SCIENTIFIC ABSTRACT KONTOROVICH, V. M. - KONTORSHCHIKOV, A.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824420007-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

teoretichaskoy i prikladnov ma~-znItnov izidrodinamike. 3dI
3: a V. 4. VZga Lza-.r,, ,,:t
p 1 a sma boundary effect, pla3ma wave trqnst.-)rma~i3n, aagnecohydrodyliamic
ABSTRACT: G. B. Field was the first to study the trans format tons of longitudinal
plasma waves on the sharp plasma-vacuum boundary in the hydrodvnamic approximation
19~)6~ 124~ 555). The plasma was within a ?erpendicular ma;nctic fiel~i
lldled by a wall. Consequently, in addittor to t,e continuil~y of
=,_%_~aenrs of the electric and magnetic fie!J.3, ~,ne '~a,4
L..;e c)r 11 ~Irzp r
-maI electric field component. A. t L a
R ev 1960, 117, 2, 382) dropped the "hard vacuum" requirement and ddi6cussed, fv,--
zhe caae of no magnetic field, the wave transformation at the boundary betvoen
Card 1/2

N
0 N. TO k>o L11 C 1+
USSR/Chemistry - Physical chemistry
q,Cheml
USS'
F
Card
Card 1/1 Pub. 147 10/27
Authors Palatrdk, L. S.,- and Kontorovich, V. M.
Author.
s
Title Analytical investigation of multi-component heterogeneous systems by the
Title
method of generalized law "of center of gravity(t.
r-oriodical : Zhur. fi%. khim. 28/9, 1599-1614, Sep 1954
Ab,stroct : The development of an analytical, generalized center-of-gravity method for
the study of multi-component heterogeneous systems, is announced. This
method was found-to be mathematically quite simple and its application to
concrete systems consists in actual calculation of the determinahts. The
advantages of such analytical methods over geometrical methods are listed.
Mass ratios for -ohases forming during crystallization processes of any given
variance are presented. The various possible ways of the invariant process
in relation the comnonent concentration in the basic solution, were discuss-
ed. Four USSR references (1937-1954).
Institution : The A. It. Gorkiy State University and the V. I. !Anin Polytechnicum, Kharkov
Submdtted : December 21, 1953

I ~ -- - , - ` -, - *1 - - - --- -, '. r . - - '- .

Category : USSR/Atomic and Molecular Phyiscs - Low-temperature Physics D-5
Abs Jour : Ref Zhur - Fizika, No 2. 1957 No 3518
Author : Kontorovich,.~.
last :-Vffy~sicote~haical Institute, Academy of Scineces Ukrainian SSR
Title Effect of Rate of Flow of a Film of He II on its Thickness.
Orig Pub Zh. eksperim. i teor. fiziki, 1956, 30, No 4, 805
Abstract Taking into account the dependence, known from landau's theory, of
the thermodynamic potential/Atof He II on the relative velocity of
the components, the author writes down and integrates the equation of
motion of the superfluid component in a film next to the wall (the
notmal component is at reat). An expression is obtained for the de-
pendence of the'film thicknes r on t4e speed Q-of liquid flo ov
1/3
w
I
4
L
= (
z)
the film. It turns out that
(Q) :A (0) (1 -q'), wher
0)
is the thickness of the film at a height z at Q-= 0 (according to
Frenkel;'P takes into account the Van-der-Waals interaction with the
wall), and q (0). An estimate yields qr--10-1
2
_ 10-
.
Card 1/1

AUTHOR KONTOROVICH, V
ITSKEVICH, E.S., PA - 2085
TITLE Heat Capacity of ructures at Low Temperatures (K teorii
toploemkosti sloistykh struktur pri nizkikh tomperaturakh).
FERIGOICAL Zhurnal Eksperimentallnoi i Teoret. Fiziki, 1957, Vol 32, Nr 1,
PP 175--177 (U.S.S.R.)
Received 3/1957 Reviewed 4/1957
ABSTRACT Heat capacities of laminar and chain-lik* structures are not subjected
to the DEB)M,-theorem C , (T/E))3 in the case of low temperatures,
According to I.M.LIFSHITS the deviation from the T 3-rule,1,91- injWW&q`6:6fion
'
'
16u'~'
with t~e special role of bending waves in such structures'. The" aho
ma
form of the dispersion law concerning bending waves leads to an anomalous
temperature dependence of the energy of crystals. In the case of tempera-
turea, at which interaction between the layers cannot be neglected, the
following precise formula is obtained (l/A,)d/ds(Cs4)-s3d2/dsaln r(s)-
s(s + 1) - 1/6. Thus it is easily possibleto tabulate heat capacity of
laminar crystals in the'range of lowest tempei,atures (T 0. A constant
and homogeneous effect of the wind is assumed and the Coriolis force is
tl
taken into account. The equations-of magnetohydrodynamics are obtained
in the form:
dtw dz2 - (b2 T- 120) w0;
da 4Ea BjW.
(2)
i BW. (3)
Here,' W V +iv j B + iB 1. + ij I a =Q siny
y y x
Card. 1/.7-,--

blagnotohydro.dynamio Orrebts .4 - 1~ - -
B 16-4 1321
2 . 2 2 1 a a oha racteristic vertical flow scale in
b B z*//I afl2
the absence of a magnetio fieldl b- I is a characteristic scale"related
to the effects of electrodynamio and viscous forceal M - b(AY2)
2
B z is the Hartman number; Q is the angular velocity of the
L
Marth's rotationj in tht, geographical latitudel *1 is the dynamic*al,
E
turbulent viscosityl ~O a I/Q; the-upper sign in (1) belongs to the
northern and the lower to the southern hemisphere. As is seen from (1 1(2)~
and 4 and j are xpre ed b w and satisfy Eq. (1) which possesses
eitios: w,zAoDA 0 5) the
under the boundary cond. n dw,7dz ZOO' j
solutions
w W exp z'z i (a + &'z)), (6)
J!
W
U - T/,qlel, 2a = am c1g M', 7)
eo+ie= Islet&= Y-W+Nal, s"">O, e>o.

21-566

S/02 61/137/003/015/030
Magnetohydrodynamic,:effecto ...
Y
B104
B214
At a place far away-from the equator, M 1 and the effect of the magnetic
field on, the velocity is negligibly small. 'Then (6) goes over into the
solution.

w WO exp 18)
az:~ i (n 4 + az)), Uo T la )/2.

