SCIENTIFIC ABSTRACT OVCHINNIKOV, V. N. - OVCHINNIKOV, YU. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238620001-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

z,lc 7, ra.- xji n
Aeronautical Sc -s ii t
)ni, ress

Pq-4/_Pq-4/Pk-4,
Ur 9/657CQ009/0066/00
M AP5015528
AUTHM i 07chihnikov, V. N.1 Korokin, P. A.1 Yakutin, L K.
1=4 Hethod for inputting information into a computer, Class 42., No, 1702C9
Ayunstan, iso
SOMM3 brats* I UyaMl~h snalwy, no. Op 1965, 66
TOPM TAGS i seputer input deviab infol tion processing
k36TRACT i _'Thia-Author Certificate presents a method for inputting information
into a computer'vith the information repreashted in the form, -for example, 4of a
-tole code by comutation of the communication chaonsis at the input
graph
--Of the computer, T input information with Its transfer rate along the ro=uni,
0
in e nn cz
cation chanfiela without intermediate storage of information nab Doha 61, c
Autation of all the commmication channels is produced during a time not exceed-
with Mx-
-hannel operating
ingAhe transfer time of one telegraph sign along a i.
Intarrogation of each channel is-carried out in equal. In-
inal trowfer rate.
ift-6is of time lose than the comwtation period of one channal. Tho acceptod
inrldram-ion is recorded in An operational register with operational banda) tho.
of i&ich corresponds to the mmit*r of service channals,
-cc

NRs AP5015529
-INCLs 00 SUB COM DP
47
-NO RV SOVI OW OTIMRI 000
Oa. I

AP700439E
Tig. 1. ?bnochromatic (a) and
hemispheric (b) emissivity of
PPG graphite (Specific weight-1.68).
1 and 3 - Results obtained from this
I I test; 2 (A - 0.65-10-6 m) and
11 4 - results from other works.
W gx tox zAv I= r.19 4
b
PPG graphite decreases linearly, while the tot4l hemispheric amissivityl
.increases linearly with incroasine temperature (see fig. 1). Results
obtained In this test v re ve close to those obtained by other
methods. Orig. art. ~Maa: rK figures. [TD]
SUB COM 209 1l/ SUBM DATEt 15M&r66/ oRIG RZyj 005/ OTH REF1 003/_
ATD PRESS: 5116
Card 2 2

Translal-io_ frorr
(USSR)
AUTHOR; N,- h t., I: ~ I
TIME: F .he Ito,
r ) N!
PERI,)DI 7-Al.. V 4.
ARSTRAM 7he a-_--vey of rl-- i im,,Lr. i - q ui Ir. tA r,, p w
,_W of j-_ -ipj ir
"lieri tj
PoIr" Uf %"
-i~3ed for rese,ir-., ive:iy tAl- It thc, ;r, -F:-
-3!anAl-q: Ll x Lr L
wil.r, '-he !_:Lre We7-e
%he -n a i,-, r - , e -, * -_ r7;-7p7.* c! xno%q.c-.tge
IQ *he 'eet~c ;,es, )f pri,
Can] 112 KP' w

-OTCHINNMV, V.S.
~ ct of historical mterialsim. Tv"jdy LIAP no.25:150-162
158, (KI'RA 11: 10)
(Materialles)

OYCHMINOV, V.V.
garrent concepts of the mechanism of methemoglobin regenomtion.
Top,biofiz.,blokhim,i pat.erit. no,2211&124 161.
(MIRA 1613)
(HEMOGIDBIN) (REGEMATION (BIOIDGY))

VVCHINNIKOV, V.V.; BARTF.IEV, G.M.; GOLINEVA, R.K.
Durometer for deter-mining the hardn"m of rubber in
international units. Kauch.i res. 2.1 no.9-51-56 S 162.
(MIRA 15:11"
1. Nauchno-iseledovatellskiy inDtitut rezinavoy
promyshlennosti.
(Rubber-Testing)
(Hardness)

S/032 63/029/002/027/028
B101 B166
AUTHORSt Bakshi, 0. A., Kullnevich, B. G., anc, Ovchinnikov, V. V.
TITLEt Bending teats on samples with large cross sections
PERIODICALs Zavodakaya laboratoriya, v. 29, no. 2, 1963, 240
TEXT: A 500 t hydraulic press (Fig.) was adapted for bending tests o" welds
having a cross section of 120-120 = and a length of 800 mm. The suppcrts
(2) are fastened to frame (1 ). The left support carries the croashend
the hydraulic cylinder (4) of internal diameter 450 mm and the ram (5)
with length of path 400 mm, rate of feed 20 mm/min. Croashead (6) is
fastened to the right support. 3) and (6) are connected by bars and fa3-
tened by pins (8). Knife-edge W) which loads the sample is mountea oL
ram (5) for the bending test of sample (9) and the supporting plate (11)
and baffle (12) were mounted on (6). The measuring device consists of the
channel beam (13) and the rod (14) whose movement is transmitted by the
thread (15) over the system of pulleys (16) to the graduated drum (17), the
thread being stretched by the weight (18). There Is 1 figure.
ASSOCIATION: Chelyabinskij politekhnicheskiy institut (Chelyabinsk Poly-
Card 1/3 technic Institute)

5103216310291~U21U2713228
Bending tests on samples wItn ... Bioi/B186
Fig. Schematical drawing of the press with equipment for the bending test.
Legends (a) "it "A"; (b) unit "S".
Card 2/3

L 31216-66 EWT(1)/EWP(m) WW
ACC NR, AP6022790 SOURCE CODE: UR/0217/66/011/001/0186/0188
AUTHOR: Oychinnikov. -V# V. L"
ORG: Institute of the Biology of Southern Seas, AN UkrSSR, Sevastopol' (Institute Y,
b -----Enykh morey AN UkrSSR)
iologii yuz I/
TITLE: Inducing turbulence in the boundary laye as one of the ways of lowering the
resistance of some fish In m-o-ET-on
SOURCE: Biofizika, v. 11, no. 1, 1966, 186-188
TOPIC TAGS: turbulent boundary layer, hydraulic resistance, laminar bound&ry layer,
glider, streamline flow, aerodynamic design, fluid friction, animal
ABSTRACT: 3wordfish and sailfish, utdch swin at velocities reaching 130 kn/hro
have a highly developed process on the upper jaw that produces tufoulents
even at low velocities. When tho streamlining of the body is poor, as In
fish of these two species, inducing turbulence in the laminar film reduces
frontal resistance. This principle is applied in designing glider planes with
a thick profilet they are equipped with 11turbulisors.11 When the body of the
fish is well streamlined, as in the case of Soondridae and tuna, Inducing
turbulence increases friction and reduces the velocity of propagation in Mrim.
ming. Induction of turbulence would serve no useful purpose to fish of this
type; the body Is surrounded by a well-developed, thick 1--inar film in
swiniming. Orig. art. has: 1 figure. [JPRS3
SUB CODE% 20, 06 / SUBM DATE: 28Jun65 / ORIG REF: 005 OTH REF : 003

