SCIENTIFIC ABSTRACT LYUBUSHIN, A.A. - LYUDKEVICH, I.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001031220007-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

LYUBUSHIN. Aleksandr Alekseyevich, prof.; ROKAN--'4NKO. V.P., red.;
KARPYUK, L.J., tekhn.red.
(Medicine and religionJ Moditsina i religiia. Orenburg,
Orenburgskoe knizhnoe izd-vo. 1959. 23 P. (MIRA 13:6)
(Medicine and religion)

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LvlBTJSHIN, A.A.
ComDarative evaluation of toxicity of aqueous and alcohol extracts
from hibernated vanic grass and from culture of Yhearium. Tr. Vaesoius.
obah. fiziol. no. 1:119-120 1952. (GLML 24:1)
1. Delivered 3 March 1949, Ghkalov.

LYUBUSH111, A. A.
(A-leksander Alekseyevich)
"Some Experimental Data on. the Problem of Intraverous Infusion of 30dium
Bicarbonate," (Dissertation), Academic degree of Docter It Medicni @cierxes,
bnsed on his deferise, I ?@Inrch P""Ji, if; the Counc-1.1 of thc Jecond Mt,scov @Jtntc
L,L-dical Inst im. Stalin.
Chkalov State I-L-dical Inst.
OVM- 13, 054, @7F, 2 Oct 57

Translation from: Re f era t-*Lvnyy
p 178 (USSIR)
AUTHOR: Lyutusriin, t.. A.
TITLE: The Mineral Waters
minerallnyye vody)
z,-,tarn a I o@,iya 9@,/ Nr
of BuLuruslan (5ai-uruslariskiye
PE-19 I ODI C AL Vestnik Chkalovsk. otd Vses. c*taim, o-vL il.,n, D 1,
Miendeleyeva, 1956, Hr 6, pp 61-66
AT S TR T T@-,e mineral waters of t@-ie Ruguru3lan region mi.-; 1, e
divided into two i:-rouD3 accoreing to tne jept.,:3 at
which. the aquifers occar. In tne first, tne waters
have a comparatively low mineralizatiori (,-J@b to 2-_/
9/11iter) and are of the 3odiarn-calciam-magnesium-
bicurbonute-cnlor.1fe t.,Jpe, with large quantitles of'
@iydrogen sulfide (200 to F,')O mg/liter). T!, e w a t e r 3
of the Puguruslar ji3trict telong to t@.is group, r1e
second group consists of deep mineral waters (,_2@ to
Card 1/2 3000 m) . Vie minerblization of triese waters, [e-mail]

The ?Alneral Waters of' Bluguruslan
I b - 7 - 37
occur in Devonian strat@, -eact.es 112 tc -.45, E,/ liter, -@ie
waters are of ti-ie oily type, _@@e- -_:;r.-
J
tain large quFAntitieq of bromium Lind, in places, 3,mall a I -
ties of iodine. They @jre riot radioactlve,, @na'Ly3e3 we-e made
on the material Irom b numter of wells, the -K&,:ers of wr.-Icti are
heing considered for utllizationL Tt-,e mos tsuitabie waters for
medicinal purposes are of the sli&Itly mineralized ny@iro;ien-
sulfide type,
Card 2/2 S. !1, A@

LYU8USHIN, A.A. (Moskva)
Recurrent leiomyoma of *the
1. PatologoanatomicheB@aya
I'Sentrallnoy klinichaskoy
(nachallnik A.I. Yu-rlyev)'
akin. Ark4l. pat. no,10,57-59 1@4.-
(MIFA 1q, 10'I
laboratoriya (zav. A.M. Vakh-arkina)
rentgeno-radiologicheskoy bol'rlitsy
Ministerstva. putey soobshr-heniya.

LYUBUSHIN, B. A. (Manager) and BARANOVSKIY, 1. V. (Head of the Disinfectional
Detachment, Rava-Russkaya Inter-Raion Veterinary Laboratory LIvov
Obia-W).
"Utilization of liquid fuel in the work with Komarov's Disinfectional in-
stallation (DUK)."
j
Veterinar.xya, Vol. 38, No. 3, 1961, P. 72.

85-10-3/35
AUTHOR: Lyubushkin,G., Absolute World Record Holder
TITLE: Above the Absolute World Record (Vyshe absolpitnogo
mirovogo rekorda)
I
PERIODICAL: Kryllya Rodiny, 1957, Nr 10, P. 3 (USSR)
ABSTRACT: The author of this short item describes his airplane
model, which attained the altitude of 5-,1-03 m and thus
established a new world record. This model is equipped
with a K-1-6 engine. The flight of this model was
observed by the sports Commissars from two airplanes,
Yak-18 and An-2. This item is Illustrated by a photo-
graph of Its author, holding his model.
AVAILABLE: Library of Congress

LYUBUSHKINY V., kand.tekhn.nauk
Schematics of corn grinding and gc-iTq separating systems. @Ifuk.-qlev.
prom. 28 no.6:11+-17 Je 162. O,IIR@, 15:7)
1. Moskovskiy tekhnologic-eskiy inotitut pishchevoy pro-lyr--hlennosti.
(Corn (Maize)) (Grain milAng machiner-j)

LYUBUSFKIi',', V. , kand. teldin.nauk
lje@j systems cf corn mlll-lrli@- pron. 27 r,.4*:,2-15
Ap 161. (FIRA 14:7)
1. Moskovskiy tekhnolog-icheqk.1-y Institu' pishchevoy promyshlenrosti.
(Corn aiillir.,@-.)

Disserlat"on; 7 i; a',iori roce,
C. ch c i c s c o e -s o 1 nc. IS'

ZHIGALOV, A.N., kand. ekon. nauk. CMKHkR'YO. Z.T., kand. ekon. nauk,
retsenzent; LYW =1. V.T., kand. teldm. nauk, spetared.;
FM. V.K., red.; KISINA, Te. I., tekhn. red.
[Utilizatiou of the capital assents of state-owned rural mills]
Ispolizovanie oanovWfch fondov gosudaretvennykh sellskokhoziaistvea-
nykh mellnits. Moskra, Pishchepromizdat, 1958. 122 p. (KnU 110-8)
(Iflonr mills)

T
LYLMMHKIN. V., kand.takhn.nauk
Milling based an collision of grain particles at supersonic speed.
Muk.-elev. prom. 24 no.7:21-23 -Tl '58. (MUU 11:10)
l.Keekovskiy tekhnologicheski? institut pishchevO7 promVehlennoeti.
(Grain milling)

LYUBUSHKIN, V.T.; SAYMYEV, I.S.; ARUTYUNOVA, L.S.
Physical properties of corn flakes. Izv. vys. ucheb. zav.;
pishch. tekh. no.6.46-47 163. (MIRA 17:3)
1. Moskovskly tekhnologicheskiy institut pishchevoy praWsh-
lennosti, kafedra promyshlennoy pererabotki. kukuruzy.

U, ', KC Vye. P. 11,1311 r NV 'I KA KO V A A F
"ir @lr'.
i ZV. v V5.
r; , Z.'. 17
vskl@ i.,/ irit3t it..t jiih--i.av(,y promysh -i
kaft.-dra promy6rileni,oy p@rerabotki kukuruzy i kafedra bickhi:i:ii
i zerrlovo--,ir-niya.

