SCIENTIFIC ABSTRACT KEKK, KH. - KELAREVA, N.N.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000721420014-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 1733"3
ACCESSION NR: AP3004883
effects of the ion energy. "The authors consider it their pleasant
duty to thank
G. N. Flerov for initiating this project and his constant
Wealso
thank S. M. Polikanov for directing the project. 11 Orig. art. has: 4
figures.
ASSOCIATION, Ob"yedinenny*y institut yaderny*kh iseledovaniy (United
Nuclear
Research Institute)
SUBMITTED: 18Aug6Z DATE ACQ: 28Aug63 ENCL: 00
SUB CODE: NS
NO REF SOV: 002
Card 2/2
(5THER: 005

PULIKANOV, S.M.; VAN TO-SEN; KEKK, Kh,,; 1,111KHEYET,
V.L.; OGAITESYAN, Yu.TS.;
---
-PIZVi;, A.A.; YEFILOV,
Formation of nuclei with anomalous periods of
spontaneous fission in
reactions involving heavy ions. Zhur. eksp. i teor.
fIz. 44 no.3:
804-807 Mr 163. (MIRA 16-.-'+)
1. Ob"yedinennyy institut yadernykh issledovaniy.
(Nuclear fissiun) (Nuclear reactions)(Ions)

KEKKELEV, L.; TOLOKONNIKOV, I.
Notes of a naturalist. IUn.nat. no.5:38-39 MY 162.
(I'MU 15:7)
(Birde-Behavior)

KEKKELEV, L.
Falcon of the Urals. Kr-yl. rod. 16 no.6t18 Jo 165.
(MIRA 18:10)
1. Obsbchestvannyy rukovoditall muzeya istorli
Urallakogo
zavoda tyazhelogo mashinostroyenlya Imeni Sergo
Ordzhonikidze.

KMELEV, L. (Sverdlovsk)
In the name of life. Pozh.delo 9 no.7:6-7 J1 163.
(MIRA 16:10)

KEKKONEN, A.
Reclamation of Land - Karelia
In the lake country. Mol. kolkh. 20, No. 4, 1953.
Mlonthly List of Russian Accessions, Library of
Congress, June 1953. Uncl.

"Knrelo-Finish SSR" p-mvillon; f~uideboolk. Vloskv~, Oos. 1.7d-vo
sel'r`:..-)Z. lit-r-y, 195,"'.
(,l r) -( 55-3,~~ "37)
S557-M87 1954kd

UKKONP Fed'ok' 17"'Pa-0rovich; BOLISHAKOV, G.F.,
z.auchl.. r
I ~ If - j
NMLISHTEIN, V.I., ved. red.
[cliemical control in gas rjipulin,:,,:, anC.-
compre-:--of 5tatlowl
Khirnichookii kontroll na ma~,istrallriykh
j;,,u,,oprovc""akh i
kompressornykh stantsiiakh. Leningra], Nedra,
1964. 158 U.
O/IjA 1.7.12)

Ell,
rotj3(~r.,,,jtjorj of C,,Ittl(, fodder in the Karelian
L,~TIJ',Ji 1A'C,LYOZ~FlJJl;) Pdt.,a, Latvia V(.11. 7, Jul
1,)57
~'O: '-'ori~thlv Indcx of '..'act 'European -cc.,--r-7r~ns
Voi.
19c:7

EITROV, P.N. (Moskva, 6--ya Kozhukhovskayzi u1., d.4,
kv.4); A.I.
Bedside extension support for the positioning o~'
splints in the
treatment of hip fractures. Ortop., travr. i rrn'~7.
26 nc.3:61-
t
63 Mr. 165. U,11RA 1-8:7)
1. Iz 2-y travinatologicheskoy klintki (zav. - k-knd.
n,.ucl. n4tuk
P.N.Petrov) Instituta skoroy pcmonlichi ineni
(dir. - zasluzhennyy vrach UIrxSSR M.M.Tarasav),
1-1--ilkva.

SOKOLOV, I.I., prof. 04oekva A.252, Novopesehanmya
ul. d.16, korp-as 62
kv.157); ATAYFV,, Z.M~,, kand. med. nauk; KEKSHIN,
A.I.
Role of exeralse therapy in the fUnctional outeeme
of the treat--
mgia'v of dislocations of the elbow joint in
ado'.6scents. Ortop.9
tralm. i protez. 26 no-9:24-30 8 165. (MIRA 18:10)
1. Iz Moskovskogo instituta skurov. pomoshoh.' N.I.
Sk1ifC'e,.1fskDg*
I.dir. zasluzhennY7 rrach Ukr.3SR M,M. Tarasov).

137-58-5-9457
Translation from: Referativnyy zhurnal, Metallurgiya, 1958,
Nr 5, p 92 (USSR)
AUTHORS: Petrov, D.A., Kekua, M.G., Khvostikova, V.D.,
Shashkov,
Yu.M., Suchkov"Y,_ A. D.-
TITLEi Producing Single Crystals of Silicon (0 poluchenii
mono-
kristallov kremniya)
PERIODICAL: V sb.: Vopr. metallurgii i fiz. poluprovodnikov.
Moscow,
AN SSSR, 1957, pp, 41-46
ABSTRACT: The production of single crystals of Si by drawing
from a.
melt and vertical floating-zone refining is described. Drawing
was performed in an apparatus consisting of 3 parts: a vacuum
circulation chamber connected with an evacuation system and
equipped with electrical leads and mechanism for raising and
rotating the crucible; a working chamber consisting of a metal
water-cooled cylinder with viewing window; and heads with a
mechanism for raising and rotating the seed crystal. The
fusion
of the Si in a quartz crucible mounted on a graphite base was
done by a slit heater made of spectrally pure graphite with
graphite screens around it. Smelting was in vacuum (i0 4_10-5
Card 1/2 mrn Hg). Si produced by the Beketov method was
employed in

137-58-5-9457
Producing Single Crystals of Silicon
the drawing. After the Si was fused, a thermal regime that
assured crystal-
lization of the melt from its center was chosen. The seed was
immersed in
the melt, and drawing began after it was fused. Single crystals
were obtained
after the material had been drawn 1, 2. or 3 times. It is noted
that the pre-
sence of a film on the melt and poor contact between the seed
crystal and the
melt may cause the crystal drawn to be a polycrystalline.
Vertical floating-
zone refining was performed in an apparatus consisting of a
vacuum chamber
in which a Si bar, produced by drawing, was mounted vertically,
A Ta heater,
creating a zone of fusion within the specimen, moved along the
specimen at a
rate of rjZ mm/min. It was found that a given degree of
superheating of the
zone was a condition for the production of a single crystal by
this method. In
a polycrystalline specimen a monocrystalline portion was
produced only after
several passes, while this was accomplished on the first pass
when a rnono-
crystalline geed crystal was employed. Single crystals of Si
with resistivities
of 15-60 ohm/cm were'produced on these apparatus.
1, Single crystals--Growth 2 Single crystals--Resistivity 3
Card 2/2

137-58-6-1Z1.121
Translation from: Referativnyy zhurnal, Metallurgiya, 1938, Nr 6, p
134 (USSR)
AUTHORS: Petrov, D.A., Kckua, M.G., Dashevskiy, M.Ya., Zemskov,
V.S., Petrusevi-c-R-,_TC._L------_
T ITL E: Progress of Work on the Refining of Germanium by Means of
Crystallization and Achievement of Germanium Single Crystals
With Longitudinally Homogeneous Properties (Razvitiye rabot
po ochistke germaniya metodami kristallizatsii i polucheniye
monokristallov germaniya s ravnomernyrni svoystvami po
(Ilille)
PERIODICAL: V sb.: Vopr. metallurgii i fiz. poluprovodnikov. Moscow,
AN SSSR, 1957, pp 50-58
ABSTRACT: Experiments were performed in order to investigate the
possibilities of producing single crystals with uniform longi-
tudinal and cross-sectional distribution of impurities by means
of pulling at a controlled rate as well as by pulling accompanied
by constant feeding of pure Ge into the melt. The raw poly-
crystalline material with a ? of 5-20 ohm/crn was purified by
means of zonal recrystallization under a vacuum of 10-4 mm
Hg, or in a stream of HZ, until it exhibited a ~_, of 50-60
Card 1/3 ohm/cm. A high-frequency heating apparatus 'with three

