219C 375 C 060 0 1153 0 0 5071 8 0641
- 157$2 pie tus 35s a ? C C;sM 2 9958 3 0139 3E6 6634 Ilta l O Slal 1 c$$4 I Ste - me est s MISS Stillt 2 0:% 283M 3M I S$9 0 1195 1 C S?0t 10435 3 %A: teo s
. 178 e M5 a? O C 871 26%f 2 6738 Mi2 $$4 8 IIM C 0 6266 1 C3;2 I SS9; 1789 tat e 373 Ce C Cls 7 2 5:79 2 63:? D62 OSC 7 Inte t O S328 :1 C216 i SSa3 las t tat s 37733 C C1833 2 344' 2 aC3; 3SC l Gat ? 81976 $$na 1 8113 1.5458 tes t pe; t 38: t 0 C1535 ? ?t ti 2 78') 3% $ 6874 .198 3 0 5438 10 Cit 1589 fee t 7ts t 181 5. C Cips 2 163'1 I ll:17 3M 9 03t l 1990 C Sa 9C 0 9923 1 5813 Fit e
!?t e 3filt 0 C.8M 2 06771 { Cat?9 Ma? 03) 4 ,lM 6 0 SSa? O tlM i 1374 270 t 73t t 313 70 O ciet? 1 9795; 19%s6 Ma) 831 e 170C 1 0 5586 0 9749 I S3M Dee sat t 3C )* O C. li! A9925 9;7t5 3 ?? ) 0?l a .700 6 OMM 0 %665 3 5799 Mte Fis t 879' C C:lt! A?aS: : 643 7 376 1 8?S C ?cI l 0 M 79 S tie $ I S2W rie t pie s ax as e t;6 7; 7 bee 774.8 3759 42i f .701 5 0 572J 0 9506 I S230 anal 31s t 8078' C C .l'S 49.37 71L3 3ast gle 3 JC: 9 0 $7H 0 9433 8 5197 37:3 tet t 4:l C* CC:le: 1 63169 6SW9 3e' l 8:$ 1 ?C? ) C S8M 9th: IllH 7ea t 29t e dish C C184. 13497 , St I? 39C 6 012 C JC2 6 0 $au C l?ll l lin fee s set t 41735 SC19tt ] S7368 Sa??a 3E C SCf 1 !?C2 9 9 5807 $ 9??3 llCS Ist l st e ab 73 S C19 t; s 30t a? 3;na dot tw 2 170a 0 e 60M 9393 alte SW e cet t asa 6C G Cit)4 18a167 1609) als ? 76C a 120a 6 0 6217 0 843; suf ess e
- - . . dit e eS8 ?f 8 0:95a I Clf?a 1 t3179 4P3 76' S I?Ca t e ll'! CI!? 1 e730 au g
$4. 6 atTC. 0 C:975 0 9078? 0 9276: 449 5 hil 1704 7 G H9: Olist l ain goe t Sne s 476 44 0 C1944 0 82183 Cptf 7 4609 7433 !?os ) OW:t 0 7936 . l eSa 7 Ses e est e a3{ :; O C70.' 4 749t! 0 769's 474 7 737 C I?C3 7 0 6723 0 7739 I saLI see e
&St e 49446 G CKb 0 68411 0 70M3 4819 72C 9 !?c2 8 0 6t76 0 75$7 1 4381 mas les s SC3 Ce SC?CSC 06n05 06526 4916 710 2 1201 8 0 6928 0 7J77 1 830s pas s fu e 51C la e C7069 0 $488? 9 6C9si SOC 9 4998 !?CC 7 0 7CM e 7210 34232 hse Set t lit n G C2 l? O basM 0 %a P SM O 689 6 199 8 0 7111 0 7051 l all) Ges e ese s Sn la e C?ltt 0 $3167 0 Suc: sis a 679 5 ,198 C 0 ?!9' 0 6t99 8 a096 see Ost i 131 91 0 02:23 Sa7H6 CSP S?67 ul? 196 8 0 7275 0643 l aC32 mes Ost t 13f !6 G C71ai S aS06a e s7?ot 19 7 u:C 194 7 0 7358 0 66:2 1397C mee last s SM S! O C71% 0474 H C aam Ss? 6 65t a 19?9 0 74 W 0 64?6 I MIC test s tese t SS:1! O C2177 0 40Ca ? 0 a???a SK 1 6a; 6 191 0 0 h;' 0tus 3 34$1 tese e , . 24, ,,,,,; p,.
