SCIENTIFIC ABSTRACT NIKULINA, S. N. - NIKULSHIN, K. YE.

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• Collection: Scientific Abstracts
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• Original Classification: S
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• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

grai VAL qty,
ONIgraition and uniform distribution of sulfur In rubber aftes. G. A.
BLOKH, V. Ya. VEMIDIONOVA# G. P. KIKLUKHIN, 1. 1. KUKnEKKO, A. F. REWW--VA, 1. R. V.
NIKULINA and M. 1. PRZIIEBYVSKrY. lagkaya Prom 15, go 1, :~8-30 1955
Study was with labeled atom. After 4-6 passes through a narrow gap between
rolls, S use distributed evenly. During short Contpet of a raw mix with fabric at roca
temp., there was utgration of S. 1here was also migration from vulcanited rubber Into
the raw adz. During vulasnisation, migration into the fabric layer wea not stopped by tale;
a paper layer reduced migration.
B. Z. KAMICH

NIKULIKA# S.N.1 KORKIM, S.Te.
Catalytic properties of soue clays of the Irkutsk Prom nce.
Report 96.5t Exchange activity of clays. Izv. Fiz.-khin.
nauch.-Isol. Inst. Irk. un. 5 no.lr246-251 161. OGRA MsO
(Irkutsk Province-Clay) (Catalysts)

Z0V-/8l_rq-16-576r-q
Translation from- Referativnyy zhurnal. Khimiya, 1959, Hr 16, p 286 (U33R)
AUTHORS- Hikulina, 3. Larina, V.A.
TFILE: The Investigation of the Catalytic Proper-ties of Clays of Eiatern Slb,~rla
and the Methods of Their Industrial Utilization
PERIODICALt V sb.i Issled. I Ispollzovaniye glin. Llvov, L1vu.t%&. un-t,
pp 470 - 482 (Engl. res.)
AB-TrRACT: The kaolinite clays of the Irkutskaya Oblast' have a high catalytic ac-
tivity In the cracking of petroleum hydrocarbons, which Is not lower than
that of a synthetic alu,-,iosilicate catalyst. The treatment of these clays
by acids increases their catalytic properties. The activation of the In-
vestigated clay samples can be carried out by hydrochloric an well as by
sulfuric sold. In the hot activation of the clays a considerable part of
Al is washed out which Is not observed In cold treatment. The invest1gated
clays of Eastern 31torla can find broad application In the processes of
cracking and purification of oil products.
G. Yaalennikova.
Cai-i 1/1

It
It F.
fill

0 W/35-59-8-6230
TrowlatUft fmc fieferativTWF zhuivAl, Astronomira L a*odeziya, i9sq,
Nr 6,0 P 19
AUTMv UbdIna, T.G.
Tnut On Tv*lve Uriablo Start Discovered by the Obs*rvatory in
-.Auk=
PWaOMCALt Antram. tairkalyar, 1W, August 26, Mr 194, pp 26 - 27
AWIMACTt On the basits of pl&teg obtained at the Institute of Astra-
physics AS Tadzhik SSR during. the, period fr= 1939 - 1947,
12 variable at&ra were analyzed from the list publis.1-ted by tht
Observatory in Bamberg. The characteristics of the variability,
of the luminosity of these stars, art given briefly: EM 149 Fac.
Algol. From 75 platen for the period from JD 242WI - 36IC-9
one sinimun was noted. OV 151 Zri. Algol. 126 photographs for
tho, Period from JD 2429580 - 35894, revealed It minim,& and tht~
weakening of luminosity. BV 152 Tau. Algc'. A hundred pholtagraphs
for the period from JD 9-4328% - 36102 revealed 5 minima. Ell 155
Ori. Prom 2W photographic eatimates, in the interval frm JD
CAZ4 1/2 242954T - 33510, no oscillation of luminosity was noted. OV 157

WIXIMIYA, T.G.
Tom oellpaing varfabUs, Astron. todr. ool":15-16 Ir 15a.
Oau Ilts)
loAstrommichookojs obserwatorlya, Stallosbad.
(Starve Variable)

VIKULINA. T.G.; SOLOTIM. A.T.
larlations of tho porlo(I of the ciplvoti TX Delphiml. Astrom.
tsir. no.190:22-23 Kr '58. (KIRA 11:9)
1. Astrnnoutchnsitaya observittorlya. StaltuAba4.
(Stars, Vnriablo)

SIXULINA, T.G.
Twelve variable stare discovered by the HkaborC Observatory.
Astrou. tair. no.194:26-27 AC '58. (KIRA 12:12)
lolustitut astraftsikI AN Tadsh. SSR.
(Stars* Tarlable)

NEMINA, T.G.
XmIna of Kira Coti-type stars* Agtron.tstre
1) 158.
no*196912
OUJU 1217)
1. InstItut aotroftzikl, Stallubade
(Stars. Variable)

NIXUL116k. T.G.- SOWVITXV. A.V.
- . -- -
Anomalous Cnphoold T% Delphint. Blul.last.astrofix.Al r&4&h.
SSR 50.25:19-22 159. (KM 13:5)
(Cephel4s)

InKUL19A. T. G.
Two eclipsing AU*I-type variables. 9It&l.Iast.&strofIz.LX
In"h-S51 no-25:26-30 '59. (MIRA 13:5)
(Stars. Yartable)

MIKULIKA, T.G.
Awantaus Capheld V Geminorum. Stal. last.astro fj %.AN Tn4zh.
SSR no-?5131-34 '59- (MM 1395)
(cepholds)
I
.1
"I
-N
I--

RIIEUUKA. T.G.
Maxima of Ydra Cott-tne stars. Astron.tsir. no.207:14 0 159.
(KIRA 11:6)
1. Institut astrofittki AN Tadshikskoy SSR,
(Stars. Variable)

NIXUUIA, ?.Go _-.
Sixteen variables digeovere4 at the fiamberC Gbper.atoryo Astrom.
teir. no.207:14-16 9 459-w (MIRA 13:6)
1
2. InstItut astroftelki AN Tadshikskoy SSR.
(Store, Variable)

NIXULIM, T.G.
-of Mira Coti-type stars. Per.avoody 13 w.4t295-296
Mr 161. (KERA 15:3)
1. rastitut astruflaW AN Tadshikskay $SRI, Stalinabade
(Stars,, Variable)

NIKUUNAt T.Q.
16 owtimatIgated variable stam In IN liste, Astroo.tair,
no.227ol7-18 F 162, (MIRA 16ol)
1. Inatitut astrofitiki'AN Tadshikokoy SM.
(Stars, Variable)

NIOLINA T.G.
- ~. - ~
Six variable stars in the BV list. Blul. Inst. astrofiz.
AN Tadsh. SSR no.35145-56 163. (MIRA 170)
C. .*A
~r~ ~,,
". 'A
W4

MIKULIKAO T.G.
Hudas of 45 Kim Coti-type stam Btui. IL&t. astrofig. AS
Tadsh. M no.32t~7-20 162.
(KIRA 17i11)

r r r r
If no. -A;;2 J I - AV
I O.V.
rl~ -,tn "In rni,7&rinolog! I (d I r.-
pro'.

NIKULINA. V.A.,, kand. med. nauk
DiaCnosis and surgical treatment of hyperparethyrold v1sceral
d1seases, Rhirurglia 40 no.1214O-" D 164. (MIRA 1913)
1. Khlrurgicheekoye otdoleniye (zav.- prof. 0.V. Ilikolayov)
Woosoyuznogo Institute. ekspertmentallnoy endokrinologil, Moskva.

MiKULIRA, V.A.; Z.A.;
roentganolor,lcal :araliels. Probl. ord)k. I i-orm. 1: no.2..;.!-.1.3
Mr-Ap 165.
1. Wrurgicheskoye otlalonipa (mv.
I rentg9nologlche,ikoy,:! otdnleniy,! (znv. - jrof.
nkly) Vse:7oT-izno;,.)
(direktor - .rof.

