SCIENTIFIC ABSTRACT GARNETSKIY, V.A. - GARNUSZEWSKI, MIROSLAW

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000514330004-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 19, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

3(5)
PME I BOOK ECPLOITATION SOV/2172
Akademiya nauk SSSR. Mezhduvedomstvennaya postoyannaya komiaaiya po zhelezu
Zhelezorudnyye zaestorozhden-iya Altaye-Sayanskoy gornoy oblasti, tom. 1, kniga. 1:
Geologiya (Iron Ore Deposits of the Altay-Sayan Mountain Region, Vol 1,
Book 1: Geolo&r) Moscow, 1958. 330 P. (Series: Zhelezorudny"
mestorozhdeniya SSSR) Errata slip inserted. 2,500 copies printed.
Additional Sponsoring Agencies: Akademiya nauk SSSR. Sibirskoye otdeleniye, USSR.
Goffudarstvennaya planova7a komissiya. Glavnoye upravleniye nauchno-iseledovatell-
skikh i proyektnykh orgeniza;,,3iy, institut Giprorada, USSR. Mim-'sterstvo
geologii i okhrany nedr-, USSR. Zapadno-Sibirzkoye geologicheekoye upravloniye,
USSR. Krasn7yarskoye geologicheskoye upravleniye, Sibirskiy geofizicheakiy treat,
Voesoyuznyy nau,:hno-issl,-.Kbvatel1skiy geologicheskiy institut.
Eds, of the vol-.: P, 7e. Sled.-juk, and G.A. Sokolov; Resp. Ed. of Series: I.P.
Bardin, Academician; Scientific Eds.: I.P. Bardin, Academician, T.F. Gorbachey,
A.L.Dodin, N.A. Yerofeyev, A.S. Kalugin, N.N. Nekrasov, G.L. Pospelov, M.L.
Skobnikov, P. Te. Sledz7ni@., S.S. R3drnov-Verin (Deceased) G.A. Sokolov,
S.G. Str=ilin, Acad=iaian, V.B. Khlebniko%,, N.A. Chinakal, and I.S. Shapiro;
Card 1/9

Iron Ore Deposits (Cont.)
SOV/2172
Ed. of Publishing House: I.G. Kudasheva; Teah. Ed.: I.F. Kuzlmin.
PMUNME: This book is intended for structural, exploration and mining geologists,
for geophysicists and- minezalogists, and inckstrial planners.
COVERAGE-.' This work purports to be taie first trIttempt to review and. mmmarize all
the material that has been published on the iron-ore deposits of the Altay-
Sa7anskaya oblast-1 during the last 20 years. This area, the work reports is
fast becoming one of t@ae most important iron--ore bases in the Soviet Union.
The book discusses the economic aspects of the geography and geology of the
indivie'"al deposits., prezento a qualitative and quantitative (as of Tannary 1,
195T) analysis of ore reserves, andevaluateu the prospects and possibilities
of further development of the Altay-SayanBkwra iron-ore base. The genetic
characteristics of iron-ore mineralization of the area are described. Extensive
information on the geology of individual deposits, complexes, and regions is
provided, and a general genetic description of ore mineralization in the Altay
Sayanskaya region is given. There is a historical account of the exploration
and development of the region, and of the development of concepts on the genesis
,,Of mineralization in the area. The following scientists participated in the
'@Preparation and vriting of this volume: G.L. Pospelov, S.S. Lapin, W.Kh. Belous,
Card 2/9

Iron Ore Deposits (Cont.)
SOV/2172
V.M. Klyarovskiy, O.G, Kine, and V.A. Vakhrushev of the West Siberian Branch of
the AN SSSR, I.S. Shapiro of the Permanent Interdepartmental Committee on Iron,
A.S. Kalugin, A.S. Mukhin, N.A. Garnets, Yu. A. Speyt, M.I. Selivestrova,
V.G. Rutkevich,, G.P. Bykov, N.I. Nikonov, and K.G. Sakovich of the West Siberian
Geological Administration V.I. Medvedkov,, A.S. Aladyshkin and F. Ya. Pan of the
Krasnoyarsk Geological Administration, M.G. Rusanov, E.A. Yazbutis, Yu. V.
Rozhdestvenskiy, G. Ye. Savitskiy, and A.D. Prodanchuk of the West Siberian
Geological Survey Chermetrazvedka Trust.. P.A. Lysenko, T.I. Lebeaev, T.Ya.
Kamenskaya, A.I. Maslennikov and R. Pipar of the Siberian Geophysical Trust,,
A.L. Dodin of the VSEGEI, A.S. Mitropollskiy of the Mining Expedition, V.A. Ltikin
of the Mining Administration of the Kuznetsk Metallurgical Combine, S.S. Zimin
of the Tomsk Po1ytecbn-1c Institute, I.V. Derbikov of the Sibneftegeofizika Trust.,
and V.G. Korell of the Siberian Metallurgical Institute, There are 103 diagram
including insert maps and 10 tables. There we 271 references, all Soviet.
Card 3/9

Iron Ore Deposits (Cont.) SOV/2172
TAKE OF CONTENS:
Foreword (Academician I.P. Bardin) 5
PAR-
I. munAL cHARAC=sTics OF THE IRON OM BASE
.OF rLM ALTAY-SAYANSKAYA OBLAST'
Ch. 1. Development of the Iron-Ore Base in the Altay-Sayanskaya Mountain Area 11
Historical outline (G.L. Pospelov) U
Development of a local-iron ore base and metallurgical industry prior to
the construction of Vne Nuznetsk Metallurgical Combine 1.1
Construction of the Kuznetsk Metalln gical Combine and the expansion of
the local iron-ore base during the First-Fi-;re-year Plan 13
Period of supplementary exploration and reduction of the eavimated
total ore reserves 16
Expansion of vork on iron and the turning point in the development of
the local iroft-ore base 18
Ch. 2. Economic Geography and Geology of the Iron-Ore Base of the
Altoy-Sayanskaya Oblast, (G.L. Pospelov and S.S. Lapin) 28
Brief description of the economic geography of the Altay-Sayanskays,
oblast' and its main iron-ore reg:@ons 28
card 4/9

Iron Ore Deposits (Cont.) SOV/2172
Physicogeographic conditions 30
Economic conditions 31
Economic geography of the main iron-ore regions 34
Description of the total reserves of iron ore :in the Altay-Saynnekays.
oblast; and probabilities of their increasing 41
General state of iron-ore reserves and their distribnUon 41
Ore reserves of different mineralogical-genetic type 52
Peculiarities in the distribution and redistribution of ore reserves
in iron-ore deposits of different sizes 53
Chexacteristice and scale of the geological surveys conducted 59
Cost of exploratory drilling in deposits of different structural
complexity 60
Future prospects of iron-ore regions and deposits in the Altay-
Sayanskaya oblast, 64
PART II. GENETIC TYM OF IM-ORE PKMITS OF THE AIMAT-
SAYANSKAYA MOUNTAIN MION AND GEMAL REGUIARITIES IN TREIR
DISTRIBEMION AND MVCMPNM
Ch. 1. De'velopment of Exploration Principles anil Geological-Genetic Concepts
on iron-Ore Kineralization in the Altay-Sayanskaya Mountain Region.
Card 5/9

Iron Ore Deposits (Cont.) SOV/2172
Historical Outline (G.L. Pospelov) 71
Research and exploration during the First Five-'76ar 121ans 71
Period of geological and geochemical statistical speculations
(1944-1947) 76
Research during the postwar five-year plane 78
z.
Ch. 2. Genetic Types of Iron-Ore Deposits In th" Alta -Sayanskaya Oblast'
and Their Economic Significance (G.L. PoupelovT 93
Magnetic and magmetic-sedimentary iron-ore deposits 93
Deposits related to instrusive mapsties 93
Deposits directly and indirectly connected with effusive magmatics U8
Sedimentary deposits 123
Deposits in the weathered crust 124
Ch. 3. Composition of the Contact-Metasomatie Iron-Ore Deposits of the
Altay-Sayanskaya Oblast, 126
Type minerals and types of ores in the contact-imetalaomatic iron-ore
deposits (O.G. Kine) 126
Ore minerals 126
Non-ore minerals 139
Mineralogical types of ores 145
Main types of ore textures and skarns of contact-metasometic iron-ore
deposits (G.L. Pospelov and S.S. lapin) 148
Card 619

