SCIENTIFIC ABSTRACT KUZNETSOV, V. I. - KUZNETSOV, V. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928210005-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

777777

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KIMM, 22LIJ,-.L; BLEDUM, A.G.; DODROYOLISKIY, A.Y.; GENSInA, Ye.P.
Usn of products of primary tar from Ukrainian brown coah for
disinfection. Zhur.mikrobiol.epid. i immun.,eupplement for 1956:16-37
157 (MIRA 11:3)
(COAL-TAR PRODUCTS) (DISIMCTION AND DISIMOTANTS)

AUTHORS:Fadeicheva A.G. and Kuznetsov V.1. 73-2-20/22
TITLE: Complex utilisation o-f-lignites the Ukrainian RSS.
XVII:Phanols of primary lignite tars of theUkrainian EBB.
(Kompleksnoye ispolizovannye burykh ugley USSR.
XVII:Fenoly pervichnoy smoly burykh ugley USSR).
PERIODICAL; "Ukrainskiv Xhimicheskiy Zhurnal" (Ukrainian Journal
of C emistry), Vol.23, No'02r Mar_&K-mApril, 1957,
pp'.266-271 (USSR).
ABSTRACT: Tars obtained by semi-coking of bituminous lignites of
the Ukraine contain up to 9 to 10% phenols. Hitherto no
data have been available on the composition of phenols
obtained by the low-carbonisation of tars. To obtain
these data phenols were prepared from fractions of lignite
tar i.e. from petroleum, petroleum naphtha and paraffin
11 The fractions were treated with a
oils. 10% ~2S04 solu-
tion and a 5% solution of calcium bicarbonate to extract
the carboxylic acids. Phenols were extracted from the
fractlions with a 13% solution of sodium hydroxide at 18
card 1/3 to 20 0. The obtained phenolates were purified and de-
composed with a 20% H2S04 solution. The extracted tar is
soluble ift acetonep ethyl alcohol and insoluble in benzene,

73.2-20/22
Complex utilisation of lignites of the 'Ukrainian RSS.
XVII:Phenols of primary lignite tars of the Ukrainian RSS,
(Cont'. )
petroleum and petroleum ether. The most valuable compon-
ents were shown to occur in the first three fractions and
represent 7'.?% of the weight of the tar. The lower phenol
content is 3.8% (Table 1). The content of sulphur-
containing compounds in the phenols increases with in-
creasing boiling point of the fyactions. The crude phenols
separated from the individual fractions contained solid
pheno18 (or so called acid asphaltenes), which are in-
soluble in etroleum ether. Phenols of the paraffin con-
tain 50% solid phenols. The latter are completely soluble
in ether, benzene, alcohol and aqueous alkalis. The crude
4phenols were rectified at 20 mm HG pressure. The phenols
Card 2/3 of the benzene and,ligroine fractions consist mainly of
phenol and cresols. The kerosene and paraffin fractions
contained a considerable quantity of xylenol and high-
boiling phenols (Tables 2, 3, 5 and 6). Liquid phenols of
the paraffin fraction contain mostly high-boiling phenols
which are difficult to distil. Fractions of phenols

73-2-P-0/22
Complex utilisation of lignites of the Ukrainian EBB,
XVII:Phenols of primary lignite tars of the Ukrainian RSS.
(Cont.. )
boiling between 204-226 C were separated into 3 fractions.
Data tabulated in Table 4 show that the xylenol fractions
contained considerable quantiti6s of cresols (1, 3, 5-
xylenol and 11 4j 2-xylenol)'.
There are 6 tables and 5 references, 2 of which are Slavic~.
ASSOCIATION: Institute of Thermal Powert Academy of Sciences,
USSR,(Institut Teploenergetiki AN USSR).
SUBMITTED:JulY A 1956" 0
AVAILABLE: Library of Congress
Card 3/3

AUTHOR; Kuzueteov, V. I., and Fadeicheva, A. G.
73-3-22/24
TITLE: Complex Utilisation of Ukxainian. lAgaites, XVIII. The Puri-
fication of Primary Tar Phenols of Ukrainian Lignites from
Neutral Oils and Sulphur Compounds. (Kompleksnoys Ispoll
zovaniye Burykh Ugley USSR. XVIII. K Voproepa Ochistki Fenolov
Pervichnoy Smoly Barykh Ugley USSR ot Neytrallnykh Masel
i Semistykh Boyedineniy)
PERIODICAL: Ukrainskiy Khimicheakiy Zhurnal, 1957, Vol, 23, No-3t
pp. 406-410 (USSR)
ABSTRACT: The purification of phenols, obtained from tats, by thermal
decomposition, is very important for industry. They have to
be purified from neutral oils and sulphur compounds. A
method for separating these oils by using superheated steam
gave satisfactory results and can be recomm nd d for indus-
trial purposes. It makes it possible to obtain phenols with
2.4 - 4.8% neutral oils Y&ich give suitable materials for
plastics. The phenolates were prepared by treating separate
fractions of primary tar with a 1N, NAOH solution. These
phenolates contain varying amoUnts of neutral oils, e.g.
fractions boiling at 120 - 315"G contain 12.1% neutral oils,
thi8 content increases to 22.4,01* for fractions boiling at
360 C. The temperature of the superheated steam was 2500C as
Card 1/3 higher temperatues cause oxidation of the phenols. This

75-3-22/24
Complex Utilisation of Ukrainian lAgnites. XVIII. The Purification
of Primary Tar Phenols of Ukrainian Ligaites from Neutral Oils
and Sulphur Compounds*
method makes it possible to lower the content of neutral
oils from 21% to 2.8%, Batisiactory results were obtained
at a steam temperature of 200 C. The residual neutral oils
constituted under these conditions 4.9% at a 100j5, steam con-
sumption and 3.8% at a 150% steam consumption. A 84.2 - 88.1%
efficiency of separation is reached; when 2001% steam is used
the efgiciency increases to 90.7%. When superheated steam
of 200 C is used a further decrease of neutral oils ensues
and the efficiency of purification reaches 90.6, 91.3 and
92.6% at a corresponding steam consumption of 1009 150 and
20T1,60 IaboratorT 4aba were confirmed with pilot plant ex-
peximents v&en mixtures of phenolates obtained during alka-
line treatment of benzene-, ligroine- and kerosine-fractions
and of paraffinic oils. Results of these experiments
(Table 1) confirm the previogli obtained data. The neutral
oil con-tent can be reduced co derably by extracting the
phenols from very narrow fractions. The phenolates absorb
to a large extent acidic and neutral oxygen-containing com-
pounds and unsaturated hydrocarbons. Sulphur compounds
of phenols can be separated during the rectification
Card 2/3 of phenols by addition of a small quantity

73-3-22/24
Complex Utilisation of Uk7ninizan LiE~nic;es. XVIII. The Purification
of Pviiaavy 'Par Phenols of Ukrainian Lignites from I-Teutral Oils
and Sulphur Compounds.
of air or by 0treating the plienolo 1\:,,duced. bojz, ore
at 200 - 250 0. Figure I shows Grapho of a standard
di--tillation of a neutral oil and of a dephenolised
fj-,LCtion, the distributiou of sulphur in tar fr~.-ctions
in phenols, separated from L-hese fractiowf~ i.,; shovin in
fiL.-~ure 2. Tho .,:,;ulphur content in phenols; via.-.-, decreased
to 0. 25"; (from i.e. a 701~~ efficiency via.,; attained.
There arc 2 figures and 1 Slavic reference.
'A-Blil
LITLZ: July, 30, 1956.
ASSO01AT101,1: ln~;titute of Thermal Power, Academy o-z ciences,
Ukrainian k")'SH!, (Institut Teploonorgetil"'i A~-,T Ussit)
AVILILIba: Libr3ry of Congress.
Card 3/3

