SCIENTIFIC ABSTRACT POPOVA, V.M. - POPOVA, YE.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001342430013-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

POPOVA V. M. (Omsk Veterinary Institute), Veterinary Surgeon - Deputy
e ~ri-lpreri~--Soviet of the USSR
Veterinariya, vol. 39, no. 6, june 1962 p. 10

ADPYIOVICH, M.I.; GORZHEVSKAYA, E.G.; LARIONOG, V.G.; FANOVA, N.M.; -PJFOVA,
V.M.; KHARLAYIOV, S.P.; YAGUDINA, F.R.
Energy dependence of the cross section for the photoprcyluction of
5"--mesons on hydrogen near the threshold. Zbur. eksp. i toeor. fiz.
41 no.6:1811-1817 D '61. (VJRA 15-1)
1. Fizicheskiy institut imeni P.N.Lebedeva AN SSSR.
(Photonuclear reactions) (Mesons) (Hydrogen)

2/05CAVG4 V '4~ 1 (;2 It A,154
,j I o'
,/III us
A
AUTUOUS AdambOldh, M. 1.0 Gorzhovskaya, E. G., Larionoval V. G.,
11anoval N. 14.,-Yopova, V. V., Fharlamov, S. 11., 'jagrudina, F.R.
T ITL E - Thq onorgy dependence of the photoproduction croon anctinn of
A~ Mesons on h1drognn near the threshold
PERIODICAL: Zhurnal okopozimentallnoy i tooretichankoy flailti, V. 41,
no. 6(12), 1961, 1811-,1817
TEXT: Tho paper given icuulto of n+ photoproduction croon section
measurements =ado in the photon energy range from 167 to 212 Mov at an
anf;le 6 - arccos(k--O-93)/kq, I. e. the angle in the c. m. u. at the,
contribution of the' non-pinysical region to the diaporcion integral
VAnishes. k denoien the photon momentumo 0,93 is its threshold, q and;.
are momentum and,total energy of the pion, E) the angle of emission of the
meson; c I. The energy range was chosen so as to aatiofy the
relation ka - kq coo 0 - 0.93; it holds exactly for 195-Mov photons, for
167 and 212 Mev It is 0,88 and 0,999which are both close to the threshold
value The photon ray from the aynchrotrol of the FIAN with a maximum
Card

S/056/61/041/006/023/054
Th, energy dependence of the ... B102/Bl3a
anorgy of 21)0 :Aov wait oollimated and directed on to the hydroger, target, a
br-ttla cylindor of Vj~i witll tnicknonap placod Ira a vacijun chtuabor. Th'i
dLtoctor wan a ntack of '~O Izvorn of 1~;'-H *-:-010 (NIM U-400) qzllluion
platen. It wan placed bat~--xn two 2cm-thick emulsion blocka an(I fixt,4 no nint
the manors struck its end. Thu emuluions were evaluatvd an unual, by
,1%-,;-j (;ai-i) microncopos. All x-V decay events were zolocttd. An area
of 340 cm.2 yielded 3322 n-g decays and 64 a- decays. The differnntiftl
photoproduction cross sections were plotted after applying corroctionD for
energy loss, scattering meson decay and background (Pig. 5). The reculto
are in good agreement with dispersion theory, where the Imaginary part of
the resonance amplitude is determined empirically. The experimental result's
were treated by the method of least squares to find the threshold value of
the matrix element of n"' photoproducti'On do/d,- and ito dependence-or, q 2
2 2,
(q/k) I + - /11) it - nucleon mass. For 0. 17 o' q 0.74
I d, [10__
(1,90 -+ 0, 15) - (U.34 � 0,22) (5)
(6)
X da (2.39 10.21) - (2.87 � 0,93) q1 + (2,80 1,0) q1,
Card 24 9

Tne ebergy dopondence of the ...
was found. The threahold value waa determined fron pover expailt;iOnc of
the swiaron of 'Jho zatrix elemonte. a. - (1.90 + 2~1 CM2/ot,~radi;on,
which io in gooa aU~dement with the theoretical vilue,
aa.2-04*10- 29cm2jdtbkta - Experitmentally, G-/U~ - 1.34 + 0.11 -aas found4
Using the-theoretical a 0 value, the calculated value is a-/a' - 1.26. Th.
pion photoproduction cross section as a function of the photoproduction
amplitudes is Given by
d4sldf)-(qlk)(IFIII+IF,ls-2ReF;F,cmg+ (9)
*F, + 2Rc F;F, Cos 01);
_�-LslOO(if,r+IF,11+2ReF,F,+2ReF,
with
F, Y2Fjo - I/ 2FI, cos 0, F, r2F%ol,
Ps "F., +.)I'-2Fsj/(I -c- 6). p4 j/27Fi,/(j cos 6),'
Card 3/P 9-

3/056/61/047/006/023/054
The energy dependence of the ... B102/BI30
P denotes pion velocity. From experimental data for 15 and 1650 in the
c. m. a. the amplitudes were calculated for IB571-1e- ghol.Qwl:
YFl.)t 05 a-
,81 � 0,034).10 (Fit + I %0)l
- (1 .81 � 0,034). 10-,
The authors thank Profeasor P. A. Cherenkov for help, A. U. Baldin and
A. 1. Lebedev for discussions and A. A. Svetlov, Engineer, for assistanci~.
There are 5 figures, 2 tables, and 15 references: 3 Soviet and 12 non-
joviet. The four most recent references to English-languaGe publications
read as follows; j. Hamilton, W. S. Woolcock. Phys. Rev. 118, 291, 1960;
N Samios. Phys. Rev. Lett., At 470t 1960; U. Derrick ot al. Phys. Rev.
Lett., 5o 230t ig6o; A. F. Dunaitoev at al. Proo. 1960 Ann:Intern. conf. on
high nergy physics at Rochester, Publ. Univ. Rochester 1961, p. !al,
A
SU ATION: Fizicheakiy inatitut im. P. N. Lebedeva Akademii nault SSSR
OC~
(ehysica Institute imeni P. X. Lebedev of the' Academy of
Sciencas.USSR)
SUV.%l TTED: July 31, 1961
Card 4/$ Ll

21M
AUTHORS: Popova, V. 11., Semashko, 11. G., SOV/506-36-5-5/76
-
--Ya-g`ua-J-
na,F. R.
TITLE: The Photoproduction of Charged-T-blesons of Low
Energy on Composite Nuclei (Fotorozhdeniye zaryazhenrykh
5 -mezonov maloy energii na slozhnykh yadrakh)
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fizilrzi, 1959,
Vol 36, Nr 5, pp 1357-1559 (USSR)
Aj3STRACT: The authors investigated the yield of positive and negative
photomesons with energies between 0 and 3 Mev at the angles
900+200(laboratory system) to the direction of the photons.
Wor7k was carried out on the synchrotron of the FIMT with a
maximum photon energy of 265 Mev. Collimation of theje-beam
was carried out by means of a lead block with a 3.21 mm 2 cleft;
a mals-netic field of 7000 oe eliminated the charged
particles. The following foils were used as targets:
2 2 2
Be 0.0659 g1cm , C - 0,0446 g/cm , Al - 0.0377 9/cm

Card 1/4 2
Cu 0.141 9/cm . In the case of simple Coulomb scattering

The Photoproduct-ion of Charged 71-Mesons of Low SOV/56-36-5-5/76
Energy on Composite Nuclei
the average angle in these thin foils was not greater than
50, the energy losses amounted to 0.1 Mev for 3 Mev mesons;
the targets were fastened to fine caprone fibers (0-0015 mm.
thick), which were located outside the beam. Mesons were
recorded by means of NIKFI-K plates with an emulsion layer
of 4001h thickness. During irradiation the target and the
plate were in a vacuum chamber which was surrounded by a
lead- and graphite protective shield (cf. Fig 1).
Evaluation of the plates with respect to pion stars
(negative pions) and -%T - r decays (positive pions) was
effected with a degree of efficiency of 96 - 98 %. Energy
measurements were carried out with an accuracy of + 3
When calculating the meson production cross sections,
charge exchange and inelastic meson nucleon scattering
were not taken into accountl for slow mesons these effects
are,however, small. Results are shown by figure 2 in form
of a diagram, which shows the pion yield in dependence of
Z. Curve I corresponds to the meson production on the
Card 2/4 surface nucleons of the nucleus, and curve 2 corresponds

