SCIENTIFIC ABSTRACT KRASNOPEROV, F.A. - KRASNOPEVTSEVA, T.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000826120010-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 31, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

4'q ~-i

KWIIDPEMV, F.A., Inzhanar.
Protecting the external surfaces of piping against
sweating and corrosion. Rnergatik 5 no.1:18 A 157. (MLRA 1032)
(Water pipes) (Corrosion and anticorrosives)

AUTHOR: Kraenoperov, F.A.~ Engineer 91-58-5-4/35
TITLEs Devices for the Transporting of Air Heater Cubes (Prisposo-
bleniye, dlya transportirovki kubov vozdukhopodogreva-
teley)
PERIODICAL: Energetik, 1958, Nr 5, P 8 (USSR)
ABSTRACT: When assembling a tubular air heater at a Soviet thermal
electric power station, some simple devices are used for
transporting the air heater "cubes". The device shown in
Figure 2 was attached to the upper plate of a 13-5 ton
cube (Figure 1). The thin plate is protected against
bending by a special device. For the transporting of
Cubes, in the horizontal position, the device ahown in
Figure 3 is used.
AVAILABLE: Library of Congress
Card 1/1 1. Heaters - Maintenance

EMMOPEROV, F.T.
Clinical aspects of rheumatic myocarditis with total
atrioventricular block. Terap. arkh. 2? no.7:89-90 155. (MLRA 9:1)
1. Iz kafedr7 fakulltetakoy terspii (zav.--zasluzhpnW deyatell
nauk-i Tatarskoy ASSR prof. Z.I. Malkin) t kWedry patologichaskoy
anatomii (sav. dotsqnt U.S. Podol'skiy) Kazanskogo moditsinakogo
inst.
(EURT BIOCK,
AV in rheum. heart dis,)
(RHIMTIC HIM DISFIASI. q
AV block) ,ggpl teat io.As.

KRASNOPEROV, assiatent
,T~"
L F
Amount of prothrombin in the blood in some vascular lesions of the
brain and their treatment with dicumarin. Kaz. med. zhur. no. 2:2&-
30 Mr-Ap 161. (MIRA 14:4)
1. Fakulltetskaya terapevticheskaya, klinika, (zav. - prof. Z.1. Malkin,"
i kiinika, nervnykh bolezney (zav. - prof. L.I. Omorokov) Kazanskogo
meditsinskogo instituta.
(PROTHROMBIN) (COUPIARIII) (BRAIN-DISEASE.5)

KRASIIOPEROV# F.T.j LUSHNIKOVAI L.A. (Kazan')
Problems in cardiovascular pathology at the First Interprovince
Conference of Therapeutiots of the Ural Mountain Region. Kaz. med.
zhur. no. 2%98-101 MrrAp, 161. (MIRA 14:4)
(CARDIOVASCULAR SYSTEM-DISEASES)

KRASNOIEROV, F.T., assistent
Anticoagulant treatment in thrombophlebitis of the extremities.
Kaz. mad. zhur. no.5:34-35 8-0 161. (MIRA 150)
1. Fakulltetakaya terapevticheakaya klinika (zav. - prof.
Z.I. Malkin) i klinika obshchey khirurgii (zav. - prof.
V.N. Shubin) Kazen k go meditsinskogo instituta.
(ANTIqOAGULU=-(MKDICINZ))
(HUDITIS)

MITSEROV, I.Kh., kand.sed.nauk (Kazan'); KIIIASNOPMOV, F.T.- (Kazan')
Problems of hypertension, aterosclerosis and coronary
insufficiency at the Twelfth Scientific Session of the
InBtitute of Therapy of the Academy of Medical Saiences
of the U. S. S. R. Vanuary 28-30), 1961 in Mosvow). Xaz.
med, zhur. no.5:94-95 S-0 161o (MIRA 15:3)
(HYPERTENSION)
(ARTI-FIRIOSC LMOS IS)
(CORMRY MAN Man)

ANISIMDV, V.Ye. (Kazan'); KRASNOPEROV, F.T. (Kazan')
...... .. -
Microfocal myocardial infarcts and chronic hepatitis at the expanded
plenum of the board of the All-Russian Society of Therapeutists;
January 21-22, 1962 in Moscow. Kaz.med.zhur. no.3:95-97 My-Je 162.
(K-FRA 15:9)
(HEART--INFARCTION) (IIVER--DISFASFS)

GoifilArative data on some irdl-ce!j of the blood coagulation and
anticoagulation oystwus In pitionti with athorosclorosis uni
pulmonary heart disease. Nauch. trudy Kaz. goo. med. inrt. 14:
455-456 t64.
Protkwovibin indox and hofarin time In diseavan of the .ivor.
lbid,:457-45~' ~ z, V.-9)
1. Yafedra fakulltet3koy terapii (zav. - prof. Z.I.,M-alkin)
Kazanskogo meditoirwkogo instituta.

~-4 (3
AUTHOR: Krasnoperovy G. V. SOV148-23-3-23134
TITLE: On the Magnetization of Ferromagnetic Powdersin Strong Magnetic
Fields (0 namagnichivanii ferromagnitnykhporoshkov v sillnykh
magnitnykh polyakh)
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheskayat 1959,
Vol 23t Nr 39 pp 405-406 (USSR)
A13STRACT: It is comparatively easy to calculate the curve of magnetiza-
tion in strong magnetic fields where the reversible rotation
processes play the most important part. The law of saturation
. I
approximation I
+ I
(1) was
( 1
,
s
2
d
investigated in the present paper with ferromagnetic powders.
It was found that the law of saturation approximation holds
in the case of ferromagnetic powders in the range of the fields
of 3,000 -? 9PGOO oe. This confirms the agreement of I and I'.
3 8 a
th
Fi
1
th
d
f th
tit
H i
h
d
e
n
s
e
ence o
ows
gure
open
e quan
y JH on
ease of nickel powder (diameter of the particles S e-_ 0-25 mm).
The table gives the values of saturation magnetization 1

Card 1/2 .
as well as those of the coercive force H
and of the in'Atial
.

On the Magnetization of Ferromagnetic Powders in SOV/48-23-3-23/34
Strong Magnetic Fields
susceptibility ko for nickel powder. Similar investigations
were made with Fe-, Co-, and Fermalloy powders, as well as
with mixtures of these substances. Figure 2 indicatesthat the
non-magnetio inclusions have an effect upon both coefficients
of the law (1). The effect of the non-magnetic inclusions
upon the variation of the coefficients A and B depends on
the type of ferromagnetism and the size of the powder parti-
cles. The author thanks V. V. Parfenov for his assistance.
There are 2 figures, 1 table, and 3 references, 2 of which
are Soviet.
ASSOCIATION: Laboratoriya pretsizionnykh splavov Urallskogo instituta
chernykh metallov (Laboratory of Precision Alloys of the
Ural Institute of Ferrous Metals)
Card 2/2

8596:L
S/126/60/010/005/005/030
E073/E535
AUTHORS.- Krasnoperov, G. V. and Lapkin, N. 1.
~at V
TITLE-. - ~nve`stiga~tion -ofHe Treatment ofe~ron-Aluminium
Magnetically Soft W LI--OYs ~q 1~ -
PERIODICAL% Fizika metallov i metallovedeniye, 1960, Vol.10, No.5,
pp.668-671
TEXT. The aim of the investigations was to find methods of
heat treatment which ensure high magnetic properties in hot rolled
sheets of iron alloyed with 16% Al. The alloy~O 16 (Yu16),d
corresponding to the American "alphenol", was produced in an open
100 kg capacity induction furnace using as charge materials pure
iron and refined grades of Al. Prior to alloying with Al, the
melt was treated with a vacuum of 10 to 15 mm Hg col,, for the
purpose of decarburization and deoxidation. The metal was poured
into metallic moulds and heated to 5000C. To eliminate thermal
stresses and cracks, the ingots were cooled from 8000C with a speed
of 80 to 90OC/hour. The specimens had the following composition
in percent.- C 0.009, Si 0.38, Mn 0.03, S 0.002, P 0.004, Cr traces,
Ni 0.04, Cu 0.02, Al 15.7. The hot rolling was by means of a 2-high
mill in packets consisting of sheets of dynamo steel and of the
Card 1/4

85961
5/126/60/010/005/005/030
E073/E535
Investigation of Heat Treatment of Iron-Aluminium Magnetically Soft
Alloys
alloy Yul6. Discs of 30 and 20 mm diameter were stamped from hot
rolled 0.35 x 600 x 1200 mm pickled sheets. The specimens,
consisting of 20 sheets, were air annealed in a silite furnace
in the temperature range 800 to 1200*C, followed by cooling at a
rate of 1000C to the quenching temperature, held.at that temperature
for 30 min and then quenched in a 20% NaOH solution, water or
transformer oil. The magnetic properties were measured ballistically,
the electric properties were measured by means of resistance bridges.
For determining the influence of the annealing temperature on the
magnetic properties, the specimens were cooled at the rate of 1000C/hr
and then quenched in the alkali from 600*C. An increase in the
annealing temperature from 850 to 1050*C brings about art improvement
of the magnetic properties. On increasing this temperature further,
the magnetic properties will become somewhat poorer. An increase
in the annealing temperature leads to some burning off of the Al.
The quenching medium and the quenching temperature have a consider-
able influence on the permeability and on the coercive force; the
highest ji0 values were obtained after oil quenching from 650*C
Card 2/4

