SCIENTIFIC ABSTRACT VINOGRADOV, V.I. - VINOGRADOV, V.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001859920010-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

AP6030143 SMACE C1 i, 60-010641C1 A/d_f~fl
ACC NRs C A) 6120IC61
AUTHORS: Averinap A. P6; Vinogradov, V. I.; Grinchenko, T. G.
ORG: none
TITLE: Electric mass filter as a gas analyzer in vacuum systems
SOURCE: Pribory i tekhnika eksperimental no- 41 1966t 132-137
TOPIC TAM vacuum gas analyzer, laboratory inaurument, maan bpbas!mm, zu&a4 riltar,
gas filter/ EM-1 mass filter
ABSTRACT: The construction and operation details of an electric mass filter E11'6_1 are
deacribod. Tho filter in uoad to control ean composition in vacuum vyotemG ovor a
pressure range of 10-3 to 10-8 torr. The block-schematic of the system Js sho,.M. it
consists of a power supply system, a counter, an input cascade to the electrometrio
amplifier to measure ion currents, an electrometric amplifier, a potentiometer, and
a high frequency generator. The generator has a variable voltage output at 3 ire. It
is stabilized by means of a ferro-resonance stabilizer to reduce variations in the
voltage to less than 1% for an input voltage variation of tlC%. The detailed circuit
diagram of the generator is given. It consists of a master oscillatorf an amplifier,
a power supply, a linear detector, and a measuring system. The complete filter system
is tested with a zone refining and molybdenum smelting equipment. Spectrometriddata
.384.8

ACC NRt AP6030143
are obtained for the constituent gases, and it is shown that the resolv-~-.g -:;owz-r for
the equipment is 50 and that the atomic mass range io 1--50. 2he authors "?J-nk S. 1'.
Gendelya. for taking part in the construction and preparation of the counter, and
express their gratitude to 1. A. Baranov and V. IF.Gruzdev for their influence on the
work and their help for organizing the test equipment. Orig. art. hast 9 figures.
50 CODF4 141 091 SUBM DATE' 17Feb65/ ORIG REFt 002/ MH PMt 007

VI;40GRADNz V,,_ I., and KRIVOSIMYEV., M. I., -6nginecr.
"Radio Broadcasting" a chapter in the book Radio and Electronics and Their
Technical - plications, by A. I. Berg, et al. Moscow 1956,
Summary of chapter 1071291

VINOGRADCVO V.I.
.............
Iootope.composition of sulfur in the rocks and minerals of the
Nikitovka deposit in'the Donets Basin. Trudy IGEM no.99sl54-164
163. (MIRA 16:9)
(Donets Basin-Sulfur isotopes)

VINOGRADOV, V.I.; FEDOSEYEVA, K.I.
Using the universal decimal classification. RTI no.1:18-23
163. (MIRA 16: 8)

M~~~~~ KAMINSKIY, Ya.A.; OZEROVA, G.A.;
. SIDENKO, S.G., red.
(Organization and techniques of Soviet cooperative trade]
Organizataiia i tekhnika sovetskoi kooperativnoi torgovli.
Moskva,, Izd-vo TSentrosoiuza,, 1961. 606 P. (MIRA 16:4)
(Cooperative societies)

SAUKOV, A.A.; AYDINIYAN, N.Kh.; VINOGRADOV, V.I.
Migration of wrcury in the supergene zone. Trudy IGEM no.70:
20-29 162. (MIRA 15:9)
(Mercury) (Geochemistry)

..kand. sallkhoz. naukp otv. red.; NEMCHINOVy V.S.,,
akademik, red.; ZUBKOV., A.L.. kand. ekon. nmkq red.;
LETUNOVp P.A., doktor sellkhoz. nauk, red.; KAVUH, P.K.,
red. izd-vaj KASHINA.. P.S.p tekbn. red.; ASTAFrYEVA, G.A...
tekhn. red.
(Natural regionalissation of the central part of Krasnoyarsk
Territory and some problems of farming near cities)Prirodnoe
raionirovanis teentrallnoi chasti Krasnoiarskogo krala i ne-
kptor7a voprosy prigorodnogo khoziaietva. Moskva, lzd-vo
Akad. nauk SSSR, 1962. 22J+ p. (MMA 15:12)
1. Krastoyarskaya komplekonaia ekspeditsiya.
(Krasnoyarsk Territory-Pbysical geography)
(Krasnoyarsk Territory-Agriculture)

TEVI M*P* I prof., red.;
-MPPRADOV, Va-lentin--Ivanovich. dote.; SERGE
YA-W~ft~I-SJWA, I.G., red.; KOLBICHEV, V.I., tekhn. reo.
[Operating diesel tractors in winter] Ekspluatatsiia dizel'nYkh
traktorov v zimnikh usloviiakh. Pod red. M.P.Serge0a. Cheliabinsk,
Cheliabinskoe knizbnoe izd-vo, 1960. 33 (MIRA 14:10)
(Diesel engines-Cold weather operatlonP3 (Tractors)

VINCGRADW, A.P.; fCRZhlll3KlY, D.S.; SMUMM, V.I.; SHCHERBAKOV, D.I.;
ATUTNIMN, N.Mb.; "",I ADG7 V.I.; VOLIFSON, F.I.; GENYIN, A.D.;
2-4- -WP I )
DA."ICIFV, 7.1., VJKIN, L.I.; CIZEACVA, F!'CELIKAN, A.I.; MUA?25~1'f,
V.I.; 5VORCHKOV, I.Ye.; F7,.ODUr'Y':V, K.,'I,.; SHADUM, T.N.; SPIPnIll, F.K.
Aloksandr Aleksandrovl~~h Saukov, 1q02-1961.; obibiary. Geol. rud. mestorozb.
7 no.1:12-4-125 Ja-F 165. (MIRA 1814)

V jk;
86-58-3-29/37
AUTHOR: Vinogradov, V.I.
TITLE: Technical Traininj at Refresher Courses (Tekhnicheakaya
ucheba na sboral
PERIODICAL: Vestnik vozdushnogo flota, 1958, Nr 3, P 75 (USSR)
ABSTRACT: The author describes briefly the technical training pro-
gram for pilots taking refresher courses. The author
suggests that such courses should be held at the beginning
of each winter and summer training period.
AVAILABLE: Library of Congress
Card 1/1

VINOGRiZOV, V. 1.
Technicel operation of ocennEoing motor ships Yoskva, lzd-vo I-Ilinistleretva morsl,.o:,:o
i rechnogo flote, 191,1.. 76 r.
VK763.V5
1. Marine enZines

VINOGRADOV, V
Organizatsiya I tokhnika sovetskoy torgovi. OrEanization and technique in
Soviet trade. by V. I. Vinogradov 1 Ta. A. Xaninskiy.
Koskya. Gostorg12dat, 1950.
415 p. Illum.. Diagro.
Book Is a course for technical institutions covering Soviet trmde. It deals with pro-
blems pertinent to orranizational structure of all Soviet trade branches, dealing
with questions of establishment. techAical equipment of trade enterprises, etc.