It 'is.next shown that if avertical component of the magnetic field
exists 6t the equatorp the velocity of the flow directed bythe wind
shown,
at the surface is equal to that in the depth of the sea. As is
the finite *
depth of the sea must be -taken into account in the usual hydxo-:
dynamics. From the solutions (6) and (8) for w the author derives the
V
solutions
2 Mae W exp a12 i (2a + a-z)), 41to TO,
(9)

T1 I a
(9)
and
JR Roo We exp az i (n 2 + az)), (10) (10)
Card

21566
Magnetohydrodynamic effects... S/020/61/137/003/015/030
B104/B214
for the magnetic field by using (2). From thede solutions it is seen that
in the sea currents caused by the wind an additionai hori'
zontal magnotic
-field is produced. This magnetic field-.is directed at 900 to the right
of the direction of the wind in the northern hemisphere and by the same
amount to the left of the wind direction in the'southern hemisphere.
An expression for the current orthogonal to the velocity is obtained from
Eq (3) with the help of (8). This iS;
j=JOexp(-az�I( ~14+az% JO=GB,UO1c.
(12) (12).
-8 2
For U 20 ce/sec, J 10 a/cm ~In the following the magnetohydro-
.0 0
dynamic effects for low-frequency oscillation large scale are
discussed. The -author assumes dfi-, >> %P"cj - 41 fic~ W, r- 108 cps,
-12 u
and G) r0
10 bps for the sea). bscillations corresponding to the
-Alfv4n' wuaves and slow sound waves are',damped in the usual~skin depth.

hiagnetohydrodynamio effects... S/020/61/137/003/015/030
B104/B214
k 2/(41 _ - ;' ..
The equation 14kd/.2Cj holds,for the dispersion of these branches.~'
For the displirsion of fast Magnetoacoustic waves atd- oo the following
relation holds:
%into Cos 0
(kB)
Ot S, Ct kB (14) 4
Here, a is the velocity of sound in,the seal u the Alfv6n velocity
the wave vector; 6j the frequency at whiah the wave-length of the
acoustic wave in the,sea is equal to that of the electromagnetic:wave.
The most interesting is the region. N - to for the coupling of the field,
amplitudes in an infrasound Fave the following relation is given:
a in
B sin OC 'N
H TO I + 1w wo E
sin OC
2E �
Bs 0.1+iW1&)'P$
v ti sin 0 (Ix, h), x], sin 0 Cx, h).
Card- 5/7 (x Ps) P"

21566
Magnetohydrodynamic effects... S/020/61/137/003/015/030
B104/B214
This yields for the infrasound waves in a magnetic field on account of t~m
conductivity the expression:
60 U11 C2:
Im kOr sT TR-5 i + (w w,),
Next a peculiar effect is briefly described. When an infraeound wave
is incident on the interface between water and air (from whatever dired-
"tion), besides the reflected and refracted sounds there are produced also
damped electromagnetic waves in and above the water. All these waves
-are also produc6d on the incidence of electromagnetic waves. For certain:
angles of incidence which follow from Snellius' law, the waves formed
on the sea are surface waves and are propagated along the surface with
a velocity which is almost equal to the horizontal-component of the
velocity of sound. There are 6,reforenoes: 3 Soviet-bloc and 3 non-Sovie't-
bloc.
Card 6/7

21566
Magnotohydrodynamic effects... S/020/61/137/003/015/030
B104/B214
ASSOCIATION: Institut radiofiniki i elektroniki Akademii nauk USSR
(Institut* of Radiophysios and Electronics, Academy of
Soi*nces UkrSSR)
PRESENTED: October 22, 1960, by I. V. Obreimov, Aoadmician
SUBMITTED: Ootober 21, 1960
Card 7/7

s/14i/63/oo6/9011002/018
-192/E382.
AUTHORS; -~'.konto:rovich,'.V*M_.' and Tishchenko, X.A.
TXTLE: Cnveirsi~n. Of- a'co'uatic'-and electroma~hetic~waves
on the boundary of-an elastic-conductor in a magnetic
fiqld
PERIODICAL- Izvestiya vysshikh uchebnykh zavedeniy, Radiofizilca,'
v. 6, no. X# 1963, 24 35
T=,: The impact of an electromagnetic wave on the boundary
of a conductor situated in a magnetic fizld excites electromagnetic
as well as acoustic vraves. The latter are due to the action of the
-Lorentz forco. acting from the external magnetic field on the current
flowing in the conductor. In turn, the acoustic wave impinging
on the boundary induces electromagnetic waves. A problem of this
type was considered by the authors in an*earlier paper (ZhETF, 410
1195, 1961). Here, it is investigated for the case of an
isotropic conducting elastic semispace. It is assumed, that the skin
layer.and the length of the sound wave are much longer than the
electron-free path so that the conversion of the acoustic and
electromagnetic waves can be regarded as a special case of
,-,,Card. 1/3

s/lIa/63/006/001/002/W
Conversion of F,192/E,382
reflection land refraction~~of magnotoelastir, Waves. The hydro
magnetic coupling 'is If Oak so that'.
u2 /52 u a2AW
and the frequency range is restricted to:
(2)
cle 0 U Uu
wh ere o, is the conducti ity, c is the permittivity, 5 and s
are the velocities .of the Vtransverse and longitudinal soun~r Waves,- 1
respectively, 11 is. the2ext ernal magnetic fi.eld, u is the Alfven
velocity, w = 2~rda /a which is the frequency at which the
length of thse longitudinal acoustic Wave Xe = 2-%Ys/w is equal
to the length of the. electromagnetic wave in the material,
71 23% c/ 4wau and w =; 4-Tro, u 2/02 Under these conditions
u
there exist, five types, of wave in the conductor: two. modified
electromagnetic waves - the 'so-called Alfven wave and, a slow
magnatid-acoustic wave and three modified acoustic waves (one
Card 2/3

ACCESSION XR: AP4017034. S/0141/63/006/006/1129/li39
AUTHORS: Kontorovich, V. Kutik, N.
~W. 4
TITLE: Plutual conversion of waves on a plasma boundary in a mag-
netic field
SOURCE: IVUZ- Radiofizika, v. 6, no. 6* 1963* 1129-11319*
TOPIC TAGS: plasma, electromagnetic waves in plasma, plasma wave
0
impedance, plasma, wave impedance matching, plasma wave conversion,
mutual plasma wave conversion, plasma boundary wave conversion,
plasma wave resonance
ABSTRACT: The mutual conversion of longitudinal and transverse
waves on an abrupt plasma boundary is considered in a weak magnetia
.field which is arbitrarily oriented relative to the boundary. The
purpose of the research is to ascertain whether a narrow and sharp
resonance, corresponding to matching of the wave impedances, is ob-
served in this case in analogy with the mutual conversion of electro-
magnetic and sound waves (B. M. Kontorovich and A. M. Glutsyuk,'
ZhETF v. 41, 1195, 1961). A characteristic maximum of the angul4r
Card 1/2

