SCIENTIFIC ABSTRACT ANDREYEV, P.V. - ANDREYEV, S.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101520008-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

ANDREYEV, P. V.
Min Higher Education USSR. Leningrad Agricultural Inst. Chair of RYachine
Repair."
ANDREYEV, P. V. - "Repairing the bearings of the crankshaft of automobile and tractor
engines by using reticular bushings." Hin Higher Education USSR. Leningrad AgrIcul-
tural Inat. Chair of "Machine Repair." Leningrad, 1956.
(Dissertation for the Degree of Candidate in Technical Sciences.)
SO: Knizhnay-a Latople' No. 13, 1956.

ANDRXYEV, P.V.
;-,~
The MSO-50 bearing metal. Stan. i Instr. 28 no.5.-27-28 My '57.
(Bearing metals) (Km lo:6)

PRONIN, V.1f.;,_ANDREYEV, P.V. (Simferopol')
111ya Ivanovicb Sypoyev, 1892-1963. Obituary. Sovet. zdravooRhr.
5:92 "63 (MIRA 17 12)

ANDREYEV,-.~.Y,., assistent (SJmferopoll)
From the unpublished letters of F.F.EriBman to N.P.Suslova.
Sov.zdrav. 22 no.4s64,-67 163. (MIRA 16:4)
1. Iz kafedry organizataii. zdravookhraneniya i Istorii medijbiny
(zav Sysoyev, I.I. (deceased)) Krymskogo meditsinsk6go
institutparo(dir. - dotsent S.I.Georgiyevskly).
(ERISMAN, FEDOR FEDOROVICH, 1842-1915)
(SUSILVA, NADEZJIDA PROKOFIEVNA, 1843-1918)

I . . : * , ~ I . ", 1. ;. I I I. ~ I ~ I. ,~ : I . . I , - . i ~
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~`- E. ;Illu' ToL ~il:iy, ;.S.
- I- -
"~'it` ~ ~--"Vic-2 in t1je J 7(.,!~(!.-2rl,-:IA, -., I. -
I - 11 ) ,
. a -1 .1 ,I ~-, J, .
7.1,
. all tra!.z; Ian ~ ~ ~)p, - ' '-37 j 2(~, Doc -11

ANDRITE Roolqn.~etravich; POPOV. A.B., redaktor; KOWOVA, takhalchookiy
,-P I T. - - " .,
redaktor.
(Let's raise our labor productivity) Za povyahenie proizvoditalluesti
truda. Moskva. I%d-vo VT*SPS profisdat, 1955. 29 p. (KLRA 9:5)
I.Profgruppwg elaktrotsekha Ismaillskogg suderemontnogo saved&.
(Labor productivity)

ANDREMp S.
1- :-.": ., -
Soviet trade unions are for unity. Vsem. prof. dvizh. no,10z
28-29 0 163. (MIRA 161l1)

ANDREYNY, S.
%.....
Approaching the Third World Congress of Trade Unions. Sdv. prof-
soiuzy I no.1:21-25 S 153. (MALIZA 6:22)
(Trade unions-Congrasaes)

ANDREYEV, S.
Sound expenditure of wage funda in the conatruction industr7.
Sots.trud 4 no.2:6?-66 F 159. NIRA 12:4)
(Construction industry)
(Wages)

ANMYEV, S.
Persons engaged in Production tm,-st have close connections with fire
prevontion workers. Pozh. delo 4 no.5!17 W 158. (NDU 11: 5)
1. Dlrektor Prilutskogo zpvoda protivopozharnogo oborudovaniya.
(Fire prevention)

AIUUYEV. S., inzh.
-------------------
Handcart with removable containers. Stroitell no.):12 Kr' 159."
(MIRA i2:6)
(Carriages and carts)

ANDREY
I -.--
A great campaign continues! Sov.profsoiuzy 17 no.11:27-29 je 161.
(MIRA 14:5)
1. Presedatel! TSelinnogo krayevogo soveta profsoyuzov.
(Urgin Terrlbory~--Agriculture) (Trade unions)
(Socialist competition)

ANDREM, S.
Program for the rapid improvement of the pqople's velfare. Vsen.
prof.dvizh. no.10:29-33 0 161. (IURA 1/,-10)
(Cost and.standard of living)

