SCIENTIFIC ABSTRACT KARTOZIYA, TS.I. - KARTSEV, M.A.

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• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KARTOZIYA, TS.I.
S" ificance of the chrowtographic and spectrophotometrIc
ign A.
determinations of bilirubin fractions in jaundice of the
newborn. Soob. AN Gruz. SSR 30 no.3-.297-304 Mr '63.
(MIRA 1?.-6)
1. Ministerstvo zdravookhranenlya, Gruzinakoy SSR, Institut
pediatriJ , Tbilisi. Prodstavlerio akademikom V.Y. Asatiani.

KURASHVILI, P.A.; KART071YA TS. BEERADZE, G.G.; fVKEF,,'IYA, N.G.
- - --I
Age-related charazAeristIcs of thE! indices of protein-li-poid
metabolism in white rats. Soob. AN' Gruz. SSR 36 no.1:85 91
0 -,61,. OMIRA 18:3)
1. Inatitut pediatrii Ministerstva zdravcokhraneriya Gruzinskoy
SSR, Tbilisi., Submitted April 16, 1964.

S/129/61/000/001/007/013
E073./E13 5
AUTHORS: Tavadze, F.N., Corresponding Member, AS Georgian SSRI
S. , Engineer, and
Shinyayev, A.Ya., Candidate of Technical Sciences
TITLE: Solubility of Magnesium in Iron
PER 10 D I Vetallovedeniye i termicheskaya obrsibotka metallov,
1961, No. 11 PP. 33-35
TEXT: The results are described of deterinining the solubility
of magn.eLium In iron of high purity at clevatid pressures. As
starting materials, olectrolytic iron (99.87-J.' and magnesium
(99.9%) were The iron was sattirated with magnesium in
cylindrical ~:cnt3oic,.rs of commercially p,,irn iron with. 5 mm thick
walls. The working part was 20 mm high with 3 diameter cq" 21 mm.
Iron discs of' 19.5 mm dia and 4 mm thLck were charged into the
container tntett)er with magnesium, the voltimo, of' which was
approximately equal to the volume oce-apied by the Ixon specimens.
The container wis- hermetically clospd. with i thrp--ided str,,)per and a
lid. Follnwing tbatq the container was scaled in vacinirn into
quartz ampoules and annealing was effected at 1120 OC for a duration
Card 1/ 4

S/129/61/000/001/oo7/013
H073/E135
Solubility of Magnesium in Iron
which was sufficient for producing appreciable diffu3ion layers.
The duration of the annealing depended on the hermeticity of the
container, i.e. on the pressure. The pressure in the container wan
produced by the considerable differences in the coefficients of
expansion of the magnesium and the iron. According to calculations7
pressures between 500 and 1500 atm can be produced by this means.
For such pressures no appreciable colijbility of magnesium in iron
was detected below 1000 OC. Above this temperature the solution
was due to the hermeticity of the system. No microstructural
changes in the surface layer of the s-pecimens, was observed after
annealing for 1.8 hour,; at 1120 "IC. However, chemlei'L analysis by
deposition on the morcury cathode of a 0.4 trim thiolc .surface layer
showed a content of 0.17-0.19 wt.,Z- of magnesium. 'in specimens
annealed for 1+0 hours at the same temperature microstructure changes
in the surface layer were detected; a zone of columnar crystals,
orientated perpendicular to the surface of the specimen and having
an average thickness of 0.5 mm was observed. The magnesium content
in a 0.4 mm thick layer was about 0.6%. Outside this layer the
Card 2/4

S/J.29/61/ooo/oOl/007/013
EO73/El3 5
Solubility of Magnesium in Iron
structure was the ordinary polyhedric one. X-ray structural
investigations by the powder method showed that the lattice period
tends to decrease on transition to layers that are saturated with
magnesium (?..858 compared to 2.861 A for the pure iron) . The
X-ray diffraction Datterns showed only pure iron lines. The self-
diffusion power of the iron was studied by enositi on the
magnesiDm-containing layer the isotopes F-A * 3~
and Fe and subjecting
these Lpe~;jmcn7, cis well as referen!-le specimen!~ of pure iron to
vacuum anneaLing In quartz qmpoules at tempen-itures controlled
within ~ -7, The 'self -di fNs ion was determined by electrolytic
-emolral ~-' '--.,yers and mensi-iring the radioactivity of each layer.
~t was, fcu_n~J that magneslum trinas about an increase in the self-
diffusion of iron. at ('0 the diffusion Ln the magnesium-
containing 1-.)Yer W,61 about 25 timez as high as in pure
iron. -i-larticularlv notice.--ible is the Increase in the self-diffusion
coefficient for ir~.n that has been subjectcd to microstructure
changes as a result of magnesium dissolution. Autoradiographic
investigations have shown that volume diffusLon of iron takes place
rt
~Iard V4
1

.0;/129/61/000/001/007/013
E073/E13~
solubility of Vagne,.-~Ium in Iron
throughout the entire depths of the dIffuslon zone, which indicates
that the magnesium which is dissolved in the iron is uniformly
distributed throughout the grain body; the diffusion depth in
pure iron was 80-90 p and over 200 p in the magnesium-containing
iron layers. This contributed to the formation of a large number
of defect's in the crystal lattice of the solvent metal during the
process of dissolution. Indeed, in almost all cases the micro-
photographs of magnesium-containing Iron show pores; these
coagulated depending on the conditions of interaction between the
magnesium and the iron (temperature, pressure). Magnesium
dissolves in iron only at high pro--:sures and temperatures (above
I,n, oC). Ac~~.-,)rding to Bulloy and ffiimari OW.2) dislocations can
become centre3 of accumulation of dissolved admixtures. In the
zone surrounding the dislocations the migration of atoms is
considerably accelerated. Formation of vacancies should reduce the
lattice period of the iron. This is in goodagreement with data
obtained by X-ray investigations. There aro I figure, 1 table
arid 2 references: I '-'~oviot and 1 Fnglish,
This is a condensed translation.
Card 4/4

TAVADZE, F.F.; KARTOZT14, Ye.S.
Surface saturation by lithium of Iron, cobalt, and nickel.
Trudy GPI [Grur.] no..-.57-63 t,S2 (MIRA 17:8)

KARTOZIYA, Ye&o-_,,
Magnesium diffusion In iron-chroml.um and iron-inanganese
alloys. Trudy Gp'r f0ruz.] no.1+275-80 v62 (MIRA 17:8)

XARTSW, -A-. i NOLCHUGIN, K- .1 .
Construction Tmdu~-tlry - Accounti-ty
"Calculat'Lon of capital cons true Urin, 11 Y'. F. D'Y.,ichk6v, haviuwed. i.y: 1. a. Krart.,%-v; ".
K. KollchuL7in, Bul-lig. uchet, ITO. 1)
2, 1952.
I'Snthly List of Rusgian Accespions, Library oil Congress, Lay 3.952, Unclassified.

KARTSEV, AL
Construction Industry
"Takin,! stock of materials at construction sites." Bukhg. uchet, 11, No. 5. 1952
Monthly List of Russian AccessiolLs, Library of Congress, August 1952, Unclassified.

KARTSEY. A. in-hener-mp!:h,--,iik (Ieniiigrnd)..
Vacuum cleaner for nirolones. Grashd.av. 14 no.?:23 J1 '57. (MLFLA 10:9)
(Vncuum clonner)

49
Cai~bon
"Organic Matter In Rooks of the Kirombad Petrole=
Region A. A. lartsev, Inst Petrole=, Aca& Sci
'USSR) pp
,"Dok Ak Nauk SSSR" Vol IXV, No 3
Determined content of org.anic carbon by wat-combustion
method In 35 s=ples from various levels of the
Maykopskly- layer, (centers of vell &LIllings In
Naftalan and Khzan-bu:Lag nreas) to 1.1arify quantitative
distribution of organic substance. Submitted by Acad
S. I. Mironov, 31 Jan 49.
39/49T100

KAIA""dr,11, A. A.
Kart~-6!1-.~- " - "The Maykop formation of the Western Azerbaydzhan," Tn the sy-.-;-.o3iun, :
Ilauch. raboty studentov gorno"'Mc-t2llurg. In-tov I-joskvv. Moscow, ;;. 1,-21, -.
Bibliog: 22 items
SO: U-034, 29 Gct 53, (Letopis lZhurnal Inykh StaLey, No. 1,6, 190).

