SCIENTIFIC ABSTRACT YEGUNOV, V. N. - YEGZHOV, I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962520004-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

YFGUNOVI V,Ns, aepirant; GUSAUL~WICH, Ya.G., prof., nauchnyy rukovoditall
r-l-tia
Tro%dng the rotentlon of placonta and endomotritin in cheopo
Vot,-rinariia 42 no.8:98-90 Ag 165,
(MIRA 18:11)
1, Vitebski7 veterinarnry institut.

N. a2rd-ant; GTIBA. Ya.('-., praf., nau~-!~riyy rulr~~vcai L,-13
--ab- t
&reatinerl"' Of onriornotr~tii ftri nhrEp. 41 n,-,O:~~2-93
mil 165. (MI-I'Lli 18:4)
1. Vitabskly vt~terl.riamyy

TBGUNOV, V.S.. kandidat takhnicheakikh nauk.
Theory and practice of shaft furn4ce smelting. TSvetemet. 27
no.4:27-38 JI-Ag 154. (KIRA 10;10)
l.Gosudaretvenn" institut po tsvatvm metallam.
(Smelting)
'P
-P E;,,

9 LIJ 14 C
137-58-9313
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 5, p 75 (USSR)
AUTHORS, Yevdokimenko, A.I., Yegunov V erseneva, 1. 1. ,
Butitovnikov, A.S.
TITLE: Lead Smelting Process in a Shaft Furnace as Characterized by
Experimental Data (Shakhtnaya svintsovaya plavka po eksperi-
rnental'nyrri dannym)
PERIODICAL: Sb. nauchn. tr. Gos. n. -i. in-t tsvetn. met. , 1957, Nr 13,
pp 305-330
ABSTRACT: The basic factors characterizing the smelting process were
studied on an operating industrial furnace. Experimental data
were employed to represent graphically the variations in a num-
ber of characteristics (the charge level and the rate of its de-
scent, the gas pressures, air consumption, temperature, etc.
the location of the isotherms in the furnace, and the zone in
which the charge undergoes transformation. It is established
that, as it descends, the material in the shaft becomes richer
in coke, a fact which points to the existence of a coke layer on
the bottom of the charge column. The gas pressure in the plane
Card 1/3 of the 'tuyeres decreases from the periphery toward the center,
.2,

137-58-5-9313
Lead Smelting Process in (cont.
which characterizes the movement of gases in this region as that of two-
dimensional filtration. The gas current directed toward tile center of tile furn-
ace increases with increasing temperatures and with the rate of blowing. The
temperature along the entire height of the axis of the furnace is 30-45% lower
than it is along the walls, a fact which, to some extent, is characteristic of
the existence of peripheral movement of gases. The burning of coke in the
furnace conforms to the general theory on heterogeneous combustion of C in a
layer. The zone of intense coke combustion, that is, the focal region of the
furnace, has the shape of a ring situated near the periphery of the furnace and is
attached to the openings of the tuyeres; it terminates appx. 800 mm above the
tuyeres and varies with time, The temperature of the focal region is deter-
mined by the intensity of coke combustion, tile composition and temperature
of the blast, and the intensity of heat removal; maximum temperature values
in the focal region amount to 1300-16500C. Tile temperature in the focal re-
gion determines the temperature field in the column of material above the
tuyeres. The focal region is surrounded by a relatively small region of intense
slag formation; the position of this layer is determined by the temperature of
fusion of the slag. In the greater part of the charge column the temperature is
independent of the fusion temperature of slags and is lower than the latter. The
temperature of the hearth and of outgoing liquid products is determined by the
Ca rd 2/3

Lead Smelting Process in (cont.
137-58-5-9313
temperature and position of the focal region and by the melting points of the
slag, matte, and Pb.
L.P.
I. 1,ead-Production 2. Jead ores-Procescing
4 Fu--r-naces-Therwoodyramic propertles
qa rd 3/3
3. SIngs-Properties

q.'~LV,. Vq.; YEGOROV, F.G.
YEVDOKIMENKO, A.I.; I~E~
Investigation of furnaces on moaels. Sbor. nauch. trud.
GINMVETMET no-15:233-256 159, (14D.A 14:4)
(Metallurgical furnaces--Models)

YEGUNOVA. M..,- SARAYEVq P.
Vladimir Shubin's Initiative. Sov. profsoiuzy 17 no.1:16-17 Ja
161,, (MA 14:1)
(C4ita--Kachinery industry-Production standards)
(Labor productivity)

tVARROVSKAYA, M.T.1 PONCRAREVA, V.A.; POKROVSKAYA, L.L.; SHIRINA, M.B.;
MAVRINA, R.I.j DOILIKO, N.K.; OCHEREDNYUK, L.L.p YNOUNWA., M.P.
Effactivenov2s, of ambub tory, trautment of patients with sutured
panot-rating gastric ulcer at Yessentuki Health Resort, Sber..naueb,
rabs vracbe mne-kure uchr. profsoiuzov no,W24-117 164. (KRA 18110)
1. Yessentuk8kaya 'kurortnaya poliklinika (glavrqy vrach zasluzhannyy
vrach R.O3FSR T.A.Gualkova).

YIMOVA, V. A.
Distribution of desoxyribonucleoprotaine in the mwleus as related
to fixation. Trudy LSGKI 43:133-145 159. (KIRA 13:5)
(CM NUCLZI) (NU=OPROfNINS)

SE ITS,,
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of
rcrort nul)Mitt6l at" the 13th
nn~, lnfr,,ct!onLsf-s, 195,9.

137-1957-12-23047
Translation from: Referativnyy zhurnal, Metallurgiya, 1957, Nr 12, p 26 (USSR)
AUTHOR: Yegupov, P. Ye.
TITLE: _TH_e__LTf_e_ct-of the Contamination of the Circulating Water on the
ROCOVery of the Useful Mineral During the Concentration of
Sands (Vliyaniye zagryaznennosti oborotnoy vody na protsess
ulavlivaniya poleznykh mineralov pri obogashchcnii peskov)
PERIODICAL: Kolyma, 1955, Nr 3, pp 16-17
ABSTRACT: Experiments were conducted to determine the cettlinG
velocities of various sizes of grains in fluids of different specific
gravity and viscosity. Since it is impossible to determine the
velocity of settlint: , of grains directly in the suspensions, use
was made of water solutions of ZnCl? of different specific gravi-,
ties. In preparing the suspensions, the solid'matter vas rep-rc-
sented by a fine material (up to 10p ) obtained from the slime
of sand and having a specific gravity of about 2.34 g/cm3. It
was discovered that the viscosities of the suspensions and of the
ZnC12 having a specific gravity of less than 1.20 are very simi-
Card 1/2 lar at 180. Taking this into consideration, it is possible to

137-1957-12-23047
The Effect of the Contaminatioii6f-th6,Circulating Water (cont.
determine the precipitation velocity of the grains of the useful
mineral in ZnGIZ. It was established that the maximum density
of the circulating water, used for the washing of sand, should be
taken at 1. 10, i.e., with the content of the solid zatter being less
than 160 g/1, or 14 - 15 percent. In this event the minimum size
of the collected mineral will be approximately 0.11 mm.
A. Sh.
1. Sands-Concentrption
Contpnination
2. 1-1-inerals-Recover-f 3.
Card 2/2
2;~

