SCIENTIFIC ABSTRACT YAREMENKO, N.YE. - YARGULYAN, O.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962120016-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Ch. XXVII, Igniters (Ineendiaries)
Biblography
,AVAILABLE: Library of Congress
Card 9/9
Call Nr: TP 270 J2
235
238
7777M7M...t-..

SERGEYNY, A.A.j red.; ANPILOGOV, I.M., red.; ASSONOV, Y.A.i red.; BABATANTS.
U.A., red.; BABOON, I.A., red.; BALAKWOV, A.D., red.; BOWiOD-
SKIT# U.N., rod.; BOLONMIKO, D.N., red,; BULWW, V.K., red.;
VAKWHTSEV, G.S.. red.; VORONKOV. 1.K., red.; GARKALEIKO, K.I.,
red.; GOBATOV, P.Te.; red.; GOLOVLZV, V.Ya., red.; DOOGRAYEV, M.M.,
red.; DUBNOV, L.V., red.; YMB"1W, A.D., red.; YKI IKO' TO.K.,
red.; ZENIN, N.I., red.; KRIVONOGOV, K.K., red.; KUPALOY-YAROPOIX,
I.K., red.; HATS=, V.G., red.; NIKOLAYEV, S.I.9 red.; ONISHCH11K.
K.H., red.; PEMOV, K.P., rod.; PILYUGIN, B.A., rod.; PLATONOVA, A.A.,
red.; PCLESIN, Ya.L., red.; POKROVSKIT, L.A., rod.; POKETUN, D.To.,
red.; POLTUEMN, A.Kh., rod.; REMUM, V.P., red.; SEDOV, 1T.A.t
red.; SIDORENKO, I.T., red.; FIDELEV, A.A., red.; CHAKHMAOCIaT,
A.G., red.; CHEMODUROV, M.Ta., red.; MRIMOV, A.A..
MIMO, N.Te., red.; PARTSEVSKIT. V.N., red.izd-va; ATTOPOVICH,
(Standard safety regulations for blasting operations] Edinye
pravila bazopasnosti pri V2ryvnykh rabotakh. Izd.2. Moskva, Goo.
nouchno-taklm.izd-vo lit-ry po charnoi i tsvetnoi metallurgii, 1958.
318 P. , (MIRA 13:1)
1. Russia (1923- U.S.S.R.) Komitet po nadzoru %a b620pasnym
vadeniyam rabot v promyshlonnosti i gornamu nadzoru.
(Mining engineering--safety measures)

mill

71

YAR&MO., N.Ye.; SHARKOVAI V.Ye.
Protecting grain with arsenic preparations. Zashch. rast. ot
vr%Lj J~ol. 7 no.12021-23 D 162. (MIRA 16:7)
Glawly agronom Rostovskogo otryada po borlbe a vreditelyami
i bolezbyami rastenly (for Yaremenko). 2. Starshiy agronom
Rastovsko o otryada po borlbe a vredite3yami i boleznyami
rasteniy Ifor Sharkova).
(Rostov Rrovince-Rodent control) (Arsenic)
U4,

XAREMXNKO~ 0,V... inzh.
I
AcTjustment of hydraulic couplings. (Trudy] KVTU no.100s24,-54 '60.
(Oil hydraulic machihery) (VJRA 14:4)

0, V~
PHASE I BOOK E(PLOITATION
Murugov, Viktor Semenovich, and Oleg Vasillyevich Yaremenko
sov/6182
Morskiye suda na podvodnykh kryllyakh (sea Vessels with Hydrofoils).
Moscow, Izd-vo "Morskoy transport,n 1962. 134 P. 3600 copies
printed.
Ed.: N. M. Paleyev; Tech. Ed.; Ye. A. Tikhonova.
PURPOSE: This book is Intended for fleet personnel and for students
in naval schools and higher schools of education of the Ministry
of the Maritime Fleet. It can also be used by technical and
engineering personnel engaged in the operation and repair of hydro-
foil craft.
COVERAGE: This book contains a history of the development of hydro!-.
foil craft and the present "state of the artn in various countries.
Fundamental information on the operation and design of hydrofoils
ip, given. The classifications of hydrofoils used on hydrofoil
craft are presented. The construction and operation of typical
hydrofoil craft are analyzed, along with their seaworthiness and
operational qualities.
Card 1//

=MEFKO 0 mladghiy nauchnyy Botrudnik; MURUGOV,, V., mladshiy nauchnyy
aotrudnik
Expansion in the use of ships with underwater wings. Mor. flot
22 no.6:26-29 Je 162a (14IRA 15:7)
1. Vsesoyuznyy institut gidromashinostroyaniya (for Yaremenko).
2. Institut dvigateley AN SSSR (for Hurugov).
(Planing hulls)

MU'RUGOV, V.S., inzh,; YAREWNKO, O.V., inzh.
Gas turbines on seagoing ships with underyater wings Ar from foreign
Zr, flota 7
journals), Biul, tekh,-ekon,inform, Tekh. upr. Min,
no.307-85 162. (MIRA 1615)
(Hydrofoil boats) (Marine gas turbines)

t13124-63 BM 3/122/63/000/004/001/006
AUTHOR., Kirilllovakiy, Yu. L.j Candidate of Technical Sciences, and
Yaremenko, 0. n neer
TITLE: Caltulation of acceleration of a system with a hydrodynamic clutch
PERIODICAL: Vestnik mashinostroyeniya, no. 4, 1963, 9-14
TEXT: Hydrodynamic clutches (couplings) are widely used in drive mechan-
isms oZ pumps, centrifuges, and other mechanical equipment and in transmissions
of automobiles and other vehicles. The basic merit of hydraulic clutches is the
capability of acceleration of a system with large moments of energy without
"overloading the motor. For design of drive mechanisms, besides the determination
of the parameters of a steady operation, it is especially important to also
estimate the indicators of transition processes. Pertaining to this, the time of
acceleration of a system and the nature of the change according to time of the
angular velocities and moments of the motor and of the driven machine are con-
sidered. Calculation of transition processes also allows one to determine the
Card. -1/3
-V.

-63
L 13124 S/122/63/000/004/001/006
.,Calculation of acceleration ... 0
quantity of heat liberated in a hydraulic clutch in the time of acceleration,
which is necessary to fulfill its heat balance. A diagram of a drive mechanism
with a hydrodynamic clutch is presented, where &,/l and M -- the angular vel-
ocity and moment of the motor, J, -- moment of energy of the driving part of the
assembly referred to the entry of the shaft,~J'2 and M2 -- angular velocity and
moment of the depencent mechanism, J2 -- the moment of energy of the dependent
parts of the assembly referred to the exit of the shaft. The process of acceler-
ation of such a system was divided for a general case into three periods (I, Il.
III), which are individually examined. The characteristics of the elements of
the assembly with a hydrodynamic clutch are graphically ahown for the motor and
for typical forms of the dependent mechanisms. The types of dimensionless
characteristics of a hydrodynamic clutch during acceleration of the dependent
mechanisms are given. The method of calculation of the working parameters of a
system during acceleration is graphically presented, as well as the change of
the working parameters of a system according to time during acceleration and in
relation to the acceleration of the motor. A method of simplified calculation
Card 2/3

-63 S/122/63/000/004/001/006
L 3.3124
Calculation of acceleration-
:of the change of the parameters of a system according to time during acceleration
is given.- With aid of this grap hical data, a four step order of calculations is
.recommended forthe correlations of the angular velocities and moments of a
system with a hydrodynamic clutch. For a given case of an assembly of a hydro-
dynamic clutch, the time of acceleration is somewhat reduced and the start-up is
-...-significantly alleviated because without a hydraulic clutch the motor works in an
unstable side of its characteristics beyond 50 see., but with a hydraulic clutch
no more than 5 see, The presented method with small modifications is appli-
cable for thecalculation of the acceleration of a system with a torque converter.
There are9 figures and 2 non-English language references.
'Card 3/3
IT

YAREMENKO,.O,V., inzh,
New type of limiting hydrodynamic clutches. Vest. mashinoBtr,
43 no.10:26-32 0 163. (KIRA 16:11)
--P

