SCIENTIFIC ABSTRACT BORODIN, V. P. - BOROZDINA, A. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206420020-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

The Experience of Conversion of Oil-Fired Optn-Hearth
Furnaces to Natural Gas-Firing.
PA - 2395
connection with oxygen-blowing are improved. The change of the
construction of the heads would be purposeful. The gas mazout
burner developed by H.E.Growhev used'in the mill cannot be re-
garded as perfect. The stabilization of the gag-mazout pressure
before the burn*er is very important,, tn order to reduce the use
of compressed air a natural gas compr6oved to an atmospheiic
excess pressure of 10 would hava to be tried as sprayer. he
consumption of mazout whan using natural gas is very great (up
to 37 % of the heat introduced into the furnace). For this reason
experiments had to be carried out with the use of cracked natural
gas in place of mazout. (7 illustrations).
ASSOCIATIONt "Krasnyy Oktyabr"I Steel Mills.
PRESENTED BY:
SUBMITTED:
AVAILABLEs Library of Congress.
Card 2/2

J
133-2-4/19
ATJTHORS;Borodin V P. Darmanyan, P.E., Yudson, A.A. and Vasillyev,
g ~ ~e t rs
TITLE: A Four-Period System of the Complex Automatic Control of
Thermal Conditions of a Fuel-Oil Fired Open Hearth Furnace
(Chetyrekhperiodnaya skhema. svyazannogo av-toregulirovaniya
teplovogo rezhima mazutnoy martenovskoy pechi)
PERIODICAL: Stall, 1953, Nr 2, pp.114-120 (USSR)
ABSTRACT: A scheme of automatic control of thermal conditions of
oil-fired open hearth furnaces developed by the Central
Laboratory of Automation and installed on the Nr 10 furnace
of the above works is described. The scheme,.Qj:~e2ates accord-
ing to four programmes corresponding to four technological
periods of the smelting process. Programme 1 includes a
considerable part of the charging period and two thirds of
the melting period; it is switched on by a motor relay of
time, operated by photorelay during the tapping of steel.
Programme 2 includes the remaining part of the s,-iielting
period; it is switched on by a motor relay of time operated
when a stable excess in the Dreset roof temperature is
attained. Programme 3 incluaes the refinin- period and is
switched on by a motor relay of time operated at the moment
of tapping slag. Programme 4 includes the fettling period
Card 112

133-2-4/19
.A Four-Period System of the Complex Automatic Control of Thermal
Conditions of a Fuel-Oil Fired Open Hearth Fdrnace,,
and the beginning of the charging period of the next heat.
Changing of programmes can also be hand operated. The
scheme is shown in Fig.l. Fuel consumption is controlled
according to the temperatures of the roof and regenerators.
The following parameters are controlled: consumption of
fuel oil, air-fuel ratio, amount of compressed air used in
the atomiser, pressure of gases in the furnace, reverses,
waste -as temperature at the bottom of the regenerators and
draught in the waste gas flue. Characteristic data on the
furnace on which the scheme was operated, operatin.- prac-
tice and operating results are briefly described. The
scheme operated satisfactorily, but the final conclusion
regarding the efficiency of the scheme can be made only
after an analysis of operating results of a few furnace
campaigns. There are 9 figures.
ASSOCIATION: "Krasniy Oktyabr" Works and TsLA (Zavod "Krasnyy
Oktyabr"' i TsIA)
AVAILABLE: Library of Congress.
Card 2/2

FAKHALUYEV, Konstantin Hikhaylovich, inzh.;.BORODIN, Viktor Pavlovich,
inzh.; DARMANTAN, Petr Hmmanuilovic~, inzh.; -S-O-W~, ~-a-.
vedushchiy red.; POLOSINA, A.B., tekhn.red.
[Use of natural gas in metallurgical furnaces] Primenenie
prirodnogo gaza v metallurgichaskikh pachakh; opyt atalim-
gradskogo zavoda 'Krasnyi Oktiabr$" Koskva, Gos.nauchno-
tekhn.izd-vo neft. i gomo-toplivnoi lit-ry, 1959. 110 p.
(MIRA 12:10)
(Gas, Natural) (Metallurgical furnaces)