Iron Ore Deposits (Cont.) SOV/2172
Mineralogical-geochemical characteristics of the contact-metwomatic iron-ore
deposits of the Altay-Saysuakaye, oblaat, (G.L. Pospeloy) 172
Mineralogical types of ore deposits and ore bodies 172
Characteristics of the distribution of accompanying elements 181
Admixtures of minor metals 185
Elements of zoning in skarn iron-ore deposits of Western Siberia
(I.V. Derbikov) 189
Ch. 4. Geological Characteristics of the Distrilmtion and Structure of
the Main Iron-Ore Regions end Endogenous Iron-Ore Deposits of the
Altay-Sayanskaya O'blast, (G.L. Pospelov) 195
Basic characteristics of the geologic stractwe and main stages of the
geotectonic development of the Altay-SayanakNra folded region 195
Characteristics of the magnaties of the Altay-Says"kaya oblast' and
their effect on the distribution of iron-ore regiona andL deposits 200
Characteristics of the development of magwitics and mqpatogenetic.
iron-ore mineralization in the Altay-Sayawikaya Oblast' in time
and space 201
Card 7/9

Iron Ore Deposits (Cont.) SOV/2172
Material composition characteristics of the &veloyrent 6:0 the magnatice
of the Altay-Sayanskaya, ablast' and their relationship to endogenous
iron-ore formation 208
Structural regularities in the distribution of midn iron-ore regions 231
General structural characteristics of the Altay-Sayanskaya oblas@, 231
Basic qjiaracteristics of structural placement of iron-ore regions 235
Structur characteristics of iron-ore complexes and zones 240
Post :lissure tectonics and its effect on mining operations (s.s. iapin) 261
Ch. 5. -Geological-Gen6tic Characteristics of Exogenous and Sedimentary-
Ketgmorphic Iron-Ore Manifestations of the Altay-Sayanskays. Mountain
Range and Its Confines (1q. Kh. Belous) 281
Metamorphism of sedimentary iron ores 283
Genetic classification of sedimentary iron-ore manifestations 284
Brief description of iron-ore manifestations of various'genetic types M8
Stratigraphic grouping of ore manifestations and times of iron-ore
deposition 300
Space distribution of iron-ore depositions of different genetic types
in Western Siberia 307
General industrial and possibilities evaluation of sedimentary-
metamorphic ore manifestations 308
card a/9

Iron Ore Deposits (Cont.) SOV/2172
Ch. 6. General Characteristics of the Magnetic AnOmalieS in GOM979
Shoriya, Kuznetskiy Alstau and Sa W r (P.A. Lysenko, T.I. IAbedevp
T. Ya. Kamenska-ya., AJ, Maslennikov, A.5, Mukhin) 313
Bibliography
AVAIMIE: Library of Congress
319
Card 9/9
8-13-59

GARNFrSKIYY V.A., aspirant; KoBAZEV, Ye.I., starehiy laborant; RACHINSHY,
--- 'V-.V..-,---doktor khimicheskikh nauk, prof.; FURMAN, A.O., starshiy
prepodavatel I
Variant of the automatic apparatus for recording the elution
and column curves of the distribution of tagged elements in
chromatographic analysis. Izv. TSKHA no.4:224-229 163.
(KERA 17:1)

ZOLOTAREVSKIY, I.Ya.; SAFRYKEI, A.V.; GUBANOV, V.S* ; GARNETSKOV
V.Z.; IIYUSMI, A.P.@ red.; ELIKIIIA, E.M.,' M @.reZj-
[Th,:, container) Tara. lzd.2., perer. Moskva, GDstorgizdat,
1963. 229 P. (KIRA 17-. 1)
(Containers)

5/081/62/000/006/103/117
B168/B101
AUTHOR: Garney, K*
TITLE: Non-metallic construction materials at high temperatures
PERIODICAL: Referativnyy zhurnal. Xhimiya, no. 6, 19629 625, abstract
6PI34 (Sb. "Probl. vysokikh temperatur v aviate.
konstruktsiyakh", M., Izd-vo in. lit., 1961, 101 - 144)
TEXT: High polymers (factors reducing the strength of polymers; trans-
parent polymers; opaque polymers), reinforced polymers (properties of
fibers and flakes, polymers for reinforced plastics, fiber-reinforced
polymer construction materials), polymer adhesives, ceramic materials,
and also the thermal and electrical properties.of non-metallio construction
materials and the use of non-metallio materials in air-oraft construction
are examined. 63 references. Abstracter's note: Complete translation.
Card 1/1

GARNICHEV, D.A.; GOLOVANOV, V.A.; KRYLOV, S.S.; KURASOVp S.I.;
OSIPOV, S.I.; PRIVALOV, V.V., RADIONOV, N.L., inzh.)
retsenzent; SIDOROV, N.I., inzh., :red.,- VASILIYEVA, N.N.,
tekhn. red.
[TElectric locomotive with semiconductor rectifiers] Elek-
trovoz s poluprovodnikovyipi vyprianitelipmi, Mol,-,Ic%ay
Transzheldo-,i,.-dat, 1963. 98 p. (MIRA 17:1)

C-AIUIIGHEV, D.A.; GOLOVAIW., V.A.. lia"MOV, S.S., KURASOV, S.I.;
FRIVALOV, V.V.; RADIOPOV., N.I., inzh.$
retsenzent; SNOROV, N.I., inzh., red..; VASIL'YEVA, N.I.,
tekhn. red.
[Electric locomotive with semiconductor rectifiers] Elektro-
vo2 s poluprovodnikovymi vypriamitellami. MoaW&, Transzhel-
dorizdat, 1963. 98 p. (MIRA 16:12)
(Electric locomotives)
(Electric current rectifiers)

SUBJECTt USSR/Welding 135-3-10/17
AUTHORSt Garnik I.T. Engineer, G*rshovich, S.A., Engineer, and
Engineer.
TITLE: Electrodes "ACK-50" Of tYpe 11 ),50AII for Welding Steel "NA-2".
(ElektrodYA C K-50 tiPa )-50A dlya evarki atali 14JI-2).
PERIODICAL: "Svarochnoye Proizvodetvoll, 1957, # 3, p 22, (USSR).
ABSTRACT: Type ".)-50A" electrodes are used for low-alloy construction
steel. In view of acute need for such electrodes, the labora-
tory of the author's plant has developed a new electrode coat-
for welding steel 11HA-211.
The recipe for the coating of "CM-11" electrodes which are not
applicable for welding steel "HA-21'(give pores, vertical and
overhead welding is Impossible) was used as the initial basis.
The coating for electrode type " )-50A" of grade 'ACK-@50"o &P-
plicable for use with a.c. and d.c. (with reverse polarity)
was created as a result of the latest work, The recipes of
coatings 'CN-11" and "ACK-50" are as specified below(in % of
Card 1/4 weight)l

135-3-10/17
TITLE% Electrodes ",qCK-50" of We "'@,1-50A" for Welding Steel "HA-2".
(Elektrody RCK-50 tipa -3 50A dlya evarki stali Rh-2).
M-11 K-50
Marble ........ 28.2 26.4
Feldspar., .... 20.3 19.2
Sodium silicate .................... - 3.8
Ferrosilicon ................... I ... 8.5 9.0
Ferromanganese .... 3.5 3.3
Powdered iron .... &.# .....0.... 0 .... 32.8 31.0
Powdered aluminum...... ............ - 1.0
Titanium dioxide ................... 3.5 3.3
Cellulose .......................... 1.9 1.8
Potash... 0......................... 0 1.3 1.2
Liquid glass of 1,40 - 1.44 density,
- the potassium liquid glass 75 22-24 22-24
the sodium liquid glass 25
(of dry compound weight)
The thickness of coating recommended:
Card 2/4