The Photoproduction of Charged it-Ifesoas of Low SOV/~5?06-36-5-5/76
Laergy an Composite Nuclei
to the production on all nucleons of the nucleus.
[Abstracter's note; The text given in connection with
figure 2 says exactly the contrary, so that probably
the authors committed an error3. Figure 5 shows the
ratio between the yields of positive and negative mesons
as a function of Z. The curve e1 e (Z) shows a steep
decline with growing Z, which may be explained as being
due to the interaction between the departing mesons and
the Coulomb field of the nucleus. A comparison between
experimental results and the theoretical calculations
by A, hl. Baldin and A. 1. Lebedev (Ref 8) shows that meson
production apparently occurs on the surface nucleons of the
nucleus. The authors finally thank V. I. Veksler for
supervising the w)xk, and they also thank A. M. Baldin and A. I.
Lebedev for discussions. There are 3 figures and 8
references, 3 of which are Soviet.
ASSOCIATION: Fizicheskiy institut im. P. N. Lebedeva Akademii nauk SSSR
(Physics Institute imeni P. N. Lebedev of the Academy of
Card 3/4 Sciences USSR)

~-'POPOVA, V.M.; ROZEVTALI, M.D.; MYRIN, M.M.; TROP9 I.Ye.; CHULOVSKIYq !.K,
Group poisoning with spring honey and a method for determining
t~exicity by the biological testing and pollen dnalysis. Gig.
i san. 25 no. 6:92-91+ Je 160. (MIRA 14:2)
1, Iz Omskogo nauchno-issladovatellskogo instituta, epidemiologii,
mikrobiologii i gigiyeny, Omakogo,-veterinarnogo instituts. i
Omskoy oblastnoy sanitarno-epidepiologicheskoy stantaii.
(HONEY-TOXI COLOGY)

GORZHEVSKAYA, E.G.; POPOVA -S--R-;,,YAGUDINA, F.R.
Photoproduction of 11-t-mesons on hydrogen near the threshold.
Zhur. eksp. i teor. fiz. )8 no.1:276-278 Jan 160. (MIRA 14:9)
1. Fizicheskiy institut im. P.H.Lebedeva AN SSSR.
(Mesons) (Photonuclear reactions) (Hydrogen)

88430
S/05r-/60/039/006/018/063
BOO0056
AUTHORSs Adamovich, M. I., Panova, N. ~V. M., Yagudina, P.R.
TITLE: Ratio of the Cross Sections of Negative and Positive Photo-
meson Production on Beryllium
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1960,
Vol. 39, No. 6(12), pp. 1585 - 1588
TEXT: The yield of charged photomesons is, in general, proportional to
A2/3, but the ratio for high-energy pions n_-n +, denoted by N-IN+, shows
a_considerably higher value for some nuclei, thus also for beryllium. Thus,
N IN+, for 56-Mev mesons produced by photons of E max - 256 Mev, is equal
to 3.310,3, whereas, according to the k 2/3 law, it ought to amount to only
1.51. For slow mesons, the law is, however, crrrect. To explain this
discrepancy, the authors measured the ratio for pions of medium
energies on beryllium. By means of the 250.-Mev photon beam from the
synchrotron of the FIAN, a 3-mm. thick beryllium target was irradiated;
the mesons leaving the target under an angle of 90 0 to the photon beam
Card 1/3

88430
Ratio of the Cross Sections of Negative and S/056/60/039/006/018/063
Positive Photomeson Production on Beryllium B006/BO56
were recorded in a HWK!jH-'F (NIYSI-R) 400,mthick emulsion. Of all tracks
of pions stopped in the emulsion, those within the energy interval of
12 - 40 Mev were selected, for which the correction for Coulomb inter-
action between +pion and residual nucleus is negligible, and in addition,
the ratio d /a for free nucleons is known. Altogether, 981 n-- and
370 'c+ mesons were recorded; it was found that N"IN+ L;. 2.65�0.22, and
that the pion yields are practically independent of E,, . The yields may be
E
described by the equations N-,(ETEtE)) Amax CCT_(En'G).F(E )dE and
E_
E n
ax
N n,e) = IM+ CCT+(F,,,e)f(E dE where C denotes thp numbpr of nuclei
E
2 n
per cm of the target, the pion production cross section for E
and the angle e, f(Er) is the photon spectrum d-/G+ k(N-/N+); for
Emax - 250 Mev, 26 Mev, a . 900 one obtains k 0.68. N-IN was
Card 2/3

88430
Ratio of the Cross Sections of Negative and S/05 60/039/006/018/063
Positive Photomeson Production on Beryllium B006YB056
experimentally determined as 2.65 � 0.22; thus, one obtains
d /d+ - 1.8 + 0.15 as a r tio of the mean cross sections in the photon
energy inter-val of from ~1 to E and in the meson energy interval of
n max
12 - 40 Mev. This value agrees well with those found by other authors.
The anomalous behavior+of the yield ratio N IN+ may be explained by the
fact that the n and n mesons have different production thresholds. The
authors thank Professor P. A. Cherenkov, Professor V. I. Golldanskly,
Z. G. Gorzhevskaya, and S. P. Kharlamov for discussions. There are
2 figures, I table, and 10 referencest 3 Soviet and 7 'Us.
ASSOCIATION: Fizicheskiy institut im. P. N. Lebedeva Akademii nauk SSSR
(Institute of Physics imeni P. N. Lebedev of the Academy of
Sciences USSR)
SUBMITTED: July 12, 1960
Card 3/3

ADAMOVIGH, M.I.; GOliZHhVSXAYA, E.G.J-YQkQVA,_Y.,%1.; YAGUDINA, F.R.
Method for measuring the photoproduction cross section of
11~+ -mesons on hydrogen near the threshold. Zhur.eksp.i teor.
fiz. 40 no.3:974.-976 Yx 161. (~[ERA 14:8)
1. Fizicheskiy institut im. P.N.Levedeva Akademii nauk SSSR.
(Mesons) (Ionization chamber) (Photonuclear reactions)

ADAMOVICH, M,I.-, P-00VA, N.M.;__~OPOVA, V.M.; TAGUDINA, F.R.
Ratio of cross sections for positive and negative photomeson
productioa from beryllium . Zhur. eksp. i teor. fiz. 39 no. 6:1585-
1588 D 160. (MIRA 14:1)
1. Fizicheskiy institut im. P.M. Lebedeva Akademii nauk SSSR.
(XesonB) (Beryllium)

POPOVA, V - ", -
---------- -
Vetarinarian as a deputy of the Supreme Soviet of the U.S.S.R.
Yeterinariia 39 no.6alO-12 Je 162 (MIRX- 18a1)
1. Omskiy veterinarnyy institut.

POPOVA, V.M. , BELOUSOV, A.S. P 9124;,STWO, N.C. , ST11TOV, E.V. , TAW, Ye.I.,
V. I., YAM INA, F.R .
"Photoproduction of Pions Complex Nuclei," paper presented at
CERN Symposium, 1956, appearing in Nuclear Instruments, No. 1, pp. 21-
30, 1957

NAGIRNYAK, F.I.;,_POPOVA. V.N.
Over-all utilization of ores of the Gaiskore deposits. Biul.TSIIN
tavet-met. no-10:10-13 '58. (MIRA 21:9)
(Ural Mountain region--Copper mines and mining)

POPOVA, V.11., *zh.; YUDIN, Ye.A., inzh.
I
Delinting cotton zeeds and their physicamechanical properties.
Masi. - zhir. prom. 27 no.8:19-22 Ag 161. (MIRA 14:8)
1. Sredneaziatskiy filial Vsesoyuznogo iiauchno-issladovatellskogo
instituta zhirov (for Popova). 2. Gosudar3tvannoye spetsialtnoye
konstruk'torskoye byuro po khlopkoochistke (for Yudin).
(Cottonseed) (Linters)

POIIOU, V.N.; WIRNTAK, F.I.;
------
ImproTemeats in the production of barite conceatratem. Tsvet.mt.
29 no. 1-746 ja 136. - (HLRL 9:6)
l.Uralmakh-nobr.
(Barite) (Flotation)

e"C
I- it T--:-I~- I r
and
Sea-, 53o ~L-
P ,

KATa. B.A.., kand.tekhn.nauk [deceased];__FOPOVA,_VjN.q inzh.
Preservation of cottonseed phosphatide-concentrate. Masl.-Zhir.prom. 2~
no.2:37-39 F 163~ (MIF-A 16:4)
1. Sredneaziatskiy filial Vsesoyuznogo nauchno-issledovatel-'skogd
instituta, zhirov.
(Cottonseed products as feed-Presenration)

AFANASIYEV, N. V.; POPOVA, V. N.; METSIK, M. S.
Dieleetrie properties of phlogopite crystals along ths 40int.
Ij
Izv. vyi. ucheb. zav.; fiz, no.6&64-71 162,
(MIRA 16:1)
1. Irkutskiy gosudarstvennyy universitet imeni Zhdanova.
(Ph-logopite crystals)

