SCIENTIFIC ABSTRACT ALEKSENKO, G.V. - ALEKSEYCHUK, I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100920005-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

KOILDOBSK31, A.G.; MEDVEDEV, S.I.; PISKOPPEL, F.G.; YAKOBSONJ M.G.trinimali
uchastiye: BERKHIN.T.B,; OSLIKOV-SWA, Ye.S.; PEREKISIDVA, A.M.j
LITV321, V.M.; PARKHOMENKO, Ye.V.; STOTIK~ A.M.; SHAPIRO, T.I.; STRU-
MILIN, S.G., akad., glav. red.: ALEKMKO, G.V., red.; ANISIMOV, N.I.y
red.; VOLODARSKIY, L.M., r4.; GERSHBERG, S.R., reilaktor;
red,; PETROV, A.I., red.; POSVYANSKIY*, S.S., red.j BAMUVA, G-v-,
kefid, ekonom. nauk$ starohiy nauchmyy red.; KISELIMAN) S.M.~ st"biy
nauchnyy red.; LIVANSKAYA, F,V.p kand. ekonom,. nauky starshiy nauchmy
re&'j- GLAGOLEV, V.S., n-auoh*y red.; NEDBAYEV, V.I., nauchriyy red. j
TUMMOVAI ILL., naucbMy red.; TOWASY)II, M.E., red.j BIAGODARSKIYA$
Ye.V.) mladshiy red,; SHUSTROVA, V.M.., mladohiy red.; ZENTSELISKU.A,
Ch.A., tekhn. re&.
(The economic life of the U.S.S.R.,; chronicle of events and factsl
1917-19591 Ekonomicheskaia zhizn' SSSR; khronika sobytii i faktov
1917-1959. Glav. red. S.G.Strumilin. ChlerW red. kollegii: 4oksonko
J. dr. Moskva, Gos, nauchn,izd-vo "Sovetskaia entsiklopediia,," 1961.
779 P. (MIRA 14: 10)
1. TSentraltnaya nauclmhya sellskokhozyaystvennaya biblioteka Vae-
BOYuznoy akademii sellskokhozyaystvennykh nauk im. Unina (for Litvin,
Parkhomenko, STOTIK, Shapiroj.
(Russia-Economic conditions)

shryatov Ali;
ALEKSENKO, SKVOMOV)
B red.;
&d Ye Iml
_f U_ , rhRIN, B,;'I., tekhn. red.
p.p., red.; KRAIZP A.I.s, red.; BoRUNOVI -
[Testing of high-voltage power tranaformlors and auto-
Ispytaniia -v-ysokovolltnYkh i moshchnykh
transformers] ov i avtotransformatorov. moskvap Gosenergo-
transformator 962. 671 p. (Traneformatoryl n0.8)
izdat. Pt-1- 1 (mRA 16:10)
(F,Jactric transformers-Testing)

IA~LEEK~SE ~Gyennadi Vasil' vi
olomo~ a ASHRYATOV, Ali Kemalevich; FRID,
Yegr~
Yefim olomonovich~;KLRAIIZ, A.G., red.; BORUNOV, N.I.,
takhn. red.
(Testing of high-voltage power transformers and auto-
tranformers] Ispytaniia vysokovolItnykh i moshchnykh
transformatorov I avtotransformatorov. Moskva, Gosenergo-
izdat. Pt.2. 1962. 831 P. (Transformatory, no.9)
(mim 16:6)
(Electric transforrqers-Testing)

i
ALEKSENKO G.V.; BIRYUKOV, V.G.; BORISENKO, N.I.; BORUSHKO, V.S.; KOVALEV, N.N.;
:~~~Ov M.P.; OBOLENSKIY, N.A.; PETROV, G.N.; ROZANOV, A.A.;
SKIDA NN KOP I.T.; TIMOFEYEV, P.V.; CIIILIKTN, M.G.; SHEREMETIYEVSKIY, N.H.
Professor Andronik Gevondoviab Ibsi-ftian, 1905- ; on his 60th
birthday. Blektrichestvo no.9:88 S 165.
(MIRA .18:10)

L IW�6.;66
ACC NRs AP6Wh977 SOURCE CODE: UR/0105/65/000/003/OD90/0090
AUTHOR; I -kw-ka - G -a 92dankQ j, Y= Mtqj4Xj B. B.; Gladilin, L
Druzhinin. No- No; 1~2~9 To To; 5,yrgmyatnikoY*_"; Tishchenkop No A*;
hernichkin. Do Sol Chiliki-n.-Ma-a.
...............
ORG: none ZI
TITLE: Professor Vyacheslav Semenovich Tulin on his 60th birthday
SOURCE; Elektrichestvov no. 3,, 196% 90
TOPIC-TAGS: mechanical engineering personnel, electric engineering-personnel
ABSTRACT: -Professor V. So TULIN was born in November 1904 and graduited
i6om the Kharkov Engineering Institute in 1925o He has since then special-
~Zed in the-application of electric drives for the mining industry, in low-
yoltage apparatus and more recently in automation, At the present time he
is the chairman of the Department of Automation and Control Machinery at
the Moscow Institute of Radio-Electronics and Mining XLectromechanics. He
has Ra-de-m-aTo-rcontributions in
1ished works inclu6mg a twLtbook on the automation of production processes
in the mining industry; he also received an award in 1948 in connection with
the Donets Basin development. He now participates in ministerial councils
and committees concerned with scientific-reosarch wrks industrial coordina-
Ori-.'art. has-. 'Agure. LUPR_
tion, also secondari and higher'education. g 1 S7
SUB CODE: 13 09 SUBM DATE: none
C rd 1/1 UDC: 621,34:65.ou.56-

L 22739 &T(k)/W(h)/EWT(d)/%'P(l)/W
ACC NRa AP6013621 SOURCE CODE; UR/0105/65
AUTHOR: Aleksenko_t G. V.; Tx~_Ov, V. G. Borisenkot N. I.; Borushkop V#-S.;
N. N.7 a e ~o Lenskiy -7G-A-.-.-Ve-E_roi G-.-Y.
Kovalev, 0; Obol z nov L Aq
0 0- ' E
SUWa-n`erN_o_,-1. T.; V# V._;_Uh_ilik'in.M. 6_.,-__6_e_re'm_e_V~evskiJj-, N. N.
ORG: none
TITLE: Honoring the 60th birthday of Profeasor Andronik Gevondovich Iosift
SOURCE: Blekbrichestvo, no..9,.,1965,,88
TOPIC'TkGS: academic personnelp.scientific personnel, automation, electric engineerirg,,
servosystem, automatic control
ABSTRACT: 21 July 1965 was the 60th birthday of the eminent So,**
,viet scientist In the field of electrical mechanlos and automa-
tion, Dr. Teohn, SoI#q Professor$ Member of the AS Armed;in SSHO
I(-Hero.of S1-ooIalist_4&bAr,_Laureate of the State,Prize, Ae G.
Vosiftyane His scientific contributions are numerous. During-
1931-1934 he developed the,theory of the oombined synchronous oon--~
trol circuit with AC commutator generator. Subsequently,~he In-
vented the oontactless seleyne He was the first Soviet selentist
.,to publish studies'of thyratron-based servosystems for the oon-
-trol of electrical machinery,. During 1940-1945 he made a major
,contribution to the theoiry of electrical machinery and automatic
control by publishing btudlet on the general theory of the elec-~ z
-.011,56
d'-1/2 --- --- UDC: 621.3:65

4~7
1 22739-66
ACC NRr AP6013621
_~tromecbanical amplifier (amplidyne) and power-driven synchronous
:servosystems. In his.35 years of scientific activity A. G.
,losiflyan has published more *than-60 studlKs on many problems of
'electrical mechanics and automatic oontrollhnd has been the author,_
lof 24 Inventions., A* Go josirlyan Is thFfounder and director of
Ithe All-Union Order of Labor Red Banner Selentifio Researoh Insti-~
;tut6 of Electromeohanios, and.lit was on his Initiative that-bran-
.iones of th-1-6 institute have been established In Leningradt Tomskj.1%
,~Yerevan, Frunze, Iskra,.and Kudinovo, Between 1950 and 1955 he;-__7
,!held the elective office of Vice President of the Armenian Aoa--
,demy of Solenees, and since 1955 he has been Editor-in-Chief of
theburnal Kk inika (31e IneerirwY, He Is 'also
oktrotek) otrical Eng
the bearer of many other honors*-.,Amofig other things, he was elected-di'legife
to the 22nd Congress of the CPSU. Orig. art. has: -1 figuree *EJMI
SUB CODE: 09 SUBM DATE I none
2
Ll~wd /2