BORODIN9-V.L; MAMHEMOVSUT~ G.F.; DAIVANW, F.E.; YUDSON., A.A.;
XUROCHKINS, B.No
Furnace operations with beat insulated archos. Metallurg 6 no.2:
.15-17 F 161, (MM 14:3.)
1. Zavod "Krasnyy Oktyabr'" i Vs9ooyuznyy nauchno-issladovatellskiy
institub metallurgicheskiy teplotekhniki.
(Open-hearth furnaces) (Refractory materials)
I

KOLOBOVp P.Iol BOIIQDINO V.P.; DAMIMAN, P.B.; DUMSTROV, A.G,;
VOSEMENSMP TU.S.
Operation of recuperator soaking pits with one top burner
heated bor natural gas. Stall 22 no.6-.566-572 Jo 162o
'.1 (MM 16:7)
1. Zav6i mKrasnyy Oktyabr"' i TSentroenergochermet.
(Fta-nacea,, Heating)

PAKIIALUYEVO
K.M.; KUZOVNIKOV, A.A.; NOVIK, G.P.; BORODIN, V.P.? SOBOLTE",
ZUBKOVA, N.M.
,.,A.,:
Industrial operation of holding furnaces fired by natural gas
for direct low-oxidation heating. Stall 25 no.10:957-961
0 165. (MIRA 18,11)
1. Vaesoyuznyy nauchno-isaledovatellskiy Institut
metallurgicheskoy teplotekhniki i zavod "Krasnyy Oktyabr'".

USSR/Irledicine Tularemia, Epidemiology
Card 1A Pab. 148 - 5/25
FD-2594
Author Olsuflyev, N, G.; Kucheruk, V. V.; *Makarov, N. I.; *Borod-in, V. P.;
Petrov, V. G.; and Selyanin, Ye. P.
Title The structure of a natural reservoir of river valley type tularemia
Periodical Zhur. mikro. epid. i immun. 4, 27-31, Apr 1955
Abstract The results of a three year study of the ecological relationships
between the rodents and insects which act as hosts and vectors of
Pasteurella. tularensis in an unnamed river valley in the USSR are
given. Epizootic and epidemiological data reveal the connections
between the yearly flooding of the valley and outbreaks of tula-
remia among its animal and human inhabitants. Mosquitoes, gnats,
and horse-flies act as mechanical vectors.. The ticks, Dermacentor
marginatus and Rhipicephalus rossicus, maintain the infection dur-
irg the interepidemic period and constantly transmit it to the
water rats, Arvicols. terrestris, and other mouse-like rodents.
The names of the 12 scientists who carried out the study are
listed. No references are cited.
Institution Institute of Epidemiology and Microbiology imeni Gamaleya (Director
G. V. Vygodchikov); Stalingrad Sanitary-Epidemiological Station
L*11iad - Cand Med Sci N.-I. Makarov); Stalingradakays, Oblast
t
,..:T~laremi~j~ation (*Head Physician - V. P. Borod-1n)

L) j
USSR/Medicine Tularemia, immunology
Card 1/1 Pub. 148 - 12/25
FD-26ol
Author Olsuflyev, N. G.; *Boroclin, V. P.; Surnina, N. S.; and Tsvetkova,
Ye. M.
Title The allergenic characteristics of tulyarin from virulent, vaccine,
and avirulent strains of tularemia microorganisms when administered
supracutaneously and intracutaneously
Periodical Zhur. mikro. epid. i Ammun. 4, 58-63, Apr 1955
Abstract The allergenic characteristics of tulyarin produced from virulent
and vaccine strains were found to be identical. Persons with an
active imrminity or who had recovered from tularemia could be de-
tected by the allergic reaction following the supracutaneous or
intracutaneous administration of d1luted tulyarin. The authors
recommend the supracutaneous application of vaccine strain tulyarin
to the forearm. The results of the experiments are presented on two
charts. No references are cited.
Institution Institute 6f Epidemiology and Microbiology imeni Gamaleya; Stalin-
gradskaya Oblast Antitularemia Station (Chief Physician - V. P.
Borodin); and the Stalingrad Sanitary-Epidemiological Station
(Head - N. I. Makarov)
Submitted- October 18. 1954

