SCIENTIFIC ABSTRACT NEDZVETSKIY, S. V. - NEFEDOV, A. F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001136410010-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


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Mr. E and &&OIAN '. A. Influence of the colloidal -state of cholesterol on ita
VEM S. V . 'i I
aqueous-cbUoid dist-;ersion Biochimia, Moscow 1948, 13/3 (23h-235)
It was previously shown that the oxidation of crolesteral in aqueous colloid '11sperslon by
0-2 at 37-390 C. In the pre5ence of a catal;!t (,)alladium plus platinum) proceeds liff~-rently
from the oidlation of cholesterol in tri- -;jlecular) solution by means of chemical oxidizing
agents. In the latter case the louble boni anti/or the hydroxyl group Is fl rat oid dized,
wh11* in the catalytic oxidation only the carbon atom (*-Wially C ) of the cholesterol
nucleus are oxidized. Oxilation of cholesterol in true volution by 4 202Yiel48 choleFtan-
triol am the sole prWuct. In aqueous colloid di!zpersion rholesterol Ir oxidised by H202
to give several products resembling those obtalned by catalytic oxi ation of colloidal
choleFterol with 0 . 1t in believed that the difference in mode of oXjL-i&*'on is due solely
to the different p?ysico-cheod-al stite of the choleFterol.
Cytronberg - Mexico City
SOi Physiology Biochemistry RM Pharmacology. Section Il, Vol. 2, No. 9.
Chair of Biol. Chem, YaX031aV'' W-d. Inst.

IP, ~ I ."
iI I
LIGIM., F.P.; NNDZVMKIT. S.V.
Hypercholostepolosta In thyroidoctomisod doev. Vop.med.khin.
3:141-147 151. (MIRA 11.4)
1. Kmfmdrm blokhimii Leningrndskogo annitnrno-giglyenichoskogo
seditsinskogo instituta.
(CHOZR"MOL MRABOLISM) (THYROID GLAND)

INXTETFUT. 5.T.; RAINITSWA. B.S.
~-
ftY9ICO-Ch**IW OWA1%IOa of ctoleaterol In blood sorm. blokUnlya 151,
16. 471-477. (NI&A 4-10)
(BA - 411 14y 153:676)

NOZYMSKIY. 3.T.; GRMCHQ. P.P.: SHPATS. T.A.
(buses of tWpo reho lost* ralents . Vop.mod.khim. 4:133-138 '52.
(MIRA lli4)
1. Refedre blokhinli Imaningradsikago smallorno-giglyeatchookwo
maditainskago institute*
(CMJWMDL NWABOLISM) (ACETORENIA)

All). t
48 go. j
PW6 109 19M
V. Medivetshm,%.R. PADyukov, and-T. A. Shj~t,
Ned. Jut., chmis qW. Cbm.). Biokka,mv,
g. -f fat per Jig. bodywular W12daysaud waelbeu%a,-is
f--d- The blood Md. with 4 vols. at vatum and ih,
WW'a-1 Groans WIVE treated Similarly with ftortoft~ R-
t cans. with *mom wum ma& aim! the accome fv;tv
t:m, were cumbismi, evapd. rc-*tue evitti. with i-Owt. Iti.
(cmd and 2D-3D al. HtOll adilnt to the filtrate ~ Thectlier
was cyagid. and the sk. residlue washed with sic. mt., a
cwtk-al tubit mid ld staod overnight. A p9t. Jurined cop-
dm* of (M. I I I midifte0m. IFUstipunatani
coneg. do miiiiieit me wm~ mw otbw awala, was sevd. Imm aw
it.. the Sk. avvd.. md O.C=90ompb6c adjaWinn me
a" WN MOM d a ~Wm remitfue. 7-Hydroxy-
choleacral io hmmd in the amb" orpiskun. It was lv~
Wed km kallN &WP, avd Ow hkod amil umm from the
liver Mid mmucla. B. S. Lerine

MKDZVNSKIT, S.V.; KIKHATLOVA. T.A.
Formetton of oxy,~holest"rols In fastine rpbbits. Top.md.i&1m. 5
ao.4076-278 n-Ag 'Sr). (MIRA 12-12)
1. Zafedra biologic-heskoy khImii Lenlne-Tndakoro sent tarno-glglyemi-
chimakooro meeltsinakoro Institute.
(CHOLISTWROL motgb. )
(STARVATION erpel-.)

NMTMKIT, S.T.: LIJIVP, T.B.
Chick emh"o sterols; 7-qk-h;v droxycho lee ttrol mad effect of the incubation
time an its amount In the egg. Blokhimlia 24 no.2:349~352 Mr-&P 159.
(WIPA 12:7)
1. Chair of Biological Chemistry, the Spnitary-FVglenlr Medical In-
stitute. Ioningrad.
(CMILBSTIROL,
7-(o0-h:,drox7chol~nteroI in chick embr7o (Rw))
(OTM,
some)

NEDZVETSKIY S.V.; KUZIMINA, S.N.
Structure of lipoproteins of the gray matter of animal brain.
Biokhl-iia 25 no.21251-25,4 Mr--Ap '60. MRA 14:5)
1. Wedra. biologicheakoy khijdi Sanitarno-gigiyerLicheskogo medit-
sinskogo iwtituta,, Leningrad.
(LIPOPROTEINS) (BRAIN)

msmvrmKiy P S. V.
ILtritional bnwreholoatortaia in dogs. Vop. pit. 22 no.2:
55-57 Mr-Ap 163. (NM 17:2)
1. Is kafedry biologichookey khisdi (sav. - prof. S-V.
lbdavotaidy) Laningradakago sardtarno-gigiyonichookago
mditainakago instituta.

W=VNMKIT. V. V.
-.
11mintaining the original draft of Diesel boat@ of the *Bol'shaia Tolgag
t.vpe with dam"ed bottom seams. Rech.transp. 13 no.1:39-W J&-F 153.
(MIRA 6: 11 )
Wips-MLintonance and repair)

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'pc!iro!3r,,-ca1 F~r~-esc,im
.eclirolorlcal t-r,)(-es:efz
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NEDZVE74K~ 11, Yu.K, . p I nZh. ; J'43-"' V') YA , V-I.
In(-rkajl rig z(,.,ie stab! i ! *,y : r, vol'~! I!e , smelting wl tt"J. ', - -
T-rUrJy N' 17V',,i! nr . I /'~- I "A-) 'b, f- : - -~ -

