SCIENTIFIC ABSTRACT KONONOV, B.P. - KONONOV, I.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824320001-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

30089
S/057/61/031/011/004/019
B104/B108
AUTHORS: and Sarkayan, K. A.
TITLE: A high-vacuum plasma source
PERIODICAL: Zhurnal tekhnicheskoy f iziki, v . 31 , no, 11 . 1961 , 1294 - 1297
TEXT: An experimental device (Fig. 1) for producing plasma by mixing
electron and ion beams in a vacuum system with a pressure gradient is
described. In the tubes AB (d = 4 cm, 1 - 1.1: in) and KD (d = 1 cm,
1 = 1.5 m)(Fig. 1) a pressure gradient is produced by continuous inlet of
air and evacuation., A system of coils generates a longitudinal magnetic
field of 200 - 10OOoe. The electrons emitted from the cathode move toward
the anode A, and ionize the gas in the anode region. The ions produced in
the anode region move in the opposite direction. When the space charge
of the electrons is compensated by the space charge of the ion flux,
current increases and the capacitor C is rapidly discharged. At this
moment, the plasma density in the high-vacuum region reaches a maximum.
The plasma density was measured with h.f..-probes., The maximum plasma
12 -3
density was higher than 10 cm . After the end of discharge the gas
Card I

A high-vacuum plasma source
30089
S/057/61/031/011/004/019
B104/B108
pressure was measured with an MH -5 (MN-5) gas-discharge nidnometer. `Uhen
voltage was quickly changed from 1 to 3 kv at a pressure of 2-10-5 mm Hg1
the time for initiation of the discharge in the manometer was 200 psec.
The gas pressure increased from 2*1o-5 to (-1-2).10-4 mm ffg. This may be
explained by plasma recombination. 'The experiments showed a delay be-
v;;een the beginning of discharge and the moment at which the discharge
current has reached its maximum valued The delay of current development
depends on the discharge-capacitor voltage and the pressure gradient in
the anode section. Results are illustrated in Figs. 4 and 5. In the
capacitor-voltage interval of 10 - 16 kv the ion velocity (9-104 cm/sec
35-10 4 cm/sec) is a linear function of voltages The authors thank
Professor M. S~ Rabinovich for interest and advice~ There are 6 figures
and 9 references: 6 Soviet and 3 non-Soviet. The three references to
English-language publications read as follows: P~ Reynold ,
H. M. Skarsgard. CERN, 59-19, 1958; E. R, Garrison, R. H,. Dawton,
I Electr. and Control., 5
, no. 1, 29 - 32, 1956; E. R. Garr4son. Phil~
Mag., 3, no, 35, '1318 - 1325, 1958.
C
ard 2
X~l

97
'//,Z 0to, F 3a C) S/109/60/005/010/020/031
B033/1,-,1115
AUTHORS: Kononov 8 P and Sarksyan, K.A.
''TITLE: Some Special-Fea~tures of a Gas Discharge With
Oscillating Electrons-
PERIODICAL: Radiotekhnika i elektronika, 1960, Vol-5, No-10.
P1).1717-1719
TEXT- The article gives.the results of experit~ental and
thcor*tical investigation into the gaseous discharge potentials
between an internal spiral electrode (anode) and an external
cylindrical electrode (cathode). This construction was used'in a
kV-and
diode for rectification of 50 c/s a.c. voltages up to 2
curx-ent values up to 30'mA. Graphs are produced of the forward
and reverse striking voltages'(0.1 to 10 kV) versus the gas (air)
pressure (10-2 to 1 Im, 11g) and the reverse-to-forward voltage
ratio Uo6p /unp M~everse/Uforward) is also plotted.
Difference in the reverse and forward striking voltages is
explained by the fact tbat, with forward polarity, the'electrons
can perform oscillatory movements under the action of the electric
field. This leads to increase in the length of the electron path
Card 1/4

