SCIENTIFIC ABSTRACT F.V. CHUKHROV - M.V. CHUKICHEV

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000509110011-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

CHUKOW, F.V.
Geological excursion of the participanto of the 21st
session of .
the International Gdological Congress to ore.depoeits in
southern
ahd W6~tral Norway. Geols iud. mertoroth. no.l.'103-112
Ja-F 161.
1 ." (MIRA 1414)
1. Institut geologii piftyM mestorowidenii, petrografii,
mineralog~i
Ii geol-MmU'AN SSSR. .
(Nwway-Ore deposits) (Geology-Congresses)

GHUKHROV FV.; SEMBROVAj V*M.; YANCHOKO, M.T.
Leand and copper contents in bismuthine from
Northern Koundar
deposits. Trudy Min.' muz. no.11:205-LO 161. (MIRA
16:7)
(Kounrad rAg4o*--Bismuthite)
r

AFAMS17EV., GD,; BAF4AW, QQ,P.; VIA40V,, K.A.;
KORZHINSK.IY., D.So;
mnn=.. NJ.; NALIVKIN.. D.V.; PAVLOVSKIYO Ya,V,; kxl '$
A,7,1-
IMMOVO V.I.j- STRAKMV2 NX.; CHUKMCV$ F.T,,; SHCHMMCYV,
D.r,;
-T.S.
Caeg.Dmitrievich Ievitakii; obiturary, Izv,AN
SSSR.Ser,gool, 26
no,6&Uo-lU & 161. ' (MM& 34t6)
(LevitakUt.glog :Amitrievich,, 1909-3-961)

ABDULLAYEV, IQI.Mj ALYAVDIN, V.F.; AMIWUNUVI A.Aq ANIKEYEVp
N#P.;
jZLYAir4-.-KIY,
ARAPOV, YU.A.; BARSANOV., G.F.;
N.A.; BOLUO G.F.;
BORODAYEVSKAYA, M.B.; GOVOROV, I.N.; GODLEVSKIY, M.N.;
SHCHEGLOV, A.D.;
SHAKROV, F*N.; SHILO, NsA,; YARMLYUK, V.A.; DRABKIN, I.Yee;
YEROFEM, B.N.; YERSHOV, A.D.; IVANKIN, P.P.; ITSIKSON, M.I.;
KARPOVA, Ye.D**. ; WHIN,, S.A.; KASEM, M.A.; KORZHINSM,
D.S.;
KOBOV, B.M,; KOTLYAR V N KRMERp V.M.; KUZNETSOV., V.A,;
LTJGOV.,
S.F"; MAGAKIYAN$ I.G:; M'ATiLIKOV, M.Pq OIXWSOVX MA;
PAVLOV, U.S.;
SATFAIEV, K.I.; SKIRNOVs V.Io; SOBOLEV, V.S.; SOKOLOV.,
G.A.; STRAKHOV,
N.M.; TATARINOV, I,M.; KHRUSHCHOV,, N.A.; TSAREGRADSKIY,
V.A.;
CHUMWVYF:Y~.~
In memory of Oleg Dmitrievich Levitskii; obiturary.
Sov.geol. 4
ho-5:156-158 My 161, (MA. 14:6)
(Levitskii, Oleg Dmitrievich., 1909-1961)

CHU lgov,__~~,V.
Zineiferouo oligonite from Sherlovaya Gora. Dokl.AN SSSR 138
no.2s
429-430 W ! 61, (MRA A 15)
1. Insitut geologii itilnykh mestornMeniy, pe#ografii.,
mineralogii
i geokh4mli Akademii nauk SSSR. Chlczb-korrespondent AN SS.SR.
(Sherlovaya Gora-03igonite) (Zino)

PANKOV, V.P.; CHUKHROV,_F_.V. __
Mineralogy of the Manka gold-tellurium ore deposit of
the
Isouthern Altai. Min. sbor. no.16:195-209 162. (MM
16:10)
1. Institut geologii rtidnykh nestor6zhdaniy,
petrografii,
mineralogii i e kbiall AN'SSSR. . -__ ,
MM Mountains-Gold ores)
(Altai Mountains-Tellurium)

CHUKHROV, F.V.; SHLAYN, L.B.
Alterations of the composition during the greisenization of
granites in the Kouzirad massif. lav. AN SSSR. Ser.geol. 27
no.9;27-47 S 162. (MIRA 15:9)
1. Institut geologii rudnvkh mestorozhdoniy, petrografii,
mineralogii i geokhimii AN SSSR, Moskva.
(Kotinrad region-Greiaen) (Kounrad region-Granite)

AFANASIYEV, G.D.; BARSANOV, G.F.; VLASOV, K.A.; KORMINSHY, D.S.;
HIRCHINK,
M.F.; PAVLOVSKIY, YeS.; PEYVE, A.V.; SMIRNOV,-.V.!.; CHUKHROV,
LLV.; S*HERBAKOV, D:L; YABLOKOV, V.S.
n memory,of Kh.M.Abdullaev. Izv..AN SSSR. Ser.geol. 27 no.gi
1,17-118 62. (MIRA 15:9)
(Abdullaev, Khabib Mukhamedovich, 1912 (?)-1962)

CMIKHROV P V
Third Sesii6n-of the International Mineralogical
Aeaociation.
Isv, AN SSSR Ser. geoL 27 no.10:121-124 O(M'62.
IRA 3-5: 10)
(Mineralogical societisa)

CHUKHROV,,F.V.
Third Session of the International Ydneralogical. Association.
Vest.AN SSSR 32 no*8.-99-101 Ag 162, (NM 15:8)
11 Chlen-korrespondent AN SM.
(MLneralogy-Congresses)

BOITSHTFDT-KUPLETSKAYA, E. M.
AprQpoi3 of the review of vo1=9 1 "Minerals";~a reference
book
by A. A. Kukharenko, V. A. Frank-Kamenetakiif,I. I.
Shafiranovskii.
Zap. Vses. min. ob-va 91 no.4:498-502 162.
(MIRA 15:10)
(Minerals) 'A. A.)
(Frank-Kamensts IkI 44
V. t (Shafranovskii, I. I.)

CHUKHMV, F. V.; IGMINA, S. I.; YEWILOVA) L. P.;
MOLEVA., V. A.
OAllophanes from some deposits of the U.S.S.R. on
Report submitted for the International Clay Conference,
Stockholm,,
Sweden, 32-16 Aug 63.

CHUKHROV Y.,,,,otv. red.; BONSHTEDT-KIIPLETSKMA,
E.M... doktor
geol.-min. nauk, otv. red. ' !7-17; .'-'-7VA,
I.G.,, red.izd-
va; POLYAKOVA, T.V... tekhn. red.
(Minerals; ammuall Mineraly; spravochnik.
Moskva, Izd-
vo AN SSSR. Vol,2. No.l. [Halides) Galogenidy.
1963.
295 P. (MIM 17: 1)
1. Akademiya nauk SSSR. Institut geologii
rudrjykh mesto-
rozhden#, petrografti, mineralogii i geokhimii.
2. Chlen?-
korrespondent AN SSSR (for Chukbrov).