ACCESSION NR: AP4017034
dependences of the conversion coefficient is found to exist and the
frequency dependences ofits position, height, and width are inves-
tigated, particularly in the resonance region. It is shown that
in vacuum without a magnetic field all the conversion coefficients I
vanish, but. the turning on of even a weak field makes wave conver-
sion possible because of the appearance of- transverse field compo-
nents in the plasma wave. The authors are grateful to V. K. Yakoven-
ko for useful discussions." Orig. art.. has: 2 figures And#27 for-
mulas.
ASSOCIATION: Institut radiofiziki i elektroniki AK*UkrSSR (Insti-
tute of Radiophysics and Electronics, AN UkrSSR)
SUBMITTED: 18Dec62 DATE ACQ: 18Kar64 ENCL: 00
SUB CODE: PH NO REF'SOVs* 009 OTHERs 002
Card 2/2

KONTOROVIGH, V.M.
Elasticity theory equations, and the dispersion of sound in
metals. Zhur. eksp. i teor. fiz. 45 no.5:1638-10'53 N 163.
(MIRA 33:1)
1. Institut radiofiziki i elektroniki AN UkrSSR.

NRi AP4024480 S/0141/64/007/001/0181/0182
AUTHORS: Kontorovich, V. M.; Chernyak, G. Ye.
TITLE: Line strength of magnetic-dipole transition in the hyperfine
structure of the atom
SOURCE: ~IVUZ. Radiofizika, v. 7, no. 1, 1964, 181-182
TOPIC TAGS: atomic spectrum, hyperfine structure, magnetic dipole
~.ransition, line strength, hydrogen, deuterium, nitrogen 14, spon-
tancous transition, interstellar mediumt radioastronofny, nitrogen
concentration, interstellar nitrogen concentration
ABSTRACT: After pointing out that the line strength given by.I. S.
Shklovskiy (Kosmicheskoye radioizlucheniye, GITTL, M., 1956, Ch. 4)
leads in the case of nitrogen to appreciable disparity with the cor-
rect results, the auth rs recalculate the line strength for hydro-
N
genff deuterium, and N The lines in question describe spontaneous
Card 1/3

!ACCESSION NR: AP4024480
Itransitions between c6mponents of the hyperfine structure of atoms
in the interstellar media, and are of importance to radio astrononWe
The calculations show that the accumulation time for the nitrogen
line is about one order of magnitude larger than indicated )~y
t,Sliklovskiy. However, should the real nitrogen concentration be
.;,larger than presently assumed, the results might change. "The
:authors are grateful to S. Ya. Brailde and I. S. Shklovskiy for use-
'ful discuss-ions." Orig. art. has: 3 formulas and 1 table.
1ASSOCIATION: Institut radiofiziki i elektroniki AN UkrSSR (Insti-
~!tute of Radiophysics and Electronics, AN UkrSSR)
iSUBMITTEDs 22Apr63 DATE ACQ.- 15Apr64 BNCLj 01
tSUB CODE: PH, AS
Card
UR REF SOV& 002
OTHER: 005
------

ACCESSION NR: AP4024460
2 3 4 5

21 C.U 3 3
9 1,6 5.3
A-iot N14
1, 1,-47- 14 60
~2!2 9.14 13:43 30
ENCLOSURE 01
Line strengths for hydrogen, douteriump and N" as obtained in.this
work and as given elsewhere
1 - Element, 2 -.5,2ransItiona, 3 - Wavelength, 4 - by formula (3),
5 - by rot. (33# 4-5 Line strength, 6 4drogen, 7 Deuterium
- Nitrogen
Card 3/3

DG ES
JW
ACCESSION N-1q: AF50=37
AUTHOR: Giterman, M. Sh.; KpntorPvizh, V. X.
TIMED Effect of spatial dispersion on the propagation and scattering of wayes
nea~r the critical point
SOURCZ: Zhurnal eksperimental.'noy i teoretticheskoy fizilki, Y. 47, no. 0, 19641
21,14-2i4g
TOPIC TAGS: wave nropagation, w-exe scattering, sound propagation, second order
Ph,4ze transition, thermodynamic critical paint-, thermadyna--Lic function
ARSTP-ACT. 11'he.general theorro-4-fluctuatioa of hydrod~mw-ic quantities is ex-
tended to include the case of media with spantial dispersion and is used to deter-
ni 'is sion an'
m
ine the characterist.5-cs of the zleer. and scattered fields (a. per absorp-
tion of wwies, extinction coefficient of ligh-,, intens,'ty of the
r- luoin, and a-,hers). These che-racteris-L'ics- can be used in connection with
ex;)crirrientel studies of the critical transition in media, and their lu-Lowledge has
become irmortant in viewr of poss."ble 1oga.-i4tj,,rjic of the snecific
heat, -which can exist near the critical po-zn-,. -,he zoan-ection between the density
Cord 2
SUB CODE: TI) ixkw sov: o16
Ccrd --2/2;
qrm: oo4

ACCESSION NR:' AP5013897
V .111
Kontorovich, V. M.; Tsuke rnik
TITU: State of an electromagnet~ic fie Lt
~iel~ with a defin' e
field strength
,SOURCE: Zhurnal eksperimentallnoy i teoretichesk-oy fiziki,
v. 118, no. 5, 1965, 1386-1392
iTOPIC TAGS: 'electromagnetic field, field state, field intensity-------:-,.
A
value. waze -Eib-d- cs*-------~:-.-:-,---
ynami
-e a
ABSTRACT: Since a free:~ 1e tmmagzrietic rield can be described in
tum. theory either by giving the photon occupation numbers or
~quan4l
by z-i ving the fi-eld strength, the authors consider the problem of
finding states of the electromagnetic field In which the electrical
or the magnetic field strength has a well defined value. The states
of inter\ost are those in which the field st--enwth is wiveri in all of
space at one particular time, so that a complefe set of the values
c,f the electricall (or magnetic) field strength can be chosen in all
,Card 1/2,

