SCIENTIFIC ABSTRACT FEDCHENKO, I.K. - FEDCHENKO, V.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000412530010-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 22, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Professor N. N. vasillyev. On His 70-th Birthday SOV/105-59-6-23/28
strengthen the relations between the chair and industry. He
was awarded the Lenin Order, the Order of the Red Banner of
Labor and the medal "For Heroic Work in the Great Patriotic
War". There is 1 figure.
Card 2/2

8 (0)
AUTHORS: Vasillyevy N. ff., Greben't I.I., SOV/105-59-6-25/28
Postnikov, I. M., Fedchenko, I. K., Kholmskiy, V. U.,
~
rs
Chizhenko, I. M. and Othe
TITLE: Corresponding Member of the AS UkrSSR A. D. Nestereako
(Chlen-korr. AN USSR A. D. Nesterenko)
On His bO-th Birthday (K 60-letiyu so dnya rozhdeniya)
PERIODICALt Elektrichestvo, 1959, Nr 6, p 94 (USSR)
ABSTRACT: Anatoliy Dmitriyevich Ne3terenko was born on April 6, 1899
in the village of Blagodatnoye in the Odessa oblast'. In
1926 he completed his studies at the Faculty of Electrical
Engineering at the Kiyevskiy politekhnicheskiy institut
(Kiyev Polytechnic Institute). He then began his scientific
and pedagogical career. With his collaboration, workshops
were installed at the same institute for the production of
electrical measurement apparatus, which later on developed
into a factory. From 1936 to 1938 he was Head of the Laboratory
of Electrical Measurements of the Energeticheakiy institut
AN SSSR (Institute of Power Engineering at the Academy of
Card 1/3 Sciences, USSR). In 1937 he was promoted Doctor, and in 1938

Corresponding Member of the AS UkrSSR SOV/105-59-6-25/28
A. D. Nesterenko. On His 60-th Birthday
he was appointed Professor of the special field of electrical
measurements. From 1936 to 1941 he was chief designer of a
factory for electrical apparatus and from 1942 to 1944 he
was Professor at the Omskiy mashinostroitellnyy institut
(Omsk Institute of Mechanical Engineering). After the War
he collaborated in the elaboration of the five years' plan
and worked as a professor at the Kiyevskiy politekhnicheskiy
institut (Kiyev Polytechnic Institute). Due to his initiative
a chair of clectric4l apparatus building was established there.
At the same time he was Head of the Department of Automation
of the Institut elektrotekhniki AN USSR (Institute of Electrical
Engineering of the AS UkrSSR). In 1951 he became A Uorre -
sponding Member of the AS UkrSSR and in 1952 he was elected
Head of the Institut elektrotekhniki (Institute of Electrical
Engineering). lie published 50 papers. In his works he primarily
deals with a classification of measuring methods and of
instruments, with the power measurement in single- and multi-
phase circuits, with the theory of phasometers and of
Card 2/3 compensation and differential bridge circuits, and the

Corresponding Member of the AS UkrSSR SOV/105-59-6-25/28
A. D. Nesterenko. On His 60-th Birthday
inspection of current- and voltage transformers. He has made
more than 15 inventions and technical improvemeats. In 1951
he was awarded the Stalin Prize. He bears the Red Banner of
Labor Order and several medale. There is I figure.
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9(9) SOV143-59-1-9/17
AUTHOR: Fedchenk K., Doctor of Technical Sciences, Professor,
K
_-an-T-Vondra, ~B. ., Engineer
TITLE: Conditions for Modeling When Investigating Wave Character-
istics of Electric Lines on Models (Usloviya modelirovan-
iya pri issledovanii volnovykh kharakteristik liniy na
modelyakh)
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy - Energetika,
1959, Nr 1, pp 56-64 (USSR)
ABSTRACT: A model is required to ensure a full similarity in physi-
cal processes to the full-size line. The geometrical
similarity is indispensable; it covers such characterist-
ics as the radii of the wires, the heights of their sus-
pension and the distances between them. The scale of
modeling may be chosen arbitrarily. The authors proceed
to establish the relationships between the C, L, R, and
z values of the model and the full-size line in case of
their similarity. The voltage to be applied to the
Card 1/3 model is found on the basis of the ratio between the
71P

SOV/143-59-1-9/17
Conditions for Modeling When Investigating Wave Characteristics of
Electric Lines on Models
critical voltages of the full-size line and the model.
The wave shapes must be identical. Next, the authors
give a definition of similarity of electrostatic fields
and characterize the similarity in current distribution.
The requirements of electrodynamic similarity cover the
equality of the dielectric constants, magnetic permeabil-
ities and conductivities of the respective media, the
equality of the wave refraction and reflection indices,
the similarity in the processes of the attenuation of
electromagnetic waves. For perfect similarity, the len-
gth of consideration; but for studying the wave charac-
teristics, the length of the model may be reduced to the
length of th* front of the wave, the reflection of the
wave being prevented by adding, at the line end, an ac-
tive resistance equal to the wave resistance of the line
R 11. Experiments have proved that the described
me7hozd ensures more accurate results when studying wave
processes on laboratory models. There are 5 diagrams
Card Z/3 and 1Z Soviet references.

SOV/143-59-1-9/17
Conditions for Modeling When Investigating Wave Characteristics of
Electric Lines on Models
ISSOCIATION: Kiyevskiy ordena Lenina politekhnicheskiy institut
(Kiyev, Order of Lenin, Polytechnical Institute)
PRESENTED: By the Kafedra tekhniki vysokikh napryazheni, (Chair
of High-Voltage Engineering)
SUBMITTED: November .24, 1958
Card 3/3

L. -"I,
FMCHMO, I.K., doktor tekhn. nauk prof.; IYZRUSALIMOV, M.Ye., kand. tekhn.
nauk dots.
Characteristics of the electric strength of large spark gaps
at constant high voltage. IST. Tye. ucheb. zav.-, energ. 2 no-7:
33-W Jl '39. (MIRA 13:1)
1.Kiyevskly Ordens uni olitskhnicheskiy institut.
Ilectric a r

27083
S/143/61/ooo/ool/001/006
9W I A207/A126
AUTHORSs Fedchenko, I. K., Doctor of Technical Sciences, Kondra, B. N., Engin-
eer
TITLE: An investigation carried out on the model line of wave-resistaqce
change of a cable line at pulse corona
I
PMUODICAL: Jklergetika, no. 1, 1961, 1 - 10
TKKT: The present work deals with the problem of investigating the wave
resistance of a line, depending on the multiplicity of the voltage on tAe cable
line and on the front length of the pulse wave. An analytical solution of the
problem on the change of the wave resistance in the line with pulse corona, due
to the complexity of the processes, does not lend itself to accurate calculations,
and does not exist at present. The analyses conducted on a standard line, where
conditions of similarity are maintained, enpLbled the authors to determine the
qualitative and quantitative characteristics of the process in the presence of a
pulse corona in the cable line. An investigation of the pulse corona was conduct-
ed on a standard line. Observance of the electrostatic similarity was ensured by
adopting the geometrical similarity as the necessary condition of the standard
Card 1/ 2

27083
S/143/61/000/001/001/006
An 1nvestigation carried out on the model line of A2o-(/Ai26
line., The use of the three-beam cathode oscillograph, type- 3K0-20 (ZKO-20),
designed at the VNI imeni V. 1. Lenin, simplifies the method of analysis, enabling
one to obtain the curves of current ehange on one oscillogram, applied to the
voltage line, and also the graduated curve, as well. The latter also gives an
aecurate measurement of the percentage drop of the wave resistance, associated
with the pulse ooiona. A series of osoillogram3 were taken for any moment of
time, and at any multiplioity of over-voltage. The analyses were carried out at
positive and negative polarities of the wave.' An analysis of these oscillograms
showed that: 1) the maximum drop of the wave resistance takes place during the
time which corresponds to the current pulse amplitude. 2) The amplitude of N,
drops with an increase of the front length of the voltage wave, which confirms
the faot that the appearance of N is associated with the shunting action of the
capacitances in the initial moment of-time, the reactive resistance of which in-
creases with an increpae of the wave front length of the volt e 31 31emaximum
drop at a front wave length of the voltage equil to 2 ;~w3f30 HS iboU ess,
than at a front length equal to 0.5 sea. There are 6 figures and 10 Soviet-
-bloc references.
ASSOCIATION: Kiyevskiy ardena Lenina politekhnicheakiy institut (The Kiyev Order
.of Lenin Polstechnical Institute)
SUBMITTED: April 18, 196o
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FEDCHENK9, I.K.p doktor tekhn.naukt prof.; KONDRA, B.N., inzh.
va, Maw
P-9--
Use of a model or studying changes in the line resistance of a line
conduator in the;Wssence of an impulse corona. Iqv* vys. ucheb.
save; energe /+ no.1#1-10 Ja 961. (MIU :14z 2)
1. Kiyeveldy ordena Lenin& politekhnicheskiy institut. Predstavlena
kafedroy telghnilri v.;mokikh napz~axheniy.
(Electric linso)

FEDCHIOIKO, I.K., doktor teklm.nawk., prof.; IYERUSALDIOV, M.Ye.,,
doteent,
Moisture control of the insulation of tlectric transformers.
Izv, vyos ucheb, zave; energ- 4 no.8%14-21 Ag ,61.
(MIRA 14:8)
lo Kiyevskiy ordena. Lenina politekbnicheakiy inatitut.
Predotavlena kafpdroy tekhniki vysokikh nat)ryazheniy.
(Electric transformers) - -

FEDCHENKO, Ivan Kirillovich; doktor tekhn, nauk; PETROVp G.N.s
dokto--r--tekhn. nauko rateenzentj NENCHUNOVA, O.A., red.
iad-va; PISARENKOp M.G.# inzh.p red.izd-va; ROZUMj T.I.p
tekhn. red.
[High-voltage engineering; specific problems] Tekhnika vy-
sokikh napriazhenii; spetavoprosy. Kievs Gostekhizdat
USSR9 1963. 319 P. (MIRA 17:3)

Icri of the differ6nUal Of hn 11., ., Cullumn with
;-laswa :cooled by r.--ans of con~uctivlti. 'E,cp.
ill URS2 no.7:9225-921) 164. (MIRA 27:9)
poilt,'Ah.-II(hpskly ins' 're-istavr2or.,~
B.A-.,atonom '~iatorl,

FEDCHENKO, IK.; ILIYEM? O.S. [Illionko, O.S.)
Study of the dependence of the radius of a do. are on the
current intensity and temperature. Dop. AN URSR no.9zll87-
1191 164. (MIRA 17tll)
1. Kiyevskly politekhnicheskiy institut. Predstavleno akademikom
B.Ye. Patonom [Paton, B.IE.].