RCZANOVp Ve G9, kando tekhn. nwik; LYUBUSHKIN, V. V.
Selecting optimuin characteristics of a pnewotic drive for
automobile-train brakes. Avt. prom. 28 no.6:25-28 Je 162.
(MIRA 16:4)
1. Gasudaretvennyy soyuznyy ordens. Trudovogo Krasnogo Znameni
nauchno-isoledovatellskiy avtomobillrqy i avtomotornyy inatitut.
(Automobile trains-Brakes)

LYUBUSHKIN, V.V.; ROMOV, V.G., kand.tekhn.nauk
Improving a braking system with pneumatic driving. Avt.prom. 20
no.9j26-28 S 163. (MIRA 16:9)
1. Gosudarstvennyy soyuznyy ordena Trudovogo Krasnogo
Znameni nauchno-issledovatellskiy avtomobillnyy i avtomotornyy
institut.
Ootor vehicles-Brakes)

PASHKANG, K.V.; VASIL'YEVA, I.V.; LYUBUSHKINA, S.G.; LAPKINA, N.A.
Landform study of a state farm ter-ritory for agricultural
purposes. Vest. Mosk. un. Ser. 51 Geog. 17 no.4.6-14 Jl-Ag
162. (MIRA 16:1)
1. Geografo-biologichesirty fakulltet Moskovskogo gosudarstvennogo
pedagogicheskogo instituta imeni V.I.Lenina.
(Kaluga Province-Landforms)

RYABCRIKOV, A.M.; LYUBUSIIYIlbl, S,G,
All-Union scientific methodological conference of academic
geographers. Vast. Moak. un. Ser. b1ol., pochv.. geol..
geog. 13 no.2:2?1-775 158. u.41RA 11:9)
(Goography--CnWasses)

LYUBUSHKINA, S.G.
The Bryanak-Zlfizdra npoleale.0 Vest. Mosk. un. Ser.5: Geog. 16
no. 3:69-71 MY-Je 161. (MIRA 14:5)
(Bolvm talley-Landforms) (Zhizdra Valley-Land forms)

GVOZDETSKIY, N.A., prof.; ZHUCHKOVA, V.K., dots.; ALISOV, B.P., prof.;
VASILIYEVA, I.V., dots.; VARLAMOVA, M.N., tekhni-k-kartograf;
DOILOVA, L.S., dots.; ZVORYKIN, K.V., at. nauchnyy sotr.;
ZEMTSOVA, A.I., assistent; IVANOVA, T.N.; LEEBEDEV, N.P., St.
prepodavatell; LYUBUSHKINA, S,,Z,-, NESMEYBOVA, G.Ya., mlad.
nauchnyy sotr. ;--PAST505id, K. V. , St. prepod. ; POLTARAUS, B. V. ,
dots. ; RYCHAGOV, G. 1. , St. prepod. ; SPIRIDONOV, A. I. , cTots. ;
SMIRNOVA, Ye.D., miad, nauchnyy sotr.; SOLNTSEV, N.A., dots.;
FEDGROVA, I.S., m1ad. nauchnyy sotr.; TSESELICHUK, Yu.N.,
m1ad. nauchpyy sotr.; SHOST'INA, A.A., plad. nauchnyy sotr.;
Prinimali uchastiye: BELOUSOVA, N.I.; GOWVINA, N.N.;
KALASHNIKOVA, V.I.; KOZLOVA, L.V.; KARTASHOVA, T.N.;
PANIKOVA, L. I.; IjRKIKHC,, V.; PETROVA, K.A., red.; LufATINA,
L.I., red.; 17EFNAKOV, M.S., tekhn. red.
[Physicogeographical regionalization of the non-Chernozem
center] Fiziko-geograficheskoe raionirovenie nechem#ze=ogo
tsentra. Pod red. N.A.Gvozdetskogo i V.K.Zhuchkovol. Moskva,
Izd-vo Mosk. univ., 1963. 450 p. (MIRA 16:5)
(Physical geography)

VASIL'YEVA, I.V.; LAPKINA, N.A.; LYUBUSHKINA, S.G.; PASHKANG, K.V.;
RYCHAGOV, G.I.
Leading role of the lithogenic basis in landform formation.
Vest. Mosk. un. Ser. 5: Geog. 18 no.4:"-47 Jl-Ag'63.
(MIRA 17:2)
1. Geografo-biologiche3kiy fakulltet Moskovskogo gosudarstvennogo
pedagogicheskogo instituta imeni Lenina.

. LYUHUSHKINA, VJ1.
Control of spring and simmer tick-borne encephalitis in the
Gornyy Altai. Trudy TomNITVS 11:62-65 160. (KIRA 16:2)
1. Gorno--altayskaya oblastnaya sabitamo-epidemiologicheskaya
stantsiya.
(ENCEPHALITM)
(ALTAI MOMITAINS-TICKS AS CARRIERS OF DISEASE)

LTUBTISITIITA, V.M.
Some characteristics of brucellosis in the Gorny7 Altai. Zhur. =i@zrobiol.
epid. i immun. 29 no.11:116 N 158. (MIRA 12:1)
1. Iz Gornoaltayakoy oblaotnoy eanitar-ao-epidemiologicheakoy stantaii.
(BRUCELU)SIS, epideiniology.
in Russia (Rua))

PKM I Pon MEPUITAT-." 90y,'414A
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TrWty, t@ It (T-ti- of Lbo To-k ail,rtific R..ee,th J@ti,.. ! v_jp.,
ma se@, wnl. 11) ?--1, 1-4-- --1' 1960. 32-
prim".
TI-k S
t-nt

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(D-N , - .,r;
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2A., A-?. 0--bay.
PKMPWZ@ Thi. of arti.l.. t. L.-.4.d for bi.-I.C1.1., phyi@i-.,
me seft-1 W-1.
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sa eftmak lmti@OAo! @neekiT wdlt.im.U7 imstl@%
U*v4r& Wik-@!D!Ogli T-k@go Instito- (D-p@t- -f xi!r;
W-1- af the T@k Melil-l ImAtlvV-) ee -rIvo,k DWpart-t If

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st-@r- .-.A C-p!.. T. :-.- 115

TELIPUKHOVSKTY, V.B.; DMITRENKO, T.A.; ZELMIN, I.Ye.; KOSTYYAKOVA, G.K.;
RAKMI91DI, B.P.; BO?ISOV, Yu.S., otv. red.; KAUCILINA, N.Ye.,red.;
FEWROV, A.G., red.; LYUW1 SHYDA, Ye., red.; YEWROVA, I., tekhn.
red.
[In the land of wide-open spaces and heroic deeds; y--uth in the
virgir, lands) V kraiu prostorev i podvigov; molodezh na tseline.
Sbornik dokumentov. Moskva, Izd-vo TsK VLK& "Molodaia gvardiia,"
1962. 278 p. (@'[IAA 151: 5)
(Agricultural laborers)

45162
S/18 63/000/001/003/014
B104YB102
AUTHORS: Chechernikov, V. I., Lyubutin, I. S.
The temperature dependence of the magnetic susceptibility and
of resonance absorption in Cr 20 3' YnO and NiO
?_-'RIODIO.@L: Moscow. Universitet. Vestnik. Seriya III. Fizika,
astronomiya, no. 1, 196A, 20 23
T A study was made of the temperature dependence of the magnetic sus-
ceptibility (100 - 13000K) and of the resonance absorption (3-qm range) in
the polycrystalline antiferromagnetic compounds Cr 0 MnO, and NiO. The
2 3 9
sam-,)les made available by R. Z. Levitin were of 1 mm, diameter and 3 mm
high. 11'easurements were made in an argon @Ltmosphere. The magnetic sus-
ceptibility of Cr 203 has a sharp maximum at 3140K; that of NiC, a @road
maximum at 640 OK. The lower the temnerature lies under the antiferro-
magnetic Curie point (G af ' 314 OK) the stronger is the dependence of the
susceptibility of Cr 203 on the magnetic field. For T > Gaf the suscepti-
bility decreases with increasing temperature; this dependence is less
Card 113

S/18 63/0,@G/001/003/014
The temperature dependen(m of the ... B104YB102
pronounced in the ferromagnetic reE;ion. The susceptibility of NiO decreases
with increasing field SLrength. This is explained as due to the existence
of ferroma[7netic impuritJes. The su3ceptibility is independent of the
field strength only abov; 10410 OK. It is ssumed that 9 af of Cr20 3is in-
deoendent of the magnetic field strength and that.9 of NiO becomes lower
af
with increasing field strength. '--'tuly of the temperature dependence of the
susceptibility in the 3aramat,-netic reGion shows that the Curie-4eiss law is
valid. The paramagnetic Curie point, the Curie-Weiss constant and the
magnetic moment (Table) are determined. For temperatures below 9 af the
resonance absorption of Cr 203 falls steeply to a constant value. The
decrease of the resonance absorption of YnO'begins already in the para-
m-q,q-netic region. The half-width of the resonance absorption in CrO 3 re-
mains constant in the @aramagnetic region; it rises steeply at 9 af, MnQ
shows similar behavior. The following values -were obtained for the
g-factors: g - 1.87 (Cr 2 03) and g - 1.90 ('AnO). There are 4 figures and
1 table.
lard 2/3