137-58-6-12122
Progress of Work on the Refining of Germanium (cont.)
induction units moving back and forth was employed. It
was found that single
Ge crystals, grown by the Chokhralskiy method from
purified material with
a of 50-60 ohm/cm in conjunction with mixing of the melt
by rotating the
crucible and the growing crystal, can achieve ? and
-Cvalues of 60 ohr-i/cm
and 1000 sec, respectively; if the rotation is omitted
from the growth pro-
cess, the and the -C amount to 25-50 ohm/cm and 200-250
4t sec, respect-
ively. The UVM-2 apparatus, employed in the process of
pulling the crystal
under vacuum (10-4 mm Hg) in accordance with scheduled
variations of the
rate of pulling, utilizes a hydraulic raising mechanism
which provides a
smooth variation of the elevation rate from 0.05 to 8
mm/min in conjunction
with the rotation of the crucible and the growing
crystal. The 9 value of
grown crystals 50 mm in diameter and 180 mm long deviated
from the mean
value of r\J 40-60 ohm/cm, at a length of 100- 150 mm, by
8.9-9.31o and was
within the limits of error of measurement. It is pointed
out that because of
variations in conditions of crystallization only
macrouniformity in the distri-
bution of impurities can be achieved by this method. The
variations were
eliminated in another device which was designed for a
process in which the
pulling is accompanied by feeding of pure Ge into the
melt. Prior to im-
mersion into the melt, the feed ingot passes through a
heating unit (composed
of a quartz tube wound with W wire), while the ingot
being pulled passes
Card Z/3

137-58-6-12122
Progress of Work on the Refining of Germanium (cont.)
through a water-cooled unit made of stainless steel. The process
of pulling
was carried out in an Ar atmosphere. The fact that the feed ingot
and the
growing crystal, which may rotate, were placed excentrically with
respect
to the axis of rotation of the crucible, contributed to a better
mixing of the
melt contained in the crucible. It was found that the longitudinal
~ fluctua-
tions in single crystals obtained by this method did not exceed
t5u/o,
whereas in the case of a crystal produced in this apparatus
without the em-
ployment of pure Ge the scatter amounted to � Z4%. Studies of
crystals
with a diameter of 50 mm have revealed that the ? was sufficiently
uniform
throughout the cross section of the crystal and that the diffusion
-path length
of minority current carriers did not deviate by more than 10- 15%.
The
authors express the opinion that intensive cooling of the growing
crystal,
which results in the achievement of a plane crystallization front,
contributes
to uniform distribution of electrical properties throughout the
cross section
of the crystal. Grown single crystals which exhibited nonuniform
cross-
sectional distribution of were subjected to heat treatment in
order tobring
about a redistribution of values; in the process the mean value of
resistiv-
ity remained unaltered, while the diffusion-path length of the
minority cur-
rent carriers increased somewhat 1. Germanlur,-Frocesl-ing 2.
Ger7nanium--Crystalli-
zation 3. Silhfle ery,~tals--Growtii 4. Single
crystals--Pronerties I.S.
Card 3/3

KEKUA, M.G. ; ZE.-TSMOV, V.S.
K voprosu polucheniya ravnomernogo raspredeleniya
pr-imesey vdoly napr-avleniya ro5ta monokxistalla.
report subiaitted for the 5th PV*,,gical CheAcal Conference on
Steel Production.
M o s C C) w 30 JUN 1153

SOV/180-59-1-3/29
AUTHORS: Belokuroval I.NZI Kokua, M.G.,, Petrov, D.A. and
Suchkova, A.D. Md's-UaVr~-
TITLE: Production of Single Crystals of Alloys of
Germanium with
Silicon (0 poluchenji monokristallov splavov germaniya s
kremniy*m)
PERIODICAL: Izvestiya Akademii Nauk SSSR, Otdeleniye
tekhnicheskikh
nauk, Metallurgiya I toplivo, 1959, Nr 1, pp 9-12, + 1
plate,,(USSR)
ABSTRACT: The production of single crystals of solid
solutions of
germanium with silicon is important in the semiconductor
field since they can combine the advantages of both
element.s,, The authors describe their experiments with
two methods of production. In the firstq similar to that
of Davis (Ref 4)7 a melt of the required composition was
produced in an evacuated quattz ampoule in a silit
furnace. The melt was held at 20-250C above the liquidus
temperature for four hours and then cooled at 1.50C per
hour. Single crystals with 0,,5 - 5 at. % Si were
obtained but it was found (Table 1) that they were
Card 1/3 heterogeneous in composition, having a gradient of
silicon content and conductivity, The Laue patterns
SOV'180-59-1-3/29
Production of Single Crystals of Alloys of Germanium with
Silicon
(Fig 4) indicate that growth occurs with a [10d
orientation, The se,~ond method is based on drawing a
crystal with continuous feed of melt as described by
D.A. Petrov and V.S., Zemskov (Ref 6). For this a special
apparatus was developed shown open In Fig 2' and in
operation In Fig 1. A quartz crucible is heated by a
graphite heater and a vacuum of 10-4 mm Hg is maintained
while a crystal is drawng a polycrystalline ingot of the
same composition being added to the crucible at the same
rate. Temperature is controlled manually and is chosen
to give a single-crystal diameter equal to that of the
feed ingot, the rate of feed and drawing then being the
same and equal to 1.7 mm/min, Both crucible and crystal
are rotated. Specimens were obtained (Table 2) with
0.701 0.75, 1.0 and 2.0 at, % Si with homogeneous
composition and electrical properties. Fig 8 shows
Card 2/3 resistivities as functions of length along
specimens
for several specimens, Specimens with [114 orientated

SOV/180-59-1-3/29
Production of Single Crystals of Alloys of Germanium with
Silicon
growth axes are shown in Fig 5, while Figs 6 and 7 show
Laue patterns from the seeding crystal and the single
crystal, respectively.
Card 3/3 There are 8 figures. 2 tablea and 6 references,
3 of
which are English, ~ Soviet and 1 German.
SUBMITTED: August 8, 1958

3 A
33-
18,

ZMMIN, B.G.; KIKUA, M.G.; BELOKUROVA, I.N.
Investigating the electrical properties of Ge-Si alloys.
Trudy Inet.
met. no-5:178-182 160. (MIRA 13:6)
(Germanium-silicon alloys--Zlectric properties)

ACCESSION NH1 AR014139
SOURCEt AZhe Metallurgiya; Abse 12A68
S/0137/63/000/012/AO16/AO16
AUT11CRs Kekuap Me Go
TITLEt ion coefficient of silicon in germanium and
determination of the effective rjolidus of solid solutions of
the system Ge--Si
CITED SOURCEs Metalurgis institutis shromebi. Sakartvalos SSU
Hatsniyarebata
Akademia, Tr. In-ta metallurgiio AN CruzSSR, ve 13; 1962 (1963)s
275-2el
TOPIC TAGSs Germanium, silicon, solidus curve, germanium single
crystal, silicon
single crystalp silicon distribution coefficientp silicon
Comanium alloy
TRANSLATION: The effective distribution coefficient Keg of Si
in* Ge was studiod
as a function of the composition over the entire system i--Ge.
and the effective
solidus of this system was determined. The samples were prepared
by withdrawing
from the melt in a vacuum unit for the preparation of single c
stale. The growth
of the solid phase was carried out at the rate of O-37-O-LO
mm7nin, the crucible
Card 1/2

W 'Wc~~ '*W 'M
Z' "*'M1K
AccEssim NR: AR4Olhl39
being rotated at 10 rpm and the seed at 30 rpm. The Si conCLatration in
the melt
was determined from an average sample taken with a quartz ladle from the
mother
melt before its solidifications To determine Si in the solid phase, a
segment
of the crystal 8 mm long and 10-12 mm in diameter was cut off which
solidified
at the start of the withdrawals The specific Eravity of the alloys was
determined
hydrostatically, then the samples were subjected to chemical analysis. It
was
found that the Keff of Si and Ge were considerably smaller than the
equilibrium
ff. As the Si content increases, the Kef of Si in Ge decreases, and at
80-90
aN* '& Si K f is equal to lelo The line of the effective solidus was
plotted
.0 f
for the entge Si-08 By3tems Pe Arsentlyevo
DATE ACQi ogian64 SUB CODE: ML ENCLi 00
Card