KEFOMN, V.I.; V.A.
Malignant tumors of the parathyrold glands. KhlrurCiia 41 no.4s
40-43 Ap, 165. (MIRA ISO)
1. Khirurgichoskole otdeleniye (&&v. - prof. O.V. Nikolayev)
Vaesoyutncgo Institute, skaperimentallnoy ondokrinologii, Moskva.

lWLMIM, W.A.
Appoadlettle without pronowcod ch~Vso In tht app*adfc. boy.md.
21 Supplement:12 157. (N IRA 11: 2)
1. Is Moskovskoy gorodskoy iclinichealcoy bollaitsy No.33 Is"at &A.
Ostroumove.
(AMIEDICITIS)
'6

TWIWTA, To..K*; KIMiLDE Ko
At,
Tariattan of the prothroubin Imtox In arteriosclerosis and brain
,weasel spasum ln&=ed by hydroCsn sulf1de butbis. Zab. dielo 5 so. 1:
35-37 Ja-IF 159. (KIM 12 13)
1.9 ts dvordlovskogo rAucbma- Ise ledwatoll skelgo imtitul& kurwtolodi
I f1stalt"11 (dir. - imed.imed. usak IF.T. Orlov)
(PUMUMIN) (UMMXI SUMM-PIMCUMICAL WrWr)
(310M, KIDZUM) (BlaW TASUM-DISNAU)

USSR / Zooperesitology. Gaaoral Problocs. G
Abg Zour: Ref Zhur-8101., No St 1959v 24179.
Author : Iffikalf as v N
Inst t Institato.
Titla t on the Study of.Paresitarauna of Fishus of tha
Nurlim*sys Grof4p ot Lakos.
Orig Pub: ?r, ".Itayek. #,-kbL. in-tat 1957t vr,~. So 372-
Abstraot: Tho complato parasitological UevactiOat carriad
out in 1956, of 9S speaimax of fish (&n4 an In-
c*mplato ono of 90 spacimax) ravaelad 19 spacLs
of parallitos an follows: protozoans, 3 spaoiGs;
monason3tia tramtodox, 4; digonotic trmatodox,,
4, castodoso 3; namatodoe, 3; copapadous crusta-
*;an* and Branotaurs, ono apaoias oaahe Tho grast-
*at dogroo of Infestation ms in Halo-Topollnoyo
Card 1/2

L 7841-66, 1)ZEW ZAWT(M)/~!,9 , IZEP wft)Lg~tp
(e)/EPA(s) -JkL
ACC NIA APSM121 IJP(c) JD/GO/W3 SOUMS CCON: UlVO048/05/ID29/011/20%',:i-/iO-67*~-
ALM1011: Xrmmarov,O.P., Sholok~.ovIch.M.1h.* Grionov k~I.K. Derberavs,~.Vj
G
A
ORG: Rontov-on-tho Dan State University (Rostovskly-no-Donu geruderstvennyy
universitot).
TITLEi Increase of the Curie point of ferroe1&c&.Ktg.A& "t%risls by introduction of
nonf erroolec trio dopantx L%Port, Fourth All-Union Conference an Ferro-electricity
held at Rostov-on-the Don 12-16 So r 1969--
S OU TC K; AN 85SR. Izvestlys. Seriya fixicheskaya, v. 29, no. 11, 1965, 2W4-2067
TOPIC.TAGS: ferroplectric xat~~ikl solid solution, dopart, barium titan&%*, It',
zirconium, opper Ilicop point.
0 C.-T 0 t]-LL-I;T_, dielectric constant, dielectric re'7Fax`ato~,77ffe_
ABSTRACT: The temperature deperdence of the dielectric constant of DaTIO and forro-
electric (Ba, 8r)TiO and Ba(Ti, ZOO.3 solid solutiora containk-nir uO to io Nola % of
3 3
CaT103, DaS103, (Yi CUT103 (CLC03 + V02) was measured at 10 and 10 cycle/sec in
order to detornine whether relaxation processes are involved In the apparent increase
of the CGria temperature to which those nonferroolvctric dopants are known to give
rise. In all cases the dielectric constant was independent of frequency and the
temperature at which It reachee its maximum increased with IncreaBing dopant content.
Tha.mea%urvments on.the 8Wr103--BaSIO system wore repeated with particular attentior
to the purity of the materials, cp B;4'03 synthesized by the oxalate method, cp DsC03#
Card

L 7841-66
ACC HIs 0
and semironductor-grade 8103 being employed. The Curio point of the cp DsTI03 w"
higher than that of the lose pure material, but It was raised still higher by addition
of the PACO BDS 103, It is concluJod that relaxation prOCeS309 are not involved, but
that a true increase of the Curie pOtnt takes place. The forroolectric nature of the
dielectric constant maximum In the doped materials was confirined by observation of the
hysteresis loops. The addition of the nontorroe loot ric dopant lead in all cases to a
broadening of the dielectric constant peak (diffusion of the phase transition) and In
most cases to a reduction of the maximum value of the dielectric constant. The results
are discussed briefly In tems of tbo, theory of A.L.Khodakov and V -G.Granovakiy (Izv.
vysh. uchebn. zavedl Yizlks, No. 2, 118 (1962)). "Fictitious Curio points" are
assigned to the dopants, from which their influence on the Curia point of the doped
fevroelectric can be calculated. It Is suggested that It may be possible to obtain
ferroolectric solid solutions of nonforroolectric components homologous with DnTi03-
It is not possible, however. to duracterize the offoct of a dopent by any single
property of the "Wed Ion as, e.jr., Its polarizability. Further Investigation to
desirable. OrIg. a". has: I fo3vulo and 5 tables.
SUB CODE: 83, M1 StMM DATH: 00/ ORIG. IM: 007 OrH. MW: 002
nw

ACCLWIO* We AP3=603
VM"j6310W1OD31002W=S
AUMRSI Oft'sed% To S* I ~ Olksling I* S* I teltordics Oe We
MUO Mdrops adsorption on Platinum, coated 812148, 9610
SOUICZe Vasseve UnivaolUte Testniko Serlo 2. KhijFlpg two 3# 1963# 24-28
MOIC TAGMs allles, g*19 platinue coated orilics. Celp tWdmgonv tWdrogen adsorption
on silicak gel,, adsorption$ desorption, platinom coating,, platinum dispersion an
Slue* gel
A391RACTv' The adsorption of 9 on Ft/310~ was studied, and the data obtained was
used to evaluate the dep Abe platinget layer di"vion in sanples obtained
under various conditiorwe Th* catalyzers were prop"" br adsorption of ft annine
ca siUca gel* Tho material was prepared by &WnC 25% of amma.-da to the K, pwl,6
solution heated to W-W. All Mo catalners contained 2% (by wt) of fts C
wero dLffwv*lr "Weleade ?Ids Caused the variettlon In Pt dispersion on SLC~.
Tho N adsorolon mw stedied at -196 to #2= and at ktrogon prosrare IC~-I-T
KC. It Us$ 0"119W, that at -T6 to, 02= tt* ko"Cut adsorption was waU,
CWd 211-L

ACCESSION Mi AP3OM603
and almost inaspendmt, of toorwature, AS -19W.Uw adomirt increased substatt-
tis.Uy and preeveded rapidly at 2W (P a IeQ sK Kg)-, Under Uke, latter aarditiotw
Wo 6f total 9. was absorbed in th* f irot-odmt% and the adsorption oqullibriwt
was reach" witUn an hour* Tho isothem of the, adoorytion, were mearn-ed under
two candUtiom. The first involved the adsorption an the catalysers which were
vacuum cooled to -19W; in the second case the complex were reheated to 20C and,
than mcooled. to -19W before, the adsorption Loothem was measured, The reverse
adsorption Isetborms on the catelywe at -1960 differed slightly frco the adsorp-
tion Isotherm on 802, and the structure of the adsorption loyer on Ft at -U6C
was different on the verimaly treated samples, How~v the saturation of the ft
varface br brkrogen was earls" in all cases, The authors conclude that platinm
dispersion in the platLas*-covered gilics, gels depends strongly an the rathed of
sample, syntheelap btitp for samples obtained under optimal conditionap practicalIr
the whole Ft is available for chemical sorption of hydrogen., Origo art. hats I
table and 4 figures.
ANWIATIONe Mookovddy wdversitet Katedre fLalchooker Wall (Noodw Univeral-
tys DqKr%MV& at M81441 chw"ry$
Cord W -1
0

DWRINO V.S.; KITZLINA, V.S.1 POLMRAK, O.M.
Conditions of the preparation and the dispersity of platinum
in plRtinized silica gels. Zhur. fix. kh1m. Y7 no-5:1174-
U77 My 163. (MIRA 17tl)
1. Moskovskiy gonudarstvennyy universitet Ineni M.V. Lomonasova.