BOBODIN, V.P.; KORDLIVA, A.P.
Results of extensive use of spicutaneous and "diluted' tularin
in typing the population for innunity. Zhur.mikrobiol. epid.
I immun. no-11:31-36 N 155. (HLRA 9:1)
1. Is Stalingradskoy oblastnoy protivotulyareminnoy stantaii.
(glavW Yrach V.P.Borodin)
(TULAP04IA. diagnosis,
tularin test, epicutaneous & diluted tests)

OLSUFITZV, N.G.; TSVETKOVA, Ye.M.; BORODIN, V.P.; KOROLICYA, A.P.; SIVCHWO,
V.S.; KHOROSHEV. I.G.: KTASNXOV-,-'TW-'&-., PMFILInVA. Z.A.; KRA?OlfflL*
N.I.; VAYSTIKH. M.A.: RODOSIXAS, O.T.; BARANOTA, N.K.; ZIMIA, V.Te.;
TORKASOU. L.N.; USTINLMROU, T.F.; ARRYIY3V, S.S.; KONKINA. N.S.;
KULIBA. A.P.; MALITSBVA, N.K.; SErUNOVA, G.M.; SORINA, A.M.; BRA-
NITSKAYA. V.S.; PRUDIIIKOVA. M.N.
Tularin from a vaccinal strain for epicutaneous use. Zhur. mikro-
biol.epid. i Immun. 27 w.9:22-28 S 156. (MLRA 9:10)
1. Iz Institutaipidemiologii i mikrobiologii im. N.F.Gamelei AMN
SSSR i protivotuliaremiynykh stantsiy Stalingradskoy, Voroneshoko7.
Tullskoy, Plavskoy, Onskoy, Krasnodarakoy. Moskovskoy I Smolenskoy.
(TUIARIKIA, diagnosis,
tularin epictitaneous test (Rue))

BMODIN, V.P.; SPITSYN. N.A.; SAMSONOVA, A.P.; KCIR013VA, A.F.; KHLYUSTOVA, A.I.
Two cases of tularemia caused ty the bite of the tick Rhipicephalus
rossicus Jakim. et K.Jakim. Zhur.mikrobiol, epid. i immun. 27 no. 9:
49-51 S 156. MRA 9:10)
1. Is Stalingradskoy oblastapy protivotulyaremiyuoy stantaii (glavn"
vrach - V.P.Borodin)
(TUIARINIA, tiology and pathogenesis.
tick Rhipicephalus rossicus bite (Rue))
(T ICES.
Rhipicophaluo rossicus bite eausing tularemia (Rue))

BORODIN, V. P. Doe Gand PIied Sci -- (diss) 11 Epidemiology and
PI-4~ Ef
prraph7la*i-5 of tularemia in the Volga-Akhtuj)a,jf lood rYU
the construction A -~- of the Stalingrad wer
Po
Stalingrad, 195?. 8 PP 20 cm. (Stalingradskaya Oblast Anti-
Tularemia Station), 150 copies
(KLt 21-57v 106)
-103-4

OLSUFIYEV, N.G.; ITIMELIYANOTA, O.S.; UGLOVOY, G.P.; SILCHENYO, V.S.;
BOROD111, V.P.; SAMSONOVA, A.P.; KONYINA, N.S.; SOLANOVA, G.M.;
--3.F.VA TSARLIVA, M. I.; ZYKINA, N.A.; LE~.n A, T.F.
Result of mass use vith human subjects of ary tulnremis vnecine
prepnred from restored Gaiskii No-15 and Bmelinnovq Do.155 strains.
Zhur.milcrobiol.epid. i immun. 29 no.3:52-57 Mr 159. (MIRA 11:4)
1. Iz Instituts eDidemiologii i mikrobiologii imeni Gnmnlei AIN SSSR,
Voronezhsl,-oy, StalingradBkoy, Moskovskoy, Tul'skoy oblqstnykh, Altayskoy
krayevoy sanitarno-epidemiologicheskikh stantsii i Omskogo instituta
eDideMiOlOgii i mikrobiologii.
(TULAREMIA, immunology,
vaccine, dry from Gainkii's Fo.15 & Emelianova's No-155
strains, mass aDplication (Rus)