gp stet t SM ?l C C?lti 0 37463 O sacSa $57 5 631 5 199 1 0 7578 0 6715 137ta 11ee l mi s wi s: 0 0nia en859 036') kas sn 2 li 5 0 0?u? 06o9; IJin tim e 1784 e M71% 0 CH32 03a413 0304S til 9 613 C lita 8 0 7714 05%9 IJ683 13ee 1718 e !?? ll 0 07250 03not O Hut 578 8 6C3 8 11874 0 776; O SISC 3 3630 12H S IMis 577si 0 0:169 03C7n 0 3?M1 SaS 6 $94 6 3 402 0 7643 $$733 IJS?7 lass e tht8 Se: 3: O C;188 8792SC 0 3 TSP $97 3 SeS a i 77 8 8 790t 8 M?c 3 3S?S gate e
. Hs: t $4?t' 00nC7 027871 03C: 74 690 0 576 5 1 43 0 7964 0 6SC 7 I W 74 tass e Hlt e 5917t 00:n1 026564 02f911 60S 3 M74 l l72 8 0 0C26 OSM7 3 3473 teW e IH e SM K G C2 HL 015377 0 2 7789 ell ? 5584 17C 1 S ectS $ $7sl 1 3373 tass e 1950 0 60CS9 G C23% 02423% 0766C; 6te t Sal e life 0 8la? 0 5187 1 3374 gues 1644 e kat' 8 0134? 0 23159 0 2 % 85 424 2 bac 3 168 5 0 81 % 0 SC 76 13D4 tese e lose e 6M C t e CisC7 0271a 3 0 28 % ; SK4 S31 3 161 6 0 81Sa 0 457 IJ2h tuse )
- Pos e 613 a Ocie?s 021i78 On6C' 636 $ Sn 2 n86 0 sacs 6aul 1 3176 lies e
.C ' . t?H O 61717 G C74 SC 0 7C'4 3 07M13 642 5 Sill lit gan) S af6% II? 17ts e .. -
lett e 671 C 0 0?s72 6 193 % e fine ! 6as t SC 3 0 .S? ) 0 6 alt 4H7 30 79 tese s > . . H >t t 61s t ' O C?an 01{%8 0 710$? 4WS eva 6 49 0 $ 64 70 esel Sc30 teen s 190t e 6?t M 0 C2517 G liF61 0 ?c? 78 660 s 44S ; iaS 6 0 0577 asst 7981 tess e ttit e 63;U S chal 016959 f sl%st 6H I 4750 47 0 0 8$ 74 0 43$4 1931 tou s Fest e 635 0' S C7%$ 0162H le438 6728 866 ? 38 3 SMM 0 42 % taal mes e flet t 64: 76 0 0?t!S 4144tS O l oc . 6430 446 7 30 6 f Bt27 0 40t3 3780 ftst e 37st e 6a6a5 S C16th C IMO) 0107, 694 5 476 7 n2 e 6f ?t 0 36a e J6 76 syss e F348 8 6% It 0 07777 0 12s36 0 15I31 7072 40t 0 1832 0 0919 S M40 J%9 30 Mas t N211 0 0279C 0 13287 0 14076 719 0 Mal .303 7 0 9C38 03a30 J460 gene s piec e Hi ll 0079t9 0 10709 0 13068 731 7 3816 iM33 0 9179 0 3704 lJMS 3 ens e sess e 473 %: S chla G Ml?2 0 12150 Isa s 3376 087 0 0 5147 02977 s12M mee t 37st e 679 5! 0 03079 0 0sl6% O !Ilta 757 3 317 3 6069 7 O l3M 0 2741 lJM7 rige t stea s tea k 0 031 M 0 C 7171 0 14305 770 7 20$ 1 10 % 8 0 9a6e 42493 s 1958 3 00 3ese t 68C27 0 0n67 O u t St 0 04s 7C FRS I 254 r l039 e S OSa# 0 2785 8 1003 me s mes e 69$ 33 00M?8 0 0$C 7J 0 0eSOC 001 0 214 a 1620 3 0 9773 0 1391 l 1619 me e ties e 7OC 28 0 0M8; 0 6U 71 007aS? 824 0 169 3 093 3 emie 0:460 s il?) Soes t spee s POS 0t 0 0a472 Soitti 00%U 07S5 MI 038 6 10MB 0 6a41 1 9832 Wes t Spee 2* 70547 0 SSC18 000D00 0 0$C15 006 0 00 006 0 ta612 0000C i 0612 see 2* Okite % 6W$
** *.mor w =v" M , -nwnmw'W ~* .* n ~s==.**, '*h.*
, :, s . . e; ,f~,. . . . . . ,es? m *
. .a. - . , sr % ^_ - ' ' ' * *-
meant / Thornes(poemies of steem . o 1 12 1.3 14 15 6 I la 1 20 2.1 22 2
,. AlN/hUfM
/Q f y/ /\ I / IX I 1100/
,,,, / /M7N h[/
/
7s . r N /
///4 Fi / io60
,_ / I/1Dc/7A / N/ /r% ,.
/7s / / /%/
///f'//bh /
' / 900
,.,, N // /W; , . .
///M'M/ 7 7s / / li f / so6' f
/
7s / N/14////W/ rk / I3,0 - 13,o h / f f% / I / ' sorf
,. / neb'$9 NM/%L / ,,
i~
,2,C -
y [fgs s u " Vfff?/,f y bw D'7)y"l 1100 1050
~
_ /MN!N7)@7 N
,g /
/MMME05cM
~
J_B7XM%W JMkMMW
, MAW /W
~
10 11 1.2 3.3 14 1S I6 17 38 1.9 20 28 22 2 Mollier diagram (h s) for steam.
. Lb . . BE(<CJO6, J HEOF'y PAGE 17 feiti HLHb -- UN1','E RE I T Y OF F11EiDURI -86 / 07 / 01 -H I GG i r45, h. (<liSidEh H.01 (1.00) Xaiore hoe ; greatcr f2r92On y2 eld. (.b> Xenori hat a 1 ar ger mi c.roscop 2 c cr oas sett2on f or thesmal neutrond. (.5' RE F E h f rJ'.:L Wer t i ngt.ovet- htettor t or e Lorit r ol , i hapter 4 Haz a r d s Su...irist , 4-14 htJH4LR H. 02 '1.vu-l od) tic tw: ,. thor t tr h e. l f 1 2 i ce thari e ri c.r i , to 2 r:2 t 2 Oll y E. f t e r e tr)p .tiui will bu Id up be ause the on i r r ea,0,> 01 aics han a une reirain2ng in :er ois d ag.1 3 E v e n t u s.1 1, r. e t t et the 2od2rie w211 bc' c ore v er t c d t o :;t riore , et v,' i l t t . t 2 ni.