Extractme coarectedstice of cauitoblolites. A.AAML-
Nde' U-'i.S,K. 03, 173-0(1949)~-A
called extnAuminesmice. was ernDloved
for diffemntiating between org. substances Wonging to the
cout sukra end thooe of the petrokurn series. Thefollowing
Polvents weft used In the dews.: 2% KOH, alc.-Wf..
CffCte. CJ14, and petr. ether. Tlie wmples of caustoblo.
litesviamd.werolixted. Two to Ibree ml. of& solvent were
iWiled to 2-3 g. of ample, and extin. was allowed to proceed
in the cold for 1-2 days. The degree of luminescence was
detd. Ivy comparimon with starotards pre 1. from mAns. rI
peirvicurn In C4111. Nolys $. NI.4cy
Oz

KA'.RT3-r,V) A. A.
"Reasons for the Regularity in the Distributioh of the Petroleum Properties
in the Oil Fields of the Apheron Peninsual", Petroleum Economy, No. 9, 1951.

KARTSEV,A.A., kandidat geologo-minerallnvkh nauk
Faleogeochemical investigation of Malkop deposits of Georgia.
Trudy MNI n0-13'110-118 153. (MIBA 8:6)
(Georgia--Geolegy, Stratigraphic)

KARTSIV, A.A.; TABAURANSKIY, I.I.; SUBBOTA, 14. 1.; MOGILSVSKIY, G.A.; ABRA-
-'NOVIdIl" M.V., professor, reteenzent; GRISHIN, G.L., retsenzent; KOVA-
LLIVA, !.A., redaktor; POIOSIIU, A.B.. tekhnichaskiy redaktor.
[Geochemical metbods of prospecting for oil and gas poolal Gookhimi-
cheekle metody poiekoy i razvedki nefi;ianykh i gazovykh mestorozUenil.
Moskva, Goa. nauchno-tekha. izd-vo neftianol i gorno-toplivaoi lit-ry,
1954. 430 P. (MLRA 7:11)
(Prospecting) (Petroleu&--Goology)

-' - R
l
A
A ID P - 501
Subject USSR/Geochemistry
Card 1/2 Pub. 78 - 1_5/27
Authors Kartsev, A. A. and Kholodov, V. N.
Title Geochemistry of the Fergana oil fields
Periodical : Neft. Khoz., v. 32, #6Y 52-54, Ju 1954
Abstract : The author describes the irregular effects of minerali-
zation and metamorphization of underground water on the
characteristics of oil found in various depths of the
Fergana valley. In the Shorsu oil field general minerali-
zation was reported to be maximum in the upper strata and
metamorphization in the lower one in contrast with the
opinion of other investigators. The above irregularities
are accounted for by chemical interaction of oil and
water, containing sulfates, excess of sulfur, iron and
other components. The geociliemi.-al study of oil, water
and rocks in Shorsu indicates that the properties of oil

A ID P - 501
'Neft. Khoz., V. 32, #6, 52-54, Ju 1954
Card 2/2 Pub. 78 - 15/27
are dependent upon the primary causes of initial sub-
stance as well as upon secondary factors, chiefly the
oxidation processes. 8 Russian references (194o-1951).
Institution : None
Submitted : No date

I ~ il ; . " , 7- - , 11
I I . V ~, I t)
XMSU,A.A.
Analysis of the distribution of properties of oils in fields of
Cenozoic folding regions. Trudy NNI no,.l4:lo3-ll4 '55.
(Petroleum geology) (KLFA 8:11)

VASSOYEVICH,N.B.; KA SXV,A.A.
Use of vector diagrams in petroleum geochemistry. Trudy VNIGRI
no.83:520-525 '55. (MLRk 8:10)
(Geochemical 'prospecting) (Petroleum geology)

RARTSIV, A.A.; GRIfiHIN, N.A.
Some new data on the hydrogeology of the Maikop deposits of the
Kuban-Black Sea Region. Dokl.AN SSSR 108 no.3:541-543 My '56.
(MMA 9 0')
1. Moskovlokiy neftyanoy institut imeni I.M. Gubkina. Predstav-
leno akademikon N.M. Strakhoy".
(Kuban--Petroleum gejology)

(~Wslff 0 A*A
Gonditions under which sulfur erds oil is formed in nature,.Gaol,
neftl 1 no.2:32-36 F '57. (NUIA lots)
I (Pbtroleum-Analysis)

TASSOYEVIGH, N.R.; KARTSIV, A*&.; TABASARJLVSKIY, Z.A.
I
Materials on the geochemistry of cartain Kuban petroleum*. TkM4
MVI no.19:174-185 157. (MIRA 11:1)
(ftban-Petroleum-Analysisy

LUMMYt A.A.; TAIMaYAN, G.P.
Effect of infiltration on the formation of waters in the Apsheron
oll-producing PrPn. Ttudy HUI noj~:186-195 157. (MIRA 11:1)
(Apsheron Peninvila--Oil field brines)

KARTSBY, A.A.; TABASARANSKIY, Z.A.
Formation of oil pools in eastern Fergana. Sov- geol. no.57:76-81
'57. (Fergana-Patro'leum geology) (MZRA lOtB)

7-f
-C
PHASE I BOOK EXPLOITATION 1178
Andreyev, Pavel Fedorovich; Bogomolov, Aleksey Ivanovich; Dobryan8kiyj
Aleksandr Flavianovich; and Kartsev, Aleksey Aleksandrovi'ch
Prevrashcheniya nefti v prirode (Conversion of Petroleum in Nature)
Leningrad, Gostoptekhizdat, 1958. 416 P. 3,100 copies printed.
Ed.: Dobryanskly,'A.F.; Executive Ed.: Chizhov, A.A.; Tech. Ed.:
Yashchurzhinskaya, A.B.
PURPOSE: This book-As intended for specialists in geochemistry and
petroleum geology.
COVERAGE: Theboft-givesap, -rstematic approach to problems related to
the transformations of present-day petroleum deposits as systems
of active substances. A.F. Kartsev wrote Chapters I II and V
(0t.1); P.F. Andrevev - Chapters III, IV and V (pt.~~, A.I Bogo-
molov - Chapters VI and VII; A.F. Dobryanskly - Chapters VIII
and IX. References are g1ven at the end of each Chapter.
C

ZHDANOV,Mi~hail Alsksayevich, KAMM, Alelisly &k44Xjrawiohqj; KHELIKVIST.
'0 * - -
G.A., retsenzont,; POWSINA, A.S., takhn. red.
[Petroleum geology srA hycIrogeology] NefteproVelovais geologiia i
gidrogeologiia. Hookwav&s. iiktfchiio-takhn. izd-vo neft. i gorno-
toplivnoi lit-ry, 1958.'472 (MERA 11:11)
1. Chlen-korrespondent AN,SSSR(for -Khelli~iqt).
(Petroleiim gelology)
(Water, Underground)

XARTSEV, A.A.
Classification of bydrogeological Indicators in the evaluation of
oil and gas potentials. Trucly HNI ilo.22:91-97 '58.
(MIRA 12:4)
(Oil field brines-Classification)