FEDMiLrIKO) L.K.0 doktor tekhn. nauV# prof.; IL'YENKO, 0. S., Inzh.
Determination of the critical parameters of an open a.c. arc
using an energy balance technique. Izv. vys. ucheb. zav*;
energ.7 no.5:20-28 My 164+. OXIIRA 17:7)
1. Klyevskly ordena Lenina politekhnicheskLy institut. Fredstavlene,
kafedroy tekhnlki vysokikh napryazheniy.

(d (1 )/EPF(n)-2/EWG(m)/EPA (w)-2 Pz-6/po-4/Pah-JO/$p 9-4,/P 1 -4
Tl-)~; 1j-? P4,-1)4 21126 S / 002 1 'XY7 / :~q2 092 9
IJP 'rA1/AT
AUTHOR: Fedchenko., I. K.; 111yenko 90. S.
TME: Integration of the differential eg=i of an are col=n vith isothermal
plazm cooled by thermal conductivity
SOURCE: AN UkrRSR. Dopovidi, no. 7, 1901, 925-929
TOPIC TAGS: are discharge, are column, thermal conductivity, heat transfer, dif-
ferential equation, entropy increace minimun rate, differeftial tntee~mticn, in-
tegral, electric conductivity,, tube discharge
ABSTRACT: The differential equation for the are column is
Ar ( dT
xr drs r dr, V VrE". 10
C
where T is the temperature at r distance from the axis and -ft the dependence
of th- -n-Mclents of thermal conductivity and of elecQcal conductivity of the
i:-t - tem.,vrnturp, and E the electric field Intensit)r in U11c arc colLMz. The
equation Is obtained by xitilizIng, the principle of minimi rate of
entropy Increase and calculating the heat transmission by therr-L-1 conductivity.
The main characteristics of the arc(Dlumn vere also obtained by approximate nmeri-
Card 1/2

L 40321-65
ACG,,~.;SIGN HR: AP042826
cal. soLution of equation (1) and the results were found to be in good agreeme~
with those obtained an the basis of minimum rate of entropy increase. 7he a&--ee-
rrent in the results indicates that the minimum rate of entropw increase used in
determining the characteristics of the are colunn is a valid method. Orig. art.
has: 7 formulas and 4 figures.
ASSOCIATION: KyyivstkV poUtekhnichnyy instytut (Kiev Po4rtechnic Institute)--
suBi-,x=: ogoet63 EIML: 00 SUB CODE: EM, 14A
NO REF SOV: 001 OTM: 003
Card 2/2.

L
RSS ON NA AP4049904 4/0023/WMX009/n87/1191
AUMORt Tedchankog L X.1 wyankol 0. S.
TIUM Study of the depandenco of a d-c arc radius an the ourrent and temperature-
SOURM AN UkrRSR. Dopovidi,, no. 90-19641 1167-1191
TOPIC TAM are coluan differential equation# are parameter, main parameterp
discharge tube,
ABSTWT: Referring toa previous work mA uAing analysis of the solution of the
are eolumn differenUal. equation derived by means of the principle of -1 ni coun rate
of entropy increase, the authors establish the relation between the -1 parameters
of the are cQlu= aiid the discharge tube. Orig. art. hast 4 figures and 7 formu-
las.
ASMCIATION# KyyiY91kyy politekhoichuyy instytut (Kiev Polytechnic Institute)
suBmTTED, 000063 EXCL 1 00 SUB COM 99
NO REF SOV s, 001 VTHERs 001
Card W1
ag%
60-' WN

FEDCIIENKO$ I.K., doktor tokhn. nauk; SOKOLOVSKIY, S.A., kand. tukhzi. nauk
Generator for studying overvoltages in high-voltage transformer
windings. Energ. i elektrotekh. prom. no.4:31-33 O-D 165.
(V'MA 19:1)

L 42628-66 EWT(d)/2WT(1)/T IJP(~~.) ';;Vi/AT
ACC NRi AR6010525 SOURCE CODE: UIR/0196/65/000/010/1037ilO37
AUTHOR: Fedchenko, 1. K.1 Sokolovskiy, S. A. 77
TITLE: Assembly for the messrurement of the tempera e field of an electric are plag by
means of the photoelectric method of recording moment of rotratGn of spectral lines
SOURCE: Ref. zh. Elektrotekhn*a i energetika,, Abe. 101228
REF SOURCE: Vesta. '-~-evak. politekhn. In-ta. Ser. elektroenerg., no. 1, 1964, 3-16
TOPIC TAGS: plasms. temperature, temperature measurement, electric are, spectral line,
phothelectric meth od, measuring instrument
ABSTRACT: lie method of rotation of spectral lines fig applied for the Instantaneous measure
ment of a plasma temperature ineasurement durati WRS f the order of 0.5% of the osciUa-
tion period of the Industrial frequency). An EV-3 evioe, generating emission corresponding
to the emission of an absolute black bi~& a temperature of 39, OOOK, Is used as a reference
source. A special synchronization scheme to offered by means of which It to possible to
measure the temperature at any instant of the half-period of are current, which makes It
possible to determine the change in the temperature of the are column In the course of the
current period. The assembly also makes It possible to find the temperature distribution
Card 1/12 UDC: 621.316.5.014.31

L 42828-66
ACC NR, AR6010525 . 0;
Across the oross seotion and along the arc oolum. 1 [Translation of abstract 1, V. FIRStovichw
'-U4
SUB CODEt
I

FE=HENKOy K. K.
"Tellurio Curients &M Their Connection with Terrestrial mmmtim,,w
ProblmW ArktUd. Noo9,, 1939,, pp, 55-61
Translation 600327

"Law Governing the Variation in Deviation of a Magnetic Compass in the Arctic." Problegr
Arktiki, No 1, 1945 (6-30).
(Meteorologiya i Gidrologiya., No 6 Nov/Dec 1947)
SO: U-3218, 3 Apr 1953

28837 S/169/61/000/004/014/026
3 34 10 (d" A TS11 fit AOO5/A130
AUTHOR: Fedohenko,.K.K.
TITLE: The disturbance index of cosmic rays and its connection with magnet-
ic-lonospheric and solar activity
PERIODICAL: Referativnyy zhurnal. Geofizika, no. 4, 1961, 20, abstract 4 G 120.
(Tr. Mezhdunar. konferentsii po koemich. lucham, 1959, v. 4. Moscow,
AN SSSR, 196o, 312 - 316)
TFM: The author attempts to deduce a quantitative charaoteriatio(Endex)
of the degree of disturbance of variations in the intensity of cosmic rays for a
given time interval. For such an Index the author adopts the diurnal sum of the
absolute values of the deviations 012 the two-hourly values of intensity from the
average diurnal valuep i.e.p I - III - YJ . These indices correlate well
with the planetary magnetic indices , ionospheric disturbances, and spot areas
in the sun% central zone. Rp
[Abstracter's note: Complete translation.]
t1ky
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88826
Translation fromi Referativnyy zhurnal,
P. 55, # 2A448
S/035/61/000/00 2/011/016
AOO1/AOO1
Astronomiya i Oeodeziya, 1961, No. 2,
AUTHOR: Zqdp!Le~.K.
TITLEt On the Relation Between Cosmic Ray Intensity and Sunspots and Floo-
culi
PERIODICALs "Solneohnyye dannyye", 1960, No. 1, PP. 75 - 77
TEXT: The author presents the results of an investigation of the effect
of sunspot and flooouli corpuscular streams on intensity of cosmic rays. He com-
pares the daily intensity values of the hard and neutron components of cosmic
rays in 1958, obtained on the Heuss island and at Moscow, and the solar activity
data, areas of sunspots and calcium flocculi in the Sun's central zone (300 from
the visible center). It is noted that the effect of cosmic ray intensity drop,
connected with the solar activity in the epoch of maximum, is determined by sun-
spots to a far greater degree than by flocculi. It is valid both for the hard
and neutron component. The results obtained indicate the different nature of
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88826
S/035/61/000/002/011/016
A001/AO01
On the Relation Between Cosmic Bay Intensity and Sunappto and Flocculi
corpuscular streams from floocull and sunspots; this apparently confirms a con-
Jecture of E.R. Mustel' according to which corpuscular streams from sunspots are
responsible for magnetic storms with sudden commencement, and corpuscular streams
from calcium flocauli for magnetic storms with gradual commencements. There are
5 references.
V. Ye3ipov
Translator's note: This is the full translation of the original Russian abstract.
Card 2/2

