SCIENTIFIC ABSTRACT POLYANSKIY, V.A. - POLYANSKIY, YU.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001342020016-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

POLYANSKIY, V.A. (Moakva)
Diffusion and conduction in & partially lornized multitemperaatur~-
gaseous mixtux-e. PMTF no.5%11-17 '0 161- (ill-RA 18i41
F
O-O'Iff-M-MARZ
M Ml~kW

1 31071
0. IND 11,LiLl6b S/179/61/000/005/002/022
E032/c4i4
AUTHOR: Po~~~~ (Ploscow)
_'TITM. Effect of Joule heating on heat transfer at! the
critica.l.point
PER IODICAL: 'Akademiya nauk SSSR. Izvestiya. Otdelen.iye
tekhnicheskikh nauk. Mekhanika.i mashinoetkoyen'iye.
no.5, iqft, 11-15
.TEXT: The aim of this work was to investigate'thereduction in
06 heat transfer. to the surface of a body, moving with
4ypersonic speed, due to'the application-of a magnetic field.
Pre.vious.workers did not take Joule heating into account in such
calculations. Assuming~all physical characteristics of a-.fluid-
to be coinstant (viscosity, thermal, conductivity, etc) the
_--.equAtionx'of magnotohydrodynamics for 'an incompressible fluid-may,
be vritten down in th
Card. 1/ 10

31071
S/179/6i/oOO/005/002/022
Effect of Joule heating X032/Z414
Here .6 i.s.the thickness of the boundary I& yer, L in a-linear
dimension and 'RM is the Reynolds number. Assuming that Rm < 1,
it turns out that
Z7
(3)
K
Since div H 0 it follows.that
H,,*
Using the nqtoti~on
too' L 2
X 1q Y kV) u 91 (4*v) v v* Kv) (5)
H =p*
p (pOav)-I,. T=T*cv(a,v)-'L
and-f.
p. v.
49poav,, v
where a0 has the dimensions of see'l Eq.(I) can be written
in the form
Card 4/10

31071
5/179/61/000/005/061/ftz

Effect 0 0
f J'ule heating ... B032/24i4
au
Lp + Sp (H, + Au'
at
all
p 0
�(u a 0
'
ou of =0

'SH ay
or or 8p+ t mr 02
u v +
+

The boundary conditions then take the following formt
-
'
-
.(a
) on the wall
00 T T.*

a, V) p (0. 0)
(p
'Ht, 0,

b),,*qn
the
4urface of the boundary 1
ayer
. .
T - T
cp (a v)-II
C ird 5/10,

31071.
S/179/61/000/005/002/022
Effect of Joule heating 9032/z4i4
In terms of the.current function
If 61) and', Q i. jg(n)
(liq%Ud and magnetic field respective y)# the now' variabies are.,
giveft.b
y
U - V, (q), V -Anb U, N), H'. g (1)
(9)
The temperature and the pressure are-then so'ught in the form
of an expansion in powers of (only first and second terws,arp
retained)t-
nst)j T T, + (T. To) 6 + VGs (1q)
p=pO+Gt2 (C co
:-Zn.these expressions Tv in the. dimensionless 'wall temperature.
''Substitution of Eq.(9) and (10) into Eq.(7) yields the following
Ordinary set of differential,equations
+ 2C
PC - I,g - IV 0, 5g, - J,g 0, oil, + no, 0
o,' + P J091 - 2P/192 - 2CPf1 - P Y" + SP99")
Card 6/ 10,
7

33-071
S/179/61/boo/605/062 ~2'
Zffect, ~.6f 'Jouls,,heat in
--A ftom'~ Fig. 2~'.-Jbuile heating.Alwa
0 '-can bil feel!''
y
-A
Wit eaie,.In
4
--j#l Udi , T a imum: C angel,
-_ a a neream. h' ~ max h
..5: -120 84-1 0 ectil-t f oi:,. 1'6":6
6Uftdi-to-odcur'..
~J -gL
f
--3 -300 ~plhd w:
10 j; I
k
~YA
001041
~N Akc.-I ield-4068. giv"*:~
fo-d u-
rptnm er
ki~iwi- 0606~:Oe):~
~25 arge.magn
ti-
to "p-Articuu, mportapce, to'', his ~po.sslble;-* aliplica of.:, tl~i
i- i~:-#tov: rig., ypervi Jj'j mi-~
"d, on 0, 01:60 e in
e8
a Jj6,
el'o,' I f them
ncw~~, m6' itiji dye,
parame er
-T.
-~bq respond.' to'-+'~, t is, case'. atetition6dAh connection
v
T. ".j*V b", hi 06n -66 heat':-triin~f 'thli - ci-iiiimi ~dini; -
ina.- ief
erenqe~,~:- b c- ands 1- dn~-Sovi**;
4,
PC a re erence, to-ah:~ fisilish, iafig"ge- p on 'reads A
m f ublic~ti
10

POLYAITSKIY, V.A., inzh.
Some problems in methods for working out power balances and in
determining the technical and the efficiency indices of factory
heat and electric power plants which utilize secondary resources
of power. Trudy LIBI no.29:50-68 159. (14IRA 13:5)
(Power engineering) (Electric powerplants)

r'1-110
OGIY3VSKIY, V*H., prof., doktor tokhn. nauk; STOROZHEM. A,M., inzh.;
POLYANSKIY., VA....
Inventigating vibration conditionsof the operation platform of
paratission-rope boring machines. Irazop. truda v prom. 2 no.Z:
24-27 F '58. (MM 11:27)
1. Mgnitogorskly gorno-notallurgicheskiy inatitat (for Oglyevskly,
Storozhanko). 2. UfImskiy na-achno-issledovatellskiy institut
gigiyany truda i profzabolovanly (for Polyanskly).
(Bbrine, machinory-Vibration)
MP - - - -w- MIN"

VIASOV, L.N.; ISANINA, T.G.; LXV114A, R.G.; POLUNSKIY, V.A.
Effect of noise from motor-testing installations on the health of
the population. Gig. I san. 24 no.4:68-69 Ap '59. (MIRA 12:7)
(NOISE, effects,
indust. noise on health of POP-alation in surro-anding
arenE; (Rus))
- ----- mom=

POLYAIISKIY) V.B.
Distribution of induced potentials in the cerebral cortex
of rabbits under the influence of light stimuli of various
brightness. Zhur.vys.nerv, deiat. 13 no.2Z301-308 Mr-Ap'63-
OMRA 16:9)
1. Chair of Physiology of Higher Nervoua Activity Moscow
University.
(EIC TROENCEPRALOGRAPHY) (LIGHT-PHYS10LOGICAL EFFECT)

POLYAIISKIY, V.B.,,
Connection between spike diac~arges and evoked potentials in
the visual cortex in rabb4tS. Zhur. vys. nerv.. deiat. 15 ro.5:
903-910 S-0 t65. (11IRA 18: 11)
.1. Kafedra fiziologii vysshey ri(3rvnoy doyatollnosti Moskovskogo
gosudarstvennogo universiteta irp. M.V..Loniono5ova.

