SCIENTIFIC ABSTRACT KUBYSHEV, A. - KUBYSHKINA, V. D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000827020013-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KUBYSH&V, A.
Useful formB of econcmic vork,
ii 61.
Don. i kred. 19 no.7:59-61
(MIRA 14:7)
1. Upravlyayushchiy Sverdlovskoy kontoroy Gosbanka.
(Sverdlovsk Province--Industrial mamgement)
(Sverdlovsk Province-Bailks and banking)

KUBYSHEVp A.
--- --___._____.._ I
PubUc bureau of economic analysis. Dan. i kred. 20 no.3s
46-49 Mr 162. (MIRA 15:3)
1. Upravlyayushchiy 3verdlovskoy oblastnof kontoroy Gosbanka.
(Sverdlovsk Province--Industrial managewnt)

SNEGOVSKIY, I.F.; KIIHrSHKV, G.A#, starehly nauchnyy sotnWnik
Distributing batcher for poisonous chemicals. Zashch. rast.
ot vred. I. bol. 8 no,602-33 Js 163. (MIRA, 160)
1. Zaveduyushchiy otdelom mekhanizataii Respublikanskoy
khmelevodcheskoy Btantaii, MoBkovskaya obl. (for Snegovskiy).
2, Respublikanskays, khmelsvodcheakaya, stantaiya, Nookovskaya,
obl. (for Kutvshev).
(Spraying and dusting equipment)

137-58-6-11956
Translation from: Referativnyy zhurnal. Metallurgiya, 1958, Nr 6, p 110 (USSR)
AUTHORS: Rodyakin, V.V., Kubyshev, N.N.
TITLE: Production and Treatment of Copper -and- zinc Mattes at the
Ust'-Kamenogorsk Lead-and-zinc Kombinat (Polucheniye i
percrabotka medno-svintsovykh shteynov na Ust'-Kamenogor-
skom svintsova-tsinkovom kombinate)
PERIODICAL: Byul. Tsentr. in-t inform. M-va tsvetn. metallurgii SSSR,
1957, Nr 5, pp 26-Z8
ABSTRACT: A shaft furnace of new design is used to smelt a Pb agglom-
erate with considerable impurities, including Cu. The Pb is
bottom poured from the furnace. The slag, matte, and a por-
tion of the Pb are released into an electrically heated settling
tank measuring 7.3x4.4xl.6 m. Of late the matte contents have
been ZO- ZZ016 Cu, 11- 1316 Pb, 7-816 Zn, and 15-18% S. Blowing
the matte in the converter permits recovery of from 750% of the
Cu (when the matte is 10% Cu) to 9517o (when it is 30-3516 Cu). A
return slag containing 1.5-3.056 Cu is produced. Build-up of
matte in the converter continues until it is 5056 full of a rich
Card I/Z mass (3-5 chargings of matte), whereupon the blow proceeds

137-58-6-11956
Production and Treatment (cont.)
until white metal has been produced. The bulk of the Pb is driven off during
We.SPcond period of blow. During refining to white metal, the amount of
qu artz addition is checked by the external appearance of the slag. Should
there be excess quartz, a small amount of matte is added to the converter.
The white metal -is blown 40 to 90 min until blister Cu results. Cleaning of
the tuyeres is performed throughout the blow. This operation is consider-
ably more difficult than in the blowing of ordinary mattes. The blister Cu
contains 93-9516 Cu, 3-57o Pb, 0.04-0.05% Zn, up to 0.4% Bi and other im-
purities. The converter dust contains 45-5016 Pb, 3.5-4.0% Zn, 4-616 Cu,
5-616 As, and up to 0.5% Se.
A.P.
1. Copper ores--Processing 2. Zinc ores--Processing 3. Minerals--Separation
Card 2/2

SOV/136-59-3-6/21
,kubys4ev, U.N. and
AUTHOR: Abdeyev, M.A., Miller., O.G., Y
Matveyev, A.T.
TITIZ: Conversion of 'lead Matte at the Ust'-Kamenogorsk Lead
Works (Konvertirovaniye vysokosvintsovistykh shteynov
na Uat'-Kameno6orskom svintBovom zavode)
PnIODICAL: Tsvetnyye Metally, 1959, Nr 3, pp 23 - 25 (USSR)
ABSTRACT: A method of obtaining copper is given from matte
containing 18-24% Cu, .12-18% Pb, 24-30% Fe, 7-8% Zn, 0-5-2.5%
As, 0-5-0.8% Ob and 15-18% S. The main difficulty is the
presence of lead in the matte. This is removed by an after-
blow. During the afterblow, topper is also oxidised and
passes into the slag. This is decreased by addition of coke
which reduces the copper oxide and copper passes back from
the slag. The lead sublimes. It is necessary to submerge
the blast deeply for several minutes. Three operations are
given. The first is used for small quantities of mtte.
40 kg coke are used in the afterblow. Intensive removal
of sulphur only begins when the blast is deeply submerged
in the metal. 1.5 tons Cu is obtained with analysis:
Cardl/2

SOV/136-59-5-6/21
Conversion of Lead Matte at the Ust'-Kamenogorsk Lead Works
99.07% Cu, 0.2% Pbs 0.2% Zn and 0.2% Fe. The second and
third operations yield 3-4-5 tons copper using a full
8-ton converter, the full reaction taking twelve hours.
50 kg coke is used and copper with an analysis of 98.18% Cu,
1.0% Fb, 0.2% Fe and traces of S is obtained. The slag from
this reaction contains 18.8% Cu, 15.931,`6 Pb, 24.3% Fe and
15% S102 0
There is 1 table.
ASSOCIATIONS: Altayskiy gorno-metallurgicheskiv InBtitut (Altay
Mining-metallurgical Institute) (Abdeyev.. Miller)
Ust'-Kamenogorskiy svintsovo-tsinkovy7 kombinat
(Ust'-Kamenogorsk Lead-zinc Combire) (Kaybyshev)
Irtyshakiy medeplavilinyy za-iod (Irtysh Copper-
smelting Works) (Matveyev)
Card2l?

ABDEYEV, Masgut Abdrakhmanovich; SMIRNOV, V.I. v akademiko oty. red. j
. KUBYSHICV, X.N., retsenzent; KW, O.A., retsenzent;
.MWTAKOV`P'-A:.-O. P takhu. red.
(Complex metal ore w~sttes ancf their conversion]PolimetalUchs-
skis shtsiny i ikh konvertirov&nia. Alma-Ata, Izd-vo Aicad. nauk
Kazakhokoi SSR, 1962. 227 p. (MIRA 16:1)
1. Akadsmiya nauk Kazakhakoy SSR (for Sairnov).
(Nonferrous metals-Metallurgy)

xuuup N-.-N-. (K-ubpo-hov, -N.N.1-
~Ielting pf lead ores,in tho vertical furnace.and its continuous
i$provomemt. Analele wtalurgi* 16 no.4tl7g-185 O-D 162.

