SCIENTIFIC ABSTRACT UTKIN, I.A. - UTKIN, L.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858310003-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

jTKIN, I.A.; SHAMSHEV, F.A.
,z_
----1MMMww.
WAys of develop3.ng the technology and methodology of test drilling.
Up. ILI 41 no.2:3-6 161. (MIRA 1615)
(Boring)

SUMAROKOV, 0.1.1.; UTMIT I.A.; MALLIGION(J,K, V.11,.
Cumbined vibrator for F)ercus:;iv- rotary dri-313-ing. 1-3Lul.:1-auch.-
tekh.inform, VIMS no.1:97-98 '(3- (,-,11?,A 18:2)

SUMAROKOV, 0JI.;.,UTKIM, [.A.,.--, MAL'CMFNOK, V.-O.
Sectional magnitostrAlction vibrator for perussive-rotta7 drilling.
Biul. nauah.-tekh. inform. VIKS no.2:76-7', 163. (MIRA 18:2)

MARkIZIN, A.V., kand. tek" . l.A., doktor tekhn. nauk
prof., nauchr t.; RAGBIA, G.11-1., red.
[Drillin boreht..-.s in perennially frozen ground; methods
handbooki", irenie-skvazhin v rnogoletnei merzlote; metodi-
eneskoe rukovodstvo. Leningrad, Gostoptekhizdat, 1963.
287 p. WIRA 17:4)

GITTSIGRAT, Ernest Ernestovich; PINKEVICH, Allbert Allbertovich;
VIIIIOGRADOVA, LauriBp- Vasil 'yevna;,. UTKDI,,_ I.A.-, doktor tek-hr.
nauk, prof., red.; REYMEPT, L.A., VOC. red.; YASHCTM'OZHIN:-,KAYA,
A.B., tekhn. red.
[English-Russian dictionary on exploration drilling] Angle-
russkii terminologichevkil slovarl po geologopoitikovorm burenihi.
PcjI red. I.A.Utkina. Leningrad, Gostoptekhizdat, 1963. 316 P.
(English larguage-Dictiomries-Russian) (MIRA 16:12)
(Boring-Dictionaries)

UTXINO,.;. - ?.--
Hoisting devices in a system of push conveyors. krt . 28
no.608-39 A 162. NLU 164FOR
1. U3.1yanovskly avtozavod.
(Hoisting machinery) (Conveying machinery)

UTKIN I P
N&w method for loading automobileti. Avt. prom. 28 no.9:45
s 162. (MIRA 3.5 '. 10)
1. Ullyanovskiy avtozavod.
(Automobiles-Transportation)

UFqN, 1. P.
Bridge stacker-cranes. Avt. prom. 29 no.5.44-45 Mv t63.
(MIRA 1624)
1. U117anovskiy avtomobillnyy zavod imen:L Likhacheva.
(Cranes, derricks, etc.)

UTKIN, I.P.
Tow car with a hydraliIie drive based on the UA7,-450D motortruck.
Avt.prom. 29 no.10:17-18 0 163.
Table with a reversing apron conveyor. 36 (YJRA 16:10)
1. Ullvanovskiy avtomobillnyy zavod.

- UTKINt I.P.
-
Trailsi~ for transporting industrial electric trucks and loaders.
Avt, prom, 31 no,2t42 F 165. (MIRA 18:3)
1. Ullyanovskiy avtozavod.

UTKINI I.P.
Mechanism for and lorg----.zed articles frc= a
conveyor. Avt. prom. 31 no.8:41-42 Ag 165. (M-I.RA !?:8)
1. Ullyanovskiy av-tozavod.

WILIONIKOVY K.A. (Donetsk); YAKOVENKO, G.D. (Donetsk); UTKIN, I.S.
Making 1,421 m. of mine working3 in one month with the u-ne of
the PK..3m cutter-loader. U9011 40 no.12:11-14 1) 165.
(MIRA 18:12)
1, Shakhta No.40 "Kurakhovkal* tresta Selidovilgoll.

KOVAIEV, D.F.j_YTKI~,_I.S.j SELEIENEV, I.D., brigadir kompleksnoy brigady
When the drifting operations have been well prepared. Ugoll
Ukr. 6 no.9:4-7 S '62. (KRA 15:9)
1. Zamestitell glavnogo inzhenEra Leninaklogo tresta kombinata
Kuzbassugoll Ministerstva ugollnoy promyshlennosti SSSR (for
Kovalev). 2, Nachallnik Leninskogo shakhtoupravleniya Leninskogo
tresta kombinata Kuzbassugoll Ministerstva ugollnoy promyshlennosti
SSSR (for Utkin).
(Donets Basin--Coal mines and mining)

USSR/Acade=y of Sciences Jul 49
Automatic Regulations
"Scientific Seminar of the Institute of Automtics
and TelemecbPRP-1cs on Autmatic Electric Drive.."
I. V. Utkin, 5 pp
"1z Ak Nauk SSSRJ- Otdei Tekb Nauk" 17o 7
At the seminar, attended by about 100 scientific
and engineer ing-te cbni cal vor era of Moscow,
reports submitted Included: V.**S. Xulebakin's
"Tboary of the Impulse Method of Regnlating Speed
In B~ectrlc Motors,* F. A. Goryiynov's "Operation
of arl Electrical Regulator (Pototrol) in Regulation
Systems," and D. A. Popov's "Character!sticp of
-M ' 1)2/49T2
USSR/Academy of Sciences (Coe-d) IYU1 49
Aircraft Electric Drive." Two sessions were
de'voted to the report, "Frequency Method of
Analyzing the quality of a Servoelectr1c. Drive."
52/49T2-
E

SOV/ 112-58 -2 ~2 372
Translation from: Referativ---y-y zhurrall, E1ektrctekh-nika, 1958, Nr 2, p 96 1U&SR)
,.AUTHOR: Bogoyavlenskiy, V. N. , nd Demideako, Ye. D.
TITLE: An investigation of an Electric Tractor Main Drive
(Iseledov-tr-iye glavnogo priveda elektrotrakt.,3ra)
PERIODICAL: V ab.: Avtamatizateiya prosiz~,. protsessrv Y La. k1%. , M. , AN SSSR,
'156, pp 204-219
ABSTRACT: The final choice of a system for electric tractor drive has rot yet
beer. made. The first tentative solution was a simple replacement of t1le ther-
mal m- otor by a sqiLirrel-cage AC motor, with the friction slipping coup?ing re-
tained in the system. The second solation has been the r-se of ar- adjust'~.Ke-
sDeed AC motar. The dvnamic and static operat3--,g conditions of both sqairrel-
cage and wound-rotor motors have beer- i-ivestigated. The first is started
under no-load cor-ditior.2, a7id then tractor acceleration is effected through a
sl;pping cl,-~tch c;c~1zp'---,-g, by a meth3d combining the utilizatiwi of the motrr
tot qi-e a!.Ld the V-1-wheel kinetic energy. An equ-ation describing the dyna-mic
Card 112

SOVI 112.-58-? -2372
An Investigation of an Electric Tractor Main Drive
process of motor acceleration is analyzed, with particular ref erence to the ef -
fect of !.ywheel size. It has beer- found that even an oversized squirrel-cage
motor has to operate umder heavy thermal conditions. Besides, the friction
clutch does not secure maneuvering tractor speeds, and a coarse speed regula-
tion ca-zses bumpy operation of the tractor. The wound-rotor motor eliminates
the above disadvantages, and the adjustable slipping clutch become3 unneces -
sary. Field tests of the wound-rotor motor tractor have confirmed that, among
its advantages, are stability of acceleration and speed regulation undeI7 any
load and. no need for a friction clutch and flywheel. Instructions are given cn
calc.,.;.Iating steps for the regulating rheostat.
A.I.B.
Card ?412

TOPCHITEV, A~Ve, akademik, glavnyy redaktor; KULSBAKIN, V.S., akademik,
otvatetvennyy redaktor; GORSKIT, B., redaktor; IIEVRATIV. V.Tu.,
redaktor; TJTKIN, I.V., redaktor; ASWIYNVA, G.A., takhnicheski7
redaktor.
[Session of the Academ7 of Sciences of the UO'gqSR on scientific
problems of the automatixation oi production, Ceto 'ber.15-20, 1956;
scientific and technical problems of automatic electric drivelses-
sia Akedemil. nauk SSSR po nauchnym problemam av-tomatizatsii prols-
Yodstva, 15-20 oktiabria 1956 g; nauchno-tekhnicheskie problem7
avtomatisirovannogo elektroprivoda. Moskva. 1957. 444 p.
(MLRA 10:5)
l.Akademifa Axuk SSSR.
(Ilectric driving)
(Automatic control)

KRUTOVA, I.N. - SUBBOTINA, G.V. - UTKIN I.V.; X03RINSKIY, A.Te.; GAVRIIDV,# H.A;
PARritSHIN, S.Y.
Conference of the Aeajomy- of Sciences of the U.S.S.R. on Automation'
Avtom. i tolem. 18 n0.2:182-192 F '57. (MLRA 10:3) *
(Automatic control)

7
ANVEL I T, Koyya Yureyevich; GERASIMOV, Viktor Grigorlyevich; UYLELI,
Khriotina 3duardovne; KOGEN-DALIN, Vladimir Viktorovich; LTSOT,
Nikolay Yagorovich; HOROZOV, Dmitriy Nikolayevich; JIMSOV,
Tevgeniy Vnaillyevich-, PANTYUSUN. Vasiliy Bergeyevich, prof.-
PUKHLYAKOV, Yuriy Kharlampiyevich; SHIRNOV, Vlndimir Alakna-4-
vich; UTKIN. Ivaik Vasillyevich-, 9HAROENIN, Grigoriy Ivanovicri,
KASATKIN, A.S., retsfinzent, red.; BORUNOV,.N.I.. tekhn.ree..
[Electrical engineering; general course) Mlaktrotekhniks;
obahchii kurs. Pod red. V.S.Pantiushina. Moskvs, Gos.energ.
izd-vo. 1959. 632 p. (MIRA 13:1)
(Electricity)

UTKINP I.V. (Sverdlovsk)
Cooperation of the representatives of science and production. Zhel.
dor, transp, 47 no,703-84 JI 165. (MIRA 18:7)
1. Rektor Uraltskogo institute. inzbonerov zheleznodorozhnogo transporta.