GROKHOVSYIY. A.A.; YARHMMD,
Automatic thermostat for cooking and cooling of the digestion
mixture, Bakh. prom. 3.2 no.12:23-30 D 158. 11:12)
I.Smelyanekly takhnikum piahchevoy promyehlentoeti.
(Sugar-.4nalrsis, and testing) (Toinperatur6 rektaatore)

KULIKOV, V.V., gornyy inzhener.;POLISHGHUK, A.D., gornyy inzhoner.;BORISINIO,
S.G., gorWy inzhener.;TAREMBUKO; B.G., gorrqy in2hener.:SUPRUMMO,
L.Y., gor"y lnzhenarr"Iww"-AFO-"~~'-
"Mining systems for thick ore depositem by V. R. Imenitov. Gor.
zhur. no.2.,76-78 7 157. (NT.RA 10:4)
(Mining engineering)

L 38156-66 EVIT(d)/EWP(w)/EWP(v)/T-2/EVIP(k)/EVip(h)/E~y(l) IJP(c) EM/44
ACC NRt AP6025644 SOURCE CODE: UR/0413/66/000/013/0095/0095
INVENTOR; Bengus, G. Yu.; Litvak, V. 1.1, Muratov, V. V.; Yaremenko, V.
Grishchenko, V. T
ORG: none
TITLE: Automatic device for airplane-flap fatigue tests. Class 42, No. 183448
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znnki, no. 13, 1966, 95
TOPIC TAGS: aircraft actuating equipment, aircraft maintenance, aircraft maintenance
equipment, aircraft test to
ABSTRACT: An Author Certificate has been issued for an automatic device for con-
ducting fatigue test of airplane flaps, which consists of a frame and strap system
,for producing loads, a hydraulic system with loading cylinders which act on the
frame and strap system through strain dynamometers, and hydraulic aircraft-flap
drives. To reproduce stresses corresponding to the flap-deflection angle and the
flight regime, and for the maximum approximation of the experimental and operational
power-loading ~conditions, the device has a movable rocker of truss designjon which
the 1dading cylinders are mounted, and an axis of rotation which corresponds to the
I flap's axis of rotation. It is equipped with a hydraulic servo system, in which a
stress dynamometer is used as a sensing element, and a feed-back transducer; a device
consisting of a steel console gauge with glued-on strain gauges and a shaped cam, the
_S

,Fig. 1. Automatic device
for fatigue tests of air-
plane flaps
1 - Loading cylinders;
2 - rocker; 3 - flap;
4 - strain dynamometers;
5 slide valve;
6 hydraulic motor.
goo
shaft of which is connected to the hap drive shaft, is used as a master unit. For
automatically synchronizing the loading of the flap's deflector, with a predetermined
increase in the stress on the flap itself, a hydraulically controlled slide valve
under a given spring compression force is connected into the hydraulic system of the
device. Orig. art. has: 1 figure. (KT]
SUB CODE: M,13/ SUBH DATE: 24May65/ ATD PRESS: S-0 Y6,
Card 2/2/"Z_~
L 38156-66
ACC NRs Ar6025644

VELICHKO, V.M. [Velychl-co, V.M.], k:)lldioznik; TAMMKO, V.M., koll&.o".nik;
Following the example of Olsksandr Hicalay. Makh.sill.hatip.
10 no-7:26 J1 159. (MIRk 12s12)
1. Artell "Dnipro," Chericasokogo rayona, Cherkasskoy oblaoti.
(corn(Maiza))
am i:
m q

YAREIENKO, V.M.j,_kolkhoznik; TELIGHO, V.14.1, kolkhoznik
They becar-a friends with corni Mekh. oil'. hospo' 12 no. 6:4 Je 161.
(MIRA 14:5)
1. Artell "Dnipro,n CherkaBskogo rayonag Chorkasokoy oblasti.
(Cherk.asay District-Corn (Maize))
,. i'T
T-I

YAR 24M=, M.Ya.; YARIMMO, T.Y.
7br 250 Poods of grain to the hectare. Zemledelie 23 no.1:74
ja 16 1, (MIRA 13:12)
1. Ghleny sellskokhozyaystvennov artelil."Radvanalka Ukraina",
Charkaeskogo rayona, Cherkasekoy oblasti, USSR..
(Cherkassy District-Grain)
NOW

YAnMWKD, V.V., nauchnyy sotrudnik (KiYov, Kreshchntitskiy par., d.8-b. kv.12)
Gaotric cyst. Vast. k1ir. 80 no.2:105-106 Y 158. (MIRA 11:3)
1. Iz rentganodiaenosticheakogo otdeleniYA (ZOV.-ICAnd.med.nauk V.Tu.
Arungazyyev) Kiyevskogo nauchno-iseledovateliskogo rentgano-
radiologicheskogo i onkologichaskogo inatitutn.
(STOKAGH, nbnorm.
aberrant pancreptic tiosue in stomach wall (Rue)
(PANGnAS , abnorm.
same)
777

777
NIKOLAYEV, Georgiy Alekseyevich; PETRUNIN, Rudolf Valentinovich;
,,D4nilov,ich;, LEBEDKI14A, Zdya Stepanovna;
KOVERDAj Pavel Trofimovich; SERGFIEV, Yu.D.j red.;
KUDRYAVITSKAYA~ A.A., tekhn. red.
(Work of volunteer constructor offices in introducing inven-
tions] Rabota obshchestverwykh konstruktorskikh biuro po
vnedreniiu izobretenii. MoBkva, TSentr. biuro tekhn. in-
formatsii, 1962. 38 p. (MIRA 17-./,)

AUMORS: Sinellnikov K. D., Safronov B. G., Guzhovskiy I.T., YareTznko Yi-,.r,.
TITLE: Pmpagation of plasmids in a field-free space
PERTO-NO11: Tizika plazmy i proble-my uprvlyayc=,;,ro terr'loyadernogo sinteza;
dok-lady konferentsii Do f izike pla2my i probleme upravIyayanykh.
terrmy,ndernykh neaktsly. riz.-tekhn. inst. P14 IJ.a-.SSR. Kiev,
izd-vo AN Ukr. SSR, 1962, 102-107.
TED'I The para;-z-Le-.s of a plaswid in a space free of electric or mag-
netic fielcls, name-ly the propagation velocity, density, tanperature, and total
of -e_-t:Lc.1es was investigated by the electric-probe Yrz~thod. 7ne rzture
of fast eund sicur nlasmoids was also studied. The equipment employed was a !7~
fica-LiOn of the apparatus used by Bostick (ref. 1: F1hys. Rev. 104, 2, 292,
7he dischaz-ge current could reach 104 amperes and the discharre capacitor was
0.1 mim--farad in =st ex-aerim-en-ts. Two probes placed a fixed distance apart
S*tuated along the piasmoid propagation path; passage of the plasimid caus-
ed a sharp din in the potential of the probe, which was masured an~ recorded
by an oscilloscone. 7his made it possible to determine the plasToid velocity.
Card 1/2

Propagation of plaswids in a field fme space S/781/62/000/000/021/036
The conditions under vhiich this method gives rorrect results am discussed. It
&,"1s found that the plasmoid velck-.ity is independent of the M,+#M-ri&l of the source
housing and the material of the electrodes in the accuracy obtained (about M,
but is st-rongly deperAent on the geawt-rical dimensions of the nozzle. it was
also found ~~-.at a fast plawmid oonsists of fully ionized gas and h-i a velocit,
of 100 kTdsec, while a slaw one is partly ionized and moves at 20 km/sec. The
plas:na pnop~agating in the vacuum inter-acts with the residual gas. The plasmoid
config-rat-J'al-t Is such that ions predominate in the centre and electrons on the
peri;~nery. Thexe am nine figures. The only re -.are - toL work -by the
Jef ~eT_C_q
Cdrd_____2_T2_, -
W-0 "TWFM
T.