L 06474-67 Eta( 1)/P,T(m)/EYP(Q/ET1 IJP(C) - --oYn,
-ACC NR, SOURCE CODE1 UR/oo81/66/Oo0/OO9/B059/BC0
AR6028M
AUTHOBI Koku, .M. G.
TITISs Distribution of impurities in crystals an a function of the
conditions Of
their growth
SOURCE1 Refe, sh., Edmiyaq Part Iq Abe. 9B426
~35
RsF souRcsi Tr. Grus. in-t metanurgut v. 149 19659 171-178
TOPIC TAOS# germ& single crystal crystal impurityp single crystal
growing
ABSTRAM Studies &S'Yd at determi Ing the degree of inhomogeneity
in the distribu-
tion of a doping impurity with a distribution coefficient in
excess of unity were
carried out on Go single crystals doped with Si, and grown in
three wayes stationary
method by slow ooo3ingq pulling by Czochralski's method., and
pulling from a melt sup-
plied with a solid ingot. In specimens grown by the stationary
method of slow coolin
at a cooling rate of 1,5 deg/hr, the ingots were found to be
inhomogensous along the
length and arose section. A homogeneous Invot, structure was
obtainod by using the
method of supplying the melt. V. Maslov. ITranslation of abstract]
SUB CODEI 20
I Card III

K"KUK119 A.M.
Conditions of growing corn In the southern stqppe In
connection with
its water connumption and optimal soil mois-.ure. Trudy
Uk:rN'IGM1 no.4)o
29-39 164. (MIRA 17M)

0
0 0 0 0 6 0 0 0

I- V L A 11

L f t,

0 Ill

00

The f8lStIon Nielsen
the PfOctuts Of Asst-Ilation and

transpiration ill crop plants,
%. Nj
-

00
-ra
amd. sci. V. R. S. S.. t1m,. -bi'llh

1938, illl 19(io rojilkh,
11111 'Ill. ,.DR. infritil-14,11d.

cum .4 transomilott 11 anti
A-i-ittLutmi till %%%v k
u

a
comidemiNht
t u( the Im-tion of W11 I-hv,l.,l

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e phy". mllpkx as a "lloh. its Ill,

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9( laimpr go)pbys.
14CICC4 1 41141 11 l1rid'ut'l

untiollit# &M synchroamsly with
-t-iW c-ubtwxt~

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go 4:

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400
00

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Tha elect of
Lhe roots. or- the lulz,~
TL71x. viddtl Vs-esoy-u-moho 01'

KE , A.M.; LICHINAKI, V,M.; FAIAMARCHUK, N.F*;
TIINGUBOVA, A.S.
Significance of the hydrological properties of soil
when determined
b7 indoor cultivation of plants in pots* Dop. AN URSR
no.4:275-279
154, (MLRA 8:4)
1. Ukrainalki3r n.-d. gidrometeorologichniy institut.
Predotavleno
doystvitellnym chlenom AN USSR P.S.Pogrebnyakom.
(Soil moisture)

o (Al
USSR/Biology Organic products
Card 1/1 Pub. 86 - 14/33
Authors : Kekukh, A. M., Carid. Tech# Sci.
Title : Biological base's for the production of turrRntine
Periodical ;Priroda 43/11, 98-101, Nov 1954
Abstract :A short history is g:Lven of the extraction cf oleoresins
and similar substanow
containing essential oils from the pine, the rose, the lemon tree,
etc., all
of which contain the radical terpene, ClOH16- It is pointed out
that in the
economy of the plant the liquid oozing from a wound forms a hard
scab which
protects the plant against fungi. It is also claired that essential
oils are
the residue after the plant has extracted needed oxygen from other
ccapounds.
Illustration; drawings.
Institution :
Submitted :
-:5c

KHKM k. U
11
.
Producti
on significance of the agrohydrolopical properties of
main
soil types of the Ukrainian S.S.R. Trudy Ukr SIGHI
no.3:21-24 155-
(MMA 9; 10)
1. Ukrainskiy nauchno-Iseledovatel'skiy
gidrometeorologicheakiy
institute
(Ukraine -Soll moisture)

KICKUKH, A.M.; TREGUBOVA, A.S.
~.. , ~
Y*ffect of ngroometeorological conditions on sugar-beat
Rponts.Trudy
Ukr,NIGHI noe4,54-58 15~p (MLRA 10;1)
(Keteorolor_v, Agricultural) (Sugnr bmets)

~,.- KMKH. A.M.; TREGUBOVA, A.S.
"" --, rTdVwjxgw
Methods for observing the grovth of sugar beets In order to
predict their harvest. Trudy Ukr.NIGMI no.6:183-191 156.
(nn 10: 5 )
(Sugar beets)
0

USSR/Cu"tivated Pla:its - Co..nercial, Oil-Donri::-.
Sm_",ar-Deari:),r,- m
Abs Jolir Ref Z::~2r Diol., No 18-) 1958, 82433
Author Kek.-Mi, A.M., Mk:iaylova, Y.I.
List As USSR
Title DeteriAnation of Vic AC;Ewe[ptc Evaporatio-1 of a Beet
Field by Diffusio): Mut'liod.
OriL Pub V sb. : Diol. os:!ovy croshayeni. macd. M.; '-If
SSSR; 1957,
438446
Abstract Me new i-.icthods of the detcn-cii-ntioli of
evaporantio-.1. are
based either on Vae cale latimi -of tliennl bala'nce or o'i
the diffrisio.- of water vapor over the evapDratiaG surface.
The latter netliod iq based on the tilization of the
Card 1/3
- 96 -
USSR/Caltivated PI.C.-Ito - Comnorcial, Oil-Deari:,.%-
Jo x Ref ziiar Diol., No 18, 1958, 8211,53
liff 3ja,-, eq ati, ,.0 c, .1atio.-, of evap r tio:!.
r -): i fo;! V ale, 0 a
71-0 dif f ~sio_: i:iet'.od of tl.e deto-n-.1--atio"i of
Cv3P:)ra-
tion ',as bee-i describad i:i t'.e special instr.*.ctio:~s )f
the Main GeoL..;raphic ObservatOrY. I.*. additiol, to t"!is'
Psycaronieters placed at twi altit Aes are tilized, a:id
,next to the-a-3 'ia;A are set P 'it Vile 53..]C
ti-e exporime--t beet qas ',row-! 114 ve-etatio.1
vesse.:.s of V'P. Popov c1csi -I co:.sisti*,Ir, act ally of a
co~-_tai:'er of t,-,c capacity of 45 kilof~ra:.is if scil
'wit!--
a m.-forated botlto~.I an'.'I a si;Alar case of 50
cc--tizeters
J-.i Ileifjit s .-,k completely i'.ItO tile _Xo --.,d.
Observatio:.s
werc! cj:, , ctcd wit'i P 632 variety in July a:.d A-argist
i:I
A &
Voe order of metaodical Processi:'~;- DLri:i_'.' tile first
period of the experinc-.~.t (17-21 of July) tiie venther-was
Gjoo~,.Iir, with rains, prcd,:n:iL;a'-,tly wi-L"..O t
U,-,der Vnese co-Aitiols Vne total evaporatio;i ol-I V-,e
beet
field comprised 2.4-4.2 -.~dllj-jetars fil a 24-ho.,r period
Card 2/3

K,k "i 1~" ri
3(7) PHASE I BOOK EXPLOITATION SOV/2384
Konferentsiya po agrometeorologii i agroklimatologii Ukrainskoy SSR
Materialy konferentsii (MAterial of the Conference on Agricultural
Meteorology and Climatolo of the UI&ainian SSR) Leningrad,
Gidrometeoizdat, 1958. 2fy7 p. Errab~slip inserted. 700 copies
printed.
Sponsoring Agencies: USSR. Glavnoye upravleniy gidrometeorologich-
eekoy sluzhby, Ukrainian SSR. Ministerstvo sel'skogo, khozyaystva,
Ukraiftskiy nauchno-issledovatellskiyIgidrometeorologicheskiy in-
stitut, and Ukrainskaya akademiy sel skokhozyaystvennykh nauk.
Resp, Ed.: G.F. Prikhot1ko; Ed.: V.D. Pisoarevskaya; Tech. Ed.:
M.I. Braynina.
PURPOSE: This book is intended for agriculturists, agrometeorolo-
gists, and instructors in related vuzes.
COVERAGE: This collection of articles deals with problems in agri
cultural meteorology in the Ukraine. Among the topics discussed
Card 1/7
Material of the Conference (Cont.) SOV/2384
are: wintering, planting time for winter crops, corn cultivation,
potato degeneration, moisture supply, and adverse weather factors.
References accompany individual articles.
TABLE OF CONTENTS*
Basov, I.I. [Deputy Minister of Agriculture, Ukr SSR] Introductory 3
Word
Bogatyr', T.K. [Chief of the Hydrometeorological Service, Ukr SSR]
Practical Hydrometeorological Service for Agricultural Production 5
in the Ukraine
Kekukh, A.M. [Ukrainian Scientific Research Hydromet:6Institutel
Regional Agroclimatological (Reference Books) of the Ukraine and 10
Their Application in Production
Prikhotlko, G.F. [Ukrainian Scientific Research Hydromet.Institutej
The State of Agrometeorological Studies in the Ukraine 15
Kopachevskaya, M.N. [Ukrainian Scientific Research Hydromet.In5ti-
tutel organization and Utilization of Meteorological Observations
Card 2/7