NIKMMUp To.K. (S.Owk)
--.- - .,
ftwide the survoyivAg &A plawl gmups with calcOAting mcblms.
I%tf I put*khos. 6 n**2845 162. (MA 1582)
(Wlmeds-NRLatonanco and rop&Lr)

ll'~Khll :",i , Y'l 04,14
I . ~-It: X free :,. ""i::
litto . I . -
Pr(Acglin, '(.,. W:1,11,
I.. Gor,"fro-vskly
i ortopAli -

:'aa-11TE'Al -.-C. T.
Aj,'SA'3,,'B=JUT, Z. A., Kand. Tekln. Nauk. i KRU71M.'YA-li, F. -., In--!&nor i
,AM . , Imberar
Li3titut stroltelltrilth matarialov i sooruzhaniy Akadmin fAuk arrVanskoy SSR.
M1,MMANEM KIJZlra*KH iAP-RIALOV IZEKMMXK:l ILSTORCUMUNIr AlU3[Al;,%,M MR.
I-ace 95
908 ggLjmN$JLM ar Amlassm At PrJ*AWias Apmo=b Ymk m gamtrwIlm-9
amplated JA ISM. ifosaw, 1951

1. NIF.MMA, Z. it.
Zo M- SR (6W)
4, Refractory Materials - Omutminak District
7. Report an the prospecting vmrk for refractory ancl inrusible clays lm~ the Omutainak
District of the Kirov Province for 1944-1946. (Abstract) IzveGlavoupregeolefone no*
2, 1947.
9. MantgX Lists of Russian Accessions, Libmry of Congrees, Varch 1953, Uaclassiftede

AGLMSKI'rt P.N.; BARLSH, V. ra.; DOGDANOU, S.L.; NITRIU. Zh.F.
Da"loplaC a standard accvleromters Isn.tekh. no.7gl2-17 JI 061.
(KM 24c6)
(Accolorowtors)

jj T V "- t Ij A _;i -7 R YVA KV~t
.-~ - ---
"Tactics of the Surgeon in Lcute Appendicitis.0 CeM Med Sci, Kfscow M,!llcal
Stowtological rnat, Kin Health R5FSR, Fascow. 1954. (KL, Ito 1, An 55)
Swvey of Seleattfle and Technical DIssertations Defendod at USM Higher
Educational Inatitutious (12)
SO$ Sim. go. 556, 24 Jun 55

KIL~CIMVSM N.A. (Kill chenmg k7i,,, K.O.1; 'El=-v nwurzuu, a.m.
t v
ClUkulinalkaj, S.M.); PALIU),, L.S.
Motor homer in an olastia pipeline. Dop. All CM va.2tl65-jfR f62.
(MMU l5c2)
Is IvAtitut 00khaniki AN MM. 2. Chlen-korrespond*nt All USM
(ror Killche"My. VA.).
(Water homer)

III 7-4f
A.P5010197
F k iA, A
-7~ 9 1~ A 3 kA~l ti
1, T. (V to
2=7i
:qxiliatinn of amh "'A q U- ~,-l
-ZM -
r t 1',t'l ts of q !,h~l*-we t I J 17 j
F) L ou

A 01 Ol -77
r tw-
110 waptv iT

r a c oc,-, un t m
ur F. b it L nad nq r~j a
If t "j, I Wf "'i
J 1XICI-A up
T e w tnr it p1cf A".
fit ~tL
Is
mq,

) IJ ) ,Y/,: ____
L M
ArC-M- A 16001240 CODr: LIR/011)'9/01'J/001/011/tY)Ol/0006
AUFHOR.' 9111chavskly,-H. A. (Kiev); Nikulinskaya, S. N. (Kiev)
ORG: Institute of Mechanics, AN SSSR (Inatitut vwkhaniki AN SSSR)
TITLE: On the axisymmetric mode of buckling of a circular cylindrical !shell
SOURCE: Priklednaya makhaniks, v. 1, no. 11, 1965, 1-6
TOPIC TAGS: cylindrical shell, shell buckling, axisyrr*tric bucklinR, axiall,
pressed cylindrical shell
ABSTRACT: A critical analysis of the extating methods used in solving the problem
of axisymm-tric buckling of circular cylindrical shells is presented. The classical
solution (by R. Lorenz, S. P. Timoghenko, and R. Southwell about 50 years ago) of the
problem of static buckling of a circular cylindrical shell under longitudinal com-
pression forces uniformly distrIbuted along its face edges was analyzed by 14. A.
Kil'chevekly (PHM, vol, 6. 1942) who introduced essential corrections to It. The
results of this analysis are now repeated and an a0ditional discussion on this subject!
,is given. It is proven that the set of quasi-linear boundary conditions veloped
In thin analysis stipulates the lowent possible critical (buckling) vnlueZJf the Sys-
tem of longitudinal compressive forces acting up(Tn-the sUll. TFe stions -t dependence
of the, buckling forces on the boundary conditions is discussed in detail and the ef-
fect of nonlinearities associated with boundary conditions is pointed out. The weak
Cnfd 112

ACC N"'- AP6001240
6~/
effect of boundary conditions on the buckling process which were observed during
experimental investigatlons is mentioned, and hopes are expressed that the develop-
ment of the dynaz3lc theory of stability will lead to removal of such contradictions.
Orig. art. has: I Ugure, 22 formulas,and I table. NK I
SUB CODE: 20/ SUBM DATE: 19May65/ ORIG REF: 003/ OTH REF: 001/ ATD pRESS:qjj0

VOWS* Dom as
Calorimeters
ftztoolectric Calls
0441011ty of Photoco lorim term Produced by the
amour rvalcotechalcal Institute," 1. Nikulln-
skIys Chief, Con lab, Usnots Metal Cosbla*p I
"XOT14 lab" Vol IT, So
Ton pk-otocal2rimters are In opomtion at. Utaota,
Xotel'Combine. Six photocolorUwtors, produc*4 by
Gor1kir ?Vsicotach last, wire seat to the conklao
6 awthe ago. All part* except box and loam Isad
to Too replaced (silver-sulf1do photoolo"nt by
UM/Inginomirine (Contd) -Apr 119
qoloslQn, etc.), ard thLon only four could be #as
, -4.
Calls for haltIng output of trash, and proridAPS
lOwstorles with good Instrusents.

