SCIENTIFIC ABSTRACT KUZOVLEV, G. M. - KUZOVNIKOVA, YE, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928310002-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

An Earth Dam on a Weak Muddy Foundation 98-58-3-6/22
of the dam sagged faster than others during construction. After
6 months of operation, the sag of the dam amoanted to 0.5-1.8 m
after which it stopped sagging (Figure 1). After a year the dam
was levelled off and has remained unchanged. It was observed thO
1) the sag of the crest of the dam is not in proportion to the
width of tho muddy deposits because the maximum sagging of 1.8 1A
occurred around borehole Nr 1, where the width of the weak muddy
soil was considerably less than around borehole Nr 2. The sag of
the base of the dam is in proportion to the width of the muddy
subsoil in accordance with the data obtained from all 5 boreholes.
2) the sagging of the bottom of the dam, as revealed by boreholes,
was as followat Nr 1 - 1.2 m, Nr 2 - 2.5 M, Nr 3 - 2.3 B--, Nr 4 -
1.6 m and Nr 5 - 2.7 m. The average sagging is approximately
2.1 m, which is roughly 50~o of the stratum of muddy soil.
3) the nature of the sagging of the body of the dam around bore-
holes, Nr 3 - 4 took place during construction. The remaining
sag of 0.6 m occurred only after the dam was completed. Around
boreholes Nr 1-4, sagging was slower and developed principally
after completion of the dam. 4) the cross section profiles of the
dam remained practically unchanged (Figure 2). 5) although the dan
Card 2/3 has been built from the same tiaterial throughout, filtration

AN Earth Dam on a Weak Muddy Foundation 96-58-3-6/22
characteriatios of the soil vary in different parts of the
dam. There ar.e.2 figures.
Card 3/3 1. Dam&-Construction 2, Dan-Test methods

KUZOVLEV. G M,, inzh.
- t,'--.--
Changes in the all-Union state standard for determining the
permeability of concretes used for hydraulic structures. Gidr.
stroio 30 no,1:40-43 Ja 160. OtRA 13:5)
(Concrete-Permabil$ty)
I

-AMR
KUZOVIEV,.- G.M. p-inzh.; GAPEy.EV, S.P.
Use Of a.sphalt-conerete lining, Gidr# I BtrOi- 30 no-5s22-25 M 160
(AsPhalt concrete) NMA 24J
(Rooervoirs)

KUZOVLEV3, Gem.; MERZON
------------ 0 M.I.
Some notes On the Idesign cfwater-izltakg buckets. Yod. i
'gan* tekh- no.3:2.1-23 Mr. r63..
(Water'"'OUPP17 engineering) (MIRA 34."7)

AUTHORS Kuzovlevp G.M.9 Engineer
21605
S/097/63./000/007/001/001
DOWD112
TITLE- On planning and calculating eapecially-heavy and hydrated
concretes
PERIODICAL: Beton i zholezobetong no- 7, 1961, 312-315
TEXTs A method of calciilating*the borr6ot composition of'especially-heavy
and hydrated concretes witha loltimetric weight-of over 2.6 t/m is de-
scribed. These oon6ret6b'are'-us6d in constructions designed to provide
protection against radioadtivit:~_O- Hydrated conoretes should have a content
of chemically-combin6d *at~r-6kdedding- 201/V of the weight of the cement, Ag-
gregates used-in-these--concretes-are-either crushed limonite (F 2033H20) or
agg:-egates having a formula Mn'H-O 'where Wis the chemical composition ef
2 P
the aggregate and n is--the-nVinber-of-m6lecule's of chemically combined water*
Heavy iron'orbs,and_barytds'aTb iisually*used as aggregates in especially
heavy concret6so-but other_aggre-k&tb6-d6h Also*be used provided they have
the required volumetrio weight.'The f6llowing table shows the relationship
between the volumetric weight of concretes and that of their aggregates:
Card 1/7

On planning and caloulating
S/097/61~1090/007/001/001
DO54/Dl12

Volumetrio weight of Volumetrio weight of
ooncretes in t/m3 aggEegates in t/m3
2,8 3-3 - 3-5
209 3-4 - 3.6
3. 3.6 - 3-8
-3-1 3-7 - 3-9
3.2 3-8 - 4.
3-3 4. - 44
3.4 4-1 - 4.2
3 05 40 - 4 - ",
3.6 4-4 - 4-5
3.8 4.7 - 4.8
Card 2/7

1
605
S/097/61NOO/007/001/001
On planning and calculating D054/D112
Volumetric weight of Volumetrio weight of
V3
concretes in tz
in t/m3
amreizate
.
2.8 -
3,3 - 3-5
2.9 3.4 - 3.6
3. 3.6 - 3-8
.3-1 3-7 - 3-9
3.2 3-8 - 4.
3s3 4. - 4-~
3-4 4-1 - 4.2
3-5 4-3 - 4-4
3.6 4-4 - 4-5
308 4-7 - 4.8
Card 2/7

21605
... B/097/61/000/007/001/001
On planning and calculating @*.a DOWD112
If neededg a higher volumetric weight of aggregate can be obtained. by the
addition of metallid scraps or steel'6hotsp provided-that the composition
of the concrete is uniftrm_t~r6ughout * 'Until'this question has been studied
in greater detailg the scrap-tiibble iatib should not exceed 0.5 9 1; only
the amount of scrap may be*inoreasbdo Practice has shown that the relation-
ship between the components 6f'espedially heavy concretes is similar to that
of conventional-type'e6ficreteso According to'NIIZhBp this relationship is
expressed in two extreme maximum and minimum - formulas:
R = 0-55R (Cem/W - 0-5) (1)
conor cem
and
Roonor - 0.4,r-R om(Cem/17 - 0.6) (2)
The dependence Of R on the Cem/W ratio must be tested-on actual ag-
conor
gregat6s before fixing the oompgaition of the concrete mix, When hydrated
ore sand is used as an'aggregatel"Llhe water consumption will increase 10-15%
in comparison with cofiventional-tyme coficrete and will further increase by
20 if hydrated ore rubble is also used. To diminish the cleavage of the
card 3/7

21605
3/097/61/000/007/001/001
On planning and calculating D054/Dll2
concrete mix it is recommdnd6d'to consider-that the size of the cone slump
is 0 - 4 amp and to prepare very tough concrete mixese The composition of
especially heavi, concretes-can beletermined'by the following method. When
R28 ~ 300 kg/cm , R e. = 400 kg/cm and the volumetric weight (v) of the
concrete is 3.6 t/Jp'the Cem/W ratio.can be calculated from the formula (1)
C em/W oonor 0-5 300 4-0.5 - 1-88-
. Acem 0 U 0 + 400 - 0-55
The verage water consumption for the accepted 3-4 am cone slump is 175
kgjJv whence
Cem = CeM/W x W 1-88 x 175 = 330 kg/M3
The amount of chemically combined water in concrete made from portland ce-
ment with a water content of up.to 20/d-,will be
Cem = 0.2 = 330X0.2 = 66 ko/m3
EAbstraoter's note., Obvious misffint in the left side of the equation.
The symbol.must be W (f(
Oard 4/7

21605
S/097/61/C'00/007/001/001
on planning.and calculating DOWD112
The concrete will loose during the drying out process
175 66...109 kg/m3.
of taterv and its rated volumetrio weight (v~ has to be increased by 109 kgq
v V +.109 3,709 kg/m3
.oonor conor -
The weight of the aggregates. (A)..will be
A voi,.,-(Cem-# W)--39709 --(330-.+ 175) 3204 kg
The sand/rubble ratio i's uisudll~ between 0.47 and 0~55, Taking the mean
sand/rubble ratio as 0.5 we obtain
Sand = 3~04 x 0.33 190,57 kF,
Rubble v 1204 x o,67 29146 kg
Card 5/7

21605
SA9 71c-, -Z/000/00 7100-000-Z
On planning and calculating too%
The tIotal weigbt (S) of 1 m3 oY. fresbljr-laid concrete Fill be
S = h 4k. -Qe'M 4 ~i 3121)4 33QJ 4 '115 - 3 $1C39 'kg
and after the drying out
S' 3-9709 log 3,600 kg.
The volume.of.ag6-regates will be.,
A - 100 W M V00 175 - 0.74 m3
3 01 ~3ol
CAbstraoterib note. obvious misprints the first number in the right part of
the equation must be 1,0001
The volumetric weight of the aggregate block will be
4-45 t/m3
0-719
The same method is'applicable for determining the composition of special
h,ydrated concretes, but the f ormula (2) is to be used in this case. If the
Camd 6/7

.... S/09f)W~000/007/001/001
on planning and calculating .&** D054/Dll2
amount-of chemically-combined watet'"in thb'bondrete mix is less than re-'
quiredv the usual Portland cement odfi be replaced by the aluminum cement.
In cases *hen.- aggretat6a (sand and i~bble) 'are made of different materials
and the rubble contains not less thah- 50%o' of metallic scrap, the -preliminary
calculation of'volume'and weight of aggre,&,ates (X for sand, Y for rubble *and
Z for'scrap) is ma"de*as fo1l6*s,'_Th6volume of .Vis 50 of the volume of
Y * Z, or 2X Y + Z; the total volume'V i~ X+Y#Z; the total weight of all
aggregates whenbe- -(X4Y) =,& ; the volume of scrap is 50%
of the volume of rubblev 96 that'2Z --Y'
-The solution of these equati6ne
gives the preliminary' dompo6ition-of the-oonorete'mix'with added scrap, The
name of Professor Skramtayev is mentioned in the article. There is I table.
Card 7/7

h'"LIMIU;lry G."lop inzils ( fpfl " llgrwl )
so".16 nctes on the cic-31LPI Of lflij-ge sum water lnta~as. Vod. i san.
Lekli. no.!.-I'i-*!g ja 164 (1,111RA 18s2)

