D1git~l Computer Laboratory

(1)

D1git~l Computer Laboratory

Hi.(SlSlachUl.lSl$tt~

llmfSt1tute of Technology

'I '

Cdor1dge $9

9 ~lil!ac.h'U!.setts

""' ,

Dmrilmg the

pa~t

two

W@~R{;!3

594 cod.ed progrdli

wer~ ~

on ^ths tmcel allo~t~d t~ th~ S~ntific & ~~g1~®$ri~g (S&EC) GroupoT.b~W$ prog~~~

r@pre~eJlnlt

p&rt Olf

tful~'

'llWolt"k

tlm~,1;t Et±1!,~\

b@@lll \!iiOJn* on 68 of th<l

probl$~~

tMt

h~ve

be<elOl.

a~c6pted

by

th~: ~&.RC (.illrQiThp 0

100 .

C<tillDnlpr~lhl~lDl~iv~ S\y~t®lm

@:if

S\e"1~e Rout,1xM~!s

106 Co

M~T ~~1~mi~ Proj~~t 12~

BgNo The

A~r@th~~@pre2$C~

126 Do Dat& Reduction

131

~p~c1&~Pr~blem~

(St&ff

Tr&i~1ngg ~t~o)

. 141 S&EC

S1lllbr«:»1U1t:iLIDl~

','

~t\ill\iily

193. "Le Eo Vo Plt"obl@ll!!i fror

Pr@J.Pl~g&ti~llll.

<of EoHo

Wi\.ve~

194

B9N~ A1U\wm®lllrt1;~d

PJL&lDl@) W&V@

H~tln@d\

,(SCOld11UlOO) 199 No

Co~~r@~~1ble

Flow

i~

&

Twb~

~03 Dg~o R@~po~~® ~f

& Blillildirmg

~IDld®r ~~ic ~d1Dg

216 Co

Ultr~~COl~i©.

Delmy

L1~@@

219

Lirm~~r Pr©gr~1IDlg

226 Do

Cir~ul~tio~ ~f th~ At~@~p~~r@

231 BgN

o R~act@r RmlDl~~Y,P~~v~~ti~~

236, Co

Tr~~:iL~lDlt R®~p(QJlll\!i\@

@f

Air©l\"~ft t~

H@i.t:b1g,

240 Ao

EJl.®~troltlltm

and

Ph\OjtCOll'Ol~

1!'l!

C&iJ~de

241 B9NO Tr~~i@lll\t~'1D D:iL~t11Jl.&ti@~ C~l~~

244 C o D a U. Redbmct1cni<or X;"1\. :rir@ CCntrol

245 No Th60>ry

of'Neutro~ R$~eti©~~

11

00)

5:$.,7

l01o~

J!.(})So6

2~ofJI 10~

84

0

5 33

0

7

~'1

02 ,

4~03

.

5~oJL 1160~

~06 l~o~

,4

0

5

~o(Q)

~606' 6(Q)~o3

(2)

DCL-129 253 No 256 Co 260 No 26JL Co 262 No 264 Co

266 Ao 270 Bo

272

1.,0

273 No 218 No 288 No

306 Do 309

B~No

3JL2 Lo 315 Co 317 Co 326 Co 327 Lo 336 Co 337 No 338 Co 339 Ao 34;)1 Co

342 Bo 343 Co 345 Bo 346 Bo 348 Ao 351 Bo 354 Do 355 Bo 356 Bo

APW

~m

Applied

t~ Fa©~- ~~d B~dy-Center*d

IroD WW:n:-EM 1103 Tlra.l1lfalJLatiQ'ill

Pr\O)gr~

Energy L@weJLa

of

D1&

t©lJ:cic

Hydl"idsi!l

F(o)IU1l':il6lt" Synthesis

f~r C1C'ywt~J1. StructlUlre~

Ew~llU1&ti~D'~f Tw~-c~nt~~ M@16c~JLmr Integral.