,: Or s on Up.e. bil l } be gr e9ter thare audino oecay, caus2nc : e r.on c or i._ es .t r .t 2 v i r t o tit L r t's i ( ' .
REFEREt1CE Weit 2r.pho'te kractor Cor e Lc ret r ul . Clie p t t t 4 f,r I L4EP H.02 t . C.O > TJeutr on abt ur pt s ore. REFEFENCE Nca t i r ph _w o heet t er Cot c C ur et r ol , Ehepttr 4
FAGE 1 Et
, th . BE.AC.IOB_.Tr(EOB.Y AIJ5 HEP 5 -- UNIVEkbl1Y OF M3MOURI -86 / 07 / 01 -H I GG 1 tJ5, R.
AriSWER H.04 (2.00) si. (CRI ) / IL R2) = (1 - I c f f . ) ! ( 1 - l'ef f 1) (.1) (LR2)/(CRO) = t1 - Eeff3)/() - i.ef f 2) (.1) F oi 4 2 c Leff) + .16 (.1) Eeff3 = Leff2 + 46 4.1) ief43 = 6:eff1 4 2 31 (.1) CR1(1 - Ueff1) = CR2(1 - Ietf1 - .il: ) t.1) Ic(1 - )eff1) = 168.1 -- lef41 - AI) t.1) 10 - 10ft"ff1 = 16 - 16t ~e f f 1 -- 1 c .'. I: (.15 16/I
- 6 - Ol=f41 r bil - F efi l) ( .1 )
4r a (3/84 (1 - teff1) (.1) Ch! = CF 2 t 1 -- t c. f f 2 ) / t 1 - Leif3) ( .1 ) CF. C f' L 1 - ' l m.- i 1 4 L' .' 3 /[ t - tl .o f f 1 + 2.' t ? 3 CRI. = CR2L1 - teit) - Alt /t1 - Irfi) - 2.'63 L.1) CIO = CR2[1 - Ioff1 - ( 7. ' 8 9 t1 - Foffli3/C1 - }eff1 -- C/4)(1 - toftli3 ( .1 ) C F:0 r- CR 2 d; / E > ' l - Leff1)/(1/4)(1 - 6rfi2) (.1) CR3 = CR2 tS/6,, (1/ 4 r = F Pc ('i'2> - 16 ( b /.'s = 40 Cp s (.1)
- b. At ieif approcthet cr et . rnc.r e gorit r et 2 unt cortributt a s2anifstart riuq,tn e of neutrons. t.o tr.or e neut r ori cener tion.s are required f ut- neu t r or, f l u?-
to 1 (".- ( 1 off. (.bi REF EREt1CE titl5 hcottor Oper g4; 2on 12,1- 0 ancl 1 2 . 46 - 2 At15NEF: H.05 t 1. '.iO f The in21aal st&rtup e4tcr the re.ctor has Leten 1cadrd w2th c new n ed CorU. REF Ehlf 4CE ' 50P Monval 11.2.? eil E WE R H.Ob (1.bvi
- Del e > cd tient e t.nt er e tio, t. 4. t l ower ereut us t r t.7b) so t h t.> cre Itrt 13 6 v 1) tc lesi ou t. of the core ( . 7 '31.
fiCF EF f t!C E Pr ai r l e I t 1 enti Er ec t r., 7 t,t or y Su.v eu L et c ore ilon, p 100
PAGE 19 , th_ _ RE,4CIOR, , ThiEOP.Y ANSWEF:5 -- UrtIVERSIlY DF M I 550Ur, ) -86/07/01-HIGGINd, R. Al45WEP H.07 (1.00) Soon ofter a r eactor trap power wt11 decrease at the same rate at whith the longest lived del a , ed neu tron precursor decays. This precursor her a half 1 i i t: of LL.e secc.ndr. wh2ch c or r c sporids to a rneeri 12fe of 80 secoridt. REF EREflCE Pr c2 r l e Isl erid keec t or Tht er y Rt itw Lce r,on Pl ere , p 1'.69 ANObtER H.09 (2.Lvi
- e. 30 t er cr e dt
- b. Tlic ehertctt p t. r n. ) s ; i t. ) e pt.r a od ureti er t hc t e ci r comt't enc t.t 1E 10i.
scconds. 'O.4-F = F' ( ( .ptt. ) ( v . :. i t n I ri t F / F
- a 100 In(5/2.L) n e9.3 seconds (0.3
- c. F c ..c t or p t. r l od 2 t, i. roc e t ur c tif the r o 1 e t 2 vc. , rather ths.ri t he etivo)ute.