OVCHINNIKOV, Vladimir Vasillyevich; BMKOVICH, M.A., red.
(Electromagnetic current and voltage relays' Elektro-
magnitnye rele toka i napriazheniia. roskva, Energiia,
1965. 71 p. (MIRA 18:7)

OVCHIBLIKOV, Vzovolod Vladimirovich; CHERNENKO, K.A., otv. red.;
FUSHKOVA, S.K.p tekhyi. rod.
(Conquering the dragon]Pokorenie drakona. MoskvTf Dot iz,
1961. 124 p. (Mil
(China-Description and travel)
(China-Water resources developuent)

SAVITSKIT. Leopolld kikhnylovich; POKIN, D.P.; KLIMBWOVA, A.V.;
OVCHMIKOV, Y.Y.; VATNSFUM , I.S.; ZAPIVAKHIN, A.I., red.;
PROKOFITZVA. L.N., tekhn.red.
ERconomic effectiveness of land Improvementj Skonomicheskaia
effektivnost' melloratell zemell. Koskva, Gos.izd-vo sellkhoz.
lit-ry. 1960. 143 p. (MIRA 13:10)
(Reclamation of land)

., I ,, , ,, , k,
, UG ; t, . ~ 11 -%1-, -1-14. ROV. I . V.
-.-- . %0=41
Perfected design of an electric drive for machAnized streetcar
SwItChIsr Gor .)rhcf .14c, a ~ , 'S no. 6. 16-37 Je IS I. : - (; )
. ..t rest rai lwky%---~)witches )

~, N11 i, .4,ju , V&Aw"j, "JA4-4-414 ,vIcti, Gtu;R~LIWKO. K.A.. otv !tfit~-- yy
"V I a4"th . ,. , - , -.e-~ 7,T7h~9, i.v reds ,t or
LTrairela In ",i*--jtj - 3 7 Tibet. MOSICV, . ~,)U . ~7 .-VC .e,.6 ( .
lit-ry, IYS7. -~j - HALO 1, 1))
, -i travel)

__ __ - - _;i
ATTWbOll -'A)____S_OU_HGECUDE, Lfli/2917/'076/000/315/011,i/oi6g
ACC NRj
AUTHOR: Ovlasyuk, V. Y&. (Candidate of technical sciences); Sukhoprudskiy, W. D.
(Candidate of technical sciences); Khallkov, V. G. (Engineer)
ORO: None
TITLE: Operational data on EBT-62 remote control units
BOURCE: Veesoyutnyy nauchno-iseledovatel'skiy institut zheleznodorothnogo transport&.
Trudy, no. 315, 1966. Elektronnyye ekhemy aytomatiki i sashchity tyagovykh podstantaiy
zheletnykh dorog (Electronic circuits for the automation and protection of railroad
substations), 161-169
TOPIC TAGS: rewte control system. railway equipment, railway engineering, reliabill
engineering
ABSTRACT: The authors discuss the introduction of remote control equipment in the
power supply units of Soviet electrified railways. Elperimental data are given on the
EST-62 remote control system developed by the All-Union Scientific Research Institute
of Railroad Transportation on the basis of operational experience with BST-59 and
BTR-60 remote control systems. Fxperimental models of EBT-62 units Vere put into op-
eration on the Moscow-Remenskaye Line in 1063. Right control points vere installed in
the first half of the year md 15 vere in operation bW the wd of the year. The con-
1/2

OVCHIMIIKOV, U.N. (gorod Tula)
~
Apparatus for demonatratinp volumetric relations nf reartirw Mnes.
Xhim.v shkole 10 no.2:51-52 Mr-Ap 'Y I- (KLRA 8:7)
(Chemical apparatus) (Gases)

OVCHINNIKOV. Ye. (g. Tula)
Incorrect interpretation of a reaction. &im. v sh)cole 14 no.l:
85-86 Js-Y '59. (MIRA 12:2)
(Aldehydes) (Copper hydroxides)

OVCHINKI-Ko-V,, Ye.Nq, uchitell
Apparatus for the demostration Df -,he electric co;.du4UTit-. :;' - sTAMJ-5,
Kbim. v shkole 18 n~.1.6t~--67 J&-F 163. (KIaA. lt ',..,
1. 6rednyaya shkola No ).2 g. Tula.
(CheW ca.1 apparazusi (Electric conductivity)

OVCHINNIKOV. Ye.H. Q.Tula).
Furnace-forge for school use. Khim.v shkolo no.5:62-63 S-0 I~j.
( pa,~I~ 0 ; -7
(Chemica-I app&ratus

MCHINVIKU1, U.N. (g.Tula).
Automatic apparatus for producing certain games. lhin. v
shkele 10 no.6:51 I-D 655. MRA 9:1)
(Chemical apparatus)

TICNININIYU!, Ye. N.
CO',.'BUf TION
Aptaratus for bw-ning substances in ox3;gen. lOdm v shkole No. 3, 19Q.
q. Monthl List of Russian Accessions, Library of Congress, November - :jl' Z'Jli~-' .

XAMV, N.V. ; OVCHIMUEDY, Te.P.; R.~.TNER, B.S.
Xlectron energy otabilization In the 10 MnT svnchrotron. Atom.
onarg.2no.2:140-145 F 157. (Y.LRA 10: 3 )
(Synchrotron) (6lactrons)

L), D70,
A'~'TH OR Ovctl ~ I y . Y
R. B.
TITLE: Beta-ray tl.i knegs VT 19-4 ~M-
and it-, api,J i, 'r, t!,e pr:r*
PERIODI-,AL, Referativriyy zhur!.a' a j
no i,~ t V
i yadern. izij-~,e-ya 3S R
G_stc.ptekf,izdat,
I EXT The instr~men*, f r e 'Le
Ftand ani an ele:tr-n, jr.--
c 1 ud e E3 00 Aa - i r i e T 04 . Tt,e f
the measured JLe . --s reg: s ere,i t:,,* a J fe r t:,.
chamber. The ins '.r,iment was !e,~ i 5ed f -,r meas ~,, . .F:
various :oat,-ngs on var.,,,.Ag tage
ted In the Mosgers~,vnarkl,~z m, ie.'
layers thi kriess r f ~.e f f ~ e r. 1, 17
C ird I ,

SHAMATIV. Yu.K., doteent, kand.takhn.nauk; LISITSTIJ, G.F.. kand.tel-hn.
nauk; MINIKOV. I.A., inzh.-, OVCHINNINDV, V-M-. insh.
SIMHARV. V.V., Icand.tekhmnauk; TITOV. D.G.. inyh.
Dweloping and testing the me,hod of automatic object adjustment
of the vidth of the line on the screen fcOrelectron-boam tubes.
Trudy M no.27:267-280 '5S. (KRk 11:4)
(Cathode ray tul)es)