11(7) PHASE I BDOKmawITATION 807/2794
kkademiya nauk Ukrainskoy SSR. Institut teploenergetiki
Izucheniye i komplekanays pererabotkasmol i bitumov burykh ugley Dneprovskogo
basseyna, ch. 2 (Study of Tare and Bitumens of Dnepr Basin Brown Coal and
Their Comprehensive Conversion) Pt. 2) Kiyev, 1958. M p. 1,000 copies
printed.
Resp. Ed.: N. M. Kareveyev) Professor~ Corresponding Member,, USSR Academy of
Sciences; Ed. of Publishing House: T. K. Remennik; Tech. Ed.: I. D. Xilekhin.
PURPOSE: This collection of articles is intended for scientific workers in fuel
research institutes as well as for technical and engineering personnel study-
ing problems of comprehensive utilization of solid. fuels.
COVERAGE: This collection of articles on the utilization of coal for chemical
products is the result of investigAtions made by the Institute of Thermal
Power Engineering of the Academy of Science of the Ukrainian SSR. The process
of converting tar and carbobitumene produced through the thermal decomposition
of Dnepor basin brown coal is analyzed. The importance of the utilization of
gases and products of thermal converaion of solid fuel for the growing
Card l/

Study of Tars and Bitumens (Cont.)
SOV/2794
production of sypthetic mterials is pointed out. The use of solid fuels
both as a source of heat energy and as a source of chemicals is empha-
sized. References accompany individual articles.
TAMZ OF COMM:
Govorova, R. P. Chemical Composition of Gasoline Obtained From Tar
Produced by Semi-coking 5
Fadeicheva, A. G., and V. 1. Kuznetsov. Study of Phenols Extracted
From the Fraction of the grown Co-EI-7rizary Tar 13
Fadeicheva, A. G. Study of the Composition of Refinery Slope Resulting
From Semi-coking of Bitumenous Brown Coal and Conversion of Primary
Tar 22
Makovetskly,, P. S. Study of Paraffinic and Naphthenic Hydmcarbons of
the Intermediate Tar Fraction Produced by Semi-coking of Brown Coal 27
Mak~ovetskiy, P. S. Study of Aro=t1c Hydrocarbons of the Intermediate
Tar Fraction Produced by Beni-coking of Brown Coal 45
Card 2/4

Study of Tare and Bitumens (Cont.) SOV/2794
Makovetakiy., P. S. Det~pdnation of the Presence 'of Alkene Radicals in
a Side Chain of Aromatic Hydrocarbons In the Intermediate Tar Fraction
Produced by Semi-coking of Brown Coal 57
Kakoveteldy) P. S. Neutral Oxygen Compounds of Intermediate Tar Frac-
tion Produced by Semi-coking of Brown Coal 64
Kuznetsov, V. I., and A. A. B~brova. Brown Coal Carbobitumen and Its
Production by Means of Extracting Bitumenous Brown Coal 67
BobrQva) A. A.p and V. I. Kuznetsov. Study of the Addition of Water
to Solvents Used in Extraction of Brown Coal 90
Bobrova., A. A.., and V. I. Kuznetsov..; Problem of Removing Tar From
Brown Coal Carbobitumen 101
Bobrova., A. A.,, and V. 1. Kuznetsov. Possibilities of Utilizing the
Extracted Brown Coal 3.12
Kigell, T. B.., and V. 1. Kuznetsov. Paraffin Wax From Tar Produced
by Semi-coldng 122
Card 3/4

study of Tars and Bitumno (Cont.) SOV/2794
I
AVAMUM: Idbrary oi Congmis (TP953.A35)
Card 4/4 TM/08
1[11160

I
KMNICTSO T.B.
Using Pyzhevskii bentouitse for purif7ing lignite paraffins.
Bent. gliny Mr. no.2:189-194 '58. (NIRA 12:12)
I.Institut toploonargatiki AN USSR.
(Paraffins) (Bentonite)

BOBROVA, Anfies AlekseYOvne; KUZNMSOV, V.I., kand.khim.nauk. otv.
red.; CHMOVICH, N.YR., r'ed.ied-va; KOZURIK, T.Tat-t
tekhn.red.
(Bituminous tar from Alskeendriyokiy brown coal] Smola
bitum z olakeandriialkoho buroho vugillia. Kyiv, Vyd-vo ~
Akad.nauk URSR, 1959. 66 p. (MIRA 13:2)
(Dnieper Basin-Coal tar)

i~J
Awl.
1' .14
In
r* --a
:H im
S.- VI d,;ii j Xd
43 . I P,
S HUI zial 4 3" . P. * . 0 .
I *i ",d
I v 12-4.
Q 9 US
lilt
0i
t3
cl
a At a
MIA I
LIU
'E'n'-z

kand* Wdso nauk,
Trends in the use of Dnieper Basin coals for 1ndustrial.
purposes. Kompl. vyk. pal.-energ. rea. Ukr. no.1:175-180
'59o (MMA 16:7)
2. Institut teploenergetiki AN UkrSSR.
(Dnieper Basin-Coal)

KUZNETSOV, V.I., kand. kb1m. nm*j BCBROVAp A.0.
Production of lignite wax in the Ukraine, KWL vyk. pal,-
energe :reo. Ukr. noolx230-242 '59, (MMU 16:7)
1. Institut teploonergetiki AN UkrSSR.
(Coal-tar products)

GOLOVANOT. Mikolay GrigorlyevichpOUSTSOT.T.L. kand.khim.nauke
Woredol TUBOWAoNoTop rsdo
r8olid itual as a chemical raw materiallNerdoe toplivo kak
khimichaskoe syrts. Kiev, 1961. 41, p. (Obahohastvo po res-
prostranoniiu politichookikh I nouchnykh 2nanii Ukrainalkoi
SSR. Ser.6, no.2)
(MIRA 14:5)
(Fuel) (Chemical Industries)

KTZMETSOV, VJ,; BOBROVA, A.A. (Bubrova, A.0.1; !,,YjYY, ll,L~
Effect cf various factcra on the derojimtion proco;;s of
lignite wax by the method of crystallizat"Gn. bir.pratsl
Inut.tepl.AV URSR no.23,71-79 161. (~UIRA 15:2)
(Lignite)
(Idaxes)

5HVETS, I.T., akademik, ot-i. red.; DAL', V.I., doktor tekhn. =kj,
red.; SHCHEGOM, G.M.., kand. tekhn. nauk, zar. otv. red.;
OSIROVSKIYj S.B., red,,, LAVROV, P.I.., kand. tekhn. nauk.,
red.; LAJIDSMAII,'S.U.p kand. tekhn. nauk,, redj_NU2=SOV,_
V.I., kand. kh1m.mukj red.; SUSHON, S.P.p inzho, red.
DAKTb-
., Yu.B., tekhn, red,
(Completo ut1lization of Ukrainian nolid fuclo)Komplakstloo iz-
polizovanio tvordykh topliv UkralrW. Kiev, Izd-vo AN USSR
3962. 287 p. (MIRA 15:115
1. Akademiya nauk WSR., Kiev. Rada po vyvehenniu Droduktyv-
ny,kh syl URSR. 2. 2, Akademiya nauk Ukr.SSR (for ~!Ihvets).
3. Nachaltnik otdcla toplivnoy prouyshlennosti Go.udarstvon-
nogo planovogo komiteta Soveta Ministr= Ukr. SM (for
Ostrovskiy). 4. Institut teploenergetiki Akademii nauk Ukr.SSR
(for Shchegolev, Sushon). (Ukraine.-Fuel)
-q- zo
~%t ~j c

BOBROV4 A.A. (Bobrava, A.01; KUZNETSOV, V.I.
Dynamics of the process of wax crystZTnzation. Zbir. nrats,
Inst, telp. AN URSR no.25:51~-55 162.
UOe of toluol and its mixtures for bitumen extractions from
I brown coala. Zbir. prats' Inst. tepl. All URSR no.2506-61 162.
(MIRA 17:1)

0__3_'2_5"3'3"'
ACC NRi
SOURCE CODE: UR/0413/66/000/017/0133/0133
INVENTOR: Kusbnerev, D. M.; Syetsinekiy,, V. G.; Kirlyakov, V. M.; Kuznets ov, L;
,,Polikarpov, B. S.
IORG: none
INTLEi CorwAlo flux for h"bift@rg~d Ara w~ldtng of high-otrongth ot~elo, CIA40 491
No. 185676 [announced by the Electric Welding Xnatitute im. Ye. 0. Paton, AN MASH
(Institut elektroavarki AN UkrSSR))
SOURCE: Izobreteniya, pronWahlennyye obraztsy, tovarnyye znaki, no. 17, 1966, 133
70PIC TAGS: automatic welding, high strength steel welding jAee- 4ve_401A1C_
OF"Inle-
ABSTRACT: This Author Certificate introduces a ceramic flux for submerged arc
welding of high-strength steels containing calcium fluoride, rutile concentrate,
ferrotitanium, and ferromanganese. To improve the mechanical properties of welded.
joints and the technological properties of the flux, 5-32% quartz- sand, 3-6%
r.%n9an0s0 ore, 4-6% manganese metal, 1% aluminum powder ' and 18-24% sodium
disilicate are added to the flux composition. The rest ;f the components are taken
in the follcwing proportion: 10-18% flyorapar, 30-40% rutile concentrate, 0-2%
ferrotitanium and 3-5% ferro manganese.
SUB CODE: 13/ SUBM DATE., 23Jan65/
Card 1/1 . um 621.791.o48

