SCIENTIFIC ABSTRACT POPOVA, N.M. - POPOVA, N.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001342430006-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

.L 64484-65-
'ACCESSION NR. AP50215G2
ENCLOSUPE: 01
L
00 %6
Fig. 1. Diagram of phase equi-
libria in the Mb-Co-C system at
10000C. 1--single-phase alloys;
2--two-phase alloys; 3--thre-e-
4
phase alloys

FEDOROV, T.F.; POPCVA, DLM.; GLADYSHEVSKIY, Ye.I.
Ternary systew hafni,im - colimbium - cL-trn, - -
carbon and titaniiur, - collambium - carbon. Izv. AN SSSR. Met. no-3:156-
163 My-Je*165. (MIRA 18:7)

r;-v

.. - , - T,-, -
POPGVA I 'io ~ ~ Y, 1).V.
- * I , I " - - -, -, ~
- - - - -- nal;z
Nick!~--' an~," rr. &;-. , .
AN Kazakh. S-52- 13:3-66 1615- (HIRA 18:9)

SOKOL ISK7
-LYY D.V.; F011OVA, N.M.; SfZDYFB*Yr-,VA, M.B.
, it
Platirn", pallan-i-am-, --nd ca-a-7-.- ts Gn =a.-- --*e--s
~5.
for carbon monoxide oxidatlAon. T.-Ldy Inst. 1-him. nauk Ali' Kazakh.
SSR 13:118-145 165. :L8.9)

ZAE"CfLiNA, P.P.; POPOVA, Z1.111I.; p,.B.
,,,-,tLviLy aid "il -v '-,-
, i
L ., I_n
carriers in cottonseed oill. hydroUenat,~-rjr;. T:-7;(iy
kh-im. nauk AN Kazakh. ISSIP '65 .

,:, CK~ ` I T Y I U, .%' . ; COV , T', . ", . :- ~- f -!'(jV ~', , P." - L' - ~ .
A. - - I - b . -
" , -1"-". - t".. ~-,'
..a -
t i 3 e 1) f K,-, " - ~3 b e " i " C~ n . . t- r .-J.,
S ~~ o, ,w,- - - - - 7ns%. ;,*, 1-m.
.. -I ,ii und~~r operail-c-Inal rIa.-It tLnz,
ruiuk f, 11 K a :1 f i k1 i . S S 1 t 13) -, 2 110, - 2.13 165. (JTRA is-1.)

p,9;1,4 AII&4 IMIchdLlYIDIN~1 / ,~- / &
10 ---l lz~EC45~VST- -D 7 /
P
171~( - lqvl 2-
. I;U~
7N-ey~~ ,,&~7- a.,W~

cl~,

POPOVA, N. M., Cand Chem Sci -- (diss) "Hydrogenation oft
benzoquinone on platinum, palladium)and nickel." Alma-Ata,
1958. 14 pp with graphs (Kazakh State Univ im S. M. Kirov),
150 copies M, 35-58, 105)
_11-

POPOVA . SOEDLISKIY, D.V.
Hydrogenation of benzoquInami tr( norb-,d h7drogon an akjletal irl, Pt
and Pd/CaC03. Trudy Inst.khim.nauk AN Kazakh. SSR 2:70-76 1 58.
(MIRA 12:2)
(Hydrogenation) (Benzoquinone) (Catalysis)

- POPOVA. N.M.
-Z
Charging cur7es daring anodic polarization by quinone. TruV Inst
khim.nauk AN Kazakh. SSR 2:77-83 '58. (MIRA 12:23
(quinone) (Polarization (Electricity))

POPOVA. N.M.; SOKOLISKIY.-D.V.
Hydrogenation of benzoquinone on skeletal Wi, Pt, and Pd
Trudy Inst.k-him.nank AN Kazakh. SSR 2:84-93 158. (MCIUC`0'1~: 2)
(Benzoquinone) (Hydrogenation) (Catalysis)

SOKOLISKIY, D.V.; SHMOITINA, V.P.; popovA, N.M.
Investigation of liquid-phase hydration of acetylene according to
Ewherov. Part 2: Statte of rercur7 in '%,*he acid ca+.a27Et. In-St.
khim.naak AN Kazakh. SSR 3:173-181 '58. (KIRA 12:2)
(mercury) (Catalysis)

/'~ 4,,cl- , X -,,
SMSONOT, G.V.; FOPOVA, N.M.; TIKHOMMOVA. L.I.
- -
Preparation of cerium -nonosulfide. Zhur. p--ikl. IdUm. 31 n0.2:
153-157 7 '58. (XIn ll.*5)
(Cerium sulfides)

POFOVA, N.M.; SOKOLISKIY, D.V.
Hydrogenation of furfurole on Ili - ZnO cata170ts. Izv.All Kazakh.
SSR.Ser.khim. no.1:65-70 '59. (MIRA 13:6)
(Furaldehy-de)
(Hydrogenation)