137-58-4-6366
Translation from: Referativnyy shurnal, Metallurgiya, 1958, Nr 4, p 5, (USSR)
AUTHOR: Yegupov, R-Ye.
TITLE: Provision of Technical Assistance in the Introduction of Jigging
Machines and Concentration Tables at the Krasnoarmeyskiy
Place r~ Okazaniye tekhhicheskoy pornoshchi po vnedreniyu
otsadochnykh mashin i kontsentratsionnykh stolov na priiske
f'Krasnoarmeyskiy")
PERIODICAL: Tr.Vs 'es. Magadansk. n.-i. in-ta za 1.956 g. Magadan, 1957,
pp 132-135
ABSTRACT: In the c,ourse of the work, comparative tests were made of
a wooden 36.5 m washing sluice, mark 1, and a metal appliance
4 (MPD-3) with a 2-stage dressing procedure, including con-
concentration of sands of sizes - 10+0 mm on a 12 m sluice, and
subsequent concentration of the sluice tailings in a slow jigging
machine of the "Yuba" model, with recleaning of the material
from beneath the screen on a concentration table. In the course
of this work, the effect of hand screening of the material in the
Card 1/2 sluice and the size of the perforations of the screens on the
R,

137-58-4-6366
Provision of Technical Assistance in the Introduction of Jugging (cont. )
production indices of sand washing on sluice equipment was determined.
The following measures were recommended: to increase the screen per-
foration of all washers at the placer to 20 mm and to install slow pulsat-
ing jigs and concentration tables in all washers past the sluices (10- 12 m),
also to eliminate the category of screening laborers. All this increases
the extraction of Sn from the sand by about 8- 10 percent.
1. Placer. mininly equipment--Applicationa A. Sh
Card 2/z

YEGUPOY, P,Ye.-.,KARPOVICH, N.V.; ALEMYENKO, I*G*
Assaying pebbles from waehery equipment tailings. Kolym 21
n0-1:15-18 JTh 159. (min 12:6)
l.Voesoyuzny7 nauchno-issledovatel'skly Institut zolo'ta I redkikh
metallov. Magadan (for Yegupov). 2.Gornoye upravleni7e Xagadanskogo
80'Vaarkhoza (for Karpovich Alekseyonko).
(Ore dressing (Gold-Aseaying)
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2. USSR (600)
4. Vibration (Marine Engineering)
7. Vibration of craft ceilings. Mor.flot 12 no.10, 1952.
9. Monthly List of Russian Accessions, Library of Congress, January -1953. Unclassified.
fflmmi"m

YXGUFOV' V. X.
Stability of Motion, Vibration, Regulation
Dissertations "Vibration of the Deck Plating of a Ship." Cand Tech Sci. Odessa Inst of
Engineers of the Maritime Ylest. Odessa, 1953- (Referativnyy Moskva, Moscow, 26 MAr 54)
SO: SUM 213, 20 Sep 1954

i-~F Y,

YZGUPOV, V.
Approximate method of calculating the vibration of a ship's plating
Hor.flot 15 no.2:23-26 1 155. OMA 8:5;
(Shipbuilding) (Vibration)

12

UGUFOV, V,K. (Vladivostok)
Three-dimensional rigidity of complex roof and hull-type structural
frames. Izv.AH SSSR Otd.takh.xauk no.7:43-52 Jl 156. (an 9..g)
(Structural frames) (Hulls (Naval architecture))

SOV/1 24 - 57-8-9592
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 8, p 143 (USSR)
AUTHOR: Yegupov, V. K.
TITLE: On the Stability, Vibration, and Strength of Certain Three-dimensional
Structures (K voprosu ob ustoychivosti, vibratsii i prochnosti
nekotorykh prostranstvennykh konstruktsiy)
PERIODICAL: Tr. Dallnevost. politekhn. in-ta, 1956, Nr 45, pp 55-61
ABSTRACT: The author gives a brief account of the results of investigations made
of certain special structures, namely, ship-hull compartments and
building frames.
Card 1/1
f

YEOUPOV, V.K.
Calculating vibrations in flat coverings. Trudv Inst. mt. I wekh.
AN Us. SSR no.21t135-160 157~ (MIRA 11:6)
(Trussoo-Vibration)

YWUFOV, V.K., kandidat takhnichaskikh nauk,
Calculating the damping of local vibration* In engine room bad plates.
Sudoetroanie 23 n0-3:5-11 Mr 157, WaA 10:5)
(Hulls (Naval architecture))
(Vibration (Marine engineering))

3/879/62/000/000/080/038
D234/D308
AUTHORS: Prokopovich, 1. Ye., Yegupov, V. K. and Pedakhovskiy,I.I.
(Moscow)
TITLE: An approximate method for determining the internal forces
in the hull Of 3hips, of shell and fold atructure
SOURCE: Teoriya plautin i obolochek; trudy Il Vaecoyuznoy konfe-
rentsii, Llvov, 15-21 sentyabrya 1961 g. Kiev, Izd-vo
AN USSR, 1962, 508-512
TEXT: The method is as follows: Internal forces are determined in
the basic central part of the ship, the stressed state of which is
represented ae a sum of two different stressed states. The watler
pressure is represented bg a synnetric curvilinear diagram, later
replaced by a stopped one, and by a diagram consisting of two tri-
angles. Loads are reprooonted a8 a sum of a constant part and a
cyclically varying, aign-changing pa.-t. The forces are doter.-:.!ncd
using -Ivhe 'theory of orthotropic shells by V. Z. Vlasov. The fir~jl.
~Aresaed state referred o above is -that of a system hav-'Ang r4k,.-~'d
Card 1/2

-7-An ~proxima t~,
Plates at its ends, the second
constant cross 6ection. Numeri,.al
usinc, this method. Conclusion:
at present is not suitable for
a.re 4 figures.
14 -1
306
is tha~t of a thin-walled rod with a
calculations were carried out
The theory of equivalent bearl .ised
ships of the type mentioned. There
R,
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MZ

-U-GU~V~a,Aeoltw K,~-njtartirwvich. Prinimla uchastiyo
O-IKO, N.S.,, red.
(Calculating buildings for strength, rigidity, and vibra-
-tion] RaBe~het zdanii na procimost', uatoichivost' i kole-
baniia. Kievy Nidiveilnyk, 1965. 253 p. 041RA 18:7)

L 32243-66 EVT(l)
r=AT~ NRI
AP6021784 SOURCE CODE: UR/0413/66/000/012/0049/0049
INVENTOR: Magrachav, Z. V.; Taygankov, B. X.; Yegupov, V. Ya,.
ORG: none
TITLE: Pulse stretcher?, Class 21, No. 182767 [announced by Electrical Measurement -
Instruments PLant (Zavo elektroizmeritel'nykh priborov))
SOURCE: Izobreteniya, promyshlennyye obraztay, tovarnyye znaki, no. 12P 1966, 49''
TOPIC TAGS: pulse shaper p capacitor, electronic circuit
ABSTRACT: A pulse stretching circuit for use in digital pulse duration measurements
is shown in Fig. 1. It consists of a regulated charging current source which
7
Fig. 1. Pulse stretcher circuit
OL
!!T11i 1 - Regulated capacitor charging current
i source; 2 diode; 3 integrating capacitor;
4 regulated discharge current source; 5
comparator; 6 - forming circuit; 7 - range
.!switch; 8,9,... n -additional capacitors.
L

ACC NR. "6021784
drives an integrating capacitor (3) through a diode. The capacitor (3) is connected
to the diode cathode, regulated discharge current source, and a comparator. To
insure operation of the circuit In the same mode in all measurement ranges, addi-
tional capacitors may be switched into the circuit by a range switch. Orig. art.
has: 1 figure.. [BD]
SUB CODE: 09/ SUBM DATE: 06Sep65/ ATI) PRESS# 2 7
Cad