5(3) PH= I BOOK EawITATION SOV/3522
Kuznetsovj Vladimir Ivanovich
Razvitiye issledovan1y polimerizataii nepredelfnykh soyedinenly v OM
(Development of Studies in Polymerization of Unsaturated Compounds in the
LIM) Moscow, AN SSSRj, 1959. 2T4 p, Errata slip Inserted. 3.tOOO CoPies
printed.
Sponsoring Agency: Akademiya nauk SM. Inatitut istorii yeatestvo2naniya I
tekhniki.
Resp. Ed.: A.Ye. Arbuzov, Academician; Ed. of Publishing House: L.S, Povarov)
Tech. Ed.: G.A. Astaftyeva.
PURPOSE: This book is intended for persons interested in obtaining information on
the role of A.Te. Favorskiy In the development of theories pertaining to the
field of organic chemistry and in the investigation of polmeerization and
isomerization phenomena.
Card 116

Development of Studies (Cont.)
SM/3522'
COVE11AM: The book, Pablished on the 100th anniversary of the birth of
A.Ye. Favorokiy,, briefly outlines the development of theories of organic
chemistry and emphasizes the importance of the work of the latter In developing
the studies of A.M. Butlerov in the field of polymerization and isomerization.
The author analyzes correlation of atoms, isomeric conversion.. problems of
chemical affinityjand describes the investigations of S.V. Lebedayp which led
to the development of rubber synthesis and synthetic rubber production. The
reaction of ketone with acetylene compounds and its application in the synthesis
with various polymers is analyzed. The author also reviews the polymerization
mechanism,, ionic polymrizationtelomerizationp and the polycondensation theory.
Each chapter is accompanied by references, the majority of which are Soviet.
TABIZ OF CONZERS:
Introduction
Ch. 1. Butlerov's Investigations in the Field of Polymerization
as the Main Source of A.Ye. Favorskiy's Work 9
Bibliography 29
0 ard 2/6

KUZNETSGVq V.I.
Contradictions in ths evaluation of Voootvalldfo role in the historr
of catalysis* Vop.ist.estei tekh, no,10:79-85 160. (KIRA 140)
(Cata3pia)
Ii ,
~ 4 1.,

WZNVTSQL-T~1~
I-------
Principal stages In the development of organic catalysis in the
U.S.S.R. Top.let.ast.1 tekh. no.9t5lo6l 160. (MIRA 13:7)
(Catalysis)

KUZWSOV Vladimir Ivanoviahl ARBUZOV, A.Ye.p Wcademik, ow. red.; PO-
GUaVA, A.P., tekhn. red.; MAKOGONOVAs
I.A41 te~~. red.
(Origin and development of the chemistry of alicyclic compoundol
Vozniknovenie kh4m44 alitsiklicheiqk4kh soedinenii. Moskva. Izd-vc,
Akad. nauk SSSR, 1961. 185 P. (KIRA 3~ t 3-1)
(Alicyclie compounds)

V.I.
,'~~9vs ...
Some conclusions from the history of the dual reactivity thecwv_
Vop. ist. est. i tekh. nool3tl9-25 162, (Kam l6t3j-
(Chemical reaotion-Conditions and lawo)

KUMMOV~ V.I.
Vllewo of lAebigp (boot and Khodnev on catalyois,, Trady Inot.ist,
eot*i tekh, 39 395-103 1626 (MIU :L6s2)
(cattaysin)

KUZNF,TSOVp VJ.; VATULYANO K.S.
Syntheses of first.alioyolic compmmdoo Tmdy rnat.ist.sot.i
takh, 39012-221 162, (Kru l612)
(Cyclio oompounds)

KUZNETSOV V.I.; I-1ARIYEVA, N.N.
-~---,J. - -
Organic coprecipitantso Part 18: Coprecipitation of germanium
with the tannates of basic dyes. lzv. SO AN SSSR no.11 Ser.khim.
nauk not.3:50-55 163* (MMA 1713)
1. Xhimiko-metallurgichaskiy institut Sibirskogo otdeleniya AN
SSSR, Novosibirske
;J1

XVWTSOV,.. Vladimir, Ivanovich; EYDUS, Ya.T., doktor khirn. nauk.,
1~kOVICH,
otv. red.;
R.M.# red.
[Development of the science of catalysis) Razvitie uche-
niia o katalize. Moskva, Vauka, 1964. 422 p.
(MIRA 17:9)

KUZ NZX4dV,J;adiwU~-.Jvanovichj ARBUZOVp A.Ye.p akademik, otv, red.;
KATRMNOp D.A., red.
tAdvames in the field of oatalytid btlanic synthesis]
Razvitie kata~iticheskogo organicheakogo ei toza. Mo-
(mn
akvap Naukap 1964. 433 P. IRA l7tl2)
5-"

KUZNLrTSOV, V.I., doktor khimich.nauk
Contemporary methods of identification of organic compounds.
Zhur. VKHO 9 no, 2tl77-186 164, (?URA 170)

r a
crystal vtnIPr
-1- "I"Ice til P"
-NMI
IM

TTT and 4 t,'

FxcrPRi _____S0URCE_CODEt______W/0367/
KUZNETSOV2 V. I.; SKOBELEV, N. K.; FLEROV, G. N.
"'Observation of a SRRntane2galy Filljonable Isomer !dith Th 2.6 min In the
Nuclear Reactions ULJJ + B" and U'----' + Bluff
Moscow, Yadernaya FIzIka; July, 1966; pp 99-101
ABSTRACT: In the nuclear reactions U218+B11 and L"11+B1' a spontaneously ffssion-
:able product with r1/,-2.6.+0J min was observed. The excitation function of
this product in the reaction U886+ B's was investigated, The maximum production
cross section was found to be of the order 2.10-11czak . The conclusion was drawn
that the Am nucleus or that of another lighter element with mass number A< 236
undergoes a spontaneous fission with Th of 2.6 min. The experiments were per-
formed on the Internal beam of the U-300 cyclotron of the Join. Tnftt*1tj_2rG_4r___~
Nuclear Research. The authors thank K. A. Clayriloy and coworkers of his group
for preparation of the targets, B* Vo Shchitay for helping with the work, So My
Polikanov and V. A* Druin for useful advice during the carrying out of experiments
and for Valuabl-e-dUs-cu-s-6-16-5, and So Po Trotlyakova and To Is Rubakova, who carried
out mch work on the processing or the doteat-0-r-a-e--Origo Art* has: 2_7f1gUr08o
ffiauod on authors' Eng. abst~~LJTPRsl 37,33,07
ORG: Joint Institute for Nuclear Research (Obll~yedinMy inotitut yadarwjkh
isaledovanniy)
TOPIC TAGS: nuclear reactit-n, isomer, olotron
-SUB CODE: 20 SUBM DATEt 2?Dec65 7 ORIG REFs 002
Card -55
- -

KUZNETSOVt Vo lot CAND BID SCII VTHE IMPORTANCE OF ABO-
MASUM INTEROCEPTOR$ AND THE SMALL INTESTINE *90**" IN THE
DEVELOPMENT Of ALLERGIC REACTIONOIN SHEEP. SARATOV9 1961.
(SARATOV ORDER or LAeoR Rao BANNER STATE UNIV im No Go CHgR-
NYSHEVSKIY)o (KL# 2-619 204).
-82-

