SCIENTIFIC ABSTRACT KORITSKIY, A.A. - KORITSKIY, YU.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824620020-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KqRII.TsKlyf A&A., inzh.
RApreeentation Of toctonic faulting, on geologica.1 survey maps
Of Stratified deposjt,s~ f7rUdYIVNIW. no.50.-329-335 763.
(MIM 17x10)

5W SOV/2o--123--5--31/50
AUTHORS: Molin, Yu. 11., Buben, 11. Ya., Voyevoda1iyj.V.',
Corresponding Member, Academy of Sciences, USSR
TITLE: The Investigation of Free Radicals Formed in Solid Bodias in
the Process of Irradiation by Past Electrons (I~'IElloflovuni."e
svobodnykh radikajov, obrazuyuslic-hikhaya v tverdyk-h tela'K.'
v protsesse oblucheniya bystrymi elektronami)
PERIODICAL: Doklady Akademii nauk SSSR, 1958; Vol 123, Nr 5, pp 662-683
(USSR)
ABSTRACT: The au~thors endeavored to detect radIcals of short life-ptimes
in solid 'bodies formed by fast electrono. The present paper
gives data concerning radicals of life-times of some minutes.
The authors constructed an apparatus for t~jn_' immediate re-
cording of the spectrum of the paranagnet-*6 electron resonance
during the irradiation of the inveatigated specimen. Prepara-
tion of the samples is discussed in short. The experimcnis
were carried out at room temperaturc.. ThQ author3 observed a
signal of paramagnetic electron resonance during the irradia-
tion of the specimen and after the interruption of the irradia-
tion. More than 20 various substances vere inve3tigated,
Card 1/3 namely polymers (polyethylene, nyloi.,, (.,apronp, polymethyl
SOV '2o.-123-5-31/50
The Investi, j / - hc,
gation of Free 11,;dicala Formed in Sa!*,,j t
of Irradiation by Fast 1*"lactro!)!,, I
notacrylate, teflon, and varicua af rubber), solid
organic acids and their salts (OxatiC acid an(I their salts,
succirtic acid arfd their sodiiiin sall, stearic acid and citric
acid) 1 aromatic compounds (Ilul)htfi,110110 - a-liaplithol2 P-napht1fol,
benzoyl peroxide., metol). In all the in'vestigated samples,
the concentration of the radicals reached oaturati,= at doses
of some dozens Of magarad. In the c'a,-e cf the majority of the
investigated substances, the prod-aced radicals were rather
stable, their life-tine amounted to some h~iirs(in some cases
also to longer periods). SOE'le d0tail~, are -iven ill short.
During the irradiation of I)olyrt,,, 1 t'
y ane" the authors could re-
cord the radical -CH~,..Cff_cH ** which is not stable at room
2 2
temperature. The spectrum of thf-3 radical is shown in a fig-
ure. According to measurements at temperatures below room
temperature, the rate :)f conversion of the primary radical
into the second one decreases with a de-,3rease of temperature.
T17,-ere are I figure and I Soviet referen~-,e.
2/3

SOV/2o-123-5-31/50
The Investigation of Free Radicals Formed in Solid Bodies in the Prooesa
of Irradiation by Fast Electrons
ASSOCIATION: Instit-ut khimicheekoy fiziki Akademii nauk SSSR
(Institute of Chemical Physics of the Academy of Sciences,
USSR)
SUBMITTED: August 11, 1958
Card 313

R -- I - - I
KORITSKIT, AL.T.; HOLIN. N.Y.; SHAKSUT. T.N.; BUBSU, N.Ta.;
' T.T.
Study of radicals by means of electronic paramagnetic re-
somews, duringtba Irradiation of polyethylene by fast also-
trons. Tysokon.vo*d. 1 no,8:1182-1193 Ac 159.
(MM 13:2)
1. Institut khimicheakoy fialki All SSSR.
(Polyethylene) (Radicale(Chemstry))

24(7), 6(3~ SOV/51-d-b-18/34
AUTHORS s Buben, N.Y&., Voyovodskiy, YU.N.,
Chkheidze, I.I. and Shamshev, V.N.
TI TIZ Electron larampotic Resonance Studios of Free Radicals Formed by
Irradiation with ftst Electrons (lasledovaniye metodem elektronnogo
naramagnij;aogo rezonansa avobodnykh radikalov, obratuy-Ashchikhoya v
protses~* obluchouiya bystrysi eloictronami)
PnxOD1CAL,.Opt*& i spektrookopiya, 1959, Vol, 6, Nr 6, pp 806-807 (USSR)
ABSTRACTs An electron paramagnetic resonance (e.p.r.) spectrometer with high-
frequency modulation of magnetic field working at 9W0 Mc./s van used
to measure the effects of fast-electron Irradiation in situ. The
samples Irradiated were kept at "-temperatures from -160 to +15000 and
the radiatLon dose reached 106- 107 rad/sec. At room temperature
radicals produced in various polymers, solid orGanic acids and their
salts and in some aromatic compounds were found to be stable ttheir
liftme me of the order of several hour* and sometimes longer). At
low temperatures oop.r. resonance showed the presenco of atomic hydrogen
in irradiated acpeous solutions of sulphuric acids and some of Its salts.
card 1/3 Irradiation at low temperatures and subsequent warming up produced changes
In the *.p.r. spectra which could be either reversible (caprons) or

SO'V/51-6-6-18/34
Electron Paremagnotio, Resonance Studies of Free Radicals Formed by Irradiation with
Fast Electrons
irroversibl* (dieRrboxylio acids, p*lyformIdshydo). Such studies were
made on radicals produced by electron Irradiation in oxalic acid,
polysthyl,sno and paraffin. In oxalle acid the e.p.r. signal is a vingle
line vhosv width is due to interaction between an unpaired alectroxi and
magnetic i2aments of protons. The observed e.p.r. spectrum of oxalic
anid is not related to the presence of water of crystallization bat it
is due to radicala of the type
R -- C ~00
formed by romeral of the hydrogen atom from the carboxyl group. I.p.r.
studios showed that radicals formed '~y electron irradiation of oxalle
acid had disappeared at the rate given by dn/dt = An kat 25PO
K = 10-21 CM-3/iec). The presence of water of crystallization affects
strongly tie rate of disappearance of these radicales the value of
K in anhyd-,rous acid in higher than In the hydrated compound. Irradiation
of polyoth;rleno at roan temperature producec CH2--M-GH2 radicals ftich
are stable at low temperatures. GbmW in the o.p.r. speetr= of
card 2/3
S 01/51 -6 -6 -11 8/34
Electron Faremagnetic Resonance Studiee of Free Radicals Formed by Irradiation with
Fast Electrons
irratiated polyethylene show that the initially produced radical
tmusforus Into a secondary radical which is more stable; the rate 'of
this conversion da-creases with decreaso of temperature. The e.p.r.
spectrum of paraffin ehowed that the original radical is the same as
that in polyethylone, i.e. it is duze to removal of the hydrogen atom
from one of the mothylene groups, but the lifetimes of the original
radital,s in polyethylene and in paraffin are different. There are
3 Soviet reforencos.
Card 3/3

5W
AUTHORSs Molin, Yu. N Koritskiy, A. T., BOV/20-124-1-35/69
Buben, N. Y&:: Yo-yev-oa-sk-Tv-,v. ~.o Corresponding Membert AS USSR
TITLEz Investigation by the Method of Paramagnetic Electron Resonance
of Free Radicals Formed During Irradiation of Oxalic Acid
(Iseledovani,ye metodom elektronnogo paramagnitnogo rezoninsa
svobodnykh radikalov obrazuyushohikhsya pri obluchenii
shohavelevoy kislotyi
PERIODICALs Doklady Akddemii nauk SSSH, 1959, Vol 124, Nr 1, pp 127-128
(USSR)
ABSTRACTi The procedure developed by the authors for the purpose of
observing free radicals by the method of paramagnetic electron
resonance in connection with the action of fast electrons on
matter also permits the investigation of the creation and
annihilation of radicals in solids. The present paper contains
preliminary data concering the properties of radicals formed by
the irradiation of oxalic acid with 1.6 Mev electrons. The
signal of paramagnetic absorption in oxalic acid consists of a
single line having a width of about 4-5 Oe. The corresponding
C a:.rd I g-factor is similar to that of diphenyl-picryl hydrazyl (2.00306).

Investigation by the Method of Paramagnetic Electron BOV/20-'124-1-35/69
Resonance of Free Radicals Formed During Irradiation of Oxalic Acid
After irradiation has been discontinued, signal intensity
decreases at a rate that depends on temperature. A diagram
shows one of the curves for the variation of radical convirb
which was plotted at room temperature. In the temperature
interval of +100 to +400 the 'recombination ct radicals is
described by the equation dn/dt - -kn 2, where n denotes the
concentration of the radical and k a temperature-dependent
constant. At +25 0 the value k TM 9.10-22 CM3/sec was found by
employing the usual methods. According to the quadratic law
of recombination it would be expected that, at constant
temperature, the steady concentration of radicals after
saturation is proportional to the square root of the efficiency
per dose of irradiation. A table contains data on the dipendence
of the steady concentration of the radical on the density of
the electron flux. Accumulation of radioals is, however, not
described by a simple kinetic equation
dn/dt - w 0 -kn2, but it is of complicated character. For the
Cara 2/4 purpose of determining the nature of the radical in oxalic
3

Investigation by the Xel;hod of,Paramagnetic Zlectron SOV120-124-1-35169
Resonance of Free Radicals Formed During Irradiation of Oxallc Acid
noid, the authors compared the spectra of the paramagnetic
resonance of irradiated oxalio acid, suooirLio acit, and
iiteario acid as well as of some of their salts. The following
Yras founds also in the rather complicated spectra of succinio
acid and stearie acid signals of paramagnetic resonance occur
irhich are analogous to the signal in oxalio acid. In the
spectra of the salts, such signals are either of only weak
.4ntensity or they lack entirely. The experimentally determined
law of quadratic recombination is indicative of the fact that
the radicals are destroyed by the interaction of*tvo radicals.
Either the diffusion of a radical in matter by the transition
of a hydrogen atom from the neighboring molecule to the radioal~
or dislocation of a free electron according to the system of
conjugate hydrogen bonds may be considered as possible
siechanisma. Further investigations are necessary for the
purposs of determining the true mechanism. There are 2 figures,
1 table,and 2 Soviet references.
ASSOCIATIONs Institut khimicheskoy fiziki Akademii nauk;SSSR (Institute
C ard 31,~ for Chemical Physics of the Academy of Sciences, USSR)
-3

68173
r)
SOV/20-129-6-41/69
AUTHORS: Slovokhotovaq N. A.9 Koritakiy, A. T., Buben~ 11. Ya.
TITLE: Double Bonds in Polyethylene Irradiated by Past Slectronaly
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 129, Nr 6, Pp 1347-1348
(USSR)
ABSTRACT: Polyethylene was irradiated in liquid nitrogen with 23-300 Mrad
Eind the infrared spectrum was recorded at various temperatures
(Fig 1).1mmediately after irradiation, an absorption band at
5166 am-Imay be observed, which confirms that the double bonds 4z
of the tranavinylene type are formed at the inntant of irradia-
iion by stripping off H-atoms in two adjoint methylene groups.
The intensity of the band 909 cm-1 corresponding to the intensi-
ty of the vinyl group depends in a high degree on temperature
and on the intensity of irradiation. This is explained by,
reaction of the vinyl group with free radicals1formed by ir-
radiation. Irradiation at temperaiures belov--700 0 with
206 Mrad causes the bands 985 am- 1 and 944 am-I to occur in the
spectrum (Fig 2). The band 944 cm- vanishes again with a tem-
Card 1/2 perature rise and is probably caused by short-lived radicals.
Card 2/2