AUTHORS: Kartsev, A. A., Sladkov, A. 1. 2)-118-5-42/59
TITLEZ Organic Phosphorus in Petroleum (Organicheskiy fosfor v neftyakh)
PERIODICAL: Doklady Akademii Nauk SSSR, 19582 Vol- 118, Nr 5, pp. n8-999
(USSR)
... 1: - I I
ABSTRACT: The problem of the presence of organic phosphorus compounds. in
petroleum is not yet settled. Phosphorus has been determined
several times (references 1 - 5 and others) in petroleum ashes,
which may also contain phosphates which form mechanical admixtures
in petroleum. According to V. I. Vernadskiy the presence of phoB-
phorus. proves the biogenic origir, of petroleum. The authors are
of opinion that this may refer orLly to organic phosphorus. In or-
der to isolate this latter kind of phosphorus it was determined in
fractional distillation. For thLs four samplea of crude oil were
used. two with rich and two with poor sulfur content. The method
is briefly explained. P04 -ions ware determined according to refe-
rence 8. As can be seen from table 1 in all samples distillate-
phosphorus could be detected. As it is abaolutely impossible that
Card 1/y phosphates get into the distillate and as there are no other inorn

organic Phosphorus in Petroleum
20-1.18-5;,4,2/59
ganic phos-phorus compounds known in nature, the distillate phos-
phorus necessarily belongs to organic compounds. This determinan
tion, apparently, has been conducted for the first time. If the
distillate phosphorus must entirely be of organic nature, then the
residual phosphorus-can be as well of organic as of mineral (phos=
phate) origin, According to table I the ratio of quantities of the
total and the distillate phosphorus differ strongly for the diffem
rent kinds of petroleum. Secondly, the content in distillate phoso
phoru& is approximately-everywhere of the same order of magnitude,
whereas the content of total phosphorus is rather different in
various, types of petroleum. The highest quantities of total phos-
phorus: are characteristic for the types of petroleum very rich in
sulfur. The distillate phosphorus shows no relation what-so-ever
with the sulfur content. The relation of the total phosphorus with
sulfur leads to the following assumptions on the phosphorus genesia
and on the nature of the organic phosphorus compounds in petroleum.
at present it is assumed that the largest part of sulfur is of se-
condary origin and penetrates into the petroleum as a result of the
sulfate-reduction,(reference 9), at which microorganisms are in-
volved. The increased total phosphorus;content in types of petroleum
very rich in sulfur obviously derc.nstrates, that the concentration
of sulfur is accompanied by the penetration of a certain quantity
Card 2/3, of phosphorus into the petroleum. As there is no basis for the

Organic Phosphorus in Petroleum
2D-1l8_5-:'4V5q
assumption that phosphates penetrated, a considerable part of
this secondary phosphorus has to be taken as organic. Its source
may well be microorganisms. The lacking of a relation between
the sulfur content and the distillate-phosphorus is a sign for the
independence of the latter from micro-biological processes and for
its primary nature. The distillate-pbosphorus, therefore, can be
considered as originating from the-original petroleum-forming
organisms. This is one essential proof more for the biogenic ori=
gin of petroleum. From the above listed data it can also be conclu-
ded that the secondary phosphorus in petroleum is represented by
more stable compounds, as the increasing content of total phosphorus
is not accompanied by an increase of distillate phosphorus.
There are 9 references, 2 of whic!,a are Soviet.
PRESENTED: October 9,, 1957, by A. Ye. Arbuzorr, Academician.
SUBMITTED: July 4, 1957.
Card 3/3

3(5) PHASE I BOOK EXPLOITATION
3OV/23C2
Akademlya nauk Ukralnakoy SSR. Inatitut goologil polezny$m Iskopaye-
m7kh
'ti
.troblemA aLlgrat3li neftl I formirovaniya neftyanykh I ga--ovykh oko-
Plonly; materlaly Livovikoy diskunal 1 8-12 mAYA 1957 a. (Problem
of Oil Migration and the Formation of Oil and Gas Accumulation*;
I,a
Goterial:hof the Discusaton Hold in Vvov, May 8-12, 1957 Moscow,
topto Izdat' 1959. 422 p. 1,100 copies printed.
-rill
Zda.. V. S. Partirlyev, Academician of the Ulcralniftn SSR Academy or
Sciences# and 1. 0. Brad, Professor; Exec. Ed. ; P. R. Tershov;
?Gch. Zd.: A.S. Polosina; Editorial Board; 1.0. Brad, Profsasor~
X.R. Ladyzh*nokly, and V.D. Parfirtyev, Academician of the Ukrain-
ton Academy of Sciences.
PURPOSE: This collection of articles In Intended for a wide range of
geologists and research workers interested in oil problems.
COVERAGEs Articles cantalned in this book deal with the problems of
algration and accumulation of oil and gas. These problems were
discussed In May 1957 at Livow State University In. 1. Franko at
a as ting organized jointly by the Institute of Geology and xlnez._
a, Mources, Academy of Sciences of the USSR, the Department or
Geology and Oil Exploration or the L'vov Polytechnic Institute.
and the L'vov Geological Soclety. Theories on the origin or p*-
troleum deposits and the conditions surrounding their occurrence
arw treated. There are 327 references: 232 Soviet, 66 English,
5 French, and 4 Gorman.
TANS OF CONTENTSt
Introduction 3
Opening Address by the President or the Organization Committee
of the Conference V.B. Porrir-y&v 5
Abrzmovlch~ X.A. 3h.?. Makhtlyev, B.A. Garin, O.A. MS and
_"edo!
-
ehe feitlary
3 0 Salay Y. formation of Oll-boaring Deposlti-yn
;iNi*uC-6rTerbaydzhan 41
SokolovA_3,A. (Institut nortil-The Possibility of the Yom -Ation
-

d-Xf
U
gration of Oil In Late Sedimentary Deposits
59
Snarokly, A.M. (Politekhnlcheakly Znatitut, L-vov).Problecto In
Oil Migration and the Formatlon of Petrollrarous Deposits 63
Urta*vA_A,A. rNookovskly Inatitut In. 1.K. Oubklnal GeochemIcza
C-rrfl-Ra Intlie Study or the Formation of Oil Deposits T9
Balukhovskly, N.F. (Institutgoologichosk1kh nausspl UkrSSFt)
-
Pormatlon
of ()as and Oil Deposits In the Eastern PLrt of the Donets
Downways 86
S~Lrdano.vp-A.M. and I.M. Zhivitea. Conditions Car the Formation
or Petrollfarous Bads in the Tertiary Deposits of the Southern
Fring@ of the Azovo-Eubanakly Downways 98

Cenozoic and Paleozoic types of oil. Izv. vys. ucheb. zav.; neft'
i gaz 2 no.8:3-7 159. (MIRA 1~.-11)
l.Moskovskiy institut neftekhimichoskoy i gazovoy promyshlennosti
im. akad. I.M. Gubkina.
(Hydrocarbons)

KARTSEEV, A. A., Doe Gcolog-Mineralog Sci (diss) -- "The geochemical laws of the
location of petroleum of various compositions", Moscaj, 196o. 23 PP (Min
Higher and Inter Spec Fduc RSFSR, Moscow Inst of the Petroleum-C-hem and Gas
Industry (MINKh i GP) im 1. K. Gubkin), 150 cories (IM, No 12, 1960, 125)

KARTSEV, A. A.
Geochemical evolntion of petroleum. Trudy MIMJGP no.27:53-64
16o. (KM 13:9)
(Petroleum geology)

VAGIV, S.B.; KARTSEV, A.A.; 0174AN, N.S.; SHUGRIN, V.P.
Some recent data on the hydrogeology and tectonics of the
YeyskBerezanakaya gas producing area. Dokl. AN SSSR 139 no.5*.
1205-12007 AE 161. (11IRA 14:8)
1. Moskovskiy institut neftekbimicheakoy i gazovoy
promyshlennosti im. I.M. Gubkina. Predstavleno akademikom
D.I. Shc~erI7~ovym.
(Krasnodar Territ -Ge ology , Structural)
unO7
(Water,, tndergro d

.KARTSEV, A.A.; VAGIN, S.B.
.. P41eohydrogeological data of the formation and disintegration of
oil and gas accumulations as revealed Iry the studies of the
Mesozoic sediments in Ciscaucasia. Sov.geol- 5 no.8:104-121.
Ag 162. (MIRA 15:9)
1. Moskovskiy institut neftekhimicbeskoy i gazovoy promyshlowoati
Jaani. I.M. GuWm.
(Caucasus, Northern-Petroleum geology)
(Caucasus,, Northern-Gas,, Natural-Geology)