PHASE I BOOK EXPLOITATION SOV/3537
Akademlya nauk Kazakhskoy SSR. Institut';khithicheskikh nauk
Trudy, t. 5 (Transactions of the Institute of Chemical Sciences,
Kazakh SSR, Academy of Sciences, Vol 5) Alma-Ata, Izd-vo
Akademli nauk Kazakhskoy SSR., 1959. 154 p. 1,000 copies
printed.
Ed.: N.D. Zhukova; Tech. Ed.: Z.P. Rorokina; Editorial Board of
Series: D.V. Sokollskiy (Res . Ed.), V.G. Gutsalyuk, and
B.V. Suvorov (Resp. Secretary3.
PURPOSE: This collectiob of articles Is intended fdrpersonnel of
scientific research laboratories, laboratories of industriil
enterprises, and faculty members of schools of higher education.
COVERAGE: The collection reviews problems of liquid-phase catalytic
hydrogenation to upgrade and reactivate various products. Flydro-
genation of unsaturated bonds of various types, adsorption of
hydrogen on different catalysts, chrom~bographic separation of
mixtures, and the effect of halogen sa-Lcs of alkali metals on
the rate of hydrogenation reactions promoted by various skeleton
catalysts are described., Conditions of catalytic hydrogenation
Card 1/5

Transactions of the Instit4te (Cont.) SOV/3537
of natural fat, sunflower oil, and such synthetic products as
esters of high-molecular fatty acids are set out. Dehydration
of the butane fraction carried out in combination with isomerl-
zation Is analyzed. Principles of selecting catalysts and re-
generating them are reviewed and the formation of adsorption
potentials on metal catalysts is ex0lained. Each article presents
conclusions drawn on the basis of experimental findings.
References accompany most of the articles.
TABLE OF CONTENTS:
Sokollskiy, D.V., and G.D. Zakumbayeva. Reduction of -n-Ni.trophenol
Carried out Over the Skeleton Ni Catalyst In Presence of Potassium
Chloride, Potassium Bromide, and Potassium Iodide 3
Zakumbayeva, G.D., and D.V Sokol'skly. Effect of Alkali Metal
Halides on the Rate of Hydrogenation of Allyl Alcohol - 9
Sokol'skiy, D.V., and Popova. Adsorption of Hydrogen on Ni/ZnO
Catalysts 15
Card 2/5

Transactions of the Institute (Cont.) SOV/3537
Fopova. N.M., and D.V. Sokollskly. Hydrogenation of Allyl Alcohol
Over-Ri7tind catalysts 20
Shmonina, V.P., R-N. Khasanova, and D.V. Sokollskciy. Chroqiato-
graphic- Separation of Mixtures of Nitrobenzene-Aniline Products 28
Golodova, L.S., and D.V. Sokollskiy. Study of Hydrogenation Reac-
tions of Natural Fats and Their Simplest Synthetic Analogues, the
Esters of-High-Molecular-Fatty Acids 36
Golodova, L.S., D.V. Sokollskiy, and Ye.A. Podlyacheva. Kinetics
and Mechanism of Hydrogenation of Sunflower Oil in Solutlbns 44
Luklyanov, A*..T. Problem of Formation.of Adsorption Potentials'
on Metal Catalysts 50
Yerzhanov A I., and D.V. Sokollskiy. Potentiometric Study of
Hydrogenation' of-Benzalacetune Over Skeleton Pd/Ni Catalysts 56
Buvalkina, L.A., G.V. Pavlova, Z.F. Prussakova, and D V. Sokol'-
skiy. Dehydroisomerization of the Commercial Fraction of n-Butane
Over Oxide Catalysts 64
Card 3/5

Transactions of.the Institute (Cont.) SOV/3537
Shmonina, V.P., K.M. Vlasova, and D.V. Sokollskiy. Catalytic Re-
duction of Aromatic Nitro'Compounds. Part IX 72
Flil. R.M. (Moskovskiy institut tonkoy khimicheskoy tekhnologii
inesi M.V. Lomonosova--Moscow Institute of Flac Chemical Tech-
nology imeni M.V.--Lomonosov). Some Principles of Selecting Cata-
lysts foi Liquid-Phase Hydration of Acetylene to Acetaldellyde 81
Shcheglovj N.I., and D.V..Sokollskiy. Some Methods of Reactivating
the Skeleton Nickel Catalyst 92
Shcheglov, N.I., and D.V. Sokollskiy. Hydrogenation of Acetylene
in the Liquid Phase 97
Sokollskiy, D.V.', and L.P. Dunina. Hydrogenation of a Sodium
Salt of Propiolic Acid-Over Platinum
Sokollskaya, A.M., and.D.V. Sokollskiy. Hydrogenation of Cinnamic
Alcohol (Styrone) 110
Card 4/5