SIMININKO, D.K.; RUSSO. Yu.T.; OVCHIIINIKOV. V.H.
Permeability to gas of burnt-out areas filled with glaggy rock.
Podsen.gas.ugl. no.4:19-21 '59. ()GYA 13:4)
1. Veasoru&Wy nauchno-iosladovatel'ski7 inatitut Podzemeftz.
(Cnal enstfliation. Undergrcund)

OTCHINSMY Ta
Naidug cloth colerf&st In the paditing mehlue. Pros. 1c"p. 12
no.917 3 158. (PaRA 11:10)
1.%eW'nlk kramillne-otdolechaege tookhe artell Is. Nonshinskago,
Moskva.
(Toxtil* fialshing)

OVGHINNIKOV, U.N. (Tula)
Apparatus for demonstrating certain erperiments in chemistry classes.
UUm. v shkole 13 no.1:42-43 Ja-Y '58. (MIRA 10:12)
(Chemical apparatus)

OVCHIWIIKUV, Te.N. (g.Tula)
Replacenent of silver nitrate by lead nitrate. Khim. v
shkole 14 no.2:79-81 Mr-Ap 159. (MIRA 12:4)
(Silver nitrate) (Lead nitrates)

OVCHINNIKOV. Te.N., uchitell
Solution of chemistry robloms with v,e unot of
achemos. Khim. v shkole 1~ no.(.:SS-~R 14-D 160. (IIIRA 11:11)
Srednyaya shkola Ho.12, p.Tula.
(Chemistry-Probloms, exercises, etc.)

Yo. ".
C-1: ev, I.-; try - ' ! ! " I ( , r.-- I ~.y
?Rve " '.I ~o : -, - %. i r I. I F-V : ( v . --,~ I .K ~ ~ :7 . , ~ , , ( .:. ", -
I I I .
(). Monthl List of Russian Accessi~)ns, Llt)rury of Cungr-ss, I.ovomt,cr . _j "41 , 1.-Inc I .

cvct:l'',,Tlrcv, Yc
Elbl"u.t-rally - 71.( '.. I r~
Invel Nl~olflvevirt ~1,~ lcv. , - ; , r,,! I - . .- "
No. 81 195;
9. Month I List -f Russ tan Accesslnns , Llbrary nf Congr--ss , .( V,~7: ( r- .

OVCHINNIKOV. Ye.N. (Tula)
An apparatus for studying the properties of hydrogen chloride Rnd
hydrochloric acid. Xhim.v shkolp I? no.5:61-62 5-0 '57. (KLRA In:IC)
(Chemical apparatus) (Hydrochloric acid)

~~ I . , ~ , Y". %~.
C X. T,
Apparatus for burn-InF substances in oxyjren. Kh1m. v shkole no. 3, '191~12.
9. Mon t h, Ll s t , ' R,,,s s I,ir Ac - - ~~ s 1, n s , - i t --, ry - f a, November I
- I - ngr,-s!-,, __

CWHINNIK V, Te.P.
OVCHI.\NIKLV, Ye. P.i gIncreasing tne Interference protection of linear
z-ccolerators operating with ioniaLtion chambers and
proportional counters close to Un accelerator*."
Acad Sci MR. -Physics IrAt immi P. N. Lebedev.
Kvcow, 1956. ( DISSERTATION FOR THE DEGRU F
CANDIDATE IN TFXKKICkL SCIENCE).
So.. Knishnays, Letopial, Moscow No. 15, 19,56

AUTHORt KARPOV,14.V., OVCINNIKOV,E.P., RATNER,B.S. PA - 2257
TITLEs The Stabilizing of the Energy of Electrons in a S-chroton
for 30 MeV. (Russian).
PERIODICALs Atomnaia Energiia, Vol 2, Nr 2, pp 140 - 145, 1957 "J.S.S.R.,
Receivedt 5 / 1957 Reviewedl 4 / 1957
LBSTRACTo The authors had the task cf building an apparatus which main-
taine an energy of electrons constant with a minimum accuracy
of 0,5 %. The stabilizing apparatws described here is an elec-
tronic follower system wh-Lch consists of donor coiling (trans-
mitter coiling ?), integrator, amplitude discriminator, fovs-
ing amplifiera, Bubmodulator, feed sources, and control block.
The block scheme of this apparatus is shown in form of a drawing
just as the wiring dialgrams of the integrator and the dis-
criminator. Integration was carried out by means of a tube inte-
grator. The amplifier w-i.th parallel current coupling has an
- 4000. The low reactive coupling
amplification coefficient of k
0
(B - 1) warrants a very exact integration with equivalent time
constant -, - RC(k + 1). The maximum error of integration is
less than 0,01 %.OIn the wiring diagram of the parallel current
amplifier measures are provided to extend its working stability.
In the here described stabilizing device discriminators are used
on the basis of electro-vacuum diodes. The instability of the dis-
Card 1/3 criminators due to the aging of tubes and to other causes is

/k
WMINuclear Mmics Instrunents WA installations. C-2
1kthodA of Measurement and Investioation.
Abe Jour : Referat Zhur - Fizika, No 1, 190, 238
Author : Legunov, V.N., Ovchinnikov, Te.P., Rusanov, V.D.
Inst :
Title : Uperimental Investigation of the Iffectiveness-of Injec-
tion in the Betatron.
Orig Pub : Atom. energiya, 1957, 2, no 6, 525-532
Abstract : Description of experiments, performed vith the synchro-
tron of the Mysics rwtitute of the AcadoW of Sciences,
USM (electron energy 30 M100j, for the purpose of explai-
ning the physical lave of the capture of electrons into
the betatron acceleration node. A detailed examination
is mado of the influence of the injection of alternating
zm~petic and electric fields on the effectiveness of in-
jection, this field being artifically created inside the
accelerator chamber during the instant corresponding to
Card 1/3

C t 1,
a C 7: ani ed t t f E-.8 1- t
--et ior, r.: v e.. C
f
~nr-ut C-3-;iCl* IF.-. e tpCj
f I C'a X, C
A I e E le C i r.
r t ed. An ai~- I c t -c,
tance 3 o~. e, t j,. v c c
f r. -.,;er.c,,, T-Y~ -,Ee c ;7 r 1 71 _r e r T;
1,; ve I
ereby
S
r- pr c e z,
A"'3CC 1 ATKN: Physics InstiLute tm. P.N. Lebedev AS USSR
( F 1'. N. Le! s~,-i-va A-
jl_ "L if ED: F
AvAiLA3Z,: ll~

i i IV /V) V4~' f , ,
AUTHOR: LC- ZOV,V.N., OVCF13MIKOV,]Z.P.. RUSANOVPV.D. PA - 3571
TITLEt Depandenoe of doniinixam Radiation Intensity in Betatron on In-
Jeotion Pazwwters. (Zavinimoet' intensivnoati ton~nogo
F -isluohonlya betatrons, ot onnowiykh parametrav irahekt3ii,
Russian)
PERIODICA14 Zhurnal Tekhn. Piz. 1957, Vol 27, Nr 5, PP l135-M2 (U.S.S.R.)
ABSTRAOTi This paper &i= at explaining the influence exeroised by the iWulse
fom at the injector on the capture of eleotronm an the occasion of
the mourioation of the various injection parameters. The analysis
of the cbtained curves I output ~ f ( ie.) and Ioutput ~ f (d ~
shown that no unifom mDde of operation warranting capture at all
working oanditions of the betatron exists. The first curve shows the
dependence of intensity on the amount of the current emitted from
the injector into the chamber in the case of a given amplitude of
the injection inpulse. d denotes the distance between the filament
of the injeator and the present oftit of the -vl-- radius possible.
In the case of low amperages of the injector a non-oolleotive pro-
oe33 takes plaoo at the expenae of an adiabatic modification of the
magnetic field. Within the range of working currents a oolleotive
oapturing process exists which essentially determines the effiGALoy
of the injectors within this dame," The ooourrenos of this
Card 1/2

