SCIENTIFIC ABSTRACT LAPKIN, I.I. - LAPIN, S.K.

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• Collection: Scientific Abstracts
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• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

7:
82681
On.the Quantitatively Possible Combination of S/079/60/0.30/008/006/008
Radicals Bound to the Central Atom, 1. Organic B004/BO64
-Tin Compoundsm
compound cannot be realizedy the authors carried out experiments to find
out which radicals are apt to replace bromine in trimesityl tin bromide.
The compounds 11 given in a tablep produced by the authors LC H
6 2(CH 3)313SnR
(R OR n-C H n-C H n-C i-C H i-C H99
3' C2H5"- 3 79 4 9~ '1_C6H13 BH17P 3 V 4
.1-05R13' C6R5) as well as the-compounds tri-(2-methoxy-naphthyl-l)-tin
bromide and the corresponding etboxy compound led to the following con-
clusionst organic tin compounds containing three-aryl radicals di-ortho-
substituted by low-molecular groups (CH CH 0, C H 0), dr three P-sub-
39 3 2 5
stituted naphthyl radicals, can add as fourth radicaly besides halogenst
only not yet ortho-substituted aryl radicals, prima y alkyl radicals L/
(also with long chain), and secondary alkyl radicals. On the basis of
these results the authors conclude that in trimesityl tin bromide the
three mesityl radicals lie on the surfaces of a three-aided pyramid,
whose edgeo form an angle of approximately 1200. The tin atom is on the
vertex of the pyramid. This ateric configuration is favored by the con-
junction of the tin electrons with the %-electrons of the aromatio rings.
Card 2/3

ma-61% ~OWSV
I.I.; BEIANOVICH, M.I.
Reactions of metal halide alcoholateo. Part 10: New method of
synthesizing monotb~iax7lmethanes,. Zhw.ob.khim. 31 no.10:
3182-3187 0 161, (MIRA 14. 10)
1. Permskiy gosudaretvennyy univeraitet.
(Methane)

IAPKINP 1. 1.; MUKHINA, R. G.
Chemical,activity sterically unhindered. Part 1.* Reaction of halo-
magnesium aryls vith chloro-substituted others. Zhur.ob.khim. 31
320.12:4001-4oo6 D 161. (MIRA 15:2)
1. Permskiy gosudarstve"zvy universitat.,
I
,Magnesium organic compounds)
(Ethers)

LAPKIN, I.I.; PANOVA, N.I.
Reactions of metal halide alcoholates. Part 11: New method of
synthesizing thio ethers of the aromatic series. Zhur.ob.khim.
32 no-3:745-748 Mr 162. (KRA 15:3)
1. Permskiy gosudarstvennyy universitet.
(Sulfides)

W079/62/032/004/006/010
D204/D301
14i
0
.-~,AUTHOR& Lai k nj IsIop. and Povarnitsina# TiNi
~,-TITLE- Studies of or"
ganosilicon compounds* III, Compounds
containing alkoxyphenyl radicals
,;~~,-PDRIODICA1: Zhurnalobshchey khimiiP v- 32p no, 4P 1962p 1314-1318
I el: _~ TEIIXTi -Interactions of E)-alkoxyphenyl magnesium bromides with SiCl
4
studiedq as organosilicon compounds containing alkoxyphenyl
groups,are virtually unknown, The reactions took place in ether,
over 3 hours' with heating.,With molar ratiost (n)t of the Grignard
0
siol, equal to 3 1or,5 1 the first.product was a di-(2.-al-
..,,.-.-.,,~...-.,.koxyphenyl-)-dichlorosilane -which# on further heating# reactled with
3rd mole of the-Grignard to give a,di-(2.-alkoxyphenyl)-phenoxy-
-chlorosilanee The-alkyl group in the above compounds was Ett a-Prp
m-Bu:and.iso-Buo, a..!Anisyl magnesium:bromide reacted anoma
6
n 3,: 1 4 5 0 85 ~.yields of o-anisyl-di-
loue yt giv ng at
phenoxy-.chlorosilane~'Hydrolyei'a: of 1h6iie. . products was a so carried
01
Lit to, give.:the:;corresponding di-~(o.~~koxyp4enyl)-phenoxy-hydroxy- A

ACCESSION XR: AP5002074 8/0079/62/032/006/1967/1969
:;--'i--AUTH0R::.- Laftn-~ 1. :E Yuzhakova, G. A.
TI TLE i Th -imia-l nuiv~rof Vadicals7atth6h'
.... ... Q-_Max ed to a central atom other than
-ibon-i.- -.-z tl-. 4`61- &anoboron compounds
-2-
r
]----:SO11kCE: Zhuinal obshchey khimii, v. 32, no. 6, 1962, 1967-1969
ganoboron compound,
organoboron spatial configuration, heteyo-
-1-0;94nic-~qtructuxe, aromatic boron compound, trizesityl boron, alkoxynapbthyl
-boron--'- -
continuation of previouB work on the relationship between the
r -of C -element, the
c
e7 -~.Tadi als and their placement around a central hetero
----aut
rasyn -the-siged and-investigated trimpaitylboron, dimes boric acid and 8
i erent--t-.rij2-alkoxynaphtbyl-l/ boron compounds. The latter vere synthesized
ro -magnesium. Attempts to s
3 _ether and the applopriate alkaxynapl~tbyl yn
ea.. e di42-alkoxynaphthyl-l/ boric acid or dij~-Alkoxynaphthyf/ boron fluorides
due to immediate symmetrization to the tri/2-alkoxynaphthyl-l/ boron com
.--pounds..- These results, which are reported in a table giving the name, empirical
boron and yield of each compound, demonstrated the possible placement
-of 3 -di-o-ttho-substituted aryl and 2-alkoxynaphthyl groups around a central boron
Card 1/2

IRA -T-F
MEMMM20,
Et~~=
f
-NR -~-----AP5002074
,-.-ACCESS~10h
-were'fiot decreased by inor-easing the molecular weight or com-
group. This fact, as well as an analysis of the bond dis-
s -ina-
L6--ted that the aryl.,radicals must be arranged perpendicular to the plam
o --t etri boron. These compounds, which were stable in air
f* h
L2-alkoxyaaphthy
----at'room -temperature, were also unable to form complexes7with a=wnia, amines or
~-',eaters due to their inability to assume a tetrahedral configuration. Orig. art.
bag! 1 table and 1 figure,
;SOCIATIONM
Zeraskiy gosudarstvenny*y universitet (Perm-State University)

NAPKIN, I.I.; ANDREYCHIKOV, Yu.S.
Synthesis of esters of secordary a-hydroxy acids of the
acetylenic series. Zhur. ob. khim. 34 no.10:3183-3185 0 164.
(MIRA 17:11)
1. Permskiy gosudaretvennyy uniVersitet.

LAPK3Nj I.I.; MUKHINA, R.G.
Sterically-unhindered chemical activity., Part Zz Mechanism of
aoid halide reactions with organolbagnesium compounds. Zhur. ob.
khim. 34 no'11:3575-3579 N 164 (MIRA 18:1)
1. Permskiy gosudarstvemyy universitet.

j
LAPY.IN; I.I... MMLER, V.A&
Possible quantitative oonformation of radicals attached to
the central elementary atom, Part 3tOrganotin compoutdo.
Zhur. ob. khim. 34 noollo.3690-3691 It 164 (MML is 11)
1. Permskiy goaudarstvannyy univerviteto

LAMNI I.I.; ANDREYCHIKOV, Yu.S.
Synthesis of esters of f~-keto acids of the acetylene series.
Zhur.org.khim. I no-3:480-483 Mr 165. (MIRA 18:4)
1. Permskiy gosudarstvennyy universitet.

LAPKE, I.I.; YUSTAFEY-7n, N. Ye.; ORIDVA, L.D.
Reaotions of d,,-cb3.orinated ethers in the presence of zinc.
Part 2!: Now methods of synthesizing diar7lmethanes, atilbenea,
and hloro- cL)J, -di(alkoxyaryl)etbanes, Zhur. org. khilm, I
no* P22169-2172 D 165 (MIRA 19a1)
1. Permskiy, gosudarstvennyy universitet. Submitted December 14,
1964.

