SCIENTIFIC ABSTRACT KUZNETSOV, M. A. - KUZNETSOV, M. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928120015-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KMNNrsov,K.A.
Machine tool for rolling of frame and circular saws. Der.prom.4
no.9tl5-16 6 155. NLRA 8:11)
1. Sibirskiy losotakhnicheskiy institut,
(Saws) (Rolling (Metalwork))

KUZMS(N, M.A.
Balancing and cutting r*dIus control tool for planer blodes and
silling cutters. Der.prou.4 no-10-113-14 0 155. (KMA 9: 1)
1.51birskly lesotekhnIchiskly Institute
(cutting tool*) (Balanoing of naebinerr)

KUZNZTSOV, N.A. -',
. -
- ~Pen~ulum impact testing machine to determine specific work in
woodcutting. Der.prom. 3 no.11:18-19 N 156o KRA 10:1)
;-, -, ~ 1! 1 'r
1. SibirskV lesotakhaichookir Lutitut,
.(Woodworking machihor7)

#~Vp Mikhail Aleksandrovicb; SEMNOV, I.I., red.; DOIRUKOVA,
A.A.p red.izd-va; VDOVINA, V.M.., tekhn.red.
(Atlas of designs for woodworking machines] Atlas kon-
struktaii. derevoobrabatyvaiushchikh stankov. Moskva, Gos-
lesbumizdat, 1963. 248'p. (MIRA 16:12)
(Woodworking machinery-Desip and construction)

1~
- KUZNE7SOV, M.A.
Business accounting within telecommunication enterprises
and ways to strengthen it. Vast. sviazi 25 no.6128-29
Je 165. (MIRA 18,11)
1. Nachallnik otdela metodologii Planovo-vinansovogo
upravleniya Hininterstva svyazI SSSR.

-..KL!ZNETSOV, M.I., kand. veterino nauk
Intermediate hosts of Thysanlez1a, and Avitellina infesting sbeep.
Veterinariia 39 no.7:46-47 JI 162. WIRA 18:1)
1. Vaesoyuznyy institut gellmintologli imeni akademika K.I.Skryabina.

KUZNRr5OV, M.A., veterinarziyy vrach ('d'hth!gr(.r.-3kiy -fsy-to, Y,,.,rskcy
--a-
0 UU) I
Practices in the treatment and prophylaxIs of edema disease in
ymmg pigs, Veterinariia 38 no*3240-42 Rr 161 (Ml RA IS al)

ALITY10E, Kuznetsov, M.D., Profouzor rA',t ~-3-6-24/1173
----------
TITLE; Experience of the Work of tho Stalino Clbla.,,L _~rd (opyt
raboty Stalinsko,,,'o oblaitnogo pr;~vlcni,,m_)
PERIODICAL: Khimichookaya. nauka i promyshlen.-.ost', 175(, Vol III, Nr
pi, 621-C232
ABSTRACT: The Stalino Oblast 3(_%rd of the All-Union Micmical Society
11',s 500 ohnniuts as members. It consists of 5 primary orE;an-
ization3 and 2 sections. At intervalu of 2 months conferences
are convened in chemical plants. The papers presented deal
with the following subjects: development of the chemical in-
dustry in the Stalino economic district; cleaning of waste
Cases in the production of sulfuric acid; cleaning of waste
,aaters of chemical plants, etc. There are narrow connec-
ticna with the Stalino National Economic Council, the Scien-
tific-Technical j)epartment of Lletallurgists, the Trade
Union, etc.

Y,VZIM!;OV, H.D.
-,lfta 6mo stic errors in cancer of the bronchi, Trudy LMI 2:140-151
155 (MIRA 11:8)
1, Knfedra gosDitalluoy ternuii (zav. - daystyltelluyy
chlen AMU SSSR porf. N.V. Chernorutakly) Perrogo Leningradekogo
meditalnekogo Insituta iment akademiks I.P. Pavlova.
(BRONCHI-CANCER)

KUZNKSGV. X.D,; IANG-RAL(NOGOVA, H.S.
Xffect of the type of higher nervous activity on the course of
peptic ulcerolerap. arkh. 28 no.ltl2-17 156 (KTRA 916)
1. Iz tempevtiohaskogo sektora Instituta fiziologil imeni I.P.
Pavlova AN SSSR i goopitallnoy terapevticheekoy kliniki (zav.-
dayetvitallmyy chlen ANN SSSEL prof..K.V. Chernorutskiy) 1.
Leningradskogo meditsinskago instituta imeni I.P. Pavlova.
(PBPTIC UIM, pbvsiolog7,
higher nervous funct.,,relation of type to course of
die. (Rue))
(GZffMUL N39RVOUS STSM, in various diseases,
peptic ulcer, relation of type of higher nervous funct.
to course of die. (Rue))
V