167 ?/90
'r. '3.10 0
151W 66872
AUTHORS: M.,.Sokol'skiy, D.V. SOV/76-33-11-35/47
TITLE: The Mechanism of the Hydrogenation of Benzoquinone on Pt,
Pd/CaCO3 and Skeleton Nickel
PERIODICAL: Zhurnal fizicheskoy khimii, 1959, Vol 33, Nr 11, pp 2573-2578
(USSR)
ABSTRACT: Benzoquinone was hydrogenated on platinum, on palladium
precipitated onto calcium carbonate, and on skeleton nickel,
to clarify the reaction mechanism and to establish the stability
of the contacts. The main results on the kinetics and the
potentiometric measurements were already given in detail
(Ref 1). The hydrogenation of quinone was carried out in
dioxane, benzene, alcohol, and 0.1 n aoetic acid. The course
of the reaction on Pt and Pd/CaCo (prepared according to the
conventional methods (Ref 2)) is Iccording to the zero-order
to the absorption of one mol of hydrogen. The reaction
medium influences the reaction rate and the end-products of
the hydrogenation. The hydrogenation rate increases with Pt
in the order: dioxane) alcohol> acetic acid. In opposition
to Pd/C&CO the benzene ring is hydrogenated in an acid medium
Card 1/3 on Pt at raversible hydrogen-potential to cyclohexanol. On L41

6j.: a i 2
The Mechanism of the ELydrogenation of Benzoquinone
on Pt, Pd/caco 3and Skeleton Nickel
SOV/76-33-11-35/47
Pt and Pd/CaCO 3, quinone is hydrogenated to hydroquinone as
mentioned above according to the zero-order, (with the excep-
tion of hydrogenation in acetic acid) but the potential shifts
into the anode range to 0.66-o.68 Y. This potential shift is
caused by taking off of the adsorbed hydrogen on the surface of the
catalyst and the determination of a redox potential of the
system quinone - hydroquinone. The catalyst again becomes a
hydrogen electrode after the hydrogenation of the quinone.
The apparent activation energy of the quinone hydrogenation on
Pt and Pd/CaCO is 1-2 kcal/mol. The quinone hydrogenation
at the high angde potential of the catalyst with low aativa-
tion energy is explained by the data of the ahemical analysis,
the kinetics, and the charge curves (Fig) in the field of the
electron mechanism. The catalysts investigated appear partial-
ly as electron donors and partially as electron acceptors
(hydrogen activation). The activity of Pt and Pd/CaCO does
not decrease at repeated hydrogenation of quinone, whife the
activity of the skeleton nickel is determined by the quantity
Card 2/3 of hydrogen sorbed by it. The *drogenation on skeleton
14

66872
The Mechanism of the Hydrogenation of Benzoquinone SOV/76-33-11-35/47
on Pt, PdCaCO 3 and Skeleton Bickel
nickel is related with the instability and the poor reproduci-
bility of the hydrogen sorbed by the nickel. Contrary to Pt
and Pd/CaC0 the desorption rate of the hydrogen is considerably
higher owink to the excess quinone on the skeleton nickel than
the hydrogen adsorption from the gas-phase. In conclusion,
papers of L.V.Piaarzhevskiy (Ref 6), Stackelberg and Weber
(Ref 11), D.V. Sokol'skiy (Ref 18), Remik (Ref 15), A.I.
Krasil'shchikov (Ref 20), and S.Z. Roginskiy (Ref 21) are
mentioned in the article. There are 1 figure, I table, and
24 references, 16 of which are Soviet.
ASSOCIATION: Akademiya nauk KazSSR (Academy of Sciences of the KazSSR)
Card 3/3

c,!/061/61/000/020/017/089
B101/B147
Sokollskiy, D. V.
Adsorption of hydrogen on Ni/Sio2 catalysts
Referativnyy zhurnal. Khimiya, no. 20, 1961, 62, abstract
20B467 (Izv. AN KazSSR, Ser. khim., no. 1 (19), 1961, 63-90)
TEXT: The kinetics of hydrogen desorption out of Ni/Sio 2 catalysts with
varying content og Ni was studied. The catalysts were reduced at 400,
500, 600, and 800 C by dehydrogenation with benzoquinone. It is shown
that hydrogen sorption r8aches a maximum of 16 - 17 milliliters on
catalysts reduced at 500 C. Catalysts containing 20 - 40% Ni sorbed a
maximum amount of hydrogen per gram of catalyst at all reduction
temperatures. Adsorption per gram of nickel is strong in the range of
small fillings (1.2% Ni), amounting to 400 milliliters of H 2per g of Ni.
Reduced Ni/Sio2 catalysts are sensitive to long-lasting action of air.
In order that they keep the hydrogen sorbed by them, they must be stored
in an H2 atmosphere. [Abstracter's note: Complete translation.
Card 1/1