__P__C-r4/Pr_4/p6-4 RPI, vvj,~,JlRm.
~ACCEMON NR: APS016412 UR/0079/65/036/006/1083/108 6
661.718,4 -50
AMORr_!MkWLI.T., Yuzhakm, G.&
a link-Ad to a central hetero atom.
Possible quantitative combination of radical
Part 4. Or
%moboron
goiktdkv~ Zhurnal obahchey Ulmil, v. 35, no. 6, 1965, 1083-1086
POMP,
ound tid - tructake
_:TOP
iii6iiiil&ma
ti,
on
~ ki,
ICT. '.This article is a continuation of a study of the spatial arrangement of aryl
-around a central boron atom. By synthesizing boron tris (o-a*oxyphOZylB)
qnA-, groups contained increasingly longer alkyl radicals, and drawing

I , ll~
-Itz!,&ij, 2/2 ..- . ,
*~ -L .,
E7,MW--

LAPKIN, I.I.: fiNDRE'YCHTI'0Vj Yu.-',
Chemistry of acetylenic keto acid esteerB. Part 1: Addition of
prir.%ry amines to phenylethinylglyoxylic acid esters. Z~~.
org. khim. 1 no.7:1212-1214 Tl 165. (1,',IRA 18:11)
1. Permskiy gosudExrstvenny-y universitet imeni A.M.Gartkogo.

LAPKIN, I.I.; POVARNITSYNA, T.N.; ANVAROVA, G.Ya.
............
Organosilicon compounds. Part 4: Reaction of tr_'ethyIs,I-_-ire
-* th 9 -M
-chlorinated ethers and aldehydes. Zhur. ob. kh' . 35
w
no.10-.1835-1839 0 165. (I"'MA istin-)
1. Permskiy gosudarstvenn3,y universitet.

ACC NR, AP7012416
SOURCE CODE: UR/0079/66/036/01111952il954
pkin, 1. 1.; Anvarova, 0. Ya.; Povarnitsyna, T. N.
AUTHOR: La
ORG: Porn, State University (Permskly gosudarstvennyy universit
TITU: Organoberyllium compounds and thair chemical transformations. I
SOURCE: Zhurnal obshchey khlmli, v. 36, no. I 1 19669 1952-1954
TOPIC TAG3: organdberyllium compound, halide,'keto alcohol
SUB CODE: 07
j,
ABSTRACT: 'A method was devised for synthesizing organobery1lium compounds of
jPO
6 R-C, by reaction of beryllium with
the type of beirylliumacyl halide
Be)
acid ch3orides,.bromides, and iodides. The compounds were not isolated in
pure form,.but their chemical reactions were studied. The reaction with water
resulted in aldehydes, that with acid chlorides yielded alpha-diketonas, and'
the reaction with ketones yie1ded alpha-ketoalcohols. Five alpha-diketoner,
and Avo,alr~b#-~etA~alcdhols were synthesized and* characterized.
orlpi, airt. has: .1 formula. and I table.- Lj-PRS7:-~-46--42!g
UDC: 547~254o5
C-4

IAPKIN9 I.I.; YUZHAK"A,, G.A.
a---
Possible quantitative conformatioh-bf rMi6hIs Attached to the central
elementary atom. Part 2: Organolboron compounds. Zhur.ob.khim. 32 no.6.-
1967-1969 Je 162. (MMA 15:6)
1. Permokly gosudarstvennyy'univer6it6t.
(Boron organic compounds)

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the wortheirs Donbas, A.-Yu. Iopkill. &-mrf (;n4. S.
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LAPKIN, 1. Yu.
"Some New Data on the Geology of the Krasno-oskol Dome, on the North-western
Max
a gins of the Donets Basin," Dokl. Ak.-Nauk SSSR, 30, No. 4, 1941.
Geol. Inst. Khartkov State Univ.

IAPKIN, 1. Yu.
"Some Notes on the Variegated Deposits of the Donets Basin,t,
Dokl. Ak. Hank SSSR, 46, No. 8, 1945.
Inst. Gaol. Sai., Acad. Sci.

BURM, E. S. And-UPKIN, 1. YU.P "output of Calcium-Chloride W-aters in the Valley of the
River Zherebets in the North Western Region of the Donbasp,~' Records of the Kharikov,
Agricultural Institute,, Vol V. 1946 (67-71).
(11eteorologiya i Gidrologiya, No 6 Nov/Dec 1947)
so: jj-3218, 3 Apr 1953

SAVICH-ZABLOTSKIY, X.N.; LAPKIII, I.Tu.
Origin of coppsf~.'iiLndsit ones in the DDnets Basin. Biul. Y.01P. Otd.
geol. 24 no.1:56-76 149. (MIRA 11:5)
(Donets Basin--Sandstone)

lAtXrl 1. CIMPAK) S. E.; CljlFlr,7C!WIA,
Ukraine - Gcolorj, Stnictural
-L
Tectonic schena of the eastern part of the Ukrainian S.S.R. Biu1.yDTP.nt4.
geol. 27, llo. 2, 1952
M017=1 LTS-T OF Librarr of Congress. Noverber 1952. MIdIASSIHED,

-LAPKIIJ, le Mi-XIMETEVA-, G-. D.
Geology, Stratigraphic Permian; Faleontolog7-- Pem-iRA..
Schwagerina strata in the Pre-Donets fold. Dokl. AN SSSR 82 ro. 6, 1952- Nauchno-
Iseledovatellskiy Inatitut. Prirodmykh Gazov. red. 9 Dec. 1951.
SO: MID List of Russian Accessions, Library of Congress, July 1952 Uncl.

1. LYUTRMCHV~ E. M... LOIK, -1.
2. USSR (600)
Russian Platform-Geology,, Stratigraphic
7. Lower Triassic deposits of the Russian plateau, Dok1, AN SSSR, 88 No. 1
19520
9. Monthl List of Russian Accessions, Library of Congress, April -1953, Uncl.

POPOV, V.S.; IAMIN' I.Yu.
P~rincipal features of the geological structure of the northern margin of the
Donets Usin. Biu:L.MOIP. Otd.geol. 28 no-3:3-27 153, (MUU 6:11)
(Donets Basin-Geology, Structural) (Geology, Stractural-Donats Basin)

TA -IN 1 1. Tu.
limestone-dolomite series of the Donate Permian. Biul.MOIP. Otd.geol.
29 no.4;37-50 JI-Ag 154. MU 7:9)
(Rakhmat Basin--Dolomite) (Dolomite--Bakhmt Basin)

SAVICH-7ABIOTMY, K.H.; ILFKIN, I.Yu-
"Uperimental research on the problem of accumalation of copper in
sedl=utary rocks.." Biul.KOIP. Otd.geol. 29 no.5:75-76 8-0 154.
(*koyleva, M.N.) (Copper ores) (MLU 8: 1 )
I. t

XOPRMOVICH, A.Y.; TAMN. I.YU.; TEMIN. L.G.
- mommorckw
The Donate - Northern Caucasus Hercynian folding region. Dokl.AIF
.SSM 105 no.3:337-540 N '35. (MLU 9:3)
1. Predstavleno akademikom S.I. Hironovym.
(Astrakhanffistrict-Geology, Stratigraphic)

,I STERLIN, B.,P.; TOKARSKIY, D.Ya.
,,LUZP
.9,
I
Geolog7 of gRa-bearing formations of the lower Permian in the Dnieper-
Donets Lowland. (Inzprom.no-3-.4-6 Mr '56. (KCRA,10;1)
(DnIep6r Lowland--Petroleum geoloff)
(Donets Basin--Petroleum geology)

TAPKIN, I.Tu.; STKRLIN, B.P.
__ 0
4~2__f*,~rAWA
On the Dnieper-Donets graben. Dokl.AN SSM 108 no-1:13,5-138
My 156. (NLU 9:8)
1. Ukrainskoye otdeleniya Vsesoyusnogo nauchno-iseledovatellskogo
geologo-razvedochnogo neftyanogo instituta. Predstavleno akade-
mikom S.I. Hironovym.
(Dnieper Valley--Faults (Geology)) (Donets Valley--Faults (Geology))

LIPKIN, J.Yu. LYUTKEVICH, Ye.M.
On differences -existing between the geological structure of the Polosak
and the ftia- -5:927-930
,poll-Donets d~pres6ions.Dokl. AN SSSR 108 no
Je 156. (MA 9:10)
Is Ukrainskoye otdolaniye VBesoyuznogo nauchno-issledovai~44pvv
goologorazvedoehnogo neftyanogo institute* Predstavleno akademikom
N&M. Strakhovym.
(P61seek"Ge6lagy,Stractural)(]5niepor Valley-Geology, Structural)

-7 Y,,/.
LAPKIN, I.Yu.; STERLM, B.P.
- - W-,-
"WIVIdg-, -
Dnieper-Donets Lowland. TrmW VNIGRI no.101:266-295 '57.
(MLRA 10:9)
(Dnieper Lowland--Geology) (Donets 3asir.--Geology)