0GAVEZOV, M.G.; VD;OGRAIDOV V I - _,4
--.- 1-1, . -1- - *-" - -.
(Layout and equipmerit of enterprisea; an
albwa of visual aids] Ustroistvo I oborudovanie torro--
vykh prodpriiatil; allbom nagliadWkh posobi.i. Moskva,
Izd-vo TSentrosoiuza, 1963. 119 1). (NIRA 18:2)

-V.'W-GRAD.OV,9,V.I.y inzh.
Improvement of diesel-generator installations on ships.
Sudostroanie 30 no.11;39 1 64. (MIRA 18:3)

VYSOTSKIY, A. A.; VINOGRADOV, V. I.; ZOBACHEV, Yu. Ye.; PUCHUN, A. V.
Preventing the,corrosion of cog~ing Jackets on marine
internal combustion engines. Inform.sbor.TSNIW no. 87
Tekh.ekspl. morflota no. 20:57-82 162. (MIRA 17:5)

MGZUV, K-P-; VINOGROOT, V-I., )w6ndidat tokhnichaskikh nauk.
Reviev of V.S. Likhacheves book ffTestlng tr&ctors.0 M.P. SergeeT
V.I. Vinogradoy. Ayt.i tr&kt.pron. noA47-48 Ap 156. (mm 9:8~
1. Chelyabinekly Institut mskh-mtz&tmU t slaktrifikstsit sellskogo
khosyayst,r&.
(Trutors-Testing) (Likhachav, V.S.)

t
4
i
I
i
I
3
I ;..
i
1 9 k .1, .~, 11
I

KOPYTOV, Pavel Alaksandrovich; VIROGRADOV, V.I.! red.; PAVLOVA, A.S.,
red.izd-va; FOKICM, ~~d__&_
(Co=ercial and business correspondence] Korraspondentaiis i
doloproizyodstya. Moskya, Izd-vo Mentrosoiuza, 1959. 151 p.
(MIRA 13:4)
(Commercial correspondence)

L-1200-63
&__
ACCEWTON, 11R: AP3001V>9 8/0,133/63/OW/005/0432/0432
AUTHOR: A Timonina, V H. Kcc D.;
Badmov, L qxwlyets, 0. Korneyev, if.
Vinogradoy, V. I.~_
TME: In the Ural Scientific Research Institute of Ferrcue Metallurgy
SOURCE: 1963., 432
Stal'P no. 5,
I TOPIC TAGS: steel t cas chemical sealing., aluminum, powder,. rimmed steel
ng.P
'04
ABSMCT., Aluminum r was used an an aftercharge for the chemical sealing
poyde
of 7-ton square ingots. It was added under the metal flow in the top casting
process, 5-6 seconds before closing of the stopper. Steels 0.8, 10, 150 St. 2
and St. _Vfhz were used in the experiment to deterzine the consumption of
aluminum powder. The amount of powder varidd from 80 to 300 grams per ton
depenAng on the carbon content; the beat sealing was achieved in ingots with
overQ..12% carbon, The ro)-ung of chemically sealed steel gave better results
t rollin rimmed atpelrtf the same profile. A lower percentage of bloom
=rinm~m ~=ngs.,na highar production of first-grade steel, and a lower amount of re-
jected products were observed in the former type. Moreover, the chemical sealing
improved working conditi6na in the pouring bay. Orig. art. has: 3 tables.
4Card 1/2

L 128h8-63
ACCESSION XR: AP300140
ASSOCIATION: Urallsky naucbno-iseledovatellskiy institut chernyfth metanov;
Nizbpe -Tagil I sk7 metallurgichesiiy kombinat (Ural Scientiric Research Institute
of Ferrous Metals in collaboration vith Nizbne-Thgilsk Metallurgeal Combine)
BMV=D: - 00 DATE ACQ: lOjUn63 ENCL: 00
SUB CODE: 00 NO MT SOV: 000 OTMR: 000

VINOGRADQV---Y,-.r,.. kand.sellskokhoz.nauk, otv.red.,- MMIZHENKO, I.F.,
kand.sellsicokhoz.nauk, otv.red.; PSLIT, N.M., red.izd-va;
GUSIXOVA, O.M., tekhn.red.
[Problems in the development of agriculture and stockbreading
in the Altia; transactions of a speoial comprehensive expedition
throu&h areas recently brought under cultivation] Yoprony razvi-
tiia xemledeliia i zhiYotnovodstva na Altset trudy Onobol
komplakanoi ekspediteii no samliam novogo sellskokhosinistvan-
nogo onvoeniia. Koskva. Vol.2. 1960. 150 p. (KIRA 13:3)
l.Akademiya nauk SSM. Sovet po izucheniyu proizvoditellnykh oil.
2. Sovet to izucheniyu proizvoditelInykh all Akademii nauk GSSR
(for Vinogradov).
(Altai Territory--Agriculture)

ON,
AID P - 2798
Subject USSR/Engineering
Card 1/1 Pub. 28 - 7/13
Author : Vinogradov, V. I.
Title : Automatic regulator of lubricant In Internal com-
buBtion engine cylinders
Ferio6ical : Energ. byul. 8, 19-22, Ag 1955
Abstract The author describes the design and operation of
an automatic regulator feeding lubricating oil in
pistons and cylinders of internal combustion engines.
The observations were made on a D 42/50 two-cycle
engine with a Bosch-type lubricator. The results
and data obtained were registered in four graphs and
one table. A schematic drawing of the regulator Is
included.
Institution : None
Submitted : No date

vi-l", , V. I.
TINOMIADOV. V.I.; AKIKOV. P.P., redaktor.
(Technical operation of ocean-going motor ships) Opyt tokhal-
chaskoi eksplustateii teplokhodoy morskogo flota.Moskya, Izd-ve
Kinisteretva morskogo i rechnogo flots, 1953. 67 p. (KWA 7:7)
(Kerins engines)

VillowADOV, V. I.
Opyt tekhnicheskloi ekspluatatsil teplokhodov morskogo flota Zwerience In
the technJcal operation of diesel ships of the maritime fleet_/. Moskva,
Vodtransizdat, 1953. 67 p.
SO: Montbly jAgt gf, RU-slan Accessions, Vol. 7 No. 2 May 1954.

wt.. Gavov, v I
Opyt Teknicheskoy Ekspluata,t~sili Teplokhodov Vorskogo Flota f~xperience in -ee- -nica!
Utilization of Vavy Motor Shi2y Voskva, Izd-vo 3.!inisterstva Yorskogo 'ilechnogo
Flota, 1953.
67 P. Illus., Via rs . Tables.
Siteratura": P. Ni
At T'ead of Title: Moscow. TsentralInyy klauchno-Issledovatellskiy Institut !Iorskogo
r'lota.
N15
743.4
M

V ) 11. T.
Organizatsiia i teklirika sovetskoi
torgovli (Organization anj techniques of Soviet traJe).
Moskva, Gostor-;!Jzdat, 195h. 560 r~-
SO: Monthly List of i4issian Accessions, Vol. 7, No. 5, Aucust 1954

W i r7[ T~' I- , ~'. i . -
Organizatsiya i tekhnika sovetskoy torgov1i Curganization and technique of
Soviet Trade bl) i. I. Vinogradov i Ya. A. Kaminskiy. Moskva, Gostorgizdat,
195h.
55~ P- Illus.., Diagrs., tables.
N15
752.3
M
1M

VIIIOGRADOV, V. 1.
I
On dissolution of secondary molybdic minerals in weak H2SO4 and
Na 00 solutions [with summary in Bnglish]. Geokhtmila
no~I:M-239 '57. (MLRA 10:7)
1. Institut geologii rudnykh mestorozhdeniy. petrogr%fii, minenlogii
i geokhimii Al SSSR, Moskva.
(Mineralogy) (Molybdenum)

V I NTOGIRADOV, V. I. Cand Gool-kineral Bel (diss) "Water ar*sre-
molybdenum distribution ( entral Asla4and *a Caucasus do-
ft"M*Um- and ~0100 relative to the hyd
posits Seme
chemistry of molybdenum." MOB, 1958. 15 PP. (Acad Bel Inst- i-
f
oFr)y of Ore DePOSItB, Petrography, Mineralovy)and Geochemistry).
125 copies. M, 9-58, 114)
- 30

VINOGTMDOV~ V.I.
Use by the merchant marine of the 5DYM 50/110 engine,
Inform. sbor. TS?'IJ14F no. 53:27-47 `6C. WlRA 14:121
6~;ine diesel engines)

i )' i LlY ~ IJN-~:H 'i [ I:' U
- -- V 1 110~11ALTDGOV I V . I . - B()?4 1 )'( tJ ii, 'I. i. , I r I ,; yunr.-r, I "'! 1, j
Origin of volcame sulfnte-~;, AN 158 5
(MIRA 17:10)
1. InstAtut ge,,)loell. --iiJi-qkh restc.,ranMenty, Fetrugraftii, mineralogill
' geokhirdi All SSER. Prc,33tavli-.-.c akadimi-kon, D.S.Korzhim.7kIn.