P I ,I . ~ 1, 1 .' ~ I YI" .
AUTHMi 1XWOV,V.N., OVOMIKOV,11.P., RUSANOV.V.D., PA - 357i
SEMOV Is. S.
TITLRi Nonstationary Circulating Current by Electron Injection in Betatron.
(Nestatsionaxnyy tairkulinvushchly tok pri inzhektaii elektronov
v betatron, Russian)
PERIODICALi Zhumal Tekhn. P1.z. 1957, Vol 27, Nr 5, PP 1143-1148 (U.3.3.R.)
ABMIACTi The experiments were carried out in a 30 MeV synchrotron with
betatron injeators. Measuring of the amount and form of the
aument w" carried out by means of an Induction oormection be-
tween the current in the chamber and the receiving coil near the
chanber. A receiving- and registering apparatus with high reactiv-
ity was constructed. This made it possible to observe current mod'.
fioations in the ohark)er during acme revolutions of the particles
The -in difficulties are deaorkbed which had to be overcome in ow
atruoting this apparatus.
After a detailed description of the apparatus and the experiment
the following conclusions were arrived at:
1.) The absolute amount of the circulating current in the oba er
is determined at opti-im conditions by the limiting charge
which is bound by the stabilizing forces of the magnetic
field. Therefore also the r -bremostrahlung is determined
Card 1/2 by the limiting charge.

1.' 10221-" EWT(M)/RPA(w)-2/EWA(M)-2 IJP(e) GS S/0000/64/000/000/0653/0657
MR: AT5007945
.~AUTHOR: Kanunnikov, V. N.*, Kolomensk!X, A. A.0. Ovch i.-P Troymov
t -
;YQ. r.; Tateyev, A. T.. Yablokov. B. N.
;TITLE: Some results of the work on starting the symmetrical electron ring-phaso-
tran at TIM
~SOURCE: International Conference on High Energy Accelerators. Dubna, 196~.
Trudy. M6Vc-dw,-Af`&m1z-&a-t,--1�64, 653-657
'TOPIC TAGSt electron accelerator, synchrotron
A55TKM;-r* The Physics Institute im. P. N. Lebedev, AN SSSR, is developing new ac-
cellerators of the ring-phasotron type. The principal Idea of the development Is
A , I
to replace the growth of the magnetic field in time, which holds true in the case
i of synchratron-type accelerators, by its growth in space in correspondence with
;the growth of the particles' energy. This permits Increasing the intensity of the
bean of accelerated particles. and also, by utilizing the accumulation of particles
in a constant field, realization of the method of counter collisions of relativis-
I tic particles. As has been clear from the very beginning of the work, the com-
plexity and novelty of the problem could not permit the work to be limited to theo-'

i- L h223-66
1ACCESSION MR: AT5007945
11retical investigations. It was decided to construct a comparatively small accelera.
itor, the symmetrical 30-Mev electron ring-phasotftn, ensuring the simultaneous i
acceleration of two electron beams moving in opposite directions. This accelerator'
....~has to serve as a sufficiently flexible and resourceful basis for experiments on i
Ithe creation of strong-current accelerators and accumulators. It was planned. in
I gate with it various injection alternatives, accelerator re-
1particular, to investi
Igimes, and also the prucess of storing one and two counter beams. The principal
'results of the theoretical and experimental works completed in connection with the
I development of this accelerator have been published (V. N. Kanunnikov, et. al .
A Proc. International Conference on High Energy Accelerators, CERN, 1959, p. 89;.
The present report describes the main difficulties which were overcome in the ini-
tial period of starting the installation. and notes the results obtained up to the
1present momento The principal parameters of the ring-phasotron are discussed, as
well as the measurement and correction of its magnetic field. The characteristics
of the bean during static operation are investigated. "The authors wish to thank
Jfor their participation workers of various organizations, expecially the associates
lof the Physics Institute: Ve Ss Voronin,, L. Ns KazarAkiy D. Do Krsillnikov# A.
gdety, S. S. Semenov and of the Scientific-Reseatch Institute of Electro-
Card'2/3

k0=10M Nit: !AT5007945
A-
Physical Equipment: N. A. Howszom. D. V. Rozhdattvanakly, K. No Kaslov,, A. M.
Stalov, V. -A-.-Tit-OV9 V-. zairm-M
figures.
ASSOCIATIONs rialchankly Institut imani P. No tombedeval, AN SUR (Physics Insti-
Itute, AN SSSR)
.:SUBMITTED: 2fiMay64 ENCL- 00 SUB CODEt NP.
No REr sovs 004 OTHER: 001
Card 3/3
Pp

ACCESSION NRI AP4020300
AMMs Orchinnikovq Ye. P.1 Somenovo B. S.
TITLEs Acceleration region in ciraular phanotron
SOURCEi IVUZ. Fisika, no. 1, 1964, 141-146
9/01 WWODD/0011/01 41/0146
TOPIC TAGSt phasotron, magnetic field, angular frequency, modulation program,
sawtooth puloop induction acceleration, particle capture, critical energy
ABSTRACTs An acceleration oyatem hao been described as a new version of the one
developed by A. A. Kolomenskiy and others (Proceedings of the Intern. Conf. on
High-Energy Accelerators and Instrumentation CERN, otr. 09, 1959), repreuentod 1~y a
symmetric circular phasotron with maximum acceleration enorgy of 30 May. BocauBe
the magnetic field of the circular phaeotron is constant with respect to tizo, the
partiole angular frequenoy in defined solely by its energy-E, or
7 i.
f (E I inj;r-n- ( -EL::: -L:, ,,
E \ fi.02" E03
.where f - 16*0 so. The noduUtion program for the frequency and the amplitude of
Card 1/2