KARTS&Y. ekney &jftka=4rovich; OVCHINNIKOVt A.M., doktor geol.-
miner. nauk, prof., retsenzent; IONHILI, A.G., ved. red.;
YAKOVLEVA, Z.I.,y takim. red.; STAR08TINA,L.D., tekhn.red.
(Hydrogeolog3r of oil and gas fields-IGidrogeologiia neftianykh
i gazovykh mestorozhdenii. Moskva, Gostoptekhizdat, 1963.
353 P. (MIRA 16:4)
(Oil field 'brines)

KARTSEV, A.A.
Possible role of the flow effect in the formation of oil pools.
Trudy M1NKHiG? no.43F49-53 163. (MIRA 17;4)

KARTSEW, Aleksoy Aleksandrovich; SHUMIN, Valeriy Petrovich;
-----DVAIJ-,- TT-.F.-,-d-bYtor geol.-miner. nauk, prof., retsenzent;
BEWANY Yu.K., ved. red.
[Geochomical inve3tigation wthoda Ior tho proopecting of
oil and gas] Gookhimicheskie metody Issledovanii pri po-
iskakh nefti i gaze. Moskva, lzd-vci Nedra, 19(4. 201 p.
(MIRA 1i:6)

KARTSEV, A.A.
"Formation of oil and gas pools as elements of ground water basins."
report submitted for 22nd Sess, Intl Geological Cong, New Delhi, 14-22 Dec
1964.

VAGIN, S.D.; GORDINSHY, G.Ye.; GRIBOVA, Yo.A.; DUBROVSKAYA,M.A.jZflDANGV,
M.A., prof. ; ZYUZINA, N.G.; KARTSEV, A.A.; KNYAZEVpV.S.,dots.;
I.EONOVA, R.A.;POKROVSKAYA, L.V7,"~MAATRM,~ Yu.A. ;YUDIff, G.T. dots.;
SOKOLISKAYA, Z.V.; TOMKINA, A.V.; USPENSKAXA,K.'ft.,prof.;FOMKIN,
K.V..,kand.geol-min.nauk; CB39WSHEV,S.M.; YAVORCHUK, I.V.;
BAKIROV, A.A., prof., red.; DEMENTIYEVA, T.A., ved. red.
(Geological conditions and basi,:: characteristics of oil and
gas accumulations in the limits of the Epi-Hercynian
Platform in the south of the U.S.S.R.] Geologicheskie uslo-
v-lia i osnovpye zakonomernosti razmeshcheniia skoplenii
nefti i gaza v predelakh epigertsinskoi platformy iuge. SSM.
Pod obshchei red. A.A.Bakirova. Moskva, Nedra. Vol.2. 1964.
3o6 p. (14IRA 17:12)
1. Moscow. Institut neftekhimicheskay i gazovoy promyshlen-
nosti.

URTSEV, A.A.;.KVDRYAKOV, V,A.; KHODZHAKULIYEV, Ya.A.
Basic characteristics of the hydrodymamics of the northern
part of the Kara Kum artesian basin. Dokl. AN SSSR 157
no.5:1114-1117 Ag 164. (MIRA 17:9)
1. Moskovskiy institut neftekhimichukoy i gazovoy promyshlennosti.
im. Gubkina. Predstavleno akademikom D.I. Shcherbakovym.

SAVVIN, V.K., inzh.; SEKUNDA, A.T., inzh.; KARTSEV, A.I., inzh.;
GALETSKIr., 'N.S.,, inzh. -
Some problems concerning-the component distribution and
compensation of thermak-expansion of the GTU-50-800 gas
turbine system manufactured-ty the Kharko* Turbine Plant.
Energomashinostroenie 8 no.11310--13 N 162.
(Gas tuAdLnes) (MIRA 16:1)

SIDOIMNYLO, A.K.; KAMEY, A.K.; SUTSKIT, Te.S.; GW PERIN, Ye. L,
otvetstveniaT-teda!kt"d-ffl=A, V.I., Yedushchly redaktor; RU-
IM=IT, Ta.V., tekhrLicheekly redak!;or.
[Manufacture of cog and worm gear] llzgotuvleaie zubehatykh i
cherviachnykh peredach. Kiev, Goo. nauchno-tekha, izd-vo ma-
shinostroitelinoi I Esudostrott. lit-ry, 1954. 117 p.
(Gearing) (MLR& 8:1)

YARTSEV, A.K.; KARPOV, V.F., inzhener, reidaktor; GALIFERIN, Ye.l., inzhener,
LMA, V.I., inzhener, rodaktor; RUIMSKIY, Ya.V., tekhni-
cheskiy redaktor.
[Production of worm gears; from tho practice of the Novo-Kra-torsk
machine shop] Proizvodstvo globoidiWkb peredach. Pod red. V.1.1ar-
pova. Kiev, Goa. nauchno-tekhn. lzd-vo mashinostroit. lit-ry, Ukrain-
skoe otd-nie, 1954, 134 p. (MLRA 8:1)
(Gearing, Worm)

KARD30, A. L.
KARTSEV, A. L.- "Geochemical and Geological Conditions Coverning
bhe Formation of the Maykop Deposits in Georgia." Sub 12 Feb 52,
Moscow Order of the Labor Red Bajij-.ier-..- Petroleum Inst imeni
Academician I. Fl. Gubkin. (Dis5e:rtation for the Degree of
Candidate in GeoloCical and Kineralogicnd Sciences).
SO: Vechernaya Moskva January-December 1952

L 45965-66 IEWT(1) SGt8_L DD RD KT GD XT NZ) 2
AdC NRs AT6030695 SOURCE CODE: UR/0000/60'/000/000/0035/
AUTHOR: NCfedov- Yu. G;; Anisimov, B. V.. Veselova, A. A.; Zaloguyev, G.
Zhuravlev, V. V.; Iseyev, L. R ; 1~omarov, Kartsev, A._N.~_; Ivanenko. G. T.;
Levinshiy, S. V.
ORG: none
TITLE: The aeroion-composition of the air or hermetic chambers and its influence on
the human organism
SOURCE: _--KorjftELntsiya po kosmicheskoy bioloj..,ii i meditsiAe.,.1964., Materialy.
Moscow, Inst. mediko-bi6Y' 1966-35-'-5f-"-"-
.H-21b-r6~T I
TOPIC TAGS: aeroionization, human physiologT, life support system, space physiology
ABSTRACT: A number of previous studies have indicated that while aeroions are of
minor consequence, chronic exposure to them can lead to substantial changes in the
functional condition of the organism. To further study this factor, five experiments
of 20 days duration were conducted on 25 male volunteers from it laboratory (not
named). The first experiment was for control purposes to obtain hygienic, chemical,
and physiological data. The density of ions in this experiment ranged from
50-2000 pairs of ions/cm3- The second, third, and fourth experiments entailed
exposure to positive, negative, and bipolar ions generated by "Shteynbok" radioactive
ionizers. Ion concentration in the respiratory zone was 700-900 thousand ions/cm3
Card l/

L 45965-66
ACC NRI AT603o695
.1000
0-:0. 9
Ileavy ions
Light.- ions
Charge exchange
CU unipolarity
coefficient
fC
CU-1.1
A-coel i
JA~
JA
cut
1/00
2
Fig, 1, Aerion composition during a 10-day experiment
I Card 2/8

L_ 45965-6
I ACC NRI AT6030695
Control I
Control II
Negative
Pos i W ve
Bipolar
de-ionization
,70
.r.j
d)1 4~
NI.
j 4 'T-6, 7' 8 S it /Z /j if Is 7'40 '1.9 20 4 10:i. D aY61.
-Before Duri After
Fig. 2. Pulse dynamics during-variwis experimental regimens

L 45965-66
ACC NR:
tea -
120
1/0
too
50
79-
.f0

Ito 13 S I is
m Normal
*13 5 13 5
Control OA-A
~01 j j f i 1
Iffegative Ins
113 S /jj
Poidtive Ions

'Iojrsj

eionizatio n
Fig. 3. Puls6 Vairiations during bicycle ergometer tests
Card 4/8

L 45965-66
I M ~603 65
170
ISO -
150
AO
130
V
120.
f/0
100,06-
e13J
mm
Hg I Normaf
La
A
1,3, S' 1,3 S 3 j
I JJ of 3 3 13 S a 1 3 'S 13 P.,
Control -Nepadve Ions - Ftsitive lorb~ Pipcbr_)[ons - Wonizat:bit-I
Fig 4. Changes in systolin pressure during
exercise on a bicycle ergometer (mean values)
Card