AWUA, C, 1
AUTHOR: Necizvetskly, Yj.E.
11TIZ: Methods of Increasing tne r(.xi section in zorial me'. t 1""'j; w: '-L
(,ruci bles
PERIODICAL. Referativnyy zhurmal, Metallurgiya, no. 3, !'~62,
(V so. "Prom. pri-neneniye toko,/ vysokoy chastuty v
Moscow-Ler,ingrad, Mashgiz, 1961, 118 - 12.j)
TEXT. The author aiiayzes metnods of 1:,creaslng the ro(!
melting without crucibles, with verticai and horlzxita- arrangernent r,),.s.
it Is noted that during local cooling of the solid portions of a verli.:a-y
ranged rod near -.he melt, the rod diameter can be Incre-ased. However, 'lu- o
conicity of the crystallization fronts, the ianer )ortion oA- the molt.ei, zo;.e I.-.C,
the rod should be additionally heatea. ThI& can bo~ brought about with '.he- alu )Ar
special heating devices, passing electric currunt through the rcmi. TI.e.
tioned methods can be practically applied during rmilting Ir, a.ny gar
necessary for cooling. Moreover, a force effect of the electromagne*~I~ ~r,
the melt can be achieved; this makes It possible -.o Increase the zor,e ,,elrXit
Card 1/2

Methods of Increasing the rcxi ser-_~
I I . A U(,/ A:
and, consequently, thp ro,i diameter. -ho, mo.' Ier. zon., nerd ; f-
smelting Inductor, underneath which a so-called supportir,g lnduc'.~)!~
The feed frequency of the supporting Inductor Is Lr, aSf,LJI'-'
fo~-ce effect on the melt at a minimum poKer of heat Aberated ;i
'~.Iie solid portion of the rou. Cal(nilaT.11c):is, and experiments rdx,i
--.,a'ority of meta-s and sem-'conduc!.ors *.he ~+*imum frf , -r,, "r
so;,Ic wid ultrasonjL.' ranges at a ro(,. ilar)-~ter ): sevt-rF_
zontal arrangement of Lhe ro(l, d- s pazse J '.nrouir
,h
equilibrium of the molter, material, and trie zone is ;Iaced I '!'Cj I 'I..
ixtic field, whose lnterartlo5 wl th the current produces L:,(- -.,- y
su; ; Drting force. The sector, car. be I.--reased and rourAG ro(!~~ ;.-,
zona. melting can also be )b*,alnea i' *_ %tic al ' of an e.ec,.rUraar:.o"
produced with supportirig i;iductors whIJ, are arranged at !.hL~ z.,,., - ~ . . L. . e.
b. Turov:'K:;
LAbstracter's note. Complete trtukslatlon]
Card 2/2

3,,.' _17/62/000/004/05G/201
A: (,6_1 AC
PaLalkov, D-~i. Do tj ro c, s i(ay a, V. I Yu.F.
ibf-,Lract
,+Col E,b. " ?rom. ie '.okov vYrt),-Y nas v #, PP, troter-
rr iM.
j -ne m(- 1.01,
zone, assumlrig tiiaL this p.i,~cr :L; from *_nv 5-irtave Uiu me,t alid the
sections of the solid rod locat"d near trw. zone. The t.)La: ;~,.jwor Is equa, to
P + ~ [2 r fir')
wriere D is the r,xi Iii '.he absulute sur!'ace ,emperdl.ure, is tne
emissivity of the) material, A Is trio 3L"_-ff11(.ent of helA cor,duotlvity. The su-
per-position of displaceme.,,t rate of the zone, v, enLal!.~. some mod',Icatton of the
basic equatJon. For zonai meltlng of SI with D - 3 cm, a caiculatlon Is present-
ed which shows that in this case additional power ,1P 16 consumed. At v - 1. 3
Card 1/2

~, I*, ' ~,i~ v(/, -jc^/'0'5G/ 2C,!
Heat prooiems in zona: c:-uc1Z)1--,6 A,-X, t ,'A " ~ ,
and 1~ mrTVmr,, -,'P Is respectIvely: 3.1, 20.? and 212 watt. TAI.t! to ta I powe r
calculated by `ormmila ~A) "o:- *,.:.IF :a.,ie 's watt. (1-stribution
th-~ rod Is calc--ila'-ed and experimenta. vesu.*-s o,-. riie ac-
%ors pori the cry5ta-lzatio,-, fror,,~ I% zoi,a. meLlng are 1~ Is show., that
at a zone height wnich Is eq,.;a, Lo the Lno ';I rod,
me:tIng proceeds at d p'ane c.,-js~.a,6111zatior, frorit. A-he t e. of' Uie zone can De
I gh t
reducPd, with simultaneous mainta:.-iing of' '~he plane f'rorL, by ntens'fled cooling
of tht'? rod. !*, was revealed by experiments that In the case Df a narrow induc-
,ior, coil a lesser zore height than In tne case of a nigh, Indict!or. col. is re-
quIred for through- f us. ui. of tne ingot or the production of a plane crystalliza-
tion front. It 'r, expedient to use narrow induction coils and to operate with
least permissible gaps.
-J. Go~ovln
LAostracter's note: Compiete Lransiatix,j
Car-d Z/2

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til-All !-'.i L I .-: 'i H -
vw -h

IMF DIUM F Dx.
Mechanism of uterine muacle contractior. Studii cere bloc;-Inle
6 no.4:459-466 163.
1. DePartanontul de Fiochimie, Universitatea din Cambridge,
Anglia.

T.
Expqriences in isin, c'iemical weed control. p. V'
S(TSILIKTLIK POLWMAJILITIVS. POLJfMA-JANDVS D,'ISTFUT'U?:.
Tall 'n, ThuWary. No. 1, 195P
Monthly List of East Euronean Accessions (EUI) L;*,, lil. P, no. 11
November 195",-
Uncl.

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~ay 101;1,, nr~' SS.

.&V
Ar
REFACIN, kleksandr Fedorovich; LYSTY, A., red.; GGLICHMOVA, A.,
(Strength of the collective; a trade-union groups effort
to increase labor productivity) Sila kollektlva; profgruppe
v bor'be as, povymbenle prolsvodltellnoatl truda. Moskva
Profisdat, 1955. 29 p. (KIRA 16:81
(Ural Nountaln region-Electric equipment industry-labor prods,&ty)
(Trade unions)

. .-YXIXI'~ -2 F.0, F.~., ~- :7! . ; - ,
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1p- :3 1 t,4 '. t )

;AWME7,?.
Lmnlf% Idea is being fUlfilled. Bauka I takh aladesh 15 no-5s
9 W%3
1. ` I ik saveshdasht otdola &a elektriaheeka erargiia
pri Nkrotarlata na SrV.

