SCIENTIFIC ABSTRACT USHAKOV, F.I. - USHAKOV, G.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858120005-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USIIAKOV, F.I, (Kiyov)
I
York practicas of the Ukrainian clothing factories in the improvl~-
ment of prod-action quality. Shveineprom. no,5:4-7 S-0 162.
I (YJRA 15: 10)
(Ukrain&--Clothing industr7)

USHAKOV, F.V.. kandidat tekhnicheakikh nauk; KAUMN, B.N.. kandidat tekhni-
--, cheakikh nauk, nauchny7 redaktor; TUMARKIN, D.H.. redaktor izdatell-
stva; BORODIRA. I.3.. redaktor izdatel'stva; GUSEVA,S.S., takhnicha-
ski.v redaktor
[Thermotachnical. properties of large panel walls) Teplotakhnichaskie
evoistva krupaopanellaykh sten. Moskva, Goa* izd-vo lit-ry po stroit.
i arkhitakture, 1956. 102 p. (KLRA 9:11)
Walls)

USHAKOV, 1?.V., .-kandidat tekhnicheakikh nank.
.,_ J-1-11", ~. I
Affect of the cpiality of bricklaving on heat-insulating properties
of walles Blulectroi,tekhoU no,11:8-10 N 156. (KIRA 10;1)
1. Inatitut stroitelinoy tekhniki Akademil strottelletwa. i arkhitektu-
ry SSSR.
(Brickliving) (Insulation (Heat))

KREMSRj B.A.
Georgii AlekseeAch Ushakov, 1901-1963; obituary. Yeteor. I gidrole
no-3:62-63 Mr 164. (MIRA 17:3)

USHIKOV, G.
I
'Training specialists for the financial systax. Fiz.SM 16 ne.11:
Fin. SSSR 16 no.3.1:54-38 N 1559 (MA 9; 1)
(Plasmoo-Study and teaching)

USRATOV, G.
- 'i- :
--I~ In close cooperation. Sov. profooluzy 6 no.6:6749 Je 158.
(MIRA 11-07)
l.Prodasdatell Letviyekogo respublilmnskogo komiteta profsoyuza
rabochikh mashinostroyeniya,
(Latvia-Machinery industrr) (Trade unions)

SMYAKOV, Ivan Maksimovich.; Prinimali uchastiye: BXDARXV, G.; VETSHM, N.;
DOBROYCELISKIT, V..; XAPLAH, S.; KOMU, G.; KORCUV, L.; KMINOTI K.;
OV, V.; SMEOV, K.; SWMYANINOV, H.; USMOV, I.; USMOV, G.j
ZAYCIIIK, H.I., prof., doktor takhn.neuk, nauchny7 red.!'-iCiCOHIYTm.A'
0.1., red.; ROZEU, B.A., takhn.red.
[The story of tht tractor] Povaat' o traktore. Koskva, Izd-vo
*Sovatakais Rossiia,Q 1960. 318 p. (KIRA 13:12)
(Tractors)

VALITS9 Georgiy Borisovi(,,h;_USWOV2__qavriil Alekseyevich; KUSKOV9 G.I.,
otv.red.; KOVALEVIL, Z.G., red.; R'UDIUTSM-k,--!.t-*'9 tekbn.red.
(Mechanical devices for drawing and transposing projections] N. ---
Mekbanizmy dlia. chercheniia, I. preobrazovaniia proektaii.
KharIkov, Izd-vo DarIkovskogo goo.univ.t 1960o 455 P,
(Mechanical drawing-Equipment and supplies) (MIRA W6)

USHAKOV, G. (Vologda)
Fulfill the plan for all revenues and all districts. Fin.
SSSR 22 no.7:64-67 JI 1,61. WIRA 14:7)
(Vologda ,Piovince-Internal revenue)

ACCESSION NR: AP4044124 S/0084/64/000/008/0028/0029
.AUTHOR: Gal'PLrin, M. (Engimer)j Ushakovj. G.(Enginear)j Vasil' ch~nkojG(Znginssr)'!,
:TITLE: The resource is doubled
,SOURCE: Grazhdanakays Avistsiya, no. 8, 1964, 28-29 1
iTOPIC TAGS: piston aircraft, scoring, local overheating, connecting rod, cylinder,1
side pressure, lubricant, oil
:ABSTRACT: This article deals with the necessity of increasing the reliability and
.resources of piston aircraft. In the case of the 11-14, 11-12 and An-2 aircraft
the main cause of trouble seems to be the scoring of the pistons no. 2 and 5 caused
iby local overheating and side pressure. These two pistons, coupled to the main
;connecting rods, are acted upon by forces of 2035 and 1600 kg during compression
;and expansion, respectively. The Omsk aircraft factory has solved the problem of
-decreasing the side pressure on the working surface of the pistons by means of de-
creasing the deformation of the cylinders through constant and uniform air cooling.
jThe Omsk designers have succeedled in lowering the piston temperature, improving the'
icylinder lubricants and finally, reducing the lose of horsepower of the cylinders of
1/2

':ACCZSSION NRt AP4044124
Ithe main connecting rods. All these improvements have almost doubled the life spank
:of these piston enginess Orig.. arts has: 7.figureas
;ASSOCIATION: none
1 SUBMITTED: 00 ENCL: 00
,SUB CODEV AC NO REF SOV: 000 OTHER: 000
Card 2/2

USYAKOV, G. A.
Geograph;r :. Gpologi
Across untrodd.ea land.; Pr(,disl. V. A. Obritcheva. Mnsk7a, Izd.-vo Glavsevmo---),-jti, 1951.
Monthly List of Russian Accessions, Library of Congress, ELRY 1952. Unclaaqtfied.

I- -USIVIrIC711) ra.- I'll.
Se,mrnaya Zemlya
"Across untrodden land.ft G. A. Ushakov. Reviewed by V. P. Dadykin, Gec,,. v. No. 4,
1952.
Monthly List of Russian Accessio: , Library of Congress, October 1952 UNCLAS3IFIED.
I is,

U81MV, 0. A.
Severnaya Zemlya
Book about the northern land (OThrough impassible land." Reviewed by L. Gromov).
Vokrug Sveta no. 5, 1952.
2
9. Monthly List of Russian Accessions, Library of Congress, July -194 Unclassified.

USHAKVV, G. A.
Po Nekhozhenoy Zemle (Through an Untraveled Land), Moskva. "Molodaya Gvardiya",
1953- 405 pages, illus., maps
B/4 621.12 X8

USUKOV; G*A., doktor g(lografichookikh nauk.
~,
Niiv
Over untrod land, lauka I shisn' 20 no.3;40--43 My 153, (XLM 6s6)
(Artic regions-d.-Description and travel)

USMOV, Georgiy Ale,koeyevich; PROOOPTSEVA, S.Tm., red.; RALOS, B.N.,
mladshly red.; VIIMSKATA, N.M., teldin.red.
[Across untrodden land) Po nekhozhenoi zemle. Moskva, Goo.
izd-vo geo lit-ry, 1959. 367 P. (MIRA 13:2)
r5sovernays, Zemlya)

USHAKOV, Oeorgiy Alsk3eyevich; AIOKHODTSI:VA, S.Ya., rod.; KAWGS, B.B.,
- mladshiy red.; VILENSTAYA, X.N., takhn.red.
(Aarous untrodden land] Po nakhozhanoi zemie, Moskva, Gos.izd-vo
geogr.lit-ry, 1959. 367 P. (MIRA 13:6)
(favernaya Zemlya)

GALIFERINI M., Inh.; UISHAKOV, G., Inn1h.; VASM'PtiENKO, G., in3h.
Rer3crurce hav doubled. Grazhd. av. 23- no.8z2P--29 Ag 164.
(,v,:FtA 18,'4)

USHMV, G.A., kandidat tekhnicheskikh nauk.
..
Plotting affinity and axonometric projections in mining. Trudy
VIIIHI no.29:128-150 154. (MUL 8:3)
1 (Mine maps)