-K'UZOVLBV G-MI., inzh.; 1=01, :Lnzh-.
-Dmimimg the channels of heat networks. Vod. i san. tekh. no.2t
9-12 F 164 (MIRA 18:2)

MOVLEV, G.M.
Consolidation of the shore in the area of the Kudepsta River
estuary. Transp. strol. 15 no.9:22-23 S 165. (MIRA 16:U)

KUZOVIEV G.M inzh. (Leningrad)
1-1---~-,.:j
Designing reservoirs and sea water intakes with canala. Vod. i san.
tekh. no.1:3-5 Ja 166. (MRA 19:1)

iw(. twou.34UI5 SOURCE CODE:__ UR/0213/~Ci6o-676-c..5/-ogo-6-1'0-9-1-1-
AUTHOR: Solov'yev, A. N. (Leningrad); Kuzovlev, G. H. (Leningrad)
ORG; none
TITLE: Water-temperature anomaly'near the middle of the east coast the Caspian Sea
SOURCE: Okeanologiya, v.,6, no, 5, 1966, 906-911
.TOPIC TAGS: hydrographic survtVp temperature gradient, hydrottateorologyp
ocean property,, sea waters low temperature# water temperature / Caspian Sea
ABSTRACT: The summer water temperature trends are analyzed using lo~%-period obser-
vations from a number of hydrometeorological stations in the middle ~-f the west and
east coasts of the Caspain Sea. 'Some examples showing the dependence of water tem-
perature on the wind-indsiced onahore and offshore movements of water are given. The
hypothesia.attributing the abnolzmally low"water temperatures near the.east coast of
the Caspian Sea to the inflow of,ground water is shown to be unfounded. The main
cause for the lower water temperature near the east coast as compared to the west
coast is the offshore movements of water. Orig. art. has: 4 tables,
SUB CODE: 08/ SURM DATE; none/ 'ORIG REF: 006
Card UDC: 551.465 '46/ 62/63(262.8)

GUSARSKIY, V.V., inzh.; KUZQYI~~, Lfil-j inzh.
fifoot of ki~a"um on the grain'size of KA8 alloys.,Metalloved. i term.
obr.met. no-.2:57 IP
~IMM 34'3)
Al4apesiua4mnganese alloys---~etanography)

KUZOVLEV) I.A.,; GUSARSXIY, V.V.
Spectral method for deterAining a thoutandthe of one per cent
of boron in alumin= alloys. 7av. lab. 28 no.911076-1078 162&
. I (MkA 16:6)
Almimm anays-spectra)'
Boron~Anilysis)
~

AFy~qljZD, JG/JD
L 18913-63. q)
ACCZ99ION NRt AP3006&V
S/0129/63/000W/0057/0058
Kuzovleyj M.. ka
AUTHMS: Ousarskiyx V*~V#j
TITU3 Fining of X&8 1~
40Y grains
Cie
-.S0t1R0Et Meta a i termicheekava obr&bOt~a Xeta1lovs no. q#-1963# 57--58
TOPIC TkGSt Alloys metals metal fining, 14A8 alloys metal grain structure.. vx65-i 3,
allcYs Znx Zr, Mg. Mni Ce, zinc% zirconium, magnesium, manganese$
ce i
dove
AMTUCTs AU develo a metJW' for fining the structure of the Xk-8
allcy (maeusi eo os-iGeri?jM)V*dah makes it possible to obtain up to 80%
J
M'O 9~M an frCE I tO 3--EWS0 grain. The remainder' consists of average
grains* The fining effect is obtained by introducing vy,65-1 allcV rejects into
the charge* VM65-1 pncV contains 5.5% Zn and 0.5% Zr. Orig. art. Has., 1 tabletl
Card

SLOBODIN, V.141.; IVITYUK, Yu.I.;-KUZOVIEV, F.E.; NAGAVYEV, 'u.!'LUP:'-PZEVfi-,7.
ME SEC HARINOV, IS. L ;BR=.OV IrM= Bye' VOUPF. A.: F,-OffAKwP.0,8
red.; ZANOVA, N.N., red.izd-va; TMUVA, 111.F., tckhn.red.
(Distribution and specialization of,agriculture in Chelyabinsk
Province] Razmesbahenie i spetsializatsiia sellskogo khosiaistva
Cheliabinskoi oblasti. Sverdlovsk, Ali &SM, 1963. 204 p.
(MIRA 16:12)
1. - Akadeviya nauk SSM. Ural I skiy filial, Sverdlovsk. Mel
ekonomicheakikh issladovaniy.
(Chelyabinsk Province-Agriculture-Economic aspects)

G'f MKO --KUZOTERV
ORMYL ?.I., inzh.; S.A.-. monter
,Suggestions of the efficiencr experts. Avtom., telem. i eviazi 4
no.10:29-30.0 160. (MIR& 13:10)
1, KrymakWa distantsiay signalizataii i avyasi Severo-Mmkasakor
dorogi (for Gordiyenko). 2. Mogoohinakaya dietantsiya signalizatsii
i svyasi Zhbaykallskoy dorogi (for Kuzovlev).
(Railroads-Signaling)
(Milroade-Comyranicat Ion systeno)

-kvzonjx.-S. V1.
~3�137 Litne shtoW, Torf, prowtv, JV~q, No. n, s. 16-17.
.so. IAUpial ZhrurAll rWkh Statey. No. 49, 194

KUZGVIOEV S.F. agronom-entomolog
A-
More attention to the biological method. Zashch.mat.ot vredA
bol. 5 no.7214 -T1 160.. (MM 16A)
1. fashoblotryad po Boate-ndykakomu rayonu,
(Bostandykskiy District-Insects, Injurioum and beneficial-
Biological control)

KLI.3010'LlZ.,o,j, V. A. I~iririe stowt-bollors tinfl onglties; a text-book.
Yoskv!l, Izd-vo Yinisterstva rechnoro flo',~a -:,SSR, 194-9. 26.1 D.
(50-38220)
VE741. K85

.I k1JZOVLNV, V,A., inzheiier-makhanik; TARETBV, V.M., doktor tekhnichookikh
MMX, professor, redaktor.
[Technical thermodynamics] Tekhnicheskaia tormodinamika. Izd-3.
rod obshchei, red. V.K.Tareava. Moskva. Gos.izd-vo vodnogo
transporta. 1953. 330 P. (Thermodymmics) (ML1IA 7:3)

0
/a V~ v ~fe i T)
IMOVIEV, Vitaliy Alp"andrqvich; TAPMM,V.N., ridaktor; PLMOV,V.Se.
retsenient; SHWX;NNnWA,Z.V., redaktor;
MRASNAYA,A.K., tekhnicheskly redaktor
[Principles of heat engineering] Omnovy toplotakhniki. Moskva,
Izd-vo "Rechnoi transport,* 1955. 195 P- (XLRA 9:3)
(Heat engineering)

KW Y% I salrovich; TARNYU, T.M., professor, dok-tor
OGQNM - ar
f 61 Kln%c a 9 i w r#redaktor; SHLUNIKOVA, Z.V.. redaktor izdatell
stva; EMNAYA, A.K., tekhnicheskiy rodaktor
(Technical thermodynamics] Tekhnicheskaia termodinamika. Izd. 4-oe.
Pod obshchei red. V.M.Tareeva. Moskva, lod-vo "Rechnoi transport.~
1956. 338 p. (MLRA 9:8)
(Thermodynamics)

M
OZ iy,, Ale ksg*~pyjpO, KO OGORTSIV, P.Ya., red.; POTAPOV,
;'-KA9-9 P.)L, red. izd-va,; KWIMIK, G.M., tekhn, red,
[Steam boilers and engines for river and lake vessels] Rechnye
parovye kotly i mashiny. Isd. 3.. ispr. i dop. Moskva. Izd-vo
0.11achnoi transport." Pt. 1. 1958. 301 pe (MIRA 11:11)
(Marine engines)
(Boilers, Marine)

Y.A., ~etsenzent, AKIKOV, P.P., red.;
BIRYUKOV, VaoilIq Xuz1#1ch
VOLCHOK, X.Mop tekhnered,
[Internal combustion marine engines] Sudovye dvigateli v'nutrennego
agoraniias Izd- 3. Leningrad, Izd-vo *Rechnoi transport," Leningrad.
otd-hie. 1958. 360 p, (KIR-A llig)
(Marine engines)

KUZOVLEV. Vitaliv Alakoandrovich; TMYEV, V.M., prof., doktor tekhn.
nauk, red,; VCLGy&-.r--X.'~ tekhn.red.
[Principles of beat engineering] Osnovy toplotekhniki. Pod red.
V.M.Tareeva. Izd.2. Loningraa. Izd-vo wReahnoi transport."
Loningr.otd-nia, 1960. 199 p. (MIRA 13:11)
(Beat engineering)

h-LI'71-11TvIr 1--- -il lieksandrovich; ,-.,I'(;TSKIY, L.R., do-"s., kand.
-11----.l--... .3
ekhn. auk,, risuAh.' '.red.; Z,V - 1;
[EngineerIng, -Lherniodyiiamics] Tekhnlcheskaia terniodina-
mika. Izd.5., znachitellno perer. Moskva, 17,d-vq
"Transport," 1964. 221 p. Omvl~L" is:a)

KUZOVIZV V F . TARASOVI M.S.
Remote control for conneating and. disconnecting devices on
large Fixcavators. . Prom. energ. 16 no.4.'12 Ap 161. (,',IIRA 11+:9)
(Remote control) (Fixcavating maohinery)

KUZOVIJ~v V.V.; STANKEVICH, K.S.
Effective height of abaorption of radio waves in the centimeter
band in atmospheric oyygen and water vapor. Izv. vys. ucheb.
2ftV.;.radi6fiz. 7 ho.1:175-176 164. (NIRA 170)
1. Ilauchno-issledovatellskiy radiofizicheskiy institut pri
Gorlkovskom universitete.