AUTHORS Kellman, V.M., Utkin, K.G., 57-9-23/40
Loginova, L.S.
TITLE A Simplified Construction if a System Containing
a Rubber Membrane for the Determination of the
Trajectories of Charged Partioles in the Presence of
a Space Charge.
(Uproshohennaya konstruktsiya ustanovki a rezinovoy
membranoy dlys, opredeleniya trayektoriy zaryazhennykh
chastits v prioutstvii ob"yomnogo zaryada.)
PERIODICAL Zhurnal Tel:hn. Fiz., 1957, Vol. 27, Nr 9, pp. 2092-2096
(USSR)
ABSTRACT In the papers by V.M. Kellman and I.y. Krasnovp
Zhurnal Tekhn. Fiz.9 1955, Vol. 25l Po 17141 and P-1726
it was shown that the accuracy with which the trajectories
of charged particles was determined by means of rubber
membranes could be considerably increased by giving up
modelling particle motion by means of a ball rolling
on a rubber surface, and by using only graphic methods
for the construction of trajectories. Giving up using
balls makes it possible to simplify construction con-
siderably, because iii ouch a case the pressure modelling
CARD 1/2 the space charge on the membrane could be brought to

57-9-23/40
A Simplified Construction of a System Containing a Rubber Membrane for
the Determination of the Trajectories of Charged Particles in the Presence
of a Space Charge.
bear from above and could be caused by the weight of
the plates distributed over the membrane, which are
weighted accordingly. Such a simplified system is
described.
There are 10 figures and 2 Slavic references.
ASSOCIATION: Leningrad Polyteohnical Institute imeni II.I. Kalinin.
(Lening=adskiy politekhnicheskiy institut imeni
M.I. Kalinina.)
SUBMITTED: Jdarch 14, 1957.
AVAILABLE: Library of Congress.
CARV 2/2

UTKIN, K.G.
Investigation of certain designs of electron MiaR br the rubber-
membrane method with consideration of the space charge. Hauch.-
tekh.1nform.biu1.1,PI no.5:53-60 '58. (MIRK 12:5)
(Blectron beams)

GANICH9V, D.A,; UTKIN, K.G.
Possibility of the analysis of the distribution of electrons
according to t'heir total energies in a qtMtWi-spherical cur-denser.
Fiz. tver. tela 1 no.4:648-653 '59. (MIU. 12:6)
l.Leningrad3kiy politekhnicheakiy institut im. M.I. Kalinina.
. (zlectrons)

SOII/109-4-1-29/30
AUTHORS: Ganichev, D.A. and Utkin, K.G.
TITLE. Accuracy of the-~ user Method (0 tochnosti
metcda sfericheskogc kondensatora)(Letter to the Editor)
PERIODICAL: Radiotekhnika i Blektronika, 1959, iol 4, Nr 1,
p 148 (USSR)
ABSTRACT: N.A. Soboleva investigated the accuracy of the spherical.
conde.-.ser method in a work published in this journal
(Ref 1). Here, it is pointed out that the so-called
,yield coefficient measured by Soboleva should have been
zerc. and the fact that it was not was due to the experi-
mental errors. Consequently, it is pointed out that
~obaleva:s experiments were burdened with an error when
determining the electron trajectories by means of an
electrolytic tank. There are 2 Soviet references.
SUBMITTED: May 6 , 1.958
Gardl/l

B
A

AUTwFj I
e.F..
.
Polito,
..
P."o-. L.Y.. &ad T.oftopol-skay., A.A.
TITLNt Interdepartmental Seminaron Cathode tl*ctronlc. (The Ilth
Meeting) (Mvzhduv#4o=s%w.nnyj . minor po katodney
I.ktranike) (11- sm.odenlyo)
PSMOOICAL, nodictakhnika L *1ektronika. 1959, lot 4, Nr 4,
pp 731 - 732 (USSR)
ANNTRAC?t A meeting of the soother took place an December 1. 1956
at the In.titut r.di.t*khnlk1 I *LoktrontkL AM SSSR
(Institute of PAdio-onglneerlnS and Blec%ronits of the
Ac.4c.USSR). During the n.otinS 8 p*porn w*r* read.
T-Q. Ptushinakly read a paper entitled: "Kinetics of
the U-n-o-r-ption of Oxygen an the Surface of Tungsten*.
The second paper, by I.tE:_~Dlmsn and S.M. P.k.r.
-
T-ewrcandut tore
dealt with "The Admixture Photo-dffoct al
in the Region of the Its.1too Light Absorption*. The
paper by T.L. M4_%#ktvtch vas devoted to wThe Problem of
the Secondary Itlectron Emission of Fine Filme of
Orzsj%ic Subatancoow. The problem of "S:lf.co
N-b
r
of
Cardl/2 IGal .,a a ,t roo% Electric Field on a Surface with
:
,
G
0 ftn-ho~mogon*cus Work Function' -as considered by
2 Zandb
Ya.
rs And ,, 1. resew I t
1!~kallns and
4
.
,,:
.4
I. Iw.-o' . .Per *at& i.4
;
8f4r-Intion of the
Electron Attachment Energy and of the fttontlalo of
Atoms by the Nothod Of Surfac. I..l.ati.0. X.L.
V-kl
"d A P. -Alek. evGdoolt with iTiaprouiam
T
P
4;
~
F
;o
or
as&, onto Through a Dielectric
;~Gft the Krront C:rrloro Are Introduced Through On* of t-jo
Contacts by Means of fteetron Nowbardaout*. The lostur.
by D.A. _Wts discussed the follewla,4
_Ualehow and Ajq~
The fteelblllty of i -nuffa f the Tot&l-oftorgy
Distri1sation at Blectre" An a QuaAL-opkerloal Condenser".
Th. mark by H.I, K Pits*. 9.A,_YEjVlkknv a" A A Shil'onal
-
I
H
doe;t ith - an
N
owisatleft at the assends, F"
troa
Mleaten and the okerootorlatis suorey leases of & au"ag
Of dl-IOQtvAsO (61-08, *AGO, fl-orit. and alkali-hajoid
amomerystals).
Card 2/2
f

AUTHOR: Utkin, K.G. SOV/120-59-5-25/46
TITLE: A Rubber-membrane Apparatus for the Automatic Determination
of Equipotentials, Taking the Space Charge into Account
PERIODICAL: Pribory 1 tekhnika eksperimenta, 1959, Nr 5,
pp ill - 116 (USSR)
ABSTRACT: The rubber membrane has been widely used to determine
two-dimensional electrical fields which are difficult to
calculate analytically. Recently, Bobykin et al (Ref 1)
and Alma et e1 (Ref 2) have shown that it is possible to
take into account the space charge as well,using a rubber
membrane. The application of a rubber membrane in the mode-
lling of electrostatic fields taking the space charge into
account is based on the analogy between the equations af a
stretched and loaded membrane (small radii of curvature)
and.the Poisson equation for the electrostatic potential.
The equation of the surface of a stretched and loaded
membrane is given by Eq (1), where 1i is the displacement
of the membranes from the equilibrium position, P is the
load per unit area and T is the tension. Poisson's
equation, on the other hard, is given by Eq (2), where
Cardl/7

SOV/120-59-5-25/46
A Rubber-membrane Apparatus for the Automatic Determination of
Equipotentials, Taking the Space Charge into Account
y is the potential and 0 is the space-charge density.
At constant T , Ecp(l) and (2) lead to the relation
given by Eq (3) and with corresponding boundary conditions,
Eq (11) also holds. The boundary conditions on the membrane
depend on the form of the electrodes and the displacement
of the membrane surface from the equilibrium position (by
the electrodes) through a distance proportional to the
modelled potential. A distributed load proportional to
the space-charge density at the given point is applied to
the free surface of the membrane. Figure 1 shows four
possible ways of applying a distributed load to a membrane
surface (Refs 1-4). The last of these four d:7awings
(Figure 1) in which the load is applied from above, is
very much simpler when is desired to model the space
charge and may be used to automatise the process of
determination of lines of equal curvature which correspond
to projections of equIpotential surfaces. This method was
used by the present author to find the current-density
Card2/7 distribution over a cathode in two-dimensional fields when
L.~