,OLIN$ I-YU.; STOLISO B-P.
Oil;~'and gas-bearing prospeots of the Dnieper-Doneto lowland.
Trudy VNIGRI no,IU:Vi8-161 1570 Otm 11-6)
Onleper Lowland-Petroleum geology)
(Dnieper lowland-4ke, Natural-Geology)
(Donets Basin-htroleum geology)
(Donets Basin-Ghs.' Natural-Gbology)

AUTHORS: L Temin, L. S. SOV/2o-120-4-5o/67
TITLE: On the Role of the Ukrainian MaBBif in the Formation of the
Paleozoic Structure in the South of the EuroDean Part of ihe
USSR (0 roli Ukrainskogo massiva v formirovanii Daleozoyskoy
struktury yuga. Yevropeyskoy chasti SSSR)
PERIODICAL: Doklady Akademii nauk SSSR, 1958, Vol.12o, Nr 4, -rp.869-972
(USSR)
ABSTRACT: This massif stands out as the main element in the tectonic
plan of the Russian Platform (RuSBkaya platforma) (Refs 4, 7)
rhich is a prerequisite of the correct understanding of the
geology of southern Russia (Rossiya) (Ref 7). The views taken
by different authors concerning the nature of the massif di-
verge (Refs 1, 11, 13). Until recently the questions con-
cerning the eastern extension of the massif and the Donets
chain (Donate) connected with it and the geotectonic condi-
tions of its formation remained open. The authors describe
the most recent results of drillingB in that and neighhoring
regions (Refs 1-3, 5, 6, 8, 10, 12). They arrive at the con-
clusion, that the Ukrainian (Ukrainskiy) crystalline massif
Card 1/4 is a permanent element of the Upper Paleozoic, which pre-

BOV/20-120-4-5o/67
On the Role of the Ukrainian Massif in the Formation of the Paleozoic
Structure in the South of the European Part of the USSR
Card 2/4
determined the main trends of the development of the Her-
cynian structure of the southern parts of the Russian Plat-
form. In agreement with reference 4 A. D. Arkhangellskiy
(Ref 1), D. N. Sobolev (Ref 10) and others connected the
Heicynian dislocations of Cdntral Asia (Srednyaya Az~yz) and
of the Ural rith wemtprn Vlirnnp (ZaDadnaya YevroDFO,
lielce-Sandonierz Ridge (Swistokrzynkis Gory)
along a strip, rhich is limi-tod by
Karpinskiy's Lilis sTrip apart from the Donets (Donetskiy)
chain also comprises the DneDr-Doneta(Dneprovsko-Donetskaya)
depression. The evidence available now proves that the
Upper Paleozoic synclinal projected only-with its north-west-
ern Donets ramification into the interior of the Russian
Platform. The development of theDonets-Itorth Caucasus-(K&0dq-,Ya)
q=Iinal was as a whole determined by the relatively stable po-
sition of the Ukrainian massif. To the South and to the West
from the latter the geosynclinal downwarping and later on
the Hereynian corrugated area was formed. Hence, the connec-
tion between the Herefnides of Central Asia and the Ural with
Central Europe is not indicated to take the direction of the

.,~,o-12o-4-50/67
liriv, - i
le~;Zoic
.On the Role o' the Ukrainian ME3ssif in the Formation o-, the rai
Structure in the South of thiEuroponn Yart of the USSR
"lines of KarDinskiy", but to pass much farther to the Southt
that is to say by the Upper Paleozoic Folds of the North
Caucasus, ol* the Crimea (Krym) and th, Dobrudja Dobrudzha)l,
by-passing the Ukrainian L!as::if. B:,- this the possib2e dis-
covery of to a high degree metamorphosed Caledonides strati-
fied below is not excluded. Common features were also ob-
served in the structure of the 7,Di-llereynian Platforms of
the North Caucasus (together with the eastern prolongation of
the DDnetS basin) and of Transcaspia (Zakaspi-y) and '~7est
Siberia (Sibir~ (Ref 9).
ASS'OCIATION: Vsesoyuznyy nauchno-is2ledovatellskiy inctitut prirodnogo
gaza
(All Union-Scientific Recearch Institute of Natural Gas)
PRESENTED: February 179 1950, by D. V. Halivkin, Member# Academy of'
:iciences, UES~illi
Card 3/4

~iOV/2o-120-4-5o/67
On the Role of the Ukrainian blassif in the Fcrmation olf' the _-aleczoic
-Structure in the ~Iouth of the European Part of the USSR
SUBMITTED: January 17, 1958
1. Mountains--Geophysical effects 2. Geology--USSR 3. Geological
time-Determination 4. Geophysics
Card 4/4

131LIK, Oleg Denisovich; KANMIY, Akolay Teliseyevich; KAKRIDIN,
Vladizdr retrovich; STMMIN, Boris Pavlovich; SMORMH,
otv..red.; KURILOT
Roman Filippovich.- LMIN. Iju A. T.M.,
red.; HU40ffli Y.T., tekhn.red.
[Facies and.poloogeography of Jurassic sediments in the oil- and
gaarbearing area of the eastern:Ukrainel Pataft I paloogeografiia
barskikh otlozhonli Yostocbno-Ukrainskogo gazoneftenos-nogo
basseine. KharIkov, Izd-vo Kharlkovskogo gos.univ.. 1960. 71 p.
(MM 14:4)
('~aine--Paleogeography) Mcraine--Geology, Stratigraphic)

IA-?KIN) i.YUO
7ectonics 6-f- the Donets Basin through. Sov.Seol. 4 no.7:5,'-
67 VTI"61. OMIMA 14:10';~
1. Ukrainskiy filial-Vsesoyu2nogo nauebno-issledovatells".or-o
inotituts. prirodnogo gaza.
(Donots Basin--~Goology, Structural)

Lomr Fax-~zain in t-a south of the .u.,.:i-lan
bold, SSSR I -.1o. 1:1431-145 1-:r-,'.p 161.
1. UlwainsIdy 'Lilial VOOSO~%~.Zno-o
-Lta prirodnoCo ~,"za. Prodatavlano alm-de-d'on V.S.
Sha
(Ruali~a Flat-'-'o.,.-m--G-Dologyq Stratigrarli1c)

GLUSHENKOP N.V.; IVANOV., VA.; FODOBA, B.G.; SHCIMGOLEV, A.K.
Flora of the red aill in the Schwagerina atrata of the Donets
Permian. Dokl.AN SSSR 145 nool:157-159 J.1 162. (MM 15:7)
1. Ukrainskiy filial Vsesoyuznogo nauchno-isoledovatellskogo
institute. prirodnogo gaza. Predstavleno akademikom A.L.X-shinym.
(Bakb=t ~region--Paleobotany., Stratigraphic)

VOROBIYEV.. B.S.; I&P*N, I.Yu.; PANIKIV, A.M.; STEkLI14,,,B.P.; TKHORZHE;VSXIY., S.A.
Geology of the southern 4pe of the Voronezh massif in the Charkev
region. S*tgeol. 6 no.4:129-133 AP 163. (MIRA 16S4)
1, Trest mKharIkovneftegazrazvedka* -i Ukrainskiy filial Vaesoyuzzogo
nauchno-issledovatellskogo instituta gaza i iskusstvenftogo_.zKidkogo
topliva.
(Gharkov region-'Geology)

RIM, A.M.; ST-F=, B~P.;
AGISHOT, A.P.; KLITOGHIT-TO, I.F.;,
T11TIORZEIISM1,17 S.A.; MACHISIM, S.V. i
Pew gas-bearing area -in the southeastem section of the Ltieper-
Donets Lowland. Gaz. prom. 8 no.12:4-6 163 18:'2)

LAPKIN, I.Yu.
Early Permian of the Migodzhar trough. Dokl. AN SSSR 161 nc.5-.1169-
1172 Ap 165. (141RA 18:5)
1. Ukrainskiy filial Vsesovuznogo nauchno-issledovatellskogo
instituta prirodnykh gazov. Submitted August 13, 1964.