3(4) PHASE I BOOK EXPLOITATION SOV/2024
-Ushakov, Gavriil Alekseyevich, Candidate of Technical Sciences,
Dooent.and To-slr Davidoviah Golldin, Candidate of Technical
Soiences
Naglyadnyye marksheyderskiye grafiki. (Mine Surveyors' Illustra-
tive Graphics) Kharkov, Metallurgizdat, 1959. 187 P.
Errata slip inserted. 2,800 copies printed.
Resp6 Ed,: M.V. Korzhik; Ed. of Publishing House: Ye K.
Sinyavskaya; Tech, Ed.: S. P. Andreyev
PURPOSE: This book is intended for engineering and technical
personnel of the mining industry and forstudents of mine
surveying.
COVERAGE: This book gives comprehensive coverage to the basic
principles of constructing illustrative graphics used in the
mining industry. The types of projections are described as
are the geometric relationships. Affine relationships and
Card 1/6

Mine Surveyors' Illustrative Graphics SOV/2024
affine transfoinnations are stressed. A chapter is devoted
to the instruments used in making pictorial mine graphics
both Russian arid-foreign devi6~~s being described. Finally,
the methodology of constructing the graphics and the
method of taking off measurements axe explained. The author
thanks professor D.N. Ogloblin, Doctor of Technical Sciences,
for his assistance. There are 40 reCerencesof which 35 are
Soviet, 3 German and 2 English.
TABLE OF CONTENTS:
Foreword
5
Ch. I. Projections for Constructing Mina Surveyors'
Illustrative Graphics 7
1* Requirements set forth for mine surveyors'
illustrative graphics 7
2. Types of projections 9
''Central.'Projection 9
parallel projection 10
3. The method -of parallel axonometry 11
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Mine Surveyors' Illustrative Graphics SOV/2024
4. Selecting the simplest method of constructing
illustrative graphics 16
The coordinate method 16
Direct transformation from orthogonal pro-
jections to pictorial portrayal 17
Constructing illustrations with the aid of
affine transformations 18
Axononetry with axes OlYl and OlZl coinciding
along one vertical 21
Vectorial projections (plane axonometry) 26
Stereo axonometry 2r
Cho IIo Theoretical Problems in Constructing Mine
Surveyors, Illustrative Graphics by the Method
of Affine Transformations 32
I* Affine coordinates 33
2o Determining the affine directions 39
3. The relationship between angular elements in
affine transformation 41
4. Determining the distortion factors 43
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Mine Surveyors' Illustrative Graphics SOV/2024

o Transformation factor q 44
Zo Vartioular cases of affine transformations 45
Projection direction perpendicular to the
original axis 46
Projection direction perpendicular to the
picture plane 50
Cho I II. 2raphioal Methods of Constructing Mine
Surveyors' Illustrative Graphics 55
1. ConstrixetIng mine surveyors' Illustrative
separate mine levels
graphics by portrayin 55
2. The vectorial method plane axonometry)
j 58
3. The template method 59
4. The method of affine transformations 64
5. The photographic method 77
Ch. IV. Devices for Constructing Mine Surveyors'
Illustrative Graphics 79
1. Axonographs 9
2o Affinographs N
3. D4vices used in foreign practice 96
4. Requirements set forth for instinments used in
constructing'mine'.sur,veyors' illizi3trativb'.graphice 100
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Mine Surveyors, Illustrative Graphics SOV/2024
5. Affinographs recommended for constructing mine
surveyors' pictorial graphics 101
Transmissi6n affinograph 101
Affinograph A-2 ill
6. Device for constructing plane axonometrio
illustrations li6
7* Device for constructing stereo axonometrics 119
Cho Ve The Methodology of Constructing Mine Surveyors'
Illustrative Graphics With the Aid of Affino-
graphs 122
lo General probley&s of the methodology 122
Selecting the outline of the plan portion 122
Selecting the projection direction on the plan 123
Calculating the vertical scale 124
Sequence of work on the affinograph 127
Supplementary drawings (finishing touches)
and completion work 129
2. Portraying topographic surfaces 130
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Mine SurVeyors' Illustra .tive Graphics SOV/2024
39 Portraying geological structures 137
4# Mine-geometric pictorial graphics 145
Portraying open pit workings 151
Z-0 Portraying underground mine workings 158
Ch* VT. The measurability of Mine Surveyors"I'llu-
strative Graphics 168
1* Determining the actual linear dimensions with
the aid of elliptical scales 168
2. Analytical determination of the angular and
linear elements of an object from its projection 171
3* The graphic method of solving metric problems 178
4. The mechanical method of solving metric
problems 18l
Bibliograph~, 186
AVAILABLE: Library of Congress
MM/rj
7-7-59
Card 6/6

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111.2. THREE CUMBER FURNACE FUR UNFR&PARED MIUED PEAT. Up4kov,
Q (44 likon. lopliva (Fuel Xcon.) Apr. 1950, (/,), 7-103.
00 Uescription ard test results. the furnace to said to be
*0 proaLsIng cor boilers of 155-18 tons !apgaity. A rough
00 section of Its three chambers *on be obtained by drawing

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blown upwards by two air blasts. These particles burn partly ;--**
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in chamber 2, into which tWq are carried. At high loads Voo
-
most of the Com"'iton occurs ft the W, I.e. at the front :00

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of the I%wnac:*. There are top and bottom openings between at* to
-hanbers 2 ani 3, a horizontal &*&to aud romoving clinker. 4410
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n, -1 -k"n. Tol IIW1
u4k.k.y. fl.~J' I I 41-111~:r'v, vo i.; '
j'Y""T/". v-)"). 1tv. fft-A illmirl; ~~( tnt:: typy 14~5 an A ocrt-r-m fill thit
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[to 1,? rAl,ivo In I lyin, Elio l,rIrxJj,Iiy nrv rvt oit hort oll1i beet-Ims
)( tyi lod fe.mcus. 0.).

465;,. rXCHNICAL A11+C(AINIC CUll'AW~,ON OF FURNACkS iHth kAKINJ
~LLIWf UNL, FUR AvutirnAL Ljuiwt ruhrs. Ushakov, Q.A. (Za 16k on
ropliva (Pawl k;con.)-, July l-,52, 21-27). Illus'trail'ons-and oomparaLive data are
given on four Soviet, furnaces under boilers giving 9, 10, 7 a d 24 tons/h
of steam respectivelys an shaft pulveriser furnace and a three chamber
furnace burning milled pent, und a ftu-naco with scraper bar and another
&Wt pulverizer furnace burning Moscow Region brown coal. (L)

N.
1622, LD(ITS OF APPLICATIUN OF CATION PROCESS UF W,tT& PURIFICATION IN INDUSTRIAL
BOILER PL'%MTS. _Ekoi. Topliva (Fuel 6con. ),%nr. 1~4`2, 27-29
Adortion of tF* -cation treatment using soiium cGion a, uimenL %nd H-'a cation
units with 5ulphuric acid solution using barrier filters ; ielda food -uality
soft water even with hard initial water. he w~,tsr-acid jet pump should be
used for initial waLer with high alkalinity and ,Werate mineral residue. In
the preparatioti ~.f water for power station boilers the tyne of bollor nd a iturat
od steam reouirement .nd the , aising of salt Content nd t) kal'nity, to obviate
an excessive mubber of cleanings, should be considered. % table givqss da-a on
the cleaning of horizontal water tube voiler3 by different methods. (L)
B. S. A.

Ummov: 0: A:
lurnaces - Construction.
Beat use of outer brickwork of fire boxes of low capacity boilers.
Z& ekon. top., 9, no. 3, 1952.
9. Monthly fist af Russian Accessions, Library of Congress, June - 19 5YJ2 Unc 1.

USHAKOVO G. A.
Boilers*
Extent to which cation wate:r-purification can be used in industrial boiler
rooms. Za ekon.top. 9 no. 4:27-29 Ap '52.
9. Monthly List of Russian Accessions, Library of Congress, July 1950 Unclassified.

1. USUKOV"q. A, .
20 aSSR WO)
46 lurnace 9
70 Ways toward Improved constructiou of YU. G. Vasillyev furnaces.
Isket. prom. 12 Noo 11, 1952
9. Monthly List of Russian Accessions# Library of Congress,- February 1953. Unclas:;ifled.