NECHELYUSTOV, N.V.; POPOVAv N.N.; MINTSER, E.F.
Distribution of admixture elements in the process of hypogenic
mineral formation in tin-zinc and copper-molybdenum deposits
of the Kara-Mazar Mountains. Trudy IMGRE no.5:3-42 161.
OURA 15:7)
(Kara-Mazar Mountains-Ore deposits)

S/850/,62/008/000/001/004
B119/B101
"~U'T'.` C -R. Popova' 1".. 1"..
TITLE; Hydro.,,renation of dimethyl ethynyl carbinol on Ni/sio 2
catalysts
SQURC'--'. Akademiya nauk Kazakhskoy SSR. Institut khi-micheskikh nauk.
Trudy. v. 8. Alma-11%ta, 1962. Katalitichaskiy s~intez
monomerov. 21-36
TIE'XT: Dimethyl ethynyl carbinol in amounts of 0-5 ml was hydrogenated
in water, 9" q~t-hanol, 70". dioxane, and 0.1 K alcoholic KOH in the
07- 0
presence of 1 g of Ni/sio 2 catalyst at 20, 40 and 55 C. The Ni content
-1
of the catalyst was variad between 1 and 1007, and its reduction vas.
carried out at .100, 400, or 5000C. The hydroEenation corresponds to a
zeroth-order reaction until half the amount of hydrogen needed
theoretically is consumed, after w-ich the reaction rate drops quickly.
Duri'n;,- the reaction, the eatLLIYst Potelitial Shifts by 100 - 130 nv in
the positive direction and decreases to saturation value toward the end
Card 1/3

S/85C/62/O05/OOO/OO1/Oc4
Hydrogenation of dimethyl ... B119/B101
of the reaction. '.7hen the :.,iixture is stirred at 700 r-p-m-, the reaction
proczeds in the external kinetic ran.-o. Among the catalysts reduced at
U
400 and 5000C, thosu containini; 20-4C-i~' Ni are the most active
(35-40 Tl H9/ * f catalyst); amon, those reduced at 3000C, the
min per g o V
one containing 60-7/' Nli is the .:.ost active (19 M-1 H2/fm'n per g of catalyst).
The specific catalytic activity is highest with 1116'1 contents of 2-tw~'
4. %.1 -
(240-360 ml w2/min for catalysts reduced a'. 500 and 4000C). -ost
0 .1
favorable reduction temperature; 400 C. The rate of hydrogenation
deoends on the solvent and decreases in the order 96~ ethanol, water,
0.; N alcoholic KOH, Nj~ dioxane. The hydrogenation of the triple bond
to ~he double bond nroci;ed5 in ethanol up to 98.7 - 100~'- Selectively With
the use of catalysts containing 5-60:1 Ni. The temperature coefficient
of the reaction is positive; the activation energy is 5-7 kcal/mole
irrespective of the catalyst composition. The general activity of
lqi/sio2catalysts in tio riydro6enation of the triple bond of dimethyl
ethynyl carbinol is proportional to the variation of the catalyst
potential and, therefore, to the degree of adsorption of the triple bond.
There are 13 fiLuras and 3 tables. The most important English-language
Card 2/3

SOKOMSKIY, D.V., akademik, glav. red.; ~OPOVA, N.M., kand.
khim. nmk. red.; ZZ.AMU3AYEVA, G. .1 cana. khim. nauk,
.red.; BULAUDIA, L.A.) kand.khim.. nauk, red.;
CREDEMBIA, G.F., kand. khirn. nauk, red.; DZHARDAMALIYT,7VA,
K.K., kand. khim. nauk, red.; GIAZYRINA, D.M., red.;
ROROKINA, Z.P.., tekhn.red.
[Oata3.ytic reactions in the liquid phase] Kataliticheskie
reaktsii v zhidkoi faze; trudy Vsesoiuznoi konferentaii.
Alma-Ata, Izd-vo All Kaz.SSR, 1963. 459 p. (MIRA 16:12)
1. Vsesoyuznaya konferentsiya po kataliticheskir. reaktsiyam
v zhidkoy 'Laze, Alma-Ata, 1962. 2. Kazakhskiy tekbnologiche-
skiy institut lInstitut khimicheskikh nauk AF KazSSR (for
Sokollskiy).
(Catalysis)

