SCIENTIFIC ABSTRACT VERNIDUB, I.I. - VERNIKOV, I.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001859520004-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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34548
3/659/61/007/000/'037/044
D205/D303
AUTHORSs Korneyevt V#L*# and VeXnfdub,
- -JAI@
TITLE: High temperature oxidation of dispersed aluminiun
SOURCE: Akademiya nauk SSSR. Institut metallurgii. Issledova-
niya po zharoprochnym splavamp v. 7t 1961, 309 - 316
TEXT: A detailed study of the interaction of standardized Al pow-
d,7-rs with oxygen at high temperaturet concerned mainly with the
second, diffusionalp stage of the oxidation. 0.8 g Al powder was
uniformly spread on a quartz plate of 45 x 20 x 9 mm dimensions
and hermetically sealed under a steel reinforced glass bell. After
regulation of oxygen flow and pressurep the sample was electrically
ignited. An oscillograph recorded the amount of in- eaid outgoing
oxygenp its pressure and temperature. From the recorded data, the
consumption Of 02 at every instant could be computed. The oxidized
residue was also chemically analyzed. In some instancest a Mg-Zr
ignitor (10 % by weight of the Al sample) was usedy spread in a
thin strip on the edge of the Al sample. The burning process was
Card 1/2

S/659/61/007/000/037/044
High temperature oxidation of D205/D303
recorded by a high speed r-K.C-1 (SKS-1) camera using a micro objec-
tive with a 3-fold magnification. The process of the high tempera-
ture oxidation of aluminum Dowders is accompanied by the melting
and vap,-,rization of the metal and subsequent reaction of the vapor
mixture uf oxygen and aluminum in the gas phase* If the heat tran.3-
fer towards the liquid aluminum drop is insufficient, the chemical
interaction of Al and 0 a pulsating character represented
tj assumes
by a series of consecu ve flashes of aluminum vapor periodically
bursting into the reactor apace across the cracks in the oxidized
film which covers the drop. At sufficient heat transfer towards the
liquid aluminum the drop surface is exposed due to the fracture of
the oxidized film under the pressure of metallic vapors. Thusp the
continuous evaporation of Al into the reactor space is promoted. At
a small distance from the liquid metal surface, the vapors interact
with the oxygen, the process proceeding continuously. The degree of
reaction of the powders with oxygen is 37 - 56 %, rising to 81 - 99
in the case of preheating of the reagents to 4000C. There are 5
figures.
Card 212

VERNID"j_I,1.; ZHIKHAMV, A.S.; MEWLIYEV, Kh.Kh.; PRAVDUN, U.S.;
99 LIDZE, G.K.; CHUW.CVA, G.G.
Ice-making properties of lead iodide aerosols, obtained by burning
up the metal iodide compounds. Izv. AN SSSR. Ser. geofiz. no.81
1278-1284 Ag 163. (MMA 16:9)
1. Predstavleno chlenom redaktsionnoy kollegii Izventiy AN SSSR,
Seriya geofiziche3kaya, L.M.Lovinym.
(Lead iodide) (Aerosols-Thermal prope.,tiea)

A,
W', A 777-,
3-6
,,.TJ-'-TO'R Ve uil Zhikhare A. S. Medalivev, Kh. 11. Fravdun ji. S.
ral -4
Smlakveli e, G. K.; C~Lumakova, G. G.
A
y combustion of
T'IM.2: lee-forming properties of' leacpiodidx aerosols prod-iced b-
tallo-lodide co=pounds
~ie
HOURCE: AN SSSR. Izy. Ser. g(!o4lizicheskaya, no. 8, 1963, 1278-1284
A
TOPIC TAGS: aerosol, a=romium io(Ulde, lead iodide, fog, supercooled fog, aqueous
-rog, cloud claamber, ice cryst&I
kESTRACIr: 7he ci- cra a superco eled en:uecas -fgz.\V
ystallizing effect of PbT2 aerosol.3
Ln a c1crul cha-mber tas b^_en ae:-oio!3 vere prodi-cei by the
tristion of lead povdev (Crysta,11,ne
ysl.-'a ---,-Iuc,l 3,t a OOV terTeratu~-e of -13C
and U-C614 =0), The quan-ti I., of Lee cz-
if; dependent on the metteried .Asei and ranges from -,~ x loll to 5 x 101" crystals
per gr-=. An aeroso. prodticed f.-,n an ae-roi;.,)l is as effecti,re &.3 a pure PbI2
aerosol obtained by the sublimation of lead iodide in an electric arc. TLhe Ice-
forming capability of Pbl., aerosols produced by the ccobustion of met&IIo-IodIde
Card 1/2

fd
1, 17693-63
ACCESSION 'IM: AP3005590
pera-lrt~ iecrfase of the qque~ous fog- Ae-LOSOIS 01,
vih F1 ~e=
.all the investipted met-allo-iodide materials are hig4ly monodIspersive:
5'~ and 111e~ 3f' the particles are O.CI5-0.!5 t, in dIs3zreter. TbLe predominant fraction
-,nta-~ n-I ag e used,
Crig. ext. has: 2 f1gures, 2 taoiies , tzzd L
ASSbCIATIONI*
o6ser,63 EML: 00
n= ACQ
~SUB CODE: AS NO RL? SCV: O(Y,' OTEER- 003
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801-01
S/080/60/033/04/12/045
AMORS: Makolkin a, 1I.A'Vernidub. I.I.I. Zhvanko, Yu.N., Karpov, V. ., Razumovskaya,
G_,3,J Vol kho~s Ce.-A"k.
T=. The Kinetics of Oxidation of Fine Magnesium_Powders at Ralsed Temperatures
PMIODICAL: Zhurnal prikladnoy khimii, 1960, Vol 33, Nr 4, pp 824 - 831
TEXT: This Is a continuation of the word in [ReJ 11]. The kinotics of the
oxidation of fine magnesium powders of the M=3%nd M-4 type in an atmosphere of air, q1
o-Vgen and nitrogen is investigated here. The oxiola--tica was carried out in porcelain
crucibles and drip pans which were placed into muffle furnaces. Afte::- heating theV
samples were subjected to roentgen-structural analysis. The temperature range for
powders in an air atmosphere was 350 - 5000C, In oxyger. 350 - 4500C and in nitrogen
400 - 5000C. It has been established that at temperatures of up to 4,1500C both powders
interact with air, oxygen and nitrogen, the reactions being described by damping curves.
Ibis points to the fact that a film of magnesium oxides and nitrides has protective
properties up to 4500C. Above this temperature the film loses its protective properties.
M-4 powder is more reactive thati M-3 powder, which is explained by the large specific
surface of M-4 (3,500 cm2/g) compared to that of M-3 (616 cm2/g). This conalusion
agrees with the values of the activation energies: these values for M-4 in air and
Card 1/2