85961
S/126/60/010/005/005/030
E073/E535
Investigation of Heat Treatment of Iron-Aluminium Magnetically Soft
Alloys
(annealing at 9500C) and 7000C (annealing at 10500C). An increase
in the annealing temperature shifts towards higher temperatures
the optimum quenching temperature from the point of view of 40.
The initial permeability is considerably lower for specimens
quenched in alkali and water. For obtaining high maximum permeabili-
ties it is necessary to quench the alloy from 6500C (after annealing
at 9500C) and 6oo*c (after annealing at 10500C). An increase in
the annealing temperature and the quenching speed leads to a decrease
in the optimum quenching temperature. In the case of oil quenching,
the coercive force decreases with temperature up to 650-700*C. It
was found that an increase in the quenching temperature and the
cooling speed leads to an increase in the electric resistance and,
consequently, to a decrease in the degree of ordering. An increase
in the soaking time from 15 min to 3 hours during annealing and also
of the cooling rate from 50 to 200*C/hr does not affect greatly the
magnetic properties. The results show that with this alloy magnetic
properties can be obtained which compare favourably with those
obtained for an iron alloy with a 50% Ni content. Acknowledgments
Card 3/4

85963L
S/126/60/010/005/005/030
E073/E535
Investigation of Heat Treatment of Iron-Aluminium Magnetically Soft
Alloys
are made to the personnel of the Precision Alloy Laboratory of the
Ural Scientific Research Institute for Ferrous Metals (I. A. Gorlach,
N. A. Krasillnikov and A. S. Matyugi ) and to the student,
L. N. Polovnikova for producing the specimens and for assistance
with the heat treatment and the magnetic tests. There are
2 figures, 1 table and 5 references: 1 Soviet and 4 English.
ASSOCIATION:
Ural'skiy nauchno-issledovatellskiy institut
chernykh metallov (Ural Scientific Research Institute
for Ferrous Metals)
SUBMITTED: May 7, 1960
Card 4/4

MASNOPEROV, G.V.1 POIA)VKKOVAt L.A.
Metics of the ordered iron-alumimm IM6 aUoys. Fiz. met.
I metaUoved. 3.1 no. 1:149-150 Ja 161o OM 14:2)
1. Urallskiy nauchno-issledovateltakiy institut chernykh metaLlov.
(Iron-aluminum alloys-Metallography)

z,/.tat?/61/oiJ/005/oo6/o15
F07W V, ~ 3.)
AUTHORS:; Lap-kln, N,,I,. and Kra-znop.,-~rov. G v,,
TITLE-, Influence of ~teiitmcnt mi tfiv Toupf~rattirk,
!I (Yulb)
Stabil.itvfuid Ag-tzilig -,I tbr, A11,-v
PM,IODICAL,: Fizilca metallov i mt--tallovederitye. 1961~
VoU, 11, No. 5, pp. 693 - 697
- Oxci Lnfluerce of h,,t
TEXTF Vie authors inve-itigated I e t
treatment on the temperature dependenee o' t1io
coercive force and the niagnet-ic indliction of a ho[-ralled
high-ordering alloy Yu.16 (161,1,0AL, rest Fel in tlio
temperature range -80 to *200 C. They also investigated
the influence of ageing on the. magnetac. and elee.~rical
properties of this alloy,, According xo earlier renult-, of'
the authorxi and thelr teatri (Ref., I - ByulAe~irl 1-3NUChl-1,
lg6o, 34.. No. 23; Ref. 2 - Fiz I'ler" 1 n1(-tA1lo,,-~-dc-niye,
l.96o, Vol. 1.0, No. 5~, p.6681 tbi-s allcty pos~!es-3e.---i vc-ry
fa-ourable magnet.ic propertl!,--, at.ter quen,:hing from the
temperature range 700 ~-, 500 "'CL and -3-~ a result. of th-is thc
alloy may prove to be in an unstable $tats,, Th4~ ~-pc~c itnen-2,
Card 1/4

S/.t26/6i/oii/oo5/oo6/o15
Influence of Heat-treatment E073/E335
were produc,ed from hot~rolled,. 11~-at created 0,,35 mm thick
sheet ., Var.LOUS heat-t.reatments wcirc appli+;%l to Stabillss"
their magnetic properties,, a-e. various t,~mperaturrs- ef
anneal-ing and quenching arid varioxis too.lini
,; t3peed~. The
magnetic hyst~lresla propertAcs ivei-e measur-zd ball Istaia.11y
in the temperature range -.80 to ~200 CC u-,ing a thermostat.
A mixture of I:i.quLd nit.rogen and jraqoli.ne -:o~ u-3e:d as a
quench.i.ng medium. Prior to the miigrictic ID ca.,3 ur em ent s ,/I
indivIdual. specimens wareaeubjerted to artificial aguing
(at 50, .100, 200 and 2,50 C for 214 hour,.0 ;1rid naiural
agelng C15-20 OC for 2 880 and 5 o4o hoiir!~). For all theo
investigated heat.-treatments (annealing at 1)50 and .1 050 0C
for one hours quenching from ~00.. 650, 600 500 and 450 C
in an alkall.,, water and ol.*I,) the magixottc proport_iei changed
considerably on changing the test temperature Ths induction
at H = 13 Oe is highest at Iow temperattires i...80 C) and
this drops rapidly with 1ncrva,4.1ng 'toat, temperature, indicating
a low Cur.te polnt,, The restdisal induction a4 will aa, the,
permoability arid the cooroive force change with tho tstst
Card 2/4

S/126/61/01 V1A5/oo6/ol5
Influence of fleat-treatment .... E073/E335
temperature and the appropriate curves show a pronounced
maximum (or0minimum). The residual induction has a maximum
at 20 - 40 C and shows little dependence on the heat-
treatment conditions. At low quenching temperatures (400 -
500 OC) and high cooling speeds, the magnitude and the
temperature stability of the magnetic properties are low.
The highest initial and maximum permeabilities were obtained
in tests at 100-120 and 40-60 0C after annealing followed
by oil-quenching. Artificial ageing at 50 - 100 0C resulted
in an improvement in the magnetic properties by 5-20%. The
results have shown that heat-treatment, which leads to
improved magnetic properties of the alloy, brings about a
decrease in the temperature stability of these properties.
An increase in the cooling speed during quenchin� narrows
the range of operating teifipetatures; at 15&180 C an
irreversible deterioration in th8 magnetic properties will occur.,
Artificial ageing at 50 And 100 C improves, and artificial
ageing at 200-250 0C reduces the magnetic properties of the
investigated alloy. Natural ageing for periods of four and
Card 3/4

22961
S/126/6l/on/oo5/oo6/o15
Influence of Heat-treatment .... E073/E335
seven months also results in a deterioration of the magnetic
properties. There are 3 figures, 1 table and 5 Soviet
references.
ASSOCIATION:
SUBMIT'TED:
Ural'skiy nauchno-isslodovatellskiy institut
chernykh metallov (Ural Scientific-research
Institutefor Ferrous Metals)
August 6, 1960
Card 4/4

KUZIMIN, V.I., dotsent; . lnzh.
Inveatigating the accuracy and conditions for using the standard
specif-.oations method. Izv.vys.ucheb.zav.; gor.zhur. no.11:
52-58 158. (MM 12:8)
1. Khar'kovskiy gorny7 institut.
(Donate Basin--Coal geology) (Prospecting)

'KRASHOPEROV, SIX,
Device for adjustment of multiple-purpose and instruments micrc.
scoPee * Izmv ttskh, no. 1-.15-16 ja 161. (MIRA 14t1)
(Kicroscopa--Teatin.g)

KWNOPEROV.o No P. Prof* Dr. Vet* Sci,
"On the Affection of the Hoof Tissues of Horses with Onchocerelasia.,"
Veterinariya, 24t No,3, p, 221, 1947
Veterinary Faculty, Kirov Agric. Inst.