rete of power c h e ria e . 7.b f1W l '., 1.5 times es large er. 5 MW. While L MJ 2t 1.6" t 2 rns t i+ lerta ic .'. t 1W . REFERENCE Prear1r 1tI<od F 'c E c t t.r Theory F e .'r e w L o r.a.or F'l ar e , p 100 SDF Manuel 11.1.1.I fil bWEP H.09 (1.LV) Oc t 2 v4.t ted ttructvrel n.teriel (mitt 6 h> gh-erscr oy g eirntna . ( l's . 5 ) 1he g a a.n. 3 strale2 a ber,111v.t e t. orr, t re the reflector (0.5). r e sul t i r.< in t h c-di c a riteor et 2 cri of the bc r v) I t um 4 t un. t rito two ciphs perticitet eritii neutron (0.5s. REFERLtRL H#:ordu S u r.n.o r i 1 ^. - 2 " r 41 h.-UL R 61. 11 t1.50
- e. Oluria tiv n te r.p 2 r o tur e tu obc.u itu meltina point. (.L)
Aluminun at 3 ri i 4 4 rec ) , di v2 ded f or (n. ( . 5)
- b. Hydeogro
FME 20 U.. _RE,0CIPE'_TULQby Af45WLUS -- UNIVERS11Y OF MISSOURI ~B6 / 07 / 01 -HI GG1 tJ5, R. REFEREf1LE Heror ds Sur.io c.i y 13-22 ANLWE.h H.11 (2.00) Pr ett ur 1:or presture C.or e i l ow rate f C or o pt.wer I rel et wcter t e,<.r er e t. ur e l'1 1 E b Et>C E T e c.l . Spec F-aaure 2.2 (if h t.'L i,' H.12 (1 . U..-. M oid t. , dr cul a c 2 r.ct aba 12 t y wh2ch c t.ul d c c u t.e t h e p r e- r.., t u r e c'i t- e t of 1.<! !! : . I FIFEhEhLL Mc.: t r di f u r.....ii t , L- 4 e, orid 46 l
, AtiLWEP H.13 a2.Dv)
- a. fio.mc i t c.t - f or n.t,t l er s of sn.411 bulbics Des the hetit tr e. ret f c r turface wh 2 <. h ar e quickly swept into the subc oc.el ed liquid and c on d er, s ed .
s
- b. thett + l u: rec ored to taut.t Dill: .i / ( 1 ot e l h e: o t 41 u;; )
- c. f11 n a rnve, of 1.2 REFEhlNLL Har er du Sumary L-52 Not1oir i ritu nr.-c.r a no Hiit edt.ool. , p 9-7e Tech Ste 2.1 fine L.'L h H.1 1 t j . s'" o
. . . M't110
- l. ,' M F a
l l I
.th. .. BE6C10Fj.1HbOfil FAGE 21 ArtENERE -- UNIVEHbl'IY OF M155(IURI -86/07/01-H166INb, R.
REFERENCE bl eis ni 'I 6b l es i
PACE 22 ,lL. RADIDAQ WC_NjMEJ ALS.H4NDLitK ..lf).SPOb4L. ? OfJD,,tf474RDS AlE.WERS -- UN1YERS ITY OF fil 550UR] -86/07'01-H1G61N5. R. ANbWER I.01 (2.00)
- e. Duar t er 1 y dot e Ices then 3 r en.L Liietime dose less than 5(N-18)
Ac c u.rol et ed oc cupnt 2 onal e::pos u r e is documcnted on NRC Form 4 d.O.5 each)
- b. .7E,rEmr per quertcr RE.F E pet E E 10CF 300.16) eted 101 i
fN2WER I.02 (1.On> lodine ( c on t t i t u t e t, e large +: cction of t hr- f)rcion v2 cid. sod)ne at volatile anc2 it) a c t ua.s l e t e. 2n t h r. thytold. REFEFEl>CE Ha:: ar d Sur.ns y 1:-07 (NEWER I.03 (1.00) Pc r mt,rit n t l y 2 ne t el l ed r adi c t 2 cri n.on) t or t l ocated on t he bean. hol e f l o:: r . REFEREHCf. ~ Ho:i r d bum.'ior y 0-15 ANEWEP 1.04 (1.Ovi l Ariv tiso o4 the f ollowirep (.D ech): ,
- 1. D2stence of the tubes freni p or notenel vsort2nq in tho atca.
- 2. Epted et which the rerapje conta2ncr is t roritpor tid t he ouch the rsr*e.o.
3 Doutile unc ap sul at s ori of s e m p i te s .
- 4. li)teeina of e hautt ai t .
- W ~2, ' -~ ~
<.mM.f4axd4 7"
I5[ITEan.4 % (~19f..t , s- c.- 2 D , y/.
.ym L
4% xP. N f".z*de
~.ee u
t.tL)4}"&~e&&a~&M& + Ww A Ai A>+ W* g4 'M WMM e d h ,24 M Q Jadae m QL,
- 4 % u d o g' Y -yt> 6600 MPc.
Y b Mf4c4WLyss4 " '
<&- NRc JM .. ,,
'y,c7,,/,,,
fg
J.[__ BOD 100R11 E_t!61E6186S,.H68DL,1NG_DIECOS64_86Q H67,@EQS PAGL 22 AN51.'ERS -- UNI VERSI TY- OF MISCOUR1
-Be., / 07 /01 -H I SB I NS , R.
4 1 i l
! ANSWER 1.05 (1.00) l Advi s e the het.1 th physi c-i et or d ; , t. ; super vi sor .
I i REFERENCE L t Har t.rde Sun.o er y B-20 i . ANSUCP I.Oh (2.00). l a. En cer gtnc ,' D: r 6ctor 1 i b. 100 r c.r 1. Arq twc of the. f c.} } c.ui na (0.5 t>ach): i c. j 1. Woacen of child-bearing aan shell not t+Ie part. j 2. 1 h *.- vol vrit t.er ihould be over 4'.; ye ar c ol d .