L 45965-66
Atd-~4---~T6630695
K-Control
Fig. 5. Comparative characteristics
of -changevlwthe-strength- of neurai_-,
+ 1 0 Processes In various experimental
regimens control)
a - Character of reactivity curves;
b - changes in the coefficient of
reactivity to light, (whiVe) and to
/0 opening the eyes '(stri.OA).
/40
r1
PO
b) 89
fo
40
20
Card 61,

L 4E965-66
ACC NR, AT603005
04 0
C) 130
r-12o
/00
vw,
SO
CO
:0
Control + 0

1
A
-I N
JA\ I I 12
/
\ Z
Z

0 j S 12 /1 aJ 6'A? f 11SZO3 7 o f j if /0 3 7di
Bef6re Before 'Before
Aft Before Aft .]
e Before
Aft

After
er ys
Fig. 6. Changes in the sensitivity of central (Eo)
and peripheral (L3) components of the visual analyzer
(mean values): 1 -E0; 2 - 1,3'
7/8

L 45965-66
ACC NRs AT6030695_'_______' 07
during experimentation, Allowin6 that the natural exposure dose for the lungs I
12-87 mrem/week (Sivintsev, 1960), it was calculated that 1 g of lung receives
0.33-1010 pairs of ions per day. If, in the respirato medium, there were 500
3 _r~ d
pairs of light ions/cm and 5000 pairs of heaNy ions/cm , then 0.7-1010 light an
7-1010 heavy pairs of ions would reach the lungs of a man during a day. In these
experiments, the average subject received approximately loll pairs of light ions
per day. In the fifth experiment, the chamber was de-ionized using a system of
filters and special ion traps. However, complete de-ionization could not be
achieved and the density was 50-60 pairs of lons/=3. Some results of these
experiments are shown in Figs. 1-6. The results of the experiment generally showed
increased muscular working capacity, external respiration, and an increased level
of gas exchange during exercise in the experiment with negative aeroionization.
Partial normalization of some indices occurred. during the respiration of negative
aeroions. However, for a number of indices, a. norimalizing effect was also noted in
redponse to the respiration of positive and bipolar ions. Nonetheless, the general
-trend of the majority,of shifts noted during experimentation lends credence to the
proposition that prolonged exposure to positive ions or a de-ionized air leads to
some changes deleterious to human health. It is possible that an effbcthe approach to
this problem would be to combine negative lons with positive or bipolar ions. The
establishment of optimum aeroion regimens requires additional research. Orig. art.
has: T figures.. [CD]
suB com o6/ Sum DATE: 14Apr66/ ORIG REF: Oll/ ATD PRESS: 5086
C,rd 8/8 h9

KOTSEV, A. P. .
IPr#6inion casting with the use of ceramic cores. Lit. proizv.
no.Ytl-2 n 163. (MIRA .17:1)

v
KARTSEV,, A.F.
Miltilayer coatings on wax patterno. Lit.-proizv. no.-5:Y7 My 162.
(MM 160)
(Patternmaking)

-7e V,
,q;e 7
LAZUTKIN, S.T., kandidat tekhnicheskikh naukt NOTSEV, A.Y., inzhaner;
SHASHURIX, L.K., redaktor; KATSEYEVSUTX;OTe"' Pr."tAVY&icheskiy
redaktor
[Technical survey of railway freight care] Tekhnichaskil. osmotr
gruzovykh vagonov v poesdakh. Moskva,, Goo. transportnoe zhalzno-
doroshnoe izd-vo, 1953. 94 p. NLRA 7:9)
(Railroads-Freight cars)

Organizatsiya I-11'atorialnorp I;n,,bzlien-.tya I Uchot. Materi~dov V. 6troitellstvc
(Or,-'anisation of Naterial Suppl-.., of ~,hiterials in Buildiri,,7s) I-Ioz! i;, Gcjs. izd-vo
Literatury Po Stroitelletuv I arIchitekture, 1~5J6.
10% P. Tables.
OR
ViB
-kai

KARTSEV, Aleksey Vladimirovich
(Fundamental statistics of capital construction) Osnovy
statistiki kapitallnogo stroitel'stva; uchebnoe posobie
dlia podgotovki bukhgalterov stroek i podriadnykh orga-
nizatsii. Moskva, Gosstatizdat, 1962. 219 p.
(MIRA 16:8)
(Construction industry)

5(4), 15(6) SOV/2o-122-1-27/44
AUTrORS: Syrkin, Ya. K., Corresponding Member,
Academy of Sciences, USSR, Mironov, V. P., Chernyshev, Ye.A.
TITLE: The Dipole Moments of Some 'Silicon-OrGanic Compounds
(Dipol1nyye momenty nekotorykh kremniyori;anicheakikh soyedineniy)
PERIODTCAL: Doklady Akademii nauk SSSR, 1958, Vol 122, TTr 1,
p., 99-1o2
(T!SSR)
A13STRACT: The authors measured the dipole moments of some silicon-
organic comnounds according to the heterodyne method at
25 in benzene. The extrapolated polarizations were cal-
culated according to a formula of Gedostrand. For compounds
which contain silicon, the atomic polarization has to be
taken into account. The experimental results are given in a
table. A distinctive peculiarity of the silicon compounds
is the increased polarity wfth respect to the corresponding
carbon bonds. According to the available data, the bond
moment of Si-H may be estiM.Lted to 1D, and the bond moment
of Si-C - to 0,6D. In both of these cages, the positive end
Card 1/2 of tile dipole is directed towards tile silicon, In the bonds

The Dipole Moments of Some Silicon-Organic Compounds SOV/2o-122-1-27/44
Si-O and Si-halogen, the weight of the ionic state is higher.
Numerous and detailed data tire riven. There are 1 table and
5 referencea.
ASSOCIATION: Moskovskiy Institut tonkoy khimicheskoy tekhnologii im.
M. V. Lomonosova
(Moscow Institute of Fine Chemical Technology imeni Lt. V.
Lomonosov)
SUBMITT ED: MaY 15, 1958
Card 2/2

KARTSEV, G. N. Cand Chem Bei -- "Polarity of cortnin orEanic compounds of
silicon." Mos, 1960 (Acad Sci USSR. Inst of Elementary Orgrinic Compounds).
(KL, 1-61, 182)
-55-

KAIRTSEV, G.N.; SYRKIII, Ya.K.; KMCHIENW, A.L.; MiROIJOV, V.F.
Dipole moments of some ge=.anIwa organic, compounds. Zhir. strukt.
khIm. 5 no.3:492-493 My-Je 164. (MIRA 16:7)
1. Moskovskiy institut tonkoy khi-micheskoy teklinologii imeni
M,V. Lomonosova.

KARTSEVY KOKOREVA, I.Ytt.; SYRKIN, Ya..K.) WRONOV, V.F.; CHEPNYMET, Ya.A.
Dipole morwnta of organic compounds %eth a Si-Si bond. Zhur. strukt. khim.
6 no.2009-~310''Mr-Ap 165. (MIRA 1817)
1. Moskovskiy institut tonkoy khimicheskoy tekhnologii imeni Lomonosova.