S/18 63/000/001/003/014
1he temperature dependence of the ... B104YB102
V
AS'60CIATT-:j: Kafedra magnetizma (Department of Magnetism)
S U B:,'! T '. ED May 8, 1Q62
0 0
;.able. Paramagnetic Curie point (Q K); 9 K; Curie-Weiss constant;
magnetic moment. p af
Table
00. K 94. K C, rpeA. Pp. oa
Cr,O, 450 314 3,4 5.2
NiO -2270 640 2,82 4.75
Mno -227 122, 3.06 4,98
Card 3/3

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502469
A SOURCE CODE: UIWRI005,61
9)2
AUTHOR: Belov, K, P.; 1&ubuti&_ 1.-_S.
I- - - -
ORG: Institute of-Crystallography of the Acad@@ of Sciences SSSR (Institut Kristall
grafii Akademii nauk SSSR) I
TITLE: Effective magnetic fields at tin Lclei In substituted iron garnets Ca
CaxY3-x an xFe 5-x012
SOURCE: Zhurnal eksperimentallnoy I teoreticheskoy fiziki., v. 49, no. 3, 1965,
747-750 21,
TOPIC TAGS: tin, yttrium compound, garnet, ferrite, Mossbauer effect crystal lattice
structure, electron interaction
ABSTRACT: This is a continuation of earlier work by the authors (ZhETF, Pis'ma. v
redaktsiyu, v. 1, no. 1, 26, 1565), in which it was discovered that the nuclei of non-
magnetic tin located in an iron garnet are acted upon by a strong internal effective
magnetic field (211 koe), attributed to polarization of the electron core of the tin
atoms by the exchange fields of the iron-atom 3d-electrons. The present study dealt
with the Mossbauer effect of SnI19 introduced into the lattice of substituted yttrium
Iron garnets, to check on the relation between the effective field at the tin nuclei
and the magnetic m=ent of the sublattice. The experimental conditions were the same
as in the earlier investigation. It was found that the nuclei of tin ions located in
the octahedral ferrite sublattice are acted upon by an effective field whose magnitude[

ACC NRs AP502-4692
is related to the tin concentration (x). At low values of x ( O-T) the effective field was due Mainly to the a-d interaction.
Authors thank Professor L. M. Belyayev for continuous interest in the work. Orig.
art. has: 2 figures and 1
MM C-ODE: 20/ am DATz: o6Apr65/ ORIG REF: 003/ OTH REF: 002

L lal5-66..-.,E',VT(m)/EIVP(t)/&iP(b)- ..-IJP(r.), --JD/JG--.--
AACCESSION NH: Ap5oi2549 UW0181/65/007/005/3-39T/.1401
ALY-MOR: jyoutin,' 1. S.
@TITLE: Anomalies of the coercive force and of the residual magnetization in
istituted rare-earth, Iron garnets
ISOURCE: Mike, tveirdogo telap V. T, no. 5, 1965. 139T-1401
TOPIC TWrS: gadolinium compound, yttr compoundj, garnet,, ferritep coercive forcei
magnetization 0
ABSTRACT: The purpose of the investigation was to trace the variation in the char-;
acter of the anomalies or coercive force at the compensation point in the gadolin-
!@ium iron garnets in which the magnetic Iron ions were replaced by tetravalent ions
of tin, and the gadolinium Ions were replaced by divalent ions of calcium, in ac-
;cordance with the stoichiometric formula CaxGd3-xSnxFes- 2 an
X032 (0 < X < 1- d
;yttriva iron garnets similarly substituted in accordance with th4-fox;ula
CaxY3-xSnxFes-XOJ.2 (0 < X < 1-2)- The measurements were made with samples mea-
swing 50 x 4 mm, by a @allfctic method. All the ferrites exhibit an anomalous
0
growth of the coercive force approaching the compensation temperature. It is als
seen that theancmaly of the coercive force decreases rapidly with increasing Xe
'At the came timej, the temperature Interval in which the anomalous growth of the
A
Cod 1/2

L -1315-66
ACCESSION NR:
AP5012549
coercive force appears broadens# These ferrites exhibit a maximum of residual mag-:i,
netization in the low temperature region. Substituted yttrium iron garnets show
no low-temperature anomalies of the residual magnetizationp but exhibit at temper-
atures 80--90K small anomalies of the coercive force. The results are attributed
to the dilution of the rare-eaxth sublattice by the calcium ions and of the iron
sublattice by the tin tons. "The author is grateful toK. P. Belov for valuable
advice and a discussion of the results." Orig. art. haa--.16 -f1gures.
ASSOCIATION: Institut, kristallcgrafii AN SSSRp,Mbscow
aravhy. AN SSSR)
SLMMTTE'D: 3OKov64
ENCL: 00
(Institute of Crystallo-@
SUB CODE. S9

L 22493-66 IJF(c) JD/GG_
AM NE: Ain6w9638 SOURCE CODE: UW0181/66/008/003/0643// 6
AUTHOR: Lyubutin, I. S.
ORG: institute of Crystallograpby, AN SSSR, Moscow (Institut kristallografii
SSSR)
TITLE: Effective magnetic fields at Sn2.19 nuclei in iron garnets having compensa-,'
tion points . -71 - 1i i
SOURCE:* Fizika tverdogo tela, v. 8, no- 3, 1966, 643-646
TOFIC TAGS: tin, ferrite, gainet, gadolinium compound, yttrium compound, crystal
@t ice structure, Masbauer effects absorption spectrum, Zeeman effect,rnT11_6'e__
SIRACT: This is a cortinuation of earlier investigations (ZhETF v. 49, 7 1,
M
1965; ZhETF (pis1ma v redaktsiyu) v. 1, 260 1965) of the effective magnetic fields
acting on nuclei of nonmagnetic tin atoms in substituted yttrium iron garnets. Tne@
present study is devoted to the effective magnetic fields at the Sn nuclei in
substituted gadolinium iron garnets Gd3-xCaxFes-xsnxO,2, which have compensation
points. The main purpose of the investigation was to see whether the gadolinium
sublattice exerts an influence on the effective fields at Sn Ions situated In the
octahedral ferrite sublatticep and in particular whether the effective field
vanishes on passing through -the compensation point. The gadolinium iron garnets
rd .1/2
CCI

L 22493-66
Acc NR Ar6w9638
tested were those described in an earlier article (Kristallografiya v. 10, 351,
1965), and samples with x - 0.1., 0.9, and 0.3 were chosen for the measurements.
The measurements were made with a Mg2Sn source kept at liquid-nitrogen temperature.
The absorbers of the investigated ferrites contained tin enriched with SnI.119 to
87%. The absorption spectrum was found to split into six well resolved components,'
corresponding to the Zeeman interaction between the magnetic moment of the SnI1.9
nucleus and the magnetic field. The values of the effective fields acting on the
nonmagnetic tin nuclei were found to be 163 � 3, 155 � 3, and 30 � 5 koe for the
samples with x - 0.1,, 0.3,, and 0.9., respectively. These results are the same as
ob
tained earlier for the yttrium iron garnets, so that the existence of a compen-
sation point has no influence on the value of the effective field. The author
thanks K. P. Belov for guidance and a useful discusslon of the results and M.
Belyayev for interest in the work. Orig. art. has: 3 figures.
SUB CODE: 20/ SUBM DATO: Par65/ oRm w: oo3/ oTH RzF.- ool

BYSTROV, BrrI5 Petrov!ch, aspirant; LTUBUTIN, Oleg Savm8l'yevicli,, tnzh.
14@asurewent of some parar--ters of Bbeet materiaI6 wit'n varia b le
thickness. lzv.vyqeucheb.zav.j el,&ktromekh, 8 M-86@31-93b 1 @rj.
(W R-A 18! -1
1. Kafed-ra izmeritellnoy tekhniki Ncvocherkasskogc pclt-tekhnicheskogc!
instituta (for Bystrov).