7~ZE Ion -.17 -1 Z-.
Lz
I-ar~ khlm. tviuk 14 nc~. ~b C. - 68 7i, -'Mr-

TITP(M)
ACC MRs
AP5027705 SOURCE CODE: Uit/GI29/651000/01110021/002
AUTHOR: Popov&-,-]R.- N.; Sandler, N. I.; Butko, N. 1.
-55,-
ORG: Ukrainian- Scientific Research Institute of Metals (Ukrainskiy iFi~a~icihno--tssle-dova'-
tel I skiy institut metallov)
.TITLE: Meet ofrare-earth metals of the cerium subgroup an the critical cold
bxIttleness,of carbon steel
SMCE: Metallovedeniye i termicheskaya obrabotka metallov, no. 11, 1965, 21-22
TOPIC TAGS: rare earth metal cerium, carbon steel, cold brittleness, ductiliby
ABSTPACT: The results of a comparative investigation of the carbon steels 20, St. 3._
and KGto 3 with and without addition of cerium are presented. REM (rare earth metals).
were added to the molten steel following its deoxidaticm. The REK were added In the
forat of ferrocerium ormischmetalvAontaining 50-70% Ce, in proportions of 0.05. 0.07,
.0.10, 0.150 0.30, and 0.40% Ce by weight of molt. Subsequent investigation of the of-
00%, 09 Co OR the. of tho' Wool togoo, P-Orfor"A 4Y lognq PC "Cro-
at *At - at wt tw* %ttrm-
hat4ness of the dendrite axes avA intaraxial deadrite'%mces revealed the C-0110"tag:
the t4ditiou Qt Ce iWe'rovem the of *C"I., wavk".Ir
Its content of sulfur &ad oxnes, and enhances its ductility and plasticity to the
presence of high taWeratwces, and It also reduces the critical tes"ratuce of the
Card 1/2 669.85.86:610,176.2:669.141

Fcjr.- N,N~,~ ,, ~; SHUBFI~Ko G.L.; KURMANOV M.I., kand. takhn.
I.- - I , - p
',-U--,hny-y I - -A.,; ;,y
*;f .~e cariiA -cubgroup of rar-----eart.~, elements or, ths
ana propertleti cf a carboa s~se-' I~ot. Sbar.trud.
I
,I'N~T,M 1-0~.
(MIRA 1&11)

(A) L 13268-66 EWT(n)/EPF(n)-2/Vdp(j)/T/PIip(t)/Fwp(
ACC NR- AP6001476 SOURCE CODE: UR/0226/65/000/012/0063/0068
RM
A&HOR: Fedorov, T. F.; Kuz'ma, Yu. B.; Skolozdra, R. V.; Popov&, ff. H.
ORG: L'vov State University (Llvovskiy gosuniversitet Im. 1. Franko); A. A. Baykov
Institute of Metallurgy (Institut metallurgii im. A. A. Haykov%)
TITLE- Phase equilibria~in the ternary systems Zr-Co-C and Nb-Fe-C
SOURCE: Poroshkovaya metallurgiya, no. 12, 1965, 63-68
TOPIC TAGS: phase equilibrium, ternary alloy, zirconium, cobalt, carbon, niobium,
iron., A R#11 n1V4LYS1X . -r_of?NnR'r' n1 zeY
ABSTRACT: Specimens of the investigat9d alloys of the Zr-Co-C and Nb-Fa-C systems
annealed at 80O.and 1050*c ' respect1jr4,ly, were examined by means of X-ray and micros-
copic analyses. The phase equilibriako'f these systems, as established by phase ana-
lysis, are shown in Figs. I and 2, respectively. ZrC is in an equilibrium with all th
compounds of the Zr-Co, system as well as with Co and Zr. For the alloys located in
two-phase and three-phase regions the lattice constants of binary compounds do not
change, which indicates an Insignificant solubility of Co In ZrC and of C in binary
compounds of the system Zr-Co. X-ray structural and microscopic analyses of 42 alloys
revealed no ternary compounds in the Nb-Fe-C system. NbC at 1050*C is in an equilibri
um with the phase NbFe2, the p-phass, cf-Fe and Kb2C, while the carbide Nb,C is in
1/4

L 13968-66
ACC NRs AP6001476
c

Fig. 1. Phase equilibria
in the system Zr-
-Co-C at 800*C:
I - single-phase; 2 - two-
-phase; 3 three-phase

zr 90 80 70
ZrA 60 JO 40
Zr
ztt~ 30 20 00
Z
*
A )
z
zr
2/4

ACC N& AP6001476
c
Fig. 2. Phase equilibria in
the system Nb-Fe-C
at 10500C
I - single-phase; 2 - two.
Fe -phase; 3 - three-phase

L 13268-66
ACC NRj AP6001476
equilibrium with Mb and p-phase. No traces of Nb C could be discovered. The absence'
of a- and 11-phases in alloys of the Nb-Fe-C systa;1proves the invalidity of Cold-
schmidt's (H..Goldschaidt, J. Iran Steel lust., 194, 2, 159, 1960) phase diagram of
the Nb-Fe system. Orig. art. has: 4 figures.
SUB CODE: 11, 20/ SUHK DATIS: 29MAr65/ ORIG MW-. 007/ OTH REF: 013
C.,d 4A y-~

ut M it !j b'L" "j~jyV"f*, , U VINIAM,S HEV
orn nickel-kic-seiguhr and n-*c'el-
)n ,f 04
00.11ni ,at,Ejjy8t3 o,r,:r- ~:-Al in abooiule Fthyl. alrohol. Izv. All
.35R."or. kh-1z,. (1,11RA 8-'