L 61502-65
;ACCESSION NR: AP5013897
points of space. The probability distribution is obtained for the
different photon occupation numbers in states wl~h~ well defined
field strengths. It is noted t~;a~ "-c- ~7.IsFior. process-
aureate the field are statistically _1n,Jeper,,:1-.,-..t_, ,hp photons
have a Poisson distribution, t,,)' 'n -a7'e
occurs only for a
:-umte rs. 77he probabillty `-r states with de-
ne-4 7o_Enetic field strengths are obtained ty analogy. The solutions
can be applied to any real Bose field, for example phoons
3P_1- -waves. Original article has: 22 formula,-
ASS-3CTATION: Institut radiofiziki i elektroniki Akademii nauk Ukrain-
s k o -v S SRI ~'.,atjtute of Radlophysics and Electroalca- AcadQ
in mv of
q T Tltr
SSR); Fiziko-tekhniche ski:,, !,-ist' a;-k Uk r a ir~-
~hyBl-
nj..
0V
I Card

L 222M= JXT(CZ)
-ACC NR. AP6007639 SOURCE CODE:
UR/0141/46/009100110145/0166~,--~;.
AWMOR: Vigdorchik,
V.. 1. Konto
0RG__ Listitute bf -Ra ovb"ide:,
d;L
A
elektrdniU~ AN,M
T1TLJ,_ 2_0,dud- '4_cylind c ma etron.
Mii
IVUZ. Radiofizika.0 v. 9,' no. 1 1966, 155-166
TOPIC TAGS: magnetron, electron cloud
1ABSTRACT: 'A nonlinear mechanism of compression of the electron cloud by the
~r-f field i in a surface -wave magnetron, is theoretically analyzed. Only the
i amplitude" nonlinear mechanism that limits the- oscillations is taken into account;-_M_
ithe
"phase" nonlinear effects connected with the electron velocity modulation' and
,,;responsible for the transfer of'onergy from the electrons to the alternating field ie.
jCard Ila UDC: 621.385.64-
-J
ML
Y,

-66 -aa (1
AP6031990
AUTHOR: -Kontorovich V. M.
SOURCE CODE:
5/0180192
W
t5
ORG: Institute of Radig~~ics and Electronics, Academy of Sciences, UkvAinlan AAR
(Instifut -radiofiziki i elektroniki Akademii nauk Ukrainskoy SSR)
TITLE. Influence of thermal expansion on the singularities of the kinetic coeffi-~---
cients at the Curie
SOURCE: Zhurnal eksperimentallnoy i teoreticheskoy fiziki. Pislma.v redaktaiyuo
Prilozheni,ye.. Y. 4, no. 5. 1966p 189-192
TOPIC TAGS: thermal expansionp Curie point, second order phase transition, ferro-
magnetism, carrier scattering
ABSTRACT: The author points out first that besides singularit-ies of the kinetic co-
efficients near the second-order phase transition points and critical points, due to
scattering of the carriers and connected with the mechanism of the phase transition
and with the spectral structure responsible for the transition, there should also
exist singularities that do not depend on the details of the scattering process and
which are the consequence singularities of the thermodynamic mean values. He then
considers a.'singularity resulting from the dependence of the carrier dispersion law
on the lattice constant, and through it - owlng to the thermal expansion c-f the crys-,
tal - on the temperature. Solution of the kinetic equation for the electron distri-'~'
bution function yields an expression for the conductivity change connected with the
Card 1/2

!ACCESSION NRz AR4014943 S/0271/63/000/012/AO47/AO47
::SOURCE: RZh. Av'b., tole i"hisle takhnika, Abse IZA298
AUTHORs Kontorovioh, V. P.
iTITLES Use of a transformer as a linear mixer
!CITED SOURGEs Sbo nauchno-'Ookhn. inform. Azerb. in-t usuchno-takhns inf orm. Sere
I
4vtomatika, i telemekhan., vy*p. 1. 1963, 6-14
ITOPIC. TAGS: mixer, linear mixer, transformer application
!TRAITSLATION: The author considers the possibility of using s. transfomer with
several primaries and a common secondary winding as a linear mixer oonnacted at thell
,output of the transformer of a multichannel tolemoto y
ring systom with rrequone
Isignal separation.. To exclude saturation, the primaries are connectod oppositoly
Un paris with respect to the plate current. To reduce ihe parasitic plate modula-
:tion arising because of the contact-between the windings, the channal input tubes
jare Dentodes operating only on the sloping portion of the plate characteriatio.
;Experiments were carried out on the inutual effects of the channels and the par&-
sitio* modulation f actor computed@ The transf ormer was loaded across a.-I equivalent

!ACCESSION NH: AR~OY4iO
iMpodance oorrespondi,3,6 to an Unwound
interaction of three OhanA818 was atud KOBD-4 oable 3000 motors in length. Th9
turned Out to be 0*4%* F.B* ied, and the average noise signal ratio
DATE Aqs 0qJaA64
SUB COM GN
Was 00

ALIZADE, G.A.; KONMROVICH,,,Y,.P.
Reliability of measurement apparatus for-field geophysical work.
Izv,vyo.ucheb.zav.; neft' i gaz 6 no.9:87-91 163. (MIRA 17s2)
1. Azerbaydzhanskiy institut nefti i khimii im. M.Azizbekova.

KONTOROVICH, V.P.
Evaluating the reliability of a measurement. Izv.vys.ucheb.zav.;
prib. 8 no.1:43-46 165. (MIRA 18:3)
1. Azerbaydzahsnkiy institut nefti i khimii imeni Azizbekova.
Rekomendovana, kafedroy elektronikip avtomatiki, i telemekhaniki.

KONTOROVICH, YA., handidat takhnichookikh nauk; MIROSMCHMO, I.
~, ~ - - -
A low-tonn vessel for the local transport,of large cargoes of
food wA Industr1al wrebandise. Mor.flot it no.5:19-22 My '56.
(ma 9: 8)
1. Mntrallny7 usuchno-istledowatel'skly Institut skonomiki I
skepluts.taii Yodnogo transport& (for Untorovich); 2. Mntral'Wy
nauchno-iseledovatellekly Institut morskogo flota.
01*ighters)

-r,U11iVNUV1L -1 Y * -SOVALOVA, A. A.---
M, . .,
Corrodible Stability of Nitrogen Tarring of Iron Alloys; Works of the Moscow Aviation
Technological Institute," Issue no. 4, Defense Industry Publ. House, Moscow, 1948.