1624 6
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A@ VESHEV, A.V.- 1,YUBTSIVA, Yp..F.,- YAKOVI-IN, A."-'@
-@ 1;
-4 1,
-71 D@terrdn.@ng @-jf medium f--cim. meestwe-
Monts of low-f'requPnc7 PL,7@,z@tr-,,- fi-FIdls. Uch. zap. LGU no.324-250-
. 294 '64. (MIRA isal')

LYUBUTSKAYA, L.V. (Mov@@)
Stability of a plans parallel flow of a viscous liquid
under basic constant tangential strain and inclined strong
weight. Zhur. vych. mat. i mat. fiz. 1 no.6:1139-1143
N-D 161. (MIRA l6z7)

I I...:-. 1 1. - . I
. . . I) . . . .I , !,
,, -s ;; I I ;e . , , 1. - I I * I . I I . @ ... I -,; -.- " ... - . . * - -- ( , .-
. . - . . -! - I - . -I . - . . . . I . 'et- Iy . . . I . - I - - , I
*. I I- - " * . -1:

IY-TEVI:4, V. T.
ObraboU,a detalpi rcdutsirnvan@em;
ionstruirow;nie oboruclovaniia.
,-ilc@iography. p.
(Machining v@arts by reduction;
u .
dles@g,-Ang of equignent.)
ana-Jiz ProtsesFa, raschet i
'@roslrva, 'elasilgizz, @!4-a@r5
analyois of tlr:e proccEs, calculationE ;@ndl
DLC: TS'51,.Lc
5G. Fanuf@,cturinff and ,'echpnical E-ngineerilri@, in t"-:p Eoviet T'nicrj,
Library of Cori@ress, 1-53.

AUTHOR: LYUBVIN,V.I. PA - 36%
TITLE: A Rotation-Upoetting- and Pressing Machine ?K- 1 for the Working of
Profiled Pressed Parts. (Rotatsionz@rj obzhimnoy stanok ?X-1 dla
obrabotki prof illafth detaley, Russian)
PERIODICAL: Stanki i Instrument, 1957, Vol 28, Nr 6, pp 16-17 (U.S.S.R.)
ABSTRACT- The method of rotation profile pressing when working workpieces
with variable round profiles warrants a considerable saving of mate-
rial, high efficiency, and greater durability.
This method was worked out by the Scientific Research Institute for
the Conetruction Machines for the Textile Industry. Among several
others, also the author participated in conatructing the P.K.I.
machine. It operates in an automatic cycle and serves for the cold
treatment of spinning spindles, tapered rollers, tapered pins, eta.
As semifinished product round iron of)6 5 - 20 w/m and a length of
up to 2,5 m is used. The machine consists of the following main
parts: (illustration 2) the working head ( A )1 the @rofiling
mechanism (F2 ), the shifting mechanism for the drum B ), the
sledge (r) , the feeding device (A) , the lunette ( E , the electric
oil pump and the control mechanism. These parts and their
Card 1/2

PA - 3614
A Rotation-Upsetting- and Pressing Machine P.K.I. for the Working of
Profiled Pressed Parts.
operation are described in detail. By in:proved construction and by
using better material this method intends to eliminate all faults
occurring with other machines, such as low degree of durability,
frequent fractures, etc. The saving of material is said to be 40%.
ASSOCIATICK- Not given
PRESENTED BY:
SUBMTED:
AVAILABLE: Library of Congress
Card 212

25(l) PHASE I BOOK EXPLOITATION SOV/2o66
Lyubvin, Vladimir Ivanovich
Ubrabotka detaley rotatsionnym obzhatiyem ( Rotary-swagLng of Machine Parts)
Moscow, Mashgiz, 1959. 194 p. Errata slip inserted. 4,500 copies printed,
Reviewer: A.I. Zimin, Doctor of Technical Sciences, Professor; Ed. of Publishing
House: G.M. Grushevskaya; Tech. Ed.: B.I. Model'; Managing Ed. for Literature
on Heavy Machine Building (Mashgiz): S.Ya. Golovin, Engineer.
PURPOSE: This book is inteAded for engineers and technicians9designersand
technologists concerned with press-forming of metals.
COVEMGE: This book covers the theoretical fundamentals of rotary-svaging, the
deformation of metal with various types of reducing mechanisms, the scheme of
designing rotary-swaging machinery and the determination of optimum rea-imes for
their operation. The author gives special attention to the design of cams and
tools(dies and hammers), to the description of construction of rotary-svaging fmad3tn;
their working principles, set-ups and adjustments. No personalities are
mentioned. There are 12 references: 11 Soviet and 1 Czech.
C ard 1/5

Rotary-Bwaging of Machine Parts
TABLE OF CONTENTS:
Introduction
PART I.
3
Ch. I. General Concepts Concerning the Rotary-Svaying Process 5
1. Special features of the rotary-swaging process 5
2. The main types of Rotary-svaging mechanisms (roller-type) and
their possible applications 5
3. Changing the blank shape in swaging 11
4. The character of transverse blank reduction 15
Ch. II. The Conditions for Gripping the Blank by Dies and the Rate of
External Friction 29
1. Action of blank on the dle at the beginning of the grip 29
2. Action of (lie on the blank at the beginning of the grip 30
3- Effect of friction forces on grip con(Utions 30
4. The process of filling up the cone between dies with metal 33
5. The effect of external friction 34
sov/2o66
Card 2/5

Rotary-swaging of Machine Parts SOV/2066
Ch. III. Analysis of the Rotary-swaging Process 36
1. Mechanical- scheme of deformation 36
2. Determination of stresses 38
3. Locating the critical cross section 44
4. Determining feeding rate in cold swaging 49
5. Determining the deforming force and the mean unit pressure 53
6. Factors influencing the mean unit presauxe 60
7. Determining the work of deformation 61
8. Coefficients of degree of drawing, deformation, and relative
reduction 65
9. Characteristic properties of the rotary-swaging process 71
Ch. IV. Kinematics and Dynamics,@of Fptary-@Migging Machines and.General
Design 74
1. Determination of the circvmferential speed and the
forming speed T4
2. Determination of forces 79
3. Expression of torque 83
4. Determining the power of the electria motor of the aachias
head 85
Card 3/5

Hot&ry-awagiag of Machine Parts sav/2o66
5. Determining the moment of inertia and the dimension of
a flywheel 88
6. Determining basic operation time and machine productivity 94
7. General calculation scheme for determining basic parameters
of work of a rotary-avaging mach-tne 95
Cho 1. Manufacturing Features Peculiar to the Rotary Swaging Process 97
1. Possibilities for using rotary-evaging and its boxic wameters 97
2. Straightening parts and their heat treatment folIOVIng
rotar-j-swaging 100
3. Effect of cold deformation on structural changes and the
mechanical properties of metal 102
Ch. VI. Comparative Technical-Econamical Data 109
Economical effect of using the rotary-swaging process in the
manufacture of 0321 tile spindle 109
Process of manufactui-ing spinMT3s W9
Technical-economical indices 112
Ch. VII. Working Tools 1.16
1. Dies u6
Die geometry 116
Fabricating dies 122
Card 4/5

Rotary-swaging of Machine Parts
sov/2o66
Die wear and reconditioning 126
Die life 127
2. Hammers 129
PART II.
Ch. VIII. Roller-type Rotary-swaging Machines 136
A. Machines of type I
1. Single-spindle rotary-swaging machines with a rotating tool
Bungen -Aachen rotary-swaging automatic machine 141
2, Two-spindle rotary-swaging machines 157
3. Single-spindle machines with a nonrotating tool
(universal machines) 16o
B. Machines of type U. 162
Model RShV rotary-svaging machine 162
Model RK-1 rotary-swaging machine 177
Model RK-II rotary-swaging mahcine 190
AVAILABLE: Library of Congress
GO 9mp
Card 5/5 8-lM9