21597
s/lo9/60/005/010/020/031
Some Special Features 1',033/E415
arid to a corresponding reduction in.the striking potential.
Despite tile fact' that this method of rastrn~nj-,jg the electrons La
less effoctive than the magnictic field method, nevertheless, in
a nuniber of cases the absence of the magnetic field is a definite
advantage. Assuming that the pitch of the spiral h is less
thari the diameter. of the spiral d, then Ureverse can be
calculated by the formula
Bp1O
Apl*
In-
In (1+
where A and D are constants; p is the::, gas pressure;
to = (1) d)/2 (distance between the electr'4odes, D being the
diameter of the cathode cylinder); y is the Townsend surface
.. N. emission coefficient, which depends on p and U. There is
agreement between the experimental data and the calculated
results for values of Y = 10-2 to 1 as shown on the plotted
results, but with values of p and U where y, is greater
Card 2/4.

s/iog/60/005/010/020/031
Some Special Features E033/E41-5
than 1, other discharge t-,iechanisms (coronary d~ischarge etc)
I
begin to appear. Eq.(1) does not apply to Vforward because the
oscillating electrons create addition-al ionizition in the discharge,
gap. Taking this into account, Uforward is given by
DD~18 In +1
UrIp
A it- nD4 Iii t +
10 ~Fp
where in
is a coefficient of non-hothogeneity of ionization
the discharge volume; n is the ratio between,the diameter. of
the wire of the spiral and h. With values ofi
V
A = 50 B 1300 1 = 0 .7's 109(1'+ 5;
cm mm Hg' cm nun H g Y
the formula gives results which agree with the 'experimental
results. There are 3 figures and 5 Soviet references.
ASSOCIATION: Fizicheskiy institut im. P.N.Lobedeva AN SSSR
(Institute of Physics imeni P.N.Lebedev AS USSR)
Card 3/4

n L~7. , ,_ I'Uzi
VTV~i Vr---rT ~t TV
14t, A1100 (1140dvs, I*SA) B104/B20,5
AUV ORS:
I Ixononov,-B: P., Rukhadze,-.A. A., and Solodukhov, G. V.
TITLE: The electric field of an emitter -in a -ola,sma located in an*
external magridtic. field
PF,R.IODICAL: . Zhurnal I tekhnicheskoy fizi-ki, v- 31; no- 5v 1961, 565-573
TEXT: A study has been made of the electric f ield in the neighborhood of
an emitter in a plasma located in' an external - field.. Measurements were
done with the use of two antennas' ana a single h-f probe. The electric
f.1eld of a point dipole can.be described by
E k (kd) e1kr
27c2 k
j
where r is
' the radius vector of the observa-tio n -ooint. Neglecting ion
Ypotion and particle'collis-i~ns, the tensor e (w) can be written as
ij
g, ig 0
e
0
(2)

.Card 1/6 0

The 'electr c ielk.
'where
CH
In moo
SirO5 ~11
B104/B205
In an appendix, it is exaotly shown that
a W nP11 >
E. = 0, W .1 P) 92M t2
(3)
E, =E, = 0 nPj1 LL < 0.
holds at r1oz and d It oz', while
E, M
E, 0, -10- (4)
ell (W)
is valid for r";1, oz and 'd oz. In these relations, Eo indicates the
ami)litude of the electric field.of the dipole in a vacuum; Ez and Ej- are
the ammlitudes of-the h-f field in the P1 'asma. -In the'case of weak
magnotic fields ((z., ~w), (3) agrees with (4), and E.L/Eo as a function of
Card 2/6

22777
The electric field...
5/057/61/031/005/006/020
B104/B205
density becomes infinite at one point. At W =we the electric field in the
plasma as a function of density becomes infinite with the exception of
Ito oz, T.Loz and 0He >G), where resonance is absent. The field strength E
as a function of the fiell strength of the external magnetic field is of
great interest with a fixed plasma density. These properties of an
electric field in plasma have been studied with the aid of an arrangement
shown in Fig. 3. At a pressure of 2.10-2 mm Hg (air), a gas discharge
was produced between two electrodes in a glass flasi 4 mm in diameter
and 18 mm long. Transmitting and receiving antennas were inserted from
both sides (spacing: about 3 mm). The antennas were made of coaxial
cables. In first approximation, the transmitting antenna constituted an
emitter which could be considered a dipole oriented along the axis of
10 -1
the oable. The frequenny applied was M- 5-7-10 seo , and the
receiving signal vas amplified and conveyed to an oscilloscope. The
solenoid generated a magnetic field of 7000 oe in the discharge tube. The
authors studied the resonance of an electric field at small plasma
densities, which had been produced by a discharge current of about 1 ma.
Card 3/6