AT7004210 _? -6 -7/0115-
AC C NR, (A) SOU S 60'68~ WV660 /66/660/666/di2
AUTHORS: Fedorov, T. F.; Gladyshevskiy, Ye. I.; Popova, N. M.
ORG: none
Tlt~U: Investigation of the system aiobium-zirconium-hafnium-carbon
SOURCE: AN SSSR. Institut metallurgii. Zcsperimentallnaya tekhnika i matody
vysokotemperaturnykh izmereniy (Experimental techniques and methods of high temper-
ature measurement). Moscowt Izd-vo Nauka, 1966, 127-135
TOPIC TAGSs phase diagram, alloy phase diagram, phase equilibrium, metal phase
system, niobium, zirconium, Waium, carbon
ABSTRACT: The phase relationships in the system Nb-Zr-Hf-C were investigated. This
study supplements the results of 1. 1. Kornilov (Fiziko-khimicheskiye osnovr
zharoprochnoati splavov. Izd-vo AN SSSR, 1961,, str. 510)o ?haze diagrams based on
x-ray and metallographic data are presented (see Fig. 1). The phase composition of
the ternary systems Zr-Nb-G and of the binary system ZrC-Hf 0, were determined. The
results are tabalated. It was found that binary carbide formation did not take
place in the ternary system. Similarly, no evidence for the existence of ternary

ACC NR: AT7004210 C
HfC
"C
2-re ____ 4~b
------- Hf
Fig. 1. Phase diagraa
for the system
Zr-Nb-Kf-C at
approadmately 17000
Nb
carbides was found in the quaternary system. Orige art* has: 4 tables and 3 graphs.
SUB CODE: ll/ MM DATE: none/ ORIG REF a 008/ Ord HU a 006
Card

EMP(61/EWT(m)/er,P(i)/EPF(n)-2/EgG(m)/EPR/l/EIYP(t)/E-f,'P(k)/SVP(Z)/
(0- Pf-4/Pad/PS~-4/Pi-4/PU-4 IJP~,C-) -- -W4H/JD/1-k/,J1G/AT/i4H
ACCESSION NR: AP~011828 UR/019216510061002/0313/0314
48,736
AUTBOR: Borusevich, L. K.; Gladyshevskiy, Ye. I.; Fedorov, T. F.; Popova, N. H.
TITLE: New representatives of the structural type W sub 3 Fe sub 3 C
SOURCE: Zhurnal strukturnoy khimii, v. 6, no. 2, 1965, 313-314
TOPIC TAGS: carbide structure, tungsten carbide, iron carbide, mixed carbide,
Eta phase, niabium carbide, cobalt carbide, tantalum carbide
7
ABSTRACT: Carbides possessing the structure of-Q phases exist in many ternary
and quaternary systems. In a study of the phase equilibria!in the ternary s)~~
tem.Nb-Co-C, the authors found that a ternary compound is formed in annealed
samples in the vicinity of the composition Nb Cb C. The present article is de-
,3
voted to a study of the crystal structure of ?h s compound, and of the possible
formation of analogous compounds in other systems formed by transition rneta
with carbon. The compounds Nb Co C and Ta3Co3C were prepared from povderedk~--
ponents (NbC + Co + Nb; TaC + K ~ Ta) b y pressing, aintering, and remielting.
The calculated line intensities were found to be in good agreement with the ob-

-L-53914-65-
ACCESSION NR: AP5011828
served intensities, thus indicating that the compounds belong to the type W3Fe3
Analogous compounds of the same structural type were found in the systems
Nb-Ni-G and V-Fe-C: Nb3ffi3C and V3Fe3C- Orig. art& has: I table.
ASSOCIATION: Ltvovskiy gosudarstvennyy universitet im. Tv. Franko (Lvov State
University); Institut metallurgii im. A. A. Baykova.-(Institute of M2tallurgX)
SUMMED: 05Sep64 ENCL.- 00 SUB CODE: IC, MK
NO REF SM. 002 OMR'-. 001

The Dru,) XlethrO Of lr!Lr,js Dh-nnn
of sovt-hoz
1r,37, li~
So: 1~ Dec 10c1

IVANOV, A.M.; FALUTCH, B.N.; CHL 'POLF. V.A.; IVAIJOV-DYi "~ V, I.G.,
dokto-. tekhn. n-,ljk, retsenzent; POtOVA, NXI., red.
[Laboratory work on reinforced concrete elements] Labora-
tornye raboty po zlielezobetoruiym konstruktsiiarr- Uroslavll
Rosvuzizdat, 19~,3. 114 P. (M I RA 17 -.6)
1. l4oskovskiy avtor-..obill'no-dorozhnyy institut (for Ivanov-
Dyatlov).