"T!-.f3rlrA C- ~ aclt~,- Of 1A r-0,d
phy-s-'~'Itil soi, !..Oscow, Cri~.r of 'J I L,~,;,ononw,
(K-r, No 15, A-i, 5-5)
So: 3 ,x% No. ""14 2 ;-.-ov 5-
Inst",
nc

YXGUPOV, Ya.v.
Measuring the heat capacity of liquid mixtures in the critical
range of lamination. Uch,zapolabagosepedsimet-no-10:37-46 156,
WaA 10:3)
(.Heat capacity) (Calorimatry)

~t IN,
Aim,

it
P(4 Ai

TIGUPOV, raj.
A k---
7ormation of new phases during the critical lamination of liquid
mixtures. Uch.sap.Ub.goo.ped.inst. no,10:60-70 156. (MIRA 10:3)
(Heat capacity) (Phase rule and equilibrium)
-A
it C

sov/58-59-8-177i8
Translated from: Referativnyy Zhurnal FIzIka, 1959, Nr 8, p 107 (USSR)
AUTHOR: Yegupov, Ya.V.
TITLE- Experimental Lines of Transcritical Transitions
PERIODICAL: Uch. zap. Kabardino-Balkarok. un-t, 1957, Nr 2, pp 287-290
ABSTRACT: On the basis of the experimental data of Amag, Watson and (Kvalues) and
Hedy concerning the heat expansion Of 002, CH2 = CH2 and H20, lines of
transcritical transitions are plotted for these compounds. t Is shown
that the region of the existence of transcritical transitions in simple
systems extends hundreds of degrees and thousands of atmospheres beyond
the critical values of temperature and pressure.
The author's r6sumfi

SOV/58-59-8-17719
Translated from, Referativnyy Zhurnal Fizika, 1959, Nr 8, p ITI (USSR)
AUTHOR: Yegupov,-Ya-V,-
T=: On the Difference Between a Liquid and a Gas at Supercritical Temperatures
PERIODICAL: Uch. zap. Kabar-dino-Balkarsk. un-t, 1957, Nr 2, pp 291-306
ABSTRAM; On the basis of an investigation of the course of the average isothermal
compressibility of Xe and CO it is shown that the difference between
a liquid and a gas is maintaf;ed even above the critical temperature.
Therefore, the concept of the absence of a qualitative difference between
a liquid and a gas above the critical point is not fruitful. The author
holds that the isothermal transcritical transition is realized in those
limits of pressure and volume within which the monotonous rise in com-
pressibility, passing through a minimum in this region, is broken. The
limits of stability are determined for the liquid and gaseous states of
Xe and CO 2 at a number of supercritical temperatures. The critical
Card 1/2 temperature of a compound is defined as the temperature which divides the

SOV/58-59-8-17719
On the Difference Between a Liquid and a Gas at Supercritical Temperatures
region of joint or separate existence of a liquid and a gas from the region where
they can exist only separately. Several well-known facts are discussed from the
point of view of the existence of a difference between a liquid and a gas. The
article gives a bibliography containing 28 titles.
A.A. Senkevich
Card 2~ln

SOV/58-59-8-17717
Translated from: Referativnyy Zhurnal Fizika, 1959, Nr 8, p 107 (USSR)
AUTHOR: Yegupov, Ya.V.
TITLE- On Transcritical Transitions Near the Region of Critical Separation
PERIODICAL: Uch. zap. Kabardino-Balkarsk. un-t, 1957, Nr 2, pp 307-310
ABSTRACT: Observations of the behavior of a ternary system of n-propyl alcohol-
water-sodium chloride during its passage to a state of unlimited
solubility, have shown that, after the upper, lower, and critical
points have approached 80C, continuous phase transitions may come
about beyond the region of separation. On the analogy of the pheno-
menon in a simple system, these transitions have been called trans-
critical transitions in the critical region of separation. It is in-
dicated that similar transitions also occur In binary systems.
The author's r6sumfi
Card 1/1

X
YEGUPOV, Ya.V.
Phase transitions of the second order and critical phenomena.
Part 7: A calorimeter for measuring heat capacities of liquid
mixtures in the critical region of separation (with summary in
English). Zhur.fiz,khim. 31 no,7:1587-1592 Jl 157. (KIRA 10:12)
1. Hookovskiy gosudsrstvenn~7 universitet im.H.V.Lomonosova.
(Calorimeters) (Kixtures)

G- ~-k V
I A% V
.
~,

ATTMORSs Semcrc!-.en!-o, V. K. I Yal-prpov, Ya. V.
TITLE: Second-Ordcr Ph--ce 'Trancitiona --aid Critical Ph enGciLna (Fazovyyc
pere%hody1roda i kritichuskiye yav leniya)
VIII. '!lie Specific Heat of Liquid lfi:,turrus in the Critica'I
of Separation (VIII. Puployci.tkojtl zhid%-ikh u fizzed v kritic1i(;3-.oy
oblasti rasilaivaniya)
PERIODICAL: Zhurnal Fizicheskoy Khi:Aii, 11958t Vol. 32, Nr 1, pp. 121-130(USSR)
ABSTRACT s 11cre, the te,ripuraturc dependence of the apecific heat of nitroben-
ze-ne-n-Imptam- and nitir, Un--unu -n-oc tune oyate-,ia in the critical
rauCc of separation wau inve&,~at(A. It ia confiricd th-t the 2;e-
cific hcat of binary li(puid Axturea in the crit4cal rrlji~-a cf za-
puration reaches a maximum on occavion of ct varial.ion of tc..-,pera-
ture. Thcrwith the curcc;)tion of some recc--rchfir.3 is disj:roved
that a maximuci of the spucific heat iz; non-exictinG. It i3 shown
Lhat the UaYiMUM Of the z-oacific heat of a oyste:a L~ivcn depends
upon the concentration of the erlution. 2be maximum cf the oleci-
fic heat is -reatest in thQ solution with the critical concentra-
tions. 1.7ith increase and decrease of ocncentration of the solution,
in coraparimn to the criticalone, the v-lue cC the maximum cf the
Card 1/3 specific beat dccreasus, and disappear entire1W, at last. The

71-1-18/32
Succnd-Grder Pbase Tranaition3 and C~ritical Phenomena. VIII. The Sliccific Reat
of Liquid I'lixtureu in the Critical RrnCe of Separation
obuervations o.1' a heat equilibrium durinL: the ;r.easurcment of the
specific heat show that in the critical point Vic establishment of
the heat equilibrium takes a particular Ion,, time. This fact points
to a olecial state of the system in the critical point of separa-
tion. The experimental results obtained confirm. the view of the
one of the uuthors that the critical pbrnamuna and thu pbaue transi-
tiona of second order (if the increase of the specific beat near
the critical point is the main characteriatic of the rencralized
critical transition) are thernod~-na:.Acally identictil. 11cre, it was
stated that the critical range of separation in bina.Ly liquid mix-
'ol C
tures may reach some dozen of 1~ 11., according to the qualitative
composition of the nixture of fractions. For this reason the aaxi-
mum of the specific beat cczn not be determined bj measurements of
the specific heat in systems with a na=ow critical ranr;e, if, on
occasion of determinin.- the critical concentration an error is pre-
sent. Here, it was stated that the naximum of the upecific heat of
the liquid mixture can also develop in a narrow temper--ture inter-
val. Thus, in the nitrobenzone-n-octaDe solution with critical con-
centration a teLpcrature couroe of the specific heat with a ~naximum
of 300 ~- was observed in the interval of 0,07 0C. If, for that rea-
son, the meaoure..wnt of the apucific heat takes place in the pre-
Card 2/3 jence of relatively c-reat temperature rises during a sint~lc calo-