AKHMETOV T
V K. q HKOVI K.S.
Side recovery of arsenic " tailings of the metallurgical
industry. TSvet.met. 36 n"0.242-45 F 163. (MIRA 16:2)
(Losad industry-By-products) (Arsenic)

AKHMETOV, K.T.1 DONCIIENKO, P.A.t XUBYMM, N.N.; VOLKOV, I.P.; KARAFRTYAN, V.K.;
YFLYAKOV, I.I.; CHIKRIiDr,--wv.-;-KHMABERGENOV, R.Zh.
Modernizing the industrial equipment of lead production wA the
grovth of labor productivity. TSvet. mat. 36 no.7ill-19 Jl
163. (MIRA 16t8)
(Lead industry-Equipment and supplies)

KUBYSHEV, M.N.
Improvoment of ohaft furnace lead awlting. TSvet. =t. 36
no.807-43 Ag 063. (KM 160)
(Lead--Metallurgy)
gg

KUBYSIIEV, N. U.; AKIRCTOVt 1. T., kand. okonom. nauk
- -. ------
A book on the conversion of complex metal matte%, Vest. AN
Kazakh. SSR. 19 no,803-75 Ag 163. 1
1. Glavnyy metallarg evintsovogo tavoda Uat'-Kamenogorskogo
avintsovo-tainkovogo kombinata imeni V. I. Lenina (for Kubyshev).

KOLESNIKOV, N.A.; EIBIDJJET,~ FEVOMKO, V.O.; rAF-4PETYINI V.K.;
UNWAKOV? M.S.
Intensification of the shaft furnece lead smelting process 'by
augmenting the oxygen concentration. T3vet. met. 27 no.12a
33-38 D 164 (M-IRA 1812)

Horse Brooding
Achievements of a Hero of Socialist Labor, hard-an Tatan Deshenov, Konevodstvo No. 5, 1952
9. Monthly List af Russian Accessions, Library of Congress, MY 1952 -23M, uncl.

sFaumr A., Shofe*~
KOMAROVA, I - Y0LCHAN0V,-B---0tI=anskay-a Oblast
(Pe;iovo, Novgorodskaya Oblast'); KEYSHEV, V. (hirovskaya Oblast')
Readers' letters. Pozb*delo 8 no.4.31 Ap '62. (MIRA 15:4)
1. Starshiy inspektor pozharnoy chasti, Nazan' (for tomarova).
(Fire preventl3n)

KUBYSHEV, V. A.
Cand Tech Sci - (diss) "Study of the process of the operation of
cylindrical.grain cleaner.11 Omsk-Chelyabinsk, 1961. 18 pp;
(Ministry of Agriculture RSFSR, Omsk Agricultural Inst imeni
I S. M. Kirov); 170 copies; price not given; (KL, 6-61 sup, 219)

TRESKOV, Georgiy Dmitriyevich; LYUBIMOV, A.I.; KUffSHKV, A.;
_Y'
MGMV, M.P., prof.p retsenzent; KOICA9M, -K.G., prof.,
red.; DUGIIIA, N.A.9 t*khn. rod.
(Calculations for grain harvesting machines] Raschet zerno-
uborochrykh maehin. Pod red, K.G.Kolganova, Izd,2#p perere
Moskva , Maohgisp 1961. 214 p. (MBA 150)
1. Kafedra sel'skokhozyaystvenrqkh mashin Chelyabinskogo in-
stitutarmekbanizataii i elektrifikataii sel'skogo khozyaystva
(for Terskov).
(Grain-Harvesting)

!A
>4
C~
;i~
t,
,J)
>4
ca
.e-

KUBTSHIN, BoTev
Keasuroment oIf the dYUBMIO xAP4tic characteristics of forromwetic
material@ and the separation Of 100505 in then. Sbor.trud- InGt-
elektrotekh.AN UM nO-12:43-69 155- (WA 9: 11)
(KILgastic materials) (K&Pstic ""urements)

EMySHIN, B.Ye.
""MUNUMMINNip Of mapatic apparatus mapetissa I)y alternating ourr6at-
Investigation -85 155- (KLM 9: 11)
Sbor.trud. Inst.elektrotakh.AJK uRSR no.12:70
("patio amplifiers)

T7
N
'P-4(-3/ PHASE I BOOK ECEWITATION SOV/2530
Akademiya nail Ukrainokoy So. Institut elektroteWipiki
Voprosy magnitzqkh i=ereniy (Prcble~a of Mognatic Hegaurwents'y4yey, ltd-vo
ANVkeSSRjl959- 117 p. I..000 copies printed, . I i
Ed. of Publishing 7ouse: I. Xisina; Tech* Ed: Mol. Yeflnoya, Editorial
Board: A,D. Neaterenko, Corresponding Member UIXmiqian SSR Acad=W of
Sciences (Reap. Ed.), S.Ao Lebedev, Aca4miciva, Sol* Tatellbaun
Corresponding Member, Ukrainian SSR Acad=7 of Sciences (Deceasedi.
L.V. TsukermIkY Candidate of Tedinical Sciences,, A.Wo X11yak, Candidate
of Technical Sciences, and Ye. Y. Khrushchova.. CaudLdate of Technical
Sciences.
PURPOSE: This collection of articles is intended for dealpers and makers of
electrical instr=ents and scientific staff ambers or reqearch and plant
laboratories enMed in electrical and magnetic measument.
COVERAGE: The authors present results of magnotiq meaa;Ments conducted at the
Laboratory for Electrical and Magnetic Measurements of the Electrical Engineering
lnst~tute, Acadeqr of Sciences, uirwAs They d1go)Iss testing of higb coercive
Card 1/D -

Problems of Magnetic Measurements
SOV/2530
magnetic materials used in the manufacture of Vompont m"to wA
ccmpare various methods of testing hard mapetic w4terlals- They Also
describe various methods of measuring field int4naity and flux density and
evaluate the atcuracy of those methods* They discus methods of testing
soft magnetic materials and consider problems of resolving total iron core
losses into components. They also discuss testing of ferra4agnstic Materials
at high frequencies and describe problems of measuring loqpap vith the aid
of a calorimeter. References appear At the and of each article.
TABLE OF CONTENTS:
Fran the Editor
Nesteren1co, A.D. Terminology Used in the Field of Xapstic Measurements 5
The author consideres the problem of terminology for the ipa%~otioo
method of measuring flux density and field InteAstiv. 'go j~Unte out
that basic physical phenonema of the process should be r-opsidered
when introducing terminology for the induption met4od of measament.
There are no references.
Kubyshin,3.jo, Determination of PemeabUlty of 84batfaces ip an Alternating
6
Card 2/6