ACC NR. AT6024279 SOURCE CODE; UR/2976/66/000/00-r,/0035/0050
AUTHOR: Petrov, A. V.; Vinogradov, V. I.-
ORG. none
TITLE: Permanent memory based on metal cards
SOURCE; Moscow. ssheye tekhnicheskoyeuchilishche. Vychislitellnaya tekhnika, no. 5,
1966, 38-50
TOPIC TAGS: electromagnetic memory, data storage, computer storage device, Magnetic
circuit, punched card
ABSTRACT; Principles, construction, and performance of a permanent electromagnetic
computer storage system based on perforated metal cards are discussed. Figure I 'shown
two wire loops coupled by a common magnetic field. The voltage induced in L2 due to
the current flowing in Ll is given as
C2 = M21
dl
where M21 is the mutual inductanc'e determined by the geometry of the circuit and mag-
netic permeability of the medium. Hence for a given curTent pulse In the primary, the
voltage output of the secondary depends on the mutual inductance or, for a fixed
geometry, on the magnetic permeability of the medium between the two loops. A perma-
nent memory system utilizes this physical relation. The loops are mounted an two
Card

ACC NR- AT6024279
separate opposing plates; each plate has an equal number of loops arranged to form an
XY matrix. To define the induction areas for each loop-pair and to reduce the cms-i-
talk a magnetic screen with apertures slightly larger than the diameter of the loops
is located between -the two plates. The apertures and the loops are very carefully
positioned with respect to each other to achieve a maximum improvement in signal-to-
noise ratio. The perforated, information carrying cards are made of copper, brass or
duraluminum. The cards are patterned after their paper equivalents and have 45 columnsi
with 3.2 x 6.35 mm perforations. One practical method of fabricating the two loop-
planes is shown in I'ig. 2. The planes are made using printed circuits, such that each
horizontal row of rectangular loops represents a 45-bit word and each vertical long
rectangular loop senses the state of the particular bit in each word. A memory with a
capacity of 3072 45-bit binary words was copstructed from 256 separate cards. A diode,
decoding logic was used for card, row, and column selections. A description of the I
circuitry is included. Either sinusoidal or pulse signals can be utilized for excita-]
tion of the input loops. A blocking oscillator generates rectangular current pulses,
allowing for an operation at a repetition rate of up to 5 MHz. The sinusoidal oscillal'
tor is designed for 1 MHz operation. An amplifier accepts the 5 Mv input pulses from
the memory and provides 5 v output. Orig. art. has: 15 figures.
Card

L 06401-67
ACC NRt AT6024279
f 9",
28
Fig. 1.
SUB CODE: 09/ SUBM DATE: 00/ ORIG REF: 003/ OTH REF: 002
Fig. 2.

BURFIISTROVJ. Vasiliy Georgiyevich; VINOGRADOV asiltt. I-yAaQyAA
I - . - P V .14 -
KAZYMOV, Vladimir Iffikolayevich; KOSN, Vasi"y
YelJ7arovi,:h-. RUKOV
6 , Arkadiy Semen(wich; EYDIEIIJX,
Pinkhus Moiseyevich; ZI-MR04KOV, Ye.V.j red,
(C411ection of problems on the organization and technique
of trade] Sbornik zadach po organizatsli i tekhnike torgovIi.
Moskva, Ekonomikay 1965. 174 P. (KIRA 18:6)

ACC N" AR-8002217 SOURCE CODE: UR 0271/66/000/010/13005/13005
AUTHOR: Vinogradov, V. L
TITLE: High-speed system of discrete information transmission between digital
computers whose redundancy is functionally determined by malfunction probability
SOURCE: Ref. zh. Avtomatika, telemekhanika i vychislitellnaya tekhnika, Abs.
1OB24
REF SOURCE: Sb. 2 ya Vses. konferentsiya po teorii kodir. i yeye prilozh. Sekts.
4. Ch. I. M., b. g., 19-27
TOPIC TAGS: data transmission, digital computer, high'6peed data transmission
ABSTRACT: The problem of rapid and reliable transmission of data between
digital computers operating within a single computing system is investigated. The
concept of thL- discrete transmission ensemble representing the whole complex of
transmission system characteristics, transmission methods and coding methods is
introduced. A generalized equation of the transmission ensemble is derived. The
investigation is limited'to a group of codes which can be expressed by a.matrix
Card 1/2 UD

AR7002217
whose elements are combinations of word symbols. The communication system
between a special-purpose computer and Minsk-l digital computer is given as an
example. It is stated that the method described is promising in the case of
computers designed for the processing of "pictorial" information, which essentially
use a matrix presentation of information. There is one illustration and a bibliog-
raphy of 3 titles. [Translation of abstract] [DW]
SUB CODE: 09/
Card 2/2

VINOGIUD07, V.K.; KONKIN. P.1., poipolkovnik.,redaktor; MTASNIKOVA.
~M-
. . Tgftj~~emkiy r*&Atj*.#j
[Saving gasoline in the operation of autonobilet] 17rosomita
lienstna pri skepluatatell avtomobilia. Moskya, Toen. izd-vo
Ministerstva oboromy Soluza SSR, 1955 74 p. (mLRA 8:8)
(Automobiles-Yuel consumptioni

2 1
A, A. .4
//V V
AID P - 2101
Subject USSR/Chemistry
Card 1/1 Pu b. 78 - 14/24
Authors Vinogradov, V. K. and Serov, A. V.
Title Appeal to standardize motor-testing methods for auto
and tractor lubricants
Periodical; Neft. khoz., v.33, no.4, 61-66, Ap 1955
Abstract The aiithor compares existing methods of te9ting motor
lubricants as worked out by TsIATIM (Central Scientific
Research Institute of Aviation Fuels and Oils),
VNIITneftlyu (All-Union Scientific Research Institute
for the Transport, Storage and Use of Oil Products),
VNIIAT (All-Union Scientific Research Institute of Auto-
mobile Transport) and Buggests the adoption of a unified
standardized method pf teatIng.
Institution: None
Submitted : No date

v. ~.
Initiators OLP socialist competii.ion in the light industr7 Stalin prize winners YoskvE,
Znanie, 19-53. 211 p.

~ - - - - I- - T , ~- -- -
VINOGRADOV,V. I.
Autonatic regulator of the food of lubricating Cil into the
cylinders of eaglasse Inergabiulazoo8:19-22 A '55-
(Gas and oil ongimes-Woricatioz) .. (NM 8;10)

VINOGRAQU, 7. K. i 13.;TZ:3FI',, 13. ';.
IndustriFt! I'tc(Adents.
Protection of labor and safety eng.1neer;ng in lltlht indu3tr-f. Tekst, %r(-,m 12, No. 7, 1952.
9. Monthly List of Russian Accessions, Library of Congress, nef.Khwr 195A.2Unclassified.