PHASE I BOOK EXPLOITATION SOV/5410
TashIcento'k-aya konferentsiya po mirnomu ispolIzovanlyu atomnoy
enzrgii, Tanhkent, 1959.
(Trai3actions of the Tashkent Conference on the reaceful
U-,en of 1vtor-le Energy) v. 2. Tazhikent., Izd-~vo mi UzWISR, 1960.
4419 p. Errata slip inserted. 1,500 copies printed.
Sponzoring Agency: Akademiya nauk Uzbekskoy SSR.
Responsible Ed.; S. V. Starodubt3ov, Academician, Academy of
SO!enCe3 Uzbek SSR. Editorial Board: A. A. Abdullaycv, Can-
d-Idata of Physics and Matbpnaticn; D. M. Abdura-5ulov, Doctor
of lKedical Sciences; U, A. Arifov, Academician, Academy of
Sc4encc5 Uzbek 35R; A. A. Borodulina, Candidate of Biolo.-ical
Sciences; V. 11. Ivashev; G. S. Ikrartaova; A. Ye. Kiv, Ye. :1.
Lobanov, Candidate of Physics and Mathematics; A. -r. Nikolayev,
Candidate of M'edical Sciences; D. Nichanov, Candidate of Chenical
S-zlences; A. S. Sadykov, Corresponding Member, Academy of Sciences
USSR, Abademician, Academy of Sciences Uzbek SSR; Ya. N. Talanin,
car,F- ~&

17 L,
.,Tran:vactiona of the Taitilcont (Cont.) SOV/52110
C-an'didate of Phypics and Mathematics; Ya. Kh. Turalculov, Doctor
Of Diolo~;ical Saienaes. Ed.-. R. 1. Khamidov; Tech. 1-:d,-. A. C1.
Babakhanova.
VLM
Tr, E : The PublI,:ation is intendcd for acientific wcrkeri and
empicy9d in entei-prioes whqre radioactive icotcpaa
and nuclear radiation are u3ed f,:,r rezearch in chemical, Zoo-
lcgicaj., and technological ficld3.
CVvT,RA-5E. Thl.= collection of 133 article3 repreZents the second
vol,Ame of the Tranz~a,~tiona of the '-r'azhkent Conferercte -on, the
Fl:.a:!EfUl USeS of Atomic E%nergy. The individual artlilea deal
witb. a wide range of problema in the field of nuc!~,a- radiation,
Inr.ludinS: production and chemical analy~--Is of ralica--tive
lsotcpes; investigation of the kinetics oC chemical r-~actions
by miaani Of isotopes; application of spectra". analysis for the
-anullaaturing of radioactive preparations; radioaztive methods
for determining the content of elements in the rooks; and an
anal"Isia of methods for obtaining pure substances. Certain
Card P/?0

17
Tranna.3tiona of the Taohkant (Cont. sov/541o
ins-'rurents used, ouch an automatic rogulatora., floi,,.motorz,
levol L,,*Lu.-on, and hi8b-conaltivity gammn-rolnya, or(., dozoribed.
No ifer6onalities are mentioned. nuforonoca follow individual
article'l.
TABLE OF CONTENTSs
RADIOACTM 130TOPIM, A,LTD NUCLEAR BADIATIO',,l
IN MarillZM10 MID GEOLOGY
Lobanov, Yp. 11. (Inatitut yadc.-;noy fiziki U7.SR - Inatituto of
Nuclear Phyaicz AS UzSSR]. Application of Radioactive Inotopou
and Nuclear Radiation In Uzboltiotan 7
Taksar, and V. A. Yanuohlco,73kiy [Inatitut flziki M 1,atv
SSR - Institute of Physics A.1, Latvian SSR1. Probl,,.-mo of the
Typification of Automatic-Control Apparatus Based on the Use of
Radioactivq Isotopes 9
Card 3/20

Transactions of the Tashkent (Cont.) SOV/5410
FI^,yr,I.man, D. G., V. V. Glazunov, and L. G. Shakhidzhanyan
(Tn5titu'~ evolyutsionnoy fiziologii im. T. M.. Sechenova AN SSSR
inititute of Evolutionary Physiology imeni T. M. Sechenova
AS USSR), Use of Scintillation Beta-Spectrometry for De-
t4=.ration of Small Wantities of Radioactive Substances in
Blologival Objecto
Fonnnarev, A. N., and 17. L. Tallroze (Inatitut Ichimicheskoy
C12ikl AN SSSR - Institute- of Chemical Physics AS USSR]. Use of
the ~_zuteron-Exjhange methoo for Studying, Under Simulated Con-
ditions, the Elementary Reactions af Atomic Hydrogen, Occurring
in Radioly6ia of Solid Hydrocarbons
Ber4.zIcin, V. G. [Institut neftekhImIcheskogo sinteza AIT SSSR
Institute of Petrochemical Synthesis AS USSR]. Methods and
E,TaIpt3cnt for the Chromatographic Investigation of the Products
of Radio ysis of Hydrocarbons
Slovoldhctova, N. A A. T. Koritskiy. and 11. Ya. Buben. (In-
stituta of Chemicai'My-Wal-c-s-13-USSIry. Double Links in Poly-
Card 19/20
416
420
425

Tranaactions of the Tashkent (cont.) Sov/54jo
,:-thylelL, Irradiated by lligh-Speed Electrons
1-.ve' .rkov, Yu. D., Ya. S. Lebade-v, and 17. V. Voyevod:3,:iy (in-
wtc,of Chemical PlLyznica AS U.23R]. Xnvc.,ti c a tion of the Fc-
i~%t,4onis of Free Radic~ala in I=adiated Teflon
arkovich, S. V., and A. A. Ivl(o [Institute of Phyalcal Or-
Chpnilatry AS BeISSR). Deuterium Exchange on Solid Sur-
fa~?c.ti "n the Caa Phaac. Deuterlum Fxchangc in Ethylene on
an industria! Aluminosilicate Catalyst
AVA7LABLE; Library of Congrezz
C;ar.*.l 20/20
430
431
440
JA/rnm/lw

86745
1/110/60/000/006/020/045
5y'0 6(1,9 4,
E032/E3i4
AUTHORS: Molin, Yu.N., Kar"skiy. A.T, Sem enov, A.G.,
Buben, N.Ya. and Sh7a-mi-h-e-v; V.N.
TITLE: Apparatus for the . Observation of E.P.R. Spectra of
Solids During Their Irra'diation by Fait Electrons
PERIODICAL: Pribory i takhnika eksperimenta, 1960, No. 6,
Pp- 73 - 77
TEXT: The electron paramagnetic resonance method (Z..P.R.)
is being widely used to study the properties of radicals in
materials subject to ionising radiation. Usually, such
studies are carried out in two stages. In the first stage,
the sample is irradiated and in the second the E.P.R. spectrum
is recorded. This method is not always convenient because it
cannot be used to determine short.-period processes taking place
in the specimen. In order to temove this disadvantage the
present authors have designed an apparatus in which the spLecimen
can be irradiated in situ in the E.P.R. spectrometer. The
E.P.R. spectrometer, employing a high-frequency modulation of
the magnetic field and working on a wavelength of about 3.2 cm,
was described in detail by Semenov and Bubnov in Ref. 5. The
Card 1/5

86745
S/120/60/000/006/020/045
9032/Z314
Apparatus for the Observation of E.P.R. Spectra of Solids
During Their Irradiation by Fast Electrons
absorbing call in the spectrometer is in the form of an
ki..'ectangular resonator with a Q-factor of about 1 000.
T e ource of the ionising radiation was the electron
accelerator of theInstitute of Chemical Physics of the.A5 USSR,
which gives electrons of up to 2 MeV in energy. Fig. I shows the
method of introducing the electron beam into the resonator of
the spectrometer. The electrons are introduced through a
cylindrical channel in one of the pole pieces of the magnet so
that they enter along the lines of force. The presence of
the channel, whose diameter on the pole-p�ece face is 6 mm,
leads to a deterioration in the uniformity of the magnetic
field. The nonuniformity at the specimen was found to be
0.8 Oe/cm in the direction of the axis of the channel but
very small in the perpendiculqr direction. Since usually
o ''N"
the E.P.R. line width in solids is ~f~the order of 10 Oe,
i '
such a nonujaiformity does not reduce the resolution of the
spectrometer when the thickness of the specimen is of the
Card 2/5

86745
S/120/60/000/006/020/045
Z032/Z3i4
Apparatus for the Observation of E.P.R. Spectra of Solids
During Their Irradiation by Fast Electrons
order of 1 or 2 mm. The entire apparatus is placed in a
special enclosure which screens it from X-rays. In the region
in which the radiation strikes the specimen, there is only the
magnet, the resonator and the high-frequency field modulator.
The constant magnetic field and the modulation fields are
adjusted by remote control. The power is introduced into the
resonator through rectangular waveguides having a total length
of about 25 m. These had practically no effect on the
sensitivity and stability of the spectrometer. The electron-
beam current was monitored by an ionisation chamber (5 in
Fig. 11, which was placed above the specimen 8 . Additional
magnets were provided for controlling the beam. The ionisation
chamber was in the form of two foils, each 5 11 thick, and
separated by a gap of 5 mm. Ions produced in the gap between
the foils are extracted by An elebtric field derived from a
storage battery of 160 V. *The dose delivered to the specimen
was determined from the formula:
D = Alt
Card 3/5

867h5
S/12o/6o/ooo/oo6/O2O/O45
E032/F.314
Apparatus for the Observation of E.P.R. Spectra of Solids
During Their Irradiation by Fast Electrons
where I is the electron current in pA at the beam shutter
4 (Fig. 1),
t is the time of irrAdiation and
A is a constant for the given substance.
The latter constant is given by.
dE
A - n
d~ I
where dt/d" iathe rate of loss of energy in the
irradiated specimen in eV/9/cm
n is the number of electrons in 1 pA of beam
current,
A/I is the ratio of current densities at the beam
shutter and at the specimen.
Card 4/5

86745
S/l2o/6o/ooO/oo6/O20/O45
E032/9314
Apparatus for the Observation of E.P.R. Spectra of Solids
During Their Irradiation by Fast Electrons
The constant A was determined in special experiments in
which the specimen was replaced by special probes having the
same dimensions as the specimen. In the measurements reported
in the-present paper the dose rate was varied between
3 x 106 and 3 x 10 3 rad/sec. The temperature of the specimen
was varied by blowing a stream of nitrogen from a dewar filled
with liquid nitrogen. In this way, any temperature between
-150 and +150 0C can be obtained to within + 1 0C. The
specimens were in the form of discs 3 or 5 mm in diameter and
2 mm thick. The discs were placed in the resonator at the end
of a thermocouple. Acknowledgments are expressed to
V.V. Voyevodskiy for his interest in the present work.
There are 7 figures and 7 refe.-ences: 6 Soviet and I English.
ASSOCIATION: Institut khimicheskoy fiziki AN SSSR
(Institute of Chemical Physics of the AS USSR)
SUBMITTED: November 12, 1959
Card 5/5