CH MOLETVA., V.A.; BEMIN, S.I.
Mi3dt%Fe of zinc montmorillonite and halloysite
from the Maykain
deposit. Kora vyvetr. no.5:3-6 10'. (MMA 16:7)
1. Institut geologii rudnykh mestorozlidaniy,
petrografii,
mineralogii i gookbimii AN SSSR.
Pavlodar Province-Montmorillonite)
~Phvlodar Province-Hanoyaite)

CHuIm2v,j,,Y.; BERKHIN) S.1,; MOISVA, V.A.
Opalization of clay mirwrals in the oxidation zone
of deposits
in the steppes of Kazakbetan. Nora vyvetr.
no.5:17-23 163.
(MIRA 16:7)
1. Inatitut geologii rudnykh meatoroz4dsniyp
petrograftip
mineralogii I gookhimli AN SSSR,
(Usakhatan-41ay)
(Kazakhstan-Opals)

CHUKHROV,, F.V.; BERKHIN, S.I.; YERMILOVA, L.P.
Clay minerals of the Akmaya deposit. Kora vyvetr.
no.6.-3-12 163.
(MM 17:9)
1. Institut geologii rudnykh mestorozhdeniy, petrografii,,
mineralogii i geokhimii AN SSSR.

CHUKHROV, F.V.
Possible influence of vadose waters on the mineralization
of some
hydrothermal deposits. Geol. rud. mestorozh. 6 no.1:3-14
Ja-F 164.
( VIIRA 17: 11)
1. Institut geologii rudnykh mestorozhdeniy, petrografii,
mineralogii
i geokhimil AN SSSR.

C4UJUffUWy--F.V.; BERKHINO S.1i; YERMILOVA, L.P.;
MLEVA, V.A.;
RUDNITSKAYA, Ye.s.
Allophanes. Izv. AN SSSR. Ser. geol. 29 no-4:3-19
Ap164.
m (MA 17-5)
1. Institut geologii rudnykh mestorozhdeniy,
petrografii,
mineralogii i geokhimii AN SSSR, Moskva. -

CHUKHRO-V F.V.- SHANIN, L.L.; YERMILOVA, L.P.
--
Possibility of the absolute age determination of
manganone
minerals containing potassium. Izv. AN SSSR. 8er.
geol. 33
no,2:3-6 F 165. (MIRA 18:4)
1. Institut geologii. rudnykh mostorozlideniyp
petrografii,
mineralogii i geokhimii AN SSSR, Moskva.

CHUKHROV, F.V.; GENKIN, A.D.; SOBOLEVA, S.V.; BASOVA,
G.V.
Smythite from iron ore sediments in the Kerch
Peninsula. Lit.
i pol. iskop. no.2:60-69 Mr-Ap 165. (MIRA 18:6)
1. Institut geologii rudnykh mestorozhdeniy,
mineralogii,
petrografii i gsokhimii, Moskva.

CRUKHROV, F&V*
Role of colloids in ore formation. Sov. goo', 8
no.2-03-15
F 165. (MIRE 1802)

SHCHERBAKOV, D.L. akademik LlObON, F.I., doktor geol.-ming
nauk; LUKIN~ L.I.
Scientific work of Academician losif Fedoravich Grigorlev.
ltv. AN SSSR. Ser.geol. 30 no.lltllO-l]4 N 165.
(KRA 18:12)
lo. Chien-korrespondent AN SSSR (for ChuRhrov).

CHUHROV, F.V.; RUDNITSKAYA, Ye.S.; MOUVA, V.A.;
YU~MILOVA, L.P.
---
Phosphate allophanes. Iz7v. AN SSSR. Ser. geol. 30 ro.3:
51-57 Mr 165. (MIRA 18:3)
1. Institut geologii rudnykh mestorozhdeniy,
petrografti,
mineralogii i geokhimii AN SSSR, Moskva.

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IRIDLYANDIM..Iosif NmumovfcL-
redalctor; CHUXHROT Mstvay Veeij~~yich
radaktor; IAGOVSJUYA, N.S.,
redaktor
c k~ iples of founding light
-tallurgical prino alloys] Metallurgi-
chasicie opnovy litita legkikh eplavoy; abornik statei.
Koskva,
Goo. izd-vo obor. promyshl., 1957 442 p. (MLRA 10:7)
(Younding) (Ailoys)

137- 19 58- 1- 523
Translation from: Referativnyy zhurnal,, Metallurgiya, 1958, Nr 1, p
83 (USSR)
AUTHORS-. Chukhrov, M V Sokolova, A. 1.
TITLE: A Study of the Process of Crystallization and the Properties
of
Large Ingots of V M 65 - I Alloy (Izucheniye protsessa kristalli-
zat sii i svoystv krupnykh slitkov splava V M 65 - 1)
PERIODICAL: V sb.: Metallurg. osnovy lit'ya legkikh splavov. Moscow,
Oborongiz, 1957, pp 47-55
ABSTRACT: The major parameters of semi-continuous casting of a round
ingot of this Mg alloy 530 mm in diameter for the production of
blanks of large cross-section have been established. A crystal-
lizer was used with delivery of water onto the ingot through a hole
drilled at a 100 angle to the axis of the ingot. Test ingots were
cast at speeds of 3, 3. 6, and 4 cm/min. It was found that an
increase in casting speed made for a reduction of the quantity of
segregations per ingot. At a casting rate of 3. 6 cm/min, thermal
analysis of the crystallization and cooling of the ingot was done
with the aid of chromel -aluminum thermocouples. It was found
that the center of the ingot cools more uniformly than the outside,
Card 1/2 Ingots of 530 mm diameter presented the same equiaxial and
fine-

137-1958-1-523
A Study of the Process of Crystallization (cont. )
grained structure as those of 370 mm diameter, and had the
same mechanical properties.
.1. Xwosim alloye-Castlng-Ust results 2, Hapesim V -G -
allWa-Froperties 3. Hapesim alleys-Grystanizatiou
Card 2/2

137-1958~2-2693
M
Translation fro~~- Referativnyy zhurnal,Metallurgiya, 1958, Nr 2,
p 71 (USSR)
AUTHORS: Chukhrov, M.V., Anikina, A.D.
TITLE: An Experimental Study of Some of the Physicochemical
Processes
Which Occur During Preparation of Alloy VM65-1 (Opytnoye
issledovaniye nekotorykh fiziko-khimicheskikh protsessov pri
prigotovlenii splava VM65-1)
PERIODICAL: V sb..- Metallurg. osnovy lit I ya legkikh splavov.
Moscow,
Oborongiz, 1957, pp 56-62
ABSTRACT- A study was made of new methods of introducing K2ZrF6
(mixed
with NaCl, KC1, CaF2, LiF in varying proportions); tests were
also made of the fluxin g qualities of carnallite, a substance
which
lowers, fAirface tension more than do the fluxes in current use.
The
alloy wads Xrepared as follows: Zn was introduced into the molten
Mg at 720 , after which the melt was superheated to 900-9200;
then KZZrF6 was added (at the same temperature) in a quantity
equal to 4.5 percent of the total weight of the charge. Two salts
of
K?ZrF6 were used; both had a high Al content (0. 5 and 1. 55 per-
Card 1/2 cent) IWhen 4.5 percent K2ZrF6 salt containing 1. 55
percent Al

137-1958-2-2693
An Experimental Study of Some of the Physicochernical Processes
(cont.)
was added to a 5 kg heat, it was possible that the intermetallic
compound Zr3A1 would combine with 35 g of the Zr, i.e., with
almost 50 percent of the total quantity of Zr added to the
alloy.
When a K2ZrF6 salt containing 0.5 percent Al was added to a
VM65-1 alloy, Zr losses through formation of the intermetallic
compound Zr 3A1 amounted to 16 percent, but when the Al content
of the salt was 0.05 percent the losses amounted to 0.6 percent.
Hence, in preparing the alloy it was necessary to use a KZZrF6
salt with the smallest possible Al. Si, and Mn contents. Experi-
ments conducted to evolve methods of adding X,ZrF6 to alloy
VM65-1 under laboratory conditions revealed the possibility of
increasing the Zr content of the alloy by adding the KzZrF6
mixed with LiF and by using carnallite as a flux.
G.S.
1. Alloys-:'reparation 2. Physicochemical
processes--Determination
Card 2/2