76-1-1(V32
Second-Order Phase Tranaitions and Critical Phenomena. VIII. 'The SIecific 11fat
of Liquid Mixtures in the Critical IL-inae of Separation
rimetric experiment, the maxima oA.' the specific licat are not found
in this caje. Here, it ii experimentally 3hown that the specific
heat in tcrnary liquid eyotans in the critici-1 ran-c of 3olnration
passes throu~;h a maximum, such as in the cu3c of binary oyatcas.
Therefore it is concluded that thu ,
physical n'&ture of oei~aration
is equal in binary and ternary systativ. As a ternary system the
n-propylalcohol - water - sodium nitrite system was investif,ated.
Therc are 9 fivres, 5 tablce, and 1n references, 16 of which are
31avic.
ASSOCIATION: Moscow Stute University imeni M. V. Lononosov
(Moskov3kiy Gosudars"vennyy univeraitet im. 11. V. Loriormova)
SUBMITTEDt October 17, 1956
AVAILABLEt Library of Con-restj
Card 3/3
~jj "Z~-

I SOV/51-7-3-12/21
AUTHO1W- s Shimanakaya, !%P., Kilimov, 4L.P., Grekov, A.P. ]~"ppo!a, L -M. and
Azen, R.S.
TI TIP, Plastic Scintillators r-Ith Additions of Aryl Derivatives of
1,3,4-Oxadiazole.
P"Z1R1ODM1.L- Optika I spektroskopiya, 1959, Vol 7, Ur 3, pp 366-370 (USSR)
BS llr&t 0 T sThe authors zeasured the scintillation efficiency and recorded the
absorption and luminescence spectra of solid solutions of eight
2,5-aryl derivativos of oxadiazole In polystyrene. These derivatives
vero:
2-(4-biohenylyl')'-1,3,4-oxadiatole (BD);
2,5-di-iA-a,3thoxyphonyl)-1,3,4-oxadiazole (UtFUtPD);
2-phanyl-5-(4-biphanylyl)-1,3,4-oxadiazole (PBD),-
2-phanyl-5-(l-naphthyl)-1,3,4-ozadiazole (*WPD);
2-,Dhanyl-S-(2-naphthyl)-1,3,4-oxsidiazole (jpPD);
2,5-di-(4-biphanylyl")-1,3,4-oxadiazole (BM);
2-(4-biohenyl~l)-S-(2-utiphthyl)-1,3,4-oxadiaze~le (OND);
2-(l-naghthyl)-5-(2-naphthyl)-1,3,4-oxadiazoie (OW/em).
oard 1/,i The BD corapound .vas obtainod by heating of 4-biphonylylhydrazide with
ethyl aster of o-fomic acid (Ref 2). The other seven ampounds were

SOV/61-7-3-12/21
Plastc Scintillators with -,Aditions of i*.ryl Doriv-~%tives of 1,3,4-Oxadiazole
prepared by cyclizAtion of the corresponding dihydratides by heating
with phosphorus oxychloride (Rof 3). .4,11 compounds were purified by
re-crystallization and chrouta-to3ra chic trns,4Taent. Tha scintillators
rare in th 'o form of polystyrono di~cs(idht~; appropriate 1,3,4-oxadiazole
derivative added to theia) of 20 mo diameter and 12 inia height; they vere
prepared by hi,;h tazpe4-ature poly-aerization in an atmosphere of nitrogen.
The absorption spectra, recorded by ueanB of a spectrophotometer
SF-4. Tho ltralnas cane a spsczra rerc obtained by rijaas of the same
instrument used as a ;.ionochraaator; they nere recorded photoelectrically.
Tho scintillation, efficiency razu deduced from the current of a FIEU-19
phatomultiplier. A stwiple of .16110 of 0.1 iLcurie intensity was used as
the source of excita~-Ion. Tha absorption spectra of the eight
oxadiazolos are sho-,&m In 1 (curves 1-4) and 2 (curves 1-4). The
luminesasnc.-4 sipectrdm of polystyrone is shown as curve 5 in both
figures. The greatest amount of ovorl?A, *)uln6 of the absorption spectrum
,with ths luL4ineacance s-3etrum of polyutyrons wAs exhibited by the
c=oourda rith 1-aanhthyl radical, that is the compounds ONFD, OR11pli-D
und MBD - Figs 3 and 4 show the photoluminescence spectra (excited
irith 253 and 313 mjL mercury lines). Fare again the oxadiazoles Ath
1-naphthyl radical show the greatest araount of overlap with the Maxi==
of t~a FZU-19 sensitivity. Th3 dopondence of the scintillation
2/4

SOV/51-7-3-12/21
Plastic O'cintillators with Additions of Aryl Derivatives of 11314-Oxadlazole
(;ard 3/4
officioncy on the concentration of the oxadiatoloo (Fig 7) shove that
thq compounds aPD, o;41TD, " and BED are the most efficient. In a
table on p 369 the authors list the absorption and luminescence
maxima (cols 3 and 4), the concentration oxadiatole in polystyrene
(col 5) and the scintillation efficiency (col 6) of the eight oxadiazole
derivativas listed above and eight other 1,3,4-oxadiatols derivatives
studied earlier. The authors founi that the scintillation efficiency
of organic compounds In plastics is detomined primarfLy by their
absorption and luminescence epsetra and their luminescence yield. The
scintillation efficiency may be measured in relative units by S7ank
and Buck's method (Rof 8), allowing for the overlapping of the
lurainescs,ics spectrum of the base (polystyrene) and the absorption
spectrm of the additive (oxadiazole derivative), the photolumines c once
yield of the additive and the officioncy of recording of the emission
by tho additive. Tho best scintillation property among the diaryl.
derivativos of oxadiazole wore found in the compounds with 1-naphthyl
and biphanylyl radicals. Awong the sixteen compounds listed in the
table on p 369 the following were found to be most efficient in

SOV/51-7-3-12/21
plastic Scintillators with Aditions of ,Iryl Derivatives of 1,3,4-0majazole
plastic sciatillatoras
2,5-di-(4-biphonylyl)-1,3,4-oxadiazole (BBD);
2.5-di-(l-naphthyl)-1,5,4:-oxadiazole (#XAM);
2-plienyl-5-(4-inothoxyphenyl')-l.3,4-oxadiar.ole (UtPFD);
2-(4-bi phanylyl) -5-(2 -na phthyl) -1 , 3,4-oxaaia tole (OBD);
2-ph,jayl-5-(l-naphthyl)-l,'U,4-o-.mdiazole (AIND).
Tharo are 7 figures, 1 table and 9 raferencos, 3 of mhich are Soviet,
4 Snglish, I Geman and 1 translation into Russian.
~iUil-'ITTSD; D;3arfabar 26, 1958
,bard

5 (3)
AUTHORS: Grekov, A. P., Shvayka, 0o Foy BOV/79-29-6-55/72
Yegupova, L. M.
TITLE: Investigations in the Field of Organic Scintillation Substances
(looledovaAiya v oblaoti organicheakikh staintillyatsionnykh
materialov). II. Synthesis of the 2-Aryl Derivatives of 1,3,4-
Oxa-Diazole (II. Sintez 2-arilproizvodnykh 10,4-oksadiazola)
PERIODICAL: Zhurnal obahchey khimii, 1959o Vol 29, Nr 6, pp 2027 - 2032
(USSR)
ABSTRACT: For the systematic investigation of oxa-diazole derivatives a
series of new 2-aryl substituted 1,3,4-oxa-diazoles of the gen-
eral formula if - N
has been synthesized, where
0
R-4-H3 CO-C6H 4Y 4-H3CC6H4o4 H2KC 6H 4f 4-(H3C)2NC6H 4' 4-BrC6H 4'
4-H5 C200CC6H4, 4_H5C6C6H4 , 2--furyl. Except C. Ainsworth (Ref 1)
nobody has analyzed compounds of this series. The synthesis of
Card I
13 the majority of the products which have been described here has