ZHSMIB,B.N.; SCRODUMN.A.I.: SHM(N.O.Y.; DOMITSM.I.F.; CHUS07J.P.
S(R(KO.to.S.. ELIKASMO.L.S.; PATUWSKff,3.I.; ZILISOUSHTM.K.B.;
LTUIMCN,l So; 1111MINIUU,; SUGISSM.I.A.; SA&M.U.0s.;
famig.v.r:; DuL,nv.r.a.,, siDuLTA,L.v.
GATMOV.S.A.: FROU)V,N.P.; VIIIICHWO.V.S.; KCOAX.T*.A.
G.S.Kazarnovelill; obitum7. Stal' 15 U0.8:757 AK'55- (KLRA 8:11)
(Fac&rnovskii, Ortgorit Ificovich. 1887-1955)

L, 't i . t;rj,; 1~ '., GTU:~11;, P. ", L-i", YL-j-U~%Y-L-V
, , ,3 T e. ~ -L I .12. LvDt'- _; I
f-T"Te -Z ---ilp p N. G G. 1.
ff Investigations of the WbIlity of Wtal and Distr.1butiona of tbe
Various Elements of an Alloy of Different Elasticity In tbe Hcot W-tel
with the Aid of Radioactive Isotolpes." lecture given at the Internstio
Natellurgists' Conference, Moscov 26-30 SUM 56
CG-3,302,24o, 11 Jon 57.

ZHMMIS, B.I., iashener; KEE=. T.K.. inzh*nor; TwCwrrI-".,
insheaerg OSIMOV. T.K.. tashoa#r; SM . 1.A.. Inshezier;
ONSCUUM, K.U., kamAt"t tokhacbeskU& mak.
Nffect of certala facto" on the *zteat of the siltattou scae.
Stall 16 se.5.-391-396 Ify 056. O= 9-8)
1. ft~jwtmkty ustallurgicheekly koubluat I InstItut metallurgil
AN ~.
(Ilast furames)

P7; I CA~ PM CF :Bail 'A.-," TV: i,
By J. J. I-ogdancva, 2* L. .1nizin, j. Ycrr~~Iaycv and 1. D.
-rt pre3enteri at 2nrl PIN Ators-for-Pence ~"creva, 9-13 ':cpt. 19rF.
pi j

ZSC V/ 13, 1127
AUTHORS: Zherebin, B.a., EnCineer, DeZbo-,etskij7, V.P., Candidate
of Technical Sciences, Dotsent and Minkir., 'V.M.'
t4ikulinaki I-no, En6ineers,
TITIZ: Smelting of Pig Iron w1th a Low Content of ManCnnese and
Phosphorus (Vyplovka ciriguna s nizkim soderzhnniyem
margantsa i foofora)
PERIODICAL: Stall, 1958, ar '/, PP 576 - 58-5 tUSSR)
ABSTRACT: Experimental ameltinC of lor-mat-Canese, lovi-plhosphurur,
pig iron carried out on the Kuzne4k-lsk Metallurgical
Combine during 1953-1955 is described. The izanj-,anese
content was decreased in utaCes from 1.7 - 1.Ep"O' -IL) 1.1 -
'J.9* (11953-1954), then ~c 0.?5 - 0,85% (195u) and to
V.45 -~ 0-55% (1955). Phosphoris content was dezreased
from 0.25 - 0.2?-,o to 0.1~~ - U.1EP%. TLe production of the
latter type of ir-)n is beinj:- contin,led. Un t~e bauis of
analysis of operatinE and performar-ce dita of ti-ree blar,4,
furnaces (Table I ar," 2 and rivures 1 - 9) the
conclusions are dru7.~A: tho test operatiDnal results vere
-A= r, f. :"~ 3 'K -*4!
obtained when basic slag and klazulls~A'r r2zl 0 e:.
completely excluded fro7. the burden. Tnii n3sbi.-ilir-v
of production from low-mariL.-inese ironof rsd1qjaAt.7 caxwn and
Cardl/3 alloy steels vithout an incroase In the forrom.-.ini~ancse

daelting of Pig Iron with a Itor Content of Mor%faneat and Fhorphorur,
additions and without nny decrca3e in quality was cDr1f A-.r:-.ed
in practice. The existinF, views on the role of .-..anganese in
the blast furnace j-,!roceas (in respect of slag formation,
physico-chemical i,ropertieb of slag and piG iron,
desulphurisation proreaiiea) should Le reconsidfired In the
light of the reuulta obtalned durIFIL the preaent iijveati-
gation. The use in the, blast furnace b,.irden of cuch pc,~,-rl
difficult-to-xeduce substitute as ~-n cper--hearth slag
can be advantageous durin,', the smelting.-, cf very ricit.
oreo with a high-sulph,4r coke (u.-der modern cond"Itions,
it leads only to an Increaz;e in slag volume (Fit,urc 8),
an increase in the coke rate and a decrease in the cutput).
Complete elimination uf mar4-anevc containinE 9,Aitlons
leade to a 5.4% increa6u in the output af blast furmices,
a 5.6% decreaL;e in the coke rate and a decrease in cocts
of 10.16 roubles per ton/iron. Th e L:,,A I-n factors
decreasing co6ts of prcduction are: thr ellminntion of
manganese ore froL tLe burden and the decreare in the coke
L;srd 2/3

Smelting of Fig Iron wit)i a Low COntef,t ~)f 143"E&Eect, an.1
rate - A corpaxittively srnal-l incrca.,~e ir. tl.r, basicity of
slag (fror, 0.98-0.99 to 1.05-1.0') Lecur(A 'Le production
of pig without increased sulphur content. T11-c "I-echrioloi-.y
of production of low-nan~-anese piE which ic ir, ~)per3tioi.~
on the Kuznetsk Combine z*juid te spread to -worku Ai ri ". 1. c
southern and central parts of the USSR.
There are 2 tables and 9 fiSures; and 4 Soviet refereacces.
ASWCIATIONS: Kuznetskiy metallurLlelicskly ',rovibinat
Metallurgical Combine) and Sibirs~ciy Metallur6iclACB4i.;
institut (Sibirskiy X~t&jjVj-gjc&j Instituto3
1. Iron-Produition 2. Kinganese-ElImIg nit 1f,,n 3.
Card 3/3 --Ellrainaticn 4 Bllqt

lie
411
a
it

tokowlko I date" 91441[su"'im-
turoltol 144144~17, M6
tootmike i set4dr 1461041"Itif pet frosaum too-
twokho %r%4# fe"Oftefdat a 19sportmostal "tuattgoo a"
0 of Invoettlation as Man Tramosettow of us
=
fttko" of In"att4stime
as Rttfo t ratafte) ove,tow. As=. 19". T" P. (largest
Aftftatfs fAvIc LIM. ur Emagestse 04 ctatte.
t"Ittal setatt it
khtalotmekto "Rafts prolavedo%vo Stakil i.1w esque VVISAts.
cor"404FAIP4 ftour. a= 4444mw of
r'solloott" ow4doo A.L. ISFAMItear.
We bass to tatotmdad Car me-Allumt4to out totoAllaro"I
saltines" -
covia, rim sollasolem #e
is %Vdtoo 1) oft"9441 proportleom
4'rWametytioe must" 4ad re.
I tel. ma 61 oossaftl qqoe%.&-.
For owe spoifts 4~448. 044 Tabto or Oveftowttm.
Vt. sun" qmvt=s
A, t.. 4" O.T. oh~ta. rostrommova for ameourtV4 us
as
at f%;;Imm *c steel
P.L. friodio. S. I. Tormolar", so*&IFtom
a Its" or the ftt,40 at ma"i a",
'gum w 1141wrim 114owto 94 opme-ass"ok Fwaso"
owe 0/ is