135-3-10/17
TITLEt Electrodes "ACK-50" of type ".)-50A" for Welding Steel "HI7-2".
(Elektrody ACK-50 tiPa )50A dlya avarki stali HA-2).
Diameter of the Diameter of the Thit maximum allowable
rod in mm electrode in mm. difference in coating
thickness, in mm
4 6.25-6.35 0.10
5 7.35-7-50 0.15
6 8.35-8-50 0.15
The resulting mechanical propert),es (on the average) ores in weld
metals resistance limit 50 kg/Mm&, relTvo elongation 28 N in
welded Joints resistance limit 57 kg/mm , angle of bend 180 ,
impact resistance 18 kg/cm2. The electrodes are burning evenly
in all space positions, on direct and on alternating current; the
fusion is quietj the weld metal is finescaled the slag covers the
weld uniformly and is easily removed; no splattering takes place.
For final and complete tests the electrodes were sent to the weld-
ing institute im. Paton of the USSR Academy of Sciences. There
it was established that the "A CK-50" electrodes are applicable
for welding stool "H.A-2" in all positions and with direct,as
Card 3/4 we 11 as alternating current; their mechanical properties are cor-

135-3-10/17
TITLE: Electrodes ",qCK-5011 of type 11 )@)OV for Welding Steel 11 W-2".
(Elaktrody RCK-50 ttPa 350A d1ya evarki stali Hj)-2).
responding to type " ) -50A" by the standard "ffWO523-51% destined
for welding heavy duty structuros of steel "HA-2".
The electrodes under consideration are widely applied, also at the
plant "imeni Molotov" in Dnepropetrovsk which produces steel struc-
tures for the combinso metalluriCical works under construction in
India, and at the plant "imeni. Pravda" in Dneprodzherzhinsk for
construction of corn harvesters,
The article contains 3 tables.
ISSOCIATIONt Dnyepropetrovsk Electrode Plant.
PRESENTED BY:
SUBMITTED:
AVAILABLEt At the Library of Congress.
Card 4/4

GARNIK. I.I.
Control of Individual operations in the tenhnologival prooess
of manufanturing welding eleatrodes. Aytum. avar. 17 no.9s
"9 S 164. (MIRA MILO)
1. Dnepropetrovskiy zavod "Krasnyy Profintern."

KRUZHA.LGV,, B.D.; SHESTUKHIN, Ye.S.; GARINISHY A.M.
Catalytic oxidation of propylene to acrolein in -the presence
of selenium. Kin.i kat. 3 no.2.*247-251 11--Ap 162. OKIRA 15:1.1)
1. Novokuvbyshevskiy filia.1 flauchno-issledovatellskogo instituta
sinteticheskogo spirta.
(Propene) (Acrolein) (Catalysts)

GAR I -SOV, N.P.; ZVE7DIIIA, E.A.;
SHLFRANSKIY, L.M.; -
STEPANOVSKAYA, V.--
Catalytic oxidation of propylene to acrolein in the presence of
water vapors. Kin.i kat. 3 no.2:257-260 I-Ir-Ap 162. (@URA 15:11)
1. Novok@ybyshevakiy filial Nauchno-issledovateliskogo instituta
sinteticheskogo spirta.
(Propene) (Acrolein) (water vapors)

PARNISH,-A.M.; SHAFRAJISKIY, L.M.; DANILOVA, A.G.; KUZIMINA, V.A.; Prinimali
uchastiye: ZVEZDINA, E.A.; ISHGlffRIKOVA, G.A.
Obtaining a.qrolsin from a propane.-propylene fraction. Nefteper. i
neftekhim. rio.lOi26-28 163. (MIRA l7s2)
1
1. Novokuybyshevskiy filial Nauelmo-issledovatel Iskogo instituta
sinteticheskikh spirtov.

14
IAf
,@09.
6- 0 a6d fi@.'
t 1-90
4a2q, ger
PrSi
Q@ TO,
4? - N-
ILW-
34 6%
to
of
I

1-4 C v 6, V
AUTHOR. TOPCHIYEV,A.V., Member of the Academy,
KMITSEdB.A., TOWHINSKIr,I.N., GAWISHEVSKAYA,G.V.
TITLE: On the Production of Crystalline Polypi;Fy__1e_n__e'Ey_ the Polymerization
of Propylene by Means of a Metal-Organic Catalyzer. (0 poluchenii
kristaliaheukogo polipropil-ena na metalloorganicheakom katalizatora,
Russian)
PERIODICAL: Dokladv Akademii Nauk SSSR, 1957, Vol 114, Nr 1, PP 113-115
(U.S.S.R.)
ABSTRACT: The chemistry of polymeric compcunds has recently been enriched 'by
new methods of polymerization Which make it possible to obtain
a tereoregular orym talline poly- tC -olef ines.
The papers hitherto published contain hardly any data ccnoerning
the conditions of the synthesis of the polymerization produots.
Experiments hitherto carried out show that in the cue of polymeri-
zation under atmospheric pressure as well as at increased pressure
the best results were obtained (at a temperature of nearly 500).
As may be seen from table 1, practically the same results werg ob-
tained by working with pure and. technical propyles. The X-ray
picture of propylen disclosed the existence of sharp dharactaristic
rings of crystalline material. The miorophotogrvm did not differ
card 1/2

On the Production of Crystalline Polypropylene by the I
ASSOCIATICH:
PPMENTED Br.
SUBMUTED:
AVAILABLE:
of Propylene by Means of a 1(eta].-Or&&rJ-o Catalyzer.
from that of NATT.
Investigation of the infrared
showed in the broad interval
( characteristic in the awe
crease considersb2jy by melting.
Not given
Library of Congress
absorption speotrm
of temperaturza t1he
of amorphous metal parts),
(With I Table and
of propylene
preseac-- of strips
Y&ioq in-
5 References).
Card 2/2

GARNISZEWSKI, M., mgr inzh.
Still more theeses on stability. Tech gosp wska 10 noi5/6..153-154
My-je 160. EUI 9;10)
1. Biuro Konstrukcyjne Taboru Morskiego, Gdansk.
(Stability of ships)

GARNITS, S.; BUROV, A.
In-prove norms for the number of auxidiary workers. Sots. trud 8
no.94102-106 S 163. (MIRA 16.-10)

SOLOVT,E@V,, V.P., GARNITSKAYA, L.Ye.
F31cloginal. acti-,ity of preparations from maral antlers preserved
-T 1 - 164.
m iow temperr.Wrc. Apt. dilo 11 no.1:48-53 Ja-F
(MIM11 17:4)
1, Ukrninskly ekelporimntalInyy Institut glaznykh bolenney i
,kanevoy unrapi-i Imeni. V.P.Matova, Odesra.

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OARNTYER, N. N.
Repair of hose cables. Lee. prom. 12, No 4, 1952.

PHASE I BOOK EXPWITATION 965
Garniyer, 11. N., and Lyubimova, T. N.
Agregaty neprerynoy vulkanizatsii; v pomoshch' kruzhkam tekhnicheskogo obucheniya
(Arrsng@ment for Continuous Vulcanization; Aid for Technical Study Groups)
Mosccni, Gosenergoizdat, 1957, 104 P. 5,000 copies printed.
Ed.; Timokbina, V. I.; Tech. Ed.: Larinov, G. Ye.
PURPOSE: The book is intended for students of technical study groups and
worknen and foremen in the electric cable industry.
COVERAGE: The authors briefly describe the technology of producing cables
and conductors with rubber insulation which existed before the introduction
of arrangements for simultaneous operations and which still exists today.
They describe the technology of continuous vulcanization with the simultaneous
Insulation of cable cores (P-NV-115) and the sheathing of cables (ANV-150).
They also describe the control and operation of the equiyment and control
of the cczapressor for producing steam at a pressure of 15-20 atm. They outline
skfety regulations, duties of -the crew, operating @:onditions of the ANV-115
I
C ard 116