SOV/137-58-8-17946
Translation from-, Referativnyy zhurna I, Meta I lit rgiya,
1958, Nr 8,p 249 (USSR)
AUTHOR: Chukhrov M V
T IT LE: Structure and Properties of Ingots of Magnesium Alloys
(Struktura i svoystva slitkov iz magniyevykh splavov)
PERIODICAL: V sb. : Metallurg. osnovy lit' ya legkikh splavov.
Moscow,
Oborongiz. 1957, pp 88-139
ABSTRACT: An examination of the structure and properties of
magnesium
ingots (MI) produced by various methods of casting. Homogeneous
structure could not be obtained when the metal was cast in thin-
walled, water-cooled molds in which the heat was carried away
through the walls. Axial porosity resulted in ingots in which
the
heat was carried away radially. Owing to the formation of cracks
in the vicinity of the axis, the diameter of MI obtained could
not
be greater than 370 mm. MI obtained by means of semicontinuous
casting are characterized by more uni form hardness and by equal
density of the -netal in the axial and peripheral zones. The
mech-
anical properties of MI in longitudinal and transverse
directions
are also more uniform in this instance. In the case of MI
obtained
Card 1/Z by the method of immersion, parallel growth of
crystals, after a

SOVI/I 37-58-8-17946
Structure and Properties of Ingots of Magnesium Alloys
period of setting, proceeds from the bottom toward the
top of the ingot. Prior
to immersion, the mold is set out in a furnace.. a
procedure which removes
impurities from the metal but produces a coarser
structure. No significant
differences in density were observed throughout the cross
section of the Mi.
Maximum and minimum values of G_b were observed at 730'
and 6900C,
respectively. MI with columnar structure exhibit
anisotropic proT~erties
(in the case of MA3, the values of 0-b were 20-23 and 10
kg/mm- in the
longitudinal and transverse directions. respectively).
1. Magnesium a3-loys-Casting 2. Castings-Physical
properties 3. Castings-Structural analysis
4. Magnesium alloys-Test results
G. M.
Card 2/2

ct
LOOZONOTAI I.A 2 am=-
IUht alloys* PrIroda 46 no.5:39-48 Mr 157. (KM 10:6)
1. Wenoyusnvy pWhno-issledovatellskly institut avistsimea
materialov.
(Aiwdnuu alloys) OF69MGiVAR alloys)

SOV/137-58-12-24353
Translation from: Referativnyy zhurnal. Metallurgiya, 1958, Nr
12, p 59 (USSR)
AUTHOR: Chukhrov, M. V.
TITLE: Manufacture of Magnesium-alloy Ingots (Proizvodstvo
slitkov iz mag-
niyevykh splavov)
PERIODICAL: V sb.: Legkiye splavy. Nr 1, Moscow, 1958, pp
298-310
ABSTRACT: The preparation of the alloys (A) and of castings
made thereof are
described. Certain physicochemical properties of Mg,
determining
the technology of C production, and in particular the
oxidation poten-
tial of Mg melts and the influence of a number of substances
thereon,
are examined. Brief descriptions are offered of types of
furnaces
for the melting of A, and the advantages and shortcomings of
each
are indicated. The principal technological parameters for the
pro-
duction of A of the following systems are presented: Mg-Mn,
Mg-Al-
Zn, and Mg-Zn-Zr. The principles involved in the casting of
Mg-C
ingots are set forth. A continuous casting method is described
with
a discussion of its merits and shortcomings. The design of
casting
machines and the peculiarities of Mg-C castings due to physico-
Card 1/1 chemical properties of the melt are set forth. L.P.

CHUMOVY I.I. V.
Solidification 6f Metal s; (Vlai6w) Tram. of 2nd Conf . on
j:2jjjj'- Theory of
Foundry Procesaes(56); MOSCOW, Y'Rshgiz, 1958, 532PP.
Chukhrov,_R.V*, Candidate of-Technical Sciences. Investigation
of the Process of Crystallization of Magnesium-alloy Ingots 413
Rabinovich, B*V., Candidate of Technical Sciences. Experimental
Investigation of the Solidification of White-Iron Ingots and
the Determination of the Dimensions of Side Risers 428
Karollkov, P.M., Candidate of Technical Sciences. Effect of
Alloy Composition on Shrinkage Phenomena and Crack Formation
in the Solidification of Castings 446
Neymark, V-Ye., Candidate of Technical Sciences. Obtaining Cast
Products by the Vacuum-Crystallization Method 4%
Smirnova, K.N., Engineer. Production of Steel Blanks by_ ICom-
pression During the Crystallization Process 480
Mpdvedev, Ya*I., Engineer, Formation of Cold Shuts in Heavy
Castings and Calculation of the Metal-pouring Rate 484
Card 7/ 8

Solidification of Metals- (Cont.) 12.,L6
f I
Dubrovskiy, A.M.,.Engineer. Deformation of Sand Molds During
Solidification and Cooling of Steel Castings 496
Arbuzov, B.A.,.Engineer. Requirements Which Must Be Met by
Mold Materials afid Way's of Improving the Quality of Light-
alloy Castings 512
Resolution of thb, Conference on the Problem of Metal Solid
ification at-the Institutes of Machine Engineering and
p4eta,llurgy of the Academy of Sciences of the USSR 529
AVAILABLE: Library of Congress
GO/nah
2-24-59
Card 8/8

AUTHOR:
Chukhrov M 78-3-3-45/47
TITLE:
Discussion of Lectures

(Obsuzhdeniye dokladov)
PERIODICAL:
Zhurnal Neorganicheakoy Khimii,
19581 Vol, 3, N-r 3,

pp. 819-820 (USSR)
ABSTRACT:
M. V. Chukhrov said
that at this congress the phase diagrams

of new materials had been
discussed which form a basis for the

working of alloys on titanium
basis. At the same time he

criticized that only one single lecture by
M. S. Mirga)ovskaya

had dealt with the systems on a magnesium basis,
The

researchers started from the effect of zirconium on magnesium

and
it was intended to add this element in greatest possible

quantities
to magnesium alloys. The values shown in the

lecture seem to make
useless an investigation above a certain

limit (1096 % zirconium).
The second part of thb lecture dealt

with the system
magnesium-manganese-aluminum. The values shown

made it possible to
solve the problems connected with the

liquation processes in the
production of alloys of the type
Card 1/3
MA-8, MA-29 MA-3 etc. The
interactions between magnesium and

'Discussion of Lectures
78-3-3-4550/47
manganese were illuminated in such a way that it will be
possible to technical institutes and - enterprises to tackle
more efficiently the elaboration of the production technology
of the corresponding alloys. The speaker further criticizoa
that work in the field of phase diagrams of light metals
is not carried on sufficiently. At present one must content
oneself with phase diagrams published abroad. It is, however,
known that these diagrams are based on raw materials not
corresponding to those in the Soviet Union. On the other hand
everybody sees that the investigation of the phase diagrams
of aluminum and magnesium with rare-earth metals will have
good prospects. The published Bibliography of S 'oviet,
Scientific Publications on the investigation of the phase
diagrams of metal systems (under the direction of 1. 1.
Kornilov) inspite of some deficiencies is a very useful work
and could be published at a larger scale. There,was still.
another book published, however, already some time ago by
D. A. Petrov, Since then science madej however, great
progress
and it would be about time to create a complex work which
Card 2/3 could be used at home and abroad at scientific
research