ACCESSION Nits AT3012746 5/2961/60/000/002/0137/0141
AUTHORs Pedch4!n
TITLEs Connection between cosmic ray intensity and solar activity
SOURCE: AN SSSR. Mezbd~vedomst. komit. po prov. mezbdunarodn. goo-
fizicb. goda. 7 razdel program, MGG. Koomicbeakiye lucbi. Sb.
statey, no. 2, 1960, 137-141
TOPIC TAGSs cosmic rays, cosmic ray intensity, cosmic ray neutron
componentj cosmic ray hard component,' sunspot, floccula, corpuscular
stream, corpuscular stream source#-solar activity
ABSTRACTs To ascertain the influence of corpuscular stream sources
such as sun spots and calcium flocculas on the cosmic ray intensity
variitions during different periods of the solar cycle, data on the
variations of the bard and neutron components were obtained during
1954-1958 irk the high latitude stations Bukhta Tikhaya and Heins
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ACCESSION NRt AT3012746
Island, and also in Moscow. The data-on the solar activity were
taXen from the pertinent bulletins. The variation data were correct-
ed for the barometric effect. Plots obtained by superposition of
epochs show that during the maximum-solar activity the cosmic rays
are affected most by spots and during the minimum activity the ef-*
fects due to spots and to flocculas are both small. It is also
shown that some of the largest spots, which occur only during years
of high solar activity, can produce everywhe're (except in equatorial
latitudes) a considerable increase in the intensity of the neutron
(-4%) and hard (-2%) components as they pass through the-central
zone of the sun. The reasons for the increase are discussed and a
hypothesis advanced that some unknown mechanism on the sun, not con-.
nected with the flares, is effective and ensures a prolonged (sev-
eral days) emission from the sun of a low-energy cosmic-ray compo-
nent. It is possible that this mechanism is somehow connected with
the unipolar magnetic regions on tbe*sun, observed by a. W. and H. D.
Babcock. "in conclusion the author is grateful to Professor E. A*
2/3

ACCESSION KRs AT3012746
Mustell and the staff of the Coomic,Ray,Division of IZKIRAN for a
discussion of the obtained results*" Orig, act* hass 2 figures&
ASSOCIATIONs None
SUBMITTEDs 00 DATE ACOs 220ct63 ENCLI 00
SUB CODEs PH 90 RRF SOVs 006 021=1 003
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S10351621000".' i.; B/098
(2 A055/A1O1
AU7HOR: Fedchenko, K. K.
T7-TL'-4': Relation between cosmic rays Intensity and solar activity
PERIOD'ICAL: Referativnyy zhurnal, Astronomiya I Geodezlya, no. 5, 1962, 32-33,
abstract 5A259 (V, sb. "Varlyatsil kosmichesk. luchey I solnechn.
korpuskulyarn, potoki, no. 2", Moscow, AN SSSR, 1960, 137-141,
English summary)
TE=L: From data provided by a continuous recording of the cosmic rays
intensity in the periods of maximum (1958) and minimum (1954 - 1955) solar
activity, the author investigates the Influence exerted on cosmic rays by the
corpuscular streams related to flocculi and sunspots. It is shown that, in
the maximum activity period, the predominating influence on the cosmic rays IIX
intensity is exerted by sunspots; in the minimum period, both sunspots and
flocculi exert but a small influence on cosmic rays. This leads the author to
the conclusion that, in the maximum activity period, the corpuscular streams
related to flocculi carry away weak frozen magnetic fields, whereas the streams
ca7used sunspots carry magnetic fields whose strength is greater by an order of
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S/035/62/000/005/033/098
Relation between cosmic rays ... A055/A101-
magnitude. The author examines next the relation between the cosmic rays
intensity arid the transit of large spots (whose area is greater than 2,CIN -10-'
3 0- ) across the central meridian of the Sun. In the majority of cases, the*
tra.nsit of such spots across the central meridian was followed by a decrease in
the Intensity of cosmic rays. However, the transit of the largest group of
spots (September 18 - 21, 1957) coincided with a perceptible increase of the
intensity- It is supposed that the observed intensity increases may be the
consequ of a prolonged generation, on the Sun, of high-energy cosmic rays.
4
N. Kaminer
rAbstractetq note;
L dpdl~
Complete translation3
Card 21/2

BRIATSM, T.M.; HILYAYNT, N.A.*, NIKOLISM, A.P.;:.j~=13NIO, K.K.
Development of geophysical research in the Arctic during the
past 40 years, Probl. ArIct. i Antarkt. no. 4:97-110 160.
(MIU 13:12)
(Arctic regions-Geophysieal research)
0

FEDCIS.NKO t K,L,
Directed anisotropy in the mechanism of Forbush decreases of
cosmic ray intensity. Gemag. i aer. I no.3:346-353 My-Je
,6:L. (MIRA 14:9)
1. Polyarnyy geofizicheskiy institut Kollskogo filiala AN
SSSR.
(cosmic rays)

ACC NR, AT6026926 SOURCE COLE: uR/oooo/66/ooo/ooo/ooq4/O10l
*1 q'?
AUTHOR: Smirnov, V. S.; Fe chenko,'K. K.
ORG: none
TITLE: Anisotropy of the Forbush effect and electromagnetic conditions in inter-
planetary space
SOURCE: AN SSSR. Kol'skiy filial. Polyarnyy geofizicheakiy institut.
Vysokoshirotnyye issiedovaniya v oblasti. geomWetizma i aer&iomii (High-latitude
studies in geomagnetism and aeronoqr). Moscow, Izd-vo Nauka, 1966, 94-lol
TOPIC TAGS: Forbush effect, interplanetary space, Q&wm&awvRW, geomagnetic storm,
i terplanetaz7 magnetic field, solar atmosphere, 6 , flare, magnetic
11 ma, ionospheric blackout,
pl;
ABSTRA~, The present review article summarizes the earlier results of the For'bush-
effect events observed furing the IGI period. e coincidence of Forbush-effect
events is compared with the gtq%gpet ~2'2 dden commencement. The structur
___Lq EtormsN of I!u
and strength of the interplanetary magnetic fiel& can be studied from the duration
f anisotropy of tbe-Yo-rbush effect and processes in the solar atmosphere during
chromospheric flares. All Forbush-effect events can be divided into two types:
4
the first type has short anisotropy and unclear dependence of the duration of
anisotropy upon the heliographic longitude of flares, and the other type has long-

M
T, - f),~109 P,_Ciz
ACC NRs AP7002334 SOURCE CODE1 UR/0026/66/000/006/0113/0114
AUTHORt Fedchenko, K, K.
ORG*. Polar Geophysical Inatitu!"AtitT relyarnyy geofisicheskiy institut)
TITLE: Automatic recording of cosmic rays
SOURCE: Fr1rodao no* 69 19669 .13-114
TOPIC TAGS$ cosmic ray missurementq artificial earth satellite
ABSTRACT:
- ' Sovi6t cosmic ray*atations ire e4uipped with'specially developed stand-'
ard recording apparatus for complex iniestigations: shielded ionization
chambers, cubic telescopes and neutron monitors. However, under present-day'
conditions, when extensive use is made of artificial earth satellites, space;
rockets and hiGh-speed computers, a need arises-for further effective im-
provement of existing apparatus and a maximum increase of its accuracy. A I
design for highly sensitive automatic apparatus for the recording of cosmic
rays has been developed at the Institute of Terrestrial Ma netis~.k. Iono-
' - t"ji -
AP-h-gre-and- Rad.La_Wayq_Pxop*S4LtiM%_0. - c&dr:my__af_Science9_.USSR. The exe-
_Xe uired the Participation of a large!
'dution of this complex design and.pisq K
1/3

1, 09098-67
ACC NR, AP7002334
body of different specialists and organizations. The work was done in part k,
by a number of Instituess of the Academy of Sciences USSR, Georgian SSR and
-Kazakh SSR.
1he apparatus consists of two parts -- a meson supertelescope and a
neutron supermonitor, designed for continuous automatic recording of the
corresponding components of the Intensity of cosmic rays with a high accuracys
The total instrument error for both components does not exceed 0.1%, that isj,~
will be more than an order of magnitude lose in comparison with instruments
now in use.
All the apparatus in completely automatic. The most important indi-'..."
vidual components and parts con be replaced automatically by spares; all
other components have light or sound signals which make known any malfunco
tioning. At the output of the recorder data will be fed out in double
form: as punch tapes,'adapted for direct Input Inio electronic computers
'and as digital printed tapes for vieuml-inspection.
The new apparatus has been developed, has been fully tested, and the
first experimental model Is in operation. Such an apparatus, satisfying
present-day requiremnts, should be set up at all presently operating and
newly opened magnetic -ionospheric Ptationag tagether..with tnetrusients foic.

--L 0909&67
ACC NRi A117002334
0
..recording Sconuignatic and'Lonospheric phenomena. By the beginning of 1967
Most Soviet cosmic ray stations will be re-equipped and present instruments...
'will be replaced bv the. now h$4hlv.,;e*gitivv automatic apparatus*
EJ-PRS: 37,3977
SUB CODEs 03,22 SUBM DATEs none
LI;Erd 3/3 UdIt

IBVINA, V.P.-, M-MISITKO, L.G.
Traumatic dextroventricular ansurytim of the heart. Vest. khir.
91, no.lill5-116 Ja '65.. (MRA 18:7)
1. 1z gospitall-noy khirurgichoskoy klinikl Izav. - dotsent N,N.
Zer,!jkov) Luganskogo medltainskogo instituta.

'J_*,.jFg';.fj, (All-t,rii-ir r v -io c f ir!cL;lturo
Ajr )
j:c'wr"i I'antri), All.-Unlon "Ci IL*- 1,111titlit, ,,v r1a,4 rr,Joiction ,*ri i nzz! rp 1951'.
vr.. Y -iii-irr, a a, C) 11 , J4-1!rz-, J I u1 5".)