22777
S/057/61/031/005/008/'020
The electric field ... B104/B205
Fig. 8 shows the electrical diagram of the single h-f probe. A comparison
between experimental and theoretical results indicates that, In accordance
with theory, resonance will occur at E 2(W) '0 only if the dipole moment
of the emitter has a definite orientation with respect to the magnetic
field. The experimental density required is slightly different from the
theoretical one- This is due to the varying Input resistance of the
antennas, which complicated the experiments considerably. The authors
further examined the possibility of measuring the plasma density with the
use of a single h-f probe. This method is based on the dependence of the
resonance of the input resistance of the dipole on the plasma density.
It could be shown that this method is applicable to both isotropic and
anisotropic plasma. There are 9 figures and 6 references: 4 Soviet-bloc
and 2 non-Soviet-bloo.
ASSOCIATION: Fizicheskiy institut im. P. N. Lebedeva Moskva (Institute
of Physics imeni P. N. Lebedev, Moscow)
SUBMITTED: June 6, ig6o
Card 416

~~ft~4/F_0_*Fab-4- AT/1JF(G)
ACMSIM Mt n300304 9/005T/63/033/OCrT/0835/0638
AVMR: Kmonov. B.
TME: Inveatiantion of the proteiff of -plasma. conmrottalon In an opposedt-fiel&
-aspetie trap
SOMM: zht=ai teichac6sko~- ftziklt~ voo' "t no. It 2.963# 63~438
TOPIC TAM: opp"e4-fiela, -mapatie trap, ftep4a-field acufto=tjon, magnetia
trap, maEmetic mirror,
plasm, containment experiment,'plasma, density Investiga-
tion, plasma,stability..plewma, i-esearch
ABSTRAM: The cOutall=rM time of =1& 71asma, -has been -studied experiment&UT as
%'function ortt* change in sign of compression forceis, acting on tix4 plasma.
Data -on- the Wtial. density distributioz and Iminescence of plasme Place&
In a;rIlSed =Ped-field conflg~ration "re obtal tied. Udrogenarlhellum.at,
1-2 x W5 = 9g vere used; field. frequency was 6 x 104 cps and electron u~.
Perature, 10 ev. Probe signals an(t 1=inosity photogiaphs showed that plasm*
was held by the magnetic field. ~ The maxl= containment time of 50 Pea vw
reached after the magnatic field period was increased to 200 pea an& the r--e--
otter containment time remalmed constant, it is. concluded that constant.
Card'.1/2

P-V-,r( I )/M-( k) /EPA Sp) -2/F PA -2/FRCt/T/EV-C (b) -2/FWA (m) -2 Po-4/Pi-4/
R' C 1 1 -. - -1 : - 'OCI/0047/0053
A", - ~ I - j ~- I
T P(C; A:
AUTHOR: Kononov, Be P, lj
7'TT-E: Resonance interaction between a plasma bunch and an-electro-
magnetic wave in a waveguide
_U-4_~-
SOURCE; '~Zhu' ita&7te h aheskqi7
----- -----
TOPIC TIGS:_ plasuma dace-terAitidn, wave-gutda, plasma, plasma iriteract-
-asm-a -tmeh-,- 1V -acceleration.
-Laa-ma
ABSTRAk'7: AIn inve:#,tig*tion~-~as' b~een ma de of the reflection of- Ho-
and Hl: vaves from a stationary plasma bunch of quasi-spherical torm
in a ~:ircular waveguide. H0, and H,, modas,which are easily excited
and can be empLayed in radiative plas-ma accelerat,Lon, were geriera-ted
in a circular vaveguida 14 em. in diameter. A plasma bunch was formed
-th the aid of a pulsed gas discharge in a spherical glass bulb
71aced on the axis of the waveguide. Basic measurements were performed
with a bulb 3.5 cm In diameter in the 1-2 x LQ 1 mm Fg pressupe range.
T!-,e calculated dependence of electric and magnetic moments on plaama
density coincided with the experimental results. Resonance wave
Card I / 2