BORODIN, V.P.; SAMSONOVA. A.P.; KOROLEVA, A.P.
Two cases of allergic reactions to bites by infected ticks from the
family Rhipecepha-lus rossicus in subjects vaccinated against tularemia.
Zhur. mikrobiol. epid. I immun. 29 no.11:117-118 N t58. (NM 12:1)
1; 1z Stalingraclskoy oblastnoy sanitarno-epidemiologicheskDy stantaii.
(TUL&RENIA, Immunology,
allergic reactions to infected Rhipecephalus rossious bite
in vaccinated patients (Rus))
(TICES9
Rhipecephalus rossicus, allergic reactions in subjects
vaccinated against tularemia to bites of infected ticks
(RUB))

SAKSONOVA, A.F.; BORODIN, V.P.; Kla'OVA, Z.M.
Evaluation of a rapid diagnostic method for tularemia in
animals, Zhur.mikrobiol.epid. i immun. 30 no-3:26-28
Mr '59. (MIRA 12:5)
3
.L. Iz Stalingradskoy oblaetnoy eanitarno-epidemiologicheskoy
stantaii.
(TULLRXMIA. diagnosis.
rapid methocl in animals (Rua))

3CRODIN, V.P. - - SPITSYN, N.A.; SAHSONOVA, A.P.; KORCILEVA, A.P.; CEMMN, V-P-
- -% 1- `-:_ , ": - ~,_----_f'_'-'- -
Ravin-steppe type of natural focus of tularemia. Zhur.mikrobiol.
epid. i immun- 30 no-3-35-0 Mr 159. (MIRL 12:5)
1. Iz Stalingradskoy oblastnoy sanitarno-epidemiologicheekoy
stantaii,
(TULA RM IA. transm.
natural foci, ravine-steppe type of focus
Oue))

r 171n 17 -1
I -Z
C~- r%
I
c 77 1
an a! -,-Cz
Oblast Sanitary-Epidemiologiaal Station /Stalingrad

OISUFIY-I'V, N.G.; YEMELIYANOVA, O.SjIJGLOVOY, G.P.; SILICIMIKO, V.S.; KIIOROSHEV,
I.G.; YEZROVA, Ye.N.; BESSONOVA, M.A. ; VEDENEYEVA, Ye. V.; AREFOYEV,
S.S.; SHELANOVA, G.M.; SORM, A.14.;_BORODIiiV.P:,-_.,~'0?,OLEVP., A.P.;
SUVOROVA, A.Ye.; ONIKEY101SKAYA, V.A.; STOLUROVA, A.D.; BYSTROVA,
K.A.; REPINA, R.F.; MYASNIKOV, Yu.A.; LEVACHEVA, Z.A.; YEGIAZARYAN,
K.K.; RAVDONIKAS, O.V.1- SAIMINM I A.F.
Optimal periods for testing skin reaction in subjects inoculAted
against tularemia with a ary live Vaccine and vaccinal, reactogenic
and immunogenic properties of this preparation. Zhur. mikrobiol.
epid. i immun. 32 no.6:92-98 Je 161. (MM 15*-5)
1. Iz otdala prirodnoochagovykh infektsiy Instituta epideiniologii
i mikrobiologii imeni Gamalei At-IN SSSR, otdelov Osobo opasnykh
infek'usiy VoronezhsICoy,, Leningradskoy,.Moskovskoy, Smolenskoy,
Stalingradskoy, Tambovskoy, Tul!skoy, oblastnykh sanitarno-
dpidemiologicheskikh-stantsiy i Omskogo instituta epidemiologii,
mikrobiologii i * , n~.
93-91ye
(TUIAUZIIA (VACCIN-a) f