Arrangement for Continuous Vulcanization (Coat.) 965
and LITV-150,units, and discuss questions of quality control and trouble-
31hooting. The book is a result of experience gained in the Ukraksbel,
Elektroprov@d., Sevkabel., kzovkdbel, and other factories. There are 6 Soviet
references.
TABLE OF CONWT S:
Introduction
Ch. 1. Production Technology of Rubber Insulated Conductors and
Cables 5
1. Production ,technology of rubber insulated conductors and cables
with Vulcanization taking place in boilers 5
2. Technology of continuous vulcanization 8
Ch. 2. Vulecuiization of Rubber Compositions 11
1. Vulcanization of rubber compositions 11
2. Steam and its properties 14
7, -ibill'i e's spe-eding up the vulcanizing process and the
-1 ).,, . U
Drinciple of continuous vulcanization 15
Ch. 3. Rubber Compositions
Card 2/0,

Arrangement for Continuo4s Vulcanizst@2n (Cont.) 965
1. Rubber campositions used in cable production for vonwei Iowa
vulcanization 18
2. Rubber compositions for continuous vulcanizationi 20
Ch.. 4. Arrangements for, Continuop Vulcanization (ANV) 23
1. Basic construction features of the units 23
2. Classifi6&tion of units
3. Layout of the unit. 24
4'. Installation of continuous vulcanization for insulating cable
cores 25
5. Inst4llatlontct continuous vulcanization units for sheathing
cables 42
Ch- 5- Electric Drive-of *ts for ContlAUMVillcanization and
lfheir Control. 44
Ch. 6. Steam Supp@y for the Units 51
1. Methods of producing higb-pressare steam 51
c.ard 3/6

Ariangement for Continuous Vulcanization (Cont.) 965
2. Layout of the equilment 54
3. Compressor equi3piment-layout 55
4. Preparing*the compressor equip@ent for starting 58
5- Starting the compressor 59
6. Operating the comprissor. 59
Ch- 7- 'Po'jrming Tools 61
1. Forming t!axLfor the ANV-115 unit 62
2. Forming tool for the ANV-150 unit 69
ch. 8. Operation of Units for Continuous Vulcanization 71
1. Preparing the cable cores
2- Preparing the twIsted wires for the ANV-150 unit $3
3- Preparing rubber compositions and feeding the wom presses 74
4. Preparing the units for operation 77
5. Loading and starting the ANV-115 unit 78
6. Loading and.starting the ANV-150 unit 79
7- Stopping the unit .. 83
8. Operating the steam valve 84
Card 4/6

Arrongement for Continuous Vulcanization (Cont-) 965
Ch. 9. Operating Conditions for Insulation of Conductors and Sheathing
of Cable 85
1. Operating conditions for cable core tnsulation on the
MV-115 unit 85
2. Operating conditions for cable sheathing on the ANV-150 unit 87
Ch. 10. quality of Products and Production Control 01
1. Quality of cable cores insulated on the ANV-115 unit 91
2. quality ct caabs sbeathed on@ the ANV-150 unit 93
Ch. 11. Trouble Analysis and Correction 95
1. Trouble analysis and correction chart for the ANV-115 unit 95
2. Trouble analysis and correction chart for the ANV-150 unit 98
Ch. 12. Safety Regulations for the Operation of Units 100
Ch. 13. Personnel Required to Operate the Units 101
Card 5/6

Arrang-ent for Coatinu6us Vulcanization (Cont.) 965
1. Servicing the ANV-115 unit
2. Servicing the ANV-150 unit
Bibliography
@WATILABLE: Library of Congress
1011
103
104
card 6/6 Jr/gmp
1-7-59

3OV/94-58-12-8/19
AUTHORS: Garniyer IT.N., Kalitin , V.G., and Demchenk'o, Z.A.
TITLE: A-Cdm`b'ffi6V'PF6W9:s of Wire Drawing and Annealing on
Wire Drawing Machines (Sovmeshcheniye protsessa
volocheniya i otzhiga na volochilInykh mashinakh)
PERIODICAL:Promyshlennaya Energetika, 1958, Nr 12, pp 19-20 (USSR)
ABSTRACT: Copper wire is usually annealed in coils in an oven
bu7t this has numerous disadvantages. This brief note
describes an annealing device that is fitted to the wire
drawing machine so that the wire is annealed as it is
drawn. The wire is heated by passage of alternating
current at a voltage of 36 V, contact being made by two
rollers, the lower of which is in a water bath in which
the cooling takes place. During the time that it is
being heated the wire passes through a bibe which it
leaves below water level, the atmo@@phere of steam in the
tube keeps away air so that the copper is bright. "Nire
produced on this machine is of uniform quality and there
is a considerable economy of electric po,,,;er. This
Card 1/2

SOV/94-58-12-8/19
A Combined Process of 'Wire Drawing and Annealing on Wire Drawing
idachine s
suggestion was aivaided a second prize in an All-Union
Power Economy Competition. There is 1 figure.
Card 2/2

SOV/84-58-5-15/57'
AUTHOR: Garnier, N.
TITLE: _ZU-r-7MFpe_rience in Accident-free Work Wash opyt
bezavariynoy raboty)
PERIODICAL: Grazhdanskaya aviatsiya, 1958,,Nr 5, PP 16-17 (USSR)
ABSTRACT: The article reports on the work of an unidentified
training unit of Aeroflot, which prepaxes plane
commanders and co-pilots. A number of instructors are
named and their methods of work with students are
described. Particular stress is laid on cooperation of
teachers and flight instructors with the Party organiza-
tion to tighten discipline and augment flight safety.
A large proportion of the plane commanders of Aeroflot
is said to have graduated from this training unit.
1. Air Forces-USSR 2. Aviation accidents--Countermeasures
3. Personnel.--Training
Card 1/1

Uyawn, H.
Effect of parashute-jump on the content of urobilinogen in urine.
Lek.wojak., Warszawa 25:78-92 D 149. (GIML 19:2)

TSOIOLO, A., kand.tekhn.nauk, GARNOV A inzh.
Coatings for reinforced concrete ships and containers resistant
to petroleum products. Rech. transp. 19 no.31:30-31 X 160.
(MIRA 13:11)
(Protective coatings) (Ships, Concrete)

ACC NRs AP6036097 SOURCE CODE: UR/0256/66/000/011/0022/0025
AUTHOR:
ORG: none
TITLE: Rocket-course director (Air defense training]
SOURCE: Vestnik protivovozdushnoy oborony, no. 11, 1966, 22-25
TOPIC TAGS: air defense, antiaircraft defense, '-training
ABSTFACT: In this article it is stated that during @actical exercises in tile
antiaircraft forces, Lhe controller gives special attention to the direction of
antiaircraft fire at low-altitude and small-sized targets and to the detailed study
of ground interference, since such interference sometimes resembles signals from
targets. It is also necessary to note any disturbance from neighboring stations
and the length of time antiaircraft troops can remain at their air-defense posts in
gas masks. [WS]
SUB CODE: 110 UBM DATE: none/
I/S
Card 1/1 UDC: none

GIZ?4'QV.v V. V. (Institute of Qienlcnl Physics, Academy of Sciences of U5,SR)
High-Speed Stereoscopic Motion Picture Photography by means of the 0 P type
of cmern.
report subrhitted for the 5th International High Speed Photography Congress,
Washington, D.C. 16-22 Oct., 196o.

GARI`W, V. V. (Institute of Chemical Mysics, Acadenty of Sciences of USSR)
High-Speed St..reoscopic Motion Picture Photography at a Rate of LIP to 1,250,000
Frames Per Second,
report submitted for: The 5th International High Speed Photography Congress,
Washington, D. C. 16-22 Oct., 1960.