LYUHVP,j,J--,kand.tekhn.namk; KOSENKO, I.N., kand.tekhn.nauk
I
Autc=tlc rotary awaging machine for valve stemB of engines. "rakt.. i
sell@hozmash. 33 no.1:37-39 Ja 163. (MIia 11 :3)'
(Valves) (Engines)

LYURYANITSKIY, Grigoriy David(,vich; FREGEit, D.P., red.izd-va,
GVIRTS) V.L., tekhn. red.
[Ultrasonic clea-ning of partsl Tekhnologiia ul'trazvukrvol
ochistki detalei. Leningrad, 1963. 16 p. (Leningradskii
dom nauchno-tekhnichesko-i propagandy. Obmen peredovym opytom
Seriia: Elektricheskie metody obrabotki materialov, no.6)
(MIi,LA i6: @C)
(Ultrasonic waves-IndustripI application3)

L 24K3-66 EWTAd)/EVfT(pn)/EWP(v)L
Eyjp(t)/Ewjp(k)/EWp(h)/EWp(l) Jjp(c) JD
ACC NRi AP6006951 SOURCE CODEt UR/0381/65/000/006/0003/CW8
AUTHORSi Zatsepin, 11. N.; Shcharbinin, V. Ye.; Yezhov, N. M.; Aq-k4nqn
Novikov, M. K.; )Tb
I yn sk iyjYa
ORG: Institute of Physics of Metals, AN SSSH (Institut fiziki metallov AN SSSR);
Pervoural New Pipe Factory (Forvourallskiy Novotrubnyy zavod)
TITLO: Ferroprobe defectosc
-.R@o for steel tubes in applied circular magnetic fields
SOIRKE: Defelctoakopiya, no. 6, 1965, 3-8
TOPIC TAGS: steel, forromagnotic material, magnetic field, dofectoscom , measuring
instruriont
JVD:@ i'UCT: A mothod is described f or locating def ect3 In f arromarnotic t.ubo--q, mrado
c@f hot-rollod and cold-drawn stoglo. The technique conrists of menjurim-, both
Lu-face an-J internal dofocta simultancou3ly by an cxtnrnalJy placod forroma,-'notic
::,-,jbo counLor. The moLhod In applied undar both 3tatic and dynanic conditi.-)ns
wita equal cuccess. In Lho dYnanic case, the probe In rotatm) around tho t1i'Do at
1-iin rate of 1000 rov/6". Ciwvo@@ arn obtainod dopicting Lho prob,) omf vnr3us the
dap@h of surface deFoct:i and t.ha depth of dafqcts on Lho internal curfaco of tho
f'11ba. A large amount of acatter obae"od in the data is caused primarily by tho
varied configurations of the defects. For a 4-um wall thickness, surface defects
Card 1/2 UDCs 620.179.1-1.

L 2,1822--t 'f.
ACC NRi AP6006951
appear to start at depths of 0.1-0.2 mm, in the internal surface defects, at
0.2--0.3 =. The authors express their gratitude to R. I. Yanus for his valuable
advice in evaluating this work. Orig. art. hass 6 fi-w1wes,
SUB COM 14/ SUBM DATE: 160ot65/ ORIG REFt 003
Card 2/2,aA

ACC NR1 AP7002717 ( A ) SO-U-RCE-CO-DE:-U-B-/-o-38-1.166/o-oo/o-oqo-63- _5FOOWT
AUTHOR: Oshchepkov, P. K.; Kloyev, V. V.; Deg-terev, A. P.; Semenav, 0. S.;
Lyubynskiy, Ye. A.
ORG: Scientific Research Institute of Introscopy (NII introskopii)
TITLE: VTDN-l installation for monitoring surface defects in ferromagnetic pipes
SOURCE: Defektoskopiya, no. 6, 1966, 35-42
TOPIC TMS. pipe, ferromagnetic material, eddy current, nondestructive test/ VTDN-1
flaw detector
ABSTRACT: The authors describe an eddy-current flaw detector with contact-type
pickups (type VTDN-1), intended to disclose external cracks, beads, films, deep
scratches, hairlines and other defects on the outer surface of hot-rolled ferromag-
netic pipes. The secondary-field indicator is a resonant pickup which is placed in
contact with the pipe and which consists of a pair of coils. During the test, the
pickup rotates around the linearly-moving pipe, thereby scanning the investigated
surface along a helical line. The signals from the pickup are detected with a'-reso-
nant amplifier. The operating principle is based on eddy currents induced in the
pipe and an automatic comparison of two adjacent sections of the surface by two pipes
The apparatus consists of nechanical equipment for rotating the pickups, an oscil-
lator block, pickup blocks, an interconnection block, amplifier blocks, an induction
blockp a blocking and synchronization block,, a tuning indicator, and a power mWly.
1/2 uDc: 62o.i7q.14

Pp.%. I'llu AWOOZ[17
The instrument was tested at the Pfticurallskiy Novatrubwyy plant and was found
suitable for nondestruative quality control of the cuter surface of hot-rolled tubes.
It is indicated that by slight modification It can be used for continuous monitoring
of pipes as they are produced. OrIg. &rt. has: 3 fIgures,
SUB CODE; 24/ MM DMz 07ftb66
Card 2/2

AUTHOR: Lyiichansl:iy,- - L. It.
2 * 24 11
S/581/61/000/000/012/020
D299/U304
T I TLE : The behavior of cerium-144 in rats after iiihaling, it
SOURCF: LebedinsIdy, @-V. and koskalev, Yu.I., eds, ches-
koye cleystviye radiatsii i voprosy rasprcdelenlya raalio-
aktivnykh izotopov; sbornik rabot. Moscow, Gosatom-,Zdat,
1961, 111-118
TEXT: Due to the shortage of works on the beh@;Vior of. ccrium-14L4
in the body when inhale(l, the atithor made a study of. the .,ch-vior
of cerium-144 hydrochlorate in rats after entering the body via the
respiratory tract. The method used was dynamic inhalation, which
maintained a steady dispersion of the aerosols in the inhalation
chamber. The chamber used was one designed by V.S. i'erov. '), Cie-
taile(11 description of this chamber is given. The acrosoL concen-
tration ranged from 0.217 to 0 258 )jc/l, and inhalation lasted 20
minutes. It was found that 48:7, , of the inhaled cerium was retained
Card 1/3

@0'1'1
-/581 / 61/000/000/012/020
The behavior of cerium-144... D299XJ304
in the rats. i?rimary deposition of cerium in the lu;.,rs 'aas 19.-4
of the inhaled, or 41.6@/10 of the rctained, amount. '4ithin Lo d,:,ys
about 50-1@ was resorbed from the lungs, while 30.35'1'a' of the ori,,,inal
content was excreted I ')y the ciliated cells. By tikle b5th clay only
0.9170 of the inhaled, or 4.7'/0' of the original, activity was note(@
in the lungs. During the experiment the cerium co,.'.centration w'@s
'nigher in the lungs than in the liver and the skeleton. The r,ite
of resorption from the lungs was higher in the first 30 minutes
from the start of inhalation. The main quantities of the resorbed
fraction of cerium-144 are (leposited in the skeleton and the liver.
Its distribution approaches that which occurs with subcutaneous
introduction of cerium-144. The isotope is excreted rc-litiveLy
rapidly from the soft tissues. For 65 days a steady acCL11:11,U]-atioti.
of cerium-144 was noted in the @:keleton, Uver a period of 16 days
0.4,-j of the inhaled quantity was excreted with the urine and
with the stools. There are 1 figure, 3 tables and 15 refercnces:
12 Soviet-bloc and 3 non-Soviet-bloc. The references to the _nglisk-
Language publications read as follows: D. Hamilton, -adiology, 49,.
Card 2/3 -

@ 11 @11'-
j/, 53 L'/61/000/0()(1'/OL-. 0211
,'he )ell avi or of ceri um- 144. @ . D299/L,5i)4
3 (1947), K,G. -'@cott. zixelrod, 6 @,ro%.;ley, - -
.. .,, @@rciilv- of Patho'L. , 48, 1 -5 1 . ( IQ 4 1) ')
-!I-d 3/5

Iff LI C I T T-".1 0 , ' . 1) .
.-rK
"The ZYfectiveness of the U3C' Of lhenof.odium Oil in CaseB o.' Ascaridi;i5is arld
Ancylo:i@o,.-rziasisll, Med. Faraz. i 1-araz. Bolez., Val. 17, -No. 15, J, 427-J.2, lqj@p.