Problems of Magnetic Measurements
BOV/2530
The author dinousses a method of 4atermining Magnetic permeability of a
substance from data for dynamic characteristics in an alternating
magnetic field. He also presents a method of determining complex
magnetic permeability at frequencies different from those at vhIch measure-
mentswere taken and resolution of losses into compments was made. There
are 3 references, all. "loviet.
Rozhanovskiy, I.M. Magnetic Characteristics of Iron InAlternatIng Kagnatic
Fields 20
The 'author otudies mWetic characteristics of Iron in alternating
magnetic fields ard analyzes the effect of eddy currents, -demagnetizing
action of higher-hamonic currents in a magnetizing circuit and the
type of the applied voltage. Ile also investigates funetional relation-
ships between the flux density and the field inten ity and din cusses a
circuit used in the study. There are 4 references, all Soviet.
Rozhanovskiy,I.M. Reccmmended Methods of Resolving Iron Core Losses Into
Ccraponents 33
card 3/6

Problems of Magnetic Measurements
SOV/2530
The author discusses analytical and graphical methods of resolving
total iron losses fit various frequencies into hysteresis and eddy-
current components. The methods presented utilize the experimental
data of total Ions In Iron taken at various frequencies and at a cm-
stant flux density. T'here are 13 references: 6 Soviet, 1 English and
I German.
Petrochenko, V.F. Resolution of Iron Core Losses Into Components by the Two-
frequency Method Under the Con4ition of Conotant Eddy-current Losses 45
The author discu:isei a method of resolving total iron losses Into com-
ponents at two frequencies. Ile also evaluates experimental reSUltb
obtained by using this method. There are 6 references: 5 Soviet and 1
English.
Mesterenko, A.D. Use of Balanping Circuits for Testing of Soft Magnetic
Materials in a Constant Magnetic Field 53
The author discunses the poessiblilty of using balance method for
obtaining a magnetization curve and a hysteresis loop of ferrcmaguatic
materials. He also dencribes circuits used in the experimental study.
There are 5 references: It Soviet and I English.
Fevraleva, N. Ye. Measurement of Field Intensity In Devices for Testing
Hard Magnetic Materials by Meaw of a Test Generator 62
Chrd 4/6

Problems of MW-etic Measurement3
SOV/2530
The author describes a test generator for measuring field Intensity and
discusses the generator error. The generotor was developed at the
Laboratory of Magnetic and Electrical Measurements of the Electrical
Engineering Institute, Academy of Sciences, UkrSSR. There are 5 references,
all Soviet.
40ribehenko, G.I. I A.Do Nestereako, and NYe, Fevraleve, Errors of Devices
For Testing High Coercive Magnetic Materials 71
The authors diacuss devices used for determining residual magnetism
and coercive force. Attention is given to a device vith compensat-
ing coils and a bridge-type device developed at the Laborotory for
Magnetic and Electrical Measurements of the Electrical Engineering
Institute.. Academy of Sciences, UkrSSRo The authors discuss the
cormtruction and operation of these devices and describe their character-
istics. There are 5 references: 4 Soviet and I German.
Fevraleva, N.Ye. Utilization of the Hall Effect in Germanium for Measuring
Magnetic Flux 86
Card 5/6

Problems of Magnetic Meaauxt=ents
SOV/2530
The author presents a general description of the Hall effect and dis-
cusses its application for measuring magnetic flux. She describes
a circuit using a germanium -crystal for measuring flux and discusses
circuit error. There are 8 references: 4 Soviet, 2 English and
2 German.
Karpenko,, V.P. Calorimetric Method of Measuring Losses in Ferrcimagnetic
Materials 96
The author discusses calorimeter circuits used for measuring iron
losses at high frequences. He also describes the error of the colorizetric,
method. There are 5 references, all,soviet.
KarpeakoY V.P. Possibilities of Using T-Circults for Magnetic Measurement 105
The author analyzes various T-oircuits and discusses their application
in determining magnetic characteristics of farrcmagnetic materials
at lov and medium frequencies. There am 4 references: 2 Soviet and
2 English.
AVAILABLE.: Library of Congress
ip/gap
Card 616 11-23-59

13 s/ :5
1 Al
I
;JAI
I g)
pal
fill N
'sc. - a i 1 1
of,
1fill,

3/112,/60/000/006/019/032
Translation from: Referativnyy zhurmal, Elektrotekhnika, 1960, No. 6, p. 279,
4.5112
/-S
AUTHOR: Xuby!~Mln, B. Ye.
TI TLE Problems of the Linear Theory of MagneticAmplifiers
PEi1IODICAL: Sb. tr. -Tn-ta elektrotekhn, AN UkrSSR. 1 6. pp. 113-134
959, No7. 1
TEXT: A qualitative analysis is given of a magnotic amplifier considered
as a current or voltage generator controlled by direct, alternating or pulse
currents or voltages of a lower frequency than the frequency of the feed current.
With such an approach to the analysis, the calculation of a magnetic amplifier
becomes similar to the calculation of electronic amplifiers. It enables the
author to obtain approximate analytical expressions for the load characteristics
of a magnetic amplifier and for main coefficients. Equivalent circuits of
magnetic amplifiers are considered which, by using the linearized curves of
magnetization by direct and alternating current, make it possible to obtain
calculated relations for a choke-type magnetic amplifier, with an allowance for
Card 1/2

.9/112/60/000/006/019/032
Problems of the Linear Theory of Magnetic Amplifiers
bias and feedback, as well as for a magnetic amplifier fed from a current source
(both transformer and autotransformer). There are 20 illustrations, 7
references.
0. V. S. B
Card 2/2

J
4n,
i,., u1
C~ tic -L: )l
I I..; Awyi t
'Crudov,
63-77
a ',~ctl,od of ubt-L-J,-i:-.-"
C ~., ) 0
VI (I r 0u 0 nu _i Ou;1"; U 13 e C".. ~ V,L C 1
of Cru , -Cra., t3
.r t e T.IXIIC
L, -
0l 11 induclunce
100j C /,q . v o 1 t::Ie T, e I, A,
d c o 1 iind
UZI,.
..-Q
or 3 3 )%icre used with the brid e o
ind~,~ctliciii und Cn.-Ic;~
4OnS "dVe 'J:L'OT)ej't--j~!S Of -li:, fe-"romagne-c
;I_ - - L.
C J'l Ue U-,cd to find sup-ar,11601,, V_1,4()~;
.ard 112