FAWKINKO, N.A., kandidat sel'skokhosyastvewwkh nauk.
- ~~ " -!.,
*Vofatoks.l Sauk& I shisn' 23 no.5:18 156. (Km 9: 8)
(Insecticides)

YAW.1n, ILOO M,A ., kandidat sellskokhosyaystvannykh nauk (st.Pashkovskaya).
Now poison for controlling J*ygaster. Priroda 45 noo4:96-V Ap 056.
(KM 9:7)
1.1rasnodarokaya, krayevaya opytnaya stantelya sashchity rastenty.
(Surygasters) M? (Insecticide))

FEDC-:!E-.Z,r,C), I.I. A.
Yu. A. Orfanitskiy, M. A. Fedchenko, and A. S. Tvorogo,/u or, "S:,11 RroDle-ME!,
connected with the problem of clearance Lypes."
report presented at the Conference on Forestry, Arkhangellsk, 14-15 April 1958
(Vest. Ak Nauk SSSR, 1958, Ho- 7, PP- 133-10

ORFANITSKIY, Yu.A.; YWCHMO, M*A.; ARUSSEY, M-Ya.
Ammonification and nitrification In certain types of falling areas
of Archangel Province. Pocbvovedenle no-lOS79-85 160.
(MIRA 13:10)
1. Institut lema I lesokhImli Akademli nauk SSSR.
(Archangel Province-Forest soils)

FEDGHERKOP M.A., kand. sellsksUez. nauk
=Ompounds for corn disinfection. Zaahch. rast. ot wed.
i bol. 6 no.1003-34 0 161. (KRA 16:6)
1. Kmanodarskiy nauchno-ianisdovatellskiy institut sellskego
khozyaystva. I Cwn(malze)-Diseases and pests)
(Krasnodar lerritory- 9
(Seeds-Disinfection)

FEDCHENKO, M.A.1 kand.seliskokhoz.nauk
Rodent control. Zhivotnovodstvo 23 no.2t87-88 F 161.
(MIRA 15311)
1. Krasnodarskiy nauchno-issledovatellskiy Institut sellskogo
khozyaystva.
(Rodent control)

FEDCHENKOI M.A.
Fractional composition of soil h= in outover areas of
Arohangel Provinoe where hairgrassis predominant. Pochvo-
vedenie noolt49-58 A 162,, (MIRA 171l)
2. Institut lose i leackhiaii AN SSSR.

FEDCHENKO. M.A.) kand.Bellokok~ozy&ystvennykh nauk; BOCHKAREVA, Z.A.,
starshiy nauchayy sotrudnik
Preparation and use of disinfectants with indicators. Zashch.
rast. ot vred. i bol. 7 no.3:~2-43 Mr 162. OURA 15:U)
1. Krasnodarskiy nauchno-ionledovatellskiy institut sellskogo
khosyaystva. -
(Seeds-Disinfection)

FEDCHENK .. kand.sellskokhoz.nauk
Disinfectization of granaries with chlorophos. Zashch. rast.ot
vred. i bol. 8 no.9s27 S 163. (KUU 16:10)
1. Krasnodarskiy nauchno-issledovatellskiy institut sellskogo
khosyaystva.

FEDGIT,NKO, M.A., kand.sellskokhoz.nauk
Tet isinfection of needs. Zashch. rant. ot vred. i bol. 9
no,3:29~-30 164. (MIRA 17:4)
1. Krasnodarakiy nauchno-issledovatellskiy institut sel'skogo
khozyaystva.

FFECHENKO M.A. kand. sellskokhoz. nauk
~- I,,- -
Sood dlg!nfectors with color indicators. Zashch. rant. ot
vred. i bol. 9 no.M5 164. (MIRA 17;12)
1. Krasnodarskly nauchno-i3sledovatellskiy institut sellakogo
khozyaystva.

- I:- T r
r
-, ~p k~_IT Li ~11 F - IK - I-,
SPIVAK, U.S., golovnyy redaktor; BILOM, Y.G., redaktor; VASILZNKO, P.M.,
reclaktor; ZORIN, I.G., redaktor; ILICHnKO, I.K., redaktor; KOVAL',
O.G., redaktor; KRILOV, O.F., redaktor; PUKRALISIXIT, A.V., redaktor;
SIDORHWO, O.P., r~daktor;_L*Qj9=,_M., redaktor; ANGXLINA, P.M.,
redaktor; BUZANOV, I.F.. redaktor; BOYKO, D.V., redaktor; BMUEATSIKA,
G.E.. redaktor; VASILMO, A.O., redaktor; VIASYUK, P.A., redaktor;
GORODNIY, K.G., redaktor; DAKIDIMO. T.T., redaktor; DUBKOVETSIXIT,
Y.I., redaktor; KIRICHMO, Y.G., redaktor; LITOVCHMO, G.P..
redaktor; OZXRNIY. M.O., redaktor; PARSHIN,P.K., redaktor; POPOV,
F.A., redaktor; POSMITNIY. M.0., redaktor; PSMWICHNIY, P.D.,
redaktor; RADCHMO, B.P., redaktor; POKAHIWKO, S.S.. redaktor;
RUBIN, S.S., redaictor; SAYGHENKO. M.1h., redaktor; SOKOLOVSIKIT,
O.N.. redaktor; TSIBXffKO, K.O., redaktor.; SHCHIRBINA, O.P., redaktor;
ZRAYCHANO, X.Y., tgkhnichniv redaktor
[Collective farm encyclopedia] Kolhospna vyrobnycha ensyklopedila.
Vyd. 2-e, perer. t dop. Kyiv. Derzh.vyd-vo sillelkohospodaralkoi
lit-ry URSR. Vol.l. Abrykos - Liutserna. 1956. 756 p. (MIRA 9:9)
(Agriculture--Encyclopedias and dictionaries)

S/601/60/000/011/012/014
D207/D304
AUTHORS: Dekhtyar, I. Ya., Litovchenko, S. G., and
Fedchenkoq R. G.
TITLE: Investigating the effect of plastic deformation
on the electrical properties of alloys in the
Fe-Al system
SOURCE: Akademiya nauk Ukrayinelkoyi RSR. Instytut
metalofyzyky. Sbornik nauchnykh rabot. no.
11. 1960. Voprosy fiziki metallov i metallo-
vedeniya, 121 - 128
TEXT: The authors investigated the influence of crystal de-
fects produced by plastic deformation on the electrical resis-
tivity of pure iron and of Fe-Al alloys with 13-13 - 8% Al.
Cast alloys were homogenized (120 hours at 1150 0), forged, drawn
into a wire of 0.56 mm diameter, annealed (3 hours at 8OOuC), and
finally cooled in air. Extension was produced by a constant load
Ct'rrl 11-5

Investi-atin6 Ulu effacL...
U I
S/601/60/000/011/012/014
D207/D304
of 1.5 - 2 kg and measured by a clock mechanism. The electrical
resistivity was determined with a nnTK PPTN) potentiometer and
a highly sensitive galvanometer M 2L5/3 W5/3). For pure iron
and Fe-0.13% Al, it was found that (1) A p/e 0 = AE 3/2 , where
is the change of resistivity due to plastic deformation, P 0
is the initial resistivity (in ohm cm) is the relative defor-
mation (in%), and A is a constant; ~2) the increase of resis-
tivity was primarily due to vacancies. The electrical resistivi-
ty due to one vacancy in pure iron was 1.1 x 10-21 Aohm cm/cm3
and for Fe-0.13% Al, it was 0.6 x 10-21 ~Lohm cm/cm3. For the
alloys with 0.28 - 1.08% Al, it was found that 6 p /e 0 = BE 1/2
and that the increase in resistivity was primarily due to disloca-
tions; the electrical resistivity due to one dislocation was of
the order of 10-13 ~tohm cm/cm3, and it rose with increase of the
Card 2/3

S/601/60/000/011/012/014
Investigating the effect... D207/D304
aluminum content. The Fe-8% Al alloy behaved differently from
all the other alloys: its electrical resistivity was reduced by
plastic deformation. This was gue to destruction of the short-
range order produced by the 800 0 heat treatment before tests.
It was also found that the electrical resistivity of all the al-
loys, except Fe-8% Al, rose linearly with their Al content.
There are 4 figures, 1 table and 11 references; 3 Soviet-bloc
and 8 non-Soviet-bloc. The 4 most recent references to the
English-language publications read as followc: D. L. Dexter, Phys.
Rev., 90, 710p 1953; tS. 0. Hunter, P. Nabarro, Proc. Roy. Soc,,
220, 542, 1953; W. A. Harryson, PhY8. Chem. of Solids, 5, 44j
1958; Matsura Keisuke, Hamaguchu Voshikazu, Koda Shigeyasu, J,
Phys. Soc. Japan, 12, 1424, 1957.
SUBMITTED: June 24, 1959
Card 3/3

S/185/61/006/uO2/012/020
D210/D304
AUTHOR-0: Dekhtyar, I.Ya., Lytovcherko, S.H., and Pedchenko,
TITLE: Effect of plastic deformition on the electrical
resistance of alloys
PMODNAL: Ukrayind~kyy fizychnyy zhurnal, V. b, no. 2, 1961,
253 - 238
TEXT: The authors describe the influence of vacancies and disloca-
tion in alloys on the electrical resistance of the alloys. There
exists a large amount of theoretical data on the efi'ect of plastic
defurnations on electrical resistance and the main purpose of thib
study vias 'to check this theory as well as -the authors' t'ncory pre-
sented in an earlier publication which states th,
0)
PO PO Pe
Card 1/4

S/185/61/006/002/012/020
Ifffect of plastic deformation ... D210/D3o4
~ - increaoe of specific resistance; ~o - initial specific resi.-3-
tance; - - resifitance due to one vacancy; d - resistance du2 to
1. v
one dislocation; b - Buerger's vector; 1 - wean length of free dis-
location run; f - coefficient specifying the effective number of
steps which are the source of dislocations. Prom this equation,
the constants A and B, and hence rv and d can be easily calcula-
ted by plotting experimental values of 0 again st [is
this should give a straight line. Experimental resistivity ireasurl!-
ments were made on Fe + Mo (0-9 to 1.5 1,'/.) at room tepip;-rature and
Fe + 1.0 at .% Ni, Fe + 0.9 at .0% 1,11o, and Pe + 0.9 at Io' V at 78oiC.
The samples were in the form of 0.5 mm diameter wire, 9 cm lon- a:ad
they were strained up to 10 % at room temperature, and up to 150
at 780K. The resistance measurements were made with a potentiometer
eald a sensitive galvanometer. For the Pe + Mo alloy measurements
carried out at roont temperature the plot of -Apl~o against E~+ gave
straight lines implying that the principal cause of re.~3istance in-
Card 2/4