I-L 266z9-66 EWT (1)/rw (,m_)/EWA_(d)/EWA
ACC NRt AP6013926 M)
SOURCE CODE: UR/0207/66/000/002/0090/0096
AUTH OR: Kuznetsov V. 1. (Moscow); Ly2thov, G. M. (Moscow)
ORG: none
TITLE: Experimental Investigation of the interaction between shock waves and barriers
in the soil
SOURCE: Zhurnal prikladnoy mckhaniki I tekhnicheskoy fiziki, no. 2, 1966, 90-96
TOPIC TAGS: shock wave$ shock wave analysis, wave mechanics A,64
ABSTRACT: Data am given from experiments on the interaction between a plane shock
wave and a moving barrier in the ground. An approximate solution is given for the prob.
lem of this interaction considering the soil to be nonlinearly elastic at high pres-
sures and plastic at low pressures. This type of model is applicable to shock waves
in soils with and without water saturation. Experiments are conducted to determine
the curve for the dynamic compressibility of the soil and it is shown that this curve
conforms to the equation of state for water-saturated soil considered as a three-1-001-
ponent Ideal liquid at pressures greater than 15-20-105 N/M2. The expressions for
the load on the barrier gave results which agreed satisfactorily with direct experi-
mental measurements. The authors are grateful to S. D. Mizyakin for taking part in the
experiments. Origs art. has: 7 figures$ 23 formulas.
SUB CODE 0/ SUBM DATE: 16Aug65/ ORIG REr: 007/ OTH RrErC'000
Card 1/1

~ L 2t7bj-66 EW (I Y/EWPX'm)/EWA(d)/EWA(h) Wl~ - --- r
[ACC NRs AP6013927 SOURCE CODE: UR/0207/66/000/002/0096/0099
AUTIM- Kuznetsov, V.-I. (Moscow); Lyakhov, G. M. (Moscow)
ORG: none
TITLEt Interaction between a wall and waves from a one-dimensional ges detonation
-with-long and negll*gibly short periods of ignition induction
,SOURCE: Zhurnal prikladnoy mekhaniki I tekhnicheskoy fiziki, no. 2, 1966, 96-99
TOPIC TAGS: gas detonation, detonation wave, wave mechanics, shock wave reflection
ABSTRACT: '.The authors consider collision between an absolutely rigid wall and a
plane shock ropagating in a reactive medium. It is assumed that the reflection
front p
is a detonation wave propagating in an explosive gas mixture treated as an ideal gas
which is compressed by the precussion but has not yet reacted. This case Is possible
when the period of the ignition induction in the Incident wave Is much longer than
that in the reflected detonation wave. A theoretical formula is derived for the ra-
tio between the velocities of the reflected and incident waves, assuming that there Is
no chemical reaction in the gas for a definite period of time during propagation of
the incident wave. A second limiting case is considered where it Is assumed that the
entire region of the compressed gas in the detonation wave is completely filled with
detonation products immediately after incidence of the wave front against the wall,.

L 26763-M
ACC NRI AP6013927
In conclusion the author thanks Ya. K. Troshin who suggested investigation of detona-
tion wave collision. Orig. art. has; 2 figures, 18 formulas.
SUB CODE: 3.9, 20/ SUBM DAM 03Dac65/ ORIG REF: 012/ OTH REF: 004
2/2

10(a)
All BP4,GG
AP-6 9903 SOU 6t'- -VR~j 641-i-r6
-ACC NR, RCE d~o
AUTHORz Kuznetsov, V, I,; Ofitserov, G. M.
/3
~ORG: none
TITLEt Biax magnetic logical alementj&C'Class 429 No. 179088
.SOURCEs IsobretenLyag promysbionnyya obrazeny, tovarnyye snaki,
no. 4, 1966g 104
TOPIC TAGS: logic element, computer circuit, computer storage, magnetic
core storage# biax
ABSTRACT: The proposed blax magnetic logical element (see figure)
carries two input windings. output windings, and a gate windings To
perform INHIBIT and EXCLUSIVE OR operations, the input windings are
placed in beth window of the biax - in the same direction in one
window and in opposit: directions in the other, Orig. art. has: I figli~e-
(DWI
Card 1/ 2 UDCt 681,142
F

L ZA15-66
ACC NRs AP6009903
JL
Fig. 1. Biax element

1 Gate V~nding; 2# 3 output
windingal 4, 5 - diagonal input
vindings; 6-9 - platforms,
4

SUB CODEI 09/ SUBM DATSI 15Jan64/,, ATD PRE S S

" I card 2/2

4

KuZLT,TSmj, v.f. (Trku La~)
Apply n6w higher standards in the maintenance and repair
of cars. Zhel. dor. transp. 47 no. 11t40-45 IT 165
(1,IMA 19a)
1. ITachaltnik sluzhby vagcnnogo khozvaystva Vontochno-
Sibirskoy dorogi..

I- -- Xommaj~ I.I.1 KOVALICV3111, Tu.V.-,.-K.UZNZTSOV, V,,I.
TArge-soale, vAp drawrling of tba'distribution or totraonid birds*
Omitologiia no#74371-379 165. (MIRL AtIO)

VA,IIILIYV,V, A.14.p red.;,,N~ZNN
, M;OV~ V.I.p red.; PETRUNIGIM, VA.,
rod.
(Computer and information techniques] Vcbislitellrala i
info mat:3 ionnaia tekhnika,- abornik materialov. Moskva,
VseB. in-t nauchnoi I tekhn. Inforr-atsii All S -, 1962.
220 p. A 17:7)
1. Konferentslya po obrabotke informatsii, mashimo= pe-
revodu I avtovaticheakomu chteniyu teksta. Fosskva, 1961.

ACCESSION.VR,s AR3004181. S/O27l./63/OOb/Oq5/BO42/BO4i,
SOURCE: RZh, Avtomatika, telemakhanika i vy*chial. teld;r a' Abso 5B211
;ik.
AUTHOR: Kurbakovi:K. lop Kutnetsov, Vo I.
TITLEt Industrial magnetio.(forrite)
-196~ '91.112
CITED SOURCEt Sb. Vy*chisl,. i inform. tekhnik~,'11.s 1.
TOPIC TAGSt, ferrite element, logical element-*. computer element
t
TRANStATXONs The authors investigate the three-dycle logical'alementB NP
11G11 11111 lizo
I'M-12111 i'R11 and "T" from ferrites and 3eiiobnductor diodes
used in digital computers and automation devides.' The elements are constructed
of ferrite K-272 =~es 4 x 2`5 x 1.2 mm. An exception to this is the 11G" type T.
which in addition to the K_2~2 core also has one of 'oxiier 41- -1000. 'The
coupling circuit contains inexpensive miniature (d 0'7#2 rm) selenium'diod.e5'&.
The reliability of the cores decreases with.an increase.in,temperature.0
6nsequently, each element contains a working.a:nd a compensating core* Elements
are either simple or complex. A simpleor amplifying magnetic element is made
Card 1/3.

ACCESkON, NRs 'AR 04181
30
of magnet:ic cores having rectangular hysteresis loops' and semiconductor diodesi
whose 'power supply, consists of current pulses' .,(feed pulssi). A complex or
logical magnetic element is a device similar~to the simple element but it is
able to perform logical operations according to the signals applied to its
input. Th.e,presonctI of a signal at the element's output'de~snds*on the logic
of its circuit. Simple elements are distinguished by their load capacity and
r -ng to the.operation
their purpose, while complex elemetits diffe' accordi they,
perform. IIPII. and "M-12" elements store and amplify, signals'. The storage
time is'determined by the time between the leading edge-.of'the s7,cle pulse of
the first channel and the trailing edge of thie pulse in the third channel.
an magnetize up to 12 "Ptl-elements. The
1he output pulse frcm the "M-1211 c
"G" elemesit generates a continuous sequence of units mutually',delayqd by 1
period'of-the source of feed'. pulses. The flow of units sto'ps'when the power
supply is.twitched off. All'o~mplex elements have blocking,vindingso -The
blocking occurs in- th~ aecond channel. The 'III." ele,m6nt is used fbr.the logical,
11AIM-AND" coincidence operation, element W perfoirms the -none ality opera-
qu
tion, "ZI1 does the blocking, while the element."T" works on the principle of,
It "Rif fiv
Amic triggering. The load capability of 00"9. ? and "T" is
dyr
J such that.each of them when operating from a preceding element under m~
Card 2/3

ACCESSION NRt AR3004181
load can' operate three elements connected in parallel ~o their output The
guaranteed period of continuousoperation of-each olezent.J6 6 months: and.
normal operation proceeds between +10 and +606.aind a relative.humidity'up to-,
85 � 2%, The elements have good vibration resistance; ahoy are mounted on
,plastic boards. Their weight is 10 g and the~.consuine no.more than 0.15-0.2 we
The universal digital computer LE14-1, the automatic,control bf 'the sheet pattern!
layouts of the roning mill 'ustai, _r, the automatio cbntrol of the railway.
locomotive operation "Avtomashinist", a specialAzed digital computer, and the
universal digital computer LE14-1-24 wore all designed using the abovementioned
elem'ontsi The article also presents power siipply rpquirements, There are ii
figures, 4 tables, and 7 references. V. Sw'".
DATE ACQ: 254un63 SUB CODE: CP, SD ENCLi 00
Card 3/3..