SAMOYLO, A.I.; FOFOVA, N.N,, red.
[Industrial buildings of precast elements] Proizvod5tven-
nye zdaniia iz sbornykh elerrentov. Moskva, Vyashaia shkola,
1965. 215 P. (IAIRA 18-- 3)

P3PJiA, li. _~i.
P~X`6!VAJ :i. ~;-. "Perst??vino Prec;.-oiti oc n in "~`h. -`-Ired _,*,r_,a.r-_Z o'
Plants Infected b- Vinis bisesases (Potato),11 lto-i ;,~ajchno-I_,..ledo.a-',ell,
Q
skikh Rabot Vsasoiuzno_~,,o InstitAa Zashchitv Itas-tenii za 1936 Loda, part
~, 1936, pp. 10~42. 423-92 L~z41
SO: SIPI _`I-90-53, 15 December 1953

f~opo-."A, 1".
p .11, - 11 1 - I . -~ 1, ~ IL- "
PO UJA ,i. ... ~or -Ial..~a~~ :i:lv ,,-e Preci-.ita~ip-l ~c-~Jon.
of the Anti-v--'-ras erm X"' Itor:i ia~.1clino-Issledova'L.ell:-,)-i.kh Ra;o~
VsesoiiAznol,o -;nstituta Zaz:;Iicliity !LaL;tenli za 1~?36 Loda, part 3, 1938,
pp. li:-20. 423.92 L-~,U
SO: SIIIA' SI- ;L,-~3, 1~ Docember 1953

105. POPOTA, ~.N.
"The Droo Method of - nd It Is April tcat io - in t Di - , . 1,c f
- A rlutin-itl,on a r he pe-Flos.1 s 0
31.-~ck R-icbertoslq of DoklAdy '1Fesoiuznci A'~-jtdemli Sell-r-ok-
hozipletvenny'?6i 17,,.-.ik imeni V. I, Vol. '-" no. l-':,, 19)-9, !)~)- ",;'-',-33.
", 11) -,. k. I
So: SIPA S1-90-53, 15 Dee 1953

7
lli~Lctr-ricidai Lct:uii of jc;,ne ''hr:.m:ca_1 a.-.d 'r;,,-_Cal
m
Fac'ors on bacteritm translucens undulos-I :~ji C.-raims of Wneat,"
Dolclad-( ',-sesoiuznoi Aka6emdi ~:"-e-llslcokhoziai~-tveniiykh Nauk. 'J. L
Le,,ina,_ Vol 4, no. IV, 1-1-'32, Lp. 16-19 20 Aid
1,7~3

BABKOV, V.F.;_FOPOVk red.
[Securing traffic safety in designing, constructing and
reconstructing highways] Obespechenie bezopasnosti dvi-
zheniia pri proektirovanii, stroitellstve i rekonstruktsii
avtomobillri3rkh dorog. Nioskvaj Vysshaia shkola, 1964. 28 p.
(MIRA 18:5)

KAPITANOV, Yuriy Dmitriyevich, dots., kand. tekhn. nauk;
MAKEYEV, Valentin Niko2ayevich,, dots., kand. tekhn.
nauk; SAVELOYE11, Petr Petrovich, dots., kand. ekon.
nauk; VARENIK, Yevgeniy Ivanovich, prof., dnktor tokhn.
nauk; CHERNOV, T.P., prof., retsenzent; ZOLOTNITSKIY,
N.D., prof., doktor tekhn. nauk, retsenzent; POPOVA,
k.l,,, red.
[Technology of the construction industry] Tekhnologiia
stroitellnogo proizvodstva. Moskva, Vysshaia shkolap
1965. 586 p. (MIRA 18:7)
1. Zaveduyushchiy kafedroy tekhnologii stroitellnogo
proizvodstva tioskovskogo inzhenerno-stroitellnogo insti-
tuta im. V.V.Kuybysheva (for Chernov).

;~OFOIJA N.N.; SANDLER, N.I., BTITKIp N.I.
" , -.-Y . , ,
Effect of rare-earth metals of the cerium subgroup on th,-, ccld-
brittleness threshold of carbon steel. Metalloved. i tei-in. obr.
met. nc.llz2l-2'f- N '65. (MIRA 18,121
1. 11krainakiy nauchno-issledovatellskiy Institut metallov.

MJcroscoplc of :i7.
31 no.3027-310 '65.
1. ifitrainakiy nauniinc-issiladviatells~A.1 ilistitilt, MPtal-LOve

POPOVA, N.N.
Stw.,y on., the effect of physical and chemical agents on
org-mcspecific antigens of the brain tissue. Biul. ekzp.
i md. 60 no.9:80-84 S 165. (MIRA 18:10)
1. TSentralInyy nanchno-is sled ova tal I skiy institut sudobney
F-iikhIatrii imeni Serbskogo (dir. - dotsent G.V. Morozov).