Effect of plastic deformation ... S/16 YD61/006/002/012/020
D210 304
crease is due to dislocations. This can be explained by concentra-
ting vacancies near the admixed atoms, forming a "modified admix-
ture". The Mo concentration in.'this experiment had no significant.
effect# probably because it was very high (0.9 %) in the lowest
concentration. On the basis of- determined in the previous expe.Y-4 -
mento ?d was found to be 17-10 ~4~92cm/cm-2. No appreciable change
in resistance was found on annealing for 8 hours at 1000C after
10 % deformation of a Fe + Mo specimen. For low temperature measL-
rements the deformation was effected at room temperature while the
resistivity was measured at 780K. After a certain deformation a
limit in the number of defects is reached and the resistivity rer.-
ches a limiting'value. By plotting these curves according to Eq.
(1) straight lines were.obtained in each case. Fe + Mo gave A =
0.037 and B = 0.011. The curve for Fe + Ni, plotted up to E = 70
gave a straight line going through the origin implying that the
main source of res' t
~/,&Po = 0.01 a ~s 4ice are vacancies, with the relationship
16 3 2. For the vanadium alloy A was found to be zero
Card 3/4

S/185/61/006/002/012/020
Effect of plastic deformation ... D210/D304
and B = 0.095. The differences between these curves are attributed
by the authors to the aMnity of the admixed atoms for the vacan-
ciesp being greatest for V and least for Ni. Other factors which
may affect the resistivity are the scattering of electron waves by
point defects (vacancies) and dislocations, and the interaction of
point defects with dislocations. There are 3 figures and 7 referen-
ces: 1 Soviet-bloc and 6 non-Soviet-bloc. The references to the 4
most recent English-language publications read as follows: P.
Jongenburger, Phys. Rev., 90, 710, 1953; P. Seitz, Advances in Phy-
sicst 1, 43t 1952; S.C. Hunter, N.P. Nabarro, Proc. Roy. Soc., 1953
220, 542; W.A. Harrison, Phys. Chem. of Solids, 1958, 1. 5, 44-46.
ASSOCIATION: Instytut metalofizyky AN URSR m. Kyyiv (Institute of
Metal Physics AS UkrSSR, Kiyev)
SUBMITTEDt June 18, 1960
Card 4/4

s1 6jyq 621008100010031028
104 1248
3
AUTHORS: Dekhtyar, I,Yao, Mikhalenkov,, V*So,, and-Fedohonko, R,G,
TITLE: To the evaluation of atomic interaction in alloys at
high temperatures
SOURCE: Akademii nauk 68SR, Institut metalurgiio Issledovaniya
po zharoprochnym splavam., v*8. 1962- 31-35
TEXT: Experimental data showing the paramagnetic susceptibility
(Y) - temperature (up to 10000C) relationship for rie-cr alloys con-
taining 12,4-41,6 at*16 Cr is used as a basis for evaluating atomic
interactions within these alloys, The plot of 1/X vs. the tempera-
ture yields a straight line, except in.the'oase of the alloy con-
taining 12.4 at> Cr at temperatures exceeding 8500, where the-
straight-line relationship Is disturbed by ancz- r transformation
urithin the alloy, A comparison of the experimental data with dats.
'from the literature indicates that 'In's (the number of bond-forming
electrons per atom, which is calculated from the %-temperature
Card 1/2 1 4

s1 6j,9/ 6 2/ 00 B/ 000/ 003/ 02 8
104 /1248
To the evaluation of atomio..interaotioneee '
data) can be used as an index of the mechanical properties of the
alloyq ite,q the elastic modulus increases with increasing n. it is
assumed that strengthening of the interatomic bonds takes place with
any changes in the structure of the solid solution which lead to
changes in n similar to those caused by increasing the concentration
of the second component of the alloyo An equation for the relation-
ship between n and ,X' is derived:
a (%+do) - n 2 (7)
T -
iVnere ns is the total number of s-eleotrons, d is the average num-
ber of vacant d-levels (both per atom of pe2ahoy), T is the tem-
perature, P is the Curie temperature, a-Nr /3R9 N is the Avogadro
number,,vilis the Bohr magneton, and R is hR gas constant* There
are 3 figures and 1 table,
Card 2/2

8/601/62/000/015/003/010
A OOVA 127
AUTHORS: Dekhtyar, I.Ya., Mikhalenkov, V.S., Fedchenko, B.G.
TITLEt Rating of the interatomic action irr ferrochromium alloys at high
temperatures
SOURCE: Akademiya nauk Ukrayins1koyi RSR. Instytut metalofyzyky. Sbornik
nauchnykh rabot. no. 15. Kiev, 1962. Voprosy fiziki metallov I
metallovedeniya, li7 -'122
TEXTs The authors investigated the paramagnetic susceptibility vs tempera-
ture curve of ferrochromium alloys oontainir% 12.4,24.5, 33,6 and 41.6 atomic %
Cr, respectively. The alloys were smelted in an Induction-type vacuum furnace.
The ingots were homogenized for 50 hours at 1,200 and *then forged and drawn to
2 mm in diameter with subsequent 3-hour annealing at 900 C to relieve the drawring.
stresses; The paramagnetic susceptibility vs temperature curves obtained proved
that the tested alloys comply with the Curie-Weiss law. A number of formulae aml
a table are presented. The investigation results reveal that, if'in changes of
the state of the solid solution, magnitude n Is changed in the same direction as
Card 1/2

S/601/62/000/015/003/010
Rating of the interatomic action in .... A004/A127
Is the case with an increase in,concentration of the second constituent, this
will favor the "strengthening" of interatomic binding.' There are 3 figures and 1
table.
SUBMr=: March 10, 1961
Card Z/2

4q
4
ACCESSION NR: AT4013932 S/2659/63/010/000/0087/0092
AUTHOR: Dekhtyar, 1. Ya.; Mirk.in, L L.; Mikhalenkov, V. S.; Fedchenko, R. G.;
Volkova,- T. L; Blanter, M. So
TITLE: Investigation of the paramagnetic properties of high temperature alloys on an
iron and nickel base
SOURCE: AN SSSR. Institut metallurgH. Issledovaniya po zharoprochn*m splavam,
V. 10, 19631 87-92
TOPIC TAGS: paramagnetic steel, high temperature'alloy, Iron alloy, nickel alloy,
chron-dum alloy, alloy paramagnetic property, paramagnetism
ABSTRACT: The temperature dependence of the paramagnetic properties of high temperatw:e
alloys on an Iron and nickel base was investigated as a guide to their electronic structure
and the effective number of electrons N. It was found that the maximum number of elec-
trons for nickel-chromium alloys Is found in those containing 10% Cr. Addition of niobiwn
toanalloyofNI+16%CrIeRdsto significant increase in N. Investigationof complex alloys on
a nickel-chromium base showed that the maximum N is observed in alloys with aluminum
and titanium. ravestigation of complex alloys on an iron-nickel-chromium base showed
Card 1/2

ACCESSION NR-. AT4013932
that the effective magnetic moment connected with N Is maximal In alloys containing tungs-
ten and molybdenum, while niobium, titanium and aluminum lead to a decrease in N. The
results obtained and their comparison With tensile strength studies show that the number of
electrons in the bond found on the basis of the temperature dependence of paramagnetic
sensitivity may characterize the strength of the interatomic bonds at high temperatures.I
Orig. art. has: 3 figures, 2 tables and 9 formulas.
:'ASSOCIATION, ImUtut metallurgLi AN SSSR (Metallurgical Institute, AN SM)
SUBMITTED: 00 DATE ACQ: 27Feb64 ENCL: 00
:SUB CODE: ML NO REY SOV: 002 OTHER. 000
C,rd 2/2

ACCESSION NR: AT4010696 -8/2601/0/9WHY/012010131
A14THOR: Borisova, V. 1. DeWyar, 1. Ys. Msdabvi4 9. G.; MIMalsolow, V. V.
Fedchenko, R. G.; Xbazaww, N. 9.
TITLE: Investigation of the effects of nonstationary heating an the dianges in magnetic
and electrical properties of beat-resistant alloy ZbS-GK
SOURCE: AN UkrRSR. Insty*tut metalofizy*W. 0bornik umdhmy*ft trudoy. no. 17, IM.
Voprosy* Mild metallow I metalloyetlenlys, 120-131
TOPIC TAGS: alloy ZhS-6K, paramagnetic susceptibility, surface electrical rregistance,
heat treatment, phase transformation, eddy current, heat resistance, magnetism. idloy
electrical property. heat resistant alloy
ABSTItACT: Application of now medWe to the physical Investigation of the phase &ad
structural changes occurring during cyclic heat treatment of beat-resistant materials Is
very important. One of the methiWis nod in this study is that of paramagnetic suscepti-
bility, by means of which It Is possible to determine the interrelationship between struc-
tural changes and the states ol pbases.'whether theme chimps are successive or sbaultan-
eous, and to what extent they oacar during do prom" of thermal fatigue. In addWxn to
4be above ne6aft 09 Mowing veto also use& chuges In al rigidity and
;--,Caw 1/3

ACCESSION NR: AT4010696
electrical resistance, form changes, and measure of do surface electrical real@-
tance ~iith determination'of losses due to eddy currents. The first lask was the Investi-
gation of the effects of Uvermal stress on form changes &W hardness of samples of the
alloy subjected to cyclic beat treatment. 7U results obtained showed that ths, linau,
dimensions of alloys with high recrystallization temperatures did not change appreciably
as a result of thermal cycles. It Is interesting to note that after 2SO thermocycles with .
cooling in water, breakage occurred without noticeable change In the length of the samples.
Thermal rigidity of samples was measured in a standard VIM-IM apparatus. R was
found that the changes in hardness resulting from thermal treatment depend -not on dwr-
mal stresses but an changes in the fine crystalline structure of the alloys. The depowdsom
of the electrical resistance of the alloy on beat changes during thermal treatment Mix
studied by the potentiometric method using a standard PPTN bridge. It was found UuLt
resistance decreases up to 50 %ormooycles. The absolute m1nimum occurs at about
825 cycles after which there in a continuous increaveup to goo cycles. The sbuly of
par&zaapetia Mu"Opubw showed that during beat tz;e~U*vnt Own W a ssiognafts
ON MUPOSSIG. 2W4
dearease 04 the hastoda QC the MGWX due to #W 914
should oause A. decrease In sleMeal resistan"t Mw OAPP %neen any on .fries to.
Card 2/3

