SCIENTIFIC ABSTRACT TKACHEV, I.S. - TKACHEV, R.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001755920014-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 16, 2001
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

39748
s/148/62/000/006/001/005
E071/E435
AUTHORS: Vishnyakov, A.V., Danilov, P.M., Meteleva, G.G.,
Borodulin, A.I., Tkachev, I.S., Plekhanov, P.5,
TITLE: Casting of 7 ton ingots of killed steels with closed
shrinkage cavity
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Chernaya
metallurgiya, no.6, 1962, 32-38
TEXT: The possibility of teeming 7 ton ingots with a closed
shrinkage cavity whicil is suffioiently clean as regards non-metallic
inclusions and segre.-"-cions to becoma welded to-bther on rolling
was demonstrated. For insulating the closed shrinkage cavity
from air, a skin of 3 to 5 mm thick would be sufficient but for the
fact that on reheating the ingot such thin skin can melt and,
.therefore, the thickness of an ihsulating layer of 20 to 100 mm. is
desirable. Thu principle of thb method is to-form a bridge in the
shrinkake cavity soon after teeming. This bridge will divide the
,shrinkage cavity into closed and open parzs. The closed part will
bard 1/2

Casting of 7 ton ingots ...
S/148/62/000/006/001/605
weld together during rolling so that only the open part of the
cavity has to be cut off. Altogether five modifications of
teeming practice were tested (described in some detail and
illustrated). Depending on the teeming practice, the size-of
the cut off end varied from 3 to 7%. Subsequent testing of the
vertical cross-section of an ingot with closed shrinkage cavity
for the segregation of carbon, phosphorus and sulphur showed that the
degree of segregation was small and did not exceed the degree of
Segregation encountered in normal ingots. There are 4.figures.
ASSOCIATION: Sibirskiy metallurgicheskiy institut i Kuznctskiy
metallurgicheskiy kombinat (Siberian Metallurgical
Institute and Kuznetsk Metallurgical Combine)
SUBMITTEDi May 20, 1961

VISHNY-AKOVJ, A.V.; DANILOV, P.M.; ILEMLEVA, G.G.; BORODULIN, A.I.;
TKICHFIVI !.S.;_PISYU!A140V, P.S.
r1u3ion of closed shrinkage cavities in killed steel ingots.
Izv. vys. ucheb. zav.; chern. met- 5 no.8:44-52 162.
(MIRA 15:9)
1. Sibirskiy metallurgicheskiy institut
kombinat.
Kuznetskiy metallurgicheskiy
(Steel ingots-Defects)

T
BUTALOV, V.A.; SOKOLOV, A.W., kandidat takhnichookikh nauk, retsenzent;
TXAQM X.I., inzhanar, rodaktor; PETERSON, M.M., tekhniehaskiy
er`ed-aktor~
[Substitutes for metals and alloys in short sypp3,vl Zameniteli
defitaitnykh motallov i splavov. Izd. 2-e, dop. I perer. Moskva,
GoB. nauchno-tekhn. izd-vo mashinoutroit. lit-ry, 1955. 236 p.
[Microfilm] (MLRA 9:3)
(Metals, Substitutes for)

S/128/6o/ooo/oo8/oo5/o14
A105,/A02q
AUTHORs Tkachev, K.I.
111 V1
TITLE*. The Slag Protection of Popper Alloys
FMIODICAL: Liteynoye proizvodstvo, 1960, No. 8, pp. 10 - 13
TEXT: The slag cover on melted copper alloys protects from gas absorption
and waste. Descriptions of the binary MnO - S102 and the ternary MnO - S102 -
- A1203 system are given. Exact data on slag complexes, their chemical formulas
and compositions, the charge composition, the acid index and the temperature of
the slag formation are given. The waste percentage of copper, zinc, lead and
tin in smeltings with and without a dross cover are shown in Table 2. The eval-
uation of the qualities of alloys made ty macroanalysis on stepped samples, the
mechanic and microanalysis of test pieces, the determination of the specific
gravity and the chemical analysis have confirmed the high efficiency of the slag
protection of copper alloys. The properties of copper alloys produced underslag
protection and without it during the meltifig.process are compared. This compar-
ison shows that the waste of the metal components Is much smaller under the slag
protection. There are 2 tables and I figure.
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s/128/6o/ooo/oo8/oo5/o14
The Slag Protection of Copper Alloys A105/AO29
Table 2
Waste in %
in smeltings witk out protection In smeltingsun r protection
Elements based on charge based on con- based on charge based on con.-
weight tent of given weight tent of given
element element
Cu 0.95 1.13 0.15 0.18
Zn 1.6o 21.90 1.14 8.40
Pb 0.21 4.8o o.14 3.00
Sn 0.11 4.oo 0.09 3.00
Card 2/2

TNACHUt"K.I.
Slag protection of copper-base alloys. Lit. proizv. no. 8:10-13
Ag 160. (MIRA 14:2)
(Copper alloys) (Nonferrous metals-Founding)

PHASE I BOOK EXPLOITATION SOV/5640
Sokolov, Aleksey Nikolayevich, ed.
Mekhanizatsiya I peredovaya tekhnologlya litcynogo proizvocistva
(Mechanization and Advanced Processing In Foundries) 11,eningrad)
Lenizdat, 1961. 236 p. 2. 000 copies printed.
Ed. : Ye. V. Yemellyanova; Tech, Ed. : 1. Al. Tikhonova.
PURPOSE: Thin collection of articles is intended for technical personnel
foremen, and skilled workmen of foundries. It mny also be of use to
staff members engaged in the mechanization of production operations.
COVERAGE: The collection contains articles discussing the experience of
a number of Leningrad plants and engineering and design organizations
in mechanizing foundry processes and In applying advanced techniques
to the manufacture of castings. No personalities are mentioned. Some
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Mechanization and Advanced (Cont. SOV/5648
articles are accompanied by references. References are all Soviet.
TABLE OF CONTENTS:
Foreword
3
Sverdlov, V. 1. Mechanization and Automation of Foundry
Processes 5
Zeleranskiy, Ya. V. , M. S. Kashanskiy, and L. Z. Tsyganka.
Pneumatic Transfer at Foundries 27
Zelichenko, G. S. Automatic Line for Molding and Shakeout 52
Zelichenko, 0. S. Mechanization of the Cast-Iron Foundry
at the "Elektrik" Plant 63
Card 2/5

Mechanization and Advanced (Cont.)
Sokolov, A. N. Mechanization of the Charging Operation
in Electric-,Furnace Steel Manufacture
Zeleranskiy, Ya. V. From Mechanization Practices In
Foundries
Matveyev, V. N. Mechanization of Metal-Mold Casting
Dityatkovskiy, Ya. M., P. R. Kuratov, and V. N, Matveyev.
Mechanized Drying of Cores by High-Frequency Currents
Dlugach, M. A. Making Small Steel Castings in Shell
Molds
Kashanskiy, M.S., M. A. Kremer, and S. Ye. Tysov-
skaya. Rational Methods of jFlame] Trimming and
Cleaning Steel Castings
Card 3/5
SOV/5648
77
99
108
118
133
152

