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

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928210006-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR/Gonoral and Systonatio Zoology, Insocts. Harmful
InsoctB and Acarids. Forost Posta.
Abs Jour : Rof Zhur - Biol., No 3, 1959, No 11692
Author : 1(upotoov
Inat : -
Titlo : Rocont and Littlo-Known Spocios of Owlots ~Lopi-
doptora, Noctuidao) out of tho Woutorn Kopot-Dag._
Orig Pub : Entomol, obozroniyo, 1958, 37, No 1, 183-195
Abstract s A dotallod morphological diagnosis of 5 roccat
spocios. A dosoription of two littlo-known spa-
cios including a now tamarisk post Hypoglaucitis
distinota,
Card 1/1 - 58 -

KllZN3T&W V*I,
Two speoles of the genus Iverpatl# Hb, (Lopldoptera, P~VralldldLao)
from western lapat Dath [with summary in Garm&W . Int.obos.
37 no*4t929-932 158o (MM llzl2)
(Kara,-Isla--Pyralid moth#)

rMNSTSOT, V.I.
Zonal distribution of lepidoptersins and formation of forost,and
orchard post faunas in mountains of western Kopet Dagh. Uch.sap.
IGU no.240:122-147 158. (MzRA 11:9)
(Kopet Dagh-Lopidopters) (rorest Insects)
(7ruit-Dimeases and posts)

ARNOLIDI, 7L.T.; BCHKHMIUS, N.B.; OURITATA, '-'s.L.1 DIRBIMA, N.N.;
TAMITAU01, A.Y.; XgRZHM, I.M.; IUZMSQyc V.I.; LISIXA,
L.M.; HISHOMKO. L.L.; MCMM. i~.Y.--.- 9-I.D.; WAPOSMI-
KOY, G.1h.; SMAMIL133MG, A.A.: PUKHALISKATA, L.F., red.isd-va;
1RUaLIKOVA, N,A,l takhn,red,
[Invoot posts of corn in the U.S.S.R.; reference book] Naseko-
mye, vrediashohis kukaxnze v SSSR; sprovochnik. Koskva, 1960.
227 p. (MIRA 13t3)
1. Akademiya nauk SSSR. Zoologicheskiy institut. 2. Zoologi-
cheakiy inatitut AN SSSR (for Arnolldi, Borkheaniusp Gurlyevaq
Derbonevs, Umollyanovo gershner, lusnoteov, Hishchanko. Narchuk.
Shmposhnikov, Shtakeliberg). 3. Toosoyuznyy Inatitut xashchity
rasteniy Yseeoyuznoy akademli sallskokhozyaystvannykh nauk imeni
T.I.Lenina (for Lisina, Shapiro).
(Corn (Maissi-Disesses and posts)
(Insects, Injurious and beneficial)

KUzmSOv. V. I.
Materials on the fauna and biology of Ispidoptera in the
western Kopet DaCh. Trudy Zool. inst. 27111-93 160.
(MMA 1329)
1, Zoologicheskiy institut Akademli uauk SSSR, Leningrad.
(lopet Dagh-Impidoptera)

XDMTSOVO V.I.
low species of the genera Salsolicoln lu2natso go nov.,Paumene Rb.,
and Laspeyresia Ube (Lopidoptera, Toitricidae) in the fauna of the
U*S.S.R, Into abor. 39 n0,11189-10 160. (MMA 13:6)
(raftf.-t rollers)
-- : , . .

WZ1wrSOV V I
Biology and distribution In different habitats of Acrocercops
amurensts TI.Kuznatzov sp.u. (lopidoptera, Uthocolletidae,. a
serious post of the Mongolian oak. Zool,zhur. 39 no.6:858-865
je 16o. (MIRL 13:7)
1. Zoological Institute, U.S.S.Re Academy of Sciences, Leningrad.
(Amur Valley--M6ths)
(Soviet Tar 16st--Moths)
(Oak-Dineaaes and peets)

KUZNETSOVO V.I.
Two now moth species of the genus Lithocolletis ZO (Le ido ter .
Lithoconotidae) occurring an posts of arboraceous specied Abo
Caucasus. DAL AN Arm. SSR 33 no.5t227-230 161. 1522)
la Zoologicheskiy inatitut AN SM.' Predstavleno akademikom
AN ArmyanDkoy SSR V.O.Oulkanyanom.
(Transcaucasia--Mothis)(Treeo--Diaeases and posts)

KONE7SOVO V.I.
*~
Review of two grOUP6 Of Palaearctio leaf rollers of the genug
Pa=ene Hb, (Lepidoptera, Tortricidae). Ent. oboz. 40 no.4:
887-899 161. . (MIRA 17:1)
le Zoologicheskiy institut AN SSSR, Leningrad.

-----------
DANILEVSKIY, A.S.; KUMETSOV, V.I.; FALIKOVICH, M.I.
Leaf rollers (lopidoptera, Tortricidae) of the mountainous districts
of southern Kazakhstan. Trudy Inst. zool. AN Uzakh. SSR 18j69-116
162. (MIRA 170)

I- - - - ---- -, - - __:~:
~- KMNMOV, V. -I.
New species of leaf rollers (Lopidopteral Tortricidae) from the
Far East. Trudy Zool. inst. 30:337-352 162,
(MIRA 15:10)
(Soviet Far BaBt-Leaf rollers)

hUZIIETSOV
--- - . ~ - V
Now 14%iarctic species of leaf rollers of the genus lAspoyrania
Hbe (lApidotorap Tortricidne). Ent* obzqr. 41 no.3:J27-W .162.
(MIRA 15:10)
1. Zoologichookiy institut AN SSSR, laningrad.
(leaf rollers)
11

KUZNETSOV# V.I.
Photoperiodie and temperature reactions of interapecific hybrids
Dendrolimus pini L. X D. sibiricuo Tahtv. (Lepidoptera,
.LaBiocampidae). Zool. zhur. 41 no.4s571-585 Ap 162.
OURA 15s4)
1. Zoological Institute, Academy of Sciences of the U.S.S.R.,
1160*" -
(Tent caterpillars)

New and little.-kyle
.jwn pulflAarcUr-, Vf'~1ilic i~'&,=une 1[b.
(Lopidoptera$ Tortrioldae)o Ent. cbra. 43 n,~.34-92-70-) 1640
-1- Z00,10gichesklY .',ni3titut AN SMR, leningrad.

1 ~ ~ I I --- - ---- --- --- -1
-- -- -- - -- - --- -
I Trts PIR-01-int;
I quality Indicen of planting material. Les. khoz. L no. 121, l).51.
Monthly List qf Rusniam Acceegionk, Library of Congresa, April 1952. UNCLASSIFIED.