;7W-
tv- -- -a X
ACCESMON NR: AT4010696
difficult to explain. ror the exact explanation of the process involved It to necessary to
emOoy new methods.using structural sensitivity characteristics and phase composition.
The study of paramagnetic susceptibility demands a thorough study of structural and pham!
changes occurring during cyclic beat treatment. For measurements of susceptibility a
special unit was designed which utilized the compensatory method of measure mt. The
following conclusions were reached: cyclic heat traatment, with c1oding In a stream of air,
of thin samples 3 mm In diameter merely leads.to acceleration of the agingprocess. With
samples of complicated form a considerable str6e gradient developed during heat treat-
ment leading to an unbalanced redistribution of elements. Under those conditions the
appearance of cracks to more probable. The study of paramagnetic sugceptibWty, of the
alloy showed that for 3mm samples susceptibility Increases evenly. No anomalies were
observed, a fact which is explained by the almost total absence of a gradient of thermal
stresses ddring oooling. Orig. art. hem 5 formulas, 7 tigures, and I table.
ANSOCIATION: loWtut meWafis~ AN.UkrRSR (hwtltats of ths, Metallurgical Physicv
of Metals AN Ukr RM)
SUBNWMD: 00 DATZ ACQ-. 31JAn ZNCL: 00
WB CME: UM no aw NOVI 001. OTHRR.- OOZ
Cmd 3/3

77
E
r
49038a-65 EWrW-_/t4r(
d
FIJPTC7 JD
AC(.TSS3:OH VR: AP5006 .8/0181/65/WI/00310,893/0898
901
AUM011 I I)ekhtY(Lr 6 1 -Ya- Fedchenka., Ro Go
TITLE: Effect of plastic deformation and quenching on parmagnetic )f
aluminum
SOURCE: Fizikaltverdogo tela, jo Tffido 3, 1965y 693-898
i '101-'IC 21 WS: aluminum, paraillagnetic property, Plastic deformation, quenching, con-
duct-on electron, state density,, Fermi end point energy
ABSTPACT: To determine more precluelY the cause of the decrease-in the paxwnag_
ratic S'asce-p-tibility Of alMuirlum fol-loving 2Laetl~ deform- ation,'~the authors make
.I--. v.
~_Isc of cariler results by one of tbem (Dekhtyax, ijtF'7_._!T_Ri~halea1:o-v, F,
,-'997, where It wan shovm thot. in the case wlien the parwnaGnel.isr), cf Zlhe
metai ic deta=ined by the Paramagnetism of its jonrA, the influence of pinstic. de-
f0rm-~t!Oll red"cen to a clPtnge in the exchonge interaction and in tile Ma7r'eLic W_
ment, due -to a chapge in the interatomic distance In regiono surrounding the dir,_
10Vati0_.nS- Tests InVolIVIT19 pleatic defor=ttjon and multiple quenching n-on dif-
ferent twT~eraturp,,; of Imire alumimw (99._9V1*) have shown that tile plastic, defor-
i Card 1/2

ACCESSION VE: moo6gol
nvition or repeated quenching from 520-650C decreaset the parnm%rictic suscepti-
,; te-nperature. IMS ph nomr-lan i I
bilJty of' alwninizu in proportion -to the qijenchini
r~xplalncd by nssuminr, that the chnmCe In the Intcretcralc distances in al,itnainum,
brcRiglit aberit, by the deformation emd the cptenching, changes the distrlbuUon of t lo
r,ensity of the electronic states. The change in cusccptibility is then calculatuc I
on the barls of these asstmrptionr. and the assumption that the electron state den-
sity of the conduction electrons is altered because of the change In the Fermi erd
point enerF. An estimate shows that for a crystal with dislocation density - 2 x
* loll cm the change in susceptibility in - 10~- ftperimental resultc, made w..th
* set-up similar to that described t7 Beisswenger and Wachtel (Zs. MetaLIkunde V
4631 5041, 1955) gave a decrease in susceptibility of - 8,06. "The authors thank M. A.
KrivoRlaz for a valuable discussion of the results." Orig. art. has: 4 figur-es
ASSOCIATION: Institut, metallofftiki AN Ukr$SR, Kiev (institute of the FIVOics. It
Metals,, AN Ukr$S.1t)
SUBHI=: 24Feb64 EML: 00 CM1 104 EM
C!J17 003 OMZ 006
or
, 1

DMITYARP I.Ta.; FFICHENNO, P.G.
Effect of plastic deforniation on 0-tv of volid
solutions. DokI. AN SS-SR 164 nD,,5:10)'2I-IO'Ij4 () 165.
tMIRA 18s.10)
1. Institut metallofizill ANT (JkrS,'-R. ')ubi-,Jtt,.-,d June 3, 196,~re

L 15388-66 EWT(1)/W(m)/~WT(J)/T/EWP(t)/W(b)/k,TC(m)-6 IJP(c) Wil/MiJI)
ACCNJR: AP6026983 SOURCE CODE: UR/0020/65/164/00~/1032/10-34
AUTHOR: DekUt ar, 1. YR.; Fed
ORG: Institute of the Physics of Metals, Academy of Sclencev UkrS4R (Institut \6
metalloil Akademil naulk UkrSSR)
5 S
TITLE: The influence of plastic deformations on the magnetto suscevUbillLy of solid
solutions
SOURCE: AN WSR. DoWady, v. 164, no. 5, 1965, 1032-10.',14
TOPIC TAGS: plastic deformation, magnetic susceptibility, isolid solution, lattice defett
ABSTRACT: The present article discuses experimental residta describing the influenw
of plastic deformations on the paramagnetic susceptibility of diluted solid solution& of Fe
In Pt. Results are sil-marized In Figure 1 and Table 1. qr, 35' 7
CARD 1/3 UDC: 638.214:539.374

L 15388-M
ACC NR: AP5026983

1 - when annealed;

4
2 - when deformed.

z- x JAV 4 ~-Jc

FIgure 1. Temperature dependence of the reciprocal of the Iron susceptibility of Iron
in alloys.

% 6,9 104 :10,2
10:5 tj
AF^ % 5,2
Table 1. Changes in the susceptibility of the Pt + 1 wt % Fe at 260C and of the magnetic
moment per Iron atom within the alloy as a result of plague deformation.
CARD 2/3

L 15388-66
ACC NR: AP5026983
The results are In good agreement with previous theoretical predictions (Flz. tverd. tellL.
7, 893 (1965)). Plastic deformation of solid solutions does not only affect the atomic
structural state, but the electronic state of the solutions as well. The paper Nvas presen%ed
by Academician G. V. Kurdyumov, 3 Jun 65. Orig. art, has: 2 formulas, '2 figures,
and 1 table.
SUB CODE: 20/ SUBM DATE: 273fty65/ ORIG REF: 006/ (YrH REF: 004
3/3

DEKKYAR, I.Ya.,- FEDGIENKO, R.G. [Fedchanko, R.H.]
Effect of plastic deformation and hardening on the paramagnetic
properties of palladium and platinum alloys with localized magnetic
moments* Ukr, fiz, zhur. 10 no. lliU61-1263 N 165. -
(KIRA 18:12) -
1. Institut metallofiziki kN UkrSSR.. Kiyev, Submitted May 10, ,
1965.

ACC NRi AT7005257 SOURCE COE: UP,/0000/66/000/000/0049,/00(>
AUTHORS: Dekhtyarp 1. Ya.; Fed DnkQ&-A&St&-.
ORG: Institute of Physics of Motala, AN UkrSSR (Institut motallofizik,i AN UkrS2)
TITLE: Change in the magnetic properties of dilute solid solutions based on Pd and Pt
in hardening and in plastic deformation
SOURCE: AN UkrSSR. Elektronnyye avoystva motallov i splavoY (Electronic properties at
metals and alloys). Kiev, Izd-vo, Naukova dumka, 1966, 49-64
TOPIC TAGS: magnetic susceptibility, paramagnetic susceptibility, metal heat treatment,
plastic deformation, palladium base a3loy, platinum base alloy, silver containing alloyl
iron containing alloy, xldvutie- /LXoFA^i-*
ABSrRACT: The effect of cyclic heat treatment and plastic deformation on the para-
magnetic properties of alloys based on palladium.and on platinum is investigated. The
compositions were: Pd + 1 at .% Fe and Pd + 25 at* % Ag + 1 at. % Fe and Pt + 1 at.
% Fe and Pt + 3 at. % Fe. The alloys were prepared in an aro furnace. The paramagnetic
susceptibility was measured with a pendulum balance, and the susceptibility was
as a function of temperature to 500C. The starting state was achieved b- the
specimens at 110OG for 2 hrao Hardening was produced with cyclic to 9D0, 1000,
and 1100C, followed by rapid cooling in water. The paramagnetic suscoptibility of
paUadium a1loys at room temperature increases as a rewalt of multiple bardening
Card 1/2
g'
~5'
pv~~;`R W~ PON MT