AMDRICYRV. S.A.
Post-war concept of the etiology and p4thogenesis of endurteritis obliter-
ans in the light of I.P. Pavlov's theory; clinical and experimental inves-
tigation. Khirurriia no.):52-61 Mr 153. (MI-RA 6.-6)
(Arteries--Diseases)

ANDRKYICV. S.A.
Doubla invagination of the ileum into the caecum in cancer. Xhi-
rurgtia no.4:79 Ap '55. (RLRA 8:9)
1. Voronesbakiy oblastnoy gospitall dkya invalidov OteChSgtTGWWY
voy1w -
(I STISTINICS-INTUSSUSCEPTION)

ANDRETIV, S.A.,
Another way of training surgeons. Vest.khir, 77 no.12:146-150 D 156,
(HLRA 10:2)
1. Glaynyy khtrurg Kaluzhokogo oblastnogo otdela zdrevookhreneniya.
lalu,ga, pl. Lenina, d.4, Xalushokiy oblastnoy 6tdel zdravookhraaeniya
(SURGERY, educ.
in Russia)

~, , " i ~I ~' 'I", "'
AIM"TIV. S.A.
A giant occipital meningocele. Vop. neirokhir. 21 no.6:41-42
H-D 157. WIRA 11:2)
1. Kaluzhakiy gorodskoy rodilInyy dom
(INCEPHALOCRUC. case reports
congon, monirCocale, nurg.)

AMUM, S.A.
Position and role of specialists in public health practice. Zdravo
Roadeder. 2 no.2:29-31 F '58. (MIRA 11:3)
1. Glevnyy khirurg Pakovskogo oblastnogo otdels zdravookhraneniya.
(HEDICIMi-SACCIALITISS A14D SP2CIALISTS)
(PUBLIC HHAIZH)

ANDREYEV, S.A.
Fronotingtechnical books in plants. Opyt, rab. po ts~kl. inform.
i prop. no.lt4041 163, (MIRA 16t12)
1. Starshiy inzh. otdela tekhnicheskoy informatsii Taganrogskogo
gosudaretvennogo metallurgicheskogo zVoda.

Al)'DR.','Y!-,!," S. A.
Magnetic. rollers for cr.-jjv(q-jjjg j
, 01~011) u)(1 p.1pc, t (,I
. X0 III rg 9
nool 02-33 in 164 mlleu,~ 18t1)
I.. Tapuirogskly metallurgich(,skly zavod.

ANDHZ13V.*,_.~.D.
Raw books. Der.i lasokhim.prom. 2 no,gi32 5 153. MRA 6:8)
(Woodworking industries--Bibliography) (Bibliography--
Woodworking industries)

.-,HMYZV. S.D., inzhener; NIKOLAYEV, L.N., inthognar.
Production line for makinp barrels. Dar.prom.5 no.6:25 Je 156,
(MIRA 9:9)
l.TSentrallanya mwichae-iseledevatellskaya laborateriya rybmoy
tary.
(Astrakhan--Barrels) (Assembly-line methods)

BADINOV, I. Ya., ANDREYEV, S. D.; DAYEVA, L. V.
"Spectral measurements of the radiation transparency by the atmosphere."
report presented at the Atmospheric Radiation Symp, Leningrad, 5-12 Aug 64.

V,
OU.
iryin
I VO-s'parency of tfii

AMIRESS

ACC NRt AT6007619 SOURCE CODE: UR/2960/65/000/003/0160/0173
AUTHOR: Badinov, I. Ya.; AndreX2vjj5. D
ORG: none
TITLE: Earth's atmosphere transmission and segregation of the optical thickness
into components in the 8-13-micron IR spectral region
SOURCE: Leningrad. Universitet. Problemy fiziki atmostery, no. 3, 1965, 160-173
TOPIC TAGS: terrestrial atmosphere, optic thickness, IR absorption
ABSTRACT: The results of measurements of IR atmoBvhe Ic transmissionYdbtained
by a number of Western investigators (in 1951-63) were found to be discrepant and
inconclusive. Hence,..a now investigation was organized using this method: By
recording solar spectra at different altitudes of the Sun, the atmosphere optic
thickness can be estimated from: In (XI - In lp which also permits computing
MI-MI
1,-A and using the "short" Buge method: In 1). - in 1A The atmosphere optical
M
thickness can be represented by this sum: where -r,,., is the optical