Material of the Conference (Cont.)
SOV/2384
Sugar Beets] Soil Water Conditions In Beet Crop Rotation ill
Vishnevskiyj V.V. (Odessa Agromet,Station) Moisture Reserves
for
Winter Wheat in the Southern Odessa Region and the
Importance of
the Moisture Providifig Irrigation 117
Buchinskly, I. Ye. [Ukrainian Scientific Research
Hydromet.Institutel
Climatic Study of Sukhoveys (Dry Winds) in the Ukraine 128
Rozova, Ye. S. [Ukrainian Scientific Research
Hydromet.Institute]
Rainless Periods in the Ukraine 141
Navrotskaya, V.S. [Odessa HydrometwInstitute] Rainless and
Wet
Periods in the ~richernomorskaya (Black Sea) Steppe 151
Smallko, Ya. A. [Ukrainian Scientific Research Institute for
Forestry and Agroforestration) Effective Zones of Shelter
Belts 155
Dubinsky, G.P. (Kharlkov State University] Microclimate of
Irri-
gated Lands 169
Card 5/7
Material of the Conference (Contp)
SOV/2384
Shakhnovich, A.V. [Ukrainian Scientific Research
Hydromet.Institute
Microclimatic Study of Ukrainian Foothills N
Golltsberg, I.A. [Main Geophysical Observatory) Compiling
Detailed
Microclimatic Maps 182
Pushkarev, V.F. [State Hydrological Institute] Devices and
Methods
for Measuring Evaporation from Cultivated Fields 185
Romanov, V.V. [State Hydrological Institute) Determining
Evapora-
tion from Drained and Non-Drained Swamps by the Heat-Balance
193
Method
Kopachevskaya, M.N. Autumn and Spring Frosts in the Ukraine
202
Sapozhnikova, S.A. [Professor) Ukrainian Scientific Research
HY-
dromet.Institute) Climatic Conditions of Corn Cultivation in
the 214
Ukraine
Rudenko, A.I. [All-Union Institute of Crop Science] The
Effect of
Climatic Conditions on the Degeneration of Potatoesand the
Appear-
Card 6/7

KUM, A.M.; NIKHATLOVA, N.I.
Water requirements of sugar beets in beet-growing
regions of
tba Ukraine, Trudy UkrHIGMI no.14:24-45 '58. (MIRA
120)
(Ukraine-Sugar beets--Water requirements)

KBOXII. A. lolog.nauk (g.Kiyov)
L.P.Simtrenlko, an outstanding pomolngist.
Agrobiologlia no-3:
468-474 My-Jo 159. (141RA 12:9)
(Simirenko, Lev Platonovieb)

BUCHINSKIT, I.Te.; IOVENKO, N.G.; EXCUKH, A.M.;
SAPOZHNIKOVA, S.A.
Agroolimatio features of the Ukrainian forest steppe
and the
effectiveness of fallows in the rotation of crops.
Trudy UkrHICfMI
no.16:3-15 '59. (MIRL 13:6)
(Ukraine--Fallowing)

KEXUKH,- A.M.;-- HIKUYWVA, R.I.
Moisture resources available to corn in the Ukrainian
S.S.R. Trudy
UkrNIGMI no.16:54-62 '59. (HIBA 13:6)
(Ukraine--Corn (Maize)--Water requirements)
- :~ 7.1.~.--;
1 - _ ,
.7 - - -~ .1,T.,

IOVE14KO, Nikolay Grigorlyevich;,KEKUKH, A.H.,
nauchnyy aotrudnik;
HVILKINA, Z.A., red,; 13RAYffIIU-,H-.-I-.-,-tekhn.
red.
(Hydro-physical properties and water balance of soils
in the
U.S.S.R.] Vodno-fizichaskie avoiatva i vodnyi rezhim
pochv
USSR. Pod red. A.M.Kekukhs. Leningrad,
Gidrometeor.izd-vo,
1960. 351 p. (HIRA 14:1)
1. UkrainBkiy nouchno-isoledovatellakiy
gidromteorologichaskiy
institut (for Kekukh).
(Soil moisture)

KKKM, A.M
Characteristics of soil moisture in winter wheat
fields and
its role in the wintering peridd of 1955-1956.
Trudy
UXrNIGMI no.22:3-3.8 161 (MUM 14:6)
Ukraine-Wheat)
ants, Effect of soil moisture on)
M
(Plants-Frost resistance)

KEKUKHJ, A.M.; TIMOSHENKO, G.L.
Agrometeorological conditionu of the planting time of
corn in
the Ukraine. Trudy UKrNIGMI no.22:32-38 161. (IATRA
14:6)
(Ukraine-corn (Maize)) (Germination) (Meteorology,
Agricultural)

KEKUKH~ A.M.;'KOPACHEVSKAYA, M.N.
Characteristics of different corn varieties with
reference to
their temperature requirements. Trudy U`KrNIGKI
no.22139-54
f61. (MMA 14:6)
Ukraine-Corn (Maize)-Varieties)
ants, Effect of temperature on)
M

_IKE~K~UKH, ~A.M~ukh, O.M.), kand.biolog.nauk,- SAPOZHNIKOVA,
S.O., doktor
geograf.nauk
Agrocli-tic basis for the distribution of stubble crop
cultivation
in the Ukraine. Vionyk aillhosp.nauky 4 no.8:29-36 Ag 161.
(KIRA 14:7)
Ukrainskiy nauchno-iseledovatellskiy institut gidrometeorologii.
(Ukraid?--oneld crope)

KEKUKH, A.M.; SAPOZHNIKOVA, S.A.
Agroclimatic foundation of the distribution of stubble
crops in
the Ukraine. Trudy UkrNIGMI no.28:55-71 162. (MIRA
15:8)
(Ukraine-Field crops) (Ukraine-Crops and climate)

BALAKHOVOTI V.P.; BOCMv N.A.; GUTERM, I.G.; ZAKHAROV, V.N.; Zl=.,
A.B.; KARMANOV, V.D.; ~KH,_L..M.; b~ARGOLIV, L.M.; TOPAL, I.D.
Brief news. Meteor.i. idrol no.2:61-64 T 163. (MMA 16:2)
fm:laeteorology)

SAPOZIINIKOVA, S.A., doktnr geogr, nauk, prof.j
red.; GUK, N.I.,
nauc hn. so tr. , red. j KEKUKJI, - A*nauchn.
gotr., red.;
KAGANER, M.S., nauchn. sotr., red.; PRIKIIOTIKO,
G.F.,
nauchn. fjotr., red.; GIILRNOV, N.P., red.
[Atlas of agricultural climatology of the
Ukrainian S.S.R.]
Agroklimaticheskii atlas Ukrainskoi SSR. Kiev,
Urozhal,,
1964. 36 p. (MIRA 18:7)
1. Kiev. Ukrainskiy nauchno-issledovatellskly
gidro-
meteorologicheskiy institut. 2. Direktor
Ukrairskogo
nauchno-issledovatellskogo
gidrometeorologic.eskogo insti-
tuta, Kiev (for Prikhottko). 3. Ukrainskiy
nauchno-
issledovatel'skiy gidrometeorologicheskiy
institut, Kiev
(for Guk, Kekukh, Kaganei).

qA.-;KIH, L.'..; KOSINSKIT, V.V.,
Inzhoner-zemleustrultel 1; E-VITKII-L ~1'
Reviews and bibliography. Zemledoll-3 27 no.2:1,4-96 F
165. (MIRA 13:4)
1. Ukrainskly nauchno-issladcvatel'skiy
gidrcm~.,triorologiciie5kly
institut (for Kekukh).