GUSELINIKOV, V.I.; ZOLYAllSkrX,-VB--.
Functionitl interre3lationnh1pn of unno brain divioloms in p1geonfl.
Naucb.dokl.vys.ohkoly; blol.nauki no.2:60-66 '59.
(14IRA 12:6)
1. Rakomendovana kafedroy fiziologii vy9shey ner7noy dayatell-
nosti, Moskov&ogn gosudarntvennogo univeratteta im. M.V.
Lomonosova.
(BRAIN)

GUSELINIKOV, V.I.; POLYANSKIY, V.B.
Reaction of rhythiaic transformation in different sections of
a P~geon is brain in response to a doubled rhythiaic light
stimulus. Nauch. dokl. vys. shkoly; biol. nauki no.l-.83-&7
162. (MIRA 15:3)
1. Rekomendovana kafedroy fiziologii vysshey nervnoy deyatell-
mosti Moskovskogo gosudarstvennogo universiteta, im. M.V.
tomonosova.
(BRAIN)
(ELECTROPHYSIOLOGY)
-1 WIH
i n-q.N'-4 RIM-494~

MiONIN, L.G.;GUSEL5NIKOVA, K.G.; IORDANIS K.A.; BLTELEVA, T.U.; LIITKOVA, N,V.;
POLYANSKIY, V.D.
Effect of electric stimulation of the reticular formation on
conditioned reflex activity. Trudy Inst. vys. nerv. daiat.
Ser. fiziol. 6:195-202 161. (MiRA 14:12)
1. Iz Laboratorii,sravnitellnoy fiziologii vysshey nervnoy
deyatellnosti, zav. - L.G.Voronin.
(CONDITIONED !WPQNSE)

POLYANSKIY, Viktor Ivanovich; LEBEDEV, V.
Gusev. Kaliningrad, Kaliningradskoe kn-izhnoe izd-vo,
1963. 50 P. (MIRA 17:4)

V.
~9~
1- MROM -
POLYANSKIY., V.I. L R CA S I ~! I I

OWL
ON
POLYA14SKIYt V.I.9 kapitan
Rocket and nuclear stronghold of the United States and its allies
in the Mediterranean basin. Mor.Bbor. 44 no',1:80-87 Ja 161.
(MIRA 14:3)
(Nediterranean Sea region-Military bases)

POLTANSK IY, V.I.
Air pirates on the sea lanes. Vest.Vozd.71. no.lo:83-86 o '6o.
(MIRA 13:11)
(Yreedom of the seas) (Vnited States--Air force)

PCLYANSKIY. Vladimir Ivanovich, prof. [1907-1959]; pLTROVICHEVA, O.L..
red-.-; MALAKHOV, A.G., khad.-tekhn.red.
[In the tropics of Southern China] V tropikakh IUzhnogo Kitaia.
Leningrad& Izd-vo Laningr.univ., 1960. 118 p.
(MMA 14:1)
(China, Southern-Description and travel)
(China. Southern--Vegetation and climate)

L 31498-66 EWT(1) IJP(c-) VM/GG.,
ACC NR: AP6013027 SOURCE CODE: UP/0053/66/020/004/0701/07OP-
AUTHOR: Polyanskiy, V. K.; Rvachev, V. P.
........... 93
O'RG: none
P,
TITLE: Concerning the reflection of li~"ht by roujh surfaces
SOURCE: Optika i spektrookopiyaj, v. 20, no. 4, 1966P 701-708
TOPIC TAGS: light reflection, surface roughness, light diffraction, geometric
optics,,.light scattering, light polarization.. optic brightness
ABSITRACT: The authors point out in the introduction that the two standard methods.
used to investigate the interaction between light and a rough surface, the dif-
f~raction method and the geometric-optics method, wherein the rough surface is as-
sumed to be a random aggregate of microscopic areas, each reflecting separately,
have actually very little in common. The purpose of the present investigation was-
to investigate the scattering properties of rough surfaces in polarized light and
explain some of the observed phenomena on the basis of both the Ueometric-optics
and diffraction concepts. The experimental setup used for this purpose (Fig. 1)
is based essentially on a brightness-measuring apparatus described by the authors
earlier (Tr. GOI v. 24, No- 143, 3, 1955)- The measurements were made on a plate
of black glass with refractive index 1-515, one surface of vhich was polished and
Card V2 UDC: 535.361.2

31498-66
ACC NR: Ap6oi3o27 0
Fig. 1. Optical diaGram of _4
setup. 1 - Aperture diaphragm
of illuminator, 2 - inter-
ference light filter (550 nm),
3 - polarizer, 4 - object, 5
analyzer, 6 - field diaphragm,
7 - aperture diaphragm of
Ireceiver, 8 - photomultiplier,
9 reading device.
the other one was roughened mechanically. The degree of polarization and depolari-'
zation of the light beam was determined for different angles and compared with the:
calculations based on both approaches. The results show that the zero-order dif-
fraction approximation is more detailed than the geometric-optics approximation,
and provides a satisfactory explanation for the depolarization of the light and
for the dependence of the polarization on the scattering conditions. It also ex-
plains the shift of the maximum of the scattering indicatrix toward the larger
observation angles. Ori art h 5 figures-and 3 formulas.
20~. . as:
Card 2/2 SUB CODE: SUBM DATE: 26Feb65/ oRiG REF: o13
A'
k

VASHCHERKOV V,'*.I.;_Eoi TIMOFEYEV~. V.D.
Polarizing action of prism sp#3atral instrumants. Zhur. prfel.
spektr. 3 no.5:456--458 N 165. (MIRA 1.8-11)

KOVALISKIY, L.V, (Kovaltalkyl, L.V.1; POLYANSKIY, V.K. [Polianslkyl, V.K.]
Polarizing effect of spectral inatruments. Dr. fiz. zhur. 10 no.1i
95-98 Ja 165. (MIRA 18W
1. Chernovitskiy gosudarstvennyy universitet.