NR: AP4024478
S/0141/64/007/001/0175/0176
AUTHORS: Xuzovlev,.V. V.; Stankevich, K.,'S.
TITLE: Effective height of absorption of radio waves in the centi_~
meter band by atmospheric oxygen and water vapor
SOURCE: IVUZ. Radiofizika, v. 7, no. 1, 1964, 175-176
it n
TOPIC TAGS: absorption, absorption by oxygen, absorption by water
vapor, radio wave absorption,- decimeter band absorption, effective
absorption height, absorption height seasonal variation
1.ABSTRACT: It is found'that for a real pressure and temperature dia-
tribution in the atmosphere the effective ibsorption height of oxy-
Agen is not-constant, but subject to seasonal variations amounting
to 5 + 0.2,.3.9 :L 0.4, and 4.6 + 0.2 km in the summer, winter, and-
spring or-fall, respectively. The-reason for the seasonal variation
is the dependence of the effective height on the earth's surface
Card 117

I ACCESSION NR: AP4024478
temperature. The effective height calculated for water vapor shows
no regular behavior and has an average value of 1.8 km. The use of
the effective height-becomes unadvisable during the time of an in-
Nersion. Orig. art. has:.l figure.
ASSOCIATION: Nauchno issledovatellskiy,radiofizicheskiy institut
pri Gor1kovskom universitete (Scientific Research Radiophysics in-
stitute at the Gor1kiy University)
SUBMITTED: lWun63., DATE ACQZ' 1SApr64.,., ENCL: 00
SUB CODE, AS 118" REP: SOV, OTHER: 0
001 01
Card 2/2

':z- ~KUZOV~~"-A, A.P.
Hanufactare of locknit warp fabrics with an even widtb. Taket.
prom. 20 no.8:35-36 Ag 160. (mrRA 13:9)
(Knit goods)

KUWVLEVA, F.Ya., inzh.; PEKKER, I.I., kand.tekhn.nauk
Verification calculation of k-shell-type electronapst-using a digital
computer. Elektrotekhnika 35 no.4.-52,54 Ap 164.~!, OWU 17:4)

Kirt'.0VLEVA.- Faipa Yitkovlevna; FFKKER, loell To:0fovich, kand. t(.kbn,
o sent
Calculation of the static characteristics of a,c. electro-
magnets using a digital computer. Izv. vys. ucheb. zav.;
elektromekh. 7 no.5t626-027 164. MRA 17:9)
1. Vychislitelinyy tsentr Novochorkasokogo politekhnicheakogo
instituta (for Kuzovleva). 2. Kafedra evtomAiki i telenekhaniki
Novocherkanskogo politekhnicheakogo inatltuta (for Pekker).

KUZCV-tVA, Faina Yakovlevna; PEKKER Ioell Iosifovich, kard.tekhn.nauk, dotsent
Approximation of magnetization curves using electronic digital
computers. Isv*vys.ucheb.zav,; elektromakhanika 8 no.6t6ll-614
165. (MIRA 18-.8)
1. Starshiy inzhener vychislitellnogo tsentra Novocherkasskogo
politakhnichaskogo inatituta (for Kuzovleva). 2. Kafedra avtomatiki
i telemoklAniki Novbcherkasskogo politekhnicheskogo instituta (for
Pekker).

USSR Pharmacology, Toxicology. Chemotherapeutic Agents.
Abs Jour t Ref. Zh.-Biol., No 2, 1958, No 8160
U-7
Author Kuzovl~va E.M., Yegorova, I.N., Shatskays.,
4,
Inst
Title iExperiments on the Use of Leuoine and Tyrosine Sulfite
with Other Drugs in the Treatment of Tuberculous Men-
ingitis.
Orig Pub Tr. Konferentsii Po Proizv-vu i Ispoltzovaniyu Aminokislot
V Med. M., MGU, 1956, 127-234.
Abstract t In the treatment of tuberculous meningitis, the authors
used leuoine containing preparations (Compositiont 3%
glycine and leucine, 0.5% glutamic acid, lqo glucose, 5%
sorbose and 1% NaCl) and a 2% solution of tyrosine sulfite
Card 1 1/3
USSR / Pharmacology, Toxicology. Chemotherapeutic Agents. U-7
I
Abs Jour : Ref. Zh.-Biol., No 2, 1958, No 8160
Abstract : in 4q. fruoto-glucose. Leuoine and tyrosiiis-sul ilte were
used in 11 children from 2 to 14 years of age, 9 o-L Whom
received leucine and 2 tyrosine sulfite, in the acute and
chronic sta-es of tuberculous meningitis and during relapses.
C
Both preparations were used intravenously every other day
(4-5 ml given to children under 2 years, 10-15 ml -to children
over 10 years; 9-23 injections were given during the course
of treatment) and orally (1 dessertspoon t.i.d.). C3.inical
observations have reveixied (abstracts from case histories
were given) that the use of leuoine and tyrosine preparations
was harmless and was well tolerated by childrin, was
accompanied by very few side effects, assisted in restoring
neural functions, and accelerated the normalization of
psyohic processeii in children. Combined antibacterial-
aminoacid therapy undoubtedly had a favorable effect on the
course of the disease, especially in its chroni4 form,
improved the sense of general well-being, shortened the
Card 3 2/3
I
USSR Pharmaoology, Toxicologyt, Chemotherapeutic Agents. U-7

TMOUZU; -0. :-3i
--biological Chemistry
Dissertation: "Data on the Problem Concerning the Mechanism of Protein
Formation Jz the Liver From Intravenously Administered Proteins of Blood
Serum.* Cand Biol Sci, Aced Med Sci USSR, 6 Apr 54. (Vechernyaya Moskva,
Moscow, 24 mar 54)
SO: SUM 213, 20 Sept 1954

vx- x:A"d as exptI.-animals., jAbeed bom~lzik~
nme-S-n anti t,-.-wsine ant glycini;~ontj. C" in~L$
grrmp -~,Cre C,41ployed in 41maremous injes"iOns.
lollo.%iny unimaig were killed, and the !.uum
rv Caproieln I kaer-h
fi
t lbe v bi behind
.1011iiiiiiik 4 l;A.7im6v~.4?f-!h1i-V!--h lcak4iji:Oie, mporateln
rym vrm ~amm' -thtl
.ts' .tha U
tnA solut:~
q-.1ant. rela-
~f lrmofa~tivity of dhe Pvcr pr4telm.
A,
I:VVT In ille "I Its., ti.,
-"Ol, i-n 11-0 with dilfculty. D. S. Lm~vmr

r~__l Wlfiirbimffi~&M
_41Z 0
-USSR/IS~-d:L-c-iff&-----Nutr-ition FD-176o
Card 1/1 Pub 141-'T/15
Author Kuzovleva, 0. B.
Title Changes in the content of free aminoacids in the livers of white rats
maintained on a low protein diet
Periodical VOP- Pit-, 30-34, Jan/Feb 1955
Abstract The total amount of free andnoacid nitrogen in the livers of adult white
rats varies between 63.2-99-7 milligram per cent. After the animal has
been maintained on a diet having only three per cent protein for 3-15 days,
the amount of free aminoacid nitrogen in the liver does not increase. In-
significant increases are detected only in animals maintained on the above
diet for over three weeks. Two tables. Five references (Two USSR)
Institution: Laboratory of Tissue Chemistry Read-Professor S. Ya. Kaplanskiy) institute
of Biological and Mdical Chemistry, Acad Med Sci, USSR, lbscow

57
/Alt oi the liver -K,yz-.-
IT_
YXA llan~k NL -, fL.Id V D
lecti, but -PcH
d , Tail r(w min, with phviol vollmt
Livwi %vrrv ther, cooled and n-
of 01C elpt:
C-s
-nm!"
UPI th. fx~

ul~ -4

XAPlANSXIY. S.Ya.; KUZOVLIIVA, O.B.; STAROSBLITSEVA, L.K.
Paper alectrophoresis of liver proteins Evith on-mry in Inglishl.
Top.medekbimt 3 no.6:451-455 N-D 157. (MIRA 11:2)
1. Isboratoriya fiziologiabookoy khtmii Institute bioloeicbesiroy i
moditainskay khimii AHN SSSR. Moskva.
(LITER. metabolism,
proteins, electrophoresis (Rue))
(PROTSINS. metabolism,
liver, electrophoresis (Rue))