V5~ n
zj 1
ENCLi 01 SM CODE DF
IM Rt~~ am 1 000 0= 000
U,d

ACC f4Rt OURCE CODE: UR/0367/66/004/003/0465/0467
AP7008933 S
A0t110Rt--Kuznetsovq V* L; Lobanov, Yu, V.; Perelygin, V. P.
ORM. Joint 1nstMFte-fo-r Wc1ear Research (Oblyodinannyy Institut yadernykh
ifisledovaniy)
TITL6* Half-life Of isotope of 'aAemont 102 with mass number 256
SOURC9: Yadomaya fisikao v. 4, no. 39 1966, 465-467
TOPIC-TAGSt Ion acceleration, CY010trong radioisotopeg, alpha decay
SUB CODE: 20918
ABSTRACTs In 1961, an isotope of tho'102nd olement'o'f* mass n'Mbor 236 (Donots,
'Ye. a., Shchegolov' V A., Yemakov, V. A., Atomnaya Eneglya (Atomic Energy),
16. i93, 1964) was. 8;~thosizcd in the reaction U235 + No . Its identification
was made with the help of physical and chemical methods according to the char-
acteristics of the daughter qyclous FA232. However, the measurement accuracy
of the half-life of the 1022w nucleus was no more thin 40A.
Experiments were perfomed in 1963 for stuxVlng the spontaneous fission
of the nuclei 'formed in the U238 + Re24 reaction (Druin, V. A,, Skobelov, '614 Keg
Fefilov, B. V., Flerov, Ge N., Preprint P-1380, OIYaI, 1964). The half-life
T!, a 10;t seconds measured in this ia or coincided, within the limits Of error,
Bath that obtained for isotope 102 S9 in the paper of the first paragraph above.
7he yield of this qp9ntanoous2y fissioning nucleus corresponded to the maximum
cross sootion 3010-34 CX2* From the character of th tion functAon, it
may be concluded tbat the reaction this. case Is U1AXP19
(He 4n)102256. The
Card -1/5

C__14Rs_AP7_008933___
aboneg of the effect in the controlled irradiation of the U2-38 targ2t by No
and 010 ions has permitted it to be finally established that the 1o2 56 nucleus
undergoes its spontaneous fission in a 10-second period. From the relationsihip
of the alpha decay and the spontaneous fission of this nucleus, the period of
the spontaneous fission was found to be Tf vd 1500 sea.
The experiments described in the present paper were undertaken with a view
-to measuring more accurately tfie half-life of the isotope of the 102nd element
-with mass number 256. The experiments were conducted with the internal beam
-of a U-300 OMI cyclotron. A sthematic diagram of the equipment was given in
a previous paper (Lobanov, Yu. V., Kuznotaov, V. Iet Polikanov, So He#
Oganosyan, Yus To#@ Florov, 0. N.: Ya F, 1, 67. 1963). The beam of accelerated
.ions passed through an aluminum foil 6 microns thick, dividing the inner space
of. the equipment from the cyclotron vacuum chamber, and fell on the target
turned by the active layer on the ion collector side. The nucleus fomed as
the result of the interaction between the accelerated ions and the target broke
away from the Urget under the impact of- the incident particle- and fall on the
colleotor, a continuous nickel strip 8, a long and 25 ma wide. In the ox~eri-
x0too the Silm moved at a velocity of 6-10 qm/sooe This -provided optimum.
-conditions for jisasuring a half-life on th~ order of 10 seconds. For cooli%*
Ahe target, the ion collector, and tho nucleus collector the inner space of
the equipment vas filled*with helium under a pressure of hO on of mercury.
5

ACC- NRs Ar7008933
I
In our oxperimontsr we used a U238 and pu242 target about 600,u;,,/CM2 a,
thivi-illuminum substrate; the bombarding particles were accelerated go22 and
01,8'ions. Tho intensityof the Lon boan was 6-8 pa.
Special phosphorescent glasses and lavsan film, insensitive to =all
efiargod particlo3. ware used as detect-ore of the fission fraV3ents Vapuatsik,
A.-,~ Porolygin~ V. P.j Tratlyakoval S. P., PTE. 5. 64, 1964., noischqr, Re L.,
Price, P* Be, Science, 140, 1221# 1963), The detectors wore arranged along
the film, practically continuously, theivtotal length being 6 me
In the irradiation of the U238 tareet by the accelerated No?-?- ions the
recorded output of the spontaneously R831oned product with a half-life on *to
order of 10 seconds corresponded to a amss station on the order of Qr3)-10-y~
4*2*e An especially large op1put of this prpduct was recorded vhen Pii4~ was
,Lzitadiated by. accelerated OAO ion
7 77--~-- t:

ACC-NAt' Ap7OO8933
Experiments with plutonium t'argots were made with the energy of the oxygen
Ioni ranging from 89 to 104 Hev and a film-volocity of 6.6 cm1sec.
A figure shows the yield of the fission products as a function of the
energy and shows that the short-lived component has a curve which agrees
niaoly with the 4n reaction curve. The maximum yield was recorded when the
J~~ energy was 94 Hev, uti,
oxygen cgojospond3 lo'the partial cress section
.10,34 cm2. 92 5
7 For t4 reaction Pu InI0101 $6. a somowhat larger cross
section of 9.0,,10-:)* was obtained for an 510 ion energy of 104 Yiev.
Thus, in the experiments involving the irradiation of plutonim targets
with accelerated 018'ions two products of spontaneous fission with different
half-lives were recorded. The short-lived component, whose excitation function
corresponds to the 4n reaction, was apparently caused by the spontaneous fission.
of'the 102nd element of mass number 236.
Another figure shows the distribution of the recorded fra&ments of the
-short-lived component in. equal time intervals for one aeries of experiments.
The half-life of the 102nd element nucleus was. according to. our sqeasurements,
Tj a 8*2 + 1 0 baconds. This period wan chiefly the result of th-i1oha-ilocay
o th lo2251 nucleus; it &Croon well with previous results (sbe Zho firat two
aper: cited above). The half-lifo period of -3 sea predicted in the paper
Mola, V. E., Seaborg, 0. T., Nuclear Systematicajor oavy 0~
a. Fka ants, N. Y,,
1965) agrees satisfactorily with our data.,
,Card 4/5
v 1, ~Ali5J'

W7
AP7008933
Further experimentation with this nucleus should give Infomation on it3
alpha: decay energy as well as a more accurate value for the period of spon-
tadedus fission.
The atilhors are csp~ciaily grateful to 0. N. Flom for the statement of
the-problem and his management of the work, They also thank Ve A. Druin and
Yu.- Ts. OganoWan for their assistance and their discuagiOA Of the results,
aod~ S. P. Trotlyakova and T. It Rybakova for preparing the fission frQVent
-4etectors* orige arts 'has'$ 2 f Igures. LSPidt -40g30Y
1 5/5