KEKUK A.M., kand. biolog. nauk; SIROTENKO. 0.D. avpiranf-
Agroclimatic characteristics of the role of fallow.:~.
Z.-mledelie 27
no.9:37-21 S 165- (MIRA 18:10)
1. Ukrainskiy nauchno-issledovate.1.1-skly gidromet,,orolop
heskir
institut.

KEKUKH, A.M.; VOLIK, V.D.
Agrometeorological: conditions for beat sowing in the
northeast
of the Ukrainian S.S.R. and their role in
chemization. Trudy
Ukr NIGMI no.49:6346 165. (MIRA 18:8)

DMITRENKO, V.P.; KEKUKH, A.M.
Meteorological factors and the yield of grain
crops. Trudy
Ukr NIGMI no.49:83-92 165. O~aRA 18:8)

5 LAT a; --~- Vi M -11 - - - - -
KEKUM, P.K.t kand.tekhn.nauk; TOMURZINI, O.T.
Some characterigtics of the jointing of rocks. Vest. 11
Kazakh. SSR 21 no.10:56-64 0 165.
(M,IRA 18z12)

KEKUKH, P.K.; TOK14URZIN,, O-T.; SHISHKOV, P.A.
Effect of fracturing on the charact.-r of the breaking
of rocks
during the mining of ore depositse Trudy Alt. GMNII Ail
Kazakh.
SSR 15s181-187 163. (MRA 17:3)

Kfamp
6 Ke
Dissertation: "A Geometric Analysis of the Process of Sliding
of the Surface of Pits
During the Working of the Polymetal. Deposits of Altay." Cand
Tech Sci, Moscow Mining
Inst imeni 1. V. Stalin, 29 Jun 54. (Vechernyaya Moskva,
Moscow, 18 Jun 54)
SO: S%I 318, 23 Dec 1954

KEKUKH, P.K.
Method of analogies in studying the process of
displacement in
ore deposits. Sbor. trud. VNIITSVETMET no.4:244-254
159.
(MIRA 16:8)
(Subsidences (Earth movements))

,- KUXUKHY PIK~
Roof displacement and pousibility of its geometrization.
Trudy
Alt..GIIIII AN Kazakh.SSR 12:93-10.1 962. (MA 15:8)
(Subsidences (Earth movements))

,KEKUKH, P.K.; SHISHKOV, P.A.
~ 11-11-~,----'
Angles of displacement and caving in overburden
rooks. Sbor.
trud. VNIITSVETMET no.4:255-263 159. (MMA 16:8)
(Su~sidences (Earth movements))

DUTLEROV, A.I.I.;=ULL,.-A.; WER, A S.; NAMOVIUMV ,V V
- BYKOV, G.V.
[translator]; LIBERMAN, A.L.itranslatorl; RAY17l'i
*L,.A.[ translator 1;
KAZAIISKIY, B.A., red.; GUSEVA, A.F., tekhn. red.;
GUSIROVA, O.M.,
tekhn. red.
[Centennial of the theory of chemical structurel
Stoletie teorii
khimicheskogo stroeniia; sbornik statei. By
AX.Butlerov i dr. Mo-
skva, Izd-vo Akad.nauk SSSR, 1961. 146 p. (MIRA 24-12)
(Chemical structure)

K?KUSZ, G
Organizacja ruchu samolotov cywilnych. (Wyd. 1.) Warazavap
Wydavn.
Komunid-aojne, 1954. 159 p. (Organization of the traffic of
civil
airplanes. lot ed. illuasp maps, diagres)
SOURCEt East European Accessions List (ERAL), LC, Vol* 5# no* 3t
March 1956

FEKTJSZ, 0?---~,GOTIZ.
Vaderecum nawigatora lotniczego. (Wyd. 1.) Warszawa, INTy awn.
1~ormmi-kacyjne, 1956.
400 p. (Vade mecum of the aircraft navigator. 1st ed. 111us.
(part col.), maps
(part fold. cold.), footnotes, Index. tables).
SO: Monthly List of Last European Accessions (EEAL) LC, Vol. 6,
no. 6, June 1957, Uncl.

KEKWICK, A.
Ketosis in obesity. Cesk. gastroent. vyz. 16
no.3/4:299-301 Ap 162.
1. Middlesex Hospital, Department of Medicine, Londyn.
(OBESITY) (ACIDOSIS)

KEKY j GY.
Use of electroplated hard-metal cutting tools on
woodworking machinery. p. 161.
FAIPAR. (Faipari Tudamanyos Egyasulat) Budapest. Vol. 5,
no. 6, June 1955.
SOURCE: East European Accessions List (EII.AL), Library
of Congress
Vol. 5, no. 6, June 1956

FMLMISHVILIO Yeeze
Viscerolingual reflex. Soob.AN Gruz.SSR 25
no.2:201-208 Ag 160.
kMIRA 13--ll)
1. Tbilieskiy gosudarstvennyy meditainakiy inatitut.
Fredstavieno
chlenom-korrespondentom Akademli D.M.Gedevanishviii.
k Rxqm= )

KEIAPTRISHVILI Ye.Z.
Electromyotonometrin measurements of the tone of
human tongue.
Soob. AN Gruz. SSR 26 no-4:461-467 Ap 161. (MIRA 14:8)
1. Thillaskiy gosudarst7ennyy meditsinskiy institute
Predstavleno
chlenom-korrespondentom AN GruzSSR D.M.
Gedevanishvili.
N
(TONGUE/
(MUSCLE)

FELAR, J. SNT7rX, J.
Third Congress of the Trade-Union of Workers in Power Industry. p.
129.
(%ergetika. Vol. 7, no. 3, Mar. 1957. Praha, Czerhoslovakia)
SO: Monthly List of East Euronean Accessions (EEAL) LC, Vol. 6, no.
10, October 1957. Uncl.

KELAR, Josef
,Ensuring the construction of electric power plants in
shorter
periods of time with broad cooperation of workers.
Energetika
Cz 11 no.9s427-428 S 161.

KELAR,--loBef-
k, Incr~asing the efficiency in building large
thermal power plants.
Energetika Cz 12 no.12:,Suppl.:Energetika 11
no.12:17-23 162.
1. Reditpj, Reditelstvi budovanych elektraren.

YELISOYEV, Hikolay Aleksandrovich, professor;
YOUDIN, U.N., doteent.
redaktor; KUAM, A.A., redaktor; IVANOVA, A.Y.,
tekhnicheskly
redaktor.
(Methods of petrographic research) Metody
petrografichookikh it
eledovanil. Leningrad, lad-vo teningradskogo univ.,
1956. 274 j.
I -. -. I
KRA 9:5)
I.Chlon-korrespondent AN SSSR (for Teliseyev).
(Petroloo)

KOROBKOV, I.A.; KUZNZTSOV, S.S.. profeasor, redaktor; KZIARXV,
L.A., re-
daktor.
(Description of fossil organisms; brief handbook of methods to
aid the
geologiat-stratlgrapherl Opisante iskopasmykh organismov;
kratkoe me-
todicheskoe rukovodstwo, v pomoshch' goologu-stratigrafu.
leningrad,
Izd-vo Leningradskogo universitata, 1954. 45 p.
[Microfilm](MLRA 7:11)
(Paleontology)

SARANCHINA, Galin& )4ikhaylovm; KEIAREVP L.A., red&actor; TATARSKIT,
V.B,,
rodaktor; BODDLAGINk, S.D-., zoxmcnuuxry redaktor.
(The Fodorov mthod] Ifedorovskii mtod. Leningrad, Izd-vo Lonin-
gradsko o universitsts, 1954a 134 p, (mk 86)
~Icrystallography)

GURARI, Fabian Grigorlyevich; KAZARIITOV. V.P., nauchny7
red.;,.PLARET, L.A.,
vedushchly red.; GENHAD'YEVA, I.M., tel-chn. red.
LGeology, and oil and gas potentials of the Obl-Irtyah
interfluvej
Geologila i perspektivy neftegazonoonosti Obt-Irtyahakogo
mezhdurechlia.
Leningrad, Goo. nauchno.-takhn. izd.-vo neft. i gornotoplivnoi
lit-r7.
Leningr. otd-nie, 1959. 172 p. (Sibirakii
nauchno-iasledovatellskii
institut geologii, geofiziki i minerallnogo syrlia. Trudy,
no-3)
(0b' Valley--Petroleum geology) (MM 12:12)
(0b' Valley-Gas, Natural-Geolof7)
(Irtysh Valley--ietroleum geology) -
(Irtysh Valley--Gas, Natural--Geology)

