SCIENTIFIC ABSTRACT GOLOBORODKO, O. - GOLOD, S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000515730002-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2002
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GOLOi!GRODIKOI 0.11. (11oloborod1kc, 0.1;.]j kand,el-cn,nauk, dct:iem
Economic competition batw(~er. two syl'terns. 1~7alulk~l .". 11
no. 4:11-14 AP 161. ( ~ f. E Ft 1, 1.,.*, . 5 J~
(Economic cendition--)

W'CHIPOR!"NKO., ',,.Yi:. (N,whypororiko, ~',' Ilf, li GIMIC1,11LIMIll, N.(;.-, GOL(TOIROWFOp
c).P. [flolobor,---Vko, 0,P, 11,
_j, :-tudentka
ronten'. of adf-Ulic. syst-rim !inc; glyclogen in the --lyo-
c9rdlum in cir"1111'atory ~ls"I'l-b!IrW141. nx. bi-oididni. ~,Ililr. 37 zio.3:
3 52-3 5,1 1 (-, r, ~ (KIRA 18-7',
k ,
1. tick~limii ~;: ~.Jyev.

ACCESSION Zill; AP4037990 S10196/64/01.01003/0263/0270
AUTHOR : Buyvo I , V. H. ( Buyvo 1 , V. N (1cf.ev) . Golobo roV ko S 0
(Go I obo rod' ko , S A.) (Kiev) ; Sline ren k o I. (i,'Acv)
in a a
5~1j-,cnt2ui on t-hc edge b,, an el.--isLtr zing
0 1: no. 3, 1064, 21',.1-270
:.,phe ri k-,11 J~ sh.-l low Silt! I I i~ Ca I !;k-ril. lot,'
c o 11 e-,-, 71 L r,! C i 0 ri t, L t; df,; 1~ r ibuL Lon ritn Lrur. 1- t rre
C,2:-, !-,I r 0 n
c I I - o I -I; I I I I --l o I c- r -
:;Lt:
fo r m 111 1: (! 1-111 r 0 S 3 1.1 i7 t~ r -v,-, Th c C! cd F c
t-1, lit, k! !I,;,- a ti-, i 11 c c r c 11 1, 1 i. 6
u - 1 a 11 (.7 ii fl!; i o it . Tll -, ho 141 11.11 L k: n g on I y r
t re ~j -~ (,.~ . 1 zlw";f-, cwipon(211~: p,tl*L!-, -proper, rlic stificninV
aild 'Clit, 1-1c cover) art. :--rcauccl rlh-a r'c-ri-es aii-~
vi o ~.-i ii nE; a c. z L n oil (-.h,!rri are tat, T r, L n t I C C 0 U 11 L th e 1. n t C- r-
a c t i 1) e it Il It 0 11. a vi (I r i il v, a I I ti r 1. n g 1.1 [1 (1 co .1 L r T1 I u c c t o f
-C a rd I

ACCESSTOI'Z tIR: A114037990
rigi(ii ties of tile s t If fen ing rinj; oil the ci cross, fls tr-' button around
tile ho It, is vvl I u.1 tod in 1"Ilme rLcal c xamp los , an3 1, C. Lo slimm that by
va ryini-, Ille f 1 (! Xura I and Lall 3 11 v 1*! --" L ~ I L 1 '2 '1 a I [I at i on of t1lem
can bo found that will make tht, q t~ rr. q 1; 'colicc-'I t rat I.oll ;I., tile 110 1e -2~gc
a minimu;;i. T lie va I u L s of ri,',idi~)- ?arametcrs [or Eur-L an optimum,
ring and [or an a I m o a t. pe r f cc (: I y v L 1. (1 r I- ii a r e. d e- 1~ e rm i n c d . 0 r Lg
i r t . lin P, 13 formulaq and 3 tabloq,
ASS 0 CI AT T.,0111 : 1 n r. ty"t u t m elf. 1. ant f. !.-. y 7~ AN U RS 1) -1,j 11: u ze 'I' Mt! ch an L c v~
AN URSIO
SUBMITTI"ID, 2 7 A p r 6- 2 P'A E it C Q 12 j Ln 0 4 00
SUB CODE: A.S N) (EF SOV: 007 0TUG a : 000
Card 2/2