KM'I=SOV., M. D. (Prof
Designs of Equipment for Recovery of Chemical Products of Coking (Raschaty
apparetury d1ya ulavlivariy khimictieskikh produIctov koksovaniya), by 1. E.
Korobchanskiy (Prof) and M. D, Kuznetsov (Prof), published by State Scientific
Technical Publishing House of Literature on Ferrous and "onferroud Y'-etallurcy,
1952) 286 pages.
Description of the apparatus and the diagrams and principles of their
operation vero prepared by Prof. I. E. Korobchanskly. The theoretical computations
on capacity, heat balance, and basic dimensions were riade by Prof. It. D. Kuznetsov.
Phase I

M V* R-htly
A ~;-wg
in coklill
Pmd"
3:00 Reiewed In llidxkfJ LiJty 9, JOS(lt*4).

USSR/Processes and Equipment for Chemical Industries K-1
Processes and Apparatus for Ohemical Technology
Abs Jour Referat Zhur - Khimiya.. No 4., 1957p 14186
Author Kuznetsov 14.D.,. Sagalovskiy Sh.M.
Ins:b 'Departme-R-o-r Chemical Technology) Donets Industrial
Institute
Title Method for Calculation of Hydrogen Sulfide ftwval
from Gases with Iron Hydroxide
Orie Pub Tr. KUm.-tekhnol. fak. Donetsk. industr. in-ta, 1956"
No 1) 14-iB
Abstract A method is proposed for calculating the dimensions of
the absorption equipment that is based on the theory of
dynamic activity of solid absorbents and which makes it
possible to deterrAne the cross section of apparatusy
ri.ecessary volume and depth of absorbent layer taking
into account the concentration of H2S in the gas) the
hydraulic resistances) activity of absorbent) output
of the unit and duration of operation of the unit before
Card 1/1 24 re-charging.
USSR/Processes and Equipment for (;hemical-Industries--
Processes and apparatus for chemical technology.
Abs Jour: Ref Zhur-Khimiyap No 3,,1957,-.10617
K-1
Author uzne_~, . D,9
4u _ M
Inst Donets ~Indus r al Institute
ets r I
Title A, Method for the Calculation of Material Balances for
Condensatton Equipment Used in the Production of Benzene
in Byproduct Coke Plants
Orig Pub: Trq Khim',- tekhnol. fake Donetsk, industr* in-ta,.1956,
No 1,, 19-28 *
Abstract: A method is proposed for the calculation of the upper
portion of the column used 'in the distillation of the
crude benzene from the 4bsorbing.oilsg of the fraction-
atin ,column, and.-of the condenser; the method makes
possfble.ihe' calculation of the' number of plates re-
quired, of,the' temperature regime of the columns
fractionaiing column and condenserp of the composition
and amount of the liquid and.gas phase in these uhitso
Card 1/1
-------------- ------------------------------------------------------------------- -"-. . .............

IMOBCHAMKIY. N.Yo. (deceased]; KEMMSOV, N.D. -dektor takhnichaskikh nauk;
EYDMIMAN, Yo.Ya., kandMont, CORRITMIT11kh nauk: POZAMIxoTA, N.M.,
inshoner; KCROCURSKrY, V.I., knndidat trikhnicheskikh xxuk; SDUDW,
HoPs, kandidat tekhnichiskikh nmk.
InvastigAing the process of selective crushing of some Donato Basin
coals. Koko i khim.no.6:F3-13 156. WRA 9:10)
l.Chlon-kerrespendent Akademii nftuk USSR (for X.Ye.Kerebahanakly).
2.D*netekiy industriallrqy institut imeni N.S.Khrushchava.
(Coal preparation)

KUZNICTSOV, M.D.; XYMIX&N. Te.Te.
-dammova- -
The aquany of coke in connection with grains larger than 6m
contained in a blended coal charge. Koko i khim. no.7:11 156.
(MI,BA 9:32)
1. Donet Ikiy industriallnyy institut.
(Coke)