USHaOV. G.A.
Simplifying circulation schemes in modernizing maltiple-
drum. horiZOntILl water-tube boilers. Inarg.bdul. no-3:5-13
Mr 154. MRA 7:3)
(Steam boilers-Design)

USUAKOV, G.A., inzhaner.
Increasing the steam-generating capacity of boilers. Tekst.prom.14
no.2:36-40 7 154. NLRA 7:5)
(Steam boilers)

KONOVALOV, V.I., kandidat takhnicheakikh nauk; USHAKOV, G.A., inzhener;
't
SWOSMIIKCV, B.I., kandidat takhnichookik -na--,4Mff; V.N.,
inzhener.
"Thermal electric power plants of Industrial enterprises.' V.V.Luk-
nitskii. Revieved by V.I.Xonovalov, G.A.UBhakov, B.I.Shaposhnikov,
V.N,Ushov. llek.su. 25 no-7:61-64 Jl 154. (KMA 7:8)
(Ileetric power plants) (Luknitakil, V.V.)

USHAKOV, G.A., dots.
Increasing the efficiency of large unit-type plants by using bleed
steam for preliminary drying of fuel. Izv.vyo.ucheb.zav.; Onerg.
no.6:56-65 Je 158. (MIRA 11:9)
l.Ivanovskiy energeticheskiy institut im. V.I. Lenina.
(Coal--Drying) (Steam power plants-Zquipment and supplies)

~Jsakpv,_ G.A., dots,
..
Results of the scientific and technical
of damp fuels. Izv.vye.uchob.zav.)energ.
(Fuel--Congresses)
conference on spreaded dr7ing
no.8:133-134 Ag 158.
(14IRA 11:11)

USHAKOV, G.A.
Increasing the efficiency and reliability of electric power plants
by open drying of moist fuels. Hauch. dokl. vys. shkoly; energ. no.l:
169-174 '58. (MIRA 11:10)
(Blectric power plants) (Fuel)

USHAKOV. ARKHANGI-MISKIY, Yu.V., red.; T-ARIOITOV, G.Ye., telchn.red.
[First atomic -power plant; experience of conetruction and
operntion] Pervain Atomnaia alaktrostantaiia; opyt stroi-
talletva i ektipluBtatsii. Moskva, Goa.energ.izd-vo, 1959.
223 P. (MIRA 12:12)
(Atomic power plants)

USHAKOV, G.A. . dots.
Conversion cof thermal circuits of 4 p
statio"~ ped with K tur-
bines fro,, Fmaporators to wate7--partft cat ion. Izv.v7s.ucbeb.
zav.; anere, 2 no.5:69-78 My '59. (AIRA 12:10)
1. Ivanovalcty energatichemkiy Institut in. V.I.Lonina.
(Fetid-water purification)

USHAKOV G.A,, lnzh,
Open dr7lng of moint fuel. Blek.stao 30 no.1:29-33 Ja '59.
(MIR& 120)
(Ci)al-Dz7jng)

USHLKOV, G.A., doteent, kand.takhnonauk; KOROLI, V.N., inzh.
Vibration packing of mine cars as a means to increase their
loadability. Ugoll 35 no-3:41-44 Kr 160.
(KIRA 13:6)
1. KharIkovskiy gorWy inatitut.
(Mine railroad-Cars) (Vibrators)

STYRIKOVICII, M.A.; USHAKOV. 0,A inzh.
Selecting the lmlverization systems for the preparation of Donets
Basin anthracite fines and lean coals. Teploenergetika 9 no.2:
15-20 F '62. (MIRA 15:2)
1. Moskovskiy energeticheskiy institut. 2. Chlen-korrespondent
AN SSSR (for Sl-.yrikovich).
(Coal, Pulverized)

USHAKOV, G.A., inzh.
Economy characteristic5 of the feed pump turbine drive in electric
power plants. Teploenergetika 9 no-3:30-33 Mr '62. (MIRA 15:2)
1. Moskovskiy energeticheskiy institut.
(Pumping machinery) (Steam turbines)

USHAKOV, G. A., kand. tekbn. nauk
Concerning A. E. Gel'tman's article 'Choice of a system for
drying vat ltgnite in large state regional electric power
plants.* Energomashinostroenie 8 no-12:40-/a D 162.
UMIRA 16:1)
(Electric power plants) (Lignite-Drying)

AZOESSION NR: A24012088 S/0020/64/154/002/0366/0368
AUTHORS: Molseyenko, U. I.; IStomin, V. Ye.;.Vnhakoyx G. D.
TITLE: Influence of unilatoral pressure on electric resistivity of
rocks
SOUROB: AN SSSR. Doklady*, V. 154, no. 2, 1964, 366-368
TOPIO TAGS: electric rook resistivity, electroresistivity under-
pressure, rook electrical conductivity
ABSTRACT: Electric conductivity of rooks under pressu)Zes oorres-
ponding those at great depths Is scantily studied and therefore
the authors investigated the electric resistivity of olivenite,
marble, serpentinite, dunite, basalt, pyroxAnite and peridotite
under a unitalteral pressure of 20000 k4/om'. Under unilateral
pressure the specific resistivity decreases, reaches a minimum typical.'.--
of each rook type, the greatest change being observ6d for marble,
serpentinite and basalt, the smallest for peridotite and pyroxenite.
Further increase in pressure reverses the trend and increases the
resistivity. These data can be useful for studies of rook deformatons
Card 1/2

ACCESSION NR: A24012088
both in natural and experimental conditions especially with regard
to changes in electric res.Lstivity of rocks at different depths
from the crust. Orig. art. has: I Figure,
ASSOCIATION: Institut geoli5gli I tizikl Sibirskogo otdolenya
AN SSSR (Institute of geology and physics of the'
Siberian Branch AN SSSRI
SUMITTED: O7Jun63 i DATE ACQ: 10064 ENOL: 00
SUB CODE: PH NR REP SOV: 003 OTHER: 001

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USHXKOV~Go is I
L,)rl . 19W3
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I c 1 1962
TEXTILE INBUSTRr
see ILC

USBAKOV, G.K..4,#ndidat meditainskikh nauk (Yaroslavl')
Rolo of nedical auxiliary personnel in preventing excitation of
psychiatric patients. Medesestra 15 no.6:15-20 je '56. (MLRA 9.9)
(PSYCHIATRIC NURSING)

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gcn* home within lu-,'~o J"ys i,, :Ti the.6 "',~-mtnallon C4 ulie
trtatmczt. 'The xa.. 6~cct Gi ia these 0 pztl~-nts
was acC07--pmlic-d b-,.-

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p
pat~--.ts. i'bo n ay aa-,c C'~F,
r- do,--ge used In oth ~ invermigntisn Cha r, IzL.;
9 1
firts:;lue in this K.-Tup tj,;;! 1;~tex, -1
is ""hir !he im:t w ~i r-ra-* :1:7,r;; Al -r -:
rt~,Eftj
1;

qSSR / Human and Animal Phy.siology. Blood. Form Elements. T
Abs Jour: Ref Zhur.-Biol., No 22, 1958, 101752.
Author : Ushakov,, G. K; Illina, V. N.; Panus, L. V.
Inst : -Nor-9trem-
Title : The Peculiarities of Reactivity of the Blood Sys-
tem in Schizophrenia.
Orig Pub: V sb.: Aktualln. probl. nevropatol. I ps1khiatrii,
Kuybyshev, 1957, 270-276.
Abstract: 2000 investigations of blood were conducted in
psychic patients. In 92.8% of the analyses, ery-
thropenia was discovered, In 88.76% hypohenioglo-
binemia, In 50,3% low Indexes of sed. rate. The
reduction of the speed of the sed. rate wan mostly
observed in low indices of Hb content and number
of erythrocytes. Leucopenia was observed in 40.1%
of patients; furthermore, even in normal Indices
Chair of Psychiatry, Yaroslavl Stately,,
L t Inst- and
rj
Card 1/2 MM Oblastnoy Faikhonevrololgicheakoy bo n sy.