33104
S/636/61/001/000/029/056
B116/B102
AUTHORS: Buben, N. Ya., Koritskiy, A.-T., Shamshevq Vo N.
TITLE: Effect of additions on the formation of free radicals during
paraffin radiolysis
SOURCE: Tashkentskays, konferentsiya po mirnomy ispoltzovaniyu
atomnoy energii. Tashkent, 1959. Trudy. v. 1. Tashkentq
1961, 192-195
TEXT: One and a half years ago, at *-h* IXhF AN SSSR, direct measurements
were started of the concentration and the radiative yield in free radicals
in the solid phase at different temperatures by means of electron
paramagnetic resonance. V. L. Talfroze, Yu. N. Molin, V. V. Voyevodskiy
and the authors have found already that at low temperatures the depndence
of the free radical concentration in the frozen hydrocarbons and in
polymers is non-linear already at low doses. If the doses are several
hundred mrad the curve practically does not rise on further irradiation,
although the forming radicals are stable. Later, the authors found that
the conditions under which the radicals are formed vary considerably if a
Card 1/3

33104
s/638/61/001/000/029/056
Effect of additions on the ... Br16/BiO2
small amount of additions is introduced into the irradiated body. E.g.,
paraffin was irradiated with 1.6-9*v electrons at -1000C. The spherical
(diameter: 4-5 mm) specimens were fixed to a thermocouple and inserted
into the resonator of the apparatus. The paraffin temperature was kept
constant with cold nitrogen. The radical concentration in the paraffin
was determined by eomparing the. signal intensity of the specimen with that
of the calibration substance (CUC12 *2H 20). Already A small amount of CCI4
additions reduces the radical concentration. The same effect is produced
by an addition of hexachloro benzene and a somewhat weaker effect is
produced by a benzene addition, while heptylenet octylene, and ionyl alcohol
additions produced no effect. In all experiments the total concentration
of the radicals decreased. At the beginning of irradiation (up to
20-30 mrad), if CC14 additions were present, an additional narrow line vras
observed besides the ordinary spectrum of the alkyl radical. The intenflity
of this line rapidly increased up to a certain value. This is explained as
follows: Electron ecxitation in paraffin can be transferred relatively
easily. Very prob4bly the hydrogen atom is detached under formation of an
alkyl radical where the C-H bonds (e.g. near the molecules of the additions)
are weakened. This causes an irregular distribution of the radicals which
Card 2/3

32820
,57. 11600 S/02 0/62/142/001/0191021
BI 45/B1 01
LUTHORS: Koritskiy, A. Top Shameh*v, V. N., and Buben, N. Y&.
TITLE: Energy transfer in radiolysis of toluene with adnixtur*s
PZRIODIGAL: Akadomiya. nauk SSSR. Dcklady, Y. 142, no. 1, 1962# 120-122
TEXT: The effect of small admixtures of CCI 49 b*nzoyl perozide, and CS 2
on radiation yields of radicals obtained when irradiating frozen toluene,
and on the epr spectrum was studied by measuring the electron paramagnetic
resonance (*pr). When toluene containing the dissolved admixtures was
cooled rapidly, it was obtained in an amorphous form. The arrangement of
the apparatus and the method of determining the yields of free radicals
had been described before (YU. M. Holin, A. T. Xoritskiy, A. D. Semenoy
et al., Pribory i takhn. skeperin.p no 6 (1960) A. T. Koritskiy, Yu. 9.
Molin ot al., Vysokomol*ko aoyed., 1., 16,82 (1959~). An increase of the
initial yield, Go Of radicals by 4 to 5 times was observed with a C014
molar part of 5.1o-4 at -1600C. Th: ;h1pesof the *pr spectrum corresponds
to a superposition of spectra of th 0 3 nd 66H 4- CH3radicals. With a
Card 1/2

37h33
S/190/62/004/005/009/026
B11O/B144
167
AUTHORS: Molin, Yu. N., Koritskiy, A. T., Shamshev, V. N., Buben, 11. Ya,
TITLE. Temperaturo changes in the epr spectra of allyl and other
radicals in irradiated polymers
PERIODICAL: -yysokomolekulyarnyye soyedineniya, v. 4, no. 5, 1962,
-690-695
TEX": Oriented samples obtained by fourfold stretching of isotropic
polyethylene were irradiated with fast electrons (1.6 Mev, 200 Mrad) and
kept at 800C in an N 2 stream until complete recombination of alkyl
radicals was reached. The basic structure of the epr spectra of the
allyl radical lips
lips if,It.. if. lips
of irradiated isotropic low-pressure polyethylene is explained by
Card 1/3
ri/190/62/004/005/009/026
Temperature changes in the epr spectra ... B11O/B144
interaction of the unpaired electron with P-protone, and the temperature
change of the spectrum is explained by a change of the interaction constant.
The five separatd components of the spectrum at high temperature
correspond to the interaction of the unpaired electron with four ~-protons.
At low temperature, the and r32-protons of spectra with seven
components are not equivalent, and L H 82 - 2ZIH~1. A reversible change
of the spectrum with temperature was found. P-protons are equivalent at
800C. and at 350C i~SH32 o 2L\H i~i* The components of the two spectra
show doublet separation owing to interaction with the rA 0-proton. For
isotropic polyethylene at 95 and -900C and for oriented polyethylene at
80 and -1100C the authors obtained LH P1 19; 1-3; 18.5; 13.5;
= 19; 26; A" - -; 20
H
P2 18.5; 27; k -5; 19; 611 CIO
5.5; 5.5, respectively. The different values of A-hydrogen at low
temperatures are caused by a distorted geometrical structure of the
radical, which is due to the influence of the crystal lattice of the
polymer. 'Tensions thus occur in the allyl radical at low temperatures.
Card 2/5

S/190/62/004/005/009/026
Temperature changes in the epr spectra B110/B144
They may distort the valency angles and disturb the sp3 hybridization of
the bon-Is in carbon atoms carrying '3-hydrogen atoms. This may lead to an
unsymmetrical arrangement of these hydrogen atoms with respect to thf;
plane of the C-C bonds. A temperature rise reduces the influence of the
crystal lattice. A four-component spectrum (- 25 oerstedsi 1 : 3 t 3 1 1)
11 H
of the radical -C-C-C-N- was observed at 360C. The unpaired elect:ron
I 1 11
H 1. H_;, 0
reacts with one and two rl-protons. As with the allyl radical, a drop
in temperature changes the number of components. There are 4 figures and
1 table.
ASSOCIATION: Institut khimicheskoy fiziki AN SSSR (Institute of Chemical
Physics AS USSR); Inetitut khimicheskoy kinetiki i goxeniya
Sibirskogo otdeleniya AN SSSR-(Institute of Chemical KInetics
and Combustion of the Siberian Department AS USSR)
SUBMITTED; v1arch 27, 1961
Card 3/3

36525
3/08 62,1000/006/023/117
0 B171YB101
AUTHORS: Buben, N. Ya., Koritskiy, A. T., Shamshev, V. N.
TITLE: Effects of additives on the formation of free radicals in
the radiolysis of paraffin.
PERIODICAL: Referativnvy zhurnal. Xhimiya, no. 6, 1962, 65, abstract
6B453 (Tr. Tashkentak. konferentsii po mirn. ispollzovaniyu
atomn energii, 1959. v- 1. Ta8hkent, AN UzSSR, 1961, 192-195)
TEXT: The authors report some facts showing the importance of the
electronic excitation energy transfer processes in radiolysis of some
solid organic substances and indicate some aingularities in the,formation
of free radicals (FR) in these substances. The conditions of accumulation
of FR M a solid organic substance sample change considerably when small
amounts of additives are introduced in a system exposed to radiations.
The alkyl FR are formed by the separation of H atom from a CH 2 group
through the bombardmani of paraffin with fast electrons at a temperature
of about -1000C. In order to investigate the kinetics of alkyl PR
Card 1/2

S/08 62 00/006/023/117
Effects of additives on the... BMYB10~0
accumulation, a paraffin sample containing additive and having the shape
of a small ball, 4 to 5 cm in diameter, fitted on a thip thermocouple,
was placed-in the resonator of an electronic paramagnetic iesonanoe
device. The sample was then irradiated with a:1.6 Mev electron beam,
and its temperature was regulated by a cold nitrogen jet. The FR
concentration,has been determined by the comparison of the intensity of
signals emitted by the sample with those emitted by a standard source
oontaInIng a known numbor of paramugnatio purticlon (.%CI.,* 2H 2.0 Smull
A:= U a 1. q c, r C C 14 a z d h a za C -~U a ra b a z z 41 z a add *. I -r -0 a -- C r. 1 --4- b -. -1 -0 1=!V
the &Ikyl 7-3 S;~ c effec-s
ri~=*- -~,.e-atene, cc--e--e, and =nyl a`cclLo' as. A=
discovered effects has been attempted. (Abstracter's note: Complete
translation.]
Card 2/2

KORITSUTY, A.T~-, SHWHSV, V.N.; BUBEV, N.Ya.
Energy-trazwfer in the radiolysis of toluene s-ith addition
agontp, Uokl. AN SSSR 142 no.1:120-122 Ja '62. (MM 14:12)
1. Institut Icbimicheskoy fiziki AN SSSR. Predstavleno akademikom
V.Y. Nondratlywym.
(Toluene) (Radicchamistry)

3/844 62/000/000/091/129
D204YD307
AUTHORS: Slovokhotova, N. A,,, Koritakiy. A._T,, Bubeng N. Yas,
Bibikov, V. V. and Rudnaya, G. V.
TITLB: The action of fast electrons on polyethylene at low -tem-
peratures
SOURCE: Trudy II Vsesoyuznogo soveshchaniya po radiatsionnoy khi-;'
mii. Ed. ~y L. S. Polak. Mosc-ow,.1zd-vo AN SSSR, 1962,
531-535
TMET: The aim of this work was to determine whether the double
bonds found in irradiated polyethylVne (PE) form directly during
irradiationt or whether they arise frojn sbcondary radical inter-
actions. Low- and high-pressure PE was irradiated with 1.6 Mev
electrons, in liquid or gaseous N 29 and the specimens were examined,
4 ir spectroscopy. Trans-vinylene-type b6nds formed when high-
pressure PE was irradiated with a dose of 206.Mrad (966 cm- 1 band),.
both at -196 and +500C, with similar energy yields, showing that.
Card 1/3
3/844/62/000/000/091/'129
The action of fast ... D204/D307
such double bonds form by-direct interaction of PE with the elec-
trons. In liquid N2 irradidtion of the same PE with 200 Mrad also
increased the proportion of vinyl-type bonds (9o9 cm7 1 band), by a
factor of 6 in relation to'unirradiated PE. The proportion of vi-
nyl bonds in low-prensure'PE' decreased for doses up to 25 Mrad,
and then increased; the dev~elo~pmont of unsaturation. was leso pro-
nounced at higher temperatures, Such bonds are both formed (direct-
ly) and destroyed in irradiated PE. The destructive process pre-
dominates at higher tei;iperatures owing partly to the increased mo-
bility of polymeric chains, but it is also connected vith energy
transfer processes during irradiation. Both types of PE exhibited
a 985 cm-1 band when irradiated with doses of 300 Mrad, in liquid
N2, and-after warming up to 26, 50 and 12000 over a period,of 5
minutes. This band indicates the appearance of conjugated double
1
bonds. The 944 cm- band, corresponding to allyl radicals, was also
observed. This band was only stable below -1000C in high pressure
.,PE and disappeared rapidly on warming to 50OC; in low-pressure PE
Card 2/3