SOV/68-58-2-9/20
AUTHORS; Kuznetsov, M.D., Sagalovskiy, Sh.M. and Popova, Ye.V.
TIME: ---Xr7n_v_estigation__of the Absorption of Ammonia from Coke-
oven Gas with Sulphuric Acid in an Injection Type Appratus
(Issledovaniye P0910Bhcheniya ammiaka iz koksovogo gaza
sernoy kislotoy v apparate inzhektsionnogo tipa)
PERIODICAL: Koks i Khimiya, 1959, Nr 2, pp 32 - 34 (USSR)
ABSTRACT: The absorption of ammonia from coke-oven gas in a
Ventury type sprayer was investigated. Experiments were
carried out in a laboratory apparatus (Figure 1) using two
types of Venturi tubes (dimensions are gi.ven in the table)
at gas velocitias 35-91.5 m/sec (Venturi t1ibe 1 -
diameter 15 mm and 35-66.2 m/sec (Venturi tube 2,
diameter 30 mm~. Specific consumption of the absorbent
(saturated solution of ammonium sulphate ontaining up
to 6.6*5% of free acid) was 0.65 litres/Ins of gas. The
influence of gas velocity in the Venturi tube on the
degree of absorption is shown in Figure 2. It was found
that with increasing gas velocity the degree of
absorption increases; the larger tube gave better results
than the smaller one. The rtgree of ammonia absorption
reaches 99.8%. The influence of the specific consumption
Cardl/2 of the absorbent on the degree of absorption was

SOV/~8-58-2-9/20
An Investigation of the Absorption of Ammonia from Coke-oven Gas
With Sulphuric Acid in an Injection Type Apparatus
investigated for a range of 0.35-1.1 litres/m3 of gas at
a constant gas velocity of 50 m/sec. The results obtdned
are shown in Figure 3. It was found that with increasing
consumption of the absorbent, the degree of absorntion
increases and with increasing size of the Venturi tube
the degree of absorption also increases. The dependence
of the gas velocity in the tube on the pressure lovAs at a
constant consumption of absorbent of 0.65 litres/m-' is shown
in Figure 4. Within ihe range of velocities from 35 to
66 m/see the pressure 0-op amounted to 120 - 320 mm of
H20. Using two Venturi tubes with the pressure losa of
120 mm per tube, the degree of absorption of 99.4% can be
obtained. It is concluded that the investigated type of
apparatus can be utilised in the production of ammonia
sulphate on coke-oven works. There are 4 figures.
ASSOCIATION: Donetskiy industriallnyy institut (Donets Industrial
Institute)
Card 2/2

Sov/68-59-10-11/24
AUTHORS: Kuznetsov M.D. and Sagalovskiy, Sh.tl., Korobohanskiy,
V.I., Lyannaya, Z.G., and Popova, Ye.V.
TITLE: An Additional Dephenoli8ation of Spent Ammonia Liquor
in an Injection Type of Apparatus
PERIODICAL: Koks i khimiya, 1959, Nr 10, pp 37-39 (USSR)
ABSTRACT: After dephenolising spent ammonia liquor with steam in
filled scrubbers, the residual content of phenols amounts
up to about 0.6 g/litres. The possibilities of an
additional dephenolising in an injection type apparatus
has been tested on the Makeyeviza Works. The apparatus
consists of a Venturi tube conveying a stream of steam,
intc the narrow part of which (throat) spent liquor is
injected. The latter is dispersed into fine drops,
thus developing a large area of contact between the
gaseous and liquid phases. A similar apparatus was
used for the dispersion of alkali solution with steam
containing phenolD which pass into the solution forming
phenolates. The diagram of the experimental installa-
tion is shovn in fig 3. After each venturi sprayer,
Card 1/3 theneparation of gas and vapour phases was done in

Sov/68-59-10-11/24
An Additional Dephenolisation of Spent Ammoaia Liquor in an Injection
Type of Apparatus
cyclones. The dependence of the degree of dephenolation
of water on speciric steam klonaumptlon at various steam
velocities is shown in f ig 1. A 1.17 to W~ dephenolation
takes plgce on changing the nousumpt !on of steam from
2 to 5 MI/litres. whereupon the concentration of phenols
in water varied krom 0.035 to 0.01 '5 g/litre, is, a high
degree of purification was obtained. Data on the
absorption of phenols from s,~eRm are given in fig B.
The coefficient of the useful a-J*JJ.,)n of the apparatus
changes from 82.3 to 8V.9~ on -ihaLges in the steam
velooitX from 35 to P30 m se,~- ftmo solutions containing
below 656 of phenolin. On the basis of the data obtained
the degree of dephenolation of water after scrubbers for
a system of reoiroulation of steam was calculated. The
basic data: concentration of phenols in the feed water
Cl M 0.2 g/litre; the content of phenols in the alkali
solution into dephenalisi.ag szxubber: nlz 6, 8 and 10
g/litre; the amount of re,.iraulated steam V J 2.5 and
Card 2/3 5m /litre of water. The result's a:7e given in the table,