S/120/60/000/005/044/051
E192/E382
AUTHORS: Garno1V V V --A,Dubovik.-A-.S.
TITLE: Projection on the Screen of the Photographs of
Ultrafast Photo-recording Equipment, Type C@F(SFR)
PERIODICAL: Pribory i tekhnika eksperimenta, 1960, No. 5.
pp. 141 - 143
TEXT: The ultrafast photo-recording.eRuipm t' type SFR
(Ref. 1), is employed in e investigation of very rapid
processes. However, the resulting photographs cannot be
projected directly onto a screen due to the non-standard
form of the pictures (frames) and their limited number.
Consequently, a special equipment was constructed at the
Institute of Chemical Physics of the AS USSR which makes it
possible to obtain standard films from the photographs so
that these can be projected onto a screen. An example of
a photograph showing the explosion of a charge is given
in Fig. 1; this was taken by means of the SFR equipment.
The same picture photographed on a standard film is given
in Fig. 2. The "converting" device is illustrated in Fig.3.
The o3eration of this system is as follows. A film from
Card A

S/120/60/000/005/044/051
E192/E382
Projection on the Screen of the Photographs of Ultrafast
Photo-recording Equipment, Type SFR
the SFR equipment 4 is illuminated by a device consisting
of a lamp 1. and a condensing objective 2 . The current
of the lamp is controlled by a special variable resistance.
The frames of the film 4 are situated in the focal plane
of the objective 6 and are "reproduced" by the objective
8 in the focal plane of a projection camera, type "Rodinall,
where another film 11 is placed. The focusing of the
optical system is achieved by displacing the objective 6
A shutter 7 is situated between objectives 6 and 8 ;
this permits obtaining the exposure times up to 1/250 sec.
The system is fitted with a diaphragm 5 . When a frame is
changed a mirror shutter closes the optical channel. The
image of the frames situated on the film 4 is reconstructed
on the grid of the sight 13 by means of the mirror shutter
9 and can be observed visually through the eyepiece 16 @
The sight with the grid permits setting of the successive
pictures of the film 4 with an accuracy up to 0.01 mm.
Card 2/4

S/120/60/000/005/044/051
E192/E382
Project�on on the Seveen of the Photogvaphs of Ultvafast
Photo-recording Equipment, Type SFR
After fixing a frame the shutter 7 is closed. The mirror
shutter 9 opens the optical channel and the exposure of the
frame is done by means of the shutter 7 . The operation
of the mirror shutter 9 is synchronised with the drive
mechanism of the film 10 . A prism 15 and a photo-resistor
14 are placed in the plane of the grid 13 and these
operate as an exposure meter. By n.eans of this device it is
possible to determine the necessary exposure time for achieving
uniform densities for various frames of the film. The photo-
graphic resolving power of the optical system of the equipment
is 50 to 40 1�nes/mm. The projection of the resulting film
has dimensions of 1.5 x 2 m and is effected by employing
Ka-3 (KD '@)
24 frames/sec.
Since
, which gives
a projector type
the length of the film is small, it is necessary to arrange
the film into a closed circle in order to obtain continuous
projection.
Card 3/4

S/120/60/000/005/044/051
E192/E382
Projection on the Screen of the Photographs of Ultrafast
Photo-recording Equipment, Type SFR
There are 3 figures and 3 Soviet references.
ASSOCIATION: Institut khimicheskoy fiziki AN SSSR
(Institute of Chemical.Phy@@ics of the AS USSR)
SUBMITTED: July 30, 1959
Card 4/4

2S '11000
AUTHORS:
TITLE:
PERIODICAL:
1 V@
Garnov, V. V., Dubovik, A. S.
_t_@
89052
S/077/6;/005/005/003/oo6
B019/BO59
High-speed stereoscopic exposure and projection
Zhurnal nauchnoy i prikladnoy fotografii i kinematografii,
-;- 5, no. 5, 1961, 356 - 360
TEXT: At the institute given under association, a method of high-speed
stereoscopic exposure by means of an C(OP(SFR) apparatus was developed.
This method, in which an additional stereoscopic attachment J.s used, was
suggested by G. L. Shnirman and A. S. Dubovik. Fig. 1 shows the optical
scheme of this device with the stereoscopic attachment. As was described
in earlier publications, the SPR device has atwo- or four-channel recording
system in order to reach faster recording. Exposure is made simultaneously
with both or all four ray paths, respectively (Fig. 1). 12 000 to 300 000
pictures per second can be taken with a two-channel camera, and 50 000 @c
1 250 000 with a four-channel camera. Stereoscopic investigations of
explosions were made by I. I. Tamm by means of such a camera. These
investigations led to new knowledge concerning the departure of the
Card 1/3

89052
S/077/61/005/005/003/006
High-speed stereoscopic exposure ... B019/BO59
explosion products. The pictures were projected by means )f two synchronous
projectors with the film having been re-copied to utandard size. The
stereose3pic attachment -gas devised at the Eksperimentallnyye masterskiyo
IKhF All SSSR (Experimental Works of the IKhF AS USSR) under the super-
vision of design engineer Ye. A. Zaytsev. The major part of the experi-
ments was made by the laboratory assistant V. V. Shauro. There are
4 figures and 5 Soviet-bloc references.
ASSOCIATION: Institut khimicheskoy fiziki Akademii nauk SSSR (Institute
of Chemical Physics, Academy of Sciences USSR)
SUBMITTED: February 14, 1960
Card 2/3

89052
S/077/61/005/005/007/006
Figh-speed steroosecpic exponure ... B01cl/B059
Fij. 1
7
2
Legend: 0 denotes the object. 1) Periscopes; 2) aperture diaphragms;
objective; 4) collector; 5) revolvin,c- reflectol-; 6\ small lenses.
Card 3/13

MEW, V. V.
"Stereoscopic Photography for Investigation Different High Speed Processes"
report presented at the 6th Intl. Cong. of High-Speed Photography,
The Hague, 1T-22 Sep '62

ACCEMON NR: A0003606
AUTHDRS: Garnovip Ve V9j Misaro, ve ve
3/0077/63/005/boVo270/0275
TITLEt High speed photography of luminous processes with color film
SOURGEt Zhurnal. nauchnoy i prikladnoy fotografii i kinematografii,, v. 8, no* 40
1963, 270-275
mbu
TOPIC TAGSs photography, high speed photography, luminous process co stion
process., color filmj high speed motion picture camera, thallium salts., VV explo-
sive, VV liquid explosives GS 50150 liquid explosive, trotyl., ammanites SFT-2 high
speed camera., SFR-W high speed camera, ZhFR high speed camera
ABSTRACTv The possibility of using a color film DS-2v for high-speed photography
of luminous processes is discussed. The photosensitivity of a film and the
magnitude of a delay necessary for achieving beat results were calculated, Be-
cause the DS-2v photosensitivity was insufficient for registering the VV detona-
tions in a broad temperature intervals a special process for developing the DS-2v
films was worked outs based on the use of thallium salts. The tests of the process
consisted of photographing explosions of different We, including trotylp ammonite
Card 1/2.

AGGMSIGN NR: AP3oo36o6'-
. ......
No. 6., TG 50150P liquid VV., and various gas mixturese The explosion color
temperatures ranged from 25WK to 6000K. The charges varying from ten grams to
several hundreds of kilograms were exploded in air and in special containeres such
as gas-chamberss pipes, etc. It was established that: 1) DS-2v film can be used
in the color photography of explosion processes in cameras with a speed range from
25 000 to 625 000 frames/second and at temperatures of 2500-600OKj 2) the use of
thallium salts in the new procedure of film development increased the photosensi-
tivity of the film 3-4 times. "The authors consider it their duty to thank Doctor
of technical sciences V. Ya. Mikhailov and Doctor of technical sciences A. S.
:Dubovik for the discussion of this article and for valuable remarks", Orig, arts
'hast 4 figures,
ASSOCIATION t Instilut kh' rd cheskoy fisiki. AN SSSR (Institute of Ghemical Yhysics
AN SSM)
suwum i 14jun62 DATS ACQs 02"g63 ENCLs 00
SUB CODRs CH,, PH
NO Faw SOV3 OC17
OTHEM 000
Card 2/2

.:ACCESSION NRs AP4026819 5/0077/64/009/002/Oli6/ol2i
AUTHORSt' Garnovt V. V.; Ddbovikj A. S.
..TITLEt Stereoscopic filatng of high-speed processes by two independently working
motion picture cameras
SOURCE: Zhurnal nauchnoy i prikladnoy fatografii i kinamatografiig Y. 9# no. 20
1964, 116-i2l
TOPIC TAGSt photography p stereoscopic photographyg pulsation frequenCY/SM 4
,stereometor
ABSTRAM The nature of the method of making atereoooopic pictures of a high-speed
process by means of "pulsation frequencies" wan treated both qualitatively and
quantitatively. The method was cited as being more dependable than mechanical
camera synchronization and lees complex and loss expensive than electronic means*
IThe case of different filming frequencies for each of two cameras was studied the
special case of identical frequencies satisfies the same general rslationships@a
The coincidence relationships developed were% 1) the time interval between
letereopair formation T is given by'- T,, kh - m6l where t and t are times
at 1 2
lbetween films for cameras 1 and 2 respeotiYelyt and k and m are constants
C1. A/3
--Car