USSR / Human and Animal Physiology. Blood. Form Elements. T
Abs Jour: Ref Zhur-Biol,, No 22, 1958, 101752.
Abstract: of number of leucocytes, the prevalence of ~he
right nuclear shift of neutrophyles :75.2%) re-
lative lymphocytosis, monopenia (56 ,~6%), eosino
penia, and high levels of hemacytologic indax of
reactivity (56.3%) were observed. Apparently,
there is not only a changed but also a lowered re-
activity of the blood system. Additional obser-
vations were conducted on 100 patients with an un-
favo~?ible course of schizophrenia. The degree of
changos of red and white blood rose with the dur-
ation of the disease and the worsening of its
course, -- E, R, Paley,
Card 2/2 17

~- ~ . A~ . , I ,, .: . .
USHAj&taVG.MKr.
um" 10 Xi
Insulin for treating mental diseases. ged.sestra 16 no.6:8-13
Je '57. (KLU 10: 8)
1. Is kafedry psikMatrii Taroolvaskogo gosudaretvannogo
meditsinskogo instituta
(INSULIN) (PSYCHOSES)

r i
SURIKOV. M.P.: V�IAKOV. G.K.: ILI IRA. V.N.; Vf6RBLYUBSKAYA. A.A.; KHOKHLOV. L.K.
Utilization of glutathione in the treatment of mental disorders
[with summary in Yrench]. Zhur.nevr. i paikh. 57 no.2:237-240 157,
(MIRA 10:6)
1. Kafedra biologicheskoy khimii (zav. - dotsent H.P.Surikov) i
paikhiatrii (zav,.' - dotsent G.K.Ushakov) Yaroalavskogo meditsinskogo
Instituta i Yaroslavskaya oblastnays polkhiatrichaskeya bolintea
(glavnyy vrach O.I.Ovchinnikov)
(MENTAL DISORDER , tber,
glutathione)
(GLUTATH1016, ther. use
ment.disord.)

USHAKOV, Gennadiy KonBtantinovich; SALYAYBV, Vladimir Nikolayevich;
. I . TITCVAD Aleksandis Tvanovns, red.
[Bpilepay- problems in practical diagnosis. prevention, and
treatmentj lpileptichasksis bolesn'; voprosy praktiki
raspoinavaniia, preduprashdaniia, lechaniia. Uroslavl,
I.Aroslavskoe Wzhnos izd-yo. 1958. 95 P. (MIRA 13:8)
(Epu"ST)
.I P

SALYAYEV, V.K., STOLYARCHUK, A.A., USHIKOV, G.K.
Cholinesterase activity o?-VI'o-od serum in certain pathological
processes. Vrach.delo no.9;903-905 S158 (NERA 11:10)
1. Nafedra pailthiatrii (zav. - dote. G.K. Ushakov) i kefedra
farmakologii (ispolnyayushchiy obyasannosti zav. - kqnd.med.nauk
V.N.Salyayev) TaroslaTsko o m dit inskogo institutae
(CHUGINZSTIMASZ~ e a
(SIMUM)

USHAKOV, Gennadiy Konstantinovich
(Chronic alcok.olism and its control] Khronichaskii alkogolizu
i bor'ba a nim, IAroslavll, lAroslavskoe knizhnoe Izd-vo,
1959. 29 p. (MIRA 13:8)
(ALCOHOLISM)

rA tj t-\ 0 V, I'--
EXCERFTA MICA See 8 Vol 12/12 Neurolou Bee 59
6330. NEUROPSYCHIATRIC DI:,'TURBANCES OCCURRING IN WERLIIOF'S DISEASE - Uber
neuro-psychische Sibruagen bel der Werlhofachen Krankhell - Uschakow G. K. Lehr-
8 tuhi far Psychlat., Med. inst., Jaroslawl - Z. ARZTL. FORTBILD. 1958. 52/12 (499-51)4)
Reports of 2 cases in which definite neuropsychiatric disturbances were present. and over-
shadowed the symptoms of the underlying basic illness. namely idiopathic thromboeytopenic
purpura (Wirlhof's Cmease). These neuropsychiatric disturbances occur in the form of syndromeM6
such an disturbances in the cerebral circulation, apatho-abulistic disturbances, hypotonic neur-
asthenia, and hallucinatory and paranoid experiences. Because of the disturbances In the cere-
bral circulation. which in of unknown aetiology. cerebral neoplasm has to be considered and
ruled out by appropriate clinical and laboratory tests. The same in true for the changes in the
eyegrounds. Theme neuropsychiistric disturbances are similar to those seen in canes of haemn-
rrhsgic neuro-nephritim. an described by 1. B. Galant.
Levy - Spokane. Wash. (VIII.69)
10

ILI MA, V.N.; POISTAYM, A.B.; MAIMv- a_ V, L.K.; GAIKINA, Z.I.:
~Jffw.; KHOKHM
SALYATSV, Y.N.; STOLYARCHUK, A.A. -, ,
Clinical aspects and psychopathology of q fever. Zhw. nevr. i paikh
59 no.3:295-30-3 159. (MIRL 12:4)
1, Nafedry' pailchiatrii (zav. - dots. G.L Ikhakov). infektsionnykh
bolezney (zav. - prof. A.I. Rezalkov). farmrAkologii (ispolnyayushchiy
obyazannosti zaveduywhahego - kand. mad. nauk V.N. Salyayev) Taroslav-
skogo maditaint3kogo Instituta i Gorodskaya klinichaskaya inNMoiommys,
bollnitsa (gla-nW vrach A.S. Foletayev).
FZM, compl.
ment.-disord. (RM))
,ST&L DISORIM, etiol. & pathogen.
Q fever'(RUB))

USHAKOV, G.K.
Bleqtraphoretic investigation of blood proteins in dementia paralytica.
Zhur. nevr. i Dsikh 59 no-36-337-343 159. (MM 12:4)
1. Kafedra polkhiatrii (zav. - dots. G.K. Uahakov) Throslavskogo meditsin-
skogo instituta.
(PARISIS, blood in.
dementia paralytica. blood proteins (Rux))
(BWOD PROTBINS. in var. dis.
dementia paralytica (Ram))

USHAKOV, G.K.; IVINA, V.N.; KHOKHLOV9 L.K. (Yaroslavl')
Changes in the reactivity of the body during Q fever. Kaz.med.zhur.
no.5:117 S-0 160. (MIU 13: U )
(Q FEM)

USHAKOV, G. K., Dr. Medic. Sci. (diss) "Materials for Investigation
of Etiology and Pathogenesis of Endogenous Psychoses," Kuybyshev,
1961, 23 pp. (Kuybyshev Med. Inst.) WO copies (KL 8upp 12-61,
283).

USHAKOV, G.K. __
Psychiatry in the Mongolian People'q Republip. Zhur. nevr. i psikh,
62 no.1:144-149 162. (MONGOLIA--PSYCHIATRY) (MURA 15:4)
7

11 1
US I i~ KIN911.iC. 111.05~v,,~;
, I
r,eniinar of the ;-*ljrr.-perir ?!,%-.-,fau CI* 1,hc *-c-7_,i -~
Crganlzation on the pr,-:blFne cf hn;pita). tT"t1-.1ent of'
Ill chlldrvn~ Anf,)rrfiitJvv /hur. ri(!vr,. 1 64
no.7M02-11015 161
10 Pfl~)

U~HAKOV , G. K.
.
Janurary Plenum of the Board of the All-Union Scientific Medical
Society of Neuropathologists and Psychiatrists; informative renort.
a,ur. nevr. i psikh. 63 no.6:94P-91/0 163.
(MIFJ-. 17:6)

USHAKOV, G.K., prof.j doktor mud. nauk
---------------
(Ways of development and trends of s!.udlea in pnr,"c,c-
nourological clinics of the GArman Domovratic ROPULOC]
0 putiakh ra%vitiia i naprwilt~aiiakh AvBledovanti v
psikhonevrO:LOgicheskIkh k-11nikakh GemAnDkul Nmukratt-
chaskoi ReaImbliki. MoA-va, 'Isec. uavc~no-med. ot~-va
nevropatologov i paIkhi:j'v,-j:. 66 p
V-1 IR
'. 18:8)