SINELINIKOV, K.D. SAFRO11OV, B.G. GUZHOVSKIY I T.
Yu. G.
[Propagation of plasma clots in a space devoid of fields]
Rasprostranenie plazmenrqkh sgustkov v svobodnom ot polei
prostranstve. Khar1kov., Fiziko-tekhn. in-t AN USSR, 1960.
158-181 P. (MIRA 17:3)

PLYSHEVSKIY, Boris Pavlovich, st. nauchn. sotr., kand. ekon. nauk;
YA ill evi h m1ad. nauchn. sotr.; KATS,
1%ion
I _9
-d6ktor
7.1ty e o Un. ffia V11j,,PRIFSIKp G,B., red.; RYABOVA,
Ye.A., red.; PONOMAREVA9 A.A.., teklm. red.
(Regularities of the development of the national product and
national income] Zakonomermosti dvizhenlia obshchastvannogo
produkta i natsiohallnogo dokhoda. Moskva, Ekonomisdat,
1963. 187 p. (MIRA 16:8)
(Gross national product) (Income)

PARKHOMETJKO, M.A. [Parkhomeriko, M.P.]; YAHENENKO Z.A. [Uromenko, Z.O.J;
TRESVIYATSKU, S.G. [Tresviats tk-7T,---S
New synthetic minerals of the mica group, Dop. AN IRSR no.5:0'21j-
627 164. (MIRA 17:6)
1. Institut metallokeramiki i spetsiallnykh splavov AN ljkrSSR.
Predstavleno akademikom AN UkrSSR I.Wrantsevichem [Fran.-sevych,

WPATOt L,,Moj YAOW4~.Z#A,j TBESVrATSW# 8,,0# (Treaviatelkyip 8,9*1
Interaotion of rate-earth-oxidea-vith strontius axide#
..
(MIRA 18t12)
It Tnatitut problem materialovedeniya AN VkrSSR,

10856-6-6--: WT(m VT/atp (0/0*(~~ b
(C) IJP(C) JD/li?A
ACC We AP5028715 SOURCE CODEs UR/0363/65/60lj6ii/lG78/l882
S,
9 Y;
AUTHOR*. Tresvyatskij~.q. G.; Yammenko, Z. A.; 142ato, I,. M.; Sokolovskiy, V. A.-V
Aarpenko, Vi Ya.
4
Institute of Materials Science Problems, Academ of Sciences SSSR (Insti
ORG. tul~
problem materialovedeniya Akademii nauk SSSR) IW 41
TITLE: Scme physicochemical properties ofaynthetic periclase single cLmLstals
SOURCE: M SSSR. Izvestiya. Neorganicheskiya materialy# v, 1. no* 11, 1965,
1078-1682
TOPICTAGS: magnesium oxide, single crystal, 2gtia crys al
ABSTRACT:. The microhardness, mlcrobirttlene~q chemical stability, transmission spec
tr=, and working of synthetic magnesium oxide (periclase) single crystals were stu-
died. The crystals are characterized by microhardness isotropy which amounts to
926-946 kg/mm. They are more stable to attack by acids and molten alkali metals thp
or sintered HS0. Single-crystals plates can be diffusio
are polycrystals n-welded/ht
1800-20000C with a holding time of 30 to 60 min, and the welding seam obtained is ap-
tically transparent. Heat shock causes splitting of the single crystals along the
cleavage plane. HgO single crystals are suitable materials for preparing optical win
dows, lenses, and prisms for the 0.3-7.0 P spectral range not only at low but pro-
cctrd 1/2
UDCt $46.46:548.55

NRt APS028715
bably also at high temperatures as well. This must be verified b~ further studies.
Objects made of HgO, can be polished by'combining.mechanical and chemical methods of
treatments Orig. art. has: 5 figures, 1 table..
ORIG REFi 002/ OTH REF.- 000
SUB CODE: .11 07/ SUBM DAM 24Apr65/
VJ
2/2
"NI, i~t

ACC-NRi "6001303 SOURCE CODE: UR1036.1165100110081136~1~~i
klq - We
1~55 - --------
-AUTHOR: -LoDato,-ji,-_M
.~j-yaremenko. Z,--A,; TresMatsk
~(;- -S.G.
ORG: la&I.Ituts id MatArials gglence ProWCM Aq I r of Scj pLa UkrfTR (Inatitut problem
(I_q_qy__ enc
materialovedeniya Akademil nauk UkrSSR)
-1--TITIE-- Study oftho-optical-properties-of-d6rhpdifn-di-f6r-med In the systems Ln203-SrO and
SOURCE: AN SSSR. Izvestlya. Neorganicheskiye materialy, v. 1, no. 8, 1965, 1368-1371
----------
-TOPIC TAGS ---orystAl-ojitb~p- roi-p-e-r-ty, strontium compound, barium compound, samarium
compound, europiurn compound, gadolintu-m compound, terbium compound, dysprosium -
compound, yttriura compound, Ierbium- compound, thulium compound, scandium compound,
lutetiurn compound
2rr
ABSTRACT: The o0tical prope and BaU?
rties of crystals of type SrLn 04 04, where Ln
sm, E up*Gd, Ths Dyt, Y, Er, Tm. Lu, and Sc, were studlZn powders by the Immersion
method and on poliched sections. The refractive indices of SrLn2Q4 where Ln = Sm, Eu, Gd,
Tb,;Dy, Se were.within the range of values exhibited by the original oxideallwhereas the
refractive indices where Ln -- Y, Ho, Er, Tm, Yb, Lu were higher 1;j -an average of 0.04.
This indicates that the crystal lattices of these two sets of compounds differ in some respects,
C"d 1/2 UDC: 646.65#431 + 540.66142
7777777

IBM
1. 12V57-66
--ACC-NR, AP6001303
ch-
rys -op cal Wfacterfatfavehow At
-these compounds belong to the calcium ferrite type. On the basis, of the data, the existence of
a new type of substructures ie postulated for compounds of this class. These substructures
,belong to the rhombic class of symmetry, but have a hexagonal-type unit cell. Orig. art. hail:
1. figure wd 3 tables.
#U:B~ cbi)k:- 07, 1.1/-'SUBM DA TE.- 01 Apr65 OIU G- RE F: 002 cyrH PtE F.- -0 o7
Rare Earth elemen-ts
Card- 2/2-,
. . . . . . . . . . . . . . . . . . .

L 02993-67 EWP(e) /E7WT(M.)/EWF(3) /T WtC) 1VW/tv1jWH
.kcc- N-R, AP6032957 SOURCE CODE: UR/0363/66/002/010/1897/1899
AUVIOR:_ Tresvyatakiy. S. G.. Boychun, V. Yu.; Yaremenko, Z. A.; Klimenko,_V. S.
OPG: Institute of Problems of the Science of Materials, Academ of Sciences A UkrSG
(Institut problem materi-Mvedeniya Akademii nauk UkrSSR)
TITLE: Some properties of foamed quartz glassib
SOURCE; AN SSSR. Izvestiya. Neorganicheskiye materialy, v. 2, no. 10, 1966,
1897-1899
TOPIC TAGS: quartz, quartz glass, foamed qft==h:= glass.
thermal insulation, 14me_ ;14-qt1!A1AV11 _. heat insulation,-&= insulat-
ing material, C1,Lj95-S W301-071,fo&~ 4"tgss Axopgoery , Poeo3trV , He,-7r
RF.T15T,o9x)7' CA-R34 't I
ABSTRACT: Some of the physical properties of foamed quartz gl9s have been studied
to determine its prospective use as a heat ingulating material/Oat high temperatures.
The material obtained had a Idensity of 0.3-0.35 g/cm' and an actual porosity of
8o-85%, 20 to 30% of which were closed pores. Large pores with a diameter of .5
to 2 mm were seen; small closed pores with a 0.1 mm, diameter were situated in the
wall of largerpores. The foamed quartz glass contained no crystalline phases. Its
refractive index was 1.455 ' 0.001. Compressive strength, determined on cubes of
10 x 10 x 10 to 20 x 20, x 20 m, was the range 40-70 kg/cm2 at 20C. Thermal con-
ductivity was in the range 0.3160 to 0.250 kcal/m.hr. centigrade.. The heat resistanc
Card 1/2 uDc: 666.19+666.189.3