RVACREVO V,P.IP.OLYAIZSKIY. V.K.
Pallotratim of polarized light tbrough a lighto-scattering
aurfaces Opts I Iapektre 18 no*6tlO57;1064 Ja 165. (MRA 18s12)

POLYANSKIY. V.M.
Automatic navigational echo depth sounder. Inform. Bbor.
TSNIIMF no.74: Sudovozh. i sviaz' no.19:20-32 162.
(MIRA 16:6)
(Echo sounding)

-POLYANSKIY,,V.M.; SPIRIDONOV, V.B.
Electron microscopy of the structure of the SAP material.
Metalloved. i term. obr. met. no.12:37-39 W63. (MIRA 17:2)

88504
s/14q/6i/ooo/0oI/008/013
A006/A001
AUTHORS- Polyanskiy V M. Bcgolepov, M.G., Litvintsev, A.I., Panov, A.V.
TITLE. Investigation of Gaaes in Aluminum Powders on a Mass-Spectrometer
PERIODICALt Izvestlya vysshikh uchebnykh zavadeniy, Tsvetnaya rn~:~allurglya,
1961, No. 1, pp. 112 - 120
TEX'11': The presence of a. grF-.at amolmn-L of adsorbed gases t-I solid al,11rdinum
is exp:aained by the hygrosaopi,: of oxil-ftes in the metal. Adsorbled HpO s
retained in the metal until about. c-100C when its intensified decompoE-ition by alu-
minurr, takes- place (2A1 + 3H~O = A1203 + 31i.2), Since adsorption iB cornected with
the magnitude of tine specific surface of the adsorbent, a part!,-nular high amount
of adsorbe,.~, gasez can be expepted in alum1num Dowders; and since the pulverizaticn
of violter, Pa ir. th~ of pow6er is con-ne-,ted with a Ugh crystallization
rate of the metal, the amcuznt of dissolved gases ir the powders must exceed that
4 4- e oast mistal. An investigation was made to reveal the amcunt and composition
,n th 11
of gases in aluminum powders and to detlermine the Interaction of the gases with
the powder material. Degassing of oowders and kin,~~tdcs of gas liberation were
also investigated. The experiments were made with powders whose composition is
Card 1/ " -~

88504
~Q4y6i/000/001/008/013
A0
6 A00
Investigation of Gases in Aluminum Powders :)n a Mass-Spectrometer
given belowg
Table I Gnamical ComDositicn of initial Aluminum Powders
Ne of Drjw- Ccnt.ent,
de Ai A120 3 Fats M31sture Other components
95,55 0,-3-- 0,01 0,1_3
2 86,4 13,08 0,2-
Gas extxac4-ion was Derformed in a va3L-.am devioe inci,~ided Into trie gas filling
Syst-.em of a mass zsnectrometer (Figure 1). Pressed cyli-ndrical samples were placed
into the extraction assembly and heated by elect-ric currerLt passed through a
molybdenum, wire. The quaznt~itative an-alysiz! of extracted gases was made tg heating
the sample to !-(0 a-rid 4500r,, ax;d by taking mass spectra at each of these tempera-
ras-a!--E o-DI.&J,ned (given in Table
tures in the range of mass numbers i - 44. 9,be
2) show -1ha-L-. a-%~,-, 1700C the gas extracted Is wat"Ier vapor. At a hIgher tamp&rature
the gas comp.-Dsition changes, its basic componentZ, are F.2 and CO; a small amount
of CH4 appears and the amount of H 0 vapors diminishes sli-,-Arply. The temperature
2
Card 2/11

88504
s/149/61/ooo/ooj/oo8/o13
A006/Po I
Investigation of Gases In Aluminum Powders on a Mass-Spectrometer
zones of maxima of individual gas component liberation were determined by heating
the pressed powder specimens in a vacuum at a rate of 2_30 per minute. Curves of
vacuum changes (Xinetic curves), ion current curves of the components (H 2+ and
H20+) and temperature curves of the specimens were recorded on the tape of a multi-
spot electronic self-recording potentiometer. The kinetic curves were obtained
for initial powders (undegassed powders)'; technically pure Al samples (AD-1);.
for specimens degassed by heating in vacuum and subsequently held in wet atmosphere
with 100% relative moisture at 25OC; for specimens degassed by heating in air and
in air under an activated carbon layer, in inert gas stream and in a vacuum. To
reveal the possibility of degassing pressed powder specimens by heat treatment
experiments were made in different media. (Figure 4). It is shown that degassing
of powders by heating is possible under the condition that the vapors or gases
liberated are removed by vacuum treatment or by an inert gas flow. The following
method was found to be the most suitable one: after degassing, heat treatment of
the specimen in an argon flow (0.05 02s 0.23 N the rest argon) by heating to
6000C subsequent cooling to 2500 at a rate of 910 per minute, and then to 20'C at
a rate of 150 per minute.
Card 311.1

887-04
s/149/6i/boo/ooi/oo8/oi3
A0061AOOI
Investigation of Gases in Aluminum Powders on a Mass-Spectrometer
Table 2
results of the quantitative analysis of a gas extracted in a vacuum from aluminum
,powders and a AD-1 alloy
No- or
10 0 Tempera 'Gas c0 %pqnenzs'~
M- 1COM11011CIMA Mi.

al volu
ilo-.. Temnepa- W11A Oftem
e
P t
LUKa' Typa. tib H2 CO CH4 N2 O
i
'
'4M
1
6ow er ture. C n
C
2 170 100 6.16
1 100 2,14
2 450 1.48 76.5 18.0 1.70 2,32 12,2
1 - 67 30.9 2,1 - 2,86
A11-1 - 100 - - 2,18-10 a
card 4/11
ne

885o4
s/149/61/000/ooi/008/oi.3
A0061AO01
Investigation of.Gases in Aluminum Powders on a Mass-Spectrometer
Table 3: Qualitative analysis-and kinetics of gas'liberation from AD-1 alloy and
pressed aluminum~ powders, held in a wet chamber after preliminary de-
gassing and vacuum heating
I WADMIX Avg 0.20PANN "A- MOO
=erla IrVa-VO of.. Maxima
in
Holdin e in~. Temntparypa (~Q mBKc;imymoB Ust
IspeS I'Jimep... No. of powder
.. .T
s mamepe. siac M nOPOWK& H 0 H,
a
hrs
Oe ch -Mbgr,-
70 2 201
405 1 2W 60
- All-1, 360
weAerB3MPO9MHHh1-h-_,
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A006/A001
Investigation of Gases in Aluminum Powders on a Mass-Spectrometer
Table 4: 6omposition and kinetics of gas liberated from initial aluminum'
powders
No. Of T Te-Aiier,8TY111A ('C) M3KC11MV.%J0H A
M 110. qMXqr.&-tUr~ M"
I
poulKs 11:,0 -or
iz M1 CIO CH4
2 85 4:10 ,11() '!6() 410 430 410 410
1 2(x) 4.4) 31. 360 441) 450 420 420