ALUSEMLO, I.I.
Conditions. governing the development of the productive formation
and di-st;abution and location of native su7Aur deposits in the
basin ofthe cis-Carpathian region. Sov. geol. 4 no.8:71-82
Ag .1.61. (MIRA 16-.7)
1. Kiyevskiy geologorazvedochnyy trest.
(Carliathian Mountain region-Sulfur)

ALMSENKO,, I.I.; BARANTSEV.. R.G.; PANTBJAYWVA~ I.N.
I I
Transverse approximtion method in roonic aerodynatmica,...- ....
Vest. IDU 17 no.19,t62-78 162* r (MW 15:10)
(Aerodynamics.. Hypersonic)
0.
4k

L 13125-66
ACC NR:
AUTHORS9
1
t
226
L. I.); Zhomnir, S. V.
iii-6fiko, L. M. (Limarenko., -
M.); Pashkoys"kyy, M. V, (Panhkovskiy,
ORG: L'vov State University im. Ii Franko (L'vIvs'kyy derzbuniversytet)
TITLE: Growth of zinc tungstate crystals and Investigation of their
optical properties. ij
it f q 1 5-5-
SOURCE: Ukrayins1kyy fizychnyy zburnal, v. 10, no. 11, 1965, 1222-1226
TOPIC TAGS: optic spectrum,,light absorption, luminescence spectrum,
uv spectrum, ir spectrum., zinc compound optic material, single crystal
o'M__C Felt
ABSTRACT: Zinc tungstate single crystal were grown fr be___ - -_ - -_ b77
the Czoehralski method. Tne Crygtalu WeIM gravin tu air in platinum
crucibles us 'ing high-frequency heating. To provide the necessary tem-
perature for crystal growth*and further annealing above the platinum
crucible a furnace with a nicbrome beater was set up, making ltpoBsible
~to maintain a temperature of about 1000C. All crystals were annealed
and oooled at room temperature, at which all investigations were made.
The conditions were studied.for obtaining crystals with chromium acti-
(b)/EWA(c) IJP(c) J D/,
CE CODE: UR/013576-5To
Card 112

USSR/Human and Animal Physiology - Internal Secretions. R-8
Abs Jour : Referat Zhur - Biol., No 16, 1957, 70992
Autbor : Gereshenovich, Z.S., Krychevskaya, ALeksenjo., L.'P.
Title : Adrenergetic Substances of Brain and Adrenals in
Increased Oxygen Pressure.
Orie Pub : Ukr. biokhim. zh., 1955, 27, No 1, 3-11
Abstract : The influence of increased oxygen pressure on the adre-
nergetic substances of the brain and adr-als were stu-
died on rabbits in a pressure chamber with 3-.1 and 6 atm.
pressure of pure 02. The process of adrenalin (1) de-
composition in the brain was increased in the precon-
vulsive period, became stronger in the convulsive period,
and increased particularly sharply in the terminal stage.
In the adrenal the quantity of I rose sharply only in
the preconvulsive period (the larger, the longer the du-
ration of this phase); further action of oxygen led to
exhaustion and possibly to destruction of the adrenal
function; the content of I decreased in them, and then
Card 1/1 - 56 - disappeared completely.

AIZK,-F,Nr,O) II.D.; DIEUVILIA, 4.1).
Decarbonizatiori of water by spraying under a small vacuum. Gaz. prom. 8
no.4-.24--25 16", ('11111A 17: 10)

ALESENKO, N.N.; DYUKOV, P.A.
II-----,.""~"Ij6-, ~
The duty of every telecomnunication worker is to produce work of
a high quality. Vest. sviazi 23 no.7:19-20 Jl 163.(MIRA 17:01)
1. Nachallnik smeny Kiyevskogo tsentrallnogo telegrafa. (for Ale-
senko). 2. Pomoshchnik nachallnika smeny Kiyevskogo tsentrallno-
go telegrafs, (for Dyukov).

T T"
ALEKSETIKO, 11. V. "A Study of t-he Dependence of "Volrunetric Deformmtlons
,*nd Mechanical Strength of Fortl~rr~ C-m-rt on .11ditions
of Un,.~laked pround Limn." Min Hiphr~r Fduw~tion 'M-nninirm
SPH. Kiev Order of Ltnin Polytechnic Inst. Chair of General
Techn6l6& of Silicates &zxi Technology of PirOcr. Kiev. 1956.
(Dimsertntion for the Derree of Crn6idmie in Technical
Science)
So: Knizhmya Letopim', to. 18, 1956,

ev-
J
USSR/Chemical Technology. Chemical Products and Their Application Silicates.
Glass. Ceramics. Binders, 1-9
Abet Journal: Referat Zhur - Khimiya, Wo 2p 1957Y 5340
Author; Aleksenko., N. V.
Institution: K~d~~,~ces, Ukral-nian SSR
Title: Study of Volumetric Deformation and Mechanical Strength of Cement
Mortars vith Added Ground Unslaked Lime
Original
Publication: Dopovidi AN URSR, 1956, No 3,~ 272-27,9.
Abstract: Investigation of the dependence of vollxwetec deformations of cement
paste of normal consistency and of plastic 1:3 mortar, on the amount
of ground quicklime added to the cement 11.3 and 5%). Addition of 3
and 5% lime causes an expansion of the cement paste by 0.53 and 0.94%
during the f irst 24 hours of storage In wet condition, vhile the
plastic mortar of 1:3 cemPosition e4ands, rropect--Ivejy~ by 0.05 and
0.08%. Subsequent shrinkage af tht asmpl-eks.. ca storage in the air,
does n(YL exceed their Inttial a�ter 9 mcntbs it amounted
Card 1/2

---- --- ____ __ __ __ - - - __ - __ __ __ __ - - - ___ __ - - __
ALEKSMKO, N.V.
-11 1. - -_'~i;i~ing the microstructure of cement to which has been added
ground unelaked lime [with summary in English]. Dop.AN MM
no.12:1332-1336 '58. (MIRA 12:1)
1e Kiyevskiy politakhnichaskiy Institut. Predatavil akademik
AN USSR B.S.Lysin. (Cement--Testing)

LYSIN, B.S,, akademiki_ALMS
Studying the physical and mechanical properties of wpanding Portland
cement during setting. Dop.AF URSR no.8:1098-1101 860., (MIRA 13:9)
1. Kiyevskiy politekhnicheakiy inglitut. 2. Ali USSR (for Irsin).
(Portiand cement)

MIUMHURNET., V.V.; ALEKSENKOP N -V.
Studying the possibility of producihg local cement from marl
from the Mukkben 4eposit. Dop.AN URSR no.4:514-516 161.
(MMA 14:6)
1. Kiyevskiy politekhnicheskiy institut. Predstavleno akademikom
AN USSR B.S. Lysinym. (Cement)
(Marl)

MANZHURNETp V.V.; ALEKSENKI), N.V.
Effect of the calcining temperature and additions on the proper-
ties of Glinsk cement. Dop. AN URSR no.4:517-519 162.
(NIRA 15:5)
1. Kiyevskiy politekhnicheskiy institut. Predstavleno akademikom
AN USSR B.S.Lysinym.
(cement)

AIEKSENK9j,.~
Strength of solutions and concretes prepared from expanding cement.
Dop. AN URSR no,8tlO73-1075 163. (MIRA 16slO)
1. Kiyevskiy politekhnicheskiy institut. Predstavleno akademikom
AN UkrSSR B.S.Lysinym.
(Concrete-Testing) (Cement)

SOI'FiCE: Atomnava (,nergiya, v. 17, no. 6, 19F4. 470-4,qR
ca'd

NP- AP5001265
III Ult: 14U1111AU
f- tlw- )rri,iuctA n; r~-.rho-
Card 2:12

POLUSHKIN, K.K.; 17DMIYANOV, Lla.; DELENS, P.A.; ZVCFOV, N.V.; AL-EKSENKO
Yu.I.; GROZDOVp I.I.; KUZNETSOV, S.P.; SIROTKIN, A.P.;
I.; LAVROVSKIY, K.P.; BRODSKIY, A.M.; BELOV, A.R.; BORISYUKJ,
Ye.V.; GRYAZEV, V.D.; POPOV, D.N.; KORYAKIN, Yu.I.; FILIPPOVp A.G.;
~FMCHUK, K.V.; KHOROSHAVIN, V.D.; SAVINOV, N.P.; MESHCHERYAKOT,
M.N.; PUSHKARE79 VoPo; SUROYEGIN, V.A.; GAVRILOV~ P.A.; PODLAZOV,
L.N.; ROGOZHKIN, I.N.; TETYUKOT, V. D.
"Arbus* atomic power ant with organic heat transfer agent and
moderator* Atom. energe 17 no.6:439 D 164 (MIRA 18:1)