ACC NRs AP6032957 0
of the material jas tested on 10 x 10 x 10 mm cubic samples by repeated thermal
shock cycles; heating for 5 min at 1400C with subsequent quenching in water at room
temperature. The sampl(m withstood 25-30 cycles. Additional shrinking of the
samples at 1600C was insignificant. The temperature of the start of deformation
under 2 kg/=2 load was 168o-i6goc, while the failure temperature was 1690-1700C.
An essential disadvantage of the foamed quartz glass is its devitrification at high
temperatures. In this connection, the effect of various metallic or nonmetallic
oxides used as additives (amounts not speCified) was studied. It was found that
trivalent ions (botts in particular) inhibit crystallization of the material; the
inhibiting effect of quadrivalent ions is less pronounced; quinque- and sexivalent
ions produced an insignificant effec *t. Uni- and divalent ions promote the crystalli-I
zation. Foamed quartz glass compares favorably with other high temperature insulatJng
materials. Orig. art. has: 3 figures and 1 table.
SUB CODE: 1l/ SUBM DATE: 04Dec65/ ORIG REF: 005/ OTH REF: 001/ ATD PRESS: 5099
awm
Card 212

L 36402-66 EV1T'(m)/T/EWP(t)/ETI IJP(c) JD
ACC NR: . AP6018776 (A) SOURCE CODE: UR/0070/66/011/003/0459/0463
AUTHOR: Tresvyatskiy, S. G
_j; Yaremenko, Z. A.; Lopato,-L. M.
ORG: Institute for Problems in Materials.(Institut problem materialoveden1ya)
TITLE: Crystal optical properties'of synthetic periclass single crystals
SOURCE: Kristallogrefiya, v. 11, no. 3, 1966, 459-463
TOPIC TAGS: crystal optic property, single crystal, x ray diffraction analysis, ab-
sorption spoctrum
ABSTRACT: Large single crystals of periclase were grown by directional solidification
and their crystal optical properties were studied. The directional cooling resulted L
columnar crystals having the crystallographic growth axes 94, 93 and g2. Cubic shaped
crystals adopted 94 as the growth axis while 93 and y2 were typical of elongated crys-
tals. The crystal dimensions along the growth axis were 50 mm and 20-30 mm along the
cross section. Generally, the synthetic periclase crystals were transparent; only in
some cases did they appear cloudy as a result of micropores (0.01 mm) or microcracks.
Photographs and micrographs of the crystals are shown. Negative crystals (gaseous in-
clusions having crystalline forms) were observed and micrographs taken in the center m
these showed a continuous mosaic structure. The crystals had a glassy shine and a Mohi
hardness of 6. Chemical analysis revealed an Impurity concentration of 0.01 to'0.5%;
Card 1/2
UDC: 548.0 535/32

L 36402-66
ACC NRt AP6018776
Al, re, Si and Cr were the residual Impurities. Vacuum annealing to 22000C further ro-
duced the impurities. Refraction and birefraction were observed to occur in the crys-
tals. X-ray measurements gave 4.21210.002 A as the lattice parameter of the primitive
cubic cell. Chemical and thermal etching was done in order to bring out the mosaic
structure (0.1 to 0.01 mm) and the screw dislocations emerging at the surface. Fur-
ther x-ray analysis showed the mosaic block dimensions to range from 0.01 to 1 mm, the
angle of misorientation to be 50 and the dislocation density to be about 105-106 cm-2.
The absorption spectrum of the magnesium oxide crystals was measured for wavelengths
ranging from 2 to 25 ji. From 2 to 6 V the absorption was absent, from 6 to 10 v it
dropped sharply and from 10 to 25 si it was very strong. orig. art. hass 6 figures.
SUB CODEj 20911/ SUB14 DATE: 29Apr65/ ORIG REN 002/ OTH REN 002
Card 2/2//
NN

1. 32957-66 E"'j I' Vr' F(C' )I L."iw( t Wu 11,1?( cA 1'/-%, j D/' )L-,
ACC NR% AP6015*11'() SOU11m; COI)E:
A
'1110R. Lo ato, L. M.; Yaremi~nko, Z. A.; Treirrqat.,jkly, S. G.
b P
0-
RG: lnstitut~, of Probl,~ms in the Science of Materials AN 11krSSH (Institut' Prob
mat cri alovufi'-~ it iya Adi
TITLE: Interaction between the oxides ()f rare-earth elements and bariurn oxide
60URCE: Ukrainskiy k1himicheakly zhurnal, v. 32, no. 5, 1966, 437-439
ITOPIC TAGO: oxide, barium oxide, rare earth, x ray diffraction study, refractive
index, strontium compound
]ABSTRACT: New compoimids are synthesized from BaO and the following rare-earth oxide 8
in the yt,triuni subgroup: Y703, 1l()2()3, -~;1'203, 1'u203, Yb203 and LU203. 010mO Of the
phyoicaL wid chinnical propertici of thc- renultant compounds are studied. Micrortruc-
tural analysis and x-ray powder diagrajus are used for phase Identification. The new
compounds have the following structural formulas: BaY204, BaH0204, BaEr204, BaTU204, J
BaYb204 and BaLu20,,. The melting points, indices of refraction and birefringence of
the.compounds are tabulated. The optical properties of the barium compounds differ
somewhat from those for compounds with strontium oxide,-which vere studied previously.
The indices of refraction for the new compounds lie within the limits of the refrac-
tive indices for the initial oxides, whereas the strontium compounds show higher in- F_
UDC: 546.65,42

eldices
of refraction than the iritial oxides. Compounds with barium oxide also have
low birefringence (0.005-0,01), while the analogous strontium compounds have a bire-
fringence of 0.035. The melting pointc of the new compounda lie within a range of
1980-2500', wl)ich In r?,oviewhat lower thqti 111twoo obeerved for the ntron(Jum compounds.
OrIg. art. hiw: 1 3
SUB CODE: 0'j/ SUBM DATE: IMc6li/ 0RIG REF: 002/ OT11 REF: 005
A,

__ wky? ~ -1 C
Ap6o283oi SOURCE COM UR/0363/66/002/006/1055/1037,
AUTHOM PAvlikov, Vt N 14pat )0 L. M.; ~'-"rqmap~o- Z. A. Shavchonkol A. V.
ORG: lnatLtuto of Materials Science Problemb Academy of Sciences. 11krSSR (Listitut
problem materialovodoniya Akademii niu--k- i)ii;~jRj
TITLEt Phase diagram of the %O~-%(~_system
7
SOURCE: AN SSSR. Izvestiyao'21oorganichoskiyo matorialyp v. 2, no. 6, 1966, 1055-
1057
TOPIC TAGS1 samarium compound, chromium compounds phase diagram
ABSTRAM The Sm20~-%O_3 phase diagram was studied in the range from 16000C to tho
liquidus teraperatures. Petrographic, x-ray diffraction and chemical data on samples
sUbjected to thermal treatment in argon at.1600-24000C were used to plot the phase di-11
a,;ra,n (see Fig. 1). Only one compounds SmCrC~j is formed in the system. It melts
congruently at 2300t3O0C- It forms eutectics with Sm C~ of the composition 80 mole %
ile % Cr2( 0�300CJ,, and with Cr201 of the composi-i
Sm2O~ and 20 mc _~ (melting point of 198
3 and 84 mole ~ %O~ (melting point 2080t3000. flo solid solu-
tion 16 mole % Sm20
tions could be detected in the system. Orig. art. hast 2 figures and 1 table.
uDc: 546 6 1_73j+ 6.76 .734
Lqs,-d v2 __!O~A 34___ 3

AP602,8301
Fig. i. Phase diagram of the
%C~-%C~ system
coc
If lq~- SM croj
SMcrDjqcrjDj SMcrDj-SMjOj

S.G.; YAREMENKO Z A.1 LOPATO, L.M.; SOKOLOVSKII, V.A.;
~--a-
E
KARPENKO.,
Some physicochemical propertien of synthetic periclaso single
crystals. Izv. AN SSSR. Neorg. mat. 1 no.11:1878-1882
N #65. (MIRA 18.12)
1. Institut problem materialovadeniya All UkrSSR. Suhaitted
April 24, 1965.