11V 26947 3113V61IM0101010101010
... A054/A I V
AMMe Plekhanov, P. S., Mikultnakly, 1. D., ftineers
MIXt At the Kusnotakly metallurg1chookly kombinat (Kumetsk Metallurgical
Combine)
PERIODICALs Stall, no.10, 1961. 949
TEXTt 1) Tests wore carried out to sLmp11fy the production methods suid
lower the production costs of KT-l (KT-1) carbon steel used for piano strings.
For this purpose the metal was proevosed,in an am-furnace and topp--d with fluor-
lime-&lumina slag. The now K7-2 grade steel does not differ from the YT-1 type
as to grain site, while the morostruaturs of blanks from this steel aa to cent-ral
porosity in better than that of IM-1 steel. 2) Ways and means were studied to
further reduce the amount of' non-mtalllo Inclustons In ball-b4arlng oteal. By
Introducing ooke gas a protective atmosphere Is formed sround thq metal atream .0-rom
the ladle to the central gate, which reduced the oxide index from 1.98 to 1.71 and
for globular inclusions from 0.15 to 0.03, whereas the tendency of the metal to
form flakes Increased, due to the greater humidity of the gas. An InorvaRe In the
fluidity of the tapped slag reduced the amount of sulfide Impurities and globules
101=10
Card 1/3

28947
61133,1611OW1610101ralU10
At th* Ku=etskiy metallurglchoskly kombinat... A054/A127
in the metal. The lowest amount of oxide Inclusions was otser-,red at a tr."tal vis-
cosity corresponding to 2 - 7 cm of the scale of the viscoalmeter with a char"I
cross section of 81 mm2. At such a degree, of viscosity the amount of stabin in-
clusions (detainalned electrolytinally) was also lowest. By Increasing the
content of the slag the sulfide and oxide content decreased; calcium oxld,~ reauied
the content of semi-brIttle silicate and globular Inclusions; oLIUMIMM oxil'i 1CM-
ered the sulfide content but increased the oxide content; an innre%aing Ye--On-
tent In the slag raised the amount of semi-britt-le incluslorm Jn the st"I. WIth
decivaalng slag vlscoslty the 310 -content of the non-metallic Incli.,sion-st in.reasqd.
whereas the aluminum oxide conte~? rose until the optim;n fluidit7 (2 - 'I grP'.'!'JFk-
tions on the viscosizoter) was attained, then it dropped again. The min1mur, amlint
of PeO in non-metallic Inclusions coinolded with the optimum slag fli.1dity. The
higher the cont*nt of stable nonmetallic Inclusions (FeO, KnO) the grqater the
oxide content. The more the fluidity of the slag Is keopt under control, the 'better
the met&l reduction (using crushed slootrode-wasto and coke). the cleaner thn ball-
bearing steel will be (Oxide Index 1.35 Instead of 1.59). Tests %*rr carri--i out,
to reduce the amount of gulf1de Inclusions In siliclum-mwigareso hall-loearing ste4,
by remelting wastes of the steel. To decrease the oxide content, thv riket-.11 was
subjected to precipitation reduction with alumVimun pirlor to alloying with silInlim".
3

2A947 S/133/6 1/(YJO/O 10/010/0 20
At the Klaxnetokly motallurgichookly kombInat... A054/AIZ7
By these measures the sulfide Index was lowered from 1.69 to ISP &M that for
oxides from 2.01 to 1.72. 3) Tests were carried out In co-operation with the In-
stItUt slaktronvarkl Is. Pat9no (Electric Welding Institute Im. Paton) am the
Barnaul'okly kat*lgnyy gavod (Barnaul Boller Plant) to produce double-layer steel
plates, 150 - 200 me thick. It. was possible to produce m1ti-layer sheets of my
required thickness by electro-slag welding. A reliable bond between Ue layers
over the entire longth of the sheet was obtained by fusing 4-io rurfaces being
welded. The technology consists of a) casting Ingots of the required weigAt and
eliminating their conicity by r6llingj b) planing ono of the broad sidas of the
Ingot to remove surface defects; a) weld1no, 1X18'9r(lKhl8Nr;.) ntael shm!ets to
the planed surface or the bloom by the sleatro-slag methodi 4) rc,~iing the welded
blanks Into double-layer shooU. The greatost strength of .r,~ wolling seem was
obtained with Cg.OOA (3w.08A) steel electrodes. A )~-18 (11-18) devict- to tting
designed for welding the double-layer bloocs with.sheet-type eldictr-ole-s.
CAM 3/3

3/133/61/000/0111/002/0-10
A054/A127
AUTHORSt Plekh4nov, FI-s B.. 91kullnokly, 1. D., Engineers
T=t News In brief - at the Kusnetakly metallurgicheekly koobinat (Kut-
n4tsk-Notallurgical Combine)
PEMODICALt Stall, no. 11, 1961, 998
TEXTs 1) Tests were carried out to Invostigsto the erpedianoy of replacing
alumintim by forro-alusinust In the reduction of steel. In large-capaotty open-
hearth furnaces 10, 20, 40 wd 45 grade rail stools were smelted In two ladles,
one with the standard amount of aluminum, the other with terra-aluminum havIng 'In
aluminum content of 78% of the standard quantity. The forro-aluminum was producod
by malting aluminum lumps with low-carbon steel (0.15% C, 0.61% KA, 0.012% P) au-a
contained 0.17% C, 1.0% min, o.86% si ad o.oo% P, Alualnum and ferro-alUMIMM
were put In the ladles by hand 30 - 40 @to after the addition of 454 forrosillcon.
The steel reduced with forro-aluminum contained slightly loss oxygen and FLe�ldual
alumirrim, and fewer nonmetallic Inclusions then the standard quality. rhersk is
hardly any difference In steel reduced with either of the two Rgents as to Macro-
structure, gmin size wid mechanical properties. When ferro-&lu=1rr= In used 15 -
Card 1/3

S/ 133/6 1AX)u/0 1,
News In brief... A054/AI27
40 kopecksper ton of steel are saved. 2) In cooperation with Ts1MCrA the efrect
of adding liquid synthetic slag (malted from 5% lime &M 45% comorcial mijTinA,
In an arc-furnace with a bath of carbon blocks) was studied. The ladle wis 1!-P-
heated, the amount of slag wain W, The metal was teemed (fro-n it basic., opan-ho%nrt-
furnace) into the ladle,-wLthcut adding any open-hoartth s!AE. After 137 hW* I"
was found a) that the sulfur content of the finLdh*d viotal d"rtamp.4 '~-
0.007% irrespective of the sulfur oantent in the batn prl,)r to 'akp rv,
;4 1
the steel had a higher ductility mid strengtqj c) that In AAf -
Ing steel the nonmetal 11o. Lholusio" could be reducel. 3) By refining It. the '..-idle
rail steel with synthetic lime-alum1na slag, 98.9% first-rate PrM!A~t Of Ule P - -~',
(R-50) trade and 90.4% of the R-65 grade ralle were ottairtel. 7h* gulfur :.- --, iter,t
of the-final product was reduced to 0.004% - 0.010%, the amau.-,', of at%~.e n-:In-
metallic Inclusions decreased try a factor of 1.5, the gulfide IrAex from -3.32 t~i
1.24; the amount of oxides did not changel notch-toughness in tranm'.-Orse spe,,.,-
mens Increased by 0.3 - 0-8 kg-/cri . 4) In cooperation 01th M. the
ties of decreasing the heAd-crop, of killed steel ingots were studied. 13 diffe-
rent test castings were made with various mold Insulations and eo!48 Of d11Art:-ez*-
shape@, etc, The beat results were obtained when pouring took place In Ingot
Card Z/3

News in brier...
A054/A 1,77
molds with lined c6olers, Shrinkage cavities carefully Insulated fr=. the atn,,-
sphere and having ik non-ox1d1zed surface will weld up at continuosis deforr.,%tis-n,
displaying In the Wal part diffused dark spots. The mechanical properties (."
r
rails at the places of coalescence of the cavities did not differ 'r m tnose A
other metal zones. The quality of rails cast with the appliCatlon of coo:ers was
not lower than that of those cast with heating devices. rh1s methA mxle it 1~,A-
sible to reduce the head crop to 7 - 8, or even to 4 - 6%. 5) The operation -f a
floating steel insulator with a suspended ceramic ring was also tested. The vise
of such Insulators makes It possible to cast the ingots without InterrurtirA t~-'e
metal flow at all or only for short perioda. Moreover, a better quality steel
was obtained. However, a method has to be developed to ranufact-are rings of
curate size and high strength, because the manual procedure applied at prepent 1.:
not efficient.
Card 3/3