S.,T,S, Vladimir Nikolayevich; Xwom, I.S.; RUITWINA,
Z.Z. ; APIOWVA, M.N.;
SPIZIURSKIY, T.N., nauchW red.; KGL_=-V, L.A.,
vedushchiy red.;
GE111101YEVA, I.M., tekhn.red.
[Mesozoic sediments in the Khatanga, Depression]
Mazozoiskie
otlozheniia Khantangskoi vpadizq. Leningrad, Gas.
nauchnj-tekhu.i%d-
vo neft.1 gorno-topl.llt-ry lipningrotd-nie. 1959, 225
p. (Leningrad.
Arauchno-isaledovatelfskil institut geologiiArktiki.
Trudy vol.99)
(Siberia, Northern--Geology)

ALMISETCHIK, Stepan Ilikolayevichipri uchaotii sledu7uBhchikb.'
GALITSEV-HCZYUK,
S.D.; GODIN. K.I.: ZAYTSEV, S.M.; KIRIe,-W, M.A.; KVZLOV, A.L.;
PURKIN, L.B.; RATZR, V.Ta.; RATMVSKIY, I.I.; RAKFDUJ#OV, X.F.;
TABOYAKOV, A.Th.; TSITEUKO, N.D.; GOU19KOV, I.A., nauchnyy red.;
MUAYMV, L.A., vedushchir red.; YASHCHWHINSKATA, A.B., tekhn.red.
[Geology and gas and oil potentials of northern Sakhalin]
Goologichookoe stroonie i gazoneftenoonoet' severnoi chasti
Sakhalins.. leningrad, Goo. nauchn. -takh.12d.-vo naft. i
gorro-toplivnoi
lit-ry Leningr. otd-nie, 1959. 226 p. (Leningrad.Veesoiuznyi neftianol
nauchno-isoledovatellskii geologorazvedochnvi institut. Trudy,
no.135).
(Sakhalin-Petroleum geOI097)
(Sakhalin--Gas, Natural-Geology)

KORNZYPVA, Vern Gftvrilovnn; ALTATEV, S.Ts., nauchnyy red.;
KNIAREV,
L.h., wedushchiy red.
4
[Geologyand oil potential of the southwestern cl "Car thian
region and the otdjacant part of tho Soviet Carpathianar
Geologicheskc4g stroenie i neftenoenost' iugo-zapadnogo
Predkar-
pattia i prilagaiushchei chasti Sovetskikh KwTat. Leningrad,
Goo.nauchn.-takhnwisd-vo naft.i gorno-toplivnoi lit-,-7.
Loningr.'Otd-nie. 1959. 198p. (Leningrad. Vseaoiilznyi
noftinnoi
nauchno-19919dovatel'skil gnologorazvedochnyl inatitut. Trudy,
no.141). (MIRA 13:1)
(Carpathian Mountain region-Petroleum geology)

BEL I KOVA, Lyudmila Rikolayevna; DOMAME V 9 V.S. v
nauchnyy red. ; , KELAREV p
-.",,-vadushcbiy red.; YASJiGIf-UI(ZHIfijKjIYAv A.B. p
tekhn~-Sd'O---
(Hydrothermal rocks in the Bukhtarma region -.2 the
Rudnyy
Altai] Gidrotermalino-izmenennye porody Bukhtarminskogo
raiona
Rudnogo Altaia, Leningrad, Gos.nauchn.-tekh,izd-vo
neft. i
gorno-topl, Lit-ry leningr. otd-niet 1959. 7 .- C-----,-
Voesoiuznyi geologicheskii institut. Trudyl vol. 25)
(IMIA 14:2)
(Bukhtarma Valley-Rockat Crystalline and metamorphic)

_.~Ev, Danlil Timofeyevich; AMLIA,11)OV, A.S.
[deceased); ZAMARCHENKO,
A.I.; SMIRBIOVA, V.S.; MURASHOV, D,F., nauchnyy
red.jj~LAIIBI,
-L.A_., veduahchiyli tekhn.red.
[Stratigraphy, tectonics and pegnatite potential of
the north-
western White Sea regionj Stratigrafiial tektonika i
pegmatit-
onc8nost' Severo-Zapadnogo Belomortia. Leningrad,
1960. 110 p.
(Leningrad. Vuesoiuznyi geologicheskii institut.
Trudy, v01.31)
(MM 14:7)
1. Vsei3oyuznyy nauchno-isaledovatellskiy
goologichesldy institut
(for lunelandovp Zakharchanko, Smirnova).
(White Sea region-Geology) (Fogmatites)

Ac"_- ~ ,-: - , l'.--.-.-,'lo-)i,-I:: p)IL I: - "I tU14 ~;.
III -~, . 'I ). ~, 1
11 . . ~ : I I I ~;,Jft I ~,
I . - I I - . , -".
1,
t~ ". , !,- U I-' - - ---* -i r.--,
la 0' ltuogiani Acc.~.,-Jon, Lil- , o" -,., - - , --
I -:-i I - I ~ -,, '. - -" 1~ * ~ - ~-.

D llkC*,'I.'(Ii-'- 10-:1AREV, N.V.;
-cry !-.Ettor%-.',z r-6o ',ao7.~r 'rc-.-.
fr -r44 . . - A -
26 !Y -4 5r -4161 16.1.
oprni, orov (;'c.i- D 1y, K elarem'
lxndo).
materialn)

KELAREV., V.V.; KLYIJS!'.[,'I, V.V.; LYASHCHENKO, B.G.
Dependence of the magnetic structure of FePt3 alloys on the
degree of long-range ordering. Fiz. met. i metalloved. 17
no.5;779-782 Xq 164. (MIRA 17:9)
1. Institut fiziki metallov AN SSSR.

L 07099-67 EWT(1)/I~NT IJP(c)~ JG
ACC 14R' AP6029110 SO RCE CODE: UR/0048/66/030/006/0968/0971
ALrMOR: Klyushin, V.V.; Sidorov,S.K.; Kelarev,V.V.; GetmanjYa.;
Arkhipov,V.Yeo
ORG: Institute of Metal Physics,Academy of Sciences of the SSSR
(Institut fiziki,
metallov Akademii nauk SSSR)
Cheportj~
Pdl-x)3
TITLE: Antiferro-ferro
All-Union Confereuce oF
1965 in Sverdlovag
system
ic phase transition in the Fo(Ptx
hysics of Ferro- aRT-Antiferromagnetism held 2-7 July
SOURCE: Ali SSSR, Izvestiya. Seriya fizicheskaya, v..30, no. 6,
1966, 968-971
TOPIC TAGS: phase transition, ordered alloy, electric resistance,
spontaneous magne-
tization, coercivo force, iron alloy, platinum alloy, palladium
alloy
ABSTRACT: The Fe(PtxPdl-x)3 system was selected for investigation
in view of Its
suitability for study of the behavioy of the
antiferromagnotie-ferromagnetic phase
transition. The end compositions -~'PePt -hnd FePd,"1,7 are
binary allo a with known
properties, which become ordered plraf a ordering)) at 710 and
8209C, respectively.
The mixed ternary alloys (with 2~ atomic pqrcent iron) are also
characterized by
AuCu3 type ordering. The investigated compositionfl are tabulated
(16 different
specimens); the specimen preparation procedure and the
resistivity measurement method
were the same as described by V.V.Klyushin, I.Ya.Getmnn,
V.N.Zubankov, and V.V.Kelarev
(Fiz. metallov I liletallovedeniyo, 21, 153, 1966). The
temperatures of the phase

L
ACC NR! AP6029110
transitions
dotermined from the anomalies
the
were
in
temperature dependences of the
electric resistivity. Also measured were the vnluos of the
spontaneous magnotization
and the coercive force. These wore determined by means of a
vibrating magnetometer
to within 376 for rod specimens. The composition dependences of
the Neel and Curie
points, the magnetic moment and the coercive force are presented
in ligures. A
radical change or break in the curves is evinced in the region of
37 to 50 atomic
percent Pd. The results and specifically the probable character of
the antiferro-
ferromagnetic phase transition are discussed at some length. It is
concluded that the
transition is realized by the process described by S,K.Sidorov and
A.Y.Doroshenko
(Fiz. motallov i metallovedeniye, 18, 811, 1964). involving
gradual rotation of the
magnetic moments in the entire volume of the specimen or
appearance of ferromagnetic
phase nuclei in the antiferromagnetic pbasc- and the growth of
these nuclei, Which
of these mechanisms predominates will be determined in further
studies. Orig. art.
h.is: I table and 2 figures.
SUB CODE: 20,07 SUBM DATE: 00 ORIG. REF: 005 OTH REF: . 007
2/2