ACCESSIM ER i AP4020306
the high-fr*quency aorleration potential are rWesented graphically as a function
of tine UP to 4 x 10- seconds. The frequency remains almost constant at 30 mo and
9 varies from 0 to 30 Nov. To compensate for energy lose by radiation a sawtooth
pulse sMulation is applied to the frequency in the 29-31 so frequency ranga by a
100-cycle frequencj. The operation program is represented first by carrying the
particles in the induction scoeleration regime to a maximum energy and invest-igating
the possibility of increasing the mean energy of the instrument by inoreasW; the
injection time. Subsequently, the particles are oarriod in the phasotron acoelers,-
tion region by using both high-froquenoy channels and particle oapturs going
through the oritioal energy. "This work was done in Professor A. A. Kolomenakly's
group. The theoretical contributions were made by colloWes A. N. Lebedev and
A. P. Fateyev, to whom the author mWessem his grat:Ltud*.* Orig. art. bass 4
figures and 4 equations.
ASSOCIATIOMIs Fisiabeekly Institut Juen' P. N. Lebedom AN SM (institute or
PIWeicep AN SSSR)
SURKrfM# O9A9S62 DATZ ACQ# 3INark ENCLs 00
onem OP NORM BOY 1 004 007
Card 2/2

OVCHINNIKOV. Te.R.
Single-cable linear amplifiers having improved noiseproof features.
Prib.i tekh.eksp. no.6:69-71 N-D 157. (MIRA 10:12)
I.Fizicheskiy institut im. P.N. Iebedeva AN SSSR.
(Amplifiers, Ilectron tube)

AUTHOR: Arbuzov, Yu. A. and Ovchinnikov, Yu. A. 20-117- - :4 /54
TITLE: The Synthesis of 3-Oxypyrrolidine and 3-ftythiOphLne
(Sintez 3-okeipirrolidinov i 3-okeitiofann)
PERIODICAL: Doklady AR SSSR, 1957, Vol. 117, Nr 5, pp. B13-616 (USSR)
ABSTRACT: At present many compounds are known which contain a
pyrrolidine ring. The series of the functional derivatives
of the pyrrolidine remains, however, only to a small extent
known up to now. After a short reference review and a
criticism of the known methods of the mentioned synthesis the
authors have decided to use for this purpose 1.4-dichlorine
buta.nol which can be produced easily and with high yieldE. In
the heatine of 1,4-dialilorine butanol with equimolecular
quantities of primary amines in a medium of absolute alcohol
in presence of potash N-substituted 3-oxypyrrolidine are
formed with hifh yields. Ttius I-phenyl-, 1-p-tolyl-, I-p-
anisyl-, 1-n-butyl-, and 1-benzyl-3-oxypyrrolidine were
produced. By catalytic debenzylation of the 1-benzyl-3-oxv-
pyrrolidine in presence of palladiumoxide the authors obtained
3-oxypyrrolidine with a high yield which up to 1957 was not
Card 1/2 known. By cond nBation of 1,4-dichlorine butarol with sodium

SHMAKIN, N.M., akaldemik; taWZOV, Yu.j,.; KOWSOV, U.N.. OVCHT"TK V. TU.A.
Study of the Synthetic paths used In building the ring system of
BA tetracyclines. Dokl.j~.N So.-;R 133 no.5:1121-1124 Ag '60.
(MIRA 13:8)
1. Institut khimit prtrodnykh aoyedinenly Aimdemll nauk Sx'xH I
Mosicovskiy gneudarstvennyy universitat im. X.Y.Locanosova.
(Tetrhcycline)

GVCHINEIKOV, Yu. A.
Cand Chem Sci - (disE~ "~Aereoct~emistrv Cf renc*~,'-n-
to double bond of --c-lohexinvlacetic ecil.
to the synthesis of '"tracYclipleS.)." Mos cow 114 1
(Academy of -"c.,,rces ','L,' , Inst of Cr~-wir C~en,istr-v i,:,
Zt,linskiv); 1'~, cories; free; (KL, '7-~-l -,u-

ARDUZOV, Tu.A.; KOLOSOV, M.N.; OVCHINIUKOV, Yu.A,; SHEMIAKIN, M.M,
New reaction of halo lactowes. Izv. AN SSSR. Otd. khim. nauk no.2:
377 F '61. (MIRA 14:2)
1. Institut khimii prirodnykh so edineniy AN SSSR.
OactonesT

ARBUZOV, Yu.A.; BERLIN, Yu.A.; VOLKOV, Yu.P.; KOLOSOV., M.P.;
OVCHINNIKOV, lu.A.1 SE YUY-YUAN' [Hsieh Yxi-yiian];
TAO CHZHEII-E (Vao Ch;nC-i]; SRE,1-1AKIN, M.M.
Study of the ways of synthesizing tetracyclines. i~.ntibxtlkll
6 no.7:585-594 JI 161. O'fn-"~ 15:'
1. InBtitut khimi Frirodnykh soyedineniy AN 3561t.
(TETRACYCLINE)

ARBUZOV, YU,A,l KIRYUSHKIN, A.A.; KOLDSOV, M.N.; OVCHINNIKOV, Yu*Ao; SHEUAKIN,
M.M.1 a1mdemik -
Up of constructing a ring system of BA tetracyclines. Synthesis
of eaters of substituted 2-oxocyolohexylacetic acids. DoU,AN S~ZR
137 no.5:1106--1109 Ap 061. (KERA 14:4)
1, Imatitut khi-Ii prirodnykh soyedineniy LN &SSR i MDakovBkiy
gosud&retvemW v#Iversitet in. M.V.Loaonoaova.
(Tetracycline) (Cyclohexaroacetic acid)

SEITYAVINA, L.P. ; OV(-FIblM:CV, Yu.A.; SUYI;11111, YL.N.
L, fr.-~-ed ,Tpe,~tra of subetituted Y -Iii-ttnes of 2-.hydr-,xc-,cluhery!A,-el
aridr. 'zv. AN (,td.#chim.nauk no.5;777-784 My 16, . (mll.; -1 -#~
I . Ins i tut khin-i i prirodnykh soyedineniy Al: -
k id-,c t . ne,3- - , i ~a ctra )(Acetic acid)

SHEMAKIIi, N.M.; UV~HBI~IXUV,_Yu.A.; IVANUV, V.T.; KMYUSHKIN, A.A.
Tota.l synthesis of sporidemin 1. ImAN S65h.Otd.k".n&U
1700 S 162. (KIRA 15:10)
1. Inatitut khimU prirodynkh soyedinonly AN SSSR.
(Sporideamin)

OVCHINNIKOV, Tu.A.; IVANOV, V.T.; KIRDSHKIN, A-k-
Ibpaides. Report Mo.6& PIrepumtior of L-and D-5-cethylvalines.
low. AN SSSR. Otd.khim.nauk no.1112046-2054 N 162.
(KIRA 15112)
1, Inatitut khimii prirodnykh soyedineniy AN SSSR.
Mlime)

M. M.; OVCHINNIKOV Y . A.; KIRTUSHKIN A. A.; IVANOV V. T.
SHEMAKIN, 1 0
Depaides. Repor# No. 7: Structure of enniatin B. Isy. AN SSSR
Otd. khim. nauk no.12:2154-2161 D 162. (KDU 16:1)
1. Institut khiaii prirodnykh noyedineaiy AN SSSR-
(Depaides)