3/'844/62/000/000/091/129
The action of fast ... D204/D307
0
the same band was stable up to 100 0. This difference is explained
by the higher crystallinity of low-pressure PE. Additions of ben-
zene or toluene considerably reduced the intensity of this band,
owing to the participation of additive molecules in energy trahafer
processes; the same lowering effect was observed with respect to
the conjugated double bonds. There are 4 figures.
ASSOCIATION: Institut khimicheskoy fiz1ki AN SSSR Fiziko--k:himi-
cheakiy institut im. L. Ya. Karpova ~Institute of
Chemical Physics, AS USSR; Physico-Chemical Institute,
im. L. Ya. Karpov)
Card 3/3

3/844/62/000/000/093/129 ii
D204/D307
AUTHORS: Bubent N. Ya., Koritskiy, As T. and Ghamshev, V. N.
TITLB: The effects of additives on the low-temperature radiolypi&
of polyethylene (PE)
SOURCE: Trudy II Vseeoyuznogo.soveshchaniya po radiatsioi.11noy kh~-
Mii. Ed. by L. So Polak. Moscow, Izd-vo AN S36R, 1962,
540-546
TEXT: The kinetics of free radical formation in high-pressure PE
(by itself or with additions of CC1 4 or benzene) irradiated with
fast electronag were studied by BPR spectroscopy, using me-thods
described.earlier (Pribory i teklmika eksperimenta, nos 6j. 113 (1960);
Vysokomolekularnyye soyedineniya,, 1, 1182 (1959)). At -17000, with
5% additions and dozes of 0.25 - 7 1.1rad, signals were detected from
Kadicals forming from 001 4 molecules# which were superimposed on
the usual spectrum of irradiated PE and which rapidly disappeared at
-600C; no such signals were again detected when the specimens were
-warmed up to 300C, cooled and re-irradiatedv showing that the radio-
Card 1/3
S/P44/62/000/000/093/129
D294/D307
The effects of ...
lysis products of CCl are.-iost to the system or combine with the
4
I ed in PE containing 1 VA
PE., Similar phenomena, were observ of
At -.1250C, -101)1~j addition of- C6H6 lowered the initial energy yield
(G) by 30 - 40V- (for doses ~up tor-30 Mrad)q but lowered G only
sliglitly at higher doses (.uV to--270 DIrad). A 1-5~'~ addition of Cci 4
did not initially affect d,'Ibut led to a rapid slowing down of the
rate of radiolysis at doses,of 50 - 100 Mrad. This was particularly
noticeable,when the amount of 0014 was raised to 19~- The rates of
H ) bec omet lower
radical accumulation in PE (pure and with 9~ 06 6
when the temperature was raised from -150 to-670C, but only at-do-
~sedexceeding 5 Mrad. The,presence of CC14 led, howevert to a con-
siderable decrease in the rate of radical accumulation when the
temperature was raised. The radioly8is products of C01 4 are bOl 3
and Cl (atom or ion); the qt,Aantity ".6a 3 is estimated to.be -100
-times greater in PB/CC14 than.in,,pure C014 , at -150 0C. The Cl is
Card 2/3

MOLIN, Yu.N.; KORITSKIY, A.T.; SHAICHEV, V.N.; BUBEH, N.Ya.
Temperature changes in the electron paramagnetic resonance spectra
of allyl, and some other radicals in L-radiated polymors. Vysokom.
soed, 4 no.5-.690-695 * 162. MMA 15:7)
1. Institut khimicheskoy fiziki AN SSSR i Institut khimichaakoy
kinetiki i goreniya Sibirskogo otdoleniya AN SSSR.
(Polymers) (Radiation) (Radicals (Chemistry)--Spectra)

8/020/62/147/005/026,1032
B100186
AUTFORS: Koritskiy, A. T., Lukovnikov, A. F.
TITLE: Formation of diaryl nitrogen oxide radicals on reaction
between amines-and peroxide radicals
PERIODICAL: Akadem,iya nauk SSSR.' Doklady, V-141, no- 5, 1962, 1126-1121
TEXT: A study was made of the reaction of the inhibitors diphanyl amine
and phenyl-p-naphthyl amine in frozen cumene irradiated with 1.6 Mev
electrons either in absence of oxygen or at oxygen pressurcobetween 5 and
10 atm. E. p. r. spectra were taken to test'the formation of radicals.
Results: (.1)'An inhibitor addition of 1- 3% to cumene hardly affected the
yield and character of the resulting radicals. (2) A radicals, which
disappear on heating above the melting point# form in the absence of
oxygen. (3) In the presence of oxygen, R06 peroxide radicals are
obtained. Heating above the melting point changes the e. p. r. spectruq1
of these radicals. A 1:10 triplet occurs which corresponds to the Ar NO
2
spectrum. The formation of these diaryl nitrog n oxide radicals foll
owo
I.,- the reactiork;
!'~:Card 1/4 ROO + HNAr. -> ROOH + NAr2; ROO 4 NAr2 > R& + Ar2NO.

3/02()/02/147/005/026/03'!
Formation.of diaryl nitrogeq oxide ... B101IB186
:1 1 i
Irradiation of the system,c)~mene + 0 + Ar NH above the melting point
2 2
yields no Ar iO radicals. the instability of Iradical.s is explained by
2 ---> H i0
the reaction Ar i + AF2NR. (4) Experiments,showed that
2 6. 5)2
radicals decompose in the presence and abseince,of 02 owing to reaction
with i or R061yielding ROX(C H (5) Irradia"~tion of the system
5)2'
cumene + cumene hydroperoxide + amine also yields Ar No radicals on
2
heating above 0 0C. When irradiation begins, the Ar NO concentration
2
first increases, then decreases to a limit which,depends on the
.irradiation intensity. 'After irradiatign has been stopped an after-effect
occurs - a long-lasting increase in Ar NO concentration up to a limit
. 1. 2
which depends not so much.on the hydroperoxide,concentration as on the
irradiation dose and irradiation temperature, and which follows a first-
order reaction. The oonceOration of Ar 2iO raoicals decreases
immediately when irradiation is repeated. The decrease in Ar io
2
Card 2/4

S/020/62/147/005/026/032
Formation of diaryl nitrogen oxide ... Bloi/BW
concentration on continuous irradiation and the after-effect are
insufficiently explained by the experimental resillts. The former may be
due to any radiolyeis products delaying the radical formation, the
latter to incomplete oxidation of the amine (e. g. into diaryl
hydroxylamine) and subsequent oxidation by ROOH into Ar2iO. (6) The
yield of paramagnetic particles remains unaffected by diphenyl amine,
is increased by hy0roperoxide additions,*and is increased considerably
by hydroperoxide + diphenyl amine. This is probably due to the- excited'
[ROOH-HNAr21A compllpx formed by an H. bond'*. Conclusion: A possible
interaction betweenlamines and peroxide compounds or their conversion
products must be taken into consideration.There are 3 figures. The
most important Engliah-language references are; J. R. Thomaa~ J. Am.
Chem. Soc.p 82, po. 22, 5955 (1960); D. B. Denney# D. Z. Denney-, J. Am.
Chem. Soc., 82, 1389, 1393 (1960).
A
ASSOCIATION: Institut khikicheakoy fiziki Akademii nauk SSSR
(Institute of Chemical Physics of the Academy of Sciences
USSR) r i
Card 3/4

S/020(62/147/005/026/032
Formatioh of diaryl nitr6glen oxide 'B1013
186
PRESENTED: July 19, 19�20 by V. N. Kondrat',jov, Academician
SUBMITTED: July 11, 19621
n
Card 4/4-

KORITSKIY, A.T.; SHAMSHEV, V.N.
Energy transfer during radiation oxidation of aromatic
hydrocarbons. Dokl. AN SSSR 153 no.1:111-113 N 163.
(MIRA 17:3.)
1. Institut khimicheskay fiziki AN SSSR. Predstavleno
akademikom V,N. Kondratlyevym,

- - - - - - - - - -
S11 90/63/005/004.1~O ~/020
B101/B220
AUTHORS z Slovokhotova,114 A.. Koritskiy, A. T., Karging V4 'it. I
Buben, N4,,Ya.,, BibiR5`V--i77.__V_., 11"ibheva, Z. F.,
Rudnaya, G. V*'-
TITLE: Effect of fast electrons on polyeth lene at low temperaturm.
1. Doublo'bonds in irradiated polyethylene
:PERIODICAL: Vyaokomcleku_ly;a_rn~7e soyedineniya, v. 5, no. 49 19,53, 56-5-574-
TEXT: High-density polyethylene (PE),jow-density FS, and P.E.obtained-by
radiation pelymerizationg. were irradiated with 1.6 11ev electrons in 1--qui4
or gaveous 1; . The dose was varied from 25 to 300 Mrad. The IR spectra
2
viere studied from -196 to + 500C. The intensity of the 966 cm"l band
proved to be independent of the nature of the PE and of the tea perature.
Hence it-is concluded that-thetrans-vinylene bond3 form in the primary
irradiation act.--On'the.contraryl uhe 909 cm band, characteristic of
w six tim&s as large;and at.
vinyl bonds was ith 200 11-rad anct at -196o
-500C only 2-5 times as laarge as 'in nonirradiated PE. With dooes below
25 Mrad the initial concentration of vinyl groups decreased, whereas With
Card 1/2

5/190/63/005/0044/01,5/020:
Effect, of,fast electrons one, B101/B22O
higher doses it increased. Thus irradiation indu,--es the formatl't.on as
well as:the disappearance of vinyl double bonds, the disappearance being
~11'avored:by higher temperatures., Fru-m the.experimental fac
t lhwL the
N /11 ratio of the.trana-vinylene tothe vinyl groups is 16 fox PE ob-
tv V
tainod by radiation polymerizatio-no but 14 vith hlg~i-density PS., it is
aasumed that tho moat probable prooeasia it migration of ono, 5y anti tho
f ormation of vinyl gToups-by.the H atoms splitting off from two,
neighboring C atomstat the end of the molecular'ehain. There are
3 f igures and 1 table..
ASSOCIATION: -Fiziko-khimicheakiy inatitut im. L. Y&. Xarpoya (Physico-
6hemi-al.,Instiltute imeni L. ia, Karpov)
SUBMITTEDi October 11,:1961
Card 2/2

20
S119616310051004104
Biol/B220,
&UTHORS:: Slovokhotova'.N'6._A.i
-Koritskiy, A. T1. Kargin, Vi A.,
Buben' N. Ye., 11 WOVE Z'.
UTLEi Effect-of fast
electrons on polyethylene at low temperatures
11'4 - - Conjugate&.: double- bor.,L~s_, -and -:allyl radicals in .irradiated
polkethylene~
no. .4,1461i, 575-580-,
PERIODICAL: Vysokomolakulyarnyye soyedineniya, v. 51
TEXT: The IR and epr. spectra of irradiated polyethylene werij studie.d.
..Resultst. (1) Irradiation With more than 50 Mrad induces the formation of
conjugated double bonds which are.oharacterized by the 985 cm-1 band.
(2)_ At low temperatures allyl groups form-which are characterized.by-the
944 em band detected also -in the epr spectrum- (3) 'When benz6ne or
toluene were admixed to the-polyethylene the yield in allyl radficals and
conjugated bonds was.reduced .4 protective actian of the beirzene ring:
owing to chargo migration in assumed*. There are 4 figures*
ASSOCIATION. --Piziko-khimicheskiy institut im. L. Ya. Karpova, (1?hysico-.
chemical Institute imeni L. 1&., Karpov)
Card. 1/2.,