11. P.
Onchocerciasis
Present-day classification and characteristics of cnchceerclasIs prccesses in withers of
horses. Trudy G--,18m. lab. no. 5, 1951.
Mcnthl List of Russian AccessionE, Library of Ccnoress, September 19c2. Unclassified.
Q - -I

AUTHORS: Karpov, Yu., Engineer, Krasnoperoyt.,,,V., SOV/2,Q-58-9-26/30
Engineer, Okunevf Yu. , LP
TITLE: An Unusual Motor (Neobychnyy dvigatelf)
PERIODICAL: Tekhnika molodezhij 1958, Nr 9, PP 37 - 37 (USSR)
A13STRACT: In the course of their studies at the Leningradakiy
elektrotekhnicheskiy institut imeni V.I.Ullyaneva (Lenina)
(Leningrad Institute of Electrical Engineering imeni
V.I.Ullyanov (Lenin)) the authors of this paper invented
an electrical motor which they called "dielectric
motor". This is a description of its principle of operation.
This motor has neither a conventional steel stator with
a copper winding nor a massive rotor. It operates by
using the principles of static electricity - the interaction
of stationary electric charges. The disk does 6000 revs/min.
Attempts were made to increase the speed of the motor
by producing the rotor from different materials. The best
results were obtained with plexiglass. The speed can also
be increased by placing the rotor in a vacuum, thus
Card 1/3 reducing air friction. The power of the motor can be increased by

An, Unusual Motor SOV/29-58-9-26/3o
placing it in a high-pressure chamber . In a fluid di-
electric the nominal voltage is reduced almost by a factor
of 10. As a compensation the speed is considerably reduced
owing to the increased friction of the rotor in the fluid.
The dieelartric motor is still anything but perfect. Never-
theless it is capable of being used in practical work.
If a vane is attached to it it may serve as a ventilator.
If the shaft of the rotor is arrested by a spring this
motor is transformed into an instrument measuring high
d.c.tension. The angle of deflection of the rotor will be
proportional to the potential applied to the electrodes.
The high speed of such motors and the lackine of a
commutator recommends such motors for use in gyroscopes.
Although at present it may sound phantastically, there is
no denying that in princ4ple such a motor could be used
in connection with a radioactive electrostatic generator.
There are 3 figures.
Card 2/3

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ACC NRaI AP7004962 r4) SOURCE CODE: UR/0048/66/030/009/1430/1432
AUTHOR: KrasnoporovvV.A,; Mironov,I.A.; Khomenok,G.A.
1011G., State Institute of Applied Chemistry (Gosudarstvannyy inatitut prikladnoy
ikhimii)
,TITLE: Investigation of the proportion of luminescont aluminum nitride /it'-port,
Jourteenth All-Union Conference on. Luminescence (Crystal Mosphors) hold at Riga,
IG-23 Sept. 19657
SOURCE: AN SSSH, Izvestiya. Serlya fizichoskaya, v. 30, no. 9, 1966, 1430-1432
iTOPIC TAGS: luminescence, aluminum nitride, photcluminesconco, cathodoluminescenco,
,electroluminesconce
ABSTRACT: The authorn Inventignted tho photolumlnet;cenco, cathodolumlnei3ceDCO, and
electroluinineseence of chromium, mangnnese, !iamnrlum, jilitj Puj-k)pDim doped nluminura
nitride powders synthesized from the elements and cithor contitJ1111!f, or not conWining
a donor (sulfur) or an acceptor (zinc). The presence of n"Ifur decreased the cloc-
trical ratistanco of the specimens, while the pre.9oncn of zinc increased it. As
reZardf; photoluminoucenco, the spocimons noparated into tvu groups, dept3nding on
whether the activator was manganese or chromium (group a), or samarlum or europium
(group b). Photoluminaseence was excited in the type "a" phosphorn by ultraviolet
radiation with wavelengtho shorter than tho 280 qi absorption edgo and there was a
Card 1/2

ACC NRj AP70049
prolonged afterglow, the luminescence intensity dropping to 3'e of its initial value
only after several minutes. The presence of zinc or sulfur (lid riot a Iffect the lumi-
_Lescenco. Photoluminescence was excited in the type "b" specImens by radiation with
wavelengths ranging from 260 to 400 inp, and the duration of the, afterglow was less
than 0,1 see, The presence of Zn did not affect the photoluminescence of AIV:Sm. and
the presence of sulfur quenched it. The cathodoluminencence of all the specimens ex-
hibited a characteristic band peaking at 380-400 r4A. Blectroluminescence was excited
by fields of the order of 10 4 V/cm in a cell equipped with brass and conducting glass
electrodes. No luminescence appeared when the field was first applied, but if the
glass electrode was negative and the polarity was suddenly reversed there appeared a
flash with a duration of no longer than 1 see. The flushes produced by subsequent
field reversals decreased in intensity, and no electroluminescence was observed in
alternating fields with frequencies of 20 liz or higher. The brightest electrolumi-
nescence was obtained with an AIN:Eu:Zn:S specimen; its spectrum exhibited the two
bands characteristic of the photoluminescence of AlN:Eu (narrow bands at 380 W and
357 qL) and a broad band in the 270-300 mp region. After a brief discussion of the
possible mechanisms giving rise to the electrolumineseence it is concluded that
further experimental work im required@ Orig, art, has: 3 figures.
SUB CODRt 20 SUBM DATEt none ORIGO RhTj , 000 OM REPsi 005
Card 2/2

CHERNYY, V.S.; KRASNOPEROVA, A.P.
Effect of temperature on the solubility of some silver salts
In nonaqueous solvents. Zhur. fiz. khIm. 39 no.2t430-433 F 165.
(MMA 1814)
1. Kharlkovskiy gosudarstvennyy universitet.

FRISMAN, N.V.: SIBITMA, M.A.; KRASWP3RO%&.v.
~,.
Hydrodypimic and optical properties of polymer solutions in the
range'of high concentrations. Vysokom.soed. I no.4:597-606
AP '59- (MIRA 12:9)
1. Leningradskiy gosudarstvenrqy univeraitot im. A.A.Zhdanova.
(Polymers)

39638
S/l9lj62/000/008/908/013
B124/B100
AUTHORS: Tarakanov, 0. G., Kiasnoperovat A. V.
TITLE: Foaming of polyvinyl chloride pastes. Study of factors
affecting the foam structure
'OERIODICAL: Plasticheskiye massy, no. 6, 1962, 30-33
TEXT: investigation was made into the foaming of pastes based on
Ir-elit-P PVC emulsion with dioctyl phthalate (DOP) plasticizer mixedat
a ratio of 100:200, for 30 min at room temperature. At 400C
viscosity was - 100 cP. The beat foam structure is achieved with a resin
containing 0.51j'O' and DOP with 0.7~ H20, and viscosity between 250 and
400 cP- Slower heating produces better structures.. The resin in the
plasticizer must swell to the maximum for PVC foam pastes. Dry C02 and
dried paste components will retard the increase in viscosity and improve
0oaming; which starts at 130 instead of 250 oP. The following surfactants.
were te 'sted; Ufapast 0 sodium sAfonate, sodium sulfonol HTr-1 (NP-1),
emulsifier MK(114K), fluoroester (eater of glycerin and fluoric acid
telomers), and a soy phosphatide. The surfactant was dissolved in the
Card 1/2
'0

Foaming of polyvinyl
B/191/62/000/008/008/013
B124/B100
Dlasticizer at a weight ratio of 3 : 100, and mixed with*the resin. When
these surfactants v~ere added to a paste of unrefined dry resin and dry
plasticizer, the structure of the foams was only altered at low viscositim
Foamin.o with surfact ants was much improved when the resin was first
washed several times in 1~o NaOH and distilled water and dried at 600C to
constant weight. V. I. Llvova.and A. G.'Oshuyev are thankea for supplying
the fluoroester. There are 6 figures. The English-language reference
is: 211. F. Fuller, Ind. Eng. Chem., No- 4, 730 (1957)-

-aLQd i, ti Nut, T.
;' L: ea
.1'r. - o yo 1'., o
I -I o p 6 r 0 v aA Ycj
~ariot Apple
09orOci, 1956, 110.8~
No ~ibqLract

USSR / Pharmacology and Toxicology--14edicinal Plants V-5
a
Abs Jour: Ref Zhur-Biol, No 23, 1958~ 107-351
Author : Koroleva, K. I.. KrasnoDerova,,E., Volynchikova,
M., Korchuganova, G.
Inst ; Gorno-Altayskiy State Pedagogical Institute
CJ
Title : The Effect of Black Mountain Ash and Sea Buckthorn
on the Rate of Regeneration of Injured Tissue
Orig Pub: Uch. zap. Gorno-Altayskiy gos. ped. in-t, 1957,
vyp. 2, 278-280
Abstract: Sxperimental wounds in rabbits were wetted with
Juices of the black mountain ash and sea buckthorn.
Observations showed that the wounds wetted with the
juices, especially with the simultaneous introduc-
tion of the juices per os, in a dose of 3 ml,
Card 1/2
23
US3R / Pharmacology and Toxicology-411edicinal Plants V-5
Abs Jour: Ref Zhur-Biol, No 23, 1958, 107351
healed15 to 16 days in advance, with a rapidity
of regeneration of 0.4 to 0.56 cubic centimeters.
The wounds of the control rabbits healed after 18
to 23 days.
Card 2/2

r re
c.C,:2-) J u

KRASNOPERMIA K.Ye,
Iltunoral. madiatoro of naiTov,.i stimulaticn in exudative
diathesi-a in children. Nauch. trudy Kaz. goo. med. inst.
14:459-460 1(4. (MIIF~A 18:9),
1. Kafedra goopitallnoy 1-.~odiatril (zav. - prof. A.Kh.
Khamidullina) kazanskogo meditainsko.vo inatituta.