2. USSR (600)
4. Pine
7. Establishing hardy stands of pine on sand. lea i step' 5, No. 3, 1953.
9. Mouthl List of Russian Accessions, Library of Congress, April 1953, uncl.

USSR / Forest6. Forest Economy. K-4
Abs Jour: Ref Zhur - Biologiya, No. 1, 1958, 1351
Author : Kuznetsov, V.I.
-------------------------
Title : Increasing the Productivity of Pine Forests
Orig Pub: Lesn. kh-vo, 1957) No. 6, 19-23
Abstract: No abstract.
Card 1/1
of colloMal fomations of ff-r-.-ic oy.'de and si,'Aca
znhes of oyidaticn of ~-nn sulfide deposit," Mineral. nbcrilik, lic. 2,
j-,-,e4 5", (Letopis tZhurrial 1nyYh "tatey, No. 5p 1",

:1
-,J,, I'l. 1.
~-uzw~toov, V. 1. "On t e proc,~,sm nf ctabilizinC ~.-ranlLlc reMatlt,en, 11 Eineral.
sbc-nik, No. 2, 11-i,/,8, p. 1',~9-213
o"0: !,~-3850, 16 June 53, (Tet,-),1)13 'Zhurn,il In-ldi ~Itatey, NO. 5, 1949).

35893 K metodike nabludenlya zhidkikh vklyucheniy v prozrachnykh mineralakh s
pomoshchlyu imerslonnykh zhidkostay. Mineral. Sbornik (L'vov), no. 3,
1949, c. 201-03
SO: Letoplat Zhurnallnykb Statey, No. 49, 1949

KUZNNTSOT, V.I,
c%~
Universal stereographlo rals.r. Kin.sbor. no.5007-311 151.
(aU 9.- 12)
1..Politokhalohookiy Institut, LIvov,
(Orptallograplw)

KUZXRTSOV V.I.
The place of pegnatites In the formation procenti of one of the
granite bodies. Kln.sbor.. uo.5:.99-212 151. (WAA 9:12)
1. Politekhnicheakir Institut, L'vor.
I(Pegmatits's) (Granite)

lur FTSOV V*
Genesis of granite pagmatites. Dokl.AN SUR 96 no.1:163466 My 1,44.
(MLRA
1. Llvovskiy politakhnichaskiy institut.
Predetavleno akadsmikom D.I.Shcharbakovym. (Pegmatite)

KuznTsov,v.l.
Development Of fl8sures and the relation ofpsgmatitg Tains to then
*
In one of the granite POPAtIto deposits. Trudy Inst.gool.nauk
no,162:36-54 155.
(Peguatites)

1 1 /~ ro T- I -) f) V
V__ T_
15-57-5-6264
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 5,
p 82 (US3R)
AUTHORS: Kuznotsov, V. hevyrov, S. Ie
TITLE: The Morphology of Glauconits From tho Cretaceous
Deposits in the Outer Zone of the Cis-Carpa thian
Downwarp (K morfologii glaukonita iz otlozheniy mela
vneshney zony Pradkarpstakogo progiba)
PERIODICAL: Mineralog. sb. Llvovsk. gaol. o-vo pri un-te, 1956,
Nr 10, pp 359-362.
ABSTRACT: In the indicated region, glauconite is distributed in
sands and sandstones thnt underlie a gyps am-an hydri te
horizon. The glauconite is represented by freely formed
grains and by pseudomorphs after the remains of various
micro-organisms. For the most part the grains are oval,
and they range from tenths of a millimeter to one or,
rarely,two millimeters In diameter. The mineral
cormnonly fills the interstices between rounded grains
Card 1/2 of quartz. Fine dotted segregations of glauconite are

The Morphology of Glauconite From the Cretaceous (Cont.)
15-57-5-6264
locally developed along fragments in fine-grained carbonate rocks.
Glauconite has also been found filling foraminifer shells. It is
recognized that the glauconite In tne glauconitic sandstones formed
from flakes of biotite and grains of feldspar. The mutual relations
between glauconite and limonite are variable. In places the glauco-
nite forms rims on oval growths and angular fragments of limonitt.,
but various overgrowths end different forms of glauconite grains ~.ave
been observed. The nonuniform degree of its recrystallization and
the comDlex mutual relotions with allogenic and authigenic minerals
lead one to believe that the glauconite formed during accumulation of
the sediments and at the beginning of their development into rocks.
Cnrd 2/2 Ye. S. K.

15-1957-10-13924
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 10,
p 80 (USSR)
AUTHOR: Kuznetsov, V. I.
TITLE: A Study of the Gramite Pegmatites of Kalba (K izueheniyu
granitnykh pegmatitov Kalby)
PERIODICAL: Nauchn. zap. Llvovsk. politekhn. in-t, 1956,, -Nr 46,
pp 99-105
ABSTRACT: The pegmatites in Kalba are areally and genetically as-
sociated with mioa-granite complexes of the Priirtyah-
skiy granite mass, which formed in three connected pha-
ses of granite-magma intrusion. The pegmatitas are con-
centrated predominantly in the peripheral parts of the
granite bodies and are associated chiefly with medium-
grained and porphyritic granites (first phase). Lenti-
cular (sohlieren-like) and vein pegmatites are distin-
guished; the latter are generally found with other dike
rocks of the granite intrusion. In Kalba there is a
Card 1/2 characteristic association of f-h-- principal regmatite

15-1957-10-13924
A Study of the Granite Pegmatites of Kalba
masses, especially of rare metals, with fractures of the region-
al overthrust type (shear fractures). The pegmatites are chief-
ly magmatic, with modifications produced by replacement. The
author considers the pegmatites to be closely associated, both
in time and origin, with the granites containing them. They
formed'synohronously with the granites. The youngest are rare-
earth p4gmatites of complex composition and structure. The
author assumes that., during crystallation of the granite magma
and solidification of the granite masses, foci of pegmtitio
melts developed repeatedly at various.levels; these resulted in
the for rm tion a t a omewha t diff eren t times of pegm ti tes of var-
ious types, forms, and sizes.
Card 212 S. P. Bryzgalina

KUZNETSOV.9
Scale of the stratigraphy of upper Cretaceous sediments in the Tuar-
Kyr region. Trudy VSEGEI 46:219-228 161. (MIRA 14-11)
(Tuar-Kyr region--Paleontology, Stratigraphic)

KUZNETSOV. V.I.
Cementation of sulfur deposits in the Carpathian Mountain region.
Razved.i okb.,**dr. 28 no.3s6-9 W 162. (MIU 15SO
1. L'vovskiy politekhnicheskiy institut.
(Carpathian Mountain region--Wfur)
N
~!v