80101
S/080/,50/033,/04/12/045
Th.e Kinetics of Oxidatlon of Fine Magnaslum Powders at Rained Temperatares
nitrogen are lower andin oxygen higher than for M-3. It has been established that. in the
ca.se of heating powders at 5000C in the air MgO and Mg 11 are formed simultaneously. In
this oase a white., a gray ard a yellow layer are forM in the reaction products. The
first layer consists mainly of MgO and partly of Mg3N2, in the seoond and third layers
MOre Mg3N2 and less MgO is contained, as well as an insignificant amount of Mg(OH)2. The
r4tactior. product of both powders in nitrogen is Mg N 'Manks are expressed to Ye.S. V
Z3S� * ,
Makarov fTo-,n the Institut analitieheakoy khimil SR (Institute of AnaJytical
Chemistry of the AS USSR).
Thera are: 5 graphs, 5 tables and 11 referencea, 2 of which are Soviet, 4 English,
I American, 1 Rumanian, 1 French, 1 German and 1 Japane3e.
ASSO(UATION: Moskoirskiy ordena Trudovogo Krasnogo Znameni institut rLarodnogo khoz-
yaystva Imeni G.V. Plekhanova (Moscow Institute of National Economy Imeni
ON. Plekhanov, Bearor of the Order of Labor Red Banner),.
SIM 9 July 2, 1959
C ard 2/2

KORNEYEV, V.L.; VERNIDUB, I.J.
High temperature oxidation of dispersed aluminum. Issl. po
zharopr. sPlav. 7:3c9-316 161. (MULk 14:11)
(Aluminum--Corrosion) (Powder metallurVy)
(Metals at high temperature)

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VERNIDUBp 14. FO
MR., Icthyology Chair, Leningrad State University, -194~7-
"Specificity of the Action of Salt Solutions on the Developing Eggs of Fish,
Dok. All: 5~~, No. 2, 1947

VMINIDU% M.F.
SturgaGns
Morphophysiological staEes in the development of egFs wid larvE'e of Otw-Eeon w-A their
significance for fish breeding. Llch. zap. Len. un. no. 142, 1951
1.952
9. Monthly List of Russian'Accessionst Library of Congress, November AM. Unclassified.

V-g,fa-IIDITBj m.F.
Fishes
Effect of variab'Le conditions of development of egFs and early larvae 01, fish on
their physiological ccnd-ition and 7iability. Uch. zal;. Len. im. no. 142, 10,51
1952
9. 'Monthly List of Russian Accessions, Library of Congress, Noveriber -"U . Unclassified.

VrIT-ILUDY M.F.
Enbryology - Fishes
h-incipal causes of the loss and dem-ase of the vie-bility c.' F-E.~-s -,.nd Iiji-vue of
salmon and whitefish Lt fi-sh-breedinr otntiono, and ways of eiim-InLtinC thez.
Uch. zap. Len. un., no 142, 19151-
1952
9. 'Monthly List of Russian Accessions, Library of Congress, November 13glIk Unclassified.

1. VERNIDUB, Lt. F.
2. USSR Wo)
4. Karyokinesis; Sturgeons
7. Causes of abnormal fission and abnormal development of 3turgeons'
eggs. DoVl. AIN SSSR 83 No. 6, 195"). Leningradskiy Gosudal'stvennyy
Universitet im. A. A. Zhdanwa. Rcd. 25 Dec. 1951.
9. Monthly List of Russian Accessions, Library of Congress, S'3pte~:ibl-r,
1952. Unclassified.

VMMIM, MJ.; SOWVKIIU, L.R.
Effect of the type of initial s" fission on the forw6tion of sturgeon and
sturgeon-like fishes' embryos. Dokl.AN SM 93 tw-3:4013-576 11 '53.
(MRA 6: 11 )
1. Leningradekiy gosudarstvannyy universitat Im. A.A.Zhdauova. Predstavleno
akademikom Yi.N.Pavlovskim. (Sturgeons) (Nabryology--Fishes)

MXIDUB, M.P.
Morphological and physiological ChAnges In the lavarst Goregonus
lavaratus ludoga PoIjakow during Its embr7onal development.
Trudy Xar.fil. AN SSSR no.5:103-118 156. (MA 10:7)
1. Leningradskiy gosuderetvennyy ordena Lenin& universitet iment
A.A. Zhdanove.
(Whitefishes)

VMIDUB, M.F.
Rzperimental foundation of methods for accelerating the embryonal
developa6nt in salmon and their importance to the biotheculs of
salmon raiging. V*esteLGU 18 no.3t7-22 163. (HIU 16s2)
(SAIMCU) (El4EIRYOIDGY-FISM)

VERN3DUB, M.F. ,
171- Experimental analysis of processes induced by the polconing of the
Baltic salmon by nonvolatile (tar) phenols durir)g the larval Foriod
of its life* Uchozap.ILU no,311:153-177 162. 0AJM 15:8)
(Phenols-Toxicology) (Salmon) (Plyussa River-Water-Pollution)

-TMnGCR,, A.P.
22545 Vernigor, A.P. Novye Sorta Zernobobovykh Kulltur Dlya Arm-
yanskoi SSR Izvestiya (Akad Nauk Arm, SSR), Biol. I S-kh Nwaki I
IIp 1949 S-147-54 Rezyume Na Am Yaz.
SO: latopis NO-30, 190

IVIOA, A.P.
22545 Vernigomp A.P*' NOVO aorta zernobobovykh kulltur dlya ars7anskoi sar izvestlya
(alicad nauk arm. oar), biol. I a-kh nauki T.3:I,, No. 2, 1949 8-147-54 rezy-Lme n& azu yaz.
SO: IETOPIS' No. 30,, 1949

'~ERNIGORP P.
Preienting gas explosions in meta-21 -gical plants, ',D
no.8:33 Ag 164. (IMIRA 17: 11 ~~

IGOR. P.
Safety in gas-operated plants. Yetallurg 7 noel2:30-31 D 162,o
(MIRA 15:12)
I* Nizhne-Tagl2lskiy metallurgicheksiy kambinat,
(~btallurgical plants--Safety measures)

VERNIGOR, avel
[Safety measures in the gas har4ling and burning ejuq~-
ment of metallurgical plants] Tekhnika bczapasnoatl v
gazovom khoziaistve methllurgleheskikh zavodov. Moskva..
Metallurglin, 1966. 211 p. (141HA

,, , "j r, ~ F r~ r f-,
VFRNTG()*ki.F 0 .4/, I
- - - I -I- .,- j I
, ,-Ing, blant furnace ntructurrn- for nirtiphtnnss. itAl I
;.'! no.3,.213 Mr 165. 0AIRA 18-4)

VFRNTGOR 9 P.l., inzh.
Explosiveness of mixed coke and blast..furnace g&3. ;~ItPhlt 25
I
no.2:186-187 F 165. (FIRA. 18:3)
1. NIzhne.,TagIlIskIy metallurg-icheskiy kombinat,

VERNIGORP P.I.
Cooling and purification of blast furnace gas in a packingless
scrubber. Stall 23 no.6t570-571 -To 163. (MIRA 16:10)

