ML19241B289

From kanterella
Jump to navigation Jump to search
Cycle III Startup Test Rept
ML19241B289
Person / Time
Site: FitzPatrick Constellation icon.png
Issue date: 04/18/1979
From:
POWER AUTHORITY OF THE STATE OF NEW YORK (NEW YORK
To:
Shared Package
ML19241B288 List:
References
NUDOCS 7907130439
Download: ML19241B289 (7)
v • d • e


Text

.

CYCLE 3 STARTUP TEST REPORT Cycle 3 operations commenced December 5, 1978 with the withdrawal of the first control rod. The startup test program was conducted from December 3, 1978 through February 23, 1979, in accordance with Reactcr Analyst Procedure (RAP) 7.1.17, titled Refuel Startup Program Revision 1.

hhen reference is made to values of core thermal power and core flow, these are nominal values rather than exact percentages.

COPTROL ROD DRIVE TESTS Control rod drive coupling checks were satisfactorily completed foi all rods on December 11, 1978. In addition, the insert and witndrawal times for all rods were checked and adjusted as required.

Prior to reaching 40'e rated core thermal power, contro.' rod scram time testing was conducted in accordance with RAP 7.3.10 titled Control Rod Scram Time Evaluation Revision 2. This test requires that each control rod be scranmed from position 48 (full out) with reactor pressure >950 psig. The results of these tests are tabulatad below.

Results:

Average of Control Rod Insertion Technical Specification 137 Rods (Percent) (Seconds) (Seconds) 5 0.375 0.28 20 0.900 0.74 50 2.000 1.53 90 3.500 2.62 Since all times for each amount of insertion for individual rods were loss than the maxir""a allowed by the technical specificatior.s ,

calcu;.n icas were not ud for 2 X 2 arrays.

C ' ,' 7, ,, "

L 7 9 0713 0 Y 3 9 ,g

9 SillTTDOWN MARGIN DEMONSTRATION A shutdown margin (SDM) demonstration was performed December 5,1978 in accordan:e with Reactor Analyst Procedure 7.3.9 Revision 1. The required SDM was 0.38% A k + R + temperature defect. The fuel vendor has calculated that the most reactive point is at the e. ginning of the cycle, hence the value of R is 0.0. After calc lating the temperature defect, the required SDM was determined to be 0.47*6 A k. Sufficient control rods were withdra.m to demonstrate a SDM of 0.57*6 A k.

INSEQUENCE CRITICAL _

In order to climinate one control rod sequence exchange during Cycle 3, the startup was conducted in sequence B rather than sequence A.

It was necessary to withdraw five control rods (one of which was a low worth peripheral rod) more than estimated. T..ts difference can be attributed to criticality occurring at a reactor water temperature of 174 F rather than 6S F, and a critical eigenvalue of 1.0093 instead of 1.006.

REACTIVITY ANOMALY CIIECK .

A comparison of the expected and actual control rod density was perfccmed at 100% core thermal power (CTP) and 100% rated core flow.

The control rod isventory was 282 notches which was in close agreement with the predicted value of 315 notches. The !1" reactivity boundaries were 35 to 595 notches.

POWER DISTPIBUTION MEASUREMENTS Core power distribution was monitored throughout the startup using the process computer. Following significant changes in control rod pattern and po..er level, a complete r ,wer dist ribution measurement was performed using the Traversing in-core Probe (TIP) system. Core. parameters were maintained within technical specification limits.

  • IIP REPRODUCIBILITY ,[

Successive TIP plots taken on each machine indicate a maximum difference of approximately 3. % This occurred adjacent to a fuel bundle ; pacer. In general, the plo*s w e re w i t hi n ."', o f eac h o t h e r .

I

.b b)

CORE POWER SYMMETRY Core power symmetry was checked at 25%, 50%, 75%, and 100's CTP.

Mirror symmetric fuel assemblics checked at 100% CTP and 100% core flow using the process computer indicate a maximum difference of 4's for peri-pheral assemblies and less than it for interior, high power assemblies.

Total TIP uncertainty is =5%, well below the 8.7% assumed by the vendor in the statistical analysis performed for the licensing topical report (NEDE-24011-P-A) for the reload fuel application. The highest individual asymmetries were observed in locations where the rod pattern was not rotationally symmetric. If the pattern had been rotationally symmetric, the uncertainty would have been cven lower.

CORE LOADING A copy of the final core loading is attached as Figure 1. Irradiated fuel returned to .he core is designated EA or LJ5 or LJ6. There were 136 new feel asr <:mblies, designated LJB, (100 2.83 w/o U-235, 36 2.65 w/o U-235)

Ic. Md during the refueling out.'ge. The new fuel was of the 8 X 8 R dec.ign with an active fuel lengta of 150 inches and received 100 mil channels.

Figure 2 shows the approximate irradiated bundle average exposure fol' awing refueling. A blank indicates a new fuel assembly.