Investigations in the Field of Organic Sointillation BOY/79-29-6-55/72
Substances. II. Synthisis of the 2-Aryl Derivatives
of IP394-Oxa-Diazole
been carried out by conversion of the corresponding hydrazide
by excess ethyl ortho-formates expressed by the scheme:
0 (C H 0) CH 0 H 5C2C It
f R-C-NII-N-CH ----) R-
R-C
NMTH2 0
Thesynthesis of the oxa-diazole in question took place at the
I?oiling temperature of eater. It has been separated from the
reactants after removal of the excess ortho ester by distilla-
tion in a vacuum if its melting point was.low enough, or by
way of crystallization. The synthesis'of the 2-aryl derivatives
of the 1094-oxa-diazole from hydrazides ahdothyl ortho-for-
miate is possible only if the functionally substituted groups
in the initial hydrazides are inert against ortho ester. There-
fore it was not possible to synthesize in this way for example
compounds like 2-0-aminophanyl)-and -2--(4-cxY-phenyl) -1,3,4-
Card 2/3 oxa-diazole. To obtain such derivatives, the corresponding

Investigations in the Field of Organic Scintillation BOY/79-29-6-55/72
Substances. II. Synthesis of the 2-Iryl Derivatives
of 1,3,4-Oxa-Diazole
changes of functional groups have been oarried out only in the
obtained oxa-diazole. In this way the 2-0-aminophenyl)-10,4-
oxa-diazole has been synthesized by reduction of nitro-phanyl
oxa-diazole with the help of phenylhydrazine according to
scheme 2 (Hof 2). The 6 newly synthesized 2-aryl derivatives
of the 1,3,4-oxa-diazole are colourlese, crystalline compounds
insoluble in water and soluble in alcohol, benzene, and toluol.
There are 12 references, I of which is Soviet.
ASSOCIATION: Kharikovskiy filial Vaesoyuznogo nauchno-isoledovateltakogo
SSOCI T
instituta khimicheskikh reaktivoy (Xharlkov Branch of the All-
Union Scientific Research Institute for Chemical Reagents)
U
Aard 3 A3ION' '0
OUBMITT ED Mi
SUBMITTED: May 24, 1956
C
Card 3/3

YEC;UpovAf* of* A*,
22727 Egupova, O.A. 1. ZlokacheatvemnVe Novooorazovaniya Nosa I Ego
Pridatochnykh Polostei Po Materialam Otolarimgologicheiskoi Klinikl
Bashmecinistituta Soornik Nauch. Trudov 13ashkir. Mod, In-Ta In. 15-
Letiya Vlks, T. 9, 1949, C. 80-82
So: Letopis.. No. 301, 1949

YEGUrcm, C. !.
Esophagus - Foreign Bodies
Unusual esophageal foreign body. Vest. btc-rin. 14 no. 4, 1952.
Monthl List of Russian Accessions, Library of Congress, November 1952. Unelassified.

TEGURAZDOV, S.
Trade-Unions
Renults of ro-corts and tjection5 of trads-mion orFans in bustneos and in in3titutions.
Prof. soiuzy ilo. VI, 1952.
Monthly List of Ru3sian Acc,,!3sions, Librar%,7 of Congre35, Yarch 1952, Uncla5sified.
7~7

UGURAZDOV, S., prodaedatell.
Further development of agriculture is a matter of nationwids
concern. Sov. profsoiuzy 1 no.2:38-45 0 '53. (HLRA 6:12)
1. TSentrallnyy komitet professionallnogo soyuza rabochikh i
ollftzhashchikh sellskogo khozyaystva i zagotovok. (Agriculture)

YEGUIIAZDOV,..S-4
Militant tasks of trade unions in villages. Boy.profsoiusy 4
no.2:30-34 7 156. (MLRL 9:5)
1. Predmodatell TSentrallno.go komitets profsoyuza rabochikh i
sluzhashchikh vel'skogo khozyaystva i xagotovok.
(Trade unions) (Agriculture)

YZGURAZDOVA.-,L.
Militant tanks of rural trade-union organizations. SovjprofsoiuzF 5
no.3:5-12 Mr 157- mw lo:4)
L.Prodsedatel.I Tjontrallnogo komiteta, profsoyuza rabochikh i.
alushashchikh Sol skogo kho:ya.78tva i sagotovok.
(Trod unions)

- YEGURAZDOVp S. -
Agricultural and forestry workers on the eve of their
Fourth International Trade-UvAons Conference. Vsem.
Prof. dviph. no.10;40-45 0 162. (MM 15:11)
(Trade unions-Congresses)
(Agriculture)

W
YEGURAZDOV9 S.
The unity of agricultural workers is strengthening. Veen. prof.
dvizh. no?p -36 Hr 163.
,03 (mm 16:3)
1. Sekri&W Mszhdunarodnogo o~"yedineniye profeasionallnykh
AI*Uzov trudyashchikhsya seliskogo.,;,Xpanogo khosyayetva i
pl:antataiy,
(Agrioultulk.workere-Congroaaes) (Trade unions-Congresses)

Ym u m IN r, p

USSR/Mining rquipment Jon 49
Excavating Machinery
"Utilization of Poverful SIpgle-Bucket Exca-,
vators in Coal Pits of the East (Transportleas
Systems in Overburden Stripping Operations),*
0. P. Yegurnov, Mining Xngr, 5 pp
'Ugoll" No I
Presents plans for stationary sIngle-bucket
excavators vhIch can be used effectively at,
open-strip mines, particularly for stripping
overburden. Briefly llote experle-e-, a of
4o/49T9o
USSR/Mining Equipment (Contd) Jan 49
tho~ Bogoslovo, Mikhaylovo (Karaganda coal
fio%ld), Raychikhinsk, and Cherommkbovsk open-P
pit minme.
40/49T90

V'O'z
Mashinist odnokovshovogo ekskavatora. Odobr. v kachestve' uchebno Fosobiia
dlia gorno-promyshl. shkol. Moskva, Ugletekhizdatp 195C. 19h p. illus.
Bibliography: p. (193)
Shovel dredger mechanic.
DLCr TA735.-%'),,3
SOi Manufacturing and Mechanical Engineering in the Soviet Union) Library
of Congress, 1953.

G- P. and 3TAKIIz-VICII, Ye. B.
"The Bogoslovskiy Deposit", Ugolt, No. 12, 1950.
so: w-17658, 3 Apr 1951.

Yegumov.., G P
Otkr7tyye gornyye raboty LTpen pit mininZ7
Moskva, Ugletekhizdat) 1951.
567 Po Mus., Diagrsap Tables,
Bibl.iograpby: p. 563-564.
FDD 520172.