'TC
L 3134-66 EwT(i*/F.PA(s)-2/FA,(M)i.R;PF(c)/IL /RFF1n)..2/EW(m)
(J)
A145020745 BOO
K EXPLOITATION UR
Aleksenko YU. N., Brodskiy, A. M., and others
MY'
!Research on the use of organic heat-transfer .agents and moderators in nuclear
reactors
(Isaledovaniya p0 primeneniyu organicheskikh teplonositeley
zamedliteley v yadernykh reaktorakh). Moscow, 1964. 26 p. illus., biblio.:
(At bead of title: 'Gosudarstvennyy komitet po ispollzovaniyu ato=oy energii,
SSSR)
Series note; Moscow. Institut atomnoy energii. (Doklady] iAE-6ii
TOPIC TAGS: nuclear reactor nu -clea.r reactor coolant, nuclear reactor moderato
r
~organic cooled nuclear react6r,'organic moderated nuclear reactor
PURPOSE AND COVERAGE.- 'This book is intended for professional workers in the
n=lear-reactor field and other related-areas. It contains a survey of the
major research on the use.of high"boiling organic liquids as coolants and
moderators in nuclear reactors. The results of radiation-chemical, themo-.
I physical, corrosive, and neutron-physical research are examined, and data
are given on the destructive hydrogenation used to regenerate the products.:
of radiolysis. of.organic coolants.. 'According to the results-obtained,
1/3

L 3134--66
A~020M
the alkyl-substituted class Or-
can be asserted that the organic, compo
of partially hydrogenate he 15 611 as various mixtures with a
sufficiently high content 'of aromatic hydrocarbons can be used quite well.
as coolants in the primary loop of nu lear-power plants. No personalities
r,r
are mentioned. Nineteen graphs are present6d in.the work.
TABLE 07CONTENTS:
For evord -- 1

ALEKSENK
0 -,,,,-kand. tekhn. nauk, otv. red.; BERMAUT, V.ij.,
red.; 'VD40GRADOVA, O.K., red.; 3,11IRSOV, I.P., red.
[Study of the use of organic coolant-moderators in power
reactors] Issledovaniia po primeneniiu organicheskikh
teplonositelei - zauedlitelei v energeticheski~h reakto-
rakh. Moskva.. Atomizdat, 1964. 243 p. (MIRA 18:1)
1. Moscow. Institut atomnoy energii im. I.V.Kurchatova.

on I
IRIA
r A 5'. 'No's "I.

i 7 1: 1;-k
nviclear reactorS, orig. art. has: 10 figures.
F

P
-pnen,,,I. .:T-
r i 'ACIS
r ad c1 POwel
t P cl. lv"rl a
thei,

L 3b732-65
ACCESSIOP NR: AT5007896
-adlothermal stability of M vere carried out in three directions: 1) investiga-
n f thp the rmn I R t A hi I it V I r. the 019
were also made of the content of the high-boiling product, Kinematic viscosity of

T~v
ent radiation dosea under d1f ferent tempera~urp I-np change In ~-e-

0103
'0'd
m z / Z

PC
EF k -2 F-Wr r-
"r, "noc o" S2.10M
I L L.Z, anicne, -
o I a
sa.s OL. a pw r--- h on the
Ifisledovanly lpesearc
Atomnoy
I a- I pv V
!-,eat -far I
a, L
ma neutron
a e s
s ,c ire ac
ne
LC'
memo- W-f

r
ACCESSION RR: AT5007908
Isonropylbiphenyl, the dependence of the critic.-ij n,rD,)e,
ja t C e
aFuLPuL5opi-opy_ibLpnenyi_, ana gas ott .-he -ikit-Nors ronclude -ha-,
P%yiica! expezimecs~s with criticril assembiies cdrriec -ul on monoig-opro-vibi-
pnenyi ar%Jgas oil have made It possible to verity the methoJ and system of cc'.Btanm
used for calculating the phyaical characteristics of reactora with organic heat-
transfer agents. Orig. art-, has: U figures and 2 tables.
Card 2/2

L 34366-66 EwT(m)/EWP(t)/ETI ijp(c) .JD/JG
/0032
ACC NRt . AT6008411 SOURCE CODE: UR/3136/65/000/957/0001
A UTHOR: Aleksandrov, Yu. V. ; Aleksenko Yu. N. -1 Batalov, A. A. ; Buynitakaya, V. 1.
Kochenov, A. S.; Sarychev, M. A.
ORG (Institut atomnoy energii)
)q
TITLE: The study of the influence of the porosity of beKyllium q02QjQton the flow of
thermal neutrons in horizontal beams
SOURCE: Moscow. Institut atomnoy energii. Doklady, UE-957, 1965. Isoledovanlye
vliyaniya skvazhnosti berilllyevogo otrazhatelya m!. potok teplovykh netronov v gorizon
tallnykh puchkakh, 1-32
TOPIC TAGS: reactor reflector, neutron beam, neutron flux
ABSTRACT: The Intensity of strong neutron fluxes (1010- 10 11 n/cm2- see) at the exit of ex-
perimental reactor beams is in part determined by the flow of thermal neutrons at the header
of the beam and by its cross section. In turn, these depend on the properties of the reflector.
Since the authors were unable to Imitate on the critical stand the active zone with the required
spectral composition of the neutrons, they Imitated the "thermal" active zone by establishing
the appropriate distribution of the thermal neutron flux within the beryllium reflector. This
was achieved by placing a 0. 5-mm thick cadmium filter between the active zone and the re-
flector. The present article describes the critical stand used and the methodology of the
Card 1/2

LVTM/alp(m) WW
ACC NRs AP6010838
NY) SOURCE CODE:
UR/0421/66/000/001/0032/0036
AUTHOR:
(Leningrad); Korotkin. A. I. (Leningrad)
ORG: none
TITLE: Influence of the transverse velocity of the flow in an incompressible boundary
layer on the instability of the laminar state of the flow
SOURCE: AN SSSR. Izvestiya. Mekhanika zhidkosti i gaza, no. 1, 1966, 32-36
TOPIC TAGS: incompressible boundary layer, boundary layer flow, laminar flow, laminar
boundary layer, boundary layer stability, flow velocity, transverse flow, Reynolds
number, incompressible flow
ABSTRACT: The stability of the laminar boundary layer is investigated, taking into
account transverse velocity components in the flow arising from a small amount of purr-p-
ing that causes mass outflow from the layer. The analysis is carried out for the case
of incompressible flow for such models as boundary layer flows with partial removal of
the mass at constant rate at the lower boundary of the profile. It is shown that above
a critical transverse velocity the flow remains stable for all Reynolds numbers. In
contrast to the analysis where transverse flow is neglected, the stability region is
finite and is bounded by lower and upper critical Reynolds numbers. The instability
region diminishes with the increase in the transverse velocity. The analysis can be
used lo determine the amount of.pumping for varioUs profiles needed to insure laminar

L-33?60~66
ACC NRz AP6010838
flow; results for one special profile have been obtained and are discussed. Orig. art.1
has: 14 formulas, 5 figures.
SUB CODE: 20/ SUBM DATE: 28Jul65/ ORIG REF: 001/ OTH REF: 005
C.rd 2/2

ALL NKi AT6031142 SOURCE CODE: UR/3136/66/000/066/0001/0024
AUTHOR:,..Aleke Yu. N. B.rodskiy, A. M. ; Zabe
.. lin, AI_- Kevrolev, V. P.
D. V.; Tetyukov, V. D.; Fish, Yu.
-Lavrovskiy,, K. P.; Mak~rov. L. 43407_,
let
ORG: none.
TITLE: Analysis of tests of a unit for the atomic power station "Arbus' r
Jo
regenerating a gas oil coolant by degeneration hydrogenation
SOURCE: Moscow. Institut atomnoy energii. Doklady, IAE-1066, 1966. Analiz
ispytaniy ustanovki destruktivno-gidrogenizatsionnoy regeneratsii gazoylevogo
teploriositelya AES Arbus, 1-24
TOPIC TAGS: organic moderated reactor, organic coolant, atomic energy,
atomic power station, organic cooled nuclear reactor, catalyst, catalyst
regeneration/Arbus-I atomic power station.
ABSTRACT: An analysis is made of data obtained in the experimental operation of
the "Arbus-I" atomic power station and related laboratory studies. The "Arbug-Ill
differs from other atomic power stations using organic-cooled and -organic -mod er-
ated reactors in that its gas oil coolant is regenerated by means of a hydrogenation
card 1/2
-1 -~_ I - - - - - __ ..... ... .--------
7. 1-c-a-rd-Z