USSR Farm Animals. General Problems U-1
Abs'Jour Referat Zhur - Biologiya, No 16, 1967, No 72024
Author i LaDkin. K.I., LIvovich, A.X.
Title i EWTMblems of,Animal Husbandry in the Golodnaya Steppe.
Orij-Pub t Soo. S. Kh. Uzbekistan&, 1956, No 11, 47-51
Abstract : No abstract.
Card 1/1

2' C'
K 217maa ~jlvan~ovich- KAYUYDV, Favarls Kadyrovich; ARKAD"YEVA, A.,
S
9DI ~i
red.; S UTDANOVA A., tekhn. red.
.[Possibilities for inereasing the- production of cotton and
meat and decreasingtheir cost] Apservy uvelicheniiaproizvodstva
khlopka i miasa i anizheniia ikh-sebestoimosti. Tashkent,,
Gosizdat UzSSR, 1962. 13-1 (MIRk 16:6)
(Ukraine-Cotton) ( = e-Stock and stockbreeding)

N.M... kand..med.nauk; ILA ~KIV, ~K.V.; LEVANT, A.D.
Single-stage surgical removal of mitral., aortic and tricuspid
stenoses using the left approach. Vest.khir. no.1:134-136 162.
(MIRA 15:1)
lo Iz Instituta grudnoy khirurgi' (dir. - prof. S,.A,. Kolesnikov,
nauchn. rukovod. prof. A.N. Bakulev))WHI SSSR. Adres avtorov:
1,16 jj~~ jjjj-f-N~4F 11 .-- - . U
S i JUMT SSSR.
MO. 14"Cly-Pr'
0MUJIT--VALVBO-;;4A~ --,-~~~URGERY)
(TRICUSPID V~LVE)

KOLESNIKOT, S.A.; TSUMUll, G.I.; LEVART, A.D.; UPKIli, K.V..
Methods of tricuspid comnissurotomy. Grudn. khir. 4. no.5:6-11
s-or62 (MIRA 1723)
1. Iz otdeleniva priobretennykh porokov serdt9a ( zar. - Prof.
S.A. Kolesnikov) Instituta serdecbno-oosudistoy khirurgii (dir.
prof. S.A. Kolesnikov,, nauchnyy rukovoditell - akademik A.11.
Bakulev) A14N SSSR. Adres avtor&m Moskva, V-49.. Leninskiy pros-
pekt, d.8, Institut serdeelmo-sosudistoy khirargii AMN SSSR.

LAPYIN, K-V. (Moskva# Sredne-Pervmayakaya u1., d. 29, kv. 34)
Pow dilator with a flexible cable for mitral commissurotomy.
Grudn. khir. 4 no.5s115-117 S-0162 NIRA 17:3)
1. Iz Institute. serdeabno-sosudistoy khirurgil ( dir.- prof,
S.A. KoJesnikuv, nauchnyy rukovoditel7 - akadem:Lk A.N. Rikidev-).
AIV SSSR.

LIANUMVICH,, A.G.; ZAKHAROVAp N.V.;_LAPJZN--ij-
, H.; ANDHEYEVA, L.N.;
RAW.MVSKAYA, L,V,; UVAROVA, Ye,.D,; VOLOSHKO, S.G.
Chromatographic analysis at the Sterlitamak Plant of Synthetic
Rubber. Zavilab. 28 no.5t637 162. (MIRA 15:6)
1. Sterlitamakskiy zavod sinteticheskogo kauchuka.
(Sterlitamak-Rubber, Synthetic) (Chromatographic analysis)

alUKHOVIT-SKIlp A.A-! A.A.
Zero line in vacanl5o~!hromratography as a basis of continu-mis dcre--
less analysis. Dokl. All -39SR 162 no.5~1089-1091 Je 165, 041PA 18,-71
1. Moskovskiy Institut stah i splavov. Submitted November 30, 1964.

,-,,JAFXINg M.H.
IQ
Left-sid2l4iphragmatic hernia in a newborn. Xhirurgiia Supplement:8
'57- (MIRA 11:4)
1. 12 Gnilyakovskoy bollnitq7 Odeaskoy oblasti.
(DIAPHRAGM--HMNIA)

1/v x,
GiTRIK. S.M., lush.; LAPKIN, M -Tu., insh.
'
Precast prestressed reinforced concrete frames for single-story
industrial buildings. NoT.tekh. i pered.op. v etroi. 19 no.6:6-9
Je '57- (4IRA 10:10)
(Industrial buildings)
(Prestressed concrete construction)

NNSIXIN, V.S.; L&MN. N.I.
WAWI MWSRWFPM!14~~
On the effect of high-temperature annealing and reheating on the
magnetic properties of steels used in electrical engineering.
Fiz.mst.i metalloved. I no.1- 158-166 155. (K69A 90)
I..Leningradekiy institut aviatelonnogo priborostrostroyaniya i
Urallskiy nauchno-losladoystellekly institut. chernykh metallov.
(Sheet steel-Kagnetic properties)

VThe 1J.-Jurrillbilily rif gte~'l ducinc
~ml *,;. 1. I,pkm.
-q stt-zL miitg, .1,4,S. 3-5~. as.4i Si 2-5 X
telop_ Sm'. pi'lded in a 011-j_ L~ud Lhen V~
mc, da--wmw~
-At ah,0w*
I ulln tf~i;x low 0 - .3 rof 0 J
'q Si, em - '4 All 3 1-1 steel.,
'd11-pj-.-&q ffr SR . I t~r 4.10 1,4
-f. Ak`~, C'i the hrof
3ul,ng ld-,;,--
max. oa
thm, t~,Jorna-
lir'n .2~* j nw~. ~L ~,nd mpll~y at trlups-
above. 24Y,' b~z=~ of 1-6on. A. I-uv

9~joxjol~~I.i on tan'tin Hikandrovich; SHHUOV, A*A., doktor tekhn*nauk, reteenteat;
RUSTJOlp Solo# kandetekhAonauko reteenzentt ISAMOSHIN, I.G., kand.tekhA.
neuki reteenzent; ARZAkABOV, B.H., kand.takhu.nauk, retneaseat;
IAPKIM, U.I., kandetekhn.nauk-, red.; DUGINA. N.A., tekhnored,
(Squipment of heat-treating shape] (Yboradovenie termicheekilch
tookhov. Moskva, Goo. nauchno-tokhn. ind-vo mashinostroit lit-ry,
1957. 420 po (hRA 11:4)
1. Kafedra termicheekoy pbrabotki metallov Moskovskogo vyeshego
takhnichookogo nchilshcha im, Baumans (for.Samoshin, Arzamasov)
(Hatelo-Heat treatment)

137-58-6-12777
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 6, p 226 (USSR)
AUTHOR- Lapkin, N.I.
TITLE: Production of Steel for Electrical Applications With Refractory
Dielectric Coating (Proizvodstvo elelctroteklinicheskikh staley
s ogneupornymi elektroizolyatsionnyrni plenkami)
PERIODICAL: Byul, naucbno-tekhn. inform. Ural'skiy n.-i. in-t chernykh
rnetallov, 1957, Nr 3, pp 80-92
ABSTRACT: During annealing (800-1300'C) of sheet steel for electrical
applications the sheets are coated with coatings (C) which pre-
vent their sticking and welding together. The materials for C,
their properties, and the methods of application to make them
serve as dielectric films were studied. Water paint made of
freshly burned lime was selected, which, after wet grinding in
a vi'brating ball-and-shell mill, has a particle size :~l 0
It is-heated to 85-900 and dusted onto the pickled sheets, also
heated to 80-120o by purified air at 3-4 atmospheres. The con-
centration of water lime paint is 100-300 g/liter. The consump-
tion is 7-15 liter/ton of sheets 0.355 mm thick. The quality of
Card I/Z the coating is better when annealing is done in hydrogen, rather

137-58-6-12777
Production of Steel for (cont.)
than in a vacuum, and is better with shorter holding periods and on cold-
rolled than on hot-rolled steel. The magnetic properties of sheets with this
coating remain unchanged. The resistivity of the coating decreases with an
increase of the contact pressure during tests. Magnesia paint, applied with
the:same technique, proved also suitable. During annealing in a reducing
atmosphere, oxides and hydroxides of Fe, Cal or Mg in the paint are par-
tially reduced, and the H20 vapors and COZ promote formation of a dielec-
tric oxide layer of complex silicates exhibiting shades from gray to brown.
A.S.
1. Steel--Heat treatment 2. Steel--Coatings 3, Refractory materials--Applications
4. Dielectric films-44aterials
Card 2/2