ACC NR, AT6005058 SO URCK CODE: LIR/0000165/000/000/0100/0117
AUTHOR: Hikhelev, 1. P.; Nefedkina, 'r. V.; Trigubov, A. V.
ORG: none
'TITLE. Studying intrusives by the rez~lected-wave method in the Rudnyy
!Altay region
I
:SOURCE: AN SSSR. Sibirskoye otdclen,ye. Institut geologii i geofiziki.
'He;odika acysmorazvedki (Methods of seiRmic prospecting). Moscow,
llzd-vo Nauka, 1965, 100-117
TOPIC TAGS: seismology, seismic ;)ronpecting, reflected wave, sciamic
v 41, seismic profile. reflected wave, seismic array,
F ;`k'. e C 7 4E 0~Hocg_, L&)ttvE
V
ABSTRACT: This article deals with thu results of seismic investigations
iof the Tushkanikh polymetallic ore deposits in the Zmelnogorsk region
of the Rudnyy Altay carried out in 19(1-1962 by the Institute of
lGeology and Geophysics of the Sibecian Branch of the Academy of Sciences
USSR. The possibilities of using the met)od of reflected waven (,,Inv)
~in studying the deep-seated (to a depth of 500 m) structure of metamor-
iphic and intrusive rock complexes are discussed. The method of reflected
,waves was supplemented in the field by the regulated-direction method
:(RNP). The observation system was mainly a three-point set-up with
shots at 400-m intervals. SS-24P seismic stations and ARNP apparatus
Card i /i

ACC NR- AT6005OP56
!were used. Working filtrations were 45-90 and 30-65. SPED-56
,seismographs (9 an a 40-m base) were employed. Charges were exploded
in holes 12-24 a deep. When the bedrock was close to the surface, the
holes were drilled to the top of the bedrock. (8-10 m) .The sizes of
1charges varied, up to 15-20 kg for recording waves over long time
1periods. Charges of about 100 kg were detanated in water bodies. A
1profile was constructed on the basis of RNP data for depths down to
,10 km. Although the present procedures for observing and interpreting
profiles are affected by lateral waves and noise, and the plotting of
levels on the prof ile is not suf f iciently accurate, the basic outlines
of the depth profile are quite clear. Geological Interpretation based
on kinematic and dynamic (damping) wave parameters, as well as the use
of data obtained by other geophysical methods, is attempted. OrIg.
art. has: 8 figures, 2 tables, and 4 formulas. JEOJ
SUB COM 08/ MX DAM 30Sep65/ ORIG RZFs 009/ OTH REF: -002
L;QVO-~ 1-2

iL-44394-66 EWTO) QVjGW
'r 64/olOg
cc No T- 6005063 ( IV) SOURCE CODEt uit/oooo/65/000/000/01
AMON: 0olldin, S. V. I No f
ONG: Done
T17LXt Grouping and the controlled direction method as a part of an
ptimal receiver vith suppression of correlated noise
:
OURCEI AN 688-R-.- -S-lbirskoye otd0lenlyo. Inatitut geologii igeo-
isiki. Metodika soymmorsavedki (Method* of seismic prospecting).
-wo-eco-W,- Izd-vo Nauka, 1965, 164-i89
TOPIC TAGSt seismic signal spectrum, signal to notes ratio. seismic
ignal, reception, seismic vaye summing, seismic notes correlation,
:eismograph array, seismograph
ABSTRACT: F. M. Gollteman and his colleagues have shown that the con
troll*d-directLon method (mode) (RNP) and, the groupingof waves with the
pparent velocity V - - becomes a part of an optimal receiver when the
:ignal parameters are accurately known and noise is not correlated
along the profile. The prevent article shows that this result is also
pproxinately valid in the came of correlated noise when a wave Is
:eceived In such a way that the direction of its synphasal axis coin-
aid*# with the direction of maximum correlation of noise (although wavel
1/2

L 44394-66
-ACC -RC AT606 3
detection to poorest In this direction), It is also shown that the
assumption of an accurately known waveforn (with constancy of this
vavefors along the profile) In not necensary. In a number of cases,
this result was quite accurate. Noise of the type considered in this
article can occur when many waves with different apparent velocities,
but averaging about the same as the appetrent velocity of the useful
waves, are superposed. If the conditiot of matching of the maximum
correlation of the noise and the signal is not satisfied, the optimal
operations on the input functions should have an entirely different
construction. The results obtained in this work are generally valid
when the grouping method and the controlled-direction method are com-
bined under conditions that are not optimal for them, since summing the
vibrations in the direction of the synphasal axis, as calculated by the
formula@ for the noise correlation function along this axis, has a
higher signal-to-noise advantage than any other summing In this direc-
tion. In this sense, the combination of grouping and the controlled-
direction method considered here can be ialled optional for any direc-
tion of maximum notes correlation. gone examples of calculations of
paranotors of optimalolroups are given in the original article,gand
Couparisome are made these roups with homogeneous groups* one now
at!orvfraetica correlatLon functions* Group paras-
results ar:,Ilw*a f
store are Cul 'a tbout resorting to frequency representations. A
relatloashl Is established betve*a rouplao with supproseloa of re
lar soln =M &rzaz taw. Orts an Not ., te thma"a 3- rigninj,.Nd JL~tsbja.
BUD COM .08/ BUSK VATR# 30lop65/ 6,18 a2;$ Oo -

15(0), 15(2)
AUTHORS: Wtkulin, V. M., Nefedkina, Ye. B. SOV/131-59-1-2/12
TITLE: For Further Technical Progress
(Za dallneyehiy takhnicheskiy progress)
PERI~)DICAL; Ogneupory, 1959, Nr 1, pp 11 - 15 (U35R)
ABSTRACT: The total production of the work:9 fof refractory materials
of the Mosobleovnarkhoz in 1957 was 1.7 times greater than
in 1350. The principal sources of the Increase in production
were: better utilization of equi?ment capacities, the
elimination of bottlenecks, introduction of up-to-date
experience, perfection of manufacturing processes,
introduction of new modern refractory types of products. In
the coming 7 years, it Is intendoid to mechanize individual
working operations and works depe,rtmtnts; special attention
will be paid to the questions of mechanizing the work of
loading and unloading. The works in the Moscow area are
gettink; substantial help from the scientific research
institutes and the Khimiko-tekhnologicheakiy institut imeni
Mendeleyeva (Chemical-Technological Institute imeni
Card 112 Mendeleyev). The Podollskiy, Tnukovskiy, Snigirevskiy Eind

For Further Technical Progress SCV/1 31 -2/1 :
DaiD&dovskiy workp have extended the assortment of their
products and - within the 7-year scheme - they will be
modernized and will partly be autonatically c3ntrolled wit!.
a view of increasing production f,,.gurea considerably.
Card 2/2

TOMAS11, K.K.; DAMLIOV, I.P.1 NEFEDKINI, le.B-
Exchance cf advanced experience !n --ie -r--d-c*-icn cf csatinf
equipment. Ogneupory 29 no.l;li575-5-" 164.
(M T Fu -, 8 - I i
1. Zaporoahskiv ogneuDcrny7 savod (for Tomash, Davydov).
2. Goame talaurgkomitat (for Nefedkina).