.7

to Irradiad6n
bongo of the properties ol_&!ftt~tle OW111F
IVC

with neutrons. KlintenkovAnd Yu. N
AICUCAQ.
"
'7.R- -ISPOVZO.-anlyll
w1had. Alank. .5~3_ . PO AllrnflffW
_r ~t-A
il
d
i
M
k 1955
d E
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ose
an
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tomn
1
.
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,
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,
of the
efcc. and thermal th"#,(qlublq,,f cl;"ticity,
of the Imardne-ts, nud of lite ditntrigiolmof grapiitte (1) sump"
which wat irradiateil %vith a neutron flux up to the integral
dose ttvt - jollcul.-I, tire 91lown In ciaves. 77ho irrudiatiow
was doac,in to nuclear reactor yiefiling a flim t1r, - 2 )e 10"
cm.-I sec.-' The clee. mistauce increascd 34U, the
im,,thilits of tLasticity 2, nsid the tiltrillAl cond. th-creasell P
t02061fles. 711C ~Pecirlc Vol. hlrm_'j,%Pd Severif %. Dch;e.
Schcrter dingrarns tire presented showbig firge chmigen of
tj%e~ l,,;fjuctjjrc t)wijig to irradia tion. Annealing of it n1diaird
I'll, i 51towed thit tht tegraphitization Marts W temps.
just a little above tjt,4 irradi 'atiou t(!mp. At
200-3M' this reaction becomes urlticcjible, but a good rate
is only obtained at Imt-IJOV, and the graphitizalim) is
,
complete at 20W'. For Rlim-aling at 200-3W the artiva-
tion energy and the energy yields were detti. The expts.
lead to Alm conclusiun that the in-adiation efftctq ill I
are a function of the irradiatiati lemp. ant) of the neutron
spectrum, The irradiation epuses iri I m, Itim-tion of a
slitiril c atoms ill the I lattice, loiryther
Solid sol". of inter,

kn,~_ /n

AUTHOR: Alekseyenko, Yu.N.
89-;'r-_!.'-7./23
TITLE: The Use of a Direct Flow-Cycle in a Boiling-Water Reactor
(Ob ispol'zovanii pryamotochnogo tsikla v kipyashchem voayanom
reaktore)
PERIODICAL: Atomnaya Energiya, 1958, Vol. 4, Nr 4, PP. 366-367 (1JSSR)
ABSTRACT: In order to solve the problem concerning the character of the
decrease of neutron density ~n the upper part of a boiling-water
reactor and in order to detemine non-uniform heat emission in
the entire reactor volume, such a reactor was calculated with the
following results: 1.)-The decrease of neutron density from the
center towards the periphery in the upper part of the reactor
is the consequence of the low density of the moderator in this
part and takes place rapidly. This fact may easily lead to the
fuel elements located above the water level being overloaded.
2.) The coefficient of non-uniform neutron density over the reac-
tor volume is very high and, in a reactor with R = 500 mm and
H = 800 mm of the active zone, it attains a value of KV = 5,50
Card 1/2 with K. = 3,60.

The Use of a Direct Flo;Y-Gyole in a Boiling-Viater Reactor 39-4-4-7/28
3.) The zone with the maxinum neutron density coincides with
respect to height with that in which the temperature of water
is already nearly equal to saturation temperatures where, how'-
ever, there has as yet been no boiling.
If, thus, a boiling-water reactor with only one flow cycle is
built, the surface of the fuel elements must be particularly
well developed for the heat transfer. There is 1 figure and
1 table.
SUBMITTED: November 4, 1957
1. Reactors--Desi~n 2. Reactors--Heat transfer
3. Reactors--Performance 4. Neutrons--Density
Card 2/2

21(1) SOV189-6-5-13133
AUTHORS: Aleksenko, Yu. N., Kakushadze, L. Yo.
TITLE: Radiation-induced Modification of Some Physical Properties
of Graphites With Various Degrees of Graphitization
(Radiatsionnyye izmeneniya nekotorykh fizicheskikh avoystv
grafitov razlichnoy stepeni grafitizataii)
PERIODICAL: Atomnaya energiya, 1959, Vol 6, Nr 5, PP 568-569 (USSR)
ABSTRACT: The prediction made by V. 1. Klimenkov, and Yus N. Aleksenko
(Ref 1) that the increase of volume of graphite bombarded
by neutrons due to de-graphitization is checked experimental-
ly in the case of 6 graphite samples ( 5-5-70 mm) with dif-
ferent degrees of graphitization with a dose rate of
6.2. 1020 neutrons/cm 2. The average neutron flux amounted to
13 2
(1-5 - 2) 10 n~cm .sec. The samples were kept at a tempera-
ture of 3;0-450 0 during irradiation. Before and after irradia-
tion the following sample measurements were carried out:
1~ Measurement of length by means of an ordinary micrometer.
2 Electric resistance by means of a potentiometer PPTV-1.
3 Thermal conductivity. 4) Temperature of the samples by
Card 1/3 means of a thermal cross in conjunction with the potentiometer

SOV189-6-5--13133
Radiation-induced Modification of Some Physical Properties of Graphites
With Various Degrees of Graphitization
PP-6. Measuring results are given by tables (changes of length)
and by curves (dependence of electric resistance and thermal
conductivity on thd temperature of graphite), and permit the
following conclusions: 1) The absolute change of the amount
of electric and thermal resistance occurring in the samples
as a consequence of damage caused by radiation does Act depend
on the degree of graphitization. 2) From the measured variation
of thermal conductivity it may be concluded that the damage
caused to the graphite lattice by radiation exercises an in-
fluence upon the distribution of thermal oscillations which
is similar to that exercised by constant scatterire.- substances
on the boundary surfaces of crystallitee. 3) The variation of
electric conductivity caused by radiation damage is probably
due to the "traps" of the electric charge carriers additionally
occurring in the semiconductor- 4) The fact that no swelling
of the graphite samples vas found to occur during the investi-
gations gives rise to the assumption that this effect is caused
by lose stable irregularities in structure, which do not occur
during neutron irradiation within the temperature range investi-
gated- 5) Radiation annealing could be observed. There are
Card 2/3 2 figures, 1 table and I Soviet reference.

ZVONOV, V.V.; ALEKSMIKO Yu N.; STROGONOV, V.A.; MESHCH&,YAKOV,
M.N.;'MYNHd6t~.; YAROSLAVTMV, B.Ye.
(Critical tests of an organic moderator - monoizo-
propylbiphenyl) Kriticheskie opyty s organichaskim za-
medlitelem-monoizopropildifenilom. Moskva, In-j-qjgm--
noi ener 11 94 SSSR 1960. 0 (MIRA 16:12)
~-~I~Iear r~eac orM-Matierials) (Biplierjyl)

'. KHRAMCHENKOV, V.A.
Thermal stability of the organic coolant monoisopropy1diphanyl.
Atom. energ. 13 no.1:47-50 J1 162. (NIRA 15:7)
(Nuclear reactors) (Biphenyl)

-----ALEKSENKO,--YueN-i-;-- POLUSIMN.,--K-K.; -ZVONOV, - 14. -V. ;--TEM-,MOV,_
."Organic moderated nuclear power plant."
report submitted for 3rd Intl Conf) Peaceful Uses of Atomic Energy, Geneva
31 Aug-9 sep 64.

o::
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EVA,
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H. T.
A*&-ILA "TAL&OR"AL WERATIN CLASMOTOW
o 0
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U a if 10 As Am I "* 0
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A
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go's
Of
FOOM111 .0

0 o 0
not CAAMS of the amount of residual Prottla alu"an -00
L VC,~, F. r.1 t~ V N, io~' * ~ -
to the salve of the is"d gtand dadU a Prolonged *am-
0
: MmUm. J. (Uktanw)
da,%,
U