Investigation of Gases in Aluminum Powders on a
Mass-Spectrometer
Figure 1
Schematic drawing of a gas filling system
of the mass-dpectrometer: 1 - filling
cylinder; 2 - filling cylinder valve; 3 -
APH-lo (DRN-10) diffusion pump; 4 - 131-~461
(VN-461) fore-vacuum PumP; 5 -'ion source
of mass-spectrometer; 6 - diaphragm; 7
gas filling tap of the mass spectrometer;
8 - extraction assembly; 9 compression
manometer; 10-- 41-2 MT-2) manometric
lamp; 11 - voltage stabilizer;' 12 - labo-
ratory autotransformer; 13 - electronic
self-recording potentiometer.
Card 7/11
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AOo6/Aool

88504
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AG06/AOO1
Investigation- of Gases in Alum inum Powders on a Mass-Spectrometer

V Figure 2
V
V
Kinetic curves
of H20 liberation from pressed alu-
minum powders
+ 1 2 13 - vacuum curves; 1', 2',
'
'
curves;
H20 1
1 - powder No. 1; 2, 2
, 3, 3
powder No. 2; Heating rate 2_30/min (a) and 520/min
I-V (b)

75

5

38504
s/14q/6i/ooo/001/008/013
Aoo6/Aool
Investigation of Gases in Aluminum Powders on a Mass-Spectrometer

Figure 3

W 15 Nature of-pressure and ion current
. 42 changes during annealing of a non-treat-

-
32 k' H + 2 H 0+, 3 - curve
ed specimen 1 - 2 , 2
So of pressure changes; 4 t,~,-mperature
75 changei of the specimen
90
6 /a
7
25 20 ,

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A006/A001
Investigation of Gases in Aluminum Powders on a Mass-Spectrometer
gaffom, Afe Oln c1n.
Figure 4 ~; . 1,3 .

t

-
T 1
A

88504
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A0061AOOI
Investigation of Gases in Aluminum Powders on a Mass-Spectrometer
Figure 4
Vacuum changes during heating of specimens after different heat treatment; 1 - non
treated;' 2 - vacuum-annealed and held in air for 5 min; 3 - annealed in an argon
flow up to 6000C cooled in the flow to 2500C in a furnace and then to 300C by
high-speed proce;s; held in air for 10 min; 4 - non treated AD-1 specimen;, 5 -
annealed in a vacuum and heated to 6000C in air; 6 - annealed in air to 600 C;
7 - annealed in an argon flow up to 6000C and extracted from the flow at 6000c;
8 - annealed in air to 6000C under a layer of activated carbon; 9 - annealed in
a vacuum up.to 6000C and held in a wet chamber at 250C for 20 hrs; 10 - tempera-
ture changes of the sample.
There are 4 tables, 4 figures and 3 Soviet references.
ASSOCIATION: Moskovskiy institut stali (Moscow Steel Institute); Laboratoriya
izmeritel'nykh priborov (Laboratory of Measuring Instruments)
SUBMITTED: December 28, 1959
Card 11/11

31234
S114516110001011100210(Y4-
D221/D303
0l v Candidate of Technical Sciences,
AUTHORS: aye~V,,
Do~cen anVdVBashmakov, Engineer
TITLE: Calculating the turbulent boundary layer durin.-
coolant feeding through a porous wall
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, T.11ashino-
stroyeniye, no llj 1961, 118-128
TEXT: The authors consider a plane plate situated in a
stream of compressed gas. It is assumea that a film is maintained
along the whole length of the plate. The authors quote the equa-
tions of the steady turbulent flow which are solved under the
following assumptions: The speed of the liquid film with respect
to the wall is neglected; the temperature of the film is equal to
the boiling temperature of the coolanti the losses due to heat
transfer are small, and the heat is used for raising the temperature
and evaporation of the coolant; the thermal capacity of the bound-
Card 1/4

31234
Calculating the turbulent boundary
S/145/61/000/011/002/004
D221/D303
ary layer is constant; chemical interaction and secondary effects
are disregarded, and it is assumed that Pr=l. The authors reduce
the problem to analysis of a dynamic boundary layer. After mathema-
tical manipulation a relationship is deduced which allows the dimen-
sionless speed for a known Reynolds number to be determined. Iae-
numerical computations demonstrate that this equation is well approy,
imated by a linear relationship. The latter is a function of the
viall temperature, and to a lesser extent of the flow speed.
Re W = T~ 2 (xsf, Jo -1 ) e xYl Jo 128)
1 [
X) xco I (xi 0)2
permits also evaluation of changes in the dimensionless speed te,
during the variation of J 0 at constant speed u.... The total jf.'Icv;
of the coolant is considered when it is fed through a porous elemen'-.
Card 2/4

31234
S/14-5/61/000/011/002/004
Calculating the turbulent boundary D221/D303
of length e, and for a total length of plate L. This results in
lg Rex, w '1,29 (33)
-0,2065
G e
X C0
where the coefficient of dynamic viscosity can be determined from,
an approximate formula due to Stepanov,
M
w
14 M
By the assumption of b=IrD,
Card 3/4

31234
S/145/61/000/01-1/002/004
Calculating the turbulent boundary,... D221/D303
G = 2,75A -b /4w e1,935 1g Rex,,W- 1,29 (34)
can be used for pipes. Curves illustrating the relation-ship between
the specific flow of coolant and the Reynolds numbers as well as
e)q.erimental results of Kinney and Abramson are plotted. The
comparison reveals a good agreement, although for higher intensity
CD
of feed there is an increase of discrepancies in the above. T.,I--re
are 2 fi--ures and 4 references: 3 Soviet-bloc and I non-Soviet-
0
bloc. The reference to the English-language publication reads as
follows; G. Kinney, E. Abramson and G. Sloop, PACA Rep,. .108?~ 1~152
A66,..;ICIATION: MVTU im. 1-1. E. Baumana (MVTU imen-1. N. E. Bauman)
Card 4/4