Doc 45
Insulation, Electric
Imalation, Temperature Characteristics
"Short Daration,Action of High Temperatures on Paper
#Md Cotton-Paper Insulation," Docent A. V. Kor.ttskiy)
Cand. Tech Sci, All-Union Corr Power Eng Inst,,* vp
"Test Ilektro-Prom" No 12
Marq experiments hare been conducted to study the
performance -of paper and-'cotton-paper insulation
operating for' loog-.ppriods at teaperiLtures.. o lose to
these maximum set up by COST'. 'Morlteirly presents
regulto'of microscopic studies on structure of.in-
sulating material subjected to short exposure to high
20/~9T29
MajZlectricity (Contd) D6c 48
teveeraturea caused: by short circuiting the trans-
former.
26/49T29

XORITS11Y, A.T., kandi.dat tokhnichookikh nauk (I(oskva).
Tenth annlvorsu7 of the All-Uslovi IftestrIcal JWglnoorl.vg Corre-
spondence School. Blektrichoetwo vo,M92-93 0 157. (KM lotg)
(Correspondence schoolia and courses)

KMBAKIN, V.S.; IARIONOV, A.N.; CHILIZIN, K.G.; GOWVAM, A.Te;
MMOZOV, D.P.; RIMSTMA. N.S.; )[ORITSKI A.Vt.:. VXSEBMWSKIY,
S.N.; TISHdHINW. N.A.; YMX,'V.S.
Doctor'af Technical Sciences I.I. Petrov. Elektrichestvo no.12:
83 D '57- (MIRA 10:12)
(Petrov, Ivan Ivanovich, 1907-)

T S'V~_
AUTHORS: Petrov, I.I., Professor, Doctor of Technical 105-158-5-27/28
Sciences, Koritaki-v, A.V. , Docent, Candidate of
Technical _�o~ienoes
TITIX: A Manual of Electrical Engineering (Elektrotekhnicheskiy
spravoohnik)
PERIODICAL: Elektrichestvo, 1958, Nr 5, pp. 94-96 (USSR)
ABSTRACT: The above manual was published under the joint editorship of the
professors of the Moscow Institute of Parer Engineering A.T.Golovan,
P.G. Grudinskiy, G.N. Petrov, A.M.. Fedoseyev, M.G. Chilik-In.
(chief editor) and I.V. Antik, engineer. Second revised edition in
,two volumes, 1152 pages, price 79-75 rubles. Publisher:
Gosenergoizdat, 1955. The work consists of four parts: 1.) General
Information, 2.) Electrotechnical Materials andEquipment,
3:~ Generation, Transmission, and Consumption of Zlectric Energy,.
4 Technology of Measuring and Control.
The book contains tables concerning electrical equipment in-
oluding costs P' formulae for calculations, schemes and their des-
cription, standards, eto. The work is, howevert not free from
Card 1/2 basic errors. The material dealt with is not more voluminous than

S/144/60/000/05/014/014
B194/E255
AUTHORS: Koritski~, A.V. Candidate of Technical Sciences, Docent,
and iav-Linsxl 1q. Ya., Candidate of Technical Sciences,
Docent
TITIE: Book Review
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy
Elektromekhanika, 1960, Nr 5, pp 134-135 ~USSR)
ABSTRACT: 114LZi-ation Electrical Generators"00y A. I. BertjUy, VX
OBORONGIZ, Moscow, 1959, is a new textbook for technical
colleges. The review is generally very favourable
though a few minor defects are pointed out,
3 -1 1 -
iTy - " " . ... ~'' .1 '--
ASSOCIATION: Vsesoyuzniy i6ochniy energeticheskiy institut
(.&11-Union Extra-Mural Power Institute)
Card 1/1

N.A.; BRON, O.B.Z_g2AjTALIY,_Aj.; 6AKHAROV, P.V.; SOTMOV., B.S.;
STUPEL', F.A.; TSMIN, Ta.Z.
Sevqntieth anniversary of the birth of professor B.F.Vasbura.
F-le*trichestvo no.9:96.s 6o (MIRA 13: 10)
(Tashura, Bork Fedorovich, 1890-)

311Y, A.V., prof.; XELINIXOV, NJ., prof.; TIMOFEM, D.V.,, ImId.
MW.-fiauk
Nonsymetrical three-phase to tw~-phase transformers for
electric power siffly of single-phase traction networks.
Elektrichestvo no.1:48-51 J& *63. (MIRA 16s2)
(Eleatr~c powe r distrAttion) (Electric transf6raer"s)
(Elsetric riLilroade-Current supply)

ACC NAs AP6033861 SOURCE CODE: UR/0413/
INVENTOR,.. Lakhov, V. I.; Vinokurov, V. A.01_~orLtel!'i , A. V.
ORGO. none
72
TITLE: Evaporative cooling system for electrical equipment. Class 21, No. 187135
SOURCE: rzobroteniya, promyshlennyya obraztsy, tovarnyye znaki. n.. 20, 1966, 72
TOPIC TAGS: -cooling, evaporative cooling, electric equipment ZVI
ABSTRACT: An Author Certificate has been issued for an evaporative cooling system
for electrical equipment. To avoid the necessity of supplying cooling agent to the
equipment, the moving parts and various structural elements are made of porous metals.
such as porous powder steels, saturated with a liquid cooling agent which evaporates -
during the equipment's operation, providing Intensive and uniform j9horm-tern cooling.
SUB CODE: 09, 13/ SUBK DATE: 3ODec;58/
,Card_ 1/1 UDC: 621.313.017.72

MOROZOV,, Yu.D.j KORITSKIYp G.G,
Classification of instrwnnts for olectric arc and oloctric slag
welding and hard facing. Avtom. avar. 17 no.3t62-64 Mr 164.
1e DonetsIdy politekhnicheskiy institut.

t f
RM
AC~ Nj."o AA02 09 UNF029165/600/01570-WiFow
Vol Ir *.rf' rr r4-)7;-
INVEWM: akr! e. S.. sam"ke skaveA. lez.-
PO&I
B&IRAPin 'i
- __ - -.9 _._
V.
.; chaml 31. a.; Kabus M- A. Wil-ta-ank-1-j-, 9 saw, V.
L K.; Znamnskaya, Mug.-i T
A.; Korif ~T_G. K. Yr. iT ry. J-b-
,_Tj -1--"W4 S;L
ORO: none . A a
TMA: Nothod or allaisAmg UVd4l l*ritmet-comlamt ftr rolllLft IUAm steel etriPs-
Clams 23. ft. IT3369
SOUWR- Armaten, Isobrotemy I tovuwu soak". no. is. ]L965. 6a t
TOPIC TAGS: lubricant, coolant. liquid Imbricautt rolling lubricant, c2ld mgLods
strip rolling
ABSMCr: This Author Certificate introduces a okbod for the preparation or a Uquidl
IC4 , fatty acid used, fbir
coolant-lubri rt,baV,;Tftleoebt*mmide of autbetiq
nA% re
Instance, in MILLI ransforwrlor stainless-steel 'strips. To obtain a stsbae
lubricant which would make -it -possible to roll the strij; to a required* thicluiess * an
alkylaulfanate, alkylarylaulroadR, or bydraiWethWI mine or ratty acid contailtift fIv*
Hydroxy radicals is ad&d to the mathylemblasmide or synthetic fatty acid.. FA* a
varianto the op"ifi*d compments =v mited and them emulaitied in water.
[is)
BUS 0O1xtFFjm,1WS0* DA"mj"l/ Ono W, WO/ MAW, am/. m
CWd WCt _621,092g6n,1,016,11

KORITSKIY. G. V
Teorema szego dlya nekotorykh chastpykh klassov odnolistnykh funktsiy. Matem. SB., 36
(1929), 91-98.
SO: Mathematics in the USSR, 1917-1947
Edited by Kur-osh, A.G.,
Markasevichlo A.I.
Rashevskiy, F.K.
Moscow-Ieningrad, 1948

USSR/Jkthezatics - Schlicht Reflectiom Jan/Feb .53,
"'Certain Properties of Schlicht Con-formal Ref-lec-.
tions,"I 1. Ye. Bazilevich and G. V. Koritskiyj
Moscow
"Hatemat Sbor" Vol 32 (74), No 1, pp 209-218
If a unit circle is reflected conformally into a
certain schlicht region by means of complex-value
function regular in this circle, each level line of
~ given function (in form of a star) lying within
~ convex level,line must be itself convex, and
similarly for star-shaped reflections. S. N. Wrgel-
yan. posed the'problem, of whether or not the number
.of points of recurvature of the level line is a
241T81
monotonic function of radius rho. Author shows
'tbat this problem is solvable in the negative sense.
84bmitted 29 Apr 52.
241T8i

SUBJECT '01SUR/XATHEILLTICS/Geome try CARD 1/2 PG - 7
AUTHOR KORIZKI.T GeV*:
TITLE On the curvature of the level curves and their orthogonal
trajectories for conformal mappings.
PERIODICAL Mat. Sbornik 24 103-115 (1955
reviewed 5/1956
Thelconformal Mappings of the circular lino.14. r-cl a called level ourves.
Completing an investigation of Zzorovi,6 (11ligin. Mat. lurrn, 4jL 2TS-298 0952))
and by .use of a meth6d due to BesileviLl:(W46ow),,the author considers the
upper and lower bounds foilth-e-curvature of the el lines and their orthogo-
rialtrajectories. z n
Consid6r the functions F (Z) f IUI(l-kpzp)-#mdz (p-2,:3,.,,), where
p M
kM Om em is an arbitrary integer, )WM is an integer.and satisfies the
conditions
n
1 e4 Er . OP
(1-r )2 (1-r) 2
r
k )2 1 f( Z)j < r2) , 0
(4 - (1-r (1-r
is no longer star-shaped (convex) for r sufficiently near to 1.
Card 2/*

28656
S102 61/140/002/001/023
Certain properties of level lines . . . C111YC444
Theorem 3 (Theorem 4)- For the class 7 of the functions
F(~) = 1 , f(z)16 SqS -19 there exists an absolute constant
f(113) z
A S= J/a.~, 7.667 1
is star-shaped (convex), but there are functions F(~ for which
a certain arc of a level line, lying in the ring
F (A s + F.) 2 > 0
Card 3/4
28656
Ce 3/0210/01/140/002/001)/023
..rtain properties of level lines C111/C444
((-q i )2 + 2
(Ak > 0
is no.more-star-shaped (convex), if in sufficiently near to 1.
.There is 1 Soviet-bloc reference.
ASSOCIATIO11: Moskovski-y institut stali imeni J. V. Staline. Noscow
Steel Institute' imeni J. V. Stalin)
PRESENTED: April 22, 1961, by M. V. Keldysh, Academician
SUBMITTED: April 22, 1961
Cal~d 4/4
BA.ZILEV.ICIJ

KORITSMYy K.I.
Hffect of twist on the structure and physical parameters of yarn.
Izv.vys.ucheb.zav.; tekh.tekst.prom. no-5:30-38 161. NIRA 14-11)
1. TSentrallnyy nauchno-issledovatellskiy institut khlopchatobu-
nazhnoy promyeblennosti,
.(Yarn-Testing)