YEGURNOV GoP*, gornyy Whener.
Capacity of excavation-dragline oporatione in strip mlnin,.,-, in a syste= vith-
out other transport facilities. )(akh.trud.rab. 7 no-7:27-30 JI '53,
(MI-RA W)
(Strip mining)

POMIN, V.M.; ZIMIN, A.P.. redaktor; YNGUIMT, G.P., redaktor; KOROVENMVA.
Z.A.j tekhaicheskly redaktor.
[Kastering the ShM-1 Combine at the Chelluskint'seT Mine in the
Donate PaBW Opyt osvoeniia komWna ShBM-1 na shakhte im. Cbeliuakin-
t8GV T Doubasse. Moskva, Ugletekh12dat, 1954. 34 p. KRA 815)
(Mining machinery)

6
kUM1TAGIN, K.P., inxhaner; GROH. B.I,. Insbener; CHINKOV. R.I.; TOLCHEK,
D.B., rodaktor-, TZGURMV, G.P., redaktor; KORDYZXWVA,E.A., taktnt-
chaskly redaktor.
[Innovators of open-pit coal mines of the nortbern Urals] NoTator7
ugollzVkhraarezov Severnogo Ural&. Mankra, Ugletakhnitdat, 1954,
66 p. (KIRA 8:9)
(Ural Mountain region--Coal mines and mining)

P.
kandidat telftichaskikh nauk; STAKHBVIGH, Ye,B., redaktor;
2MOMOWTS.I., redaktor; ALADOVA, Te.l., tekhnicheakly redaktor-,
PROZOROVSK&YA, V.L., tOdmichaskiy redaktor
[Open pit mining] Otkryt7a Gorrqe raboty. 2-a ird., parer. Moskva,
Ugletakhizdat. 1954. 574 P. (MLRA 8:4)
(Coal mines and mining)

MUINIKOV, N.Y., professor, doktor tekhnioheskikh nauk; SIXIIN, B.A.,
otvatstvennyy redaktor; YNG M OV, G.P., redaktor; WIN = TA, G.M.,
takhnichaskiy redaktor.
(Mechanization of dumping operations in open pit mining] Mekhani-
Satsila ot*allnykh rabot na otkrytykh razrabotkakh. Moskva, Ugle-
takhisdat, 1954. 71 P. NUA 7:11)
(Xining engineering)

LUGOVKIIIA, m.j.; MISILARIN, D.M., redaktor; YSGIJR redaktor;
AIMEYEV, G.G., tekhnicheskiy redaift"-
[Labor productivity and labor-consumption of procesnas in coal pit
mines) Proizvoditellnoatt truda i truaoemkost' protsessov na ugoll-
nykh karterakh. Moskva, Ugletekhizdat, 1954. 169 p. (w.RA 8:4)
(Labor productivity) (Coal mines and mining)
iJ F
W.:

YXGURNOV, G.P., kandidat tekhnicheakikh nauk,
Classification of open-pit mining systems. Ugoll 29 no.4:29-33
Ap 154. (MLRA 7:2)
(Strip mining) (Coal mines and mining)

WAYANTS, A.M., glavvy redaktor; AMtAHYAN, A.A. , otvatetvonW redaktor;
GUEERHAN, I.D., redaktor; DOMMIN, A.V., rodaktor; ZASADTCH, Me,
rodaktor; LETOV, N.A., otvatatyennyy redaktor; LIVSKITS, I.I.,
redaktor; LOKSI[IN,V.A., redaktor; MKIAMD, Z.H., redaktor; ROHIN.
G.Is, redaktor; SUNCHRNKO. V.A., redaktor. ~OPCHIYIIV, A.B., redak-
tor; SIMULDIR, A.S., redaktor; YXGU-R-NO-V. rsd&ktor; LTUBIMOV,
N.G., redaktor izdatel'stva; takhnichookiv redaktor;
PROZOROVSKAYA, Y.L.,-t6k6ichiskiy redaktor*
Xaterial and eqyIpment used in the coal industry; a reference
manual] Xaterialy i oborudovaniag pri~eniaemye v ugollnoi pro-
mushlennosti; spravochnik, Moskvao Ugletekhizdat. Vola. Clqmip-
ment) Oborudovanie. Pt.l. 1956. 455 po NLRA 10:4)
(Coal mines and mining--~Xquipmsnt and supplies)

IAIATANTS, A.M., redaktor; ABRWAN, A.A., redalctor; GUBMWN, I.D., rodak-tor;
DOMIN, A.T., redalctor; ZASADYGH. B.I.j redaktor; IZTOV,-Y.A.,
radaktor; IIVSHITS, I.I., radaktor; 14MIN, V.A., redaktor; XIUXID,
Z.H.. redaktor; XONIN, 0.1., radektor; SUMOR1140, V.A.; TOPCHITIT. A.T.,
rodaktor; SHIVALDIN, A.S., Mdaktor; YJGMSOV, G.P., rbdaktor;
LYIMIKOV, N-Got rodaktor izdatel'ot~&-7--PRVZtRZ=YA, V-L.. tokhatchs-
skiy redaktor
[Materials and equipment used in the coal industry; a reference manual)
Xateriely i oboradovante, primentaemya v ugollnot promyshlonnosti;
-spravochnik. Xookva, Ogletakhizdat. Tol.2. Clquipment] Oborudovanis.
Pt-2- 1957- 485 P. (MLRA 10:9)
(Coal mining machinery)
A-7;

gl~vrLvy red.; ABRAMYAH. A.A., red.; GMKMAII, I.D., red.;
DOKUKIN, A.V.. red.; ZASADYCII, B.I., red.; LHTOV, N.A., red.;
LIVSHITS, I.I.; LOKSHIN, V.A.; KNIAMO, Z.M.j MOMIN, G.I.; SUMCHENKO,
V.A.; TOPCHIYEV. A.Y.; SHETAIDIII. A.S.;,Uf 0WO r
,gWif i- red.;
LYUBIHOV, II.G., red.izd-ve; PROZOROVSKATA, T.L., tek-hn.redo
[Haterials and equipment used in the coal industry; a handbook]
Haterialy i oborudovanie, primeniaemye v ugollnot pro shlennosti-,
sprevochnik. MOSI-va, Ugletelchizdat. Vol.2. [Equipmenit Oborudovanie.
Pt-3- 1957. 655 P. (11M 11:2)
(Coal mines and mining-Zquipment and supplies)

EMIN-A, If S--.O--. --i-nz--he-n-e-r-,,-I=OUKIZZHDINi-~.Ye.-,-Inzhoner-~-BGGU&TAVSnT--,
P.Ye., kandidat tekhnicheskikh nauk; VORONKOV, I.M., professor,
GITINA, L.Ya., inzhener; GROKAN, M.B., lnzhener; GOROKHOV, N.V.,
doktor tekhnicheskikh nauk [deceased]; IENISYUr, I.N., kandidat
tekhnicheskikh nauk; DOVZHIK, S.A., kandidat tekhnicheskikh nauk-;
DUKELISKIY, M.P., professor, doktor khimicheakikh nauk [deceased];
DYKHOVICHM. A.I.. professor; ZHITKOV, D.G., professor, doktor
tekhnicheskikh nauk; KOZLOVSKIT, N.S., inzhener-, L&MIN, Tu.M.,
doktor tekhnicheskikh nauk; LEVENSON, L.B., professor, doktor tekhni-
cheskikh nauk [deceased]; LEVIN, B.Z., inzhener; LIPKAN, V.P., inzhe-
ner; MA,RTYNOV, M.V., kandidat tekhnicheskikh nauk; MOLEVA, T.I.,
inzhener; NOVIKOV, F.S., kandidat tekhnicheskilch naulr; OSETSKIY, V.M.,
kandidat tekhnicheskikh nauk; OSTROUMOV, G.A.; POTTOMARENKO, Yu.F.,
kandidat tekhnicheskikh nauk; RAKOVSKIY, V.S., kandidat tekhnicheskilh
nauk; REGIRER, Z.Lo, inzhener; SOKOLOV, A.N., inzhF)ner; SOSUNOV, G.I.,
kandidat tekhnicheskikh nauk.; STEPANOV, V.N., professor; SHEMAKRANOV,
M.M., kandidat tekhnicheakikh nauk; ELIKIND, I.A., inzhener: YANUSHE-
VICH, L.V., kandidat tekhnicheskikh nauk; BOKSHITSKIY, Ya.M., Inzhe-
ner, redaktor; BULATOV, S.B., inzhener, redaktor; GASHINSKIT, A.G.,
inzhener, redaktor; GRIGROIYXV, V.S., inzhener, redaktori-Y9
kandidat tekhnicheskikh nauk, redaktor; ZHARKOV, D.V., dotsent,
redaktor; ZALHAROV, Yu.G., kandidat tekhnicheskikh nauk, redaktor;
KAMINSKIY, V.S., kandidat t9khnicheskikh nauk, redaktor; KOMARKOV.
Ye.F., professor, redaktor; KOSTYLEV, B.N., inzhener, redaktor;
POVAROV, L.S., kandidat tekhnicheskikh nauk, redaktor; ULINICH. F.R.,
redaktor; KLORIKIYAN, S.Kh., otvetstvennyy redaktor; GLADILIN, L.V.,
redaktor; (Continued on next card)
~t6
Q