L,
T W
ACC NRi AT6o12376
j-
SOURCE CODE:
AUTHOR: Po Lyanski V 14.
ORG: none
D98/0101
TITLE: Investigation of the fine-structure of two-phase alloys of -titanium
SOURCE: Soveshchaniye po metallokhimii, metallovedeniyu. i primeneniyu titana i yego
splavov, 6th. Novyye issledovaniya titano,,rykli splavov (New research on titanium
alloys); trudy soveshchaniya. Moscow, Izd-vo Nauka, 1965, 98-101
mechanical property, annealing alloy,
TOPIC TAGS:A titanium, titanium alloy, metal property, electron microscopy) x ray
spectroscopy/ VT14 alloy
ABSTRACT- The fine structure and its influence on the mechanical. propertics of the
alloy VT1 (Ti + jal. Al + 4'p' 1,10 + 1% V) were studied. The structure of -the alloy
specimens annealed at 950, 850, 600, and 700C and of specimens annealed at 6500 and
aged for 1-8 hours at 450--600C was determined by means of electron microucopy, x-rV
spectroscopy, and microdiffraction methods. Photographs of alloy microsectiona are
presented. The fine structure of annealed VT14 alloy specimens i3 characterized by
the presence of slip lines and, possibly, twins inside the martengite layers, the
formation of an intermediate phase (presumably W'), and segre&ation of the alloying
elements on the crystal lattice defectB of the rA and c(1 phases. It is chown that
the Deculiarities of the fine structure of the annealed VT14 alloy specimens are
T 1
Card 1

JAM
,pical of the two-phase titanium alloys of the type (or + 13). It is suggested that
ty
annealing temperature inoreaoes -the flow limit by fostering the deposition of finely
dispersed j& -phase deposits. The strengthening of the alloy by aging ic associated
with the deposition of atoms of the alloying elements on the slip planes inside the
martensite layers and on dislocations and with the formation of the a -phase. Orig.
art. has: 3 figures.
SUB CODE:' 11/ SUBM DAM 02Doc65/ ORIG REF: 001/ OTH REFt 001
Corti

FHASE I BOOK EXPLOITATION SOV/5685
Fridlyander, I. N., Doctor of Technical Sciences, and B. 1.
Matveyev, Candidate of Technical Sciences, eds.
Teploprochnyy material Iz opechennoy alyuminiyevoy pudry (SAP); cbcrmik
statey (Heat-Resintant Material From Baked Aluminum-Powder
(SAP); Collection'of Articles) Moscow, Oborongiz, 1961. 122 p.
Errata slip Inserted. 3,550 copies printed.
ReVievrers: M.'-F. Bazhenov, Engineer, -and M. Yu. Bal'ohin,
Candidate of Technical Sciences; Ed.: M. A. Bochvar, Engineer;
Ed. of Publishing House; S. I. Vinogradskaya; Tech. Ed.i
V. 1. Oreshkina; Managing Ed.: A. S. Zkvmovi3kava, Engineer.
PURPOSE : This collection of articles is intended for scientific
workers and engineers In the Institute and plant laboratories
of the metallurgical and machine-building industry; it may also
be useful to*instructorn and advanced students.
COVERAGE: The 12 artioleu contain the results of research on the
structure, properties,and manufacture of semifinished products
Card 1b

Heat-Resintant Material From,(Cont.) SOV/5685
from, aintored aluminum powder. The technology for the manu-
facture or aluminum powder and briquets in described an are
sintering processes, and pressing, rolling, drawing, and
3heet-stamping methods.. The dependence of the properties of
semifinished products on the aluminum-oxide content of,the
povider, on the degree of hot and cold deformation, and on the
stresses of pressing in Investigated. Also investigated are
the mechanical and oorroQive proportion of semifinished pro-
ducts, the mechanism of hardening of ointered aluminum'poildor,
the reasons for bliater formation, and the possibility of
recryztallization. Data on sintered aluminum alloys are inoluaed.
No personalities are mentioned. Referenoes in the form of
footnotes accompany the articles.
TABLE OF CONTENTS:
Introduct'ion 3
Gerchikova, N. S., N. 1. Kolobnev, M. 0. Stepanova, and I. N.
Fridlyander. Effect.of Aluminum-Oxl-d-e-C-ob-t&IiC-iin- the Structure
card 2/5

)- 0
Heat-Resiotant Material From (Cont.) sov/5685
and Properties of Pressed Articles From SAP [Sintered Aluminum
Powder 5
._Ptepanova,-M..-Q., 0. P. Zenkov, Ye. M. Lekarenko, and L. A.
Mal-all- Aluminum Fouder for SAP' 17
The work was carried out witl; the participation of G. N.
Pokrovskaya, Chief of TsZL; R.,V. Nesterenko, Acting
Chief or the Shop;and Engineers L. I. Kibitova, N. D.
Chumak, and N. 1. Kolobnev.
Matveyev, B. I., P% 0. Stepanova, and N. I. Kolobnev. Effect
of Specific Presiu-Ye-Ih--PNf99In-g- on Properties. of Semifinigh-
ed Products From SAP 30
Matveyev, B. I., S. 1. Nomof1lov, and V. A. Shelamov. Press-
ing of Semifinished Produets From SAP 36
The work was carried out with the participation of Engi-
neers A. V. Fedotova and I. R.-Khanova, and Senior Teeh-
nician L. S. Perevyazkin.
Card 3/5

Heat-Resistant Material From (cont.) SOV/5665
Murzov, A. 1. [Candidate of Technical Sciences], S 1.
Nomofilov (Engineer), and V. A. Shelamov (Enaneerj. Rolling
of Sheets From SAP 50
The work was carried out with the participation of Engi-
neer R. F. Fllimonova and Technlcjans V. I. Sverlov and
0. A. Kolosov.
Natveyev, B. I., N. A. Davydova, and I. R. Khanova. Study of
the Effect of the Degree of Deformation on the Properties and
Structure of Pressed Semifinished Products and Cold-Rolled
Sheets From SAP 59
Ihe work vias carried out with the participation of L. S.
Perevyazkin and 0. A..Kolosov..
Davydov, Yu. P., and 0. V. Pokrovskiy. Stamping of Sheets From
SAP 66
Litvintsev, A. I., and E. P. Belova. X-Ray Diffraction Study of
the OyAde Phase in SAP 77
Card 4/5

J_ 0
Heat-Resistant Material From (cont.) SOV/5685
Gorelik, S. S., A. 1. Litvintsev, and E. P. Belova ' Special
Featui-es of Recrystallization of Sintered Aluminum Powder (SAP) 88
L:Ltvlntsev, and V. %1. Polyanskiy. On the Nature and
Mechanism of Blister F6TZATTMr1-ff-XAT-' 100
Matveyev, B. 1':~~ P. V. Kiahnev, and 1. R. Khanova. Properties
of Semifinishea'Froducts From Sintered Aluminum Powder 108
Krivenko, R. A., Ye. A. Kuznetsova, and I. N. Fridlyander.
Sintered Aluminum Alloys 113
AVAILABLE; Library of Congress
JA/wrc/jw
10-27-61
Card 5/5
t4~~4i
INR
02~
ME