Ar
AUTHOR: Dorochek, S.I.., la
pki-u_ _W._I_ and Shubin, G.D. 124
TITIB: Mange of the plasticity of transformer steel during the
process of cooling. (Izmenenle plastichnosti transform-
atbrnoy stali v piotsesse oJrh1nzhdeniya.)
PEREODICAL: "FizikaMetallov i Metallovedenie" (Physics of Metals and
W"Ea-11urgY), 1957, VoI.IV, No.1 (10).0 pp.171-176 (U.S.S.R.)
ABSTRACT: Ce 3tain problems of the kinetics of the change of the
lasticity of hot rolled transformer steel during cooling
after low temperature annealingwithout'a protective atmos-
phere,, were studied. The influence of the speed and the
tempexature range of cooling on the plasticity of the trans-
fomer steel was established.by the.method ofstep-wise
cooling. The~invastigationz were ca=ied out on 00'5 x 30 x
250 mm specimens of transformer steel containing 49'0 to
4*2% Si and minimm.contents of harmful admixtures.0 After
heating to a given temperature between 750 and 850 C and
holding for two hours thQ individual 1wkbts were fureace
eoole-d at'the rate,~ of 5 "O/hr. and 10, 20~ 40 and 60 C/hr
to specific temperatures,`~Which was followed by subsequent
cooling in air. The temperature from which the specimens
Ywe cooled in air was arbitrarily called "fixation tempera-
ture", The results plotted in Fig,I indicate that the initial
point of rapid cooling influenced considerab he plasticity
ed trans-
of transformer steel. The toughness of-highilitio7

126-3-13/34
AUTHORS: Lapkin, N. I., Shubin, G.N. and Doroshek, S.I.
TITLE; Ckai-dal -range of brittleness of electrical steels.
(Yxiticheskiy interval khrupkosti elektrotekhnicheskikh staley)
PERIODICAL: "Fizika Metallov i Metallovedeniye" (Physics of Metals
and Metallurgy), 1957, Vol.4, Ro.,,5, pp. 4?8-482 (U.S.S.R.)
ABSTRACT: The ductility was determiAed in the temperature range
-80 to +300 C of dynamo and transformer steels from
commercial open hearth melts containing 1.08 to 4% Si and
also for transformer steel containing 4.8 to 5.8% Si
Droduced in an induction furnace. The change in the ductility
was determined from the measured impact stren6,th, number of
bends until failure, stretching and pressinG in accordance
with Eriessen. The graph, Fig.1, gives the measured results
of the change in the impact strength as a function of
temperature for 1.0, 2.26, 3.56 and 4%-Si contents; the
graph, Fig.2, gives the influence of the Si content on the
plastic properties at room temperature; Fig.3 gives the
change in the number of bends (until failure) of high alloy
transformer steel as a function of the test temperature; the
graph, Fig.4, gives the anisotropy of transformer steel before
Cardl/3 and after high temperature annealing in vacuum for the
temperature range -20 to +300 C,by plotting the respective

126.3-13/34
Critical range of brittleness of electrical steels. (Cont.)
values in the direction of rolling, as well as transverse
to the direction of rolling. The critical brittleness
temperature range of electrical steels changes within wide
limits (between -80 and +250 C) depending on the Si content.
Change over from the tough to the brittle state with
increasing temperature is continuous inside a relatively
large temperature range. Of gTeat ir6portance on the
tendency of electrical steels to dev,=Ivp brittIeu,;,,., is
the character of the deformations, the direction of rolling
c.
and the heat treatment regime. The-tenisotropy of the
impact strength is more pronounced in the touh~h state than
in the brittle state and can be appreciably reduced by
high temperature annealing. Utilisation of low ' temperature
heating permits increasing the ductility of transformer
steel 15 to 20 times and represents a high quality reserve
for influencing the technological properties of this steel,
both during its production in the steel-works as well as
during actual working in engineerinG works. Electrical
steels are subject to the known phenomenon of blue brittle-
ness, Plastic deformation accelerates and increased
Card 2/3 Si content decelerates processes responsible for developing
blue brittleness.

126-3-13/34
Critical range of brittleness of electrical steels. (Cont.)
There are 4 figures, 1 table and 4 references, one of" which
is Slavic.
SUBUTTED: May 11, 1956.
ASSOCIATION: Ural Ferrous Metals Scientific Research Institute.
(Urallskiy Nauchno-Issledovatellskiy Institut Chernykh
Metallov).
AVAILABLE: LibrarY Of COngress
Ca-rd 3/3

SOV/126-64-24/34
"AUTHORS: T#Ak44~~
Iabrov, N.F.
TITIR: Cold Rolled Dynamo Steel (Kholodnokatanaya dinamnaya.
stall)
PF,RIODIGLL:Fizika Metallov i Metallovedeniye, 1958, Vol 6.
Nr 4, pp ?39-?44 (USSR)
ABSTRACT: Data are given on the features of manufactlure and on
impro I the magnetic properties of the lirst batch of
cold ~7071e'd dynamo steel manufactured by the Mag&itogorsk
Metallurgical Combine. The steel was smelted in an are
furnace and its composition was as follows: 0.0241o C;
0.10% Ma; 1.35% Si; 0.012% P; 0.008% S; 0.02% Cr;
0.10% Ni. The steel was cast by means of a &jphon
into ingots weighing seven tons which, after heating
to 12-20-12800C, was rolled into slabs of 100 x 800 mm
cross section. The slabs, weighing 950 to 1100 kg,
were heated in 3-zone holding furnaces from an initial
200C. The temperature in the holding zone was 870 to
9300C and the temperature in the soaking zone was
1275-132000. Then the slabs were,rolled to a thickness
Card 1/6 of 2.2 mm on a 10-stand continuous hot mill, the rolls

sov/126-6-4-24/34
Cold Rolled Dynamo Steel
of which were 800-500 mm. dia. with a barrelled length
of 1450 mm. The rolling temperature after passing the
rough rolling stands was 1140 to 11600C, the temperature
at the end of the rolling was 870-905OC; the slabs
were left in the furnace for 90 minutes. The hot
rolled strips of 2.2 x 800 mm, weighing 900 to 1000 kgv
were etched continuously in sulphuric acid at a speed
of 25 m./min at 45 to 90OG with a concentration of the
etching solution of 15 to 20%. After etching, the
greased hot rolled coils were rolled on'a 3-stand mill
with a diameter of the rolls of 450 mm and a barrelled
length of 1450 mm, down to a thickness of 1.0 mm. The
speed of.the first cold rolling was 3-5 M/sec. In
.contrast to the present manufacturing technology of
cold rolled transformer steelt the 1,0 mm thick dynamo
steel was coiled and without intermediate bright
Ann aling it was subjected to a second cold rolling,
to a thickness of-0-50 mm, on a 6-roll reversing stand
(roll diameter 185 mm., barrelled length 850 mm).
Individual strips were rolled on the reversing mills
Card 2/6 down to a thickness of 0-35 mm in five passes. A

SOV/126Z-4-24/34
Cold Rolled Dynamo Steel
distinguishing feature of the manufacture of this
batch of dynamo is the absence of clecarburisation
annealing, cold rolling from 2.2 down, to 0.50 and even
0.35 mm without intermediate bright annealing and final
low temperature annealing inside a protective gas.
Indi%-Idual sheets or packets of the cold rolled dynamo
steel were subjected to high temperature annealing in
vacuum for the purpose of eliminating harmful admixtures
and for obtaining a coarse grain structure. As was
shown in earlier work of the authors (Ref.1), high
temperature annealing in hydrogen, 2n deep vacuum or in
neutral gases bring about a considerable increase of
the magaLetic induction in weak fields and a reduction
in the coercive force even in low alloy (hot rolled)
dynamo steel, in spite of the o( to y transformations
which take place. The applied heat treatment regimes
of the cold rolled dynamo steel are entered in Tablel.,
p 740. In Table 2 the specific losses.and. the magnetic
induction in strong fields are entered for a dynamo
Card 3/6 steel which was subjected to a final low temperature

SOV/126--6'.*,4-24/34
Cold Rolled Dynamo Steel
annealing inside a protective gas. It can be seen
that the specific losses of such a steel are relatively
high. The influence of heat treatment and of the
thickness of the sheets on the specific losses of cold
rolled dynamo steel containing l..35% Si is graphed in
Fig.l. In Fig.2 the influeace is graphed of the heat
treatment regime on the magnetic induction of cold
rolled dynamo steel. In Fie;.3 the dependence is graphed
of the specific losses of electrical steels on the Si
content. In Pig.4 curves of the magnetic anisotropy of
cold rolled dynamo steel after various heat treatment
regimes are graphed. The author summarises his
conclusions thus:.
1. After low temperature annealing in a neutral gas
(without applying decarburisation and intemediate
ann aling), low alloy cold-rolled dynamo steel has a
higher magnetic induction and a higher filling
coefficient than hot rolled dynamo steel, the specific
losses being equal in both cases.
2. The specific losses of this steel after high
Card 4/6 temperature annealing in vacuum decreases to the level