BUKHMAN, Yakoy Zakharovich; -VFRNTr.OR, P-L-, retsenzent; PODVYSOTSKIY,
K.S.J. retsenzent; BAZRANOV, T.A., red.; SKORD,30GAtMA, A.P.,
red. izd-va; MATLYUK, R.M., tekhn. red.
[Safety measures in the handling of ga~esij Gazospasatellnoe
delo. Moskva, Metallurgizdat, 1963. 256 p. (MIB-k 16:7)
(Gases-Safety measures)

"L37-1958-3-4753
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 3, p 41 (USSR)
AUTHOR:. Yerni
TITLE: Operational Results of the Employment of Electric Filters DM- I
and DM-9 for the Purification of Blast Furnace Gases Generated
During the Smelting of Ferrosilicon (Opyt po ochistke domennogo
gaza v elektrofilltrakh DM-1 i DM-9 pri vyplavke ferrosilitsiya)
PERIODICAL: Sb. statey po energetike, Moscow, Metallurgizdat, 1957,
pp 183-192
ABSTRACT: In the process of melting Fe-Si, the blast furnace gases con-
tain a considerable amount of volatile silicic acid, which condenses
in the form of an extremely fine powder when the temperature de-
creases, and which is only poorly retained in the scrubbers and
electric filters (E), Operational results of the employment of
E's of the DM-1, DM-7, DM-9, and D.M-30 types*under ope-
rational conditions of Fe-Si melting in a blast furnace of one of
the plants are given. It is established that satisfactory results
may be obtained with the E's under the following conditions:
the velocity of gases must not exceed 0.53 m/sec (when the
Card .1/2 furnace operates under increased gas pressures, this velocity

137-1958-3-4753
Operational Results of the Employment of Electric Filters (cont. )
may not exceed 0.7 m/sec), the consumption of water employed
in spraying of the scrubbers an in the rinsing of the E's should
amount to 6.8 m3 per 1000 V of gas at an electrical energy
consumption of 0.58 kw-hr per 1000 m of gas. The productivity
of the E's may be increased by converting the blast furnaces to
operation at higher gas pressures, employing an arrangement for
continuous rinsing of the E's, and by increasing the velocity of
gases in the scrubber checker to 4 m/sec .
Ye. V.
Card 2/2

'KIY, Y.A.,
_qL Iyaxj"~,h; ROPOPORT, Illya Savel'yp-vich; USPNU,
red.; ROMO, L.P., red.; KSLIHIK, V.P.. ced.izd-va; ZU, Ye.H.,
tekhn.red.
LHachinist operating an electric gas purifier] Hashinist elektri-
chaskoi gazoochiatki. Sverdlovsk, Gos.nouchno-tekhn. izd-vo
lit-ry po chernoi i tovetnoi metallurgii, Sverdlovskos otd-nie.
1957. 228 p. OURA 11:3)
(Gas purification)

i -, - -
.7
AUTHORi Varnigor, P.I. 130-12--/24
TITIR: * ~Blast-furnac-e Gas Cleaning When Smelting Iferromanganese
(Ochistka domennogo gaza pri vyplavke ferromargantsa)
MRIODICAL: Metallurg, 195?, NO-12) pp. 10 - 11 (USSR)-
A33STRACT: The author describes modificatiop in the gas-cleaning
plant and practice made when an 1 130-m2 furnace was put on to
ferromanganese smelting with a top pressure of o-5 atm. gauge
and a coke rate of 1.6 ton/ton alloy, the gas output being
3 400 m3 per ton of coke or 75-80 000 m3/hour. Because of the
excellent results obtained, the current to the electrostatic
precipitators was decreased to 20 A. The author gives data on
gas cleaning obtained in the first ten days and the improvement
in data relating to later stages of the 42-day campaign. The
mean dust content in the clean gas for the last month was 0.43
Ipg/m3. He gives results of determinations of rates of dust-
catching at differen' points in the plant.
AS30CIATION: Nizhniy--Tagil Metallurgical Combine (Nizhne-Tagillskiy
metallurgichLikiy kombinat)
AVAIIABLE: Library of Congress
Card 1/1

240) PHASE I BOOK EXPLOITATION SOV/2190
Vernigor, Pavel Ivanovich.. and Illys, Savellyevich Rapoport
Mashinist elektricheskoy gazoochistki (Operator of an Electric Gas Purifier)
Sverdlovsk, Metallurgizdat, 1957. 228 p. Errata slip inserted. 3,500 copies
printed.
Eds.: V. A. Uspenskiy, and L. P. Rozhko; Ed. of Publishing House: V. P. Kellnik;
Tech. Ed.: Ye. M. Zef.
PURPOSE: This book is intended to help train operators handling electric gas
purification equipment. It may also prove useful to foremen, crew heads, and
maintenance personnel charged with the care of gas equipment in matallurgical
enterprises.
COVERAGE: The book deals with the theoretical principles upon which electric
filters are based, the layout of filtersiand their maintenance. Considerable
attention is devoted to the electrical equipment used fo-- gas purification.
Principles of physics and electrical engineering are briefly discussed.
Characteristics of different types of electric filters used in ferrous
Card 1/7

Operator of an Electric (Cont.)
SOV/2190
metallurgy are described and instructions given on assembling,servicingy and
preventing their most frequent failures. The author thanks engineers
V. N. Uzhov, R. 14. Voshchuk, M. S. Mironchik, V. A. Prilutskiy, and A. G. Lyakhov.
There are 26 bibliographic references, all Soviet.
TABLE OF CONTENTS:
Forevord
3
Ch. 1. Basic Information on Physics and Electrical Engineering 5
Some properties of gases 5
Electric charge and field 7
Homogeneous and non-homogeneous field 9
Potential of electric field 9
Dielectrics 10
Direct current 11
Ohm's law for direct current circuit 11
Short circuit 12
- Work and p&df"bf electric current 13
Card 2/7

Operator of an Electric (Cont.) SOV/P190
Magnetic field 14
Electromagnetic induction 16
Alternating current 17
Alternating current circuit 19
Three-phase current 20
Ch. 2. Elements of Theory of Electric Gas Purification 23
Gas purification process in an electric filter 23
Gas ionization and Corona formation 23
Selection of the tYPe of current and polarization 26
Charging, shifting, and settling of dust 28
Ch. 3. Fuel Oases and Their Purification 30
Blast furnace gas and its properties 30
Properties of blast furnace dust 32
Purification of blast furnace gas 38
Rough purification of blast furnace gas 39
Mild gas purification 41
Gas purification in battery cyclones 48
Card 3/7

Operator of an Electric (Cont.)
SOV/2190
Purification of gas with the aid of a checking unit
Gas purification with the aid of pipe dispersapt
Intensive purification of gas
Water supply for gas purification
Water supply for continuous washing of settling electrodes
Recovery and properties of coke gas
Purification of coke gas
Water supply in coke gas purification
Recovery and properties of generator gas
Purification of generator gas
Scrubbers and water supply
Utilization of fuel gaaes in industry
Ch. 4. Layout and Assembling of Electric Filters
Principal parts of electric filters
Body of electric filter
Settling system
Corona system
Chokes
Disconnecting devices
49
51
53
56
57
63
65
68
69
70
72
73
75
75
77
77
83
91
94
Card 4/7