Mechanization and Advanced (Cont. SOV/5640
Mednikov, Z. G. Application of the Group-Processing
Method in Making Blanks by the Die Casting and Die
Forging of Molten Metal 16 0
Desnitskiy, V. P. (deceased). Heat-Resistant Steel
Castings in Power-Plant Constructions 172
Kremer, M. A. Determination of Sizes and Econorniq
Efficiency of Exothermic Risers for Steel Cnatinga 180
El'tsufin, S. A. Cast Rotor Blades for Gas-Turbine
Compressors 263
Tkachey.-.K. 1. Experience In Developing and Using
the Slot-TW~ Gating System 21a
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Mechanization and Advanced (Cont. ) SOV/5648
Kononov, M. N. Patterns With an Epoxy-Resin Base 229
AVAILABLE: Library of Congress (TS233. S55)
VK/wrc/bc
Card 5/5 11-15-61

25(l) PHASE I BOOK EXPLOITATION SOV11933
Nikiforov, Vikentiy Markianovich, Georgiy Ivanovich Pogodin-Alekseyev, Doctor of
TechnIcal Sciences, Professor, Vasiliy Alekseyevich Proskuryakov, Vladimir Alek-
sandrovich Proskuryakov, and Konstantin Ivanovich Tkachev
Tekhnologiya vazhaeyshikh otrasley promyshlennosti. Ch. I: Metallurgiya i
metallovedeniye; uchebnoye posobiye dlya vysshikh partiynykh shkol (Technology
of the Most Important Industries. Pt. 1: Metallurgy and the Science of Metals;
a Textbook for Higher Party Schools) Moscov, !zd-vo VPSh i AON pri TsK KPSS,
1959. 2T1 p. Errata slip inserted. 25,000 copies printed.
Sponsoring Agency: Kommixisticheskaya partiya. Sovetskogo Soyuza. Tsentrallnyi
komitet. Vysshaya partiynaya shkola. Kafedra promyshlennogo, proizvodstva i
stroitellstva.
Ed..(Title page): G. I. Pogodina-Alekne'yeva, Doctor of Technical Sciences,
Professor; Eds. (Inside book): S. Ya. Golovin, and D. 0. Slavin; Tech. Ed.:
K. M. Naumov.
Card 1/7

TeaMology of the Most Thportant (Cont.) SOV/1933
PURPOSE: This book is intended to serve as a manual in higher Party schools, and
my also be used by general readers interested in widening their knowledge of
the given branch of industry.
COVERAGE: This manual was written in accordance with the curriculum of the four-
year course entitled "Technology of the Most Important Branches of Industry"
given at higher Party schools. The book is divided into two parts: "Yetal-
lurgy and Mining of Raw Miaterials and Fuels" and "Physical Metallurgy and Heat
-Treatment of Vistals." The authors present the fundamentals of the mining and
exploitation of the basic xwvr materials and fuels and the basic principles of
metallurgy. There are numerous diagrams and illustrations explaining the
basic underground and open pit mining methods. Cross-sections of oil wells show
the principles of oil production. The authors trace the flow in the metal-
lurgial industry from the smelting of ores to the final heat treatment of
the metals. Special features in producing nonferrous metals and the most
commonly used alloys are explained. Problems of corrosion and corrosion pre-
vention are discussed. In the introduction the authors give a brief outline
of the new Seven-Year Plan 1959-1965, mentioning the production targets in
metallurgy for those years and the new establishments under construction.
No references are listed.
Card 2/7

Technology of the Most Important (Cont. Sov/1933
TAXZ OF CONTENTS:
Introduction 3
PART I.NETALLURGY AND MINING OF RAW MATERIALS AND FUELS
Ch. I. Fundamentals of Tlechnology of Mining Coal and Ores (Proskuryakov, V.A.,
Docent [Moscow])
1. Coal beds aad deposits 8
2. Underground coal-mining methods 13
3- Open pit mining of coa,1. Hydraulicking and underground
gasification of coal 29
4. Mining of ores 35
Ch. II. Oil and Natural Gas (Proskaryakov, V.A., Doceat,[Leningrad])
1. Origin of oil and oil deposits 38
2. Oil production 40
3. Exploitation of oil wells 44
4. Properties of natural gas 47
5. Exploration and exploitation of gas deposits 50
6. Transport and storage of gas 52
Card 3/7

Technology of the Most Important (Cont.) SOV/1933
Ch. III. Oree, Fuels, and Refractories (Nikiforov, V.M., Engineerand
K.I. Tkachev, Docent)
1. General informtion on metallurgy and its development 55
2. Properties of iron ores and preparation for smelting 59
3- Fuels and refractories in metallurgy 64
Ch. IV. Production of Pig Cast Iron (Nikiforov, V.M.,, Engineer)
1. Design of the blast fm-mce and of the foundry shop 69
2. Blast furnace process 78
3. Blast fuxnace pro&,xcts 81
4. Brief description of operation and produotivity of blast furnaces 84
Ch. V. Production of Steel (Nikiforov, V.M., Engineer)
1. Production of converter steel 80'
2. Open-hearth method of steel making 91
3- Making of steel in electric furnaces 101
4. Pouring of steel 1o6
Ch. VI. Nonferrous Metals Production (Tkechev, K.I., Docent)
Concentration of nonferrous ores and roasting of ores and
concentrates ill
Card V 7

Technology of the Most Important (cont.) SOV/1933
2. Production of copper 116
3. Production of alumin,= and magnesium 123
4. Production of other nonferrous and rare metals 130
PART II. PHYSICAL METALLURGY AND HEAT TESATHENT OF METALS
Ch. 1. Properties of Metals and Testing Methods (Pogodia-Alekneyev, G.I.,
Professor, and V.M. Nikiforov, Engineer)
1. Ylechanical testing methods 137
2. Mchanical properties of metals 150
3. Physical, chemical_,and technological properties 156
Ch. Il. Fundamental Theories of Alloys (Pbgodin-Alekseyev, G.I.,
Professor, and V.M. Nikiforov, Engineer)
1. Crystalline structure of metals 165
2. Crystallization and recrystallization. 169
3- Composition diagrams of alloys 173
Card 5/7

Technology of the Most Important (Cont.) SOV/1933
Ch. III. Alloys of Iron and Carbon (Fogodin-Alekseyev, G.I., Professor,
and V.M. Nikiforov, Engineer)
1. Iron-carbon composition diagram 184
2. Classification and marking of carbon steel 189
3- Structure of white and gray (ast iron 191-1
4. Classification and kinds of cast iron 195
Ch. IV. Heat and Chemical Treatment of Steel (Pbgodin-Alekseyev, G.I.,
Professor)
1. Metastable stractures and varieties of beat treatment of steel" 201
2. General elements of heat treatment 211
3. Annealing and normsliziug 221
4. Hardening and tempering 2---6
5. Chemical and heat treatment 233
Ch. V. Special Steels and Hard Alloys (Nikiforov, V.M., Engineer)
1. Classification and marking of alloy steel 237
2. Structural alloyed steel 241
3. Alloyed tool steel 244
4. Ceramic prod=ts and hard alloys 247
card 6/7

Mechnology of the Most Important (Cont.) SOV/1933
Ch. VI. Nonferrous Metal Alloys (Nikiforoy, V.M., Engineer)
1. Copper-base alloys 253
2. Light alloys C-57
3. Antifriction alloys and materials 262
Ch. VII. Corrosion of Metals and Preventive Measures (Nikiforov, V.M.,
Engineer)
1. Basic facts about corrosion 264
2. Protection of metals from corrosion 267
AVAILABLE: Library of Congress
GO/fal
Card 7/7 B-5-59