S/139/62/ooo/oo6/ol.1/032
E194/E155
AUTHORS.: Afanaslyev, INN V. , and Metsik, M.S.
TITLE- Dielectric Properties of phlogopitle mica crystals in
the direction of cleavage
PERIODICAL: Izvestiya vysshikh uchcbnykh zav'edeniy, Fizika, no.6,
1962, 64:-71
TEXT: The dielectric properties of phlogopite mica were
stlidied in the direction of cleavage to provide application data
and because nearly all previous measurements have been made across
the cleavage direction. The specimens were from mica crystals
about 4 cm thick held in clamps and cut td 0.25 cm thick in the
direction of cleavage. The ends of the specimens were polished and
silvered electrodes of 2.44 c-m diamet~er were deposited on them.
With the specimens held in-moist air and in vacuum at variolAs
temperatures in-therange-_-100-ta +350 OC, the permittivity-
and the loss factor C C' tan 6 were measured in the frequency
range 50 c/s to 1.6 mc/s using a Schering bridge or Q-meter, and
resistivity e was also measured. A dispersion region occurs in
the low frequency range ana-is attribute'd to the presence of
Card 1/2

NAGIRNYAK, F.I.; POPOVA, V.N.
Increasing the recovery and the quality of concentrates
in the flotation of Blagodatnoye deposit ores. Trudy
11ralmekhanobra no-5:31--52 159. OMIA 15:1)
(Blagodatnoye (Baslikiria)-Gold ores)
(Flotation)

i; IN I' I A Kul' N I I OV~-*I,:
;-t)p
nul Fit om r
i r T. 7 e D f
In" tL-tj -I pr"--IK-. r., - rl:. v i~o g

Zn-ta, Vol.
Sept 51, 7o.

M-"nL~ 'I.
T),,)POUA, V,
red,
aticns"s -I'r~dy
treating With sulpbar-ilanide prepar
In
v01. lghc., p. 210-17.
__Os.
Vo-ronezbSh*
SO: U-~631., 16 Sept :~3.,

L 04256-67 EWTM IJP(c) GG
ACC NR: 60
AR 10516
AUTHOR: -Afanaslyev, N. .; Metsik, M. S.; Popova, V. N.
TITLE: Interlayer polarization and dielectric lonses In crystals of phlogopito mica
SOURCE: Ref. zh. Elektrotekhnika i energetika, Abs. 1OB72
REF SOURCE: Sb. Proboy dielelitrikov I poluprovodnikov. Mi-L., Energlya, 1964, 346-351
TOPIC TAGS: dielectric material, dielectric property, dielectric loss, Welectric crystal,
rnica
ABSTRACT: The specific inductive capacitance, loss factor, and resistance of phlogopite of
different hardnesses are studied. Experimental data obtained Indicate that In phlogopite crys-
tals there are two types of foliations: open (communicating with the atmosphere) and closed.
Because of surface conductivity, these foliations lead to interlayer polarization, causing a
deterioration In the dielectric properties of the mica. Open foliations determine the field of
dispersion and absorption, which is located basicaUy in the range of sonic and radio frequenciesi-
The specific inductive capacitance and the loss factor, determined by open foliations In the
direction of a cleavage at 50 cps, may reach 102 for hard phlogopite and 104 for soft phlogoplte.~
The drop in specific inductive capacitance as a direct function of frequency and the frequency
SOURCE CODE: UR/0196/65/000/010/BO14/BO14 X, i
Card 1/2 UDC: 621.315.613.1.011.5

L 04256-67
ACC NR,_-AR60_fdW___
maximum of the loss factor in the direction of cleavage Increases from several units for hard
phlogopite to several hundred units for soft pMogopite. The foliations cause a deterioration in
the electrical properties of the' phlogopite alsb in a direction perpendicular to the planes of
cleavage. In this direction, the specific inductive capacitance does not essentially depend upon
hardness and is close to six, and the frequency maximum of the loss factor associated with
closed foliations is of the orde*r of 10-2 and is determined chiefly by the transverse dimension
of the foliations rather than by hardness. The swelling of phlogopite when heated and the de-
terioration in dielectric properties associated with it may be eliminated by pressure greater
or equal to the pressure of saturated water vapor at the working temperature. The concentra-
tion of closed foliations for phlogopite of average hardness Is of the order of 106cm73 9 and the
thickness of electrolytic water films in closed foliations is of the order of 102_103 Monolayers,
while the specific resistance of the films at room temperature Is 104-105 ohm/cm. Transla-
tion of abstract 5 Illustrations and bibliography of 5 titles. Irkutsk State University
(Irkutskiy gosudarstvennyy un-t) A. Petrashko
SUB CODE: 11,20
EV

3/064/63/000/002/003/005
B117/B186
AUTHORS: Mushiy, R. Ya., Al"loahkovich, F. B., ?echenezhskaya, V. N.,
-Popova, V. P., 11ogile*vskaya,. L. N.
TITLE: Explosive decomposition of diacetylene -and its mixtures
'PERIODICAL:. Khimicheskaya.-promyshlennost', no. 2, 1963, 29 - 31
TEXT: Diacetylene obtained from dichlorobutyne by a method described
earlier (U]kr. khim. zh. (in presss))vias- used to study the explosiveness of
pure diacetylene and its mixtures with other gases. -The experiments were
made in a glass device (B.-~. Brandt, L. A. Matov,-A. 1. Rozlovskiy,
V41 S. Khaylov, Khim. prom. no- 5r-419 (1960)) at 20 - 250C and 1 at.
Ignition was made either with an electric spark or by burning through a
nichrome wire. It was found that diacetylene purified chromatographically
explodes at a lower pressure than doubly distilled diacetylene which
ap arently contains chlorine derivatives. The critical pressure fcr the
p
explosive decomposition of pure diacotylene is 30- 33 mm Hg, irrespective
of the type~of initiation. Studies of a diaoetylene mixture with acetylene
showed that an increase of the total pressure is of little effect and may
ev6n decrease the-critical diacatylene content due to the simultaneous
Card 1/.2

S106AI631000100210031005
Explosive decomposition of... B117/BI86
decom-oosition of acetylene. -Linits of the diacetylene content in other gas:
mixtures at a total pressure of 700 mm Eg are (in ~; by volume): for
nitrogen 22,,~,with nichrom wire ignition and 25~ with electric-spark ignition
for hydrogen and carbon oxide 30/~j; for ammonia 37~; for carbon dioxide 35%,
and for natural gas 391-0' which araong'the gases studied has the highest
stabilizing effect. The lowest critical diacetylene content was found in
the mixture with acetylene.. At 700 mm Hg it was 16.5 - 17 % by volume.
When the total pressure was further increased the critical diacetylene con-.
tent became lo,.ver in contrast-to other mixtures where it remained almcst
constant beginning from 500 to 600 mm Hg. The small stabilizing effect of
acetylene and the decrease of the critical diacetylene content with in-
creased pressurep apparently. is related to the decomposition of acetylene
initiated by the decomposition of diacetylene. There are 7 figures.

:S/776/62/000/025/00~/OZ5
AUTHORS. Popova, V. P., Fedotov, L. N.
TITLE: The dependence of the electrical resistance of Iron-Nickel alloys the
magnetic field and mechanical stresses.
SOURCE: Moscow. Tsentrallnyy nauchno-issledovatel~skiy institut chernoi~'N,
metallurgii. Sbornik trudov. no.25. Moscow, 1962. Pretsiziorinyye
splavy. pp.41-5Z.
TEXT. .The purpose of the present experimentail investigation is a deter7iination
of the change in electrical resistance (ER), as determinied both on direct and'*on
alternating current, as a function of the magnetic field and the stress impose4 on
specimens of Fe-Ni alloys with 797o Ni alloyed with Mo, Re. and Mn. The ultimate
objective of this investigation is the development of magnetic-field and stress trans-
ducers with the use of binary Fe-Ni alloys. The galvanomagnetic and galvanoelastic
effects under, DC (ohmic resistance) were measured by the potentiometric method
with an accuracy of 0.05%. The active resistance under AC was measured on a
bridge circuit (illustrated). Accuracy: 0.10[o. The tensile specimens, wires 0.2-mm
diam, were tested in the same quartz tubes in which they had undergone heat treat-
ment for uniformity. A tensile load was applied to each specimen, and the measure-
Card, 1/2