VINOGRADOV, V. K. (Gorikiy)
------- ---------
Problems of labor h7giene in the production of oy*nthetic canphor
from resinous turpentine. Gig. truda i prof. zab. 5 no.7."-45
J1 '61. (MIRA 15:7)
1. Gortkovskiy nauchno-issledovatellskiy institut gigiyeny truda
i professionallnykh zabolevaniy.
(TURPRITINE INDUS TRY-HYGIENIC ASPECTS)
(r,AMPHOR-TOXICOLOGr)

AFANASIYEV, Aleksandr Afanaslyevich; RABINOVICH, Yakov Mikhaylovich;
VINOGRA re'senzenty, LIOKUMOVICH, KhAh., kand. tekhn.
na , retsenzent; KOVOKHATSKIY, K.I., nauchnyy red.[deceased]l
MINAYEVA, T.M., red.; TRISHINA, L.A., tekhn. red.
[Safety engineering in shoe manufacture]Tekhaika bezopasnosti v
obuvnom proizvodstve. Moskva, Rostekhizdat, 1962. 225 p.
(MIRA 16:2)
(Shoe industry~~-Safety measures)

V11 N WIRAD 0 V
A ID P 4 1
Subject USSR/Chemistry
Card 1/1
Authors Senichkin, M. A. and Vinogradov, V. K.
Title Evaluation of filtration of additives from motor oils
Periodical Neft. Khoz., v. 32, #5, 67-70, MY 1954
Abstract The concentration of the additives in motor oils was
studied by the authors by means of periodical filtration.
The concentrationlB found to vary with the filtrating
material and the type of additives. The operating
characteristics of the motor oil and the effect of the
filtrating material and type of additives must be de-
termined experimentally. 2 charts, a diagram and a
table.
Institution : None
Submitted : No date

IN ~Atr;.Wz
t
Of the
dailizodo -gyiia A. v secm-v
the v K.V
nt . ........

VINOGRADOV, V.K.; YKROIWINA, L.V.
Effectiveness of feeding carp with granulated food. Trudy
sov. Wt. kom. no.14:53-58 162. (MIRA 15:12)
1. Voerossiyok.iy nauchno-isiledovitellskiy institut prudovogo
rybnogo khozyaystva (VNIPRKh).
lca~)
(Fishes-Food)

Evaluation of tha filtered sediments (run motor lubri-
A. L~Lcqlc LIP grAdov.
32. ';%6 5, w-jut 11iml-2- -.7 ...U.),muty
Illoval Of Variims Oil a4fitivcs Ily filtratimw C:111 tic evaltlawil
in the lati-, and the Wit shOUM be malt( it ClWit cill"is"ri"
call cau-4c lowering of the lutwicatiocs v due of (tic oil. Ail
In4ex of their climin3tion by filt"Oun must tw lrwluAlcd in
the oil qxcifir-ltlans. ThV Varicills Altz:10'Un Ineffl-A Inust U
judged by thvir ability to fill" out the additives.
W. -II.-Stemb,cig

5050. gammmom OF "I'mim or Am Moq in 11M
amuchkIn A, wd RE Rem. M=. (oil MTERZ.
I yv-4 W-170): C I m luttlomts U.-Cnall 8 n"8 n1tcr C'ITG
Siollur rtxults *a r*Cw,:l lets (it KiMitivvs is a3e In mutartAlo e~clnos
is rtac=erded as a C49t cativ--d. 1~j

VINOGRADOV., V. K.
A ID P - 3 1, 1
Subject USSR/Chemistry
Card 1/1
Authors Senichkin, M. A. and Vinogradov, V. K.
Title Evaluation of filtration of additives from motor oils
Periodical Neft. Khoz., v. 32, #5) 67-70, MY 1954
Abstract The concentration of the additives In motor oils was
studied by the authors by means of periodical filtration.
The concentrationk found to vary with the filtrating
material and the type of additives. The operating
characteristics of the motor oil and the effect of the
filtrating material and type of additives must be de-
termined experimentally. 2 charts, a diagram and a
table.
Institution : None
Submitted : No date

IMMA-DUL " P'. V16
0
industrial Accidents
Protection.of labor and safety engineering in light industry. Tekst. prcm. 12, No. 7, 1952.
9. Monthly List of Russian Accessions, Library of Congress, October -195t. Unclassified.
2

SENICHKIN, H.A.; VINOGRADOT, V.I.
Evaluation of defiltration of additives from motor oils. Neft.khoz.
32 no.5z67-70 MY 154. (MLRA 7:5)
(Oil inspection) (Petroleum products)

VIDREVICHt YAkov Veniaminovichi VINOGRADOVj V.K.p red.
(Productivity of labor in the textile and otber ligbt
industries of the U.S.S.R.] Proizvoditelinost' truda v teketi-11-
noi i legkoi pror7shlennosti SSSR. Pod red, V.K.Vinogradova.
Moak-va, Rostekhizdato 1960. .127 p. (MIRA 15:5)
(Textile industry-Labor productivity)

VINOCTUDOV, V. K.
VINOGRADOV, V. K. "The 1bysiological Role of Laukocytes in
of Fish and some problemm of the Nervous
this Process." Moscow Technical Inst of
and Economy imeni A. I. Mikoyan. Moscow,
(Dissertation for the Degree of Candidate
Science)
the Ovulation
Regulation of
the Fish Industry
1956.
In Biological
So: Knizhaya Latopis', No. 17, 1956,

8RDSTAMISKIT, N.Y.; JODCHKIN, D.A.; VINDORADOT, V.Li; WERKAN, V.A.
Research In. the synthesis and conversion of ozygen-containlvg
organoollicon compounds. Part 6, Interaction of hydrogen-
con-tainlag aII71(aryl) Oklabloromilenes with alcohol@. IST.
AN SSSX. Otd.khtm.nauk no.10.,1269-1271 D 056. (MEM 9112)
1. Institut organicheskey khtmit Iment N.D. Zelinskogo Almdemit
nauk SSSR.
(Silane) (Alcohol@)

j~7

-4
PC V Z-
AUTHCRS.- Shostakov I'ay, 1-.F. Kochkin, D.A. .Vinogmdov,_ V.L. 62-12-4/2C
SITLE: Investigation of the '.pithesie and of the Tmnsformations of Vinyl
Cciinrounds of Silicon (Isaledovaniya v oblasti sinteza i prevrashche-
niy vinilovykh soyedineniy kremniya) Information 3. The Cbtaining
of Vinyl-~.,kl)cyl-Chlorine-Bilanea by the Intemction of Aoetylene
With Hydrogen-Containing Chlorosilanes and the Inve3tigation of Scme
of Their Properties (Boobehaheniye 3- Poluoheniye vinilalkilkhlor-
silanov vzaimodaystvVon atsetilena a voaorodsoderzhnshchirLi
khlorsilanami i issleclovaniye ikh nekotorykh svoystv)-
PERIODICAL: Izvestiya JAN SSSR Otdelen3YE!Khimicheskikh Naid,-, 1957t I;r 12,
pp. 1452-1456 (USSR)
ABSTRACT: The present paper deals -,rith the elaboration of the reaction of the
vinylation, of hydrogen-containing allWI-halide-silanes as a result
of their coopemtion -,rith acetylene. Frcm the reaction products the
following substances were separated: methyl- and ethyl butadienyl-
dichlorine silanes, dimethyl- and diethyltetrachloride silylethanes,
as well as dimethyl- and diethyltetrachloride allylethanes. The
catalyzers of the vinylation are those of the palladium group (metrils,
Gard 1/2 acids. salts). The reaction of vinylation oan be realized by means

Investigation of the S~mthesis and of the Transformations 62-12-4/2C
of Vinyl Compounds of Silicon. Information 3. The Cbtaining
of Vinyl-AllWl-Chlorine-Silp-nes by the Interaction of
Acetylene With Hvdrogen-Containing Chlomilanes and the
Inveatigation of Some of Their Properties
of the method interrupted in autoclave as viell as by the uninter-
rupted method (like in the case of the virWlation of -.lcohols).
There are 9 references, 6 of vhich are Slavic.
ASSOCIATIONt Institute for Organic Chemistry 21 USSR :Lmeni IT.D.Zelinskiy
(Institut organicheskoy khimii im. N.D.Zelinskogo Akndemii neuk).
SUM-11TTED: June 22, 1956
AVkM4BLE: Library of Congress
Card 2,/2 1. Hydrogen-Vinylation-Reaction 2. MWWlbutadienyldichlorine
3. Ethylbutadieny1dichlorine 4. Diethyltetrachloride silylethanes