Operator of an Electric (Cont.)
L"OV/2190
Sectional plate disconnector 96
Therma3 plate disconnector 97
Deballtsevo plate disconnector 98
Continuous washing equipment for settling electrodes 99
Layout of intermittent washing system 101
Hydraulic shutters 102
Layout of type S electric filters 104
Type SU electric filters lo6
Technical data on electric filters lo8
Electric filter assembling procedure lo8
Assembling the external part of an electric filter l16
Assembling conimunication lines and electrodes in the electric filter 117
Testing an electric filter after it has been moun d 3-18
Ch. 5 Electric Equipment of Electric Filters 123
General information
Designation and operational principle of amplifying-rectifying equipment
Transformers 125
Electric motors 131
Card 5/7

Operator of an Electric (Cont.)
Mechanical rectifier. Rectifying a current
Choke coils
Indicator of current direction
Automatic transformers
Protective resistance (rheostat)
Starting equipment
Relay of protection and control
Discharger
Dry rectifiers
Graphic symbols for electrical schematics
Schematic for the TU-200 (TU-335) equipment
Schematic for the AF-18 equipment
Schematic for the AFA-90-200 equipment
Amplifying-rectifying sub-station
Control circuit of automatic washing of fields
SOY/2190
Ch. 6. Servicing Electric Filters
General information
Maintenance of operating electric filters
Regulating gas and electric loads
Control of the water run-down through gates of a water bin
131
135
136
137
142
143
148
151
151
152
154
156
159
168
173
177
177
178
180
181
Card 6/7

operator of an Electric (Cont.) 8011/2190
Regulating gas temperatures 181
Cleaning and regulating continuous washing settling electrodes 182
Intermittent washing of settling fields 184
Operation of electrical equipment 185
Maintenance of gas disconnectore and their driving units 188
Maintenance of ventilating equipment 189
Stoppages of electric filters 190
Disconnecting an electric filter for overhauling Igo
Cleaning settling and corona electrodes 195
Tightening and centering coronaelectrodes 195
Overhaul of a mechanical rectifier 196
Overhaul of chokes and their driving units 197
Testing electric filter after it has been overhauled 199
Acceptance of an overhauled electric filter 201
Preparing the electric filter for starting 201
Starting an electric filter 203
Major failures of electric filter equipment and their-prevention 204
Problems of safety technique in servicing gas puftfldia~ion equipment 219
Bibliography 225
AVAIT.UUE: Library of Congress (TN718.V4) TM/mal
Card 7/7 9-23-59

VERNIGORp F.I.
Combustible and explosive properties of coke gas. Izv. VY80
ucheb. zav.; chern. met. 7 no.9:24-28 164. (WRA 17 t 6)
1. Nizhne-Tagillskiy metallurgicheskiy kombinat.

VERNIGOR P.L., Inzh.
Properties of flue dust and its precipitation in gas ptirification
apparatuses. Stall 20 no. 7:664-665 Jl 160. (MIRA 14 :5)
1. Nizhne-Tagillskiy metallurgicheskiy kombinat.
(Gases-Purification) (Fly ash)

Ivanovich; XURLYANSKrT, G.V.0 redaktor; SIDOROT, V.N.,
11~~riet; TATNSHTSYN, Te.B., takhnicheakiy re4aktor
[Making gas equipment safe In metallurgical plants] Organizatsila.
besopasnykh rabot v gazovon khoziatetva metallurgicheskikh zavodov.
Moskva, Gose nauchno-tekhn, izd-vo lit-ry po c1mrnot I tovetuot
vietallurgii, 1954. 143 P. (HLRA 8:3)
(Metallurgical plants--Safety measures)
(Gas manufacture antt works-Safety measures)

VFMIIGOR, V., kand. sellkhoz- nauk; BERESIIGHUK, N., red.; NAGIBIN,P.,
I- -- te'kim. red.
(If there are feeds there will be meat] Budut korma -
budet, m1aso. Alma-Ata, Kazsellkhozgiz, 1962. 26 nos. in 1 v.
14 P. (MIRA 17:1)

KARP014-" M.S.; _VERN
MO,V.A.; BATIKAYEV, R.Ya.; POFENKO, A.K..; ILIINA, K.A.;
Im"VO K.S.; PEFSHINA, E.P.
Microbiological processes in surface silage. Trudy Inst.mikrobiol.
i virus.AN I&zkah.SSR 6:133-140 162. (MIRA 15:8)
(ENS IIAGF,-YIr.RU UIOWGI)

CHEMETSKIY, V.D., inzh.; Y.,U;IiEK, 1,.N., J.Izh.; VEIUIIGORAP B.I.: :;nzh.
Production of gears of -aagneslum cast iron.
no.l.-65..66 Ja-F 164. 17:7)

SALYUKOV, P.A., knnd. biol. nauk; YMIGO_H,_V_A.., kand. selikhox.
nauk; KOWANOVSKAYA, M.A., kand. selikhoz. nauk; GOLODNOV,
A.V.; SKOFDBOGATOV, N.A., aladishiy nauchnyy sotr.;
MALLITSKIY, V.A., kand. sellkhoz. nauk;CR4HCHIN, B.V., kand.
sellk*z. nauk; PONCMAREV, P.P., kand. tekhn. nauk;
BARMINTSEV, Yu.N., doktor sellkhoz. na*; NECRAYEV, I.N.,
mlad. nauchnyy sotr.,- POZDNYAKOV, P.M., kand. biol. nauk;
KOVINIKO, D.A., kand.. biol. nauk; BAIANINA, O.V., kand.sell-
khoz. nauk; MOISEYEV, K.V., kand. sellkhos, nauk; ROMAROV,
.P.F., kand. voter. naukj PALIGOV, A.A., kand.veter. na.uk;
ANANIYEV, P.K., kand. voter. nauk; VASILIYEV, B.M., k8.nd.
seltkhoz. nauk; ABDULLIN, V.A., kand. ekon. nauk;
GALIAKBEROV, N., laureat Gos.premii, kand.,sellkhoz. nauk,
red.; GUSEVA., N-p-med.; NAGIBIN, P., teWu&. red.
(Reference book for zootechnicians] Spravochnik zootekhnika.
Pod red. N.Caliakberova. Alma-Ata, Kazsellkhozgiz, 1%3.
492 p. (MIRA 16:5)
(Kazakhstan--Stock and stockbreeding)

I T .
; a .. i ; ; -~ 1.1 b- :I.,V.11 .
TEMJI(~0:71 V. A. -- ll:-~,-T~c-rierce in ~Teparim- :.cnl)ired 3'la e anJ '-'eel,~-,
.I I
It to PiCs." Min I.Higher -7`A'lcz,.,.lor, ijol-R. Airki-Lta 4-looveterLnar,-
Inst. Alra-Ata, 1955.
(Dirsertation for the D(.,f.:roc- of Candidate in Ai-ricliltural ,-,clences).
SO: Fnizhnaya Letopis', lo', 1,C56

KRUK, Z.V. (Kiyev, ul. Gorlkogo, d.39p kv. 18); PUTILOVAJ, A.A.;
VERNIGORA., I.P.; SAPSAY, Ye,.Ij SHARGORODSKIY, V.S.
Data on ortbopedic traumatic diseasso in the rural Fopulation
of Transcarpathian Province. Ortopst tram i protez. 24 no.12t
48-52 D '6). (MIRA 17:7)
1. Iz Ukrainskogo instituta ortopedii i travmatologi:L v Kiyeve
(direktor-dotsent I.P. Alekseyenko, nauchnyy rukoyod-itell -
chlen-korrespondent AM11 SSSR prof. F.R. Bogdanov).