- 'J. . The voluntcet hes not received previous e,.posure in c:: cess of l 10C F R2O I i n) i b.
j 4. The voluntoce ic fcmi1iar with the c orit equenc er of radiatton i e:pusurc. l 5. Dt's e-r a t e i r. tho t'e t t er re. It inec t or ebl e/ Lriown. l FEFERENCE l' EEP 4, a mniedi ate at ti on etcp 9 SEP 11 SEP Wori:thect D J i ANSWER 1.07 (2.00) i
] 1. VLrify the bacl gt cond r adiati on at t h .- t t ac I: rnoni t or . -
j 2. Verify control roca, readings. ! 3. Mari: initial needl e peti ti on on areal oo di sp) ay wi th ti nice i or futurc
, analysis if conteal room disp 1ay becomes inaccessiblo.
- 4. Vetifv thet the f1t.w rate through t he nioni tor at bet wet.n 6 and f3 H F N.
- REFEPLNCE f .
, EE.P 4 i n.inab 4;te e t-t i on stop b i 1 i , i l i [
J 4.....FjeLal.0/.C,1I.S.'Ei _091ERlOQ. HQHDL 1[JC7 !!! Sf;L!S/'.L _OtJi! FjQ2 GR12S I ML .l AriStJERS -- LitlIVERb] T v OF MISEDLIR A -Eit./ .s'-/ / 01 - H I C-C i t JE , R. Af45WER I.OS (1.50)
- 1. Securt EF-13 efid 14.
J. Secure RF-1 und 2, and SF-1 and 2.
- 3. Sec ur t. all indav2 dual v e r. t f eret.
n'. 5 eacli p f(LF LRLIJCL SE.F 4, 2 rnii.L d > e t e e t t 2 c.ri step Atl.:WEP I . v 'd t1.00) F'eri et ] e r c d2 o ef i ccit the t. t c.t i n.o' e 2 t c.r . REFEREtJCE SE F- 4. 2 n.nied ) a t e i< t 2 or. Etep i. AtJ5UER I.10 (1.50s E. 1. HPs y y. L A .wL Lot by ricar tiie rE C cpt i ofi deE l. .
- 2. He_=lth physics o*tice on top of the computer printer cabinet.
(0. 5 eteli)
- b. fJo REFEREtJEE E E F- 10 f,lJLt JE R I.I1 ( .50)
Scr.3c. the r eactor . f6f LI;EIK E RF_ P 6 e,16.tC R I . 1.' ( . 54 o Sue an. the ree: tor. l
,s
. l's _. EQUI. DIS.T IW, .t]61ER) 6L5_Fj(.NDLIts plSF,DSAL, At_JD ,HA2 ARDS PI)C,F 2b AtJ5'4E F:E -- Uil) VE RLI T Y OF MISLOURI - 86/ 07 / 01 -H I GG i tJ5, R. REF EREICE REP 20 ATJLtJE F 1.17 (1.00) Hes]th phys 2cr technicsan w)11 be a s i g n ect t o cont i rtuout } y n.or.1 t ur thet e::per i men t throughout the startup. F:L' F ERE f JC E
$0P I.4.2.J f.tJbt4L R I.14 (1.00' ,
A radiation s ur ve', of the erea must Lie made. RE FERLtJCL SOP I.4.5.E ATJbt.'E R I.15 (2.OOi
- s. $hlft EUpCrVisor. ( . 5)
- b. Wort i nvol vi no s.2 grei f i c er.t potential expoture of personnel t o r edl et t or, or the sprzeding or relene of etrborne or surf ace contami nati on. (.5)
- c. At the job s i t e. (.57
- d. It is placed i r, the health physics RtJP file. ( . 51 REFEF:EtJCE EOP I.4.7 AtJEtJER I . I cs (1. O'.
- a. Neutr or, et.s orpt : ori Li y argon 40, which c onipr i s e t. 1 *. oi t t.e a tinor g,hr t e.
(.5?
- t. . Entti r al c.n pos ur e. ( . D :-
REFEREtJCE Tcch Spec !. . ? l l I s
Y,s . .S[EC I F IC _DF,E RQ11NG _,C,tj0B AC] E B I.511C) F' AGE 26 ANSWERE -- UlJ1VEREllY OF MISSOURI - 86 / 07 / 01 -HI G61 f 45 R. Af4SWER J.01 (1.00) A t, part of the automatic shimo i no pr ogr am. REFEREtJCE EUP I.4.3.D Atl5WER J.02 a. 4 . 0 0 )
- e. -7 -
10 r :' p - b f i . ' l .' F (-6 t o -E: f or fulI crcdit) (9.5)
- b. 1. J.4 10 e::p -4 al 'l. / F (1.2 to 1.4 for ful credit) (0.5)
- c. 11. 55*. 6 / F- tle to 17 f or full credat) (0.5)
- d. .00738 (.007 to .0075 for fulI crealt) (0.51
- c. . ESS 1 0 e .;. -L 16 ' 6 / c c of voi ci t . t; to .9 f or full credit) (0.5
- f. E. 275 - 10 e:p -3 fl./l (8 to 9 for full credit) (0.5)
- g. 2.73 10 e: p -2 46/l 42.5 to 3 tot full credit) (0.5)
- h. 9 ~.'. 15'. U-2 35 (o; to 9 3. D. f or full credit) (0.5)
RE F E F E lJC.E Critict1 Pirz+etcre e r. d Cor e Cher ec tcr i stics ArJ5UER J.03 (2.50)
- a. Breal a Elphon of the i'L5 in case of a pi pe r uptur e. 11.0)
- b. Water level must be less thart 6 i n c h e s, above the antisiphon valves. (.5)
- c. E t t r t.) 2 s . rior n.e l t yt t eai p r e s. t. u r e b y admi t ti ng air through t he ai r vi. ] s e end reaulater o r. the bridge. (.S'
- d. 2" (.5' REFEREilCL SOF 1 t,' . 3. I crid 2
. dI .._ECEC IF.1 [ _C)CE P(3T,,1 f.JG,,fimF qf_ T EJ ) ST lt 5 PAC E F AtibNLFm -- Url!VLPb}IY OF t11 SbCiUh l - 8ta / 07 / 0 3 -H I L.C 1 t J5, P. AliSWEP J.04 ( l . OJ.' ? le r eniovc- de c a s heat. REF LhEtJiE 9'n' ;U.2 A! .NE > : 3 . et. (. 5. - (0,0)
.. 1 ric p u nip ohich will not 1e u t- < ci wall t;c t ategnti out et thc brecicr.