SHENTAIKIN, M.M.; GVCHINNIKOV, Yxk.Aj. KIRTUSHRIN, A.A.; IVANOV, V.T.
Structure and total sypthesis of enniatin B. Izv.111 SSSF.
Otd.khim.nauk no.3s579 Mr 163. (MIRA 16t4)
1. Inatitut khimii prirodnykh soyedinenly AN SSS]i.
(Enniatin)

CYVCHINNIKOV, Tu.A.; IVANOV, V.T.; MTUSHRIN, A.A.1 KRALILULINA, K.Kh.
Synthesis of sporldemeollc acid B. Izv.AN SSSR.O#.d.khim.nauk
no.3t578-579 Mr 163. (MIRA l6t4)
1. Institut khimii pr1rodnykh soyedineniy AN SSSR.
(Sparidesmolle acid)

OVCHINNIKOV, lu.A.; KIMJSHJUli, A.A.; IVAJi,V, V.T.; 6liFMAKIN, M.M.
Structure of sporideamol-ide; p&rt 2. Izv. A-N SSSh. Oft.-khl-- moo n0.4:
770 Ap 163. (64,103)
1. Institut khimii prirodnykki soyedinenAy LN 3SSR.
(Sporidesmin)

SHEHYAKIN, N.M.; OVAUNNIKOV, Yu.A.; KIRTUSHKIti, A.A.; IVASOV, Y.T.
Synthesia of f~nniatin A. Izv. AN SSSR. W khia,'nauk n,~.ftll4g
Je '63. ()GFtA Itt7)
1. Institut k!.Imil prirodnykh soyedinaniy AN SSSR.
(Nptides)

SHEMYAKIN, M.M.; OVCIIIWIIKOV, Yu.A.; AN71)NOV, V.K.; KIRYUSHKrN, A.A.1
IVANOV, V.T.; SHCHEWKOV, V.I.; SHUOB, A.M.
Synthesis of 0,01-diacetylserratmolide. Izv. AN SSSR.
Ser. khim. no.12:2233 D 10. (MIRA 17:1)
1. Institut khimii prirodnykh soyedinenly AN SSSR.

OVCHINNIKOV, YU.A., kand.khimicheakA)th nauk
Now advances in the chemistr7 of peptides (Fifth European
Syi~omium on Peptides). ZhurVKHO 8 no.1:101-104 163.
(KRA l6t4)
(Poptidea-Congresses)

OV-CHINNIKOV, Yu.A.; ITANOV, V.T.; KIRYUSHKIN, A.A.;
SHEMYAKINO M.M., akademik
Dftbling mechanism in the cyclization of depsipeptidea and
peptides. Dokl. AN SSSR 153 no.1:122-125 N 163.
(MIRA l7il )
1. Institut kh!mii prirodnykh Boyedineniy AN SFSR.

OVCHINNIKOV -11A.A.; IVANOV, V.T.; KIRYUSHKIN, A.A.; SHERYAKIN, 1,'.M.,
akademik
Conformation factors in the cyclization of depsipeptides.
Dokl. All SSa 153 no.6:1342-1345 D '63. (MIRA 17:1)
1. Institut khimil prirodnykb soyedineniy LN SSSR.

SHEMAKIN, M. M.; OVC111NNIKOV, Yu. A.; IVANOV, V. T. ; KIRYUGHKIN, A. A.
"Studies In the ronformation of cyclodepsipeptideo."
report submitted for the 7th European Peptide Symp, Budapest, 3-(: SeP 64-

RYABOVA, 1. D.; PAVLENKO, 1. A.; VINOGRADOVA, Ye. I.; OVAHNNIKOV, Yj. A.; N. A.
KIRYUSHKIN, A. A.; IVANOV, V. T. ; FEYG LNA, M. Yu.
"Antimicrobial activIty of lepsipeptidec."
report s ubmi t ted f or Ant lb I ot i - s 'ong, Pragus- , ~ 'I, -i , , J un F)4.
Inst for C:riemistr,, of Natura- 'ompounds, AS USSR, Moscow.

yr art Nfla r
A of ie(ii-mtthyaminotc~trri(,~,c!4,ne:-. , h i; rob. kf.'.m. 34 nc.
Yr
r !-~ 1:.

s HLMYAK 114 V i N(xj.~.AA)v A, Y,
OVCHINNI.KCV Yu. A.;
Dep-sivqI'lles. 1'ar'
ac'-.;ve linear
17
Ins t 1 01 r ~P.
I
NOV A N. A
3 YT.-. q
n
n

1- 11 - . . ".,. - -
I r
. I I.
I ~ - , - : I I . .
I . .
I .,
. f
i .
. , . .. I . . .
I v , I - . )

Ily,

SHEHAKIN, M.M.; OVC111 -NN-KOV, Yu.A.; KTRYI)SIIKTN, A.A.j TVANOV, V.T.
Chom!Dtu cf dersipop~,!des. 1--porl. 25s Stricturv and
synthpsis nf --nniatins A FLnd R. Izv. AN S~S~. Ser. khlm. nc..q..
1623-163C 165. (MIRA lp~lll
I
.. Institut Khim.'i prlroonykh so:-dinenly AN SSSR.

OVCIIINNIKOV, Yu.A,, IVAIIC)V, V.T.. MIKHALEVA, I.I.; SHEMYAKIN, M.M.
Synthesis -,,:- erinfatir, C. :zv. All 33SR. Ser. khlit. no.10:191.-
0 164. (M2RA 1'7t!,*r
I. Insi..tllt Kh"Mil. pr,r(-d-iykh 3ryed'-rierily AN 355R.
I

SOYFER, D.V.; CHIKRAGHEV, O.P.; Prinimali uchastiye:
ARBUZOV, B.A.; GORBUNCV, A.M.; KLEYNER, L.M.
Making aluminum alloy parts with Intricate internal channels.
Allum. splavy no.1:195-201 163. (KRA 16-11)

ACC-14 V- Tr6024928 (A SOURCE CODZ-i UR/2981/66/000/004/0187/0191
1. - " ~ 1-1
AUTHORS Iaktionova, N. A.; Ovchinnikov, Yu. F.; Nikonorov, Ye. A.; Zamolodchikova,
V. 11.; lapi-n-a-, -L.V.__;_Perevozchikov, A. V. ~'~MAQ_Vov,'PA
-4
ORGI none "T
TITIZI Residual stresses in weld joints of aluminum alloys
SO(JRCE1 Alyuminiyovyye splavy, no. 4, 1966. Zharoproohnyye i vysokoproohnyye Splavy
(Beat resistant and high-strength alloys), 187-191
TOPIC TAGS1 tensile stress, compressive stress, aluminum alloy property, weld evalu-
ation
AWTRACTt The residual stresses in various parts of a welded structure of ATsM alloy
were dete*ined by a mechanical method, and the Influence of the artificial aging and
tnqerinj bf the weld Joints on the magnitude of these stresses was investigated. It
w
Fa
as
s oun that longitudinal residual stresses up to 10-11 kg/MM2 and compressive re-
sidual stresses up to 11-12 kg/MM2 In the transverse direction arise in the zoiie of
the weld joints. Artificial aging of the weld joints of ATsM alloy for 100 hr at 90*
does not change the magnitude and character of the residual stresses in the heat-af-
fected tons as compared to the residual stresses in the naturally aged state. Temper-
ing of the zone of the w_ - ay induction he,ting to 240-2500C for 4-5 min fol-
lowed by cooling of the heat-affected zone with water lncreas*a the magnitude of the
Cc d 1/2