1-- -1-036655 COD~--*.
J1kCC,NR. -'V I D 31
AUTHOR: MozzhUkIlin, A. S.; XuznqtU&%, V I * Yushakovskaya, 14. S.; Makhaloval, O.X;
Coryachav, 1. A.; Solntsov, S. A.; Shostak, V-. I.*Kudr1n, 1. D.
ORG: none
TITLE, Z'fcct of radioprotoctivo drugs on the f nctional condition of the hwwn
or~gani,, Vapor presentod at the Conference on Problems of Spnce Medicine hold in
Mascow from 24-27 May 1966,7
SOURCE: Konferentslya po problemam kosmichaskoy maditainy, 1966. Problemy
kosmicheskoy meditsiny. (Problems of space medicine); materialy konferentsii,
1.;Dscow, 1966, 282-283
TOPIC =S: radiation protection, space pharmacology, cosmic'radiatLon biologic
effect, human physiology, space medicine, motion sickness
IMS MCT,.
1 The effect of cystamine on the functional condition of the human organism
iwas Studied (in Lhe the basis of the hypothesis of A. V. Lebedinskiy). Five
hundred heathy volunteers were used. The maximum permissible dose of
cystamine was established as a dose of 1.2 (units not given] per single appli-
cation, or 0.8 units every 6 hr for 24 hr, or 0.6-0.8 units once a day for a
month. Administration of cystamine in the doses indicated did not cause
any siLynificant changes in work capacity, hematopoicsis, or in cardiovascu-
C-

ACC NR3 AT6036655
r~S-P'iratory, di-gestive, excretory, or nervous system function, How-'
i,ever, administration of cystamine did lead to complaints of lethargy and
brief unpleasant sensations in the epigastrium in 100/6 of the cases. After
;administration of the drug some increase in sensitivity to motion sickness
and to the effect of hi&J~yiperatures was noted among subjects.,------
rW. A. No. 22; AM Roport: 66-1167
SUB CODE., 06 SUBM DAM OOMay66
2/2

D1939-67 EVr(d)/EWP(C)/EWP(k),114m(vllpwp(1 iniq
ACC NRI A R6028529 SOURCE boDj~s UR/0~16/66/00q/005/13oo7AO07
AUTHOR: Gorbunov, V. I.; Kuznetsov-0 V, I.; Kuleshov, V. K.;
Yankelevicri, YU, J3. J~J
TITLEt Spectrometric methods for flaw detection n materials
SOURCE: Refe zh..Tekhrologiya mashinostroyeniyl,Ls. 5B49
REP SOURCE: Izv. Tomskogo politakhn. in-ta, v. 138, 1965, 20-30
TOPIC TAGS: spectrometry) flaw detection spectrometry) retardation
spectrometry, gamma radiation spectrometry, gamma detection, brems-
strablung
ABSTRACT: The value of bremastrahlung and gamma radiation spectrometry
in practical use in flaw detection is outlined. An analysis of spectra
emIssions obtained back of absorbers of different thickness and.densit~
and an analysis of instrumental spectra allows a correct approach to
the problem of optimal conditions for radioscopy of materials and prod-
ucts and thus considerably expand the control potent-ialities of flaw
detection spectrometry* Orig. art. has: 8 figures and a biblio aphy
of 12 reference items. L. Tsukerman. (Translation of abstract.ir(AM]
SUB CODE: 20., 14,,.11/
Card 1Z1 hs UDC: 620.119.1-

,KIJZI,rz:T6(,V, V. 1.
AgrIculture Machinery - Trade jind Manufacture
'$Increasing efficiency in agricultural machinery factories; collection of sugFestlons
incorporated into production." V. 1. Kuznetsov, ed. I:ng. P. A. Zorchagin
Sel';~hozmushinv, %,,,o. 4, 1952.
9. Monthly List of Husni-in Accessions, Libri4ry of Canpress, August 1952. UVCL.

"1949 Achievements in Soviet Science and Technology,n Moscov, 1950
Digest W-175319 30 Mar 51

I - 111%. V. arW1 V. 1.
Statika Sooruzhenii (Static Calculations in Building),, 531 P-., moscov~ 1951,

KEIZMMOV. V. I.
[New Ukrainian achievements In science and technology] Novi dosiahnsunia
radianalkoi naukv i tekhniky. rYiv. 1951. 33 P. (MA 6:8)
(Ukraine--Soience) (Soience-4kraine) (Ukraine--Technology)
(Teohnology-Ukrains)

KUZNET30V, Va9jjjA,. I.-vanovich.
Cushions; calculations of beams. 31abs pla 'tea, ani fraws Mo!3!,~7a, Gos. i:,.d-vo
lit-ry po stroitallstvu i arkhiteUure, 1952. 295 F. (54-18346 Rev)
TG26o.K86

ZUMFMOV, V.L, doktor tekhnicheakikh nauk, professor.
Toohnology duriq tho fifth fivo-yoAr VlAn. Imtka I shisn' 20 no,7sl-4
ii 15i. (MM 6 ?)
(Tecbnology)

1j:.1Z(A ~Gr the of Y,!T*.,btCrv
01; _~ . 4 :..-:-.' Ir t4e ?!eiav Of
Find try-u-sortle.11i mr?n4volves that the f~71,,Lvwin. pC4 .1
e, erlttflc vcrrs, :4rl "Ir'sellm-
Amd LtxtiAOOO A no ve. toner opt Rw I %tt%4 for rum,ot It fpr 4',-,r .~toj I u Vrl zoo for
Am-tewlroyo Kut-turn. Huge-Cyti, Y#.1.
Arr
Kuznetsov, M,I, "Elastic Foundation" Moscow Evening Machine Build-
ing Institute

The Comittes, on Stalin PrIzes (of the Council of Ministers USSR) in uw neLas uA
science WA 10MUM Mmao$ that the folloviag scientific works* popular scion.
tific books,, #M textbooks bay* bow rAWdtUd for compOltion for Stalin Prizes for
the ye"s 1952 mA 1953. (So"I!M Xkdturs YA*cw., No. 22-40.. 20,Yeb - 3 Apr 1954)
Nme Title Of -work r1cmimted by
Darkov, A. V. 'Statics of Structurcs" All-Union Correspondance
11 it (textbook, lt:.h edit-lon) 11olytechnic Institute
Auzr.otsOV, Vv__
SO: I W-30604j, 7 JUY 1954

-- - - - --- -------
-7- 7

SWIJASIll I vich, professor; XMIS, Mo., redaktor;
IRS I .' aAL 1W
M
%MwmrLm , .7tekhnichaskly radaktor.
[Technical progress In the U&MA) TOkhnlChO*kll progress v
&SM. Koakwa. Isd-vo *Zmude*. 1954. 63 P. (Vassolusnoo ob-
shebLestvo po rasprostrawnliu politicbmakikh i nauohnykh
snanti, Bar. 2, no.20/21) (NIaA 7:8)
(TechnoloA7) (Russia-Sconovic conditions)

KUMTSOV, V.I.
Soviet scientists' contributions to the theory of structural
design on elastic foundations, Trudy po let. tekh. no.8:168-183
(MLRL 8:2)
(structures, Theory of) (Youndations)

kwwT86i; V~. f.,
UIUSP/PhyM CO
Card 1/1
Author Kutnotsov Dr. or Technical Sciencoo, Pror.
Title Science of tenacity
PorJodIcal Hauka, I ZhIzn' 22/2, 23-25) Fob/1954
A b ot- v. i c 4 The air, in machine construction Js to reduce veight. and retain atm-nigth.
The weight per horse power of an airplane engine has gone doum from .
20 hilos to 0.3 Mon. The author goeu Into tho queaLlon of alanticity
and the direction of strains, the study of which cnables -the enginec.-r
to give such a shape to a part as vill counteract Whore thnoreti-
cal ctilculationa are not ronsibla ezperiu:ent Ir, irsol-',cd to.
of conducting ouch expertrnlontc arc w,rbalrwd.
D~v' IW. I ori ...........
M ..
7
.7-177~77-il-77
1 771
V-w iM "S,
JA
4z*"O:-~~.~~_~

---- -11.1 - -- - ". -, I I ~ - ~ I - - ---.
- - I 1 11

kikh - nauk;
~Ojjy yJaMmirovich, professor# dok-t-or takha ches
DAHKOI, Aimi ekhatchaskikh
KUZSITSOV VasMy Ivanovioh. Professort doktor t
-.-tM nauk, redakton,
a-t"' tahnicheskikh
VgRM, G.p., takhaicheekLy radaktor
[structural mechanics; the statics of structures) Stroitellnata
makhanika; st&t;ika soorwhoult..12d. 5-06s perer. HOSkvag.Gos-
trausp* shel-dor, isd-vo, 1956,. 492 p. (KIBA 9:11)
(Statics) (Structures, Theory of)
p-