BOV/126-L-.4-24-/34
Cold Rolled Dynamo Steel
of that pertaining to medium. alloy hot rolled
transformer steel. Thereby, a considerable growth of
the grains takes place and an increase in the magnetic
induction in weak and medium fields.
3. Reduction of the sheet thickness from 1.0 to
0.35 mm leads to a reduction to half of the specific
losses of.coarse grain cold rolled dynamo steel. A
further reduction of the specific losses can be.achieved
by increasing the silicon content and eliminating harmful
admiytures.
4. The recrystallisation tjcxl,.-.ure and the magnetic
anisotropy of cold rolled d,7namo steel are insignificant
Card 5/6

SOV/1'26-6- -~ 17:-4/,1141
Cold Rolled Dynamo Steel
and decrease with increasing annealing temperature.
There are 4 figures, 2 tables and, 4 referenoes of which
3 are Soviet and. 1 Geiman.
ASSOCIANION.- Urailslci3r Nauchno-IssledovatePRI-1- Institut
Ghernykh Metallov (Ural
of Perrous Ml~talz)
SUBMITTED: 4th January 1957 (Initially)
3rd APril 195? (after revision)
Card 6/6

24 (3)
AUTHORI-S' Lapkin, 11 . I
TITLE:
J_,-r-~1;O.-.-!;u-_,o -I~nnealim- rn tlrt o
Tqfjjjr~

C"j

Vol
A TAH!"..CT: In the prcccnt i)aT),-,r thr~ invcsll:ig~nitod tho fo 11 o,,,; i
'
-
',
501" -nd 5()-
iron-nic!-
,1-r~l1O
'hS as rs
~crmmllw
s: 50
,
.
!,
:
,
,
l
Y
molYbdenu:_-4-DcrrL?X_r.-, -70`4. 17he denendenco of -1cho rmgm~t-c
properties of the Fc-1-%'i-alloys on tho temparst!;rc of
-
ures 1
2
(up to 13500) ar-~ given in fi
and
annealin
,
-
,
,
g
may be seen ~11 propcrti~?s arr considorabl-v
in the caso of' annealins ia arL-Ton. "! further
the proportics is attainee. by the annealing in t?:.~.,
mcdium,; in this caso in the vncuum vith gras abcorbcrs. 7-2
total effect of the refining medilim in the case of
re-ITi-alloys is smaller than wit'll Pe-Si. The offect of t1he
medium on `.-he maximum perme,,~,.bility which increv-ses
Card 1/3 risia.- temperature (7-if; 2) is ;zppi.,rently due to the f--ct

On the Influence of Tlli~,rh Tem-)erature I.nricaling on the S0V/jF-2-,-7-7/74
-ngnetic Properties, of -agnotically Soft Alloys
that the q,,,-.:im-un pormoability of the Fe-Ni-,--.lloya
to the nonneLallic, phases is extremely sensitive. The hi.~-!i
absolute values of the m,,ignctic properties which ire
U 0
obtriined ofter high tomperat-ure annealing in the refining
medium i.re es-pocially striking (Table). The cu3-von of
nagnotic permeability for 0.5 mm thick bands of 5011-
-~-Cter the nnnealing nt different tomporaturez; in lk.`-
by means of gas absorbors ,ire shown in fiEure 71. Filrvr-~
shows n:-,netization curves for cold rolled eynr,,rro 3t-~--I
- 11 0
after t-he nnnealing at '50 in the protcelive gas cnd rt
1120 0 ii tho vt,,cuum. The fact that the anisotropy ol' -L-'!ic
cold roll-:~e- 62rnpno steel after the annealing ~~t 1120 0 is
lover thrn after the anne,--ling at 850 0 is especially
(Pig 5). I-r-he difference in the texture after the annec."Lin-
at 850 alv! 11200 probably depends on the f~~ct thn.t. for~~i
is bolow nnd the latter nbove the temperature of phrsi-~
Car~ 2/3 transfornation in the (I.yw:no steel with 1.35

On the Influence of High Temperature Anneeqling on SOVAC-23-'--5/31,
~'-L,-,nntically Soft Alloys
the Magnetic Properties of J-
Figure shows the influence of the nnnealin- to.-I
perature
on the ~ropertias of hot rolled trrmsforjaer steel. It
appears from laboratory experiments, conducted by G. A. Zykov
(Fig 6a) that in weak fields inductlion increaser., while
losses decrease. The induction n 25 as was shovin already
earlier - (Refs 4, 5) soinewhat decreases. The properties
(e xcept B25 ) change in the same 0direction also at a
teraperature increase up to 1160 after the shop annealing
(Fig 6b) at a residual pressure of 40-50 m-m torr. The absolute
values - especially in weak fields - are considerably higher
after the annealing under laboratory conditions which can
be.explained by the stronger refining effect of the medium.
There are 6 figures, 1 table, and 5 references, 4 of which
are Soviet.
Card 3/3

85037
S/126/60/010/004/003/023
3 if/ E073/E535
(11,37
AUTHORS. Lapkin, N.I., Bukhvostova, N. G. and Falaleyev, G.A.
TITLE. -I_nYf1_u_e_n_c_e-Fr-fleat Treatment on the Magnetic Properties
of Nickel-Zinc Ferrites
-1' Vj_
1960, Vol.10, No.4,
PERIODICAL, Fizika me allov i metallovedeniye
PP. 521-526
TEXT- The influence was investigated of the annealing
(ferritizing) temperature of the mass and of the sinterinotempera-
ture of components on the initial permeability j._, tS 6., the
0
coercive force H the residual induction B and the Curie point
C9 X r
0 of nickel-zinc ferrites~of the following composition by weight:
Fe20R - 66.0%, NiO - 12.0%, ZnO - 22.0%. The process of production
of t e specimens is briefly described. -p and tgb were measured
by means of a Maxwell bridge at 1000 cps, 0 H cv Br and B m were
measured by a ballistic method. In the experiments over 500
toroidal specimens with an average diameter of 20 mm and a height
of 5 mm were investigated. The first series of experiments were
made for the purpose of determining the dependence of the magnetic
properties and. also the porosity of the tested nickel-zinc ferrites
on the/41ntering temperature (1000 to 1350*C) for a constant
Card I

85037
S/126/6o/olO/004/003/023
E073/E535
Influence of Heat Treatment on the Magnetic Proper-ties of Nickel-
Zinc Ferrites
ferriti.zing temperature (1050*C) and a constant duration of the
.sintering process (4 hours). For a sintering temperature of 11000C
the magnetic properties proved very low (Fig.1). With increasing
sintering temperature,up to 12500C,the maximum induction and the
initial permeability increased considerably and the coercive force
.and the loss angle tangent decreased. X-ray structural and
metallographic analyses indicate that for a sintering temperature
of 1250*C a solid solution of nickel-zinc ferrite is formed.
Further increase in the sintering temperature leads to a change in
the phase composition, namely, a decomposition of the zinc ferrite
anincrease in porosity (Fig.2) and poorer magnetic proper-ties.
The second series of experiments was made for determining the
influence of the annealing temperature on the magnetic properties
of ferrites sintered at 1250, 1300 and 1350OCi the results are
plotted in Fig.3. The ferritizing process has a considerable
influence on the shrinkage, the magnetic induction, the initial
magnetic permeability and the loss angle. The coercive force is
Card 2/4~

85037
S/126/60/010/004/003/023
E073/E535
Influence of Heat Treatment on the Magnetic Properties of Nickel--
Zinc.Ferrites
only slightly affecied by changes in the annealing temperature.
Comparison of the results obtained on the influence of the annealing
temperature of the mass and the sintering temperature of the
finished components (Fig.4) indicates that the process of
ferritizing has a considerable 'influence on the magnetic properties
of ferrites. The Curie point, 1600C, is determ�ned by the
chemical composition and does not depend on the heat treatment. The
'following optimum temperatures were determined: annealing 1050 to
1150*C, sintering not exceeding 1250OC- After annealing at
.10500C and sintering at 1250*C the tested ferrites had an initial
permeability of 1000 to 1100 gauss/Oe, tg6 equalled 0-5 to o.6.
Such ferrites proved suitable as cores for surge transformers with
'surge durations of 0.6 to 1.0 lisec. For shorter pulses, ferrites
with lower initial permeabilities and loss angles have to be used.
Comparative tests with surge transformers have shown that ferrite
cores are supqrior to coreslof the magnetically soft alloys
79H5M (Z2NjMX$and 50H(50N);i By using ferrite cores it proved
possible to reduce the weight and size of surge transformers by a
~Card 3/4