An Additional Dephenolisation of Spent Ammonia Liquor in an Injection
Type of Apparatus
where: the degree of desorption of phenols from
water
,;; C - concentration of phenols In dephenolised
water, g/litre; 9 - consumption of fresh alkali
solution, litre/m of water. The content of phenols
in the dephenolised water would be from 9.0247 to
0.0433 g/litre. Pressure drop in the vbntury sprayer
will be 350-400 mm. H,0. There are 3 figures, 1 table
and 4 Soviet referenees.
ASSOGIATION: Donetskiy industriallnyy institut
(Donets Industrial Institlato)
Card 3/3

XUMTSOT, N.D., LROMKO, VA., CWOVSXIT, V.I#,
Absorption of naphthalene from coke-oven gas by solar oil In
an apparatus,,frulverizing the liquid by a stream of gas. Koko i
U kh1m. no.3:34-36 160. (XLU 13: 6)
I ,.
, -le Donetskiy industriallnyy institut.
(Ratchonkovo-laphthalons) (Rutchankovo--Coke-oven gas)

KUZNNTSOV, N.D.; LrAMTAO Z.G4
Composition and proportion of large-sized coal types of the
Donets Basin. Koke i khIm. n0-5110-13 160.
(KM 1317)
1. Donstskiy industriallrq7 institut.
(Coal)

U - - - - nM=SOV, M.D.;_ LYAMIAYA, _Z.G.
-------------
Operation of the dephenolising soubbers of some oven-coke plants,
Uke i Mime uo*12:38-40 160, (MINA 13:12)
1. DDnetskiy politakhnicheakiy institut.
(Coke industry--By-products)

------ __
'~UZNETSO 'jjp INK01 VA; ORATOVSKIY, V.I.
- LEONL
Analysis of the operation of primary tubular coolers. Koks i khim.
no, 3:44-46 161, (MIRA 14;4)
1, Donetskiy politekhnicheskiy institute
(coke-oven gas)

KUZNETSOV, M.D.; NEPOMNYASHCIIIY, I.L.; NOVITSKIY, F.L.; LUJINAYA, Z.G.
Drying ammonium sulfate in a dryer with a direct sbifting of the
fluidized bed. Koks i khim. no.809-42 161. (MIRA 15:1)
1. Donetskiy politekhnicheskiy institut.
(Ammonium sulfate) (DryinF apparatus)

KUZNETSPV, M.D.; FAYNGOLID, S.G.; FILIPPOV,'A.A.
Concerning T4nvOkN notes. Koks i khim. no.3:64 162.
(KMA 15 & 3)
lo Donotskiy industriallnyy institut (for Kuznetaov),
2, Yasinovskiy koksokhimicheskiy zavod (for Payngolld., Filippov).
(Scrubber (Chemical technology)) (Pbewls)

KUZITETSOV M.D.; ORATOVSKIY, V.I.
Rate of chemical sorption in a Venturi-type apparatuse Izv.vyso
ucheb.zav,; khim,i khimetekh* 4 noal:142-147 1610 (MIU 14:6)
Is Donetskiy industriallnyy institut,, kafedra, khimicheskoy
tekhnologii topliva i protsessov i apparatov.
(Venturi tubes)

KMIIETSOV, M.D.1 LYANNAYA, Z.G.
Effect of the moisture of the charge on the cooling of coke
gas, Koko i khim, no,7:38-4 163, (MA 160)
1. Donetskiy politakhnichookiy institut.
(Coke gas---Cooling)

KUZNETSOV, M.D.; EYDELIMAN, Ye.Ya.; ADLER, Yu.P.; MNKELI, A.A.
Useful book for the chemical engineers of the coke industry.
Koko i khim. no.3:61-64 164. (MIRA 17W
1. Donetskiy politekhnicheakiy institut (for Kuznetsov, Eydellman).
2. Gosudarstvannyy nauchno-issledovatellskiy proyektnyy institut
redkometallicheskoy promyshlennosti, Moskva (for Adler, Frenkell).