S/776/62/000/02510021025
The dependence of the,electrical resistance ...
ment was repeated with intermediate demagnetizations of the specimens. The
chemical composition of the 11 specimens tested is tabulated. 3 alternative heat--
treatment methods were employed; details are specified. The galvanomagnetic
and galvanoelastic effects of the various specimens are shown graphically as func-
tions of the magnetic field and the stress. Both the longitudinal galvanomagnetic
and the galvanoelastic effects change in the same sense; The effects are increased
with an increase of the field strength H and the stress a, respectively. With in-
creasing tensile stress, the magnetic effect (vs. H) decreases. Graphs of the
changes of the respective effects, as functions of the content of an alloying element,
show that alloying of the alloy with Re, Mo, and Mn (up to 35o), decreases the mag-
nitude of the galvanornagnetic effect. The effect of the anneal is discussed separ-
ately for the 3 alloying elements. The dependence of the properties of the various
alloys on the heat treatment permits the finding of an optimal heat-treatment
regime to obtain a prescribed value of the cralvanomagnetic effect. The investigation
of the dependence of the active resistance under AC on the magnetic field is not yet
completed. It can only be stated that alloys with small R.- content have a satisfactory
linear relationship between the ER and the field in the region of 0.1 to 0.7 6. There
are 15 figures,. 1 table, and 6 references (3 Rus sian- language Soviet, 'I German,
and,Z English-language, of which 1 is in Russian translation).
Card 2/2

MUSKY, R.Ya.; MOSHKOVICH., F.B.; PECHENEZHSKAYA, V.N.; POPOVA, V.p.;
MOGILEVSKAYA, L.N.
Explosive decomposition of diacetylene and its mixtures. Khim.
prom. no.2:109-111 F 163. (KMA 16.7)
(Butadiyne) (Explosions)

POPOVA. V.P.
Studying properties and structure of magnetically soft alloys
of various thickmess. Sbor.trud.TSKIICHK no.23:66-79 160.
OURA 13:7)
(Alloys-lbgnatic properties)
(Metallograpby)

POPOVA V.P. - FRWTOV. L.N.
1 0
Longitudinal gelvanomagnatic effect in iron-nickel alloys.
Sbor.trud.?SNIICHK no.23:129-138 16o. OURL 13:7)
(Iron-nickel alloys-Blectric properties)

S/04a/61/025/012/021/022
B125/B112
AUTHORS: Fedotov, L. N., Popova, V. P., and Molotilov, B. V.
TITLE: Influence of mechanical action on the magnetic structure and
on the properties of alloys
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Seriya fizicheskaya, v. 25,
no. 12, 1961, 1518-1523
TEXT: The influence of mechanical stresses and the conditions of
stabilization of the magnetic properties are studied. According to Ye. I~
Kondorskiy (Zh. eksperim. i teor. fiz., )11 1110 (1959)) the degree of the
stability of magnetization of a ferromagnetic, placed in a field of elastic
stresses, can be changed by choosing an adequate magnetizing procedure.
The influence of compressing stresses directed perpendicular to the
magnetic flux on the permeability in different fields in case of magnetiza-
tion on the principal curve and on the ideal curve of thg alloys 79HMA
(79NMA) and 76HxA(76NKhD) (magnetos tri ction Xsr-O .2-10 ) was studied.
The boundaries of the principal domains are less displaced under the action
of external stresses than the boundaries of subdomains and of additional
Card 1/3

S/048J61/025/012/021/022
Influence of mechanical action 3125/B112
domains. Simplifying the magnetic structure by adequate processing) Of---
an alloy by converting it completely into 180 -domains, increases the
stability of the magnetic properties, impair, however, the quality.
Simplifying the magnetic structure can most easily be achieved by
diminishin�-the thickness of the material. Since the internal field acting
on the 180 boundaries is equal to zero, the 1800-boundaries are much less
displaced by elastic stresses than the 900-boundaries. In searching
magnetically stable materials, special attention should be paid to such
materials as have a suitable optimum amount of defects. The alloys
tending to brittleness (such as iron with high silicon content, iron
containing 16% Al and iron alloyed with Si and Ni) are magnetically more
stable. Magnetic stability may be diminished by inclusions acting as
stress concentrators. Due to considerable irreversibility, the fixation
of the 1800-boundaries of the domains by inclusions must be avoided in
plastic alloys and is applicable only in case of brittle alloys. The
dependence of the a-c resistance on alloys 66H(68N)~ 79NMA, subjected to
thermal pre-treatment in vacuum, and on an alloy containing 79% Ni, 3~ Re,
18% Fe has also been determined by the method assumed by the authors'
Institute to be the optimum method. The resistivity of alloyed specimens
Card 2/3

FUMOV) L.I'#.; POPOVA, V.P.; MOLOTILOV, 16,V.
Effect of mechanical action on the magentic structure and
properties of alloys. Izv. Ali SSSR. Ser. fiz. 25 no.12:1518-1523
D 161. (MIRA 14:12)
1. Institut pretsizionnykh splavov TSentrallnogo nauchno-issle-
dovatellskogo instituta cheinoy metallurgii.
(Strains and stresses)
(Iron alloys-11,1agnatic properties)

POPOVA, V.P.; FEDOTOV, L.N.
Dependence of the electrical resistance of iron-nickle alloys
on magnetic fields and mechanical stresses. Sbor. trud. TS1411CM
no.25:41-52 162. OURA 15:6)
(Iron-nickel alloys-Electric properties)
(Magnetic fields)

F10 POVAI V~ P 137-58-2-3857
translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 2, p 226 (USSR)
A UTHORS: Gurvich, Ye. I. , Kondorskiy, Ye. I., Popova, V. P.
TITLE: The Permeability and Losses of Magnetically Nonretentive
Alloys of Various Thickness in Alternating Fields (Pronit-
sayemost' i poteri magnitomyagkikh splavov raznykh tolsh-
chin v peremennykh polyakh)
PERIODICAL: Sb. tr. Tsentr. n. -i. in-t chernoy metallurgii, 1956, Nr
15, pp, 131-151
ABSTRACT: Measurement of the magnetic permeability and loss,(L)
was performed by a bridge circuit in accordance with a'
method previously suggested (RzhMet, 1957, Nr 12, abstract
25220K), and at induction values attaining 80% of the satu-
ration level in the frequency interval of 400-300 kc. 0. 2-0. 02
mm. gage strips of the following commercial alloys were in-'
vestigated: 50N,,N79MA, 8ONKhS, 50NKhS, and 79NM. The
L of high-nickel alloys drops invariably with a diminution in
the thickness of the strip, since in the case of these alloys
the L are fundamentally determined by eddy currents. In the
Ca rd 1/2 case of low-nickel alloys a significant portion of the L are

137-58-2-3857
The Permeability and Losses of (cont.
hysteresis losses, increasing as the thickness of the strip diminishes.
Therefore, in the case of these alloys, each frequency value corresponds
to an optimum thickness of the strip at which L is minimal. Recommend-
ations are made fir the employment of various alloys in different fre-
quency intervals, ,and the optimum strip thickness. for.the various fre-
quencies is indicated.
P.S.
1. Nickel allays-Kagnetic properties--Measurement
Card 2/2

-cut Id
ditators In theutnat.
Arcziri-khu. V. 11. Popova. and 11. N. Zakho;, Vaprosy
Rei ij;:wa (Knigoimlatel. 'Gorlio
VqQ f8A; R.1cral. Zhur. Kkipp., 1955, INO.
409I.-Proteln, vugar, X, and Ot In the bloigi of 77 paticith.
with rheumatic cardstis ht VariousstagrS and with Circulatory
deficiency wrtc found to be withill llrctn-d l1rails. - A,--tbe
Cauditions Ptouc.,,Aed these bloA coustitutnts dr%rped to
the lower nnnnal t"d, Suvar curves followinz doubte
Alffinini-ituttion at gluccne (jiffelcif frout,the normal durbig
~::thcactive pcricA of the O~ease, c4pecl.dly in patients bavin
111V L~lh~oty iflAuffirlevey, S. Le

I
IIJPL)VA, V. P.) hl-o-Ler B~uiA)9-S. - (ulss) "Tjue Lao.Loa and industrial proccELing
"I ;- - - - - .---
u-1 The Plaice-fl-atfish. 11 Muscow, a pu, (14uscu-,, -- t Of -
.g~.~Tecn. I s T Fisld-nf;
- ----
Licustry &-. Agricultu-L-e), "v copic~ My fiv 3*), -Lv5,t) ~; I-

POPOVA, V.P.- --
Nutrition of brill im the Black Sea. Top. Ikht. sm.11:124-12Z
158. (MIRA 12: 1)
l.Asevoke-Cheruemerskiy a&uchno-Ixsl9dsvatqlIskiy lastitut morskege
rybnog* khozyayvtva i-okeanegrafil ;- AzCherKIRO Geoplaza USSR.
(Black Sea-;--Flatfishem) (Fishe's--Food)

RIY811, B.I:. (Taldy-Kurgau, Kazakhskoy SSR, ploshchad' Parks. 61); FOPOVA. V.P.
Pancreatic cyst treated by internal drainage. Vest.lr-hir. 7~~ ar, 6;
128-129 Ju 157. (KI-ICA lo:8)
1. Iz khirurgicheskogo otdeleniye. Alakul'skoy rayoanoy bollnitsy
(gl. vrach - O.G.Yakovleve) Taldy-Kurganskov obleBti
(PANCREAS, cysts
surg.. internal drainage)

FAV-TaTO, L.I.; POPOI~A, V.S.
Spectral deterrninition of tin, lead, and boron iii suicata:
rccks and minerals. Zav. lab. 3,) no.6t699--,02 16.4.
(MIRA -117:8)
1. Institut geokhim.-Ii i analitichesko-, khImii imeni Ve-mad',.i1cogo
AN SSSR.