KARTSBY, G.U.; SYRKIN, TA.K.; NIRONOT, T-F-
Dipole moments of some germanium orgunic compounds, Izv.AN
SSSR Otd.khim.nauk no-5:948-949 Yy 160. (MIU 13:6)
1. Institut tonkoy khimicheakoy tekhaologii imeni M.V.
Lomonosova.
(Germanium organic compounds.-Dipole moments)

RX
L"371 U'll
64/000.
9V64 go,
AlMOM' A* j M'
Le 1-
Yt- priatchi
TLEI.,
7
1964
.,TOPIC TAGS.1 idilo a twtq~o'
us vomp*10id
pt&,er manes
CH-
Sa b
Xex x F
benzone
p a W
----found, Sl 2_78"d
L
th
-and, 2 81 respectly,44"'"', Me-41-1-94it
n com~aied
gdus--compou o -darbon, AtW,6 licon,
A ind.L datinj(_Ithat _t variatiom of
ub&U~;~:ldda-aulistitutoad compounds is of
Ahe same character, as-for -tta'._.carbon kampounds, Isut differs from the; chan
Jn the moment in this for _,-aiacotl compounds. /The ratio U(R3(.;&X):
verage of IA6-ior -all the cpopoUn-da; this was not observad
:U(R3CX) was at' A
Ifor the corres onding Silicon,compounds, The moment. of the Ga-F bond i
"tt-49- RIA14~Ak;."t, of thi Ge-1 bond 0,,
. ........ .
orig.. art. W-w. 2, tabLod~,__

KARTSFVP I.
Concern for students' health. Prof.--takh. obr. 21 no.7:24 Jl 164.
(MIRA 17: 11)
1, Institut gigiyony detey i podrostkov ANN SSSR.

MOZOLEVSKIT, Igor' Vladimirovich, inzb.; BAR.'WGOV, A.A.; KARPOV, I.V.;
-XMT~~VI 4; KRYLOV, N.M.; HIKOLAM, I.V.; REVICH, V.I.;
SHMAKOV, V.A.; SHOXHIN. O.A.; CHUSOY, A.I.; GUBAREVA, N.T.,
red.; BOMOVA, Ye.N., tekhn.red.
[General course in railroad engineerirg] Obshchii kurs zheleznvkh
dorog. Izd,3-, perer. rod obahchei zvd. I.V.Madzolevskogo.
Moskvn, Vses.izdatellsko-poligr.obuedi,nenia H-va putei soobahcheniia,
1960. 290 p. (KIRA 111:12)
(Railroad engineering)

MODZDLrkVSKIT, Igor' Vladialrovich; BARSRG(A'. A.A.,- XAMT. I.V.- XARMEV
I T - KRYLOV, N.M.; NIKOLAYEV, I.T.;; RIVICH, V.I.; SHqTykwi4
ikt;iN, O.A.; CWSOT, A.I.; GORODN1:CH1V. N.G., redaktor; CEZRNTSH&7.
V.I., reclaktor; KHITROT. P.A., tekhriieheakiy redaktor
(General conree on-railroads] Obahchii kure zheleznykh dorog, lad.
2-e, perer. Moskva, Goo. transportme zhel-dor. lzd-vo, 1954. 316 p.
(Railroads) (M12A 8:3)

C-
3C~,e.-Ce and Enj.rc----'-'I.n-,
'K.-Cv CI-dcr o f Lenir.
0 - "UP
For D.gree of Cindidate in Technical Sciences

KARTSEV, L.V., kand.tekhn.nauk
__ -
. Evaluation of energy losses in tho turbine stage f rom the
inleakage of the working medium. :Izv.vys.ucheb.zav.; anerg.
2 no.6:74-82 Jo 159. (14IRk 13:2)
1. Bryanskiy, institut transportnogo manhinostroyeniya. Fred-
.stavlona kafedroy turbostroyeniya.
(Turbines)

KARTSEV, L.Y., kand.telthn.nauk
Analysis of the partial stage of a turbine with inleakage of
the working substance. Izv.vys.ucheb.zav.; energ. 2 no.q:
69-73 3 '59. (MM 13:2)
1. Bryanskly institut transportnogo mashinostroyeni7a. Pred-
stavlona kafedroy turbostroyeni7a.
(steam turbines)

MnWy, Iywo lyanovich,, prof.; TABLONZ, Ralhm -iyel I Hordukhovich; _pgj~Sg,
MZ INICHUS J~~
*Vladimir IC61 1.1 GOGOLIff ,Ivan Grigo, revich; J
; MMSKIT, Obunadir lys,ovich; WTANDIWO Rofftislay
Ivanovich; PSHMOIBM* Aet or',DhdtA3,eylch; TWSMOV. Alek6zdr
AlefoRuArovich; SHUBUMD, L.A.# retsenzent; GYMASIKOVA, D.S,, tal&n,
red,
Dorodynaxics of the blading of steam and gas turbines] Aerodins-
slim protochnol ofiastl parovykh i gazDvykh turbin. Pod red. I. I.
Xfidlloya. Moskva, Goo. nauchno-tekhn. izd-vo mohinoutrolt lit-
ry* 1958* 246 p' (NIBI 11-10Y
1 Bryanskly institut transportnogo nashinostroVeniya (for arlilov).
2: Chlen-kerrespondent Akademii nauk USSR (for Shubenko).
(Tubromachines-4erodynamics)

8(6), 14(6) SOV/143-59-6-11/21
AUTHOR: E!!:t~qe Candidate of Technical Sciences
TITLE: The Estimation of the Energy Loss in a Turbine Stage
from the Working Medium Induction
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy - Energetika,
1959, Nr 6p PP 74-82 (USSR)
ABSTRACT: The energy losses from the induction of the working
medium thru the open root gap in the space between
the nozzles and the working blades reduces essential-
ly the efficiency of a turbine stage. The efficiency
reduction is caused by the energy dissipation losses,
changes of the flow conditions at the blades and ad-
ditional leaks thru open gaps because of an increased
reactivity degree. Usually, when estimating the ener-
gy induction losses, only the dissipation losses are
considered without giving consideration to the changes
of the degree of reactivity. It may be proved that
such a Tqethod of determining the losses-produces con-
siderable errors. The author estimates the increase
Card 1/2 of"the degree of reactivity caused by induction, based

SOV/143-59-6-11/21
The Estimation of the Energy Loss in a Turbine Stage from the Work-
ing Medium Induction
on the necessity of passing thru the rotor channels
an increasing amount of working medium. He then pre-
sents formulae for determining the losses with criti-
cal and subscritical outflows. The results of theo-
retical calculations show an adjeuate coincidence
with experimental data of fR-ef 1 . There are 2 dia-
grams, 3 graphs and 2 Soviet -references.
ASSOCIATION: Bryanskiy institut transportnogo mashinostroyeniya
(Br ansk Institute of Transportation Machine Build-
ing~
PRESENTED: Kafedra turbostroyeniya (r!hair of, Turbine Building)
SUBMITTED: January 20, 1959
Card 2/2

KARTSEV, L.V., kand. tekhn. nauk, dotsent; ILIZAS101FO, A.A..., inzh.
Investigating the strength of detachable tapered couplings
of hydraulic transmissions. Vest. mashinostr. 44 no.9:18-
22 S f64. (MIRA 17:11)

JUEMEVICIUS, J.; KOVELIS, Vyt.; KATINAS, J.; MEDONIS, Ar., red.
[Anyksciai and vicinity) ArrjkBciai ir ju ap,,linkes.
Vilnius, Valatybine politines ir mc.kslines lit-ros
leidykla) 1959. 25 P- [In Lithuartianj (MIRA 18:1)

a
KARTSEV, M. A. Engineer
"Arithmetical-Unit of the M-2 Calculatiig Machinei" lecture delivered at the
Soviet Computer Congress, 12-17 Mamh 1950', Moscow.
Translation of abstract - D 499674

PHASE I BOOK EXPLOITATION 474
Kartsev M.A., Aleksandridi, T.M., Knyazev, V.D., Tanetov, G.I.,
----Legezo, L.S., Lavrenyuk, Yu.A., Shchurov, A.I., Brusentsov, N.P.,
Kuznetzova,V.P.
Bystrodeystvuyushchaya vychislitel'naya mashina M-2 (High-speed
Computer M-2) Moscow, Gostekhizdat, 1957. 228 p. 10,000 copies
printed.
Ed. (title page): Bruk, Isaak SemenoVich, Corresponding Member,
USSR Academy of Sciences; Ed. (inside book): Bezborodov, Yu..M.;
Tech. Ed.: Gavrilov, S.S.
PURPOSE: The book is written for engineers and students of vuzes,
specializing in computer techniques, and for specialists interested
in computer applications.
COVERAGE: The book describes the M-2,a small-dimensioned, universal,
high-speed digital computer developed by the Laboratory of Control
Machines and Systems of the Academy of Sciences, USSR. A detailed
description is given of the basic computer units: the arithmetic
Card 1/13