A
009
of 8
W
0 0
f 91 It u It u tt 16 11 111
-ewe
i, W-A
1 u a a a
14 go 1~141-01-0
flits
-00
-00
'00
o00
49 tbi Aban
Omd.
No. 1,
twkn C, the itme we"Stim ulditation coefl. of
be tFw~ the= famulm is gifta: a - U.22 a +
0-20 4310 + 23-0, Wbffc x It the no. of Alwfo in IhI,
"u-1 cmas meow, . the earn. .1 [vim a d 0 tiw 61W
mle"dib- Is sulats. of difmat It uds of M.stfust th" B
-no. mum bw cowwww IN $Mo. to corregitmalim filwr
kftthO- It dw B WAIN" of 2 dilkleat cottons diffir by
3% - - (0, ff.. 45 mW 40). Then a Ight. of the two is
n
to
ot br rRepw M. G. 1610am
sum Slyffstv.
Wool) 14114&3 It 04, 449 VUL114"t alstil 4.K Ql- III
All I S 10 ad 0 0 2 1 ff 0 5 a
S A' 10 71 1 - I a 1 11
4 mr Cr ff it a IUD A 1 1.
0 0 0 0 : a : : * 0 0 0 a 0 0
18T44400:::1041100*411411100 414041o41 0 veso 0004110000410**S*
-04
.00
000
see

IORITSIIT, Konstausia Ivaasylch, dektor tekbalchaskikh nauk, prafeetw;
asent; MLLICKlIff, Tu.A., roda"er; IL1131A,
S.M., takhaicheekly mdektor,
[Manufacture of feacy, twist yens] Prolavedefte fassmoi priashl.
Moskva, Goo.amuchme-tekbaoisd-vo Klulstorstva tokstillsoi promphl.
383R. 1955, 169 p. (Um) (Spinning) Mu 9: 6)

KCRITSKILI.L.,dAtor tekhnicheskikh nauk
Twisting techniques in foreign countries. Tokst.prop-15 no,.9:40-44
S 055. (NUO 8:11)
(Cotton shinning) (Spinning machinery)

KORITSKIY,1.1., doktor takhnicheakikh nauk
~-, - - .i, ~ z -
lquipment, used In twisting abroad. Tokst.prom.-15 no.10:60-63 0055,
(Spinning machinary) (KLRA 8:L2)

KDRITSKIT, I.I., doktor tekhaichaskikh nauk.
For an improvement in twisting techniques. Taket. prom. IL no.l:
15-19 Ja '56. (WaA 9:4)
(Cotten spinning)

'ORITSXlY, XDnotentin Ivanovich. prof., doktor tekhn.nauk; GRILIMM ,
I Aleksandr Aleksandrovich; SOKOWVA, V.Ye.,
red.; KOGAN, V.V., teldin.red.
[yam and thread manufacture] Krutillnoe i nitochnoe pro'Lzvodtava.
Pod red. X.I.KDritakogo. Moskva, Gos.nauchno-tekhn.izd-vo lit.-ry
po legkoi promyshl., 1957. 309 P. (MIRA 11:1)
(Yarn) (Thread)

I - __ - - __ - - KORITSKIrt-K. 1. 9 -prof *
Twisting theory. Toket. prom. 18 no.2:35-37 7 158.
(Tarn-Research) (MIRL 13:3)

Rzoblems of the design of staple fiber yarns. Izv.vys.mdhsb.zav.;
tekh.taket.pron. no.2:23-29 160. (MJMA 13:11)
1. TSentralinyr nauebimo-issledovatel'skir institut khlopchato'bumashnov
promyshlennosti.
(Tarn)

KORITSKlY. K.I
Design for strength of combination yearns. Izv. rjs, ucheb. zav
tekh, teks, prome no. 21t24-31 161. (MTIL4, 14-.;1
1..TSentrallnyy nauchno-issledovateltakiy institut khlopchaLto-
bmazhnoy promyshlemosti,
(Textile fiberu~ Synthetic) (Spinning)

KORITSKIY, K.I.
Design and calculation of rayon cord characteristics for strength.
Izv.vyo.ucheb.zav.; tekh.tekst.prom. no.1:42-49 162. OIIRA 15:3)
1. TSentral'nyy nauchno-issledovatel*skiy institut khlopchatobu-
mazhnoy prov7shlennosti. . 11.
(Rayon spbning)

AUMU]6~914-ttn aanoqah,, KOMAfVV, II.G. , ret8enzent; GROPUVA,
T.G,, red.; BATYREVA, G.G., tekhn. red.
(Fundamentals of the design of yam properties] Onnovy pro-
ektirovanlia svoist-w priazhi. Moskva, Gizlegprom, 1963.
2-45 po (min 16:6)
(yam)

KORITSIUY, K.I.
Coefficient of utilization of the strength of the yarn i:a the fatb-
ric. Izv.vys*ucheb,2AV.; takh.takat.prom. no. 3:19-26 1153.
I- (IMU 16:9)
1. TScutrallm nauchno-isuladovatellskiy institut khl*pa,fl.&tvbu-
mazhnoy promysl-dennesti.
(14xtile fabrics-Testing)

KOST-'-'OV Al(ksandr Aleksandrovich; ~LWKERG,K 7e., kand. tekhn.
nauki retsenzent, tekhn. nauk,
U-
prof... retsenzent; CHUCREYEVA, V.11., red.
[Ring spinners in cotton wanufacturel Kolltse-krutillrrye
mashiny khlopchato-bumzhnogo prol.7vocl.0,va. MoAva, IA)gkala
industriia,, 1964. 230 p. '~MIRA 17:10)
uchastiye: SHISHKINA, R.M., ispolnyayushchaya
obyazannosti starshego nauchnogo sotrudnika; YAGUBOVAP
MARINTINA, Yu.S., mladshiy nauchnyy sotrudnik
Core yarno its striacture and properties. Nauch.-issl.trudy
TSNIIKIIBI 160 (publ. 164-1:25-55 (MIRA 1812)

YFRFIMINA, N.S.;
Design of cotton fabrics; review of literature material. Nauch.-
ins, trudy TSNIKHBI za 1962 g.t189-222 164. (MIRA IM)
KORITSKIY 1 ~."4
F;ibric resistance to tearing deformation, Nauch,-isa, trudy
11SINTERI za 1.962 g.t222-237 164. (XMA IM)

KORITSI'LIX, V.; STERIN, Kh,
-'-Nciiri~eath Conference on Spectroscopy* OptA apektr, 12
no.5.-662-664 Vq 162. (IMIA 15:5)
(Spectroocopy-Congresse3)

LEBEDEV. V.K.; KORITSKIY, V.A.
. Resistance to short-circuiting of a welding transformer With 16ing
coils Avtomosvaro 34' no,7:21-24 n 161, (MIRA14:1)
1. Ordena Trudovogo Kmanogo Znameni Institut elektrosv&rki
im. Ye.O.Patona AN USSR.
(Blectrio welding-Equipment and SupplieS)

LEEEDEV, V.X.; KORITSKIY, IT.A.
Transforier for measuring secondary currents of resistance
welding machines. Avtom. avar, 15 no.1:23-30 Ja 162. (1-im 14:12)
1. Ordena Trudovogo Krasnogo Zarmeni Institut elektrosviLrki
imeni. Ye.O. Patona AN USSR.
(Electric welding-Equipment and -supplies)
LEBEDEV, V. K.; KORITS?JY, V. A.; SiDoRENKo, M. N.; HAKAROV, M. D.
............. ............... - ,
Now transformers for manual are welding. Avtom- evar. 15
no.11,51-55 N 162. (MIRA 15:10)
1. Ordena Trudovago Kman090 ZnamOni Institut elektrosvarki..,---~
imeni Ye. 0. Paton& AN UkrWR.
(Blectric welding-Equipment and supplies)

POTA?1EVSKIY, A.G.; KGRITSMY V.A.; Prinimali ucbastiye: 1SCIBIT, V.S.;
MAKAROV) ~5~vmjl~iFl "k-L.; KULIKOV, N.N.; SIMEOVSKAYA, I.V.;
PAICI-bUi) S.M.; RMOTOVA, L.P.; TATARIVOV~ G.V.
Ob-45&a attactmait for welding In C02 using FS-3(k-), FSO-300j,
and JIS-500 trcmalfonaors. Avtoni.svax. 15 no.10:68-70
0 162, 15-11)
(Electric wolding-Equipaont and supplies)

C74
a
00
00
:00
00
4p 46 4p P&
lee
Is t? it 12 0 It 3 39 If 0 10 Q 41 43 43 4 4'110
Cc ca
-ILJL-L- IN
mcglis 1 1-7,

the Chuswv MQUI
11. atud. Pei. U.S.S.R..
0. 673-5( 194S).-The llt,~wtncr promm is
PIP *
l

by the cant
ent of V and Cy. The st-I houW
ee
mitain IMA More th" 0.1% Cr and atxxlt
'
v "0o
A I*W snabsk 6 I1WIPk with The in 4--S
n
lin.
l
After tbe Insomductitm of soccual auaj~,ti the tin. o( de. ee
fre"Ve mchs fe" frout 13 % 1112%. S. PAkwer lee
I smarow of ferrous mews. -V-.-G, Kuritskif
i
S
U
S
R
"
.
.
.
.
., S&. phy'T. 9.
(M.181611 summary).-A report on the mate uf %pectral =0
Amd"Is In The industry of fLuous 111tial. its VSvk. %Z
P&k%wcI
1
%o
%0
Igo
too
V*o
we
~44
0
11,34410 .1&P mv 09C
U It AV 10 H 0 41v~ 1 wr m 9 a a 1 1,
b
4%
OT
0 a 0 0 0 0 0 0 * 0 a 0 0 0 0 4 0 0 0 9 0 a a a a a a a di d a a a a a a

011010 *0110*oft 4100 *go e 00 :000000 0 0 00 0.109 0 0:
000090000400o o 09000;,Ooo 0
v x it a A a 41. al 41ST CM AT S TS

UVW "I IMA! Sib ---------
P~ a I T ur 2'1 1
a & I --A : .
-9 Mott
41~
Ati a Z IOg k

04P 4.1

-"-o
pmp a"&
A S
MM V!

104P pw "
"I
PA
'
e
ftn
=
kd
- (
"

04P m
A
rm
mlmpmp
r
"Iv
I
ap-
0- dp-w
o SNOW
O
M
VUW
.
p j
LL
"
P
-a- ftnw- a" im Am"- 4RI pup ANr
'
WO IN PNOW VAIM 9 p WWW
iWdft MWhp
f
WR
V
q

got 041 "A 9"ISMOMW 4MIONWN* OR "PPM
on wmd I Onewp ftz -momftm top
IrIfm je Iff MI pm Ps"

-
Sol 64 pi- wWf~ )e PD"- Ansm"em V -Mafu
'
. IN
U
WOM
mono
0
JI
o
1 to
M
=pump aqp
P
"
,
09
Wo
a
l
IMM
p
""
&A!Fnyl. -A -Anneim m6mm" "m 0
Deg f
*mom 11 P"w
INo pmvwp PIP&P -be
smirod-ume"
"-m ~ 's pain&
,
- ..
tab" JO OF*"=, ~M -d
,
,
" I 00
LIOI
ml vonspa OW IDS IL9-,=
I 00
00- lop
u
l 0 0
l g 00

Pe

-11064Y_ i;
j
X N 9 of a,
2 a 1 14 11 11 11 -3 6 1 1 f 9
4
f I
-
0
o
0
o p
o
0
0
9
0
0 o 4)
o 0 0 o
0
0
0