%-~II O~OR~, M.I. [Vernyhors, M.I.I. geroy Sotsialistichenkogo T:ruda,
~--a-sWnNT---
Our expiirience with flax processing units. Makh. sill. hoop. 9
nn.10:lf~-lq 0 158. (KRA 11-.10
1. Naroidtakays, remnntno-traktornaya stanteiya, Zhitomirekoy
oblesti,
(Flax)

VZRNIGORA, M.A. [Vernyhora. M.I.3, mashinist 11nopererobnogo agregatu.
ftwftww~ I
Give nore flax to the country. Kekh. oil'. hoop. 9 no.1:15 J& 95B.
(KIRA 11t2)
1. Nw-odits1ka mehinno-traktorna stantmiya, ZhitoulTalkoi oblasti.
(Flax)

Z Alskaandr Borisovich; BURKISTROV. ?.I., kandidat takhnichaskikh
na ~-WU-OaVnT".--MUSLAVSXIY. P.Te.. kandidat tekhnichaskikh nauk,
rateenz6nt; KWAR. A.G., kandidat tekhaichaskikh nauk, retsenzent;
NIKO,IAYBVSXIY, G.M.. kandidat tekbnicheskikh nauk,, rateenzent;
SSASARXV, G.A.. karAidat tekhnicheakikh nauk, fetsenstint; Ylm3L'-
SMYR, B.Ta., kandidat tkohnichaskikh nauk, retsenzent; KAZAK, SqA.,
kandidat tekhnichaskikh nauk. radaktor; POPICEMO, M.H., inzhener,
radaktor; DUGINA, N.A., takhnichaskiy redaktor-,
(Bridge cranes of great lifting power; design, calculation, and,
ine.iallation] Hostov7e krary bol'shot. gruzopod*emnosti; konstuirova-
ate, raschat i izgotoyleate. Koskya, Goo& nauchno-takha, tod-vo
menhinostroit. lit-r7, 1956. (MLRA 10:2)
(Cranes, derricks, ate.)

URNIKY A.D. Laureat Leningkoy 1 C-o.3uO.,jv--.Lvcnric)y premiy; KAZAKENIGH,
kkind. t.,Ahn, nauk
The nain thing is rpllabillf.y and durability. Mash Irm., trol tel I
nc).9.,4-6 S 165. (MIRA 18!12)
1. Glavnyy inzhener -Elcklrootall--kogo zavoda tyazhelogo, mashino-
I
Aroyepiyu (for Voj,nik).
I

AUTHOR: Vernik , A.B. t Engineer. 122-1-21/34
TITLE: Improvements in the organisation of design and develonment
work (Uluchshat' organizatsiyu proyektno-konstruktorr-kikh
rabot).
PERIODICAL: 11-Vestnik Mashinostrovenivall (Engineering Journal),
IM, No.1, pp. 7 2 - 75 (U.S .S.R,)
ABSTRAOT: Opinions of a heavy machinery designer in response to the
Editor's invitation. The present duplication of effort is
illustrated, e.S. by the existence of eight design offices
engaged on crane projects. An organisation is advocated with
one A-Toup of project design offices divided by projects and
anothe-r group of product design offices each office specialized
on a -product with some general an-nl.i.cation. Particular atten-
tion =(le-manded to improved specifications of project data,
4L unified dii~wing system without local variations is advocated,
The design office should issue only tracings, leaving repro-
duction and other documentation procedure to the planning
departments. Unified standards should be applied. Experimental
facilitios for heavy engineerinjS devolopment are necessary. A
central laboratory for tostinE now wtchinea io advoc-tted. A
clear division of responsibilities between project offices and
rrch institutes is necessary,
C ardA
A LAffy
. Library of Congress

AZAWKOj B.S.., kand. tekhn. nauk; AFANASIYEV, V.D.9 kand, tekhn.. nauk;
BROVMW.', R.Ya.0 inzh.; VAVIDDV, M.P.,, inzh.j:.~IK :Lnzlj. -
*Bi
GOLUBKOV9 K.A.; GUBKIN, S.I., akademik [deceased); Gd--~ -A.Ye'.p
inzb.; DAVYDOV, V.I., kand. tekhn. nauk; DROZD, V.G., inzh.,-
YUCOLAYEV, N.F., inzh.;'ZHUKEVICH-STOSRA, Ye.A., inzh.; KIRIL11,
N.M., kand. tekhn. nauk; Pv)(NEIV.. H.V., inzh.; KOG0101, A.M., inzh.;
KOROLEVI A.A., prof.; KITGAYRIKO, M.Ye., inzh.; LASKIN, A.V., inzh.;
IMITANSKIY, B.A., inzh.; LUGOVSKIY, V.M., inzh.; HEYEROVIC11, I.M.,
kand. tekbn. nauk; OVCWiOV, M.S.j, inzh.; PASTUNAK, V.I... inzh.;
PERLIN, I.L., doktor tekhn. nauk; POEEDIN, I.S., kand. tekhn. nauk;
ROKOTYAN, Ye.S., doktor tekhn. nauk; SAFIYAN, M.M., kand. tekhn.
nauk; SMIRNOV, V.V... kand. tekhn. nauk.- SMIMIOV, V.S.; SOKOLOVSKIY,
O.P.., inzh.; SOLOVIYEV, O.P., inzh.; SIDORKEVICII, E.A., inzh.:
TRETIYAKOV, Ye.M., inzh.; TRISIZVjSKIY, I.S.., kand. tekhn. nauk.;
KEENKIN., G.N., inzh.; TSELIKOV, A.T.; GOROIJINCMIKO, V.M., red.
i2d-va; GOLUBCHIK, R.M., red. izd-va; RVIOV, V.A., r(4. izd-va;
DOBUZHINSKAYA, L.V., tekhn. red.
[Rol3ing; a handbook) Prokatnoe proizvodBtVO; spravochnik. Pod
red. E.S.Rokotiana. Moskvap Metallurgizdate Vol.l. 1962. 743 p.
041-RA 15: )
1. Akademiya nauk DSM (for Gubkin). V. Chlon-korrespondent, Akademii
nauk SSSR (for Smirnov, TSelikov).
(Roning (Metalwor))-Handbooks, nanuals, etc.)