LYUCHFISUTY, V.P.
Technical product-ion s-lanaard -'s improving. TSe er- 3'
I
I - ( VT ;-@
I " 164.
@Y-, @'. -)

S//032/6o/;026/ 6/04t
B010/BO06
AUTEORS- @-Yu.c-hkcIvL_A. D., , Lamin - A B , Polyakova, B -Z Phernyavskiy, A A
TITLE. Detection of Defects in Welding Seams of Small-diameter Tub-es-'[,',,*
PERIODICAL@ Zavodskaya laboratorlya, 1960, Vol, 26, No 4, PP. 454-4571
TEXT: The sensitivity of u)trasonic contro@ methods for welding seams of
small@diameter tubes (51 mm5*-2-,--5--mmTwas investigated. A UZD-7N@gultrasonic
crack detector (Fig. 1, photograph) was used The pulae-echo method and an
acoustic frequency of 2,,.5 Mcps were applied in the tests The sound waves
were sent in such a way (Fig 2.diagram) into the tube, as to make them
3trike the welding seam at an angle of 900 The maximum heights of tlie echo
pulses thus come to lie in the middle of the scope. Tube specimens having
%risible dpf-Acts in the welding seams as well as specimens which had alrPady
been subjected to hydraulic tests were investigated To evaluate the defects
t;y means of the oscillograms obtained, the tubes were cut in pieces after
ultrasonic control, and then investigated microscopically It was found that
-rasonir @,ontrol is insensitive to defects on the soecimen surface, but
Card 1/2

Detection of Defects in Welding Seams of 51032 60/026/04/1@/04@
3mall-diameter Tubes BOIO 006
that it is very sensitive to deep-,going surface defects, The quality of the
welding seam can be estimated from the 3:Lze of the echo reflected from the sea@:
and from the size of the final echo The type and the size of the defect
however, can only be estimated in a first approximation by evaluatin'@: both
achos Therefore, a special apparatus must be designed in order to render
possible the selection of electric pulses (at the amplifier) with respect t@)
time.. There are 4 figures and I Soviet reference
ASSOCIATION Dnepropetrovskiy truboprokatnyy zavod (Dnepropetrovsk Tube-rollin g
Mill)
Card 212

L 7L85-66 EWT(L-) IJP(c)
ACC NRt - AP502783V 1: SOURCE CODE: UR/002O/65/l65/aol/oo65/oc64-,
M -f
AUTHOF@. Sakharov. D. (Academician);., !,;--rnov,_Ye._N.; Plyushchev,,.",.
Yu. I.; Pavlovskiy,-A. I.; Cherny hev, V. K.; eo stoves Te# A.; Zberinovt Yee-r.-,--
Zysrn Yu A. Y, f-j-- Y q,
S V7, T -"-@
ORG: none
9,11
TITLE: Production of very high magnetic fields by explosives
SOURCE: AN SSSR. Doklady, v. 165, no. 1, 1965, 65-68
TOPIC TAGS: pulsed magnetic field, flux compression, high field pulse, impldsive
fl-ak.compression,explosive flux comp.ressionbetatron particle acceleration, high
-Te-fi9[W`V-1asi6 . plasma, accelerator/ 14K 1, W 2
10
Exper%Mp IV 0
ABSTRACT: -with the MK-l and.MK-2 enlosion devices for the production of
very high mafoete@ field pWses are described, The MK-l device, which is based on the
implosion of an axial flux within a metal shell, essentially resembles the arrangement
described by Fowler and others (J. Appl. Phys. 31, 1965, 588). The MK-2, which works
on the principle of the expulsion of the field from the solenoid jand the subsequent
compression of the field by the wells of 6the coaxial liner, Is described here for the
first time. Field intensities of 1 x 10 oe were obtained in experiments with an W-1
using aluminum liners about 100 mm in diameter. In a subsequent experiment with a
stainless steel liner with a copper plated inner surface,-a field intensity of
a" 113. fmc. --538-4

6.
ACC NRt -AP502-1837
25 x 106 oe was achieved by imploding the liner to a 4-mm diameter. A field intensity
of 5 x 106 oe in a volume of 100 CM3 was produced by a copper liner 300,mm. in diameter,
using the MK-2 as the source of the initial field. The MK-2 has a central conductive
cylinder enclosed in a coaxial helical solenoid. On one end of the solenoid is a
solid cup. A hole in the bottom of the cup holds the end of the central cylinder (see
Fig. 1). The central cylinder is filled with an explosive which is ignited from the
Fig. 1. The MK-2
Xplos
Exploding ive device
tube
end opposite that holding the cup. The solenoid cylinder system forms the circuit
through which a battery of capacitances is discharged. At the peak value of the dis-
charge current, the expandrng conical flare of the cylinder created-by the propagating
explosion touches the end of the solenoid. The explosiorr's further development is
equivalent to moving a cone into the solenoid and shorting its turns until the cone
reaches the cup. At this moment a coaxial is formed whose length and inductance
grow smaller as the detonation propagates further along the cylinder. The process is
accompanied by a corresponding increase in current and field intensity resulting from
compression of the flux. Currents of 5 x 107.amp (occasionally up to 1 z 108 amp) at
an inductance value of 0,01 pH were obtained, and field intensities of I to -

L 7085-66
ACC NR: AP5027837
1-5 x 106 oe were recorded within a volume of several liters. An energy of I to
2 x 107 J was stored in the field, which amounts to about 10 to 20% of the energy
released during the propagation of the explosion within the length of the cup. A
receiver of electromagnetic energy was connected to the MK-2 directly or via a trans-
former, depending on whether the receiver was of low or high inductance. About 50%
of the explosive energy was transferred to the receiver by the latter method, which
also permits a spatial separation of the sender and makes possible multi-stage arra4g-
ments. In the first stage, the initial field is created by a permanent magnet. The,
second and the subsequent stages amplify the field received from the preceding stagq.,.
Energy transfer was also accomplished by breaking the current-carrying circuit by
means of an additional explosive charge and using the breaking surge for the transfet'
More than 50% of MK_2 output was transferred by this method. A special MK device ha.4-,:@
been created for iron-free air core betatrons as described by Pavlovskiy and others
(DAN, 16o,.no. 1, 1965, 68), and experiments have been carried out with electrodynamid'
accelerators of the coaxial type. Orig. art. has: -3 figures. [FPIV@
SUB CODE: EM, NPI SUBN DATE: 23Aug65/ "ORIG REF: '002/ 6M REP: 001/ ATD PRESS:
nw
.'Card 313

1. ve :,iav. rt-!cli;
re(- j,;
ar.". jo!rl'-w-,
l'i prict 1 roi zvoustvo @01.:'.,q-
ciumen
tekhnicheskim o@-ytom. i n s;r: U
nauc@mo-tekhn. informi,
79
0.-,! IX V
tl cheskc@y ikar-Kcr,,-
r,',d e le r. :LY e .