Belermites from the Upper Creta!:,Eous Becliments of Tuarkyr- re,-:lon.
Trudy VSEGEI 109s120-14.1 163. (141W, 17.7)
xN,

[Statistical calculations for elements of track superstructure]
Statlatichemkiy rancbet alamentav vercknego vitroypniya puti.
14omkva, Goa. transportnoye zholaznodorosh. izd-vo. 1956. 107 P.
(MIRL 12:1)
(RaiLroads-Track)
X,

tA 7. AIC- T_~,- a V) V' -1- " JAz: - I BOOK RMAUTATION T15
Khznetsov, Vas ch
Progress tya&eloy Industril, v SSSR (Progiress of Heavy Industry in the WSA)
Nbecow, W-vo "Zoanlye", 1958. 61 p. (Series: Veenoyasnoy obehebast"
po rasprostraneniyu politicheakikh I naucbnykh nanly. Seriya IT, 19580
no" 15, 16) 4T,,500 copies printed*
Sponsoring Agency; VaeeoyuznM obshchewtvo po rasMvtm=Ayu politichaskM A
nsuchnykh smanly.
Ed*: Fa7nboyz,, I# B,; Tech* Ed*-. Gubin,, Mo I,
PMUWE: This pemiphlet 0 intended to familiarize the reader with the UoWqa
progress of Soviet heavy Industry, It is published under the ausple4la of the
A3.1-Union Society for the Propagation of PoUtical and Scientific Mmowl"ge.
COVERAGE: The paq*let briefly describes Soviet achievements in metallwW,
power engineering, and the construction of macb1nery and machine-toolas etas
It describes seme of the new machines, machine tools and cutting tools Y#JA
in the USSR. There are no references.
Card 1/2

Progress of Heavy Industry in the USSR 715
TAZZ OF CORTEM:
Introduction
Ferrou Metallurgy 7
Pressure,working of Metals
Casting
welding 16
Coal 19
Oil 23
Gas 2~
peat go
Heat lkywer 29
Hydroelectric Power 30
Atomic Power 36
ft ftealcal Industry
The Aftnifacture of Machinery h3
ftO M=faeftm Of HOOVY Machinery 45
The Manufacture of machine Toolg 46
Caimplex Mischm-4zation and Autmation, of Production Processes 52
Instrusent Making (Computers) 56
Programmild Control of Metal-cutting Machine Tools 58
Telemacbs-les
IP
AVAILAZZ: Library of Congress
Card 2/2 JG/Zas
10-10-58

I
JPOY.
KU
sw/1%412
SCIOU06
'teewAG&I
sorts
of
VrOtessorg DOCtor rat,* (?w
-%I *I Sim IrEb
3ar
t6&.
0
On& * V* 8 1500 COP
j.dwevir 1.0 V 3.9590 91- 60"tswSo UU060
ix SSG
The K
U01t 'Doctor Of
IjisbRIfs' GGOT P
of VI"
stiottel VoVai" V0,r, tbb
VeTsons 's," iA jSTiO%S t1yes of I?
for Of Vwrt's
010
?A - -000t ww tbO
Case
?t%Nsal. G.UwTo &"
(:0150x~% Ime'rties
tbAw I?rov,
Plastics and Their Basic physical (Cont.)
SOV/4472
equIPMOnt manufactured from pUgtlege There are 26 tables of dat4L on the
mechanics' and Physical PrOPOrU68 Of Plastics and Plastic fibers. Standards
for individual plastice are given &long with their applications. Tb 11.
lustrate UO Wide Use Of Plastics by the Soviet aircraft industry it is men-
tioned in the introduction that the TU-104 passenger plane has 120,,00o parts
node of plastics. No personalities are mentioned. There are 22 references,
all Soviet.
UM OF CONTENTSi
:ntroduction
Ch. I. The Concept Of MA8tIC8 and Buie Tyree of Plastics
TherupplAstics
Tbermoreactive pIA8tICG
IAmimted plastics
Organosilicon polmrs
Flbe:rglas 3AISOtMic
"Graff4dil J?Olymers
material a (SVAM)
3
T
14
17
19
21
21
ftrd 2/ 5

PHASE I BOOK EXPLOITATION SOV/401
Kuznetsov., Vasiliy Ivanovichp Doctor of Technical Sciences, Professor
Osnovnyye napravleniya. tekhnichaskogo progressa, v SM v 1959-1965 godakh (Basic
Trends in the Technical Progress of the USSR from 1959 to 1963) Moscov., Izd-vo
VPShi i AON pri TeX KPSS., 196o. 1o6 p. 14,,000 copies printed.
Sponsoring Agency: VysshaLva partiynaya shkola, pri TaK KPSS. Kafedra pronyahlenn-
nogo, proizvodstva. i stroitellstva.
Ed. (Title page): G.I. Pbgodin-Alekseyevj, Doctor of Technical Sciences.. Professor;
Ed. (Inside book): A,G. Kokoshkoj Tech. Edo K.M, Immov,
PURPOSEt This book is intended for the average Soviet citizen and aim to p te
the present seven year plan,
COVERAM: The book discusses the direction to be taken in the development of Soviet
technology from 1959 to 1965 including electric povers atomic power,, Soviet space
program, machine manufacture,, etc. No personalities are mentioned. There are
24 references,, all Soviet.
Card 1/4

Basic Trends in the Technical Progress (Cont.) SOV/4051
TAB1Z OF CORTMUS
Introduction 3
I. Main Trends of Technical Progress in the USSR Slectrification
of the Country 7
Electrification of the country 7
Complex mechanization and automation of production processes 7
Accelerated development of chemical production 10
Intensification of production processes n
171. Power Engineering
Heat-pover engineering 13
Hydroelectric power 20
Solar power 26
Fuel prodnetion 30
III, Atomic Power Engineering
Thermonuclear reaction 41
Proton-synchrotron 46
Card 2/4

Basic Trends in the Technical Progress (Cont.)
Radioactive isotopes
Protection from :radioactive radlation
Atomic icebreaker
IV. Reaction Propulsion Technology
Reaction engines
Soviet artificial earth satellites
First cosmic rocket
Second cosmic rocket
Third cosmic rocket
Photon engines
V. Xachine Construction
Preparatory operations in machine construction
Machine tool manufacture
Complex mechanization and watomtIon of production
Computer technology
Programmed control for metal cutting =whine tools
Card 3/4
SM/401
49
56
57
60
61
62
63
64
65
69
76
79
85
92

Basic Trends in the Technical Progress (Cont.) SOV/4051
. VI. Other Branches of Industry
Chemical production
Ferrous metallurgy
Consumer goods and foodstuff production
Bibliography
AVAILAZZ: Library of Congress
Card 4/4
96
99
100
104
AC/rn/was
8-12-6o