KORITIl-BlIKO, V.P., doteent; SM~IKHOVA, M.N.; YRASNOPEROVA, Yu.L., studentka
I
Thermal decomposition of copper and zinc formates. Uch. M. KMU
82:59-68 157, - (M]
(Formic acid)

AP44AND, G.B.; VYAZIMIN, V.A.; GRIHSHTHYN, L.M.; GOLIDBORG, G.I.; GOLUBIT,
B.S.-, KASIMAKOV, M.V.; KRASIIOPZVTSXV, M.P.; KUZUF-TSOV, S'I'-'
KMYXV, A.V.; KATUKW,-*G,-r,'.' KASHATIN,'V~"I.; MOLOTILOV, V.I.;
NERUSH, A.R.; PRALI, G.I.; RAGUSKAYA, L.F.; RUBINSHTM. S.M.;
SZKNNKOV, P.L.; TARASOV, L.A.; FFWROVA. A.A.; ISEPKIN. M.?.;
SHAYEVICH, A.G.; ZARUBIN, A.G., otv.red.; VASIWYEVA, I.A., red.
izd-va; SOKOLOVA, T.F., tekhn.red.
[ZIL-157 motortruck; operation and service] Avtomobill ZIL-157;
instruktaiia po eksplustataii. Gos.nauchno-tekhn.izd-vo mashino-
stroit.lit-ry, 1958. 235 P. (MIRA 11:12)
1. Mookovskiy avtomobillnyy zavod.
(Motortrucks)

KRASHOPAUTSEV, N.D.
Proopecting for underground imters and -their appraisal. Mmt.GKZ n0.2:
1,16-25 161. (MM 1613)
(Water, Undergroumd)

USSR/Cul-Livated Plants. Grains. H
Abs Jour : 11~~f Zhup-Biol,, No 15, 1956, 60U095
Author : Krasnopovtsov, N. G.
Ins -LU, : Buryat Mongolian State Pedagogical
Institute.
Titl(-~ The Effect of T. S. 11rlttsc.,v Soil Treatmont
ldothoC- on Grouth, Dc~volopment7 and Yield of
Sprinrj Ryo.
Orif-,, Pub:Uch. zap Buryat-11on,-,,. gos. -pod. in-t, 1956,
No. 107 65-109
Abstract : Accopdim, to 1955 data, th~~ hi,,~hest yield was
obtained when stubblo vias barrovied twice in
tha spring at a dopth of 00-10 cm -.-jith ordinary
sprin.t. soil treatmont (8.55 contners/hoctaro,
34.6 percent hit;hor than of control which was
Card 1/2
14

GINZBURG. Abram Solomonovich,; KRASNOPEVTSEV,N.I., reteenzent,; KHMELINITSKAYA,
A~Z.v red.; DOBUZHINSKJ[f -*-red.
[Modern types of bnker3r,ovens] Sovremennye konstruktaii khlebo-
pekarnykh pechei. Mockvo, Pishcheprovii3det, 1958. 154 p. -
(MERA 11.11)
(ovens)

IRUBOFMSEV,,
Bakery oven with a daily capacity of 25 tons. Trudy TSNIIKHF
xio.8:69-74 160. (1,0A 15:8)
(ovens) -

S.
Vzaim.od~--isvif! artillerii s aviatsi~--i pri Prorwe oboronitellnoi
pols y. (Voennaia mysl', 1941, no. 1, 1,. 3".-14:5), charts.
Titli rx. : Coordination of ?rtilleri operations :~nd Ar ac Livity
during,, the breakthroun-h of the defonsn lineo
uh. V,,~,2 19U
P--ronautical Scipnees and Aviation in the Soviet TfTliC'I, Libmry of
Congress, 1955.

IUIASITOP=,jEV, V. V.
F-rasnapevtSev, V.V.) G.I. Skanavi, and Ye. A. Konovovri. [FI z lches ? ly
institut imeni P.N. Lcbedeva AN GSSR (Physical. Instituto Imeni P.111. Letedev,
AS USSR)] Temper-ature Dependency of the Pulse. Ellecti-ical StabIlity or
Several Polycrystalline DIelectrics
(The Physics of DIelectrics; Transactions of tt.-- All-UnIon Cor~fareence on the ftaics
of DielectrIcs) Moscow, lzd-vo AS WSR, 1958. 245 9~ 3,C'00 CoPieg Prlt;tea-
This volure publishes repwts presented et the All-ftion Confererce on t4ft Physics of
Di'~Iectrlcs, held in Dnepropetrovsk in August 1956 slatiaored by the *Pbf3ics of
Diilectrics* IAbcwetory of the Vizicheakiy lustitut irent lebe-deve An SMR (FIV-sicz
InatItute luemll lzbrodev of the AS IMR), and the Electropbyaics Departmeot of the
Daepropetrovskly gost4aratvenrtyy universitat (tmepr opetx ova k State Unl-.;,~rslty).

AUTHORS: Konorova, Ye. A, Krasnopevtsev-, V. V,, 48- 22-4 -11124
Skanavi, G. I,
TITLE3 On the Temperature Dependence of the Pulsed Dielectric
Strength of Some Folycrystalline Dielectrics (K temperaturnoy
zavisimosti impul'snoy elek-tricheskoy prochnosti nekotorykh
polikristallicheskikh dielektrikov)
PERIODICAL: Izvestiya Akademii Nauk SSSR,Seriya Fizicheskaya., 1958,
Vol. 22, Nr 4, Pp., 408-413 (USSR)
ABSTRACT: In modern theories of electric breakdown of solid dielectrics
it is supposed in accordance with experiments that the break-
down is conditioned by the behaviour of the conduction
electrons in the crystal lattice under the influence of a
strong electric field,, New dielectrics were recently syn--
thesized by the authors in their labo:ratory (strontium-
-biBMUth-titanates - SBT) with an high diele-otrio permeability
(E ;2~800 at room temperatura)~ showing no piezoelectric:
properties. The temperature dependence oft-in SBT is
represented in figure 1, 4 is Independent from the electric.
field strengths For this reasor. this lielectric possesses
Card 1/ 4 properties, which are necessary for an inveBtigation of the

On the Temperature Dependence of the Pulsed Dielectri-,, 48-22-4--i '/24
Strength of Some Polycrystalline Dielectri,~g
influense of F_ on the breakdown strength (ref. 7). In this
connection, the temperature dependence of Ebr was investigated
in this paper in the field of electric breakdown in various
dielectrics with different dielectric. permeability. This were
dielectrics of different polarization character, different
and a temperature dependence of 6 , being represented by
titanates of zinc ZnO TiO (F -30), of calcium CaTiO, (EE -130),
of barium BaTiO (r- .10005 and by SBT (E .8oo).(The V"alue of
8: is referred t9 room temperature at a frequency of I kc).
The maximal errors in the determination did not exceed 12%.
Mean and maximum values for Zn, Ca and Ba titanates and for
SBT are given on a table. The dielectric strength of the
investigated polycrystalline dielectrics does not change with
the duration of voltage application at room temperature
(figure 2). A certain correlation exists between the
temperature dependence of C- and the breakdown voltage (figures
3 and 1). A higher breakdown voltage corresponds to smaller
values of,E , although the temperature minimum of E, and the
maximum of 6 do not coincide. R 0:C
The dielectri-, strengt
Card 2/ 4 CaTiO3 and BaTiO 3 is practically indepenaent from temperature

On the Temperature Dependence of the Pulsed Dielectric 48-22-4-I#/24
Strength of Some Polycrystalline Dielectrics
(figure 4). The examinations of the theory of electric
breakdown in solid dielectrios proceed from the conception
of impact ionization by electrons in a mediuin electric fi-ld.
The disturbance of electron distribution is a consequence of
the avalanche-like accumulation of conduction electrons in
the crystal lattice. The interrelation between electric dis-
ruption and the polarization effect (frequency, effective
ionic charge) can be caused by energetical losses of the
conduction electrons on lattice vibrations. The effects of
polarization on the magnitude of dielectric strength of the
dielectric must be caused by the energetical losses of the
electrons on the vibrations of the basic lattice ions (atoms)
as well as of the ions causing a polarization accompanied by
an high dielectric, permeability., Moreover a strongly effective
field is in a position to modify the frequency of the basia
ions into either direction, which will show in the energy
losses of the conduction electrons,, From this viewpoint it
proves to be extremely difficult to obtain an analytical
representation of the dependence of dielectric strength on
Card 3/4 dielectric permeability and makes necessary special investigations.