SOV/120-59-5-25/46
A Rubber-membrane Apparatus for the Automatic Determination of
Equipotentials, Taking the Space Charge into Account
the current is limited by the space charge and the initial
velocities of the electrons are zero. Kellman et al
(Ref 3) have shown that when the space charge in the region
near the cathode a (Figure 2) is replaced by an equivalent
surface charge, placed at a distance of one-quarter of the
width of this region, then the potential distribution in
the region b (Figure 2) remains unaltered. The potential
distribution in an infinite plane diode is then given by
Eq (5) (Ref 6), where y is the potential and 6 is the
current density at the cathode. From Eqs (2) and (5), it
follows that the space-charge density in a plane diode is
given by Eq (6). The amount of charge in the region a
per unit length of the cathode is then given by Eq (7).
The surface charge can easily be modelled using a membrane
with a locallsed pressure, applied along a line at a
distance y 0A from the cathode (Figure 2). If the
cathode is in the form of a curved surface, then when y 0
is much smaller, than the raditB of curvature of the cathodp-
Card3/7 V

SOV/120-59-5-25/46
A Rubber-membrane Apparatus for the Automatic Determinatior of
Equipotentials, Taking the Space Charge into Account
in the region a , the potential distribution corresponds
to the distribution in the case of an infinite plane diode.
In order to find the correspondence between unit weight
and unit charge on the membrane, some simple electrostatic
problem is first solved. In the present case, 1 CGSU
corresponded to 0.695 x 10 4 g and I cm of curvature to a
potential of 100 V. The distributed space c arge was
modelled using loaded dural plates, 2 x 2 cm in area.
The localised load was applied with the aid of special
"knife edges" in the form of blades 2 cm wide. Usually,
the current distribution over the cathode is unknown and
is found by the method of successive approximations. The
"knife edges" are set up at a distance of I cm froin the
cathode (Figure 3) and are loaded until the membrane
become horizontal in the region between the cathode and the
knife edges. In Figure 1, 1 are the knife edges and 2
are the plates through which the distributed load is
Card4/7 applied. With the knife edges loaded, the field pattern
Ll~

SOV/120-59-5-25/46
A Rubber-membrane Apparatus for the Automatic Determination of
Equipotentials, Taking the Space Charge into Account
is taken as the zero-order approx1mation. From the
knowledge of the pressure applied to the knife-edge line
and the corverpondence between vroight and charge, it is
possible to determine the surfact) charge in the knife-
edge plane. Then, using Eq (7), the emission current
60 111 can be determined. Thi.it quantity is ther. the upper
limWof the current density. In the zero-order apnroxi-
mation, 60 is taken as (0-5-0-7) 6 o max
The emitting part of the cathode is split into sections
whose width is equal to the widtli of a knife edge.
From the field pattern, the electron trajectories beginning
on the boundaries of the sections are then plotted graphi-
cally. These trajectories are the boundaries of current
tubes. The current is considered constant within each
current tube. Knowing the potential at each point in a
tube and the current density in the tube, it is aasy to
calculate the load on the membrane in the first approximation.
Card 5/7 v

SOV/12~-:59b5_ 2~/46
-membrane Apparatus Automa ic e eimination
A Rubber for the t of
Equipotentials, Taking the Space Charge into Accourit
If, then, the surface of the membrane is covered with
plates in accordance with the calculation and the
membrane in the region between the cathode and the line
of the knife edges is made horizontal again, one obtains
the field pattern in the first approximation. Using
Eq (7), it is then possible to determi.- the upper limit
for the current in the first approximati,_n, i.e. 6 1 max
This process can be continued to obtain the required
current. LineE of equal curvature were determined auto-
matically using the installation whose photograph is
shourn in Figure 4. Figure 3 shows a potential distribution
and electron trajectories in the third approximatioa in a
gun giving a ribbon-shapo electron beam. Figure 10 gives
the current-density distribution showing the successive
approximations (I is the upper limit for the current
density 6 o max % 2 is the current density in the zero-
order approximation 6 3 is the current density in
Card 6/7 L-/

UTKIN, K. G., Cand Phys-Math Sci -- (diss) "Research into electronic-
optical systems with high emission current density by the :.aethod of
modelling on a resinous membrane." Leningrad, 10,61C. "I ~-; (A-cadez.---
of Sciences USSR, Leningrad Physics-TechnoloEy Inst); 1':-(~ copies; price
not given; (KL, 26-60, 130)

S/194
,/61/000/007/031/079
D201/D305
AUTHOR: Utkin, K.G.
TITIE: Determination of emission current from cathodes with
a small radius of curvature by the rubber membrane
method
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelelctronika,
no. 7, 1961t 2. abstract 7 G7 (Nauchno-tekhn. inform.
byul. Leningr. politekhn. i-n-t, 1960, no. 3, 72-78)
TEXT: A description is given of the method of determining the
total current and of the current density at the surface of the cath-
odes with small radius of curvature. The influence of the space
change has been taken into account by means of changing it into the
surface change at a region near to the cathode. Using a rubber mem-
brane the problem was solved of the plane diode with a cylindrical
emi-tting surface. The volt-ampere characteristic obtained by model-
ling was very nearly the same as that obtained from ex,)erineit al
Card 1/2

S/194/61/000/007/031/079
Determination of emission current... D201/D305
diodes. The final result depends little on working formulae if
these are used in first approximations. 7 references. f~wstrac-
ter's note: Complete translation.2
-V/
Card 2/2

3/194/61/000/012/00'5/09-!
D201/D-503
AUTHORS: Serebrov, L.-A., Pridril-hov, S. A. and Unkin, K. G.
TITLD: The character of the electric field in _,lectron stc-
rage tubes with cylindrical and oval collectors
PERIODICAL: Referativnyy zhurnal, Avtomatika i radioelektronika,
no. 12, 1961, 38-39, abstract 12G243 (Nauchno-tekhn.
inform. byul. Leningr. politekhn. in-ta, 1960, no. 9,
108-113)
TEXT: The electrolytic tank simulator method was used to determine
the magnitude and distribution of the electric field intensity in
the dielectric target - correcting ring - collector space. The el--
ectrodes, made to a scale of 1:3, corresponded ia dimensions to ty-
pical storage cathode ray tubes. Changing over from the cyljndricai,..~
to the oval shape of the collector does not influence the field
configuration to a great extent. In the absence of the cor-rer-ting
ring the target diameter is substantially uneven, the coefficient
of inhomogeneity in the vicinity of e.g. 10% equipotential line
Card 1/2

S/194/61/000/012/065/097
The character of ... D201/D303
reaching the value of the order of 4. Introduction of the rin:; a'.
the collector in the form of a conducting coating at the tube walls,
makes it possible to straighten the field in the ragJon of the 10%
equipotential line only. At greater distances from the target -.he
field roatins substantially distorted. Straightening the field by
increasin., the collector-to-target distance is accompanied by a
considerable weakening of the field intensity and is not, therp-
fore, recoimnended. The experimentally obtained field m-,ip3 fcr ;a-
riouu shapes of electrodes are given. 3 references. /-Abstra---tor;s
note: Complete translation.-7
Card 212

S/057/62/032/006/010/022
3 B108/B102
AUTH02S: -Utkin, X. G., and Toporkov, S. A.
T I T LB' Determination of the emission current in axisymmetric systons
with the Aid of a rubber membrane
PE210DICAL. Zhurnal tekhnicheskoy fiziki, V. 32, no. 6, 1962, 7o6 - 712
T-IXT: Thi~ uiie of "he rubber membrane method in determining the potential
distribution and the curront from the cathode surface in axisymmetric
s,ystems 4:, p.,roposed. This method is usually applied to plane problems.
if however, -;ne bounc2ary conditions of the membrane are properly chosen
this mnethoC is suitable also to simulate axisymmetric problems. If a
T i) h
pressure p - is applied to the membrane it will simulate the potential
dir,tribution v~jthout space charge. The problem with a space charge can be
ren,!erred by adding a linear term to the expressJon for the pressurd on the
me--.Drane. 7 is tfie tension of the membrane, h ia the deviation of the
-a-morane surface f-rom ez-,uil.-Vrium. Calculations wore performed for
cylindrical diodes. The results are in good agreement with the results
Card 112

Determina'.Ion of the ...
51'057/62/032/006/010/022
B108/B102
of measurements on real objects. There are 7 figures and I table.
A'3.3)GIVIATION: Iuenine-raudskiy politekhnicheskiy institut im. M. 1. Kalinina
(Leningrad ?olytochnic institute imeni It. I. Kalinin)
I.TTED. july 17, 1961
Card 212

YELISEYEVp Nikolay Aleksandrovich; GORBUNOV, Grigoriy Ivanovich;
YELISEYEV, Erik Nikolayevich;IIASLEILIKOV Vladimir Alekseyevich;
UTP~s Ko~t~~amntia--Iiil~Qla:revi~hjqecea,,'ed'i; POLKANOV, A.A.,
aidemik., glavnyy red.; YELISXY~, N-.-A---l otv.red.; DDUUTOV, P.S.,
red.izd-va; BIS M , E. Yu., tekhn.red.
[Ultrabasic and basic intrusions in Pechenga District; geology
and structurep petrography, miner4la and ores, geochemistry of
nickel) Ulltraosnovnye -*L oanovnye intruzii Pechengi; geologiia
i struktura petrograftia, mineraly-1--rudy, geokhimiia nikelia.
Moskva,, Izd-vo Akad.nauk SSSR. 1961. 357 p. (Akademiia nauk
SSSR. Laboratoriia geologii dokembrila, Trudy, no.10) (MIRA 14:3)
1. Chlen-korrespondent AN SSSR (for Yeltseyov).
(Pechenga District-Geology)'