Discussion of Lectures 78-3-3-45/47
institutes. It is also necessary #hat papers on phase
diagrams are regularly published in periodicals.
ASSOCIATION: Vsesoyuznyy nauchno-issledovateliskiy institut
aviatsionnykh
materialov, Moskva
(Moscow All-Union Research Institute for Airplane Materials)
Card 313

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,959. 63904
BUDA
(boaDooll voscov I
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To 119
-Its Alloys
an&
11 - 'bC Insweer) Of Tecbniesl 123
_uO (,p- 04"1 alloys (Chwwov) 123
Vae;MeS4
. OAmpesiva 1 128
VOTIvable a) 129
...jence 130
133-
Alloy Ak 2
Alloy VA 3 136
Alloy mA 5
,065-1
Alloy alloys (Lebedov)
I'm

28107
t4 bq S/577/60/000/000/002/006
Iq AW E021/E435
AUTHORi Chukhrov, M.V., Candidate of Technical Sciences
TITLE: Some technical peculiarities of preparing magnesium
alloys containing rare elements
SOURCE- Vaesoyuznoye nauchno-tekhnicheskoye soveshchaniye po
tekhnologii fasonnogo litlya iz splavov tavetnykh
metallov. Moscow. 1958. Tekhnologiya fassonogo lit4ya-
iz splavovi trudy soveshchaniya. Moscow, Mashgiz, 1960.
31-37
TEXT: The high strength at room and elevated temperatures of
magnesium alloys containing cerium or neodymium, especially if
zirconium is present an a grain refiner, is noted-. The-
technology of preparation of such alloys presents many
difficulties. Neodymium has a greater affinity for oxygen than
magnesium and this must be remembered in calculating the charge-,
Many elements (neodymium, cerium, lithium, calcium) have a higher
affinity for chlorine than magnesium, Since magnesium chloride
is the basic constituent of the flux used in melting magnesium,
this also complicates the procedure. It is very difficult to
Card- 1/4

28107
S/577/60/000/000/002/Oo6
Some technical peculiarities ... E021/E435
OM 65-1 M 65-1) alloy were obtained'with mixtures of
potassium
fluozirconate with 3 to 12% calcium fluoride or 5 to 12%
magnesium
fluoride. Further experiments were carried out with
additions of
fluorides and chlorides of alkali and alkali-earth metals.
The
best results were obtained with 66% K2ZrF6 + 8% LiF + 26%
LiCl
or 66% K2ZrF6 + 8% CaF2 + 26% LiCl, which gave 40 and 47%
alloying
effIsiency respectively. The second salt was preferred since
lithium fluoride is more expensive than calcium fluoride.
Alloying can be carried"out at 8000C. With increase in salt
addition, an increase in zirconium content in the alloy is
obtained. The maximum zirconium content (0.8%) was obtained
with
a 10% salt addition at 8oo to 8500C. A satisfactory zirconium
content is obtained with a 7.5% addition at 8000C.
V.V.Krymov,
V.V.Tikhonova and V.K.Fedorova worked out an alternative
method-of
introducing zirconium by the so-called-slag-master alloy
prepared
by fusing 50% potassium fluozirconate, 20 to 25% carnallite
and-
25% magnesium. A.A.Lebedev and A.D.Anikina took part in the
tests, There are 5 tables and 7 references: 2 Soviet and
2 non-Soviet. The two references to English language
publications
Card 3/4 11~

L 19754-63
ACCZSSION NR:
AUTRORS: Chul
Qur'vev, I.
AFFTC/ASDAESD-3/10(C)
AT3001943 Ff-4 JD S/2912/62/000/000/0410/0419
A
Zou Sokolova, A. L. Oreshnikov, Z. -, M ayey,B.E~A
11TLE: Study of the effect of an electromagnetic field'on the
crystallization of
-Ligh-t ~110 _s,
'SOURCE: Kris tallizatsiya i- fazovyye perekhody. Minsk, Izd-vo AN
BSSR,
1962, 410-419.
TOPIC TAGS: crystal, crystallization, crystallography, light,alloy,
electromag-
netic, field, magnetohydrodynamics, electro'magnetohydrodynamics,
electrodynam-
ic, macrostructure, -Al, Mg, A-00, MA-8, microstructure, strength
characteristics,
mechanical properties..
ABSTRACT; The paper describes an experimental investigation of a
special effect.
of an electromagnetic field, namely, that of the electrodynami "q
forceq created
thereby, on thecrystallization of metallic fusion. The effect
comprises the e.'m. f.
and the electrical'current that arise in a fusion bath ab6ve which a
-single-phase
a. c. inductor is placed. The interaction of the electromagnetic
fields-of.-the-induc-
tor current and the current in'the'Rision
produces-e'le-c_ii~~ay'n'amic forces which
Card 1/3

L 19754-63
ACCESSION NR: AT3001943
impel the fusion to move. Tests were performed with Al of A-00 grade.
The fused
Al was poured at 7100C into stationary 165x540 mm m6ffs, ~0, 100,
150, and 200
-mm high. The a. c. inductor was placed 20, 40, 60, and 80 mm above
the surface
of the fusion in the mold. Macrostructure investigations showed the
refinement of
the grains of the ingots. An especially refined structure'was found
in ingots 50 mm
high. A removal of the inductor from the suiface of the fusion of 60
to 80 mm re-
0 efining effect. Analogous results were also ob-
sulted in some reductioti f the r'
tained in tests with th6;'Mg alloy Mark MA-8 (256 Mn, 0.376 Ce).
Additional tests
were made with semico-n7Enuous casting of planar ingots of the
sarne'eross sectibn
and of the same two light metals. The principal effects inve6tigated
were the
dffect of the power fed to the inductor, the T and rate of pouring,
and the height of
the crystallizer on the grain- refinement effect. Al casting was
performed in a
crystallizer 170 and 270 mm at 690 and 7100 at a rate of 7.5 and 9
cm/min. Ma.
ingots were cast in the'same crystallizers and one ZOO mm high, at T
of 730 and
7400C and a'casting rate of 5 to 6 cm/min. The presence of the
electromagnetic
field resulted in a stirring effect, and appreciable improvement of
the grain
structure was obtained (macroscopic photographs in orig. art.). The
most power-
ful grain- structure -refining effect is observed at low casting T's
and in the least
high crystallizers. A T analysis performed by means of s4bmerged
Chromel-
Alumel thermocouples showed a more uniform T distribution and
decreased T
Card 2/3

L 19754-63
ACCESSION NR: AT3001943
gradients upon the application of the electro 'Magnetic field in the
MA-8 aUl,)y.
Tabulated data on the mechanical properties of the MA-8 alloy cast
under various
conditions show a better uniformity of structure and more elevated
values of the
ultimate strength and elongation under the affect of
the'electromagnetic -field.
MA-8 ingots with the more uniform structure could be rolled without
any risk of
the formation of surficial microfissures. It is postulated that
industrial equip-
ments may h*ave the inductors placed around the crystallizer to
facilitate the work
of the casting pdrsonnel. Orig. art. has 8 figures and I table.
ASSOCIATION: none
SUBMITTED: 00 DATE AGW 16Apr63 ENGL: 00
SUB CODE: CH, PH, MA, EL NO REF SOV: 000 OTHER: 000
card 3/3.