On the Temperature Dependence of the Pulsed Dialectri(., 48-22-4-11/24
Strength of Some Polycrystalline Dielectrics
The representation of the interrelations between dielectrio
strength and dielectric permeability must be examined and
proved with pure monocrystals, The authors performed
experiments with polycrystalline samples- For this reason
the here investigated dependence is rendered more complicated
by secondary effects, as caused by macroscopic heterogeneity
of the substance (crystallites', vitreous layers, pores etc.)~
A final answer as to the nature of the temperature dependence
of dielectrio strength on dielectric permeability can
presumably be achieved by means of experiments with mono-
crystals. There are 6 figures, 1 table, and 11 references,
7 of which are Soviet
ASSOCIATIOU: Fizicheskiy institut im, P. N,, Lebedeva Akademii nauk SSSR
(Institute of Physics imeni P,. N.. LebedevIAS USSR)
AVAILAKEt Library of Congress
f ie2-ds---Ff f ective*:.pss
Card 4/4

89291 .
S/181/61/003/001/030/042
7 (IN X,~ B102/B204
A,UTHORt
TITEL: The effect of a thermal neutron irradiation upon the
dielectric properties of alkali halide crystals
PERIODICkLi Fizika tverdogo tela, v. 3, no. 1, 1961, 214-216
TEXTs Whereas, on the one hand, the effect of particle radiation upon
mechanical properties, electrical conductivity, and absorption spectrum
of alkali halides has been sufficiently studied, the effect upon dielectric
losses and dielectric constants of such cry$ tali,,(from which important
data concerning the lattice defects may be obta d) has hardly been
studied at all. Now, the effect of irradiation by means of thermal
neutrons upon the electrical conductivity 6 with constant voltage upon the
loss angle tangent.,and upon a, an well as upon optical absorption in the
visible range of Or single crystals and natural rook salt was studied,
and a brief report in given on the results obtained. The crystals were
irraSated in a research reactor with various total doses and fluxes at
60-70 0. Measurements of tan 6 and a were carried out at audio-frequen-
Card 1/4

B/181/61/003/001/030/042
The effect of a thermal noutroness B102/B204
cies within the range of from room temperature up to 250 0C, and of
within the same range. The specimens were in a metal cylinder tinder
10-2mm Hg. The absorption spectrum was recorded at room temperature
within the range of 220-1100 mt& by means of an 0-4 (SP-4) apectrophoto-
meter. Fig.1 shows log tan 6 - fO/T) at 1 ko/sea for non-irradiated
and irradiated (1017 and 10 16 am-2, rasp. 1013 and 10 12 am-2sea-i) KBr
(curve 2 and 1, respectively). The non-irradiated specimens gave the
broken curves. From the latter, the activation energy was calculated
as being 0.9 ev. The 6(T) curves of irradiated KBr showed no
peculiaritiesi in segilogarithmic 2representation, they were straight
'lineal those for 101 neutroni/OM wore/oTiderably lower than the
specimens irradiated with 101 neutr no am . The absorption spectra of
the irradiated KBr single crystals showed F- and H-bands, whose
intensities d reasek with decreasing total flux. When heating the
e8 th
crystal to 200 C, see bands vanished and there rema',ned a monotonically
decreasing absorption curve which was higher than that of the non-
irradiated crystal. An estimation of the F-center concentration of
Card 2A

Sll8lV611003100110301040 i
The effect of.a thermal neutron... B102/B204
~16 2 17 -3
KBr orystails irradiated with 10 n/cm gave 0.6-10 am and of the
-3
om-
M-centers, 0 15 3 (and 1..6- 0 16cm with 1017n/om2). tan 6 - f(T)
f natural rock salt has,no maximuml its absorption spectrum has F- R
0 2
and M-bands, as well'as' a band at 910 mp. Heat treatment of the crystal:
at 2050 C-(2 hours) weakens thbae bands and increases the R 2-bande a
little. The maximum on the curve tan 6 f(T) of Or is explain d by the
3 0 11
i t
fact that.the M-centers formed at 110-1 C during neutron irrad a ion
-begin to decompose into F-centers and pairs of vacancies. As the pairs,
make no contribution whatever to ionic conductivity, tan 6 may increase
I steeply. This work was undertaken on the initiative of the late
Professor G. 1. Skanavi; There are 2 figures and 3 referenoesi
Ix
2'Soyiet-bloo and.l"non-Soviet-Sloo.
ASSOCIATIONs Fizich6skiy institut im..P. N. Lebedeva AN SSSR Moskva.'
(Institute of Physion imeni P. N. Lebedev, AS USSR, Moscow)
...SUBMITTEDi July 11, 1960
Card 3/4

S/i-61/6i/od3/oOi/0o/b4-
The 4ffeot of a thermal neutron... B102/B204

f
f
P7

Aer

Me zoo t, or

IM
M low
100 2.15 UP, W fo yr
Fig. 1 Fig. 2
'Card 4/4,,L,

26916
S/170/61/004/011/019/020
.2 B108/B138
AUTHORS- Vodoplyanov, L. K., and Kra~sn_OD_eytsev,,_ V~.._V.
TITLE: Methods of irradiating solid dielectrics in a nuclear
reactor
PERIODICALs Inzhenerno-fizicheskiy zhurnal, v. 4, no. 11, 1961, 129-131
TEXT: The authors present some methods of irradiating solids by slow
neutrons from a nuclear reactor with a view to studying the resulting
dielectric properties. In earlier works (Vodoplyanov L. K. and
Skanavi G. I. "Izv, AN SSSR", ser fiz., 24, 253-257, 1960) they had
measured the past-irradiation di.electric properties of titanates of the
second group in the periodic system, add of alkali halides. Platinum
electrodes, applied to the specimens by evaporation coating, proved to be
the most stable. The samples were sealed into aluminum containers and-
placed in special cavities in a heavy-water test reactor. The specimens
in the container must not be allowed to screen one another. The specimens
were 8ubjec-ted chiefly to slow and fast neutrons and to gamma rays.
Electrons, uranium fission fragments, alphas, etc., which usually have to
Y
Card 1/2

28916
S/170/61/004/011/019/020
Methods of irradiating solid... B108/B138
be considered as well, had almost no effect in the authors' experiments.
In ord.er to irradiate the specimens with thermal neutrons with a low
enough percentage of fast neutrons, teat channels in the reflector of the
reactor were used. Cadmium filters were used to absorb the thermal
neutrons, so that the effeat of the fast neutrons and of gamma-background
alone could be'studied. All samples irradiated by thermal neutrons showed
considerable beta and gamma activity. V. S. Vavilov and S. A. Gavrilov
are thanked for discussions and collaboration. There are 2 Soviet
references.
ASSOCIATION: Fizicheskiy institut im. P. N. Lebedeva Akademii nauk SSSR,
g. Moskva (Institute of Physics imeni P. N. Lebedev of the
Academy of Sciences USSR, Moscow)
SUBMITTEDs June 3, 1961
Card 2/2

ACCESSION NIR: AT4016318 S/0000/62/000/000/0350/0357
AUTHOR: Krasnopevtsev, V. V.
TITLE: Dielectric properties of reactor-irradiated alkali ha1ide crystals
SOURCE- Vses. sovoshch. po ft. shcholochnogaloidn. kristallov. 2d, Riga, 1961.
TruG'y*. Fiz. shchelochnogaloidn. kristallov (Physics of alkali halide crystals). Riga,
1962. 350-357
TOPIC TAGS: dielectric, dielectric constant, alkali halide, alkali halide crystal,
nuclear reactor, neutron bombardment, irradiated alkali halide crystal, potassium
chloride, potassium bromide, sodium chloride
ABSTRACT: Three to five days after irradiation with neutrons in a research reactor at
60-70C with integral flows of 1015 to 1018CM-2 and a neutron flow up to 1. 5. 1013 cm-2
see-1, the dielectric permeability C , the tangent of the angle of dielectric loss , the
electrical conductivity a and the optical absorption wore studied in disc-shaped, plmo-
parallel, 0. 5 mm thick and 20-25 mm in diameter, KCI-,KBr- and NaCl-crystals. The
specimens were fastened between armeo iron electrodes, placed in a container and tested
in an oven at room temperature to 260C in 10-2mm vacuum. 7be t, tgS and r were
tord 1/2

ACCESSION NR: AT4016318
measured within the range of 100 - 20000 keps, and the absorption spectrum was photo-
graphed at room temperature within the range of 220 - 1100 mju. Curves for the
dependence of these quantities on temperature show patterns which Were rather complex
and not uniform for different individual salts, irradiation intensities and frequencies of
measurement. "Ile author expresses thanks to V. A. Mizonova for the monocrystals
of KCI and KBr, and A. N. Gubkin and V. S. Vavilov for evaluating the results obtained.
Orig. art. has: 6 figures.
ASSOCIATION: Fizicheskiy Inatitut im. P. N. Ikbedeva AN SSSR (ks#tuto of Physics,
AN SSSR)
SUBMITTED: 00 DATE AM 06Marr>4 ENCL:00
SUB CODE:N)>.r 1. NO REP SOV: 004 OTHER:00q2
2/2
Card

3 ("' 2), 0
S/181/62/004/007/012/03T
B102/B104
,03THOR: Krasnopevtsev,_V.-V-.
TITLE: Dielectric relaxation in colored KBr crystals
PERIODICAL: Fizika tverdogo tela, v. 4, no- 7, 1962, 1607-1812
TEXT: KBr.crystals irradiated and colored in a reactor show a substantial-
ly increased value of tan 6 (KrasnoDevtsev, PTT, 3, 214, 1961). The
effect of an additive coloring on.the dielectric properties was now
investigatei,.measuring a, tan 6,,and the electrical conductivity a at
constant voltage in the ranee of 100-20,000 ape at temperatures of
20-2000C. Thd light absorption.speotrum was determined'fo'r X - 220-1100 mg
at room temDerature. The additive coloring was effected at 450, 600,.
and 6500C (bolding times, 9,& and 6 hryl. T concentration of the
P centers ranged from 3-5-10 to 4.6-1011 cm- . tan 6 and ~_ were
determined as functions of 1/T and Iv. In all pases, tan 6 showed a
distinct maximum of 0.6-1.0. This maximum shifts to higher frequencies
when the temperature is increasedi and to higher temperatures when the
frequency is increased, which corresponds to the relaxation character of
Card 1/3