ZOrOVA, YE. V.. gnginecr: MISDOV, A. A., krilLger
61he Selection of Stool and the Beat Treatment Condttton for Blmulos Cuttine Wire up to
65 MilliWorg In Diameterm, Stanki I IaRtrument, 17. 3ow 2-3. V$&6
BR-52059019

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. . P I /' 4. 1 ' - - ~' 8 - i - 6 1 It,
Translation from Referativnyy zhurnal Meta I Ili r g i ydr9 - ( USSR I
AUTHOR Nefedov, A A.
TITLE Experience in the Operation of a Section Shop (Opyt ratj-.)tv
sortoprokatnogo ts 'kha)
PERIODICAL Tr Nauchno-tekhn 0-%'a L herT10y Metallurgii, 19~6. Vol 10.
pp 4~_0-423
ABSTR-ACT. The operation of the section shop at the Yenakiyevo it-on and
steel mill, having two merchant mills, is described One is a
360 mill in two lines, the other a 280 mill in three I nes The
most important measures taken in the shop to improve the pro-
ductivity of the mills are 1) improvement of the soaking of
billets by intensifying bottom heating, Z) reduction in the ( ross
section of the blanks from 170xI70- 190xI90 to i90x!~O- 70x17()
mm, 3) improved grooving, which made it possible -.o ruduce
the number of passes on the reducing stands, and introdoction
of universal grooving for the purpose of rolling round sections.
4) installation of power-driven rack-type cooling beds with fly-
ing shears and a cold cutting press As a result of thest- meas-
Cardl /Z ures, the productivity of the mills in 1954 rose more than 40

I 17- :Ih- 1 -606
Experience in the Operation of a Section S~.op
percent over the 19';0 level See RzhMet, lc)~,-, . Nr 1-', -'.'mo~
1. RoUlng wMai-Opratiss
S G
Card 2 /Z

P. W
opt 19541,
16- A., IA , .. - I - a V, ".I I* % I , . ;
Via
low
;41vait
2- rj
7t
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ggp -
7
HT
;0 -

AgA.. itandidat tekhnichemkikh railit; SHCHJRBINA, G.Z.. inshener.
Imareaslag the productivity of this eneet sills. Notallurg 2 no.61
23-25 A '57. (KIU 10W
1, Urallskly institut chernykh wtallov (for Nefedov). 2. Iftntrall
mys newodek"a I&boratoriya InaLkiyawakago mtallurgichookoge savoda
(for Shcherbina).
(Rolling (Ibtalwork))

tj 0- 1 ) J, /-)0 1j , ,I ~ 0 L, A - I - 1~ H ~,
Translation from Referdt i% nvv zi-urn il Mt- t ~ I I ur vi v~ IQ;8N P 9-1 'USSR,
AUTHORS Chekmarev A P I f
Al~
TI,rLE Forward Slip in Rolling With Rolls of Unequil Diantirtr, Opt re
zhenive pri prokatke ni - il~akh neravriogo diametr~
PERIODICAL Tr In-ta cl,ernov rnvt~iilurgii ANUkSSR 1957. Vo! il pp 10~;- 107
ABSTRACT An investig-Ation of forward slip FS in the rol ing of a Pb strip
of 10 15 and 20 mm gage at 31) rpm on plain steel roll 5 iR, differing
in diameter by S. 8 IZ Z~ and 35 mm shows that FS is always
greater on the side fdcing th( smaller R than on tht f,,( ing the
larger roil The regula-itv go-,erning tl,c (hange ir FS relati%e to
thickness redurlion i~ quitf complex When t)-.e recu(tion is smal,
or moder.te. there is a simulidneous in( reas~ in FS on the sides
facing both R's When tie redu(tion is greiie- forwiri slip on
the side of the R of greater didmete- is redia, cd %N, ivrvis on the
side of the smaller R it in( reases sharplv up to d g,%en value. after
which first a diminution and then a renewed in( reist- is ~-qervecl
At the same time FS begins to in( rease on the sid-- fa( !ng the R
of larger diameter An in( rease in the difference -)et%%,een the R s
Card I /I leads to a significant increase in the differencf in FS V D
1 . IAM-Proftseiag 2. RGUing RMG-Coeration Leai-De-
formt1da-Mbets of P92.1im

AUTHORS: Ilefedov. ~. A.. Candidate of Techi,ical 5ciences .r
o vI h. k 7 -_ , *Senior Calibrator of Chusovoy
Il*oifiI*deri,,L for rollim6 '-iex,,j onal Fteel.
TI 2L~': Ratii~i7~:-o -parc-
(Rati-iioncl'naya !,alibrov;-a Ilya pr(, at,-,i sha~--.i,~runfoy
stali).
PEPIUDICAL: Met,11ur-, 1(,',58, No.3, (USSR).
ABSTRACT: The aut~,oi-s E-.how (FiL-,.l) four arran-anents for roilil,.6
hexa "' onal steel for nuts aad boltr aril di.,-.cusf; t~,clr
features. They favour Lin arrane..,ient rejuirln,_ only t-,,o
!;pecial passeF which secures hi-h -iill proJuctivity v-ith
constancy of dimenFions and of c)rners of the
r-ro(IUCt and point out that finisfiinL, -!i~aen.,-ion,, must
k- A
_ive pro-Juct -Iimenviono --vithin rOCT 2B79-51. The
authors -o on to describe a ne,.,, de-ri -n of
in %,-hich free mover.-mt of the sidc faces iE per-aitted and
enu..iera'k-.e its advanta, es. T-e:~ ~-ive v,-;.Iuec fL,r L'n,~
de2irable corcnvity of the pro-finishin, pn,., foi
10 - 421, A,;i hem.-orial stoel, baL:od on e)::)eri1:nc at '.he
Chusovskiy MetrlIvu,Ljcal Works, ,!nd Ehow 0.~-t for %Y~e
nc,& Fystem rooter coicavity is reiuired r-,_~coi,,, ended
by the All-Union conference un roll-pns: def-i~ n. After
Card 112 mentionin,_ '.he rouhin_ syste.i,; used at the

h-,
.9te
Ural skly Institut metallov (Ural Institute of Metals)
and Chusovskiy metallurgicheskly zavod (Ch1130VOY
Metallurgical Works).
El rd

So V/1 1,J/3 '1z
AUTHOR: Soroko, L.N. , Nefedov, A.A. , Yomhov, V.11. , YaE-iukov,
S.N. (Deceased)77rol-ev-; f*,P. and Braunb11--te1r., R.A.
TlTlX: Rolling of Light,ned Nr 19 Beam froz Low Alloy Steel 09G,--'D
(Prokatka oble,,cLennoy balki no 19 iz nii.kol1-_Eir,_)varnoy
stali 09G2D)
PERIODICAL: Stal', 1958, Nr 6, PP ',32 - 53/ (US&'.R)
ABSTRACT: An experimental rollinE of a li6htened fli, lq boeam
from low-alloy steel O9G2D (composition %: C 4 0.121
Mn 1.4-1.7; Si 0.2-0.4; Cu 0.22-0.44; Cr 4~ 0.30; Ni 0.01-
0.03; S and P raO.04) is described. LiChtened Nr 1) bean
(Figure 1) (TuTs 08-124-57) weighs 19.5% less 7Er M ti.an normal
Nr 19 beam (GOST-526?-50) which is usually r3lled from steel
St3. For mperimental. rolling, four heats of steel O9G2D were
made. Rolling was done on the mill 500 from staped semis
(Figure 2). Th- calibration of rolls is shown in FiEure 5
The metal was Leated ;rom cold charging to an av,~rage
temperature of 1 170 U. The decrease of tem,)er,,jture in the
individual passes - FiL~uje 4. The final temperature of the
neck of tLe beam was 60 C lower than Uat o~ normal beam
Frequency distribution of deviations of dimensions from the
nominal ones - rigure 5. The comparison of the lo-)-!s on the
uardl/3 individual stands durinE rolling of normal and '-il-I.tened Nr 1-4