Righ-speed Computer )1-2 474
unit, internal memory devices, control devices and output devices.
This description is supplemented with an exposition of the guiding
principles of computer design, the binary system, coding and
programming., and the design of basic components of the system. This
makes the book accessible to readers who have no Apecial training in
electronic computers. The basic characteristics of the computer are
as follows: the calculation system is binary; the code presentation
is with a floating and fixed binary point; the number of binary
digits is 34; the computation accuracy,with a floating binary point,
is about eight decimal bits, and with a fixed binary point, about
ten decimal bits (computations with doubled accuracy are also
possible); the yange oE.numbers in operations with a floating binary-
point is from 23 to 2--.11; the coding system is a three-address code;
operations performed are: addition, subtraction, multiplication,
division, congruence with modulus, algebraic congruence, logical
(signed) multiplication sign inversion, transfer of numbers, and
auxiliary operations (30' in a14- the, average speed of operation is
Card 2/13

High-speed Computer M-2 474
2000 operations per second. Of the internal memory devices the basic
one is electrosttL_tU,. consisting of cathode-ray tubes of the 13L037
type, for 512 numbers; the access time is -",S-_1,Vsec;' the auxiliary
consists of a magnetic drum for 512 numbers; the speed of rotation is
2860 rpm. The external memory device consists of a magnetic tape
with a capacity of 50,000 numbers; its length is 600 m and speed
0.4 m/sec. The data is fed in on perforated paper tape at the rate
of about 30 numbers per see. The decoding of data is in tabular
form., the printing-speed Is 24 numbers per min. The power supply is
from a 3-phase a-c metwprl 127/220-v, the power intake Is 29 kw.
The area covered by the computer is 212 sq. m. The total number of
tubes Is 1879, of which 1676 are used in the computer itself and 203
in the power supply. The types and numbers of tubes used in every
unit are given in Appendix 2. The personnel consists of two people
per shift. The cost of building the computer was about one million
rubles, and the cost of 24-hr operation is 16,ooo to 18,000 rubles
per month. The various stages of development of the M-2 involved
Card 3/13

High-speed Computer M-2 474
the following engineers: M.A. KartBev-,_V.V. Belinskiy and A.B.
Zalkind,.who developed the arithmetic unit; the electrostatic zmery
device -%" developed by T.M#Aleksandridi and Yu.A. Lavrenyuk; control
devices by L.S. Legezo, V.D. Knyazev and G.I. Tanetov; magnetic
memor-y devices by A.I. Shchurov and L.S. Legezo; input and output
devices by A.B. Zalkind; the power supply system by V.V. Belynskiy,
Y-A Lavrenyuk and V.D. Knyazev; the control panel by V.V.
Belyndkiy and A.I. Shchurov. The design work was supervised by
M.A. Kartsev. The following laboratory constructors, technicians,
mochanics and assemblymen also worked on the project; I.Z. Gellfgat"
A.D. Grechushkin, N.A. Nemtsev, F.F. R::heutskiy, I.K. Shvillpe,
D.U. Yermochenkov, L.I. Fedorov, and G.J. Korostylev. The following
ersons collaborated in the writing of the book: M.A. Kartsev
~Chapters I to VI and XI), I.M. Aleksandridi (Chapter VII), V.D.
Knyazev (Chapters II, III, VII-and IX), V.P. Kuznetsova (Chapter
XII), Yu. A. Lavrenyuk (Chapters V and VII), G.I. Tanetov
(Chapters VI, DC and XIII), A.I. Shchurov (Chapter VIII), N.P.
Brusentsov (Chapters VIII, IX, XIV) and L.S. Legezo (Chapter X).
Card 4/13

SUBJECT: USSR/New Electron Computers Developed at Lower Cost
AUTHORs Kartsev, M.A. and Matyukhin, N.Ya., Engineers 25--4-17/34
TITLE: Computers (Vychislitellnyye 11ashiny)
PERIODICALt Fauka i Zhizn' - April 1957, # 4, pp 44-45 (USSR)
ABSTRACT: In this article two newly developed types of electronic compu-
ters are describ*d. U-2 performe about 2,000 arithmetical
operations per second, but is much cheaper and dmpler to operate
than the "Strela", an earlier constructed computer of equal
efficiency. In the H-2 for the first time semiconductors and
cathode ray tubes, which are cheap and easily obtainable were
used.
Another computer, the M-3, is such smaller, requiring only 3
eq m of space. It has only 780 tubes, 3,000 semiconductor
appliances and needs no long adjustment. It can perform thirty
operations per second, but can easily be extended by additional
cabinets, which are able to multiply its efficiency.
The article contains two illustrations of the M-2 and V-3
Card 1/2 computers respectively.

TITLEz Computers (Vychislitellnyyo Mashiny) 25-4-17/34
ASSOCIATIONs Laboratoria. upraylyayushchikh mashin i aintem an SSSR
(Laboratory for Control Machines and Systems of the Academy
of Sciences of the USSR)
PRESENTED BY:
SUBMITTEDt
AVAILABLE2 At the Library of Congress.
Card 2/2

28(2) PHASE I BOOK MWITATION SOV/1453
Kartsev, Mikhail Aleksandrovich
Arifteticheskiye ustroystva, elektronnykh telfrovykh mashin (Arithmetic Units of
Electronic Digital Computers) Moscow.Fizmatgiz, 1958 . 158 p. (Series:
Biblioteka prikladnogo analiza. i vychislitellnoy matematiki) 10,000 copies
printed.
Sponsoring Agency: Macaw. Universitet. Kafedra vychislitellnoy matematiki
Chief Ed. of Series: Sobolev, S.L., Acadecdcian; Ed.: Bezborodov, Yu.M.;
Tech. Ed.: Yermakova, Ye.A.
PUFdWE: The book is intended for scientists and engineers designing electronic
computers and for graduate students of iruzes.
COVERAGE: The book discusses general problems of designing arithmetic units:
selecting the system of number coding, developing binary adders, selecting methods
of performing multiplication and division with a binary nmber base, and developing
logical systems of arithmetic units. The book also presents a description of
existing constructions, methods of their comparative evaluation and some new
solutions. Material for the book is bEu3qd largely on work done at the Labora~
toriya uprav1yayuBhchikh tiashin i a istem AN SSSR (Laboratory of Control

Arithmetic Units of Electronic Digital Computers SqV/1453
Machines and Systems, AS USSR), and represents a part of a broad study in the
field of computer technique. This study was made under the supervision of
I.S. Bruk, ConvepondIng Member, AS USSR. The author thanks N.Ya. Matyukhin,
V.V. Belynskiy, Doctor of Physical and Mathematical Sciences A.L. Brudno,
Corresponding Member, AS USSR, L.A. Lyusternik, and participants in the
seminar given by the Chair of Computer MathematiCB at Moscow State University,
all of whom read the book in manuscript form and introduced several valuable
suggestions, There are 29 references, of which 13 are Soviet (inclucung I
translation), and 16 English.
TABIE OF CORIENTS:
Foreword
Ch. I. Systems of Coding Numbers 7
1. Classification of coding system 7
2. Number base 10
3. Succession of columns in a number. Digital quantities
4. Representation of negative numbers. Operations with algebraic
quantities 29
5. Placing the point 45
C mw*4

jtg,r. N "
A,
KART3EV, ".A., Cand Tecii bci -- (dis.,j) "Bases of' QQZIL;-W,, tTn
of arith~netic devices and the enginecring solution o'"
the 11-2
Vie aritnmeti c 4owt L of / -ovMMii-tink :,,achine. 11 110, jQqi
16 pp (Min f-.f di?her Education U&;R. ~,!os t~rder or tenin
Power tngineering inst) 100 cn:li-cs (FL, 23-56, 106)
- 63 -