NIKIFOROV, Vikentiy Markianovich, inzh.; POCrUDIN-ALMEYEV, Geor.-iy
Ivanovich, prGf., doLtor tekhn.nauk; FROSKURYAKOV, Vasiliy
Alekseyevich, dotsent; FROSKURYAKOV, Vladimir Aleksandrovich,
dotsen.t; TKACHKV, Konstantin Ivanovich, dotsent; GOLOVIN, S.Ya.,
~ad.; red.
LTechnoiogy of the most important branches of industryliTekhnologiia
; Sh i AOH
vazhneishikh otraslei promyshlennosti. Mosk-v% Izd-vof,"
pri TeX KPSS. Pt.1 [Metallurgy and metallogra hy; teAbook for
students in advanced party schools] Metallurgiia i metallovedenie;
uchobnos posobis dlia vysshikh partiinykh shkol. 1959. 271 P.
(Metals) (MIRA 12:4)

TKACHEV K.I.; CIIIZIIIKOVA, L.V.; SARATLOV, M.G.; KRIMER, F.P.; IMMEY,
V~~ ~"'Thzhener, retsenzent; BARANOT, I.A., inzhener, redaktor;
Zi'iINA, T.L., r.dkt,r; POL'SK&YA, R.G., takhnicheskiy rodaktor.
[Improving, the technology of casting fixtures] UBovarshonstvovanis
takhnologii otlivki detalai armatury. Moskva, Gos.natichno-takhn.
izd-vo mashinostroit.lit-ry, 1955. 154 p. (MLRA 8:11)
(Founding)

~ rl" F, ~_ ti L_ ~-, ,I -~_ t IJUJI "A,(,l ')
KOWE. K.G.; PLYATSKIY. Y.M.; TwW,,j~;.,k, inzhener, reteenzent; BBLOUSOV.
N.N., kandidat takhnichaskilch nauk, redaktor.
[Proventing flawe In caotings from non-ferrous alloys] Preduprezhdanis
porokov v otlivkakh iz tovetnykh splavov. Koekva, Goo. nauchno-takhn.
izd-vo mashinostroit. I sudoetroit. lit-ry, 1953. 122 p. (KLRA 7:4)
(Pounding)

r "ol"? (,;r." L
C, ma rh -L' fie ry. Izv. vys. L4cjjr,-,-,
-4: 151-,155 16/ -
Hirwa.

L 1!,1011-66 E'tlT(m)/EWP(t)/EWP(b)/'E'.IA(h) IJP(c) JD
ACC NRs AP5028723 SOURCE,CODE: UR/0363/65/001/01.1/1933/1937
q
AUTHOR: Plyshevskiy, Yu. S.; Smirmova, G. M.; Tkachev. K.,V.; 1~!ontlyeva, 1. A.
ORG: Ural Scientific Research Chemical InstitDute.-Sverdloys (Urallskiy nauchno-
issledovatellskiy khimicheskiy institut)
TITLE: Preparation and certain properties of lead borate
SOURCE: AN SSSR. Izvestiya. Neorganicheskiye malerialy, v. 1, ~o. 11, 1935,
1933-1937
TOPIC TAGS: boron compound, lead compound, borate , chemical reaction, solid physical
property, chemical composition, endothermic effect, exothermic effect
ABSTRACT: Lead borate 4PbO-5B2O:j-2.5H2O was prepared by reacting lead monoxide with
a 10% solution of B203 in H3803. The effect Of B203 concentration, temperature, and
duration of the reaction on the composition of the product was studied. Lead borate
was found to be practically insoluble in water; excess boric anhydride present in the
lead berate obtained is washed out in water. Heating curves of lead borate were
plotted, and the endothermic effects and one exothermic effect (a solid-state phase
transition) are discussed. Heat capacity and thermal conductivity were determined at
1000 200, 300, and 3500C. Orig. art. has: 3 figures, 2 tables.
SUB CODE: 07/ SUBM DATE: 07Jan65/ ORIG REF; 003/ OTH REFt 003
UDC: 546.9171273
10

an:
.1 FS
-1. -a-ralovskly N.
okogn.

ingots, ule electrons w"itil a puvier of

00 VO
WURCE CODE; UR/027~/ktb /005/ 02/VO02
AUTHOR: Smalyanskiy, M. Ya.; Tkachev,L. G.
TITLE: Review of research works on electron-beam melters conducted at the Department
of Electrothermal Outfits, MEI
SOURCE: Ref.'zh. Elektronika i yeye primeneniye, Abs. 5VIO
REF SOURCE: Elektrotermiya. Nauchno-tekhn. sb., vYP. 46, 1965, 22-25
TOPIC TAGS: electron beam melting, electron gun
ABSTRACT: Since 1959, a number of researches on cloctron-boam hoating have been
carried out at the Department of Electrothermal Outfits, MI. These results are
reported: (1) Methods have been developed and apparatae constructed for investigating
high-power electron-optical systems; (2) Several electron guns from 75 to 500 W
were developed; (3) Technological characteristics of the electron melting outfit
have been thoroughly investigated; (4) The power balance in the electron melting
outfit has been investigated which has permitted developing methods for finding the
outfit parameters; (5) Specifications for the power su 1 sources for high-power
electron guns have been studied~and formulated. P. B. Epryanslation of abstract]
SUB CODE: 09, 13
card ill UDCz_621.38s62

SMELYANSKIY, M.Ya., kand.tekhn.nauk; TK=UKV~G.~,In~h-
Development and prospects of using electronic wwlting
systemB. Veat. elektroprom. 34 no.2;32-35 F 163. (MIM 16:2)
(Smelting)

PHME I BOOK E(PLOITATION SOV/6343
Smelyanskiyj, Xatvey~ Yakovlev1ch,# -VIadlmlr Arkad0yevich Boyarshinov,,
Kirill Davidovich Gutterman X!qonid Grig6r'"vich Tkaehe~j and
Vsevolod Petrovich Taishovskiy
,yye vakuumn37a peohi I el
Dugov ektronnyye plavilInyyeu6tanovki
(yaou=.Aro Furpaoes'-and Slootron-Beam Malting Units). Mosaow,,
'Metallurgizdatp" 1962. 210'p. Srrata slip inserted..- 2400
oopies, printed.
4d. of Publishing Ao~se: H. L. Yezdokova; Teoh,~Hd,: P. 0. Islentl-;.
yevall.
WOSE:. book Is Intended for engineerlng personnel-of electro-_.
7, -,metallurgioal plants ln-femov4s'and nonferrous bran'ches of the
metallurgical indudtry and'vAchine bullding. It may also-beuse-
ful to'students at metallurgical and power-engineering schobla of
&gher.eduaation!aad'to..member9 ot poientiflo renearoh orga4iza-
tions.
Card 1/j.',

Vacuum Aro Furnues (Cont.) SOV/6343
"COVERAGEt The book deacribes the new vacuum-melting equipment and
units which have-been introduced in large
Industrial,countries during the.lhst few years. and which yield
metals of specific quality and enhanced properties, Special
metallurgical features'of the units,, their operationo and the
thermal and eleot~rlcal processes taking place In them are discuss-
qd. Electrical equipment and problems of'Its layoUt aind,automa-
tic control are'also 'outlined. The Introduction was written by
V. A. Boyarshinov and M. Ya. Smelyanskiy;-Ch,- Ij, by H$ ..Ya..
Smelyanskiy and K. D. Gutterma:n; Ch. IIIi by M. Ya.,Smelyanbkiy;
Ch. 1Ij by V. A. Boyarshlnov; and Cho. IV and V,, by V.~ P. Taishev-
All materials on eleotron-beam melting .and related equ~p-
ment wore written by L. O.,Tkaohov and*H~ Ya. Smalyanskiy,, and
materials on semiconductor power sources; as.well as automatic
control of Nacuiim'furnaces, by K. D. OutteriaaA. General editing
was by X. Yc- S.melyanskiy and. V. P. Taisfie; Vokly. - The authors
thank the membors,,of the All-Malon"Solentifio Researjah Institute
of Bleatrothermal Uquipment, tor, their -aasist~ace. There are 73
reterenceiso mo stly Soviet.