VMM&6,AAAv,,.-Iamre&t Stalinskoy premii.
4..~
Reducing the veight of bridge crams with a large hoisting c-apa-
city, Standartizateiia no*4:37-48 J1-Ag 154. (KM 8:2)
1. GlavVy konstruktor SibirskogO 2&voda tyazhelogo mashinostro-
renlya. (Graness derricks, ate*)

CHAYEDVSKIT, K.A.. inzhener; VEMK, A.B., inzhener.
1q" - - - ~ -MMMI.:
Devices for hoisting in installing hydroelectric poster station
equipment. Makh.trud.rab.10 no,4:28-29 AP 156. (MMA 9:7)
(H*istlng machinery)

U&I'M/FixeneerIng Bridge cranes
Cara 1/1 Pub. 128 - 2/33
A-atho.-ra I Ternik,, A. B.p and Zotov, F. S.
TLUe A separate drive far travelling ~dieels )f' the heavy lcad cap&city
bridge cranes
-Vest. maeb* 36/11, 7-3.2.. Jan 1956
Operational tests were conducted by the All-Union Scilmtific Research
institute cf and- Ce)nv6v-1rw Maci-.vinenr Building, to determine the
laves fcr
t,ables.
lnstLtution
Sabritted

VMIK, A-B-8--laureat Stalin-okoy promil. inshenerl ZOTOV, F.S.
Separate drives for the ranning vheels of large load capacity
bridge cranes. Vent.mash. 36 no.1:7-12 Ja 156. M" (0)
(Cranes, &srricks, etc.)

3/.'33/60/1)00/009/009/015
AO54/AO29
AUTHOR: Yernik, A.B., Engineer
TITLE: On the Method of Produoing Thin-Walled Large-Diameter Tubes
PERIODICAL. stall, 196o, No. 9, pp. 828-830
TEXT- The technical and economical aspects of tube manufacture ty elea.-
tric welding and by rolling are described. Tubes with a diameter of over 600 mm
are produoed at present from thin sheets by electric welding. However, in spite
of the most up-to-date equipment and technology, the production costs of large-
diameter ele~tro-welded tubes are much hi&.er than those of tubes rolled by the
conventional method, even with machinery and technology dating from 40 years
agu. The costs of I m of eleotro-welded tubes of 720 mm in dism._t*~.r are 193
rubles as compexed to a Cost price of 78 rubles for I m of sewrless tube of 550
mm in diameter. TbIs great difference in price Is in the firBt place due to
the high sheet prices. Even in the USA, where the sheet prices are the lowest
in the world, the production costs of welded tubes are much higher than for
tubes made on rolling stands. Based on statistical data and while taking Into
consideration the facts mentioned above, the author 6uggeEts that it would be
more economical to develop 1.~- technologv of tiibe rolling and -,o ma~-t- it suit-
Card 11,-,4

8/133/60/C00/009/009/015
AO54/AO29
On the Method of Producing Thin-Walled Large-Diameter Tutes
able fcr-the production of seamless tubes of 820-1,020 mm In diamoter, with wall-
thicImesses of 8-9 and 10-11 mm, than to develop the welding methad which can-
not compete with rolling even when sheet prices are lower. At the Elel-trostal'
skly zwiod tyazhelogo mashinostroyen-1ya (Electro .1' Plant of Heavy Machiner7
in cooperation with the Ukr NITI (Ukrainian Scientific Research Inzitute of
Tubes), the Novosibirskly zavod tya7belykh stankoir I gidravlicheskik-h pressov
(NovosibirsR Plant of Heavy Machine Tools and Preiise j Kramatorskly zavod
p), th,
tys2helykh stankov (Kramatorsk Plant of Hsavy Mach:.ne Tools)and other !actozl.es,
t,wsts were carried oat in order to establish a teol"ology for the produotion ot'
large-diameter thin-walled tubes by rolling. The main problem was how to obtain
tube blanks with the thinnest possible walls. The equipment of the new techno-
logy includes an annular furnace, a broa-3hing press, slongating machinery Ifor
the elongation of the tube blanks with a coefficient of 'C".75, whfle att the Eame
time decreasing their wall-thiekness. On the pilger mill, formIng a link In
this process, tube blanks up to 700 mm diameter with wall- of up to
13.5 mm will be produced which arii next subj6ota.!j to ext-,4nslonj tubes with dis-
meters of up to 820 mm and wall-thicknee-3 of 8 nmt are to he p:loduoel On t1--ree-
roll expanding mills, which are dt~signed in slach a way that they form a unit with
Card 2/3

S/133/60/000/009/009/035
A054/AO29
On the Method of Producing Thin-Walled Large-Diameter Tubes
the elongation machine. The technology planned for several other tube types
(with diameters between 325 and 820 mm,made of blocks of 485-950 mm diameter),
furthermore comparisons between the technical-economic&l. in-dicep, of welded and
seamless tubes, between the parameters of the machinery used In producing these
two types of tubes, production costs for eeamless tubes (producea on pilger
mills), welded and seamless tubes (produced on automatic machines) in Western-
Europe and the USA arze given. There are 2 tables and I Soviet reference.
card 3/,'

VKRNIK,--A.B., inzbener.--
Crane trolleys with a reduced number of pulley-block branches.
Vent. maeb- 36 no.9:3-11 8 156. NLRA 9810)
(Pulleys) (cranes, derricks, etc.)

URNIKY A.B., inzh.
Reorganization of pipe mills. Stall 22 no.7:633n 162.
CERA 15:7)
1. Elaktrostallskiy zavod tyazhologo mashinoutroyonlya.
(Pipe mills)

RLUDAM, E.I.; LUKAp V.Ya.j PAYMRE, H.I0 [Paimrop R.1; 0=30OVE.K.
[Heiuooo, E.1; V~RNIKs A.Ya.
Diagnosis of intervertebral disk protrusion. Zhtw. navr.i paikh.
60 no.1011259-2267 160. (14IRA J~ij)
1. Kafedrej nevrolAgii Tartuakogo goeuderstvennogo unireroiteta
Tartuskaya respubliken kays klinioheskaya bollnitsa.
(INTE(MTEBRAL DISK-DISLOCATION) - -

GRODINSKIY, F.; KIIL, A.; KORP, A.; LINNAKIVI, J.; TILK, E.; 'A;RNIX, L.;
REHEMAA, H., red.; VEBER, H., tekhn. red. -
Parnu." Tallinn, Eesti Riiklik Kirjastus, 1962. 7 p.
(MIRA 16:3)
(Pa--nu--ViWo)

VANKER, Kh.; (Vanker, H.); VEYNPATLU, E.(Veinpalu, S.]; IT~NIKJO L.
ZINICHENKO, A., red.
(Ilealth resorts of the Estonian S.S.R.] Kurorty Estonsikoi
SSR. TaUinnp Eesti Raamat, 1964. 166 p. (MDU 16:4)

VEMIIK, R.S.; GRANITOV, I.I.
Some data on the effect of grazing, on the composi tion and
productivity of ephemeral pastures. NaL;cb. trudy TashGU
no.241. Biol. nauki no.4-1:129-132
(141RA 18:7)