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Absorption
081milarity Method for Calculating the Coefficients
of Speed of Absorption," M. D. Jh=etsov, 10 pp
"Zhur Prik Shim" Vol XXI~ No 1
Object of studies was to determine equation for cal-
oulating the coefficient of speed of absorption.
Submitted 18 Apr 1947.
-4w 64TIOO

Vokelty, of abowplias acloomponied by a blinoloculliur seac-
tift. U..U. "4wetwiv. ~Jkuf- PpokW. Khow. 11. Api4bM
Chout.) 22, 9" H1,19).-ArAlytkal Wution. of the irtio.4-
litm. etilwit-Ming the traloport of Insitter a... the W.1"Mil
an,l the lictillil film*. unit lite chang" brought in t)v an
IrrevrNille fillawl. Ir.svil'in praqN."Itult A( a We %voll-
jurable with the wet of diffusion tit lite ainil-inent mul l1w
WITCOMANFlItilt. %hOW4 IhAt Ill# We Of the linXV%4 in the 041111,1
film i. derreasinl, 41,; etbIlIPAIC41 With Ill&- CnYr Of 4
trorti-m. fir a larttir % ~Y~P(,o l- 2'rO. iwhere I I,itheowacls
,.I the R411161 AM to 1, 0, of lite C .. 11,111W 141"1
liommi,sty: *1 it - it, this I is-liN I-n-ilitir-w ,'I N, I'lime

USMAnWsles - Wdrodynwics
1 Aug 52
"Hydrodynamics of an Eccentric Ring-Shaped
Bectiont" N.D. Kuznetsov
P;',. ^27T69
'Tok Ak Nauk SSSR" Vol 85, No 4., PP 715-717
f
The purpose of the current report, the author
states, is to.clarify the hydrodynamics of ec-
centric circular sections for the case of lami-
nar fluid flow. Circular cross sections are
widely used in technology in various apparatuses,
he notes, but their hydrodynamics have not yet
been worked out as has been done In the case of
concentric sections. Submitted by Aced A.I.
Nekrasov 7 Apr 52.
227T69

USSR/Physias Hydrodynamics I Jul 53
"Poiseuille Flow in an Asy=etrie Ring-shaped
Gap. An Analogy to Torsion of a Beam," Ya. V.
Shevelev
DAN SSSR~ Vol 91~ No 1) PP 35-38
Reconsiders problem set up b0c D. Kuznetsov
(ibid. 85, No 4,' 715 (1952))o who made the con-
clusionp based on an error and disregard of
angular derivatives, that the hydraulic resistance
of a pipe can be diminished if a'round insert of
small'diameter is placed eccentrically in the pipe.
266T94
Hen6e recalculates thediscbarge through an
asy=etric ring-shaped gap with fixed, and
movable, pipes that progressively limit the
gap(i.e. internal and external insert). Here
considers Us Boussinesq problem of applying
the analogy to torsion of a beam. Presented
by Aced L. D. Landau 25 Ajpr,53.

-a. U-0
Kinetics of the-Proces of ggen sulfide
b i h uth twY and &,U.:A%iM1ov- 61)
sz, IrvzZ* Yr
1. Vroiftle.. 1954).-T0 det. the
e
;;Et of the severMg]
r c that enter the kinetics of the
reaction a sphere of Fe(OH), suspended from a themoco4ple
Was exposed to a current of HjS of differ-nt concris. Since
this Is one of the reversible. hetrogeneous riactlons that
leave$ 4 film of the product on the surface, the reaction Is
kinetic and diffuslonal. The results indicate tbat the amt.
of HbS absorbed, Q, Is not affected by the rate of flow, i.e.
the gas film 13 not cmitrollin;. The rate of absorption, K,
Is not affected by the surfaces of the sphere, Le. the reaction
takes place on the surface and not In depth. The fact that
Q Is directly proportional to'lftS conen., C. indicates a I st-
order reaction. K 3 Q1CS1 - 0.836 + 0.001 cm./see.
overalargniranteo( andf. Ott the basis of these facts tin
equal Ion Is detived ex premsioig t fie kitict Jc* (if Ont rcael ion as
a function of the above factors and the initial and final radii
of the sphere and the ratio of IftS over Fe(Olfh rcact~tj. Air
1. Bencosvitz