LJURAKOVKlY, V.I.., YE@,TK'EV, Yu.%'.,. UUDE, :-,,N.
--v4ceriil-al 3temsiaq -f !.@,u aortir orifice; preliminal-
y re po rt
Grid r. ', nc), It_;__ C 7a-F I t
1. lz @@Jxlioleriiya pK--,)kc'V SerdtSa (zav.-kand.!X-1,
nauk. V . I urRk-v ski- rituta serdeckinc-sosudisto,,- khirurgii
(dir@ -pr,;f. 2.A.Kolesiiilcov., n;iut-Jhzi5,y rukovoditell- akademik
A.N.bak-uie-v) Alff, SSSR.
(ACRTA--Ahl@C-PL-NdTIES AND MFORMITIES)
(At,:-TA-SIUR@@Wl )

KOIESNIKOV., S. A.; BURAKOVSKIY, V. I.; MURAVIYEV, M. V.; ROMASHOV, F. N.;
LYUDE, M. If.
Clinical aspects, diagnosis and surgical treatment of cor trilocu-
lare biventriculare. Grud. khir. no.2:16-20 '62.
(MIRA 15;4)
1. Iz Instituta serdechno-sosudistoy khirurgii (dir. - prof.
S. A. Kolesnikov, nauchnyy rukovoditelO - akad. A. N. Bakulev)
AW1 SS SR.
(HEART-ABNORMITIES AND DEFORMITIES)

LYUDEDZHAT. A. G.
Prevention and early treatment of secondary complication@ @@f
paralytic poliomyelitis. Khirurgiia 39 no.4.'@132-137 Ap't73
(MA
1. Iz kafedi-y detskoy khirurgil ( zav. - prof.
Rostovskogo-ca-Donu med-ttsinskogo instituta.

LYUBM, G- LVIders, G. j
Nxperiments vith neutrino. Usp. fiz. nauk 68 no.1:173-176
My 159. (MIRA 12:5)
(karticles, Blementary)

SOCHHTAUOV, V.G.; VOLKOVA, G.A.; LYUDIMOVA. L.N., MARTYNOVA, L.T.,
SHMAKOVA, B.T.; PANOVA, i-.-,.-,re-d.izd-va; PEYIKOVA, S.A..
tekhn.red.
[Methods of polarographic analysis of raw minerals; results of
a seminar conducted In 1956, in Sverdlovsk] Metody poliarografi-
cheakogo analiza minerallnogo syrlia; itogi seminars. provedennogo
v 1956 g. v Sverdlovske. Hoskva. Go9.nauchno-tekhn.1zd-vo lit-ry
po geol. I okhrane nedr, 196o. 161 p. (MIRA 1):12)
1. Russia (1923- U.S.S.R.) Hinisterstvo geologii I okhrany nedr.
2. VBesoyuznyy institut minerallnogo syriya (for Sochevanov.
Volkova. NBrtynova, Shm8kova).
(14ines and mineral resources) (Polarography)

KOTFLINIKnv, S.B.;- LYTIKIMSON, M.I.; AbUTINA, N.I.
Pilot ,)lant for th,@ derontarrLination of waste waters from the ar-w
3eniC-3oda -3,ilgur plirification, Koks i khir.-. no-8:42-45 62.
(MU 17:2)
1. Zhdancvskiy k:-.-k@;okhLmichaskiy zavod.

SAZ.qiiRJV. 1-ye.. Imndidat @'iz_l o-ate-aticnesIrikh nwal - -I-.L., inzhoner.
w,'rue r i m n ta 1 1 nve,3 t ! @7-a t-' r@ n r) f vi o ra t I o na i n a !.@. - ze lu, - , oee nerato r.
Vost.electroprom. 27 . . : .6- 2 Jl ' @6. 1():p)
1.14aiichno-iseledova~e','s!-'~y institut @Iektrotakhnl-
chealcoy )ro-i7shlenn,:-ti.
; 11 V i b.
. - ir2ceererators- rat I LI)

J)
42
AU 4 LI --- Oi-@ -trid L din, G

@Jneer (Scienti-fic Rcsearcr- Ins.-itut;f2 of
nj
P, -,nlsLr-f
-lec-uro-tech-nical Induztl-7.)
T Ii iL e tu e i n', . uion o-If :-'ae _.;-,,naiaic ---ciffnest cf ro!,oi- sun-ort-,
tor. Opred,:@leniye -@ina@L-
of a zui-bo-,I@ene-a
d-
- -s-,:oy zhestkosti
c@.o.,@- i-otoi-a
Pz iu Oij i IIV(@stnik Eier.-trouromIsidennosLi" (Joul-nal of th,-@ -lectrical
1"17)', Vol. 28, ',,o.
I U " t Tj 1@i) - 31 -
34, (U.S.

.-@iffnt:;@;-- ol COLO." lapports infl@@en ceS tLe critical
s i, e,2 @JL ot' 'un al@umatoj, und, il' t;iu -su;,-,oi,u is considored as
1, t D f@
- tefi it@ :1 ". necesL@:-, r
an oscil la@ inj no,.,, iu s
.
_
c i-, Lra ct,-, ri s t c @i
c;:ainolu b(,, culc@il@,-.:.
(jd and
e x - e r i m, e n@ a 1 i-n LO@ i c tif-f'nes@3 of t.-e
S-@p@port,-- i,-- --d i red. is :-,I-ticlu
a deter:,-in @zion.
-'Lhe oscil,aa,--:on@2 clf s -,t -ui- means of an
eccentric vibrator an a, ',iltude force value of 7, 000 kg at

000 r.p.m. i
u , -he vibr.toi
was driven a 0 kW d.c.
motor. vibr-.tor was ri---idl@y fixed to
0 'a S@-e4a! @te-l liner
" - j- -U -
w-,-icL re@,,laced -U.-.e l-'sual be-trin;, 1-iflers az; z;-.;K; e.-citer and --e
turbine -@scillations of ti,@@ i,@ dia:@ections
-.@.ere me,.Ioart--@ by a- vibrot-lrapi@ type dV-C-1.

d @:, t t y n L i c s u i f ie s -:-- o 0 f
u @p o 1:, a
from Ulie exciter end ver'bical @ii-r vet ion
ed so that Lr@e for ce acted vertically.

Dutermin!Ltion of tllk-@ -@Y-rla:zac @;tiffnesS oC the rotoi, slll*.orts
of' u tui-bo-;eneiator. (Cont.)
4
c o i-d s wu re :aa,-ie o -` t, e c,),.,.,: onen', @- 0 C i
--,@ie bearing ov;-l-, lu-Le sj@eed ra-nj-,@e flroL@ 0 to " 406 -@ierl
thu vibi-ator was installed so that the fo.,:,ce acted horizontally
and tn,@! recorrlin@@s wz--ru -nepeated. Si-@iluur tsts -.uere r----Ll,ried
OU@@ fl-OEII t;@,t 2-1L@ S@s,@e@' 3f vibrator v;;is
il-1--reased by --tabes.
fhe tt---Lt res-llcs are :,ius-nttd Ln zl`t forL- G-4
.Le dynamic stiffnes,@@ of thu sup ortE: ic obtained b-l' dividini@
tiie Laa@giit-ude o -F' tnu excit in - force s by the corre s-, on@Ll nr--
um-,@litudes o-f vjiticul or t---insv,-,rE:c oscillation. Or- the
ba@is of -c;n, e-XlP,--r:Llf--n-u;-il L-es-ilts for,@-'Ullae ar,-: @,--iven for tl-le
ri,--idity u," -Gu-r'uo- @enei- - ;@ 'Lll Ll @ 1-
'L @1, atoi- in:.onE o- re
speed. e dYnai:iic,-.1 ztiffnesses obtainc@a -.,.ere usei to
calc,ilate -uiit; criticui si,eed, ,rLd the calcal-l-ced vaL@ez are
compared ex,)C;idii,--ntal onus. I'lie proc---du---e of calcula-u-Jons
for let@-@rLin-,tion of uh(2 dynamic stiffnes--- of a su-3--ort from
enL is --ivet, a.@-; an a@),.endix anal --,. -,,a-,ticular
-:enG
exa-m,)le is worX:ud out. ne russulUs are :-- r-ood, aCree. "vi t
trie ex,)eriaent-l data.
no