('.VCHr,.','.IKOV, Yu.l.;
LitraosBeous ..- .,~ n-r.r, 7e9.. rhir. ?0
- Iz knirr~dr-~ . -' I i yl~ ,4 ; 11 (r. -, 'Ka ' I n ' Ic - I r- f . I . L.
1
Knipko) Voye omeT.m Lan'-nh ayarifr,~'l Imel I V--va.
Adres av-torov: Y-9, R lk~, i.l., 11, Kl!n,Kfi t~-,,V-
mat,~Iogil I

i.P.kv.5);S!W:Il~, Yu-! -,
KRITKO, I.L. pr-f. (I.-r .:-,-rad, P:-", 'il- S7~'rrOv",
dotsent; T~R'YEV, *!,.;.!..; OVC'--.'D,,I;IyOv) YU.I.
Some problfTr:7 r and resuscitati 1r. in traumatolo -
C- ', 1, . * I'Fi'.-7 .. . I . '. . - . : ., :1 ' e 16 3 (VTRA I v V

OvWhNIKOV, Yu. 1.
latraossecrus aneethevia with lignocaine. V*at.khir. 05 se.121
96-103 D 160o (mm 14:1)
lo Is kafedry ortopedil i traymatologil (nach* - prof, I*Le
Impko) Voyemno-seditainakoy ordene lanina akadmil im. S.M.
lirova.
(AGETOXTUDIM) (LJDGAL AMTHISIA)

r, YAZE"'i. , il. I . ; .;. I" , , , ? . ,I" I I
. , , , - - ; I . . . , I , .. .
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, . iI: .. , . - , & , ~ . . .. I I . I .. I . . 1 1. : . - f
1; - ~ , , -,:- I. t. . ..

(YVCHINNIKOV-, Tu.M. (Sterlitomak)
Influence of influenza on postvaccinal. antidiphtheria i=unitv.
Felld. i a)msh. 25 no.4;34,35 Ap '60. (MIRA 14: 51
(INFLUENZA) (DIPHTHFJdA-PhE-VENTIVE INOCULATION)

S~6,1 6 1 (XXj f0i. I
VXP 120,
AUTHORS Pa[ guVev S E Y ushina. L D and Ovchinniko% Y u M
VITLF Investigation of the %intcting of oxide% h~ the e1ccitit: conducti%itN niethod
SOURCE Akkademiva nauk SSSR Lral skiy filial Instilui elektrokhimii IrudN ti,
Llcktrokhimi~a r;ispla%,Icnnykh solcvvkh i lvcrdykh clektrolitov 19 ~- IV
TLX T AL method for measur ing I he clectr ic conductivitv to determine the temperaf urc af ~ hi If i ji,i
of sintering commences it a liquid phase i~ formed %4 a% successfulIN used h% Soviet %c ientims. ino if N%.,- ii it: i t -
ting to find out %&hcthef thi% method iN applicable to the investigation of sintering of oxides %%hcii owit
liquid phase Sample% of mixtures of cerium dioxide with S mole ',, BeO, 10 mole , MO) I ', im.i,
or 9 mole ", SrO were inve-oigaied After the completion of the .intcring procievs the clectri,
the oxide mixture% investizaled reaches 3 con%tant value This is a %eftsitive method lot tht
%intcring procc%,Cs there art ~ figurc~
Card I I

S1 I 37/b2/L)00/OW/(,., I 5/'W5
Aoo6/A i 0 1
AUTHORS: Pal'guyev, S. F., Yushina, L. D., Ovehiruilkov, Yu. M.
TITLE: Investigating oxide sintering by the electric-conductiviLy metnud
PERIODICAL: Beferativnyy zhurnal, Metallurgiya, no. 8, 1962, 45, abstract 8,,;3oq
("Tr. In-ta elcktruktilmll. Ural'skly fil. AN SSSR", 19b;, ni. P-
193 - 197)
TEXT- The authors studied sintering of CeO2 with admixtures of 116--0 C) in,j!.%1
MgO (10 mol. %), CaO (15 mol. %) and SrO (9 mol. %). Changes In the eiectr1c
resistivity were determined as functions of the composition, time of 4,olding, and
sintering temperature. "Electric resistivity versus sintering time" curves were
plotted. The electric resistivity of the specimens (solid solutions) increases
in the sintering process. The end of sinterinS was fixed when constant eieetric
resistivity was established. Specimens of 20 mm in diameter, 12 - 15 mm hign,
were pressed from a thoroughly crushed oxide mixture (roasted at 1,2000C) at
1,000 kg/cm2 pressure. To measure electric resistivity Pt-wires were pressed l.t.)
the 4)ecimens; their ends were connected with an a-c bridge. SinterIng was con-
Card 112

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631000100310021010
D20IP308
0
Ove
rdan, G*Go and hinnikiwi~. U.N.'
Problem In the theory and'deaign of beta-rays
thickness-gages for n, assuring of coatings
IODICAL:
Priborostroyeniye, no. 3; 19639 7-10
'The authors cowlOor"-'briefly the theory of operation
FS
rk 7
-rays Par ic to the
Wckneasgageu 'and in ticular the error dt
r of ta
IT U:st Atistical f luctuation. of onization current -in differe
ntial thick-1
4 gageov w dependent on the difference in the atomic numbers of
--the mean and compensating sources, an the beick-scatter coefficient
1-7 . .... the activity, geomtry and efficiency of radiation sources.
on
'~--U-` nee the acti%4ty of the sourca is determined for optimn censiti-
ty of the instruments both with conplimentary radioactive so urc e
an electronic method of compensation. The theory and experi-
results were incorporated into the design of type ST11 -1
gage-for the printing industry which was usnuf
d-siiee-1961 at the Tallinskiy Pod kontrollno-imeriteV

2OW3LI000100310021010
)A
moln the tbeory

wkh priberov experimental plant of control wd measuring
(Tallin,
) ures
re 3 fi
Th
nts
. ere a
g

inA

At

X

7

OVCHMIKOV, Yu.M.; SAMONOV, N.I. (Sterlitariak)
Case of encephilonyelitis fullo4mg vaccination Wiwt ra:,-er.
Felld. i akush. 27 No.12:JO.-31 D'62. (MIHA :6: 7)
(MCEPTIALOWELMS) (aAuFs-mzvEvTrVE INOCULATION)

IORDAN, G.G.; OVCHINNIKOV, Yu.M,
C., 1.4xn4*P%kv1w1SF'Uv,...,__
Theory and design of batA-ray thickneets meters for measuring
coatings. Priborostroania no,,-!-' 10 Mr 'C3. (MIRA lt),t,
(Beta ravs-- Industrial applications)
(Thickness measurement)