L 23292-65
ACCESSION NR: AP5003235
scattering can play-ad essential tole in radiative acceleration of
-When the wave is*9catterad by a relatively large plasma bunch,
the "radiative friction" is large and the resonance relatively weak;
however, uhen the wave is scattered by small objects, the resonance
et feCL 18 Intensified considerably and can be used for increasing the
effec:tveness of radiative acceleration. Orig. art. hast 4 figures
and 1 formula. [JA)
ASSOCIATION: none
SUBHITTEDt- 16-Feb,6 ERCL: 00 SUB CODE MEIEM
No REF SOV: 005 GTHERt 004 ATD PRESSo. 3173
-- --------
Card 212

t'no6o-6-5 Vt(d)/E34T(1)/E?1G WAPA (sp)-2/TFC (k-)-2/FrC--h/SPA (-'r) -2/rnc (t)/T/
ltR~C-D, -2MIA (TO -2
AT
ACCESSION NR: AP5003236 5/0057/651035/001/0051/0055
AUTHOR: Kononov, B. P.; Sarkayan, K. A.; Silin, V. A.; Tsopp, E-6
I IT LE P-lasmi acceleratton~\ with the aid of an electiomagnetic It type
wave in a circular waveguide
SOURCE: Zhurnal tekhnicheskoy fiziki, v. 35, no. 1, 1965, 51-55
TOPIC TAGS: plasma, plasma acceleration, plasma bunch, circular
waveguide, electromagnetic wave
ABSTRACT, The accelerationof plasma buncheg with the aid of a strong
electromagnetic It, I wave in the decimeter range in a circular waveguide
has been experimentally investigated. The plasma was generated by a
source with a pressure drop. An external magnetic field was used to
confine the plasma bunch. The experimental setup consisted of a
superhigh-frequency generator, a plasma source, an accelerating wave-
guide with a focusing magnattc field, and measuring devices -~jqhe
generator produced single 1.5 11w pulses of 10 usec duration. An Hol
wave from a rectangular waveguide was transformed into an H I I wave in
a circular wavagulde. The pressure in the waveguide was 1-2 x 10-6=Hg.
Card 1/2

L 23060-65
ACCESSION HRt AP5003236
6
The m ea s a r a m e n .ts qhowed thatduring a radiative plasma accele-'
ration the ions acquired different energies. The character of the
interaction of the wave with the plasma depends on the relationship
of--tim,- et&ant- vavor_ -and the-
-Langmui7 --osdi- -1 -6unch:--
a 7p-
the x m
-C04.0
f WiLn-the 6 __A*-
-wave, mth.
-ti ------ f- -
-Zhi
herent erae od-ta I a e~6 -.:A cF o, a -- ac _ n&-: qrce:--_ __Pro
tional to the number.-af~electrons in the plasma bunch. It is suggegtati
that ions vith engeries of 50 kev and'-hig~e-r appear at; a result of reso-
nanceacceleratian of plauma bunches of small effective size, Such
bunches can appear during plasma decay. Orig. art. has: 5 figures,
[JAI
ASSOCIATIONt none
SU2MITTEI)t 16Fab64
No REF SOVt 006
ENCLt 00 SUB CODEt NIC, EM
OTRERt 002 ATD PRZSSt 3173
Card Z/Z:. 1 .1 : .. I- I ~ L:

~ - ~ -1 , - ,~ - I ---.- - I ~ T~ i '. k i-
.1 -, -T- -~ Ta
j 1 j-4 JY ( C
AP5003998
Ya De 11: e
R.
Gekke)r, 1.
I A. Kononov,_~,E_.-;
-ptn,
n
A
:-'eraction of
P LA Ur d t t!czromagnet I c Wave
ALomnaya energiya, v. 18 no i ;)b5 j
TOPTC TAGS; plasma clot, plaRma clot acceleration, plasma clot
rad.1-itive acceleration, It sub 01 wave, It sub 'I wave
xd with 10% krypton to a total it
pressure an the order of 0*1 = Hg. The chamber was in direct contact with the sli
of a DFS-6 vacuun diffrectim spectrvgraph. High speed photographs of the pmcess,
taken with an SFR camenru. indicate that the gas is ionized during the first half-
cycle of the magnetic field. During the secord and several subsequent half-cycles
the plasna experiences sh*k cwVre~sion accompanied by intense luminescence. 'Me

4

r rT2
/nna'i Irr, 9
/018/00r,/o 973/0g25~~'
3h-,-arn S, - L. Pe d o,--.
Lebedev.
TITLE; Lai b o ra t o r yreprodud-tion ol" the s h o r twavelength aection -of
the solar spectrum
SOUTICE: Optika iapektroskopiya, v. 18, n,). 5, 1965, 923-925
r-PIAGS: Sola-r corona, stolar plasina, solar spectrum, solar UV
high temperature plasma, controlled thermonuclear
r-a,tion
Lnt---,r-Pst, In this c rompted by
V~-- P I CI S'O
ren s iD or, dn ig lines is necessaryt
theLle spectra about the chemical composItUoriz a~ri p::'Y',: 14.3a C,
Card

~-etween rOn electrocie,
thus
SDP~,
t h
accuracy
be
Prezze'..'.
3e:-
Fe',771, anO
R. Tousey for supplying the SO -ELL Oj~
4',7 .. cut-ilcation.1 Orig. art. has:

Card

XLUAMOV, L.D.;__QPAqFA_S.Z.; SHA=A, R.Kq ZARKRIU..-H.M.
Trobl -of -n&4k&&L"tLoa,- . stwWardization of . personnel
and expenditure of materials in.wimicipal electric +aver
distribution networks. Trudy LIEI Doe5l%236-262 164.
(MIRA 18:3.1)

63SR / Diseases of Farm Animals. Diseases Caused R-1
t by Bacteria and Fungi.
Abs Jour: Ref Zhur-Biol., No 2, 1958, 7286
Author : G-A-Kononov
Inst : Leningr-a-d-7e-TErrinary Institute
Title : Cha-2acteristics of the Microflora of Bursitis
in Large Horned Cattle.
Orig Pub: Sb. rabot. Leningrad. vet. In-ta, 1956, vyp. 18,
27-33.
Abstract: Upon bacteriological examination in 77 animals
acute and chronic serous and sero-fibrinous bur-
sitis, which ran a clinically aseptic course, were
discovered, mainly of the pyogenic cocci, in
the bursa of 36 animals. In seven cases of serous
and sero-fibrinous bursitis, brucella were Isolat-
ed. Pyogenic microbes, present for a long time
in a serious or sero-fibrinous ettusion, did
Card 1/2
USSR / Diseases of Farm Anitals. Diseases Caused R-1
I by Bacteria and Fungi.
Abs Jour: Ref Zhur-Biol., No 2, 1958, 7286
Abstract: not produce a suppurative inflammation. The
author recommends, in the treatment of animals
with clinically aseptic oozing bursitis, the
taking into consideration of the findings of the
bacteriological examination of the ettusion.
Card 2/2
4

KONONOV, G.A., kand. veter. nauk; POLYAKOV, P.Ya., red.; BARANOVA,
-- ' "-- =.., tekhn. red.
(Concise marmal for a veterinary feldsher] Kratkii spra-
vochnik veterinarnogo felldshera. Izd.2., perer. i dop.
Moskva, Sellkhozizdats 1963. 599 P'. (MIRA 17:1)

K02FONOV, G.G.
Role of American capital In the revival of the militar7 and indnetrial
potential of Germany during the period of partial stabilization of
capitalism. Trudy &TIFF no.20sl2l-135 '59. (MIRA 13:12)
(GermaW-Pareign economic relations-United States)
%., I . 40.