I C)

t Y hy -

470 d eid"
~ On

62/b25/012/0A2/0'5
D508
D2 ~, sad '6"p-
yub1shint 1.16, ttons
OV
xOV instS, 00
troneformer ro-PT -2
I OV By-ty ontactissel 'current in
tomatio the 1).%'.
Nu Toversin ,,,4_o bathe 129
for .95 Vo ?5' no*
tius, i t of Operation
hV .008' 1692 - '100 PO%#eT
19629 the Vr , tots of a as
describe b cons magnet egg
uthorG WbJO 5-069a i CO t tacts
a Transement I te . o4trie
a rAe4ja c
of 4the ) inte of a Is t has a Cs
LCtA'On ".forms"', , the fO`0,',,,,eMen Saco - ~ bleed-
confi*-rl tra, tOT tu frhe 86. 4t %be tne
the a 14. the ear a 4rO'P tale
n 5-9111", Isen r'56()/221D 4 roltage
le (t%40 d a Pulse it hen the I a e%ist at at the
stau an TO# I to Trent to
,,,fierB The OUPP11 ing tic cu t equal
ero volv V& is eque.
ogramm or TO eformer VaTas 19 110
Pr movinf tre, load I no bleeder
8,rA no OVerati-ne t 406 aoToss the
of %be J5tOT and a "tage
8r Teo What, the *40
arms 0
'a.rd' 1/2
C
Automatic contac tleas
load S1103 6
0 the result,, D20 1 308
With MaGnetizatio 9 ParasItIc I%D 21023101210121013
netIc amplif, n Of ma current,
ere are GnetIc are small
and are of the half OPer4tIng amplifiers and do not I
compared w Outside th This is
back IS Ith full wave type 9 Which e8011'-rev '0 because nerease
-Wave Mag-
In applied, Which Mak eralbi
98 In the amplifiers. A e8 them more 0conomIcal t8
by Capaolt 414 rae maices it aP801al type of ity, it,
ances of t P11fle , The Possible t 48
t Ora which Primaries Of to dispense voltage feed-
the he a.c. are adjusted to r With bias V/
The tIme-reaponse W17ndIngs of resona ansfOrmera wind-
arrangeme and te with are shunted
WhI Ch a nt 1. makes the magnetic amplifiers the minimum
I especl Immune to 'squired c0 t a Th is Induc-
be used
the load n rol current Improves
th Othally Important I, th 01roul t being a c Smaller.
SUBMITT.ED, er t-,Ypea~ Of load. Use of gal,a or 0,,
~ehere are 6 NO bathe and ca~ I
lune 962 figures.
Card 212

KUBYSHIN, B.Ye.
Determining the obaraoterlatics of simultaneous magnstization of
ferromagnstio materiale for the calculation of magnetic amplifiero.
Trudy inst, Komestandsmer i izm. prib no.64:39-48 162.
(MIM 160)
(Perromagnatism) (Magnetic amplifiere)

MILYAKH, Alek:iaridr Nikolayevich; KURS11111, :ioris Yevgenly.~nrlch;
VOLKOV, Igor' Vladimir(A,-.., -1
[Inductive and capacitive converters of voltage sources
to current sources] Induktivno-emkostnye preobrazovatell
istochnikov napriazhenila v istochniki toka. Kiev,
Naukova dumkas 1964. 303 P. (IMU 18:1)
1. Chlen-korrespondent AN Ukr.SSR (for Milytikh).

,
,--- -HIN, P. Ye", k..Inn. nauk; 7 u, ~ Y. i, ;,,I.;
,T-
G, 'A .0, -1 .1 b .
-,Nlogns~! t, 1 c) -r w ! t h iq ' d: , ,., - ;(, I i nyu t. ciiari es .
- 1-1
'Snqri,. 1. e!-ikfro*A,'rc,,* prom, O.-D 163. (MI RA ~-."i : 10)

KUBY511IN, Me., kand. takhne- nauk; BY'KGV, L.N., inzh.; PAVILCII, L.L., Inih.
Ih-dversal electromagnetic attachment for rwairuring rectifled d.c.
during reversing operations. Energ. i elaktrotakh. prom. nc.108-
40 JaAr 165. (MIRA 180)

~MIYSHI'11,, B.Ye. (Kiyev),- L:1PK0VSKTY., K.A. (Kiyev); 1,11KHAIIE'VICH, G.A. (Kiyev)I
One method for eliminating Idle operation current In a magnetic
ampl,lfler. Avtom. I telem. 26 no.3:532-538 I-U- 10.
(MIRA 18:6)

- - - ___ - - L 05AT731-67- - NT(!) --- nr_r___
ACC NRe AT6020426 (N)
COURCE CODE: UR/0000/65/000/000/0073/0081
0/
AUTHOR: _EtQ1a~~._jS,.1_Me11nichuk, L. P.
ORG: Institute of Electrodynamics AN UkrSGR (Institut elektrodinamiki AN UkrSSR) 41-1
TITLE: A method for increasing the Q-factor of a magnetic amplifier
SOURCE: AN UkrSSR. Preobrazovaniye I stabilizatstya elektromagnittiykh protsessov
(Conversion and stabilization of electromagnetic processes). Kiev, Naukova dumka,
1965, 73-81
TOPIC TAGS: Q factor, magnetic amplifier, time constant, electronic feedback
ABSTRACT: A method is proposed for reducing the time constant of magnetic amplifiers
used in automatic control systems. Analysis of the relationship between the time
constant and magnetic cox~pling with the feedback and bias circuits In an ordinary
magnetic amplifier with external feedback shows that the time constant of the empli-
fier is determined by the time constant of the control circuit, the parameters of the
bias and feedback circuits which are magnetically coupled to the control circuit, and
also the amplification factor. A system is described for constructing a magnetic am-
plifier without feedback and with three independent control circuits, or a magnetic
amplifier with external feedback and Inductively decoupled control, feedback and AC
circuits. The dynamic characteristics of amplifiers incorporating this system are ex-
perimentally studied. The results show that this system may be used for increasing
ihe amplification factor with a simultaneous reduction in the time constant to give
Q increase by a factor of approximately 8. Orig. art. has: 4 figures, 8 formulas.
K11
ellB CODE: 09/ SUEM DATE: 26oct65/ ORIG REP: OOh/ OTH REP: 001
rZard-1/1