All new fuel assemblies contain burnable poison in the form of GdO3.

The concentration and location is proprietary to the fuel vendor.

Figure 3 shows the rod sequence control system (RSCS) designations for the A and B rod withdrawal sequences.

During the refueling cperation, each fuel nove was checked by an individual, other than the

  • operator performing the move, and verified independently by a third individual. Two lir.es of communication were established between the refuel bridge and the control room. Following leading, a core verification was conducted (and video-taped and examined later by quality assorance personnel) to verify the correct placement and orientation of each assembly.

ADDITIONAL TESTS [

1. Tests were performed in accordance with RAP 7.1.17 and F-ST-5C to ver ! ^ that there is approximately one decade omrlap between the sou range acnitor and inter.nediate range monitor (IE!) systems, and een the IRM and average power range monitor (APDI) systems.
2. Reactoi more isolation cooling and high pressure coolant injection flow rate tests were performed in accordance with F-ST-24C and F-ST-4B and demonstr tted compliance with the technical specifications.

f;)b -

3. Both the rod worth minimizer and rod sequence control system functior:d properly during the startup test program.
4. Since some TIP tubing were replaced, the TIP alignment and logic limits were chec}-1 and adjusted as required.
5. New computer software was installed during the outage. Extensive testing was performed prior to and during the startup in accordance with the vendor's recommendations.
v. The APRM system was calibrated :o core thermal power and satisfactorily tracked power changes.
7. Heat balances were calculated manua'11y .ind used to verify the process computer calculations.
8. Process computer calculations of fuel assembly parameters, maximun average planar linear heat generation rate, minimum critical power ratio, and maximum fraction limiting power density compared satisfactorily with results obtained using off-line computer calculations.
9. RAP 7.3.13, " Pressure Regulator Tests," was performed satisfactorily when it was verified that an induced pressure transient of 10 psi was controlled by the electro-hydraulic control system pressure regulator. In addition, transfer from the primary to back-up pressure regulator was demonstrated following a simulated failure of the primary regulator.
10. RAP 7.3.7, " Core Clow Evaluation and Indication Calibration," was performed satisfactorily at 75% CTP. However, when performing the test at 100$ CTP on February 2, 1979, operations and instrumentation arl control personnel noted a step increase in the indicated core flow.

The absolute value of the step increase was approximately 1 1/2 to 30 of indicated flow'and this step increase resulted in a total indicated core flow of between 101.5% and 103% of rated flow. Operations personnel immediately reduced the recirculation pump speed until the indicated core flow was below 100$ of rated flow.

Investigation revealed that the square root computation module for one of 20 jet pumps had failed at some earlier time. The first indication of this failure, however, was the step change in the output of the square root module which occurred when technicians " disturbed" the module oy attaching test equipment to it This disturbance caused the module output to return to its proper value, that is, the module began perfonaing its square root func t io n .

The square root computation module was replaced with an identical unit from inventory and the Core Flow Evaluation test was completed without further dif ficul ty. This event was previous 1) reported to the Nuclear "egulatory Co=ission in LER-79-10.

The test was repeated later at 1000 CTP and 100$ flow with satisfactory results, f g _.,,..s" bbb

., ,u,.. .- .- _

FA D FA rs rA rs rf r; rA 52 il2 f.12 25 531 1 Wi %" 1% L 11 54 2

_ Fi FA LJ5 LJ5 LJS IJ5 LJ5 LJ5 LJS LJS EA FA 50 m 2 75 34 7 3':4 36 331 3G5 345 353 371 311 32G

[A D CA D LJ1 EA LJ" (A LJ" L l' N LJ r r . Lat FA LT FA a 4 ?, 535 512 l'al MG 313 317 305 225 3 5 3 3 31 2'G 313 3". 3 ?1 55 0 171 639 492 ' . ,

EA F\ LJ5 LJG LJM LIS LJ" n LP EA Fi II" FS LJ1 L B I J' LIS l.d 5 M FA 4G 313 152 332 233 33') 32 7 M 2 5 5 5 3 3 5 2 47 2 2'i 2 71 35 2 19 3 % f. '1 217 M1 195 E l N~

D D D LJ5 LJ'I FA LJ1 B LJR D LJ1 LJn r, LJ1 r1 LJ" r3 t a, LJ S B Fi D (C IJ+ 52] 23 7 145 38 L 15 7 302 311 353 V 1 El 351 35G 3G5 MS 315 217 3 21 311 211 M 5 543 FA LJS LJ5 LJO FA LJ" FA LJ'i n LJ3 rA FA LJ G Fi L IG En LJP FA bl0 LJS L.13 f1 f.2 f.04 3F6 333 2114J7 El 2S7 277 21J 2 73 MI 17R 212 141 T'1 i7 512 V 7 514 35 7 % ', 319 . -