BMSHCHIKOV, V.M., za:51. deyLtell nauki, prof., glav. red.; ROKHLIN,
L.L., prof., :mm. glav. red.; SIVIDT Te V FrOf-, red.;
KERBIKOV, O.V., prof., red.[deceased ; MIA3ISHC'I-:F;' V.11.'
zasl. deyatell nauki prof., red.; FELINSKAYA, II.I., prof.
red.; MIKHEYM, V.V., prof., red.; FEDOTOV, D.D., prof.,
red.; BABAYAN, E.M., red.; I-110HOZOV, G.K., doktor med. nauk,
red.; SEREBRYAKOVA, Z.N., kand. med. nauk, red.; P�LA "OV.
doktor med.nauk, red.; SNEMEVSKIY, A.V., prof... red.
[Transactions of the 4th All-Union Congress of Neuro-
nathologists and Psychiatrists) Trudy Vsesoiuznogo slezda
nevropatologov i psikhiatrov. 1.'-gkva) Vses.nauchn. med. ob-
vo nevropatologov i psikhiatrov. -Vols.1, 5-6. 1965.
(MIJA 18:11)
1. Vsosoyuznyy s"yezd nevropatologov I psikhiatrov. 4th,
Moscow, 1963. 2. Deyst-,ritellrjyy chlen AWI SSSR (for Shmidt,
Nerbikov, Snezhnevskiy).

FIM pun I amK zxPLotTATroN SOV/2583
International Conference an the Peaceful Uses Of Atomic Zngergy.
2nd, Geneva, 1958.

Doldady movetakikh uchemykh; ya4*rny" reaktory I yadernAYa enor-
getlks. (Repo rts of Soviet scientists; Nuclear Reactors and
Nuclear Power) l95'. T07 P. (3arlest Itat
da
Moscow, Atcmt1
Trudy, vol. 2) %.
Xrrata *11.p In art . 0,000 copies printed.
: 711-
General Rds.s N.A. bolletn,l~ Corresponding Member, USSR Academy Of 0
Sojensout A.F~ KM$in# Doctor of Physical and XathV%&t1C&l SCIA11404,
A.I. Layputuskly. Meaber, Ukrainian SSR Acadeaw or sciences, I.I.
Novikov, Corresponding Member, U33R Academy of SCIAmsNo w4 V-3- C-)
Fumv. Doctor of "Ical and Mathematical Sciences; Md.: A.P.
11yablyevi Tech. Rd.: T*. 1. Matell.
FOXFOSS& ?US back Is I-te-aded for scientists and engineers engaged
In reactor designing. as wall an for proressors and students of
ItUbar technical schools where reactor design Is taught.
lust This tat).. wive._ at a six-.1ame "1100"em .0 tst P-Sceftl
U26 or-Atool-i onsigy. The six volumes contain the report, prep
"fttOd by S0vIQt aclAntlats at the Second InternatLonal Conrorenc*
00 POSCOrca UPOPM Of AtOILIC Xnfrgy, hold from 3.Ptember I to 13,
1958 In 00 Ts. Volume 2 consists of three parts. The first la
devoted to &tOftiQ power plants under constrt=tlon in the 3oviet
Union; the second to experimental and research reactors, the *z_
Parlments Carried out on ttma, and the work to Improve tbqa-. *-,d
the third, which 10 Predominantly theoretical, to Problems or
nuclear reactor physics and Construction angirwering. Tu. 1.
lbrYakla Is the science editor or thin volum. See 30V/2081
for titles Of all Volumes Of the set. Rfr*r*=** apP*Ar at the
and of the articles. i
Ilexhal- . N. A., tr-in, N.A. MVJ=vj A.W. Orl
I-07-1makoi . Zlr2j~xnts,
00#2;&
-ting thi _rii4f_XtOQlC P6.--r
nt In tb __ I
port Xo.*2183) 15
DDIl*zha&L_JE.A_,
.V Aleshchnakny, A.j_ar1gqrjX=U,
'. K . 's, '
-JLT.- ---y' 06 0. Klza"
Jvoil losab, -,
1 0 r._X1'-1__ TZ
u. yajoy A ara;uxitj----
Uranium RM== Pr" iNOA]i 34~8rhomt (Report No.
2139) 36
Aloksandroi.1-ALF-, A..Z,_8r*nd&tw, A 1_pratldmuj~
Ir 9-o", And-W.S. :9Opk1n.
Tm* At n :a~Report No. 2140jr- 60
It V. and 1,Q,_ZQ1OLLXh. Radiation Wety System of
J&II.= Dla;*~breaksr Report No. 2518) ST
ex. S A- Water-water Power Reactors (VVIX) In the USSR
tanx-14 NO. 1184) . to"
Cn
AAk&rt9CV33n&,W.& A.M. GlUICTOTt v.ij_0cn h &lot,
.0014 S.A. 3kvOrtsOv. &&'t-pr-oajcIng
Reactors of Atoole Tower Plants (Report No. 2196) 119
and V.I. 3ubbotin. Cooling Watar-water Reactors
pqrt X0. 2r44) 134
Tereakov V S. and 1j. MTV=. A Study of Unsteady seat Trans.
'ter N' *I-& Itione-to of Nuclear Reactors (Report
go. g4TO) 253
Ivanovskly, X.N., V.I. Sublatin. and Z_A__jjiUa)my. ILIgh-speed
""so ' RX-asur anSeer Coefficient In the pW*
(20;:rt'i.. 24T5)
1btatqlAdzq_..LS., V.I. 9u botip, V.M. p9
_rjabfiARj4y, and p. L.
Beat XzCAkMW _M9 th0-J%Ow of LlquId Metal in zN3
'jr
1T
. k210
"E' ~TW02: 276
=kt= 30011A. or Nuclear Putil In Past ft"r Ro-
t 5.Ap-
20.S) 188
.,r*n Density D;stribution OQWT, and 0.7 2~ S~.'.A2X,
A680mbIlOs Of Rod-shaped Best producingOng the Radius a
NO- 2034) U~nto (Report
- - -1 . -1 -- . - 199

I
. 7 ~ -'~ j 1 7 i -'~ -j I ft --; -'r~ I
:' ~ Ir
_., Ii - . 1) j " )
XPASI111 A. K.J, CaRIGCRYANTS, A. N. J, NIKOIAYEV, N. A. and USHAKCV, G. N.
"Operating the First USM Atomic Power Station with the Fuol Channels Working
in Boiling Conditions."
paper to be presente& at 2nd UN Intl. Conf. on the peaceful uses of Atomic
Energy, Geneva, 1 - 13 Sep 58.

I
21(9) PHASE I BOOK EXPLOITATION sov/3465
Ushakov, G.N.
Pervaya atomneya, elektrostantsiye; opyt stroitellotva i eksplustateii
(The First Atomic Electric Paver Station; Building and Operation Practice)
Moscow, Gosenergoizdat., 1959. 223 p. Errata slip inserted. 5o500 copies
printed.
Ed..: Yu.V. Arkhangeltakly; Tech. Ed.; G.Ye. Larionov
PURPOSE: The book is intended for nuclear scientists and engineers, designers
of nuclear paver plants., installation and operational personnel working with
graphite-moderated water-cooled nuclear reactors. It may also be used by
electrical engineering students.
COVERAGE: A nuclear paver plant of 5.,000 kv capacity was first put into operation
in'the Soviet Union on June 2T, 3.954. Five years of experience in operating
this plant provided much valuable information which was used by the author in
the book. In it he pre-sents a detailed description or the first Soviet atomic
power plant,, and discusses problems of construction and installation.
Card 1/4

The First Atomic Electric Power Station (Cont.) SOV/3465
Particular attention has been given to various aspects of an atomic power plant
with a graphite-modere..ed water-cooled reactor. Included is an appendix
containing data on boiling and superheating steam in the reactor of an atomic
power plant. There are U references,, all Soviet.
TABLE OF COMIUM:
Introduction
Ch. 1. Nuclear Reactor. Its Thermal Power Equipment and Auxiliary
5
Systems 6
1. Selection of reactor type, flow sheet,, and paramters 6
2. Reactor design 11
3. High-pressure radioactive loop and its equipment 31
4. Low-pressure secondary loop 55
5. Drainage system 59
6. Ventilation 61
7. Radiation monitoring 63
S. Electric power supply and electrical equipment 65
Card 2/ 4