W
SOV/20- 125--41-36/67
Calculation of a New Cell for Measuring the Pressure of Saturated Vapors of
Metals
characterized by the following: each vapor particle hitting the
metal surface is reflected by the wall with a certain probabili-
ty, and hits the surface again. Consequently, the vapor particle
attains the evaporation surface several times~ The Knudsen cell
resembles an "absolutely black body". The vapor escaping through
the effusion aperture does not disturb considerably the equi-
librium. Further, the authors indicate the similarity between
the characteristic features of radiation and evaporation. Under
the given conditions the vapor pressure is equal to the third
part of its energy formed Der unit of volume (in this connection
only the kinetic energy of the particles is taken into account).
The integral density of radiation 9 = UT4 corresponds to the
vapor pressure. The aforementioned similarity may be expressed
in the following manner: the acoomodation coeff-'cient a --9/-)
corresponds to the degree of blackness &, and the difference
a = y corresponds to the reflection coefficient The evap-
oration is characterized by the following quantities: condensa-
tion constant7)(i.e. by the number of particles which are con-
Card 2/4

S07120-125-1-366167
Calculation of a New Cell for Measuring the Pressure of Saturated Vapors of
Metals
densed per unit of area and time), the number of Particles
which, in the presence of an effusion aperture, hit the inner
surface of the Knudsen cell per unit of time with respect to the
unit of area. In the cell under investigation the vapor enters
interaction with the sample surface and the cell walls. Accord-
ing to the authors, there is no interaction whatever between
vapor particles and the walls, apart from physical adsorption.
This may be brought about by fastening various materials (with
complex composition of the molecular crystals) to the walls. The
authors then determined the ratios of cell parameters at which
the vdpor contained therein corresponds to the "absolutely black
body" (as in the case of the Knudsen cell). Further, an expres-
sion for the vapor pressure at the outlet of the cell is com-
puted. This expression generalizes the formulae set up by
Langmuir and Knudsen. The results of the computation of the cel-
lular parameters are contained in a table. The cell in question
may be imagined as a container that is filled to the brim with
saturated vapor. There are 1 figure, 1 table, and 3 references,
Card 3/4 1 of which is Soviet.

SOV/20-125-1-36/67
Calculation of a Vew Cell for Meaauring the Pressure of Saturated Vapors of
Metals
ASSOCIATION; Inotitul metallurgii im. A. A. Baykova (Inatitute of Metallurgy
imeni A. A. Baykov)
PRESENTED: October 1, 1958, by I. P. Bardin, Academician
SUBLIMED: September 18, 1958
Card 4/4

LYUBITOV, Tu.N.-, POLYANSKIY. V.H.
Design of a new cell for measuring saturated vapor pressure of
metals. Dokl.AH SSSR 125 no.1:135-138 MrLp '59.
(MIRA 12:4)
1. Inatitut notallurgii imeni A.A.Baykova. Predetavleno
akademikom I.P.Bardinym.
(Vapor pressure--Measurement)

Ak6035232
between the relizibility and the quality indices of the automatic control system,
considering that ~he entropy is the index of quality of the system's operation. Qrig.
art. has: .2 ftgur~s and a bibliography of 2 titles. [Translation of abstract]
[NT]
SUB CODE: 09
#2vjIY

137-58-3-6284
-Determination of the Nickel and Chromium in Nichrome
10 cc of this solution are neutralized with NH40H, and 5 cc of a 10 percent
potassium tartrate solution are added to it, together with 2 cc of an alcohol
solution of dimethylglynoxyrn and enough NH OH to produce a faint odor. 15 cc
n 4
of chloroform are extracted three times. After combining the extracts, Ni is
determined by photocolorimetry. The following procedure is employed for
determination of Cr: a pH of 3-4 is established in 10 cc of the solutioni
"trilon B" is added in excess and the solution is heated in a waterbath until it
acquires a stable color, at which point it is subjected to colorimetric inspectioll
under a green light filter.
K.K.
Card 2 /2

4~w
POLYAlTsKlY, V.l.i.,-
. . ....... .................................. ....
I in a I uminLm povL~~er '.y
lzv. -,-fs. uchab. ucheb. L&V.; 4 210. 1:112-120
pril;crov. Raho.*u-,:dc",rena )CCL' d:ro~7 redkikh m,~tallov
-Cskovsho~o im;titlita stali.
(Gases in

1k'161
GUTMAN, Ye. 1., radaktor; DZYUBA, H.L.,redaktor, POLYANOVSKIT, Y.N.,
redaktor; YUROVITSKIY, "Ta. H..redaktor; ABffMf',4~. -;'Sdaktor;
GERASIMOV, P.K..redaktor; DIYAKOV., N.I..redektor; SAVELIYBV. B.V.,
redaictor; TSITSIN, N.Y., redaktor;'YAKUSHKIN. I.V.,redaktor
[Collective famer's calendar for 1948) Kelandarl kolkhozniks naL
1948 god. [n.p.] Goo. izd-vo sellkhoz. lit-ry [n.d.]
78 p. (MLRA 10:4)
(Collective fame)

DOLGUSHIN, D.A., akademik. rodaktor; POLYANOVSKIT, V.N., redaktor; ZUBRILINA,
2.P., tekhnicheskiy redaktor
(Methods and results in plant breeding and seed production] Metody
i rezul'taty selaktoionno-semenovodaheakoi raboty. Pod red. D.A.
Dolgushiua. Moskva, Goo. izd-vo selkhoz. lit-ry. 1956. 135 P.
(MLRA 9:11)
1. Vaesoyuznaya akademiya sellskokhozyaystvennykh nauk imeni
V.I.Lenina.
(Plant breeding)

FOLYANOVSKIY, V,,U
__II_-:_'III~ - -.-. 2,t EARULIS, Ye.Ya.; HOROZOV. D.N., redaktor; MOOTOVA, A.Y.,
ekhnichaskly redaktor
(Yor good harvests in the Baltic Republics) Ze vysokie urozhai v
-Pribaltiinkikh respublikakh. Moskva, Goa. izd-vo sallkhoz. lit-ry 0
1956. 317 p (MURA 10:3)
(Baliie States--Agriculture)