L l51o4_6r~ EWT W /JCWF (w) /EWA (d )jV'1P (V) /~,VP ('410IEfolU. 0.i
ASD(f)-2/AFTG(p) EM
099::
ACCESSION NR: AP5000105
/066/655V j
G )orodlko, A,~~
'AUMORS: Giizf, 0. It. (GUzl A. N.Miev); GOIGIN"lod )Ioli V
,(Kiev)
TITLE: The stress state near a sqwwa orifico with roon(jad. ijornaril Jn a oylindlrioul~
shell
SOURCE: Pry-*kladna mekhanika, v. 10, no. 6o 19641 594-599
TOPIC TAGS: shell structure
L_,~tress eoncentratio.17 glin '1'!"31 shol?.
ABSTRACT: This paper aupplies a solution to the Indicated pi.%,lblatil obtained. by
U, 4
,disturbance to the "form of the boundary".(0. M. 0 z i Mbll.AoN~f*y tie toll
I
ivi2nacheniya kontsentratsiyi napruzhen' biVli kry*VDHXI~71~j,Aldi o11,7ox,P-r Y oboloi&akh,
~Pry*kladna mekhanika, vol. 8, no. 6, 1962) for small crriftbO~;Ip & aoxkl~ to A.;,I.
1 lye (Kontsentratsiya napryazheniy v oblasti otyerstiya. 3wl~ povorichnosti, 1=0wop
Lur
PIN, vol. 10, no. 3, 1946). The stre.sa about tjl~J o'penljig; has beez
itit
computed by the formula T14l b adwiderat'ion of the zero
+ 2ph ~w 2y + 2npp& [I I- first
Card 1/5

15W)4-65
1ACCESSION FR: AP5000105
!7
?phcos2y + =4 +
Y + 6Ph cos 6y 4- APIP~
~second (20. - 2ph cos 2V + 6ph cos 6y 4- 54 ph cos By + I Sph cosI
J
21 45
-,+3tfPPh 5+9cos2y*+3cos4y+ j=6y+36cos8y+ fccaloy aj,~prox:lmaii one. For the
icase when V 0.3, formulas are given for determixiing TO st,the fulp of the &Mde
[when the diapnal of the square is directed along the Imoraimix
;'(T,lr=ph(3+2.25co32y+2cos4y+0,74cm6y+0,67cw4,-l,+O,McosieV, 0, i
i- Q9 14,26+
6,00cos.2y+ 3.41cos4y+
1,93cosfjy+0,89cos8yA-0,66coslOyll) (pimi Fig. on the
Enclosures) and at an angle lrll~ to the generatrix
T,~-ph-13+ 1,80cos2y-*2cos4y-0,59cos6~+0,67co's' 8V+;'022oos1!0'(+Q'fj5-"1
,+~4.44em2y-2,69=4y 0-','8"9c-wBy +:9.66cos 10y))
on the
Enclosures). Table I on the &010aures given the values, or.!'hhe wai"ntration
coefficient for the plate and the shell at the zorof ~irst$'-qnd oticynd
Card.

IWNNI~~Nmm~~
L 15oo4-65
ACCESSION' TRI: AP50GO105
approximations at different points about the orifice, The r%uner resultsglven,
in this table show the nature of the convergence.of the sol-~Lion~dbt.O.Laed. "=.th.'ar-
more, from this# one must conclude that the maximal cooffialiont oe eltress aonciin-
tration for the square orifice in the shell an vell &s iw Ahe p1%Leip differa
substantially from k for a circular orifice. I'able 2 oil "Wie ]!h0o~sitren sh-olru
max
the effect of curvature on the stroso concentration& Orlg~ iia-t. hewv2 figur,94j, 2
tables, and 13 formulas.
ASSOCIATIONt Instjotut mekhaniky* All URSR _(.15!stitate of 1104111(hZioll'.111! UIMSSR)
SUBMITTED: 2MY63 ERCL i 02
!SUB CODE: AS NO BM SOV 2 005 OTMMI Ood
rd
315 ........

L 15004-65
ACCESSION KRs AP5000iO5 02

Approxi- sec_

zero Exaof
0.3:: *.2. 0.1
*ik '0.4
ma irs and
S
l
t
o
u
ion
PI 6.90
/ 5 7.89 8.88 9.36
k oh,
V-0
7.11
11.23 12.87

,4
8
.461
P11

h
k
I
2.1t 2.46 2,61

on
2,0
8

1195 I.jIN I'm 1! all

00
o.16 1,gs 2j48

kPl/ 3 1
67 I
m
.
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k x
3
94 Op
30 $
1
. .
.