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ri in ussiall. . In Wish S4
now.
lit us~
rj~~
Xkjm.jWerd.ZkNr. 193#.No.8.40, d. C.A.33.6411P.,
00 --The eftect of a prolonged soctrtimixis tile content of the -00

0e d va of the Parotid
residual ancl the protein N in the Sali _0411
gtud of a dog was luvwficated. The mitmal content of
00 a
the residual N is 0-14 ins. % and of the protein N 17 -30 -00
-0,0
The clianges in the residual N content during a
00 C PfWocSrd x-cretion gave no such uniform fluctuations as 00
l

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n
site changes in the Protein content. Thrdisappearamrof,
-00
the residual N frotu the safiva tm* plare brfom that of'
090
file protrin N, The "Oration of the 114kinial irtidual N
00 a conlent after a rmilonsed secretion ot-rurted after 3 4

go da)-switile thecontirnt of theprotein N lit the fuliva was rv-
roe
Stated in tuirinal after 5-41 days. W. R. l1run
a see

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S 2 - S L A AITALLURGICAL 1,11111AIVRE CLASIMPICATION goo
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mom
PROCASSIS AMD Ostwislors j"Oll
li~P.F-KsFewrsevA, rme-cz.
W*& L S.
V Wim; lsl--lW-lu
MR" P"
VI Irmal
'J &p So' tomist.. but
IS
90 .3 #bon a Coast.
J. N. A.
Aid-ILA SITALLURCICAL WCOATURE CLAIMFICATION
a 3. V
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6 1 f to of 1) OF a If U III to 04 IFa
it to
A- I.-L .:,I
Changes in die- Ilittlic add content of saliva from- the
Wofid gland during and after secrttion. R-'L Alck-
7.11,
t -40,:g .,, (3) After such prultontril pet"I &mx-rv-
,ton the ~! content i% below nortnal for the fir-I X-1
tlay%, after which it returns to normal. C. S. Shapiro
A I a. S L A sIVALLURCICAL LITEXATURIF CLAUMPICATI"
30" SIVIIIJAW.
Goes NV
41 41 a U if0 10
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wool
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Biochem. J.
p IM. 134-5)(1940); cf. C. A.
000 (lit RUU111t), 33-3-4; Inle4nj of Stlerlsl and Yenou* blood
33, S-14M.-The -91,
00 1 undergoct Mthalous thythinic fluctuatiOM that Of IlIP
less tegutar. Tht fluctua-
:0.3 Vein bri%wore drawn out and n most cases. 8%
60w e The opposite directions I W
t ions axe
at rest were used. The blood was, drawn simultaneougY
(toul An attery and a veiri every 3 min. for 90 n,',n,,.,,
D.G
IS . I L a61TALLUNSICAL LIUSAILMM CLASSIFXAVOW
4634611 U11 fi%V M F1.1 Jill
W ; r FA --
u III A? 10 Al ; I ~ I ; I $A 4 a 0611 1
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0 a 0 Ole 0 0 0 0 0 e 0 0 o 0 o 0 4 0
0 : 0 0 6 0 0 0 0 a 0 0 0 0 6 0 0
a 0 0, 0 o 0 * 0 0 a a * a 6 aiA

AIMSENTSEVA, Ye,S,
Effect of pulmonar excioion on blood augar and chlorideo, Vopro
fiziol. no*89137-141 154, (MIRA 1411)
lo VItebakiy meditoinokiy inotituts
(BLOOD SUGAR~ physiology
offe of lung excia6i
(CHLORIDES., in blood
off, of lung emai06)
(BLOOD9
oblorideap off. of lung excia.)
(LUNGS9 offset of szoision,
on blood ablorides and ougar)

AIXKSENTSrbVA, I.S.
Iffect of arterial bypertension on the emaciation and restoration of
gastric glands. Fiziol.zhur. (Ukr.) 1 no-3:51-58 MY-Ja 155.(HLRA 9:9)
1e Vitabolkiy medichniV institut, Kafedra normallnoi fiziologit.
(HYPERTINSION) (STOKAGH--SEGRICTIONS)

PUTILIN, N.I., prof.,vztv. red.; ALEKSENTSEVA, prof., red.;
MAKARCHENKO, A.F., akademik,, red.; PRIKHODIROVA, U.K.,, prof.,
red.; SKLYAROV., Ya.P., prof., red.; TORSKAYA, I.V,', kand. biol.
nauk, red.; FELIDMAN, A.B., prof., red,; FILIPPOVA, A.G., kand.
biol. nauk, red.;,FUGOLI, O.N., prof., red.1 YANKOVSKAYA, Z.B.p
red. izd-ia; MATVEYCHUK, A.A., tekhn. red.
[Selected works)Izbrannye'trudy. Kiev, Izd-vo Akad. nauk USSR,
1962. 454 p. (NEIRA 16:3)
1. Akademiya nauk Ukr. SSSR (for MELkarchenko).
(PHYSIOIDGY)

1, i'
-- 1',~'.,~,!TSEFVAY E-S.
Cardtuc WAIVAY in SOMe fol-nis of experl-,aental.
electrocardiographic data. Fdziol. zh-ar. Nk--.] 9 no.2i221-
228 14r.,!,p 163. (,'4lTjt 18:3)
1. Kafedra norma-11noy fiziollog-ii Vitlebskogo modllts~-'kogc in~~tituta.

-ALFJ%~EROVj--A,-S,-
"On laboratory Methods of the Analysis of Leptospirosis'"
a report given at the first republic scientific-practical conference of physician-
bacteriologists of the Oceintific Research Institute of Epidemiology, Microbiology,
and Hygientof the Ministry of Health Azerbaydzhan SSSR hold in Baku, 25 Apr 56.
SUM: 136o P. 239

and Blood Substitutes. rR-4
Abs Jour: Ref Zhur-Biol., No 12, 1958, 55468-
Inft-r : Azerbaydzhan 8cipntific Research Institute for
Blood Transfusion.
Author : Ali-Zade, F.M. , Alekserov G.St. Sadykhov) K.A.
: Study of the Ag~ ~-uHMTH-n-'-Frcperties of Erythrocytes
Title
in Various Preservatives.
Orie Pub: Sb. nauchn. tr. A-zerb. n.-i. in-ta perelivaniya krovi,
1957, vYP. 3, 112-114-
USSR/Bman and Animal Physiology. Blood. Blood Transfusions
libstract: The blood of 10 donors belonging to the A mid D
groups was banked in the solution No 7 (2 gr of
acidic citrate, 3 gr of Glucose) 0.5 gr of albu-
cite, 0.003 gr of rivanol, and up to 100 ng of
bidistilled water), and in the No 7 alcohol Bolu-
Card 1/3

USSR/Hurm and Animal Physiology. Blood. Blood Transfusions
mid Blood Substitutos. T-4
Abs Jour: Ref Zhur-Diol., No 12, 1958, 55468-
glutination titer of the blood, and for a period of
40 days for the double reaction determination of
blood groups. During the first day, the hemaggluti-
nation of E which was banked in the No 7 solution,
occurred after 7-12 seconds, and during the 70th day
after 97-99 seconds. When E was banked in the No 7
alcohol solution, hemagglutination occurred after
9-12 seconds on the first day, and after 95-135 seconds
on the 60th day. Thus, the banking of blood in the
No 7 solution is justifiable from the practical point
of view, for this method secures a longer preservation
of the capacity of E for agglutination.
Card 3/3

ALEKSEROY X N
Biological chdracteristics of the development of the cotto3a plant
and its productiv;ty in relation to different growing methods. Izv.
AN Azerb. SSR.Ser. biol. imed.nauk no.9:31-" 161. (KMA 14:12)
(AZERBAIJAN-COTTON GROWING)

124 - 57- 1- 773
Translation from: Referativnyy zhurnal, Mekhanika, 1957, Nr 1, p 102 USSR)
AUTHORS: Alekserov,S.A., Makhmudov,Yu.A.
TITLE: How to Construct Electric Simulators of a Petroliferous Reservoir
(K voprosu konstruirovaniya elektricheskikh modeley neftyanogo
plasta)
PERIODICAL-. Izv. AN AzSSR, 1955, Nr 8, pp 3-10
ABSTRACT: A schematic description is offered of the construction of the
electrical simulation model (analog computer) EM-8 for the sol-
ution of the nonstationary processes of the filtration of oil in
reservoir conditions that are described by differential equations
in terms of partial derivatives of the Fourier type. A schematic
model circuit is adduced, which consists of- 1) a resistor network
with capacitor units connected therewith, 2) a periodic repeater
block with a program-time unit; 3) a block for the inclusion of
wells; 4) an "initial -conditions" block; 5) an electronic-
measuring-instrumentation block; 6) a block for the discharge of
the contents of the model network; and 7) a feed block For
greater simplification of the technique of measurement and an im-
Card 1/3 proved accuracy, the simulation process can be quickly repeated