85037
S/126/60/010/004/003/023
E073/E535
Influence of Heat Treatment on the Magnetic Properties of Nickel-
Zinc Ferrites
factor of 15 to 20, considerably reducing their cost and ensuring
the obtaining of stable,square topped pulses vrith steep fronts.
.There are 4 figures and 4 references: 3 Soviet.and 1 English.
ASSOCIATION: Urallskiy nauchno-issledovatellskiy institut
chernykh metallov (Ural Scientific Research Institute
of Ferrous Metals)
SUBMITTED: November 14, 1959
Card 4/4

859A
, Ah,.vmfl; S/126/6o/oiO/005/003/030
E073/E535
AUTHORS., Krasnoperov, G. V. and Lapkin, N. I-
TITLE: Investigation of Heat Treatment of)lron-Aluminium
Magnetically Soft Alloys
PERIODICAL-. Fizika metallov i metallovedeniye, 1960, Vol.10, No.5,
pp.668-671
TEXT: The aim of the investigations was to'find methods of
heat treatment which ensure high magnetic properties in hot rolled
sheets of iron alloyed with 16% Al. The alloy 0 16 (Yu16),d
corresponding to the American "alphenol", was produced in an open
100 kg capacity induction furnace using as charge materials pure
iron and refined grades of Al. Prior to alloying with Al, the
welt was treated with a vacuum of 10 to 15 mm Hg col. for the
purpose of decarburization and deoxidation. The metal was poured
into metallic moulds and heated to 500*C. To eliminate thermal
stresses and cracks, the ingots were cooled from 8000C with a speed
of 80 to 90OC/hour. The specimens had the following composition
In percentt C 0.009, S! 0.38, Mn 0.03, S 0.002, P 0.004, Cr traces,
Ni 0 .04, Cu 0.02, Al 15-7. The hot rolling was by means of a 2-high
mill in packets consisting of sheets of dynamo steel and of the
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85961
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E073/E535
In-westigation of Heat Treatment of Ivon-Aluminium Magnetically Soft
.Alloys
alloy Yu16. Discs of 30 and 20 mm diameter were stamped from hot
rolled 0.35 x 600 x 1200 mm pickled sheets. The specimens,
consisting of 20 sheets, were air annealed in a silite furnace
in the temperature range 800 to 12000C, followed by cooling at a
rate of 1OO*C to the quenching temperature, held, at that temperature
for 30 min'and then quenched in a 20% NaOH solution, water or
transformer oil. The magnetic properties were measured ballistically,
.the electric properties were measured by means of resistance bridges.
.For determining the influence of the annealing temperature on the
magnetic properties, the specimens were cooled at the rate of 100OC/hr
and,then quenched inthe alkali from 6oo0c. An increase in the
annealing temperature from 850 to 1050*C brings about an improvement
of the magnetic properties. On increasing this temperature further,
the magnetic properties will become somewhat poorer. An increase
in the annealing temperature leads to some burning off of the Al.
The quenching medlum and the quenching temperature have a consider-
able Influence on the permeability and on the coercive force; the
highest jL0 values were obtained after oil quenching from 6500C
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E073/E535
Investigation of Heat Treatment of Iron-Aluminium Magnetically Soft
Alloys
(annealing at 950*C) and 700*C (annealing at 10500C). An increase
in.the annealing temperature shifts towards higher temperatures
the optimum quenching temperature from the point of view of -go.
,The initial permeability is considerably lower for specimens
quenched~in alkali and water. For obtaining high maximum permeabili-
ties it is necessary to quench the alloy from 6500C (after annealing
at 950*0 and 6000C (after annealing at 1050*C). An increase in
the annealing temperature and the quenching speed leads to a decrease
.in the optimum quenching temperature. In the case of oil quenching,
the coercive force decreases with temperature up to 650-7000C. It
was found that an increase in the quenching temperature and the
cooling speed leads to an increase in the electric resistance and,
consequently, to a decrease in the degree of ordering. An increase
in'the soaking time from 15 min to 3 hours during annealing and also
of the cooling rate from 50 to 200*C/hr does not affect greatly the
magnetic properties. The results show that with this alloy magnetic
properties can be obtained which compare favourably with those
obtained for an iron alloy with a 50% Ni content. Acknowledgments
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85962L
S/126/60/010/005/005/030
E073/E535
investigation of Heat Treatment of Iron-Aluminium Magnetically Soft
Alloys,
are made to the personnel of the Precision Alloy Laboratory of fltie
Ural Scientific Research Institute for Ferrous Metals (I. A. Gorlach,
N. A. Krasillnikov and A. S. Matyuxin) and to the student,
L. N. Polovnikova for producing the specimens and for assistance
with the heat treatment and the magnetic tests. , There are
2 figures, I table and 5 references: I Soviet and 4 English.
ASSOCIATION: Ural'skiy nauchno-issledovatellskiy institut
chernykh metallov (Ural Scientific Research Institute
for Ferrous Metals)
SUBMITTED: May 7, 1960
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5/126/61/011/003/015/017
E032/E514
AUTHORS: FALALEYEV, G.A. and Lapkin, N. 1.
The Effect of Neutron Bombardment on the Magnetic
TITLE:
Properties of Cores Made from the -711-fM (79NM) Alloy
.PERIODICALt Fizika i~etallov i metallevodeniye, 1961, Vol.11, N0.3,
-474
p. 473
P
TEXT: 'The present authors have measured the frequency
dependence of the magnetic properties of the 79NM alloy before. and
after neutron bombardment. The following quantities were
'measured% initial permeability IL , amplitude and inductive
0
maximum permeabilities ji and the tangent of the loss,angle
M
Tan"g Wound-tape core specimens
-at these points tan 6
42 x 30 x 5 mm) madeofrom a Tibbon 0.08 mm thick w re used. The
specimens were irradiated with a neutr?n beam of 10 neutrons/cAec.
9
'The total dose was 5 x 10 neutrons/em The results obtained
are.summarized in the figure, in which the full curves refer to.
the magnitudes of the parameters before the irradiation and the
dashed curves to the magnitude after irradiation. In this figure
Ii is in Gauss/Oe vertical axis) and the magnetization reversal
frequency in sec- (horizontal axis). Ther6 are I figure and
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2_-~963,
S.112o/ 61/011/005/Oo6/OL5
E073/E335
AUTHORS: and Kra!5noperov,, G. V.
TITLE.- Influence of Heat-ti:eatment on the Temperature
Stabilityand Ageing of the Allcy ~.-k, (Yulb)
PERIODICALg Fizilca metallov i metallovedenlys. 1961,
Vol. 11, No. 5, pp. 693 - 697
TEXT: The authors investigated the influence of heat-
treatment on the temperature dependence of the permeability,
coercive force and the magnetic induction of a hot-rolled
high-ordering alloy Yu.16 (16% 0Al~ rest 'Fe) in th-:1
temperature rangb -80 to +200 C., They also investigated
the influence of ageing on the magnetic and electrical
properties of this alloy. According to earlier results of'
the authors and their team (Ref. I - Byulle+.j.n
1960, 34, No. 23. Ref. 2 -- Fiz,, met., 1. metalloveden:kye.
196o, Vol. 10, No. 5~ p.668) this alloy possesses very
favourable magnetic properties after quenching from the
temperature range 700 - 500 0C and as a result of thia the
alloy may prove to be in an unetable 5tats. The specimews
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22 9 6:'i I
S'/126/61/011/005/oo6/015
Influence of Heat-treatmenr E073/E335
were produced from hot-rolled, beat-ireated 0.35 min thic.R
sheet. Various heat -.,t.r eatments were appl:tGd to stab.ilise7-
their magnetic properties~ i.e. rar3-ous temperature* of
annealing and quenching and various cooling speed3. The
magnetic hysteresis prope-rizies were in 8aruxed ballis-ti.c.ally
in the temperature range -80 to 4200 C, us.ing a thermostat..
A mixture of liquid natrogen and gasoline was used as a
quenching medium. Pri.or to the magnctic meaBurements,
individual specimens were 0--lubjecied t.o artificial ageing
(at 50, 100~ 200 and 250 C for 1-4 hours) and natural
agelng (15-20 OC for 2 880 and 5 o40 hourb). For all the
investigated heat- treatment s (ameal.ing at. 950 and 1 050 OC
for one hour; quenching from 700, 650, 6oo, 500 and 450 0C
in an alkali, water and oil) the magnetic properties changed
considerably on changing the test temperature Ths inducilon
at 11 = 13 Oe is highest at low temperatures i...80 C) and
this drops rapidly ifith increasing test. temperature, indic~ating
a low Curie point. The residual Jnduc;tion as well. as the
permeability and the coercive force change vrith the test
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Influence of Heat-treatment 9-ee F,073/E335
temperature and the appropriate curves show a pronounced
maximum (or 0minimum). The residual induction has a maximum
at 20 - 40 C and shows little dependence on the heat-
treatment conditions. At low quenching temperatures (400 -
500 OC) and high cooling speeds, the magnitude and the
temperature stability of the magnetic properties are low.
The highest initial and maximum permeabilities were obtained
in tests at 100-120 and 40-60 OC after annealing followed
by oil-quenching. Artificial ageing at 50 - 100 0C resulted
in an improvement in the magnetic properties by 5-200%. The
results have shown that heat-treatment, which leads to
improved magnetic properties of the alloy, brings about a
decrease in the temperature stability of these properties.
An increase in the cooling speed during quenchin 6 narrows
the range of operating terfipetatures; at 150180 C an
irreversible deterioration in th8 magnetic properties-will occur,
Artificial ageing at 50 and 100 C improves, and artificial
ageing at 200-250 0C reduces the magnetic properties of the
investigated alloy. Natural ageing for periods of four and
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Influence of Heat-treatment .... E073/E335
seven months also results in a deterioration of the magnetic
properties. There are 3 figures, 1 table and 5 Soviet
references. V VI,
ASSOCIATION: Ural'skiy nauchno-issledovatelOskiy institut
chernykh metallov (Ural Scientific-research
Institutefor Ferrous Metals)
SUBMITTED: August 6, 1960
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KHMEV., V.N.; BARANOVA,, N.A.; GORIACH, I.A.; KYASOV, Ye.I.; KPLAMARENKO, I.S.;
PRiViWV,
MIRONOV., L.V.;
S.S.,- LYASKO, N.V.; PUBROV, N.F.;
MIRONOV, L.VD; KOKSR&RCV&,, I.K.; MIKUJZV, M.~.; LAZAREV, E.M.;
KUZNETSOVA, X.R.; tAPE9, N I,; KRASILINIKGV~ N.A.; GOLIDSHTE)II, M.I.;
GUTEFMN,' S.G.; ODINOKOV, Yu.I.; SKRYABINj N.P.; KORSHCHIKOV, V.D.
Research by the Ural Ferrous Metal ReseFch Institute. Stall
.~-~2-~,no,:ifif6>-I..623..638-639.,670. n 162, (MIRA 15:7)
.(Metallurgical research)