Table i q-

Card

I'l/ EM
L 9233-66 EWT (d) /LVWT (in) /EVFP(W) /Z74FM IDWP(k) I ZWA(h) I-STC (-m)
ACC NR: Ap6o00238
AUTHOR: Goloborodlko'
ORG: Institute of Me,-h~ni
SOME CODE: U?/0l96/65/C-Q1/O" W21/0029
S. A. (Kiev)
s, -_(Institut m9khaniki, Ali Ukrss'R)
~c. _Lq UlqSSR
TITLE: Investigation of stress concentration around square holes, with rounded
ccrner3 in a cylindrical shell Of
SOURCE: Prikladnaya makhanika, v. 1, no. 10, 19655, 21-29
TOPIC TAGS: cylindrical shell structure, shell theory, stress cnn-!,entration,
stress analysis, approxination method
ABSTRACTi A third approximation operator was obtained for the tanguntia-l component
of stresses in shells with elliptic, triangular, and square holea. The governing
equation for stress distribution in a cylindrical shell with holou is given by
V3~120 + 8jou (M) "-0,
V~ 2
rd ; (D:= w 4- inT
4 Rh
Card 1/3

L 9233-66
ACC NH: AP6000236
where R is the radius of curvature of' the surface, h is the shell thickness, and
ro is the mean hole radius. The holes on the cylinder are described by
the func".%ion
z + (Z + iy', Z
and the various stress components are expanded in powers of
IT. T, 'TU); 8
Ir 1-0 1-4 Ir .1-o.
The J-th approximation is typically described by
7M. = T", + +
M-0
where the third approximation operator L~3) is calculated in detail. The above
stress components are then calculated for the particular (.a-jo corres.ponding -to
.74".Ph; n=qh;
up to order 3 -nal
Numerical results are obtained for the ca-so of uni-form, intez
Card 2/3
0

L 9233-66
ACC NR: AP6000238
pressure in the cylinder p - poll/2h and the various coefficien4a tabulated. It
is shown that the maxistum strosa cancen4ratioa in tho 3hoU olAaj.nod from Ltie
second order approximation differs from the exact solution by 5-6% and fron
the third order approximationp by 2--3%. Orig. art. hast 15 e5uations and 5
tables,
SUB CODE: 20/ SUBM DATE: 09Feb65/ ORN RHF: 006/ OTH Wit. 001
COM ~3

0 0
0 41 -1 Angular dixtribut
09 beryWmn. T. 0 DL
'
00 KEVITMCH (Myxihl.
7.
N2).--ne dixtrfbatim
Iiv y-rays (Imm not mr
1`088-section for the
*0 1)), JIV 6 2 11 j.0-3

0 0 .0

r I AA 114 j. W 1 , 1

00
n of photo-noutronfi from
OIUIPKQ~ And 1, R(p,4F'i -
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f iii-tstronm ejtN-W from B- "

dthdinx-tion. Theeffe,tm. 06

tteruitt of lk, jai(itutwutmv., 'Go

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to
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nuclei of atoms of hetTy elements
5

j,j,, 1 .1. 34 -1
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"cut'ans aud -I,' ht~uj-l frum Rd. I
RC5.1ts we p"'n 1", 19 f-ru Mn w 11'.
b.-Im,.n 111. ""'U, Olt
jilt ob ained by DMIR1119 It' "1
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Nuclear cross sectrons lot n"Itrocii Wi th SOCI A

energy in the region at light elernents.I V
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t
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T. A. G(AO PAYSUA lit -.1421

- rbe dig-~ t;ko ol noutrtmal emitted by lie MAI- :06
j sated 0 'kwly huau to UiAt abtatined with Z*#
R..Tb + D, SINj dint,, wArkally (rum the tiphtM ll-
1
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roe

voo
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by the atomic nuclei of heavy el,*mezU I A. C-4,)-
i-.d*k- J h'pii lk-A Ph", (U. S. h It W:
.174 M(IWO) On th, I... of .,rviiiureme w

elements fr,unl Ain to Bi.
'. linds that tile CT"51-sm1w~
areas do not increttw as a brim, fun'T.'n Of the at. sill
as in the ease of Tijea-rerneut, will, Ili, t,ut
owdlate between 3.5 and 9-11 X 10 11 sq cri. wlth,,It
any apmfrit 43,tern, F If
--v, r 0 V
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to 9 0 a a
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of
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of
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SIUJWJ by fillrIllOn thftx4h LI)et-. pariflin
Neutrutu of tht frst muction art mc-mchmmaut~,
00 ith a Irrull mmunt of pht)(twIcuirces f(,mwd b) uhx
06 114 3 weak luws of the ,-WkvIruTn RADC'. Uktitcacro .00
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, mution arv comp)wd principally of 2 groups -ith
so J encrW o(O I arki 0-25 a%4V. T11cri: u 4rpatt:ntIj
a Au k lint %iih an cn"lly of Ifir cadLi of 3,:MV III