S7RIZHAK, V.I. [Str7zhair, V.Ij; YARMIK, A.P. [lAremik, O.P.1; KRAVTSOV, V.7.
Inelastic collision cross sections of 14 Mev neutrons colliding
with atomic nucleilin Ukrainia'n with summ&ry In English]. Ukr. fiz.
zhur. 3 no.2z190-195 Mr-Ap 158. (MIRA 11:6)
l.Inotitut fiziki AN URM.
(Neutrons) (ftelei,Atomic) (Collisions (Nuclear physics))
4- -

FEDOROV , A.L.; KRITSIJK, A.A.; YARE14lYCHUK, R.S.; kCMTYAK, I.M;
Oil well cementing in the Kokhanovlm-Svidnitea region.
Nert. i gaz. prom. no.2-.26-28 Ap-Je 162. (MIRA 15-6)
(Carpathian Mountain region-Oi2 well cementing)

YARR-NIYCHUKP R.S.
Graphic method for calculating drilling pipes. Heft. i gaz. prom.
no.Iz2O-23 Ja,-Mr 164. (MIRA 18s2)

ZHIDOVTSEV# N.A., kand.tekhn.nauk; UZUMV, EI,, inzh.; XAREMIEHUK, R.S.,
inzb.; TISNCHENKO., A.V.,, Inzh.; MUTSUK, A.A., inzh.
Collapse of-protective strings on the Zaluzh area, Nauch. zap.
Ukrnliproekta no.903-40 162. (IqRA 160)
(C I
arpathian Mountain region-Boring machinery)
izz,

AGAPCIIEV, M.I.; LYSYKII, V.G.; UZUMOV, E.I.; KALFNTIYEV, V.A.; YAREWYCHUX, R.S.
Collapse of the intermediate casing in salt sedimentation areas
of western regions in the Ukraine. IToft. i gaz. prom. no.2:31-35
AP-Je 163. 04IRA l7tll)i
1. Trest "Llvovneftegfizrazvedka" (for Agapchev, Lysykh, Uzumov).
2. Ukrainskiy nauchno-isslodovatel'skiy geolodorazvedochnyy insti-
tut (for Yalentlyev). 3. Proyektno-konstruktorskiy tekhnologi-
cheskJy Institut LIvovskogo sovets. narodnolgo khozyaystva (for
Yaremiychuk).

--kand --tekhn.
0 v
nauk; YARE-M1EVICH,Aj-',,, aspirant
Structure and magnetic properties of oome highly coercive alloys
based on the Fe-Ni-Al system and new efficient methods for their
study. Izv. vyo. ucheb, zave; mashinostr. no-3;325-132 165.
04DU 18:6)
1. Llvovskiy politekhnicheskiy institut.
Vs -;'A
RE IM?--, IN-IMMOME,

ci, ZO i'l

i Y',;

4 4-7,;~---66--wr
ACC N1h
AR6020926 SOURCE CODE: uR/0196/66/000/002/BO04/BO05
AUMOR: Yaremkevlohi S. K.
ORO: none
TITLE: Ballistic net with aferrotest for investigating hard magnetic
mateiiils--
SOURCE: Rei. zh. Elektrotekhn I energ. Abe. 2B19
BEV SOURCE: Ventn. LI-vovsk, politekhn. in-ta. no. 4.. 1965,, 70-76
TOPTO TAGS: hard magnetic-metal,, ferrotent
..to J;i
ABSTRACT: A DU-3 permeaMeter has been used for determining the
charaoterieff-coof hardia-ghetic materials by the ferrograph method.
The Investigation was carried out on the I-cps frequency. Measurement
error did not exceed + 5% in comparison with the ballistic method.
Orig. art. has: 5 figures and a bibliography of 5 titles. [Translation
of abstract) (NT]
SUB CODE: .20/
Cam 1/-1 M uw 62'1. 31T. 44
_v,
Kz

VLASENKG, N.A.; MEMO) A.1111.
Mechanism underlyinR the excitation of electrolim--nescence in
ZnS-14n films, Opt. J, spektr. 18 no.3:467-473 mx 65.
(MIRA 18: 5)
6.
u

L Ui4o-66 k)-n/54[~P k)
& - _t~ If
-3 CCDS: LM
SCURC
AV; NRs JU100?)Y.55 cor1166 0~1/661/0
AUTHOR: Lisitsa, '44. P.-, Kulish, 11. R.; Yaxr,7~-o, A. IN.; Kovalt, 11. X.; Goyots, V. 1.
O.W., none
MLE: Study of the omission characteristics of a ruby laser
SOURC-S: 09tika i spektroskoptya, v. 21, no. 1, 1966, ?65-81
TOPIC TAGS:, ruby laser, laser resonator, optic pumping, laser emission
ABSTRACT: In a theoretical and experi mental study of the effect of the size of a
laser resonator with plane and confocal mirrors on the omission parameters, the do-
pendonce of the threshold pumping energy, divergence angle, and output po,.,Tor on the
length of the resonator was determined. The results of the calculations are shown
in Filo.. 1. Fig. 2 shows the corresponding ex-perimental curves.' The experimental part,
of the study was carried out on a ruby liscr vAdi emmmal. dielectric mirrors at room
temperature. The length of the resonator ranged from 0.8 to 3.5*%\ The variation in
0 %ntric mirrors wa
the energy emitted by the laser erith changing angle of the interfero, sl
determined; the observed decrease in output energy with increasing resonator length m
may be due to a decrease in the working part of the active material caused by a nar
-the other laser parameters studied, is deter-
rowing of the coherent beam, and, like
mined by the multimode character of the resonator. In conclusion, authors thank V. V.1
Card 1/2 uDc: 621.375.9-.535:533.82-4

I L111LLO-66
ACC NRi AP6025955
Fig. 1. 'Theoretical curves of the do,- Fig. 2. Zmerinental curves of the
pendence of laser-emitted energy (1), dependence of threshold pumping ener-
divergence angle (2)t and threshold gy (I), divorgence angle (U), and
pumping energy (3) on the resonator laser-emitted energy (M) on the
length. resonator length.
Andryushchenko for preparing the multilayer dielectric mirrors. Crig. art. has; 4
figures and 17 formulas. '(27]
SUB CODE: 20/ SUM DATE: 19Nov64/ ORIG REF: 004/ OTH OF: 006 ATD PRESS:
so 4- LJ
.? q
I Car 2/2 ha
LAI!

t 01057-67 Ewr(i )/r-7tVe)/vY'T (,r VEW ~ )-2/'f /WP( TJ!~ A] D /illy
&-ki-A-T6015133 SOURGE; GODE. UR/0000/66/ooo/000/0091/0106
AUTHOR: Lisitsa, M. P.; Yaremko, A. M.; Kulish, N. R.
ORG: Institute of Semiconductors, AN UkrSSR (Institut poluprovodnikov AN T~krSSR)
TITLE: Investigation of some laser parameters
SOURCE: Respublikanakiy seminar po kvantovoy elektronike. Kvantovaya elektrc
(Quantum electronics); trudy seminara. Kiev, Naukova durnka, 1966, 91-106
TOPIC TAGS,. laser, laser theory, so id state laser
ABSTRACT: The classical electrodynarnics theory is used for investigating possible.,
modes in a solid-state cylindrical laser. The effect of resonator length on the
pumping threshold, output, and divergence angle is studied both theoretically (in the",I
geometrical -optics approximation) and experimentally. The well-known A. G. Fo.-~.
and T. Li model (BSTJ, 1961, 40, 453) is not equivalent to practical laser systenla.
Hence, a different model - a cylindrical rod whose end surfaces have a unity
reflection factor - is adopted. For deduction of formulas, this rod is replaced by An
in-finite -length rod excited with a period 1 equal to the original-rod length. Startini
Card