0 v j 1- (3, -6 -6
z
AUTHORS: Uchurkhanov, M.M., Syumak, P.L., Prokofiyev, N.I., and
Popova, V.S.
TITLE: Copper-Zinc Solder (Pripoy medno-tsinkovyy)
PERIODICAL: Byulleten' izobreteniy, 1958, Nr 6, p 116 (USSR)
ABSTR_~CT: Class 49h, 26. Nr 113,176 (567432 of 1 Feb 1957), Submitted
to the Committee for Inventions and Discoveries at the
Ministers Council of USSR. Solder improvin.-I the mechanical
Lind anti-corrosion properties of soldered joints; composed
of 53-58% coppero 33-361". zinc, 2-3% tin, and 4-6i0' cadmium.
Card 1/1

1 1; is If It 1, 1? 4 A) ill if n 14 n 14 V A 14' %1 is W It W P U 11 Is r
1 L r &-1 6 A- A -L L It h r r, it i T io V I I AA as %X W lit k A I I a It I

If The es"t ad Oftits de usism

U
aVit-im L L
%W
X
4
T=
jU
nsJ- (
ionct
(
f
1
3 1929, MI.
. thl 71(m -so
C-fman 1012 4).-Coatfulainstion of Tschsisflov-jar clay Ity hiwifite is culausson. The
0
raw mat"lls used for the tesits, weft a Tachassiftir-jar clay. lowicite wpd. theMnm -
0

go It and a Latuajo clay cunig. no l6wijgitc. Adda. to TwjWMov-jar clay of title lowigite.
l
ev
n i
u&
titi
a
th
o
it
of th
U
0
5
b
d
k
A .60

0 e
n
es as una
auv
sex
as
.
ros
urne
n q
e p
e
c
nwar
y as
y
%
b
th
mi
r
it
h
LI
f
i
t
bli
ff
t
b
Add
1% 16
i
-40
0 e
c
w
as no no
oscope.
n. o
e
e e
up to
a
ec
um
y
upon
nS
g
shirinkalle and watef absorption. Addn. of up to 2% hilsigitr inclIvases porosity not.
" -00
ably. and purvican be seen by the naked eye Addu.olupto5
.16wigitecaumssvcU-

ing of the clay articles. reduction -0 shvinhast aull iocrm-4 water slmwptiun.
"I L
= -00

00 which tefultwirs Inctrase with 1.1%
Ztr cuitirnt. Addriol lowtilite W lAtll~jfi
clay Intfraws Porosity k" and gives no swelling of the Clay. *aid Alo rrdwcs [turning
00 thrinksgr at The Ifirtsemm of h5wisitc, ist torc,,L&iu cauwx porosity

0 Illrectly
Ilroportiorfal to the quantity present. III nuking crramic Virc. insulators
"
the uw Taciiassov-jar clay must be avoided. At. SYMNIIS

ale
00

.O0
'go
46- 1 1

00
*0
00

0 it:

z
7.7
I a r. 0 4 -01 Of 0-3 .1
0 IS 0 0 0 * 6 0 0 0 0 0 6 0
0 0
0 0
0 too

'1a
0 a 0 0
so: : 00 0000 0 0
0
0 0 0 0 0 0 0
N
0 0 0 * 0 0 00 0 0 0 0 * 0 0 0 !e 0 Is go* ft o e * 9 a * 0 s o 400,

q 1) 14 1114 t1a ills nz4n-- 10 it &I u salts bay line at a)&) atare
L-A-A-A-L-L M 9 P AA -11111 &C-111! Fla, 1,
d$ -.a#. --
Lemdum Ovdisles for IM productias a deal W#4W Cqask. _V, I!UVM MA111,111. -00
lug. 1033, No. 24 -^ 410-Sn"Mall cnxibks Wills a compn. of AIA 79,
1,*,-,(h 35, werr Pre y mixing cru�hcd comdum with fiftTky anal taking at 1300
1410'. The rnscitV.."ithstoo,11 a temp. of IWW without wAtersing to reacting chensi-
ailly wills (lie x1ml rhArXr. If. W. Rath
00 J~ coo
see
is ;; 0
00 AS-11L. ETALLUJI41CAL LITFRATIOE CLASSIFIC,LTICM
9111111, ac- s'. I.-
solo.) Q-
W w a
00 00 00
*T4:4::::*0*CJSO6*6N:OO : 0 0
tsee
woo
411111 ad C.1 as$ ;00
D 3 1 L. S a Islas a 4 al, I N 0 2 do G 3 0
LO as 1 14

fill 1.
B
11
it b 16 )? a a 11 w u Id 19 16 u x If a 41 41
V 41 a a
I .
.
. T. - * * I a

Bi- IN AND

'
UtUisatWo of pylopityllito 111 111411FICSIAls "d 141mt"
,F rW
Kirrd'" 1 9. No 2. 12" 10i"t) kinds of pIrrolshyllit
P1441VA

00 .
I I-IA%t W. %intillf to V tAT &nll t 21 11'"k pylophy MW

00
.
1.-

't rhangritwh Ot-viatb.
;, .00
00 r ralwmlml Aful &- 11"t '11111inlith tlw 111fifinal Stability of blily varilWil
00*
00 J!" I.X11C ity, it itu-irewwa thr vtwfl- of Inwar -IWWOH 01111 11-1-
nut change the external culuc of the I-Itly; W) coll.
the
idermMy lowe" the tranitlucence of the body. %L V. KONWIDV
coo
00
-00

age

00
.010
r
1 it
, L S a
a It it it 01 0 4 a '24 w IN 7 111 4 3 9
.
'
0"
0'
.so 0 0 0 41 0! 40 0 *~ 0 0 go 0 0 * a 0 0 0 00 0 0
!
0 * 00000 0 0 0 49, 0 4 0: 0 0 00
0 0 * 0 0 0 0 0 00 0 g:

1 1 4 1 4 1 0 -0 1- it it 'I I I. "I'll s'', I'll rig
A
A 1 1, L-1 .1. v I, , I! A 1, 1 At 04 4 t( I a d

KcnfloYiftg lestiveAle
Plegiackelte said p"phyry In
,
l'it
i Sivil., 0
conutuc Mft
Kvdia
V
voi
T
l

10 .
.
,
.
o
,
i
.jj.
No. Io, (119C --mixti coilts. thelt malt-lilli were
1 -00
compared with than contg. X feldspar. All rmte% lad I
about the same shrinkage, Feldspar ruixes iintrivIl inwr
rapidly than plafriuctasite mixes but lestivarite mixt" -00
tintrittl Y..Mef than (tklqw Im tsrs. The sititerinic I,[
J.Wphyry Suite. w&. similar to I flat of mixes omts ~ Ivid
%liar. All mite* had libutit the &&vtw truslIuser III Wt-,ik-
ing and the sanic thcruttl re"ance. The dCf'WMAtMI "t
moo
lr'liV&Fitr mix" was greater thim that of Icklipar othet.
00 a thilic it was lower in porphyry mix" fimi to cotw, 11, 13 0
and 14. lrsdvarke arA pq)hvry bodi" were yrll-uh
co
-c grayish ifIrpending an tlw still. and firms testip.; 14,Iss-

13 clawle NO" wrrt white. Ustivaritc skas had a h)wvr
fusing troll). than feldspar gtares. M. V. Kondoldy
00
I
,
s

9 11
A a. I L A DITALLUNWAL LIT(RATtAt CLOWICAtIGO '
I
..Ago
'

U S A. I

s $1 9 it It M It
?A
S a ew 0
4 3 a
41
O'ka
0 LT
0 Soo a 0 0 0

11 V.
Plagioclase feldspars in the ceramic industry. K.Keler and V. F907a.
JE~gns. State Ceram. Research Inst. (Leniugrad) No. 39, 1-34(19jj)7-':~diFi
is no difference between plagi~cllase and microcline bodies fired to cone 12,
with regard to shrinkage, melting temp. and deformation under load at high
temF.. The densening of plagioclase bodies occurs later than that of
microcline bodies, bat proceeds more rapidly; sintering In plagioclase bodies
is similar to that in microcline bodies. Bodies fired to cone 12 and
composed of acid Plagioclase have greater crushing strength and are more
transparent than bodies contg. K feldsFar. The mech. strength and transparency
of feldspar bodies decrease with ine.-easing CaO content. Plagioclase and
microcline bodies are similar in linear expansion; the microstructure of
porcelain bodies contg. acid plagioclase is similar to that of bodies contg.
microcline; they show the same deformation when fired to cone 12. With an
increased CaO content in feldspar, the deformation decreases. Plagioclase
bodies fired to higher teirps. than cone 12 have a lower mech. strength and
a greater deformation. Tests with microcline and plagioclase glazes show
that their m. ps. and hardnesses are similar when fired to cones 12 and 13;
when fired to cone 14, the plagioclase glaze is harder and has a better
luster.
M. V. Kondoldy