F r c . en t c :cez- i ve pr eiEut e i r. the isolat.ed hw+t e: chancer. (1.01 b. PLr EpE rat t SC9- '/ .1. 2 hr15WEP J . Ot. t 2. L +
- a. 10 O.i. 5 -
- b. lhe brE_2n lesel en ) ) be cir ewn down 4arter than the mtd eup water c ars t.
Eupplied K .5) , which will result in the actuation of a low sump l e /;l trip w.D).
- c. T he c hrc 1 vi.]ce on SF-3 1e rated for hi ghcer fIout than those or. SP-1 or SV -. (1.01 RE F E PEtJUE SUP VI.1.H f.f if.WE R J.07 t).00- '
- a. FAL5E te . IRUE hEl CFEllCE LDi s'] . 3.1
- _ _ _ ~ _ . _ _ _ _ . _ _ . _ . _ _.-_ __ --
i J. ....SF%CIElc_OtEROll.NG,,CH986GlEM AST I CS PAGE 28 ANSWERt. -- UtJ1 VERSI T Y OF MISSOUR1 -86 / 07 / 01 -H I 6S i tJ5, R. I i* , .I l ! ANSWER J.08 (1.50) I j a. Dr_arborn 712 or 717 E rni c r obi oc i dr-) ( 0. 5's 1 } b. sulfuric acid (0.5)
- c . _M: . . : ; ? - : ' t _42L.(#W m W30) 1 im;u s. tn> (0.5) i 1
, REFEREtJCE l SDF' VI c.3, t. S arid e< . 6 i
Al15WER J.OG (1.50) i
- 1. Sc r c.n. the reactor. (0.51
- 2. Ensure all the rods z-ro full in. (0,5)
- 3. Eriture the rccctor is t r.utt i ng dowri at i ridi c atc d by nuclear i n t r uer.en t a t i on . (O.Si REFEREtK E
) REP-1 1 i AtJSWEh J.10 (2.00 I
- 1. Sc r an. tree reactor /or if elready scr ammed, chect reactor shutdown. 10. 5. )
1 2. Turn off all pump and cooling tower f ans in an enpedi tious rnanner. 8. 0. 5 ' I
- 3. F*1 ac c all valve contr ols in their nor nial shutdowre position and manuel l
mode. (0.5)
- 4. Trip the auto tr antf er om tcre on substation "B". (0.5) i REF ERENEE REP-9 1
ANSWEP J.11 (1.50)
- 1. E.c r em t t ie reactor, noting eppr ou a rnatr- Etuck posi ti ori. (0.5)
- 2. Ficce the master suitch in test tc. prevent the mechanisms f r cin drivino i in. (0.5
- 3. Ver14e the r c ac.t or ic steut t i ng dows. by nuclear i n s t r unient at i on . (0.5/
REFERENCE REP-D I _ . , , . , - , . - - - , . ~ , .