1.5
Diatri 4EI
\Xab%) to~;.r ltlun~nm 'And other solutions. 11
and 17 p

Fri-

KONTOROVICH, Yu. I., Cand Med Sci -- "Simple epiphora. Clin-
ical, diagnostic, and therapeutic problems," Tomsk, 1961,
(Tomsk State Med Inst) (KL, 8-61, 261)
- 473 -

Korr,OROVICII,-,~-I.-- .
Method for lacrimal patenc7 test. Vent* oft. 74 nq,, :5~-55 061.
IMIRA 14:4)
I
I ~JAORDUL ORGANS--D-TSFASIM)

CHEREDITICHENKO, V.M., dotsent; XCIN T .)kand.med.nmik.
i
Rare lesion of the eye caused by the oontento of an Aporia
crataegi butterfly papa. Vest. oft. 76 no.1280-81 Ja-F'63.
(MIRA :L6:6)
1. Kafedra glaznykh bolezney (2av. - prof, N*79,Braunshteyn)
Kharlkovskogo maditainakogo inst'uztae
(MMIS) (Eylt-FOREIG.V BODIW)

KONTOROVICH,jkq,P. -.
Die casting of stator iron packs without previous joining, Lit,
proizv. no.10:44-45 '0 163. (MIRA 16'.12)

BANIN, A.Fe; KONTOROVICIly Z.L.; KRYLOV.. Yu.V.
-
Certain problems involved in the switching of petroleum pipelines,
Neft. khoz. 42 no.2:514,-59 F 164o (MIRA 17:3)

BANIN, A.P.; GOLUBNICIIIY, V.A.
Depreciation standard for overall repairs of petroleum products
pipelines. Transp. i khran. nefti i nefteprod. no. 3:31-37 164.
(MIRA 17:5)
1. Glavnoye upravleniye po transportu I snabzheniyu neftlyu I
nefteproduktami RSFSR.

KONTOROVSK&Y,k. T.M.
Exoerythrocytic infection in chicks Infected vith blood containing
Plasmadium gallinaceum and treated vith acrichine. Med. parsnit..
Moskva no.1.53-54 Jan-lFeb 195j. (CIXL 24:4)
1. Of the Institute of Malaria and Medical Parasitology of the Ministry
of Public Health Ukrainian SSR (Director of Institute -- 1. A. Demchenko).

OVCHINNIKOV, K.M.; HORMVSKATA. M.I.; TISHCHINKO. 0.D.; DUCHOKO, I.A., direktor;
HAXOCHIT. S.3.; GORMSHETA. I.I.; BILISKATA, M.K.; KONTOROVMTA T.M.;
F-UL4.4"
BZLTY, Ta.M., 2&veduyushchiv; DNZVNKO, V.I.; .8-w-chly;
D'YACE3NKO. V.I.; UKOVIGH, T.K.; AGA70NOV, I.N., zaveduyushchiy; BAFAMILI-
NAYA, P. S .
Prognosis of malarial Incidence of a locality and organization of antimalari-
al measures In the xone of the future Kalchovka reservoir. Med.paras. I pa-
raz.bol. no.2:109-116 Nr-Ap '53. (MLRA 6:6)
1. Ukrainskiy institut =Jvaril I meditsinskoy parazitologii imeni profes-
sors, Rabashkina, (for Demehenko). 2. Zaporothakaya oblastnaya protivomalya-
riynaya stantsiva (for Bely7). 1. Dneoropetrovskaya oblastnaya protivnmalya-
riynaya atantstya (for Shevchuk). 4. hersonskaya oblastnays. protivomalya-
riynaya atantsiya (for AVdonov).
(Eakhovka reservoir region--Malarial fever)
(YAlartal fever--Kakhoom renervoir region)

TOROPOVA, M.N.; KOLDAY36YA, V.D.; XON~OROVSKAYA. T.M.
,J~athohiotological changes in experimental malaria in chicim infected
with blood and P.gallivaceum sporosiotes. Med.psraz. t parez.bolo
supplement to no.1:33 157- (MIRA 11:1)
1. Is Ukrainskogo instituts malyarii i meditstuakoy perazitologii
t f6entrelincy poikhousyrologicbeekoy bolinitsy Ministeratvs puter
soobshchenlya
(KAIARIAL FIVIR IN BIRDS)

KONTOROVSKATA, T.M.; BEMOVICH, B.I.; 3ARKOVICH, Ye.I.
Congenital malaria. Med. paraz. i paraz. bol. 27 no.4:491 JI-Ag 158.
(KIM 12:2)
1. Is Ukrainskogo nauchno-isaledovatellskogo instituta mlyarii I sedl-
t3inskoy parazitologil imeni prof. V.Ta. Fabashkina, Reniyakogo rodillnogo don
I Renivokoy rayonnoy malyariynoy atantaii.
NALARIA, epidemiology.
congen., In Rusia (Rue))

EDNTOROVSXAYA T.K.- BELISKAYA, M.K.; ARTYUMH, L.G.; GRETSEISHTMN, I.K.
Synanthrople f1les and their control in a rural populated center
In ]b v Province. Ked.paraz- I paras.bol. 27 no.6:731-732
N-V'158. (KIRA 12:2)
1. Is Ukrainskogo nauchno-losledovatellskogo instituta malyarli
I meditaiiDskoy parasitologii Iment prof. V.Ta. Rubashkina.
(WARMY PROVINCZ-FLIES)

Effects of spheroldhAtion on mechanical I
N UU Iry-rallovT almov'040.
~Ss$. $'e
Cbemical Abst. soylm. Z1, No. 4..
2).-EffetU oll'
ts
~
ec of spheroidization, resulting from can-
Vol. 48 No- 4 tinuous exp t high tentp. of tempered and nortualized
olure 0
Feb. 25, 1954 (at 90WO-1 low-C and )ow-?,In steels, am reported.
t4etallurgy and Metallography

FT- 1',,- 7,- , 1,77 'F TZ
2. S (600)
Creco of Metals
7. Autcmatizv~-Ion ,-f Mi-.c IP-2 TY-e machines fdr the st.~~riy -of crew-,,p In riet:i1s, V'-~~s. 718811.
33 No. 2, 19153.
9. Monthly List of Russian Accessions, Library of Congress, June 1953. Unclassified.