45229
S/806/62/000/003/014/018
AWW~ORS: Chukhrov, M.V., Lukovnikov, Yu.D.
TX tE: Structure and properties of magnesium - thorium -alloy
castings obtained
by the immersion method.
SqjJRGE: Akademiya nauk SSSR. - Institut metallur ii. Issledovaniye
splavov
ti tovatnykh matallavt 'haJ. 19621 163-161%.
TEOXT: Four alloys, Mg-3.5Th, Mg-2.5Th-O.Wn, Mg-3.M-I.Wn, and
Mg-3.BTh-
0. r, were tested. The methods of preparation are detailed. Upon
introduction of
theM and final flux refining, the alloys were held at 730-7500 for
some 10 min and
woe poured into a mold preheated to a dark red glow. The melt is then
held in the
mo~~ for 0.5 to 1.0 hr at 700-7300C,and the mold was then immersed
into a tank with
rur,~ning water at 11 cm/min. Liquation of Th according to specific
gravity is ob-
seiived in every instance, so that the bottom of the ingot is more
Th-rich. Similarly
appreciable Equation of Tha'ccording to specific gravity is observed
in the Mg-Th'-
Zr alloy. Some liquation of small additions of Fe is also observed.
The degree of Fe
and Zr liquation increases with holding time. -Mn liquation was not
observed. The
specimen- sampling geometry of the ingot is depicted, also the
macrostructure of
typical ingots; the Mg-Th-Zr alloy exhibits the finest-grain
structure.* The structure
of the other 3 alloys is columnar. Thus it is concluded that the
addition of Th to Mg
and to alloys of the Mg-Mn system, within the range of concentrations
tested$' does
not result-in a comminution of the structure. No substantial
difference in the Size
Card 1/2.

PHASE I BOOK EXPLOITATION SOV/6478
Alltman, Morita Borisovich., Aleksandr Aleksandrovich Lebedavp and
Matvey Vasillyevioh Chukhrov
Plavka i litlye splavov tsvetnykh metallov; metallurgicheskiye
osnovy (Melting and Casting of"NoAferrous Metal Alloys; Metallur-
gical Principles)Moscow, Metallurgizdat, 1963. 523 P, Errata
slip inBerted. 4400 'copies printed,
Ed. (Title page); A. T. Tw,axfov-i:~ Doctor of Technical
Sciences,,
Honored Scientist and Technologist of the RSFSR; Ed, of
Publishing House: 0. M. Kamayeva; Tach..Ed.: Ye. B, Vaynshteyn.
PURPOSE: This book is intended for engineering personnel of metal-
lurgical and metal-working plants and scientific research
institAites.
It may also be of interest to students at schools of higher
education.
Card 1P_0

Malting and Casting (Cont.)
SOV/6.478
r4ovERAGE: The book discusses basic principles of the theory and
practice of melting, casting, and crystallizing nonferrous
metals
and ~,lloya. The authors review problems of interaction between
gazes and metals, degassing, removAl of solid nonmetallic
inclusions,
modification, segregation, and interaction between the metal and
the mold; properties of the nonferrous metals and alloys; and
methods of melting and casting ingots and parts made 66m
aluminum$
maV.eaium,, copper, and other alloys. No'personalities are
mentioned.
There are 275 references, mostly Soviet.
TABLE OF CONTENTS:
Foreword
Ch. I. PhysicochemIcal Processes
Nonferrous Metal Alloys
Intax-action between gases and
Adsorption
Diffusion
Dissolution (absorption)
Card 2/10
6
Occurring in Melting of
7
metals
Z
11
15

r - zv
la
-Tuo
-o ,increase the purity Of ingoT, a
R'M 1-0 i
7,-

-, ~.-.
L 41764-65
-t-' -
~ - --naTcfl NR: -XPh0388o9

'ACCESSION NR: AT3013144 S/3018/63/000/000/0561/0571
AVrHOR: Minayevs P, F,; Chukrovas A, 1,; Antonovap A, M,
TITLE: Functional., biochemical# and morphological changes in
irradiated nervous tissue
SOURCE: Trott-ya Vaeso7uzna7a konforentsiya po biolihimii nervnoy
sistemv, Sbornik dokladov, Yerevan,, 1963j, 561-571
TOPIC TAGS: irradiated nerve tissues X-irradiations cerobellum Xlerve
tissues nervous tissue radioresistances protective substance# nembut4
hexoniump alinamine (thiamin-propyldisulfide)p oxidative
phospborylationg oxidation processs cerebellum radiation damage,
morphological changes preventive radiation treatment
ABSTRACT: Guinea pigs.and dogs were treated with a complex of
protective substances before.,irradiation to determine whether
resistance of nervous tissue to ionizing radiation can be increased.
The following substances were introduced parenterally into animals.
30 m~n before irradiation. of the cerebellum: 30 mg/kg nembutals
t2 mglkg vitamin Bl or alinamine (thiamin-propyldisulfide), 3 mg/kr
hexonium, In some oases the protective substances were introducea
Card V3

ACCESSION NR; XT5015144
2 days earlier and repeated 30 min before irradiation. The
cerebellum'
was irradiated loc~ll ith a 9000 r dose for guinea pigs and a
209000 doso for dogs TRW-3 unit, 112,5 r/minp focal length 23-24
em)*'-,-
Animals were decapitated and brains were removed to investigate the
oxidative phosphorylation process in the mitochondrions of the
cerebellum, Histological investigations were also made, It was found
t4at in control animals oxidative phosphorylation radiation damage is
highest 2 days after irradiation at the same time that edema of the
cerebellum develops and serious morphological changes take place in
A
the cerebellum nerve cells, Cerebellum radiation damage includ-ng
o4dative phosphorylation Is sharply reduced in experimental animals
treated with alinamine (thiamine-propyldisulfide) together with
nembutal and hexonium before irradiation. It should be noted that
alinamines a vitamin B derivative., penetrates the nerve cells better
than vitamin Bl and isvo;e- effective in increasing nerve cell
radioresistance, Histological Investigations reveal that morphologi-
cal changes are reduced in Irradiated nerve calls of animal s treated
with protective substances, Nerve tissue functions can be preserved
Vy protecting nerve tissue oxidation processes from radiation*
Resu3bs
for treatment with a complex of protective substances suggest a.
Card

O.F.; MIRONOVA, A.P.; CJIUKHROVA, A.I.
MINAYEV, P.F.; IDGVINOVA,
Change in the radiosensitivity of nerve tissue under
the effect
of arsenic compounds. Dokl. AN SSSR 155 no.
5'.1209-1211 Ap 164#
(M IRA 17: 5)
1. Institut biologicheskoy fiziki AN SSSR. Predstavleno
akademikom
A.I.Oparinym.