SCV/ I
Perim !rom Low Al'IcY e e - 0:7 r-D
Rolling Df LieteaeJ fir I S~ ~.J~
bea-ma tog~,tl. r wit'-. :raximur, permissible 1.-).- and rn~-. ~ f
motcrs - Tab:e I. The -.~_-:,arisor of tI.e n-ill
h o u r du r i n r - r I' -i, r.~ rrria'. and liFtApned tir 1" Pams
ble - han' c .3 1 - _- 1 .-,e,~.Jmens c,;t fr~m vir;, jE-,
~1!e '.)eam - T_-P~_,- It 'Is concludc-d I r 1 Ili,
f e ir -I I 5UC i S p -) s it 7; :,he
ex_AtiL~_- e, i _:'rers.-ns :,f the' -,r,filr ~4rprl,
were sit-iate
t , P ra nce 3 f -~' nu!- tA- ~.Ces;
Pt, tl:e end :)f r -1'.i- -~- -~ a
t~ i -i 'r,- ob ta ned d~,rir.. i- ~.-~rnal
I.e 60 C t I
beam Nr 1~-,; D D r 3 f I - i ~-L -r-., 1 s w3s
r, 1 ', in. t~ f n:) I 1 11 tl:*L
rM3 i
tie f _!Z"' c- d i_:)' exce~,d 1 -7 L; 1 1. t I.-
ex~eed e ; ,:pec if ic - ) - er -)n.-,:-.-ti~,n v:as
77% higher tLaL dLatii~ r_.1,in, normal iir I- fr---m it 7)
steel; 6) the Dutput ~;f ',!-.e mill dlirinL *_hc iJ-J~
beam decreases by It is ex--,)ected at v: t: -.a Lit rin., f
the roces--. , tha s 1e -an te re(,',-,.cefi *,he
h e m c a I c c m- 3 s i t r . Z, F_ -.. a nj Ca I in e f 0`1 D 1
bard 215

3-,-V/1~3-58-6-18/33
Rollinv of Lightened ar 19 Beam fron. Low Alloy Steel O,-)G2D
satisfy the require. ents of ,I-tandard C111TU-5688-5f, f,-,r lov.-
alloy steels. The following eWineers participated in the
work: N.l. KhorosLev, 1.V. Sharapov and F.A. F-Lr3akov.
There are 5 figures and 4 tables.
ASSOCIATIOIIS: Kuznetskiy mrtallurgicheskiy kontinat (Kuzn.tsk
Metallurgical Combine) and Ural'!,ki,.- institut
chernykh metallov ((Urals Institute of Ferrous
Metallurgy)
(,~~rd 3/3 i Beams-Prod-ictior. 2 Ro i I i r~g m IAp; I!, rc.

AUTHORS: Rastorguye-;,, A.A. G"d1da-,e of Technical Sciences,
Mjf*doy,_A&A__,_~orzo,ia P.I. , Belyakov, A.I. and
Sizakova, U.S., Enginoers
TIT18- loom-texture jold-rolled glectrotechaical Steel
(Valoteksturcvannaya khciodnokatanaja e~ektrotekk~nicheskajya
stall)
PERIODICAL: Stal', 1958; Nr 11, pp 1023 - 1029 (USSR)
ABSTRACT: According to new standards, arLisotropy in respect cf
magnetic AndL-stion along and a:ross sheets of low-alloy
steel (111,00, 11200, 31300) should not exceed 1 500 Gauss
and fcr higher allcj steel (Z3100 ond X3200) - 1 600 Gauss.
Anisotropy of -iar~ous types of cold-railed transformer
steel rea~:ha~t 000 000 Gauss. The problem of the
formation cf texture in this steel was investigated by
TsNIIChM (Refs _., 2) and the results tnen obtained were
used as a basis of the present investigaticn of the
production of .1cw-text'ire steel carriei out on the liovo-
sibirsk Works. It was found that low-alioy s1iicon steel
(about 1.5% Si) which passed cold roliing by the usual
technology (with large reductions) and 0the highest
re--rystall."sation annepling (at 1 000 C) is characterised
Cardl/3 by a pre-1cminant )f crysta'klitet3 witi, tLe edge

6CV/ 1
Low-texture Ccld-rcl!,~d Eleztre7technica.' Steel
c,f the al,.~ng the Jireztion of rolling. Lcv- a 1', o
two-phase siliCcn a*.eei with a ccmparatively smai.
anisctrcpy -an be cbtained; a) b,i aarieal_nF- a- a -,cm-
paratively low temperature (b~O 'C) during whick. nc-ither
a considerable cr,7,~'!.al growth ncLr preferential orientation
of crystais rakeE and b) Dy annealinv above. the
criti-~a` I~empera.'Li_re whL,_-. ieads tD T-Lase recrystallisation
with the orientati-on -f grains in variuus directions;
wherelipcn ar) ij;-reqse of the annealing temperature to
1 100 C, - C r..)JLOI.er~ an in,:rease in the size of
crystai,i and a de-'rease in specific losses. The abi 'Lity
of steed f -za*_- ---" texture depends in the :ontent
of a cn-tant degree of ~-eduzti_n ri t'I.e last
cold rcll-'ng stage, steel. with a higher silicon --ontent
has a more shq_rply pronoannei text-ire of r-crystallisation
th&L steel w-tb a lc,wer silicon conteri~. Higher allcyed
single-phase iteel with a comparatively 1,--,w anisotropy can
be cbtained 7,.y applyIng bef3re the final high-temperature
Card2/3

Low-texture Cold-rolled ElectrotecLuical Steel.
annealing a small reduction (e.~. by reaucing from a
thickness of 0.54 mm to 0.50 mm). There are I- figure,,,
6 tables and 4 references, 3 of which are Soviet and I
Zngli6h.
ASSOCIATIONS: TsNIICtM and Novosibirskly metalLurgicheskiy zavod
(Novosibirsk Metallurgical Works)
Card 3/3

AUTHORS: Belyakov, A.I.,,.22 SOV/133-58-12-14/19
and 5 ima ko va , M. it.
TITLE: Cold Rolled glectrotechnical Steel 1mm Thick
(Kholodnokatanaya elektrotekhnicheskaya stall
tolshchinoy 1.0 mm)
PERIODICALs Stall, 1958, Nr 12, pp 1126-1129 (USSR)
ABSTRACT: The production of cold rolled steel lam thick,, containing
3% of silicon was tested under laboratory conditions In
TsNIIChK and under works conditions In the Novosibirsk
Works. The process was based on that of producing
9310-Z330 steels with some decrease in the degree of
reduction during the first and 3econd cold rolling. The
main features of the technology ares a) hot rolling of
slabs 150 x 620 x 2600 mm into strip 2. 5 x 620 mm;
b) decarburising annealin Of Coiled strip in electric
furnaces at 830xbOOOC; cl pickling in an aqueous
solution of sulphuric acid; d) cold rolling from 2.5 mm
to 1 mm; e) cutting of coils into shoots l.0x600xl500mm;
f) covering with tale; g) finaL annealing of sheets in
Card 112 vacuo at 8500C. glectromagnetic properties of sheets