/,-r /-r J--.
Subject USSR/Engineering AID F - 679
Card 1/1 Pub. 29 - 14/24
Author Kontorovskiy, A. Z., Eng.
Title Changes of structure and properties of metal in the
process of operation in high-pressure steam power stations
Periodical Energetik A) 7, 23-26, J1 1954
.9
Abstract' Discussion of the rewlts of various mechanical tests and
chemical and metallographic analyses of steel subjected to
long service at high pressure and temperature In boilers,
turbines and piping. Specific attention Is given to
structural recrystallization, transformation of solid solu-
tion of molybdenum*and maganese to carbides, apheroidiza-
tion of perlite and increase of remaining deformation.
10 microphotograph3, 5 tables.
Institution : None
Submitted : No date

K01,11TOROV-SM, A. Z.
KONTOROV3KIY, A. Z.: "Ch.,nges in the structure and properties of metal during
exploitation of hieh-pressure boiler equipment". MoscmT, 1955. Min Electric
Power Stations USSR. All-Union Order of Labor Red Banner Heat Engineering
Sci Res Inst :Lmeni F. E. Dzerzhinskly. (Dissertations for the degree of
Candidate of Technical Science.)
50; Knizhnava Letonis! No* 50 10 December 1955- Mosco',y-

-
-- -- - IT-4a
.' ,V j .
KONTOROVSKIY, A.Z., Inzhener; RATNER, A.V., kandidat tekhnicheek-ikh nauk.
- - - I -Ml~
Observing the condition of metal of high-pressure pipe lines,
Elek, ata, 26 no.1:50-52 A 055. (MLRA 8:3)
(Steam power plants)(Pipe, Steel)

AUTHOR:
Lic ciences.
Tee
Kontorovskiy A.Z., Candidate of S *
#
A
-
TITLE: -
-------
4
71- s
A procedure for investigating rap tisa ion and
9
evaluation of the degree of its development.
(Metodika issledovaniTa grafitizatsii i otsenka
stepeni ee razvitiya.)
PERIODICAL: "Teploenergetikall (Thermal Power), 1957, Vol.4, No.?,
pp. 57 - 59.
ABSTRACT: After the bursting of a steam pipe in the
Springdale (USA) power station in 1943 a study began
to be made of the effect of graphitisation in low
carbon and low alloy boiler steel. ThejApes burst
because of the formation of large inclusions of graph-
ite and util this time graphitisation of low carbon
steel was considered very unlike3,7.
Subsequent investigations carried out in the Scviet
Union by N.V. Ultyanova,, V.I. Prosvirin and others,
and abroad, established that graphite formation could
occur under certain conditions. The addition of 0.5%
molybdenum to the steel retards graphitisation. Now
Card 1/4 types of steel were developed which are also alloyed
with 0.5 - 1% of chromium, which appear to be very
stable iri'; In respect to graphitisation.

A procedure for investigating graphitisation and
evaluation of the degree of its development. (Cont.)
96-7-14/25
Special instructions were-laid down by the Ministry
of P*ower Stations concerning observation of the behav-
iour of metal in service. These prodded for the first
inspection after 15 000 hours and then every 3 years.
Provision was made for a special commission when
graphitisation was,found and rules were laid down about
sampling, No cases of graphitisation were found in
Soviet Powerstations up to 1954- However, recently,
graphitisation has been discovered in three power
stations. It has, thezefore, become necessary to de-
velop special,procedures for determining graphite in
steel since it it in some cases difficult to detect
graphite inits initial stages. This article describes
the procedure developed and applied by the All-Union
Thermo-techaical Institute to investigate cases of
graphitisation., The method makes use of foreign exp-
erience.
Card 2/4 The metallographic sections are prepared for exam-
ination by lightly etching with a 211vo solution of nitric
acid in alcohol. The specimens axe examined at

hloA170,follSff I k1
(18)T PHASE I BOOK EXPLOITATION SOV/19T8
ORGRES, trust, Moscow, Byuro tekhnicheskoy informataii
Metall v sovremennykh energoustanovkakh (Metals in Modern Power
Plants) Moscow, Gosenergoizdat, 1958. 75 p. 4,150 copies
printed.
Eds.: M.S. Aronovich,, Candidate of Technical Sciences, I.K. Korikov-
skiy; Tech. Ed.: G.Yo. larionov.
PURPOSE: This collection of articles is intended for designers and
process engineers in plants building machinery for power stations.
COVERAGE: Materials for these articles were compiled from investiga-
tions carried out at the Otdeleniye metallov Vaesoyuznogo teplo-
tekhnicheakogo nauehno-isaledovatellskogo instituta imeni-
F.E. Dzerzhinskogo (Department for Metals of the All-Union Heat
Engineering Scientific Research Institute imeni F.E. Dzerzhinakiy)
from 1950-1955. The following staff members of the Department for
Card 1/3
Metals in Modern Power Plants
SOV/1978
Metals VTI'participated in the research: D.N. Vidman, R.Ye. Mazell,
V.F. Zlepko, A.I. Zakhanova, V.G. Zelenskiy, L.G. Leonova,
Engineers; A.I. Sekt, V.N. GulyayevJunior.sciontific workers;
L.A. 11yutifia, Ye.P. Denisova, L.Ye. Kornilova, Senior technicians.
The behavior of steel used for building machinery and accessories
for modern heat power plants with high and superhigh pressure is
described and discussed. There are no references.
TABLE OF CONTENTSt
Foreword 4
Lagunteov,.I.N., and A.Z. Kontorovskiy, Candidates of Technical
Sciences. Changes Pin the PT-r-u-cTu-r-e--a-n-d--'Properties of Steel In
Equipment of Heit PoWer Plants During Service 5
ChAnges in the properties of steel depending on initial
structure and.on degree of apheroidization of pearlite
are discussed. The effect of pressure, temperature, time,
and stres& is also considered.
Laguntsov, I.N., P.M. Gura, Candidates of Technical Sciencesi
and T.A. Mikhaylova, Engineer. Behavior of Auatenitic Steel
lkhl4Nl4v2m (E1257) in Modern Heat Power Plants 33
Card 2/3