M
ITITTLE: Increased radiosensitivity of the nervous system -m
de r the pff- r) f
C71
Ali SSSR. Doklady, v. 163, no. 1, 1965, 23>-237
TOPIC TAGS: fluoroacetate, central nei-vous system, biological
effect, radiosensi-
;z.=a radiation, mono f luornacet -ate,
~'reviou3 resea-rch has indicated
'x da" i rc e s S
-'~s -e act 3r
3: of z ~s affectinz ne

r~7ccii~TON r;R- AmiwO
fl,zvroacetate (5 wg in 0.5 ml) were injected intc. th-m -A! `S*ern
%be,,i i-,z
m was i rra-iJ at-i
t f" er iri id'ation, 'he ama',m'.s
i . - - I! ,- _-_ma - ail-i
I-,.e s ses the -e--Ie. f
7 -s -,h r-y 1i or, i r. i s o I a ti
S x.
-.veiz j Kr. quaziLiti-:~s D: c: r: a - un dtr)
in the :!erebellum, this
V
Th-�re is aiso an increase in pyrntartq!
an~ Irradiation rqi":i
vi was P aruiy
a' isturbed. Post -irradipt-,on disruption of the cerebellar
functiuns were more severe
after poisoning vith both fluoroacelate and sodi= TI.,.- .4-2
-77~-7, 1,,~- cf the
C~Clla is a maJor cause of the fncreez--~!J
ij ~.q -q
S y

P25~'dO94
for decarboxylating pyrotartaric acid or to the damage done to Ue
citric acid
cycle. Irradiation of the nervous system after poisoning with scidium
arsenate and
fluoroacetate, significantl disrupts -the pyruyateoxidase system and
the citric acid,
-y-le, tvo links of the metabolic processes responsible for the
-_di,_-nsitiv~i-y of
S
tem. The experiments reported do '_he
YS
c' he -3xidative phosphory at_,ou ur-
'-:AIT')N: Institut biologicheskov fiziki Akidemi' n;i-
Academy of SciencesSSSR~
ENCTL - 00
__TBIJZ7_-1ED: 24sep64
F AT- 40c:O
_F - :-;)V: 018 =R: 000
3/3
Card

MINAYEVy F.F.; TTmmA"-l-
Separation of brain proteins of paper elactrophoresis.
Ukr. biokhim.
zhur. 33 no..3s/[phone]. (MIRA 14:6)
1. Institut biologioheakoy fiziki AN WSR, Moskva-.
(PAPER EIECTROPHORESIS) (PROTEINS) (BPAIN)

CwUKyg6V,f A - /.
MINAYEV, P. F.; CNUKHROVA,, A. I,
Soluble protein content of irradiated nervous tissue.
Radio-
biologiia 2 no*3:450-454 '62. (MIRA 15:7)
1. Institut biologicheskoy fiziki AN SSSR, Moskva.
(RADIATION-PHYSIOLOGICAL EFFECT) (BRAIN)
(PROTEINS IN THE BODY)

CHUKER(WA,N.; KCKIZERKO.K.
Meteorites 'in the collection of the Museum of
Geology and
Mineralogy of the Timiriasev Academy of
Agriculture,in Moscow.
Meteoritika ho.12:lo6-111 55. (XIBA 8:10)
. . (Moscow--Kateorites)

WMIK, A.M., kand.tekhn.nauk4-9-R_UM=VA, A.M., Inzh.
New units for testing soil., Transp. stroi. 10
no.11:44-45 H 160.
(MM 13: 3-1)
(Soil mechanics)

A 6) 1/
S/032/62/028/011/008/015
B104/D102
AUTHORSt Sinitsyn, V. V4,. Kalashnikov, V. P., Baybakova, L. L.,
~~,:Smolokotina, Z. G. and Chukhrova, A. V,
TITLEt Method of estimating the-oxidizability of lubricating
greases
-ERIODICALs, Zavodskaya laboratoriya, v. 28, no..11, 1962t 1352
1354
TEXTs Following.thorough consideration.of the optimum quantity
of grease
whose oxidizability is to be determ-inedp its optimum
temperature, and
optimum oxidation time, the following procedure is suggested
using results.
published in Soviet and non-Soviet papers (F. !r. Nright, H. A.
Mills, Proc.
ASTM, 38, 11 (1938)), 1-7 - 1.9 g of grease.is put into a small
cup of
electrolytic copper, or a slice of grease (I f 0.05 min thick,
50 mm, diam-
eter) is applied to a glass plate by means of a template. The
small.cup or
the glass plate are then enclosed-in a Petri cup and'are kept in
a thermo-1
.stat at a r,,ertain temperature for 5 - 200 hrs. Be fU e and
after the test,:
the acid number of the grease is determined according to
rocrWrr-57
(GOST 6707-57). The index of oxidation of the acid is defined as
being
the difference between the acid numbbra before and after the
text. Temper-
dard 1/2

5/032/62/028/011/008/615
Method of ebtimating-the ... B104/B102
ature and time of the experiment are fixed according to the mode of
applic&-
tion of the grease. The high stability of qIAANM-201 (TsIATIM-201)1
(AVANII-202 (TsIATIM-202), and 1-~13 (1-L3) is due to the content of
diphenyls, that of %4A-NM -203 (TsIATIM-403) and RHI-2 (YaNZ-2) to
the con--
Aent of sulfurous compounds, and that of ~kATHP~-203 (TsIATIM-203)
is due
also to the additional content of triphenyl phosphate A VAT~tA-221
t
(TsIATIM-221) practically doea..not-oxidize, because oi. tj a high
stability
of polysiloxanes. There are 2 figures and I table.
ASSOCIATIONt Noskovskiy zavod "Neftegaztt (Moscow --Neftegas"' Plant)
Card 2/2

GHUKHROVA, T.I.
.. W"WMw4m"~- -~
Uning cellophane In machine wrapping. Hof. nauch. rab.
YOU no.l:
118-120 106 (NIRA 11:3)
(Cellophane) (Confectionery)

CHUX00TA. YA.; MINAKUTA, Ye.Iq
I-
Peculiarities of the electric activity of the brain
and its
during treatment of rheumatic chores. Pedistrila
no.2.-28-35
(HIRA
1. Iz Institute nevrologii ANN SSSR (dir. -
deystvitelInyy
ANN ~SSH orof. N.Y.Konovalov)
(hua") (BUCTRUNWHALOGRAPHY)
changes
Y 157.
10:10)
chlen

USSR/Human and Animal Physiology (Normal and
Pathological) - T
Nervous System. HUmn Electroencephalogram.
Abs Jour: Ref Zhur-Diol., No 17, 1958, 80009.
Author : Konovalov, N;V.; Zhirmmskaya, Ye, A.;
Chukarova, V.A.
Inat : NF_Mc";~ A14N 54
Title : Electric Activity of the Drain During
Hepatolenticular
Degeneration.
Orie Pub: Zh. nevropatol. i psikhiatrii, 1957,
57, No 5, 584-590.
Abstract: In patients with hepatolenticular
degeneration, various
pathological electric activity was noted,
depending
on the seriousness of the illness. Paroxysml
acti-
vity was observed during hyperkinesis in
patients with-
out epileptic attacks. In 7 of 28 patients, no
decline
of the EEG from normal was found -
Card 1/1
93

CHUKHROV,,V.A. _ .. -
Theoretical cycle of a gas turbine with a continuous
combustion
compFesBed gas rotor generator. Naucb.,~-tekh.
inform. biul. LPI
no.10:68-82 158. (Gas turbines) (MM& 14:3.)