PHASE I BOOK ECFLOITATION SOV/6343
Smelyanskiy, Matvey Yakovlevich, Vladimir Arkad'yevich Boyarshinov,
Klj?ill Davidovich Gutterman, and
Vsevolod Petrovich Tsishevskiy
Dugovyye vakuumnyye pechi i elektronnyye plavillnyye ustanovki
(Vacuum Are Furnaces and Electron-Beam Melting Units) Moscow,
Metallurgizdat, 1962. 210 p. Errata slip inserted. 2400
copies printed.
Ed. of Publishing House; M. L. Yezdokova; Tech. Ed.: P. G. Islentl-
yeva.
PURPOSE: This book is intended for engineering personnel.of electro-
metallurgical plants in ferrovs and nonferrous branches of the
metallurgical industry and machine building. It may also be use-
ful to students at-metallurgical and power-engineering schodls of
higher education and'to members of scientific research organiza-
tions.
Card 1/5'

Vacuum Are Furnaces (cont.) SOV/6343
COVERAGE: The book describes the new vacuum melting equipment and
electron-beam melting units which have been introduced in large
industrial countries during the last few years and which vield
metals of,specific quality and enhanced properties. Special
metallurgical features of the units, their operation, and the
thermal and electrical processes taking place in them are discuss-
ed. Electrical equipment and problems of its layout and automa-
tic control are also outlined. The Introduction was written by
V. A. Boyarshinov and M. Ya. SmelyanBkiy; Ch. I, by M. Ya.
Smelyanskiy and K. D. Gutterman; Ch. IlIj by M. Ya. Smelyan6kiy;
Ch. II, by V. A. Boyarshinov; and Chs. IV and V,by V. P. Tsishev-
skiy. All materials on electron-beam melting and related equip-
ment were written by L. 0. Tkachev and M, Ya. Smelyanskiy, and
materials on semiconductor power sources, as well as automatic
control of vacuum furnaces, by K. D. Gutterman. General editing
was by M. Ya. Smelyanskiy and V. P. Tsishevskiy. The authors
thank the members of the All-Union Scientific Research Institute
of Electrothermal Equipment for their assistance. There are 73
references, mostly Soviet.
Card 2/5

SOUR.,
UR/013T/65/000/OD5/VO46/V-G46
A,%I-, I-A

u
sliii " llil'. V,,~; .7"--
1 - . 11-
I .-vz T~, ^,-iz- 4 '~ FS r -, ~ v
m

ZHARKOV, Feliks Petrovich, aspirant; SOKOLOV, Vadim Azrailovich, assistent;
TKACIEV., Lev LIvovich, inzh.
~~_ -_ _
Analysis of the equation of an inductive parametron using an analog
computer. Izv.vys.ucheb.zav.;elektromekh. 7 no,1:3-12 164.
(MIRA 17:9)
1. Moskovskiy energeticheskiy instiWt (for Zharkov, Sokolov).

KONOPELIKO, I.A.; TKACHXV, -,. -L-.'I.; RAYNTSKATA, D.ra.
Spectral analysis of clays. Inzh.-fiz.zhur. no.2:109-112
F 158. (MIRA 13:1)
1. Nauchno-isaledovatel'skiy institut stroymaterialov Upravle-
atya proizvodstva stroitellrqkh materialov Sovnarkhoza BSSR,
Minsk.
(Clay--Spectra)

SNELYANSKY, ~tatvey Yakovleviahi fOYARSHINOV, Vladimir Arkad'yevich;
GUTERMAN, Kirill Davidwrich; TY.4GUZZ,,~ ~nid ~Grior~'~evich;
TSIS11EVSKIY, Vsevolod Petrovich; YEZDC.KOVA, M,L., rea-.-I-z-d--
va; ISLENTIYEVA, P.G., teklin. red.
Placuum arc furnaces and electronic melting plants]Dugovye
vakuumnye pechi. i elektr-onrrfe plavillnye ustanovki. Moskva,
Yetallurgizdat'~ 196-11. 210 p, (MIRA 16:2)
,,;;lectx-ic furnaces) (Vacuum metallurgy)
(Electronic apparatus and appllances)

SMELYAII,cZIY, Matvey YakovIevich; GUTEP&WI, Kirill D-avydavich;
BOYARSHUTOV, V.A., kand. tekhn.nauk, retsenzent; TEA~C',
--L_G-.. inzh., red.; Ya!ZHIIIA', V.V., tekbn. red.
[Design and ope_ration of vacuum are furnaces)Rabochii protsess
i raschet vakuunrifth dugovykh pechei. Yoskvza, Gosenergoizdat,
10~62. 111 p. (Bibliotoka elektrotern~ista, no.12)
(MIRA 15:11)
(Electric furnaces--Design and construction)
(Vacuun metallurgy)

KUROCHKA, V*P. [Kurachka, V.P.]; TKACRV, L.I. (T)mchou, L.I.]
Problem of interpreting results from electron ndcroocope studies of
clay minerals. Vestsi AN BSSR. Ser. fiz.-tekh. ua-7. no-3:85-91 '59.
(11actron microscopy) '(MIRA 13-.3)
(Glay)

USSR /Engineering yArlApr 24~,"
Gyros
"An 84-Minute Period for'Systems With Conr.,e-o-tod.
azd'Free Gyroscopes,," L. 1. Tkarhe7, Mbeccv,
2 pp
"Priklad Matemat i Mekh" Vol XIII, No 2,
M-sical pendulum, gyropendulum, and gyrocompass,,.
st-ddied by M. Schuler in .1923, and later
pr4osAls-gyroscopes wi'~h integratc-a --orrectian-S
B ' d 1. M. Boykov)' gyroscoplc.
(Yi.' . Leventall an .7
stibilizer of B. V. Bulgakov and Ya. N.
Royt6nb'erj~.Are all pendulum systeme, ncnctie-niebed
by horizontal accelerations during -the periz~d
42/49T32
USSR/Engineering (Contd) Ma-_/Apr 49
of'free oscillations T t 84A minutes. Shows
that M. SchulerOs period is not an excluvive
characteristic of simIlar pendulimlike units,
but that it also occurs in systems with
"cornnectecl" and "freelf gyroscopes. Submitted
:L6 3)ec 48.
40* 42,149T32
6 :x -3 rh,,, 44-
T-4

PETROV, L.K., kand.tekhn.nauk (Minsk); TXACE[EV, L.I. (M-inak)
-
crystals in the CaO -
Using the electron microscope in investigating
Sio - H 0 system. Sbor. nauch. trud. Bel. politakh. inat. no.86:
32'57 169. (MIRA 13:10)
(Electron microscope) (Crystallography)