L 01057-67
ACC NR- AT6015h~__
with the Maxwell equations and material equations of the medium, an equation of the
oscillation stability is deduced. An analysis of the roots Of this equation yields the
conditions of isolation of (near-) axial modes; energy characteristics of the latter are
considered under noloss and losBy conditions. An experimental verification was
performed on a rubyVlaser whose resonator length was varied within 0. 8 -3. 5 m. A
plot of laser output energy vs. angle between mirrors shows three maxima; the
central maximum represents axial and side maxima nonaxial modes. Experimental
curves of the threshold pumping energy, divergence angle, and output vs. resonator
length are in qualitative agreement with the theory. Orig. art. has: 7 figures and
55 formulas.'
SUB CODE: 20 SUBM DATE: 12Fcb66 ORIG REF: 005 OTH REF; 003
3WM
Card Z/Z

KARBACH, Ya.G. [Karbaah2 1A.1.1
Anino acid compositl,-n of hemo.--yt!c Str~-.ptriccnci.
26 na.608-62 164.
1. L'7ovskiy nauchno-iseledovatellskly Institut epidemlologii,
mik-robiologii i gigiyeny.
R

YAREMKOY S.V.-
Enterotoxic properties of straptococci isolated from
workers of food enterprises. Vrach, delo no.10:105-108
0 163. 041RA 17:2)
1. Llvovskiy institut opidemiologiit m1krobiologii i
gigiyeny.

6
fliq m k Ye,
Y
YSSR Pharmacology, Toxicology. General Problems. V
Abs jJo Ref Zhur-Bfol.,~ No 9., 1958#i,42209.
U"
Author "ilL F1W 0 a
.e
t11.Y.A
Inst.'' , Not Given.
Title' ':,'The Effect of Cettaln,Drugs on Glucose Absorption
.by the Small Insteitine.
OrIg Pubi'Fiziolo zhes 19570 %00 No 4F 72M78,
Abstract: The experiments were carried out on dogs with an
Is olated loop of the small'Intestine (Tiro),
Fifteen ml of isotonic (5.6%) solution of glucose
D-) were Introduced Into the Isolated bowel every
-15 min. -Adrenalin, Introduced directly and simul-
taneously with glucose into the Isolated loof of
the bowel In 0,1 mg doses, or given subcutan-,-ously,
(0.1-1,V.) decreased absorption, while lnjt-ction of
adrenalin after the 10th hour of a prolonged expe-
I-111av Wed -ZVS/- r df,
Card1l/Z 8

YAREMKO, Ye. Yo., Cand of Med Sci -- (aios) "Functional changes in the
action of an absorbing apparatus of the small Intestine during prolonged
absorption." Vvov, 1957, 1B pp, (Llvov State Medical Institute), 200
copies (KL, 29-57, 910

TARMO, Te.Tee [IAr6lDkOt '12-0-3
Chronic change emll intestins.
a in the absorptive Capacity Of the
riziol.zhur. [UkT-1 5 no.6.-743-749 IT-11 159. (MIRA 13:4)
1. Llvovskiy meditsinskiy institut kELfedra normallnoy fiziologii.
(IMSTIlQ

YAREM09 YebYe,
Effect of ascorbic acid on the absorption of glucose in the mmll
intestine. Vop. Pit. 19 noo 5236-42 S-0 160, (MIRA 14:2)
1, Iz kafedry normallnoyfiziologii (zav. - doktoi med.nauk
prof* Ya.P. Sklyaro~) Llvovokogo meditsinskogo instituta.
(ASCORBIC ACID) (GLUCOSE)

YAREMKOv Ye,yei
Effect of dertain hormonal preparationB-on glucose absqrption in
the small intestine. Frobl. endok. i gormo 6 no. 3:15~17 My-Je
16o. (INTESTIM) (HOR MONES) (GLUCOSE) (MMA 14:1)

Effect of variation in someblood components on the abeorp-
tion of glucose in the small intestine. Vop. pit. 22 no-5:
9-14 S-0 163. 04IRA 17:1)
1. Iz kafedry nornallnoY fiziologii (zav. - prof. Ya.P.
SkIyarov) Llvovskogo meditainakogo inatitutao

-V- -YAM, I
V-j . V.. AND
C
Pyrrhotine in Tertiar7 Oolitic Ironstones of Kazakhstan
Pyrrhotine has been esta1blished in the overwhelming majority of
samples of oolitic ironstones or the Fiddle Oligocene age, which have been
gathered in Turgay and Pavlodarsk Pri-Irtyshlye (Nearer Irtysh). Pyrrho-
tine is present in ores as a brecclated elastic material in grains and
fragments 0.01-0.08 mm in magnitude, the grains having irregular shape,
sometimes acute angled and weakly sluiced in part, and.being included in
leptochlorite. The most probable source of the pyrrhotine must he con-
sidered the massifs of basic and ultrabasic rocks of the western and cast-
e,;JM AN
ern borders of the Turtay depression. MhGeol, No. 5, 1955) V
Kan SSR, No. 7, 1954, 89-92
SO: Sum. No. 719~, 8 Dee 55 - Supplementa17 Survey of Soviet Scientific
Abstracts (17)

SATPAYWAO T.A.; TARIMMU, X.A.
MineraloI7 of ores of the Karsakpay iron qaartsite deposits. In.
AN Kazakh. M Ser.gool. no.19176-87 055. (KLRL 9:8)
(larmakpay-lion ores)

SATPAYNT. K-I-: BORUKAYNTP R~A-; AKHWWINo U-M.; BOK, I.I.; KUSHEY, G.L.;
SXRGI]3v, N~G*; SHLYGINj Ye.D.; SHCHMMO G.K.; MONICII, Y.L;
I040NOTICH. LI*; LAVWT, V*V*; MM71T, GeTS.; NOTOXHATSKIT, I.P.;
BARBOT-DE-KANNIO AsTs; GALITSXIYp Tjq; KOLOTILINO N.7s; ZHILI=IT,
G,B,; KAYUPOV# A,Z#; X&WLI# D&N ; SATPAYEVA, T.Av; ABDULXABlROYA.
H,A*; GAZIZOVA# KA; VXYTS, B.1o; KHAYRUTDINOYl Ma.; MUKHARMIUNOT,
S.M.; CHOLPAMMY, T.Ch.; PARSHIN, A.T.; TAZHIBAYNTA, P.T.-, YWWVA,
HOC.; BYKOVA, U.S.; VOLKOV, A.N.; BOIDOV. G.N.: MITRYAYNTA. N.M.:
GROKABAYEV, S.Ye.; XMYHV, D.S.; YJ~WSKLYA, M.A.; RIIBROTA. T.I.
Tireleas explorer of the depths of the earth's cruet; on the 65th
birthday and 40th anniversary of the scientific engineering ac-
tivitieo of Acadamician KP. Rusakov. Test. AN Kazakh, SSR 13
no.12:96-97 D 157. (MIRA lIt1)
(Rusakov, Mikhail Petrovich, 1892-)

YARE:T'~'Yjs,YA, !,:.A, (;--nd Geol-lan Sci-(dic-,)
peculinritiez of coppor-beirine cvndr, of -b+ppl Rayon
in'44-WAlmolinch-aya Oblast." Alma-Ata, 195r~- 18 PP (Acrid of Sci Kasr-kh
SSR. Inst of Goological Sci), 150 coides (IM,45-58, 144)

YAUNSFAYA, M.A.
r__~
Structural and mineralogical characteristics of cuprifercus
eandatones in the Atbasar-Tersakkan area in connection with
their genesis. Izv.AN lazakh.SSR.Ser.gool. no-3:52-61 '58.
(AIRA 12: 1)
(Atbasar District--Sandstone) (Teroakkan Valley-4andstone)
~,11,.,-.,.,-~'..--..t---,."".~,-', Y91-1
z'R