ZILIST, Petr Sigizaiundovich; KAZACHKOV, David Llvovich; DVORKIN,
A.L., inzb., retsenzent; UTK.U;, X.V., 1nzh.j rettenzexiL
VERMIIKDV,, Ya.V., nauchn. red.; NiKITI?;A, M.I., red.
[Overall mechanization of planning and designing operutiarm
in shipbuilding] Kompleksnaia mekhanizatsiia proektxic-
konstruktorskikh rabot v sudostroonii. Leningrad, Sudc--
stroenie, 1965. 315 P. (MIRA 18:12)

; , , 1
1 - ~ - , L.
i4esults of the , ~ o:ap -titions in ap I -e(1 '1:3 . cr
'Ircinr.. Pozl-. c~-!.O ', ~,c- -'. 1. `-23 F " -
L 61.
c~.tion and traininC
1 11

UTKIN, L. A.
N. I. Sharapov. Lakarstvenjayye rasteniya Chelyabinskoy oblasti
(Fxdicinal Plants of Chelyabinsk Oblast). Chelyabinsk. Chelyabgiz. 1951.
128 pages with illustrations.
U-5235

UTXIX L-A-
Life and work of N.A. Bueh; on the 15th anniversary of hia death.
Izv.V9e9.geog.ob-ra 88 no.6:541-544 N-D '56. (MLELA 10:2)
(Bush. Ilikolai Adollfovich, 1869-1941)

UTKIh- T-A ; CIAMERMAN, A.F.; NEVSKIY, V.A.; SOKOWV, V.S., otvetstYkqi1ny.7
reTaktor; LEMIDICV, D.V., otvatetvannyy redaktor; TARASOV, (G.A.,
redaktor izdatel'stuva; TMITINOIA, I.S., tekhnichesk-17 redaktor
[Bibliography on medicinal plants; an index to RUbSiSn literature.
Manuscriots from the 17th to the 19th rentury, printed works from
1732 to 1954] Bibliografile po lakarstyennym rastenilam; ukazatell
otachastyannoi literatury. Rukopisi XVII-XIX vy., pechatnyr izdanila
1732-1954 99. 140skva, Izd-vo Akad. nauk SSSR, 1957. 724 p.
(Bibliography--Botany, Medical) (mLRA io:4)

N-
-M~W,-,L.A.; FEYBERG, L&A., red.; AKHLAMOV, S.N... tekhn. red.
[Concise botanical Russian-Latin dictionary] Kratkii bo-
tanicheskii rusako-latinskii slovart. Moakvap Vses. bota-
nicheskoe ob-vo, 1961. 230 P. (MIRA 17:4)

UTKIN, L.A., prof.
"Principal medicinal substances of Chinese medicino" by F.I.Ibragimov,
V.S.Ibragimov. Reviewed by L.A.Utkin. Farm. i toks. 24 no.5:633-
634 S-0 161. (MIRA 14-10)
(CIVNA-MATER-IA MEDICA) (IBRAGIMGV., F.I.)
(IBRAGIMOV, V.S.)

UTKIN, L.A.
"Useful plants of western Siberia" by V.I. Vereshchagina,
K.A. Sobolevskala, A.I. IAkubova. Revi-wed by L.A. Utkin.
Izv. Sib. otd. AN SSSR no.2:127-128 162. (MIRA 16:10)

TURUTA, N.U., kandidat tekhaicheakikh nauk; UNIM, L.A., redaktor; KZLI-
RIK, V.P., redaktor; KOVALMKO, H.I., tekhniches'Y.17 redaktor.
[Drilling and blasting operations; a textbook for mine foremen]
Buro-vsryvnys raboty; uchebnoe posobie dlia shkol i kursov maste-
rov. 1zd. 2-s, perar. i dop. Sverdlovsk, Goo. nauchno-tekhu. izd-
vo lit-ry po chernoi i tevetnoi metallurgii, 1954. 600 p.[Xicrofilml
(Blasting) (Rock drills) (MLR& 8:2)

LYKHIN, Pavel Aleksandrovich; UTKIN. L.A., red.; TSYMBALIST. II.N., red.
izd-va; ZIW, Ye.M., tek4wvTeIT-.-
[Usirg drilling and blaiting techniques in intensifying horizontal
mining] Intensifiketsits provedeniia gorizontalInykh gornykh vyrabo-
tok buro-vzryvnym sposobom. Sverdlovsk, Gos. nauchno-tekha.izd-vo
lit-ry po chernoi I tavetuoi metallurgii, Sverdlovskoe otd-nie,
1957. 137 P. (MIRA 110)
(Mining engineering)

ILIVITSKIY, A.A.; TJTKIN, L.A.; PESHKOV, V.Th.
Underground mining of the Blagodat' mountain deposits. Biul.
TSNIICHM no.23:36-38 157. (MIRA 11:2)
l.Urallskir filial AN SSSR (for Ilivitskiy, Utkin). 2.Goroblago-
datBkoys rudoupravleniya (for Feshkov)..
(Blagodat Mountain-Iron minee and mining)

V 117 1 1- / i~ !, I/
GARTICNFLYUS, inzli.; ILIVIT'HUY, A.A., kand, te.oin. nm:i-., -.A.,
I n7h,
Underground mining of Labiazhin iron ore depoatta. hli~l. T1911C,101
no.2tl-5 '58- (MIRA llt5Y
(Nizhniy Taeil-Iron minan and mining)

UTKIN, L.A., gornyy Inzhener
Improvement of blasting operations in underground ore breaking
by borehclas. Trudy Gor.-geol. inst. UFAN SSSR no.31--171-193
158. (141RA 12:9)
(Mining engineering)

UTKIN, L.A..
Effectiveness of short-delay blasting in underground breakinig-off
of ores. Trudy Gor.-geol.inst.UFAN SSSR no.41:65-75 '59.
(MIRA 13:5)
(Mining engineering)

UTKIN, L. A. , Cand Tech 6c~ -- (diss) "Means of' irapruvini- t--x,~Io~sjon
operations in underground breakinF .town of' ore with boring clarlpez
in the iron mines, of, th(-- rayorl."
15 PP; (Ural'skiy Affiliate of the Acadewy of' ~cierices USLk, Firdrq-
Geology Inst); 150 copies; price not viven; (KL, 22-60, 140)

7 I'Ji 4_ /'9 .
PHASE I BOOK EXPLOITATION SOV/5298
Akademiya nauk SSSR. Urallskiy filial. Gorno-geologicheskiy in-
Stitut.
Podzemnaya razrabotka rudnykh mestorozhdeniy (Under ound Exploita-
tion of Ore Deposits) Sverdlovsk (ig6o) 165 P. tsreries: Its:
Trudy, VYP. 54) 1,000 copies printed.
Editorial Board: K. V. Kochnev, Professor, Doctor of Technical
Sciences; L. Ye. Zubrilov, Candidate of Technical Sciences; A. A.
Ilivitskiy, Candidate of Technical Sciences. Ed. of Publishing
House.- M. S. Ebergardt; Tech. Ed.: N. F. Seredkina.
PURPOSE: This publication is Intended for engineering and technical
personnel In the mining industry.
COVERAGE: Thia Is a collection of 22 articles by different authors
on problems of underground exploitation of large massive ore de-
posits in the Uralfs. The articles are based on studies carried
out in the Laboratory for the Exploitation of Ore Deposits of the
Gorno-geologicheskiy In8titut UFAN SSSR (Institute of Mining

Underground Exploitation (Cont.)
SOV/5298
Geology, Ural Branch AS USSR), between 1958-1959. No personalities
are mentioned. Most of the articles are accompanied by references.
TABLE OF CONTENTS:
PROSPECTS FOR THE DEVELOPMENT OF THE MINING INDUSTRY IN THE URALS
Zubrilov, L. Ye., A. A. Ilivitskiy, L. A. Utkin, and B. M. Shullman.
Basic Trends in the Improvement of U-nderground Exploitation Tech-
nology of Large Ore Deposits in the Urals 5
Zubrilov, L. Ye. Outlining the Boundaries of Poor Complex Ore
Deposits 13
ROCK MECHANICS AND ROCK PRESSURE
Ilivitskly, A. A., and V. I. Nikolin. Determining Temporary Com-
pres5ion Resistance in Irregularly Shaped Samples 21

U6derground Exploitation (Cont.) SOV/5298
Shul"min, B. M. On the Transition Boundary From Mining to Pit
Extraction in Exploiting Deposits of Massive Ores 115
Danchev, P. S. On the Influence of the Coefficient of Loading on
the Effect of Explosion in Stope Cutting 121
Utkin L A. Towards a Study of the Seismic Effect of Strong Ex-
-~i~o T 121~
Mon~ o
Nikolin, V. I. Evaluating the Different Methods of Forming
ninnels in the Floors of (Chamber) Blocks 131
Vaganov, P. V., A. N. Ikonnikov, V. P. Kompaneyets, Yu. A.
Kabakov, and P. M. Chepchugov. Use of Underground Excavators at
Steeply Dipping Ore Deposits 137
Sh.i,.helkanov, V. A. Utilizing the Force of Explosion and the
Or,?'s Own Weight for Transporting Crushed Ore In Exploiting
In,;lined Deposits 149
X"4-57b