EA LJJ LJ3 CA LJ'I EA LJB Ei tJP F^ LJ 5 LJ S ri LJ" rA LJ " E '. L# FA LJ1 LJi F1 43 13J 2L2 A3 511 33G 112 303 312 312 4?1 311 ;G' 5 32 33 7 " 7 3 58 14r, 327 318 351 2 M 172 'O D D LJi EA LJ3 EA LJS CA LJG FA LY. E/. n LJG D LJ'i E T LJG FA LJ" E4 Li' D n t.O 33 N 32J fell 221352 1G2 275 213 'Hi 212 2 71 M3 lli .1C 252 2?1271211 17G E4171 17 bil 453 '

ET D LJ1 LJ3 LJ1 FA LJ " % LJ" rA l 11 D LJM LJ" D LJ1 EA LJ" r 1 LJ1 r; LJn t 15 L I" FA N 3G 513 213 3/5 337 373 2G3 ',1G 2 n 311 10/ 373 3il 381 41r >?7 3"6 IGl 3M 142 m 117 331 n1 211 2 M 4 73 E\ LJ5 EA LJ1 EA LE D LJG EA LJ5 B LJi FA CA IJ1 D LJ S F % LJG D LJ G fA L!" F\ LJ 5 E A 34 503 333 521 322 31G 273 f>34 2 71 173 335 223 2 74 15 5 135 23 7 '5 7 3 H 115 213 31G 2 P 4G7 35G 4'1 '51 411 F\ LJ5 LJ1 EA LJ1 EA LJ4 FA LJ1 FA LJ5 rA LJ5 LJ5 EA LJG n LJq rA [J1 n LJ1 n LJ" LJS O 37 147 333 347 451 234 2 N 310 113 411 227 272 261 352 MI 13G 235 243 333 223 338 JSP, 311 5IG 171 % ' 251 F1 LJ5 EA LJ1 D LJ1 EA LJG D LJG B LJ1 q rA LJ1 FA LJ1 FA LJS fi LIG FA i.J f i lo FA 33 472 331 2 % 35'6 353 275 413 2E1432 231 11G 213132 272 3G7 3'v) 215 453 21b 558 71' 131 37G 214 340 519 D LJ5 LJ1 EA LJ" FA LJS EA LJ1 E LJ 5 O EA FA FA LJ S R LJ" D Ll5 M LJ7 rg LJ' Lj3 FA 23 15G I23 %2 183 343 271 32G h2 4"2 2W 331 114 211 131 232 353 Ils 317 312 343 973 354 235 343 351 2"4 FA LJ5 lJ1 EA LJC FA LJ6 T A LJ1 FA LJG Ei "A F% rA LJ G B LJ R D LJG H Ll" M LJ" LJn rg 2G 203 37'6 311 215 341 231 247 i3 fdG 135 21.4 IE 263 2eG lin 2r5 217 3,5 M129 218 ~ 23 2G; 377 24' 2?'

EA LJC EA LJ1 EA LJG D LJG D LJ G FA LJq ri FA LJ" D LJ G R LJG n LJG n LJ' O LJi O 24 353 24G 225 200 517 305 333 311350 31127) 375 221211235 238 314 3% 315 4513212"2 351190 2G3 524  %(

M LJS LJ1 EA LJB E\ LJ" FA LJ1 B LJG rA LJ5 LJG O LJG D LJ R E A LJ" E LJ1 ri LJ1 LJS N g* *a 22 20J 371 317 f14 355 245 372 241 411 235 313 151 3G4 257 154 323 215 413 211 323 171 3G3 451 P1 2G1 177

[A LJ5 EA LJ1 EA LJG EA LJG EA LJG FA LJ1 FA D LJr. fA LJi D LJr FA LJG D LJ' R LJG M 23 552 337 533 331433 311470 3121% 243 213 3101331G7 321217 2CG 151316 331325 IA 313 his 252 517

[]

m=

EA CA LJ3 LJS LJP EA LJ1 FA LJG FA LJ' EA LJ1 LJP O LJ " R LJN N LJ" FA LJG IJG LJ1 FA n (' [ 7 rA 13 353 2 73 2 71 245 4 J 7 232 21G 261 fa 5 212 316 411 33 3 312 4 71 413 2 G 1 h 19 218 375 21G 413 2 % 23 3 111 3 71

[A EA LJ1 D LJ1 LA LJG EA LJG N LJ1 D FA LJG D LJ G n LJG n LJ1 R LJ" I \ EA *

15 485 SG1333 243 232 291316 2 :5 307 27 7 301274 2113?k 255 322 23131121G 332 113 ";3 41R 415

((esN m EA LJG LJR D LJU FA LJ1 CA LJR ET LJ S LJ G EA LJ" M LJ " D LJ1 M LJ1 Laq ri I f. 1G4 2D 343 333 303153 3G0 340 3P 53i 373 253 375 215 522 3451% 35 6 fJ;' 351 313 234 12 D LJS LJ5 LJ1 EA LJ1 D LJ B EA LJS R EA LJG EA LJ S M LJ n n LJ" LJG LJG r