24(8) SOV/63-4-3-22/31
AMORS: Kuznetsov, M.D., enko, V.M.
T=-. Heat Transfer in the Transition Field
PMIODICAL: Khimicheskaya nauka i pronWshlennost', 1959, Vol 4, Nr 3,
pp 4o6-407 (USSR)
ABST-IRAC72: An equation has been developed for heat transfer in the trans-
Ition field analogous to the turbulent field. The f orm of the func-
tion f (Re) is based on *data of Mikheyev Z_Ref 6_j7.
There are: 1 graph, 2 tables, and 6 Soviet references.
SUBMI JulY 5, 1958
Card 1/1

12 AMOMOV. M..D., and NOVITSKIY, P. L.
110n Intensification of Heat and Mass Transfer Processes in a
Boiling Layer."
Report submitted for the Conference on Heat and Mass Transfer,
Minsk, BSSR, june 1961.

KMMSOVj M. D.
"Expression of Experimental Data Through the Similarity Numbers."
Report submitted for the Conference on Heat and Mass Transfer,
Minsk, BSSR~ June 1961.

xummsov-, TO D*
Seedlings
Use of germinators for the cultivation of fruit seedlings. Sad i og.,
No. 4, 1952.
9. Monthl List of Russian Accessions, Library of Congress, June _i95X, Uncl.

-XUZNETSOVP--M-0-DFv
Fruit Culture
Preparing roots for transplanting mature fruit trees, Sad Log. No. 5, 1952
9. Monthly List 2.f Russian Accessions, Library of Congress, July -195;(, Uncl.
2

USSR / Cultivated PlarM . Fruits, Berries. M-7
Abs Jour : Ref Zhur - Biologlya, No 13, 1958, No- 58734
Author ; RUznotqgy
D aue-44
Inst : Tr azov Agricultiwal Acaden,
Title : The Vegetation-Field Method cf Study of the Growth of
Apple Ti-oo Seedlings
Orig Pub : Izve Timiryazevok,, a.-kh. akad., 1956, No 3, 91-lo4
Abstract : This is a description of a special type of dismountable
field "gotation vessels with porous valls and bottam.,
designed by the authcr. This de-vice permits to obtain
a largo similarity between the regirw of soil of the
sector and the one of vessels with plants, disposed in
this soil. -- I. K. Fortunatov
Card 1/1
135

I
OUSSR/Cultivated Plants. Fruits. Berries.
Abs Jour: Ref Zhur-Biologiya: No 5, 1958, 2o4W.
M
Author : M.D. Xuz ov
Inst : 70radV-"Order of Lenin" Agricultural Academy in. K.A. Ti-
miryazev.
Title : The Field Vegetation Method of Investigating Apple Seedlings.
(Polevoy vegetatsionnyy netod issledovaniya seyantsev yablon').
Orig Pub: Dokl- Moak. a. kh. adad. im. K. A. Timiryazeva) 1956) vyp. 25j,
127-132.
Abstract: The construction of a field vegetation vessel was worked
out and applied by the Moscow "Order of Lenin" Agricultural
Acadeny im. X.A. Timiryazev. The vessels were sectionals
with a diameter of 25 centimeters. The body of the vessels
consisted of a sheet of galvanized iron (50 x 80 am) folded
into the shape of a cylinder have a large nunber of apertures.
Card 1/3

USSR/Cultivated P3=ts - Fruits. Berries.
Abs Jow: Ref Mar-Biologlya., No 5, 1958., 201&t-
The edge of the iron sheet and its bottom having many
holes was reinforced in several places with wire or
special hooks. The collected and prepared vessels
were filled with eartk and placed in a ditch. The
plants were sown or planted in the vessels after the
soil settled. In order to fix the root system nets
were set in the vessel) after washing off the plants
it was possible to see the root system placement.
Washing off the root systems In the vessels just des-
cribed was accelerated by some 20-30 times. In agri-
cultural chemical. research the method of isolated
plant feeding in water and sand cultures was used
widely. Partititions were put into the vessels which
were then filled with various soil mixtures, the
Card 2/3

KMHZTSOVp M*D., dotv.j kand. vol'skokhogray8tvannykh nauk
Determining optimal growing conditions for apple
soil blocks [with summary in Znglishl. Isv. TSIU
158*
(Apple) (,Seedlings)
seedlings In
no.6t59-72
(MIRA 12:1)

~~`J - N' " I" ~ 6V
ciftf,~)jintjcn of apple epW.,inp, I rur~clr iec~.
VAH'k no.518&-9~ 163.