XI P.
it r 9 1
1;
Inn "q .-I
v r v
P. *a
a A
1,; qpg

28(5)
AUTHOR: Kontorovskiy, A. Z.
TITLE:
PERIODICAL:
A33STRACT:
ASSOCIATION:
-
Card 1/1
05741
SOV/32-25-10-30/63
--Mihtie, Limit Indices
Zavodskays, laboratoriyat 1959t Vol 25, Nr 109 p 1232 (USSR)
In dealing with the results of tests for fatigue limitaq it is
not taken into"account that the-streis increases during the test
(on-deformation of,the sample) which causes a shortening of the
period'-until the sample destruction. Investigations showed that
on sample deformation a variation of stress of more zthan 10%
already influences the time until the sample destruction, thus
also influencing the gradient of the fatigue limit curve, and the
fatigue limit computed. A nomograph is represented (Fig) which
permits the increase in stress in the sample, due to an increase
in deformation, to be determined. Corresponding equations,of
computation are also written down. There is I figmv.
Voesoyuznvy teplotekhnichookiv nauchno-isaledavateltakiy
'institut im. F. Ee Dzerzhinskogo (All-Union Scientific Research
Institute of Heat Engineering imeid Fp E. .-Dzerzhinskiy)
f

34196
S/695/61/000/000/002/005
/A B139/B104
AUTHORS: Kontorovskiy, A. Z,, Moiseyev, A. A,
TITLE: Metal for heating surfaces and steam lines of large boilers
SOURCE: Gorshkov, A. S., V. Ye: Doroshchuk, and N, V. Kuznetsov, eds.
Povysheniye parametrov pars. i moshchnosti agregatov v
teploenergetike; sbornik statey. Moscow, Gosenergoizdat,
1961, 103 - 112
TEXT: Perlitic steels used for temperatures of up to 4500C are compiled
in Table 1. Aging tests were conducted with tubes from 15X 1M 10
(15Kh1M1P) steel. After 2000hrs at 6000C, the structure is the same as at
-4
12000-16500 hrs at 5750C; after that, the strength decreased by 25-30 ~").
The austenitic steels used are shown in Table 4. Of Soviet steels, 34-726 L4/
(EI-726), 34 -713 (EI-713) and 3V-695P (EI-695R) have the highest resist-
ance to heat.. Tubes from this material were tested in the experimental
boiler of the TETs VIT at 220 - 300 atmospheres absolute excess pressure
and thermal loads of 20000 - 30000 kcal/m2,h for 6708 hr, Althou,,-,h a
dense oxidation layer of O~02 - 0.03 !nm was formed. no defects occurred,
Contraction, elongation and impact strength dropped considerably for all
Card 1/41;

S/695/61/000/000/002/005
Metal for heating surfaces and B13q/BIIOA
steels. Carbides were precipitated in the structure, a and a phases as
well as intermetallic compounds were formed in some steels. Aiter 6'!08 hr,
only -30-257-T-(EI-257T), -)4-695 (EI-695) and ;OM-448 (EI-448) steels
withstood the test for intercr stalline corrosion, Nevertheless. the
cheaper I X 18H 12T (lKhlH12T~, W-694 (EI-694) and EI-257T steels may
be recommended in the form of tubes for use in power stations with steam
parameters of 300 at and 6500c, operational temperature of the metal
600 - 6250C. There are 14 figures and 6 tables~
Table 1,, Chemical composition and properties of boiler plate steels-
Legend: (1) characteristics; (2) chemical analysis; (3) other elements;
2
(4) yield strength afl.4 kg/mm , at yield rate 1 10"5%//h; (5) fatigue
strength adf' kg/MM2, for 100,000 hr: (6) by calculation; (7) steel brand.,
Table 4, Chemical composition of austenitic boiler plate steels in ",.I
Legend: (1) steel brand; (2) maximum; (3) nitrogeni (4) USA steels.~
Titanium (Ti) is contained up to 0.65 % only in 1)(181412T ('K-hlBN12T)
steel.
Card 2/f

KONTOROVSKIY, A.Z., kand.teklm.nauk
Causes for the appearance of cracks in the drum of a steam
engine boiler. Prom. energ. 14 no.8:33-34 Ag 161. (MM 14:9)
(Steam endines)

S/137/6Z/000/004/115~20_1__
A05Z/A1O1
AIUTHqR: Kontorovskiy, A. Z.
T=: Investigation of properties of 15 X IM I cP (151(hIMIF) commercial
boiler steel
PERIODICAL-. Referativnyy zhurnal, Metallurgiya, no. 4,1962, 53, abstract 41314
("Ekspluatats. nadezhnost' metalla parosiloyykh ustanovok." Moscow-
Leningrad, Gosenergoizdat, 1959, 75 - 83)
TEXT: The scope of the investigation included microstructure, mechanical
properties at Indoor and elevated temperatures, creep and long-time strength, as
well as the composition of carbide phase In thestate of delivery and after a
long-time aging at 5750C of material of 15KKIMIF steel pipe containing (%) 0 *12 C
0.7 Mn, 0.23 Si, 0.021 S, 0.017 P, i.o4 cr, 0.9 Mo and 0.25 V. In the state of
delivery the steel structure consisted of ferrite, perlite and carbides and was
characterized by an irregular grain size.within 2 - 6 points. ak of longitudinal
samples was higher than that of lateral ones, andin both cases was high enough
(10 - 15 kgm/cm2). In the state of delivery 4C% V and 20% Mo were bound in car-
Card 1/2
Investigation of properties of...
S/137/W000/0011/115/201
A052/A101
bides. Tensile tests at elevated temperatures revealed an increase of (3-, and
a and a decrease of 8 and y at 4oo - 4500C which pointed to the tendency of the
steel to aging. The extrapolation of 51~e results of lol-time BMength tests
up to 100 000 hour exposure yieldedi5loo.000 ;:* 6.5 kg/mm and 61loo 000 - 4.0 -
4.5 kg/mm . These data are considerably lower than those taken fo~ the calcula-
tion which points to the shortcomings of heat treatment. As a result of aging
at 5750C the Mo content in carbides increased 3 times and the V content 2 times
after 500 - 1,000 hours. A further aging caused no change in the composition of
the carbide phase. Mechanical properties did not change after aging, with the
exception of ak which increased 2.5',times.
17. Kalinkina
[Abstracter's note: Complete translation]
Card 2/2
KO11TOR0VSKIY, K., .9.o kand.tekhn.nauk; G11E10r;:IKOVjk, T.T., inzh.; KURIOSOVA. N.D..

KONTOROVSKIY A.Z.. kand, taklm, mauk
Study of the pliability of the welded comwations of boiler
steel, Thplcemargetik&10 no,1264-65 D 163. (MIRA 17:8)
1. Vaesoyuzn7y institut po proyektirovaniyu organizataiy
energeticheskogo straitellstva.