41 as aftmefteve aw 40 as Ow d IM
lkfaietiftril pos" 406WO41 wS*h__V_G_
=tan_jAw,#. .4"l-N4.1 S.S.S.R-Nf. Fle. 11,
1:1WAT(MU); c(. C.A. 411. 014%l'4, -,III * vtou"ool "wiL.
The dwarms AS of the wirld it, id llw o"Alylit.".1 luirl.
fix Cr, Mn. N1, rkr.. km" its vvinstalwy Own l1w,lk"l,
4 dw ofeettry"mw tons litil."N 0-10 rum. nis.awtl.
'Wir III The lowl thol flop 41681, 14 l1w 01"ek Olkil 1% 4114"11
v lot tum . onal ""tw4twilt1w. IIW,I.- aftlio" Of so".141it
W * "PArt diam. Is I"" vioul4ruly euvvied by tho #I-d
Agwe Imm 11w cult W the crtm& wtka. the imilkwav d
lbe tuso is deld, by differences of The (gone., WAS delluxi-
4fritted by detes. in alelch the ManIfIl" wever "Pt at a Mut.
legrap. The loweelts 61"" in &I* of AS spinet the
Ivinp., for the pain Wk. N-Fe. NI-Pe. Cr-Fe. and Vu.
Fe, AOW 111101 the bftliP#-Iip Of W111*% Of 1410 .1114611 A
III&" (leffilwor 10-M 5.) infl-MlIKv. a Sylle"folk, rivin III
A.T. N. INM

0 00 00 0000 010
X049 44 4 4 At 0 ina
A~ 4-.f- 9 N L K L a
41LI 0tv -00
A
0
M INFLUms or sia m swit or snum Cm TNE RESULT3 Or m .00
3PWT=-MALT21# MAIMS T.Q.
a XQrtUkU.4W T.De Iftamle .00
(ZaTod "bGfttsri3*,- 1940 TO 000
VIRY, PP 508-015)o (in
ule an)~ ~66
R
I WISOMS at tko dkv* OR4 mass at thou specium ft *a
results of Its spostrims smalysis me investiptod In a "rise ot as- 441
potiments Is *M& %a, follming stwAard oanditima 11or tive profte-
tion of the spoctra were ebeerveA., (1) Condensed spairk with two gaps We 0
'j V!i~ Mae
sooording to btlaki's scheme; (2) transformer 110/io,*00 V"j (8) empa-
city 090WI (41) "It-ladvotame at oscillatory airoult abmAt 2w;
(5) met spark j'ap of SJ m; (6) working gap 3 sme; (7)auxilliery oleo- C&O
0 fte
saw trode, of carboat, 5*6 = In dia, on4ing In a 45 -ame itruno4vtod to
41" a plow 14.6 m In 41a; and (8) slit 0.015 see wido. Am oppreelablo Wo*
SyStOMILUO 0MV IS 06 41OUNUISSUM Of +AL4` MagRAGO41, MAIIJOIS,
v chromium , alsislg copper, molybdommms, vanadims, and igzageUm In the 4*0
1464 steel was found. to appear Wm tho size, of the specimmm wailIA-9dueed see
below a certain valmoc This error It duo,to the diettmbaned-ot %he gov,
~j
0~ spark which occur* whom, the also of tim plane exposed to It bases 8*0
1*40 than this Ilao at, lbo Repark staine* 'Phe spark sialn depoado as 10 O~
u**KA% LIMAIM CtAt4thqm
WOOD
IOVQVIN %it ORV 434K smisleo tilt 't ft iwo-ii-c"
A Ia
to A S 10 fm 0 11 9 1 W of 9 A if lt~ W
U 11 "'0"; poll, psi an mi -gt~ltmt No it I In
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00 014 0'
Goose 00 0, 0 -'s 0 a a 0 a " 0 a a *1* 0 a0 - *'~O
be ~ 0 We 0 w I

so
so
00
00
60
00
A& at 6% a, ~ - 9 V V V W W - - - - -
the nature of the gesmiratere For the standard conditions used It
was found to inry tram 0 mik In die for low-alloy statols to 12 m
In d1a for &Uloloss st"Is. - The reduation of the mikso all the
spoobten beloor a certain value we* also famd to cawo an appreciable
mystefttl* Orror In the amlytioal results, this IWI ting value 4"omd-
ing m the t1mirval sharseterlstics or the mtal anal:r"d (its themal
capaoity &M ihirml sandustivity) and varying to a (sertain oztftt for
different elemonts. The experinwatal results obtalobd indicate the
need for care in the aholes or relative dimensions fl3r stcadcrd mW
ision used in spostrm awlysise With st4usdards having an affeetive mork-
Lug plane 104.2 = ti dia, spol~s with working plimes ot dismeter
4~10-12 m ami be amilymed, 'but ubm the plame of thit staxidard Is lose
iihm 10 = In die swiy those spesimms with a plane 'it smatly the sams
diamter can to sm4psode- For saodLtims other than those used In Iftis
Investigation, the mmmerleal values of the above lIaLting dimmelints
would be difforeat wW should be determ"od experismstall)FO-48SO
00
00
00
001
00
00
00
00
*6
40
06
0
9

';W, -an

Mb.W rft~"f

egg
so!l

"oimwn Visa -WIL '4"Oft
-4" "1014,
C
Th"
i fee
sqw.
P
.
"d r ~4i'*j d"j"l
&4'Mf'j"h' ,(Allopng Olmwols In Aga
a

g0'2 --ooy* 'b`
It,* -00-4 'f
k 11V tieposlil
, go
~.
wwl. NMI Aw also
4w
" a
T
On WV4"a maijyoo owl (4 K40 04 . got

Not

woo
be*

"

T 40 4
1
O
S *
00*000*00600000000
*0 *Soo

KORITSKIY' V. G.
USM/Yetals - Alloys Apr 50
Spectrim Analyais
"Application of the Carbon E:Lactrode for Spectr= Analysis of Alloys," 1. X.
Veselovskaya, V. G. Koritskilrj L. N. Filimonov, Moscow Inst of Steel imeni I. V.
Stalin, 81 pp
"Zavod Lab" Vol XVIv No 1.
Discusses application of carbon electrode in spectrum analysis. Carbon electrode#
having definite advantages im application to analyzing low-alloy steels, may lead
to systematic errors when usod for analysis of some high-alloy steals) as stain-
less, acid-resisting, and heat-resisting alloys, and also of alloys on bases of
copper, nickel, cobalt, and othermetals. Investigates and discusses influence of earbon
electrode on analysis process, and compares its action with that of inietal electrodes.
PA 160T70

KORITSKIYY V. G.
USSR/Metals - Chromium May 50
Analysis, Spectrochemical
"Spectrochemical Determination of Chromium in Carbides." 1. M. Veselovskays, V. G. Korit-
skiy, Moscow Steel Inst imeni I. V. Stalin.. lj pp
"Zavod Lab" Vol XVI, No 5
Describes spectrochemical method used by authorb in studying phase diagram of iron-
chromium-carbon system. Method is much more efficient than usual chemical
analysis because it does not require one-gram sample of carbide, separation of which
from alloy Is time-consuming operation.
PA 160T79

~ , Z- - ~ I -. - . . . .I
'. ~, - -, ~~ ~. 1

KORWSKlY
USSR/Ch6mistW* Spectral abalysip -
rArd :1
/J.
Pub. 4
,3 53/97

Tau- Plan -fbi% a 14UMArd -bathod- of ~zarksd spectral ala3$-sis of steel

-Periodical: 3
far. AK-8,49R,S f~ !A12 274477), Wr-Apr
ere,
3k
Abstract t standard spectral analwls methods whiW-would-
Needs are expressed for
,
utilize standard Soviet.,mde -devices, and wouldwarrant an accuraey
aim lar to Uat of a chemical analysis. Briefly described in.this report
is a matho4
, which could be used as a basis for the 1formulation of
l
standard,mathods of markedspectral analysis of"steel. The use of the
l
~Xsp-'V_ spec
trograph' with alit, width of 15,t,',, height 1is su"ested.
~
~ t
for the ftandard method.
new

Institution tal: A Institutes Moscaw
The I. V. S in:Ste
submitted

AVRASIN, Ya.D.,kandidat takhnichookikh nauk; BERG, P.P., professor,
doktor tekWcheskikh nauk, BEWSHTSU, M.L., kaadidat tekhnichaskikh
nauk; GENBROZOV, P.A.. starshly nauchnyv sotrudnik; GLINAR. B.M.,
inshemer; DAVIDOVSKAYA, Ye.A.. kandidat takhnicheskikh nauk; YSIZHII,
P.M.. inzhener.- YARAMIN, N.I., Icandidat fiziko-matematichookikh nauk;
IVANOV, D.P., Icandidat takhnichookikh naul; UOROZ, L.I., inzhener;
KOBRIN, M.M.. kandidat tekbnichaskikh nauk;J;QlJM&&.J. dotsimt;
ZROTIOV, D.T., inshener; KUDRTAVTSAV, I.V., professor, doktor tekhni-
chemkikh nauk; EJLIKOV. I.V., kandidat tekhnichaskikh nauk; IMMOT,
V.A., Imadidat tekhnicheakikh nauk; LIKINA, A.F., inzhoner; KLTVMV.
A.S., kandidat tekhaichookikh nauk; KILI MLN, B.S., kandidat tekhniche-
skikh nauk; PAVLUSHKIN, N.M., kandidat tekhnicheskikh nauk; PTITSTH.
V.I., inshener (deceased]; RAKOVSKIT, V.S., kandidat takhnichaskikh
nauk. HA HTADT, A.G., kandidat tekhnicheskikh nauk; RYABCHSNKOV,
A.Y., professor, doktor khimicheskikh nauk; SIGOWEV, S.Ta., kandi-
dat takhnicheolrikh nau ; SMIRTAGIN, A.P.. kandidat teklmicheekikh
nauk. SULIKIN. A.G., inzhmmr; TUTOV, I.Ye., kandidat tekhnichaskikh
nauk. KHRUSHCHOV, KX,'profassu, doktor tekhnicheskikh nauk;
TSYPIN, 1.0., Icandidat takhnicheskikh nauk; SHAROV, H.Ya.. inzhener;
SHARMU, Ta.l.,, doteent; SHNNIXV, B.A.. kandidat tekhnicheskikh nauk;
TUGANOVA, S.A., kandidat fiatko-matematichaskikh nauk; SATILI, I.&..
doktor takhtdclieskikh nauk. redaktor; SOKOLOVA, T.F., tekhnicheskiy
redaktor
[YAchine buildor's reference book] Spravochnik mashinostroitelia; v
shesti tomakh. izd-ve mehinostroit. lit-ry. Vol.6. (Glav. red.toma
3I.A.Satell, Izd. 2-ce, lepr. I dop.) 1956. 500 p. (MI& 9:8)
(Kach4hor7-Coustruction)