0 0 *10 0
u 11 It III it a V v
jp
1.0 _J40 U100111%
es cro r
!!Rn. S.
60 f Wm)
Reft-te 1.
th,
;;1:40 god '4064 'Usmo"
0 0 0 0 o we 0
0 0 0 0 0 0 0 0
!
6 cp 0 0 0 * 4,
We a- 4-0 ale 0 0 0 6 0 0 * 0 0 0 0 0 0 0
a )d b v is m ja V v u if A JI, it III A 41 m sd a
A 0 & I -Tij
lee
depma the Sao. -00
00
If ,,,d.
-
00
"IS'liM 4413 "414). 1t".11
roe
r. a 0
go*
See
Noe
00
00
0
I,& I I Lw Q., L i,
ml a I a 4m 0 a a I "a ~4,64
0 0 0 0 0 * 0 0 0 0 0
0 9 0 046
- -1 00

0:0 a a a 0 a 0 0 0 0 6
000
03, I)SIO if w tj is 1) If
O:A a ~ #- 1-1
A
&I* - - !~V--Slat*s
K7 Psi
jr)
Behavior d nim oi rakrodime -4 ~WgWd- f*M-
K
is 00
Pik Nff~2M(1940).
00
k
It micIrmlinc and wid plagiock- -Is. 2.3% C&O occurs -00
It the interval "P. K." 123-130- Mdtisg Of Ulm basic
0o
IdAgiockw occur, betwmn -P. K.- 135 and 141. Mk-ro-
of Chne, Plauthwism mixes conts. 4.5-5.7% C&O melt earlier
thsn plasi(visse m1wr% Whit intTessed plasiock" c--

:: "1 104-
Irflf, the lpf"P. IV( file 11110 IIII-I"W4. vion-i1r

0 .3 ,
,-, q... It.. * 1 09M. 0-1 a-
m.11.1
ttLat Itf I11jLjtWIjUC. III IkIII-ClItill Ik-ftfiVd. the vimijilete
rushing of Iddepar and its usixts. occurs at lower temps.
eow than when firingg pure feldspar. Vatrificatim of bodies
coats. pLtgkdm occurs, later than that of bodies
00 -a micradine. Defornuflon &W rafth. Strength of
produced front odwoctine-plagioclaw mixts. am the sum
as thime of isliffoclime . Muilitisation of bodies
wi,h '--ewd placlochwe contest. Plasioclamc
and uticiroclLme-plagioclare mints. In pormisin dissolve
greater atuts. of quaru than oficrockine -. the &wt - Increases
with increased C&O content of the plagioclase. GISM

O"a
based an microcline, -1--inclaw or their mIM.
M
I&
high thermal stabiliti, a, luster. M. V. Cond

15:1 i

S L A "TALLURGICAL LOICII&IL'Of CLAWORKA11C.

JIIJI
I 1, 0 4 a
dM4
'POO000000060000:06 W a 71-
o 0 a 4 0 0 0 0 0 0 o a
744 : : : 04fio 00 00,11,09 41
00000000000000000 00000100::6600000006000N:
PTW
o o o 00009000096009
a ~al ~vx - 1'.
v Is X 11 v a Jim UP age A$ 904daro
- -,
I , I ---k
- - -- 1--l... - - . - 1 -.1. o 0
A NO PROPIDMt ~.Df.
-00
.0
.0
-00
aos
go
b
7goo
goo
see
zoo
!goo
X00
WOO
0 0
CSOO

e7_0 0 0 * -09 0 o o-*
004
00A
009
002
8
00
00.
004
on
its
=00
-00
f00
!500
00
0900
It: 00
I boo
-.Z7
I CLASWKA140
woo
-VA-d 0 4 9 1 Of a
it a, ,. 5AS
OooOoOooo*;O:: 000000006*00000000
64"' see-0-099*0000006000
"0. 0000 000 14 g Z
4-4r *-er 4 4- 4- 4 A- -tTe-
at a 0 #A 6'--
31 1,
00
00
00
Investip pegmatit" ad the p"O"getwea" sutba
a"I 1-00
and their s
m or bip.vetbiigm perceisim. V_L_rMova~
'
00
Skormik 19W. Nm S. M.-d-These pegmaji
ii.
1
-so
quarut anti OM 0.50
7f FeA. Theym
-
I
d i
k
hi
h
l I
w uw
n ma
."i
inS
lage pm%
rl&in wage. ltxccl,,ij,
g
s,tt ri sisadc ktuti thorns air tit daik cNAs with a nu. tit
0
vial beuwdalatimfluxesin tiscliruditc.
=h=Iy
tiou
pc&"uWg Is not important. XOO
V. cou"'Ir

-
4*4
,
10
I
'
, -
, '
. it Is
' v a n
a
A
K
V YA
9 P AA,

so
00
Is*
Pgolig"LlIfillf fr
so
00

004
00,
a 0 if

7v-
4
4,
l
om
1 4 - L A &f!ALI-UR6K.%. 1.111911iill CLASSIFICATION
r) u is is M) 1%.", r r f Ig 4
I No go 0 It 110 At a it 01 a IF (I It 1( 4
0 0 0 0 0 0,0 0 0 0 0 0 111 0 0 111 0 111 0 0 0 4
0 a a 0 & *;* 0 0 Is 0 0 0 Is * 0 * a 0 0 0 4
K
6 0 *-*-Ole 0 0 4; 0 0 0 0 0 0 111 0 0 0
)4 A it ;I a IT At is L, it m r k v At w c it Au As Ar a
04 als~(w U w A I -,1.' 49 4
At
-.00
-00
-00
Western Talm r
04D

.00
.Go
00
is*
=so
00

:zoo
000
.60
;"Go
00
goes

9 V, go
I IQ, An Us 0
1431, t
1 TIT 24 13 All a
ra 3 4 v
4044
111 Is 111 0 0 0 0 0 0 Is 0 0 0 111 0 111 0 0 0 0 0.
a 0 &s 0 0 6 0 0 0 * 0 0 0 0 0 0 0 0 9 0 W

IL
Ilia .1
141i
91 :1
ON ,A ~j
it 42 .1 jFj

SEREMINITIKOV, V.V.; POPOVA, V.T.
Periodic number of rare earth element selenites of the cerium group
as related to their solubility. Izv. vya. ucheb. zav.; Piz. no.l:
173-174 158. (miRk 11:6)
l.Tomskiy gosuniversitete imeni V.V. Kuybysheva.
(Solubility) (Rare earth selenites)

TQVBIN, M.V.; POPOVA, V.V.; TOVBINA, Z.M.; RADOVSKIY, B.S.; MARKOVA, G.P.
Dynamics of the dIffusion extraction of substances ?-rc-- alu-nIna
gel. Koll. zhur. 25 no.4j472-477 JI-Ag 163. (MItU 17;2)
1. Kiyevskiy universitet, kafedra fizicheskoy i kolloidnoy
khimii.

ALEKSMIDROVICH., Yu.B., inzh., red.; CHERNIN, L.A., inzh., red.;
NAYDICH, I.M., kand. tekhn. nauk, red.; BELYAYKINA, I.V.,
inzh., red.; NIKOLAYEV, A.A., inzh., red.; SOSHNIKOV, G.F.,
inzh., red.; FILINIONTSEV, AN., inzh., red.; ~-QNV~k, V-V-,
inzh.p red.; IFTINKA, G.A., red.izd-va; RODIONOVA, V.11.,
tekhn. red.
[Construction specifications and regulations] StroitelInye
normy i pravila. Moskva, Gosstroiizdat. Pt.I.Sec.G.ch.7[fleating
systems; materials, equipment, fixtures, elements, and structures]
Teplovye seti; materialy, oborudovanie, armatura, izdeliia i
stroitelInye konstruktsii (SNiP I-G.7-62). 1963. 22 P.
(MIRA 17:1)
1. Russia (1923- U.S.S.R.) Gosudarstvennyy komitet po delam
stroitel'stva. 2. Gosstroy SSSR (for Aleksandrovich). 3. Mezh-
duvedomstvennaya komissiya po peresmotru Stroitel'ofth norm i
pravil (for Chernin, Naydich). 4. Vsesoyuzrqy Gosudarstvennyy
institut po proyektirovaniyu teplovykh elektrostantsiy (for
Belyaykina,, Nikolayev, Soshnikov, Filimontsev). 5. Vsesoyuz-
rWy nauchno-issledovatellskiy i proyektnyy institut po teplo-
tekhnicheskim sooruzheniyam (for Popova).