S/ 133/61/000/011003/0 10
A05A/A 127
AMMORS PlqPkh'Ln"' P. 30, gi~gj~IZZ - D.. Engineer@
T=a Mews Iii brief - At the Kutnetskiy metal lurgisheakily iw-ntInat (Kliz-
netsk Metallurgloal. Combine)
PEMODA-CALl Stall, no. 11, 1961, 1033
TEXT 1) Tho stru-3tural nonhamogeneity and the distribution of nonmostallic
Inclusions In tk* ingot were studied In the test sp4eiawns with the aid of P32 arA
s35 radloaotive isotopes, by deep pickling, ultrasoucd. chemical, m1crochem.1,2al,
petrographic and metallographic &nalyses. Bared on tests with 153 IrActs of 0
heata of varItyus compositions (in the caat and rolled state) It was feu-u t1rat Er
a dtstance of 20 - " from the bottom a zone of structural nonhomogeneity dev*1 -
op,3. In ca-itings thIs zone has the shAve of a reve3reed cupola cr cup with st w&IL-
~hAcyx.!,As c~~ 40 rm arul in rolled products It has aan elongated stAps up t3 I.cl m
lenjF~t-- . Tn fl^.te zone norurstallio inclusions (maInly sluziraAm oxflo) aciu-nulate,
in e_mou-,%: ~-xoaedlng other Inclusions by a factor of 30 - 40. 14ils 10.Le ob-
ser,r-A In so-teral steels, containirA ohromixav chrome -zangane so, titar&-am wZ car-
ton, at. different temperatures and with various types of molds, r,'xsrIr4 systezs,
(,a--q 1/.3

S/ 133/6 1/00G/'0 1 1
News In brie'.... A054/A127
Inwalating methods (exothermic powders, Olunkeritol, etc.). The wma*jnt 31 IT.~'114-
sions was highest with Ilunkerltel InArulation, when the metal !-Ad a lew ternpera-
ture and after *or* aluminum, (Boo &/ton of motai) bad beer. alded tT tne ladle.
To eliminate these Inclusions, neutral exothermIc sutst4tricer, as for irstance,
chm-notte stvrald be used, 2) To check the m4crcstrict.:-,~ of ti~lets 160 m. In
cross so-3tion, comparative ultrasonic and deep pickling tqr-~A wo!rob ~-arrl4v!
which sh3wed that the serviceability or tile billets icas deter- ~,Y ':
at an equal 94% with an error margin of 0,, The ultraeont- me+rioi w&r K;!t-
able for the deteation of nentrial porceity In the c&atlng, wh.lle ae,!-, Ve-s
to be preferred for the dettotion of liquation defe%ts. A r.-q%heA 'Lr.3
f~,)r testir4g castings 210 = In cross section ham been dev,91uro~,,1 for tte
se-,tion shop. The ultrasonic testing of th-~ casting ir.Acrefqtr-,jj1,~jre 11, qje,~tl,)r,
rolling and medium seation shops yielded savings of 479,ZV.- rjlllea 'jLxcinl-.L-. 3)
The m1orostTraoture of castings was stud!ed with the YM-100 (M-1,00) -zl 3M -3
024-3) electronin microscopes w1th a magnIfInation rtrige of 14,000 - 17,000 dutm.-
etergl the ptmo composition was Investigated with an 39-4 (EM-4) alof~tr-, illf--
fraction oxAera ty the reflection method. In tha ovdinar7 heh,~s r~f 10 gride -to-el
(in c~,ntrsst to the test heats, redliced by forro-aluminum), x4etenitli Fegr,!wxatlor.~,
can be obsernr*l ott the grain ty-yandarte-t. There was r,-
Car-d Z/3

Na-we in briatt...
3/133/6
A05,k/A 127
sttandArd wm tho t-s-1. h*&ta " to mechanical prop-e&.its,
composition and moot.4-nical properties of steel xreA-is 45, P-50 (R-50) ard
produced In tho convintlan&l way and according to the test msthcl. Ket&ls tra4ttk,1
with alehotto %lag showed a finer struct~,ire in the pearlitV tones. I'* '14A txplstna
the hie-or ductility of these hoatet (41,Ao?-O%). 4) Optim, techn,31~-iglcal
Oor the pickling of stainless steel sheets by the alkaline method irov4~ CA*,^ -^-, I I-
opedl tstrroratare, pickling duration, aw.-r^sition of the ;iclaing in-
Vestlgat;ons of thi corrosion reeleani3s et, metals for alkaline bftt~,s Pr~~w&i %:Lat
ths b^st results were obtainod with CXI-2 (ML-2), MhL-4, =71--45, Otarl ~oRlr~p),
C 2 3 (St -3) steels - T"no applicati on of alkaline pickling Improvod the v',!~eet r:~r -
ftoe, prtvent-qd ovorpickling w*d increased the capacity of pi*llng t4Vie gLvl ro-
duced tie consumption of cheadcals.
C &rd 313

MIER IN, H.R.; MMVETSKIr. V.P.; KD=, V.K.; KI
M-A
primimmaj inshr; RAW g Tu. 0. 0, IM6.
ZRIGUMV, P.T., inzh,;; SUCHEOV. I.I., inzb,; LZFZZEM, B.S.,
insh.; MWjt&OV,, V.M., inzh.; ZMKOVICa, A.I., inih.
Uss of coke-oven gas in blast furnaces. Stall 21 no.8:&,-3-679
AC f 61., (KIRA 24%9)
1. Kusnotakiy metallurgichookiy kmbimt i Sibirskiy no,-!
t&Uurgicheskly Institut.
(Bla" furnaces-Equipment and supplies)

PIZKHAMV9 P.S., inah.; HIMMKIT, I.D., in2b.
Rdggarch carriod out, try the Kuznetsk MotallsWS104 C=KM*
Stall 2l.noolGt8Upq26 9" 949 956 0 161. (KIRA 14:10)
(Blast f~wmoosj (~FteeIv::7%UUurgy) (Netalwork)

NlroltsmT. K.-(STardlaysic)
CantrwT to teeWaal requiressats. Prewkeep. 12 &o-7:13 Jl 058.
(KIU 11:8)
loftehallalk otdola tokhatchookep kestralls artoll OKrasuays tarya,,*
(shoo ma"facturs)

~ - KIMIT-SXArA, W. 1.
How to twprove the w4at quality to youig turtWe (from 'TmA4y
world". R0.12. 1958). Irtitserodstro 9 &*.5:47-M IV 159.
(Jam 1217)
IL, TS~nltral*W rauchno-IseledcmatelOsIdy InstItut ptitesperera-
batyvWushchey proWshlonmett.
(Turkeys)

KAXASUINOW.Ta.l.; MUX,V.S.; KILKOG(N.L.A.-. SAKOUIEOV.A.I.; KIKULITSKI-T.
.L.& - -
The Introduction of an Istessive poultry brwAing system. Kfam.
IM. 63GR Z6 no.3:26-29 955. (NM 8:9)
1. Zemestitell almistra promWablennosti vW"vWkh I aoloehvWkh
pro&*tav RMR (for Kalashmikow). 2. Takhaorak Xuateavskor
ptitsqfabriki (for Krylav). ). Tekhmarok Glabawakay ptitso-
fabriki (for Mkogou). 4. T*khaoruk Tom11IvAkW ptiterfabriki
(for Sawletaw). 5. Dtrektor Wratteavskoy Ptitsafabriki (for
gtkmlltokty)
(Pomitry Industry)

Country
MOSory
I
Abe, Jour
tMa
t Fan AnImalso
Poultry.
t 14f ZkWm-3101*9
No 219 1958t 96898
Author : Plt&r*T, It, V.j KLkq1ItskIyj___ZLff*; Artud-O
Inatitut, I All-Union So jej~t 1 a glaar-CCF-Tw-tituta of**
Title : MrSTIclet Irradiation of Poultry E:Gpt in
Cagog "
Orta Pub. : Vateriamlya, 19%, No ill 70-73
iAbatract
t The All~-Vnlon faickatifie Research rAstitute of'
the-Poultry rudustry conducted &a experishent
for a perlod. of 4 y*arn on 38 group of fowl to.
tall4ma over 26gOOO heads whicIx were kept in
Ca ewt in, order to determUe the r*gInQL of
afratioLet irradiation for poultryt The irra..
distion effect on the chicks' state of health
was established as well at-the productivity of
1/3
Ocher, Mo A* t Xiskschl A,* B Mutmin
LI, U4 Sokolant, Ye, f*t Bh:lrov#, V
*Othe P6ultry Mmftstry.