Optmizlil.ti~D

of

Alt~m&tor

Centrol Sytltft

CalcIU11&t1on~

for the MIT Reactor

C~1tica1 M&iSl~ ~JLcuJLat1ons

General

R&ydi~t

ScJLuticn,

C~iSlmic

Ray Air Shower

~ergy Level~ cfD1~tomic

HYdrides ,LiB Atomic W&ve Fmnctions

PoJL~~iz~biJLi~y

Effects in Atome and Molecules

R@ll~ B@&r!~g§

,Tr@po$pheric Propagation

~p$ctraJL Analy@i~

of

Atmo~phe~ic ~t&

Pmr~ ~d ~pur@ Pota~$ium

Chloride SrystaJL Err<tJ.>Jr

A:waJ,ly[Sl1~

T~~JP~(dl,© Hit Di~tJr."ib'Ul:ti«»~ll

$t~b11ity D@r1v&tive~

fr©m

F~1ght T~$t

Data

PJr."~d~~ti~~

f©r

Tran~p~rtatio~ Stu~y

P~ed1©ti~n ~ly~i~

P&tt@~ 1~~~t1fic&ti©~

N©~11n@ffi~2nd ~Jr~er D1ffe~ential Equ~ti~n~

Opt~iz&ti©~ ~f ~=Air C©~li~g ~y~tem~

~~l

WiIDlg

&1.

PtaJ.l"tial.l

Diff,el"~1'llt1aJl.

Equa ti©lOl

Bt~ti~t1~~1

and

nwn~ic M®~h~ds 1~ F~r~ca~ting

~mn~i~nt H@&~

Fl©w in

S~lid~

We&th~r P~~di©t1on M3tri~ ~ltip11cal.tion C©mple~ Spect~ ~ly~ie

Wave

Pr~p~g&tion

Non-Unifo~

Fuel

Di~tribution

Rs~p©Jm~e

of a

$ingl~

St©ry

C~ncr@t.

B1Aildilllg

Qm~t1ti~ati~n E~ror

Partially

C@~tinuou~ W©©~@~ Be~~

~105

~3.06

3Jl

0

9 81

0

5

JL~JLo'1 5~0$3

9

0

9 4(Q)4'05i

1$05

310~

JLl'1o~

41404 118

⁰

5 52

0

8

4~0~

4(0)09 31

⁰

9 1601 1(Q)0(Q) ll100) 4

0

5

210~

11

0

5

~S507T

~508

660$

l~o5 4~0~

74/3'

1~o11J

~90$

94

0

5

36

⁰

1

l404

1S

0

3 9(Q)04

(3)

0010-129

357 Bo Propagati(Q>D of Ro'UtlJldo;t'f EJfF.'(Q>%,

358 Bo

Vert1~1

Tail

Load~ ~~

t(Q> R(Q>lling Pull-Up

359 B..

Bcllint10l1Ol

c f Tlr'aJ.mSVeJJt"fBEi 'Web Fralllll(,$

360 B.. Dyll1:aJJ!mlic Re.ilp01Olfi6 Olf' Shl!\ll;ID,lf Vlallll 361 BoNo Gr(Q>wth of Fatigue

Cr~~~

362 Bo Fcurisr

Synth6$i~ f~r Cry~t&l Struct~re

363 Ao

A$~pt(Q>t1c !lJltegrati~n

of

Eq~tion8

Concerning T<t»lt":lrciul Shs1J1.

364 Co

Bla~t R~~p(Q>D~6

(Q>f

R<Q)t~r B12de~

365

Pr~bl~~~ ConcG~ed

with

Co~pari~cn

and Testing of .

Whirlwind I and IBM 650 '

367 Bo

D®t~r.minati<t»n

of

Crit1~al Ma~~

368 BoNo

C~~@n~at1on

in·a VGrt1cal TUbe

371 Lo

A~~ph~ric

Propagation of Radio Wav6fi 373 Be ftu:E Leveling in

HomoO)g;<6nec\ll~

Reactor-Part I

103

C~p~t~r Tim~,Stati~tics

3

0

2 , 6

0

0 5701 45

0

6 9

0

4

50~

.' 43

0

8 12

0

9 J1.28

0

The following indicates the

distri~ution

of WWI time

^allocat~d

to the S&EC

Gr~~po

$&EC

Prcgrmlmll~

Ltn~(Q>lnProgr~

M&gn~tic ~ Te~t M..%per~ic ~PG T~~t

~~@pe C~ibr&ti~D

63

hour~9

50

0

5 minutes 7

hour~9

10

⁰

5

minute~

1

hc~r D

4

0

5

minute~

14

0'1) minul'te~

,PETE

Te~t

34

0

8

minute~

5

⁰

7

~inutes

~~on~tr&tlcn~ (N~o

131) 25

0

5

minute~

Total

T~e

L@gg@d 73

h~urs9

25

0

5 minutes

Divo 6

C@~ver~icn~p

Inter-rmn

Oper~ti~n~9

etc

o

15

h~ursg

18

0

2

m1mute~

Total

T~e ~~ig~~d

89

hour~,

59

0

7 81nutes

U~&bls T1~@p Per~~ntage

98

0

D1git~l Computer Laboratory