MMOVMSKIY, P.A.; LEVIN, S L-;1.,TKACHLN, L,,~., inzh., nauohnyy red.;
z -
ROTENBERG, A.S., red:i d-va; 0 dETSKAYA, L.V., takhn.red.
(Using local materials in constructing houses to be built by
groups of workers] Primenenie mestnykh mat8rialov pri stroi-
tel'stve domov kollektivami trudiaahchikhoia. Leningrad, Goo.
izd-vo lit-ry po stroit.arkhit. i stroit.materialam, 19519,*~"114 p,
(MIRA 12:10)
(Building materials) (Precant concrete construction)

MOW, L-N.. inzhener.
Production of gypsum and foam concrete partition slabs by the
continuous batch method. Torf.prom. 33 no.1:22-23 '56.(MLRA 9:5)
1. Lengiprotorf.
(Concrete slabs)

TUCHEV, M., polkovnik.
!-t
Armament of the combined arms units of the Yrench Army; survey of
the press. Voen-vest. 36 no.2:71-77 P '56. (MLRA 9:8)
(France--Army--Firearms)

TKACITGV, M.T., inzh.
- self-dumper. "&3kh.i elek.sols.sellkhoz. 16 no.5:52 1 58.
N- ~- (MIRA 11:11)
1. Institut makhanizateii i slaktrifikatBii sel'skogo khozyaystva
Akademii sej'i3kokhozyaystvonnykh nauk 13SSR*
(Farm equipment)

AUTHOR: Tkachev, K., Engineer. 66-1-20/26
TITLE:* Co f~erence of refrigeration engineers in East Germany.
(Konferentelya kholodillshchikov GDR).
PERIODICAL: "Kholodillnaya Tekhnika" (Refrigeration Engineering),
195?, No-1, pp.61-68 (U.S.S.R.7
ABSTRACT: Report of a Conference of refrigeration engineers held
in Leipzig in September, 1956. Over 200 people participated
including people from West Germany and other countries. The
report contains summaries of two papers read by West German
delegates and of four papers read by East German delegates
and also information on cold store facilities in East Germany
with a2detailed description of a standard cold store of
6400 m floor space, a photo of which is shown in Fig.2, p.64.
Furthermore, brief mention is made of exhibits in this field
at the West Germany Industrial Exhibition, Berlin, 1956.
There are eight figures and two tables.
AVAILABLE:
Card 1/1

TKACHEV, M.. polkovnik.
Infantry battalion on the offensive; based on French theory.
Voen.vest. 33 no.16:71-77 N 153. (MIRA 10:10)
(France-Infantr7 drill.a)md tactics)
(Attack and defense (Military science))

T".CHEV, M.T.,,Carld Tech Sci -- (diss) and
Jnvestigation !Mo the separating ~O operati 9
of,# potatc~-harvesting-M~chinalll Minsk_.1958, 16~p
(Acad Sci B*SSR7 Department$ of Phys-Math and Tech Sci),,
150 copies,-(KL, U-58, 121)

BEDILO, V.Ye.; KALINCHUK, I.G.; tIMBERGOV, V.D.; NIKCLAYEV, G.P.; TSOY, D.;
SHCHUKINA, G.F. Prinimali uchartiye: KOLESNIKOV, V.F.; OSTAPRMO,
P.V.; .12=V.A, M.P.; ~KAQjjUt_M.V DUGIN, Ye.V., otv.red.;
RABIlUCOVA, L.K., red.izd-va; KOROVEIMOVA, Z.A., takhn.red.; SA.BITOV, A..
tekha.red.
[Types of mine cross section] Tipovye secheniia gornykh vyrabotok.
Moskva, Gos.nauchno-tekhn.izd-vo lit-ry po gornomu delu. Vol.6.
[Cross section of mines lined with steel orches and anchor bolting
for l-, 2- and 3-ton railroad cars] Sechaniia vyrabotok. zakreplen-
nykh stallnoi arochnoi i shtangovoi krepliu, dlia 1-, 2- 1 3-tonnykh
vagonetok. 1960. 503 P. (MIRA 13:12)
1. Khartkov. Gosudarstvennyy proyektnyy institut Yuzhgiproshakht.
(Mine iimbering)

-4, 7V!~~
-Am amm

9W9_jO_QC?`ete WACREW A-In
4'f4h., 30 121
of reinforecd frnt4~ glzis,; concroe (material ittade from critienI.
Ivatt'r, m
-, of frothed glasi) are discussed. After 20
),eat-shock cycles. Crushingstrevirth dropped I I%, water absop!
tion did not exceed 23 to 2", % by weiglit. bulk weight was IM'
ct~jcj t1jerrual cortductivity was 0,273 cal./utJtr.*C, Irdo,

'7~ Z Z

Rculf ILC, Ifolhad

I'l
and 1'.
roll Al,

WE.; bulk l't I(), kg
K,miich
0

T W REV, N., inzhener; PIROG. P., inzhener.
Porous-glans reinforced concrete. Khol.tekh. 30 no.2:46-52 AP-Je '53.
(MI-RA 6:7
(Reinforced concrete)

TKACHEV, 9.
Surplus property of institutions and enterprises should be
sold promptly. Fin.SSSR 20 no.9:70-71 S '59.
(MM. lZ:12)
1. Starshiy ekonomist Rostovskogo oblfinotdela.
(Office equipment and supplies)

f I C"M
UWR/Migineering Apr/*y/Jun .48
Carbon Dioxide Equipment
Refrigerants
"Designs for Dry Ico Factories," N. Vmohev, Admin-
Iptrator, All-Union Office for EhladoPramProyekt,
.8 py ,
"Rholodil Tekh" No 2
Discusses facts and details to be considered when
planning dry ice factories. Gives theoretical
designs and performance tables.
1AM

30821. TKACIrl-11, N.
0 ocrevole kamer khaneniya na ponizhennYy temoaraturryy razhiml- l~-'Icic6"'
takhnika, 190, No. 3, s. 14-16.

TKACHEV, N.
Dispatching motorbus traffic. A~A.transp. 42 no.2:12-13 F 164*
(MIRA 17:3)
1. Direktor Rizhskogo avtobusnogo parka.

-TKAGHEV, N.
Use of monoethanolamine in the production of Dry Ice. Kholodil'naya Toldi.
30, No.1, 20-4 '53. (KiaA 60)
(CA 47 no.19:10152 '53)

BADYLIKES, I., professor, doktor tekhnicheskikh nauk; SAFONOV, V., in-
shener; TKAGHIV_j~M., luzhener.
Automatic cold storage plant with heat-insulating air jackets.
Khol.tekh. 31 no.4:4-13 O-D '54. (MLELA 8:1)
(Refrigeration and refrigerating machinery)

TKACHXV, N., inzhener.
I wmw i. m vi 0I
Now refrigerator planto have been put in operation. Khol.takh. 33
no.1:22-27 Ja-Mr 056. (KM 9:7)
(Refrigeration and refrigerating machinery) (ColA storage)

GORBUNOV, M., inzhener; EDBULASHVILI, Sh., inzhener; TUCHEV, N., inzhener.
Refrigeration industry in France. Khol.tekh.33 nb.1:42-53 A Mr 156.
(MA 9:7)
(France--Refrigeration and refrigerating machinery)(F~rance--Cold
storage warehouses)

, A . V -
(Institut d,- %jonstructiui des Z-1ta".1issements de 111ndustrie .--ri:,;C'rifique de
11URSS, Moscou); ".design and %J,)umting -)ata of ~haimbar ~coling ~-oils -.4ith haiical ~-ins"
ZFrench - IU pages/
report presented at the international inst. of itefrigeration (DW, Aramal
Meetings of 6omissions 3,4, and 5, Moscow, 3-6 Sep 1958.