S/181/62/004/007/012/037
Dielectric relaxation in colored B102/B104
the losses. This dielectric relaxation is of the Dlbye type. In the
case of crystals with more than 3-1017 F-centera/cm , the parameter a
nhich characterizes the distribution of -r increases with temperature;
tan 6 decreases at the frequency maXimum. Z and F- (i.e., the respective
OD 0
h-j' and d-c values of 6) varied respectively from 4.6 to 5.3 and from
13.0 to 34.2. The activation energies varied from 0.90 to 1.32 ev.
The dielectric relaxation may be ast'ribed to the presence of F-centers
containing doubly positive ions. These relaxation defects probably are
electrically neutral Z 2 centers coni-pining P-centors. An admixture of
Z3 centers is possible, but these make only an insignificant contribution
to th6 ionic'conductivity. The cong ,e,ntration n of relaxation centers,
and their dipole moment p, aro gove*nod by the relation
4nn~i2/27kT =' (Eo + 2) Y~'+ 2). The fact that the
Co 0 Coll
relaxation times appear as a complete*set indicates the existence of
several types of relaxation centers in the lattice. This may be due to
impurities of different kinds (Ba 2+ , Ca 2+ 0 Mg 2+ 9 etoo) or to various more
Card 2/3

S/181/62/004/007/012/037
Dielectric relaxation in'colored ... B102/B104
complex compositions of Z2 and P centers. The value of g is. estimated
at '8-16).10-17
CGSE units or 80-160 Debye units. As g - el, the dipole
length 1 can be estimated at 5-7 lattice constants. There are 4 figures
and 1 table.
ASSOCIATION: Fizicheskiy institut im. P. N. Lebedeva All SSSR Moskya
(Physics Institute imeni P. N. Lebedev AS USSR, Moscow) V
SUBMITTED: February 5, 1962
Card 3/3

KRASNOPEVTSEV V V
,, ,
Dielectric properties of KBr single crystals irradiated by fast
electrons. Fiz. tyer. tela 5 no.8:2261-2269 Ag 163.
(MIRA 160)
1. Fizicheskiy institut im. P.N.Lebedeva AN SSSR, Moskva.
(Potassium bromide-Electric properties)
(Dielectrics, Effect of radiation on)

ACC NRe AP6018580 SOURCE CODE: LIR/0161/66/008/06/1964/1965
I
AUTHOR: Vavilov, V. S.; Guseva, M. I.; Konorova, Ye. A.; Krasnop.gyt.'4,AY,'_V,',_,Y
Sergiyenko,_V, F.; Titov, V! __V.-
ORG: Physics Institute im. P. N. Lebede% AN SSSR, Moscow (Fizicheskiy institut
AN SSSR,
TITLE: Semiconductor diamondsVobtained by ion bombardment
SOURCE: Fizika tverdogo tela, v. 8, no. 6, 1966, 1964-1965
TOPIC TAGS: semiconductor alloy, semiconductor crystal, semiconductor conductivity,
diamond
ABSTRACT: An investigation was made of the dependence of electric conductivity on
the temperature and concentration of the impurities introduced into a layer of diamond
doped with lithium and boron by ion bombardment. Diamond doping was carried out in a'
ion-ray installation with a magnetic separation at a focusing angle of 180% Lithiuml
and boron ions with an energy of 40 kev were introduced into the natural face of the
crystal or into the cleavage plane perpendicularly to the crystallographic directionsi
(111) and (100). The activation energy for lithitim was (0.29 1 0.01) ev and for borork I-
(0.25 t 0.01) ev. Lithium-doped diamond has an electron-type conductivity, while ini
boron-alloyed diamond the holes are the major charge carriers. Annealing of specimensi
at 600C for three hours in an argon atmosphere had virtually no effect on the activa-;
1/2

ACC NRs AP6018580
tion energy of electric conductivity; the general resistance of the doped layer in-
creased somewhat only in the case of boron. The acceptor and donor levels appearing
in the forbidden band as the result of radiative defects are deep and have only a
slight effect on the activation energy. With an increasing concentration of lithium,
the activation energy decreases in the range of high temperatures as well as in the
range of lower temperatures. These rules apply to the impurity band, in which the
concentration of lithium is about 1020 cm-3. Ion bombardment makes it possible to
obtain semiconducting layers of diamond whose electric conductivity can change by
5 to 10 orders, depending on the extentof doping. The energy level corresponding to
the lithium admixture is separated by 0.29 ev from the bottom of the conductivity
band, while the energy level of boron is 0.25 ev from the top of the valence band.
The authors thank V. M. Gusey for collaboration in the work, V. A. Mizonova and
N. A. Shuvalova for the preparation of specimens, Yu. Ye. Andreyev for participation
in the measurements, and S. A. Shevchenko for suppf-ying a devicFeor determining the
sign for the Hall coefficl-ent. Orig. art. has: 2 figures and 1 table. (JAI
SUB CODE: 20/ SUBM DATE- 08Jan66/, OTH REP- 004/ ATD PRESS!')o

_ACC 'NR,--AP6022222 __ CODI~'.-'UR/0362t66/UO2/UO6/0636iO646---I
AUTHOR: Kraonopevtsev, Yu. V.
ORG: Institute of Applied Geophysics (Institut prikladnoy geofiziki)
TITLE: Measurements of atmospheric conductivity from the aeroplane
SOURCE: AN SSSR. Izvestiya. Fizika atmosfery i okeana, v. 2, no. 6, 1966, 636-646
TOPIC TAGS: data analysis, polarimeter, air turbulence, lower atmosphere
ABSTRACT: An airborne apparatus and a method for simultaneous measurements of polar
conductivities of both signs under clear weather conditions arc described. The in-
strument is based on Gerdien's principle, employing two identical cylindric capacitorf
as measuring units. The change of the zero point current is analyzed and shown to be
caused by the charge of the metal electrode by coarse aerosols. A procedure for
eliminating this effect is presented. Deviations due to air turbulence are shown to
lower the magnitude of ion concentrations in the capacitors by approximately 8% and
to influence similarly conductivity. Analysis of data obtained over the Ukraine,
Siberia, and the Far East region indicated that the ratio 1+/X- > 1 in the lower
layer of the atmosphere, decreases with an increase in altitude ' and changes to
values below unity at heights depending on conditions. In concLsion, the author
expresses his gratitude to,A. G. Ovchinnikov for assistanes in the preparation of
Co.rd-__ UDC: 551.594.13

ACC NR. AP6022222
the equipment and in conducting all the measurements, as well as to L. V. Kirichenko
and-A. G. Laktionov who organized the summer expeditions. The author is also
K7
indebted to N. V. zasnogorskaya, N. N. Komarov, and Yu. S. Sedunov for useful
comments. Orig. art. has: 8 formulas, 2 tables, and 4 figures.
SUB CODE; 04/ SUBM RnLM 30Nov65/ ORIG REF: 014/ OTH REF., 005
Card 212

I'-' ' '
_, zj~- 72 Fo'
Y ,
.- -1 . - - p ;. 1; .
" ~ 7 .1 'lea- rr~~
- I 1-n..-C. .11!1. LU, - -1 - , ,~ I--- __- ~? ~. C "Y " zv , 1'., -, -
,41 -
I ,
~.,, 0 , , .- - . n ~, I, . I I i 3. 7 3 _,3 - - 1 ~, ? 511 C: 4 . I ~, .,. ~ ~, % ,- ~,! ')

L 02459-67 EWT(1)/EWT(m) GW
_ACC__NRt -AT6028960 SOURCE CODE: UIR/2566/66/082/000/0056/oo7i
AUTHOR: Kigol', I. L.; Krasnopevtoevj Yu. V.; Vilenskiy, V. D.; Malakhov, S. G. 4L3
ORG:
TITLE: Comparative analysis of the world-wide fallout of nuclear-explosion products
aver the continents and oceans
SOURCE: AN MR. Institut okeanologii. Trudy, v. 82, 1966. Iaaledoviniya
radioaktivnoy zaryazne-n-n-os-fr-v-oU-m-rrovo-go okeana. (Investigations of radioactive con-
tamination of waters of the oceans)156-71
TOPIC TAGS: nuclear radiation, strontium 9R, ocean radioactivity, radioactive
radioactivity.,
ABSTRACT: An attempt at a qualitative and quantitative comparison between the
intensities of world-wide radioactive fallout over the oceans and continents was
carried out through an estimation of accumulated Sr90 at the same latitudes In aunit area
of the ocean surface snA a unit area of continental surface. The results of direct
measurement of radioactive-fallout intensity on the continents and on the islands and
the data on the cuncentration of radioactive fission products in the air above the sea
surface and above the surface of dry land were also taken into consideration. On the
basis of these data, it is supposed that the intensity of radioactive fallout over the
sea surface is ater than over dry land. Orig. art. has: 5 tables and 4 figures.
SUB CODE: 18, Or/ SUBM DATE- none/ ORIG REF: 018/ OTH REF: 010 F

BRANDT, Aleksandr Aleksandrovich; _.,, . , I'll redaktor;
OVA. D.F., takhnichaskiy redaktor
(The technique of assembling and repairing radio circuits] Tekhnika
montasha i nalashivanita radioakhem. (Hoskvaj Izd-vo Hookovskogo
xwiv.. 1956,, 246 p. (HLRI 10:1)
(Radio circuits)

KRASNOPEVTSEV. Yu. V..-...-
Transfer of radiactive aerosols in the troposphere from the
Northern Hemisphere to the Southern Hemisphere, Meteori gidrol,
no. lo 3-8 Ap 164, (MIRA 17:5)
1. Institut prikladnoy geofiziki.