SOV/133-50-12-14/19
Cold Rolled Blectrotechnical Steel lm Thick
annealed at b50 - 11500C are shown in the Table. Steel
annealed at b5OOC is practically isotropic with
satisfactory electromagnetic properties. On annealing
at higher temperatures anisotropy appears.
There are; 1 f igure and 2 tables
ASSOCIATIONs Novosibirskly metallurgicheskly zavod i TsNIIChK
(ffc,vc,sI'VIr%k - Metallurgical Works and TsNIIChK)
Card 2/2

AUTHORS: Belyakov, A.I. a-ad Lliefedov, A.A.
TITLE: Decarburisatiori Duiint', the Production if Col hil ~d
Transformer Steel (0bezu,1-1erozhivaniye -,r,
kholodnokatanoy transformatornoy sLa1i)
PIZRIODICA.L: Stall . 1958,/frir 3, p 248 (USSR)
ABSTRACT. The decarbur.'3ati-)n of transformci ste,-'- --Vir4~ its
mawnetic )ropertieE) At ai, int~,r-mediotn zanuf- '~41 Ll ~-- e
at a strip thlckap~,j -)1* ?.5 1111L, durii4', air.n,~iiiii'- N. -';.)-furna-
ces of the fdovo5iblrek Works vit!7: a ri-sidual -araslre 3f
15 - 20 mmHg, as well ab tiie usual annealinL7 in olectr-c
furnacer, operatinl vit1:),it a Prot-ct."Lve atm~s--.i.ere -),ith
a protecting pa-raffin oil Fas (the compositioE -Vus
studied. CLemicai comr,osition of heats used f&r t1p .-:.veati-
F,ution - Table 1; tr~(- i-i"luence of atw~jEpher, ;r, decarLuri-
satiun of transformer strip 2.5 mm thick during annealir4_- -
Table 2. Annealint-, ,f coiled tra-nsformer steel in cao furnaces
without a protective atmosphere leads to a coacide-ratle
,rf-P of decarb-
decarburisation of steel, and an even hi~-her iefr
urisation is obtaine,j Dn annealing in vacuo f,irriaces without
pickling. If the strip is pic4led and then annealed in v~!cuo
or in paraffin oil as, tlien tne decarburisat---on .'s
Cardl/2' asie;ndficant or totallly absent. The above indjc,3t-:!d the

7 z. c, f.
- -5-20/29
Decarburication Durlnv the Productio!) of Col,J Trar.gf:)rmer
Steel
importamce of scale in the -rocess )f decLirburimti:)n. It
is concluded that annealing. )f coiled transformer steel strip
2.9 mm tLick Bhould be carrird jut in furmic,-s without a
protective atmosplaere or in vacuo whereupon 1.1~e metal should
not be pickled before annealinr,. There are 2 ta!-Ies.
ASSOCIATION: Novosibirskiy mptallurgicheskiy zavod (Novosibirsk
Metallurgical Works) and TsN11ChM
AVAIlABLB: Library of Confress
uard 212

SOROKO, L.N.; 01- At-=WHOV. V.M.; MASTUKOV. S.N.[dpcossedl;
?ROUT. I.F.; BARUISHTM. B.A.
Rolling light-w* ight girders No. 19 using low-alloy 0902D steel[vith
eusisery to lkglishl. Stoll 19 no. 6:532-537 Jo '58. (MI3A 11:1
1. KusseAgirty metal lurgichook ty kewhinst t Urel'skiy Institut
chorafth motallov.
(Rolling(Motalwork))
(Steel alloys)

-Gv/1
AUTHORS: Nefedov, A.A. and Borzova. P.I.
TITLEi Stainless Electrotechnical Steel Khl2YU
PERIODICAL: Stal'. 1951), Nr ',,. jj -35-031- (USSR)
ABSTRACT: Properties of stainless .5teel Klil;~Yu wliic- dc~es not
corrode in air wit'-. trjA,jc:ai i%.iwidiL) and ter,~,perature,
develol,ed by the Centrn.' ~cientific-Researcii Iron arid
Steel Institute, are describei. C,iewical coi.qusiti~,n u!
steel. 'L: C40-05, M11 ~ C - 3, Si 4.0-5. 1- 4 0. U 3. 5 4 0. 03,
Cr 11-0-13.0, i40.3, Al 1-~'-!.J- Steel 1)elorigb 'o tire
f err it ic c las a. Ur. smelting, attention should be paid to
prevent any increase in the carbon content, as ti.e latter
forms with chromium structurally free carbides which
deteriorates the niagnetic ana electrical properties of
the steel. The steel can be easily hot arid cold rolled-
Cold rolling to 2.0, 0-5 and 0.1 mn can be done without
an intermediate annealing. On testing for brittleness
transverse and longitudinally cut specimens U.5 arid U.1 mm
thick withstood more than 50 bendings. Magnetic properties
of specimens cut out along and transverse to tlie direction
of rolling after vacuo annealing (10-2) at 6UO8C arid
Card 1/2 cooled with the furnace to 4OO*C at a rate of 5()O/hr and

Stainless Electrotechnical Steel Kh12Yu
;OV/133-59-9-22/31
then in a container -in air - table; changes in the
magnetic induction and magnetic permeability of' the
steel specimens 0.50 and 0.10 mm thick in weak. riedium
and strong fields - Fig 1, 2 and 3; the dependence of
specific losses on magnetic induction - Fig 4. High
corrosion resistance and satisfactory magnetic
properties of the steel Kh12Yu make it suitable for
the manufacture of' equipment operating in tropical
climates (for parts which cannot be covered with
protective coatings). There are 4 ligures and I table.
ASSOCIATION: TsN11ChM
(.ard 2/2

NEF ~V A.; SDIAKOVA, M.; BFLIAKrV, A.
*Cold rolled 1.0 m. electric steel. Tr. from the Russian.
Hutnik. Praha, Czechoslovakia. Vol. 9, no. 3, Mar. 1959.
Monthly list of East European Accessions (FEAV, LC, Vol. 8, No. 6, Jun KO, Uncles

11
f
!
I
I- I I I

14:

MWIDOV, A.A., inzh.
Oeli-rolled electrical steel. Sbor. trui. ?SNII:*JX no.l~:'15-162
e6o. (KI3A 11:13)
(Steel-Blectric properties)
(Itolling (Metalwork))