--- I I - ~ .
"T~-chnical and Economic Da~a on Freezers aMStovq-,,e Rooms nt Cold
Report sub=-itted for the 10th in-ti. Re--,-r-*Lgera+.-,',,)n ConSress, C-co-enha.;z~-n,
19 August - 2 September 1959.

-fkAc_ke_v
Us
J;l 0-
1: is
ag
SR VR
ta! a
All
UPI

V

gi-

hs ilia

TKACHEV, Nikolay Ivanovich; GULI, Me., doktor khim. nauk, prof.,
retsenzent; ROMIOV, A.N... kand. tekhn.nauk., retsenzent;
KUZIMINSKIY, R.V.9 inzh., retsenzent; D'YAKONOVA, V.P.,
inzh.-khim., spets.red.; MOROZOVA, I.Ly red.; KISINA,
Ye.I., tekhn, red.
(Plastics and their use in the bakery and yeast industry)
Plasticheskie massy i ikh primenenie v khlobopekarnoi i
drozhzhevoi pronyshlennosti. Moskva, Pishchapromizdat,
1963. 222 p. (MIRA 17:1)

TKACHEV, N.I.; SIDYAKIlLk, V.V.
Using anticorrosive coatings for the equipment of yeast
industrica. Khleb.i kond.prom. 6 no,6:14-16 Je 162. (MIRA 15:7)
1. TSentrallnyy muchno-issledovatellskiy institut khlebopekarnoy
promyShlennosti. (Co=osion and anticorrosives)
(Yeast)

TKAMPf, H.I.; MALOVA. L.I., red.; PECHENKIN, I.V., tekhn.red.
[14echanizad sowing and planting of intortilled crops in
checkrows] Mekhanizataiia kvadratno-gnezdovogo poseva i
posadki propashnykh kalltur. Konkva, Izd-vo K-va sell.khoz.
SSSR, 1960. 350 P. (MIRA 13:11)
(Planters (Agricultural machinery))

11!~Cllq-0..- H,-I,
(Mechanizing checkrowing and planting of row crops] Mekhanizataiia
kvadratno-gnezdovogo poseve i poaadki propachnykh-kulitur. Koskvs.
Izd-vo Y-va sell.khoz.SM, 1960. 350 P. (MIRA 14:3)
(Planters (Agricultural machinery))

TKPCHEVJ. N.M.
Characteristics of built-in alpha calorimeters. Trudy TSI,'IIIF
no. 62:34-47 165. (MIRA 18:12)

TK AC MV I N. M.
Effect of t~- W=etera of a centripetal turbire on the
tamperatur, field of the rotor* Trudy TSINIDT no.6014,061
164. (MIRA 18W

CC X96-0-2-2 - -
A
_kC 399 SOUR E CODE
AUTHOR: Tka chev, N. M.
TITLE: Characteristics of built-in alfa calorimeters
SOURCE: Rof. zh. Vodnyy transport, Abs- 3V86
REF SOURCE: Tr. Tsentr. n.-i. in-ta morsk. flota, vyp. 62, 1965, 34-47
TOPIC TAGS: turbine engine, heat transfer, thermal proceen, thermal analysis,
calorimeter, heat exchanger, temperature coefficient, specific heat llgl?;r 7-,fqVSFF1e
ABSTRACT: The limiting conditions for heat transfer must be known in order to deter-,
mine the thermal load on the elements of a turbine drive machine. The behavior
patterns for the regular thermal condition can be used to determine the heat emission
coefficient, using special, built-in, sensors installed in the body subject to
thermal activity in such a way that the heat-sensing end is level with the surface
of the heat exchanger. Other surfaces are heat insulated. The alfa calorimeter is
such a sensor. Investigations have established (1) that the characteristics of
built-in alfa calorimoters plotted in accordance with the analytical dependency
Bi = Y (P), where Bi is a measure of the intensity of the effect of the medium on the
alfa calorimeter, and P is a measure of the reaction of the sensor to this effect,
can be used for an experimental determination of local values for the heat emission
Card 1/2 UDCi 536.629

coefficients, and (2) that the curvature of the heat exchanger surface has an effect
on the characteristics of the alfa calorimeter. This effect can be neglected for
values of c > 0.95 to 0.9, whore c = 1~/R, (Rl is the internal radius of the sensor,
in meters; R2 is the external radius, in meters)., without substantial error (less
than 5%); (3) that the simple dependencies CC= x - c - P - m - 6, or Bi - x - P 2 , are
correct in the range of values for Bi to 0.15 with an accuracy of up to 5%, where
x = 1.0 for a flat sensor, X = 1 + 6/2 for a convex sensorl and X = 1 + 6/26 for a
concave sensor, and where c is the specific heat for the sensor material in watts/
degreeAg, ? is material density in kg/M2, 6 is the height of the sensor, in meters,
and m is the cooling (heating) rate, in liters/hour; and (4) that in the range of
values for Bi of 1-0 to 1-5 the duration and the temperature interval of regulariza-
tion is small, making it possible to determine the rate,of change of temperature
with acceptable ac4uracy. 7 figures. Bibliography of 10 titles. S.K. CTranslation
of abstract]
SUB.CODE: 13,20

KURZON, A.G.. doktor tekhn.nauk; TKACIIEV, N.M.; TIJIMPLAV, V,,Yu.
Gas-turbine plants for high-speed ships of the merchant me-rine,
Trudy TSNII14F 7 no.34.3-15 i61. (MRA 14:8)
(Marine gas trubines)

3(4)
AUTHORs Tkaohev, 11. P. SOV/6-59-8-9/27
TITLE: On Combined Work in Mountainous Areas
(0 kompleksnoy rabote v gornykh rayonakh)
PERIODICAL: Geodeziya i kartografiya, 1959, Nr 8D PP 41-42 (USSR)
ABSTRACT: In mountainous regions it is useful to have one person carry
out all the field work in stereotopographical surveying. This
person has to study in advance the section on the basis of the
material at hand and has to get to know the project of site and
altitude preparation for aerial photographs. The following
composition of a brigade is enough for the development of an
analytical net: 1 topographer, 1 foreman, and two workers of the
third class. An additional worker is necessary, however, on
account of the ravines. Workers must be given instruction on
safety regulations. At the center of the section a provisions
post must be erected so that it is not recessary for the workers
to return again and again to the base, The entire section has to
be divided into routes for 5-7 days at most. The "emergency
Card 1/2 ration" has to last for 2 days under all circumstances.