-I - FT
PI ;--' r- Y r7 b,
KAPIABSIIT, S.Ta,l KUZOVISVA, O.B.
Slectraphorstic investigation of liver proteins in protein deficiency
and chloroform and carbon tat rachloridep oiawing[with summary in
Saglish]. Biokhisits 22 no.1/2.162-170 Ja-J 157. (KLMA 10*7)
1. laboratoriya fitiologicheakay khtmil Institute biologichaskoy i
neditsinskoy khinii Akademii meditsinskikh usuk SSSRI Moskva.
(PROTBINS, metabolism,
blood & liver in experp protein insuff. & chloroform
& carbon tetrachloride pole. (Rne))
(LIM, metabolism,
proteins, in exper. protein insef. & chloroform & carbon
tetrachloride pois.(Rus))
(BLOOD PROTIINS.
off. of exper. protein insuff. & chloroform & carbon
tetrachloride pois. (Rue))
(CHICROPM& poisoning,
exper., off* on blood & liver proteins (Run))
(CARBON TBTRACHLORIDA, poisoning,
same)

Mutual conversion of proteins of the liver and the blood serum in rat
liver homogenates. Biul.ekep.biol.'I mode* 45 no0*6:62-65 Jo 158
(MIRA 110)
1. Is laboratorii fi2iologicheakoy khimii (sav,' - prof. S.Ta.
Kaplanakiy) Institute, biologicheskoy I meditsinskoy khimii (dir. - daystvi-
tel'W chlen AMN SSSR V.N. Orekhovich) ANN SSSR. MosIrva. Predstvalena
deyetvitel'nywchlenas AMN SSSR V.N. Orekhovicheme
(BIM PROTEINS, metabolism,
interchage with liver proteins in rat homogenates (Rue))
(LIVU, metabolism,
proteins, Interchange with blood proteins in rnt liver
homogenaten (Ruq))
(PROBIN. metabolism,
liver, Interchange with blood proteins in rat liver
homogenates (Rue))

KUZOVLNVjl, O.B.; VAN CHZHUN-YANI [Wang Chung-yen]
Separation of protso3.ytic enzyme of rat liver extracts by
paper and starch electrophoresis. Biokhimiia 24 no.3:550-555
ltr"Je 159. (MIRA 12:9)
1. Laborotory of Physiological Chemistry, Institute of Biol(%gical
and Hedical Chemistry, Acadwq of Medical Sciences of the U.S.S.R.,
Moscow.
(PROTFAIMS,
in liver extracts, paper & starch electrophoresis (Rua))
(LIVER ERRACTS,
proteasee, paper & starch electrophoresis (Rua))

KAPIANSKIY, S.Ya.; KUZOVLEVA, O.B.
Distribution of individual protein -fractions between the
structural elements of the cellFi of the liver and kidneys.
Biokhimiia 26 no-4:603-607 Jl-Ag 161, (NIRA 15:6)
1. Laboratory of Pathology of Protein Metabolism and Innunology.,
Institute of Biological and Medical Chemistry, Academy of
Medical Sciences of the USSR Moscow.
(LIM) iKIDNEZ) (FR=INS)

GUREVICH-A.- Ye--- - KUZOVLEVA- -0 -B- --TUMjAN0VA-- A -Ye
Production of protein-callulose complexes (b~=osorbents) in
suspensions with the capacity for binding large amounts of anti-
bodies. Biokhimiia 26 no.5:934-942 3-0 161. (MIRA 14:12)
1. Laboratory of Pathology of Protein Metabolism and Immunochemistry,
Institute of'BicLlogical and Medical Chemistry, Academy of Medical
Sciences of the U.S.S.R., Moscow.
(SOMNTS) (ANTIGFM AND ANTIBODIES)

GURVICH. A.Ye.; KUZOVLEVA, O.B.; TUMANOVA, A.Ye.
Use 00 immunosorbents in the form of suspensions for determining
A
the absolute antibody content. Biokhimiia 27 no.2:246-251 Yr-Ap
162. MRA 15:8)
1. Laboratory of Pathology of Protein Metabolism and Immoche-
mistry, Institute of Biological and Medical Chemistry, Academy
of Medical Sciences of the U.S.S.R., Moscow.
(ANTIGENS AND ANTIBODIES) (IMMUNOCHEMISTRY)

PUDOVIK, A.N.; KUZOVLEVA~ R.G.
Reactions of nucleiophilic reagents with vinylphospbinic and
acetoxyvinyl.Phosphinic acid esters. Zhur. ob. khilh. 33
no.8:2755-2760 Ag 163. (MM 16:11)
1. Kazanskiy gosudarstvennyy universitet.

PUDOVIKp A.N.; KUZOVLEVA~ R.G.
Polymerization and copolymerization of OC- and 4-carbalkoxy-
vinyl phosphinates. Vysokom. soedo 7 no,9sl539-1542 S 165.
(MIRA 18:10)
1. Kezantskly gosudaratvennyy univeroitet im. V.I. U11yanova-Lenina.

ACCESSION NR: AP4032576 S/0190/a/006/004/0737/0740
AUTHORSt Pudovik# A. N.,, Kuzovleva,, R. G.
TI'112: Polymerization and copolymerization of C,4 -acetoxyvirqlphosphinic acid
esters
SOURCE; Vy*sokomole1c. soyedin.,
ve 6. no* b, 196hp 737-A0
TOPIC TAGS: alkyl vinylphosphinate, methyl vinylphosphinate, ethyl vinylphosphi-
nate, propyl vinylphosphinate., alpha acetoVvinylphospliinic acid ester., alkyl
vinylphosphinate polymerization., a3JWl vjJWlphosphinate copolymerization,, viethyl
methacrylate, mothyl acrylate, styrene
ABSTRACT; The polymerization of methyl, ethyl., and n-propyl esters of
c,/-acetaxyvinylphosphinic acid (AOVPA)., and also the copolymerization of those
esters vith mothyl mothaarylate,, methyl acrylate., and styrene were inirestigatede
The rate of block polymerization was determined by the dilatometrio tecbniques
and the yield was estimated by removing the monomer by steam distillation. it
was found that in the presence of 2 mole/%' benzoyl peroxide the polymerization rate:
of A0V?A markedly inoreased-with temperature. At 900 it reached 60% in 10 hourts
rd

FACOSSION, 14'R: AP-4032576
~at 50G it took 40 hours to produce MTeriments with various concentrations
of benzoyl peroxide at 70C showed an enhancing affect of higher concentrations on
the polymerization rate of AOVFA. A comparison of the polymerization rates of
methy1j, etIV1, and propyl asters of AOVPA revealed that the moth aster had the
lowest polymerization rate.. and the propyl ester the highest. stracter's note
the authors.orred in claiming in the text and conclusions the reverse effect., as
evidenced by Chart g. The copolymerization of AOVPA with metI-q1 methacrylate,,
methyl acrylate, and styrane was conducted i block., at 70C for a duration of 15'
hours, in the presence of 1 mole/% benzoyl pfroxide. The copolymers with a sma-U
content of AOVPA were hard, transparerit products, while the ones containing a
larger percentage of AOVPA represented viscous resins.. The molecular weightp of'
the copolymers were within the 4580-6616 range, and their vitrification iempera-
ture varied from 480 to 67*5C. Orig. art. has: 2 charts and 1 table.
ASSOCWION.- Kazanskly, gosudarstvenny*,y ~miversitet im. V., 1. Ullyanova-Lanina,
(Kazan' State University)
SUBM=E7j: 01JUX63 DATE ACQ% Maya ENCLs 00
;UB COM PH NO REF SM 005 OTMs 004
ucard_21-9
- --------- .. ....

P1JDOVIK, A.N.;
Reactions of diene s:nthesis involving esters of66- and4-
carbethoxyvinylphosphinic acid. Zhur.,ob. khim. 34 no. 3:
1031-1032 Mr 164. - (MIRA 17:6)
1. Kazanskiy gosudarstvennyy universitet.