;ACCESSION NRC AP4026619
!representing the number of exposures per unit time for I and 2 reepeatively. The
t t 1. h, h.1
,frequency of stereopair formation h is then given by I heT."f; - it-= - -_
ot I I M12 k M
lAt pulsation points the time Ing in synchronization A t is
!.. p
h - t2 TST t An additional relationship in pre-
2(m - k) 2@nk 2m 2k ;rnni. Mil'
;sented relating filming'p'araaeters to process speed. The independence of camera
ioperation is emphasized by a schematic diagram. A test of the inethod was made by
tracing the throw-out trajectories of soil during an underground explosion;
accuracies between 11600 and 1/800 were obtained for path coordinates. Stereomater@,
SU-4 was used in this test. The use of a third camera in a hif;h-upeed process to
@provide a supplementary stereopair system is mentioned. Satisfaction of pulsation
jeonditions is mainly dependent on stability of filming frequencyo Analysis showed
:that a film speed of 100 exposurea per second must be accompanied by a filming
ifrequency accurate to i% for good results. The authors thank N. U.-Sitsinskaya for'.!
!discussing the works Orige art. Mai 12 equations and 4 figures#
iASSOCIATIONs' Institut lrhi-4cheskoy fisiki AN BSSR (institute of Chemical Physics
:AX SM)
Card ......

ACCESSION NR$ AP4026819
SUBMITTED: 03jim63. UCLI 00
SUB-CODEs ES 10 REP SOY# 003
MERI 000
Card 3/3
k

L i2oio-66 EPA/9WT(1)/EWT(m)/T/D1A(C) IJF(c) WIM
ACC NR! AT6001407 SOURCE CODE: tilt/:1180/64/009/000/0201/0208
AUT116R- Garnqv,__)@,._Y,,.
ORG: none
TITLE: Stereoscopic photoregistration of some fast processes
_9V/61 kinematqMfii. Uspekht nauchnoy
SOURCE:- SOR, [e-mail]_foto ra
fotografil, v. 9, 1964. . Vysokoskorostnaya futograflya I kinematogriWl-ya (High-speed
photography and cinematography), 201-208
TOPrC TAGS: high speed photography, stereoscopic photography, photographic equipment,
projection apparatus,. SFR 2M camera
ABSTRACT: Ibis ?ijrticle describes. some studies of fast processes y means of stereo-
scopic Photo ap-hy?"carried out at the Imnst Uof CheniLqLd @Ph sics AN SSSR (Inatitut
khimicheskoy fiziki AN S85R). For the attainment of high quality photographI3 the photo-
graphic resolving power of the system must be fully utilized, especially for velocities
parallel to the basis of the picture. The author also discusses the problemof synchroni-
zation in photography and automated methods for finding the Btereopair for two pictures.
Card 1/2

L i2oio-66
ACC:.NR- AT6001407
ztaken on separate'filmi. The meth6dwas applied to the study of d9tionalign of explosives
weighing up to 200 kg. T*ChSFRA-, Lam@ @eaW(f = 70'or 210 mm) were located, at.the
k
ends of a 7 - 10-m base:ad operated- synchronously with a picture-taking frequincroif
'626,000sec--l Pictures were taken at a certain a#gle of:6Dnvergen'ce. Thedistanceof
'the devices frbm' the epicenter of thd- explosion wits 50 @- loom. 7he author concludos.b@
a brief dqscriptibn of ptereometers used for the analyisis of the pictures; h@ recommends
the SM- 'itereometeF(F. V. Drobyethev, Osnovy aem-fbtoWIyemki i fotopammetrii.
Geodezizdat, 19.IiS) which permits an accurate -determination of the paralax and automati-
cally introduces the orientation error corrections. Orlg. art. baa: 12 formulaii and
4 figures.
SUB CODE: 14 SUBM DATE.- none OMG REF: 006

I @ @ - -.- , @-, - r, , , , - 11 @- - -@ - . --; . . I
I - - 11 @T, , A
- --4

G "
,
,@- 10Vt FFIDIII,
High speed stc;r"r, Zil"r. nauch. i prikl. fr;t. i kin.
10 no.2:1-24-132 Mr-AT) (MITLA 18:5)
2. Institut fizi'mi Zeml!. SlurAdta. AN SS,'-;R.

L 36828-66 EWTW/T IJP(c)
SOURCE CODE: UR/0077/66/oll/ooi/0033/0038
AUTHOR: Dubovik, A. S.; Garnov, V. V.
ORG: Institute of Physics of the Earth im. 0. Yu. Shmidt A11 SSSR (Institut fiziki
Zemli AN ssSRT
TITLE: State of the art and some developments in high-speed stereophotography JD
SOURCE: Zhurnal nauchnoy i prikladnoy fotografii i kinematografii, v. 11, no. 1,
1966) -13-38
TOPIC TAGS: stereoscopic photography, high speed photography, motion picture photo.-
graphy, motion picture projector
ABSTRACT: This paper is a report on the present state of high-speed stereophotography
as well as on developing trends in this field. High-speed stereoscopic photography is
conditionally divided into two classes according to base length: 1. base length less
than 1 meter; 2. base length greater than I meter. A single camera is generally used
for the first class while the second ordinarily requires two cameras. Camera synchro-
nization in the second case is accomplished either 'by mechanical methods or by remote
control * The Institute of Physics of the Earth AN SSSR uses an installation vith two
AKS-2 cameraspseparated by a distance of 2 meters and mounted on a rigid base. This
unit may be used for photography at 100 frames per second with an exposure time of
Card 1/2 UDC: 778.4:

ACC NR: I
1/1000 second. The "beat frequency" method may be used for synchronizing cameras
separated by distances too great for practical connection. In this case both cameras
operate at a predetermined frequency to produce stereopairs. A base line of 20-30 m
may be used in practical application of this method. The short-base system generally
uses a single camera with special stereoscopic attacinments. These may be divided into
split-frame and full-frame units. The split-frame method uses mirrors. to produce
two images of the specimen being photographed on a single frame. The second method
combines mirrors vith optical commutation to produce tvo full-frame images of the
process being photographed. This type of attachment vith the BFR-L camera may be used
for photography at a rate of up to 1,250,000 frames per second on a base line of up to
800 mm. Polaroid equipment for projection of stereoscopic motion pictures is also
described. Orig. art. has: 7 figures.
SUB CODE: 14/ SM DAM: o5Nov64/ oRiG mw: Oll/ OTH BM. 004

5(2)
AUTHORS: GarnoyA,_Z. G_.,-Zlotnikov, L. Ye., SOV/32-25-2-115/78
Moshinskaya, M. B., Paradzhanova, 11. G.,
Shvartsman, V. P.
TITLE: The Testing of Chromathermographic Gas Analyzers (Ispytaniya
khromatermograficheakikh gazoanalizatorov)
PERIODICAL: Zavodskaya Laboratoriya, 1959, Vol 25, lir 2, PP 157-159 (USSR)
ABSTRACT: The operation of the thermodynamic gas analyzor KhT-2 and the
universal chromathormographic setup of the KhT-3 model was
tested. Both apparatus have already been described in another
paper (Ref). The KhT-2 model was used to analyze the discharge
of the propane column of a gas fractionating unit. It is fully
automated, and it has been possible to carry out 1193 analyses
in 68 days with this apparaium. The universal chromatherm@@-
graph KhT-3 was used in the central laboratory of the Moscow
Petroleum Processing Plant (see Ass.). Parallel determinations
were carried out with the Podbillnyak apparatus which Is in
general use (Tables 1,2). The investigation results are in
good agreement. The advantage of the KhT-2 apparatus is, how-
ever, that the saturated and unsaturated hydrocarbons up to
Card 1/2 C41 including the butane isomers can be determined with it in