ZUBRILOV,.L.Ye.; ILIVITSKIYI A.A.; UTKIN, L.A.; SHIMIMIN, B.M,
Min directions In improving the techwlogy of underground mini
of thick ore deposits in the Urals. Trudy Gor.-geol.inst.UFAN SM
no.540-12 160. (MMA 14t6)
(Ural Mountains-Mines and mineral resources)

,161.10001C-,21010./O,~9
S 169
5 . 5300 1 ~'2 -1 D-228/D305
AUTHOR: Utkin, L. A~
TITLE,, The study of the seismic effect of
explosions
PERIODICAL: Referativnyy zhurnal, Geofizika, n~'-, 12,
18, abstract 12A183 (Tr. Gorne.geol, inLt~3,
Ural'skiy fil, AN SSSR, 1960, no,, 54,
Ircill, '!:1
TEXT: The seismic effect Of Powerful explosions r
during the underground exploitation of deposits was sttid-i.ed.
Determination of the seismic hazard of powerful explosiono ir
decided on the basis of the measurement of stresses frorn tfvi
massif's rate of vibration and the measurement of the pressure
in the objects under confjideration., The following melhod-~ may
be used for this4 visual observations, the acoustic
method, the tensometric method, the piezoelectric method. -,,-,nd
the microanalytical investigation of the vibrations of,
Card 1/3

3/169/61/000/012/0
The study of the D2281/D365
(MIVS),, Visua2 ob-lorvations are barr-d on thc-
special slabs of friable material in the zone atfectel by the
explosion., After the explosions, Uiege slabs are st,A,,-~,] for
the disposition ol' (-,rFj(,kf, and the measurei;ient -)f' thfjr
in rel--.,.t-ion to the ma,,J-nitude of trie charge and ',ho?
the explosion point, etc,, The acoustio methrd may t-:-?
for studyin,.-, the fracturing of a rock massif by 7
propagational speed of -ultrasound, The tensori~O.'t-1,",
il
electric, and MUSS m;-,thods are crenerally the
between t-iem coneist-ln~- oll tho tise of (~--fferc-nl- --itte,
ments i -,ensometers, :~zoelmments,
method, j-n vih--,~h the Cora 3-11F, of G s C c n I
ously "1.-1 6 2
erified the The
oscill e r 10 (P,)B-- 121) o,-
type, In proc'-~,- n, he experi-7-.-en-r.-9-1 rlatta, tl-,-
meters ar e c a I t e d t i ma x i vu m t
ra.+,-- .th e m a x -T~:-- i r.,., am i tit i iE~
/T
"ard 2.1 .

SI/169/61/000/012/010/Onn
The study of the.- D228/D305
maximum relative deformation, the maximum stre5s, and tbt-
of the seismically hazardous zone. /-Abstracter's notc, "'! ()!r
plete I-ranslation,, 7
Card 3/7

j-
PANYSHEVA, Lidiya Vaaillyavna, kand.vaterin.nauk; LIPIN, V.A., kand,vaterin,
nauki TARA OV. Vasiliy Romanovich, kand.vaterin.nauk; LIPINA,
Yelona Iianovna, kand.voterin.nauk; MIN, Leonid Georgiyevich,
kand.biol.nauk; DOKRACHEV, G.V.,
sluzhenzyy dayatell nauki rdoceased]. red.; DIKARZT, P.I., red.;
GORIKOVA, Z.D., takhn.red.
Diseases of dogs (noninfectious) a practical manual for veterin-
arians avid veterinary techniciansi Bolesni sobak (nozaraznye);
prakticheskoe rukovodstvo dlia veterinamykh vrachei i veteri-
narnykh tekhnikov. Nosk-ya, Gos.izd-vo sellkhoz.lit-ry, 1958.
445 P. (MIRA 12:4)
1. Chlen-korrespondent Vsesoyuznoy akademii sel'skokhozyaystvennykh
nank im. V.I.Lenina (for Domrachev).
(Dogs--Diseases)

INKIN, L. G. (Co-author)
S ee: El-MYAYEV, D. K.
Belyayev, D. K. and Utkin, L. G. "The effect of reduced
length of daylIght on the period of time needed for ripen-
ing of fox fur," Karakulevodstvo i zverovodstvo, 1949, No.
2, P. 59-62.
SO: U-3736, 21 May 53, (Letopis 'Zhurnal Inykh Statey, No. 17, 190).

"iC
Ac-Q,
Ani:i!'7ds.
n-i
30:
Do -f -3 z

UTKT:~*, L. li.
UTKIN, L. G.; 9-lorpholo-ical and physicochemical properties of the blood -f fur-
bearing animBls." Inst of Anizol llorpholog~ imeni A. N. Severtsov, Acad
Sci US3R. Moscow, 1956. (Dissertation for the Degree of Candidnte
in Bl.ological Scineces)
Knizhmya letopis', No -19, 1956, Moscow.

ziUV/
AUTHORS: Dayevol-iy, Yu. B., BclL-aycv, 1). V., 1:V:ir, L. G.
1. 011-1-"T~--.liya
TITLE: Obsorv"tionu on Intraovarian of tile S"ble
nad yaichni1;ovy.-A yaitnami sobolya)
PERIODICAL: Loklady A'--ade:zii nauk- SSSR, 1958, Vol, 12u, !.r 2,
1)1). 439 - 440 (USSIO
ABSTRACT: In publications there are descriptions of et-':s of Oc-
veral oDecies of mammals (Reforenccs 3-b). V--,re io onl-- an
i,-POrfect description of the eL;,- of the (Roforence lo).
A fe-:,.ale sable in heUt %-.ras operated on Au,j~ii2t 2, 1;,156, and
had 3 intact follicles in its ri,_-ht ovary. 2 araaf vescicles
contained rather E;roan e,;,-s (fi6-itrn 1 b and c) in a staL:e near
to deliverance. The sizes of the follicles --'] of t~',,o e~-_-s
are ;riven. In 300 times na~,nification the e,'-6 )roto?l-~Sma
loo~-ed coarse-Er~-incd and r,-Aher frothy, It filled thn-
opace of the zona pellucid,so V,at no peri-vi tell in --.,-j~ce is
visible in this sta~;e. T:-c nuclei of sej).~rate e -' :-, z..,,,d the
Card 1,'2 dif--erences between the,--. rLre rlc3cri";er3. T.~(., zolc~ pe JIUCi(la 43

Observations on Intraovarian of the S,,-.Lle 301/ 2c)- 1 2o-2 - t'121'j."
surrounded by a radivnt cro-an (corona radiata). Fill-tiler
microscopical details Pro dcscribed~ Accordin'~ to t~ic ot.~te
of the egL--,-s no. 2 and ro.. 3 it could be su,~,?:ojed th. t t~'.cy
are in the preparatory sta:--e for the firnt zw_,turity division.
As is viell known in some Carnivora (do--, refero~-.ce 12 -14;
fox, reference 15) the firot polar body is elininuted aftr~,r
ov-ulation. In a species rel;.ted to the sable, the pol.-c~lt
(Reference 11), the e.-E: is released dlirinZ the metaphaso of
the second maturity division. With the cable tYc case see:.-.a
here are 15 references, 1 of -,.vhic' i_, 3oviet.
to be similar. T, I
ASSOCIATION: Institut morfologii zhivotnykh im, A. If. Severtsova
nauk SSSR (Institute of Anitial Morphology i:-.eni A. N. Severtsorv
AS USS.R),Vsesoyuznava nauclino-iz-,~-le,iov,-,tellsl--,iya
pushnoCwzverovodstva (All-Union Scientific Research
tory for the Breedinj of Fur-Bearin.- Animals)
PRESENTED: Aui;iist 24, 1957, by I. I,, Shmallgauzen, Mem!.,er, Aca,',c-:y of
Sciences, USSR
SUBLTITTED: AuGust 13, 1957
Card 2/ 2 1. Sables-Ret;rcdUction 2. Uterus-Physiolca 3. E!:-,r'3
-Production

BELYAYEV, D.K., kand.biologichaskikh nauk; UTKIN, L.G., kand.biologicheskikh
nauk
Some data on breeding sables in captivity. Nauch. trudy
Nauch.-issl. inst. push. zver. i krol. 5:40-70 16o. (MA 15:3)
(Sables)

BELYAYEV, D.K.; UTKIN, L.G.
Problems of obtaining higher fecundity of sable-S in caPtivi-Y.
Nauch. trudy Nauch.-.issl. inst. push. zver. i krol. 5:95-115
160. (KRA 15:3)
(Sables)

BELYAT-N, -T,,Tf.T, L.~,.; FJftRH?'.(;V, fi.;-..
Effect of t~-.e factor ir. cf :`-:- -:r.
mink (Mustela vison Shr.). Izv. SC Ali SSOSf~ no.4 3er- r~io.-L,.-ed.
nauk no.1:91-1-00 164. (MIRA 17:11)
1. -aV -eniya AN SSSR,
I Institut tsitalogii i genatiki Sibii zogo otdc.- 1 0
Wjovosibirsk.