KUZYIPIM(Pr,, M. Ddotsent, kard. seltsk-okhoz. nauk
Chemical defoliation of fruit seedlings in nurseries. Tzv.
TSKU no. 1t110-118 165 (MIPA 191l)
1. 'Kafedra pLodovodstva Moskovskoy sallskokhozyaystvennoy
brdena Imina akadamii imani Timiryazeva.

1. KUMIST307) 1-1. F., Ene.
2. USSR (600)
h. Steam Boilers
7. Experience in operating hi&b pressure steam boilers. Rab. energ., 2, No. 2, 1952
9. Monthly List of Russian Accessions, Library of Congress, 1953. Unclassified.

UGANOVICH, S.A., kand.tokhn.nauk; KUZNZTSO , inzh.
.
e
Improving the performance of the TsM[B dust collectors for coarse
grinding. Ilsk.sta. 29 no.8:16-18 Ag 158. (MMA 11: 11)
(Coal. Pulverized) (Boilers-Furnaces)

KUM TS0V - 74,
"Ancient Volcanoes and Lava Flovis in the Territory of the Central
Siberian Plateau", Tr. Irkutskogo Un-ta, 9, No 1-2, 68-77, 1953.
In the basin of the upper reaches of the Taymura River one observes
the interstratification of tuffites with limestones. The thickness of
the strata here reaches one meter; their total apparent thickness is about
20-25 meters. In the region of the basin of t he upper reaches of the
VUyuy River the formations are of a more conplex structure thar the lava
volcano described. It is concluded that the volcanism process in the
Central Siberian Plateau was not of single occurrence but covered a very
long period of time*' (RZhGeol, No 5, 1954)
SO: Sum No. 443, 5 Itpr. 55

VERESHGHAGIN, N.K.; IVAIIIYLV,, L.N.; KUZNETSOV M.F.
History of mamm-0.1fauna and the stratigraphy of Cenozoic
sediments in western Transbalkalia. Trudy BKNII no.2:51-66
160. OML 14:10)
(Tranobaikalia-Faleontology., Stratigraphic)
(Mammals., Fossil)

VOROPIVOVI V.S.; KERZINA, V.L.; ODITITSOV, M.M., otv. red.;
I.P., red.; KU:R�-lxwT-614.., red.; MANDELIBAUI-T, M.M., red.;
VEZABYTOVSXAYr, I.A., red.; NOSEK, A.V.1. red.; FOMD, N.I.,
red.
[Geological studies of the U.S.S.R.] Geologicheskaia izu-
chennost' SSSR. Moskva, Nauka. Vol.24. No.l. 1965. 177 p.
~MIRA 18:9)

L 11079-66 FWrT(1)/T/FC$(k) WIR
ACC NR1 AP6000558 SOURCE CODE: UR/0109/6S/010/012/211912li4
AUTHOR: Der)Mgin. L. N.., Kunnetsov. M. 0.
ORO: none
TITLE: Angle-frequency sensitivity _of antenna arr~js and bits connection with
characteristics of feed waveguide
SOURCE: Radiotekhnika i elektronika, v. 10, no. 12, 1965, 2119-2124
TOPIC TAGS: antenna array, antenna feed, waveguide antenna
ABSTRACT: The angle-frequency sensitivity of an array is:
0==f dy = I (V -s .in (p),.where 5p is the radiation angle, f is the frequencyo
dl cos (p,
the group delay in a feed waveguide (zigzag or resonator-chain type), which excites
the antenna with TW. As neither array parameter nor beam number determines the
angle-frequency sensitivity, the latter can also be regarded as a characteristic of the
feed waveguide. These conclusions are drawn: (1) Any waveguide system possesses
an angle-frequency sensitivity; (2) For regular 2-wire lines and air-filled wave-
I/Z UDC: 621.396.677.715,095.7
L

L 11079-66-
ACC Ri AP600OSS8
guides, whichhave i I - 1. S, the angle -frequency sensitivity is 0. 6 -0. 8a per 1%
frequency variation; (3) The angle-frequency sensitivity sharply increases when the
radiation angle approaches 190' (except when (4) The angle-frequency
sensitivity is always positive which means that with Increasing frequency. the beam
shifts away from the oscillator; (5) An integral relation between the radiation angle
and the frequency, for any beam, can bia deduced; (6) fligher angle-frequency
sensitivity in connected with higher ratio of per-unit-length energy to through power*
Formulas establishing relations between the angle-frequency sensitivity, losses, and
maximum through power are also derived. Orig. art. has: I figure and 19 formulaa
SUB CODE: 09 SUBM DATE: lOAug64 OSUG REF: 001
H