I6n Combined Work in Mountainous Areas SOV/6-59-8-9/27
A number of recommendations in . case of rain, for making
altitude traverses across ravines, eto, are made.
Card 2/2

RUDITEV., G.P.;_WGHEV, P..G.; ZYAZEV, A.K.; LATSDIIKI G. Ye.; SHCHERBAK,YU.F.
Evaluation of some biochemical indices in epidemic hepatitis.
Kaz. med. zhur. no-5237-1+0 S-0163 WRA 16:12)
1. Kafedra infektsionnykh bolezney (Zav. - deystvei-telInyy
chlen AMU SSSR prof. G.P. Rudnev-) TSentrallnogo instituta
usovershenstvovaniya vrachey.

'4vae, of TilithloriLne in the treaLnent of patients with Sot-
'kin's disame [infectious hapatiti3j. P.GjkaCIWv-. Sorel.
J1&1. 1 19, NO. 12, 68--71X 1955)-On-U.-je-theory ibzt nmily
administered methionine (1), by mikiti4 avaikible labile
ulethyl grours, counteracts the inbibition of lipotropic
almino acid and chol e ti 6 in the infected liver, 52.~\.
Patients With lht&-s = were trenatd mid rA re.
covered after administration of I wich panercittlit alid glu-
coje. Doiage of I ranged from 2 g. dally (total 12-15
g.) lit milti casej to 6 g. daily (total 32-45 g.) in severe caw-i.
lit mild and moderate caBe% blovd bilitubin titer droppt(I
A I f -Ad ,of treatmentand returned totionual
after .1-18 L~, !Pis recomulclided toe treatmClit of ull
suvi-I. Cyrus C- Sttirgi5, Jr.-__

T,KAGH~"V , r.U. , dotsent, kand.med.nauk
Study of protein fractions by means of paper electrophoresis in
infectious hepatitis following treatment with methlon-inR. Le--ch
infekts. boll. no.3:71-80 157. (,-41?,A 14:5;,
(BLOOD PROTEINS) (HEPATITIS.. INFECTIOUS)
(PAPER ELECTROPHORESIS) (METHIONINE)

TKACIIEV, Potr-Grigorlyovich; KP'DIKIN, I.Yo.) rod.; BASINAKOV) G.M.,
tekhn.red.
(Epidemic hepatitis] Epidemicheskii gepatit. Mo--kva, Izd-
vo "Meditsina," 1964. 78 p. (MIRA 17:3)
.3L1
17-

USSR/VirolDrZ - Viruses of ~tn and Anii%lals.
Viruses of Hepatitis.
Abs Jour Rof Zhur Diol., No 5, 1959, 23883
Autlior Annn'yev, V.A~, -TImchev, _PiG., Popik, A.L., Sezienov,
Ye.P., Sinayko, G.A., Pif~6kj- YO.N.
Inst
Title An Experiment in 11kophylaxis of Dotkin's Disease with
Gauml.a-Globulin
OriG Pub Vopr- VirusoloL.-ii, 1958, No 3, 183-185
Xostract No abstract.
Card I/l

Usir.p. methio-tine in the treat,
I ;,3nt of Botkin's disease, So,,.7ed. 19
nr..12:&q-70 1) 155. MRd-. 10:3)
1. Iz kn-rodi-Y infektcitnnylcb (7-Qv- - deYstvitel'nvy chlen
-i,MN S6S-R, orcf .G.P.Ruenp-,~) TSs)ntrgllrogo institute usoverrstonstvo-
vnniys -,rrbchey (dir. - V.?.T N
,ebr3J.,!va,,
(HS-PATITIS, 11IFECTI(I"c') (Mzmlolaw')

TK"HZV, P.G., inzhener.
Experience in using coal mining waste rock immediately in the mine. Ugol,
28 no.8:43-44 Ag '53. (MI-RA 6:7)
1. Shakhts, no.19 trests, Gorlovskugoll. (Mine engineering)

TUCHN, P.G., inzhener.
Experience in using coal mining waste rock immediately in the mine. Ugol,
28 no.8:43-44 Ag 153. (HLRL 6:7 )
1. Shakhta no.19 trests, Gorlovskugoll. (Mina engineering)

ANANVY.-RV, V.A., TKAqgff,.~-Ck.*,, POPIK, A.L., SEMENOV, Ye.P. SIXAYKO, G.A.,
LITVAK, Ye.N.
Experiences in th- prevention of Botkin's disease w.ith gamma gloublin.
VOP-Virus 3 no-3:183-185 Ky-Je 158 .(MIRA 11:7)
1. Institut virusologii imeni MIN SSSR, Moskva i Sanitarmi-epidemiolo-
gicheskaya stantalys Kishinevn.
(IMPATITIS, INFECTIOUS, prevention & control
gamma globulin (R~a))
(GAMMA GLOBULIN, therapeutic use
in Drev. of infect. hopntitis (Rua))

TKAINE77, F. G.
r
"Gas rran--ene," ra~,es 158-16-- of the book "Treatment of Infert~n,i3 Di3erisef,,,11 '~.os-
cow, 1953
Candidate of Medical Sciences
Presented 6 I-larch 1953 (Moscow) at the All-Union Conference on the Control of
Dysentery sponsored b-r the Ministry of Public Health SSSR.
Translation No. 474, 19 Oct 1955.

TKACHEV, P.G., dotgont; ZYAZEV, A.K. , starahiy nauclinyy sotrudnik
Evaluation of some biochemical indexes in infectious hepatitis.
Lech. infekts. boll. no-4:53-70 160. . ;(I-',MA 14-51)
(HEPATITIS, ITIrECTIOUS)

ANANIYEV, V.A.; DAIaNSKIY, P.G., KA!UIAUKIIOV, YO.11.;
NAZARETYLI, Ye.L.
Evaluation of some diagnostic tests in Botkin2s disease. Zhur.
mikrobiol., opid. i inMRM. 33 no-3:3&-39 Mr 162. (K1 HA 15: 2)
1. Iz Instituta virusologii Al-12-1 SSSR, kafedry infektsionnyl:li bolezney
TSentrallnogo instituta usavershenstvo-vaniya vrachey i Krasnosovetskoy
infektsionnoy bollnitsy.
(IMPATLIIS, INFECTIOUS) (MITTIMOCYTIS)

TKAGHEV, P.G.
Materials on the hygienic characteristics of aniline as a con-
taminant of the air. Pred.dop.konteent.atmoef.zagr. no.8:41-58
264, (MIRA 1814)
1. Iz kafedry kommunallnoy gigiyeny TSentrallnogo Instituta
usovershenstvovaniya vrachey.

SMIRNOV, Ye.I., goneral-polkovnik med. sluzhby, glav. red.;
VISKOVSKIY, S.V., prof., polkovnik med. sluzhby, red.
razdela (deceasedl,; TEODORI, M.I., kand. med. nauk,
polkovnik med. sluzhby, pom. red.; P G kand.
JKAC HEV,_ 12�-~
med. nauk, podpolkovnik med. sluzhby, pom. i;-d.;
GABERLAND, M.I., tekhn. red.
(Experience of Soviet medicine during the Great Patriotic
War, 1941-19451 Opy-t sovetskoi meditsyny v Velikoi Ote-
chestvannoi voine, 1941-1945 99. Moskva, Medgiz. Vol-31.
1955. 315 P. (MIRA 16:7)
(WORLD WAR 1939-1945--MEDICAL AND SANITARY AFFAIRS)

UACHIT, P. 1.
TKACHEV, P.L.;, 4HKWVUIY, M.B.. redaktor; 'REE-KNE. O.G., tekhni-
1--~- - .1 ~ -.--
e e,skiy redaktor.
[Work practice of N.H.Smoliarov, operator of a magnetic crane]
Opyt raboty kranovshchika magnitnogo krana N.M.Smoliarova.
Moskva, Goa. nauchno-tekhn. lzd-vo lit-ry po chernoi i tsvetanoi
metallurgil, 1953. 20 p. (XM 7:8)
(Cranes, derricks, etc.)