L 21533-66
ACC NRt AT6007619
thickness of water vapor', w, is the vapor content, and T-,,, is the residual optical
thickness due to the absorption in weak lines and fringes of water -independent
atmosphere components and also due to the effect of little -selective aerosol absorp-
tion. A specially designed automatic IR spectrophotometer permitted aiming at the
center of the solar disk with an angular error of 30". The total content of water
vapor in the atmosphere was measured by a special Instrument which determined the
ratio of the solar-radiation intensities within narrow spectral bands inside and out of
the 0.935-microxx vapor -absorption spectral line. The spectral transmission of the
atmosphere and tha vapor content were measured at these three points; the Terskol
Peak (near Elbrus, altitude 3100 m), May
-Sept 1962; Mineral'nyye Vody (town in the
N. Caucasus, altitude 310 m), Oct 1962; and in Leningrad, May 1963. Tables and
curves represent numerical measured data. "In conclusion, the authors wish to
thaak D. V. _ Andreyev, B. A. Pavlov, and L. N. San Iko for their part In the
measurements, and also V.- B._ Lipatov for his help in data processing. " Orig. art.
has: 5 figures, 4 formulas, and 2 tables. 1031
SUB CODE: 04 SUBM DATE: none ORIG REF: 004 GTH REF: 012
ATD PRESS:
L.!~ard 2/2

--L ?2257-66 EWT(l) GW f
ACC NR, ATW7620 SOURCE COM UR/2960/65/00()/003/0174/0186
AUTHORSt Badinovp I. Ya ; Andrey6vt S. D. 4/6
~3
ORG-. Leningrad State University (Leningradakiy goeudaretvennyy universitet) "CS H
TITLE: An aeroetat complex of automatic solar 3pectrophotometersVior optical sounding
of the free atmosphere in the region of the spectrum from 0-4 to 14 microns
SOURCE: Leningrad. Universitat. Problenor fiziki atmoofery, no- 3# 1965, 174-188
TOPIC TAGS: spectrometer, speotrometry, spectrum analyzerl solar spectrump
atmospheric infrared absorption, atmospheric optics
Vr
ABSTRACT: The authors describe a system for making studies of the infrared solar
spect . The description of the components and functioning of the system is prece
by a brief review of recent research in the field of infrared solar spectroscopy.
Contributions from fourtebn Soviet" and foreign papers are cited. The system used by
the authors employs three spectrometers which cover the band of wavelengths from 0-4
to 14 microns. The spectrometers work in parallel. Input slits of the monochromators
are illuminated by means of a servooystem mirror as described by.I. Ya. Badinev
(Trekhatupenchataya foloelektricheakaya aleayashchaya sistems. na. tranzistorakh. ISZ,
vYP- 13, 1963). This system is self-aimad at the sun and is powered by a variable
potential. The construction of the mirror mechanism is ouch that the input alit may b
illuminated by both eolar radiation and other types of incident radiation. Auxiliary
1

L 22957-M
';~EC NRs AT6007620
systems include devices for modulating monochromatic light, an amplifier-transducer
internal mechanism, oscillograph output recorder, and a programmed control mechanism.
The functioning of the total system is detailed with the support of a block diagram
and section diagrams showing the manner of suspending the device, the Opeotrophoto-
metric optical- syetemp and the control system. The authors thank A# Yel Kovalev for
calculating and laying out the electrical part of the apparatust B. A. Pavlov for
erecting the mechanical partp and Be E# Gendel's for aid in preparing the apparatuBs
Orig. art. has: 5 figures.
So CODE: 04/ SUM DATEi none/ ORIG REF:. 003/ OTH REF, 013

L 122956-66 EWT(1)/FCC GW
C NRs &T6007621 SOURCE CODE: UR129601651000100310189TO202
AUTHORS: Badinovp I. Ya.; Andreyev, S. D.; Poberovskiy, A. V.
ORGi Leningrad State Universi (Leningradskiy goaudaratvennyy universitet)
TITLE: Absolute spectral measurements of solar radiation in the infrared region of
the spectrum from 3 to 13 microns
SOURCEt Leningrad. Universitet. Problemy fiziki atmoofery, no- 3, 19659 189-202
TOPIC TAGS: spectrometer, spectrometry, spectrum analyzer, solar spectrum,
atmospheric infrared absorptiong atmospheric optics
xv W
ABSTRACT: A study of solar infrared radiation is conducted for the purpose of
determining: 1) absolute values of solar energy beyond the atmosphere in the interval
from 3 to 13 microns by using data from relative measurements of spectral transparency
of the atmospheres 2) temperature intensities of the center of the solar disOlm- the
given interval; 3 the total energies of the sun included in the same given interval;
and 4) energies absorbed by the earth atmosphere in various condi!-1ions. The following
criteria were established for the construction of a model of an absolutely black
emitter. 1) the required aperture in the emitting cavity must have a diameter of 28 mm;
2) the working temperature must be 700--850K; 3) the emissivity of the model must be
not less than E - 0.99, for which, a) the relative opening of the cavity must be
MA119 b) gradients of temperature along the working cavity of the black body must be
Card 113