LAPATUKHIN, V.S.; Yu.~'.
Use of the phosphonlr, -nd.lolLR-*,,)p-3 .' , In Im'"Stigat-,ng the
laminar change of the composition arm the wear remistAnce. of
phosphate contj%ps. Zfv-,r. -rikl. Yhim. -1. no.5:10)2-1007
w It"i. (MnA
( floepilli te fyi t I -,izfl)
kRadioartive trqcers~

OVGHI"IKOV. Th. M.
Use of isopromedol in eBophagoseopy. Sov. med. 22 no.12:104-108 D 158.
(MIRA 12:1)
1. Is kliniki boleiney ukha. gorla i nosa (dir. - prof. A. G. Likhachev)
I Moakovskogo ordena Lenins meditainakogo institut a imeni 1. X. Seche-
nova (dir. - prof. V.V. Kovanov).
(BSOPHAGUSCOPY. aneeth. analgesia
isopromedol (Rus))
(RTP40TICS M SWATTM ther. use
Isopromedol in esonhar,)scopy (Run))
(KMCL7. RXIAUNTS. ther. use
same)

LAPATUKRIN, V.S.; OYCHINNIKOV, YU.M.
RadioactiVe-tracer techniques
capacity and specific surface
Koll.zhur. 23 no.5t592-595 S-0
1. Nauchno-iBeledovatellskiy
promyshlonnosti, MoBkva.
(Phosphate ooating)
used in determining the adna"tive
area of phosphate coatings.
161. (NM 141q)
inatitut poligrafichookoy
(Adsorption) (Carbon- Isotope a)

('V( H 1 :;,.IV( '. ,, .. . .
"i i : s,)promo ic .
; -, i -~ 1. '.
li ~ . : I I I ~ -
- .. '! I I . . likl '. , ,
M . , . , . , )~ j 'p , . - 1, ( I ~
P; ~
I

OVCHMIKOV. Tu.M. (Sterlitsmak)
~
Some peculiarities of the clinicFtl aspect of parotitim. 791'd. I
akush. 24 no-3:14-15 Kr 159. (M MA 12:4)
(HUMPS)

OVCHINNIKOVI -YAALMUo..
Using some spasnolytics in esophagoscopy for detecting foreign
bodies of the esophagus (with summary in English). Xksoer.khir.
2 no.4:39-43 Jl-Ag 157. (MIRA 10:11)
1. Is kliniki bolesney ukha. gorls I nose (dir. - prof. A.G.Likha-
chov) I Noskovokogo ordens Lonina neditsinskogo instituta.
(UTPN(YTICS AND SUATIVES. off.
Isoprozedol & 4-phenyl-4-propoxy-1.2.5-trimothylpiperidine,
on esophagool wall In esophagoscopy in animals & man)
(KUSCLS RRIAXANTS, off.
same)
(ESOPHAGOSCOPT. aneeth. and analgesia
isopromedol & 4-phenyl-4-propo-xy-1,2,5-t rime thylpiperid ine,
eff. on esophageal walls in animals & man)

OVCHINNI&Gil YU.X.
Anyoidosis of the larynx. Yest.oto-rin. 18 no.5:13'-135 3-0 IS6.
(MIMA 9-11)
1. Is kliniki bolesney ukha. gorla i nosa (dir. - prof. A.G.
Likhachov) I Xosirvovskogo ordena Lenina moditsinskogo institute.
(IARTNI. nosplaBms, diseases
any.loidools)
(AKTLOIDOSIS. case reports
larynx)

EXC-RPTA KELICA -ec 9 Vol 13/4 Survery Apr 59
ifit`f- I I I F. I ",K I )F IP %1%11 1 N TI( 1)1(1;(,s 1~1*111-; (w) For.
110 RIFAII(NAI ()F j(tltj.j(,% t, t), join,
N u NL- L a r %cjsr and Thro.&I ( Ion Se- henciv I ~roit %1" -Tr1jT Vi~-,-ow
F-Ksm.lt KIII)i '.61, 1 4 lil"S I ov
n,- A a --'I I R e 9 a, s 1, ro r- t e d ii V ( I -' 5 - t r t on v t h ) I - 4 - phe n % I - 4 - 1) r op i n n o ii j w r i to i ne
ti,Ndrfi, hloridr) and (Nterecoisomer tif promt-diiii ~t-rv su- ressfuh)
jst~d in animal experimenis f-PrOhl"(1111 Wag fo,ind thc ntire effe, love of the two)
and was used in a t lino al trial ()ne ml of 2% solution (if #%fppromedol and , ml
tif 1% solution of atropine (to combat salivation) were inlet ted subt utancousito
1()- 35 m knutes before oesciphagosc opy Ici, at anaesthesta was effe, ted bN , ;L
do, aim- (amt-thf)c gone) in two applications, though in some cases this Was omitted
minutes later the patients became alk2thetl( . somnolent. weary and quiet
Subsequent oesophaijoscopy became easy and was tolerated well by the patients,
and the spasm of oesnphageal wall* around the foreign body was conspicuous by
its absence. Shanin - Leningrad (S)

L 4482-66 Ewp(e)/EPAt z.)-2/E'fiT(m)/.EPF (c)/EWP(i)/EPF (n)-VEpA(w)-2/EWP(t)/EWP(b)
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'IjrpC
AGO NRs AP5025351 SOURGE GOD19i UW0131/65/OW/010/0040/0042
AUTHDRs OwWmdkowp 140 me; chevp S, Vol NrjMdu A, Pal I S. F.
D-
r
ORG% Institute Of Usetrechadstry, Urals Branch, AN SM'Onstitut
elektrokbiall UFAN SSSR)
ill=t Penetration of oVrm In ceramics having a airoonjus di bas
no 40-42
SOURCMI opeuporr 100 A
Tom TAGSs ceramic products gas diffusion# oxygen, carbon monoxide# argon,
titanium
ALSMACTs 7he authors describe an experiment of oxygen diffusion through ceramics
having a composition of 0*85+Zr02 0015 C609 In the twparature range of 600-WG.
7he flov of oxygen that diffused tbrou&% the vans of the test tubes was measured
with wips and titanium* A test vas also carried out to deteraine, the ruetration
of asrWn sonoidde at a tosperetwe of 9WC. It was lose than 4 0 10- cm/seo.
UDGs 661.883
- - -- - - - - - - - - - - - 199 901 0.2-a 2-

L 4982-66
(AGO RRS AP5025351
The cermicD tested proved to be pMotjc&j3,y impenetrable to carbon monoxide# and
djMt3y throuO the cerudo body and not throUab the pores* This
oxygen diffused
work was based on the exPOMMOUtg of Mgary W. Dp Pappis J-p Doty M- I-P Hill
D. G. Journ, Asw- Car. Soces, IMP 420 00. So P.393. Orig. art. has& 3
figw" and I table*
SUB COD&j mr,, &C' SM DLM -100/ NR RU SOVI OM/ 0=8 W2
2/2.