  • 325 372 3G0 315 343 374 230 394 14 0 313 216 2 7C 317 2 5 S 311 2 3 3 330 hol 324 25f, 2G ) 539 CJ g / 3]

IA LA EA LJG LJ1 FA LJ1 EA LJC EA LJB LJn rA Lm r3 LJ" FA LJ" L.,. Ei n EA w= s 10 403 233131250 311 117 331550 370 413 203 357 302 214 427 417 '54 237 2111GG 170 551 EA EA ids LJG LJ7 LIS LJ' CA Ll1 FA EA LJ1 FA LJ1 LJ G tr LJG LJ 3 a Fi

[]

(-w 03 419 IG3170 218 b3 375 239 322 3?C 2 '7 221201423 314 2G7 336 312 252 251 313 e EA FA EA fi LJ1 E.\ LJ1 D LJL LJ" EA LJ7 FA LJC "A B FA B 06 493 SM 140 ' 15 217 3 71 361 211 212 )'1 211 E6 314 310 53 254 358 512 B FA LJS LJ5 LJG LIS LJL LJG LJS [JG FA FA 04 334 202 35G 3GG 25d 3G1 255 2 9 25 251 151 3G5 FA EA FA FA FA rA EA FA rA n 32 541 335 181 527 13G 175 311 256 435 355 1 3 5 7 9 11 13 13 17 11 21 23 25 27 21 31 >> 35 37 31 41 43 45 47 41 51 FIGURE 1 1

LV1 71 ,

..M .,N m

O mo ~ .

. 60 ~.

J --.

g g 9J P WE OJ e. WD f4 Q ~l Oe d7 M~

eC a

gy N O O 8"** C L C'7 C et @ 4b *f f . c e) d 4- af b <; 4 e3 **r C w e 3 { ) U- W- Id

  • L. - kJ - L- nea - W-Ljk.g and - 6-d - Da i m; .

E i 9 2 .,

<u a,,,. O en ., c, -

..M

-. ..o e, e M.

. e o. . c..,

)

O m,

e o

O r -

i .. m), l O 7. cs o n C. e. e < n ez s e. - f, n a3 -i- rrO o Y l 6*,*. M n u

-O OS mo we

,c me ,c-e w-

,@ ,e w

,ew w

,o = a <r k- kJ - J w' .a J .J J J .4 bhW L M

O,oo 04 3 - V f's T . C5 m te f4 Pi. -

rc t . c, e o e, O v r* * -r e < es -e. n H-, *?,

f c r, c Om W ()P O C, *= O 7No r:(5 Tff C P. - O L eO ( 7fI C gr* 3 f) f, pC 43 (4 c4 - e .- t 3  ; . -- c -

o

O M si M ON 3P. nO - %O e ( O F PP* OM th nri m r tg f) - -g C.- (i

t. N- -e.

d") (1 f4 (4 O r" O t# -- () eN O F)4' C G f. Ce tu (* qu (. e. . r' Oe te e -rs hn N 7 IS( D L' W'V ( U P. F 7 n. t h 4O Q O . 4J -

    • 'nwir 4b et 44.r 9@ Li *)N 4; 4 't ei s' L, O af O W at g t.. mh p n Q' m g,,, 4 g, e es W* Lee - J J 1. -J l is> - - ans - 1 La, - 1 .J ^ J s Le - b'-

ti W. S e- f* f* F- f* C' a c* P P- W e* h . _a r r-O 9) yM -O f's so 7 to b f*> f4 (J 48% fr* OO ft (*1 4 ) Erl Q (P C. JO O P-6 Q. g -M N *g en -t C4J t's t CP -t,' O

  • I r- ( -- U O P4 L t.' **J C + - - lt f?M s-(d teel ON f4 _) { t N's L (^ p fC l L Et f 49 t.' b f. L'('e t,,f ( O 3 ef ( */ L ta %4(p 4 4- L dM 1.. AC L . 4l of ) ti at s t 4,. <- .4 %6 ef y a' e W ID k- tsJ e U- h4 +- J .i k- E 4J e 1 saJ* 1 I L- 1 bl e L kJ- 2 J L8- L= lak -

erJ % e F O  %' t - P - tra e n , T O - se e c -- S .- e4 cr,, O r " s ' *t *- t S s. O tt b c5(' e r"- r

  • to

,7 P PJ O c' rs ca b- av e < t e- O u. - t?A . o / == 94> t')% e w (. C') f - O e- L d - e