POPOVA, V.V.
Prediction of phases of the development of earn under the con-
ditions present in the foothills of the Northern Caucasus.
Trudy OGMI no.25s8l-87 161. (MIRA 16:6)
(Caucasus) Northern-Corn (Maize))
(Meteorology, Agricultural)

RAT HOV, A.I.; ARONOV, S.11.; YERESNOV, N.V.; MOSINITIV, A.S.;
NFAMGVSKIY,, D.B. [deceased]; RUBINSHTEYN, S.L.;
POPOVA, V.V.; KHASKIN, S.A.
"Handbook on water sfipply and sewerage." Reviewed by
A.I. Balazhcv and 7od. i san. tekh. no.12:32-34
D 162. (MIRA 15:12)
(Water supply)
(Sewerage)

1. POPOVA, V. Ya.
2. LzsR (6oo)
4. Irrigation
7. Computing water discharge in irrigation.
Dost. 3ellkhoz. No. 6) 1952.
9. Monthly List of Russian Accessions, Library of Congress, Januai7 -1953. Unclassified.

POPOVA, V. Ya.
Sooruzheniya dlya respredeleniya i uchets vody pri
(Constructions For ITLe Distribution Axej Calculation
Irrigation) Moskva, Sellkhozgiz. 191::4.
N/5
723.1
oroshenii P811
Of Water Usez' In
101 p. diagrs., tables.

BITYUKOV, Konstantin Kuzlmich, starshly nauchnyy sotrudnik; MIKHAYLOY, M.N.,
starshiy nauchnyy sotrudnik; FIgny# ty nauchnv7
k,,L.Ya,,, starsh
Ila
sotrudnik; KOREYSHO. le.G., r-edakrzor; FIRZEER. V.I., teirchnicheskiy,
redaktor
[The accumulation and the retention of moisture by soils] Nakoplenie
i sokhranenie vlagi v pochva. Izd. 2-oe. ispr. i dop. Moskva. Goe.
izd-vo salkhoz. lit-ry, 1956. 173 P. (MLRA 9-8)
1. Vaesoyuznyy nauchno-isaledovatellskiy institut gidrotakhniki
i melioratsit (for Bityukov. Kikhaylov. Popova)
(Soil moisture)

ABRAMOVA, A.A.: M! "TA, Y.Ta.
- -----
bvulsion drilling fluids. Aserb.neft-khoz. 35 W-5:20-21 My '56.
KRA 9:10)
(Oil well drilling fluids)

STiAUMYANt V.A., doktor tekhn. nauk, Prof., otv. red.~, BOKHIN, F.I,,
kand. sellkhoz. nauk, zam. otv. red.; KOKOVIN, Ye.V., kand.
tekhn. nauk, red.; KOPIYEV, Ye,I., inzh., red.;
kand. takhn. nauk, red.; SAMSONOVA, N.P,, kand.tek,". nauk,
red.; CHICHASOV, V.Ya., kand. tekhn. nauk, red.; RDDIN, Ya.S.,
red. izd-va
(Mechanization of irrigation and drainage work and use of Plastic
materials in irrigation and drainage construction; materlals]14e-
khanizatsi�a gidromeliorativnykh rabot i ispollzovanie plastmass
v gid--omeliorativnom stroitel7stvf.,:; materialy Mezhdunarodnogo na-
uchno-metodicheskogo soveshchanii;.!.. Moskva, Izd.VNIIGIL.4, 1962.
242 p. (MIRA 15~12)
1. Nauchno-metodicheskoye i koord:.natsionnoye soveshchaniye
nauchno-issledo,iatellskikh uchrezlideniy sotsialisticheskikh stran
po mekhanizatsil stroitelInykh i tkspluatatsionnykh gidromeliora-
tivnykh rabot i ispolIzovaniyu pl-istmass v gidromeliorativnom
stroitelletve, Moscow, 1960. 2. V.5esoyuznyy nauchno-issledovatelt-
skiy institut gidrotekhniki i mel-.-oratsii im. A.N.Kostyakova (for
Shaumyan),
(Irrigation-Congress~s) (Drainage-Congresses)

POPOVA, V.Ya.
Legal advice. Mekh. sill. hosp. 32 no. 6:31 -Te 161.
( 1 14. - 5 )'
1. Yuriskonsul't Ministerstva sellskogo khozyaystva USSR.
(Agricultural laborers)

POPOVAZ.V.Ya.
J,egal advice. M-Pkh. Bill. hosp. 12 no. 2:31 F 161.
14-.4)
1. Yuriskonsult Ministerstva sel'skogo khozyaystva USSR.
(Agricultural wages)

POPOTA, V. Ta.
New reagents for reducing the viscosity of clay-base drilling fluids.
Azerb. neft. khot. 39 no.5:12-13 Y47 160. (MIRA 13:10)
(Azerbaijan-Oil well drilling fluids) (Viscosity)

POPOV,A, V.Ya., yuriskonsul't
legal questions and answers. Mekh. oil'. hosp. 11 no.10:32
o 16o. (MIRA 13:9)
(Agricultural wages) (Agricultural laborers)

FollOVAP V.ya.9 k~zid. tokir.
Water Me-,~:,- for
I I
~ "r
1 4 LYS. or
42x52 72 , -8. -:-L?;,r VN-711,lp
4 -f t63. (r,,RA l7j6)

BEqT-UICjV, K.: LHKOV, V.; POI-P,"'A) Y.
On L i'~; fr,.-TrAtle~n rZL aj 1,1 ho,11 ir;
Dol,lady BAN 17 no.L~.-1217-1119 164.
1. institute -)f the Biology aral Pathology of Reproduction of
Domestic An--ma-ls. Submitted July 30, 1964.

PUMP Ya.; POKY;, Khr., ILHEVA, MA.
Quantirati-,re method of deterailuing vitami-n B-12 by thin-layer
chromatography. Prik-l. biokhUn. i mikrobi-ol. 1 no. 6,693-696
N.-D 165. 1&12)
. I rsh2 ~nno.; ~ ; . F -, r)-.jrJ 4 v?
1. Vyssh-'y ins"t-ut W.shchavoy prosr - - -
Bolgariya. SubaLtted july, 1965.

la.
2. U--!-~i`
4. ;'U(~-.r an.;
7. Geo~--ra,)hy contest In ti-..e L7l'z:.-'n-l-rad -'lioneer 'a!,-.,::e. Gc.). v. !-,hlxl~ nc. 1~152.
.n ..ccessicns Library cf (cmr--cs~-
9. :-lonthiv Lists cf :--uss-*l--- .arch, Ullclas~-'

POPOVA. Ya. G., BFMKOV, M. N., AGAIN, I., (USSR)
"Biosynthesis of Analogues of B12 Ccntaining 5,6-
Cimethylbenzimidazole Substituted on the Second Carbon Atom."
Report presented at the 5th Int'l. Biocherdstry Congress, Moscmr,
lo-i6 Aug. 1961.

POPOV.P,, Y--.G., -~~ nd '.-',-;cli "-curces -nd :.o~,hcds Of
Obtaining cOnc--.--'rr.tesi
1()f V't[u:"" 195'
(I'in of i'll'-har -i'ducatiol-1. "o, 'eocllrilolor:~C,~l Jnc;t ul' Zood
16 i,r) I. s , I u
Indtio-tury) , 150 uupies

POPOVA, Ya.G.
Study of vitamin 312 adsorption and desorption by activated clays.
Vit. res. i ikh isp. no.5:112-118 161. O"URA 15 -- 1)
1. Institut(Eishchevoy prom7shlennosti Plovdiv, Bolgariya
YA110COBALAME) (ADSWITION) (BENTONITEj

PQ?OVA, Ye.. OTLIVANCHIK, A.
USSR 600
Buildings, Prefabricated
Conveyor assembly of large panels for standardized houses. Lee. prom 12 no.
2;28-3 of covel, 7 05Z.
Monthly List of Russian Accessions, Library of Congress, July 1952. Unclassified.