J:
'ACCESSION MRs, AP4012337 8/0096/64/000/001/0013/00-
Kontorovskiy, A* Ze Carididate of technical sciences)l Vasj~uchkovap Ke I* f*
-TITLEs Resistance to scaling of boU*r steel
1 SOURCEs Teploenergstika# noo 1# 1964# 13-18
TOPIC TAGS: resistance to scaling., heating cycle.. corrosiveness, furnace gass
microstructurep chromium steel# steel 12KhIHF# steel 15Kh1M1F1, steel 12Kh2WB#
steel 12Kh2MFSR# steel =756j, steel IKhl2V2MF
'ABSTRACTt- The resistance to scaling of l2Xh314F, 15KhJMJF, 12Kh2HFSRO and U756,
IKhl2V2MF steel specimen's (tubes and rings) used in boilers was Investigated in
great detail# and the comMsition, of each steel was tabulated. The specinew were
subjected to cycles of heating (1000j, 3000# and 5000 hrs duration) and cooling (f0f
125 hre) all done in air. The specimens were weighed before and after each expsrift~
ment, and the depth of scaling was measured. The results show an intensity of
scaling higher than thans, used'in the Leningrad Heat Power Machine Design Congress
of 1958* This difference Is attributed to the inherently higher corrosiveness of
c,,,d 1./2

.KON-O-,ROVSKIY. A.Z., kand.tekhn.viauk; VASITICHKOVA K.I., inzh.;
KUZNETSOVA, T.P., inzh.
Resistance to scale formation of boiler steel. Teploenergetika
11 no.2:13-18 F 164. (KRA 17:4)
1. Vsesoyuzny-y institut p- royektirovaniyu organizatsiy
energeticheskogo stroltallstva, Moskovskoye otdeleniye
TSentrallnogo kotloturbinnogo instituta i Vsesoyuznyy nauchno-
issledovatellskiy teplotekhnichoskly institut.

ACCESSION NRs AP4025WO 8/0096/64/000/WW003VO037
AMORSI XQAtoxQvjjUp_A_t Ze (CandJdate of to chnical goiences) I Vaoraftwas
1. (&gLneer) 1 Xu=wtsovap Y.- P. (Znginew)
TITLE: Aging certain 1*ypes of boUar st*4
SOURCEs !Tep1"ne;getLkas, no* 4s i964s 34-37
TOPIC TAGS: steel, boiler steel, agings aging boiler plates l2KhW steels
l2Kh2MFB stools l2XhMM stools 15KhLW steels E1756 steels steel strength,
ordered metal; disordered metal, holding time, metal structure stabilitys caroide
phase variation,, plastieLtyv ispaot strengthj dispersion hardening
-ABST'RMT s The variations in the structure and physical properties of boiler steels.
during aging with relation to holding time at high temperatures (600-6500 ware
studied. The metals tested weres l2KWMj lUb2Ms l2XhZ4M* 15MLWO and
M756 steels. Uperlaental results abowed that strength of all the types imesti-
zatedwas impaired by the Anarease in aging teVerature and in the holding time.
This effoot was more pronounced during the first SM-1000 hove of holding* The
-authors eiQlain the causes for the variation in metal k-rdn as, plasticitys, twMils
Card 1/2

Acassiox NRa AP4025420
strength,, and impact strength WIdW thoud trOUbm"s in terms Of structural
.Changes due to phase transformations They emphasize the effect of the 4110Ying
elements redistribution in the solid solution and the carbide phase. Stools
-1.29hlWs 3$KhIW end EL756 showed a noticeable weakening in the process of &gWg,,
while the response of steels lXh2NFB and 12Kh2MM was Insignificant. The
variation in physical properties of steel 11756 win require ftrther study before
conclusions can be wAse Orige ax$* has& 2 tables and figures.
ASSMIATIONt none
3MKr= 3 00 M~U AGQs 20ip-64 MCLI 00
.-SUB GODIs HL ID MW Bove O(M OWRI M
Card 2/2 .......
10M.
IMP

KoflTORSHCHIKOV, A. S.
F0flT0ff;HCHIK0V, A. S. - "Methods of Calculating thp Evaporatibn
of Soil Moisture in Fields Used in Agricultural Cultivation."
Sub 3.1 Nov 52, Central Inst of Forecasts. (Dissertation
for the Degree of Candidate in Geographical Sciences).
SO: VecherDffa Moskva January-December 1952

KONTORSHCHIKOV, A. S.
,'Computation of Evaporation From the Soil".
Meteorol. i gidrologiva No 4, pp 28-30, 1954.
It is established that in years with enhanced reserves of moisture
and with small precipitation the evaporation as computed in accordance
with the graphs of B. V. Polyakov (Trudy Tsentr. in-ta prognozov, No 4,
1947) strongly doffers from the evaporation as computed in accordance
with the method of water-balance of soil. The author assumes that for
definite reserves of active moisture W and for precipitation X the quan-
tity of evaporation will be approximately the same as when precipitation
is absent but soil moisutre quantitatively equals W+X. In place of the
four graphs of Polyakov the author constructs one graph of the family
of curves W+X expressing the sum. of reserves of soil moisture and quan-
tity of precipitation. He recommends use of this graph for forecasting
of total evaporation from a rover basin. It gives improved results.
(RZhGeolo No 9, 1955)
SO: Sum No 884, 9 Apr 1956

A :~. ~j;I11'~, *,-' / , -'~, ~" , I--,--,-,,-'7-~r _~-- - ----
KONTORSHCHIKOV, P.T.- KARkCHV, A.S.; LYUBIMOT, V.P.
Study of power conaumed in core drilling of geological exploratory
wells. Harved. I okh, nedr 23 no.4.-34-41 AP 157. (NINA 11:1)
1, Sverdlovskiy gornyy Institnt imsul V,T. Takhrushava.
(Borlig)

r v, A, o
USSR/Cultivated Plants Grains. M.
Abe Jour : Ref Zhur Biol,j No 4i 1958., 15516
Author :-.A.S. Kontorshchikov
.. ----------------
Inst : The Central Forecasting Institute.
Title : An ALTiculturo Meteorological Evaluation of Agriculture
Crop Fornation Conditions Based on Spring Wheat.
(AbToraeteorologicheskaya otsenka usloviy formirovaniya
urozhayn sellskokhozynystvennykh kulltur na primere
yarovoy pshenitsy).
Orig Pub : Tro Tsentr. in-ta prognozov, 1957, vYP- 53. 82-94.
Abstract : No abstract.
Card 1/1