  • f (d i G O' q,- e r f G' eO . a p (. 4.-i q.,,, q=)g
N 4r Id4 **

- O s m Jw a<- -O J e y 1 c,., c L.J == e y

1. Ofe.

e i-' r

u. t '--

mL J 40 ' e t. I t. g g-l.a - ' is.. *-- wo %g J am LJ - o e, J .y .g O kl - .

s. c g

b)- u .3 u e., I wN .g j u. ng J ,r, Ll- =7 6 q A - O o r; e b M **> eo P O 0; C t - O tJ q b- 4% - e M PJ t. rsA C OO N rs rs -e no e -e i tr: to C ec e * .-t' s>0 0 o t; o c n r4 O -- (= n- O O- e < o c4 r.- =r as C c")* C- ca =7 c o

    • c- e. O e's 40 f 4 +4 N 'a

. w 67 et' A Q T P:, N O 6 m . WD 6 c. r C; c) ft ce t O e. O 4 's 9Q w 4m R w u'. - 9O 4 ": . w af O is> at 7 6- d {mQ <T at O t! 4J Le =)@ aN u- J z w- I w-  ; w- -  : J W- 1 w- I o- 1 W- z J W-e n c: * 3 ,, M O, e -O ts - m . ,- &. . O t. .- M, m .- n < ,- O- ni -N - - O C -~ O M., O e 7. ~ e - o_ cm .. @ .eg t > O 04 O N C4 -S e4 *= "J' f.- Og n ("O 0.' O t'iO 04 @ f) O e O O NO O en O - (* s O O c_ C C V e 57 C- to - N 6-4 O t v D,e' 7 CC O C- T- U- CT (r u (; t)n N C 4S as, mi ta; *- te 4 La %b dO *1 P - - - *7 W at v ( v SO s'.- %b af O "4 b 4O be c- L 40 W-Ls4 - E W *- I W- J h4 - .' & *= J w- W== 4 We J Lak - J La - 1 LaJ - 1 ie- bJ - N +- - @ M N O n @ e - f5 w O g N - O - O M g h es c O -M O e4 O *y 0 MO r M eJ O c's O OO MN e,- @ O- r1 av O esO fi i O"* A 7 N-O P(- O Y u- (' O n t) M ti O O O- '"5 0 tJ 04 O fi O NO O c:O 8'9 f (^ 3O e' O@ oO - - @ L' O- (d'r'n h O L. 7 P* f9  ? F e4 3 e c' O C: o sr O- f- - et h at n ' y 9 P% 6 8N U fO U= ( tr ta; *1 C W #v to e o' tal o- uf *- O y 9h t at. f, 4 P% W- W- 1 J L tu' O - 1 U- L W- A ,- L f 1. W- L .2- L W-- . W- i J 1 W- W-e b Oe o-O ? ?

  1. 7e D.

F v .r. O g c)i g'3 ) -O f4 N7 6 mO ON

v. + e (s @

Q ") -6 N er 9 f ', sa e f"a f LC M 3 t* 4 J t' O..* "s c' C NN -W c%7 O -S (v - + t'. r4e-ir4 -e tf NO N ( tr t* a , N . <-tp f's -c nO n ed C y( t O,-M r s', t me O si (r, y c3 r1 - - sa 0 O ff "J 'O 4 f.

  • Q-m O O, W) 0- -(*) C O- O co f4 tr - & O E CJ tt 4; kJ 46 *'*@ dC 4 U 4(> 7O 47 e ft 4L 5 7 *44 4T 7h <- 4- *1 f% 4 7 *@ d 4) ")N at vt LD ",
  • )L 4 m and #q =3w Wb-c W- J W- I tad - a W *- J tai - J h1 -- J U *- tsJ - J h.s - "'J taJ - J ana- s IsJ - 1 tJ .- J w-e 6.) O @ - fd O f% f*d N b O I O T N N O O M ff6 ' g

.=- @ - *F s' tr- es Q - O OO se ed O- O m-q e7 7 F- 8 N yM t. t n"I y r ci ci 7 Ne oe f. Oe *f M, O r O ca M 1N ,P, O dL, @ .- C c)7 O. C MO O -g. O N O'i O f4 L' Nk OC f")- NO N ri M% Nb O N c- O NA O Y (S O A it' f4C x .= Its O c') f' 9 & r 0- O C' O 40 C ^ O '"5 Or @ t) O O F O P N tt 2 OM to W 4 in  % 6J W *t I.a oO W 4O W 4 E7 "b # n Mw 9 *.O 4 el m0 4 ri ~W 4- W 4O ks 4 v" LJ S (L 4$ b = J I W- 1 tak - I as)* I ta ' - J 1. - J J ts* - J kJ - Z bl += " W e- I W- 1 J 4.,*- O 7 O @ - e ca ti to- r - N is r m- . e. o #7 r - .- ** O - Ps t; fJ O C' O 4 xO 7 e5 f)N 7 ct (' e O'. r #P c)e ()Ct WD P N@ N@ >^ O g e-e r se -J-o L O rs O' O Ot f. t'> O 'r r NM -c O EC NO .- ' - etO O 4i N -O #9 - TN 04 (P -r 8-d f5C D fi 8M r C4 MN O - PA NN ^