m4w
i

/63/Wd/002/014/052
rive-stlg bn--~-bff~heat treittment, 5,2/A 126

DUBROV, Nikolay FedorovichtLAE~~~~~~.Prinimal
uchastiye ZASUKHA, P.F.; KOWBKA, B.A.,, retsenzent;
MIRDNOV.. Leonard Vladimirovieh, KRYZHDVA, M.L., red. izd-va;
BEKKER, O.G., tekhn. red.
[Electrical steels] Elektrotekhnicheskie stali. Moskva, Metal-
lurgizdat, 1963. 383 p. (MIRA 16:7)
(Steel-Magnetic properties)

U
ACCES4i'm NR ..Au4ol4lh1
S10137163100010121V03911VO39'
SOURCEs RZh* Metallurgiya, Abs. 12V291
i.;.': AUTEORs. Gorlachj, I. Aq Kvasov, Yet LI Lapkins He It
__-TITLEs Vacuum melting of solf,;magnatio alloys
CITED SGURCEs Tre.Ural'skogo, n,-i, in-ta chern, mets v, 2j 1963a 219-230
TOPMTAGS: soft magnetic alloyp alloy vacuum melting,, arc,vacuum melting.,'in
duction vacuum melting, nickel manganese alloy melting
TRANSLATIONs A study was made of the effect of the methods of.vacuum, melting on
the chemical composition and magnetic properties of the most typical magnetic-
soft alloys (50N# 79NM# 8ONKhS)* The alloys were melted in a 3W kg open induc-
tion furnace,,with a magnesite crucible. Consumable electrodes in the form of
billets 95-100 mm in diameter were wed for are vacuum rembiting (AVR). The AVR
was carried out at a pressure of 10-2 mm Hg, ~nductioii vacuum melting ( M) in-
volving weights up to 5 1cg was carried out in a crucible from A1203 or Zr02 at
T
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ACCESSION h1ts M4011041
pressures of 4-8 x 10-2 mm Hg. In all, 9 meltings were carried out in the open
induction furnace.
in an H2 atmDsphere., and 13 1VM and 19 AVR were performed*
The properties of the aoft-magnetic alloys melted under vacuum were found to have
higher values than those of alloys relted in air., and the properties of the
alloys obtained by AVR had higher values than those of the alloys made by IVM.
IN AVR., the volatilization of Ni amounted to an average 194%. and that of Mn, to
30-40%. Do Kashoyevao
j DATE AOQ,l o9jan64 SUB CODE: ML ENCL: 00
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S11331631OW100310061007
A054/A126
.,AVMORS; Doroshek, S.I., Lapkin, N.I., Engineers
FITLE: At the Urallskiy nauchno-issledovateltskiy institut chernykh metal-
lov (Ural Scientific Research Institute of Ferrous Metals)
7MODICAL: Stall, no. 3, 1963p 252 - 253
I=: New compositions for high-precision hairspring 'steel grades and the
0
c rresponding technological processes have been established for the Beloretskiy
zavod (Beloretsk Plant) and the Chelyabinskiy chasovoy zavod (Chelyabinsk Watch
i Factory). The new dispersed solidifying Fe-Ni-Cr alloy [H 41 XT (AMT) grade]
is hardened in hydrogen at 800 C'(formerly 1,000 C), final reduction is carried
out up to 196%, then follows thermal stabilization in a titanium hydride atmos-
phere at 690 - 700*C with 1-h holding time and cooling to 50*in 40 - 50 min. In
the new alloy the-isochronous distortion was reduced from 31-5 to.19.4 sec/24 h
(at the interval of vibration amplitude 270 - 180*C) and flawles's output was
raised from 40 to 63.5%. Tests were made to improve the new (N41KhT) alloy by
adding Al, Ti, Mo, and Co in various amounts. Finally three new variants were
LCa 1/2

S/133/ 007
63/000/003/006/
At the Ural'skly nauchno-issledovatel'skiy .... A054/A126
i: accepted; I) H42 X T M (N42KhTT4) grade, with 0. 5% Mo, ensuring a low (less
than 0.1 sec/OC - 24 h) temperature error of the clock movement, that is practi-
callyindeperdant of thermal stabilization; 2) H42XTID2 (N42KhTYu2) with 1.3%
Al, displaying Improved elasticity and other mechanical properties,and 3)
H39 XTr3 (N39KM3) grade with a lowered reactivity against magnetism (of a
voltage up to 200 e). T~e new alloys ensure an average irochronous distortion
seo/24 h (instead of 19.4) and a flawless output (with regard to prop-
7 - 12
erties) of 85% (against 63.5%).
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E
XC"R A/ o1 12 1 Gen Pathology Jan
EAXI DICA Sed 5 V 59
277. 1XIORPPOLOG"A' OF THE SYMPATHETIC AND ENTERVERTEBRAL GANCILL-1
HYPERTENSION IN 'MAN AND EXPERI-
AND OF THE SPINAL CORD IN
MENTAL ANIMALS (Russian text) - 1. a 1) in S. K. - TRUDY I 'MOSK NIED.
1NST. 1956,1 (19-30)
The upper and middle cervical, stellate and lower thoracic ganglia of the sympa-
thetic trunk on both sides, intervertebral.ganglia of upper and lower thoracic
segments on both sides, and spinal cord ',.it the same lev(zls were examined in 13
cases of hypertension, 2 cases of chronic nephritis, and 2 cases of experimental
renal hypertension in dogs induced by wrapping the kidneys in cellophane. 'Marked
dystrophic changes in the neurons were noted, accompanied by ganglion cc,)
necrosis and disintegration of nerve conductors. Compensatory and regencrativic
processes took place at the same time: ilerve cells divided amitotically. In-chronic
nephritis the changes were less pronounced; the Wast, and reversible changes
were observed in the sympathetic and inte rvericbral 'ganglia and spinal cord in e%peri-
mental renal hypertension in dogs. Most susceptible were -the viscero-receptor
nerves and vegetative nuclei of the spindl cord. The efferent preganglionic fibres
became invOLved in the pathological process later. Postganglionic fibres %vere pre-
served intact for a long time; in experimental hypertension the fine nonmyelinated
fibres showed a normal structure. The most damaged of the sympathetic ganglia
were the stellate ganglia. There was no direct relationship between the height of
the arterial pressure and the severity of the dystrophic changes in the nervous
system. A hypertension of long standing resulted in reduction of the numbers of
functionating neurons, and a sclerosis of peripheral nerve ganglia. (S)