L u5,874-61 - F-.7-1(1)
I ACC NRs AT60264-2-7 -N-) SOURCE CODE: UR/0000/65/000/000/0085/0100
AUTHOR: Ku~Xshin, B..Ye.; LipkovskiZ, K. A.; Mikhalevich, G. A.
ORG: Institute of El!ctrodynamics AN U`krSSR (Institut elektrodinamiki AN UkrSSR)
rITLE: A noncontact vide-range voltage regulator Incorporating magnetic amplifiers
~5
3OURCE: AN 'UkrSSR. Preobrazovaniye I stabilizatsiya elektromagnitnykh protsessov
(Conversion and stabilization of electromagnetic,proceaseo). Kiev, Naukova dumka,
1965, 85-100
rOPIC TAGS: magnetic amplifier, voltage regulator
kBSTRACT: The authors discuss a method for compensation of excessive open-circuit cur-
rent In magnetic amplifiers used in a noncontact vide-range voltage regulator. These
2ampensated magnetic amplifiers lave a specially connected additional nonmagnetized
choke. The workJng windings for each core are split In two and taken in pairs to form
two arms of a T-circult In which the third arm is -the winding of the additional choke.
Expressions Eire given for determining the parameters of this type of amplifier under
basic operating conditions and for selecting optimum pe~-ametcra. Experimental tests
Df wide-range voltage -regulators using these magnetic amplifiers gave completely satis-
factory results with a control factor in the load of 2000-2500. Orig. art. has: 9
figures, 34 formulas.
SUB CODE: 091 SUBM DATE: 26oct65/ ORIG REF. oo8 V
Card i /i kh

ACC-NRs--AM5010311- --Monograph-
g~ip AlqiS~andr Nikolayeli rresponding Member of the Academy of Sciences of
qh
Z. Kubyshin. Bori
the Ukrainian B. rc-)T (CO a revgenIX2vic h ~;' 1~o.1kov',_IgqKLYjaAWroYiC1L
Inductance-capacita~ce converters'of voltoge sources to current sources (rnduktivw-
yemkostnyye preobrazovateli istochnikov napryazheniya v istochniki toka) Kiev,
Haukova dumka, 1964- 0303 P- illus.0 biblio. (At bond of title-, Akademiya nauk
Ukrainskoy SSH- Institut elektroclinamiki) 2,300 copies printed
70PIO TA08i voltage rvgulator, alsotria onpaoitanae, eloatrio induatanaep aloatrio
power engineering, thermoelectric converter., electric current, ~ 3 , 4 electr1c
device, electric energy conversion, nonrotary electric power converter, rotary
electric yQwer converter
PURPOSE AND COVERAGE: This book describes circuits of Inductance-capacitance con-
verters which make it possible to obtain constant current regardless of wide range
variations In load resistance. It contaim calculation methods for converters, calcu-
3AIon examples, tables,, and curves required for carrying out the calculations. It
ii shown that the employment of the converters Is preferable to that of parametric and
compensating current regulators used in power engineering and automation. The book Is
intended for scientino, engineering,, and technical personnel specializing in coverter
engineering,as well as for-aspirants ead students in universities specializing in
these rields of study.
Card _10 A

ACC - NRs -- A1450103U
TUIZ OF COUTENM (abridgedIt
Introduction - - 3
Part I. Theory of inductance-capacitance converters
Ch. I. Two-terminal pair network in a voltage-source to current-source converter
system - - 9
Ch. 11. Single-phase and sultipWoe converters of voltage sources to current sources
- - 33
,Ch. M. Special operating conditions for voltage-source to current-source convert-
- . ers - - 57
Part 2. Selection and calculation of basic elements-of inducta!Aco-capacitance con-
verters
Ch. IV.. Optimal efficiency conditions and design calculations for the converter
. elements - - 74
Ch. V. Methods for calculating the processes taking place In circuits with ferromag-
nets - - U7
Ch. VI. Design caXculations for inductance-capacitance converters and their elements
- - 171
Part 3. Application of inductance-capacitance converters
Ch. VII. Converters for feeding devices vith highly variable 'load resistances 24,1
Ch. VnIe Inductance-capacitance converters for su4pplying raibmy track circults witk
stabilized altemUng cument - - 257
Card

I ",
I
Ch. IX* Conyerters for feeding day1ces vith oteep-volt-ampere characterlatic - - 26T
Ch. X. Current stabilizere baaed on inductance-capacitance cofiverters -,- 273
AppepAix - - 288
BibIlogralAy - - 299
SUB CODRI -.O?/'P=DATEl 230at64/ ORIG Rai 087/ OM MW 1 015
1
I
I

.3jjyjjlp~_A.A- eather Goods
,Ur
y
- - . I.. ., he Bogorodak FactorY of L
erials in t Je 165.
Use of new mElt -obuve proms 7 no.6:34 (Kim 1818)
and Accessories* Kozho

I I A.; wpysmvg H.S.;
A.A.; KOVTUSHENO A. i,.o 70
TETELIBAM4t :j."""uhMy red.; P.0
ZMETS, B "..; LF.BEDEVA, N na c red.
Y-11, tekbn.
:P-
VlvomADovv A
7. k-0 ~r-
L
.1 1 e staM; kat"109-
aVe M,110., cptlilog and manwalSOrtovy
[:,',h - Tll-IASII, 1962- 62 1);.11U, 15111)
spra-locbnik. 14ockVal Tolh
I.-Elektrostal ,skly zav0d t,,,h,loi*,O :.&sbinostroyeni7rl*
(itolling MW-13-catalogs)

MBySHKIIi, G.P. enroothiAn Aron
- .1 " - n the Trans -
~.;, _~ -~~ - -'.. inax, due to rainfAll I sit no.1:26'5-263
tWimun river dra inn arA Zn6lifhl - Dop. AN U1 oc.,u it-, -. ))
(with summaries In TI'asO
157- LArotakhniki 1kedecil W-lk ';"S" led-
,. Institut g1drolOlgit th #0 Mauk USSR G.J.Sukhonolm-
stavienc iAndM"AOI Alct"10"ltl -HydrOI09Y)
(Transaftrpathia-

Vartic&l "n&"ty of the distribution Of runoff of rivers in
Transearpathis. Hateor.i gidrol. no.4:34-15 Ap 157. (HLU 10:5
(Transcarpathis-Ranoff)

. V
1-r x 6 ys -M,-r I Yf,, W. r ~
OBTSaINI G.Pa arpthian PrOVIUCO I
frsuec (m]
14,Tlimm flow Off of rivers of ths 1 V.
Ukrainian S.S.R. Trudy Ukrot NIGKI no*9:137-139 " 6)
(Wansearpa Imagoremont

-AMMM 01 - (dies) *Cha LCt ristice of the
cand Tool, S a rfF-4' the UkSSR. 0
of W rivers of Z&kllrpatgkaya ObI st. Of
Kiev# 19580 15 pp (Min of Higher VI"cation UkSSR, Kiev Inst of
Engineers of Water 120 copies (KLP 15-58t 115)
- B B ,