L 22956-66
ACC NRs AT6007621
reduced to a minimum, and c) the temperature of the illuminator must be maintained
with high rAocuraoy. The emiesivity of an absolutely black body of the cylindrical
type with a conical base is given approximately by the formula
F1
1-p V. sin?,
where 9 in the reflootivity of the cavity walls, d is the diametor of the aparture in
the emitter cavity, I is the length of the oavityp 0 is the angle of exposure of the
cone. The black body emitter is detailed by means of a section di&Uam and a diagram
showing the optical system related to the emittor. Details of the calibration of the
emitter and the results of calibration tests are given. The results of measurements
of temperature in the center of the solar disk are shown in Fig. 1. Solar wave energy
distribution curves are also plotted and compared with measurements obtained in prior
research. The authors thank K. Ya. Kondratlev, Be Lo Gendellet and L. Be-LApjin I-or
their prep&vatory s-esistanoop and D. VO-Androyev, B. A, Pavlovp and L. H. Sen1ko for
their participation in the measurements.
Card

L 22956-66
ACC NR, AT6007621
f j,- ix
i'bpop AL
it
M~,
T-1, 1 ~1?14. It .1
Temp"e'rature intensity at the center
of the solar disk.
Orig. art. haes 6 figures and 8 equations.
MB CODE: 04t 03/ SOM UTE: none/ ORIG REFs 008/ OTH REFt 018

TCC NR: AT6015111
SOURCE CODES UR/3199/(>6/000/012/0066/0079
iXi'liGA: budinov, I. Ia.; Andreyev, S. D.; Lipatovt V. B.
OiU: nonu
TITLE. Humidity measurements In the upper atmosphere
SOURCE: ,N SSSR.'Wzhduvedomstvennyy goofizicheskiy komitet. Mateorologichaskiye
issledovaniya, no. 12, 1966, 66-79 1
TOPIC TAGS: atmospheric humidity, mator ropmro upper atmosphere, stratosphere,
solar spectrum, meteorologic balloon, spectrophotometer7
kBSTF1,CTs A critical summary of measurements of upper atmospheric humidity (by
airborno invostigations using a condensation hydrometer, spectral investigations
over England, and measurements in the USSR) is given. Detailed descriptions of
the atmospheric humidity measurements carried out by automatic balloon solar spectro-i.
photometers are given. The solar spectrophotometers were designed by the Department'
of Mvmospheric Physics of Leningrad University. The instruments recorded the solar'
spectrum within the region of 0.4-13 microns. A spectrum up to 25--.28 km was
recorded. The integral content of water vapor above various levels was defined by
the bands 0.94, 1.13, 1.39, 1.87, and 6.3 microns. On 23 October, about 1 Micron
of water vapor was found above the 28-km level. A small content of water vapor (on

TARYGIN, N.Ye., ANDREYEV, S.Y., PSUNISNOTA, T.Y. (YaroslAvII)
Unusual
forms of lymphogrsnulomatosiso Klin.med*36 nc-7SI12-118
J1 158 (MIRA 11111)
1. Iz kafedry patologicheakoy anatomii (zave prof* N#Yeo Yarygin)
Yaroslnvakogo meditionskogo instituta.
(HODGKINIDISE.ASE, case reDorts
unuounl form Ous))

BUZENKOV, G.M.; GORDIKOVp N.V.; AERWEVIJ G.- KORKYSHO, Ye.G., red.;
GORIKOVA, Z.D.9 tekhn. red.
[Corn in new regions; advanced cultivation practices) Kukuruza v
novykh raionakh; peredovoi opyt vosdelyvaniia. Mosk7a, Goa. i7AI-
vo sellkhoz. lit-ryp 1960. 136 p. (MIRA 1416)
(Corn (Maize))