SOV/124-58-5-5909
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 5, p 137 (USSR)
AUTHOR- Kuznetoov, V.I.
TITLE: Application of the Method of Initial Parameters to the Calcula-
tion of Beams on an Elastic Isotropic Foundation (Primeneniye
metoda nachallnykh parametrov k raschetu balok na uprugorn
izotropnom o9novanii)
PERIODICAL: V sb.: Issledovaniya po teorii sooruzheniy. Nr 7, Moscow,
Gosstroyizdat, 1957, pp 167-185
ABSTRACT- The well-known method of the initial parameter is described
as applied to a design calculation of a support in the form of an
elastic semispace. A beam with a planwise rectangular sup-
port (with sides equal to Za and Zb, with a > b) is investigated
under 3 different types of load. The load eistribution is as fol-
lows- 1) a concentrated load applied at the center of the beam
and at any arbitrary point, Z) two concentrated loads applied
symmetrically relative to the center of the beam, and 3) a
continuously distributed load. Numerical results are given for
the solutions of some specific problems.
Card 1/1 1. 13eam.9--Load diatribution 2. Beams-- .P.1. Klubin
Mathematical analysia

DARKOV, Anatoliy Vladimiroviah;-KUZNETBOV, Vaoiliy Ivanoviobi Prinipli
uchaotiyet SINELINIXOV, V.V., doktoF-t-e-kH-n.-iiUR-,prof.; amp
GA doktor takh-n. nauk, prof.1 SHPIRO, G.S.,~kand. tekhn. nsukj
BYCAOV, D.V., prof., retsenzant; REXACH, V.G., prof.t retsenzentl
BOCHAROVAt Yu.F., red. izd-va; GOROXHOVA, S.S., takhn. red.
(Structural mechanical stattpB structuresi StroitelInaia mekbanika;
statika soorushenii. Moskva, Vyaahaia shkola, 1962 742 P.
iKIRA 16:5)
(Strains and stresses)

KMMSOV. V.I.; GUR111, U.S., red.; TINOXHINA, V.I., red.
=87ac=3nouB electric motors; piece series] Asinkhron a elektro-
dvigateli; edinaia seriia. Modifikataii. [Moskva, 19511 55 P.
(MIRA 11:3)
1. Rusata (1923- U.S.S.R.) Ministerstvo elektropromyshlonnosti.
(31cotrio motors, Induction)

AUTHORSs Kuzneteov V.I., Korkin, Yu.M. SOV-90-58-10-2/9
TITLEi Some Direct-Current Electric-Drive Systems for Geological-
Prospecting Drills (Nekotory7askhemy electroprivoda postoy-
annogo toka geologorazvedochnykh burovykh stankov)
PERIODICALs Energeticheskiy by"lleten', 1958, Nr 10, pp 3 - 8 (USSR)
ABSTRACTt The authors state that there is a tendency to use direct-
current systems in branches connected with oil-drilling.
They say that this tendency, and the fact that an electric
drive such as a motor-generator set allows the rotor and
the winch to work flexibly and steadily, has been taken in-
to account by the design office of the plant imeni Vorovsky
in their new drill type ZIV-2000E for geological prospect-
ing-well-drilling to a depth of 2,000 meters. This is the
first time that a direct current system combined with an
individual drive for the rotor and winch has been used in
the building of machines for geological prospecting. The
drill consists of a rotor with a PN-400 electric motor
65 kw, independent excitation), a planetary winch, a
3-speed gearbox and a DK-104G traction motor of 72 kw.
The electric motors of the rotor and the winch are driven
Card 1/3 by a P-101 generator (100 kw, independent excitatior). This

SOV-90-58-10-219
some Direct-Current Electric-Drive Systems for Geological-Prospecting
iDrille
generator, the sludge pump and the synchro-generator for
auxiliary needs are driven by a UID6-50 diesel of 150 hp.
This system allows -the power of the diesel to be more fully
exploited. During hoisting operations, the entire power of
the diesel is consumed by the electric motor of the winch,
when boring - by the rotor, the sludge pump and the other
auxiliary mechanisms. The authojbthen give a detailed de-
scription, illustrated by graphs and fomulae, of how to find
the most efficient gear-ratio for the gear-box. However,
there are certain disadvantaga- in the use of a gear-box
alone, and so the authoxasuggest that it Is wot-th while
studying various electric systamr, of achieving a stepless,
automatic changing of the speed-of.raising the columns of
boring tubes. There is only one way of making the mechani-
cal characteristic curve of an electric motor close to the
hyperbolic; by varying the tension either on the terminals
Card 2/3 or of the motor's magnetic current, The authorsdiscuss

SOV-90-58-10-2/9
Some Direct-Current Electric-Drive Systems for Geological-Prospecting
Drills
fieveral methods of regulating the rotation of the motor,
and comes to the conclusion that the most flexible is one
employing a dynamoelectric amplifier. There are 2 diagrams,
three graphs and two Soviet references.
1. Geophysical prospecting-Equipment 2. Drilling awchines-Design
3. Generatora (DC) -Performance
Card 3/3

PHASH I BOOK MCPLOITATION SOV/3723
Kuznetsov,, Vladimir Ivanovich
Mekhanicheskiye vakuumnyye nasosy (Mechanical Vacuum Pumps)
Noscow, Oosenergoizdato 1959. 279 p. 10,000 copies prin-
ted,
Ed. (Title page): M.I. Men'shikov; Ed. (Inside book):
V.I. Shamshur; Tech, Ed,-. P.M. Asanov.
PLWOSE: This book is intended for those working with mechanical
vacuum pumps for industrial and laboratory uses. Certain sec-
tions of the book may be useful to engineers and scientific
workers dealing with problems of obtaining medium or high vacua.
COVERAGE: This book deals with the working principlesp the opera-
tion, and the testing of mechanical oil-sealed vacuum pumps,
Also described are two-rotor (mechanical-booster) vacuum pumps.
A brief summary of the moleoular-kinetic theory of gases is
given. General concepts of vacuum technology and the laws of
Card 1/5

Mechanical Vacuum Pumps
SOV/3723
rarefied-gas flow through orifices and tubes are considered.
The types of pumps discussed include mechanical puznps,fbt Ined-
ium vacuum, low-vaouum multivane pumps, high-vacuum (molecular
and steam-jet) pumps, and cold traps. Some problems in the
design calculation of very simple vacuum systems are also dis-
cuosed.* The author thanks M.I. Men'shikov, I.S. Rabinovich,
M,L,,Alashkevich, P.I. Gorokhov, G.F. Kleymenov, K.A. Savinskiy,
L.P. Khavkin, and A,B. Tseytlin for their suggestions. There
are 32 references: 19 Soviet, 7 German, and 6 English.
TABLE OF CONTENTS:
Preface 3
Ch..I. -Elements of the Moleeular-Kinetic Theory of Gases 7
1. Equation of state 7
2. Gas pressure 9
3. Velocity of gas molecules 11
Number of gas molecules colliding per unit surface 13
Mean free-path length 14
Viscosity and heat conductivity of a gas 15
7. Diffuaion of gases 1T
Card 2/5

[lam
go a A
18 v
A 1v
IAllill
41
jai
----------7

EBIN, L.Ye., doktor tekhn.nauk; ZUL1, N.M.* kand.tekhn.nauk; LEVIN, H.S.,
kand.tekhnonauk; YAKOBS, A.I., kand.tekhn.nauk; ZHULIN, M.T.,
kand.tekbn.nauk-, IMIDEV, F.V.# inzh.;S9mM1--vJ---&,inzh.
Concerning A.P.Korshunov's article "Efficient design of 6 to 10 kv.
rural electric power transmiss-on lines." Elek. sta. 32 no.14:
78-83 D #61. (KIRA 15:1)
(Rural electrification) (Electric power distribution)
(Korshunov, A.P.)