LBBFXU. Nikolay Nikitich. Prinimal uchastiye KONONOT, G.K., inzh.
BARANOT& A.N*q red*;.-SMYGIKA, A.I, --
. rad.Tz--(r-~, BONJIM0. K.B.,
takhn.red,
Eftgineerlng geodesy; geodetic operations in city planning and
construction] Inshenernala goodesila; goodesichaskie raboty pri
planirovke i stroitel'stva gorodow, Nookwa, Izd-vo ipodes.lit-ry.
Pt,5, 1960,, 181 P. (Km 14:3)
(earveying)

KOSHEVATSF-!Y, T.S.; NOLYCHEV, V.V.; RONGNOV G.N.. vetex-inarnyy vrach
Sanization, measures during tuberculopla in cattle. Veterinariia
41~60131-33 Mr 165. (MI RA 1814)
1. GlavW veterinarW vrach GhuWevskogo proizvodatvennogo
upravleniya Khartkovskuy oblast! tfor KoshevatsIdy). 2. Zave-
ftyushchiy Pechorskoy velorinarnoy laboratoriyay (for Kolychev).
3, Pechorskaya veterinarnaya laborator-4ya (foil Kononov).

- --
I'Leptospirosis in lambs in the polar region."
Veterinariya) Vol- 37., No- 8, 1960, P- 31
Vd, D v, - Pec" M, - ~~ V-4 - &-t~a L A, G~ Iq S S ~

-L-UU55U--0T----zffrkxf
ACC NRt AP6034053 SOURCE CODE: UR/0346/66/000/01110042/0045
AUTHOR: Kolychavy V. Vs. Kazanovskiyp Yes S.; Kononov, Go No
41'
ORG: Izhmo-Pechora Scientific Research Veterinary Station (Izhao-
Pechorskaya nauchno-iseledovatellskaya vaterinarnaya stantaiya)
TITLEt Experimental toxoplasnosis of reindeer
SOURCE: Vaterinarlya, nos 11, 1966, 42-45
TOPIC TAGSt animal disease, tozoplasmosis, reindeer, veterinary
medicine
ABSTRACT: Wild reindeer were Infected by various routes with strain
Rt-131 toxoplasma. Pathological and histological changes vere then ob-
served.. Temperatures generally reached their maximum during the third
day after infection and animals whose'temperature reached 40-41C died,
Breathing became rapid and hematology correlated with that of domestic
animals* In general, the laboratory strain was more virulent for these
animals than a strain Isolated from members of a wild hard* Orige art*
heat 1 figure, JW.A, 501
SUB CODEt 06/ SURM DAM none,
'&rd UPC$ 6l9a6lGs993sl92T09Z#9;636*294

KOLYCHEV, V.V,, veterinarnyy vrach; KONONOV, G.M., veterinarnyy vrach
lAptospirosis of calves in the Arctic. Vetorinarila 37
no.8:31-33 Ag 160. (MIRA 15:4)
1. Pechorskaya mezhrayo=aya vetbaklaboratoriya Komi ASSR.
(Komi A.S.S.R.-Leptoopirosis)
(Galves-Diseases and pests)

-- KONONOV, I.
The Baltic and International Maritime Conference is 60 years
old. Hor, flot 25 no.10-43-44 0 165. (MIRA 18:11)
1. Ekspert Vsesoyuznogo obMyedineniya "Bovfraklit".