EEYLIIIA, TS.O. --- (continued) Card 2.
RUPPETTEYT, K.V., redaktor; T M21GORW. A.M., plavnyy redaktor;
BARARANOV, F.A., redaktor; BARANOV, A.I., redaktor; BUCJUTEV, V.E.,
redaktor; GRAFOV, L.Ye., redaktor; DOKWIII, A.V., redaktor; ZADW.ID-
KO, A.M., redaktor; ZASYADIKO, A.F., redaktor; KHASITIKOVSKIY, G.V.
redaktor; IXTOV, N.A., redaktor; DISIIIII, G.L., redaktor; MARIKOV-
SKIY, G.I., redaktor; MELINIKOV, N.V., rodaktor; ONINA, D.G.,
redaktor; OSTROVSKIY, S.B., redaktor; POKROVSKIY, redaktor;
POLSTYANOY, G.N., redaktor; SXOCHIIISKIY, A.A., rodak-tor; SOITIII,
S.D., rodaktor; SPIVAKOVSKIY, A.O., rodaktor; STANCREIWO, I.K.,
redaktor; SUDOPIATOV, A.P., redaktor; TOPCITIYEV, A.V., rodaktor:
TROYANSKIY. S.V.. rodaktor-, STIYVYAKOV, L.D., redaktor; BYKROV-
SKAYA, S.N., redaktor izdatelletva; ZAZULISKAYA, V.F., tekhnich-3-
skiy redaktor; PROZO'ROVSKAYA, V.L., tekhnicheskly redaktor.
[Mining; an encuclopedic handbook] Gornoe delo; entaiklopedichookii
spravochnik. Glav.red. A.M. Terpigorev. Chlany glav.red. F.A. Bara-
banov i dr. Moskva, Goa.nauchno-tekhnAzd-vo lit-ry po ugollnoi
promyshl. Vol.l. [General engineering] Obshchie inzhenernye
ovedeniia. Redkollegila toma S.Kh.Eloriklian i dr. 1957. 76o p.
(Mining engineering) (MLRA 10:10)
2

(irigoriy-Pavlovi4aht-BMOVEXAYA, S.N., rod.iod-ve-, BMSLAVSLAYA,
L.Sh., tekhn.red.
[Single-bucket excavators] Odnokovehovye ekskavatoryo lzd*2*o
perer, i dop, Koskvs, Goo,na-uchno-takhnoizd-vo lit-ry po
gornoma delut 1960, 337 P- WRA 14:3)
(ftcavating machinery)
5,z

SHABALINq V.A.; YEGURNOVp N.J.
0aoillogmphic regi'stration of blood preoo=e in auimals In
acute experimenta, Biul, eksp. blol. I mad. .49 no. 6slog-110
Je 160, (MIRA 13:8)
I* Prodstavlena deystv, chlen= AMN SSSR V.N. Chernigovskim,
(BLOOD PR39SURE) (OSCILLOGRAPHY)

-Y-2-7 C-4.- Ll A? IV
AUTHORt Yegurnov, P. and Nikolayev, S., Engineers 25-12-17/39
TITLEt In the Name of Peace and Progress (Vo imya zira i progress&)
PERIODICALi Nauka i Zhizn19 1957, # 12, pp 23 - 241 (USSR)
ABSTRACTs The economic aid extended by the USSR to the people's
democracies includes the construction of atomic reactors.
In 1955P the Soviet government decided to furnish atomic
installations to China, Poland, Rumania, Czechoslovakia, the
German Democratic Republic, and Austria. The plan calls for
the establishment of experimental nuclear reactors and accele-
rators of elementary particleep as well as the training of the
required staff. The USSR has designed experimental reactors
for China and other people's democracies# which are similar
in their construction and uncomplicated operation to those
used in capitalistic countries. Nuclear reactors installed
in satellits countries have thermal capacities of 2,000 kw,
and use uranium enriched by 10% of uranium 235. The reactors
are intended for the purpose of conducting research in nuclear
physics, radioohemistry, biology and to obtain radioactive
isotopes. In addition, construction of special chambers with
remote control manipulators for work at active substances is
Card 113 planned. One of these reactors was putintooperation in Rumania

In the Name of Peace and Progress 25-12-17/39
on July 31P 1957- Assembly of experimental reactors will be
completed in almost all satellite countries during this year.
On September 25P 1957, the first nuclear reactor was put into
operation in the vicinity of Prague. In China, assembly work
is being speeded up of a reactor with a thermal capacity of
5P00 - 6,000 kwj where heavy water sets as neutron moderator.
Its capacity will be increased to 10,000 kw. The reactive
charge provides for 3t5OO hours of uninterrupted operation.
It is possible to carry out activation analyses with this
reactor.
A nuclear reactor will be installed in Yugoslavia with a
capacity of 69600 kw. The USSR manufactures for satellite
countries also elementary particle accelerators, The installed
cyclotrons are adapted for protons and deuterons with energies
up to 25 Mev- In 1956p the Soviet government made an agreement
with the Egyptian government on the "Cooperation in matters
pertaining to the us* of nuclear energy for peaceful purposes".
In line with this agroomentp the USSR assisted Egypt with the
construction in Kairo of an electrostatic generator and a la-
boratoryp both especially equipped for nuclear research. Egypt
will also-Teceive a nuclear reactor with a thermal capacity
Card 2/3 of 2,000 kw. The USSR trained specialists of friendly countries

Ih the hame of Peace and Progress
AVAILABLEs
Card 3/3
25-12-17/39
in more than 30 of its scientific research institutes and in-
dustrial plants. In 1956, and during the first half of 1957,
386 persons from Bulgaria, Austria# the German Democratic Re-
public, China, Poland, Rumania, Czechoslovakia, Yugoslavia and
Egypt were trained as nuclear specialists.
There are 2 photographs.
Library of Congress

Ism
Yegurnmia., T. Yo
"Experience in Operating Health Installations in the Fight against
Dysentery." Khar1kov Medical Inst. Khartkov, 1955- (Dissertation.
for the Degree of Candidate in Yedical Science)
So: Knizhnaya letopis', No. 27, 2 JUY 1955