VAGIN, Ye.A-, kand. 3ellkhoz. naul,; KVAPILI, A.T., kand. sell-
khoz. nauk[deceased); KLETSKIN, P.T., kand. sellkhoz.
kand. biol. nauk. Prinimal ucha-
nauk; UTY
stiye KLADOVSHCHIKOV, V.F., kand. sellkfioz. nauk;
ZAVARSKIY, A.I., red.
[Fur farming and rabb-..t husbandry] Pushnoe zverovod-
stvo i krolikovodstvo. Moskva, Kolos, 1965. 286 p.
(MIRA 18:7)
1. Naucbno-issledovatellskiy institut pushnogo zvero-
vodstva i krolikovodstva (for all except Zavarskiy).

UTIMT, L. L.
"Narodnye lekarstvennye rasteuiya Sibiri: materialy k lzucheniyu narodnoi medltsiny,
Gosud. Naucbno Teknich. lzd. Moscow-Leriingrad, 1931, 104 pp.

KRYIDV, A.; UTKIN, L.
Training stations. Fozh. delo 9 no.9t19 S 163. (MIRA 16:10)
(Fire prevention-Study and teaching)

a c 0 0 t, -8 A 0 so R S I w I V4110all UnM all va ago d"Vema
a d , I COP At 11
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1.4q ;awl -pdud , ,.qlr
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32; 16M -A good quality of peptune can Im prqA. fly
228-
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rIAUCS
and a
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P
ykId in 24-30% of 111
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salomanch or Its ext. is rarmunraended In preference to pepsin. Trypsinis not suitable.
M. G. NIM"
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TfA.1 041#1 1110'1 ifir "n't P%; it _00
A sow mlerciargamim of the Acirtobdetet group. L.M.
.,f I.-- in 4 lay% ill) 11C2 x. (73") in
litia.. Mo. 14ioloty i t *. S. S. R.) 6. 421 34(in Fulthils , I,
A 4X1-4I(Ifg1).-A new *jArcivs (If the genuis Jc*Watler 'fay'- Inn'llAr"I '%till B. ~Ittcl-ftm "Inth Plkl- 711r; .00
Of," ' 11, for which the itisfur Acetobarter MAI tAl,ow ill :Ri days. At ;I its ut 4.7. ;.'Igl nil. cof yemf ~0411
'111"W41, "at W'lmrd floof -curilbucha" ("Ita stoner, 10 m. ,( -ilnuil aml 2 nd. ed N A,011 in a 3.5 cm .00
Its "Kaphological and cullulat chalaclelist ~it pit %1r: 1.~t' govt W13' K.13. NI'll Affil K1,051? of tmalx~ its
k
00 wrjl"~ The orXialli'm i, valialik of enummin Illorti: 4, 11, U %nil N' days, t-p. A %4n. .4 with 1,00
N IN11.11,M)d if) On, latwiler 4 a mnall all) . of 1.00
00 in the yeast water. Sil. and lite simple. fill, arid, lilt( y"a'l 1.411f, ITUItAl Pit -4 A it, SIIVV 17,1;. V2.1, 1,h I,
an
00 (illyd"e. 41-alainint dful I-asparattitze) ant) M.A% of gliju.mit a. W fit 2, 4. 9 ism)'2M, &ys, rr~p 1 1.60
ill a final pit 4 :.'.1 ~ A A% -An. ,[ CA 91tunuatte at 4
no a minift -4m1, r W N. HIM arml DOM are oxidsire w' '40
*0 ~j (It 5.11 1. 1-11,911- gAV4 Z'1-70, 'of; anIl 7t;r,,,f
'-fily if Willie jItj(,m,,v 1, pre lit mith The Implone. In 20" * I :;* 0
kro'llilinflit mnl u1 lit And 17 days. fetip., with a
0 a I~f(jll A, .~&Atj, It, hi,~~ fl% jxkIjje'j* filial fit .4 %%fill In. ',,I.
60 jktX)VA! McOll was t lit- 1% 1, $,In, 'In, m ki 0.1 4111rd illo'nintrIl
wo crikidiied. 11&r nrgani,in i, empable of utilizing the .4 lheih-rv~ Al-%r'215% =0 0
00 it stv"utUry -011 .1cmi) oxidation of g3olyat. It.) gruwtll "a, Omlv"I. the _-11,14- .1i"" .4
00 al- Gn p".1h. A culture .4 LIM nil. (if Awn. conig. 11-5 filut-unic nid rt-ull, in Wisti )irhI% d till' so
sy alitt
it. glytritti. I x. lAtitinu, and 2_5 nil. X Acolf at an initial the 4th day. I'lic yi,hl "I *'-kt-I"Z:u"11iC' IAnI 41'%~ rint '00
00 to, Ill AM yiekl"I w1r; dillydroxyticti Otte in 20 (fay- 1.1 11n. retInt-lux J.'st'r .'l ill, -111 ,1, P.In.
tit 14 ihoy4) Lit a fruit pu of 3,30. A soln. of IIX) x. ft .1'. C. .1, 30, film I"Ill"d Iq If,
of is, 1., 1. 1,f Itiri yt:A,t liquor, inotulawd with '-"' ,,ran;-nA an the Purfawt 4 ALL nuitirrit miln. 14 yi a
loll, 4,1 a c1liturv t,f the ~.mv mAn. at a pa U 5.:j X,ent mle in life ,xidah"n prim rk~; ati inivrititinal d"Iffic-
at 215, with a '21.5 Am. laytt gave 81.5% sorbost in 4 days tit by shaking 11111T daily re-tulte,l in thr rn,id,tuto
71)" in:; djjt~, A 7% --In. of unbitol ill #"
V-I to 4."' cut ill 2' And 7 (IAY*, 'Shift
V .
ctintroll Showed 15 and MI-r ,%Pfat~nt in the -mt
little. S. A. Kjrj4IA
no 0
9 Z_
I L AWALLUJIMAL LITINATURE CLASSIFICATION
via.,
a.- jo 0
-1r- f--i- 0 1- -V-TA- jIn -a _Ar _8* ' 5 - -4 aI
00 to ma, 1111A 099 Pluff itills"Off 1 14
OU : low 0 019 0 0 0 0 * 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 a
Is 0 0 a oie 00 0 0 0 0 0 a 0 0 0 0 0 0 0 4 0 0~0_ -
0 0 * 0 0 0 0 0 0 4 0 0 0 0 IF

0 so -go 0~90 -0 -0
11 V a M 25 )s 17 2t Ax11 v ti 14
14 CC (V
a a
A
'fit" .1
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go The bWagical addeUm ad sarbital. j_ xi.
A104PONdOtY tit. S. S. R.) 6. SNVIJIK17~. rAAW,1411",
ZIP 19.16, 1. 3=4~ The KNI.W ywhIs 1111"I'd by xr-ImIt
(preceding absti.) err cAkil. (as rAqIK..r) jr.,ul The jr.
41"cing POO, of flit fennentM ficlimL The actual -%)t-
X-!.~ itirms are to-,
00
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= I Dv- al. Iwo.
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of 40 0 *1* 0 0 0 49 0 0 0 41 0 a ft 0 0
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00 adda. cmitid.. NnC1.2C#1Js0u scluAre w""" "r in %a 'a .00
00 84 tatel, ul. 104-5" (decointin.). It k -IL In flit)tI,
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BIOCM- LAB. OF THE 1U UNION (;HM. AjND pRAMCjj)TIr
AL MMARCN
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p.tiqvisju I puts -duiaa Acil v lar paW slanp" aqi lanym
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.5" up !N vK-*daj itpm
00= 310 "W
51 P- I'q- -0-M9 -)
SO )*mix usail "WIdad in )UM"d YM al if S(#()d)tv3 no 00
"id-M Aq p- aq - (allsol- -- owl amidad
u1 lux-d "S Allu"a) xnmmtq aqs IPPI 3100MIS 03
"n1# 00 103 SOCLOM (SIMAM)"W AD) 3"VaL WMA 00
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n 00
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(111) t11n!p3u1 TM-1jadWrZ) no In) worojesW -j Aq
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T..

USO/Redicine - Penicillin Jun 1946
Nodicine - F=gi - Culture
'Studios on the Physiology of Penicillin-produolng
H03A81- L. N. Utkin, Biochemical Laboratory, Institute
of Pharmacoloey, Chemotherapy, and Pharmaceutical
Mnmlstr7, Academy of Medical Sciences of USM, 12 pp
"kikrobiologiya" Vol XV, No 3
g ftoduction of penicillin by Penicillium crustacem on
glucose media is studied. P. crustacaux produces
*m13 a=ounts of penicillin when grown cn Czapek-Dox
synthetic medium containing 4% glucose; increasing the
sodium nitrate content in the medium improves produc-
ttion;, in the presence of glucose the mold consumes
lie 4OT40
UM/Medicine Penicillin (Contcl) jun 1946
more nitrate nitrogen than contained in the mediam.
Addition of yeast-water and ymst-autolysate to the
medium in quantities corresponding to 50 milligrams
total nitrogen per one 100 millilitere of medium
eti=lates production by the mold, and activity reaches
25-30 bxford units per I milliliter. Production In
other xvdia containing glucose is also investigated.
.4
- LC 4M40
Ile.