:-WT(
M
ACCEMIOP 11R: AP5022598
uR/bi.Q-o/65/bo7/boqA53qA542
66 095126+678.86
UMORS* Ftx~ ovik.. A. N.;.RuzovIevap.11, G.
1, TITLE: Polywrizatio and co rizati 4 f c -carbalkoxyvb*W1 phoa-
-POIYM and
pbizates
SOURCE: V;~okomolekmlyarhm soyedineniya, v. 71 no. 91 1965t 1539-1542.
TOPMTAG4.polymerizatloa copolymers phosphinate, vinylphosphinate
ABSTRACT. Synthesis, and ti
za onof diethyl and -carbalkoi7vinyl
phosphinate (I and II.,,reappotively) -hem been investigated as a continuation of i
the stu(IT'of ~ izatio'n and copolywrizati 1
polymer on-of various derivatives of -vJWl-
phosphinates reported earlier by the authors.(Vyookomolek. 8oyed..,-6,,-737p 1964).-1
The two methods for - the p"paration of I I reported in, the literature by J. S.
,Dickey and H. W. Coover (U. S. Pat. 255985/+,v Chom. Abstra 45,8810., 1951) and A
Ya. Yakubovich, L. Z. Sob*rov
skly., L.J. Muler, and V. S. Fayermrk (Zh.;obshch:
-1hinii-9 291# 317P 1958Yhal -to,be disregarded, as the first one resulted'in the
products vhile-the Mcond gave an impure one. Treatment of the diet I
WON, by
-chloro-w
-carbomatholw4byl j*oa0h1nate' (frm the oxidativephosphorylation
Card 1/2

KUZOVNIKOV., A. A.: "Research on high-frequency discharge in the band. from 1.5 to 15
megacycles". Moscow, 1955, Moscow State U imeni M. V. Lomonosov, Physico Faculty.
(Dissertation for the Degree of Candidate of Physicomathematical Science)
SO-. Knithnga. LetopLSL No. 40., 1 oct -55

USSR/Electronics Gas Discharge and Gas Discharge Instruments H-7
Abs Jour : Referat Zhur " Fizika, lio 5) 1957, 12372
Author : Petrov, P.A., Kuzovnikov A A.
Inst : -
Title : The DC Component of Corona Discharge in a High Frequency
Fiel6i.
Orig Pub : Vestn. Moak. un-ta, 1956, No 6, 39-46
Abstract Results are reported on an experimental study of high fre-
quency field (1-5 and 5 Me) between cylindrical coaxial
electrodes. The internal electrode was a nichrome wire
0.2 mm in diameter. A noticeable dc'current component,
having the character of low-frequency pulses, was obser-
ved. The dependence of the de component of the current
on the higb-frequency voltage was determined at various
diameters of the external cylinder and for different orien-
tation of the electrodes. The change in the orientation
of the electrodes made it possible to study the influence
Card 1/2
uSSR/Electronies - Gas Disch ge and Gas Discharge Instruments H-7
Abs jour Ref Zhur - FiziXa, WO 5, 1957) 12372
of the convection currents. The dependence of the dc cOlv-
ponent on the magnitude of the additional dc voltage aP-
plied to the electrodes was obtained. The value of the dc
component of the current at the above frequencies exceeds
the values obtained in the case of a commercial frequency.
This is connected with the observed characteristics of the
different lengths- It Jr. noted. that the dc component O:t -
the c=ent is determined essentially by the number of ne-
gative particlesj and that the process of Corona formtion
in a high frequency -field is connected with the presence
of ions of low Mbijity* All the experimnts were carried
out in air at atmospheric pressure.
BibliograPhYi, ~.~6 titles.
Card 2/2

RZOMIKOV, A. A.
"The Conditions of Passage of Corona Discharge to Streamer Discharge and
Atmospheric Presswre."
paper presented at Second All-Union Conference on Goseous Dlectronics, Moscow,
2-6 oct 58.

7'M
AUTHORs Kuzoynikoyv A.A. SOV/155-58-4-31/34
TiTtEl Investigation of High,-Prequency-Discharges in the Range of
1-5 - 15 MgRz-,I (Ineledovaniy-'--6okochastotnogo razryads~v
aiapasone. 6t lo ao'15~mgg~s. 7
PERIODICALs NauobWe,4pkl-ady vysshey shkoly. Fiziko-natematioheskiye
Nr 4, PP 191 7 198 (USSR)
ABS11RLCTt The.- -paper contains -a su=a:ry~ -of experimutal results: obtained by
hi-asalf:-and-by. other,anthors oonc ming- -high- frequency dis-
Oharps in the range of:1-5,- 15.MgHz-,It'-is stated that for
:sualler frequencies there takes place a comona disdharget sad
for..-~igh'frequencies a-torch discharge. Between tken there
lies a ..transition- range. For low pressure there exists
characieriptic~boundary-betwesn the domains,of.corona-and
torch for pressurej frequency and voltage. The magnitude and
dixection of the constant component of the discharge current
dopentle--o7r-the frequency-,, pressure and-voltage. For ooTona
d.ischarge-uuder atmospheric pressure this component is es-
sentially determined by the motion of the negative ions.
Card 1/2 .Under increase of the voltage the oorona discharge passes

32
Investigation of High-Frequency Discharges in the SOV/155-58-4-31/34
Range of 1-5 - 15 mgHZ- I
through 3 different stages in its development ; they are to
-be-deser:Lbed in the next article.
There are 9 figures, and 7 references, 3 of which are Sovietq
Germaii, and 1 AmQrican.
ASSOCIATION: Moskovskiy gosudarstvannyy universitat imeni M.V.Lomonosova
(Moscow State University imeni M.V. Lomonosov)
SUBMITTED: June 16, 1958
C~ard 2/2

24(3)
AUTRORSt ~Kuzovnikov, A.A., Kapteov, N.A. SOV/155-58-5--27/37
TITLES Disoharge'Power and the Character of the Discharge Current
for Frequencies of 1-5 up to me
PERIODICALS- Hauchnyye doklady'vysshey shkoly. Fiziko-matematichaskiya
nalakitI958PNr 5vPP 158-166 (ussR)
ABSTRACTS, With the qid of the experimental equipment deecribed.in
Z-Ref 1-7 the discharge powe 'r as well as the magnitude and.
character of the discharge current were measured in the given
frequency interval ' The discharge arising in the air between
a sphere and a plans under,atmospheric or lower pressure was
investigated. An approximative theory of the appearance is
proposed. Among others it is stated : The power necessary for
maintaining the discharge increases with increasing fre-
quency of.the external electric field. The transition from
the corona discharge to the toreti takes place under equality
of the amplitudes of the active and reactive components of
the electron-current. An approximative investigation of the
'directed electron motion is possible, if it is based on the

C
1 solution of the equation of motion of the averaged elictron
ard
/2

"702
SG'f/ 1?4-4-6-2 iM
V
d
G
. An
.
.
AUTHORSt Granovokiy, T.L,, Luktyanovo - u-- 5P
51"t.nko X.Q-
~L-~~
7~
---
..d All-Uion Conf.r.nao an Gag
TXTL29 Raprt on the Sac
glectranics
tekhnika I alaktroniks. 1959, Vol, 4. Mr S.
Radi
maxoDXCALs
pp W - 1338 (USSR)
;
XsjL_2wj&oruXy And N.G. &qvallakly - wNew Vat& an X-ray
_
_
_
Udiation D%Lring Pjj
.e
Dis,~hrg.s"
J*A~ 13LrAbrAr- And M -K..SuXkowskayA dealt with the im-mati.
' C-_
gation of the nout7r:cn railiaiiioct
ll Powerful SAN, discharges
In chambers with conducting wells.
JGA,_AajUMaX at al. - -Z-V.stig-ti-n of th- CAN OLSObArgG
in e ronlarl Chambers.
37-1, at *I. . *A Turn of Plasma in Transverse
Magnetic Fields.
_X.Q,-Zsaaxar "Date on the 0LvisLoc
f
A Catbod
Spo
(a
.
on MercurY in a Low-pressure Aral p 12Z9 the
:r
journal).
L.M. Babson (Suglaxd) - -A New Theory of th- Cathode Spot-
-
Case p 1293 of the Journal).

V
r-guany, - -P Lti Column In . Hyd~.Sou Dlscbz~g.
O
:
Leads".
d PLLI
S
talL.U." "
_X,Q, leekCARh2riob And AA__I.&bUd - -Current Distribution on
the Surface of Ilactrodoo In gloctric Pulse Discharge'.. j~>
_RLj~j9y:g_- wSome Praporties or Gas Discharges In Low,voltage
In H.I~~Ssn Counters-. ,y - Co loon or tiW
4avk and T.L. Grj prAk
:PM
laltiat De-19nia.tLon In the Ir.,
Hydregon (H
And 0,4.

tow-4,1A&L.4 &u.4, L,
L.A. Ak *awltz a. =. pro-braeUdown
t- pulses at low pr.L9.ur.ff.
V - -Ch.r
o-daaalt
d A
A
Z
t
N
V
V
.
.
o
.
..
.mjjLtgy_& An
y
g
y
V... I. Plasma'.
of Czecho-Lovski- com=-Lcated sono inforvicatLem,
A. the AV-Ilk* phenomena 1. gae-di.LLharg PINA.M.
:
determination
Jjj__BXLahnv dealt with the Problem of th
or the energy of fast Long In pulse discharges.