ACC NRs Arl"254
ng, 1. Relative change in paramagnetic
susceptibility as L function of number
of cycles V and tea,,--erature of hardening
for Pd + 1 at. % ?a as measured at room Iesperap-
ture: 1 - 11000; 2 - lOOW; 3 -.900C
too A

k I
2
!30

.o... ju
(080 Pig. 1). PlastI:c deformation of the palladium alloys did not markedly affect thii
paramagnetic susceptibility or the --go tic moment. No significant increase in para-
magnetic susceptibility was observed in the platinum alloys after plastic deformation.,
Hardening did not change the susceptibility of -the Pt-Pe alloys, Orig. art. bass 13
graphs and 12 formulaso I
SUB CODSt 29/'/M DATM 16,Tuu65/ ORIG RIW% 006/ 07H MW& 009
2/2

aIr ",r "FWr~ (t It /;W 1, 10P(c) J D /JJ L,
ACC NR-. AP6018940 SOURCE CODE: UR/01-26/66/021/006/0833/0842
AWAHORS: Dokh ar, I. Ya.; Fodchonkc R. G.
I P 1=~T'
ORG: Inotitute for Metal PhZsics, All UkrSSH (Institut motallofiziki All Ukr&STO
TITLE: Influence of quenching on the magnotic susceptibility of palladium alloys
containing small amounts ofliron
SOURCE: Fizika metallov i metallovedeniyo, v. 21, no. 6, 1966p 833-=
ma
TO-PIC TAGS: palladium alloy, magnetic all2y gnotic susceptibility, magnetic
atructure
ABSTIUM: The effect of quenching (from hiGh temperature) of Pd + 1 at. % Fe and
Pd + 25 at. % Ag + 1 at. % Fe alloys on the paramagnetic susceptibility of those
alloys was investigated. The exTiorimental rxocodure employed is described Irj 1. V.
~okhtyar and V. S. Mikhalonkov (Sb. Voprosy fiziki motallov i metallovedeniya, No.
Kiyov, Izd. AN UkrSSR, 1961, 9tr. 46). The experimental results are presented
91-aphically (see Fig. 1). It was found that repented quenching of the alloys load3:
'to an anomalous increase in the magnetic susceptibility of the alloys, which in
ascribed to the formation of stable complexes between iron atoms and vacancies. F
Tho
latter are believed to have been formed during the cyclic quenchings. This conclt-
i sion is supported by results on positron annihilation reported by A. T. Stewart
(Canad. ;. Phys., 19571 35p 168).
Card 1/2 UDC: 14,22

L 4U53-66
ACC NR: Ap6()18940
Fig. 1. Temperature dependence of the change
in magnetic susceptibility after 100 quenching
cycles from 10000.
30-4 71.e
;r
Of
4
Orig. art. has: 10 graphs and 11 equations.
SUB COEE: 2-1 2OUBM DATE: lOMay65/ ORIG REF: 006/ OTH REFs Oll

N. -
P
d-Aq

2/2 ------

-XCC NRI AP5028924 SOURCE CODE: UR/0185/65/010/Otl/1261/1263
7/HK/JG
AUTHOR: Mkhtqyar, 1. Ya.: Fedchen ~0, n., H.
ORG: Institute of Metal PhXsIcs, AN UkrSSR, Kiev (Instytut metalofizyky AN URSIQ
TITLE: Ile Offect of plastic deformation% and hardening of p-.0ladium and platinum allcys
with localized magnetic moments on their paramagnetic pro-p-eites-1,7
SOURCE: Ukrayinslkyy flzychnyy zhurnal, v. 10, no. 11, 1965, 1261-1263
TOPIC TAGS: Wladium alloy, platinum alloy, magnetic susceptibility, magnetic morrient,
Iron, silver, plastic deformation, metal property
ABSTRACT: This work was performed as a result of Increasing interest In the magnetic
behavior of very dilute alloys with localized magnetic moments. In this Investigulon a tudy
was made of the effect of plastic deformation and tempering on paramagn'Ab 'proper'tivs of
alloys containing 1 and 3 atom % of Fe. It was found that after multiple ha ening of f 9-+ 1
at. % Fe and Pd + 25 at. % Ag + I at. % Fe at. 900, 1000, and 1100C, their parainagn-3tic
susceptibility increases with tho increasing number of tempering cycles and temperaWre
(Fig. 4.
1/2

L 10777-66
ACC NR, Ap502S924
2
7
50
:50 number of cycles
Figure 1. Relative changes of paramagnetic susceptibility of Pd +I at. % Fe alloy as n
function of the number of cycles and tempering temperature. 1 - T = 900G, 2 - 1000C,
3 - 1100C.
7be large Increase In magnetic s.usceptibility due to heat treatment is explained on the basis of
the Interaction between Iron atoms and the defects produced during high-temperature treatment .
Iron atoms pass into the supermagnetic state. 7be size of the supermagnetic particles was
found to be several angstroms. - Plastic deformation has no effect on the magnetic suscepti-
bility of palladium and its dilute solutions. The nature of changes of the magnetic suscepti-
bility of dilute solutions of Pt under.the influence of deformation and hardening differs from
those of Pd. This Is explained by the difference of the Interaction of Fe atoms with Pd and
with Pt as well as by the difference In the nature of the solvents. Orig. art. has: 2 filpres
and 1 formula.
BUD CODE: 11 / SUBM DATE: 1OMay65 / ORIG REF: 002 / OTH RE F: 003
2/2

FROTSENK01 F.I.; FEDCHENKO, T.I.
Interaction of lithium,, rubidiu#,, and cesium nitrates in melts.
Uch.zap RGU no,,60.-135-142 159. (XIM 14: 10)
Nlkali metal nitrates) (Systems (Chemistry))

.4 Z~~1-14P,
7,
r P R
EED(b)-3/E,,VT,.'i-)/EWP(J)/E-~iT(m)/T Pc-4/Pae-2i id
i,cciz3mi ~~iR: AP5003788 S/0029/61i/000/007/0032/0(36
nk in,
AUTHW.St: Zakharov, Vo; pr2p.. Fedche o, V.; III D
ss,-,yev. K..- Stre2kov, V.
TU-U: From aqualung to sport submarine
SOURCE: Takhnika - molodezhi., no. 7,, 1964j 32-36
TOPIC TAGSO submarine aqualung, swimming, underwater equipment
A313rFJ,.CT: Underwater sporting equipmont which can be handcrafted is :,-eportGd (in
in this collection of articles. To record underwater scenes) a metal waterproof
case has baen designed) intended for use with the motion picture camera "Kiev-16.11
A waterproof flash lamp "E7-511 has been developed which is effective uider water up
to distances of 0-5 m. It uses two flashlight batteries ard has a pa4er of 40 we
Several units can be linked by a synchronizing circuit which fires all lamps -.,hen
the first lamp flashes. To assist in underwater navigation, a "submerged pilot"
has been developed which contains a compass and a log. The log is a four-blaoed
aluminwa 120-mm diameter propener which turns 300-LOO rev in 100 m of path. "Ibe
blades are, set at -,, 450 to the direction of motion and can be twistel slightly
Card 113

L 25610-65
ACCESSION UR: AP5003788
forprecise calibration-of the inotruirlenti Since a swiwwr cannot travel much
fa5tor than 2,0 kr&/h, submerged transportation has boon developod. The simplest
Idevice for undorwater Aravel- Is a slod.- towed. by~ a launrli, provid.ed with hand
controls for depth regulationse A new underwater pla:34ic ~liderlliitli narrow,
win.-s measures 3.5 x 2.4 x 0.6 m. It reaches a speod of 1~ km/h when to4ed, Is
control]. W by horizont al. rudders and heeling rudders, and is steered by a rudder Dri
the keel. A device called an aquaped carries bicycle-type pedal gear which tixns a
screw propeller. The driver, strapped to a saddle, can reach a specd of 5.2 kqt,
A more elaborate device called a "submarine scooter," ia strapped to tilf,' back of a
3viiirjaer wearing an aqualuriGi, ox, is held before him by hand gyip3. Tile body is maie
U
iri two plastic sections covered by- thin layers of wood and iron. One compartment
contains a 72-arnp-hs 24-v storage battery. The other compartment contains the
small 350-700-W electric motor an4 roducing gears. A shaft leads from the roar o
this compartment to the srrew which can drive it at 10 km/h. The most sophistica
ed device is the sporting submarinap either the 11dry" or the "wet" type. In the
1114at" tape the submarino is flooded, and the sportsmen wear aqualungs. A one- or
two-rmn type, with an airplane-like cabinj is powered by either a bi-.ycla-typo
pedal -('Qne.man - 5.5 km/h, two man - 9 km/h)- or by a 1-hp electric motor (15 km/b)e
3uch a submarine may operate at depths of tip to 50 m, A model of the Ild-7 a.,
Card 2/3

L 2561"5
ACCESSION N R: AP5003788
(her-m,'-eticallyscialed)-caUed the -"Mermaid,," is still in the "dread' stages It,
would have a steel hun 44-6 m long and ~16_5._m'wide and-would weigh M5, kg. 01
glass coming tower would provide 360-degree visibility. Speeds of 12 ka Would
be possible from a 2-hp electric motor supplied by lead storage batteries. The
Ylerniaid could wake 2hkm trips,, and its air supply would be sufficient lor 2L,
hours. The craft would 'be well supplied with safety features (including compressc-d
gas for cmer&ency surfacing) and with provisions for the sportsman to be able to
abandon a disabled submarine. Orig. art. has: 11 figures.
ASSOCIATIONs none.
SUBKUT'rZi 00 =Lt 00
NO REF SOVI 000
OTHERs COO
CaM

FE;AA"-!-Ki~ V.p rodo
()f J'Jej-j arrows; word about rovk,A
n,!ei,-,, and mcketol i-ovelit.-'i
!tchikakh i rakeLaki- VoAva,
I
318 P.