124-57-1-773
How to Construct Electric. Simulators of a Petrotiferous Reservoir
by means of the periodic repeater block (2). In the EM-8 computer the switch-
ing, the stipulation of initial and boundary conditions, the measurement, and the
preparation of the network for repetitive switching are performed with the aid of
special circuits equipped 'with electron tubes, which replace the rotating electro-
mechanical contacto r - relay- type switching units preViOUBly employed, which had
not proved themselves in practical operation. This permits one to choose a time
'Cl simulating the production period of an oil deposit sufficiently small so that
the capacity of the condensers attached to the resistor network does not have to
be too big and will not require an enlargement of the overall dimensions of the
simulator. In the electric simulator EM-8 T, changes from 0.1 to 0.002 sec.
The electrical fluctuations from the periodic repeater unit are conveyed to the
time unit, where the time period --ri is divided into 100 parts, BO that the pro-
cess may be investigated in the course of any one of these 100 time intervals of
11!~ I *The electronically measuring instrumentation contains provisions for the
photographic recording of the measured function u = f (x, y, t) at crucial points
of the simulator network. For this purpose two cathode-ray tubes in parallel
are employed: one, a large-diameter 13LO36 tube, which serves as the prin-
cipal tube, the other an auxiliary small-diameter 8L029 tube. The function
u=f (x, y, t) is photographed from the principal tube, while the visual obser-
vation is done on the auxiliary tube. Visual observation and measurement of
Card 2/3

124- 57- 1- 773
How to Construct Electric Simulators of a Petroliferous Reservoir
u = f (x, y, t) at any desired crucial point of the network is also possible.
P. F - Fillchakov
1. Petroleum--Filtration process--Simulation 2. Fourier's series--Applicat'Lons
3. Simulators--Construction
Card 3 /3

ALMSEROVA S.A.
Determining the stress exerted on the link plate of a roller chain
with bushings during the pressure setting of pins. Dokl. AV
Aterb. SSR 13 n0-2:107-116 '57. (MIRA 10:7)
1. Predstavleno akademikom AN Azerbaydzhanskoy SSR Z.1. Khalilovym.
(Strains and stressee) (Link-belting)

AIZUEROVAD, Zami!za Salim; LWASH, It& Hatvayevna; VESTEPMMO, Galin&
=""O"yeTmovn4L; GUSEIVOY, Aj.As, redaktor; KADv-RLI, A.M., tekhnichaskly
redaktor
CEquipment of the laboratory of oil refining plants] Oborudovante
laboratorii neftepareabatyvatushchikh zavodov. Baku. Goo. nauchno-
takhn. iza-vo neftianoi i gorno-toplivviol lit-ry, Azarbaidzhanskoe
otdelanie, 19%. 42 p. (MLTtA 8:6)
(Chemical laboratories-Apparatus and supplies)
(Petroleum-Refining)

A . I
I-F,K~7VICRI Ya .~ FT,3HKG, Ya.G., Rand. mw~. na!l
Fluornscent anitbody techniqus in the detection N!~ tatanop -~,'-OAU.
Voor-mdahlir. no.10s47-50 164. f4fiffA lk5) ,

L 05133-bl LVT( 0- JK
ACC NR- AP6032093
SOURCE CODE: UR/0438/66/028/005/0058/0061
AUTHOR-' AlekseyXch, Yaj,,--Aleksevich, Ya. 1. ; -Chumachenko, S. S.
bmawwwomm- -
ORG: Llvov Institute of Epidemiology and Microbiology (Institut epidemiolobiyi
i mikrobiolohiyl)
TITLE: Comparative evaluation of new methods for detecting tetanu agents
SOURCE: Mikrobiolohichnyy zhurnal, v. 28, no. 5, 1966, 58-61
TOPIC TAGS: tetanus, fluorescent antibody test, hem agglutination test,
immunoelectrophoresis, tetanus detection, toxigenic tetanus, nontoxigenic. tetanus
ABSTRACT: The possibility was investigated of applying the fluorescent antibody
mithod,6the passive hem agglutination test, and immunoelectrophoresis for detecting
tetanus. The data obtained were compared by bioassay on albino mice. Investigatio
were carried out on seven standard strains of tetanus bacilli, 155 soil samples, and
material from 33 tetanus patients. A biological test on albino mice may detect only
those tetanus strainB that produce biologically active toxin. The method of fluorescir
antibodies can detect tetanus ibacilli visually within 24 hours, but cannot determine
their vital activity and toxigenicity. The passive hem agglutination test can detect bo
card 1/2

ACC NR: AP6032093
toxigenic and non-to.~igenic tetanus strains, since the specific antigen is found both
in the form of toxin and of the non-toxic component. Immunoelectrophoresis may
be used when the res'filts bbtalned by other methods are inconclusive. Thus, to detect
all tetanus strains inmaterial under examination the fluorescent antibody method or
the passive hem agglutination test can be used along with bioassay. Orig.- art. has:
3 tables. [Based an hLuthors' abstract] LI-W-4. 9'63 [KS]
SUB CODE: 06/ SUBM DATE: 26Jun65/ OTH REF: 003/
Ir d 212

Strength of Construction Elements
Disiertationt "The Process -'of Crack'Development in the Tension Zone of Reinforced
concrete'Beams in the Case of BeaWng' With a Tran~verae Force." Cinid Tebh'SOij
All-Unibn'Sci Res bast of Railroad Construction and Planning, Moscow, 1953.
(Referativn,yy Zhurnal -- Mekhanika, Moscow, Mar 54)
SO: SLTM 213, 20 Sep 54

5eF Ye /-/ 4~:- 1v &~, c)
pd~ A. V- 124-1957-10-12121
Translation from: Referativnyy zhurnal, Mekhanika, 1957, Nr 10, p 128 (USSR)
AUTHOR: Alekseychenk6, A. V.
TITLE: Investigation -of the Development of Cracks in the Tension Zones
of Reinforced -.Concrete Bridge Girders Subjected to Transverse
Bending Forces (Issledovaniye protsessa razvitiya treshchin v
rastyanutoy zone zheiezobetonnykh mostovykh balok pri ikh
rabote na izgiO a poperechnoy siloy)
PERIODICAL: Tr, Vses, n.-i. in-ta transp. st-va, 1956, Vol 19, pp 177-250
ABSTRACT: Experimental data on the laws governing the formation of
oblique cracks on reinforced concrete beams subjected to bending
by forces perpendicular to their axis are presented. The same
f#r.tors are influencing the dev7elopment of oblique cracks as those
governing the vertical cracks in the* sections where the longitud-
inal reinforcement bars are placed. The following factors influ-
encing the development of oblique cracks were experimentally
established: The diameter of reinforcing bars, the coefficient of
the reinforcement of bent rods and stirrups, the strength of the
concrete, the stresses in the reinforcing steel, and the mode af
Card 1/2 applititikin-*-oif the loads (singularly or repeatedly), The Author

124-1957-10-lZI21
Investigation of the Development of Cracks (cont.
disputes the us~qal method of determining the thickness of a rein-
forced concrete girder on the basis of the principhl tensile
stresses in concrete. Instead, he proposes that the wall thick-
ness be computed on the basis of the formation of crAcks and the
principal compressive stresses. A forzyiula.is given for the
determination of the largest possible cracks in order to ensure
that such cracks remain within safe limits, namely, of the order
of 0.3 mm. Additional crack openings, as a result of repeated
load, attain 40-50 percent of the openings created by the first
loading.
K. S. Zavriyev
Card Z/2

SUBBOTIVAl AL I F. ,
EiP 4GIJ, L.S.; BAYOU'011SIAY1, 0. Z
A
BUUTOVA, Z.I.; BUM1,1111KOVA, S.P.; DUBROVSKAYA, IT.F.; KISEL11-wip
E.N.; KOZLOU, G.E.; KUZIVA, V.I.; YRIVOBORSKIY, V.V.; USHAKOVAp
I
lll.v.; FPMUUIJ Ye.V.
[Cretaceous and laloogens Foraminifora in the Ilest Siberian
Plain ] Foraminif ~'i melovykh i paleogenov-ykh otlozhenii Zapadno
Sibirakoi nizmennosti. Leningrad, Pedra, 1964-455 P. (Leningrad.
Nauchno-Assledovatelfskii geologorazvedochnvi institut. Trudy,
no.234). WIRA 18:1)
1. Vsesoyuznyy rieftyanoy nauchno-issledovate'Llskiy geologoraz-
vedoclmvy institutp Tkningrad; Sibirskiy nauchno-issledovatell-
skiy institut geologii, geotiziki i minerallnogo syrlya*, Novo-
sibirskoye territoriallnoye greologicheskoye upravleniye-i Tyu-
menskoye territatiallnoye geologicheskoye upravleniye.
--U