BRIMRIKOV, G.A.; KRASNUMIN, P.Te.; RZY]URTMO , Z.H.; POTAffIff, V.T.;
MUSTEL', Ye.R.; RWMIN, K.S.; IVANOT, I.Y.; KHAHT-A OT, A.A.;
TIMNOV. Tu.T.; STRMOVA. L.P.; XAPTSOV, L.N.; ORDANOVICH, A.Ye.;
KHCKHLOV, R.V.: VORONIN, B.S.; BMSTOVSKIY. G.N.; KMSNCPSVTSET,
Yu.V.; MINAKOVA. I.1.; TASTRMSEVA, T.N.; S36NOV,--". -.,YING-
-NiW-iA, H.B.; KAR113M, G.A.; DRACHEV, L.A.; THOFIMOVA, N.B.;
SIZOV, V.P.; RZHCMN, S.N.; VELIZHANINA, K.A.; NESTHROV, V.S.;
SPIVAK, G.V., redo; NOSYMA, I.A., red.; GXORGITWA, G.I., takhn.
red.
(Special practical manual in physics] Spetsiallnyi fizichaskii
praktikum. Moskva, Izd-vo Mosk.univ. Vol.l. (Radiophysics and
electronics] RBdiofizika i elektronika. 1960. 600 p.
(MIRA 13:7)
1. Professorsko-prepodavatel'skiy sostav otdeleniya radiofiziki
fizichaskogo fakullteta Moskovskogo gosudarstvennogo universiteta
(for all, except Spivak, Nosyreva, Georgiyeva).
(Radioactivity) (Electronics)

EMS11OPETHE-VA, L. S.
26634 Gemodinamicheskie sdvigi pri serdechnolegochioy medostatochiosti. Trudy fak.
Terapov,t. Kliniki (Ivan. Goa. Ied. In-T), VYP- 3, 1949, S. 315.4+
SO: IETOPISI 110. 35, 1949

TRATSEVITSKAYA, B.Ya.; RATNER, Yu.Ye. .~N-
Interaction of nickel-bearing minerals with carnallite. Trudy
Inst. met. no.12345-48 163. (MIRA 16:6)
(Nickel ores) (Carnallite)

--L'.,.-.'ACC..NRs AT6034504 SOURCE CODE: UR/0000/66/000/000/0043/0056
'iurlIOR: Davydova, N. I,; KK;Lq!LqpAvtpeyAj,q. V.; Manilov, S. A.; Levi, V. A.;
:.~Lobastova, L. A.; Shekinskiy, E. M.; Tvaltvadze, G. K.
ORG: none
TITLE: Results of deep sdiamic. sounding in the Caucasus
SOURCE: AN SSSR. Otdeleniye nauk o Zemle. Naucbnyy sovet po kompleksnym
issledovaniyam zemnoy kory i verkhney mantii. Glubinnoye stroyeniye Kavkaza
(Abyssal structure of the Caucasus). Moscow, Izd-vo Nauka, 1966, 43-56
TOPIC TAGS: Mohorovicic discontinuity, earth crust,.deep seismic sounding,
granitic layer, basaltic layer, seismic velocity , %5ZIalme-
C//,3 UZ
ABSTRACT: The results are summarized of deep seismic sounding conducted in 1960 to
1962 along a 300-km submeridional profile between Stepnoye and Bakuriani and a
700-km sublatitudinal profile extending along the axial part of the Transcaucasian
intermountain region between the Black and Caspian Seas. Continuous, piece wise
continuous and point profiling methods were used. The analysis of data shows that
the Earth's crust, 32-km thick in the region of El'iehotovo, increases to 38-40 km
in the area of Stepnoy-Nizhniy Kurp and to 42-46 km in the southern part of the
profile. The boundary velocity along the Mohorovivic discontinuity determined
in the area of Nabakhtevi is 8.4 km/sec. The depth to the top of the consolidated
crust with a boundary velocity of 6.km/sec varies from 7 km in the Zaterechnaya
Cord 1/2

ACC NR: AT6034504
Plain to 300-400 m at Rokskiy Pass. Although the interfaces within the crust were
not determined, seismic data appears to indicate a layered structure. The thickness
of the Earth's crust along the sublatitudinal profile varies from 40-41 km at
the western end of the profile and near the city of Kirovabad to 47-49 km under the
Dzirul'skiy. massif and east of Lake Dzhandar. The boundary velocity is 8 km/sec.
The boundary velocity along the top of the consolidated crust is 5.8-6.2 kmfsec.
The depth to the top of the consolidated crust varies from 0 (Dzirul'skiy massif) to
12-15 km in the area of Barda-Agdzhabedi. Two interfaces with boundary velocities
of 6.7-7 and 7.2-7.5 km/sec were established within the crust at a depth of
10-20 and 30 km, respectively. Sharp variations were established in the ratia of
the thickness of granitic to basaltic layers along the sublatitudinal profile. A
downwarping of the Mohorovicic. discontinuity under the mountains along both profiles
is noted. The results obtained are in qualitative agreement with earlier geophysical
investigations. However, deep seismic-sounding data indicate a downwarping of the
Mohorovicic discontinuity under the Dzirul'skiy massif, while gravity data indicate
upwarping. The article contains 7 figures including a map showing the locations of
the profiles, a rough seismic cross section along the submerldional profile, a
seismic cross section along the sublatitudinal profile and three other seismic-
geologic cross sections' of the same general area compiled from seismic and gravity
data by other investigators. Orig. art. hast 7 figures. (VA-7941
SUB CODE: 08/ SUBM DATE: 26Feb66/ ORIG REF: 013/
4

ACt NR,_~T60345"0'8 SOURCE CODE: UR/0000/66/000/000/0097/0102
AUTHOR: Krasnopevtseva, G. V.
ORG. none
TITLE: Results of an investigation of the deep-seated structure of the Earth's
crust in the western Caucasus along the Anaklia-Zestafoni profile
SOURCE; AN SSSR. Otdeleniye nauk o Zemle. Nauchnyy sovet po kompleksnym issledo-
vaniyam. zemnoy kory i verkhney mantii. Clubinnoye atroyeniye Kavkaza (Abyssal
structure of the Caucasus). Moscow, Izd-vo Nauka, 1966, 97-102
TOPIC TAGS: Mohorovicic discontinuity, earth crusts-seismic velocity, granitic layer,
basaltic layer / r4UeQ_70-Zs
ABSTRACT: The correlation method of refracted waves was used in the investigation
of the structure-of the crystalline basement along a 60-km profile running between
Anaklia and Zestafoni along the Rionskaya and Kolkhidskaya lowlands as far west as
the Dzirul'skiy massif. A refracting seismic horizon with a boundary velocity of
5.7-6.3 km/sec was identified as the -surface of the crystalline 'basement. Several*
blocks separated by subcrustal faults are found in the basement along the profile.
Each block is characterized by a boundary velocity and probably by a slightly
different petrographic composition. Although the scope of the investigation did not
include a study of the structure of the subbauement, it was established that *the
Earth's crust along the profile consists of 3 layers with layer velocities of
LC~rd 1t2

-ACt -
P4~- AT6034508
3-7.2 km/sec. The approximate depths to the interfaces are 3, 6, and 10 km. The
gravity data were used in preparing a cross section showing the depth to the
Mohorovicic discontinuity, which varies between 45 and 46 km along the seismic
line. The article contains 4 more figures including a cross section of apparent
velocities along the seismic profile down to a depth of 27 km. (WA-7941
SUB CODE; 08/ SUBM DATE: 26Feb66/ ORTG REF: 004/
Card

MOUX., R.G.; KWNOPEMEVA.14i~
Comparative data on the nucleotide compooition of nuclei*
acido on the cell nuclei of brain tiesuos. Yest.LGU 18
no.3:90-98 163. (KIRA 16 t2)
(NUCLEOTIDES) (NUCLEIC ACIDS)

KFAS NO FEV T3 EVA r cninri !3ctr-t-,dn--K
N.V.y starshly na-i ,
,a bbe
Improvemon'., oZ t'hr- es" blf2hv~ent (;f techno',-:,~g~
nish,.ng ojje:-at.1c-ns. Te'-,Bt;. prom. 24 nc.F'S---l Ag
i~ .-.ozr; s h! enno 5 4-11 stil -Shers