The First Atomic Electric Power Station (Cont.) SOV/3465
9. Conveying and maintenance equipment 70
10. Reactor control system 72
11. Layout of equipwnt 73
Ch. 2. Problems of Constructing and Equipping a Nuclear
Power Plant 76
l.- Construction of a reactor unit 76
2. Installing the reactor 78
3. Preparatory vork before putting the electric pover plant
into operation 98
Ch. 3. Operation of a Nucl~ar Power Plant 3.11
1. Preparation of electric power plant before stirting
t6 reactor
2k, Starting the reactor from zero level 128
3. Increasing the power of the reactor from O.Olf to the
assigned power level 149
4. Steady-state operation of the reactor 154
5. Transient operating conditions in a reacthr 166
Card 3/4

The First Atomic Electric Power Station (Cont.) sov/3465
6. Reactor shutdown 1-3
7. Switching-in the reserve equipment of the reactor 181
8. Automation of the reactor 184
9. Overloading working channels 185
10. Thermal balance of a reactor installation 193
11. Water system in the operation of a power plant 196
12. Gas system in the operation of paver plant 201
13. Possible cases of failure, localization and elimination
of failures 202
14. Special features of preventive main nance and repair
of equipment failure in reactor installations 211
15. Organization of the operation of atomic power plant 219
Conclusion 220
Bibliography 221
Appendix 222
AVAI~A=: Library of Congress
Cewd 4/4 TM/Mas
4-27-6o

DOLGOV, V.V.; KOZLGV, V.Ya.; KOCIIETKOV, L.A.; SUDNITSYN, O.A.;
USHAKOV G N
(Startup conditions of an atomic power plant with super-
heated steam generated in a uranium-graphite reactor]
Izuchenie puskovykh rezhimov elektrostantsii s uran-grafi-
tovym reaktorom s peregrevom para. Moskva, Glav.upr.po
ispolIzovaniiu atomnoi energii, 1960. 14 p. (MIRA 17:1)

014/!1070
ACTIORS: I. I'-- Y. t.., K,K.,~-
law-ticatLon of the rtprlitj Conditionn of -'t
P.-Ir SWI., with s, tir-W.
Vt b Superheated 3to A
FIXILIDICLL: Ato ... y. 19:0. TOI. 9. So. 1. pp. 117C-75
f the SzIl.%
to
.1 the o !1 11 1 A
rt.
f the 1. 111. 1. us -.iy,i. or
at art IMS s, rapid fru: zero to the ral.,4
:,:r the,r-.Piw:ltt ... ditt... the ..I... t..p.-tur, of;
...t out A the t..p.r.tuz. hi.h the fuel .1 .... b;,. at
card 1/5
V.4- the Sr-.1.
f:r Of %be fuel t.nti, I Tr.s.s.4.
( ) To th-d APPLI:d &%I the -1 ;.,Ir. P-ti.m of %he
t.ob,h 010: 1.41 q.IP. ,t. . 111:1111 hoi . She transient Is
:b. mctrIs:d Of th.,f.Ileming; (a) The tvapersture .1
am, . I b of tb:i=
blacr d by 00 50-C 1, (b) T e %ran I % so Ir-
... ly to the of %h.
oh.zg.
r thl
Loop. D.ri.g %be the ...0. ho 4 f I,-,
4
*r the ch.-.I. to -OiTh th . ...... is get .. t.j. Th... I h .
jib of power. Ith'
"I r"
t Od I p b tomperaturv J-, t, I .... -4
the reactor power f 0 t" :Ltl to
a all of Xq&p,r. I., .:htt:..l bj a .-11.r
t'"'. "' abrupt t, L
-!'t
1. of the ,,,Itor p* r ,I the through of the
. I. , ..,:*
-4 . A a Ph cal y Prs, .1.4.
Cari 2/3
kftal of em,glow- ,4.r P. 1. Al.. V.rtii"t- it the
,be sot, . , 0 rj t .I,
% nl-l pr.bl.... A. K. 9-1. .1 A ". y .1. . . 1-4
the wor); with Interest. There are 7 figures ani Sovit- rol,sr-cos.
August '1. 1959
C"

82731
1019
S1089160100310021002
1
B006fBO56
702 0
AUTHORS: SlyusarevL P.- N. Ushakov, G .-Uv-Starkov, O-A,
Kochetkov, L. A , Ni_qT_eroia,_ L' N2, -zlov, V. Ya

TITLE: Investigation of th e Transfer of Radioactive Substances by
Steam and Water and the Chemical Stability of Deposits
in the Steam - Wate r Cycle of the First Atomic Power.12gilt-

PERIODICAL: Atomnaya energiya, 1960, Vol. 9, No. 2, PP. 98-103
TEXT; The quantity of radioactive substances carried along in boiling-
water reactors by steam and water, their depositing on the inner surfaces
of conduction pipes, as well as the chemical nature and the behavior of
these deposits depends essentially on the mode of operation of the reactor
and the construction of the evaporators and separators. In the lants of
the Pervaya atomnaya elektrostantsiya (First Atomic Pgwer Plant5, the
authors investigated the processes in which radioactive substances are
carried along by steam and water. They determined the depositing coeffi-
cient of the substances on the inner surfuces of the conduction pipes and
investigated the chemicai stability of these deposits. They further
Card 1/4

82731
Investigation of the Transfer of Radioactive 3/089/60/009/002/002/015
Substances by Steam and Water and the Chemical Boo6/BO56
Stability of Deposits in the Steam - Water
Cycle of the First Atomic Power Plant
investigated problems of the deactivation of some parts of the steam-power
equipment of the plant. !?he steam-water loop consists of two circuits of
stainless steel of the g-tade 1 A 18H9T (MION9T), which are insulated
against each other. Fig. I schematically shows the investigated loop;
Table I gives data on the two circuits. The coolant used was ordinary
distilled water which was kept in circulation by means of pumps. The in-
vestigations were carried out with superheated and non6euperheated steaml
water tqmperatares, in the first caseamounted to 275 C at the ingut, and
340-3650C at the output; in the second case they were 2650 and 310 C,
respectively (with a 25% steam content). The places where samples were
taken are given in Fig. 1; the P- and I-activity was measured on all
coolant samples, and the quantity of the dry residue, the pH-value, as well
as the radioisotopic, anionic, and cationic components of the contamination
were determined. The transfer of radioactive substances was determined
from the change in radioactivity of the dry residue along the loop. Table2
gives a multiple of numerical values of the radioactivity of the dry re-
sidue of the coolant determined at various places in circuit II. The
Card 2/4

82731
Investigation of the Transfer of Radioactive S/089/60/009/002/002/015
Substances by Steam and Water and the Chemical BO06/BO56
Stability of Deposits in the Steam - Water
Cycle of the First Atomic Power Plant
time-dependent change in these radioactivities at various places of the
loop are shown in Fig. 2. The results obtained by physicoohemioal inveati.-
gations of food water and the water of cycles I and 11 are given in
Table 3* It supplies the following data: dry residueg total activity
(P + 7), PH, C02-1 N03'- , C11-concentration, total chromium concentration,
CrOll- and Cr3+_conoentration. The contaminaiion consisted of: Cc 6oP
Fe4, Cr5l, Ca45 (4-10~ of the total activity); Na24, Cu64, Ni 65, S13l'
Mn56 (90-96% of the total activity). Components with T 1/2 < 1 hour were
not taken into account. The radioactivity and chemical stability of the
deposits on the tube walls were determined by means of a special device
consisting of two equal tubes made from N-695 (EI-695) steel. Data on
outward shape, thickness, radioactivity, 9nd temperature of the walls are
given in Table and data on chemical stability in Table 5. The deposits
consisted of 0096, Fe59, Cr5l, Ca45 (T1/2:/;>, 27 days) (70%) and of
Card 3/4