ALEKBEYCITIK, N.A.
[Operation of "Belorus'" tractors] lgkspluatatelia traktorov
"Belarual". Minsk, Goe.izd-vo BSSR, Red. sellkboz. lit-r7,
1958. 166 p. (MIRA, 12:1)
(Tractors)

ALEKSEYCHIK, N.A. [Aliaksoichyk, N.A.]. kand.takhn.,muk: RAZMYSLOVICH,
BUTZ IN, G. [Butylin, H.1, red.;
EPANOVA, H. [Stsiapanave, 11.1. tekhn.red.
(Machinery and equipment for mechanizing the cultivation of
potatoes and vegetables] Mashyny i prylady dlia nekhBnizatayi
vyroshchvannia bul'by i barodninnvkh kulltur. Hinskj Dziar-
zhaunae vyd-va BSSR, Red.sellskahaspodarchai lit-ry, 1958.
275 p. (MIRA 13:1)
(Agricultural machinery)

--.PUSHKAYN -101 profe --dok'-Nor-- eel I skokhozyaystvannykh nauk, -red, ~-- AMBROSOV---__
A.L.: STIFANISHIN, S.Te.;.ROVDO, ALIMM,
P.1o; OGM, I.Mo; ADAMOV, I.I.; BUT t Go, red.; L&RIN, V., red.;
STIPANOVA, N., tokhn, red.
[Potato growiug*in White Russia] Kul Iturs, kELrtofelia v BeloraBskol
SSIL Pod red. I.If Pashkareva. lzdo2., Ispr, i dop. Minsk, Goo,
izd-vo BSSR, 1958- 356 P. (MIRA 11:7)
(White Bassia-Potatoes)

Andreyevich, kand. tekhn.nauk; ",TA--',01TYBOPIJYY,
ALEKS '
F.T., red.; ZE241KO, M.Y., tekhn. red.
(mechanization of the production and use of local fertilizers)
Mekhanizatsiia proizvodstva i vneseniia mestnykh udobrenii.
Minsk, Gos.izd-vo sellkhoz. lit-ry BSSq, 1963. 202 p.
(M]R-A 16:12)
(White Russia-Fertilizers and manures)

ALEKSEYCIIIK~ N. I.
Alekseychik., N. I. -- "The Effect of Minsk Mineral Water from Drilled
Well No 2 on the Secretoryand Evacuation Functions of the Stomach of the
Dog.t' Minsk State Medical Inst. Minsk, 1956. (Disseration For the Degree
of Candidate in Medical Sciences).
So: Knizhnaya Letopis', No. 11, 1956, PP 103-114

ALEKSBYGHIK, N.I. [Alyakoeychyk, IT.J.]
:'.
I . 00v ~~j.tj~ I-" , - ~
ffect of Minsk mineral waters from the well No.2 on the secretory
function of stomach in dogs. Vestai AN BSSR. Ser. biial. nav.
no.4:119-140 157. (MIR& 11:6)
(MINSI--MIMAL WATERS) (STOMACH-SECRETIONS)

AILKSEYCHIK, N.I.; MARTINOVICH, G.I.; MALYANOVA, G.I.; KUROPATENKOP G.F.
Effect of the Mnsk gassed mineral water from the boreholn No.2
on the seoretory and'evacuating function of the stomach ancl'on
diuresisorin dogs. Vop. fiziol. ch6l. i zhiv. no.1:163-167 160.
(MIRA -14:10)
1. Belorusskiy na4chno-isbledovatel'skiy institut nevrologiis
neyrokhirurgii, fi:zioterapii i kafedra fisiologii cheloveka i
zhivotnykh Belorusskogo gosudarstvahnogo universiteta imeni Lenina.
(MINSK.-JUNERAL WATERS) (STOMACH)
(DINiETICS AND DIU.-TMIS)

ALEKSNYCHIK, R.I., vrach
Use of the bronehogeope in the antitub6rculosis dispensary. Zdrav.
Belor. 5 no.10:65-67 0 '.59. (MIRL 13:2)
1. Iz protivotubarkuleztogo dimpaneera No.2 g. Minsks. (glavnyv vrach
Yu.G. Alikina).
(DPDNOBOSCOPY) ... (TU13MLC=SIS)

Maw

Pw
,

-- -- --
20 SSSR (600)
4o Geoloa, Stratigrapbic-Sakhaiin
. 7. Certain pemliarities:in the Composition and conditions of accumulation of
Tertiary deposits on Sakhalin,
DokI. AN SSSR 87 No- 3, 1952
9. Monthly List of Russian Accessions, Library of Congress, FebruarZ - .1953. Unclassified.

MWOeo-logy Tectonic formation
out 1/1. Pub. 46 3M
Alatho" j Alskseychiki, S. N.
Utu I Sah6z~s for tectonic division of Sakhalin into regions
I AIN SSSR. ser. geoli 5. 36 --459 soy -_Oct 19~4
AbSUSA I A imthod is expourded for.tectonic division of Sakhalin into regions
and in which the territory is divided into three basic structural ale-
--mant e s-two -antic line s--and-. one -synclit-, i-
or um,
Each -one of - the enticlines in turn in subdivided into a number of zonese
Thei:synciinorium, howave-r#-ramains undivided because of the matter'not
having been sufficiently.studiede A description is given of all the
elements of the structural division and the principlestages of the,
.folding of the surface. Five Soviet referances'(1932 1952). Drawing.
-Inatitutions
:'Submittedi October 27 1953

k KUZINA' I.N.; RATNOVSKIY. I.1.
.~ ~ _-.
Stratigraphy of terti4ry deposits of Sakhalin Island. Biul.MOIP.
Otd.geol. 29 no-5:37-50-S-0 '54. (MMA 8:1)
(Sakhalin--Geology, Stratigraphic)

15-57-8-11394
Translation from: Referativnyy zhurnall Geologiya, 1957, Nr 8,
p 183 (USSR)
AUTHOR: Alekseychik, S. N.
TITLE: Conditions of Petroleum Accumulation and the Petroleum
Potential of the Upper and Middle Miocene Deposits of
Northern Sakhalin (Usloviya nakopleniya i neftenosnost'
verkhne i srednemiotsenovykh otlozheniy Severnogo
Sakhalina)
PERIODICAL: Tr. Vses. neft. n.-i. geologorazved. in-ta, 1956,
Nr 99, pp 119-157
ABSTRACT: In a geologic section of Tertiary deposits of Sakhalin,
four series are distinguished from base to top: the
Khondzhinskaya, the Verkhneduyskaya, Skobykayskaya
and Nutovskaya. The Khondzhinskaya seriya (series) is
represented by volcanic sediments and volcanic rock,
Card 1/4 and is divided in the southern part of Sakhalin into

15-57-8-11394
Conditions of Petroleum Accumulation (Cont,)
the Arakayskaya, Kholmskaya, Nevellskaya, and Chekhovskaya svity
(formations). In the northern part of Sakhalin, the Khondzhinskaya,
Uyninskaya, Pilengskaya, and)possibly, the upper Langeriyskaya Lvity
(formations) are differentiated; these are stratigraphically ana-
logous to the Khondzhinskaya seriya (series) of the southern part.
The basis for differentiating the stratigraphically higher upper
Duyskaya seriya (series) is the presence in its sediments of coals
and carbonaceous seams and the regressive type of its deposits.
This series is represented by the upper Duyskaya formation of the
southwestern part of northern Sakhalin, the Daginskaya formation of
northeastern Sakhalin, the Uglegorskaya formation of southern
Sakhalin, and the upper Langeriyskaya formation of the southwestern
areas of the island. The deposits of the Okobykayskaya seriya
(series) are of the transgressive type. This series is represented
by the Okobykayskaya, the Sertunayskaya, Nanivskaya, Kurasiyskaya,
Aleksarydrovskaya, in part of the Maruyamskaya, and possibly the very
lo~llqst,p.~rts of the Tamlevskaya svity (formations). The Nutovskaya
,:'2
Card, 4,.