"CouVeGtLon XnataUL21ty of & Plasma Str a
Im, I
j
nd VR. Sitafracor - *Theorr of a High-
:=,
1:j,:
temperature Fla.- Strldt-_
The fifth section was prosIded over by N.A. Maptsov And
dealt with higa-fre4u.ney currents In goses. The following
papers .". r..dj
*P motion of Ultra-blgh Prequacer Pulse
G.M.M*.
.r. p.tyuk - Wlu.noo of the DOzindary Conditions Am
And MAInt.-o, of HLgh-frqamoy DLAL;bAzg..-.
Zjj_BuIkLU at al. - exavestization of a Self-maintaLU64
_
tatre-bigh Fr.quesay Pul.. VLA-harg- And the Prcc*8& Of
its Deal.pont".
S,LX__zaA,,AA,k.r And -som. Results or the
Xnrostigation of the Formation of Low-pressure High,
fr,qu.my Disch"1-8"-
$A) - -Conductivity of Weekly 10n1m0d,
C nditions of Transition From
,
Lob&r,* at Atmospheric Proz.~aae.
atio" tLI P not.... the Chor.cta,_
t=?~a
Fr-q-o_y Current And the Direct
h
Current In G" Discharge.'.
Irsd the conductivity of the dioLn,
f a r.sonaaw* discharge
w
d
i
n
o
a I. the w
o
tube. dealt with the
m, -V,takty And X-P- "ba-h-11"
.PpIAc.b1Iity of the probe method to hlgh-fr4quaZ47
C-A?1j1q
discharges (606 P 1238 or the Journal).
par by V. To- Hit--k at to thO
The P-1
_h
investigation or the ultra irh qu nay Via.- by
of the Stork A
Vt al 'rf:ct, with the problem of Isot"*
d I
.
.
qk"
-g-4--go
l-- pressures.
fields In a bigh-fr-quen.y discharge -t
j
TaumAnis read a paper -nt tied 'Ifigh-
"
.
frqp..ay Discharges In H-th.o.
d -
protilees
Lo th
o
n -a d-lot
ti
o
The work of the sixth ac
,
r
s
t &a a
:
diAti.n; the -vo I a p td*d
sma And its r&
l
f
a
o
P
Lt. The followtug papers war. read$
*,or by Y.A. F.br 1?kj*gnt%j"jrob* Pl.thod. of MAN---
am.
....t. 1. Plasma'-
'r
*0scillogr.phic Me-
d
6v -
V.I. Droz
:
tizti.n of the
A.G. ?jjI..hkin - Inv*
Sp.ctr ... tor of
Movement of .pi.- by Mo.,_ or . MAN.
.
"it Ties"-
tha Tr. t.-, or the 0N.L11stiOm- No -1
'
glLc.
p
A.V.
pf!qxureuentz of t,_.* V."., ~r Gas

85161
B/139160/000/005/009/031
B073/El35
AUTHORS Ku zovnikov 6 A.A. and Tsyan' Gao-Yun'_
TITLE: Investigation of d High Frequency Di~charge in the
Range 1.5 to 15 Megacycles. 11.
PERIODICAL: Izvestiya vysshikh uchabnykh zavedeniyj Fizikaj
1960, No. 5, pp 55~59 (+ 2 plates)
TEXT: The results are described of oscillographic study of
the photocurrent of & vacuum photocell illuminated by the radiation
emitted from a discharge and rrom disoontimm current surges which
occur in aj high frequency coron&discharge and a discharge of a
transient shape dealt with in earlier work of one of the authors
(Ref. 1). The results are given of observations carried out by
means of a rotating disc, high-speed filming and a.Kerr cell.
The high frequency discharge was investigated at atmospheric
pressure and at reduced pressure, It was found that during the
first stage of the high frequency oorona only one discharge chann" 1
exists at any one instant of time; its duration is between 10_k~
and lo~,,7.-see, During the second stage of the corona the central
chaimelof the discharge will exist throughout the time during which
Card 1/2

85161
S/139/,60/000/005/009/031
B073/El3'5
investigation of a High Frequency Discharge in the Range 1.5 to
15 Megacycles. ,II.
the discharge burns. During the second stage of the corona, two
types of lateral chamels -can be observed which differ in appearance
and in duration of formation. One type is sharply limited in
space and occurs. during the time 'e< 10-1+ sec. The second type
is somewhat blurred and the - development is gradual during
numerous voltage_cycles The lifetime of the lateral channels for
both types is 10 4 - 1&~ see at atmospheric pressure and about
10-2 see at reduced pressuTes~. Comparison of the oscillograms of
the inductive current pulses and the pulses.of the photocurrent
indicates that there is aclose relation betsr!een the redistribution
of space charges and the radiation of a discharge. The individual
impulses consist of a multitude.of separate current surges which
fuse together into a strong pulse. On reducing the pressure or
increasing the-frequency the number of pulses-and their amplitude
decreases-. There-are 6 figures~ 1 table and 8 references;
6 Soviet, 1 English and 1 Japanese.
ASSOCIATIONs Moskovskiy gosuniversitet imeni M.V. Lomonosova
~Xoscow State University imeni M.V. Lomonosov)
SUBMIY)PS October 21, 1959
0a3

88045
2.3 9/60/000/006/009/032
E073/E335
.24,21 Z'0 fit-W, 1166,102)
AUTHORS: zovnjjrQ3E-_,_-A,._A~ andKaptsov, &A.
TITLEi Investigation of a High-frequency Discharge in the
Range Between 1.5 and 15 Me/s. III
PERIODICAL: Izvestiya vysshikh uchabnykh zavedeniy,
Fizika, 1960~ No. 6, pp. 64 - 70
TEXT: The mechanism of development of a high-frequency
corona'dischar-ge-andlits change to a torch discharge cannot
be studied-so-le*ly on'the basis of the theory of unbounded
int-iform plasma -(Ref. 1). On the basis of experimental datap
published ea-rlier-by-the authors (Refs. 2, 6, 7),they suggest
a mechanism,of theldevelopment of such a discharge which is
based'on"the-conceptions of.the avalanche-streamer theory.
Application-crf-t-he'ideas of the avalanche-streamer theory to
the high--fr-equency,corona discharge at atmospheric and sub-
atmospheric (300 -400 am Hg) pressures can be juatified by tho
fact that both-in the sieady-siate and in surge corona as well
as in high-frequency corona individual localised discharge
Card 1/4

S/139/60/000/006/009/032
R073/Z314
Investigation,of a High-frequency Discharge in the Range
Between 1.5 and 15 Mc/s. III
canals can-be,-observed. The characteristics of the high-
frequency corona-(Ref. 2) are analogous to those of the
steady-state (Refs. 3, 4fand surge (Ref. 5) corona discharges.
In-the earlier work of the authors (Refs. 2, 6, 7) it is shown
that on increasing the voltage the high-frequency corona
passes succes-sively through the following three main stages
(Ref. 2),-.- 1-) in- the initial stage the discharge is in the
form of fine channels which are distributed fanlike on the
corona producing electrode; 2) in the second stage a
bright central canal-aud numerous clearly visible side canals
form which penetrat-e-dee-p into the discharge gap;
13) in the third stage a high-frequency arc forms. The
mechanism of development of a high-frequency corona discharge
was investigated for the~frequencies 1-5.2, 3.7, 4, 6.5 and
8.7 Me/s. The authors concludethat the mechanism of
development of high-frequency corona discharges can be
Card 2/4

88045
S/139/6o/ooo/oo6/oo9/032
E073/E335
Investigation. of a High-frequency Discharge in the Range
Between 1#5 and 15 Mc/s. III
elucidated-on the basis of the avalanche-streamer thek%ry,
In the initial stage,of the corona and the torch discharge
individuwl,,short-lengthi rectilinear discharge canals form
as a result of successive superposition on each other of
electron avalanches and also an a result of develqpment of an
avalanche canal during oscillatory movement of the electrons
under the effect of-the high-Tfrequenry field. If the voltage
amplitude--i-ncreases.to a certain value the formation of
streamers-in--the corona discharge becomes possible. The
dis-charge canals~-whlch-can be seen with the naked eye during
this stage of,the-'corona,are formed as a result of reforming
of the stre-amer-canwl,~.-_: as a-result of secondary processes
on the tempora-ry,carthode or as a result of oscillatory
movement'af-th-e electrons under the effect of the high-frequency
field. Under1rthe given conditions--streamer formations and
consequently also the formation of individual visible canals
of the high-freauency coronaloccur in the discharge at
Card 3/4.

88016
S/139/60/000/006/009/032
E073/E335
lilvestigatign,of a High-frequency Discharge in the Range
Between 1.5 and 15 Mc/s. III
atmospheric- pressure if the active duration of the half-cycle
of the- vo-ltage -is equal to or greater than 0.03 lisec. The
torch~discharge- is a-hkgh"frequency plasma which is formed
during numerous half~-cycles of the high-frequency field and is
drawn out upwards by the convection currents of the air.
There are 1 table and 16 referencest 11 Soviet and
5 non-Sov'ie't.
ASSOCIATION: Moskovskiy gosuniversitet imeni M.V. Lomonosova
(Moscow State University imeni M.V. Lomonosov)
SUBMITTED: October 21, 1959
Card 4/4

20928
3/057/61/031/003/012/019,
B125/W09
AUTHORSi Golovanivskiy, K. S. and Kuzovnikov, A. A.
TITLEs Pressure of an inhomogeneous electric h-f field upon the
plasma in the positive column of a gas discharge
PERIODICAL: Zhurnal tekhnicheskoy fiziki, V. 31, no- 3, 1961, 343-347
TEXT: The present paper is a study of the affect of an inhomogeneous
alternating electric field upon the plasma in the positive column of a
low-pressure discharge. An inhomogeneous electric h-f field exerts a
steady pressure upon the plasma, thus compressing it toward the discharge
axis. The authors studied the most important qualitative fundamentals of
this so far not investigated effect. Fig. 1 shows the experimental
arrangement. A d-c creep discharge was excited in a 50-cm long cylindrical
tube of 6 cm diameter The experiments were made in argon and air at a
pressure of P - 3-7-1;_1 mm Rg. The current was kept at a constant voltage
of 5 ma in both gases. The movable probe 3 1 allowed to measure the plasma
parameters at various distances from the tube axis. The stationary probe
Card 1/8