KONONOV. I.; DAVYDOV. V.
Share technical knowledge with the masses. Hast.ugl. 9 no.7:
10 JI -i6oe (MM-13:7)
1. Oekretarl partorganizataii shakhty No.40 kombinata Vorkutugoll
(for Iononov), 2. Predeedatell profsoy-uznogo komiteta shakhty
No.1 nKapitalfnayau kombinata'Vorkatugoll,(for D6vyday).
(Coal miners)
(TechniCAI education)

KONONOV. Ivan Anatol!yavichy-1885-1959
[Roads to Calvary of the Russian Navy; an historical sketch
and sea stories] Pati k Golgofie russ1wp flota; istorichesk-Ji
ochark i moralde rasekazy. liew Yorkg Zambezbnaia morskaia
bibliotaka, 1961. 161 p, illue, , fold.map. (MIRA 1515)
(Russia-History,, Naval) (Tsushima, Battle of, 19105)

KONOVOV, I.A.
Determ * ng the depth at vhich to fix anchor bolts.
[Trudy] KI can. no*51:68--74 162* (MIRA 16:2)
(Machinery-Foundations)

KONONOV. I -podpolkovulk; KMOV, LaPe. mayor,
Training pilots prior to flightp.under difficult conditions, Test,
Vozd. 71. 39 w.4:48-52 Ap 15?j (nu 10:9)
(Flight training)

ZAKIRDV, R.A.: TWHIN. A.D.; GOLUSHKO, H.L.;IOWNDT, 1.06; ff AKISHIT, I.Ge
Nr prospedta. ZbIIe4c6m..khoz.'9 no.1:3-4 159. (MIRA 220)
1. Kintstr kowuraltnogo khozyaystya Bashkirskoy ASSR (for Zaktrov)o
Z--
avedWusbbbly Khabarovekta kreykomkhosom (for Teremin). 3. laveduyu-
jbqbjk AMurskim oblkonkhosom (for Golusbko). 4. Nachal2nik plawvogo
otdola Kurganekogo oblkonkhoza (for Kononov). 3o Zaveduyu6bchiy Mirma sklm
oblkowkhozom (for Kjakishev),
(Municipal services)

KONONOVP I.P.* inzh,
Increase in the operational reliability o.f motm jenerators for
driving duet supplying units. Snergetik 9 no*3:16-18 W 061e
(KERL 14:7)
(Boilers) (Rotary converters)

" . i n zi~.
?ZONONOV) 1.111.9
Flle-ctrjcal heatIng of a river water intake system cf a fibat and
FaleArl-- Fc-,isir flant. Energetlk 12 no.ll.'s70-23 N 164
(MIRA 18s2)

PRIVALOT. Leonid Nikha.7lovich; XONOROT. VIJI ID, L.G.,
red.; XONiMOVICH, AX~--U ,khn. reId.; LZVOC.HKIXA, L.I., tokhn.,red,
[Documentation for the repair and modernization of'sups']
Illokumentatmila d1la remonta i modernizatoli midov. Leningrad,
Gos,sol~inoe Isd-vo sudostroit.promyshl.., 1959, 97 Pe
(kRA 12:7)
(Ships-Maintenance and repair)

KONOTIO zb,
Protection of the flexible connections of generators against
atmospheric overvoltage. Energetik 10 no.7:21-23 JI 162. (MIRA 15:7)
(Lightning protection)

AID P - 3773
Subject USSR/Electricity
Card 1/1 Pub. 26 - 15/29
Author : Kononov, I. V.,Eng.
Title : Execution of tackle works with the help of a metallic
mast
Periodical : Elek. sta.,~~ io, 48-49, 0 1955
0
Abstract The author describes construction works of hydroelectric
power stations where metal masts were used for tackle
work. Two photographs.
Institution None
Submitted No date
XONONOV, I-V-, inzh.
Nov electric level control instrument. [Hauch.trud7l UIMUSha
2:133-144 16o. (KMA 14: 1)
(Liquid lWel Indicators) (Blectric instramnts)

USSR/Soil Sci,)nce Physical and Chemical Properties of Soils, J-2-
Abs Jour Ref Zhur Blol,, No 9, 1958, 39010
Author Kononov, I.V,
Inst
Title A V~Wtho Mr4tion Control During the Study of Water-
r-ameability of Sollfi.
Orig Pub 11ochvovedeniye, 1957, No 3., lo6-log.
Abstract The described method is as follows: the examined sample of
soil with an unknown filtration coefficient is installed
over a second sample, the filtration coefficient of which
is known beforehand. A part of the general pressure H is
lost during filtration in the examined sample and another
part h ~ in the control sample. It is possible to obtain
experimentally this loss of pressure (H - h) by observing
the marks of water levels in piezometric pipes. To cheek
the accuracy of water filtration through the sample, it
is necessary to calculato the loss of pressure in the
Card 1/3
8 -