SATPATEV, K.I.; POLOSUXHIH, A.P.; BAISIMT. S.B.; CHDKIN. Sh.Ch.; BOMNAM, R.A.;
AKMObSAFIN, U.M~; KUSHEY, G.L.;SHCHMA, G.H.-. WHICH, Y.K.; KOMV,
G.TS.: LAVROV, V.V.; BARBOT-III-NAMI, A.Y.; GALITSKIT, T.T.;ZHILINSKIT,
G.B.; XATUPOV, A.K.; KAZAULI, D.R.; KOWTILIH, Y.F.: MUKHAMIDZHANOT, S.M.:
SATPAYEVA, T.A-;VEYTS, B.I.; GAZIZOVA. K.S.:CIDLPAITKUTDV, T.Ch.:
PARSHIN, A.V.; BYXDVA, M.S.'; MITRrAYEVA, N.V.; VOLXDV, A.H.; CHAKABATU,
,~~MSKA~TAM.,A.- KHAYRUTDINDV, D.Kh.
Me.; T
On the 60tb anniversary o~r the-birth of I.I. Bok, Academician of the
Academy of the Kazakh B.S.R. Veet.Aff Kaxakh#SSR 14 no,10:95-96
0 158. (MIRA 1113.2)
(Bok, Ivan Ivanovich, 1898-
4

9AZIZOVA, K.S.; YARENSKAYA, M.A.
n1dait" in some deposits of central Kazakhstan. Izv. AN Kazakh.SSR.
Ser.geol. no.6:99-93 16~. (IUU 16.' 5)
(Kazakhstan-Minerals)

YARENSKAYA . M.A.
Mineralogical, structural and textural characteristics of t~A
pyrite deposits in the Chingiztau. Trudy Inst.geo3.nauk AN
Kazakh.SSr 7:211-130 163.
Linneite and greenockite in the ores of the Akbastau deposit.
Ibid.:202-206 (MIRA 170)

DAYNEKO, Z.N.; GORELIK, B.A.: BELIKOVA, Ye.A.; TARRSHCHKNKO, A.He
Zighten the work of the chief cooker operator. Gidroliz. f lesokhIm. prom.
10 no,8:21-2Z 157. Nru lo: 12)
1. Bobruyskly gidroliznn zavod.
(Hydrolysis)
4

licho
I.K. (Moscow)
OProbleme of neural regulation of the blood system." Y.N.CHernigov-
skii, A.IA Ikreshevskii. Reviewed by I.K.Petrovich. nin.med, 32 no.9.-
90-94 8 154. (K= 7:12)
(BLOd) (NMVOUS SYSTXH) (CHMIGOVSXII, V.N.) (UWSHZV-
SKII, A.U.)

EPI*L
'110111, Yo.Y. (YLp2v).,
Fydralulic s7ste-;rz vilth vari-able Put,
no. 8:29-30 f0"5.

Avulsion of the musculus quadriceps femoris. Orto p., travm. i
protez. no.7:61-62 161. (mm 34;8)
1. Iz bollnitsy (glavnyy vrach - G.Ya. Yareshko) pos. Nizhan-
kovichi.
(MUSCULUS QUADRICEM FEMOMS-WOUNDS A14D UJURIES)

VMOGRADOV~ V.N.p prof.# Geroy Sotsialistichookogo Trudaj YARMHKO, N.T.
(Moskva)
Antiloaurouidase awl anti-O streptolysin in patients vith acute
pephiftis, ]Klin.med. 38 no,8s4&-54 Ag 160. (MIRA 13 t3l)
L De~atvitellnyy chlen AM SSSR (for Vinogrador).
(HMRONIDASE) (AMMMLYSlN) (KIMMS-DISF.ASFS)

LYAMPERT, I.M.; G4AC91YANTSy O.P.- AGABABOVAs E,R..-, RALIF, N.M.;
SMIRNOVA., H.Ilq UREIHKOp hN.T.; BOLOT~M, A.Yu.; SOSHKIM, N.M.
Diagnostic significance (?f certain izrmne reactions in rhei-atic
fever. Zhmr.mikrobiol.epld.i immun. 32 no.305-43 Mr 16L
(MIRA 14:6)
1. Iz Instituta epidemiologii i mikrobiologii imeni Gemalei ANN SSSRl
~akulltotskoy terapevticheskoy kllniki I Moskovskogo ordeha, Lenina
Peditsinskogo instituta imeni Sechenova i revmatologicheskogo
kabineta Leningradskogo, rayons. Moskvy.
(RHEUATIC FLTER) (ANTIHEMOLYS115)
(HY-ALURONIDASS)
-W
v,

LWIFERTp I.M.; BORODRUK, N.A.; AGABAB(YVAy E.R.; SHCHEGLOVA,, A.S.)
.9
BOLOTDJA, A. Yu.,,- MARI~!W,, N.T.
Streptococcal antigens In patients with.rheum tic fever at various
stages of the disease. Zhur.mikrobiol., epid. I i=alh. 32 no.10:
58-64 0 161. (MIRA 14:10)
1. Ix Instituta opidemiologii i mikrobiologii im. Gamalei 921 SSSR,
I Nloskovskogo ordena Lonina'meditsinskogo instituta im. I.M.Sechenova
I Revmm-tologichesk6go kabineta Leningradskogo rayonai Moskva.
(MDTATIC FMR) (STREPTOCOCCAL INFECT ONS)

LYAMPERT, I.M.; UWHKO) II.T.
Anti-hyaluronidase and anti-0-3treptolysin in sera of patients
with acute nephritis. Zhur.mikrobiol.,, epid. i==, 32 no.11:12-21
n 161. (141 RA 14: 1,1)
1. 1z I Moskovskogo ordend Lenina meditsinskogo instituta imeni
I.M.Se6enova I Inoti'tuta opidemiologii i mikrobiologii imeni
Gar4~lei MI SSSR.
(KIDNEYS-DJSFMES) (IIYALURONIDASF.)
(ANTISTREPTOLYSINS)

LYAMPERT, 1. M.; YARESffKO. 11. T.; AGABABOVA, E. R. (Moskva)
Streptacoccal anllgenB in patients with chronle nephritle. Klin.
mad. no,2;81-eg 162. (MIRA 15:4)
1. Iz fakulltetskc7 teraperticheskoy kliniki (dir. - daystvitall
nyy- eblen AMN SSSR prof. V. 11. Vinogradov) I Moskovskogo maditsin-
skogo instituta, imeni I. M. Seohenova, 1. laboratorii streptokokko-
7ykh infektsiy Instituta, ek " rimentallnoy meditsiny imeni N. F.
Gamalei, (dir. - prof. S. N. Muromtsev) AMU SS S7,q.
(KIDNVS-DISWL?S) (ANTIGENS MID ANTIBODIES)
(STREPTOCOCCUS)
-,7

~7 . -.7
- - - - -- - - - - -
E.I. [Sverdlovsk)
Calculating circular water-pipe networks by the method of
unbalanced pressure distribution. Vod.L san.takh. no.q:
23-24 S '59. (MBA 12:12)
(Wator-supply engineering)

YARFSIKO E I aspirant
Method of distributing unbalanced pressures through several cycles.
Tr" Ural.politekh.inst. no-8,5:53-65 160. (IMA 14:8)
(Water-oupply engineering)

JARESIXO, E.I., aspirant
Method of distributing unbalanced pressures within a single cycle :8)
Trudy Ural,politakh.inst. no.85:66-75 160. (KW 14.
(Water-oupply engineering)

YARLESIKO, V. F.
II-Ilffect of Prestressing on the Work of Statically Determinable Steel --eams."
Cand Tech Sci, Ural Polytechnic Inst. Sverdlovsk, 1954. (RZII~.ekh,. Apr 55)
SO: Sum. No. 704, 2 Nov 55 - Survey of Scientific and Technical Dissertations
Defended at USSP Higher Educational Institutions (16).