3 the spm-irum of the )-rays RAC 0 6
of I,

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I I L SITALL06KAI, LIT(NATVft CLAWfKATkC* t Z- a**
age
t
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loot w v
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-to
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Hot with photactoutrous of energy range 0 1 to 0 V U) 0 v
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of 1141,4V Ajq
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kA -.1 It., -III d

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diloca, and "m wtth pholommutrou WOW the energy range
o i o 9 x*.Y. i .%
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t,v ltrA.114tifig It,, %,1,1 1) ith y r~- from V,Th 4,1,1 R- I I-, A
"I " -fill ~10' th, n,.rs(y 4 th , VAIVTv'j n'On"), n'
I...... 1C.111 1) lii..v 1, r,.;Zar,f"j 'I. in'!
It"11, t4'
and 1),,- -11, th, 0,
-1, -Ifon it : ~ ~ " "!. , t .5 M " '. 111

Nuclear WAUWtW elowill'ictitmu for heav7 elawrintj with photc-
MnU,m of about 800 ke.r. I
I C-Pt. PeNd A W Sl I P -S S, 104 1. 80. 41-4 1
are given for %.triiws elm,-nii as fAr as N f.-r
HAI 11 1) t -~'M kt~ % I "If HATh [It ~ -,mtk, k,
arr -mrml %ith Ili.- -f Amilli u%mg mrut-ti, !i in I
1,41 '.NW)k-
th.11 . ..... ol"'I 0.". 1,

Ansolst distribullm tit fh,,I~npulrottj
. " f, "".. I - 1. . I ~' ~. I
1.1, .1. ~ "1-I
'th a tph-'., I p.".W- J~
tr ,f pp'W~n .1 .'Il" 1. 1
ni f.",

0 w
0 0 0 o 0 0 0
VO 0 0 0 O's 0 0 '0 a 0 0 0
so 4 00
0 rq
o:
so
Scatlarizic of natnu by potous. T A. tw1oln,mlit, ij Phy),,
USS U., 1944, 8, 13-16) 111~ ~ktt,~ing -x 0
(y-Th-c '. lk) phat~neutrons by pratums Itave be(n rnr4b"rml (%1t
0 neutron energies 11' 1, 13-2. 0-3. itnil 0-4 Mc.v, uting Vp oxi(Ir its -'so
Irt-t(T in a counter T)w vah. 0 cp fouip)
r'p-ti,ely, 0 Q. 3-0. 83, and 3.2 x I" tin 1, in AgTrem-t -0.
0 other xj~,,nicntal results but nat with thmrettritl pr,,Ii, ti,,n It -so
is "'rig"icil that , doi~x not vary sm-thly with nrutr,,n i-nergi ai
mjuire,l by, Wigner'# ft)tmul,t but cwffljt~5 tegulftriv -th .1 ......
ARIJARULIC as thr energy is mrrascl I I
00 ..09
00
do
1o0 ~-Oqsp C~-, 1110
190 ., so
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0 to 0 0 9 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ;1 0, 0 0 0 6 0 0 0 .9 a a 4) 0 q 0 0 0 to 0 0
0 is o 0 0 o 0 o o o 0 0 0 6 0 0 0 0 0 0 0 6 0 16 0 a 0 1b 0 a 6 0 41 to 6-4

17
1
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mv- I-
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/Physics Jan 1947
Photo- Neutrr)ns
Resonance
"Pesonanco -henomena in the Flas-Lic Scattering of
Photoneutrans with Fnergies ef 0.1 to o.4 Mov .by
Atomic L,4ucici", -1. ThatitI.Atc of Physicu,
of Scienars --T -Lb.0 Uk--alnian, SSH, 5 Pp
~V=rnml of rhysice" 'V,~, XI. No 1 -rq,-%44-4Y
The hieli enerF,,, Ln"ervals betvr)#~n
maxi=m and minlram. levelG(of the,- order 100 Kcv) 1-c-
argue-d to bt- due t,-, 'the resonance Interaction of
neutrons with nuclei. The hypothesis is advanced
that the surface layer of all nuclei in of the s=e
BS 2 :-r69
U
USZER/Physics (C ontd) jan 1947
structure and this layer is supposed to consist of
alpha particles.
BS, 26T69

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GOLOPORODIKO, T.A. (.Kherson)
Statistical relationship ho~twonn the amplitudes of t','Ie
brightness variation of variable stars and their spectral
class. Biul.VAGO no.25:26-3() '59. (MIIUL 13:3)
(Stars, Variable)