SHOSTAKOVSKIY14.,70; 10C N, D*A.; VIIIOGRkMV, V.L.; 13TERMAN, V.A.
Synthesis and conversion of oxygen containing silicon organic
compounds, Part 6: Reaction of oxygen containing alkyl (aryl)
dichlorosilanes with alcohols. Zhur. ob. khim. 27 no.9:2487-2491
S '57. (MIRA 11:3)
1.Institut organicheskoy khimil AN SSSR,
(Silanes) (Alcohols)

AUTHORS: Minachev, Kh, M., Shuykin, 11. 1.. SOY/62-58-7-12/26
Vinogradov, V. L.
TITLE: A Comparative Investigation of the Catalytic Properties of
Platinum on the Conditions of Benzine Aromatization at
Atmospheric and Increased Hydrogen Pressure (Sravnitellnoye
izucheniye kataliticheskikh svoystv platiny v usloviyakh
aromatizatsii benzina pri atmosfernom I povyshennom davleniyakh
vodoroda)
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye khimicheskikh nauk,
1958, Nr 7, PP 866 - 869 (USSR)
ABSTRACT: During the last years the authors of the present paper have
dealt with the investigation of the catalytic properties of
the Pt--, Pd-, Rh- Ni- and Co catalysts (Refs 1-10). In the
present paper the authors report on the investigation of the
activity and stability of the 4% platinized charcoal on the
conditions of the aromatization of the benzine fraction at
atmospheric pressure and different temperatures. Furthermore
the activity and the stability of 0,8% platinized charcoal was
investigated on the same conditions as prevailing in the case
Card 1/2 of the 4% one. The results of the investigations are: The

A Comparative Investigation of the Catalyzic SOY/62-58-7-12/26
Properties of Platinum on the Conditions of Benzine Aromatization at
Atmospheric and Increased Hydrogen Pressure
ASSOCIATION:
SUBMITTED:
greatest activity and stability wan found with the 0,8% cata-
lyst Pt -- C, which operated at 4600 and at 20 atmospheres
absolute pressure. It is of interest to learn that the two
catalysts do not carry out any other reactions but the reaction
of the dehydratton of the 6-membered cycles. There are 1
figureo 1 table, and 1r) referencon, 15 of which are Soviet.
Institut organicheakoy khimil im.N.D.Zelinskogo(Institute of
Organic Chemistry imeni R.D.Zelinskiy)
January 3, 1957
Card 2/2

SOV/74-27-10-4/4
AUTHORS: Shostakovskiy, M. F., Koch-kin, D. A., Vinogradov, V. L. (Moscow)
TITLE: The Unsaturated Silicon Compounds (Nepredellnyye soyedineniya
kremniya)
PERIODICAL: Uspekhi khimii, 1958, Vol 27, Nr 10, pp 1221-1256 (USSR)
ABSTRACT: Early in this paper the authors deal with the importanoe of such
silicon compounds which have alkyl or alkene groups at the
silicon atom. In the USSR as well as abroad abundant scient if4C
publications on the unsaturated silicon compounds are available.
The first part of this report is devoted to the vinyl compo-un-'s
of silicon. In section 1 the following methods for the production
of vinyl silane are dis2ussed: a) the production of 7inyl chloro-
silanes from vinyl chloride and silicon by means of direct
synthesis; b) the production of vinyl alkyl silanes and halogen
vinyl silanes by means of de'.-;ydzcchlorination of the chloro-
alkyl silanes; c) organometallic synthesis of the vinyl .-.om-
pounds of silicon; d) the organolithium synthesis; e) vinylation
of the silanes by means of ai:etylsi f) production of orj;ano-
silicic vinyl ethers. In the second section the physical proper-
Card 1/3 ties of the vinyl silares are discussed. Section three deals

The Unsaturated Silicon Compolindn
SOV/74-27-10-4/4
with the chemical properties of the vinyl silanes: a) inter-
action between thq halogen vinyl zilaneo and alcohols; b)
reaction with ethyleria chlorohydrinj c) fqdrohalogenation; 1)
hydrolysis and cohydrolysis; e) combination with aidehydes; f)
combination with clialkyldithiophogphoric acids; g) combination
with thiocyanogen; h) Friedel-Krafts reaction; i) diene-
synthesis; k) the combination with chloroform and tetrachi-cro-
silicon; 1) interaction with r-.arbon oxide and hydroeen (OY.O-
synthesis). The second part of the paper treats the allyl cc-,-
pounds of silicon. Section 1: diverse methods for the production
of allyl silanes: a) direct synthe B43 of the ally! chlorcsfianes;
b~ organomag-le31UM synthesis of the allyl compounds cf silicon;
c organolithium synthesis of the a- and P-alkenyl compounds cf
silicon; d) hydrogenation of the allyl chlorosilanes; e) pro-
duction of halogen alkenyl ailanes by combination witi, butadienei
section 2: the physical proparties of the allyl silanes; section
3: the chemical properties of the allyl compounds of siliccn:
The interaftion with hydrogen bromide and hydrogen iodide, with
hydrogen chloride, with halides; hydrogenation of the allyl
silanes, reaction with sulfuric acid etc. Part 3: Unsaturatel
Card 2/3 organosilicic compounds of the acetylene series: section 1:

The Unsaturated Silicon Compounds
SOV/74-27-10-4/4
methods for the production of organosilicic compounds of the
acetylene seriesi section 2: physical properties of the organo-
silicic compounds of the acetylene series. Section 3: chemical
properties of the organosilicia compounds of the acetylene
series. Part 4 of the paper deals with the polymerization and
the copolymerization of unsaturated compounds of silicon. Section
1: polymerization. Section 2: copolymerization.
There are 3 tables and 119 references, 70 of which are Soviet.
Card 3/3

D 00 ton 2 -2
_,-ACC-NRi-Ar6V0G95-1-3- n n i
~a xjx_1 'E.- U11/0413/6a/o V:~Yr rVr_4fVWCa
ALFTHOR: retrov, K.-A-.; Raksha, M. A.; Vinogradov, V. L.
ORG: none
TITLE: Synthesis of dichlorides of alkoxyvinyl- o a lko;~Cyq11C;[1-
hi -40 a
vinyl-thiophosphinic acids.4 Class 12 No. 17 announced by the,
Milita r AcacLemy of CH-e-fiff-call Defense tv ya akademiya
khimicheskoy zashchity)j
SOURCE: -Izobreteniya., promyshlennyye obraztsy,, tovarnyye znaki,
no. 5, 1966, 22
TOPIC TAGS: vinyl thiophosphinic acid, dichloride
ABSTRACT: An Author Certificate has been issued describing a method
for the synthesis of dichlorides of alkoxyvinyl- or allcoxyalkylvinyl-
thiophosphinic acids by the interaction of organic ethers with phos-
phorus pentaohloride in an inert solvent followed by the treatment
of the reaction mass with hydrogen sulfide. To broaden the variety
of raw materials, the use of ethers of the aliphatic series is
suggested. (LD]
SU13 CODE: l1/ SUBM DATE: O7Aug64/
Card 1/1 uDc: 547.419.11053.23.07

zip; j
ACC NRi AP7000239 SOURCE CODE: Ult/0079/66/036/004/0715/0718
;7
AUTHOR: Petrov, K. A.; Rakshn, M. A. ; Vinogradov, V. L.
ORG: none
:"Synthesis and Study of the Properties of DeriVatives of'
Alkenephosphlnio Aoids4 Is Froduotion of Dichlorldes of Substi-
;tuted Vinylphosphinio Acids by the Reaction of Ethers with
~Phosphorus Pontaohloridet;
~osocvr,.Zhurnal Obshchey Khimil, Vol 36, No 4. 1966, pp 715-
Abstract: A method was developed for synthesizing dAchlorides
__,of alko. vla;phopp c"and beta -alkoxy -alpha -al 1w1v Inyl-
V _41p1
-aeids In good!:yields by the reaction of others with
phosphorue peritaoliloride In an inert solvent or in exceng otherp
followed by treatment with 3ulfur dioxide. The dichlorides of
bet-a-propoxy-alpha-mothyl and bota-butoxy-alpha-ethylvinyl-
hosphinic, and -thiophosphinio acids were prepared and oharaot-
zed for-the f,irst time. The study of the rcaotion:3 of pho-
=
sphorus pentachloride with others containing mixed radicals and
he study of the properties of..derivatives--of*alkenephoi3phinio
~aoids are bo1nx-oqnV1nuqa,. ' Orig. art. has: 1 table. CJPFtS.- 37,1767-
C,rd 1/2 IJDC:

FkCR ",71
0
TOPIC TAGS$'*phosphinic acldp organic synthetic process, phosphorus chloride
SUB CODE: 07 / SUBM DATE: 04 Mar 65 / ORIG REF: 023 / OTH REF: 005
2/2

VINOGROOV, V.L.
Testing the discharge capacity of turbines at large hydroelectric
power stations. Sbor. rab. po gidrol. no.4:128-133 164.
(MTIRA 19: 1)
1. Gosudarstvennyy gidrologicheskiy institut, Leningrad.