YENELIYANOVA, O-S-; RAVDONIKAS, O.V.; YEGOROVA, L.S.; PANINA, IN.V.;
PILIPENKO, V.G.; RUDNEV, M.M.; SIL'GHENKO, V.S.; BESSONOVA, M.A.;
ULIYANOVA, N.I.; VEDUNEYEVA, Ye.V.; BORODIN, V.P.; SAMSONOVA, A.P.;
MYASNIKOV, Yu.A.; LEVACHEVA, Z.A.
Approbation of an improved tularemia diagnosticum. Zhur.
mikroobiol., epid. i immun. 40 no.lOs85-92 0 163. (MIRA 17:6)
1. 1% Instituta epidemiologii i mikrobiologii imeni Gamaley
ANN SSSR, Omskogo instituta prirodnoochagovykh infektsiy,
Protivochumnogo instituta Kavkaza i Zakavkazlya, Voronezhskoy,
Leningradskoy, Volgogradskoy, Tullskoy sanitarno-epidemiologicheskikh
stantsiy.

OLSUFIYEV, N.G.; KUCHERUK, V.V.;-AQB22IN P.; PETROV, V.G.; UGLOVOY, G.P.;
KULIKI I.L.; NIKITINA, N.A.; SAMSONOVA, A.P.; YERMOLOVA, A.D.; SPITSYN,
N.A*
Changes in the conditions of existence of the natural tularemia focus
in the northern part of the Volga-Akhtuba flood plain area in connection
with the construction of the Volgograd Hydroelectric Power Station.
Zhur. mikrobiol.,, epid. i imaun. 40 no.11:127-132 N 163.
(MIRA 17:12)
1. Tz Instituta epidemiologii i mikrobiologii imeni Gamalei AMN SSSR
i Volgogradskoy oblastnoy sanitarno-spidemiologicheskoy stantail.

--13-Q-RQDI~N~-V,P,,(Novosibirsk); VOYTSEKHOVSKIY, B.V- (Novosibirsk);
MEIKHAYLOV, V.V. (Novosibirsk)
Use of the tensometric method in meawring high-speed
high-pressure pulsewise jets. PMTF no. 6tlO4-108 N-D 163.
(MIRA 17:7)

UP c)
L 6192945 M),f T/ttD(b)-~pi
tAcassioii iR-: ~r~6-A20 ---- ----- UR/0201/65/000/003/010-0/0102'
MIOR: Borodin, V. P. (Rovosibirsk); YRytsekhovskiy, B. V. (Novosibirsk)
rITM: The use of flash photography for studying high- jets
pressure impulse
~OURCFI!- Zhur7ial- prikladnoy meXbaniki- i tekbnicherkoy Miki no. 3, 1965, 100-102
rOPIC TAGS: flash hotography-, high il~pulse~ let
t>
*STRACT. A method has been devis-ed to. ~botograph fast-moving water jets using
electric discharge as pulse brightening. The short light-up time vithin the dis-
2harge interval, about 3 lisec, does not practically allow the jet to advance. By I
asing several cameras placed along the jet trajectory it is possible to photograph
a high-pressure inpulse jet of'sny length. Light-up time is synchronized with jet,
~Jection time by a simple time-delay switch fa9tened to the nozzle. The method is
being used by the Hyd~rqdynamics Institute of the Siberian Branch of the Academv bf
3ciences USSR, v-hich has developed an impulse jet device emitting vater jets that
it-tain velociii-es in excess of 1 km/sec. Orig. art. has: 6 figures. VIM
ASSOCLATION: none
-J

- ,L,
- :
I- - , , . I . t, 11
I . ..: . : 4. - I I

xx
BORODIN, V.R.
'*arm q
-7c"'O." nw7wwicine in the Turkmen Republic. Vaterinariia 34
no.12:50-54 D 157. (MIU 11: 1)
l.Rachallnik Upravleniya vaterinarii Ministerstva sel'skogo
kh02yaystva Turkmanskoy SSR.
(Turkmenistan-Vaterinary medicine)

BORODIN)-V.Ral zasI. vetvracb Turkmenskoy SMI ABDURAKHWiOV.9 K., otv. red.;
KVI B.,, tekhn. red.
(Protoction of farm animale from bacteriological weapons] Zashchita
sel'skokhoziaietvennykh zhivotnykh ot bakteriologicheskogo oruzhiia.
Ashkhabado M-vo sell.khoz. Turlmenskoi SSR, 1960. 29 p.
(MMA 14. U)
(Domestic gnimAls) (Bacterial warfare)