CHUKHRO *dN""
Change In the blopotentials of the brain In various
diseases of the
nervous system with.subcortical localization of the
pathological
process. Zhur.nevr.i psikh,* 59 no.11:1352-1358 159.
(MIRA 13:3)
1. Institut nevrologil. (dir. - prof. N.V. lonovalov)
AMY SSSR, Moskra.
(ILECTRMCEPHALOGRAPHT)
(MYOTS STSTM diseases)

CHUKHROVA, V. A. , Cand Med Sci -- (diss) "Variation of the
electrical
activity of the brain in some diseases of the central nervous
system
with a primarily subcortical localization of the pathological
process-"
Moscow, 1960. 12 pp; (Academy of Medical Sciences); 200 copies;
price
not given; (KLI 25-60, 141)

-AUNNY-Al V,Aj;-VERWHCHAGIN, N.V.; DZ9IBLADZE, D.N.
Change in tbi el6o.trical ae,tivity.of.the brain in lesions of
.the large cI;4rebral vessels (carotid and vertebral arterle&~
Zhur.nevr.i paikh. 62 no.Stllft,1188 Ag 162. (KMA 15t12)
1. Institut nevrologii (dir. prof. N.V.Konovalov) AMN SSSRt
Moskva.
ACAROTID ARTMY-ZISEASES) (VERTEBRAL ARTERT-DISFASES)
(ELECTROENCEPHALOGRAM)

CMWWAj. V.A.j KONCHAKOVAO M.I.
Cfwmges in the electric activity of the brain of
rheimatic patients
who have suffered disorders of cerebral airculation.
Vbporevm
2 no.340-48 Jl-3 162. (MIRA iW)
1. Iz Instituta, nevrologii (dir. - deyetvitellnyy
eblen AM SSSR
prof. N.V Konovalov) AMN SSSR, Moskva.
NHEWATIC HEART DISEASE) (EMTROOCIPHALOGRAPHY)
(CMMMOVASGULAR DISEMS)

CHUKHROVA, V.A.- ZAMTSKAYA, 1.1ai.
Changes in the electric activity of the brain in
lesions of
the middle cerebral artery. Zhur. nevr. i psikh.'64
no.10:
1451-1455 164. (MIRA 171ll)
1. Institut new-logli (direk-tor - prof. N.V.
knovaloy)
AMN SSSR, Mosknid,,

POPOVA, L.M.; SIDOROVSKilYA, M.D.; CWKIIROWL, M.
Effect of changes in the gaseous contert in blood on
the electric
activity of respIratory muscles and brain In patients
having been
a long time under artificlal respIrPtIon. Zhur. nevr.
i psikh.
65 no.12-3810-1817 165. (MIRA 19:1)
1. Institut nerrologii (d1rektor - prof. N.V.
Konovalov), AMN SSSRj
Moskva. Submitted July 29, 1964.

CHIMINA9 L.t insh.; CHMMVICHEV, A.,
Earth roadbed in regions with
road#& Ate dare 96 no.9s32
inzh.
&.formation of ice coverings on
S 1~5. (MM latic)

IvIun Favlov-4ch)
Cl.rulaC11:7", 1. P.
DAU-im", Cumn-mr.,7, 1. P.
P=xenteral Injection of "Proto-acid" ("Cascinic Acid") t
Trudui Lall. Izucheniyu Dellra 11clkovo,,q Ohmmna CrZanizme I'l
1931 68-7h
G.`01-1~3 of th-- Lab. for the Studr, o-;, Protein Llbirnunmw E--
I-anzit;e in ar, C'-,- nism
Protein '.~etaboliszi 7s =r-- La`~ call-ed, lantex/
V
11ho patholo~,Jcal churiEes accc-mpany-in,- tho itrentc.-ral
.4.n!(!(~'-don of a protein are diie to
tic, p,rr-ical CC-1-16ition of disperuion) of protein anf* n- t to
U-1c !act thAL it is
foreign" to the organism. Rub its tolerate the intravenouc
injection. of 1117coto-acid"
"aca3einic, acid") in large quaritities, -.-:ithout evin(,-i?i,.-
ariy patliol~-J-c--l chan-es. In the
L)
oliTse of 5 ri-inutes to 1 hour, it is Y)ssible to introfluce. an
amount of ~Iproto-acid" equal
o 1/3 or 1/2 of the blo.(~d protein of tbe anij-~l. Tilq
11.1i,-'~,~;(Aed 1~rotein is not excreted in
,,-,u'u is r,:.A-ined -In the ' 'Chon
he vrinej
tOlle card

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lot UI(ft IVULXVJ 9 1.0 11,1111spis q I I Ut 100
0- m- 10 *11 oml Jot -1401 111) [11111SX-Is I,_t1j 4011, ()1 ja
'w3umv
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41 01 It It It 0 1 11 9 10 1 t1 120
0 -0- -0-0-0 Al
- - - - - - - - - - - - - 1~,

ciuaCHW. 1. P.
Problem bells v fiziolor.-ii
0
ItTlie Prdbler- of Protein in Physiology" Sollkhozgiz, 1935 (book)
I
Report on the Research Work of the All-Union Institute of Eedicine
in,,eni A. Y,
Gortkiy for 1933-1.937., PcoPlcIj Co=dsrxiat of Health,
1.1oscov.-Leningrad, 1939
book page 366
U-3060, p 1/7,'.2

(CIIUKICIE'l, Ivan ravlovich)
MWICHISN" I. re
Trophism in Physiology"
Arkhiv Biolocicheskildi Nauk- (Archives of Biological
Sciences), Vol. 4.6, 111, 1937
;11

(CITU"ICIEN, Ivan Pavlovich)
CIMUCIIEV, 1. P. Frofeasor - editor
Sy thetic Newotrophism in RW3io1oL,_y and Clinical i1ractice
. r~l N.
Re results of sympathoraimetin thara.W - a coll,~ction of T,, ~
nsucations of VITY(All-Union Ins-
1,Yedgiz", 1940 Mz-pcrIj,v!ntaI -'Iecl. lia. Gorlk,
u-3o6o, p 506

...........
It's
"hek" nift-ae of the attlon Of 6TMFfth*m1-
d its active (met' lon . 1. P. Chu kichey. V ek
Souremenn-4 110. 2Q, I'M
fictivatcs the proteol~tlr, hPE,
the digridv(: Irart, increaws
I tile tiflectivelle-4 (11 the phapcylk 't-tion CA th, 1tnw'x'VtEtg.
stimulates the muillpficati.t, of m~~t -11' and V-st fer.
mentallon. Immlotcs powth prucciw~ (e g . gru%vth uf ti.,ic-
teTi.A, ui hi;;her iianxi 1,.,j -j -i,i,
aI" dw dn~aopmvvl of iuwvt~~. tht n"tontulAho'n a tad-
j)j)jC,4. rtr , iT)rTt:l .'~ the 1).M41 n11-1 JL111111L r4t 1, Itld
tLiC ~JLVIJt!f 4--tIV0101~ 11 tnl~Tn- !r 4 ~ &'- LIAl:TlInt! In-
tfaicati,m ~odz cvriplem ~-~-tjwl al in~ pr--.,, i pljy~
101. hunger?, A V~ry acti'e Wocllitz.,fe Of tile efiecti.e
~,rfnripbt., A -,,j it -,.5 ,'b-uwm
that its Z~aik (ty ii's CUE par"11, .' C-elitine owl- -

'Genera3 -nnsiderations on theoretical positions of 1.
P. Favloy's and
)[Jr..Vvedenskii - 40*40khtomekiile theories. Zh.
vysshel nery, delati
-3 no,,2:279-295. Mar-Apr 1953.. (GI14L 24:4)
lo Moscowo

USSR/Human and.Animl Physiology Ketabolie.m.
Abs Jaw Ref Zhur ~-;Biolo
No 2,1958) 8335
.Author I.P. Chukichev
Inst --- --------------
Title The Physiological Action of the Products of
Complete
Cleavage'of Proteins.,
V-2
Orig Pub Tr. Konferentaii po, proiz-vu i uspollzovaniya
aminokislot
v med., m.., mo, 1956, 2o-24
Abstract A review of the work of the author and
co-vorkers on the
problem of the oligodynanic action of proteins,, seen by
parenteral infection of negligible amounts of highly di-
lute solutions of proteins or the products of their
comple-
te hydrolysis, which can produce a number of
physiological
reactionsin an organism; these the author has unifiedlin
the concept of a "symptom complex of physiological
hunger".
The hypothesis is advanced that proteins in high
dilutions
undergo cleavage, and the products of protein
disintegra-
tion
Card 1/2