ANMYZV, S.G.; GCRDIKOV, N.V.; RMANTSEV, A.T., red.; KCREYSHO,
-~ ~e* j . . .... redw; MOYEVA, V.H., tokhn.red.
[Local fertilizers; advanced practices in their acquisition
sad usage] Mestnye udobroulia; peredovoi opyt nakoplaniia
i primeneniia. Moskva, Gos.izd-vo sellkhoz.lit-ry, 1960.
2o6 p. WRA 14:2)
(Fertilizers and manur8B)

ANDR-V,TY,V, S.G.; BERSKADSKIT. G.Tu.
Machnnized method for pressing rubber rings into SKO lids.
Kona. i ov. prom. 13 nn.8:17-20 Ag 158. 1 (KIRA 11:9)
1. Spetsiallnoye konstruktorskoys byuro Ukrainskogo nauchno-
isoledovatellskogo inatituta konservnoy pronWablennosti.
(Causing ludustr7--Equipment and supplies)

15(6) 07~/7 2 -:, Q - 2 -12 /' 21
AUTHORS AN di'(~
Vi'V
S-
G - V
Pot otsk aYa
A fana,0
ev
N
4
: .
. ,
- ,
-
,
,
y
,
Surovtsev, V. P.
TI TLE: Tank Furnaces for the 141,~,ltinE: of GI-as,, Poor ir Alkaai (van-
naya pech' d1ya vark-i st(-k-la)
PERIODICAL: 0, Nr 2, pp 57-~q (USSR)
Steklo -i keramika, 195
I I
1
ABSTRACT: Low alkali content glass of th,-, trndle--nark I';v mpited :,n
the years from 191,6 to 1,9~8 in the The f--irna~,(-
with passage and fllamc 1,1 in fig,.~rcl I.
Experiments carried out by the labc~ratoriyn eC--,neup:)rov Inst-'t-o-i
stekla (Glass Inst4 -t--;tc Laboratory of Refra--tcrje,~) sho,,.,ed
quart z b eams mL- to be regarded as t h& mo,-- t I-,~ab ref rac tory
the 13v gaass. Tc test their performF~nc~- -,:nder fa--tc,rv ,.,o-k-1ng
conditicrs the meltine -' the :;, ba5in -is well a~l
the furnace passage were lin~--d w-~t1" L, a7j f
dimiensions 900,(25OA90-..',00 mm- Thp f-urnp,ce totto!,-i and the basin
wall.5 of the furnac- 111!1~--~ f--rE-
clay beams. The furnace was !-f
dinas slabs SD-11 . The 'Ior.4-itu3ina7 1:7 ~f

card jipped -,~th Fiv 2) -r~d th,~
secti or ,,,k~re uq I , v, - I - - ". -

Tank Fiarnaces for"+he Glass P,-c; in
S OV. 2- 2- 21121
.,a! with air-cooling ~lndcr ~ho liurner,;, The f,,mace me~t--Lng
section tr-mperLtu re am o,,,, n t c d 0 0" ar3 1280-1320r~ in
pracessinc s-or~ticn. f'.-~rracv il~nn al"-tir a
of 20 menths. The q-,iartk., :'n L"~r!l ~IFJ~'
and so wns thn fi~nrlc.'. of 1h,
F-.: Thv.
a L) I I th t~ f 11 '- 11 -1 C (~. f: -A'
furnace floor -,-.-;th tll~e SSh.-I U~--'-,Eideralbly d ax,. a g C- j
by 2 campailar-, (F-IE; ~:rcd"Icl s
gardeA as the li,?s" re-Ira--t-r.4-- -'~r c' iz-
Dinas in he fcrm :_1 lari---, hloc`--, --..3 6--- 11 u zas.-
wallinu. it wbuld' asef,,,'I to I.-.1 E'.~ 1, i
bottom of diras, so
a o.
Therf, ar-3 6
ASSOCIATION: Opytll-"y 7,iVod. a
pa c t o Y
Card 2112

AFANAIS I YLIV p A. N. ; ANDREYEV,_S
Using heat-resistant steels for molding forms. "Stek. i
ker. 18 no.7:39-40 Jl 161. (MIRA 14:7)
(Stool) (Glass manufacture)

ANDI'Ll
.1 Mlv, S.I.; W."MKOV, M.P.
111'qui~mant for producing light flashes of a 1o7I- lo-8 seccnd
diu,ation. Prib. i tekh.eksp. 6 no-4:'16-7~1 Jl-AL', 14-9)
1. Gosudarstvennyy opticheskiy institut.
(Electric discharges)