BORMIN.V.S.
- ---,waom 4mAh%;Wjw%aW
Fourth scientific Shevchenko conference. Visnyk AN URSR 26
no-5:74-76 W 155. ' (MlIRA 8:8)
(Shevchocko, Taras Grigor'evich, 1814-1861)

28-
S11081611016100210011011
B107/B212
'AUTHOR: ao~~id n, V: S;,'_':'Member:6f the Society of Radio Engineering
and Electric Communication
TITLE,% Approximhtd 61ilculation of a distribution function for a
normal process at the output of a standard radio component
~PERIODICALt Radiotekhnika' v. 16, no. 2,. 1961, 3-8
TEXT: "I
ri,#der to,'e6timate the noise-proof feature of a radio system
it i6's6metime6-ndcessary to know the distribution law for the instantaneoue
values' 'of the-fibis6'at the 6utput 6f a.radio component, which consists
of a-lin6ar input c6#6~dnt, a n6n-lin6ar component and a'linear output
,J
comp6nent-thdt are c6nnected'in s6ri6b. This ~&per biingb'an*approximate
calb~llati6n. of it distributioh function at the output 6f such 6 standard
component. This distribution occurs if a normal random process with a white
noise spectrum is applied to the input. The calculation has been done for
the following circuit:
Card 1/5

Approximate oalculation ... S1108161ZO16100210011011
B107/B212
Re filter squaie-4aw Re filtet
detector
input output
R C R C
.2 2--
The' caldul atiofa consists -in representing the d6sired distribilti6n function
a-s a.. seribsi its 6befficientbar67a func ti on of the distribution cumulants.
The latter can-be calculated'in different ways. " This paper brings two
methods. 'One of these expresses the oumulants- of 'thb' -~oltagb'dl-stribution
at,-the'output by eigenfunotions of the linear homogeneous,;Lnteg:~~l
g, (u)
equation lig, (v u) h2 (u)
+n
M
in the form of 2'
(M I)I 11M I X, 1, 2,
I- A
0(ir-u) is the-6brrelation funotion'of the signal at the input of the
first linear*oomponent; hl.(U) is its pulse trarisient-function;
h* (u) - ae-ocu h (U) is the pulse transient function of the second com-
2
-Card 2/5

8910: .... ...
Approximate calculation 81108J611016100210011011
B107/B212
a n -has-Nift" sed to_6al8iilate'th6'first-&nd 66doli&6kde
ig*al' 'This 'method e u r
aumulants'ib &1ready very
complicat6d; The *-redults- bf both methods, are'equal. ' The'probhbility
densit fiinction of 'th6's1:ghhl at'the outptLt of the'6tandakd component
is.represented by-a numbeT-of-Laguerre!s polynomials.. Pig. 2 shows the
2a
probability'd efisi ty function j(E) for various values,,of Figs-3 and
4 show the coefficients K K
and 4 as functions of
75~2 F2 2
K K
2 2
The distribution funotion.beoomes more and more symmetrical with increasing
2a
decreases monotonely. The author thanks B. R..Levii~ and V. 1.
P and
Siforov''fot'aisistand6o There are 4 figures and 5 references: 1 Soviet-bloc
and 4 non-Soviet-bloo.
SUBMITTED: April, 1960-(initially)
June 22, 1960 (after revisioil)
Card 4/5

Pi 9 -

BORODIN, V.S.
Reply to N.S. Lezin and B.D.Zabegalov's remarks. Radiotekhnika
18 no.8:69 Ag 163. (MIRA 16:10)
1. Deystviteltnyy chlen Nauchno-tekhnicheskogo obshchestva
radiotekhniki i elektrosvyazi imeni Popova.