01YAMN, Aleksandr Fedarovirh; ril,"Wi~'TIACY V., roli.
I., ~'. -" - I , ~ - - - I -
(1-insters of the atomn] Vlastoliny 'ItO,:,uv- t-lo!3kva, Volo-
daia gvnrdiin, 1962. 237 p. (mlitilt Y7.8)

C )3 C_ 1-1 C t') K 0
Call Nr: Not given
AUTHOR: Zyuzin, Dmitriy Vasillyevich.and Markusha, Anatoliy Markovich
TITLE-. The TU-104 in the Sky (V nebe TU-104)
PUB. DATA: Izdatel'stvo Tsentrallnogo komiteta Vaesoyuznogo Leninskogo
kommunisticheskogo soyuga molodezhi "Molodaya gvardlya, "Moacow,
1957, 62 pp., 100,000 copies
ORIG. AGENCY: None given
EDITOR: Fedcheziko, V.; Tech. Ed.: Shuvalov. I.
PURPOSE: Publicity.
COVERAGE: The author states that the TU-104 is the first multi-passenger
high-speed airplane to have opened a new era in air tran"rUftqn
the era of jet aviation. This booklet describes how this air-
plane was designed, built and tested and how a Soviet design
group works in creating now aircraft prototypes.
Card 1/2

The TU-104 in the Sky- (cont.)
TABLE OF CONTENTS
A Little History
The Heart of an Airplane
Realization of a Project
The TU-104 Passes an Examination
let's Get Acquainted!
How Was This Possible?
The TU-104--an Airplane for Everyone
Speed Knows No Limits
AVAILABLE: Library of Congress
Call Nr.- Not given
Page
4
15
19
27
35
45
53
57
Card 2/2

F;--WHFNYO, V.
At the Mutual Economic Assistance Council. Plast.massy no.10:77
161. (YIRA 15:1)
(Polymers-Conpresses)

IVIN, Viktor Andreyevich; FEDCHENKO, V., red.
(On the border between two elements] Ila grani dvukh stikh.1i.
Moskvap Molodain gvardiia,, 1964. 139 P. (MIRA 180)

AZERVIKOV, V.j- ARLAZOROV, M.; ARSKIY, F.; BAKAI.'OV., S.; BELOUSOV, I.;
BILETKIII, D.; VAIELI, I.; VLADIMIROVI L.; GUSHCHEV, S.;
YELAGIN, V.; YERESEKO, F.; ZHURBINA, S.; KAZAHNOVSKAYA, G.;
KALINIII, Yu.; KELER, V.; KONOVALOV) D.; KREYNDLIN, Yu.,-
LE3EDEV, L.; PODGORODNIKOV, M.; RABINOVICH, I.; REPIN, L.;
SHOLYAN, G.; TITAMKO, V.; TOPILINA, T.; PEWHZUW,-V.;
EYDELIMAN, N.; ROIE, A.; NAUIOV, F.; YAKOVLEEV, N.;
MIKUYLOV, K... nauchn. red.; LIVANOV, A., red.
[Little stories about the great cosmos] Malenikie rasskazy o
bol'shom Kosmose. Izd.2., Moskva, Molodaia gvardiia, 1964.
368 p. (MIRA 18:4)

ZUBKOV, Boris Vasillyevich; MUSLIN, Yevgenly Salimovich; FEDCIWKO V
red.
[About the elements# "Cido" and the reality of fantastic
visions] 0 Btikhiiakh, "taido" i reallnosti fantastiki.
Moskvaq Molodaia gvardliap 1965. 151 P. (MIRA 18:12)

VTOGORODAV, klekswidr Isaakoviclip nauchns 196ledovatall., prof.
fiz.-matem, nafak; FEDCHMO', V. red.
L"Iyalert vV profession] Fizika mola professila. Mc..
Molodala gvardlia, 2965. 17,4p

GALLAY, Mark Lazarevich., Geroy Sovetskogo ;oyuza, vis;.. letchik--
lspy-tatel'SSSR; FEDGMKOl V., red.
[Through invisible barriers. Tested in the zky; from the
noteB of a test pilot) Cherez nevidimye barlery. T-tpytano
v nebel Is zapi.sok letchika-impytatelia. '4,1~-kva, Molodaia
gvardlin, 196!. 445 P. '. VJRA 19:1)

ABDULIN) A.; ALEKSEYEV, I.; BANTLE, 0.; BOBROV, L.; BOZHANOV, B.;
BOYKOl V.; BONDAREV, K.; BORZOV, V.; VERKHOVSKIY, N.; GUBAREV, V.;
GUSHCHEV, S.; DEBABOV, V.; DIKS, R.; DXITRIYEV, A.; ZHIGAREV, A.;
ZELIDOVICH, Ta.; ZUBKOV, B.; IRININ, A.; IORDANSKIY, A.;
KITAYGORODSKIY, P.; KLYUYEV, Ye.: KLYACHKO, V.; KOVALEVSKIY, V.;
KNORREP To.; XONSTANTINOVSKIY, M.; LADIN, V.; LITVIN-SEDOY, M.;
MALEVANCHIK, B.; MANICHEV, G.; MEDVEDEV, Yu.; MELINIKOV, I.;
MUSLIN, Ye.; NATARIUS Ya.; NEYFAKH, A.; NIKOLAYEV, G.; NOVOMEYSKIY, A.;
OLISHANSKIY, N.; OSIMIN, S.; PODOLINYY, R.; RAKHMANOV, N.; REPIN. L.;
RESHETOV, Yu.; RYBCHINSKIY, Yu.; SVOREN', R.; SIFOROV, V.; SOKOLISKIY, A.;
SPITSYN, V.; TEREKHOV) V.; TEPIA)V, L.; KHARIKOVSKIY, A.; CHERNYAYEV, I.;
SHAROLI, L.; SHIBANOV, A.; SHIBNEV, V.; SHUYKIN, N.; SHCHUKIN, 0.;
ELISHANSKIY, I.; TURIYEV, A.; IVANOV, N.; LIVANOV, A.; FEDCHENKO, V.;
DANIN, D., red.
[Eureka] Evrika. Moskva, Molodaia gvardiia, 1964. 278 p.
(MIRA 18-3)

J=HIMO, V.P.;. GUBRMO. D.Y.; ZHUX. T.I.
Stylus for checkIng recorders. Bnergetik 4 no.6:21-22 Ja 156.
(NLU 9: 8)
(Recordinc instruments)

SHRZDA, H.S., agronom; DOGOSLOTSKIY, D.L., agronom; YORQW5OTA*j,P.o
9gronom; MORMIX0, V.P., agronom; 1MIK, K., red.; GILIDEBRAY2. To.,
tekhn. re d;'-'--'- --
[Catalog of regionally adapted field crop variation for Irseno-
yarsk Territory] Utalog rsionirovennykh sortov sollskokho-
siaistvennykh kulltur po Iresnoiargkomn kraiu. Krs3noisrsk,
Krasnolarskoe knizhnoe izd-vo, 1960. 55 p. (MIRA 14:4)
1. Russia (192)- U.S.S.R.) Gosuderetvannsys komiasiya po, sorto-
ispytaniyu sallskokhosyaystvennykh kulltur po Krasnoyarskomu
kra.vu. 2. Inspektor Gosudarstvennoy komisaii po sortoispytanlyu
s9l'9kokhozysymtvennykh kulltur po Krasnoyarskomu krayu pri
Ministerstve sellskogo khozyaystva SSSR (for Sereds). 3. Inspektu-
ra Gosudarstvennoy komissli po sortoispyteniyu sel'skokhozyaystvan-
nykh kul'tur po, Krasnoyarskown krayu pri Hinisterstva sel'skogo
khoxyaystva SSSR (for Bogoolovskiy. Torontsova, Yedchanko).
(Field crops-Tarieties)

S/191/62/000/005/003/012,
B11O/B1O1
AUTHORS: Dzhagatapanyan, R. V., Zetkin, V. I., Fedchenko, V. S.
TITLE: Radiation-chemical aulfochlorination of polyisobutylene
PERIODICAL: Plasticheskiye massy, no# 5t 1962, 6-9
TEXT: Since vulcanized chlorosulfonized polyethylene has good technical
properties, the authors wanted to improve the cheap, accessible, but
technically imperfect polyisobutylene by sulfochlorination. The solution
of polyisobutylene in dry carbon tetrachloride was sulfochlorinated in the
K -1400 (K-1400) radiation unit by means of a C060 radiation source
(90 r/sec) according to the following reactions:
R11 ---> R* + H; R + SO 2 ___~ RSO~; RS0i + C12 _> RS02C' + C";
R* + Cl2 ----),RCI + Cl*. Reaction with a mixture of sulfur dioxide and
ch orine under the effect of y-rays sets in at once and proceeds at a high
rate, limited only by the rate of heat dissipation, the efficiency of the
supply and the degree of mixing of the liquid and gaseous phases. After
teraination of the reaction, nitrogen is blown through in order to remove
the dissolved gases, and the same volume of methyl alcohol is then added
Card 1/2

s/191/62/000/005/003/012
Radiation-chemical sulfochlorination ... B110/B101
under stirring. Sulfochlorinated polyisobutylene is precipitated here in
the form of flakes or a gelatinous mass, according to the degree of
sulfochlorination. ,Maximum S02CI content was obtained at a ratio
S02/Cl2 - 2:1. Adopting a ratio higher than 3:1 did not increase the SO 2cl
content, since at most only one chlorosulfone group can split into four
molecules of initial monomer. This is due to steric and polar effects.
Temperature and duration of the reaction, as well as polyisobutylene
concentration in the initial solution affected the react-ion only slightly.
According to sulfur and chlorine content, the reaction products were white
substances varying from rubberlike to solid. They showed good adhesion
owing to the presence of polar groups and atome. Varnish films of
sulfochlorinated polyisobutylene dry out without using an accelerator, in
1.5-2-5 days. Their hardness (tested with the pendulum apparatus) changes
with decreasing chlorine content between 0.9 to 0-4. They have an impact
strength of 50 kg/cm2. Their elasticity changes from 20 to 1 (HOWITK
(XIILK) scale) with decreasing chlorine content. They show good
resistance to water, alkali and acid. Properties offering a practical
value are, however, only to be expected after vulcanization of sulfochlo-
rinated polyisobutylone. There are 2 tables.
Card 2/2
tg t , 6" - --.1-
yl~
77"