ANDREYEV, S.I.
Sliunts for recording nillimicrosecond current pulses. Prib. i
tekh.eksp. 6 no.4:87-89 Jl-Ag 161. (MIRA 14:9)
1. Gosudarstvennyy opticheakiy inatitut.
(Pulse techniques (Electronics))

ANDROYEV, S.I.; VAMNOVY M.P.
Using a spark discharge for producing intensive scintillations of
0
a duration of 10-7 to 10-.8 Doe. Part 1. Investigation of electric
processes in a spark diadhargo of natiosecond duration. 7Aiur.tekh.
fiz. 31 no.8:961-974 Ag 161. (NDU 14.8)
(Electric discharges) (Scintillation (Physics))
(Oscillography)

s/l,.-o/62/OOO/002/O2q/o47
E192/E382
AUTI-101-6: Andreyev, S.I., Vanyukov, M.P. and Daniel', Ye.V.
TITLE: Increase in the intensity and reduction of.the
duration of a light burst radiated by a spark discharge
PERIODICAL: Pribory i te"Chnika eksperitaenta, no. 2, 1962,
127 - 129
Tr=: The discharge systei;i which was investigated
e:zporii,.ientally is shoin-i in Fig. a. The tube contains 5 metal
plates 1 , which are in the form of steel discs, 0.2 mm
t'Ahich and 12 nim in diameter. The centres of the discs are
provided with brass inserts 2 , whose heads are hemispherical
and have a curvature of 0.2 i;im. The plates are furnished with
sector-shaped apertures &s outlets for the light. The discs
are kept in position by means of the dielectric cylinder 3
which is also provided with an aperture. The spacing between
t1he discs is determined by the thickness of the dielectric
washers 4 , the dielectric being Perspex. The system is
mounted between two massive brass electrodes 5 . The overall
Card 1/3

S/120/62/000/002/029/o47
Increase in the intensity .... r,192/p.382
length of the air gaps is 4.3 nmi. The discharge is initiated
tinder t1ho followin- conditions (Ref. 3 - the authors - Zh.
te'din. 'Liz. , 1961, 31, 961): capacitiiice of the condenser
C = 0.015 i1F, voltage U = 15 IcV and inductance of the circuit
L = 11 n11. The constructional details of the circuit were
described in Ref. 4 (paper read by the authors at the Second
Conference on Fligh-spoed Photography and Cinematography). Th e
experii-,ients were carried out with sin-le discharr,-es in air and
Y
the electrical and light characteristics of the discharge vere
compared i-.rith those of the similar characterics of a normal
air gap, 4.9 long. It was found that the discharge was
oscillatory and that the presence of a nui-.iber of izietal plates
in the gap resulted in an increase in the gap resistance. The
measurei-nonts also showed that the additional nietal plates led to
a 300" reduction in the duration of the light bursts and a
1.8-fold increase in the intensity of the light emitted per unit
langth of the gap (when compared with the performance of a normal
gap). This increase in intensity and reduction in duration of
the discharge was observed over the whole investigated spectrum
Card 2/3

~3,;~ 8 0 ~~4& 2 3 01, 2 go 1)
C, 16
S/120/62 &6/003/020/048
E039/E135
AUTNORS: Andreyev, S.I., Vanyulcov, M.P., and Screbryakov, V.A.
TII-T'"2; The use of forrites for the generation of powerful
hi,,,h voltago pulses of nanosucond duration
PIE-16DICAL: 'Pribory i telchnika cksperimenta, 110-3, 196~')' 89-92
T`.(, clarixcteristic sharp change in the value of the
Otic cabil4ty '~L of ferrites with increasing magnetic
fic1d tls,~-- -cacr.~tion of a high voltage pulse Up when a
ferrite element is included in a spark discharge circuit
U L ", ( t ) ~~:'
0 C1 t
lvllure: LO is the inductance of the ferrite clement at Ii = 1;
di/dt --:-s t1le rilto of cbange of current in the circuit. The
fc-rritozs (.-I.-i,zn) rp-Goc (P-600). (I)-1000 (F-looo), ~-2000 (r--2000),
MT, -2Ct~O Lind ferrites with rectangular loops. are
investigated. There appears to be little difference between the
volta,