GOLUiORODIKO, T.A.
Amplitud.o-poroid roL-O.Ion of i,,uAvoj-uLw- -f ~-r 1.1,, !)*,.. f! i; ;).tvi !',Lri Coti-tylA
~~ t;,, ~. ~, s .Biull.'PAGO no.26:41-1,~.. 100. (MIFA
1. Gleosl:oye otielGr..*LyEi Vsooovli7no~;o cbshr~lvstvz',.
(Sta-,-O,

GC)LfiBORC)Dl;,.C), TA.
Period-lurninosity relation of cepholdc. Diill,V~,.GO :no.;)B;
16-20 '6o. (!!.DVI 14,6)
1. nersonskoye otdelenive Vs,,soyuzno!,.o i113l~7~,~rioiiuic,-.tli?Odt,~zicht~:~kogo
Ashchestva.
(Cepholds)

-~CLORRODIKO,
I I . . .
"- C, s -17 1 1

GO LO,~-JHGD ~ 1-10 . T -it,
re-lation bef-wcc;n Ithe rotati,)iv-d --'d ()-Ir-I)it,-.LL rolaorit'lizu
-)" vriaiov kstron.z~iuv. 39 no.4 !761-763 J L 1
, L ( I-ahA -1 5 i 7 ,)
(Plane t9 )

GOLOBORODIKO T.A.
Relation between the nass-radiation and the ws ss-radius of
double stars. Biul. VAGO no.31:37-43 162. ()IIFtA 16--4)
1. Odeaskoye otdeleniye Vsesayuznogo astronomo-..goodezicheskogo
obshchestva.
(Stars-Masses)

ACCESSION NR: AT4016597 S/2556/63/000/034/0014/0019
AUTHOR: Goloborod'ko, T. A.
TITLE: The law of planetary distances
SOURCE: Vsesoyuznoye astronomo-geodezicheskoye obshchestvo. Byulleten', no. 34,
1963, 14-19
TOPIC TAGS: Bode-Titius law, astronomy, Neptune, Pluto, planut, Jupiter, Saturn,
planetary astronomy, solar system, satellite, Uranus, cosmogony
ABSTRACT: Investigation of the Titius-Bode law revealed that there is an exponen-,
tial dependence between the distances between planets and their sequence numbers.
The generally accepted formulation of this law contains two errors which result in
sharp discrepancies between the computed and true R (distance) for Neptune, Pluto
and Mercury. Random deviationsZN R from an exponential distribution have the
specific character of quasi-periodic variations. As a result, it is impossible to
represent planetary distances by an exponential or any other functional dependence
with great accuracy, if these variations are assumed random. The formulation of
the law of planetary distances derived by V. G. Fesenkov and similar formulas de-
rived by G. M. Idlis for the satellites of planets also are erroneous because they
are bas on these random variations inR.The distributions of the distances of the
Card T~2

ACCESSION NR: AT4016597
regular satellites of Jupiter, Saturn and Uranus, as well as the distribution of
the distances between planets are expressed most simply by exponential dependences
of their sequence numbers. Quasi-periodic R variations are observed clearly only
for the satellites of Saturn. The R distributionsof planets and their satellites,
determined by various investigators, either do not differ from an exponential
distribution or are erroneous. The Titius-Bode law is a true cosmogonic law of the
solar system and not a purely random mathematical rule. it apparently is a corol-
lary of a more general law governing the process of formation of planets (or proto-
planets) during the formation of the solar system. Orig. art. has: 11 formulas,
2 tables and I figure.
ASSOCIATION: VSESOYUZNOYE ASTRONOMO-GEODEZICHESKOYE OBSHCHESTVO (All.-Union
Astronomical and Geodetic Society)
SUBMITTED: OOMar6l DATE ACQ: 24Feb64 ENCL: 00
SUB CODE: AS NO REF SOV: 006 OTHER: 000
Card 2/2

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DTFT~7 W,
m

ACCESSION 11M AP3COO986 6/0340/()~/000/00910161/017,1
AUTHOR: Stepanovp M. A. j Kurdyuaoi,,, A. V.; Gojob~s V
TIM: Corrosion resistaxiee of Ironoaluminum allcrys in fluorl.MD &t taVeratur('s
Of 500-700C
SOURCE: IVUZ-. Tsve'-.,wya metallurgya, no. 2p 1963o 167-,1'11
TOPIC TAGS: iron-a*.1.uminum allxWea Iron-aluminum-enjailma ItUoyp
ABSTRACT: The corrosion behavior of Ft-Al and Fe-Al-rx Mloya in a fluorine
atmosphere at 500--700C vas studled. The a-Upys vere malted :Ln an h-f
induction furnace from Armco iron vith AVOOO [99.9