ALOTGAUZAN, O.N.. lutudidat fisiko-matowtichookikh nauk; BIMNSHTATN, M.L.,
kandidat tethnicheskikh nauk; BIANIMR. M.Te., doktor takhnichaskikh
nauk; BOXETRY, S.Z.. doktor tekhnicheskikh neuic; VOLKHOTITINOTA,
U.N., kandidat takhaichaskikh nauk; BORZDTU, A.M., doictor t*khni-
cheskM navik; BUNIN, K.F., doktor takhnichaskikh nauk; VINOGRAD.
N.1., kandidat tokhnicheakikh nauk; VOLOVIK, B.Te., doktor takhnichs-
skikh nauk [deceased); GAMOV, N.I., inshener; GILUM, Yu.A., doktor
tekhnicheskikh nauk; GMUlt, S.S., kandidat takhnichookikh nauk;
GOLIDUBARG, A.A., itandidat telchnicheekikh nauk; GOTLIB. L.L. kandt-
dat takhnicheskikh nauk; GRIGGROVIGH, V.I., kandidat tekhnichookikh
nauk; GULTAYNT, B.B., doktor takhnicheskikh nauk; DOIGALIffSKff, T&.K#
kandidat takhnicheskikh nauk; DtMOVTS]ff, P.A., IcinditLat takhnicho-
skikh nauk; KIDIN, I.N., doktor takhnichoskikh mauk; 11PNIS. S.1h.0
inshener; ITSKff y-G.. kanclidat takhnichookilch nauk; LANDA. A.F.,
doktor tak Icheskikh nauk; LNUIN, I.M., kandilit tokhnichaskikh
nauk; LIVSHITS, L.S.,-kandidat tokhnichaskikh nauk; LIVOV, N.A.,
kandidat takhnichaskikh nauk; KALYSHNV.K.A., kandidat takhnichaskikh
nauk: KRIESON, G.A., doktor tekhnicheektkh nauk; MIUMICH, A.N.,
kandidat tathnicheskikh nauk; MORO2, L.S., doktor teltnicheskikh
nauk; NATANSON, A.K., kandidat tekhnichaskikh nauk; 11AHIMOV, A.K.,
tuzhener; NAXHLKOY, D.N.. kandidat takhnichaskiidi nauk; POGODIff-
ALUSIM, G.L. doktor takhnicheakikh nauk; POPOVA, X.M., kRudidat
takhnichookikh nauk; POPOV, A.A., kandidat tekhnichaskikh nauk;
RAKHSHTADT, A.G., kandidattskhnichookikh nauk-, ROGILIBIRG, I.L.,
kandidato takhnichookikh nauk;
(Gontinued on nimt card)

ALITGAUZAN. O.N.---- (continued) Card 2.
SADOWUM.T.D.. daktor takhnichookikh nauk; SALTTKOV, S.A.,
inzhener; SOBOLEV, N.D., kmndidet tekhaicheskikh nauk; SOIAMIMUN,
A.G., kandidat tekhnicheskikh nauk; MUNSKIT, Ta*S., kandidat
takhnichookikh nauk; UTUSKIT, L.N., kandidat takhnichasktkh nauk;
FRIDMAN, Ta*B., doktor takhnichookikh nauk; KHINTSHIN, Y.F..
kandidat takhnichookikh nauk; KHMJSHCHU, X.M., doktor takhnicho-
skikh nauk; GHMRNASHKIN, V.G., kandidat tekhnicheakikh nauk; SHAPIRO,
N.M., iushener; SHEDLINIX. L.M., kandidat takhnicheakikh nauk;
SHRATBXR,:D.S., kandidat tekhnicheskikh nauk; SECEAPOV, N.P., doktor
takhnichookikh nauk; GUDT5OV . N.T.. akademik. redaktor; GGRODIX. A.M.
redaktor izdatelletva; VATNSHTM, Te,B,, takhnicheskiy redaktor
[Physical metallurgy and the heat treatment of ateel and iron; a
reference book) Metallovedenie i termichasksla abrabotka stalt t
chuguna; spravochnik. Pod red. B.T.Dudtoova, K.L.Bernshteina, A.G.
Rakhahtadta. Moskva. Go&. nauchno-takhn. izd-vo lit-ry po chernoi i
tevetnoi astallurgii, 1956. 1204 p. (MIRA 9:9)
1. Chlen -karrespondent Akademil nauk USSR (for Bunin)
(Steel-Heat treatment) (Iron--Heat treatment)
(Physical metallurgy)

~1.: "Sarac problems in the tiiotlpod of' sf.ec'v-,:. c~.nnlyzi3 of
st,001.1. !,!in ",-;i,-,-her Education USSIZ. lk-,sco-wr inst. of SWal Lnomi
I. V. Stalin. 110scow, 1956. (Dissertat'Lor,3 for tl-,c DaQrn-e of
Candidate in Teclinical Sciences).
SO: Knizhna5,a letopist llto. 22, la56

r
3- 2 -8/9
S. M.
AUTHORSs Koritskiyj, V.G., Nalimov, V.V., Nedler, V.V., Payakiy,
-Fu-sanoi, A.K., Filimonovq L.N. mission Spectral
TITLEs A Short Survey of the Development of the E
Analysis in the USSR ( Kratkiy ocherk razvitiya emissionnogo
spektralfnogo analiza v SSSR)
PERIODICALs Uspekhi Fiz. Nauk, 1957, Vol. 62, Nr 2, i)P. 435 - 454 (USSR)
ABSTRACTt A voluminous investigation of the flame 13pe0tra from a Bessemgr
converter (bessemerovskiy konvertor), wai3 published in 1876
by D.K. Chernov. D.K. Chernov furthermore found several inter-
esting laws with respect to the relation between the flame
spectrum and certain stages of the Bessemer proces.(bessemerovs-
kiy protsesR). All these laws, however, were of an entirely
qualitative character. First publications on spectroscopy were
published in the Soviet Union at the end of the twenties. 1931
S.G. Landsberg turned his interest towards practical spectral
analysis, and together with his studentei he started the system-
atic elaboration of the practical applications of the emission
spectral analysis. From 1931 to 1950 about 1000 investigations
were published in~the scientific journals of the Soviet Union,
Card 1/3 and this number doubled up to the present. This indicates a
A Short Survey of the Development of the Emission Spectral An 53-2-8/9
USSR alYsis in the
very wide range of the research dealing with this subject. Tho
majority of this papers were published :in the journal #tZavod-
naya laboratoriya".(Plant Laboratory) and "Izvestiya Akademii
Nauk SSSR, Seriya Fiziaheakayall, Tho ftrat seotion of this our.
Vey deals with apparatus for tho spectral analysis, In the
machine-bUildng industry spectral analysis is utilized for the
control of the casting of iron and non-ferrous metals as well
as for the control of semifinished products, single parts and
finished Iroduction parts. By these means the metals deliver-
ed to the plants are also controlled. Spectral analysis was
empbyed to a special degree in the automobile plant "ZIL". In
iron metallurgy the spectral analysis is used for the express-
analysis of steel during its production and for the final ana-
lYsisp the so-called "marking analysis". Further possibilities
of application in iron metallurgy are enumerated. In the metal-
lurgy of non-ferroue metals and in irort metallurgy as well, the
semi quantitative methods of analysis are employect with success.
The spectral analysis also makes possible a fast and practical-
1Y simultaneous determination of the chemical elements contain-
ed in the mineral raw materials. There art, 13 figures, 3 tables
Card 2/3 and '75 Slavic references,

SHAYNTICH, Aron Borisovich; NALINOT, T.T.. kand.takhn.na.uk, retsensent;
KORITSKIY,~j
.J.,G., red..; TSMALIST, N.W., red.izd-.Y&-,, TLUINA#
[Methods of evaluating the accuracy of spectral emalysIGI.Metody
otsenki toohnosti spektrallnogo analiza. Sverdlovsk. Gos.nanchno-
tekhnAzd-vo lit-ry po chernoi i tevetnol metallurgli, Overdlovskoe
otd-nie, 1959, 54 Pe (KM 13:3)
(3pectrum analysis)

BERMHUFTH, L.Ye.; KORITSKIY. V.G-f-
Spectrum analysis of thin metallic films.
2344-1345 159.
Zav.lab. no.11:
(MIRA 13:4)
LHoskovskly Intitut stall,
(Metallic film- Spectra)

5W
AUTHORS:
TITLE:
PERIODICAL:
ABSTRACT:
Card 1/2
3011/32-25-4-1/71
Koritskiy, V~ G,~ Polyakova, V. V., Filimonov, L. N.
StandardS for-the Spectrum Analysis (Ob etalonakh dlya
opektrallnogo analiza)
Zavodskaya Laboratoriya, 1959, Vol 25, Nr .4, ]?P 387-390 (USSR)
The problem of a unification in the manufaotwe of standard
samples (SS) for the spectrum analysis arises in the USSR. In
the present paper it is pointed out that at present the only in-
stitution especially charged with this probleta is the
Laboratoriya standartnykh obrazteov Urallskogo instituta
chernykh metallov (LSO) kLaboratory for Standard Samples of the
Ural Institute of Iron Metals), and that there only SS for the
analyses of iron metals are being made. For the manufacture of
SS for the analyses of other metals there exe at present about
1R different organizations where this work is done, for the ma-
jor part in an unorganized way. In particular, it is suggested
to reorganize the LSO to the Institut spektrallnykh etalonov
i khimicheskikh normaley (Institute for Spectral Standards and
Chemical Standards). For the-more special analyses 6f pure met-
als, for instance, the institu~tes of the proper branches of in-

Standards for the Spectrum Anal~rsio SOV/32-25-4-1/71
dustry, such as Gipronikell, Giprotsmo, Gintsvetmet,
VNIITevetmet, VAMI, TaXIIolovo etc ahould be appertaining-An
example for passing from the usual small-eicale manufacture of SS
for the "proper use" to a common manufactuxe of SS was already
given by a firm which prepared a series of' 50 high-quality SS of
the bronze Br. AZh 9-4, A sugge5tion for am extended centraliza-
tion of the manufacture of SS was also mad.e by the Kamerisk-
Urallskiy zavod obrabotki tevetnykh metallov (Kamensk-Ural Works
for the Processing of Nonferrous Metals). Gool SS for copper al-
loys MT9 2 are issued by the Kaluzhakiy turbinniy zavod (Kaluga
Turbine Works). Some shortcomings of the present manufacture of
SS are pointed out, and it is stated that in the planning and
execution of a controlled manufacture of SS an important part is
played by the works laboratories, the technical departments of
the firms, the administration of the Councils of Economy, and
particularly the Komitet standartov (committee of Standards).
Card 2/2

SMITITSKIY, Nikolay Semenovich; KORITSM , V.G., retserment; BREU-I, T.K..,
red.; KOZLOV, V.D., red.; BRUDNO, K.F.., tekhn. xtd.
[Visual meUods of emission spectrum analysis] VizuaVnye metody emis-
sionnogo spektrallnogo analiza. Moskva, Gos.ize,-vo fiziko-matem.3-it-
ry, 1961. 314 p. (MIRA 14:12)
(Spectrum analysis)

HURAVLEV, Turiy Matvayevich; KORITSKIY V G . retsenzent; IVANOVA,
T.F., rateenisent- �K-O.R-I"M;ONvq G.~., red.; KRYZH)VA, M.L.,
P
red. izd-va., MATLYUK, R.M.,'tekhn. red.
(Effect of structure on the results of the bpectrum analysis
of alloys] Vliianie struktury na. res-alltaty' spektrallnogo
analiza splavoy. 14oskva, Metallurgizdat, 1963. 151 P.
(MIRA 16:8)
(Alloys-Nstallography) (Spectrum analysis)

KORITSKIY, V.G., kand. takhn. naiuk
---------
Spectroscopy and its applications; a congress in Minsk*
Vest. AN SSSR 33 no.n:120-121 N ~163. (KIRA 17t1)

0-0 9 9 9 w v
0 0 0
41 u a As 040
ilt A It
6.0 Factroull
13
00 f
-90
go -0*
Kbuk~
-00
jIOWA, .09
me, tim with ~GAIUO w#

of II&ANU G. M-

:
40
001
00
00

600
see
see
.00
400
ago
age
LIT244,11WK CLASSAFKATOON too
- ----------
4.844,; "t, Pv dal 'I'Lli wiiaw Joe
W-b S-T-- ad 0 9 Aa a 3 4 v
u 11 AV 00 ul" go!
00 0 oll* 00
op 0 0 0010 00 0 0 0000 00 0 0 fy 0 0 0 0:9 0 0 0 0 0 a 0 00 0 0 0 0 0 0 0 OIA