ZEN=
LABZMO, VoL, kand. tekhn. nauk.
lxperimental investigation of prestressed sectional steel girders.
Biul. stroi. tekh. 14 no.12:9-11 D 157. (Mm 11:1)
1. Urallskiy politekhnicheekly institut imeni S.M. Kirova.
(Girders-Testing)

TATIESIKO, V.P.,
Experimental testing of the effect of prestreseing on the
performance of steel beams. Trud7 Ural. politekh. Inst. no.71:
165-169 '59. 04IRA, 12:8)
(Girders)

_tF., kan4, tal-chn. nauk
Stat1cally dot-orminate prestressed steel baame. Trud7 Ural.
politekh. insto no.71--no-l76 '59. (IURA 12:8)
(Girders)
moot-----

CHUVATOVY V.V.; BEREZIN, N.N.1 METSGER., E.Kh.; NAGIN, V.A.; KARTASHOV,
N.A,, kand. tekhn, nauk, dots.; MILIKOV, N.V.,, kand. tekbn.
nauk; BYCHKOV, M.I.,, kand. tekhn.nauk,, dots.; SUKW#OV, V.P."
SHLYAPIN, V.A.; KORZHENKO, L.I.; ABRAMYCRV, Ye.P.; KAZANTSEV,
I.I.; YARESIKO,,. V.F.,- LUKOYANOV, Yu.N.; DUDAROV, V.K.; BALINSKIY,
R.P.; KORDTKOVSKIY, A.E.1 PONOMAREV, I.I.; NOVOSELISKIY, S.A.p
kand, tekhn.nauki dots.; ILOINYKH., N.Z.; TSITKIN, N.A.; ROGOZHIN,
G.I.; PRAVOTOROVI B.A.; ORIDV, V.D.; RACHIKSKIY, M.N.; KULTYSHEV,
V.N.; SMAGIN, G.N.; XUZNETSOV, V.D.; MACHERET,, I.G.; REGAL, A.V.;
GALASHOV, F.K.; ANTIPIN, A.A.; SHALAKHIN, K.S.1 RASCIWTAYEV, I.M.;
TISHCHENIKO, Ye.l.; FOTIYEV, A.F.; IPPOLITOVt M.F.; DOROSINSKIYj
G.P.; ROZHKOV, Ye.P.; RYUMIN, N.T.; AYZENEBROt S.L.1 GOLUBTSOV,
N.I.; VUS-VONSOVICH, I.K., inzh., retsenzentj GOL.OVKIN, A.M., inzb.,,
retsenzent; GUSELETOV, A.I., inzh., retsenzent; KALUGIN, W.I.,
lnzh., retsenzent; KPJIUNSKIY, I.S., inzh., retsenzent; MAYLE,
O.Ya., inzh., retisenzent; OZERSKIY, S.M., inzh., reteenzent; SKOBLO,
Ya.A., dots., retsenzent; SPERANSKIY, B.A.., kand. tekhn. nauk,
retsenzent; SHALAYAW, L Ye.,, inzh., retsenzent; VOYNICH, N.F., inzh.,
red.; GETLING, lu., red.; CHERNIKHOV, Ya., tekhn.-redo
[Construction handbook) Spravochnik stroitella. Red.kollegila; M.I.
.Bychkov i dr. Sverdlovsk, Sverdlovskoe knizhnoe lzd-vo. Vol.l. 1962.
532 p. Vol.2. 1963. 462 p. (MIRA 160)
(Construction industry)

rof Litzge all-basid C -h-
'2413

for five- catup-tigni in pmientrd in dvtnil and wilipared with
that of ihnilar furnace' but having an add rcm)f. DUAIM
daw can be summri?.od by stating thit tile %,~;L of b,tiic
roofs sboTtened the time of heats by 23.V1- iermsed d,,ily
protlucti,,n by 16.2%. Rad tits t of the Itu-naLe "rupaign by
66.9% and love LTCA fucl conumption by 122%. Ifigher
tcTnP. Of W-LOC gal" calls title for re0aving the first 2--:',1')
in, from the top of checkers with forsterite brick, even if It
fiat). 0a

.r,zl~

BORIIATSKIY, Ivan Ivanovich; KOTITIOVSKIY, Mikhail Mikhnylovic'h; X&G~&_
Aleksanj&&yloy ;_j23ZD_7V, A.I., red.; YABLONSKAYA, L.T.,
MLIA
red.izd-va; HIKITAYLOTA, V.T.. tekhn.red.
(First assistant steelmaker in open-hearth furnace plants]
Pervyi podruchjuyi stalovnra na martenovskikh pechakh. Xookva,
Goo.nauchno-tekhn.izd-vo lit-ry po chernoi i tavatnoi metallurgii,
1939. 365 p. (MIRA 12:12)
(Open-hearth process)
-M Ni
",
B

YARGINI, V.S,
Laminar flow of a conducting liquid in a homopolar discharge
tube. Zhur.tekh.fiz. 32 no.7:883-890 J1 162. (KM 15:8)
(Magnatobydrodynamico)
'T

86-9-29/36
MHORSt Yargin, E. A., Major, Komarovskikh, Mo A.., Snr. Lt,, and Shvagin., V. A., Lt.
TIMS Aerial Radio-Operator rn=ers Should be Excellent Masters of Radio Com-
munication (Vozdushnyye strelki-radiBty dolzhny otlichno vladet'
radiosvyazlyu)

FFMODIGALi Vestnik Vozdushnogo Flota,, 1957,AHr. 9. p. 84 (USSR)
ABSTRAM A r1adio-operator gunner of a modern airplane should be fullyl.gcquainted
with the operation of airborne radio equipment as well as the security
and traffic regulations. Consequently, already in the beginning of
flying exercises the students (radio-operators,, navigators) should
possess sufficient experience. According to the training plan, however..
those flights begin relatively early., so that the students do not have
the time to be sufficiently prepared to perform the first exercises of
radio communication in flights While training in the school., the total
time used by the students operating within a radio network is about
4 hra, with 25 accomplished communications (contacts), 15 of which were
established in the air and 10 on the ground* That practical training
is obviously too short for acquiring the necessary habits by the students*
To raise the quality of training it-s reorganization is suggested by the
authors. Namely, the basic habitriLnauffioient degree should be developed
Card 1/3 on the ground. To do that, it is necessary to introduce into the
M ~FMM; ~-M-TI.,-

lair ~1,7'
At
2
:M

86-9-29/36
Aerial Radio-Operator Gunners Should be Excellent Masters of Radio Commmication
(cont.)
.prdgram a definite number of hours entirely devoted to the operation
of a real radio station-within a ground radio networke Special trainers
are not needed; instead, the radio equipment under study must be used.
Some classrooms should be equipped with radio stations in a working
order., which will form a radio network operated by the students* The
exercises in many variants should be performed in accordance with the
preliminary established schedule. In this way., the exercises which
are at present performed in flight should be transferred to the class-
rooms and afterwards only be fo2-lowed by the flying practice* Using
the suggested methods of training in especially ecuipped c3assrooms,
the students will be able to acquire in full the elements 'of operation
of the equipment, establish and maintain telegraph and telephone radio
communications,, make entries in the airplane communication log,, code and
deoode the radiograms, trouble olearings, eta. In addition, the work
of a radio-operator in flight along an itinerary may be simulated during
the exercisea, iseo, radiocomunintions established with the radio
Card 2/3 station of various assignment. Any form and level of radio Interference

-_' 6&iii-
86-9-29/36
Aerial 4dio-Operator Gunners Should be Exoellent Masters of Radio Go=nnication
(Cont.)
has to be created in the ground training radio networks., thus necessary
habits of maintaining operations under complex conditions to be inculca-
ted into the students. For instanceP the most difficult elements of
radio commnication for the students is an aural reception of call signs
without recording them and service abbreviations, The operational con-
ditions pervailing in the training radio networks on the ground are very
close to those encountered by radio-operator gunner in flight. For that
reason the flying exercise which follows the ground training may be
considered as a completion of the training in this field* The results,
however, which may be obtained with the methods suggested by the authors
w1ll 15e xigher then those gained to date*
AVAILABLEs Library of Congress
Card 3/3

TARGULIYANp 0. M.
"Study of the Market for Metal Goods Used in Consumer Households." Sub
28 Feb 47, Inst, of National Economy imeni, G. V. Piekhanov
Dissertations presented for degrees in science and engineering in
Moscow in 1947.
SO: :Sum-No. 457s 18 Apr 55