  • CO O C.

yn -- a. e sr. P k 6- G qa t. e ti L L (* us G= 0 QL O $1 O f . 1

  • N-(.'s 4 L' 7w 4Q L-- 4 M' . "10 4 7 7Q 4 *J 4 (, tJ 4O ef .og W a( rs ='s N 4g i ta q gr -)e dM 6", # C"' %O e gg

- W- .,,J hr.' I Le J L'- J I.J - J tas - 1 LJ - - nsJ - 1 W- J hs - J W- .,,J kJ - i 1.J .J ana - tsj .9 O b W 6 e N P ' O -- N - C O fs k - @ O PS C *7 0 e . ,,,,j r er eN O Nc o P. T 80 O A9 ET- @N -O@ c Eri P- OF @O O C 0- W* I J N@ O PJO c er' e' e O 4 ,- ou N O c' NO e --M en -e -O no N N. -~ N s. Nm ~u -. O N O, No u- O NO o' NM f.Am m sh  : N n"5w I F D)- f4 7 ef) N o s) CW G . O. N O rs F. 4 R Oe N it is @N .O -J tO ht 4O to 4.= ")@ 4 - wi (M 1 .) 4. 4- ( c1 9G 4 f9 Ls <f 4 9G W- k 4O it's e 1@ 40 g6 We .J 1 imb - L W- J k 2 W- J W* Lab

  • f kJ - kb - .J W- E W- J kna - L ka -  %. a W=

G.-- e e, a._g v m t>* e J o o,- e

c. .

e - r n c.< = e*. 1 s s in e or t r, e e _c N v+ e i .e -c.. 0,, e 4O ,s n y e rg .a u e. rf ,,- - e e .ei f ,. a -- r5 co o u e a n eG r o c. c e n-C s '6 - C D - vJ o f (- < O- o Oe s i-o ,,o._

r. ,
c. r c e- A F r.7 r.

4 r e- s s' 6 - . Li <O 6, e- i is " i t d f"- ML 1O si ^ ge ay no qn ( * "mQ- c - 'b 4O k "i 4 , 40 - - ' L- I is. - J t.J - i 1.c - W- L - gr - J ka - ;, es - ti; - I bJ - 1 J 16 -* 6 - 9 9 0 EL" -

  • O . F #4 E- r f.N
  • sf C, - f*< Ern -

O '? O,( NM ,O ' t u Fi t-~r4 J b"' ds - ti c q. ,.;. , c g, gg gg pn OO e,e ry ts O srs et - Or g C N#' N s't 8'.- es C r Vf' W "f4 fJF E" ;t PJ#^ te* -C c , c.3 . y -t t,a yv f. O r, a rJ .ts O Nt tsei En/

  • - t-. t b .-N 'O '

g a- . ur ~) sy' O (7- -** y. ".7  %.8 es  % - e ,p- - k f. et,y 3 # 06 L,J t ( G ' .1 #g *gP-.- of M ( 7 g , , ,q .c.gg -,5 g , (n g ( (, =m =s CG w- Jw W u- . to - a W- J W- L_' . m-4 .y t,.-  ; 4g .W-5g . k- J g9 W- a u- 1 W a W- - te O P S fJ - IO F Of U U 6 O c, *. L'"i O ee 'e ID D C -r -n - etsi O; /"in o fs- t- ) . rs e r =?. . ,; m O- N r. N 7- s- ff- O L 'T 8 f'< e- Nf+ ") O C # ~' O- t\ b C- '4i O fsC' N-t -. f( a,.-l l'. N, rJ r; ,. 0; C N PJ O 2 -0 0 Mi C Dk

  • "C.

e -- c- 2 i- = F C r-. r' ' ; . t p ,,-r, , p. t c.

  • L-p -

< *J 4Q  % mD L 6 O U d- LJ d' "% % **C' -C -,y .c rs =sts ea t- 4- ts e o IsJ # 4 W m@ * $3 W- J i lee - 1 b'e - I W- 2- ka- J LJ "" s a *J e J W- - taJ - 1 kJ - 1 W- 1 J W-f4 h b if - b M P. t n" ,a S- - O? g O e b, c O q e O O 40 0 f.3 O, s , O -C ga r,b t- -O ci - .o m3 oo e-to . C fae sO rg n () f, -6J r? O e

f. O t,a e-f..

g,- f c . .g ro. , p.

c. ro

-g Ng rs . O tN g' e4 Ots q O b( mo 0 e7 ') O@

  • r 4O Te

~1 % v7 i T 4 e 3' % t'as r T

  1. 7 fa sSe

%N a( tr e t'.