PHASE I BOOK MCPLOITATION SOV/~270
Samarin, Ai M., ed., Corresponding Member, Academy of Sciences USSR.
Iya (Vacuum Metallur ). Moscow, Metallurgizdat,
Vakuumnaya metallurg
1962. 525 p., Errata slip Inserted. 1200 copies printed.
Bd. of Publishing Houses- V. 1. Ptitaynal Tech. Ed.t L. V. Dobuzhin-
okays.
PURPOSE: This book is Intended for engineering personnel of metal-
lurgioal and machine-building plants, scientific research workers
and teachers, and aspirants and students at schools of higher
technical education.
COVERAW: Themoydnamio fundamentals of vacuum application In various
metallurgical processes and problems of molting in vacuum Induction
and are furnaces are discussed. Procedures of casting large ingots
and vacuum d:galsing of steel in ladles are described, along with
designs of m ta lurgioal~vacuum equipment. Problems connected with
the use,of m oh n4oal and steam-ojeotor vacuum pumps,i,and with the
!Ctrd 1/1V

Vacuu% Metallurgy sov/627o,
designing, calculation, and operation of vacuum system,; are re-
visited in detail, along with vacuum-meaouring techniques * No
personalities are mentioned. Each article Is accompanied by ref_
erenoes, mostly Soviet.
TABLE OF CONTENTSs
Foreword
Polyakov,' A. Yu. Thermodynamic Fundamentals of Vacuum
Application In the Processes of Making Steele and Alloys
1. aeneral-lawn t 7
2. Reactions in reduction of metal oxides with carbon,
29
Deoxidation of steel
Degassing of metal
*
~5: Distillation or alloy components in vaouum-melting
processes
~ Ii
6
t
ti
lt
t
l
i
I
f
d
f
t
on o
en me
a
rao
erac
an
re
n
.
n
ory
mo
ng

Card 2,13

Vacuum Metallurgy sov/627o
Samarin, A. M. Some Problems of Vacuum Metallurgy 26;
1. On the improvement of melting furnaces 26
2. Vacuum induction furnaces 268
3* Vacuum aro furnaces 2TO
4. gleotron-beam furnaces 273
5. Thermodynamics and kinetics of metallurgical
reactions in vacuum,. 2 4
6. Vacuum treatment of molten steel 2;3
7. Vacuum pumps 287
Leykand, M. S. Special Features of the Design of
Vaouwa Resistance Furnaces 290
1. Design of some subassemblies of vacuum re-
sistanoe furnaces 291
29 Batch-type vacuum resistance furnaces 3~
3. Continuous vacuum furnaces 3
,KuZnetsov V X. Mechanical Pumps 340
1. KnL_e_;_;_I'_"Inf ormation 340
Qard 5A-31,

KUZWSOV' V. I.
June big (Lachnosterna)
Planting pine in deep furrows as a means of protection against the June bug.
Lee. khoz. no. 1, Jan. 1952.
9. Monthl List of Russian Accessions, Library of Congress, c;A-nt^m'h6r 1952, Uncl.

-.KUZIMSOVI- vs- I-*
2. ussn (6oo)
4- West Kazakhstan Province--Lopidoptera
7- Problems of adjustment of lepidoptera to new feeding conditions,
Trudy Zool. Inst., 11, 1952-
9. Monthly List of Russian Accessions, Library of Congress, AT)ril, -1953, Uncl.

KUZNBTSOV,V.I.; KMYNOVA.Ye-P.
List of Lepidoyters, along the central course of the Ural River.
Trudy Zool. lust. 16:321-250 154. (XLRA 8:6)
(Ural Vallsy-~-Impldoptera)

XMXSTSOV, V.I.
Peach and cranberry leaf roller@ (Peronea lubricana Ma. and
P.fimbriana Thnbg.) (Lopidoptera,,Tortricidae) as forms of the
same species. ICat.oboz. 34;124-128 '55. (XLRL 9:5)
(Leaf rollers)

KUZIMTSOV, V.I.
Now leaf rollers (Tortricidae) and leaf miners (Lithocolletoldea)
from western 11opet-Dag [with summary in German]. Ant.obos. 35 no.2.,
447-461 156. (MMA 9S10)
1. Zoologicbeakiy institut Akademii nauk SSBR# Leningrad.
(Kopet-Da&-Leaf rollers) (Kopet-Dag--Leaf miners)

USSR/General and Spociclized Zooloa - Lisects 6 r a
Abs Jour : Ref zhur - Biol.; N.> 9) 1958) 40129
Author : Semenov, A.E,, Kuzaeteov) VJ,
Inst : - -
Title % The Siberian Onion K)tli- !,"c~rocp~ia alliella op. n.- a New
Q-Lion Post on the Extreme North.
Orig Pub : Zool. zho, 1956, 350 No 11, 1676-168o
Abstract : The onion moth vas descrtbad in detail and its larvae were
described in short, This species is norpholoGically dif-
ferent from A. assectalla. It injures the onion, Gaklic
and especially the wild siberian onion, vhich is widely
distributed in the river lands of the extreme North.
Mechanical and chemical methods of control are recommended.
-- A.P, Adrianov.
Card 1/1
USSR / General and Special Zoology. Insects, Insect P,
and Mite Pests,,
Abs Jours. Ref Zhur-8161.., No IZ,,. 1958, 54356,
Author Kuznetsov. V..I
Inst Ab Armwnlan _SSRi,
Title Two New Species of Gall-6Formlng Moths (Lepidopteres
Microheterocern) Causing Damage to Shrubbery In
Arm eni a ,
Orig Pubs DoklJ AN ArmSSR~ 1957i ~5,, No Is 43-48,..
Abstract: This ii a di4dhption and ~ d~aWnqs of Augasma
atraphaxidellum 3p& n. ~nd Ascalenia grisells, spJ
no Information on the biology of these sptcLesi
Card 1/1

U?_ 0 V, -4.
USSR/Ganoral and Special Zoolory. In3octs. Injurious In- ?
aocts and halco. ~?oate of Fruit and f3,.,;rry Crops
Abe Jour : lif Zhui, - Biolk, No 11, 1958, No 49640
Author : Kuznotsov V.I.
Inst : -
Title Tho Biolor-y and Spocioa of the 11yralirl Loaf-
0
Rollor motho of tho Gonus guzophora Z. D-m-inc,
-K tha
~IojaoGranato, tho Applo Tree and tho Quinco
OrAG Pub : Entoijol. obozronlyo, 1957, 36, Ro It 59-71
Abstract : E. punicaolla larvae winter under the bark of
akolatonizod branches and in tho pool of the pon-
o:;ranatals fruit; they pupate at the end of April
or the boGinnin~, of May. Tho i3oths ojorr-q in the
f irst 10 days of May aid deposit thoir 0--.-
.1 in the
po~ioGranato bark, whore the first ,~onoration of
larvao dovolops In the bast in Ilay-Juno. Tho
omor7,inS moths doposit'thoir oGGs on tho bark and
on the fruits of po;ao,-raaat,-1 and applo trocs. In
Card 1/2 0
USSR/Gonoral andi:~poclal Zoolo~y* Insects. injurious Inaocto?
and Ticks, Postsof Fruit and Barry Crops
Abs Jour Raf Zhur - Biol., No 11, 1958, No 4964o
tho fruits of the pomoGranato, two or three Son-
orations dovolop. It was ustablishod that thc
~Ioths of the pomoGranatu loaf-rollor ~:,oth and E.
li,-~alla from Bukhara bolon:3 to the sano species
di-I ~;. punicaolla. Literary data about tho dau-30
to poao3ranatos, I-pplos, quincoa and poaches in
Central Asia by tho loaf-rollcr iaotho of tho
E,uzophc:ra Gonus should be rolated to the activity
of E. punicaolln. Tho oxpoood poculiaritias of
hho biolo-y of the pomogranato lcaf-rollor moth
call for ch"-n,--os in the oxistir4~ systoLl of 10af-
rollor moth control. Adrianov
Card 2/2
54

KUZENTSOV, V.I.
-, -, , -
,.W",
The oleaster moth Auarsia eleagnalls. W.Kusn., sp.n. (Iopidoptem,
Golechiidae), a now oleaster post In the U.S.S.R. (with sunmry
in Inglish]. 2ool. shur. 36 no.7rlO96-1098 JI 157. (KM lotg)
1. Zoologichaskly institut Akademil nauk SSSR.
Noths) (Oleaster-Dissames and pests)

rMMSOV, V. I.
042946AU&WA
Two now moth species (lapidoptera, Hiorohaterocara) Injurious to shrubs
in Armenia. DIokle AN Arm. SSR 27 n0-1'.53-57 158. (min 11:9)
1.Zoologiohaskiy ingtitut AN SSSR. Predstavleno, V.A. Panardxhyanomo
(Armenia-Moths) (Shrube-Dineases and pasts)