KUZNETSOV, Vasilly Ivanovich,, prof.; GORODEVSKIY, L.M., red.;
., . - - - . --GVOZDLrV - -red.
(Present state of the machinery industry]Sovreniennoo sostola-
nie mashinostroeniial tsifry i fakty. Moskva,, Ob-vo po, rae-
prostraneniiu polit. i nauchn. znanii RSFSRp 1961. 38 p.
(MIRA 15:9)
(Machinery industry)

z PHASE I BOOK EXPLOITATION SOV/5671
Kuznetsov, Vasilty Ivanovich, Doctor of Technical Sciences, Professor.
Dostizhenlya v oblasti tekhnicheskogo progressa v SSSR (Achievements in the
Field of Technological Progress in the USSR) Moscow, Proftekhizdat, 1961,
303 p. 8,600 c*opies printed.
Scientific Ed. : N. M. Glikin; Ed. - L. A. Serebrennikova; Tech. Ed. . M, N.
Person.
PURPOSE:. This textbook is intended primarily for use in vocational and techni-
cal schools, and may also be of interest to general readers.
COVERAGE: The book describes achievements in Soviet space exploration,
transportation, metallurgy, construction, machinery construction, and agri-
culture, as well as in power, jet-propulsion, . and computing engineering,
and In chemical., fuel, paper, woodworking, and consumer-goods industries.
Card 1/7

IZSIIIRIN,, V.I.1 KUZNETSOV,'V.1.

TISIIAKOV-jS-.B-.
Fastoninp of nozzles for the supplying of atomized liquids by means
of pnrmanent marnets. Stan.1 instr. 32 no.11:38 N 161.
(MIRA 14:10)
Michine-shop practice)
gvj*

prof., doktor tekhn. naukj
POGODIN-ALEKSEYEVp 0.1., prof., doktor tekhn. nauk,
zeal. deyatell nauki i takhniki RSFSR, red.; KOKOSHKO,
A.G., red.; VOLODIN, R.A., t6khn. red.
(Technological progress and creating the material and technical
foundation of commmism] Tekhnicheskii progress i sozdanie
mAteriallno-tekhnichookoi bazy kommunizim. Pod red. G.I.
Pogodina-Alekseeva. Moskva, Izd-vo VPSh i AON pri TaK KPSS,
1963. 222 p. (MIRA 16:7)
(Technology) (Russia--Industries)

14-57-6-12066
Translation from: Referativnyy zhurnal, Geografiya, 1957, Nr 6,
pp 57-58 (USSR)
AUTHOR: --Kuznetsov V. I.
TITLE: Transfer Coefficients for Land Evaporators GGI-3000
(0 parekhodnykh koeffitsiyentakh nazer4n'ykh ispariteley
GGI-3000)
PERIODICAL: Tr. Gos. gidrol. in-ta, 1954, Nt 45, PP 142-156
ABSTRACT: An evaporator 3000 sq cm in area and 60 cm high13GI-
3000) has been in use since 1935. The amount of
evaporation (E) from its surface does not.correspond-
to the amount of E from an evaporation basin 20 aq m
in area. Transfer coefficients M are proposed for
the purpose of comlating these amounts. T represents
the ratio of E from the basin to E from the evapor-
rator's water surface over the same observation period.
Card 1/4 This can be written as T - EO/El. Average seasonal

Transfer Coefficients for Land Evaporators (Cont.) 14-57-6-12066
And monthly Tfs are examined; their fluctuations appear to be of
random type. Intra-annual fluctuations of T are greater in northern
regions than in southern ones, but when one certain.factor which
exerts an influence on E is taken into consideration, the variations
of T grow smaller. This basic factor is the temperature. When F.
over land is changed to E over water, T is calculated by the formula
T - r(eo-e200)/ (eo-9200 )-1, where r expresses the effect of the
evaporator construction on E. The value of r is more constant than
T. The average value of T is 0.39, of r 0.27. The average calcu-
lated value of r is 0.75. Correction for the temperature was com-
puted on the ba'sis of mid-monthly variations in vapor tension,
taking into consideration temperature of the water surface in the
basin and in the evaporator. Equation e0 - e200 u :F (eo-e200) is
expressed graphically for the mid-monthly values. Variations in
vapor tensions grow smaller from north to south (Zelenogorsk 1 21,
Kara Bogaz-Gol 1). It is therefore necessary to obtain dat;_o; E
ro a7 evapor;t-or GGI-3000, also data on water temperature, in
6arW 2 4

14-57-6-12066
Transfer Coefficients for Land Evaporators (Cont.)
order to determine E from a given basin by means of the formula
EO - Eir(eo-e2OO)(e10-0200-1- Water temperature is usually de-
termined from the equation: (eO-e2OO)(eO-e2OO)-l n 1.41 - 0.02t 200.
The free term changes for different months. Tests indicated that
the differences in the computed E did not exceed 10 percent in 85
percent of the cases; in 90 percent of them it was no more than 11
percent. This high value of the error is explained by the errors in
measurements and by the diverse lengths of observations. An isoline
map of T for dry land evaporators GGI-3000 shows that T has a zonal
distribution, and that it diminishes from north to south (at the
Sea of Karsk--l; to the south--0.7). In the Urals and the Central
Russian highland the isolines swerve to the south. In the case of
large bodies of water it is necessary to introduce a correction for
the relation between wind over water and wind over land, and also to
take the influence of water depth into consideration. This method
of calculation is sufficiently exact for practical purposes. A
Card 3/4

Transfer Coefficients for Land Evaporators (Cont.)
14-57-6-12066
biblio&raphy of 11 titles is included.
Card 4/4 M. S.

T T
0 P"
14-1-580
summary translation from: Referativnyy Zhurna2, Geografiya, 1957,
Nr 1, P. 65 (USSR)
AUTHOR: Kuznetsov, V. 1.
TITIE: An Investigation of the Effect.of Heat Insulation on
Water Evaporator Readings (Issledovaniye vliyaniya
teplovoy izolyatsii na. pokazaniya vodrijkh ispariteley)
PERIODICAL: Tr- Goa. Gidrol. in-ta, 1954, Nr 45, PP. 173-181
ABSTRACT: Comparative evaporation readings taken from an insulated
standard evaporator (area =0.3md, height - 0,.6 m), an
2
6
M
ordinary evaVorator, and an evaporator tank (area - 2
height -- 2 m) are presented. The experiments were carried
out at the Valday and Dubrovka hydrological laboratories.,
the NizhnedevitBkiy drain station, and the Yaskhan hydro-
meteorological station in Turkmeniya. In Valday, the
effect of the degree of regularity in the structure of
an air current over an evaporator was studied by taking
parallel measurements on a standard evaporator.and the
same.evaporator with a protective vizor. It was shown
the season decreased evap-
thatthe use of a vizor durin
Card 2/2 t
oration by 11-17%- In compar son with ordinary standard