C*t . .EMEL. UQUl:L,1,9SJUDlQfjE ,868/:l!ElEBS R4bE 2'/ AfJEWht<S -- UtJ1'.Tf 61 T T OF M) SE DitR I - Bo < 07 / 01 -HI GE llJ5. R. ANSWEE V.01 ( .50) R t.L'c t o r Narsauc r REF EPE.t JCE SUP 11. 2.1. A (.! 4 GL EP t 02 ( .50i Or.e RE F LPEI JCE 5DI' ] 1 . 2 . 1 . L' ATJSWEF i . O'?- (1.001 Only wher, g. tit t i rio ttic fve] e1ement E.t r os r t tic wcc 2 r divider (O.b znd only urider the direct wupervision of a s: e.n i or reactor oper ator (0.L). F EF E OEtJCE SOP II.2.1.H AtiLNER L.O1 ( . t.O i Sideplate F:EF ERE t aC E 50P II.J.1.1 4.i J bUE P U.05 (1.OO) I r r t:d 2 6.t ed fuel it riot tr arrtf rr red unt1} tif t er adequate decay tirw. REFEREl,CE ti .: r,r cla b u nr rn r , l '! - 17
i EUEL. ,!jif.JI,'t,1tJ6 AND,,C,QPE 2AM9t1El E!?fs F AbE 30 !>i. ANEWEFiL - '_irJJ VLRE ll 'i OF f115CDUFil -E'6 / 07 / 0 3 -H I GB ) NS , R. AilSWER 6;.06 (1.00> Obst r c2 no ttic t the rec 6 ) nd) c rit or or , t he bori2ontal cy)inder is ful)v rettacted. REF ERF t4CE 50F I1.2.1.L At ibl 'E I 6 07 t . J.O r Felbe FEFLF:ET;E E SOf- II.2.1.L At15WER L.OP ().00) Accident 1, 12 4 t i r.o z. r i d ) <<z.v 2 rio t'n r1swert a f ei ' I riches off of itr seated c o c i t i ci.. F EFERE tJCE SCP II.2.1.L (4rJEWE R t.v9 ( . soy 1he Reactor Ph,52c1ut PEF E PEl1C E SOP 1 I . 2. 2. is ie js t.:t k I. 10 ( 1. '.*O r Entur e thet cor e r ect t 2 viiy i t- cor.t 3 nuouc1 i rnoni t or t d t o pr e v e: t inadvertes.t cr2ticai2tv. 1 l F:E FEhETK E LOP 11.2.2.F I
Ud.. .f.UEL .H61JDL_ING_ANI) . CORE _F'AF;AMETERS PAbE 31 hiJLWERb -- U'Ji\'Ekbil Y OF MISSOURI -86/07/01-HIGGINS, R. AlJSb.ER K.11 (2.00)
- 1. Im f ut- I the cor e of two fvej elements. (1.O)
- 2. i.eep the other three blades in their fully inserted position (un]ct= per tui tted to raise them by the Reactor l1anager ) . (1.0)
REFERENCE SOC- 11.3.3.C At ist .iE h h.12 (1.00) (k Irit tel 1 the e l u rr.I n v.ii p r e t c c t I v ._- h e s. ti on the pr est ur e veste} . REF EF Ef JCE SU;- 1).2.2.h ATJ5WER t . 13 (1.00) F r evcrit c b et11 di rie 2 rol at i t ri a l e r rn whilc the blade it bei no her.cil e d out t.' water. F EF E REllCE EOP 11.3.2.A At JLWE R L.14 (1.00) Rc]2 eve the tention on the liftino t c.o1 (.5> and determine the r e e r or, for the difficult, betore continuing the a t t e o.p t to lift the mech.anistn (.51. PEF EREllCE 50' - II.3.2.L At J WEP l 1 ". i .M Felse F<EFE.FElJCE E Oi 1 I . 3. ~. 81
Ah ,.1Uf L 146H%] NQ _ ANO.,,GO6h.,f 66Ot1!- KRg i& 32 Af45WLi6 -- UNIVEREllY OF F13 S500R ) -86 e O7 / 0 3 - H ] GO.1 H5, fi . AIJSWLF. 6:.16 (1.00)
- a. b-7
- b. '. -
~ ^
7 3 - T.2 PLFEEENLE SDP 11-15 At Jr.WE R ! . 17 (b.OO) J
- e. 8 secorid a . (0.5'
- b. 1725 ar.n. tO.b>
- c. 150 F . (0.53
- d. 170 F . i. O . b >
- e. 6 ~. pala (O.St
- i. 12 '.C. . ( 0. 's r
- g. 490 cptn. (0.5)
- h. 23 icet. tO.S>
- 1. 1 ".- 1 1 i n t. h e n bel ou c e rit er l i n e. 5 0 . 5 '-
- j. 78 pn20. ' i.' . S ?
REF EFLtJCE SLF 1, Teble IV AlJ5NER K.15 (1.00) DF 2 E. the di_ c ent ania na t i on factor, the ratio of the i nipur i t y conten-tration u p s t r e atr. of the resin bed to tr.e i nipur i t y c ori t ent r c4 t i on dowris,t r e tar of the r et a n bed. REFERErJCE SDP V.5.2.D
L-2._ . ODt1) N 151 F@T I VC , Pf QC E Dub E E.3 .. CO!_JD11 ) Of J5,. AND _L I.M 1 T A1 1 DrJS PAGE 33 AtJSt.'FRS -- llNI VE RE I T Y OF MlbEDUH1
-86/0//01-HIGSINS, R.
ANSWER L.01 ( .50.1 l 2 ( 25*. 1 (.25) REF Ef<ElICE SOP 1. 4. 2. C (4f 15i 'E R L.02 ( . *.;O ) 1 r vic FEFERCl4CL SW- 1.4.7.A AtlEt!EP L.03 ( .N-) Stelit Eurc r v2 tot REFEFEtCE EDP 1. 4 . 3.1-Atl5MEE L.04 ( .50> Falec-REFEREt4CE EDP 1.4.3.C AtJ5WEP L. % (1.00) n L t a-r t vi-. tu 1ri2 n tvo houri of any elevi dr.a ri in wh2eh r ei- t c r t capabilltv is lir rivub t . , REri F ENf f EUP 1.1.3.L
L,..._0D01B15T B01.1 MF _Ehl!L E QWE % 3 _CL!NDlllOUh.,000_L_ld116IlOUS PAC 4 34 AIEl h.RS -- Lilll VERS I T Y OF MlbEDUR) -86/07/01-HIG5116. R. AllSWER L.06 ( 1. OO :s
- 1. The rect tor 1r E ec.or ed . (0.5)
- 2. No irrisdiated i vel at bring haridl ed whi ch has a dectsy time let.s t h e1.
60 days. (0. 5 ) RE F EREllCE Teci. Spec 3.S.a ANSWEP L.07 (2.00) h r. y four of the i el 1 owling (0.5 each::
- 1. Truck entry door cl oE ed arici tt al ect.