NIOUTWIT - "
lbr ivesty-four aillion wet Was, tad, ~ 28 ao,3:7 '57,
(K= lGt6)
1. Drattsevelcoqu ptttoofabrtim.
ftgo-Froduatlou)

NIKULITSKIrj
-C
"Production e. Nus arA Foultry Meat it the Bratsevo Poultry Factory*
IMpart submitted for tto Tvelfth World's Pouktry
Covgvesso Sydmyg Australia 10-18 Aug 1962

j,'XKVUTS=t Ivan Vladimirovichp rAvl, sootakhmik LSFM; VASHKIMrA. p
red&;-UffMVA, S., takhn. red.
(Plant of dietetic rvat and eggs] Fabr1ka dietichearkogo
miasa I ialts. Voskva, Monk. rabochil, 1963. 35 ";,)
(MIRA 17
1. Direktor Brataevskoy ptitsetabriki, Poskovskaya obleat'
(ror Hikulitakly). (Moscow Region-Poultry planta)

NIKULITSHY, lv&n Vladimirovichg rasl. rr,-Otek~mlk "ZZE'ANEV,
. 9.T.0 akademiks, retsenzent; ii0rATAYA, L.X., red.
(Vetropolitan poultry plant) Sotolichnai;i ptltnefnixlkA.
Iloskvap Pishchovala prorVahlennost'. l9f,4. 79 p.
WMA 18tl)
1. Vsesoyuzmya mkadoL.iya sel'skokhoz;7ayctvennykh nauk
imeni V.I.IAnit,n (for Icetnov).

NUU.'Wi, k.[ LiSHMU-1k, L.K~, red., Yej-.t t-cLhr~. ro-d..
r
[From the history oC Novosibirsk Cactorles and pleats) Is Istoril
wvosib4rskikb zavodov I fabrik. Ifavocibirsk, KoTosibirskoo
kniaba.. isd-vop 1961. 128 p. (KIRA 15:6)
(RovosIbirsk-Industrieg)

C-I.a: od
f Ely-
)l

BIBINOUt L.S.; VOINO-USLNETSUU# K.K.; KIKUWNIKM K S.
- -1 , I Q~
KxWimntal reppoduction of dysontert4a infectlon,, Test.AM SWa
15 uo,,28x-", 1600 (JaPA 14;6)
1. IneUtqt Apprimentid luoy meditainy 40 $MR. rwtltut lmni
Putom i LsuiapsAs* Institut vaktain I eyworatok.
(M=WEU)

GRIGORITEVA-BERMHTEr.1, A.G.; NIKULINIKOVA, U.S.; UCWVA, T.V.
SHMIIEN,KO, V. 1.
Characteristics of polMccins. Report 56,1: Reactivity of
polyvaccIne according to data of observations on a limited
number of persons. Zhur. mtkrobiol., spid. i lcmun. 33
no.11:47-52 11 162. (KIPA 17:1)
1. Is LeningradLkogo instituta vaktain i syvorotok.

UGLOVAO T.T; NIKULCNIKOVAO N.Sa; GRlOOR'YZVA-BMVSHTM,, &.Go
Chamatertatlos of polMecines RAport Woe2c Th* ix==olcCtml
charactorlatice of polMccino accordIng to date from obsom-
tione on volmt"m. Zhur. nicrobiol., opid. 1 4= . 33 no.22o
59-65 0162. (KM 16CO
le Is IminCrodskogo lnstltuta vaktain i Morotok*
(TACCINUI (TYPHOlOf FVIZR-PRZM'TIVS INCUUTION)
(DTSMTERY--PRZVU,TIVE IKOCULA;GF)

m.lrau, s.s., u.s.; suApimp NIT,
ckareoterlatlem of a jolyvalont vaccine from
par'.1al2y dateTleafel int!gens &,:d t*totnas anatexine Zhw,
mlkrcjbto3.,, apid. I I==. 42 no.XM137-138 0 165,
(MIRA 18ill)
14
.,~ toningradek-ly inatitut vakte!a i myrorotako Submittod
August 5. 1963o

SOLOTINT, IE.r*.; LYSQU. 11.0,; NIPULOTA, K.S.
Kotheds of dyeing d"~d cotton* fakst. prow. 19 no.6:43-4-6
is 139. (KIU 12:9)
(Dyes and, 4yelng--Cotten)

r
'a
A U
AUTNCgs AndW V04 V, To I FAsaCimp 1. L; Alsk"Ye", ft. La Clasewy, to 0.1
. lont".W. Ira$ FIR"lows, Ve- IN
I ONG: am*
TITUI Study of the corrosion resistance and electrochemical &%A mechanical
properties of alloys of the
SOVRCIti Kocrostys metallov I GVW2 (Corrosion of metals and alloys). no. 2
Moscow, lzd-vo Netallucglys, 1965, 43-58
TGPtC TAOS: corrosion costatanco, slactroch*aistcy, titanium containing allay,
niobium containing alley, acid, metal best treat ~t
ASSMCTi This is a continuation of a prevtous investigation (this issue. pp 29-42)
with the difference that it deals with alloys of the Ti-Nb system containing up to
50% wt. Nb. both metals In unallped state have a high corrosion resistance, but to
certain solutions, e.6. sulfurle had hydrockloriclicid soluti-me. Ti dissolves at a
sufficiently feet rate wheme Ob comatme cocroatem-cestatsmic. Nance, the addition
of Kb to Ti should teem" the corrosion resistance at Ill. Nwheisical tests of
the" alloys abow that as the A coo&mt tacrosset (up ce 19) the ultimate strength
of the alley Iscreades fraim 51 kgfm" to 92 kgIvioze, ism the lb essitent to Urtime
FE (0

ACC MR~ AT60tiTS?
Increased above 6%. however, ultimate smmgth decreases; a ~Laitter pattern of
variation with 11b content is displayed by plasticity and hardness. In 10, 40, 600
15 and 94% solutions of V SO the alloys at 404C, whether In bot-facged state or
ftet beat tC44 9
t (h4&1,"4 at 920_650*C far I hr, Water quenching. dgl"g at 450*C
;oc 10 hr with cooling in sic). 4teplay a general increase in corrosion cesistance
with increase to Mb content. A similar pattern, on the whole, to observed r0ie the
alloys are Placed 'a KP03 MCI
M31 and ox&"c &C'd' rac the alloys cot'"'"'"S
L
1
6
upward of JOL Kb, however: aging leads to decomposition of the S-phAeQ. Which
deteriorates their corrosion resistance. Platting of the curves of variation to
current density as a function of the specified po:enttalo (Starting with -0.8 v and f
ading with +2.2 v) showe that the amicimum corrosion cat* corresponds to a potential t
:
f -0.25 v. As the Rb content of the alloys increases, the critical density of the
passivatton current decrease@ and the normal hydrogen potential shift@ in the
diceettoo of sw* positive values. The addition of Rb to T1 enhances the correstam
resistance of T1 In "lattoom of oes-eiddising acids OW does act affect the high
corroates resistasies at rt to exidtaina ~atattoos 9wA as in =j se a state% at
M God W1 to the ratio of lit *C 2:1 at IOGOC. Orig. art. best 9 Usam,
tables
on GMS Ivi", mug MAIO/ Gaza we OCS/