SAVC19mo, V.P.; V!NOGfLUOV,..V.L.i YAKGVIZV, Yv.T.
Frout and rear effect and its prospecting impcrtoinco. Geol.
nefti, i gaza 9 no.706~4-0 Je 165,
(MIRA 18%12)
1. Vaesoyuznyy nauchno-looledovatelliskiy truntitut prirodnogo
gazae

.,L 4957-66 EWT(m)/EPF(c)/E11P(j) RM
AGG NRI AP502566o SCSPE CODHs UR/0286/6~/990/4 26/0026
radovq V. L.'
!AUTHORSt Petrov, Ka A.1 Rakeha He A Vinq V, L.V'I'
OROz none
JTITLEs A method for obtaining #jjjmQ1chloroWdxydridea of substituted y!Mlphoo-
phonic acids* Cla 12
No. 174627
SOURCEt Byullaten' izobreteniy i tovarnykh znakov, no, 189 1965# 26
~._j TOPIC TAGSt phosphonic acid, vinylphosphonic acid., fatty'acidt phosphor organic
compound
ABSTRAM This Author Certificate presents a method for obtaining divinylchloroan,4,
bydrides of substituted vinylphosphonic acids by reacting simple asters with
hosphorus pentachloride,, with subsequent treatment of the reaction mixture with
p
sulfur dioxide. To increase the range of starting raw-materials., esters of simple
fatty acids were used. In an alternative procedures exceds of starting ester is.
used as solvent.
SUB COM OC/ SUBK DATEs l1Jul64
-C
_C&rd_2A _UDC,__547.4i9.1!-3i2.oz_ J

YEFR&OV, Bergey Vasillyevich; STRUGACHO Vladimir Abra=vich;
DUBOSKAYA, Vera Aronovna; VINOG1"V, V.L90 red.; PLUIYUNIKOV,
M.N., red.; VARAKOSOVA,
(Intaglio printing] Glubokala pechat'. Moskva, 1zd-vo
"56vetskaia Rosaiia," 1961. 372 P. (MIU 1523)
(Plate printing)

SHOR, Issak,-Tladimirovich; TINOGRADOT, T.L., red.; POPOT, N.D., tekhn.
red. ,J ,...... -
(Alectric power plants for motion-picture projection] Kin*-
,, laktrostantaii; uchabnoe posobie dlis uchashchikhaia kino-
takhnikumov. Koakva. Izd-vo "Sovetaksia Rosaiia," 1960.
272 P. (KIRA 13:7)
(Blectric power plante) (Kotion-picture projection)

BMMZIN, Boris Ivanovich; TINOGRADOT, T.L., red.; ROZIN, B.A.. tekhn.red.
(Printing 1ndustr7 materials; & textbook] Foligrafichaskia naterla2y;
uchobnik. Moskva, Izd-vo OSovetskaia Rossiia," 1960. 560 p.
(MIRA 13:7)
(Paper products) (Printing machinery and supplies)

SHIMON, Alekeendr Alekseyevich; VINOGRADOV, Y.L., red.; TELAGIN. A.S.,
tekhn.red.
[Technical means for cultural and educational work; textbook for
the schools for community center employees] Tekhnichaskie
sredstva kallturno-proevatitallnoi raboty; uchabnik dlia kullturno-
proevetitellnykh shkol. Moskva, Izd-vo "Sovetaknia Rosaiia,O
1959. 243 p. (MIRA 13:5)
Olectric apparatus and appliances) (Community centers)

IUMVICH, Iosif Andreyevichi Prinimaii -uchastiye: FEDOROV, S.F.; VXAQLRW.
V 1. nauchayy sotrudnik; KOZYREVA, N.A., nauchnyy sotradnik; PXRZ-
V&SUA, M.I., nauchnyy sotradnik; YETRABM, V.A., nauchnyy
sotradnik. MIRONOT, S.I., akademik, otv.red.; SHOBODOV, S.P., red.
iod-va; GUSEVA, A.P., teklui.red.
(Facies and geochemical characteristics of Keso-Cenozoic deposits
of the eastern part of Western Siberia] Fatsial'no-gookhimicheakaia
kharektaristika mazo-kainozoiskikh otloshenii Vostochnogo Zaurallia.
Mookva, Izd-vo Akad.nauk SSSR, 1959. 114 p. (MIRA 12sO
1. &ikovoditall Yontoohnoy komplokunoy nefte-gazovoy ekspeditali AN
SSSR (for Tedorov). 2. Chlon-korrespondent AN SSSR (for YedorOT).
3. Laboratoriya genezion nefti (for Mironov, Vinogradov, Kozyreva.
Perevbdentseva, Feyrabent).
(Siberia, Western--Geology, Stratigraphic)

VIjIOGRAR2y,_S,jj,,,~_ AKUiSKI1-, 'K.D.; USPEENSKIY, VA.; BRAYLOVSKIY, N.G.,
. *5F
inzh.l red.; VO.IOE0Y.--VAL, L.V., tekhn. red.
(How to prevent the blocking of wheel sets] Kak predupredit'
zaklinivanie kolesnykh par. Moskva, Transzheldorizdat, 1963.
203 p. (MIM 17: 2)

VINOGRAI)OV, V.M.
Wdrostatic level recorder with pneumatic transmission.
Trudy GGI no.84:60-63 160. (MIRA 13:11)
(Liquid level indicators)

VII7waum, V. Fi.
I'llook-rule (Klyuclivaya reyka) Designed by the State ~vdrological Institute Design," No h,
pp 83-84.
(7,4ateorologiya i Gidrologiya, No 6 Nov/Dec 1947)
SO: U-3218) 3 Apr 1953

VINOGRADDV, V.M.
I
~-W�
Few bydrometric windlass equipped witb a rotatable crane arm.
Trudy Wrl no.?0:76-80 '58. (MRA 11:11)
(Hydrology)

vmoaum
Ice sinker and device for lowering the rotator when working on
ice. Trudy GGI no.70:81-83 '58. 1 (MIRA 11:11)
(E~rdrology--Cold weather conditions)

T-M-- RAZUMCVSKITO Y.T.; MOVA, L.T.; TA=IMNOVo P.Y.;
'NOGR
..A~
I HITEILOT, O.V.; PICHUGIN, B.X.; PROKOVIV, I.V.,- FIDOROVO B.L.;
KOSMUMSKIT, T.S.; IVANOTAO A.S.; SHIGIRITO T.G., USHCI n T,
Gel*; VgRONKOVA, YaGA.; ZAKUTUA,'A.A.; SJMXMWO N.A.; KUMKW,
A.I.; POPOV9 B.L.;.FINOGIKOVg V.-P., NABOROT9 V.B.; CHENCHIKMXIY,
S.Y.; IVANOV, Te.A~; AIKHIM079 VoSo, red.; VINOGRADOV, V.M., red.;
SMIRKOV, A.M., red.; KA OVSUU.-O.G.. red. izd-va; RUDCHOW,
A.M*, red. izd-va; LIM07A, I.Se, takhn. red.
[Foreign co=erce of the U.S.S.R. with capitalist countries] Vnesh-
n1aia torgovIia SSSH a kapitallaticheeklml stranami. Moskya, Thash-
torgisdat, 1957. 232 p, (MIAA 1137)
1, Moscow. FatWha*--issledovatel'sIdy kon"yunktuxWy inatitut.
(Rassia-Commarce)