Mu
DE

14-1-580
An Investigation of the Effect of Heat Insulation on Water Evaporator
Readings. (Cont.)
evaporators, heat insulated evaporators deorease evapora-
tion; however, their effectiveness varies within the
different geographical regions.
A. 1. Ch.
Card 2/2

V F. T -~ T_ -1 7T
I V
KUZNNTSOV.V.I.
f-W,, 4v"
Influence of water plants on evaporation.
154.
(1vaporation) (Plants--Transpiration)
Trudy GGI no.46:108-134
(nU 8:11)

MONO lrazrai-ton fror bodies of water in the Sal Steppe region. Trudy GGI
nO-57:86-92 056.. (MM 106)
(S&1 Steppe--Ivaporation)

KONNETSOV, V
(IhwWg a in thi
deveiopment o:
flow of the river Syr Darya In cOnu'90t'o" wl tb the
irrig0ion. Meteor. I gidrol. no.7-.17-21 JI 157.
(Syr DSZ70 (Km im)
(syr Darya Talley--Irrigatiou)
F

IA Z- N C
ji u!
90
ill'-oil
! ; 1,
Ift -01
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10
PER
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As
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im
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r 4. Zs
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1415 M

T -S 0
LIM
9
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Ila it. !al I q a

KUZNETSOV, V. 11 Cend Tech Sci -- "Objective ~,-tethods of studying the indicatrix
of dispersion of sea water.- &J, 1960 (Stte Order of Lerin Optical Inst im
S. 1. Vavilov). (KL, 1-61, 194)
-201-

MAKAROVA., V.S.; K, TSOV
Effect of monomolecular films on evaporation from the surface
of water. Trudy GGI no,91:5-13 161, (MIRA, 14:8)
Evaporation)
Films(Chemistry))
Alcohols)
~

KUZNETSOV. V.I.v inzh.
Reconstruction of the irrigation system for the use ot"the
DDA.-IOM unit, GidrA mel. 14 no.110-13 N 162. (IbA 15:12)
1. Veenoyuzvy nauchno-inslodovatollskiy inatitut''Jidpatakhniki
i malloratsil Im. Kootyakovs.
(Colodnaya Zappa-Gotton-Irrigation)
(SprAnkler irrigation)

83354
9-- ~(360
S/139/60/000/004/011/033
E201/E591
AUTHORS: Kuznetsov, V.I. and Shchevelev, M.I.
TITLE: Investigation of the Changes of Resistance of Barrier
Layers in Cuprous Oxide Rectifiers Subjected to Thermal
Ageing 17-5
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Fizika,
1960, No.4, PP-117-121
TEXT: The authors report an investigation of 'the changes of
resistance of barrier layers in cuprous oxide rectifiers and the
changes of impurity-centre concentrations in such layers produced
by- thermal ageing. The rectifiers were prepared from electrolytic
copper discs of 18 mm diameter and Oo9 mm thickness. The discs
were oxidized and some of them were annealed; after annealing they
were cooled by immersion in water at 20*C. The series of
rectifiers studied by the authors included samples prepared by
oxidation at various temperatures and for various times; the
annealing conditions (temperature, duration) were also varied from
sample to sample. The concentration of impurity centres, N, was
found from N 811 dV (3)
ce [ d(l/C')
Card 1/3 It

83354
S/139/60/00o/oO/oll/033
E201/E591
Investigation of the Changes of Resistance of Barrier Layers in
Cuprous Oxide Rectifiers Subjected to Thermal Ageing
where V is the applied.voltage, C is the barrier-layer capaci-
tance, e is the permittivity-of cuprous oxi 9e and e is the
electron charge. Fig.1 shows plots of V(I/C ) for samples
prepared by oxidation at 1020*C (30 and 12 hours) and at 950*C.
(12 hours). Fig.2 shown similar plots for samples oxidized at
1020*C (12 hours) and subsequently annealed at 600'C (30 and 9 hra)
or at 4oo0c (9 hours). Figs, 3 and 4 show the change in the
impurity-centre concentration as a function of the barrier-layer
thickness, for various temperatures and durations of oxidation
(Fig-3) and annealing (Fig.4). Thermal ageing reduced the
diffusion potential, increased~the barrier-layer thickness and
altered the impurity-centre concentration in barrier-layers; the
actual changes of the impurity-centre concentration depended on
the conditions of oxidation and annealing. Fig-5 shown the relative
change of the barrier-layer resistance plotted against duration of
ageing. The continuous curves in Pig-5 represent the results
obtained by means of a bridge circuit, the dashed curves represent
Card 2/3

S/13q/61/ooo/oo6/oi9/O23
E194/E484
AUTHORS: --,_-.KuznetSIDV V.I. Shchevelev, M.I.
TITLE2 The influence of heat treatment and the ageing process
on the width of the impurity zone of the blocking
layer of cuprous oxide rectifiers
PERIODICALs Izvestiya vysshikh uchabnykh zavedeniy, Fizika.
no.6, 1961, 145-149
TEXT: Specimens were prepared by the usual furnace method from
electrolytic copper discs 1 mm thick and 18 mm diameter. The
oxidation time was 12 minutes at a temperature of 1020*C. The
annealing times were 9 and 30 minutes at 600 and 400*C. The
electrical conductivity of the semiconducting layer of the cuprous
oxide rectifiers was measured by a compensation method from the
voltage drop on the layer with direct current of 10 mA in the
forward direction. The back current density was measured with a
constant back voltage of 1 V. The measurements were made in the
temperature range 20 to 800C. After the first measurement had
been made the rectifiers were placed in a thermostat at a
temperature of 50% where they were held for 40 days after which
Card 1/4

S/l39/6i/ooo/oo6/oi9/023
The influence of heat treatment E194/E484
the measurements were repeated. Curves of log a(I/T) where
G = conductivity, are not straight lines but smooth curves which
at beat might be replaced by two straight lines with an
Inflection point at a temperature of 40 to 50'C. The curves are
of different shapes in rectifiers with different heat treatment,
annealing both increases the conductivity and, therefore, the
number of impurity contras and also increases the energy of
activation. Rectifiers annealed at 600*C are characterized by an
inflection in the curve of log a(l/fl. Apparently annealing
increases the concentration of impurity contras and the thickness
of cuprous oxide and also leads to the formation of a wider
impurity zone, The heat treatment conditions influence not only
the width of the impurity zone but also the distribution of the
concentration of impurity contras between energies of activation
within the zone. As the temperature increases there is
apparently an increase in the number of ionizing impurity centres
with higher energy of activation and, consequently, there is an
increase in the mean value of the energy of activation. Curves
of the resistance of the blocking layer as function of
Card 2/4