  • 0 P v-
  • 3fs

'4 <e- l, ( 9, g .,,,, o 0- c. g 3 - e =r P. G *'O % be "O

  1. b

< '4 .a; 4 'd %N < nG is e r4 %O d 9J- tJ 4V laJ e J h. - i L.I - J LJ - ) W- ,, W- J W e- ' y- J k, - a 4, g-6 a W- .J W == Z ha,s - J LJ - EC O O P f' F (* e t M F- C 3 n e g; O e. C m P. f - - Me is e.) - c. 4 ') C. er N 9; 'e is c4 tr, f i^ O rs O er e. ,,es c.i ry r% g- .,-.J) O.- N 04 O O (*- TO @ O Pt N9 O P' OJ O OJ S -O f'd ** * (.' *7 ' S (' r_ (*)n O .- r e Cg es O CJ N O )O O NN 81 N @ N C C- fr N Et O *'*ed V 8) V fr N fr "4 ( 9'- 2 k If C ff d O 3 4 Q ** a aJ %N tal et U bJ # O C'.' k #O OJ d ~7 4I i3 4 -7 LJ dO tJ dO t.> of 'O te .' 's> taJ # ei dG k- tad - We I J E 6- I bJ

  • T h1 - E laJ - E E kg . 1 W- "'

laJ - I kJ = 1 J A W- tad **"

  • I e e e o c c O. e 7M ao i

7, M N O o 8 s N O o f. O' f4 -.r- t-a O, C' x b-y- C f e to r - I-N- c, qg - f O C e q*J e, r, t= c~ y@ - i O so n es e. t., r-ce 0.- N - e' O 4 -O N. .-.a f < f. e. -N n. No N o, na -O o c 5 c4 3, e 2- ti e e b P, ' W- tal We O CC N q eA y e. n. 6,. b c- s' L., -N f. F ,( b'C d b 4J t e- L_ 4 "J O 9h 4( f ) *7 P d- *4 h) at 7 ag q =g g (, 9 Ps eQ "1 b #O 64 4- la. 8E O IsJ - W- 2' tal - I las *- J tan- J W= J laJ - kJ - J W e- J kJ - .,J W- I haJ - E taJ - id - D C b, M N - 7  ? h M e n M O . O O . e, . C e, ~ em, es o~f4 t'- O N .O N N -O NO b, . - , - b es A. , e. < e Ps O 9O O -0 O 47 4 ~ O 'nt t'l 1f7 c4 - n ey O qe O f4- O nO O NO -C 3 W *) Y - E ti.e O' o (L O- o e e N 05 1 to 9 0

  • ) w ' e 3Q gs es 2.

4N .W W 4O tal 4O 6 4i L' #T LJ 47 taJ <O &' #T tJ 74 4b I.J - J I laJ - I kna - I h.f -  % W* J j J et, n 1 1 isJ - I. W- I tal - I J tsf - N fJ O c e O e c - e O - e e e O O n e OO o tv -.v e c; -- ce t t) O4 P s.- OO r bN nm oe O,r er -o m- 6 O, e n u e>e WO OM ON MC O OO O NO N CJ NO Nb- r',- c1 e N r r, c. os o eG NO O MC O cJ O Mc oO On s)e gi e f. O N M tr 7 7 UO - e; y O c et 7 ft - CN EPF) O "'s @ 4O 4C -es

  • f 0 "J'1 W to 4 m) bl W-10 4- e. m e; <f ,') n to <( o Lj er O tK3 ye 34 4N kJ - .J 1 kJ - X J teh *- ..'J tad - W .. J Las - J kJ - I laJ - I J J ta8 -

'D N O r, - - N @ O P - gr O e r- O n == c - - e c'l n- OM =r e eaN ro ce t> O O ~ *r r v 16 r O b *y e f% s n <r w to t er @ e) G- Oo O 4 P 'O -W -S O t4 O , f5 *t O O^ O - O (P O M7 O Os ti' O C' N' *h a= 0 W Gi O 9 e ON M *t E rs (*. L' e- ps e- e f- c (*, ON O 6 S

  • ( N af J dt C *i 40 la; 4 U 4M LJ 4N uJ u oM ef - ti,i " tD 4W 4 O 4 50  !'