KINATEVA. A.F.. inzh.; HVEDDV, A.A.. kand.tokhn.nouk; TZIJJSHKIV. N.V.. insh;
TOMINOBYAN. M.S., inxh. I. KURIIOV, A.I., insh.. SILLIZ T, L.N.,
Inzh.; POLYAXOT. K.K., insh; LLPOVNMKIY. 1.A., Inzh.
Double-groove rolling with guide@. of ribbed concrete reinforcing
bars. Stall 20 n0-3:234-243 Nr '60. (KIA 13:6)
1. Yonakiyevskly mtallurgichookiy savod I basprodsershinskly
vecherniy metallurgicheekly institut.
(Rolling (Ketalwork)) (Reinforcing bars)

NZFEDDVq A.A., inzh.; BDRZOVA, P.I., inah.
Properties of cold rolled lov-texturized electric engineering tjt*el.
Ilektrichestva no.2*85417 F 161. (MIRA 14:))
1. T&mtrallnyy nauchno-isoledovatollskiy inatitut chemcy metallugrii.
(Riectric engineerIng-Katerials)
(Steel)

BELUKOVO A.I. , inzh.; BOTL-CVA, P.I. , inzh.; M-:~MDCV, A.A. .
SIMA=A 9 x.. S. , inzh.
Properf-lea of lrwn. ti, . (-(Ad-,-- - L! OnJ;!r,CaL--,,.u
steel. ElelArichestv ,, of - 3 .,U,- 14. C 17"A 14-Y,
(Steel) I
(Electric engineering-4taterials)

A.I.; TAROSH&SKOl TU.N.j DUMMOVA, Z.I.
116b-alloye 0014 rolled, Olectrical steel wIth lcrw acLOO-trOP7.
SWO 22 ma,0349-351 Ap 162. (NM 1535)
1. UsatralfaVy naubm-Lasladovatel'skly Inotitut chwuoy
wtallurgil 1 N9 Ibirekly wtallargichasidy savode
(sheet @teal) (hmImotrOY7)

X&FRE9% ApSkUy eksandrovichi G97KANETS, Venlamin Vftsillyvrich;
IBZBDRODOV, T.I., i~O-V.;-MVIT, Ye.l., red. lad-va; KARLSICV,A.I.,
tekba. red,
(Production of wire red] Prolavodetvo katanki. Noskva,
NeWlurglsdat, 1963. 251 p. (KIRA 16s6)
(Iblllng (Notalwork))
(Vire industry-4kluipmmt and supplios)

A.A. lush.; BEIZA , A.I., inah.; UROSHEM, Yu.N4 Insh.1
D v Z.1., Insh,
CoU6ralled 1 m. thick electrical
no.1#75-77 Ja 163.
(Steal-Rectric
steel. Elektricheetva
(MIRA 16s2)
proportion)

NIAOIAYEV, V.A.; CHEMETA, A.F.; NEFUM, A.A.
Regulwities of advawe changing iL grouves for the rol~.~
of aWles, Isve Tye. ucheb. sav.; chern. met. 6 no.4&83-V 163.
(MIIIA 1625)
1,. jit&~ -rgich#-wAL- zavad-vtus.
(Rolling (*Wvork5)

NEFEDOV, A-A.; PaTOL'NIK, Yu.S.
Ca 1 c-u ia t I rig f orr s t re,io t r, i , - - ~ a 1 ' 1. an ainula r re --e a s. :z Y.
V7 S . u che b. zav. ; che rn. M- - ' . f- Do . '-I) : 119- 12 5163.
(MIRA 17-.1)
.. DT,eprodz#,T-7hnsxty in- : . , 1 P-t~xiy zxivod--vtuz.

NEFEDOVp A.A., kand.tekhn.nauk; CHERNETA, A.P., insh.; DZIGVASffVILI, G.A.,
FnU-.T ZASLAVrIT, B.M., insh.1 KURDIAKI, G.P., inih.
Internal tures in low-carbon steel pipe billets. Stall 23
no.5#441t IV 163. (MIRA l6t 5)
1. Dneprodsorshinakiy astallurgicheakiy sayod-vtus I Zakaftesakly
wtallurgichookiy savod.
(Rolling (NotAlwork)) (Stool ingots-Defects)

NEFEDOV. A.A., inzh.; HELYAMOV, A.I., inzh.; YAROSHENKO, Yu.N., inzh.;
DUKHPI(YVA, Z.1., inzh.
Cold-rolled 0.35 = thick generator steel. Elektricheatvo no.8:
70-72 Ag 163. (KRA 16: 10)
le TSentrallnyy nauchno-ineledovatellekly Institut chernoy
ustallurgit (for Nefedov). 2. NovosibIrskiy metallurgicheskly
savod (for all excopt Nefedav).

HELYAKOV, A.I., Inzh.; NEFEDOV, A.A., inah.
Effect of residuai-Streas ~tr=lso-n the electrical properties of
steel. glaktrichestvo no.3t86-88 Mr 164. (MIFLA 1I.-4)
1. NOT03ibirskiy metallurgichaskiy zavod (for Belyakov).
2. TSentrallnyy nauchno-issledovatfillskiy institut chernoy
metallurgii (for Nefedov).

Nt ~ ED,, V ii A
. _... V., -, ! "".
~' , fix,11 rp '), *, F. " eme r j , r~, j) . -- : - - ,
!lam#-L# r :- , zv . v:( ~4 . ti,: - - . .. . . . . . . ..
7 1; '64 .
I . : i, r rx~ I - zt ~ n:, k ', y m, %ti : -j --~
. I

KUEDOV, A.A;j HUZHNU, L.A.; SICHFVOY, A.P.; MTRIKOV, 0 P.:
MIL MN, Ye.A.
Stud" the deformation of set&.' trariffrPree he-'Izal miling.
Stall 24 no.5;429-432 My 164. (~CRA 17t12)
1. Dneprodsorshinakiy metallurgicheakly zavod-vtua 1.
Dneprovskiy motallurgicnooKly zavod Is. Dseritingkogo.

NEE ~'E,) 111, A A
z V

CMDUMV, Aleksandr Petzovi-h I.El"ElYN, Anatoliy Aleks-andmvich,
NIKOLAYEV, VJktor AlekaOrr-o 77117, -P--nd. ;Tj
tekhn. nauk, ctv. red.; VAT)IBMG, D.A., red.
[Longitudiml rolling thooz-1 Teoriia prodollnel prokatki.
Kharlkov, Izd-vo Khark.,vskoim univ., 19f5. 213 p.
(MIPA 18,8)

BDRISENKO, V.0.0 insh.; NFM)OV, A.A., inzh.; UnMAN, I.D., Inzh.
Low-carbon steel for ntgnetic circuits of d.c. machines. Flsktrcl~ekhrajj
36 no.7#39-40 J1 165. (MIRA 118C)

N EMI, r V I A . D .
Collective Farms
VeWlnu7 and sootechnical services at large collective farus of the Cherkass District of
Kiev Province. Veterinarila 29 ucJs6-13 Mr 152.,
9. ~Monthly List of Russian Accessions. Library of Congress, -TnIw 1950. Unclassified.
2