S/139/61/000/006/019/023
The influence of heat treatment ... E194/E484
temperature before and after ageing show that rectifiers
annealed at 600*C have considerably lower resistance of the
blocking layer at higher temperatures. Rectifiers annealed'at
4000C have the maximum resistance at low temperatures. Ageing
causes the greatest change in the low temperature part of the
curves of the resistance as function of temperature. The results
also indicate that annealing at 6004C leads not only to irregular
distribution of impurity centres throughout the thickness of' the
blocking layer, which has been established previously, but also to
the formation of a wider impurity zone. Measurements carried out
on aged specimens showed that the reduction of the concentration
of impurity tentres in the blocking layer occurs primarily as a
result of association of impurity centres with lower energy of
activation, that is there is a reduction in the density of
impurity levels and in the width of the impurity zone in the
blocking layer resulting from destruction of impurity levels of
lower energy of activation. There are 6 figures and
7 referenceag 3 Soviet-bloc and 4 non-Soviet-bloc.
Card 3/4

S/13q/6i/ooo/oo6/oi9/023
The influence of heat treatment ... E194/E484
ASSOCIATION-~ Voronezhakiy politekhnicheakiy institut
(Voronezh Polytechnical Institute)
SUBMITTED% October 17, 1960
Card 4/4

42209
8/139/62/000/005/014/015
E032/E3jL4
AUMORS: Kuznetsov, V.I. and Shchavelev, M-1.
TITLE: _$n the diffusion of impurity centres in the barrier
.layer of copper-oxide rectifiers
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Fizikaj
no- 5, 1962, 161 - 163
TEXT: Application of a reverse voltage to a copper-oxide
rectifier gives rise to a creep effect in which the reverse current
gradually increases but reaches its original value after the volt-
age is removed. Prolonged application of.the reverse voltage leads
to an even greater increase in the reverse current. It is noted
that the stability of this'new value of the reverse current has
not as yet been investigated. In ordeir to obtain some information
on this phenomenon the authors have carried out an experimental
study of the properties of copper-oxide rectifiers produced from
the MO electrolytic copper. The copper specimens were in the form
of discs, 1o5 cm in diameter and 0.1 cm thick. The oxidation
temperature was 1 020 OC and the oxidation time. was 12 min* A
number of the rectifiers were prepared without annealing and the
Card 1/3

On the diffusion of
s/i3g/62/000/005/014/015
E032/01:4
remainder with anneal ing for 4 min at 600 0C. The reverse
current was measured for all the rectifiers at 1 V reverse
potential difference* using the method described by the present
authors and A.I. Andriyovskiy (Dokl#-Wvovskogo politekho
instituta, 3, v.1 and 2, 1958; Izv- vuzov SSSR, Fizika, no* 4#
1960 (present authors only)). A determination was also made of
the distribution of ionized impurity centres in the barrier layer.
A bridge circuit was then used to measure the capacitance and the
resistance of the barrier layer corresponding to a bim voltage of
4 V. After the first determination' the rectifiers were connected
to an AC voltage (reverse voltage of 4 V, rectified current Z -
30 mA) for 50 days, after which a second measurement was made*
The rectifiers were then placed iftad~wicator at room temperature and
all the measurements were iepeated after 18, 45 and 140 hours. It
was found that when tle reverse voltage was applied, the resistance
of the barrier layer decreased with time but as soon as the bias
was removed the resistance again increased. This behaviour was
associated with the diffusion o4purity contras in the barrier
layer. Comparison of the impuri _contra distributions in
annealed and unannealed spec'imenb'showeithat prolonged passage of
Card 2/3

KUZNETSCYV;,Y.4~j YEDOR071 D,P*; SHCIMTEMs M.1,
Leakage and instability of germanium junetion transiito~, kvs
vys.uohebozavel fiz. no,3t27-31 163& (49 16,12)
1. Voronezhakiy politekhnicheakiy institut.

KU2VVrSOV, Vladlen Ivanovich; KiKREYIEVA, N.Ya.p red.
[Behind the Brandenburg Gate) Za BranderburgAlml voro--
tami. Moskva, IMOj 1965. 182 P. 04TRA 18-.11)

set
sod
off
of
04,
00.3
000
0013
0014
2lb-1911. Elvalro" of lIlglk Efficiency
for Xan*A Are weldliff. Ila RUN-
stan.) A. IL Gotmer V L Xu=at&Qv
M. L Xual4 and A it Xryukovskil'
Awfogens" Polo (Welding), Nov.
19117=
a stool as a component
of al~cbVd& coatings Mcroamos the
efficiency considerably. Preparation
method Is.sitallitr to those com.
Imonly usw
!A. J! MITALLSOMAL 1,111111AT11108 CLAISHCAT"
-wool
*00 -
3!0
go
moo
11 Al No it I A A I a w 0 x 9 1 V Is 9 AD I N I T
u
0 0 * 0 0 0 0 0 * 0 0 0 0 0 0 V It :10 0 0 * 0 0 0 e 0 0 0 * 0 0 0 a
e 00 0 49 0 0 00 0 0 0 0 0 0 0 * 0 C. 0 0 0 * 0 0 0 0 0 0 0 0
0

P1 Iowa
KuMavi VO I
neeritig a*ldlng- - Nov 49
Rivets, Electric
"Welding With Electric Rivets Under a Layer of
Flux Using a Stud Welding Gun Designed at the
of Electric Welding imeni Academician
Ye. 0. Paton, Academy of Sciences Ukrainian SSR,"
I. Kuznetsov) Engr, M. I. Kunio, 1 1/2 pp
"Avtogen Delo" No 3.1
4n apparatus (first described in "Avtogen Delo"
6) 1947) designed for welding small studs
ilia modified for electric rivet welding. Out-
I#es modified construction in detail, and shows
,,simple of work.
15V61
77T

I BCROK, B- A GORMi-k. Aal Ma S, I.-; PIRYMUMiNMV, G
V.
mq=ksov
"The highly effective electrodes for are electric welding," Induztrial Energetico.,
1951-

Ussi/jcngineeri :Nb, ~1
"High-Power Laboratory Press for Coating Elec-
trodes," V. 1. Kuzuetsov, M. I. Kunis, Engineers
.'IAvtogen Delo" No 2, pp 270 28
Suggests device for coating electrodes by press-
ing. Press develops operating pressure up to
500 atm and consists of 3 basic parts: cost-
Ing head, mech for feeding coating mixt., and
teed mech for wire. -Productive capacity is
8-12 electrodes per mint
18ST25