PICHUGIN, B.M.; SABRLINIKOV. L.V.; BODRIN. V.V.; SOLODKIN, R.G.;
KRU2HKOV. V.I.; MMOVA. L.V.; LYUBSKIY, M.S.; PUCHIK. Ye.P.
Cdeceaaedh KAMSKIT, N.H.; TASHCOM. G.I.; GLr-ICMXOYA, I.N.;
MOROV, B.A.; KARAVITJCV, A *P.--VIROGRADOV V M., red.;
SHLENSKAYA. V.A., red.izd-va; ~tekhn.red.
[Commercial policy of European capitalist countries] Torgovo-
politicheakii rezhim evropeiskikh kepitalistichookikh stran.
Moskva, Vneshtorgizdat, 1960. 234 p.
(KIRA 14:2)
1. Moscow. Nauchno-iseledovatellekly konwyunkturnyy inatitut.
(Marops. Western--Foreign trade regulation)

GORBUEOV, Rom Grigorlyevichi__YTNPGRADOVS--V.4.1 red.; KAKHOVSKAYA, O.G.,
red. izd-va; LEKANOVA, I.S., tekhn. red.
[Soviet-American trade re2Atidnsl Bovetsko-amerikanakie torgovye
otnosheniia. Moskva, Vheihtorgizdatp 1961 58 p. (MIRA 14:6)
(Russ ia-'Ccooderce-United Statee
(United States-Commerce-Rusoia;

VINOGRADDVO _!.N.,__inzherAer.
4blOW -
Irregular heating of metal in an electric are furnace. Stall 17 n0.3:
275-276 Mr '57. (KLIIA 104.4)
1. ?Bentrallnaya laboratori7a avtomRtIkI.
(31actric furnaces)

137-58-6-11460
Translation from: Referativnyy zhurnal, Metallurgiya, 1952, Nr 6, p 30 (USSR)
AUTHOR: Yefroymovich, Yu.Ye -
TITLE: Refinement of a Method for Mcasuring the Temperature of
Molten Steel in a Furnace (Usovershenstvovaniye metoda iz-
mereniya temperatury zhidkoy stali v pechi)
PERIODICAL: Tr. Nauchno-tekhn. o-va chernoy metallurgii, 1957, Vol
18, pp 6Z9-633
ABSTRACT: The temperature range within the bath of an electric steel
foundry furnace may attain 40 or 500C. Investigations con-
ducted by the TsLA and the Elektrostal' Plant, in which 5- and
15-t furnaces are used, confirm the existence of a tempera-
ture gradient attaining 1.5 degree/cm. Rabbling reduces but
does not eliminate the temperature differences. Improved ac-
curacy in temperature measurement may be accomplished by
refinement of the measuring devices and primarily by equal-
izing the temperature field of the bath, e._r,., by the introduc-
tion of magnetic agitation. An experimental installation for the
measurement of temperature that has been mounted on a 5-t
Card 1/2 furnace consists of a thermocouple with W-Mo electrodes (in a

137-38-6-11460
Refinement of a Method (cont.)
shielding shell containing a circulating
through a water-cooled aperture in the
couple has been brought to 15-20 hours.
inert gas), lowered into the furnace
roof. The service life of the thermo-
V,T.
1. FuranceS-Perforniance 2. Steel--Temperature factors 3. Tempera Ture- -Ple a_~ urement
4. Ther~Tiocotiples--Applicat-'-:;ns
Card Z/Z

VIBOGRADOV . V.11%
Autc~aatic control of thermal ccnditior-s in steel =elting ar--
fusmaceso Izv. vyse ucyeb. Za'7~; chern. =et. 4 no.7:18C--
39 4 161. (MIRA 14:8)
1. Moskovskiy institut, stali.
(Electric furnaces)
(Automatic control)

S11311611000100410031003
B105/B202
AUTHORS: Yefroymovich, Yu. Ye., Vi ojzgfjdgv-,X, It Pirozhnikov,
V. Ye., Danishevskiy, 9-.K.
TITLE: Application of refractory endpieces for controlling the
lining temperature of electric arc furnaces by means of
thermocouples
PERIODICAL: Ogneupory, no. 4, 1961, 181-184
TEXT: The authors describe thermocouples with refractory endpieces for
measuring the temperature of liquid steel and of the refractory lining.
The Tsentral'naya laboratoriya avtomatiki (TsLA) (Central Laboratory of
Automation) and the zavod "Elektrostall" (Works "Elektrostall") are
conducting comprehensive work for the automation of the steel melting
process in electric arc furnaces. The following persons participate in
this work: L. V. Vinogradova, N. I. Voronin, L. I. Gellis, I. A. Getman,
V. V. Levchuk, T. Z. Malikova, 0. M. Margulis, K. G. Romanchenko, and
D. S. Rutman. Fig. 1 shows the arrangement of the thermocouples for
continuous temperature measurement of the lining as well as of the
Card 1/ 5

S/131/61/000/004/003/003
Application of refractory endpieceB ... B105/B202
liquid steel temperature in the electric are furnace. Thermocouples
with tungsten-rhenium electrodes with a content of 5-' and 20';tf) of
rhenium EP5/20 (VR5/20) which had been developed by the TabA and the
Moskovokiy elektrolampovyy zavod (Moscow Incandescent Lamps Factory)
and tungsten-molybdenum electrodes with an addition of 0-5% aluminum,
which were produced by the TsNIIChM (Tsentrallnyy nauchno-issledovatel-skiy
institut chernoy metallurgii (Central Scientific Research Institute of
Ferrous Metallurgy)) proved to be the most stable thermocouples for a
continuous temperature control. The temperature of the lining is
continuously recorded by a self-recording potentiometer. To select the
most suitable endpieces the products obtained from ZrO 29 Al203 ' BeO, MgO
were tested which had been produced by the VIO, UNIIO (Ukrainskiy
nauchno-issledovatellskiy institut ogneuporov (Ukraine Scientific
Research Institute of Refractories)) as well as by the Podol'skiy zavod
(Podol'sk Works). The experiments were made in a 20-t furnace operating
with a 9000-kva transformer. Maximum stability was observed in high-
alumina endpieces which had been produced by the Podollsk Works of
Refractories. The experimental results showed that endpiecea with a wall
Card 2/5

3,1131
0511
Application of refractory endpieceB ... 31 B202
thickness of more than 1.0 mm, are suited best for the continuous
temperature measurement of the linin& of walls and arcs during 4-5 hours
(duration of melt) (Fig. 4). Endpiece8 with higher thermal stability
are necessary for temperatures exceeding 17000C. The duration of melting
and.thus also the overheating of the lining can be reduced by increasing
the temperatures of the metal in the period of oxidation. Test melts of
remolten IiIV,15 (ShKhl5) steel showed that with a reduction of the
specific current consumption by 50-55 kwh on the average, the average
duration of melt could be reduced by 33 and/or 17 min. The control of
electrical and thermal conditions resulted in an increase of the average
stability of walls and arcs of electric arc furnaces by approximately
3-5 melts. There are 4 figures, 2 tables, and 4 Soviet-bloc references.
ASSOCIATION: TsLA Glavproyektmontazhavtomatiki
Card 3/5

Application of refractory endpiecr.u
Legend to FiG. 1:
I - immersion thermo-
couple; II - thermo-
couple in the arc;
III - thermocouple in
the wall- 1) metal
tube; 2~ graph.,te
block; 3) refractory
endDiece
1,/i 311611000100410031-J,.J
B105/b2O2
Gar.d_,W -