I-A-M-4, A,
ErUaCt I
with Othe (M. V.
Chemical Abst. 64-
A". Xhim. 5, 2"19W) tj fir o worls
Vol. 48 No- 4 succewally exUL from 5-5N an. H uAn .1th ether.
Yeb. 25P 1954 One extn ,yielded 84.5% of the Mo prewnt. 4 extus. in-
cr.4 the yield to approx. 99.5%. It is preferable to
Awlytical Cbemistr .Y out the extu. III an zutomatto app. M. Hosch 14,
C~R

PMYAI;SXIYI V.M.; YAKUSHENKOV) A.A.,, kand.tekhn.nauk
Economic efficiency in the use of radio navigation Bystems in
the merchant marine, Infdrin.sbor.TSKIDT no.60 Sudovozh. i
svias' no.15t7-13 161e (MIRA 16S2)
(Radio in navig#i6h)
(Merchant marind-Cbst of operation)

Jul L Art
407D H Waddcd.to the coul-
h _, atjvcs with theintensi-
,!Ing t7
,.tb , t~r! In t ,icating. pNitives
of AWH on metiliceflulm shciuw
taken ln~ucount-.~ TJie Ala jutcusWier.-can-bcvsq1 abo..
-toolng,! p6eftives ,brown.--". _M, Hosih

POLW.,-4,SKIY, V. P.
Agriculture & Plant & Animal Industr(
Oraanization of work on the Kalinin Collective Farm. Saratovskoe obl. gos. izd-vo, 10
49
9. Monthly List of Russian Accessions, Library of Congress, April -195A Unclassified.

OVSYMMIKOV, A.N.; SALGANIK, V.A.; VCROTELYAK, G.A.; _POLYANSKIY
, V.S.
Ways of increasing the effectiveness of breaking ore with
holes drilled with rock drills. Gor. zhur. no.12:10-12
D 162.1 (MIRA 15:11)
. 1. Wauchno-issledovatellskiy gornorudnyy institutp
Krivoy Rog.
(Krivoy Rog Basin-Boring)

WIN
FOLYKOVSKIY, V. S.
Compooition of quartz inclusions from pogmatitos of I'Laydantal.
Zap. VBes. min. ob-va 91 no-4:472-477 162. (MIRA 15:10)
1. MoslcovBkiy geologorazvedochnyy institut imeni S. Ordzhonikidze.
(Tien Shan-Quartz) (Tien Shan-Pegmatites)

o go 00 00 0 0 a
V
1
00 -A a , .
.1
, 0 is it u is W Is 14 11 is a al ji-M ~A- 'I's-Al a
.. v
_'_ A r _9 R
V, C.M.1
Sri
f
'

00 . T. K
Pieparsiden of.7re chrousk anhydride. N
T4r-
3W
S
N
k
P
U
S
R
o.
.
.
.
.
.
Chem, Redge"Is' Sti. 9y
ept.
,

00 action of technical HjSO, and either tech. K&CrsO
by inter
wasnonowlicaturvis, CoCro4isprtpd,liyaddn.tt)nyA,
00 in a pastv form. and then of a CaCl, skdn.: Na3Crt()t + C
09 NO'Cro, + Can, - CaCrO, + 2NaCl, The soln. is cfm
V CACTO. coltect"I and dried. CaCTO. is dissiolved in 2 pt
00 t4 111SOa. d. LS4: this is stirred. allowed to stxnd on t
Cs.,io. washed with lf,0. the orATation repeated until ni
tfisic, c,.Ikpd, until first Intimation cd crystall.12. allow"I to stai
00
The _A_ted Cro. j
td must of the CM is mwvtd.
with HNCs' bested an 0 sand bath at d&-1
washed
tered
.
The mother liquor contg. HSO, is cocad. and
00,

00
008

n.ofNa,CrOifirit(OCO(OlI)i
110:1 ALLUMCILL (.1T(Of ATLWCCLASSMICAT1001
M(3117.0 a- a.(
v
o,, Esu - - - ' . ; ; : a, ; ' ; ,
a, a- it n-
0 g
g : g go*
jes 0000 00 00 4 0 0
a a 'D a 4 4a 4a
Wasi slubgs mummmou-1 a 440
~~'AXJIKM T140". fall. P~
4TT M-putc CA is prrpd
The fomicr I'm-
or CaCrOj.
I ~ I
0 111 NaiCrO& + CACTO. and .00
Lit, on a water hath, the pptd.
. lfsO. to which is added I pt. -00
ic water bath, decanted from .00
murc Ca.SO, is kwased. the fil-
d. filleted off and this repeated
see
treated with IINO~ d. 1.4. fil-
=60
c- and stirred until dry. yield
CuA!L BLAKc
-used.
~ssqe
coo
.30.1 ss*o
...... 7
. N a 'I a It 5 a a 31 1 9
UD a

LIVOV, B.K.; LOWNWY, Ye.A.
I yksko-Suwadun group
'Rare elements 3- the granitoids of the Dzhalr
of massifs in the Southern Urals. Vop.magm.i matam. 206-114 164-
(MIRA 18.-3)

BORISOVA, I.V., kand. ekonom. nauk; KISLOVA, T.A., dots.; MAKAROV,
P.A., starshiy prepodavatell;,POLYANSKIY, Ye.v., dots.;
GRDISHPON, F.O., red.; 14=AVKO', A.V., tekhn. red.
(Economics, organization, and planning in forestry) Ekonomika,
organizatsiia i planirovanie loonogo khoziaistva. L$vovp lzd-vo
Llvovsko o univ., 1961. 302 p. (MIRA 15:3)
Plorests and forestry--Economic aspects)

POLYAMYJY, Yu., inzh.
Reference sheet. Radio no*7%54-58 Jl ~63. OUR& 16.-?)
(Radio--Interference)

MAKSIW,NKOP P..; POLYANSKIY,_Yu-,,- 11 -1
Radio frequencies for Industrial and moidical high-freatrMcy ft78V.:m8.
Radio no-5:56-57 MY 163. (MIRA 16:5)
(Medical electronics) (Ultrasonic waves--Industrial applicatiops)

VLADIMIROV, A.3.; POLY.OSKIY, Yu.A.
Small television pulse oscilloscope. Elektrosviaz' 18 no-4:61-67
Ap 164, (14RA 17: 6)

Fon. .I,-?T~JTj, Jr. 1.
"P~-construction Of The Nuclear Aueratvis Of D.;rsaria Trucate-11a 0. F. Itdl. Under Ex-,eri-
mental Isolation Of The Conjugatin.g Couries. Laboralory Of Zooloor Of Invertebrat-es
(Chief : Frof. V. A. Dogel) , Fetergof sk PioloAcal institute. 91) by Aro- ya-.si- JY-, . i.
SO: FREDEMESSOR CF ,-"C','R',--AL OF G-SNEPAL FIOI-C~!Y. (Eicloaicheskii Zhil-mal) Val. VII

P0LI,=-!: POLYAJ;3~,~TY, Yu. I.
"Soviet protistolog"I during the last twenty years." (p 9~') b:,, V. Dogiel, J. Polyan3ky 8-rvi
A. Strelkov
SO: Advances in Contemporar-~ o k-ki Sov--eriennol Mologilx Vol. VIII, No. 1, 1939
_qL_j= (Uspe' 1~ I -
I

POLIOSKII, P- I-
Practicum in the zoology of invertebrates. eh. 1. Leningrad, Narkompros RSFSR, 1941.
1. Invertebrates.