The Testing of Chromathermographic Gas Analyzers SOV/32-25-2-15t78
one operation, while the KhT-3 apparatus in addition to the
saturated and unsaturated hydrocarbons also permits the de-
termination of all butane, butylene, pentane, and amylene
isomers (15-20 components). In the investigations at the
Moscow Petroleum Refining Plant the authors were assisted
by L. P. Zhigacheva, T. V. Krasnova, 1. P. Lentishchev,
V. V. Naumova, A. A. Osaulenko, S. E. Simongau, A. V. Pupkov,
S. Sadkov, and B. V. Alekseyev. There are 1 figure, 2 tables,
and I Soviet reference.
ASSOCIATION: Moskovskiy neftepercrabatyvayiishchiy zavod (Moscow Petroleum
Refining Plant)
Card 2/2

GAMITOVSKAYA, G. N. DEGUSED 1963/1
I I C. 1060
I . . (711EMisTiff

SIMONOV, A.M.; GARNOVSKIY, A.D.
AmInation of heterocyclic compounds containing on imidazole'ring.
Zhure ob* khimo 31 no,ltll4--U7 Sa 161. (M M, 14M
1. ROBtOVBkiy6-na-I)onu gosudarstvennyy universitet.
UdizA@ion) - (Benzimidwwle)
(Pehnanthrimidesole) (Imidazole)

GAMOVSKIY, A.D.; SIMONOV, A.M.
Some transformations of heterocyclic systems containing an
imidazole ring. Part 21 Amination of N-alkyl substituted napht
(1, 2)imidazole and 6.. 7; 8., 9-tetrahydronapht(l, 2)iiaidazole.
Zhur.ob.I'ddm. 31 ne.6:1941-194/+ Je 161. (MMA 14 s 6)
1. Rostovskiy-na-Donu gosudarstvennyy universitet.
(.Naphthimidazole) (Amination)

OSIPOV) O.A.; SIMONOV, A.M.; HINKIN, V.I.; GARNOVSKIY, A.D.
Dipole moments of iml-dazole and its deri7ativee. Dokl.AN SSSR 137
no.6:1374-1376 Ap 161. - (MIRA 14:4)
1. Rostovskiy-na-Donu gosudarstvennyy universitet. Predstavleno
akademikom, M.M.Shemyakinym.
(Imidazole-Dipole warrem-,L)

MINEN.. V.I.; OjfOVj, O.A.; GAMOVSKIY, A.D.; S V, A. M.
@ +NO
Dipole moments of imidazole and its derivatives. Zhur. fiz.
Ichim. 36 no-39469-473 Yx 162. (MIFA 17:8)
1. Rostovskiy gosudarst7annyy universitet.

SIMONOVY A. m.; FMHARSM, -A. F.; GARN.O-VS-.K-.U, A. D.
Results of the proceedings of the conference on five-m-membered
nitrogen heterocycles. Zhur. VKHO 8 no.2:219-221 A3.
(MIRA 16:4)
(Heterocyclic compounds-Congresses)
(Nitrogen compounds)

AcussioN NR.. Ap4o14693
S/0249/63/019/009/0021/0024
AUTHORS.- Osipov, 0. A.; Ismailov.. Kh. M.; Kashireninov, 0. Ye.; Garnovakdvj, A, D.;
Orlova, L. V.
TITLE: Investigation of some difilkylaminomethylphenols and aronatic sulfides
(Presented by M. A. Dalin,@ academician of the Azerbay-1-zhan (AN SSR)
SOUI-r:,-',-. Ali AzerbSSR. Doklady*., v. no. 9, 1963, 21-24
TOPIC TAGS: antioxidant, dialkylamA-rFor:,,mt!iylplieno3, sulfide, intramolecular bond,
intermolecular bond, hydrogen bond, ;iorient, rzaE;netic susceptibility,
irifrared spectra
9S@e-ACT: The dipole moments and rx- ne-'An susceptibility and 'he infrared spectra
j
V
o.'[* d-,~alkylaminoi-,iethylpher-lols (DAAI.T.) ano amdnomothyl derivatives of alkylphenyl-
su:ffides (AHAPS) were studied. Thesc zubztances were of interest as potential
antioxidants for lubricating oils, and they all containad a phenolic hydro.Vl
group in ortho position in respect to the diaak-flaminomethyl group. The investi-
gation centered on whether there occurzed in these compound@ the formation of
either intramolecular or intGrmolecular hydrogen bonds, as
Card 1/1

ACCEMSION NR: Apholh693
0-H OH R CHIN(R)2)
C H I IN (R)2 -CH,,N[.- H-O-?'
(V11)
(VI)
To this end, dielectric conductivity measurements were conducted in benzene
sole,ions and the dipole moments calculated, using P. A. Osipovts technique
(zhoKh. 156, t. 26). The exievence of intramolecular bydrogen bonds in rost of
the DAJL%1P was coairmed, but. was proved absent in the AMAPS compounds. Ozrig. art.
has: 2 formulas-And 3 tables.
ASSOCIATION: Rostovskly-na-Donu gosudarstvenny,-Iy universitet (Rostov-on-the
Don State University); Institut neftekhimicheskikh protsessov (Institute of
Petroleum 11'rocesses)
Card

SIMONOVP A.M.; GARNOVSKn. A.D.; SHEYNKER,, Yu.N.; )WRISIVICH, B.I.;
TROJFik&r,. -ss .
Some transformations of the systems conta W ng an imidazole
ring. Part 3: Action of bases of N-methyl-N'-(2,4-diniti-ophanyl)
imidazollum salts. ZhurAb.khim. 33 no.2:571-579 F 163. ,
(MIRA 10:2)
1. Rostovalciy-na-Donu gosudarstvennyy urdversitet.
(Imidazolium compounds)

KOGANJI V.A.; OSIPOV, O.A.; GARNOVSKIYP A.D.
Compounda of thorium tetranitrates with salicylalaniline.
Zhur. neorg. khim. 9 no.,2t494 F164. (MIRA l7t2)
1. Rostovskiy-na-bonu gosudarstvennyy universitet.

GARNOVSKIY, A.D.; SIMONOV, A.M.; MINKIN, V.I.; DIONISIYEV, V.D.
@
Transformations of systems containing an imidazole ring. Part 41
Electron absorption spectra of N-alkvl-NI-3,4-dinitrophenyl imida-
zolium salts. Zhur.6'b',khim. 34 no.l.-272-276 Ja 164. (MIRA 17:3)
1. Rostovskiy-na-Donu gosudarstvennyf universitet.

Is 17823-65 EPA(s)-2/W( )/tPF(c)/ Pr -h -h
EPR/EWP (j YIT Pe-h/ /Ps /Pt-101
MEM (aT R?VdW
ACCESSION-NH, AP4641650 --S/0079/64/034/010/3407/~il4ll'I
AUTHOR, Gar AL. Osipov; 0. A. Dalgatov, D. D. Simonov.. A.'--Mi
Minkin, V. I&
TIT LE:- n ofi m'etals vith -- certab .i nitrogen-conta@ :inin g li Id
pn
1. Complexes -of -the 1-o-hydroxymilbenzimidazol @series
SOURCE: hey'.0imif, @v., 34 no. 10, 1964, 1407-3411
Zhurnal obshc
TOPIC. TAGS.: organornetallic' co mpound, chelate compound, benitmidazole.deri-
vative, organic complex
ABSTRACT: Two new o.hvdr6xYanilsbf 1,-methyl-2-formylbenzirnidazole were
synthesized: 1-inethylbenzimidazole-2-aldehyde-21-hydroxyphenylimine and 1--
niethylbenzimidazole-2-aldehyde-(21-acetylamino-51-methoxv)plietiylimine. The
complex- forming ability of the first compound was investigated; the complexes
of the second compound are to be subsequently described. Heatinly an alcoholic
solution of the compound with the, acetates or nitrates of Cu, Ni, Pb, Mn, Th
or U02 gave brightly colored thermally stable rather insoluble crystals. Based
Card 1/ 3
Pi a*0_

ISM A YLOV, K I i.M. ..- LIS I PC, V, 0. A . ; . GARNOVS@!Yjp A ._r 1 '107, ",. Ye. ;
CHIMIA, N.L.
Compley. compcunds of meta3lof grcup IV with dial*-1 arldnomethyl-
phenols and their sulfides. Dckl. AN Azarb. SSR 21 rio.3-34--38
165. (MIRA 2.31.7)
1. institut nsfta1,hj_:1Jcheskikh urct5easov- 1_-t. YA.C.Manedaliveva
AN AzerSSR i Rostovzkiy gcsudar;tvew!, univsrsitet.