XHOROSH, I.De; YWURNOVA.,;4,,,,(Khar'kov)
Improvement of territorial and anctor district therapeatic and pre-
ventive sorvices for the population in Kharkov. Sov.zdrav. 18 no.10:
34-38 159. (MIRA 13:2)
1. Is kafedry organizateii zdravookhranoniya (zaveduyushchly - prof.
Z.A. Ourevich) Khartkovskogo maditainakogo Inetituta (direktor - doteent
le7o Xononenko),

GONCIIAROVO A.; DOBRYNINj I.j VERHOVSKIY, G.; PREKIN,
Readerof letters. Izobr. i rats. no. 5:2-3 Mjv 161, (MIRA 14:5)
1. Predsedatell sovets, Vaesoyuznogo obahchestva izobretateley i
ratsionalizatorov Zavoda pod"yemno-tranaportnop oborudovaniya imeni
S.M. Kirova, g, Leningrad (for Goncharov). 2. Korrespondent
ihurnala "Imbietatell i ratsionalizator'l. g. Sverdlovsk (for
Dobrynin)s 3. Redaktor mnogotirazhnoy gazety "Traktor.") g.Minsk
(for Vbrk1jovskiy), 4. Rodaktor-Byuro tekhnicheskoy informatsil...
Moidovskogo sovnarkhoza.. g. Saransk.(for Prokin). 5. Preddedatell
oblastnogo soveta, Vsesoyiaznogo obshchestva, izobretateley i
ratsionalizatorov.. g. Chelyabinsk (for Yegurnyy).
(Technological innovations)

YLGUROV, CrI orl /Jovl_ph,- REFEYSH, Arvid KnrlovIch
[Single-bucket excavatora) Odnokovshovye ekskava-Inry.
Jzd,3.j perer. i dop. Moskva, Nedra, 1965. 4(,5 p.
(MIRA 18:12)

KAPISHNIKOV, A.L.; hOLGAN,OV, V.I.; YEGURTSOV, NAN
Analysis of the development of the oil pool in the layer B of the
Strellnyy Gvrag field. Trudy Ciprovostoknefti no.3:233-244 161.
(MIRA l4tl2)
(Kuybyshev Province--Oil fields--Production methods)

KA- A.L.; KOLGANOVp V.I.1 TEGOTM, N.N.
Analysis of the development of the oil pool layer B2 of
the Strellmyy Ovrag field. Trudy Giprovostoknefti no*3:233-244
161. (MIRA 16t7)
(Samara Bend-Oil reservoir engineering)
Z7-

YEGUMSOV, N.H.; KOWANOV, V.I.; GkDALIN, I.Ye.
Practice in the study of wells using the hydroaccustic method
In the Krasnoyarsk and Belozorka fields. Trudy Glprovostoknefti
no.5:129-133 162. (MM 16:8)
(Kuybyshev Province-Oil field flooding)
tt

KOLGANOVV V.I.; SOKHACIIEVSKAYA9 I.A.; YEGURMSOV, N.N.; SHUSTEF, I.N.
Analysis of the development of the producing layer R2 of the Lover
Carboniferous coal-bearing horizon in the Krasnoyarsk and
Beloserka fieldo, Trudy Giprovostoknefti no,5tl77-190 162.
(MIRA 160)
(Kuybyshev Province-Oil reservoir engineering)
`9

YFGURTSOV. N.N.; SOKHACHENSFkYA., I.A.; SHUSTEF, I.N.
Development of the layer Bo of the Tula horizon In the Karlovc,
Sytovskaya field. Trudy Giprovostoknefti no.5:191-196 162.
OURA 16:8)
(Samara Band-Oil reservoir engineering)

YWjURT$OV,,,N..N.; 0,UUVp V.S.
Optimal diatribution of the petrolnum production 1.1an between object3
of independent development by linear progra=dng. Nauch.-tekh. awr.
po dob. nefti no.24:121-125 164. ('AaRA 17: 10)
1. Vuesoyuznyy neftegazorly nauchno-issladovatello'kiy institut.
.41 Sl~r;..~-,!
p

BORISOV, Yu.P.; YEGURTSOV N.N.; CRLCV, V.S.; H92,TUBERG, M.D.
Efficient distribution of oill producticn between various polnts.
Nauch. tekh. sbor. po dob. nefti no.27t94-98 165. (MIRA 18-.9)
y neftegazo-W nauchno-Iqsledovatelliskiy institut.
1. Vseso-yuzny,

IT
ITIGY! 1!, 15. ll'~~.e Effec' c' In~ernal inhil--,lt-n on "i-ant-it-ative
Ch~-fts in Cluc!Dse and 1~e--uced Gll:.'atft-A,-ne i- tiv-- Elrr~d, izrlc-r a- 1,n-
conditlc;ned ~-,tiruills -- Innulin." j*-,.cad Sc-; dkrmcnian CSR. In3t cf
Physioloj~v. Yere-;an, 19515.
(DIsr,ert,ation for the Df,,,,ree of Candidate in Fiolnr~,-J-cal Sciencez).
SO: Ynizlina:va Letopi$', T-o 1956

YNGYAII, V.B.
--~'~Conditioned i~nsulin h7pogl7c8nia in PUPPIG5 [in Lruenlan with suzmry
in Russian]. Izv. AN Arm. SSR. Blol. i aellkhoz, nauki 1t no-7:13-22
j1 158. (MIRA 11:9)
(IIISULIN SHOCK)

XEOYAN, V.B.
Eff so t of y -aminobutyric acid on glucos a absorption by 'the
brain. Vop.blakhim. 2j29-37 161. (MIPA 15sl2)
1. Institute of Biochemistryg AcadeiV of Sciences of Armenian
S.S.R., Erevan.
(Butyria acid) (Glucose) (Braln)

7. H.
Alt

ZAALISHVILI, M.H.; SHRATEMAN. F.Oo;,_TZGTA7AROVA, A,R,
Apparatus with automatic control for the determination of the
diffusion coefficient. Biofizika 5 no.1:69-75 160.
(KIRA 13:6)
1. Institut fiziologii AN Gruzinsk*7 SSR, Tbilisi.
(TEMNOLOff RLDIOLOGIC equip. & suppl7)
j;:~ 7

KALININ, M.A., uchitell; KRASIKOV, I.N., uchitell; FRMV, P.F.,
zasluzhennyy uchitell shkoly RSFSR; PODOSIKKIN, B.-N., uchitelf;
KALUZHSKIKH, N.I., uchitell; YEGYAZAR - -D.4 OKHAPKIW, F.P.
~XQJ .
(Kirov); GMNEV, P.A. (s.Mikhaylovskoys S-tavropollskogo kraya)
Editor's mall. Geog. v shkole 25 no.1:58-61 Ja-F 1(2, (MIRA 11:1)
1. l"ya shkola g. BokBitogorska (for Kalinin). 2. Sydinskaya
semiletnyaya shkola Krasnoytirskogo kraya (for Krasikov). 3.
Shkola imeni M.I. Kalinina., g. Buguruslan (for Petrov). 4. 5-ya
ibkola g. IshimPaya (for Podosinkin . 59 Hizhne-Smorodinakaya
shkola Xurskoy 6blasti (for 6. Aygestanakaya
ohkola Arm3ranskoy SSR (for Yegyazaryan).
(Geography--Study and teaching)
V4.

YEEG22OV, I.
Bee Culture - Equipment and Supplies
Hive cover on hin,',es. Pchclovod3tvo 30, No. 2, 1953.
9. Monthl List of Russian Accessions, Library of Congress, June 1953, Uncl.