KUZ1rETSOV, M. G.: Ma~ter Tech Sci (dies) -- "The limits of application of
linear theory In the analysis of the quality of speed-regulation systems".
Leningx,ad, 1958. 18 pp (Min Higher Eauc ussR, lAnIngracl Electrical Engineering
Inst Im V. I. Ullyanov (Lenin))) 150 copies (KL, Wo 5, 1959, 150)

sov,' 3.63,53-1-11/33
AJTHOR: Kuznetrov, Mkhail Gcnnadi.. evich, Chief En,-,inccr of the Sci-
entific Ar-search City of J,-_:niI1.-rad
T I TL O;i the Co utation of Transient Procczsez; i.-. Dirt~ct-Qurrcnt
Gl~nur_tGrzj -A Saturation (i. raschEA.4 Exc~~hodno,-o protsczsa v
-tc-n--ratore po3toyannogo toka pri nasyshchenii)
P-`1 I 10 D I CA L 1'jauchnyyc do"dady vysshey ah"oly, !;1e!:tro.7je:-!iani'_ 1
avtomatika, 1953, Nr 1, P.?- 7,1-51 (Ussi)
,~'ASTiIACT: A new nethod of c,_--apating transient processcs in a saturated
d.c.,ezierator is -~?_--c!jcntad. This i:Ethod diffcrs frc:a others
,,:hic_1i havc hitherto bcen 11:norn. This co.,,,atation is based
alpon thL fact that the non-linL;ar iellin~ charact4uristics of
d.c.maclines eyhibitirv, saturation resefile an ex-)on.:~-tial
function. This method has a number of advantages. It is very
simple and hi_f~hly accurate. It pcrmits to coa-.ute transient
processes in d.o.machines which are ciused b.,,; sir-le actions
laut also such proccaocs which 7.re causc-d lj;~ an, arbitrarj action
(an exponc.ntial action at the input of the UaC Alne, actions
forlac-d 'by PCriodic An is co-.
,LLted
1/2 ,
-1 tr_,.i3iont ~roc(:n.,; L; a d.c..Ien~.r..tcr -,,,it*,,, !,n

5 Ov/ .3,61 -59, - 1 - 11/ 3 3
On the Compatation of Tranoient Procf,-;3CS in D-4rc;ct-'Vu-,-rent G=urators at
S.4turation
ASSOCIATION:
ent excit.-ition. This a-ethod, ho.,--~vcr, is a:~,)licablu to an.;
conn;-ction of the exciter winding, eithtar a parallel or a
series connection. There are 6 fi,;-ares and 4 SOviet zvferewes.
Th6 VabUcatim of tbis. arUcle vas rewmamAed by tbe Wedra
svtmat:Ud i WemekbiwW TAmIngradelmip elektrotekbzicheslogo
institatA (Chair of ARUMUOn aid Telmeabwl s at the Lmlm6md
Institrbe Of MACtrima higinsering)
N3:I t LenUgrad
Januar~j 24, 193a
Card 2/2

86112
144rtON) 2-Y,
Translation from: Referativnyy zhurnal,
# 24565
S/112/59/000/012/034/097
A0521AOOI
Elektrotekhnika, 1959, No. 12, p. 96,
AUTHOR; Kuznetsov, M.G.
TITLE: On the Problem of Linearization of Brush Contact Resistance In
Rotary Amplifiers
PERIODICAL: Izv. Leningr. elektro.tekhn. in-ta, 1958, No. 34, pp. 14_3_148
TEXT- Vibration linearization of the brush contact resistance of rotary
amplifiers is used for decreasing the loop of external and idle run characteristics.
Two circuits of a-c supply of brushes in a short-circuited chain of the rotary
amplifier with a transverse field are considered. To obtain a vibration circuit)
a chain with a transformer is used. in one of the circuits the secondary winding
of the transformer is connected in series between short-circuited brushes. There-
by an alternating electromotive force is induced in the armature of the rotary
amplifier. In the second circuit alternating current flows through 2 brushes,
Card 112 a