S/125/62/000/002/003/010
D040/D113
AUTHORS: Sterenbogen, Yu.Aj and Khorunov, Y.F.(see Association);
Kuznetsov,, V.I., and Polikarpov, B.S. (Moscow)
TITLE: Surfacing parts of high-strength cast iron with a steel layer
Using an electrode band
PERIODICAL: Avtomaticheskaya avarka, no.2, 1962, 20-26
TEXT: Results are given of experiments in which cylindrical specimens of
magnesium-inoculated8440-10 (VCh 40-10) high-strength cast iron were surfaced
with low-carbon steel, steel elements being subsequently welded to the steel
coating. In previous welding experiments, it was :ound impossible to dii-ectly
weld steel parts to cast iron of this type, because of the brittle carbide zone
which forms in the fusion line; this was also observed by P.S.Bazhenov (Ref.2:
"Svarochnoye proizvodstvo". no.3, 1955) in experiments with steel, iron-nickel
and magnesium-treated electrodes. The chemical composition of VCh 40-10 cast
iron is (in %): 3.2-3.5 C, 0.2-0.5 Mn, 3.2-3.6 Si, 0.008-0.015 5, 0.037-0.048 P.
Card 1/3

S/125/62/000/002/003/010
Surfacing parts of high-strength cast ... D040/DI13
A low-carbon steel band of 0.8 or 1.0 rrade per rOCT 503-41 (GOST 503-41)
served as electrode and an AN-60(AN-60) high-manganese flux wis used. An
AAe -10(30-2 (ADS-1000-2) tractor operating on reversed-polarity current was
used for welding. An electrode band, 0.4 x 70 m in cross section, produced a
smooth coating at 580-620 amp, 28-30 v, and 6-15 m/hr welding speed. For an
electrode 0.25 x 40 m in cross section, the proper current was 300-320 amp.
A high-manganese AN-60 flux was used despite the resultant increased Mn content
in the coating, since the shape of the coating was bad using two manganese-free
fluxes Aq-28 (AN-28) and AH-5 (AN-5). The coatings were applied in two layers,
and steel parts welded to the steel coating by manual welding using A H V, P1 -
-13/55 (UONII-13/55) electrodes. Perlite-sorbite structure formed in the
first layer at 13 m/hr welding speed with 0.4 x 70 mm electrode band, and
ferrite-perlite structure in the second layer. Experimental weldments weighing
200 kg were tested for strength of joints on a 100-ton tension test machinc and
a vibrating test stand. It was concluded that the strength of bond between
the cast iron body and coating -was five to 3eVen times greater than the
strength requirements for welded joints with steel parts, There are 4 figures,
3 tables and 6 Soviet references,
Card 2/3

-S /125/62/W0/002/003/010
1 --
Surfacing parts of high-strength cast ... D040/D113
ASSOCIATION: Ordena Trudovogo Kra3nogo Znameni Institut elektrosvarki im.
Ye.O.Patona AN USSR (Electric Welding Institute "Order of
the Red Banner of Labor" im. Ye.O.Paton, AS UkrSSR)
(Sterenbogen,Yn.A. and Khorunov, V.F.)
SUMaTTED: July 81 1961
Card 3/3

SWENBOGEN., Yu.A.; EMORUNOVO V.F.; GMTSKIY, Yu Ya.; KUZIIEISOV V.I, (Noskva);
POLIKARPCV, B.S. (Moskva); URPOV., N.P. bloakva)
Welding high-strength cast iron to steel with a thin electrode wire in
carbon dioxide# Avtomo avar. 15 no.7:61-67 J1 162. (MIRA 150)
L Or'%& Tmtbvogo Krasnogo Znameni institut elektrosvarki imeni
Ye.0, Patona A USSR (for Sterenbogen., Khorunov, Gretakly),
(Cast iron-Velding) kfteel--Welding)

:Z:. .;`~T ;-:t
~ - 7::_ -~A-

KUZNEV;O7 V GORSHKOV, V.V.- AYIMOVA, T.Go; NIKOVSKAYA, I,V.
Organic q,opraoipitants, Report No.21s Use of IndIfferent coprecipitants
in the determination of uranium in natural waters. Trudy Kam. anal, khim.
15t4^96-305 165. (MA 1837)

KUZNF,TSOV, V.I. tKuznietnov, V.T.]
ftoftv~-~-,
Structural Isomorphisms of some semigroups. Dop, AN URSF
no.11:1423-1426 164. (fiT-RA 18:1)
1. Komunershy gorno-me tall urgi cheskiv institut. PredstavIeno
-ikadem
.1kom V.P. Glushkovym (Blushkov, V.P.J.

NUZNETSOV, V.I.-[Kuznietsov, V.I*)
I Structural isomorphi.,sas of perfectly simple semigroups. Dop. AN
URSR no. l2sl578-1581 164. OaRA 18i1)
1. Kdmunarskiy gornf.*-metallurgichookiy institut. Predatavleno
akdd'6mikom V,M.Glual*ovym [Hluohkov, V.M.].

SOV151-5-5-16123
AUTHORs Nuznatsov, V,I,
- -----------
TITLE t Diffusion ApprOximation to the ftation of Radiative Energy Transfer
(Diffuzionnoye priblithenlye uravneniya perenosa luchistoy energii)
PNRIODICAL: Optilm I Spektrookopiya, 1958, Vol 6. Nr S. pp 606-611 (USSR)
ABSTMOTt In propagation of radiation energy in a cloudy medium, when the
scattering particles may be regarded as incoherent sources and
consequently interference effects can be neglected, the radiative
energy field Is given by an integro-differential equation of transfer
(Rof 1). For the case of monochromatic radiation and a uniform medium
the field parameters depend on six variabless 3 coordinates of the
point considered, 2 coordinates which give the direction of propagation
ofiadiation energy, and time. All thaaa six variables are involved in
the radiative energy tranAfer equation. The exact solution of this
equation is extremely difficult even in the case of the simplest special
cases. For this reason the radiative tranefer equation is usually
applied to neutron physics in an approximate form which reduces to.aA-
equation of the diffusion type. It in shown here that if brightness in
the radiative transfer equation is expanded in Lagendre polynomials only
Card 1/2 as far as the second term, then the tz-ansfer equation reduces to a
diffusion-type equation. The author estimates the distance from the

SOV151-5-5-16123
Diffusion Approximation to the Equation of Radiative Energy Transfer
radiative energy source at which this diffusion equation solution
applies in media for which p )Pko ((o and ko are the scattering and
absorption coefficients respectively). The diffusion equation is
solved for the particular case of a sami-infinite scattering and
absorbing mediLua with one plane surface. The paper in entirely
theoretical. The author thanks N.G. Boldyrev and X.R. Rityn' for
their help and advice. There are 4 references, 1 of which is English,
1 American, 1 Soviet and 1 translation.
SUBVITTEDs November 21, 1967
Card 2/2 1. Radiation--Propagation 2. Radiation--Energy 3. Radiation
--Mathematical analysis

erg. 19
uo. 2: 58 F 164. MIRA 17: 5)

SOBOLEV, V.A., kand. vaterin, nauk, dotsent; SAKHNOVSKIY, Yu.G.,
nauchnyy notrudnik; KUZNETSOV, V.I., lnzh.
Veterinary hygienic characteristics of a swine house for
mother saws with electric heating of the floor. Izv.
TSKHA no.0158-166 163. (MIRA 17i1)
1. Voesoyuznyy nauchno-iseledovatellakly institut elektrifikataii
sel'skogo khozyaystva (for Kuznetsov).