BORODIN, V.S.; KAGAN, Yu.M.
Discharge in a hollow cathode. Opt. i spektr. 18 no.6:966-
967 Je 165. (MIFU 18:12)

UR/0057/66/036/601/0181/0185
AUTHOR: Borodin, V.S.; Kagan, Yu.M.
ORG; Le, ~Inqri!d Stnte University im. A.A.Zlidnnov (Loningrodskiy gonuniVersitet)
TITLE: Investigation of, the discharge In a hollow cathode. 1. Comparison of the
electrical characteristics of a hollow cnthod and a/positive column
SOURCE: Zhurnal toldinicheskoy fizilti, :v;. 36, no. 1, 1966, 131-185
TOPIC TAGS: gas discharge-, helium, positive column, hollow cathode, electron distribik
tion, velocity distribution, Maxwell distribution , electrode, electron energy
ABSTRACT: The authors have measured the elec tron denifty and velocity distribution in
helium discharge positive columns and in hollow cathode helium discharges-. using-Ttli-e
technique previously employed by W.A.Vorobtyevn, Yu.M.Kagnn, R.I.Lyagushchenko, and
V31.11ilenin (ZhTF, 34, 146, 1964) to measure electron velocity distributions in posi-
tive columns. Two hollow cathodes with diameters of 2 and I cm and lengths of 5 and
10 cm, respectively, were investigated. The electron density and velocity distributiot
at the center of the hollow cathode and on the axis of a positive column of equal dia-
meter were derived from, the probe characteristics of 0.06 mm diameter 5 mm long cylin-
drical probes. Measurements were made at helium pressures from 0.9 to 3.5 mm 11g and
discharge currents from 20 to 40 mA. Deviations from the Maxwellian distribution were

T 2175c9m66--
ACC NRt AP6004896
observed at the higher pressures: in the hollow cathode there was an excess of high.
energy electrons, and in the positivecolumn there was a deficiency of high energy
electrons. The number of high energy electrons in the hollow cathode was maximum at
a certain optimum pressure that was higher for the smaller cathode than for the larger
one. The ratio of the number of electrons with energies from 6 to 13 eV to the number
,with energies from 19 to 26 eV was nearly independent of pressure for the hollow cath-i
ode and was small and exhibited.a minimum as a.function of pressure for the positive
column. The significance of these resiilts for the Interpretation of the spectra of
the discharges is discussed briefly. Orig. art. has: 3 formulas, 9 figures, and 1
table.
SUB CODE: 20/ SUBM DATE: 14May65/ ORIG REF: 004/ OTH REP: 000
Card 2/2

i. 11 . V.
BORODI'll
Borodin, V. V., "Geophysical Ilrospectin..-,, for Pyritic Gold-Bearing Deposits in the
I
011,11ov-Chibizbeksk Rojon (Idest Siberla)-If Vestnik Zupadno-Sibiral-ogo GeealoZo-Gidro-
Geodezicheskogo Trbsta, -~omsk, Yo. 1, 1935, p-,. 50-60;

BOROM, V. 'IT.
Borodin, V. V. "Elecirical Ebcploration in the Kuznetsk _--4 s~n.lf In the book:
Geofizicheskie Vetody R&zvc-dki v Z-qp&tdnoi Sibiri, Tctrisk, 1935, pp. 114-131~3.

SOV/58-59-7-16036
TranslIation from: Referativnyy Zhurnal Fizika, 1959, Nr 7, p 198 (USSR)
AUTHOR: Borodin, V.Z.
TITLE: Circuit With a Ferroelectric Capacitor in the Presence of External Emf
PERIODICAL: Uch. zap. Rostovsk. n/D un-ta, 1958, vol 68, Nr 8, pp P-3 - 27
ABSTRACT: Using the method -of D.M. Kazarnovskiy (Elektrichestvo, 1953, Nr 10, p 68),
the author carries out calculations for a network with a parallel circuit
containing a ferroelectric capacitor.
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69201
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S192/E182
AUTHOR: Borodin, V.Z., Aspirant
TITLE: Influence of a Biasing Electric Field on the Polarization
Processes in FerroelectricsN,\
I
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniyj
Blektromekhanika7 19607 Nr 2, pp 144D-146 (USSR)
ABSTRACT: The work described was concerned with the investigation
of the polarization process in ferroelectrics subjected
to a simultaneous action of a strong sinusoidal electric
field and a constant biasing field. The main measured
parameter was the differential permittivity e which
was determined on the basis of the experimentally taken
hysteresis loops of the material. The permittivity eg
was calculated from the oscillograms of the "current
loops" which give the dependence of the instantaneous
current i flowing through the inves.tigated sample, on
the instantaneous field E applied to the sample. The
permittivity cg and the current i are related to each
other by cg = 47C 1 (1) .
0S L-r
v/H-2
m _ X2