VISHNEVSKIY, Palladiy Fedorovich[Vyshnevs,kyi,, P.F.]j DROM, Nafamil
losipovich; ZHF19ZNW, losif Aronovieb; KRYZHANOVSKAYA,
Ariada Borisoma(KMhanivalka, A.B.); KUMOM- ramrally
.?~~ovi4h[Kubyshkin, H.Pj; tiSENKO, Klars, Arkhipovnal
14OKLYAK, Vladislav Ivamovich; CHIPPING, Galina Aleksandroma,
[Chippinbs H.O.]j SHVETS, Grigoriy Ivanovich[Shvets, H.I.]j
PECHKOVSKAYAO O.M.[Pecbkovalka, D.M.], red.isd-val RAXHLINA#
N.P,p tekhne red,
(Hydrologic calculations for rivers of the Ukraine]Gidrologichui
roarakhunky dlia richok Ukrainyj pry vidaitnosti spostereshen'.
[By]P.F.Vyshnev'kv:i ta inshi. Kyiv, Vyd-vo Akad.nauk UPOR, 1962.
385 P. (MIRA 16:2)
(Ukraine--Rivers)

S/120/60/000/01/031/051
_PWIM'Nastyukha. A.I.
AUTHORS: Kozachina. B,S , Kubyshkin, a
TITLE: Stabilization of ihe 7o`?1-e-ErTWX--system Voltage in a
CMUat=W9
PERIODICAL: Pribory i toklinika eksperimenta, 1960, Nr 1,
p 110 IUSSR)
ABSTRACT: The stabilization circuit for the deflecting voltage of
a cyclotron described here differs from the usual high-
voltage stabilization circuits in that the grid and cathode
circuits of the stabilizing tube as well as the DC
amplifier are at the ground potential, i.e, no high-voltage
dividers are used in the cathode and grid circuits. The
circuit, given in Figure 1, shows that the negative
terminal of a rectifier (BlOO/20, 100 kV working voltage,
20 mA current, bridge-circuit connection) is connected
to the load via a ballast water resistance V. of
2 Ma . A high-voltage divider (4,1 ) is connected in
parallel with the load; it divides the voltage produced
by the rectifier in the ratio 1:450. A potential drop
Cardl/3 across the smaller part of the divider is compared with

S/1206o/ooo/ol/031/051
F_291~f~21
Stabilization of the Deflecting-system 0 e in a Cyclotron
that of a standard call 1; Tito resultant voltage
3.
difference in applied to a DC amplifier (YM); the
output signal of the amplifier is fed to the grid of the
stabilizing tube X~ (rK-3000, maximum working voltage
100 kV, actual voltage 30 kV). The voltage across the
load is kept constant by varying the potential drop across
the tube tA 1 * Since the cathode of 41, is grounded,
no isolating transformer is needed in the filament circuit;
the amplifier is also at the ground potential. Two
indicating instruments are used: AV'~l -to measure the
voltage in the deflecting system, and KtI-2 to measure
the voltage at the tube anode. With the circuit described
20% variations of the input voltage and current changes
from 0-5 to 5 mA produced only 0.2% of variation of the
deflecting voltage. The circuit has been working
Card2/3 satisfactorily for two years in a 1.5 m cyclotron

KUBTSHKINp P. P.
Occurrence of Ground Waters in the Lower Dnepr Saaids
Sb. jjp&ch__tr,, KiyevMk, lesokhoz. in-JU, no 3, 1953p pp 93-101
The author briefly describes the ground waters of the Lower Dnepr sands
in connection with their utilization for raising garden and grdpe crops,
and also in connection with afforestation. He expounds the history of
the study of the Lower Dnepr sands as connected vith the problem of
land improvement and afforeatation and with the probleA or the organi-
zation of truck.gardening and grape culture. (R2hGeo?., no 3, 1955)
SO: Sum. No. 639, 2 Sep 55

7
SOV/1 12-58-1-294
Translation from: Referativnyy zhurnal, Elektrotekhnika, 1958, Nr 1, p 43 (USSR)
AUTHOR: Xubyshkin, P. P.
TITLE: Fundamentals of Hydraulic Calculations of Draining Canals
(Oboanovaniye gidrotekhnicheskikh raschetov osushitel'nykh kanalov)
PERIODICAL: Tr. Ukr. n.-1. in-ta mestn. i toplivn. prom-sti, 1956, Nr 10,
pp 11-28
A13STRACT: Bibliographic entry.
AVAILABLE: Library of Congress
1. Inland waterways--USSR 2. Water--Control systems
Card 1/1

KUBYSIJKIN, P.P.
[Agricultural melioration and forestry] Sellskokho-
ziaistvennaia moliorataila i lesoyodstvo. Moekvfip Kolos.
1964. 334 P. (MIRA 1819)

85818
Ileo A153/Ao26
AUTHOR: Kubyahkin, V., Engineer
TITLE: -Ultra-Short-Waves are Reliable, Convenient and Efficient
PERIODICAL- Grazhdanakaya aviatsiya, '1960, No. 10, pp. 12-13
TEXT: Advantages of ultra-short-waven over short waves are enumerated
and the relatively limited use of ultra-Rhort-waves for ground-air (dispatcher-
aircraft) communication in the past is explained by a limited range. However,
now that in the USSR and in foreign countries they have begun to use automatic
intermediate relay stations on aircraft routes, outlooks for using ultra-short-
wave facilities have improved. The principle of operation of such stations is
explained. It is said that relay stations must be located 200-250 km from air-
ports, with overlapping ranges, and providing reliable and convenient communi-
cation from ground-to-air and vice-versa. There are 4 figures and 2 photos.
Card 1/1

tY
urpitit: c ardl t i s ~'auPJ on Tcl)ycEkrdlogr;iF.!-. ic Aj r (,,:r
data. Sov. mod. 28 no.1~76-41 165s
o r~
S litf orop(i I

XUBTSHKIN, V.I.
Selecting measuring circuits for digital voltmeters. Priboro-
stroenis no.4t6-8 Ap 160. (KIM 13:6)
(Toltuoter)

Use of an integratcr In tha method of electrobydrodynamic RrAlOOOB
V- ady a9epage Into horizontat drain3. Trudy
..,~r calculating the unate
1!84--96 163.
Oew. pc, prill. mat. 1 nn. (141RA 18:2)
i. Ukrainakiy nauchno-insledovatellskly lnptitiit gidrotvkhniki i
tzaa3ioratpiit Kiyev.