25(2); 24(6) PHASE I BOOK EXPLOITATION SOV/2591
Akademiya nauk SSSR. Institut mashinovedeniya
Kolebaniya v turbomashinakh; sbornik statey (Vibrations in Turbomachines;
Collection of Articles) Moscow, Izd-vo AN SSSR, 1959. 117 p. Errata sl4p
inserted. 2,300 copies printed.
Resp. Ed.: S. V. Serensen, Academician, Academy of Sciences, USSR; Ed. of
Publishing House: Ya.A. Klimovitskiy; Tech. Ed.: V. V. Volkova.
PURPOSE: This collection of articles is intended for scientific research workers,
engineers, end designers inthe field of turbomachinery.
COVERAGE: This collection of articles deals with vibrations In turbomach4nery.
The following topics are discussed: vibrations and stresses in the rotor and
bearings of a turbogenerator, vibrations and stability of beams, flexural
vibrations of a rotating shaft, whirling speeds of a flexible rotor with two
unbalanced masses, acceleration through resonance of a nonlinear system,
whirling speed and clearance in bearings, dynamic stresseg in blades of an
axial compressor, and damping of vibrations. No personalities are ment@oned.
References follow several of the articles.
Card 1/ 5

Vibrations in Turbomachines (Cont.) S07/2591
TABLE OF CONTENTS i
Preface 3
Daychik, M.L., F.M. Dimentberg, A.S. Zil'berman, G.L. Lyudin, N.I. Prigorov-
skiy, and K.Ye. Sakharov. Investigation of Vibratfo_n�_-and Stresses in the
Rotor and Bearings of a High-power TurbogenerRtor During Operation 5
The authors discuss an experimental investigation made on a high-power
turbogenerator in order to analyze the real state of stress of the rotor
and vibrations of the rotor and bearings. The dynamic behavior of the
whole systEFn of joined rotors and bearings is treated. The influences of
bases and foundations are not taken Into consideration.
Bolotin, V.V. Vibration and Stability of Beams Under Action of Nonconserva-
tive Forces 23
A cantilever rectilinear beam loaded by uniformly distributed following
forces acting in the plane of its maximum rigidity is analyzed for stabill-
ty at planar deformation. Critical parameters of the loading with and
without consideration of damping are established.
Card 2/ 5

Vibrations in Turbomachines (Cont.) SOV/2591
Dimentberg, F.M. Flexural Vibrations of a Rotating Shaft With a Flexible
Bar Attached at One End 43
Connection between the flexural vibrations of the shaft and the bar in
their common plane is investigated, and formulas for their frequencies
are derived.
Gusarov, A.A. Acceleration Through Critical Speeds of a Flexible Rotor
With Two Unbalanced Masses ib the Presence of Friction
In author derives a system of two complex differential equaticns as a
1he
solution to the problem. The solution is based on the following assump-
tions: that the mass of the shaft, the gyroscopic movements of masses
caused by deflections of the shaft, and the initial deflections of the
shaft are negligible; that the shaft supports are absolutely rigid; that
the shaft itself is torsionally rigid; and that the acceleration through
critical speeds Is uniform.
Rubanik, V.P. Acceleration Through Resonance In One Case of a Nonlinear
System
Analysis is made of a nonlinear vibrating system with one degree cf
freedom having a nonlinear restoring force and excited by a low-fre-
quency sine-shaped disturbing force. The effect of the rate of accelera-
lard 3/5
Q

Vibrations in Turbomachines (Cont.) SOV/-4"Q1
tion on amplitudes of the motion is discussed.
Natanzon, V.Ya. (Deceased). Critical Speeds of a Rotor and Clearances in
Bearings
The effect of the clearance in rolling contact bearings anthe motion and
whirling speed of a rotor is discussed. Rotors having no critical speed
are described together with an experimental checking installation for
selecting eccentricities of disks.
Rusanova, Ye.I. Investigation of Dynamic Stresses in Blades of an Axial
Compressor With a Wide Control Range
The basic results of an experimental Investigation of dynamic stresses in
blades of an axial compressor by means of wire resistance transducers
placed in the root sections are presented. The behavior of the blade
at various speeds, including resonance)is described.
Sergeyev, S.I. Damping of Vibrations of Anisotropoeleatic Rotors
Conditions for successful damping of a rotor with unequal elasticity
coefficients along its principal axis are discussed. The 'nertia and
Card 4/5

SC)V !-@ rn,
;Itrations in Turbomachines (Cor-)
elastic forces acting of trar.sverse displacements of %he rolor are
taken into consIderatian.
AVAILABLE: Library of Congress
.1 1
Card 5/5 'O"SfM
12-7-c@q

. Y-UDN,Q-Lx.. inzh., POZM , N.L, Icand.tekhnnauk, SAKHAROV, I.Ye.,
_IL
kand. f iz. -matem. nauk
Experimental determination of the give of the oil film ia th
sleeve bearings and of the critical velocities of the rotor of
a TB2-100-2 turbogenerator. Vest. elektroprom. 31 no.5:1-8 My
16o. (MIRA 13:8)
(Turbogeneratore)

VEYNBERG, D.M., inzh.l LYUDIN, G,L.., inzil.; SAKUROV, I.Y(!,, kaxid.
fiziko-mater.ati-c-Ee-s7u-U--n-aUY
Experimental study of elastic centering rings of the banding
network of a large turbogenerator. Vest. elektroprom, 32
no,5!3-'--.'+O My 16L 15:5"
(Turbogenerators)

ETINGOF, Mira Iosifovna- LYUDIN Genrikh Lamr ch; SHTEYNBOK, GYu.,
inzh., ved. red.; LYUSTIBEIRG, V.F., inzh., ved. red.;
SOROKINA, T.M., tekhn. red.
[ET-4-55 strain-measuring amplifier.KT-1 quartz tachometerj
Tenzometricheskii usilitell tipa ET-4-55. Kvartsevyl takho-
me@tr KT-1. [By]G.L.Iiudin. Moskva, Filial Vses. in-ta nauchn.
i tekhn.informatsii, 1958. 27 p. (Peredovoi nauchno-tekhni-
cheskii i proizvodstvennyi opy-t. Te,-,ia 31. No.P58-29/5)
(MIRA 16:3)
(Tachometer) (Electronic instniments)

KALININ, Fedor Leontiyevich; MEREZHINSKIY, Yuriy Georgiyevich;
UUDINSKIY, N.A., doktor biol. nauk, otv.red.;
sffT@@' red.
[Plant growth regulators; the biochemistry of their action
and their use] Reguliatory rosta rastenii; biokhimiia
deist-viia i primenenie. Kiev, Naukova dumka, 1965. 405 p.
(MIRA 19:7)

LTUMMVICH. L.V, inthener; PASIKO, K.A., inzhener; TIAM, MA..
Introducing the use of large panel interior wall slabs. Sbor.
mat. o nov.takh. v stroi. 17 U0.1-17-19 155. (KIRA 8:2)
(Walls)

FUDIKOV, V.I., iazhaner; MUDKETICH, A.T., inzhener.
Building a pumping station in Dnepropetrovsk with concrete
work done from afloat. Stroi.prom. 34 lo.3:16-18 Mr 156.
l.Trest Dnaprovskpromstror.
Onepropetrovsk-Pumping Stations)

V AL IK 0, B.V.1 LYUDKEVICH, I.V. [Liudkevych, I.V.]; PRUSOV, !.A. L'Prueov, 1.@
Use of L@e nonlinear parameters met-hod in deter--'
electrostatic field for a system of electrodes of s 'Ta,L-L
uhickness. Visnyk. LIviv. un. Ser. mekh.-mat. no.1:50-53
165. (M:FcA 18,1-1)

IVANOV, B.I.; ISTOMINA, V.N.; LYUDKOVSKAYA, A.A.; KOSTIKOVA, A.Ya.;
TALYZENKOVA, G.P.
Preparation of thixotropic paint materials and studi of their
physicomecharLical properties. Lakokras.mat.i ikh prim. no.l:
28-33 162. (MIRA 15:4)
(Paint materials)