A A- "-L-L-1 A r Z, If ft 1A 36 v r, I; J4
3 is b va a al c a IT w
. w tt 4 0 b I iI

00

so
00 Ar

aww lot w plod-b-
-1
F31
1 of
-
,
1
L. M

09

000 .-mi-AYdralt, 14 thr C"Pek-1)"s
1..
h,-%%trn the filtrAtiOll 14 glu-
1 ~
H11140-l'tin't i, Ad"I 11". V'.,( mit-avilt- Tt.
linv.
00
owgi 00
tree
t4lari -it 404. dot
... .rin--mijisi COOK 0,
AT AA A S 5eW 0 a 0 1 v at 3
0 It lc, 0.1 AA A I
0 :1* tj
0 0 0 I's 10 0 0

asm/chexistr7 carboh7dratee Tul 49
Chsmisfa7 Reloses I
OA Nov larbohydrate With a Forked Carbon Chain L X
Min, All-Union Sol Res Inst of Chemicophar" IPP*
'ODok Ak Nauk WM" Vol LXVII, No 2
b
T"tion of apyonio from the ohydrate found by
1
IW* pmeesa described proTes t latter to be struc.-
1 r
tvlftlly like ketobezome with a rked carbon chain
(It-ozmethylkstopentome) and corr orates the assimp-
tl= an the nechaniam of condens dioxytteat=& i-.
alkallne roadia. The name "dendrokatone" ie sugVatel
far ketohexose., leaving the name "den4ross" for the
54/49M
USSR/Chamistry - Carbohydrates (Contd) J 4 9
corresponding aldohexose. Sulmitted by Acad V. M.
Rodionov 25 Apr 49.

New brareebod-chain Carbohydrate. L. M. Vilkin
PokLuiv Ahad. Somis S.S,S,R. 67. :Ulf 4(11119).-
CoXli,oll), (5'; mviij. ill OW, N N-toill !ct -14m' 4
Wes. at 25'. "t-limlluel W) vom,4 In
'It peel. and avrtmljt~l its I tic plr~,Flcr of 11,~A 1. (.,Ve 45",
VdI.O., In 11.4 :W, abith on fracbmic till prtr. ethro
gAve -11.1 Wtoulft. tit. 911. givilix ~l ",let cob's,
with f-getit aild collicil?g j;A;1-oc -In mily
flic
I tie- vwh! 4 till- p-h', A ......
bv hium [ft 1.1 rubric, h. It vield, tile
LA (It'.111 HOW.
gsviisg ill% ICKV:
R-1,111ml bV m, m, .f 1% no 1-1011, f-1111MV11 ley
.11'I...... tum - K , , it., ,e Je,st, . see Mill "
Io I %? - 121 mul (Its, PA."Y.*-acome defiveil
fswn IhL,. its. It'll %r 43.-. : tit,
de'se. Tit. K. % !. I (" '.' f. Nlc:Ct)i ; mitImion all
K%f,,(), ill AkA, ic.4ve -ba-lon,W.,herool,. tied.
m it I I " I.. I ~! L:~' , "I" (-m. Ill IN". 7 ) -,imv hea 1
,list .101 .;ties I ,. 1", A 1,41' i's 'how "I'lletv 1'.
Iv- 1 .1411 ..h- Ill " e.1 -h. . if,.- p-l". I -Cm-d
..ta ..... . 1
C111.
4 Pit
C11, C Off
(-If,ljli
mIV .1. A 11131. fm", she vpl,~ .0h. it, ~ 1, 1 t"'I I
1-11. 4,1,tjlllnl see .5-0. 1,04. m 1-'l of
'tic lmoizovidLarrimirl .1,- 1, ):,,1 v,s-
h-metint.-s. 4, " 1'. It I"I". ". I hl ... 4
I '. 'Ile hlelt: I""Il' -I 11'~ 1' -1- -IC KII-111 #- L.11
lif.1; like pf'.111cl pti,111'. ,, )_'i I's ;
life %1,,C(,) see, W; ~ . --10-1
9.1 Vr C160 aml pt.,q, ,,,j
llmllc,. tit, 1111'. 1.0%, -:u I NI, A 4 WA-m' ,,
97 We. "Im-11 .1111 .,~ 1,1111 "k. obc A. m . J
X 'k rhm"I poo*Wr. , 1 1.4 1'. 1 " I % " .; ; :. , 11,4 1, . I I" L, I I's
AIra ItrAment "till Ilk 1. I-Ilmd We . 1. A. -4 1,1,1,4
4 tile toltutle .,Ill 1.11111 C.1's ........
I'llt., wd'
:.Je.
41) :V1. ]rise jjrvs~
M K-L.I-IT

U- the meb&OHM ad tool& L. M.
Vain, Inst., XIOWM). B"hiwiya Is.
33040M.-Althmsh homogentisic acid. 2.3-dibirdrazy:
henylacetic scid. (1). has been regarded as an inirriordi
PI
ate product in the decompn. of the aromatic suninu acids
pbersyLAUnin and t"ine in (bP animal ocsauiam, evi-
drnce Isw thip view NO been obtained only in rare pAthol.
cases and rAn in normal metabolic peocews. The moUs
Aspergillus niter. PeniciMism cAryso New, and 11. WOMIUM
rhEn grwm for P-13 dayi on a syntctic medium W"O glu.
' 0.2~, Kii,po.. 5-1% msso,.nip), with o .5% tyro.
=
sine, ykided 6-21% of I (bmsed an the tyrasine content).
.1 6. thcoefore. a normal Intermediate decompa. product of
trosine 14 the metabolista of mokls. Ii. Priestley
ITC

b .4.
4 It
. PwAsOn d MoMM Ma A ' by ftnouftdw
I I.. H, UO"..j 1 1,2111,
I Attempts 11) 17mloce trinitthytevir glycol lytom glycrnit Uv
.4:,,$," 1,, gave a yurld.d6idy 4111.. and the ptocrv~ is pn4ttty noi
oflwactical interest. The yield was incrva~rd byadditioniAlwpitinc
or )-emt water to thr culture medium 11 If SMVr14

LITKIN, L.
"Investleation of a !Tpw H,--Kcsc F-avine a r3ranc~.e,l Car;cn !',*,;n!i- ant'
Its Acetrine- rprlvltlver,." Sub IP, 52, All-Union "cl Ppr Cheidco-
pharmaceuticnI Inst lme.-A S.-ret) of Hralflr, L-35M.
Dissertationq -iresprited for -,clencF an6 engineerne. depgree!, 'In
Plotcow darinr
SO- Sum. A-"0- t-80. 14;t.r 55

13 SS H 1^'"-.PkJ - '6U'vk v9fa Pt"t 110kAtalaum bvpinwa.
iosh Loy. zml-J- ILif) (S.
-Or'Wir"INWIC A p-0 Ofqj A.-
Ajuk Y'55"R. Cf. 471.
W. 75 211- e mist. f)f -aloitbt (.1ftabied niter div rt-
covpry of supiuldlittjcl, C.A. 44, 3491;;) was taket! up la
ClIC1, afid pasoed over em AhOa column, lrichling a filtriste
which w th ~Ictifc acti XAve a solid pkrate. This can im
used for seeding the ctuffe mlfft. of Life alkaloids (with picrie
'acid ~-idvd) to "- crrstn. of more of the sime materi.j.
The picnte. C:AAA'.Cj1^,NjXO. m. 97-100% kiseq
140 ix incuo at SD*, -Ialdlug a reilaws Wid of the anhy-
drous farm. The Irre am turned Uiatupine, is in opti-
cally Inactive oil, rrhich'120 116. lor
orlifsaits. flydrogfrattin over Pt resu led lutbwcptio.
3 moles It 'Tin ka nod AfCFJ-
W 1i WmPOWd of tic k'trld4da e2ledfA nj 11W JIO Wroon
in G-PosItion by Guelki at tlgtk Scidghile Its Primary If 0 Is
estffifirdbyanAc CjlIjA(sj(:)' x1flation of life stkalow
with H101 Indicated that this acid I-'
draxypmi4Yu-$--OTbOzYliC acid; oxiclation Y dd Aell,
MC1120, (COMN. and angelic arid, as sqvll as hCHO"ridifte-
roe new sika.LA contains a do-We boftd IQ 1.-,'rOsltbu *t
the P 111kilac ring, thus being different (torn tulicmt-
mirm 9 Mutat it Is a Suitable staning mattrial for
macmtomic acid by reductive r1euvage. The a
hPliompinine obtairied (OA 7o content In the plant) was too
small for mom detailed study. G. At. Kosoupoff-