ACCESSION NR: AP3004325 S/0033/63/040/004/0700/0702
AUTHOR: Fomenko, B. D,; Bonelis, 1. V.1 Kuby*shkin,V. V.
TITLE: The latitude and height dependence of atmospheric disturbances
due to type 11 solar corpuscular streams
SOURCEs Astronomichoskiy zhurnal, v. 40, no. 4, 1963, 700-702
TOPIC TAGS: atmospheric disturbance, atmospheric disturbance latitude
dependence, atmospheric disturbance height dependence, corpuscular
stream, solar corpuscular stream, type H solar corpuscular stream,
radio sounding
ABSTRACT; The, latitude dependence of atmospheric disturbances has
been detected from a study of data, in addition to that used previously
(B. D. Fobaenko, Astron. zh., v. 39, 833, 1962). It is found that the
amplitude of atmospheric disturbances increases with geomagnatic
latitude. Radio sounding data show that the disturbance occurs in the
atmosphere. Orig. art. hast 4 figures and I table.
Card 1/2

ACCESSION NR2 AP3004323
ASSOCIATION: Volgogradskly podagogichaskiy instLtut (Volgograd
Pedagogic Institute)
SUBMITTED: O7Feb63 DATE ACQj 20Aug63 ENCL: 00
SUB CODE: 00 NO REP SOVI 005
OTHZR: 000
Card 2/2

ACCESSION MR: AP4043960 8/0033/64/041/004/0736/0742
AU711OR: Kuby*oWdn, V.V.
TITLE: Universal photoelectric photometer with automatic control
SOURCE; Astronomichouldy zhurnal, v. 41, no. 4, 1964. 738-742
TOPIC TAGS: astronomical Instrument, photoelectric photometer, photometer, photometryj
colorimetry, automaUe photometer
ABSTRACT: This article describes a universal photociectric photometer with automatic
control, designed for photometric and colorimetric study of stars, planets. nebulae and
Zodiacal light and polarimetric measurements with various types and designs of telescopes,
and ensuring full automation of the photometric cycle of observation while preserving high
photometric accuracy. no photometer, whose block diagram is shown In Fig. I of the
Enclosure, consists of an extensible photometric head, mounted on the eyepiece end of a
telescope, and a central control panel in which most of the units are mounted and which at
the same time is the working posiUon of one of the operators. The central control panel
and a number of auxiliary devices are situated in the laboratory and connected to the
photometric head by a 7-m multistrand cable with a reliable electromapetic shield. The'
COM 1/6

,ACCESSION NR: AP4043960
optical system is shown In Fig. 2 of the Enclosure. After passing through the disk I with
.diaphragms, the radiation ofthe Investigated object, focussed In the plane 6 a diaphragm,
,falls on the Fabry lens .2, which projects It onto the photomultiplier photocathode 3 of the
,exit pupil 4 of a telescopic system formed by the telescope objective and the Fabry len3.
'The diaphragm disk I has 16 sets of different diaphragms and one field diaphragm. Each
set contains two diagraphs (for photometric study of stare and photometric study of the sky
background). Ile diaphragms are changed automatically by turning of the disk. Two disks
!with filters 6, 6 are mounted in the photometer. Each disk has one field diaphragm and
eight light filters. Ile sixteen filters make It possible to work in eighty different spectral
.regions. Filters are changed automatically. 7`he disk 7 has a field diaphragm and a
container with a radioactive luminophor which serves as a photometric standard. - When
measuring the brightness of the sky background and checking the constancy of the photomete:
sensitivity, the disk 7 Is turned to a certain angle and cuts off the light flux from the Investi,
gated object, and the luminophor Is Introduced into the optical system -and projected on the
same part of the surface of ihi photomultipler photocathode as the radiation from the
exit pupil of the telescopic system. Behind the diaphragm disk there Is a disk 8 with slits;
At haa one field diaphragm and eleven slits with widths of 0. 01 - 3 mm and lengths of
2/6
'Card

ACCESSION NR: AP4043960
2 - 22 mm. A alit of a particular width and length Is moved along the rocni Imago of the
investigated object by microscrews in two directions: for right ascension and declination.
no slits are changed automatically. Between tho diaphragm disk and the Fabry lens
there is a prism 9 of total Internal reflection, which In combination with the eyepiece 10
makes It possible to point at and check the position of the Investigated object In the din-
phrngm or slit. The photometer can operate with different Fabry lenses. no polarold 12
is rotated In tho mounting of the bearing 13 by a selsyn 11. no light nux is modulated by
an alternating currant amplifier. Considerable detail is given concerning the photometrio
components, the olactrometria amplifier, the programming unit and the central control
panel. For stars brighter than the eighth magnitude the measurement accuracy to Om. 001-
Orn. 002. Stars to the twelfth magnitude have been observed with an accuracy to Om. 01-
0m. 02. "in conclusion, the author thanks V. B. Mikonov and N. F. Kuprovich for die-
cussion of the work". Orig. art. has: 2 figures.
:'ASSOCIATION: Volgogradakly pedagogicheekly institut (Volgograd Pedagogical Institute)
SUBMITTEDs 24Jan64 ENCL: 02 MM COIDEi AA, ES
OTHERs 005
""NO REF SOVI 016
CarJ/6

ACCEMON NR: AP4043960
- -----------
L
ENCLOSURE: 01
--
tric head;
toolectria photometer. universal photome
Fig. I. Block diagram Of a pho gtion; 3 - DC amplifier unit; 4 - DC amplifier;
2 - detector of the inv0sUgatod rPA - voltage divider; 8 - tube voltn,ter-,
5 - potentiometer; 6 - Otabilizdd rectifier; 7g unit; 11 chronograph; 12 - power
9 - electronic voltage stabilizer-, 10 - programmin
supply.
Card 4/5

60 ENCLOSURE: 02
ACCESSION NR: AP40439
'A
UL, u Lj
rl
7.
1g. 2. Optical system of tho photoolootric photometer. A - photomultipliers

L 2690-66 EWT(1)/FCC GW-
ACCESSION MRs AP5020679
LtR/0033/65/042/004/0794/0797
523.745 14,19-
34
AUTHOR i K
M~hki~_V,j Ve
TITLE: Solar aotlykey and pressure measurements in the troposphere
SOURCE: Astronomichaskiy zhurnal, Y. 42, no. 4, 1965t 784-797
TOPIC TAGSt solar activityt troposphere, solar flare,
ABSTRAM This is a continuation of previous work, partly by the author and
others but chiefly by V. D. Fomenko, based on the application of the superposed
epoch method. The results are presented in a series of graphs: one set for
quasi-stationary corpuscular streams from active regions and a second set for
nonstationary co4-puscular streams from chromospheric flares. Three different
curves are representods one for *central" flocculi (with all. flocculi considoredV
a second for flocculi located in the "unfavorable" solar hemispherop and a third
d
for "central" flocculi for which 61,0~7 0 The curves for the quasi-stationary
streams from active regions show practically a constant atmoapheric pressure for
flocculi of the second group and a definite pressure maximum at At Z+6d for
1 Card 1/2