VFMILINY Nikita Nikolayavich; DIYAKONOVA-SAVELIYEVA, Ye.11., red.;
VASILTYEV, L.L., MUNN, A V red.o- KOLOSOVI N.C.,, red.;
MAKAROV, P.O., red-.1 POLKANOV, A:A:I, red. [deceased]; RW~gC,,Krf,-
IU-I..,,-red.; STENAV, D.L., red.; SHVETSOVA, E.M., red.;
YASHCHURZHIIISKAYA, A.B... tekhn. red.
[Cretaceous sediments in the northern part of the Fergana VaLley
and their oil potential] Melo-vye otlozheniia severs, Ferganskoi
v-padiny i ikh neftenosnost'. Leningrad, Gostoptekhizdat)
1963. 219 p. (Loningradskoe obshchestvo estestvoispytatel6i.
Trudy, vol. ?0, no.21). (-MIIRA 16:12)

POLYANSKIY, Yu.I., prof.
Professor V.A. Dogell; on the 40th anniversary of his teaching
career. Vast. LGU 2 no.4:139-162 AP 147. (MIRA 12:9)
(Dogell, Valentin Aleksandrovich, 1882-)

POLYk.-Sny., YU. I. P 1 6T 91
Mar 1947
UM/Geology
Minerology
"The Leningracl Society of Natural Scientists,"
Yu. I. Polyanskiy, 1 p
"Vestnik Leningradskogo Universiteta" No 3
Founded in 1868. Has four departments: zoology,
botany, physiology, geology afid minerology.
Present President is Member - CoxTespondent of the
Academy of Science of the LISSR, Prof.,Valentin
Aleksandrovich Dogell. Short outline of work of
the society.
16T91

POLYANSEY, V.f; 1.
Flagellata
Experimental research on the variability of Euglena gracilis Klebs in culture media, Uch,
zap. Ped. inst. Gerts..Xo. 70, 1948.
9. Monthly List of Russian Accessions, Library of Congress, June 1991, Unclassified.

PoLMSKIY, YU.I.
Parasites
Origin and evolution of some ecological groups of parasitic protozoa. Uch zap* Ped, inst,
Gerts. 70x 1948.
9. 'Monthly List of Ru ssian Accessions, Library of Congress, June 1951. Unclassified.

insCusoria
1-ifusoria from the intesti.-.es of cc! Inaidea. stor. no. 13, 1,
MontItly List of Russian Accessions, Library of Con.gress, April 1952. IMICLASS-7LIED.

Inif -as or
Certain parasitic infusoria. comprising sea mollusks and holot.-n~rioidea. Tarnz. s1ror.
no. 13, 16/51.
E;onthly List of Russian Accessions, Library of Congress, April 1952. UNCLASSMLD.

POLYANSKIY, YU. 1.
--------- ~-111-
Some new and little known Darasitic nematodea in the inteatines of varine
fish. Trudy zool.inist. 12:133-147 '52. (KLPA 6:6)

I
POLYAMSKIY, Yu.I.
Two new species of digenetic trematoda. from fish of tLe, Northern ItIzatic.
]Para%.sbor. 14;266-280 152. (w.RA 6:6)
(Purasites-Fish) (Atlantic Ocean--Trematoda)

-M
Y,- 10-T
BYKHOVSKIY. B.Ye., POLYANSKIY, Yu.1.
Contributions to the study of marine monogenetic trematoda of the
Gyrodactylidae Cobb. family. Trudy Zool.inst. 13:91-126 '53.
(MLRA 7-5)
(Trematods) (Parasites--Fishes)

0 __W
N U:
36862.POLfA-NSKII, ITRII IVANO-
VICH. Dal'nelshie nablfudenh-a nad
kholodoustoTchivost'fu- nek-otorykh mas-
sovykh viclov litoral'nykh bespozvonoch-
nykh. (Akademil-ft nauk SSSR. Zoolo-
gicheskil institut. Trudy, 1953. t. 13,
p. 190-206, tables) 25 refs. Text in
Russian. Title tr.: Further observa-
tions on the cold resistance of some mass
species of littoral invertebrates.
Contains the results of observations
made in 1950-51 at the TMurmansk
Biological Station. The cold-hardiness
of Balanus balanoides, Mytihis edulis,
Cyamium minutum, Actinia equina and
some other invertebrates is shown (tables
1-7). Almost all mass littoral species
have a high, but different, degree of cold
resistance, which apparently depends on

.34 ~4
their life conditions during the winter.
The capacity to withstand low tempqr-
ature is an important biological adapta-
tion, of littoral invertebrates of northern
seas. The specialization of organisms
has no influence on the cold resistance.
Copy seen: DLC; MH-Z.

n7y redaktor; PRAJDIN, I.F.,
POLYANSKIv,.-'X-q.I., professor, otyststven
professor, zasluzhennyy deyatell nauki Karelo-Finakoy SSR, re-
daktor; SMIMIOV, A.F.. kandidat biologicheskikh nauk-, redaktor;
BASUKOVA, Ye., redaktor; PDDIYZLISKAYA, K., tokhnicheakiy radaktor.
[Materials of the Conference called by the Karelian.3ranch of the
U.S.S.R. Academy of Sciences and the Karelian section of the All-
Union Scientific Research Institute of the Fish Industry of Lakes
and Rivers, on the problem of increasing fish productivity in the
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~. !.: -~ V Pry 1.A*Q

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(Parasites-Fiebes)

POLYANSKIY, Ivan Ivanovich, professor; FOLYANSKIY, V.I., redaktor; J~Q
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(Phonology)

POLYANSKIY, Yu.I.-, SHULIMAN, S.S.
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yg
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