GRUIGHN
[Unity of.the theoretical positions of I.P.Pavlov,
N.B.ftodanskii
and A.A.Ukhtomakii] 0 eclinstva tooraticheakikh
P021tgil, I.P.PaVlM,
N.A.Vvedenskogo,.A.A.Ukhtomokogo. Koskya,-SGvetskaia
nauka. 1956.
109 P. (MLRA 9 111)
(PHYSIOLOGY)

CMKICMff. Ivan Pavlovich; prof.; MAKARYCHIT, A.L,
red.; MA Ile X.T.,
-1-1 -1---",-i8',i6-., 0-~'
[Bympathomimtic substances of protein origin]
Simpatomimeti-
chankle vashchestva balkovogo proinkhoshdanila.
KoBkva. Go@.
isd-vo, med.lit-ry Medgiz, 1958. 180 'Pq (KMA 13:1)
(SWATHOKMWIC SUBSTANCES) (PROTEINS)

gHEV4-IYan-Eay-Io-Yicb-j prof.; IIEZNICHENKO, P.N., red.;
ZAKHAROVA, A.I.,
CITg
tekhn. red.
[Human physiology] Fiziologiia cheloveka. Moskva, Medgiz
1961. 397 P.
IMIRA 14:12)
(PHYSIOL40C;r)

CHUKICHE;V, Ivan Pavlovich: REZNICHENKO, P.N.p
red.
--
(Human pbysiology] Fiziologiia cheloveka. 2.
izd., ispr.
i dop. Moskva, Meditsina, 1965. 463 p. (MIRA
18:6)

CHUKICHEVI M.V.
"The Structural Defects in Germanium Monocrystals
Irradiated by Beta-
Particles and Fast Neutrons and the Influence of these
Defects on Electron-
Hole Recombination,n V.S. Vavilov, L.S. Smirnov, A.V.
Spitsyn, V.M.
Patskevich, M.V. Chukichev, Moscow, USSR
Paper submitted for presentation at the International
Conference on
Radioisotopes in SclentificResearch, Paris 9-20 Sep
1957.
Acad. Sci. USSR, Moscow

(!!~~4 )K) C-)1r_, V /Ml V"
USSR/Electricity - Semicondu6ls G-3
Abs Jour : Ref Zhur FizikA) No 1, 19A 1325
Author : Vavilov, V.S., Spetsyn, A.V., Smirnov, L.S.,
Chukichev,
M.V. -----------
Inst : Physics Institute) Academy of Sciences, USSR,
Moscow
Title : Effect of Fast Neutron-Irradiation on
Recombination of
Electrons and Holes in Germanium Crystals.
Orig Pub : Zh. eksperim. i teor . fiziki, 1957, 32, ITO
4, 702-705
Abstract : On the basis on the transverse cross sections
for the
interaction of fast neutrons with germanium nuclei, using
the Snyder and Neufeld method (Referat Zhur Fizika, 1956,
Ito 7, 19840, Ito 12, 35072), the authors calculate the
num-
ber of germanium atoms, shifted from their lattice points
as a result of scattering of fast neutrons. It was esta-
blished experimentally that the irradiation of germanium
Card 1/3

CHUKICHEV) M.V.j VAVIL40VS V.S.
Mean energy of the formation of pairs of nonequilibrium
carriers in
germanium irradiated by gpma rays from Co6O. Fi%. tver.
tela 3
no. 3;935-942 Mjr-.161. (MMA 14: 5)
I'* Fizicheakiy institut imeni P.N. Lebedeva AN SSSR,
Mosk7a,
(Germanium) (G(U= rays)

S/181/dl7SI03/005/025/042
Zf 306 (11:?6, 1043111154`)) B108/B209
AoTAULES: Chukichev, M. V. and Vavilov, V. S.
TITLE: Formation of lattice defects in silicon single crystals by
irradiation with thermal neutrons in a niialpAr reantor
PERIODICAL: Fizika'tverdogo telaq ve 3p no* 5P 19611 1522-1527
TEXT: The authors calculated and estimated the number of lattice
defects
formed in silicon by irradiation with thermal neutrons from the
heavy-
water reactor of the AS USSR# The mean number of dislocated atoms
per
captured thermal neutron is calculated from the mean energy of the
recoil
nucleus obtained by radiative capture. The recoil energy (in ev)
trans-
ferred to the nucleus by gamma quanta is given by the formula
E M(hv,)2 (1)p where A is the atomic weight of the recoil nucleus,
rec A
and hv- the energy of the gamma quanta (in Mev). The mean recoil
energy
averaged over all gamma transitions is found to be 780 ev. At such
ener-_~_
gies (elastic soattering)t the mean number of dislocated atoms is
given by
Gard 1/3

23120
3/181/61/003/005/025/042
Formation of lattice defects in ... B108/B209
V = ~rec (2), where E is the threshold energy of
displacement of
2E d d
Si atoms from lattice nodesinto the interstice. On the
basis of data
from the exposure of Si to fast electrons, E d may be
assumed to have a
value of 13 ev (Ref- 43 J. J. Loferski and P. Rappaport.
Journ. of Appl.
Phys., 30, 8, 1296, 1959)- In this way, the authors
calculated V = 29 and
found that about 20 displaced atoms are formed per 100
thermal neutrons
inciding upon 1 cm 3of silicon. The n-type samples were
ultrasonically
cut to small oblong platesi All the measurements were made
at room temper-
ature in a magnetic field of 4,000 gauss. The thermal
neutron flux was
12 2 16
8.7-10 neutrons/am see. The integral radiation dose was
1-10 and
6-3-101 7neutrons/CM 2 respeotively, for the two sets of
irradiated
samples. In order to make a distinction between the action
of thernal and
that of fast neutrons, part of the samples were irradiated
through an
0.5 mm. thick cadmium screen. The experiments showed that
approximately
4-5 conduction electrons are displaced per 100 neutrons
impinging upon 1cm3
Card 2/3

23120
S/18 61/003/005/D25/042
Formation of lattice defects in ... B108XB209
I
of silicon. This' number is about iour 'times'less than the
number of dis
placed atoms as calculated by the.formula ad ' (nvt)NaV (3),
where (nvt
2 . . ~7 .
is the integral radiation dose (neutrons per om )j N the number
of silicon
atoms per cm%andetthe total cross section of radiative capture
of thermal
neutrons in Si. The authors;.thank B. M.jull,..-Correpponding
Member
AS USSR, for a discussion of the results. There are'4 figures,
1 table,
and'5 references:_ 2 Soviet-bloc and 3 non-Boviet4~1"~.,
ASSOGI-ATION-t- Moskovskiy khimiko-.tekhnologichoskiy_in'stitut
imeni-
D~f, I*~Mendeleyeva (*oscow Institute~ of Chemical.Technology
itneni Dv., 14. Mendeleyev ),. Fizioh,eskiy.institut.im*
P., Ni. Lebedeva AN SSSR ins titftte" of4hysics imeni
Lebedev AS USSR
P
SUBMITTED:-.. November. 19, 1960
Card 3/3

7 N NR: AP4",4746"
%!
TITLE: Generation of rrdnority carriers in silicon by fast
electrr--ns
s.:r-.1curlductor research, silicon co,inler
-IT: 1-ho Lheoretical
spat!al
7
'he
z, ro r s
C.,d

WIM LIle, theOreticai curve. Orig
2- houres. art. ~ias~
-a
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NC' PLEF 50'-T :J'-: ,