L 12582-6_3 EPR/EWP(j)/EPF(C)/EWT(m)/BDS AFFTC/ASD ps-4/pr-4/
Pc-4 RM/Y.1'a
ACCESSION VR: AP3003313 8/0191/63/000/007/0055/0058
AUTHOR- Mirolyubov, 1. N.; Sergiyevskiy, N. D.; looginov, V. 0.; Tkachev_, F. I;
Shvalyuk, L. A.; Kolyrm-an, S. K.
TITLE: Effect Of temperature on SUP themoplastic
;,SOURCE4 Plasticheskiye massy*, no. 7, 1963, 55-58
TOPIC TAGS; SNP thermoplastic, tensile stress, GosT 4646-49
iABSTRACT: Authors tested the stability of SDIP-284 thermoplastic at temperatures
from 0 to 60C. The effect of temperature on its maximirn,tensile stress and
ispe.,ific impact strength was determined. Samples were used yhich were produced
from a sheet. Shape ai4~ size corresponded to GosT 4646-49 'L~ The samples were
fractured on a TsDM-l%hachine which had a maximum force of 2000 kg and
deformation -rate of -nm/min. in a special thermostati A photograph of the
1: machine is included in the article. Authors then construct curves for the data
obtained in these tests and,disauss each-curve in detail, Orig. art. has:
8 figures and 2 tables.
Cqrd

L 12582-63 EPR/EWP( I)/EPF(C)/EWT(M)/BDS AFFTC/ABD P6-4/Pr-4/
Pc-4 R,4/'.11"1
ACCE-SSION IM: AP3003313 S/0191/63/000/007/0055/0058
It UMIOR : tMirolyubov, 1. 'N. ; Sergiyevijkly, N. D. ; Loginov, V. Tk-a-gh-eyvi -F. 1;
Shvalyuk, L. A.; Xoly*gn, S. T.-
TITM-: Effect of temperature on SUP thermoplastic
SOURCE: Flasticheskiye massy-*, no. 7, 1963) 55-58
TOPIC TAGS: SNP thermoplastic, tensile stress, GOST 4646-49
AMSTRACT: Authors tested the stability of SNP-284 thermoplastic at temperatures
from 0 to 60C. The effect of temperature on its maximum tensile stress and
specific impact strength was determined. Samples were used~rfiich were produced
from a sheet. Shape arj~ size corresponded to GOST 4646-42 ~) The samples were
fractured on a TOM-101bachine which had a maximum force of 2000 kg and
deformation rate of 10"im/min. in a special thermstat. A photograph of the
machine is included in the article. Authors then construct curves for the data
obtained in these tests and discuss each-curve in detail. Orig. art. has:
8 figures and 2 tables.
Card

IUROLYIJBOV, I.N.; SFRGIYFVSKIY, N.D.; LOGINOVp V.G.; TKAGFMV P I *
MVALYUK, L.A.; KOLYGIII, S.K.
Effect of temperature on the strength of the thermoplast SNP.
Plast.massy no.7:55-58 163. (wRA 16:8)
(Plastice-Testing)

22(` 3-!
)6
ACC NRt AP6009169 SOURCE CODH: UR/0182/65700-n/b~il-/-O-0-1--9-/0024 'r
'.UTHOR: Itskovich,_G. H.; Kq_~esnik~v N. P.; Hiranskaya, Ye. D.;'~Ostreyko I.A.;
Sautkin, N. I.; VT,Kachev
ORG: none
TITLE: De".Mdrawability of sheet steel produced by continu~~us.6sting
SOURCE: Kuznechno-shtampovochnoye proizvodgtvo, no. 11, 1965, 19-24
TOPIC TAGS: continuous casting, cast ntet.*J, metal stamping, metal drawing, &tdwff*o=iwr_
sheet metal, rma;t.) "-4-1
ABSTWICT: The nrcicle prevetan t1to reou'lu 01111111 Injeatigation of 4he properties ond
stnmpability.of cold-rolled 011act HLecln 081y, k0k.j),'981kp_"'1nd produced 67 LIM
continuous casting method as compared with steel obtained from conventionally cAst
ingots. Stampability was investigated at the pressforging shop of the Minsk Low-
Qkjp.j~!~;qpqnt Motor Vehicle Plant. Prior to the deep drawing of intif'c~_tei_y~_a~a`p_ed
t were sub acted to mechanical tests and metallo-
automotive tia sieci j
graphic examinations which showed that sheet steel produced by continuous casting
meets the requirements of the standards for quality structural sheet steel and that
its ferrite grains are of a sufficiently small size to favorably affect the quality
of the surface of elements during their deep drawing. Stampability under production
Card 1/2

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ACC NR: AP6009169 z
conditions was determined during the drawing of a number of components of ihe Moskvich,
car: an analysis of the stress-strain diagram during drawing established that the
plasticity margin of the metal is comparatively high during the embossing of most
of the components investigated. An exception is the stress-strain diagram during the
die-stamping of lower crankcases. The deep drawing of the crankcase involves limiting
values of the plasticity margin in a number of sectors oP the component and in sonic
cases the embossing culminates in total exhaustion of the metal's plasticity. Comparedl
with steel deriving from conventionally cast ingots,'the proportion of.defective compon'ents
fabricated from steel produced by continuous casting was appreciably lower. These . I
findings point to a satiafactory stampability of steel produced by continuous casting
and the possibility of using this steel for the deep drawing of elements fabricated
from metal meeting the (lower) requirements of the All-Union State Standard GOST
914-56..Orig. art. has: 5 fipres, 3 tables.
SUB COD~: 11, 13/ SUBM DATH: nene/ ORIG REF: 005/ OTH REF: 000
2/2

TKACHEV, P.Ya.
Method of compounding recipes for strups used in the preparation of
marinAdaq. Kopa.l. ov.prom. 14 no.2:14-15 F 059. (MIRA 12:3)
1. Upravloniye pishchevoy prou7shlennosti Krasnodarskogo sovnarkhoza.
(Fruit--Preservation) (Vegetables--Preservation)
I

TKACHEVO P. YA.
Fertilizers and Manures
Effect of organic mineral granulated fertilizer upon the sunflower crop. P. YA. Tkachev...
Sov. agron., 10, no. 2, 1952 1
Monthly List of Russian Accessions, Library- of Congress, May 1952. UNCLASSIFIED.

TY.AGII-V, P. YA.
"Raising the Yield of Sunflower Crops by Using Fertilizers in Small Doses." Min. Higher
Education USSR., Voronezh Agricultural Inst., Voronezh, 1955. (Dissertation for the
Degree of Candidate in Agricultural Sciences)
SO: Knizhnpya Letopistj Ho. 22, 1955, pp 93-105

TKAGHXV, R. A.
110ata-olexy," Sbornik nauch. rabot, poevyashch. 70-letiYu prof. Be-opa, Mloscow, 1948,
p. 185-202
SO: U-3264, 10 April 1953, (LetoDim 'Zhurnal Inykh State,% No. 3, 1949)
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