fr~ T
t
Y'
A 6TJ~6! COD--- /000005/1085/1085
U 11)Wf~l I G G
AUTHOR-' Andre e a. V. V. ; Kazarin V. 1. Alekseyeva, Ye. L. ; Glazunov, A
p
S. G. ; Nikulova,'.. F. ; Solonina, 0. P.
TITLE: Investigation of'the corrosion resistence and electrochemical and
mechanical propertie jr alloys of the system niobium and titanium
SOURCE: Ref. zh. Metallurgiya, Abs. 51500
REW SOURCE: Sb. Korroziya met. i splavov. No. 2, M. , Metallurgiya. 1965,
43-50
TOPIC TAGS: niobium titanium alloy, corrosion resistance/Ti20NLb alloy
ABSTRACT: Titanimn a oys with 2-50% niobimn have been investigatcd. Alloy-
ing of titanium with nio in considerably increases "4;and I[ of ri. Thus, after
2 (,r i M 2),
hot forging the Ti--20Nb loy has of -104 Nln/rn GO mn/m
11% (Ti - 18'50. The corrosion resistance of alloys in sohitions of
tinoxidative acids is considerably higher than that of titanium. In such acids as
J-INOJ# the resistance of titanium and titanimn-niobium is identical. The critical
density of passivating current decreases with an increase of niobium content in
UDC: 669. 295. 5

KAWM~ A.A., Whemer; -NUMIUJN. IC.re.. taxh*uer.
.........
forty-tou tractor trailer for heavy to"*, Wk:h.gtrot. 10 aood:22-23 AC 05].
(MLEA 6M)
(Tractors)

AlAlr AKMT. A.. lashoner; grmtsHlIf- jr-- ifilAwner.
om~ -
Saw tower crane. Self.strel. 11 no.5s2l IV 156. (Kru 9: 9)
(Cranec derricks. etc.)

xIWWSHIv. X.. 7HARM. A.
. .. ..... ................ ....
losding aftchiro. Stroltell ni.7: 215-26 JI 157. (IJUM 10:9)
(Loodimp An,.,

&TTHOR: Nikul I shin P Yu D. Er
'g, neerl~
Nikul'shin K.Ye.
r:TU.* Mobile Tower Crane KSK-3-5/20- (MabLl'iyy tazhenn7y
kran MK-3-5/2'0) -
P&UODICAL: Mek'nanizataiya Stroitelfstvn, 19c'!, Nr "I PP 2-1-15
ABSTRACT:
Cerd 1/1
The collect4w of the Contral ConL;tractlonal bareau of
U
the Glavstro:~ekhanizatsiyatof 'Ile Mini3tr-j of Dailding
of RMSR is responsible for the denign of the abnvp-
mentioned crane end the Moocow '-rane factory produced its
prototype. Tho --rttn,? crin lift a c-tn- we-'ght at an am
length of 10-12m and 3 tons at an arm lenjth of 20-m. It
was designed for thA_ conatruction of flats and Lndustrial
buildings up to a height of 8 storoys. The liftine; speed
is limited to between 0-30M per minute. The main character-
istic of tWLs crane is that diamantling can take plaQe
with a minimum cf labOur. The di=antleid I-art-, are trans-
ported on irrry HAZ-200. Tho aisomtly orx.-rnt'Lort requiro-m
four to fiva asnemblera for six to obght hn;rn. Te-A-mical
data of the crane I a -,rLven. T ests proved ver7 s-~~ocessful.
There is one Illustration.
1, Holate-DesIgn 2, Hoists-Performmce

I
I
1" - -" id, -1 ,1- 4 -1 --
ZHARMT, A.S.. Inth.; NIKULISNIN r To,.@ Lixth.
Ifew moultrallers with load capacities of 25 and 12.5 tons.
Mokh.strot. 14 no.6:9-11 Is 157. (KERA loill)
(Notortrooks-Trall4ro)

'T"
A.A., iazh.; KLILULISIEIN, Eat.
...............
tomr cram. lov.takh. I pored. op. v stral. 19
18007:24-25 A t57* (KIRA latlo)
(Cram@, Derricks, stow)

KALUPIN, A.. Inch.: NIMIGNIN, r., Inch.
WavmIly qmrated lover winch. Strottel I n0-100-13 0 *56.
(KIRA 11911)
(WInchome)

VIURINIO. 04,; XMLISHIS. r.ro.
Am truck-munted hydraulic holate Gor.khov*Kosic. 33
so.11:W-31 X 159o (KIitA 13:2)
Notating machinery)

PROnM,,-*V. Tu., lnzh.; RIXULISIIIIII, X., iwh.
low,tower crane., lauka i Shisul 27 n0-10,50 0 160* (XIU. 13 110)
(Oranes, derricks, #to..)

PRMALEV, Tu.j, inth.; FIXULtSHIN
Smad"operated lever winches, SoVe strolo 15 no. 3tZ4 Mr f6l.
(KMA 24s 5)
(Amhof)

MEZMUT9 V.I. , inzh.; RIKMIMR, K.re.
Wow &9V for the double ial-bearing and rotating devices Of
ex~se Monte i "too rabo'y strole 23 nool2t2O D 161,
(KIPA 15t2)
1, TSentrallnoys kovAtruktorskore byuro Upraylenlis makhminizatelle
(8m] I bearings)
tEr-wwsg, derrickaj, *to.)

W.Al4vt luat inzh.j ZUKIUL161ill't, K.o. inzh.
Hydr&uUc holat for bly operationc, Nauka I
zhincmf 28 no. zo~ r t6l (!ZrA- 14:2)
IN (YA;Btlw

PNXM&=t, ru., insh.; RIMISHINs X.t insh.,
*Ahim =it for the omstmc#Aou of vater64oolinC twM. K&UJM
L shism' 28 no.4t26 Ap 161. IPMRL 1495)
(Iktor towro-Sesign wd co=tmotion)

PWXZALLY# Not inshte; lil)WLI,' I!LNp _~o
RotatIM bom. ToMabl., 29 no,3:10 061, (MPA U: 3)
(Crams, dorricke, otoo)
10'..
I I
p I

AKMTIMVp L.No; KIEULISHIKO C.Y*.
mm ;;i~Urfdr ~Iwavy ~I~s. StroL.L dwAmish. 7 no.10#9-10
f62. (KDtA 15 t U)
(Truck trailars)

ZHARKOVV Asr Uxzh.f UMV-SHUr L.F imike.
t
Oydra4le lack for mpairisc* lkile4m. khos. 12 n*,9tlt S (62e
()aBA Ific2)
(lydramUe lacks)

Pau-MYSLCVSKIT, V.I. 0 inzhqj~IK!~~'Slljl~t K*Te,
The now M-I(IK tr=buomted crwwe Kmt, I spots. rabo T atrole
24 no~4s22-U Ap 162. GYM 15s7)
1. Tgentralluoys kaustruktarskoys bywo KWat4rstvz atroltellstva
RSFSR.
(Cranse# derricks# etc*)

SMIF11OVv I.H.o insh.; MIDWSHIN, K.Te.
XKP-20 pneumatic-tire aorembly crars. Kont. i spets. rib. v
stroi. 24 no.7:13-15 n 62. (YJRA 15:6)
1. Wentrallnoye konstruktorokoye b]ruro upraylemiya
w1rhanfsatell opetsW tnykh I montachnykh rabot Ministoretya
stroltallstva PZF5R.
(Crams, derricks, ate.)