20928
Pressure of an inhomogeneous....
S105 61/031/003/012/019
B125YB209
32 was used to control the results. Three electrodes were soldered to the
discharge tubet a disk-shaped anode-A, a disk cathode X., and a heater
cathode K The discharge was supplied from a high-voltage source U
across a variable resistor R The h-f circuit of the arrangement:oon-
sisted of a 10014 (100I)-type generatorp a-broad-band amplifier (1), and a
ZKC-79 (VKS-7b) cathode-roltmeter. The inhomogensous elsotric h-f field
was generated by.two copper rings Kn) and the h-f voltage at the
amplifier output was measured with a VKS-7b cathode voltmeter. When the
h-f field wao' applied, the plasmaIwhich usually filled the entire volume
6t.~Ihe discharge tubep contracted within the active zone of the rings con-
traoted to the axis of the tube. The author's did not succeed in measurinj
the distribution of the electron density across the radius of the column
in the compressed and in the unoompressed discharge. The degree of com-
preneion of the column as depending on various parameters was measured
quantitatively by photographing and photometric evaluation of the gap
between the rings. By this method, the authors determined the dependence
of the pinch value on the amplitude of the h-f potential applied to the
Card 2/8

20928
Pressure of an inhomogeneous...
S/057161/031/003/012/019
B125 B209
ring, and on frequency. The respective curves are plotted in Pigs-4 and 5-
In the case.Iof a pinched column, the gas in the column was much brighter,
and the discharge current rose eomewhat. Fig. 6 illustrates the results
of photometric evaluation for three different amplitudes of the h-f
potential at a frequency of f a 100 kc/sec. This figure depicts the
distribution of.the luminescent intensity over the radius of the column as
de.-ending on the amplitude of the potential of the ring. The quantity S
plotted on the ordinate is proportional to the logarithm of ihtensityl
f - 100 kc/sec, discharge.in air. U,(v), I - 115, 2 - 60, 3 - 0. Only an
electric component of the electromagnetic alternating field can exert
pressure upon the plasma. The force acting upon the electron gas per unit
2
2nee
volume amounts to F - __ VE2. e and m are the electron charge and mass,
2
20)
respectively, W is the frequency of the field, and E is the amplitude of
the electric field at a given point. A quasisteady electric field acts
upon a plasma with the same pressure as a standing electromagnetic wave
with amplitude E of the electrielfield. A standing electromagnetic wave
Card 3/8

20928
B/057/61/031/003/012/019
Pressure of an inhomogeneoueo*i B125/B209
need not necessarily enter the system pinching the plasma. The raised
ionization in the pinch'may arise from two oausest a) rising number of
ionizations due to acceleration of the electrons in a h-f field,
b)-acoumulation of carriers in the pinched region since the latter loses
the contact to the walls. The authors thank L. M. Khayurov for having
assembled the experimental arrangement and for having mada part of the
measurements. There are 6 figures and 4 referencest 2 Soviet-bloc and
2 non-Soviet-bloc. The two references to English language publications
read an followst H. Boot, S. Self, H.-S. Harvie, J.Eleotron.and Control,
41 no-5t 434, 195e; H. Boot, R.-S. Harvie, Nature, London, 180, 1187, 1957-
ASSOCIATIONs Fizicheskiy fakulftet Moskovskogo universiteta (Division of
Physics of Moscow University)
SUBMITTEDi May 12t 1960
Card 4/8
S 057/61/031/007/021/0211,
BlO4/B2o6
AUTHORSt Golovanivskiy, K. S.,an
d Xuzovnikov, A'..A.
TITLES Finch eff not of the positive column of a gas discharge
through a high..;frequency, inhomogeneowe electric field
PERIODICAL:
Zhurnal tekhnicheskoy.fizikif v. 31, no-.7, 196j, ego 892
TEM A
cylindrical, positivecolumn with ambipolar diffusion is studied~
under,,the assumption that all quantities ar4 only functions of r. , It "is ""'Y
further assumed tha% the motion of chargedpartioles of the X ~n a
type
inhomogeneous high-frequency field.may be-described by the potential ,7
v
2 2 2 ')~ ~
e E /2mk (c0 ncreases from the
+7 ) (1), and that ~ i o efit er t othe
k k k k
periphery. The ion- and electron currents towards the wall ar e deterihined
by the diffusion current, the discharge current in the electric field (E
and the current in the field of the potential
e,0jVn-*-eb,nE,-eb,nV0i',
(2~
j, eDren -4- cb,nE, 4- eb,nV4),.
Card,1/4

S/057'61/031/007/021/021;
Pinch effect of the... B100206
Thus, an additional radial field-is produced, compensating the difference
in the mobilities and the values for ions and electrons. If'.the
k
.
k
amplitude E of the high-frequency field is selecti~d in such a way':that-on,
the wall the inequation
rn
Dow (VO. OY

.
b, bi

is fulfilled, the charged particle currents towards the wall is sfopped,,.
by the formation of a potential barrier of the*form (1). A further-in-~~
n .w 10 ulfilled. I
crease of E reduces'thexadius of that zone h- h (8) is f
This produces a contraction of the positive column. An es t idat ion** 'showed,
that for the constriction of the positive column to 1/3 in 11 with
.3
nfv5-10 cm T -130,0000K and ro - 3 cm by an inhomogeneous field of a
II e
thin ring at a frequency of 1 megacycle and a capacitance of the ring with
~respect to the earth of C - 5 cm, a high-frequeyioy voltage at the ring.'
relative to the earth of 50 - 100 v is necessary.' The authors*thank
V. Ye. Mitsuk for the valuable discussion. There are 3 Soviet-bloc refer_~
ences.
Card 314

GOLOVANIVSKIY, K. S.; KUZOVNIKOVt A. A.
Lower.limit of a high-frequency quasi-potential in a Poi itive
plasma column. Izv. vys, ucheb. zav.,- radiofiz. 5 no.5:933-944
(MIRA 15:10)
1. Moskovskiy gasudarstvennyy universitet.
(Plasma(Ionized gases))
IN

GOLOVANIVSKIY~ K.S.; KUZOVNIK.01", A.A.
Lower frequepoy limit of the high-frequency quasi-potential in a
heUum or krpton plasma, Izv. vys. ucheb. zav.; radiofiz. 6
no.5s964-972 163. (miRA 16:12)
1. Moskovskiy gosudaretvennyy universitet,

A' A,
aTM:: _Concerning'the-b.~Ah_fre cnduAi~iti' +S7v
auenev c a lpiql~vk 4~
-of- a.- gm dlsd_~8
measuremem
a wen

IM64---jvtorns~
ACCESSION NR-. AP4020572 S/0057/64/034/003/0454/0457
~AUTHOR: Golovanivskiy, X.S.; Dugar-Zhabon, V.D.; !~u A
nce of a nonuniform,:A
TITIZ: Space potential in astationary plasma under the influe
high frequency field,
";SOURCE: Zhurnal takhnichoskoy fiziki, v.34, no.3, 1064, 464-457
TOPIC'TAGS: plasma, plasma diagnostics, plasma diffusion, ambipolar diffusi Ionj
high frequency field plasma
~ARSTRACT-. This paper is one of a series (K.S.Golovanivskiy and A.A.Kuzovnikov,ZhTV;
31,No.3,343,1961; No.7,890,19111; Izv.Vuzov,Radiofizika,5,No.5,196Z-, No.5,1963; Ra--~
;diotekhnika i elektronikat8,4J933). In the earlier work it was shown that.the
charged particles in a plasma subjected to a nonuniform high frequency lield exper,-i
,ience-a force directed opposite,to the gradient of the amplitude of the high fre-
quency field. Here it is deduced thatif a positive column plasma be subjocted,to a:4
Pgh frequency f ,i-eld, the amplitude of which increases with distance from the,axi-
the plasma will 'be radially bouprossed qnd the radial potential distribution within~t
ipe plasma will be altered by offects of ambipolar diffusio Near the axis,,* here
/3
Card

L
ACCESS16~ NR: AP4020572
3 ~
f'the logarithm of
~the field is weak, the potential,,. should be-a linear function o
density, but at greate-r distances,, a tam proportional to the square of the
;high frequency field amplitude should make itself felt. A helium glow discharge at~;
was subjected to a 1.3 megacycle field;
0.31 mm IIg in a 6.6 cm diameter glass tube
~applied to a 2.8 am wide brass ring circling the discharge tube. The ring electrode
was pierced'to admit a movable cyclindrical probe, with which the radial distribtk~
''Ition of density and potent-lal was determined. The ion density was obtained from the
4_1 iion portion of the probe cliaracteristici and the potential was measured with the
aid of an auxiliary probe fixed in an undisturbed portion of the plasma. Radial den-x,-
distribution curves obtained with and without the high frequency field showed
'considerable
a compression-of the plasma by thefield. The potential distribution.
.:,followed the log densityIdii3tribution out to a radius of about 2.4 cm, after-which
*",)large deviations occurredi 7~%ese devintionswore such as might be accounted for by
Ii: -the theoretical- term proportional to the square of the high frequency, field ampli-411
~tudo,, but a quantitative comparison, could not be made because the amplitude of the
high frequency field was not accurately known. Orig-art.has: 4 formulas.and.2 f i~~-
igures.
t
2/3
.,,Card
-7

r
AkD
Ob
_7
7$
87-
IPA
- ak,
-Z
Amount
SOU.P=: Zhurnp! 11alki, v.34, 1964, 1714
TOPIc IACW', d ex t e ma 1 magaetl 2 ~Vha_rjeal'
PZL rz
i vI,
SA
a notion of a chargvj "qr
_G~ que=y tlectric floiei tn the
perpendieulwr to the
- I t*-,' Is take-nImt-en
OLecount -4, repru:s -F- t
VO_ily~- - is Tound that tl~c:
~q -potent iall ub
magn C!