L 2690-66
ACCESSION NRs AP5020679
flocculi of the first and third groups, Because superposition effects of nearby
disturbances are smaller, curves of the third group show a much greater pressure
i increase than curves of the first group, An increase in atmospheric pressure
was noted in all cases after appearance of a chromospheric flare, the maximum
being found at the phase plus 3-4 days. This in in agreement with goomagnatic
data. It is concluded, in keeping with previous work,, that corpuscular streams
are responsible for variations in atmospheric pressure, even at sea level. "In
conclusion, the author expresses his sincere thanks to K. R,__Hu_t&1' very
i valuable advice, for constant interest in the worko and for many M49-40na of
the results of -the in"stigationo* Orig. art. hass 9 figures, 1 tables and 2
ndices,
appe
ASSOCIATIONt Volgogradekly pedegagicheakly institut (Volgograd Pedagogical
Institute)
SUBMITTEDs 01Apr65 EXCLs 00 SUB COM ZS# AA
NO PJT SM 029 MM 1 009
i Card 2/2

EV., I( I I/FCC/Ed A k I-,A
ACC NR, AP6002690 SOURCE CODE: IJR/0033/65/042/006/ 1232/1249
AUTHOR: Mustel'i E. R.; Kubyshkln, V. V.; Bonelfal, I., V.
10
ORG:44istronomical Vouncil. Agademy 6stronomicheskiy Soviet
Akademii nauk SSSR); Volgograd Teachers' tnatitute lgogradskiy pedagogichaskiy
inatitut) 0.X0
TITLE: Corpuocular streams and cosmic rays and their effect on the earth's
troposphere
~SOURCE: Aatronomicheskiy zhurnall 4. 42, no.- 6, 1965, 1232-1249
TOPIC TAGS: cosmic ray, meteorolagical Aenomenon, proton stream# corpuscular
stream, tropospheric process, chromospberic flare
ABSTRACT, Quasi-stationary corpuscular fluxes emanating from active regions during
the period of 1951 to 1953 are analyzed. Chromospheric flares recorded at several
Arctic stations at different geomagneLle latitudesare plotted diagramatically.
Analysis of the results indicates that the corpuscular streams produce a pressure
increase, while the subrelativistic proton streams from chromospheric flares
produce pressure decreases at the polar caps. It is noted that the amplitude
decrease of atmospheric disturbances with decreasing geomagnatic latitude can be
a source of additional atmospheric circulation. This assumption is borne out by
analysis of chromospheric flares of 1956-1960. A more detailed discussion of all
1/2 UDC: 523-745

A. C NR, AP6002690
these problems is to be undertaken In the near future.
and 3 tables. Or1g. art. has: 13 figures
(ii)
SUB CODE: 04/ SUBM DATEI 253un65/ ORIG REP: 015/ OTH REP: 007/ ATD PRESS:
LH
Uj
:Ord 2/2

AR602b4V5 SOURCE CODE: UR/0269/66/000/005/0055/0055
AUTHOR; Mustell E. R. ; Bonelis, 1. V. ; Kg~, yshkin V. V. 3 7
TITLE! The effect of cosmic ra a, the lowest layer of the Earth' a atmosphere
SOURCE: Ref. zh. Astronomiya, Abs. 5. 51. 429
REF SOURCE: Astron. tairkulyar, no. 333, iyulya 10, 1965, 1-6
TOPIC TAGS: cosmic ray, atmospheric pressure, chromospheric flare, solar
flare
ABSTRACT: According to Soviet and Western Europe weather bureaus, the
earth' s atmospheric pressure increases on the 6th day after an active area
passes through the center of the solar disk (an average of 13, 878 active areas
during the 1907-1952 period). This fact correlates with an increase in geomagne-,~
tic activity. After chromospheric flares, the atmospheric pressure on the Sun
increases sychronously with an increase of geoi-nagnetic activity (on the 4th day
after a flare). Thus, the effect of solar corpuscular streams causes an increase
1/2 UDC: 523. 75:523. 165+ 525. 24

L 47310-66
ACC NRt AR6028405
in atmospheric pressure. At the same time, a decreasein atmospheric pressure
occurs in the area of geomagnetic polar caps immediately following flares. The
authors have associated this phenomenon with the activity of subrelativistic
proton streams. Orig. art. has: 9 reference items. G,' Ivanov~-Kholodny~.
[Translation- of abstract) [FM)
SUB CODE: 03/
212

ACC NRI ARG032353 SOURCE CODE: UR/0169/66/000/007/AO20/AO20
AUTHOR: Fomenko, B. D.
TITLE: Temperature fluctuations in atmospheric disturbances as a function of
recurrent solar corpuscular streams
SOURCE: Ref. zh. Geofizika, Abs. 7A116
REF SOURCE: Sb. Solnechn. aktivnost'. No. 2. M., Nauka, 1965, 85-87
TOPIC TAGS: atmospheric disturbance, solar corpuscular radiation, solar
corpuscular stream, solar corpuscular temperature fluctuation, flocculus
ABSTRACT: Data on center flocculi, i. e. , floculli having a heliographic width of
no* more than 6* and situated in the solar hemisphere disposed to affect the earth,
e selected for subsidence curves of the 18th and 19th solar activity cycles, when
w
er
the Wolf number was between 15 and 75. At the same time an analysis was made of
flocculi having a heliographic width greater than G* and situated in the solar hemi-
sphere not producing geophysical effects on the Earth. Data obtained in high alti-
tude temperature soundings made at Tbilisi, Volgograd, Moscow, Arkhangel'sk
and Murmansk were used as the geophysical index. The method of rjuperimposed
iCord 1/2 UDC: 551. 5:523. 745

_ACC_NR_1___ - --- __
AR6032353
epochs was used. Data obtained in high-altitude temperature soundings were
analyzed simultaneously with disturbances in atmospheric pressure as a function
of active solar regions. It was found that the temperature maximum in the 0-20-krn
layer occurs 7 days af.er the passage of the active region through the central solar
meridian. B. Rubashev. [Translation of abstract)
SUE CODE: 03, 04/
card 2/2

ACC NRs AR6028769 SOURCE CODE: UR/0269/66/000/006/Oo64/0064
AUTHOR: romenko, B. D.; Kubyshkin, V. V.
,TITLE: Temperature changes in atmospheric disturbances caused by recurrent corpuscular
;solar fluxes
.SOURCE: Ref. zh. Astronomiya, Abs. 6.51.488
~REF SOURCE: Sb. Solnechn. aktivnost'. No. 2. M., Nauka, 1965, 85-87
TOPIC TAGS: solar activity, solar corpuscular radiation, sunspot cycle
TRANSLATION: To determine the effect of corpuscular fluxes upon temperature variations,
data on the flocculi for the descending branches of the 18th and 19th cycles of solar
;activity were selected; the selection was made at a heliographic latitude of