W- w- w- J z W- t w- 1 W- 2 W-tij er et w-laJ t W- 1 W- W- W-O b . e - M N . M O - - @ O . - g . N gs - en 6 N @ mm eh c' A Ns ce O m 'a r4 09 e er o n eg e omm e w O - rO N4 C@ t -0 4 M ED rd C &- NM O no O 1- O -0 Nr O 9a O f., 7 f) f4M fi N fJ O *f 5 t'l @ f OG Q@ c' OO O' D CL - O D' O E' WO E CO Od O O taa 4O d ID'A %e 7Q ta L 4 "T ta **C' ag O t.J d4 tJ 9b L' Q *@ 4@ dG F tae - tnJ e- .J J E J"3 N l isJ - 1 W- W- I W- I J E .".A isJ - W- -) W) O 4 - el* O - @ .- O *t M t tri O e a0 0 W M () N@ ON OO M- ed O N N4 N *- O M 0* NO @ MO P *- EN fd @ u~ 9-A. M %b -O iri N O O f. O C O NN te si e, O *O -- )- 9N Jf O <0 Ci N V s' 4- C' Y - cs o 4D t' o 4 9 @ W 4 Ps 40 4e dO w 7 49 6 'F dO W W X a.) t af e W' d7 W eO 4W W to 4@ C tad - tad - lad - te! - kJ e ~ 14.3 J 4aa - I bbA - ts) *= lad - Gnd * 7 d) - ** O M m gy w b 4 7o ON c' O n- -PP H- r. es - -b 96 . to 'rs er' c g,M b arg 0- NT et' fi O F0 f* O Ne M 'i N f-

r. N O n re Or oc 0- M .g O . oe ir. c. O.bC

. -- d CD O g( N 46) 7Q %W %Q "4@ ~g =)t,') Ntfa 4O 44N G- W- W- J J J J 'J'i G W- We , J J J W

  • P b N M - (15 O #

.,a o F. O 'r r e ta O'O O gm ON c +7 N, er M fN O .= 9#I"5 We f** =** "7 Ny Mb bO OO f) 7 f- J) _*'_ O g ft C (1 '0 C T -> e la's f D dW WG d ha et r, as e et sa 4b a@ g LA - Ind ^ 1.4 - W- W* haJ e taJ - taJ ~ tnJ e taJ **

  • *= N fi T O 10 h @ F G e

N e-M y g, o b e e 0 N ft N N 6 N N -t O N ir N 90 ROD SEQUENCE CONTROL. SYSTEM GROUP DESIGNATIONS A SEQUENCE i 2 i l1 . 51 5 ' !6 5 3 i l4 ! !3 ! l4 !3 47 ' 12 ! I13! l13 12' 1 l l2 l l1 l l2 l 1 l ! .' 43 l7 lS l !9 l 8 !7 ! l4 l l3 l l4 l 3l l4 I 39 12i l 14l l15! l15i 614! il2 l2 l !1 l l2 l l1 2l 35 5l l8 l l101 l11l ' 10. I8 l 5 4l l3 l l4 l l3 l l4 l3 l l4 31 l13l l15l l16l l16, l 15l l13 ll l _2l l l1 ! l2 l 1 l2 l 27 l9 ! l11l l10l l 11! . l 9 ! !6 3 l l4 l l3 l l4 l l3 ! l4 l l3 23 l13l l 15l l16! l 16! l 15l !13I l2 l1 ! l2 l l1 l l2 l l1 l 19 5l l8 l l10l l11l l 10! l8- 15 3l l4 l l3 l I4 3l 15 12l l 14l l15l l151 l 14! l12 , 1 l2 l l1 l l2 l 1 l l2 11 l7 l l8 l l9 l l8 l l7 l 4 l l3 l 1l l; l4 07 l 1;l lj3l l 13l l13'] l l2 l1 l 03 5l l6 l l5 ~ 02 06 10 14 IS 22 26 30 34 3S 42 46 50 02 06 10 14 IL .'2 26 30 3' 3S 42 46 50 B SEQUENCE 1l l2 ! l1 51 l5 l l5 l 3l l'l l3 l l4 l 47 13l l 14 l l16 14 13 l1 l l2 I l1 l l2 l [1 l 3 7l lS l l9 l 9 8 l7 3 l4 l l2 l l4 l l3 l 4 39 l 15l l17l l1Sl 17l l 15! 1l 'I 1 l l2 l !1 l l2 1 33 l6 l l 10I I11l l 11l l 10! l6 l l4 l l3 l l4 ! l3 l l4 l l3 l 31 1]! l16!'IISI l 17! l 1Sl l 16l l12 2l 1 l l2 l l1 l l2 l l1 l l2 27 l9 l 11l l 10l l10 l 11l l9 l3 l4 l l3 4 3 4 23 12l 16 l 18l [17 ISl l 16l l 12 1l 2l l1 l 2 1 l2 11 19 l6 10l l11l- l 11 l 10! l6 I 4 !3 l l4 l3 l 4 l 13 l15 17l IS I l 17l l 13! l1 l l2 l 1 l2 1 11 ~! Sl l9 l l9 l lS l l7 !4 l l3 4l 3 07 13 l 14!  ! !6l l 14l l 13 1l 2l 1 03 l5 l l5 l 02 06 10 14 IS 22 26 30 34 38 42 46 50 02 06 10 11 IS 22 20 30 31 33 42 46 30 ~ Fig. 3 n $ s

Retrieved from "https://kanterella.com/w/index.php?title=ML19241B289&oldid=2612039"