ACCESSION VR- AP4045287
~C* is the
frequea_-_y, ana e and ift are the rharge xrVa =a5
C*r:thO'q'uAsi-pOtefttia) reducep to previously
ex~'r"axqw In the caues -what 4, v or both vanigh. It may be noted th--E tn e part i e1 e
'teilds to in" tawa= a region of maximum high-frequency field amplitudo whm Ue
static ma~;r,,vt4c field is sulliciently large, and amay_f=wauch A milau S:M:911 ude
re gi on wl- ea the magnetic field ia is Tormulas
fakUl'tet MOF. Nf! Wn
S t~~t nivers; to
-EM,MB
SUB CWR.
EMLs, 00
IWAM 004 001
2/2_

PAKRALUYEV.. K.M., KUZOVNIKOV, A.A.; NOVIK, G.P.; BORODIN, V.P.; SOBOLEV,
Industrial operation of holding furnaces fired by, natural gas
for direct low-oxidation heating. Stall 25 no.10:957-961
0 165. (MIRA 18tll)
1. Vaesoyuzrqr nauchno-issledovatellskiy institut
metallurgicheskoy teplotekhniki i zavod "KraEnyy Oktyabrln,

RUBANP A.P., YARAMYSHEVP G.S.
GORYAGA, G.I.; nZqVjL
Stabilization of a brush discharge. Vast. Plosk. un. Ser. 3:
Fiz., astron. 20 no.6:80-82 N-D t65. (MIRA 39-1)
1. Kafedra molekulyarnoy fiziki i kafedra elektroniki Moskovskogo
gosudarstvennogo universiteta. Submitted Feb. 3, 1965.

ACC
AUTHOR:
16 E,7T(1)
AP6029724 SOURCE CODE: UR/0109/66/011/005/0966/0967
V. S.; Migulin. V. Ve; &Divak, Go V
v. D. V.; Timofeyev, P, V ; Fursov.
,*; Nilendgr. R.-&*: Grozdo r. S. D.; Shemayev. A. X ; SoIntse
_L#; ZaAsay.-A. A..j Va�jlVXqvj%j, M1 X4 ; Nitluk.-Vt le ; QQin1nAo
DVAO G. JAJ
unu: none
TITLE: lNikol&v Aleksandrovich Kaptsovi
SOURCE; Radiotekhnika i elektronikas, ve 11, no. 5, 1966s, 966-967
TOPIC TAGS: electric engineering personnels, magnetrons, klyatron, corona disaharpp
gas conduction, gas discharge plasma
ABSTRACT: 1, A, Kaptsov passed avay 10 Febru=7 1966. He was a studont
.oi the famous Po No labodays, and porforrad =W fundamental investigations
:in the development of modern electronics, Be vas the creator arA leader 0;r
the chair of electronics oZ Moscow State Univeraity, He developed the con-
-cept of phase grou=igaf efe-otrawe, is ideas we the basis for the dmlop-
.r.ent of the magnotror, klystron -SHo developed the concept explaiam the
phenomenon of corma discharge, He alio, developed ideas connected with
formation of gas conduotion and phenomaw in a gassaw-discharge plasmae
Naptsov swvod for yvara as the bead of tbe,pbpical laborator7 and can-
:matant to the Moscow Electron Tubo- He wo the Author of mmrm
bookss, inolmd' a "Physioal Phenomma In Van=, aW in Gasw . whi ob was
translatW Into forelp 2angugeal be &Uo amted ad taugbt wmam
electronics courses. IMS, -360011
SUB CODEt 05s, 09 SOM DATEt none
card'

PAW
8(6) SOV/112-59-3-4439
Translation from: Referativn-y-y zhurnal. Elehtrotekhnika, 1959, Nr 3, p 22 (USSR)
AUTHOR: Huzovnikova, Ye, M. , and SteDanchuk, V. F.
---- ------ ~.7 A
TITLE: Prospects for Power Generation in the BeISSR From Peat Sources
(Perspektivy razvitiya energetiki BSSR na b-.,%.ze torfyanykh mestorozhdeniy)
PERIODICAL- Sb. nauchn. rabot Belorussk. politekhn. in.-t, 1957,
Nr 6 1, pp 140 - 15 3
ABSTRACT: Peat reserves in the BeISSR amount to 5 billion tons. 2. 2 m0lion
hectars have been prospected and 5,945 peat bogs have been found, vf which
1, 508 can be commercially developed. These bogs occupy an area of over 100
hectars (93. 3% of the reserves). Ash content of top beds is 2-410, of lower
beds 6-1516. Heat of combustion of the dug peat is Z, 100-2,500 kilocallkg.
The annual yield of the peat is evaluated at 50 million tons ior the next 50 years.
Five groups of the largest peat massifs in the BeISSR which can serve as raw-
energy sources fox large-size power stations are: (1) the Vasilevichi group
Card 1/2

8(6) SO'1/112-59-3-4439
Prospects for Power Generation in the BeISSR From Peat Sources
with an equivalent capacity of the massif of 400,000 kw; it is considered
expedient to build one large power plant for Gomel', Bobruysk, Zhlobi-x, and
other cities; (2) the Berezina group whose e(raivalent capacity is 700,000 kw;
either one 700, 000 -kw or two 450, 000 -kw and Z50, 000 -kw power plants are
considered for VOIkovyssk, Brest, a-ad other cities; (3) t1he Sergiyevsk group
with a total capacity of 27 5, 000 kw; or., e power plara is being planned for using
Peat for both production of electrlc eaergy and gas anad transmitting them to
Minsk; (4) the Da-vid-Gorodok group; and (5) the Narochl group with an
equivalent capacity of 500, 000 kw. One oi the plans under consideration is to
build 2 power 'houses of 250, 000 kw each for Polotsk and Molodecl"no. The
aggregate capaciVj- of large electric power stations that could be built on the
peat-energy sources in the BeISSR is about 2,600,000 kw.
A.B.M.
Card 2/2

.8 (6). SOV/11.2-59-1-245
Translation from: Referativnyy zhurnal. Elektrotekhaika, 1959, DTr 1,
pp 31-32 (USSR)
AUTHOR: Kuzovniko
TITLE: On Determining Heat Losse3 From Mechanically Incomplete Combustion
PERIODICAL: Sb. nauchn. rabot. Belorusek. politekhn. in-t, 1957, Nr 61,
PP 154-161
ABSTRAM In using the atmospheric air as an ojddizer, the dimeasioniess
coefficient P that depends only on the composition of fuel acquixes importance.
This coefficient is called the "fuel characteristic. " The true value of IS
depends not on the total quantity of carbon in the fuel but only on that part of it
which participates in combustion and gas formation.
0
2. 37 i 25. 6
CMn+ 0. 375 S
Card 112

SOV]112-59-1-Z45
On Determining Heat Losses From Mechanically Incomplete Combustion
The formula shows that the accuracy of determination of j6 depends on the
accuracy of determination of the mechanically incomplete combustion Cmn.
The Cmn can be determined from gas-analysis data (as was suggested by
Professor G. F. Knorre in 1928). Later on, Professor V. A. Koryakin
suggested his equation for determining Cma; the coefficient P~ calculated from
the fuel composition is also used there. A formula is presented for determining
Crnn on the'basis of a gas analysis, without chemical investigation of the fuel
composition.
S. M. Sh.

-KUZ-CVIITF,OVA, Ye.A.. kand. tekhn. nauk,.dotsant
-qvw-~WPW~Casiio problems. in the automation of thermal processes in electric
power planta, IZV* vys..ucheb. zav.,; energ. no. 1:132-136 Ja '58.
(MIIiA 11:7)
(Automation)
(Blectricpower plants)

RUTSKIT, A'.I.; TZONKOV, A,M,; GIMIR, L.B.; SLIPW, Ya.Y-a.; MUM$ I.V.;
SOB0137# X~le; TINYAKOV, N.A.; VOIKOV, N.P.; BOTVISMU, Ta.Ye.;
BAR&MOV, MoTe.; BRAMOM, V.A.; PZMIS# G.B,; KUMMOVA,
'Y~--- - - - - - - - '
je~.A.* 0761MIN, Yu.P.,- SHBMO, H.I.; P IT, G.I.
~ITAD
O.I.'Bdbklu';' obltuax7. Izv. vyo,'uoheb* say'.- enarg. uo.4tI28 Av 158.
Mobkin,, Grigorli lzrailevioh, 1892-1958)' (KMA 11:6)