82731
Investigation of the Transfer of Radioactive S/089 60/009/002/002/015
Substances by Steam and Water and the Chemical B006Y2056
Stability of Deposits in the Steam - Vater
Cycle of the First Atomi,,. Power Plant
Na 24, Cu 64, Mn56 t N165, and Si 31 (T 1/2 4 13 hours) (30%). Finally, a
report is given on deactivation experiments undertaken with various
aggressive solutions with and without inhibitors. A 6% HC1 + Urotropin
and a 5% HNO3 + 2% HC1 + K 2Cr 20 7solution (- 0-05 9/1) were used as
solutions with inhibitors, and a 5% HNO 3 and a 5-7% Hcl solution as
solutions without inhibitors. The ex eriments were carried out at 20 C
0 P
for 24 to 48 hours and at 40-60 C for 2 to 4 hours. The results obtained
are described in detail. The authors thank A. K. Krasin for his interest
in this investigation. There are 2 figures, 5 tables, and 6 references:
4 Soviet and 2 US.
SUBMITTED: November 23, 1959
Card 4/4

V., '.,~TLOV, V. Yfl., i,~) Qj. A.)
or,,l U~,L".7.07, G.
-~t-L; Lit t::3 !';.rot IA,~:7!c
nDort prn-onted at tho M ca T.,notor
Auat-ria, 23-27 oct ig6l.
(report presented by 1. 1. Bo-ndrxonL-o)

KOV,
N
25373
S/089/61/011/001/002/01C)
B102/B214
AUTUORSt Yevdok1mov. Yu. V., Kozlov, V. Y&., Xonochkin, V. 0.
Kochetkov. L. A., Kranin, A. K., Lytkin, V. V., Severlyanov,
V. S., Sem,.3nov, B. A., Ushakov, G. N.
TITLE# Experience from work with the First Nucloax Power Plant
PFRIODIC.ALs Atomnaya energiya, v. 1I, n6. 1, 1961, 12 - 18
TEM The First llu~:eax Pnwir Plant In the USSR, which was the first in
the world, has been. successfully operated for seven yearal this paper
preaenta a short survey of the experiences accumulated during the first six
yearn at thio station, '.'he station itself possesses all the eqipment
avai.lable at a large res4arch reaetor. The conatruction of the Beloyardwa
GRES (Beloyarsk Statq Regional Elestric Power Plant) represents a further
developmqnt of the First ?Ncl;&r Power Plant. The working of the reactor
at different power levelst Ir. the so-called "cold state", at 0.01~ of the
nominal power, the res '~tor has the lowest power level at which the automatic
power regulator car. still functiont the rise in this level is checked by
measuring tho neutron flux$ the power level can be doubled within 20 900.
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25373
S/089/61, /01 1/001/0-o1/01 0
Experience from work with ... 3102/3214
Heating begins with a riae of the power 1,37all to of the nominal power
(first cyclet 160-l'OOC, pressure in the second cyclet 7 - 8 atm), then to
1Q,la of the no,7?jnA-, power I.tx-mperature at the entran.-9 to the reactor:
1900C, steam pre3sure 12.5 atm); those paramoter3 rrnain unchanSei on further
increase vf power. The to-al hqatin& time for the system is 3.5 - 4 hours;
during this t!me, nitrogen is blown in th" graphite system to remove oxygen.
The parameters of the Vnwir slatior, for 50. 75. and 100~' of the nominal
power are given in Tab-14 1. On nhutting thp reactor. It is first cooled,
by utilizing thp natural loss of heat, to the temperature of water in the
first cycle (110-1200C), which requires 1.5-2 hours. The cooling water is
then removed from clrcu:ation and cooledl -his enal:les the reactor to be
cooled rapidly. Reliability and duration of the reactor's operation depend
on the quality of the fuel elementl the station works with tube type ele-
m6nts. The fuel Is contained between two tubes of nonrusting steel (the
inner is 0.4 mm thick and the outer 0.2 mr, thick). This kind proved to be
particularly reliablet Not a single element has been dislocated during the
whole period the station has been in operation. The system of partial
renewal of the fuel element is used for guaranteeing the d;:pest possible
burning. (N. A. Dollezhal at al. reported or. this at the cond Geneva
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25373
SIC65J611011100110021010
Experience from work with B102/B214
Conference, 1958)- Numerical data about 'he consumption are given in Table
2. Deformation of the ftel elements were checked, a deformation of
14.20 + 0.02 mm of the element jackets was found. Experiments relating to
the boiling of water in -.he fuel channels and determination of the hydro-
dynamic churacteriatica of the fuel elements in the reactor were started
in 1956. The preliminaries were completed in September 1956, and one channel
was brought to boiling operation. This firsp boiling channel worked for
400 hours at thermal lc&da of (0-45 - 0-85)-10 6kcal/_ 2. hr (steam content
5 - 20ri. by weight, fiow rate 250 kgAr), As the system proved astiafa~tory,
more channels were brought to boiling operation; in. the mIddle of 1957 there
were 70 ouch channels, more than half of the total. The boiling operation
was characterized by the following parameters: Steam content at the exit
of the channels: 5 - 25~la by weight, thermal load (0.6 - 1.3)eI06kcal/m2ehr
water flow rate 0.01 - I =Ar at 100 atm and 1900C at the exit. Since
superheating of steam constitutes one of the most important methods for
increasing efficiencyl exp;riments in this connection were carried out in
the following years with a special experimental loop (Fig. 1)Ao study the
methods of bringing tho steam to a superheated state. For this, a method of
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25373
S/089/61/011/rol/CO2/010
Experience from work with ... B102~B214
starting was perfected which requires only ouch equipment as in u3od in
normal oooration. During the period of transformation of the superheating
oporatio~, the superheating channel could either be closed, or it could
work without cool'.ng (Ildr:r operation"), or with water cooling. The last
named method had a namber of advantages. The following starting methods
were studied. Starting with contInuoue inciremon of the reactor power,
sterling with de,.roAos of the reactor power, and combined methods (first
the iormer, and then the latter but lowering the power only for about
60 - 70%). To increase the safety of the reactor, a special system
was bull% in M9 which prevents the escape of the gas - steam mixture
into the ventilation system when the tubes of the experimental holes
break down. This system "for loializing the damage due to accident"
(Fig. 2) not only serves thia purpose but also helps to purify the gas
after the accident has occurred. The system consists of a cylindrical tank
(6.2 m3) whose lower part (1.8 m3) is filled with vats Irl in it are placed
the oooling coils and special nozzles through which the steam - gas mixture
streams into the water ir. the case of an accident. The gas is introduced
in a sensitive gas container. The whole system is placed in a protective
container equipped with manometem thermometers, and dosimetsis There
Card 4/9

Zxparionco from work with ...
2 .11gures and 2 tables.
SUBMITTEDt February 6, 1961
25373
3/089/61/011/001/002i6l'O
B102/3214

I --- - -1-
R9WMY,--G~.&, LITKIN, V.B., KOCHETKOV, L.A., POPOV, V.V., BELIN-SUYA, N.T.,
SOK0WVq A.F.
The operating experience with the steam generatore of the first atomic power
station.
Report submitted for the Conference on Operating experience with the power
reactors, Vienna, 4-8 June 63

BYGIAIM, Yll. 11". .: U.'.J'IUTIOV, (; . I"'. ;yu . A.
"Portable atomic power station. "
report submitted for 3rd Intl Conf, Peaceful Uses of Atomic Energy, Geneva,
31 Ai~g-q sep 64.