69201
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B192/3182
Influence of a Biasing Electric Field on the Polarization Processes
in Ferroelectrics
where S is the area of the electrodes of the
investigated sample and Em is the amplitude of the
applied field. The investigated samples were prepared
from pure BaTiO3. Before the tests the samples were
heated to a temperature of 500 OC and then slowly cooled.
The measurements were carried out 21+ hours after the heat
treatment. First only the variable field was applied
and later the biasing field. The measurements were done
at the temperature of 23 OC. The dependence of the
differential permittivity on the value of the
instantaneous electric field applied to the sample is
plotted in Fig 2 for four different values of the biasing
field. The amplitude of the alternating field was
14.6 kV/cm. The curves (a) of Fig 2 correspond to the
rising portion of the hysteresis loop, while the curves
(6) refer to the falling portion of the loop. By
Gard considering curve (a) it is seen that, while increasing
2/4 the field from -Em to +Hm, the permittivity first rises
rather slowly, then more rapidly, and reaches a maximum

69201
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Z192/E182
Influence of a Biasing Electric Field on the Polarization Processes
in Ferroelectrics
at 9 = Sk. Fig 3 shows the dependence of eg oil the
total field 9 + No for various values of the biasing
field No. It is seen that for So the maxima of eg
preserve the original position, but if Ro increases
the maxima are shifted towards the right-hand side. +he
dependence of the position of the maxima of e on the
magnitude of the biasing field is illustrated fn Fig 4.
The above experimental data can be explained theoretically.
From the investigation it is concluded that the
application of a biasing field to a ferroelectric sample
leads to a shift of the maxima of the diiZerential
permittivity of the material. Over a wide range of
field strengths (up to 2Ek2 where Ek is-the coercive force)
the total field Ro + R corresponding to the maximum of
et is constant. However, this principle is not valid
a very strong fields; this is due to the fact that an
internal field caused by the domain regions is added to
3/4 the external field. The author expresses his gratitude
to A.L.-Khodakov for directing this work and for valuable

69201
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9192/R182
Influence of a Biasing Electric Field on the Polarization Processes
in Ferroelectries
discussion of the results.
There are 6 figures and 8 references7 of which 2 are
English, 5 Soviet and 1 German.
ASSOCIATIONs Nafedra.eksperimentallnoy i teoreticheskoy fiziki7
Rostovskiy gosudarstvennyy universitet
Card (Chair of Experimental and Theoretical Physics,
V1+ Rostov State University)
SVAUTTED: December 4. 1959 L--r

AUTHOR:
TITLE:
PERIODICAL:
85014
S/048/60/024/010/023/033
B013/BO63
Borodin, V. Z.
The Effect of Unilateral Pressure Upon the Processes of
Polarization in Piezocer mics
EM-1
Q
Izvestiya Akademii nauk SSSR. Seriya fizicheskaya, 1960,
Vol. 24, No. 10, pp. 1264 - 1270
TEXT: The effect of unilateral pressure upon polarization was oscillo-
graphically studied on samples of ceramic BaTiO,9solid solutions of
BaTi 03 -BaSn03 , and on material of the type 1'BAPAK0.1iA,, (Varikond) with
increased non-linear properties. The results obtained for BaT'03 are
given. Also other materials were found to be subject to similar rules.
Fig.1 shows polarization curves for longitudinal compression. It may be
seen that polarization drops with an increase of 6. The slope of the
Pm(Em) curves is increased* The peak corresponding to the maximum of
the differential dielectric constant E d is shifted toward larger fields.
With an increase of the field, the function Pm(6) first increases and
then decreases gradually. Ceramic material previously placed in a strong
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85014
The Effect of Unilateral Pressure Upon the S/04 60/024/010/023/033
Processes of Polarization in Piezoceramics B013YBo63
field exhibits a larger PM(d) (Fig.2). When placed in a comparatively
weak field (E