POPOVA, Te.
Let's fulfil the geven-7ear plan in six 7eara. Pros.k~or. 11
no.L2:15 D '59. (MIRA 13:4)
l.Tekhnicheskiy rukovoditell artell imeni 15 let koopernteii
invalidov, g.Voronesh.
(Radiators)

PARUSNIKOV, V.N.; KAPLAN, A.I.; Prinimali uchastiye: POPOVA,je.j.
YEPIRUIOVA N.; DEYEVA, G.
Manufacture of slot-type fine structure masks for two-
color electron-beam tubes using a photochemical technique.
Sbor. mat. po elektrovak. tekh. no.28:32-40 161.
(MIRA 16:8)

MURASHCV, K.,
T~r,qining procure=ent specialists by correspondence co,:2-ses Lin
higher education. 1-fulr-.- elev. prcm. 27 no.10:27-28 G--. '6--'
(~aRA 14 -112 )
1. Vsesouznyy zaoehr-y- institut pishchevoy promyshlennostJ.
(Produc .ade..-Study and teaching)

66 T,%--
Mkr/AVr 19M
Ybdicine Cancer
00a the Modifications in ftithelial Differentlation
In Induced Cancerous Twoors," Ye. A. Popowa, Chair
of Path Anat, First losaingrad Jbd Inst, 5 pp
wArkh1v Patologliw Vol X, No 2
Describes experiments vith nice and refors to
Cbspurin's vork in tunor research. Results Indicate
that tumorous cataplasia, is reversible, at least in
some tumors. Submitted 1947.
66"k

POPOVA, Ye.A.
-..
Correlation of b7pertenBion and atherosclerosis according to
clinioc-anatomical and statistical data. Ter. arkh., Moskva 25
no-4:65-70 July-Aug 1953. (CLKL 25:4)
1. Candidate Medical Sciences. 2. Of the Hospital Therapeutic
Clinic (Director -- Prof. A. 4 MyRenikov, Acti*~ Member ANS UM).
First Moscow Order of Lenin Medical Institute.

/I N
SINITSKIY, A.; POPOTA, Ye., uchenyy sekretart. ~, amxw4l
alpidesi o logical wmlysis.' K.D.Metallnikov. Reviewed by A.Sinitticti,
I.Popova. Zhur.21.krobiol.epid.i Inman. no.4:86-90 Ap 154. (91-RA 7:5)
1. Zamestitell d1rektora po nauchnoy chasti Inatituta Is. Pastera.
(Epidemiology) (Ketal'nikov, K.D.)

t--POPOVA, To. A.
Uterine and vaginal epithelium in experimental inflaa~ation. Biul.
skop. biol. i zed. 37 no.6:59-64 Je 154. MRA 7:8)
1. Is kafedry patologichooko7 anatomit (zavo prof* M.AoZakharlyev-
oksy&) I LenIngradskogo meditstnokogo instituta imeni I.P.Pavlova.
(VAGINITIS, experimental,
*apithelial pathol.)
(UTARUS. diseases,
9=er. ustrItIs. epithelial pathol.)
(EPITMON, pathology
in exper. motritis & vaginitis)

POPOVA, Ye.A. (Moskva)
Some copillaroscopic data in end4krteritis obliterans. Klin.med.
33 no.12:79 D 155. - (MIRA 9:5)
1. 1z nervnogo otdoleniya (zav. professor bollnitsy No.23 S.I.
Rotenberg Ldeceasedj iment. Medeantrud.
(NICOTINIC ACID) (BLOOD VESSBLS--DISJUSICS)
(CAPILIA-RIES)

POPOVA. Ye.A., dotsent. kandidat meditainakikh nauk
Necrotic lessions of organs following angiospasms. Ihirurgiia no-5:
24-27 MY 156. (MIRA 9:9)
1. Iz kafedry patologicheskoy anatomil (zav.-deyetvitellnyy chlen
AMU SSSR profl T.G.Garshin) I Leningradskogo meditsinskogo
instituta.
(VASCULAR DIS&SMS. PJMTPHIRAL,
anglospasms with necrotic parivasc. leEsions (Rus))

POPOVA, Ye.A.
Bpithelium of uterine polypi; problem of metaplasia. Arkh. pat.
18 no.1:110-111 156. (MLRA 9:6)
1. Is kafedry patologichaskoy anatomii (z&v.-prof. H.A. Zakharlyevokaya)
I Leningradskogo neditsinskogo Instituta.
(UMUS, neoplasms,
polypi, histol. & carcinogenic aspects of epithelial
metaplasia (RUB))
(POLYPI,
uterus, histol. & carcinogenic aspects of epithelial
metaplasi& (Rua))
(BPITHELM,
metaplasia in uterine polypi. histol. & carcinogenic
aspects (Rug))

POPOTA. Ye.A.
godifications in uterine and vaginal epithelium following the
administration of synestrol in rabbits and rate.Biul, ekep. bjQ1.i
med. 41 no.2:66-70 F 156, (MIRA 9:6)
1. Iz kafedz7 patologicheskoy anatomii (zav.-prof. N.A.
Zakharlyevokaya) 1-go Leningradskogo meditsinskogo instituta.
(RSTROMS, effects,
synestrol on uterine &.vaginal epithelium in animals (Rum))
(VAGINA, effect of drugs on,
estrogen synestrol in animals (Rus))
(UMUS, effect of drugs on,
same)

USSR/HLmcn nnd Animal Morphology (Nlormrl Pnd Ecthologic:1) S-2
Di-gortivo Systcm
Abs Jour : Rcf Zhur - Biol., No 12, 19~-8, No 5504-5
Author :-2QxMLLL,
Inct Not Givcn
Title "Ingio- nstic Intcstinel Necrotos. (Ln Exparimontal investi-
getion3.
Orig Pub :Arldiiv putologii, 1957, 19, No 8, 57-72
Abstract :In 80 rnts, 13 rabbits cnd 11 guinaa pigc sprsmo of the
Acconteric Prtorice wore induced by on instentonoour rhythmic
coraprccsion or by en Pdronelin injoction into the mceentery.
In t1-c intor-tinos of the dand end killed Pniwcls necrotic
chrngc:, worc discovorod which included perforations end the
dov(;lopunt of poritoniti!i os violl. Thosa clirnc..(,c nrc
onrlogouf to the chenges observed in clinical p~nctico end in
noftmortai enscs of focrl nocrotic onteritic, in petho-
gononis of which besculFr spasms piny & doci:dve rol--.
Card 1/1 (7 IL&

0
i -
?O?OVA, Ye.A.
--- ~C=anges "7nt~ne adaptation ot Pain in patients with endarteritis
obliterans. Zhur.nevr. i psikh. Supplement:46 '57. (MIR--' 11:1)
1. Gorodskaya bol'nitsa No.23 imeni Medeentrud (glevnyy vrach
A.F.Timofeyeva). Moslcva.
(ARTFARIES-DISNAUS) (PAIN)

,, POFOVAV Ye.A,
Histogenesis of congepital *erosional of the eecvlz -ate-ri;
pathoanatomical inyqptigationat Arkhpat., 21 no,lltl+4-51
S59. (IUTMJS-DTSUSES) (KMA 13 s 12)

POPOVA, Ye. A.
Angiospastic nicrosis of the organs; autopsy data and experimental
studies. Yest.kbim. 84 no.3188-96 Mr 160. (MIRA 13:12)
OJECRWIS) (ARTERIES-DISEASES)

POPOVA, Ye.A. (Leningrad)
Syphilitic levions of the left auricle ani pulmonary artery
associated with diffuse aortitis. Arkhopat. 23 no.4172-q6
161. (MM 14z6)
1. Iz kafedry patologicheskoy anatomii (zav. - prof. M.A.
Zakharlyevskaya) I Leningradskogo meditsinskogo instituta.
(IMART--SYPHILIS)

POPOVA, Ye. A.. (T-eningrad)
Variability of varinal and uterine apithellum in rat-:5 :In
normal: conditicins and -under the lnrL~aen~~,a of teatosterone.
put. 25 no.8a4-8-5- 9163 (MTRA 1-24)
lo Is kafedry patojlogi(~heakoy anatomli zav. - oasluzhenn?-r
deyatell nauki pr-.~t. M.A. Z%khax-2ywc;--ka7-&) i Teningradgkog;
meditsinskogo instituta immi Pavrlova.

USSR/Cultivated Plants Potatoes. VaCetables. Melons. etc. M.
Abs Jour : Ref ZIur Biol., No 4, 1958, 1562o
Author : L.N. Gorev, ~,va
Inst : - ---
Title : Testing CaUjjUDygr-Vari-eties in Samrkandskaya Oblast'.
(Ispyttaniye sortov tsvetnoy kapusty v Sarmrkandskoy
oblasti).
OriC Pub : Sots. a. kh. Uzbekintana, 1957, No 2) 73-74
Abstract : The testing results are reported on four cauliflower
varieties at the training plot of the agricultural
technical school in the city of Samarkand. The best
results were yielded by the Shirokolistnaya ~ broad-
leaved_7 variety.
Card 1/1