I 6z
USSR/Medicine Veterinary
Card 1/1 Pub 137-1/20
FD-1281
Author 01bredov, A. D.
Title -7oterjawy Science and Zootechny- pavilion of the All-Unlon Agricul-
tural Ubibition
Perlodical : Voterloarlya, 8, 3-13p Aug 1954
Abstract : "Veterinary Science and Zootochey" pavilion Is a separate exhibit of
agricultural aaluals and fam products. 7h9 pavilion occupies five
halls which form a sadcIrcle In the central part of the All-Union Agri-
cultural Exhibition. Mw displays als to show superiority of the Soviet
systm awor the pro-revolutioaary, capitalist agriculture, The primary
purpose of the exhibit Is to spur the new campaign for rise in farm pro-
duction which is am of the keystones in the Soviet Government's Plan
for higher living standard. Illustrations .
Institution : (*Director), "Veterinary Science WA Zoot*cbM" Pavilloc
SubmItted

MUMWT. AeDe
What OW Oftterlsary and sooteebW pavilion will obow at the
All-Uhles Agricultaral, Bzhlbltloa In 1955. Totertaartle, 32 ne.4:
12-18 Ap 155. (mm 8:5)
I.DirskUr pavillems, gVeterlaarlya I seetektalysO.
(TYMIURY ODICIM)

=IBM, A.
........ .
Achlowevents of livestock Woodere fires Vlaultea. Vetortaarlla
32 me.6:15-23 J* 155. (MM 8:7)
I.Dirokl*r pwlll~ "Yeterlawlya I "otakftlyag looseystsey
follskokbegrurstvaimsey vptavki.
(TIMNIM MMIXII-SPM AND 9MCE~ln)

NZYZDOV. A .
Toterta&ry owdlelan at the Ithlbtt of kchlow"nts of the
llcardmy of the U.S.S.R. Toterinarita 16 no.7910-13 JI 1~9.
(MIRA 12110)
1. ()Iavvv7 po&*aUt po wetertraril ot4ola ShivOtnnvndvtT&
Tystavki dostishonly naro4nngo khotyaystva ND*kva. SSSR.
(Votertmry wedicino-JIMbiticum)

or da :-J r st :-a, *r,,P, a 3e ,n ar.ir e
ge r t J c-,r. r,, a zv . vys c r. z
Me t r 1:
)r1 U 1, r Od Z, " Z!. 3 K i y rrie ta ' 1 u rg! cte s k i y zav od -v tu z

NEMOV, A.D.
Stockbreeding at the Exblb!tion of Achievemata of Uw
National gconcay of the U.S.S.R. in 1964. Irdars. biul.
VDMM nc,.2tl---~ F '64. (MIRA 17:8)
1,, Glavnyy metodIst ob*yed1nennykh pavillonov 'Zh1votn,,v,)dstvov
na VystfAvke dc~stizheniy narodnogo khozyaystva.

IMMY, A.F.; ODODLEVA, A.I.
Intestinal obstmetion following restctlon of the stomach.
Kbirurglis, no.7sM J1 155. (KLRA 9:12)
'I. Is gorndskoy bollnitsy g. Cherayakhowda Kalinigradskay
Oblasti.
(IVMVM MIS--OBSUMTION) (STOWN-SURUff )

=MOT. A . F.
3mrCleal techale to rWtures of the aplemen. Khlrwwlla 35
ao.1205-96 D 119. (KM 13:6)
1. Is (bernyakhovakoy garodmitoy bollultay (Nallulvgradsimye,
oblast').
(SrLIM Wds. & lnj. )

ILL; I I I A.Ye.1 GWWW, V.P.; WBRMMVA, M.N.; NDWZOVA, L.P.;
NUMV, A.Y. (Nwkva)
Ifectiveness of prolonged drug therap7 for patients with fresh
fame of pulmor-ary tuberculosis. Klin.imed. no.l2t28-33 '61,
(MM 15:9)
(TUBMWMMIS)

_Aa
L831 OEMUR Ems BMW.
jl~
wr,w,
5_3Q.-Tt,
--AdEwK
TIC.
Vs
on no stropeth'
Tbe, "-of belosmith an
Is"ad ption 6ftbe
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Of CTUWkTS at ifterhol

A
AUTHOR: Nof*dov, A. F. 123 - 1 - 93
TITLE: Mutual Influence of Geometrical Parameters of
Surface on Its Wear and the Problem of Efficient
Technology in Receiving the Most-favorable Micro-
profile of Surface in Certain Conditions of
friction (Vzaimoye 'AL)WdY* ggomtricheskikh
parametrov poverkbnosti na yea isnoe is vopro o
ratsional'noy takhaologii polucheniya optimal'nogo
sikroprofilya poverkhnosti pri nekotorykh usloviyakh
treniya).
PERIODICAL: Nauch. zap. L'vovsk. politokhn. in-ta, 1955,
60- 74. (USSR)
Card 1/4

123 - 1 - 93
ABSTRACT: The influence of technology of machining on the
surface wear&bLlLty, i.e. on its geometrical
properties, is discussed. A special equipment for
obtaining Lnterafttontly-smooth surfaces is
described. As a result of the investigation the
following deductions are made: 1) reduction of
time in built-in surface treatment has been
achieved by increased precision in machining, by
accelerated wear-away of surfaces in the initial
period of work and by the selection of most
favorable =Lcro-anevenness of surface; 2) the
presence of mcro-devLatLons in the optimm micro-
geometry leads to different conditions of work in
the initial and the following period of time ;
3) the investigation has shown that the highly-
Card 2/ 4 smooth surfaces are not the most efficient in

123 - 1 - 93
comparison with the internittently-smooth surfaces
because of the absence of space for accusulation
of lubricating reserves; 4) the msking of the
intermittently-snooth surfaces by the existing
method is not efficient; 5) In the production of
intersittently-smooth surfaces it has been proven
experimentally that it is advisable to perform a
highly finished abrasive work an a fLnely-bored
surf-ice with the allowance of 0.5 to 0.75 to the
height of the micro-uneveness left after boring.
For the surface which has been bored according to
7 - 8 precision class the allowance for abrasive
work is 5 to 6 sk Imicron) to the diameter; 6) the
indicated method of obtaining the intermittently-
smooth surfaces is simple, it safeguards a high pre-
cision and accuracy of form, and it eliminates the
increased wear in the initial period of work. Seven
pictures are given and ton items of bibliog-iphy.
Card 3/4 P.Op.

123 - I - 93
Ref.Zh., HashinostroyenLye, Nr. 1, 1957, Item 93.
ASSOCIATION: PolytechnLeal Institute in L'vov (L'vovsk.
politekho. in-t)
PRESENTED BY:
SUBMITTED:
AVAILABLE:
Card 4/4

N 1, A. F. _ _,
It-- - I
Optimism u1cro structure of cylinder faces. Aws. 1 trakt. preg.
J1 156. (MM 9110)
1. LOvewskly politekhmichagkly Ingtitut.
(cylinders)