- 2. Littlity seal trench filled with water to the depth required to m r.i n t s i n a nii ro murr. water ti c- i41 of 4.25 icet.
- 3. All c orit a i remen t building ventilation s y s t eiri a u t oin s :1 c al l y cl or a rig door 3 g rid .al.tr ere oper i L.) e or cloird.
- 4. 'lhe rec.ctor mcc'lani c al equipment room evhsust systeni, includinc the poriiculatt a n cI h e.) over s f21ters, 2o operable.
- 5. The pc r sa.i.el ai r l oci door is oper abl e,
- c. T ric o te:t r et eer.t t.t o 1 cle n t I se a i tttt war L.at i a 4 at t or v .
REFEl:EfiCE Teth Spec 1.15 ANSWER L.09 (1.00) int reactor s h c.l l be tut.c ri t i c al by a rnar q) r) of at least
.O_ 4t. (O.5), with any one shino blado iul1y uithdrawn (O.5+.
Pi- F ERENE E' Tech Spec 3.1.0 p.l E i F N L.OC (L.00)
- 1. Sour ce t e4r e ce I rida t a t et at 1 east 1 r p s. ariri wa dt' r cri;.e I rid ) c at e s-a paw.- 10.;l c4 r c a t er than 1 wett. (1.0)
- 2. Source raroe i rici) c a t er at l ei:r t 2 cps 4rict is ver)flec to be responding to neutroiez iust prior to startup. (1.0)
RE t E f EllCF. Icch Spcc 3.4.e
. L'r... f@l110l ST 801. I VE ._PFj0( ETUFiF Fu. COf JDI T_10lJ5_ AND_L I MI T(jT,1,0NR P/GI ?.5 Alh WL F 5 -- lif J 3 VE RE I T ) DF MISE.OURI -06/07/01-HIE 6]N5, R. ANSWER L.10 (1.00) Li nel t 4utl p l 2,t e twcl 1 i rio to )est i bari 107.. REFERENEE 1rth Lptc -2. . b . o ANSWEP L.11 (1.00)
- e. 1.'O F. L O. 51 ts . 2000 gol. (0.5, REF EPE IK L l ec t, Eptc T . 4 . b a n t' 3.10. t.
A!JSULE L.12 (1.00)
). Operat1on isb o, E 50 h.W. IO.b)
- 2. Operation twl o:, 50 FM wi th forced conve-tlon coul i ng. (0.51 REFERENCE SOF I . 4 . 2.. F A!JE.WE R L.13 (1.00)
When the reac tor at r eturned to power within t wo hour s a f t t-r a st.utdawn f r o g, full power (0.5), providing the status of any syste... c o ,'er ed to thc prcrtartup thtci:che et E hAs riot chariged si rece tht-last power cenercLlon (.2De, or the shift supervisor determines that n o s y e t er. he. t been affected by the cause of the shutdown (.25). REF ERENLL 5( F- 1. 4 . l . 2 f.r i k"C h L.14 (1.00)
- 3. A it,eiop iel I c+o ng a t hu l ct c.wn in whith iuel handling has talan plsce. (' .5?
- 2. Whcre tequxited ta y the rhift super vi sor . ( O. D)
L. . .. AbMll 15T F'411VE .PCOCEDU.Rk.5,,, cot.J[ I T 10t45 AND. L IMI 1(,1 J 01;15 hnE ?.e ANSUER5 -- Ut4IVEhE1IY OF M1SCOURI -86 / 07 / 01 -lil GG Ills , l<. FIEF L 6:1 NL L SDP I 4 . 's . G . : and 3 ANE.i!L P L.1L t1. a."> > Insert controt roa; a r.d calculate the ECP. REFEbl.ldi SOP 1. 'I . ?. . G . 4 (;h Ei .'L R L . I t. (1. O' ' As . v t u. . of tht iel 2 owinc O.> . 5 e s c t ', i :
- 1. O .. qit r e c tri.t rit of tree r c et t c.: s t i.t t up .
- 2. WI.en power le,el will be held c0nstar.t tor more than 5 minutes.
7.. WI .en the de_4 tcd r;over it,t 1 It c.t t 20 ret d . REFEPElaCE SOP 1.4.T.1 AT45WEP L.17 (1.001 1 Source Fe r o e t . . '.c i 2 Int ermedi ste Rgr ;.- (.25; 2 Power h erec e t.25' 1 Wide Res.ae (.25i FEFERFi!CE 50F' 1 . 4 . !.. H (4tJLWED 1 .1 E: ( 1. O. O
- a. Shutd:.m, cnEcki.ect .v.5).
- b. Stili t Euper s 1:c * . ( O. N R Ef E R E!illi Efu 1.4.L.f
F i
. L . 6kUl!JI ST.Rf 11ME EBOL,E!!UBES , _C DUL.nlllO!M_.(?ND_,L l ulIO11 DNS Ps it,E 7' 1
-86 / 07 .' O l - H l bE.1 t JS , R.
At!EWEFE -- LthlVE.Rb1TY OF MISEOURI ANSWER L.19 ( 1. O'))
- a. Pr evc ret I rejur y t r> pe r sonnel . (0.5)
- b. Pr o .'I d e s u p p l enien t s.1 information concernino operating pr ocedur es. to.5)
RLFEFEtJEE EU- 1.4.10.2 Atl5:'ER L.20 e.1. OO i
- a. Sh2fi Super .1 c:or . u . 51 .
- b. L i c er.s ed Operators. u.t . 5 )
REFEFErJCE SOF 1.4.10._ and 3}}