SERYY, Yu.I., 16rA. lst.vaukj, otv. red.; IVANOV, L.M.# doktor
lot. nauk, red.j KIRIYANOV, Yu.Lp kand. lot. nauk,
'red. 1~~ ~BO~, kand. lot. nauk, red. 1
KHLYSTOV, I.P., kand. ist. nauk., red.
(Papers at the October 1963 academic session in Rostov-
On-Don devoted to the history of the working class in
Russia during the period of capitalism] Doklady na nauch-
noi seeeiip posviashchenooi istorii rabochego klassa Roseii
v period kapita3izma Rostov-na-Donu., 1963 g. Rostov-na-
Donu,, AN SSSRp 1963. 106 p. (MIRA 17:5)
1. Nauchnaya sesslya.. poovyashchennaya istorii rabochego
klassa Roasii v period kapitalizmap Rostov-on-Donp 1963.
2. Inatitut istorii AN SSSR (for Ivanov). 3. Rostovskiy
gosudarstvem*ry universitet (for Seryy).

LUINo,: P. 1. 0 kand.khIm.nauk; KUZNZTSOV, V. I. I Insh.
Using radioactive Isotopes for locating gas leaks in underground
pipelines. Gor.khoz-Hosk- 33 no.4:19-21 Ap 159.
(NIRA 12t6j'
(Radioactive Isotopes--Industrial application)
(Gas, Natural-Pipellnes)

WLDMV, ROG.. do-ktor -tekhn--.wi1c, prof.; MIMISOV, V.I.
Absorption and diaperejon of light. Svetotekhaika 5 no.q:
14-17 S 159. (MIRA l3t2)
I@ GoeudaretvenW opticbeekly institute
(Absorption of light) (Ligbt-Zcattering)

PHASE I BOOK MaWTTATION SOV/4431
Vostrikov, 8.1.9 L.N, Zuyevp Vj, Kuznetsovj, MA. Makhnutin.' A.R. Nespela...
V.A. Pelishenko., AX. Toim~# ~an&--A-X Filin
Teoriya eviatsionnykh dvigateley., eh, 2: Teoriya, reaktivnykh dvigateley
(Theory of Aircraft Engines,, Pt. 2: Theory of Jet Engines) Moscov,
Voyenizdat,, 1960, 281 p, No, of copies printed not given,
Ed. (Title page): I*V, Kotlyarj, Candidate of Technical Sciences; Ed, (Inside
book): M,S. Pisarevp Engineer-Colonel of the Reservej Tech, Ed,: TF,
"nikova.
PURPOSEi This textbook is for stuAents of aviation technical schools, It may
also be useful to flying and ground personnel of the Air Force,, Army., and
DOSAAF W-1-Union Society for Promotion of the Air Force., Arwj., and Navy),
COVERAGgs The book generalizes and systematizes problems of airoraft engim
theory. Special attention is given to the pbysical cameo of phenomena and
processes vhich take place :in parts and :in the vhole engine, No personalities
are mentioned. There are 8 references,, all Soviet.

KUZNETSOV, V.1.1 14IKOLISKAYAp T.M., inzh,
Processing of lavean fibers in combing. Tekst.prom.22 no.3123-25
mr 162. (MULA 15:3)
1, Zaveduyushohiy proizvodstvom fabriki "Internatsionallnaya"
(for Kuznetsov). 2. TSentralInaya nauchno-iseledovatellskap
laboratoriya Xhlopka i shersti Mosgorsoynarkhoza (for Nikollskaya).
,(Textile fibere.Synthatio)

KUZNBMV, M., insh.
Advanced work organization at technical Inspection points, Zhel.
dorstransp, 42 no*10:51-%54 0 160, (MMA 13110)
1. Nachalinik sluzhby vagonnogo khozyaystva Omokoy dorogi.
(Wlroada-Maintenance and repair)

ADDIS, M.Mj doktor tekhn.naukj, profel IWZN,'TSDV V I inxh,,
Imprvrement of MKP-3-60 switches. Ixv*vyo.uoheb*zav.; eveM.
5 no*3.ltl-9 IN 162. (KIU 15:12)
1. Urallokir politekhaiaheokiy institut Imemi S.M. Kir~va,
Predqtavlax kafedr tekbniki vyndkikh h4pry&2heniy.
Fnectric awitchgear)

KMNETSCVt V.I.0 inZ11. (Irkutsk)
Simplified and high-qWity preparation of cars for loading, Zhel.
dor.transp. 45 no.7:71-73 n 163. (MA 16:9)
1. Nachallnik vagonnoy sluzhby Vostoohno-Sibirokoy dorogie
(Railroads-Preight cars-Maintenance and repair)

KUZNETSOVp V.I.,, inzh.1 KATSON, V,D,t inxh.
Increase in the mitching capability and overvoltage
limiting of no kr. oil-fined switches. Elektrotekhnika
34 no,10:3-6 0 163# (KMA 160,1)

KUZNETSOVp V.I.
-,
Jet rolay. Mash. i neft. obot. no.708-39 163. (MIRA 171l)
1. Neftepromyslovoye upravleniye "Khadyzhenneft'".

IKONNIKOV, A.N., dotsent; KUZUETSOV, V.I., Jnzh.
........I.. .. . ...............
Effect of the granulometric composition of ore on the processes
of its flow lerving the bearing pillar blocks at the bottom.
Izv,vysoucheb,zav.1 gor.zhur. 7 no.l2s3-6 164.
(MIRA 18:2)
1. Sverdlavskiy gornyy institut imeni V.V.Vakhrusheva. Rekomendovana
kafedroy razrabotki rudnykh mestorozhdaniy.

GOLUBOHIK) G.Ya.p inzh.; KUZNFTSOV, V.I., inzh.
Dual-syatem, electromagnetic correcting device for the auxiliary
generator,of the independent electronic excitation system of
large hydrogenerators. Elek. BLa. 36 iio.1:82-84 Ja 165.
(MIRA 18:3)

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