ACCFSSIal kffl: AP40371630 S/0096/a/00q/oo6/M/0007
AUMCR: Ushak~!,, (CaMlidate of Technical sciences); Kochetkov Le Ao
(Engineei)-f-k6~6d0iiii, 'LV o Go (Engineer); Severlyanov, V. So (Engineer5
T=-: Operating experience of the first atomic power plant
:SaJRCE: Toploenergetika, no. 6P 1964P 5-7
TOPIC TAGS: atomic reactor, ato~iie power plant, reactor operation, direct flow
reactor
ABST=T: The authors present data demcnBtrating the high reliability of plant
equir,ment after ten years ofolperatica. Seventy per cent of fuel ele=ezits operate&
1.5 to 3.5 times longer tLau design expectatiOnS, vhile channels and reactor
operated normally even with channel flows between 100-1000 g/hr. Ccmpenzatioa
capacity of the uncooled., heat-resistant borca-steel, rods was W,. that of the pre-
viously used boron carbide 2-ods; increasing the borca content beyond 2-5-34.
did. not -1-..,xease compenzaticia. Life of the fuLly inserted rods was 54 days at a
reactor pc-rer of 35 Xwo MUng the gralhite pilz with nitrogen enabled it to
operate 66G 700-80W- In tho beginming cC 1960 &U cb-n Is began operation %zader
Cordl/2

ACCESSIM NR: AP4037630
boiling conditicau, and the entire reactor was ecaverted to qualitatively new
operating condition . Prolonged- experiment vith ovperheated steam proved the
feasibility of stwting a d1avct-flow reactor by gradual displacement of vater vitla
fste=, and the reliability of cooling it during emergency shutdmno Orige arto
has: 4 tables.
7AWOCIATICRio*
SUBM=: 00
sm cam: NP
d
c r 2/2.
q
D= ACQ: 22An&
No MW SOV: 000
EMCLs 00
000

ACCESSION NR: AP4041445 S/0089/64/016/006/0484/0488
AUTHORS: Ushakov, G.'N.; Kochetkov, L. A.; Konochkin, V. G.;
Severlyan6w,-" ilov, V. Yaol Sudnitsy*n, 0. A.
TITLE% Operating experience of the first atomic electric station
in the world
SOURCE: Atomnaya energiya, v. 16, no. 6,rl964, 484-488
TOPIC WAGS: reactor control rod, reactor feasibility study,.
reactor hazard, reactor"operation, boiling water reactor
ABSTRACT: Several preliminary tests aimed at ascertaining the
feasibility of an atomic power station with the steam heat(id directly!
in the reactor are described. These included tests to determine
the degree of throttlinc of thin parallel boiler tubes directly
J 6 kcal/M2 hr with,up to-
cooling the fuel elements'at loads,up to 10
30% steam by weight; tests to,prevent pulsations of flow in 'the
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ACCESSION NR; AP4041445
frallel boiler tubes; experiments on nuclear superheating of the
team in an experimental single-circulation loop. The description
covers experiments on the boiling and steair~ superheat mod6s*in the
reactor, tests on '-the operation of the uncooled control tods, and
reactor safety tests. The original control rods made of boron' '
carbide clad with stainless steel and cooled with water.' Various
shortcomings of these rods have necessitated the development of con-';
trol rods made of tubular steel carrying equally spaced sleeves of
ride steel (18 sleeves in a control rod 1500 mm long). Rods of
is type had sufficient absorbing ability and service life t
erate at 850C and an Iintegral neutron flux 5 x 1020 neut/cm?. The
se of these control rods increased the reactivity margin by O~.8%,
t~e operating period by"15 days, and the reactor efficiency by 1%.
Other advantages and di 'sadvantages of uncooled boron carbide.
scram rods are briefly discussed. Tl~e safety problems considered
involve bermeticity.of the fuel element cladding and of the fuel
element internal t ube whl.dh is under pressure. The effects of each
Qrd 2/4-_

ACCESSION NR: AP4041445
type of failure are discussed. In the former type the contamination
of the first loop by. radioactive corrosion products is relatively
low even-aiter 10,ye.ars of operation. A special system, which pre-
vents tfie steam-gas mixture from entering the-ventilation system
in the case of energ4~incy of the latter type, is described. -%Ii i's
claimed that all the safety precautions cause the personnel exposure
to radiation to be bblov the-established"norm. Origr.,art. hass
1 'figure.
ASSOCIATION: None
SUBMITTED: 1lApV64 ENCLt '01
SUB CODE i, NPq 13 N.R REP SOVs 000 OTEZRt 000
..Cgrd 3/4.. -------

ACCESSIM NRs AP4041445
Principal diam-am of single,
&irculation supeiiheai 1dop
I -'evaporation channels
2 - shutoff, 3 - separator j
4 - water volume canpen-
'satms, 5 - air volume
cWqMsators , 6 - check
valves, 7 - sample cooler
8
- steam superheaf ch&mel!
9 - regenerative preheater),:..
10 - condensate coDler
11 - condensate overflow
14
12 - circulating pumps
13 - feedwater. VzTs
1.14 - heat ewlmger
INCUMUS 01
'Curd 4/4

L (bb 1-2 D/ A M,
01 1~0359/0366
ACCESSION NR: AP4049536 0'69/ed'-,7 7~OOT
AUTHORS - U s ha kov, G.. NKo-ch e t k 0v,._ -1, A-. Ko n 0 ch k in, V, G
f, - 0
S ever ~ Vanu V'--V-7-0 7: r3'eLu- ya.; Bc 1 6 r, v a,
S N.; Ivanov V
if. 17, no 9 359-366
SOURCE: Atom-naya energiya,
TITLE: Operating experience with the first ato -mic electric station
as an experimental installation
T-OPIC-TAGS.- reaearch reacto--, reactor theory, reactor operation
ABSURACT: Different experimental loops added to the f rst atomic
energy station for research purposes are descriDed. Vtese imclude
the following: 1) double-passage steam su-perheating loop; 2) water
loop with natural cii-calation; 3) water loop for water-chemistry
research; 4) hiqh pressure water loop; 5) Ic-,ops for orqanic-liquid
research (-,-iith high ani low melt.Lnq temperatures.) . Each of the
loops is briefly described. Other phases of the research are tests
of the behavior of the graphite core at high temperatures, operating
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-L 16-282-65
-ACCESSIOIN -NR: AP4049536
tests on various channels and fuel elements of tubular construction,
investigations of the radioanalysis of water and superheated steam,
investigation of depositiGn of radioactive impuritice froin the C-u-
perheated steam on the turbine blades. Some of the brief reports
are accompanied by tables show-ing the variation of the operating
conditions of various sections of the reactor with time. orig.
art. bas: 3 tables and 2 figures.
ASSOCIATION: None
ENCL.-
NR REF SOV: 000 0T1W
00
000
Card 2/2

L 2hMI-65 EW(n)/9?F(c)/kPF(n)-2/kPR Pr44%4j/N-h DM
..ACCE~-SiON NR: AP50012,66 S!0089/64/0171000/0448/0452.~
AUTHOR-
Sinev. N B-vchkbv. I.- , B16khin,- 0. L .
Drodej D, 1.~ : Gabrdsev, V. N. :'Dudniii)v Yu% V.; Zhilltsov, V. A.. K
-yr-K7- X-oTow:"A, P. LazWgy, M- N If ',h
-;. io kin NG. A.;-Merzlikin, 0. A.-
Morozov- L G_; KoynEj~A' Ya. (dece*se_d_j7_0mkh10rP It'- 1. 1 Nergeyers 7u. 4.-1
Slyusarey. F_ N.; Unbakny, t'.'- M; Fqdor&v- N--V-; ChqrnyXLV. Ya.-:Shmelev.
V. M.
TITLE: Small- size atomic electric power-Installation TES-3
1, -7-
SdU.RCE: Atomnaya energiya, v. 17, no. 0, 1964, 448-452
TOPIC TAGS:. small. atomic poyrer Installation, portableptomic power installa-...,!
tion - nuclear reactor, electric power generatlor~~NS_3 reactor
ABSTRACT: The paper is a summary of the SSSR report 0310 at the Third Inter-
_--p-dimak.conference on Peaceful Uses of Atomic Ener" 11(leneva, 1964. It
describes a movable small-size atomic electric power installation with the water
cooled and modGrated TES-3 reactor (under 10.000 kw). It consists of four
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Z
L 42n-Z5__
ACCESSION NR: AP5001266
blocks each of which'wais assembled at the manufacturing plant, anJ which are'
placed on four self-propelled flatcars on caterpillar tracks. No housing Is re-
quired for the installation; the only local preparation needed Is the radiation
protection. The results with a demonatkation model show a satisfactory agree-
ment between the theoretically expected and actually obtained parameteri of Me
Installation. OrJg. ark. has., 4 figures
ASSOCIATION: None
SUBMITTED: 00 ENCL: 00 BUB OODZi NP
NR REP BOV: 000 OTHERI 000
11 1:5
2
LAI
C04 212
:au ,~z;
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