124-1957-1-416
Translation from-, Referativnyy zhurnal, Mekhanika,
1957, Nr 1, p 51 (USSR)
AUTHORS: Shorin, V. G., Kelarev, Yu. 1.
:'I :L E: On the Air Resistance in Underground
Locomotive Haulage (0
soprotivIenii vozdushnoy sredy pri podzemnoy lokomotivnoy
otkatke)
ERIODICAL: Nauch. tr. po vopr. gorn. dela. Mosk. gorn.
in-t, 1955,
Nr 15, pF 117-121
IISTRACT: The existing method for calculating the air
resistance
encountered 0y a train moving along a tunnel is extended
to the
case of a train of mining cars with a bulk cargo. A
sample
calculation is given.
0. V. Yakovlevskiy
1. Air--Resistance--Analysis 2. Tunnels--Applications
Card I /I

S/131/61/00/010/001/004
B 130*01
ATJTHORSj D'yachkova, Z. S., Kelarev, N. V., and Lande, P. A.
TITLE: Refractory materials from kaolin of the poletayevskoye
deposit
PERIODICALs Ogneupory, no. 10, 1961, 458 - 461
TEXT: Kaolin of the poletayevskoye deposit near Chelyabinsk was
tested
as to its suitability for the production of refractory
materials. 410 t
of kaolin was mined for this purpose by the Miasskaya
kompleksnaya
geologo-razvedochnaya partiya (Miass Comprehensive Group of
Geological
Exploration). The following properties of the kaolin were
determineds
53 - 81% silicic acid, mostly >70%; 16 - 32% Al 203; 0.2 -
3-56,i,4' Fe2 0Y
Heat resistance lies between 1630 and 17600C. The kaolin can
easily be
concentrated by the wet process. In the concentrated kaoling
three types
are distinguisheds noncaking, light-colored (60h;), caking
(30',-), and non-
caking containing quartz (10 15',,,). The kaolin is coarsely
disperse;
the sum of fractions below 5t amounts to 57.1%. Concentrated
kaolin
10
cakes between 1500 and 15500 The kaolin was concentrated at the
Card 1/3

S/131/61/000/010/001/004
Refractory materials from... B1301/BlOl
Kyshtymakiy grafito-kaolinovyy kombinat (Kyshtym Graphite and
Kaolin
Combine); its yield was 45~1- Its composition related to fired
material
via s :5 3 - 06 S 102, 4 3 - 1~- Al2031 O.Ti'~ TO2, 2.1% Fe203'
An experimental
batch was produced at the ogneupornyy tsekh Chelyabitiskogo
metallurgiches-
kogo zavoda (Works'nop of Refractory Materials of the
Chelyabinsk Metallur-
gical Plant). The kaolin was fired as a mixture with 201/'j
Buskullskaya
clay. The composition of the clay (related to fired material)
was:
Al203 + TiO2 31 .9~~' Pe2032.65~~, other substances 11.25',
refractoriness
u~ to 16800C. The briquets were fired at 1400 - 14200C for 6 -
8 hr.
Crushing, milling, preparation and mixing was done by the usual
procedure.
The products were made from a mass prepared by semi-dry
pressing or
plastic forming. A binder of 50i4a clay and 50~,, kaolin was
used for
products from pressed mass, one of 75'.') clay and 25~/j kaolin
for those from
plastically formed mass. The produci;s were dried in tunnel
kilns; those
made from semi-dry pressed mass were subsequently fired at 1340
- 136oOc,
those from plastically formed mass at 1270 - 13000C. The
products corre-
sponded to class B (ladle bricks type ff (P) and 115 (P5'
according to
POCT5341-58 (GOST5341-58), stop pipq,type (SP-6), and siphons
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S/131/61/000/010-/'001/004
Refractory materials from ... 3130/B101,
C-34 (S-34) according to GOST 4978-49. If the chanotte is
fired in a
rotary furnace and the specific molding pressure is increased,
the con-
centrated kaolin may be used for the production of materials
of class
I. Loseva assisted in testing the kaolin, Yu. A. Avvakumov and
Yu. F. Mikhaylov in its concentration, G. G. Brodetskiy, A. A.
Yakovlev,
A. I. Terekhin, M. A. Pshenichnikov, A. I. Baklemysheva, N. A.
Kotova,
I. M. 1.11ekhrenina. and N. D. Karpova in preparing the
products. T her F-- are.
4 tables and 7 Soviet references.
ASSOCIATIONT: Vogtochnyy institut ogneuporov (Eastern
Institute of
Refractory Materials) (Z. S. D'yachkova, N. V. Kelarev);
Ch6lyabinakiy metallurgicheskiy .,avod (Chelyabinsk
.Metallurgical Plant) (P. A. Lande)
Card 3/3

STRELOV, K.K.; MAMIN, P.S.; Prinimali uchastiye: M
IYAS, I.P.;
BICHURDIA, A.A.; BRON, V.A.; VECHER, N.A.;
VOROBIYEVA, K.V.;
DIYACHKOVA, Z.S.; DIYACHKOV, P.N~; DVORKIND, M.M.;
IGNATOVA, T.S.; KAYBICHEVA, M.N.; KEIAREV, N.V.,
KOSOLAPOV, Ye.F.; MARIYEVICH, N.I.; MIKHAYLOV, Yu.F.;
SMINA, N.V.; STARTSEV, D.A.; SYREYSHCHIKOV, Yu.Ye.;
TARNOVSKIY., G.I.; FLYAGIN, V.G.; FREYDENBERG, A.S.;
KHOROSHAVIN, L.B.; CHUBUKOV, M.F.; SHVARTSMAN, I.Sh.;
SHCHETNIKOVA', I.L.
Institutes and enterprises. Ogneupory 27 no.11:499-501
162. (MIRA 15:11)
1. Vostochnyy Institut ogneuporov (for Strelov). 2.
Urallskiy
politakhnicbeakly institut im. S.M. Kirova (for
Mamykin).
(Raftactory materials--Research)

KELAREVA, I.A.) ORLOV, A.N.
Theory of multiple-wall intergranular dislocation boundaries.
Fiza met, i metalloved, 15 no.6:824-832 Je 163. (IURA 16:7)
1, Institut fiziki metallo~ AN SSSR.
(Dislocations in metals)

KELARTNA, N, As
"Changes in the Cardiogram in the Case of Disruption of
Metabolism of the Heart
Tissue." Thesis for degree of Cand. Biological Sci. Sub 30 Nov
49, Moscow Order
of Lenin State U imeni 14. V. Lomonosov,
Summary 82, 18 Dee 52, Dissertations Presented For-Deprees in
Science and Engineering
in ~Ioscow in 1949, From Vechernyaya-Yoskva, Jan-Dec 1949.

u s Is I II
-Ctrc~Lr'fill''r U"I IF, C, 'A~'.
tlvf-~i all illcre,'o. '11 th. I'n 41, ol, ~d
it, -1 1 '.-l -11j~~ , t
,it the 1". frqU14M a f1l - C.v -i a (I. I t
( I [~ L'l) 11. L I.Th, wljA:*,;: 1: in.l 'fl.
vZo-age, whift' tll~ intelva; "It 1.-~ Nholt'll, Ll 1~e-Traus- "I
'file t 0 1 1 o the h,
to
/V 11 ty, o9

L
AV , 6
EYCERPTA MICA S~e 2 Vol 12/12 Physiology Dec 59
5624. ECG VARIATIONS ACCOMPANYING CERTAIN CHANGES
l."* METABOL-
11SAI OF HEART TISSUE (IMPAIRED MYOCARDIAL
GLYCOLYSIS) (Russian
text) - Kelareva N. A. Dept. of Animal Physiol.,
Nloscrjw Univ.
FIZIOM-MrTV-.SEC1T.-1959 45/1 (74-82) Graphs 4 IlluS.
I
Variations occurring in the frog E~G were observed
when a selective disturbance
of myocardial glycolysis was produced, Isolated frog
hearts or preparations con-
sisting of 2 atria were used. lodoacetate or fluoride
was added to the perfusing
fluid. Specific changes were seen in the ECG when
glycolysis of the cardiac
muscle was impaired. The process of heart tissue
depolarization, revealed by a
'B' wave on the ECG, as well as its subsequent
polarization, were shown to be
relatively independent of conditions of the
glycolytic process.