as r
KONONOV, I. V. Cand Tsoh Sci -- (diss) "Study of ix= ion-
/YyjdNl-l
--pMM dwoMm In irrigation aid= canals* Kievp 1959* 20 pp with diagrams
(Min of Higher and Secondary Specialized Education TASSR. Ukrainian Inst of
Engineers of Water Transport), 150 copies (KL, 52-59, 121
.Z(-

SOV/98-59-5-10/21
AUTHOR: Kononov, I.V., Engineer
TITLE: Calculating the Process of Silting as a 1,1ethod to
Fight Filtration
PERIODICAL: Gidrotekhnicheskoye stroitellstvo, 195c), Nr 5,
pp 35-37 (USSR)
ABSTRACT: The author rejects the existing data on silting as
being incorrect. The chief object of his criticisms
are the two treatises of T.A. Negovskaya - 1) The
Silting as a 1,~'ethod to Fight Filtration in Canals,
"Gidrotekhnicheskoye stroitellstvoll, 1948, Nr 7;
and 2) Artificial Silting of Canals, treatises of
the VNIIGiM "Problems of Irrigation", volume
XXVI-XXVII, 1952. The author -then attacks Professor
V.A. Shaumyan for his recommendation to use the
above-mentioned data and cites the studies of Pro-
fessor Ye.M. Sergeyev on the depth of the silting
process. In conclusion, the author stresses t1he ne-
Card 112 cessity to intensify research in this field and thus

SOV/98-501-5-10/21
Calculating the Process of Silting as a Method to Fight Filtration
develop more reliable data on the process of silting.
There is 1 table and 9 Soviet references.
Card 212

KONONOV, I.V., kand.takhn.nauk
Arrangewnt of non-reinforced trenches. Mont. i "ts. rab.
v stroi. 24 no.9t27-30. S 162. (MIRA 150)
- (Excavation) -

ATaSTAROV,, X.Tj, inzh.;
j,y,,~and.tekbn.nxuk
G=pm-tjvq evaluation of prefabricated linings. Ikerg.stroi.
nOO30961--65 162. (MIRA 16#2)
1, Stroitel'stro Kromenebugskoy gWoelektrostantaii (for Aristarmh
2,, %mcbno,+issI9dov&tel'xkiy institut4tganintaii i.mekhanizataii.
stroitellnogo proiwodetwe Akadenii straitalletwa i arkh:Ltektury
Ukr3n.
(Precast concrete construction)

KONONOVI, I.V., inzh.
High pressure ralief valves. [Nauch. trudy] ENIKYIASha 6181-104
i63. (MM 16.,g)
(Hydraulic presses--Safety appliances) (Valves)

KONONOV, I.V., inzh.; SHNEYBERG, VA, inzh.
Control mechanin for steari- or air-lift drop f orging hammrs.
[Nauch. trudy] ENIKMASha 6:118-128 163. (MIRA 16:9)
(Forging machinery) (Servonechanims)

KONONOV, I.V., kand.tekhn.naak; GOLIDGOR, V.A.
Milan method of constructing tunnels and underground crossings i
Transp.stroi. 13 no.9:70-72 S 163. (MIRA 16:12) . .

KONONOV, I.V.; SHNEYBERG, V.M.
Mechanizing the contral.,of stow-air awaking arij forging M-
chinery. Kus.-obtan. proiz,v..,4 no.1:35-37t38 Ja (162.
. MIRA 1713)
46-11, . .11

, KO,NONOV, i4v -, kand. tekhn. na-ak
Lowering the unrush of ground water into strip mines by
building a seepage barrier. Gor. zhur. no.11:22-25 N 063.
(KTIZA 17t6)
1. Nauchno-isaledavatelvakiy Inatitut organizataili i
makhanizateii stroltellnogo proizvodstva, Kiyev.