PHASE I BOOK EXPLOITATION SOV/3671
Akademiya nauk SSSR. Institut elektronnykb upravlyayusbebikb mashin
Tsifrovaya tekhnika I vychislitellnyye ustroystva; [Sbornik]
(Digital Technique and Computing Devices; Collection of Articles)
Moscow, Izd-vo AN SSSR, 1959. 184 p. Errata slip inserted.
4,000 copies printed.
Ed.3 N.S. Bruk, Corresponding Member, USSR Academy of Sciences;
Ed. of Publishing House: G.Yu. Shteynbok; Tech. Ed.: V.V.
Volkhova.
PURPOSE: This,collection of articles, Is Intended for persons
specializing in computer technique.
COVERAGE: Most of the work in this first issue of the Collection
of Articles of the Institute of Electronic Control Machines of
the Academy of Sciences, USSR., was carried out during 1958-1959,
and was dedicated to digital technique. The Institute conduc-
ted studies aimed at creating a high-speed memory device of large
capacity. one of the results of this work was improvement of the
C&Td 1/q

Digital Technique (Cont.)
SOV/3671
M-2 computer by replacing its static storage device with ferrite
,memory cores. Other articles concern the use of transistors in
digital computers, stability of analog computers equipped with
d-c operational amplifiers, and the use of the M-2 computer
in solving various problems. Future issues of this dollection
of articles will present the results of work in digit;al tech-
nique in mathematical investigations, and in control machines and
systems of control which operate ork the principle of digital
technique. Some personalities are mentioned in the articles.
References accompany some of the articles.
TABLE OF CONTENTS:
From the Editor
3
_, V.P. Konstantinov.
Glukhov, Yu.N., V.I. Zolotarevskiy, E.A,, Kart~ey
and R.P. Shidlovskiy. Ferrite Memory Device With 4096 Digits 5
The authors present a general description of the ferrite core
memory device. It has a 4096 wor,d capacity, each word consisting
of 36 binary bits, two of which are reserve. The access time is

Digital Technique (Cont.)
sov/3671
about 30 microsecj part of this cycle overlaps other computer
operations. This memory unit Is equipped with 526 electron tubes
and 103 additio'nal tubes are used In the power supply. Thes*e
specifications constitute a great Improvement over the previous
memory device, in which the operational electrostatic storageand
the reserve magnetic drum storage had a capacity of 512 binary,
34-bit words each, and in which acoess time was from 37.5 to 50 or
more microsec. It was equipped with 644 electron tubes and
150 additional tubes were used in the power supply. The new
ferrite core memory device was developed, executed, and adjusted
at the Institute under the general direction of I.S. Bruk, .
Corresponding Member of the Acadenry of'Sciences, USSR. Prelimi-
nary studies were made in 1955-1956 under the'direction of.
ON. Rosnitskiy. The essential part of the work was done under
the supervision of M.A. Kartsev by engineers T.M. Aleksandriai,
V.B. Borok, Yu.N. Glukhov, V.I. Zolotarevskiy, L.V. Ivanov,
V.P. Konstantinov, Ye.N. Filinov, and R.P. Shidlovskiy; and
technicians I.I. Gallyamova, N.S. Zhdanov, V.K, Minayev, M.Ya.
Natanzon, Z.N. Sidyakova and V.S. Sokolov. The construction
group was under the supervision of A.N. Patrikeyev, and the
gar4-137"

Digital Technique (Cont.)
SOV/3761
assembly shop was under the superviaion of A.D. Grechushkin and
the mechanical shop of the Institute.
Ivanov, L.V. and Ye.N. Filinov. Checking Installation Used in the
Production and Adjustment of Ferrite Memory Device 28
The following checking operations which are considered indis-
pensable, were carried out during production of tle ferrite
core memory device: selection of the cores according to es-
tablished requirements; testing the finished matrix frames;
and checking the whole memory device. There is very little
reference literature concerning the methods and equipment for
carrying out such workand the article was written from naterial
acquired in developing such checking arrangements. This work
was done at the Institute)and the following persons)in addition
,to the authors of this article, participated In it: V.P. Kon-
stantin'ov, M.Ya. Natanzon and V.S. Sokolov. There are two
references, both Soviet.
Chernov, A.N. Utilization of a Dynamic. Trigger Equipped With a
Junction Transistor in Arithmetic Device Circuits 42

Digital Technique (Cont.)
SOV/3671
press these'quantities by means of discrete electrical states.
He presents, in table form, conversion methods or converter
types together with the characteristics of each method or type.
There are 8 references: 3 Soviet (one- of which is a translation)
and 5 English.
Brudno, A.L., and Yu.A Lavren uk Operation of the M-2 Electronic
Digital Computer (Briei Report~ 1 168
This is a report-concerning the operation of the M-2 and results
obtained from It in the period 1953-1958.
---Kartse-v, M.A., V.D. Knyazev, and V.P. Kuznetsova. High-Speed Elec-
trostati-F-FrInting Device 175
The authors describe an experimental model of an electrostatic
parallel printing device developed at the Laboratory in 1956-1957.
The printing rate is 300 lines per sea.
Reynberg, M.G., and V.A. Tretlyukhin. Ferrite-Transistor Trigger
With One Transistor 179
The authors describe the trigger device which they developed
at the Laboratory. They compare it with a similar one-transistor

AU15023i Womldov,1.3., sad R"ov&,Z.3. 30T/42-14-1-27/27
21TIM. Saw fttLIc&tic" an Applied Analysis &M lh-orical, MathoustIts,
(Novyyo lsd&&Lys pa prlkladwm ---It.u I vycZ1.lLt.l'moy
"Smomwetka)
TMODICALs Uspokki ustamo,tLabookikh nak.1959.Val 14.1r I." 261-265(U331)
AUTIAM It to stated that in the 0331t the" exisu as p*rtodical an
vmmwrIca4 mathe"tice &ad *Lmil&r dcoatne. The vacers of the-
dam"" QbIvfl7 appo~ in the earf*- 'MalostlCof on Applied A..Lyu
a" Wwwrical vasbo~tlcs* (DPATM) &Ad I. single WIX-ot-d
welmomms. fte *arias SPAM began in ?955 and catil no. It
sousalwa the following ~azgraphlwss 1. O.S.Sel.kh.w 'Coloul.tim
of Series-I 2. A.Z.Zkvv~kiy -Appliostion of Continued Fr"ttcoe
Is Us Apjroxl~te A~lysio'j 3. T.S.U.1own-ki I A ptlippow
-90abLILSY of Difference Zquatiom .40
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thd4MItlas' CVN) since 195T. a" -Cosputing Twobatco* (TT) sin"
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of W-L.Ditkia. L.A. A~A.Abrmma-. X.2.

soon votimok. r-S.M-.Wk.-
p-M-3414 "AtIFIRTI.B. I
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stions ~cr tho~-?F"-F; r -mjttt~!!� a- ('r6promy
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2"Llovokly. I.Ya.Akskokly, TI,
B.A.M.sbpe. 1L.K.

KAgrszv, Mikhail Aleksandrovich
Aritlimetic units for electronic digital computers. Wright-
Patterson Air Force Base, 1960.
152 p. (MCL-285/V)
Translated from the original Russian: Arifneticheskiye
ustroystva elektronnvkh ts:Lfrovykh mashbi, Moscow, 1958.

H 4
a
ol
Ilk

67
S/044/61/000/007/055/055
C111/022
AUTHORs Kartsev.-X.
TITLEs Logical methods for the acceleration of the multiplication
in digital computers
PERIODICAM Referativnyy zhurnal. Matematika, no. 7, 19619 519
abstract 7 V 329. ("Probl. kibornetiki" vYP 4. M., Fizmatgiz,
1960, 111-120)
TEXT: The author considers the influence of the choice of the base of the
positional arithmetic system to the effectivity of the application of
logical methods for the acceleration of the multiplication. The author
considers logical methods which reach an aaceleration of the multi-
plication only by a more complicated control acheme without an en-
largement of the quantity of devices in the basic scheme of the arithmetic
unit. The author determines the mathematical expectation of the number of
tact# of addition and sulitroko-Son being necessary for the performance
of the multiplication as well as the mean number of tacts of addition-
subtraction per one digit of the multiplier. Several bases of the
Card 1/2