KAN, R.A.; KELAWA, N.A.
Oriented conduction of excitation in the
atrioventricular region of
the heart. Rauch. dokl. vys. shkoly; biol. nauki
no.1:51-55 160.
(MIRA 13:2)
l.Rokomendovana kafedroy fixiologii zhivotnykh
Mzskovskogo
goaudarstvannogo universiteta Im. M.V. lomonosova.
(HYART-INMUTION)

KKLAREVA N A.; KOVALEVA, T. N.
A-
Mechanism of Inhibiting And intencifying, influences
of paranympa-
thetic nerves on the heart activity. Nauch. dokl.
vys. shkoly;
biol. nauki no.3:73-79 '62. (MIRA 15:7)
1. Rekomandcvana kafedroy fiziologii zhivotnyl-I
Moskovskogo
goaudarstvannogo universiteta im. M. V. lomonosova.
(NERVOUS SYSMI, PARASYMPATHETIC)
(NERVES, CARDIAC)

,IN
14(6);8(6) PHASE I BOOK EXPLOITATION SOV/1716
VsesoyuznYY institut "Gidroenergoproyekt." Leningradskoye
otdeleniye
Turbinnoye oborudovaniye gidroelektrostantsiy; rukovodstvo dlya
proyektirovaniya (Turbine Installations of Hydroelectric Power
Stations; Design Manual) 2nd ed., rev. and enl. Moscow,
Gosenergoizdat, 1958- 519 p. 6,200 copies printed.
Additional Sponsoring Agency: USSR. Ministerstvo elektrostantsly.
Ed. (Title page): A.A. Morozov.(Deceased))Doctor of Technical
Sciences,
Professor;'Oompilers: F.V. Anosov, Dacent, Candidate of Technical
Sciences; I.M. Gamusj Engineer; Yu.14e. Garkavi, Engineer;
G.S. Gollshman, Engineer; A.A. Yevdokimov, Engineer; A.S.
Yeremeyev,
Engineer
.;A.Ye. Zhmud', Engineer; N.N.- PC', &areva., Engineer;
A.P. Klochkov, Engineer; A.G. La fteer; Ya. Mengel' Engineer;
TH
A.A. Morozov, Professor, Doctor of Technical Sciences;
G.M. Serebryakov, Engineer; I.N. Smirnov, Docent, Candidate of
Tech-
nical Sciences; M.1. Smirnov, Docent; D.S. Shachavelev, Professor,
Doctor of Technical Sciences; N.N. Shcherbin8kaya, Engineer;
Card 1A3
Turbine Installations (Cont.)
sov/i7i6
(Leningrad Division., "Gidroenergoproyekt" Institute,
Leningradskiy
politekhnicheakiy institut (Leningrad Polytechnical Institute],
Loningradskly-Metallicheskly zavod [Leningrad Metalworking Plant]
Plant "Elektrosila", and Zavod pod"yemno'-transportnogo
oborudovanlya
[Hoisting and Transport Equipment Plant); Editorial Board:
A.A. Morozov (Chief. Ed.) A.P. Klochkov, N.N. Kelareva,
N.N. Kovalev; Ed.: A.L. Mozhevitinov; Tech. Ed.: A.A. Zabrodina.
PURPOSE: This book is a manual for engineers and technicians
engaged
in the design of hydroelectric power plant equipment, and also for
students of power and power machine-building institutes and
depart-
ments.
COVERAGE: The manual contains materials on turbine installations
needed for designing hydroelectric power stations. Information
based on modern achievements in Soviet turbine building are pre-
sented. Hydraulic designs of turbine flow passages and plotting
of operating characteristics are discussed. Data are presented on
turbine speed regulation and automatization of hydromechanical
equipment, and on turbine auxiliary equipment, generators,
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Turbine Installationa(Cont.)
SOV/1716
installation and repair. A section of the book is devoted to
tabu-
lated data and cross section drawings of various Soviet and
non-
Soviet turbine installations of hydroelectric power stations.
Information on testing of turbines and technical conditions for
designing and specifications for supplying adjustable-bladep
radial-
axial (mixed flow] and bucket-type turbines are presented in
Appen-
,PendJx 3 contains conversion tables fot; measures. The
dixes 1 and 2. AP
Director of the 'Gidroonergoproyekt" Institute, Professor
A.N. Voziiesenakiy, Director P.M. Yanovskly of the Leningrad
Division
of the Institute, and Chief Engineer B.M. Lyobchenko, of the
Insti-
tute's Department of Standard Designs, rendered great
assistance in
organizing the work on the second edition. The Editorial Board
thanks Professors F.F. Oubin, V.S. Kvyatkovskiy, and N.M.
Shchapov,
and Docent M.M. Orakhelashvill for comments on the first
edition.
There are no references.
Card 3/13

Turbine Installations (Cont.)
TABLE OF CONTENTS:
PART I. TURBINES
Ch..I. Types of Turbines and their Parameters
SOV/1716
1. Power of flow [available energy] and power of turbine 9
2. Types of turbines and fields of their application 11.
Basic parameters of turbines and types of ninner wheQ.1s 12
Law of kinematic similitude 15
5. Relationships between turbine efficiency and its
d'ameter and head 18
L
6. Fffect of geometrically nonsimilar elements of a turbine
on its efficiency and power in model testing 21
7. Runaway speed 22
8. Devices for preventing turbine runaway 27
9. Axial thrust of a turbine 30
Ch. Turbine Casings and Draft Tubes
1. Turbine casings 32
2. Simplified method of determining the dimensions of
turbine casings 38
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Turbine Installations (Cont.)
SOV/1716
Draft tubes 41
LMZ types of recommended draft tubes 50
5. Application of ejecting devices for combating
head and power drop during floods 51
6. Suction lift and cavitation 53
Ch. 34. Nomenclature and Main General Characteristics of
Reaction Turbines
Nomenclature of LMZ large reaction turbines 59
2. Nomenclature of VIGM medium reaction turbines 69
3. Main general characteristics of reaction turbines 76
Ch. 4. Selecting the Basic Parameters of Turbines and
Plotting Their Characteristic Curves
1. Selecting reaction turbines on the basis of main
general characteristics 97
2. Performance characteristics and general operating
characteristics of tu:~bines 99
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Turbine Installations (Cont.)
SOV/1716
3. Examples of plotting general operating characteristics
of reaction turbine 103
4. Selecting reaction turbines on the basis of operating
characteristics plotted on logarithmic coordinates log
5. Selecting generator power and design head of a turbine 113
6. Selecting basic parameters of bucket type impulse
turbines 116,
7. Simplified method of selecting basic parameters of
turbines, and determination of the *eighlt and cast
of turbine-generator set 122
PART 11. TURBINE REGULATION AND
AUTOMATIZATION OF TUR13INE-GENERATOR SETS
Ch. Elements of Turbine Regulation Systems
1. Speed governors 127
2. Regulating system circuits 141
3. Selecting the elements of regulating systems 144
4. Oil-p:oessure systems 149
5. Pressure regulators 155
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Turbine Installations (cont.) sov/iT16
Ch. 6* Calculating Parameters Included in Guarantee of
Regulating System
1. Statement of the problem 159
2. Calculating variation of pressure during water
hammer (Brief information 161
3. Approximate calculation of (parameters included in)
guarantee of regulation (LKZ method) 168
4. Exact calculation of [parameters included in]
guarantee of regulation 169
5. Program control of regulating element 174
Ch. -7-, Automatization of Hydromechanical Equipment
1. General premises 178
2. Putomatization of basic units of hydromechanical
equipment 180
Example of automatization of a turbine-gerierator set 187
Data on equipment and their symbols 190
Card TA3

Turbine Installations (cont.)
SOV/1716
PART III. AUXILIARY EQUIPMENT OF HYDROELECTRIC POWER
STATIONS
Ch. Oate Valves of Penstooks and Hydraulic Drives for
Lifting Gate Valves
1. Basic types and selection of gate valves 198
2. Hydraulic drives for lifting gate valves 213
Ch....-.'!)-. Designing Penstock Gate Valves
1. Forces and moments acting on a gate valve 217
2. Water hammer occurring during the movement of the
working element of a gate valve 227
3. Designing of bypass and gate valve control systems 228
4. Calculating the strength of parts of a butterfly gate
valve 230
Ch. 10. Lubricating Services for Turbine Generator Sets
1. Purpose and organization of lubricating services 231
2. Types of oils used 232
3. Amount and service periods of oils 233
4. Oil-handling processes 235
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