KRASUOPEVTSEVA, N.V., nauchnyy sotrudnik; SEDOVA, L.A., nauchnyy sotrudn~k
korms of amortization deductions for equipment in the woolen industry.
Tbkst.prom. 22 no.1:13-16 Ja '62. (MIJU 15:2)
1. TSentral'nyy nauchno-issledovatel'skiy institut sberstyanoy
promysblennosti (TsNIISbersti).
(Woolen and worsted manufacture--Accounting)

EMNOPE-VTSEVA9 N.V., inzh.1 SEDOVA, L.A. , in zh.
Development of the norms of amortization deductions for the
technological equipment in the wool industry. Nauch.-issl.
trudy TSNIIShersti no.17tll2-124 162. (MIRA 17s12)

MUSHOPEWSYN -io"14----~&;.L,:"It-,!,,~~,.-'-
Material for the evaluation of carbon and enrbon-blood media for
growing Hemophilus pertussiss Zhur.miirrobiol.epid. i immun. 29
no-5:21-25 My '58 (MMA 11:6)
1. Iz Instituta eksperimentsllnoy meditsiny AMN SSSR.
(HEMOPHILTJS PERTUSSIS. culture.
carbon and carbon-blood culture media (Rus))

PASHININ, F. M.; KRASNOPEVTSEVA, 0. S.
C-reactive protein In bo%roeaoe, Ekspera khir* no*3:58-61
162. (MIRA 15. 7)
1. Iz kafedi7 mikrobiologii (nach. - prof. A. A. Sinitskiv) I
kafedry termicheskikh pomzheniy (nach. - prof. T. Ya. Ar'yev)
Voyanno-seditainskoy ordena Lenina almdemil. imeni, S. M. Kirova.
(BURNS AND SCALDS) (PROTEINS)

YAKOVLEV, A.K.; PUTMWAN-LIPPERT, P.R.;
FETROVA, Y6. K.
Iketeremia as one of the pathogenetic factors in burn disease.
Xhirurgiia 38 no.10*.34,-.40 0 162. (MIRA 15:32)
1. r27 Voyenno-meditsinskoy ordena Lenina, akademii imeni S.M.
Kirova.
(BURVS AVD SCALDS) (BAcTEmaA)

YAKOVLEV, A.M.; KRASTIOPUTSEVAt O.S.; KaILKVA, G.G. (Len3ngrad)
Factors in autoi==ization of the body in bums, Pat. fiziol,
i el-sp.-terap. 7 no-300-33 My~-Je'63 (MIRA 17 t4)
1. Kafedry mikrobiologii (nachallnik - prof. A.A. Sinitskiy)
i kafedry termicheskikh porazheniy (nachallnik - prof. To Ya.
Arlyev-) Voyenno-meditsinskoy ordena Ianina akademii imeni
S.M. Kirova.

YAKOVLEV, A.M.; KRASNOPEVTS.E.V.A.- O.S.--
Methodology of !3tudying, nonspecific bacteremia. Lab. delo
no. 11:682-684 164. (MIRA 17:12)
1. Kafedra termicheskikh porazhenly (nachallnik - prof. T.Ya.
Arlyev) i kafedra ndkrobiologli rnachallnik - pro!'. A.A.Sin-'tskiy)
Voyenno-maditsins',-.oy ordena Lenina akademii im. S.I.I.Kirova,
Leningrad.

MUS11GFEWSVA, T. V.
"Investigating Phase Chan-cs In Imn-Cob--lt- Vanadilmn Alloys Having A
Constant 51-Percent Cobalt Content and a Varying Vanadium Content of 0 to
12 Percent." Cand Tech Sci, Irbscow Inst of Steel, 'A~bsco-.,T, 1954. (RZhKhin,
I No 21, Nov .54)
Survey of Scientific and Technical Dissertations Defended at USSR Higher
Educational Institutions (11)
SO: Sw-1- 110. 521, 2 Jun 55

HUKI-ROTHnY, W.; CHRISTIAN, I.W.; PIARSON, W.B.; rADYKOTA, G.N. [translator];
n I .. ..[translator]; HAYDILI, M.P. [translator];
1185 IY. Ya.P., redaktor; GOLIDAUBM, A.A.. redaktor; ARKHAU(ZLI-
SKAYA, H.S., reclaktor Izdatel'stva: AVINS011, I.K., tekhnicheakiy
radaktor
[Metallurgical equilibrium diagrams. TranBlated from the English]
Diagrammy ravnovestia metallicheakikh sisten. Perevod a anglitskogo
B.N.Xadykovoi i dr. Pod red. IA.P.Selisokogo. Moskva. Goo. nauchno-
takhn. izd-vo lit-ry po chernoi i tevetnoi metallurgit, 1956. 399 p.
(Phase rule and equilibrium) (MLRA 10:4)
(Alloys) (Solutious. solid)

137-1957-12-24904
Translation from: Referativnyy zhurnal, Metallurgiya, 1957. Nr L', p '~79 (USSR
AUTHORS: Krasnopevtseva, T.V., Livshits, B.G,
TITLE: The Effect. of Vanadium on the Q~l Tran-,,formation in Fe-Co-V
Alloys (Vtiyaniye vanadiya na O~ prevrashcheniye v
zhelezokobal'tvanadiyevykh splavakh)
PERIODICAL: Sb. tr. Tsentr. ft. -j !jr--,t chernoy metallurgii, 1956, Nr 15.
pp 68-85
ABSTRACT: The effect of V on the tran-iformoion (T) -x.s studied
under continuous cooling of the gdmmd phase, as -,vell as under
isothermal condition-S, The investigation ,k'a5 carried out or alloyt;
with 0, 2, 4, 6, 8, 10, and 12 percet V ccntert, A] alloys
having a constant content of 51 pe"cent Co, All jneai,urement,~
were performed on Akulov's anisometer, Meisurements of
coercive force were also performeu and ihe micrestructure of,
the alloys was studied. Increasing the V content from 0 !o 12
percent causes the;'temperature. %Vhich corresponds t.o the begin-
ning of the t-C~ transform ai ion, to vary trom 9~50 to 511-50 ,
In alloys with 2 percent V or le-;!i th(--- t-N, oLcur-i purely by
Card 1/2 diffusion. An analogous process take3 p-1-ice also in -in d1loy

137-1957-12-Z490,1
The Effect of Vanadium on the Transformation ir, Fe-Co-V (cont. )
containing 12 percent V; in this process also no martensite T
was detected. In super-cooling the ~ phase of alloys containing
4 - 10 percent V, as well as during isothermal exposure of these
alloys, the decomposition process also occurs by diffusion; how-
ever, when alloys containing 6 - 10 percent V are cooled at a
rate of 5 - 6 deg/min the process of the T assumes a
non-diffusive martensite character. At identical cooling rates
the W T in a 4 percent V alloy is of intermediate nature,
but ctnges to a martensite nature when the cooling rate is in-
creased. From the results obtained it is concluded that both the
kinetics and the mechanism of T in a super-cooled gamma phase
of the' alloys investigated may be interpreted by means of the
usual theory of decomposition and martensitic transformation.
P. S,
1. Iron-cobalt-vanadium alloys - Transformations - Kffects of
vanadium
Card 2/2

137-1957-12-25255
Translation from: Referativnyy zhurnal, Metallurgiya, 1957, Nr 12, p,330 (USSR)
AUTHORS: Pshechenkova, G. V., Krasnopevtsev_a__T_V_,--
TITLE: An Investigation of Fe-Co Alloys With a High Degree of Magnetic
Saturation (Issledovaniye zhelezokobal'tovykh splavov s
vysokim magnitnym nasyshcheniyern)
PERIODICAL: Sb. tr. Tsentr. n.-i. in-t chernoy metallurgii, 1956, Nr 15,
pp 102-110
ABSTRACT: Hardness, microstructure, critical points, and magnetic
properties were investigated in Alloys containing 50 percent Co
and 2 percent V. V substantially affects the critical points of
alloys of the Fe-Co system, by lowering the temperature of the
oZ -'-C- t transformation. The microstructure of slowly cooled
alloys exhibits a characteristic grain lattice, probably due to the
phenomenon of orderly regulation of grains. The hardness of
cold rolled specimens is considerably increased by heating to
400-6000; any further increase in temperature reduces the hard-
ness due to incipient - ' r ecrys tall iza tion. Initial permeability
is strongly affected by the degree of reduction in the process Of
cold deformation. Optimal results are, apparently, obtained at a
Card 1/1 60-70 percent reduction. P. N.
1. Iron-cobalt alloys-Properties-Analysis 2. Iroa-cobalt
alloya-Magnetic properties

KRA
Affect of vanadium on the thermomagnatic properties of per-
mendur, Sbor. trud. TSKI ICEN no-23t2l3-218 160.
OlIU 13 s 7)
(Vwiadium permendur) kThermomagnetism)

.-Card 2/.Z

Krasnopevtseva,, T,V.
----------
T.V. Krasnopevtseva., H.M. Baretskaya. Chromium-base precision alloys.
Title: Seminar on refractory metals, compounds., and a1loys (Kiev, April 1963).
Source: Atomnaya energiya, v. 15, no. 3. 1963, 266-267