MINKIN, V.I.; ZJfDANOV, Yu.A.; GARNOVSKlY, A.D.; SADEXOV, I.D.
Special features of the Intramolecular hydrogen bonding in molocules
of the wills of o-hydroxyaldehydes and o-hydroxyanils. Dokl. AN SSSR
162 no.1:108-111 KY 165. (MIRA 18:5)
1. Rostovskiy-na-Donu gosudarstvennyy universitet. Submitted
August 27, 1964.

G:. RNIG"."i yl- _T", " "', . ;" -C-11 () I 01%d-(W@ ) L.V. ; @', T 7
-,- -- - - -o - . 4 , P.@ - I ,,@ , - .11 . ; . : .- ,, 4 - .
C:--Dlli-r oC @11@iir . ri-n:-@- . kblm .
10 no.12i2M-2824 D 165.
1. gosudarstvemi-ty wilversiLt,'..
. 7
. ** -** - - , i

FRMKRG, To.; TIEMMIROV, B.A., prof. *__LAI@IIVSIIIT
Notes of a naturalist. Wn.nat. no.12:37-38 D '58. (NIRA 11:12)
(Natural history)

DOLIDZN, Yo.I.; GARNOVSKIT, L.V.
Optimal supply of vitamin 0 for the puerpera. Top.pit. 1.8 no.5:42-
46 S-0 '59. (KIRA 13:1)
1. Iz Reepublikanskoy saaitarno-epidemiologicheskoy stantaii (glav"y
vra6h L.A. Sakvarelidze) Kinisterstva zdravookhranenlya Gruzinskoy
SSR, Tbilisi.
(VITAMIN 0 ther.)
UMMMIUM)

&kolay Hikobavtah; SAPOZHKOV. M.A., otvatetvenny7 redaktor;
jQUNOLYM=,j
LU TI--If-r--,-redidctor; LIDNEVA, I-V-, tokhnicheskiyrodaktor.
[Theorstieal bases of electric wire communication],Teoreticheakie
onnovy elektroprovodnai eviazi.Koskva, Gos.lzd-vo lit-r3rpo
voprosam sviazi i radio. Part.l. [General theory of passive linear
circuits with lumped constants] Obabchais teorila passivn3rkh linOt-
nykh tsepei a soaredotochennymi postoiannymi. 1956. 691 p. -
(F-lectric circuits) (MLRA 10.6)

6(7) PHASE I BOOK EXPWIT)ITION SOV3496
Ciarnoyskiy, Nikolay Nikolaytyub
5!oreticheskiye oanovy elektroproyodnoy svyazi. ch 11: T@oriya tsepey a
raspredelennymi postoyannymi (Theoretical Fundamentals of Wire Co=tunicatioins.
Pt. 2: Theory of Circuits With Distributed Constants) Moscow, Svyazlizdat,
1959. W P. Errata slip inserted. 6,6oo copies printed.
Resp. Ed.: K. Ye. Kullbatskiy; Ed.: N.N. Luzhetskiy; Tech. Ed.: A. B. Veyntraub.
PURPOSE: The book is intended for Wirants, students of schools of higher edu-
cation, and engineers and scientists concerned with problems of electrical
communications.
COVERAGE: The author outlines the theory of circuits with distributed constants
and presents methods and e=Lmples of calculating circuits o@." great practical
importance. The author thanks Doctor of Technical Sciences Professor 1. G.
Klyatskin, Doctor of Technical Sciences K.Ye. Kullbatakiy, ind Candidate of
Technical Sciences A. F. Udalov for their help. There are 59 references: 56
Soviet (18 of which are translations), 2 English, and 1 Geran.
TABLE OF CONTENTS:
Card 1/9,-

BELETSKIT, Aleksandr Fadorovich;..G@ q!SKIT, N.H., dotsent, kand.takhn.nauk,
otv.red.; UJZIUrSKIY, N.H., red.; KARABILOYA.' S.F., tekhn.red.
(Theoretical fundam9ntals of wire communications] Teoretichaekle
oanovy alektroprovodnoi eviazi. Moskva, Gos.izd-vo lit-ry po
voprosam aviazi i radio. Pt-3- (Synthesis of reactive foar terminal
networks and electric filters] Sintez reaktivnykh chetyrakhpo-
liusnikoy i alektrichaskikh fil'trov. 1959. 390 P. (MIRA 13:2)
(Electronic circuits) (Electric filters)

GARNOVSKIY, V.
"A second sight." Volog. krai no.2:196-208 160, (MIRA j.4:n)
(Nature study)

C7
r,iriroicals LO@.,10--'Y, `iol. 11, no. 11, 5
A. -itate of wei,-htleisnnss creat.-A in Jet ?,larios. V,. 31-
...onthly List of "ast L-uroi:ean Accessions (z-@I) M. -401- F,
unchLs.
A

1. GARNTSEV9 A. Ya., Eng.
2. USSR (600)
4. Spinning @@chinery
7. Use of drawing mechanisms in spinning faotories abroad. Tekst.prom. 12 no.12 1952.
9, Mont I;ULt a Russian ARgessions, Library of Congress,-Ikkak-1953. Unclassified.

- GAMUMI,_&@2": inz (Gdynia), I
The first years of the State Maritime School. Tech gosp morska 10
no.11:345-346 N 160. (EEAI 10:3)
(Poland--Nautical training schools)

GARNUSZEEWSKA, I.
"Some words on phyllopods". p. 26. (GOSPODARKA RYBNA, Vol. 5, No. 3, Mar. 1953
Warszawa, Poland)
SO: Monthly List of East Diropean Accessions, L.C., V01- 3, No. 4, Apr:11, 1954

GARNMZMMKI, A. -
.......
Arrest of hemorrhage in pleural adhesions in Jacobaeus' operation
with new hemostatic claws. Gruslica, Warszawa 17 no-3-4:309-312
JTI-D 149. (CLKL 19:3)
1. Of the Clinic for Pulmonary Tuberculosis In Wroclaw (Director --
Leslaw Wegraynowski, M.D.).

GAIUIUSZEWSKI, Antoni, mgra, inz. (Gdynia)
The investigation on the stability of ships and the ensuing con-
clusions. Tech gosp morska 11 no-5:136-138 '61.

GARMIS'77@,TSIKI, r'-
The ,)robleri of det,,mining ship stability. I u:
(Stoirar.-.ys:!e-dc In-yrinrov, i Tech@-iil-o,.-.- -'-eclianikow Polsikichp
Se"cia C)!LafA-o,,-,,cow) '-Jars7alm, Poland.
no.
@.st of --,Arc.-nf@an Ittccesoions L") Vol. ocl. 7, July 1)""
-ncl.

4t-,r
for, L
'nOt-tilt
T
J ::@=-k-41 in3tytiit 1-1-Ybacid) G@3;uis!,, Pola,111.
Vol. 9'.
'bl
-:t c,.:' East E-.,,rcy ca'11 ACC SSie-@n T' T-1
D

GARYUSZEWSKIO Hiroolaw.
Theses on the stability of ships for the International convention
on 9 'afOy of life at sea in 1960, Tech gasp morska 10 noi3:74-77
16o. (IUI 9:6)
1. Biuro lonstrukcyjne Taboru Morskiego, Gdansk.
(Stability of ships)
(International Conference on Safety of Life at Sea,1960
(proposed))
(Nerchant marine)

GAMUSZEWSKIP Ifiroslaw, mu. , inz.
---More comnents on the drafts of new passenger coasters. Tech goop
morska 11 no.12.:362-363 161.
1. Biuro Konstrukayjne Taboru Morskiego, Gdansk.