VEFJTIK) ROS-0
Influence of ecological factors on the natural reproduction of walnut
in the forests of Bostandykskiy District. Uzb. biol. zhur. no.2:
23-29 161. WRA 14: 5)
1. Institut botaniki AN UzSSR.
(BOSTANDYKSKIY DISTRIGTWALNUT)

VERRIK, R.S,
Ecological cond-iticnas of tha growth of rmt and fruit tree forests
in Bostandykskiy Jistrict, Uzbekliatan, Bot. zhur, 46 no-12:1766-
1773 D 161. (MIRA 15:1)
I., Institut botaniki AN Uzbekskoy SSR,
(Bostandykigkiy Dia-trict-Futs)
(Bostandykskiy District-Fruit. trees)

VERNIX P, S,,; MAYLU, Z,A.; ;,ljMr)TDV, I,F.~ GRANITCV, I.!.,,
Mior bicl. nauk, prDf., ovi, rea.; Z.V.,.
red.
(Vegetation of thq 1,)wer part of t~e Arm Darya River
ap-1 Its efficient- useli Rastitellrio:Al nizovlev Amu-
Darli I puti eo ratsionallnogu ispollzovaniia. Tashkent,
Izd-vo "llauka" Uzbekskoi Mlil lW-4. 210 P.
(RIRA 28:A)

V.V.. kand.geogr.nauk; BABUMMIN, L.N., doktor geogrnauk;
ORISMA. L.K.; MTaRTWV, Tu.A.. doktor geol.-mineral.nauk;
PMOV, N.P., kand.geol.-mineral.nauk; CHRRMSUT, N.M.;
KRILOV, N.M., daktor geol.-mineral.nauk; IRASMOV,
TIE=, B.A., kand.geol.-~mineral.nauk; KDCBERG, H.V*o kand,
sellskokhoz.nank; SUGHKOV, S.P.; GLAGOL&VA, A.7.; PXRI`U-
SRINA-GROMOVA, kand.biol.nauk; WIXOTOT,
I.F.; MWITOY, I.I., kand.biol.nauk; SALIMAYEV, Kh.S., kand.
biolog.nauk; STEPANOVA, N.A., kand.biolog.nauk-, TMOITOT. V.V.;
DAVLBTSHINA. A.G.9 kand.biolog.nauk; HURMBKOV, Ta.M., kand.
biolog.nauk - Cdecea Bad];. K=33FA, T.Ye.; KORZHMMSKIT, N.L., red.
[deceased]; GORBUNOV, B.V.. kand.mgologo-nineral.nauko red.;
DONSKOY, P.V., red.; TAKOVENKO, Ye.P., red.izd-va; GORIKOVATA,
Z.P., tekhn.red.
(Materials on the productive forces of Uzbekistan] Katerialy po
proizvoditalln.vm silam Uzbekistana. Tai3hkent. No.10. [Natural
conditions and resources of the lower reaches of Jam-Marya;
Kara-Kalpak A.S.S.R. and Khorezm Province of the Uzbek S.S.R.)
Prirodnye uBloviia i resursy nizovIev Aiffu-Darti; Kara-Kalpaksksia
ASSR i Khoresmakaia oblaotl UzSGR* 1959. 351 P. (KIRA 13:5)
1. Akademiya nauk Uzbekskoy SSR, Tashkent. Sovat po Isucheniyu
proizvoditellnykh oil. 2. Chlany-korreopondenty AN UxSSR (for
Takhontov, Korzhonevskiyl.
(Amu-Darya Valley-Physical geography)

--VERNIK) R.S.
Principlea of the goobotanical regiowlization of UzWkiatAn.
Trudy TashGl) no.186:30-39 161. (MERA 14:12)
1. Akademiya nauk. UzSSR.
(Uzbekistan-Phytogeography)

vMIX, JI.S.
1, pp-
Rphemernl vegetation in the plecIffiont, regions of Keleashy, District.
Trudy Inst.bot.All Uz.SSR. n0-3:5-46 '55- (MLRA 10: 1)
(Keleaskiy District-Pasturns and meadows)

~: VMNIK, R. S.; UNALOV, Sh.
Wut forests of the rhynarsay ares, of Boot&ndyk Distri:t. Usb.
blol,zhur. no.ls20-26 160. (KIRA 13:6)
1. Institut botaniki AN UvSSR.
(BOSPMYK DISTMOT--WT ae 11

YERNIK) R.S.; TALIPO'.", F.
-ransj)Irut-',;n of the Fr~rlfsn ~,.,ftlnu~.
prevailing in Boataridyk. 67.b, bio". zhur. 'F,
1. Institut bot-iniki tfll U',"IS,".

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WN
NRs AR60.13698 SOURCE CODE: UR/0058/65/000/010/HO51/HO51
2
AMOR: Vernik, S. M.
TITIX: Con cerning one modification of a method of determining the intrinsic attenu-
ation of a cable by measuring the input impedance
SOURCE: Ref. zh. Fizika, Abs. lOZn349
REF. SOURCE: Tr. Uchebn. in-toy ovazi, vyp. 25, 1965, 211-2.16
TOPIC TAGS: rf cable, waveguide loss, electric impedance, recistance bridge,
measurement, error
ABSTRACT: A method is proposed for extending the ranE;e of attenuation measurement
tovards slower values, whereby this ra,.-e car. 1je increased by approximately one order
of magnitude while retaining the same ieasuruner.~_ accuracy. The dependence of the
mee6surement error on the bridge error is determined. (Translation of abstract]
SUB CODE: 09
ard

VERNIK, S. M.j KURBATOV, N. D.
Methodology for the selection of pairs for high.frsquenc7 con-
oolidation of municipal telephone cables, Elektrosviaz,' 15
no.il~,48-5'Z N 161. (MIRA 14'.11)
(Telephone lines)

VFJiNIKS S.M., kand.tekhn.wuk; WAIN, Kh.R., kand.tekhn.nauk
Hathod for calculating tho tharmAl conditiono in lw-ga cabler
carrying radio frequency in repeating transitory op(tration.
Vest.elektroprom. 32 no.8:48~-51 Ag 161. (MIRA 14:8)
(Coaxial cables) (Radio lines)

;30V/110- "9-9--12/22
AUTHORS: Gurevich, A.S. and-.! ~rniK~._AJ.4.
(Candidates of Technical Sciences)
TITLE: Improvements in the Construction of Symmetrical High-
Frequency Cables with paper-11string" Insulation
PERIODICAL: Vestnik elektropromyshlennosti7l959,Nr 1),pp 43-45 (USSR)
ABSTRACT: In order to increase the nwnber of charmels transmitted by
cables with paper-11string" insulation it Is required to
extend the frequency band-width from 108 11-o 252 kc/s. It
is, therefore7 necessary to reduce the interference
between circuits within the desired frequency range.
Mutual interference between oircuits may result either
from variations occurring in manufacture or from cable
design factors. The construction of quad cables may be
improved by reducing the winding pitch of the "string" or
by winding the "string" and the plain paper with opposite
lays in the pairs on the quad. The mechanical stability
of cables has been improved by reducing the "string"
pitch from 7 rm to 5 mm; further reduction only increased
the capacitance. Graphs showing the influence of
Card 1/3 different types of cable construction on inter-circuit
capacitance and asymmetvy of oapacitance are plotted in