Application of refrr-ctory endplece3
Legend to Fig- 4: durability
S/ -, 'x I / 6 1 / ") --.O'~~ ~ ,:- , " /. , -1 ' 11". ~' -. -
B105/,B202
of the endpieces as depending
on their wall thickness when
measuring the temperatures of
electric are furnaces.
a) durability, hr; b) wall
thickness, mm.
./ Y.
zu
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372,19
s/148/62/000/003/004/011
ff s Yo 0 En4/E435
AUTHOR: Vinogradov. V.M.
TITLE: Automation of steel melting in electrical are
furnaces
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy.
Chernaya metallurgiya, no.3, 1962, 67-76
TEXT: Currently, steel melting is controlled manually, guided
by periodic spectrographic and chemical analysis, temperature
measurements and measurements of electrical quantities. This
does not ensure adequate uniformity of the product. The present
work, undertaken in the Central Automation Laboratories, enquires
into various organizational and technical measures which would
facilitate mechanization and automation of the ste'el melting
process. Criteria are established for the essential measurements.
The melting cycle comprises a chain of consecutive functions
determined by the state of the metal$ the slag and the furnace.
The controllable factors influencing the process include the
supply of electrical energy, feeding charge materials and oxygen
into the furnace and mechanical operations such as-mixing.
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s/148/62/000/003/004/011
Automation of steel melting ... E114/E435
The non-controllable factors are the initial conditions of the
furnace and the furnace charge. An experiment was carried out
on a 20 ton capacity furnace making ball-bearing steel W X15
(ShKhl5)- The cycle was divided into 32 main invervals of which
37.8% were "technological", 28.9% "supply of energy1l and
33.3% "mechanical operations". It was found possible to reduce
the average length of cycle by 73 minutes, corresponding to 50%
increase in productivity. A further 18 minutes could be saved
by applying electromagnetic mixing and increasing the speed of
electrode movement. The savings were 16, 9 and 25% in the
"technological", "energy supply" and "mechanical operations" parts
of the cycle respectively. Some 40 to 50 kWh /ton were saved in
electrical energy thereby. Use of oxygen saves 5 to M/b of cycle
time. The information needed to control the cycle comprises
temperatures of the refractory lining and of the metal, and
physical and chemical measurements of the state of the furnace
contents. Some measurements can be done.instantaneously, others
reA.uire a period of time. Some are carried out visually -
subjectively. During 24.71/a of the time (comprising 18 intervals
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S/148/62/000/003/004/011
Automation of steel melting ... E114/E435
out of 32) interlock control can be applied initiating one
interval automatically when the preceding interval is completed.
During 20.5% of the time (comprising 10 intervals) the process is
controlled by chemical analysis and instantaneous measurements.
During 511-7% of the time (11 intervals) control is purely by
subjective judgment. Conclusions are that the division of
process into intervals provides a rational basis for estimating
the relative importance of function time savings and for the
determination of essential quantities which have to be measured.
New sensing heads have to be developed to provide information for
automatic control of 50 to 60% of the cycle time which is now done
by subjective judgment. The work was carried out at the
Central Automation Laboratory under the direction of Professor
Doctor of Technical Sciences N.V.Okorokov. There are 2 figures
and 4 tables.
ASSOCIATIONS; Moskovskiy institut stali i Tsentrallnaya laboratoriya
avtomatiki No~cow Steel Institute and
Central Automation Laboratory)
SUBMITTED: June 21, 1961
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S/130/6Z/000/006/001/003
Aoo6/Aiol
AUTHORS: VJnoxradov V "M Yefroymovich, Yu. Ye.,Kablukovskiy, A. F.,
Simonov, V.-I.
TITLE; Automated control and regulation of heat conditions of a steel-
melting are furnace
PERIODTCAL: Motallurg, no. 6, 1962, 16-18
TEXT: To eliminate deficiencies In the use of Immersion thermocouples,
the Central Laboratory of Automation and the Blektrostall Plant have denjg1lo-d
a mechanized unit for multiple periodic measurement of the metal temperature In
the pool of a steelmelting are furnace and have developed-an automatic method of
regulating the heat conditions of the furnace. The temperature-measuring unit
consists,of a pneumatic force-mechanIsm, a trolley for moving the thermocouple,
guides, a mechanism controlling the position of the thermocouple and a control
board, The unit is fixed to the furnace portal and the tungsten-rhenium thermo-
couple is introduced into the furnace through a special hole, Between the
measurements, this aperture is closed by a pneumatio-driven-slide which operates
the electro-pneumatic relay circuit of the thermocouple. An electronic potentio-
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S/130/62/000/006/001/003
Automated control and regulation Aoo6/Aloi
meter with a signal unit and automatic control of the completed measurement
serves as a secondary registering device. The use of this device reduces errors
in measuring the mean pool temperature; the temperature control can also be
performed during smoke formation without switching-off the furnace. The metal
temperature pulse can be used to produce a clo3ed circuit for the automat1c
control of the furnace heat conditions. The metal temperature indicator is
connected to the heat-condition control unit which operates the transformer-
voltage step-switch and an automatic device regulating the power supply with the
aid of a computer. Experiments made with the new and conventional units 0,)w
that the temperature straggling of the metal in the pool and In the ladle can
be reduced by a factor of 2.5 - 3.5. The efficiency of the furnace is raised
by 7 - 9%; electric-power consumption decreases by 3.5 - 4.0%. There are
2 figures.
ASSOCIATIONS: TsLA (Central Laboratory of Automation); Zavodf'Elektrostalt't
(Elektrostall Plant)
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S/133/62/()00/006/002/015
A054/A 1. 27
AUTHORS: Kablukovakiy, A. F., Candidate of Technical Sclencer., 'Amonov, V. I.,
Vinogradov,__Y. f4.,_j'-.ng1necrs
TITLE: Temperature checks of the bath and control of arc furriace heat con-
ditions
PERIODICAL: Stall, no. 6, 1962, 521 - 523
TEXT: The conventional method of ensuring the required heat conditions
of smelting, based on immersion thermo-couples and manual control, sometimes
cau*es variations in temperature of 60 - 700C during the oxidizing and reducing
periods. To improve the-existing temperature control methods, tests were carried
out at the "Elektrostall" Plant in smelting MX15 (ShKhl5) grade steel in a 20-ton
arc furnace. In these tests the optimum operating conditions of the electrical
system were established for obtaining the required metal temperatures and prevent-
ing overheating of the furnace lining. It was found that the main factors affect-
ing the control of the furnace operation are the accuracy of the metal tempera-
ture recording in the bath and the accuracy with which instructions as to the
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Temperature checks of...
)Yo
A054/A127
duration of smelting phases, the amounts of slag forming, alloying elements,
oxygen and ore are being followed. The conventional manual method of bath tem-
perature recording with Immersion thermocouples in arc furnaces riot provided with
electromagnetic stirring equipment Is not accurate enough (the places of'lrneasure-
ment vary) and necessitates switching off the current, thus causing unwarranted
standstills (5 - 7 minutes for 20 measurements). Hence a mechanibm has been de-
veloped to allow mechanical temperature recording of the metal by means of
BP -5/20 (VR-5/20) immersion thermocouples. This mechanism gives more accurate
average Indications, because the places of recording in the depth of the bath and
on the metal surface are stabilized. It was also possible to increase the number
of measurements to 15 - 20 and to reduce the current switch-off time during smelt-
Ing. When applying the new heat control method (manually), the variations in t-em-
perature were reduced to j-1QoC and overheating of the lining was completely eli-
minated. Comparison of the temperature conditions with the conventional and the
experimental method shows that inaccuracies of the conventional control sy5tem
are apt to lengthen the smelting process (for the reducing period alone) by an
average of 15 - 20 minutes and to increase power consumption by 30 - 40 Y11-hour/torl.
There are 3 figures.
ASSOCIATION: Zavod "Elektrostal!' ("Elektrostal"' Plant) and Tsentral'naya labora-
Card 2,/2 toriya avtomatiki (Central Laboratory of Automation)