plailts of e p~oppy fam y. T. F. Platorickv a,
Mus&iZurv, A. D. Kiu~)vkov, andj~._Ikf. Min
Ordzkoaikidze Alt-Union Chelu-Pharm,
-search last., Moscow). Zhur. Obibelief Khim. 26, 173-
80; J .Gen. Chem. U.S.S.R. 26. !81 O(J95GXrngI. Lrans-
latioll).-Conveliflonal treatinent of 14
kg. drie'll moui, of Fumaria uhleitheri gave 23 g. MaO-sol.
.klkjd,AdA which wVre %olid 1411d '~O g. Ounctyst. InjaclLil,
while 17 g. flotit:fy5t. illatcrild was C~Lt& svith CI!Cls'
Chrom.ttg;gruphy of the Ist group in CHCI. over AIsOj
with eluti'm by CIICJ~25'0 AlLoff 1"'Ive 3 g. proOpine
,,,, 205-0' (froin the o)lorleis zone), 0.2 g. tiury materiai
f..o, the orusigc zone. The yellow Amic gave it mixt.
ou rechromatographin6 with chition widt C110,
mid MrOlf g:ivc 3 g. protopineand 2 g. fnm:,arhliPte,.yclIow
~wfid' in. 100--l" Culh.u'N" Which lus N40 and 2
MeNgroups; tartrafe.m.217".
r melkindide,in.247-S'. TheMiL011-
pirraie, rij. -
5o1. fractions ~iclded 1.2 g. fion4ranjine, C2,11tIO&AVI, in.
=3 -1*, which has 2 ,V-Nfc grnul)-j; tartrale, tn. 2W; HBr
ssill, ilk. 253-00', Similar chroniatogaphy of the ricneryst.
uiaterLil gtvc 0.78 g. fiomarinine, CullisO,N, in. 18))-00'
(watains I JW-Me group) (cinlate. m. 213'; JICJ salt, tn.
255-7*), some prntripitic, and 0.3 g. fumaritine, (,;!:fl,,OkN.
in. 157-9* (contains I X-Me group) (IICI jall, m. 224*;
IlBr salt, ni. 210). Ultraviolet spectra of the new alka-
loids were exurud., fimr~rainijie apparently contains a
d carborkyl group -is does futuaridine; the latte: may he the
di-Me ether of the forruer. SiniiLir treatment of rorits of
F. mizrantha yielded Prot,,piiic, fuxuaramine, und unidenti-
tied inatcrial. Roots of F_ vaiiNnIii gave pr6topine, funusi-
-dine, and the coloricss chromatographic mic yielded Y.71

ja
Ard'Alei-A )7 j4JAC
42.
mraiiine, C.A,,O#N, m. I ~rotn MeaCO),
falt, -4,1.4* (IICI sail, in. 212*), which contains 2 MeO
groups and is nonphenolie. Papaver Isybridum gave 0.12%
to'Lat alkaloids trom which iv&s isolated 0.01% pahybrine
di-111jr Ilecomp. 004* (frous M.0), klr~ 44.6% free
base, CillIvOINI., yellol; nmortillou-4 -,nlid* (III olk, deromp.
"W'). Roonerin hybrida gave 0.81/9 aNall,ids, hoin which
s0nie protophic wai iiolated,along with rite ucir roeffieridine,
C#zJf.OjV,, su~ 229-30'. wbirb rontabsi 110 and 3 MeO
groups; IICI saP, in. 268-60', An unknown arlkalaid,- in.
230% was also found. P. pazwnintwi g-4ve 0.1% total
alkaloids which yieldetl protopinc, ct-ollocryptopine (M.
157-0*), and rverteridine, P), V,6-8* Chelidonium majxj
gave 0,7% total alkaloids from which ~~re isolated (through
the sulfattsi: WLTIgUInLMIIV_ M. 24(~-2'; chelerythrine, in.
210-13'; chelida"rine, C1,111.04M, in. 2GI-V, JaID -316.9'
(IM s411, m. 25-"*; mdkiiadide, ni. Some pro-
topine was isolated from the mother liquor after removal
-of chelidamine from MeOH-CHC13 soll., and finally
sorne chtlidon inf, in. 13.1', Ict In 110 C1 S4111
rn. -2195'. G. M. Kosolapoff
L'E

in

am
Lr,-kZ:P'y Aka. Patik .7-5-7,R.
-
4ffi-&O-~
GMT
-
Z
tnsi% *f rilks the (030w-
h-'C co-aclusic"s art, rewhed.
(tAcchaxiv). falo 93'. tmd imaeckaripl. lmf;) 61.0% Mve
dararrAartr
the D-configuratim at C4, while me -40.9*,

ha,; L-cmfiCuration - at C4. Thus th-! coaticumt n of
(a
=ccharin~ adds is the samm as lhat of lnitfd sugars. Icl
tn'ttamecharin the Initial- configm?-ti(in of "at-tcfrz-A Is re.
talned cxcept for the kmo Ofamimmetryat C-3, Sacchatim
and isasacch2rin vrhkh have branched-6-tin structures
.

%how inversion at =,2. which was C-3 [a the Inftl,
-d sugar.
Th%* the itetcockm4try of pacch4rink Acid fmttolon k
mom compkil its the exmmpl~s with tickAtht-.1 chlirti (Nlul
prevloull UPPOS&I tcl. Sawdem and Kneutie, f. At". Ckefm.
M
E
Soe. 75. 8
1953)). Ca mcchdrilwc, ICCIIA -5'; Sr ita-

allul -5.8 0.
e Ca r-d4rnr-,karixd?. fail." MV.
1

I
In soIns edlat after fumatlon fmm the Wts,
o
l-
am twu i
rg -12.1*f i:*xCChdri;4iC acid J'x
-35.8% oxd md4mcckdrink aU 1*1
2'
164-5'
AydraW# of ta"harimic acid
m
It*.
jaj%f 5
.
,
.
.
,
tKCjaS4CCA4rjfj'
3*
10&4* [a]'0 57
attilde fri
YaAirbs ~kld
a
-
.
.
,
s it Nor
44el~ derfv., tn. b-Il-, W
-35.4'. which gives a as
m. 118-10*, (arly It.3 . Thus the ttopM eme
Is
t th
b
N
2
3
iti
I
h
a
e
-pn
osu.
Pco
y a
or t
e
mup
.
D-C~tfazl of C4.

PIMIN, G.N., laureat Stalinskoy premii, professor, radaktor;
SHCHMINk. M.N., professor, redaktor; NATRAM, A.G., otvetstysnn)7
sakretary'; SMIYXVSKAYA. S.I., professor, chlen redaktsionnojr
kollegii; HAGIDSON, O.Yu, professor, laureat St&linakol premii,
chlen redaktBionnoy kollegii; UTKIN, L.M. professor, chlen redaktsion-
no.r kollegii; HASHKOVSKIT, M.i.~e~ssor, chlen redaktsionnoy kolle-
gli; XARAIRANTAN.O.I., redaktor-. GLUKHOYXWVA. 0.A., tekhnicheakiv
redaktor.
[SynthomycimJ Sintomitsin. Otvet. red. G.N.Pershin. Moskva, Goo.
lsd--wo md.,Iit-rv. 1954. 194 p. (KLRA 7:8)
1. Moscow. Nauchno-isaledovateliskiy khimiko-f&rm&t9svtlch9*kijy
institut.
(Chloromycetin)

mom

YJ
TAI
tf--rivs with idIter taiyf2ti~at; in pyridine C.,- 2
r
!;,'(1 th'r ur Bu( )if
1 2'.
j,.n rave a pitcrq!c~-.j ia re, Ill. 155-7*. givi~ig no
.fill !"Yrdri,~vitiet.~tyi~'2-;~ct.p,-Zl,t.~
i-T ~T 7
iroj7CJ;:j(j,;jj

WILOVA, A.; UTKIN, 1.; MASSAGNTOV, P.
SbAy of alkaloids from the rxounsel (Senecio sacrophyllus). Zhur.ob.khim.
25 no.4.*831-834 Ap 155. (Mmu 8: 1)
1. Vaesoyuznyy Nsucbno-lueledovatellukly kh'-Iko-faruatsevtIcheakiy
institut Imeni S. Ordzhonikidze. (Alkaloids) (Groar4sel)

AUTHORS:
TITIEt
Koret3kaya, N. I.; Dnnilova, A. V.; Vtkin, L. M. 79-2-58/58
Synthesis of Harmine Derivptives. Part 1. (Sintez proizvudn3rkh garmina.
I.)
PERIODICAL: Zhurnal Obshchey Khimii, 1957, vol 27, No 2, pp. 542-545 (U.S.S.R.)
ABSTRACT-. This report describes the synthesis of certain harmine derivatives for
pharmacological investigation. The now harmine derivatives were identi-
fied as Ind-N-(beta-diethylamino)-othylhnrmine, dichlorohydrate; P.V-P-
chlor-(beta-diethylamino)-hamine ethylate, hydrochloride; Ind-N-banzyl-
harmine; Py-N-iodomethylate Ind-N-benzy1harmine: Py-N-chlorametIV102te of
Ind_N_'benzy1harmine, ethyl ether of norharmine carboxylic acid. The
authors obtained new derivatives of tetrahydroharmine, namely, Py--N-(beta-
diethylamino)-ethyltetrahydroharmine; tetrahydronorharmine carboxylic acid.
Card 1/2 There are 5 references, none of which are Slavic.

Synthesis of Harmine Detivativea. Part 1. 79-2-58/58
, ASSOCIATI(Vt All-Union Scientific Research Chemical Pharmaceutical Institute imeni
S. Ordzhonikidze
PWINTIM BY i
SUBMITTEN March 18, 2956
AVAILABIZ: Librwy of Congress
Card 2/2