15-57-8-11394
Conditions of Petroleum Accumulation (Cont.)
seriya (series) is composed in large part of friable rock and
basically of sandstone. It is represented by the Nutovskaya, Tom-
levskaya, and Rybnovskaya svity (formations) and the tops of the
Aleksandrovskaya and Maruyamskaya formations. The necessity of
assigning different names to time-equivalent formations is due to
the association of Sakhalin with the foreflexure of the Tertiary
geosyncline, the extreme tectonic mobility of this region, and the
consequent variation of the lithology. The author cites the extent
and lithological characterization of the middle and upper Miocene
sediments for the northern part of'Sakhalin and attempts to recon-
struct the paleogeographic and facies environment of the middle and
upper Miocene period on the basis of the lithology of the rock, its
horizontal and vertical chan es, geochemical data, and general
geological considerations. Re presents two facies maps of the
Tertiary basin of the northern half of Sakhalin for the middle and
upper Miocene. He also includes a survey of the petroleum resources
of the upper and middle Miocene, based both on indications of the
Card 3/4

Conditions of Petroleum Accumulation (Cont.) 15-57-8-11394
presence of petroleum and on industrial yields, and he analyzes the
relation between the various types of sediments and indications of
the presence of petroleum. On the basis of the data, he concludes
that the petroleum host rocks are the marine shoal-water and coastal
type sediments. The Sakhalin petroleum deposits are considered to
be primary deposits. Secondary deposits are those associated with
faulting and with possible east-west transverse migration. Tec-
tonically, the author relates the petroleum-bearing areas to the
region of northward plunging eastern Sakhalin anticlinorium. He
describes various small folded forms and the faulting of the de-
scribed area. Three tectonic zones are distinguished within the
limits of the eastern coast of northern Sakhalin. Thepe are the
Okhinsko-Ekhabinskaya the Dzhimdan-Daginskaya, and the Nabillskaya
tektonicheskiye zony itectonic zones), located from north to south.
Stratified anticlinal and tectonically isolated types of deposits
are distinguished. Bibliography includes 21 titles.
Card 4/4 A. V. SollovIev

AMSBYGRIK, S.N*
Geological structurs of the northeastern part of Sakhalin and
plans for 1~xrthsr petroleum prospecting In this region, Geol,
neftl 2 no'lizz-29 A lot (MIRA MI)
Structural)
(Sakhalin-Petroleum geology) (Bakhalin-Geology,

YCHIK, Stepan Nikolayevich;pri uchastii sleduyushchikh: GALITSxV_3ZZYUK#
G )m-rI.--."~'xXrmv, S.M.; KrRIi!HM, M.A.; KOZLOV, A.L.;
i;qm L.B.; RAT=, Md.; HATNOVSKIY, I.I.; RAKHMAROV, K.F.;
TABOTAKOV, A.U.; TSITZI&O, N.D.; GOIWKOV, I.A., nauchnyy red.;
KNAREV, L.A4, vedushohir red.; YASITCHURZHINSKATA, A.B.# takhn.red.
rGeology and gas and oil potentials of northern Sakhalin]
Geologicheskoe stroenie i gazoneftenoonont' severnoi chasti
Sakhalina. Leningrad, Goo. nauchn. -tekh.izd.-vo neft. i gorno-toplivnoi
lit-ry Leningr. otd-nis, 1959. 226 p. (Leningr&d.Vsesoiuznyi neftianoi
uauchno-iseledovateliskii geologorazvedochnvi institut. Trudy,
U0.135).
(Sakhalin--Petroleum geolog7)
(Sakhalin--Gas, Natural--Geology)

ALFKSEYCHIK, S.N. -.: ,
Prospeets for finding oil and gas in northern Sakhalin and ways
of further d.evelopment of its petroleum industry. Trudy VNIGRI
no.132tl4-28 '59. (MIRA 17-1)

Al'sysEyonK, S.1".
Types aO formation of Saktalin Tac. and' :~.Jil pCols. '_r'!idy- 7-4111RI
no.131:1P~-204 '59. W-IL 111:9),
Sakhalin--Petroleum goolog7)
khalin--Gas, Ilatural--Geology)
M

VASIL'YEV, V.G.; GRACHEV, G.I.; NEVOLIN, N.Y.; 02ELSKAYA, H.L.; PODOBA,
N.V.- Prinimali UChastIye:,ALEK=GHIK,__S.N.-. GUMOVICH, S.Ne;
'I'Te.; IVAUOVA,
DMUISHTM, G.Kh.; DZVELAYA, M.F.; MOKIN, 0
M.N.; KAZARINOV. V.P.; KALININA, V.V.; KOZLMO, S.P.; MOVEW,
V.Ya,; PUSTILINIKOV, M.R.; ROSTOVTSW, N.N.; SKOBLIKOVA, G.I.;
STEPANOV, P.P.: TITOV, V.A.; FOTIADI, 3.Bo; CHIRVINSKAYA, H.V.;
WMIAROVA, V.P.- GRATSIANOVA, O.P., red.; BWAH, Yu.K., vedushchiy
red.; KWINA. B.A., tekhn.red.
[Manual for geophysicists in four volumes] Spravochnik geofizika
v chetyrekh tomakh. Moskva, Gos.nauchnc-takhn.izd-vo neft. i gorno-
toplivnoi lit-ry. Vel.l. (Stratigraphy, lithology, tectonics,
and physical properties of rocks] Stratigrafiia, litologiia,
tektonika i fizicheskie evoistva gornykh porod. Pod red, O.P.
Gratsianovoi. 1960. 636 p. (MIRA 14:1)
(Petroleum geology) (Gas, Hatural-Geology)

AMWCHIK, S*N.
Role of vertical block shifts in the formation of the structure.
of Sakhalin. Trudy VNIGRI no.181:112-120 161. (MMA .15:2)
(Sakhalin-Geologyp Structural)

ALEKSEYCHIK S.N.
Structural plan of the Tapan-Okhotak geosynclinal area and
the position of Sakh;lin in it. Sov-gaol- 5 no.12:16-29 D 162.
(MIU 16:2)
1. Sakhalinskoye otdeleniye Vsesoyumnogo neftyanogo
nauchno~issledovatellskogo geologorazvedochnogo instituta.
(Par EaBt-4oology, Structural)

ALEKSEYCHIK, S.N
J'apan-Okhotsk Cenozoic oil- and gas-bearing basin and its
oil- and gas-bearing provinces. Geol. i gaofiz. no.7:76-86
162. (MIRA 16:7)
1. Sakhalinskoye otdoleniye Vsesoyuznogo neftyanogo naucbno-
looledovatellskogo geologorazvedocbnogo inatituta Ministerstva,
geologii i okhrany nedr SSSR, g. Okha.
(Far East-Petroleum geology)
(Par East-Gas., Natural-Geology)

-..GALITSEV-EEZYUK, S.D.; KOVALICHUKI V.S.; SYCHEV, P.M.;
AL~L
NEVELISHTEYN) V.I., vedushchiy red.; KOZYREV, V.D., red.; YASH-
CHURZHINSKAYA, A.B., tekhn.red.
[The tectonics, history of geological development, and prospects
for finding oil and gas in Sakhalin.] Tektonika, istorlia geolo-
gicheskogo razvitiia i perspektivy neftegazoposnosti Sakhalina.
Leningrad, Gostoptekhizdatj 1963. 274 p. (Leningrad. Vaesoiuz-
nyi neftianoi nauchno-issledota~wilskii geologorazvedochnyi insti-
tut. Trady, no.217). (MIRA 17:2)

SOV/84-58-11-29/58
AUTHOR: Alekseychuk, I. (Baku)
ve- ".r-'Action (Progressivnyye normy
TITLE: rogress Norms In
v deystvii)
PERIODICAL: Grazhdanskaya aviatsiya, 1958, Nr 11, PP 15-16 (USSR)
ABSTRACT: The author tells of the speed-up affected at aviation
repair shops at Baku airfield. The ASh-82FN, ASh-82T and ASh-62IR
engines were replaced on Il-14 planes much more rapidly than before;
the labor force was better organized and mechanization extended.
Work assigned to specialized crews proceeded faster; new sugges-
tions were readily adopted. The plan in technical servicing was
completed 110%; the annual plan in freight deliveries was ex-
ceeded by 100 tons; 7,000 more passengers took off from Baku
airport.
Card 1/1