SOV/110-59-0.-12/22
Improvements in the Construction of S3Tuietricall Higlh-frequency
Cables with PaDer- "string" Insulation
Fig 1. It will be seen that tionsiderable imprc-vement can
be achieved by use of the two methods mentioned. The
length of pitch of twist-ing of quads detei. irAnes the amc.,xnt,
of interference between nirculto of the a,,.,ad due to the
lead sheath. Tile charges and currents in the
sheath can have a cons iderabl'..a offecl;, approximating
that of imaginary coridu-to-..-s of piirt_-'c.,ala*e size a-rid
position outside the cable. Cal(,,ulati -on of tile influencte
of th*s tthirdl circ;uit is dis.-,ussed. Its influence car.
be reduced by reducing 11-ha p-,,.-,j'Ll of twisting of the quad.
However, this is only possible withjn limits. and a number
of cables were made up of the same --onstrae-tion but
different pitches of tw-isting in order tto find the best
values. Tabulated results show that the least pitch of
twisting for cables with "string" insulation should be
about 1150 mm. Tests established that altering the pitch
of twisting of ttle quad con~;iderably lmprcved the cablt3
C a rd characteris tics and Fig 2 shcws a graph of inter-circuit
2/3 capacitance and capacitance as-.,mmotry as i`u7iction of quad
twisting pitch. it was also found t'hat the influence of

SOV/110-59-9-12/22
Improvements in the Construction of Symmetrical High-frequency
Cables with Paper-"string" Insulation
the 'third' cirduit may be reduced by systomatically
crossing the conductors of a pair within the quads in
the junction boxes when the line is made. A curve in
Fig 3 shows how different methods of making connection
in the junction boxes affect the characteristics of a
particular cable.
There are 3 figures, 1 table and 2 Soviet references.
Card 3/3

R&MM&IMM
VERNIK, V.S.p inzhe
Automatic welding of the upper glrder of the tru--4s cl a 63-tsn
carrying capacity gondola car r;ade of brTIt ONtions. Sv.-Ir. proizv.
no.8:31-32 Ag 165, (MM-% 18:8)
1. Uralfskiy vagonoitroltelliqy zavod.

VEPJIIKI V. S., inzh.; GEMIRIKHSDORF, H. G., inzh.
Reconditioning chromium bronze f-lectrodes for resistance
welding machines by build-up are welding. Svar. proinv. no.10.*
32-33 0 162. (MIRA .11;:.1o)
1. Urallskiy vagonostroitaltnyy savod.
(F-lectrodes-Maintenance and repair)
(Bronze-Welding)

VWIKp Ves.
Differential diagnosis of traumatic retroperitoneal homatomas.
Vest.khir. no.9:108-13-2 161. (MIRA 15:30)
1. 1z goBpitaitnoy khirurgichoskoy kliniki (zav. - prof. M.A.
Kholimakiy) Khabarovskogo meditsinskop instituta.
(RETROPERITONEAL SPACE-TMOPS) (MATOMA)
(DiArzosis, DnqwnTiAL)

KOVALEV, S.N.; VIERNIK Ye.B.; rjAIIT,)FIY, V,N.; KO(10:10V, L.P.
Making abrasive diamond tools of synthetic diamorida. Mashinostroitell
no.10:7-9 0 164. (MIRA 17:11)

VFMNIK, Ye.M.
Fractional erythrocy-te sedimentation reaction. during rbsumatic
fever and tonsillogenic intoxication in children.Vap. okh.mat.
i det. 8 no.2:88 F'63. (KDA 16:7)
1. Iz kliniki detskikh bolezney Khabarovskogo 88 meditsinsk9go
instituta.
(NO SUBJiLT HEADIMS)

~ r., krmd.tekbn.mauk-, 1"1211-
~ i f R
Me~j rr,,nst,-.Ic t Ion matc;, , f -,r uS, in the-,.%2 pci-r er,4' :-,~ ;~ - n;-'z
N r-,. ];; -. ,
' r
.lerga strLd. no,_12231-39 '64- ("!,L:

,;j, 9, mladshir nauchrqy ootradnik.
VMWIX,,J?
-
Device for marking the tops of cans. Raf.uauch.rab.Vll:llP no.2:
72-75 154. WILL 9: 4)
(Marking devices)

15696-63 A F~7 AED F,~-L JD !Ifw
r q
IUTFORt VerniJc, Yu. A.
I ITLEF iDavlae for f e 06-4 ng an-A r&tatinx 71-cas. Ciass F 21b. "a. 2? sub 01,
I;o, I S211- IQ
, 1-1
OURCE; Irobretenly i tovarn",~ r-nax-)v, no, 2, 1963,
TOPIC TA.GS; pipe rollIng, feec. dovica, *-urring dev~,oe
dimension.5, tne device consistE of a Lanerea Sieeve wjLh sejf-CnUCjCIng devIce
and a drive mechanism made in the form of a reduction gear with a central
opening for the passage of the pipe and capable of moving togethcr with the
tabe during the rolling process. Orig. art. has: I fieure (.see Ent-losure 1)
[Abstracter's notel a ;mplete translation]
jISSOCIATION: none
,:IUBMITTED: 06Sept4j -~DATE ACQ: 28-MlayO ENCL: . 01
GTIMP-.- 000
T
P~C rC1

Our experience in employing the sick. Okh. truda i sots. strakh.
no.6:37-39 do '59. (MRJ, 12:10)
1.11achallnik mediko-sanitarnoy chasti savoda "Zapovoshntall" i
"Dneprostall".
(Handicapped-Imployment)

SHEVAM, lu,F,; VERIIK, YU.A.; SEYIWIM~ F-S.
Specifia pressure during cold transverse plug rolling cf tubes.
Izv, vys, ucheho zave; chern, met* 8 no,,101-77 t65
NIFLA 18t1)
1. Moskovskiy institut stali i splavov.

VERNIKOV, 1. Kh,
0 poluuporyadochennykh kolltoakh. DAN, 30 (1941), 77P-780.
SO: Mathematics in the USSR, 1917-1947
edited by Kurosh, A.G.,
Markushevich, A.I.,
Rashevskiy, P.K.
Moscow-Leningrad, 1948

V MNILKOV, I-. S-. PA 17/49T2R
UM/Engineering Sep 118
Tractors, Wheeled
Tractors
*Relative Merits of the Wheal ar4 ErAless Trwk
Equipped Tractors for Agricultural Use," 1. S.
Vernikor, Cand Tech Soi, UNIIM) 1 p
*Ayto Prm* No 9
Reports traction trials of USSR SKhTZ-XATI and MiTZ
and US Farmall A and Oliver Rov Crop HS tmotors.
Tabulatei and discusses results.
FM 17/49r28