DYUBIJI, N.P.; DYUBINA, A.V.; SVIRIDENKO, F.F.; KARPUNIN, A.M.; Prinimali
uchatitiye: LEVCHENKO, N.D.; POPOVA,-.N.N.,; TROFIMOV, V.V.;
SHUBENKO, G.L.; CHETVERTjILVI 'A.Tj.; RTABDIUN, R.G.; EEKLY-ANSFAYA,
L.I.; FRADINA, M.G.; ORGIYAN, V.S.; SABUTSKIY, F.M.; MOMELI, A.V.;
BULISKIYv M.T.; FRADIN, M.D.; VAIZNKO, N.S.; KUCHERYAVYY, Yu.P.;
CHEPEIEV9 P.M.; SABUROVI T.A.; POLYAKOV, P.M.; MAIASHETIKO, R.B.
Effect of the temperature of rail rolling on their quality.
Sbor. trud. UNIIM no.11:344-353 165. (MIRA 18:11)

KIJZNF,TSOVA, N.I.; POPOVA, IT.N.
Effect of anticerebral antibodies in the oarum of patients
neuropaychic diseases on vater-ealt extracts of the braim suL--
jected to physicochemical treatment. Blul eksp. biol. i med.
60 no. 10:77--80 0 165 WIPI Igal),
1. TSentralInyy nauchno-issiedovzLtellskiy institut, sudebnoy psi-
khiatrii imeni Serbakogo (direktor - dotsent G.V. Morozov), Moskva.
Submitted April 24, 19611,.

KUZNF.TSOVA, N.I.; POPOVA, U.N.
Stuly of the conditions fordetecting antibrain antibodies in
the blood serum of patients with neuropsychic diseases. Probl.
sud. pBikh. no.13:19-29 162. (MIFP% 18-9)

NECHELYUSTOV, N.V.; POPOVA, N.N.; IMMER, E.F.; BELEVITIN, V.V.;
-, . .1-- 1
RAZINA, . .
Selenium and tellurium in leand-zinc deposits of the
Altyn-Topkan ore zone. Trudy IMGRE no.10.125-135 163.
(MIRA 17:5)

FOFOVAV N. N.
Singu2xr forEatione of hydrothermal gypmm and graphite in the
ores of the Cherdoyak depoBit. Zap. Vees. min. ob-va 91 no.3.
353-355 '62. (MMA 15:10)
Narym Range-Gypsm)
Narym Range-Graphite)
i

KUZNETSOVA, N.I.; POPOVA N.N.
Study of the organ specific antigenic properties of the human
brain using sera containing isoimmune antibodies to the brain.
Biul.eksp.biol.i med. 54 no.7:62-M Jl 162. (MIRA 15:11)
1. lz TSentrallnogo nauchno-issledovatellskogo instituta sudebnoy
psikhiatrii Imeni prof. Serbskogo (dir. G.V.Morozov). Predstavlena
deystvitelOnym chlenom AMN SSSR N.N.Zhukovym-Verezhnilovym.
(BRAIN)(SRUM) (ANTIGENS AND ANTIBODIES)

POPOVAP N.N.
Effect of the digging activity of small mammals on the distribu-
tion of soil moisture In areas covered in mixed conifer and
hardwood forest. Biul.143IP.Otd.biol. 67 no.5:29-35 S-0 162.
(MIRA 15:10)
(KUNTSEVO DISTRICT-*FOREST FAUNA)
(SOIL MDISTURE)

POPOVA N.N. inzh.; KASHNIKOVA, M.L., inzh.
Structural otability and properties of ln32V2#,
and KhllLB steels. Ketalloved, i tem. obr, met.
0 162. .(ChromAum steel-Metallography)
- (Metals at high tempetature)
M12VW.
no,10:63-4
(MIRA 15:10)

S/129/62/000/010/0o6/oo6
E073/E383
AUTHORS: Popova, U.N. and Kashnikova, M.L., Engineers
TITLE: Stability of the structure and properties Of 5tCel5
1/12!-~ 2(lKhl2V2,%IF) , 1X 12bi, i1 (lKhl2V*IF) and
(KhllLB)
PERIODICAL: Metallovedeniye.1 termicheskaya obrabotka metallov,
no. 10, 1962, 63 - 64 + 1 plate
TEXT: The effect of elevated temperatures on the mechanical
properties, microstructure and distribution of the alloying
elements between the carbide phase and the solid solution was
investigated for specimens cut from exp6rimental forgings of discs,
rotors and cylinder castings of the following steels (Q):
C Si Mn. Cr 'Mo , W V Ni P.
lKhl2V2MF o.16 0.37 0.75 12.16 0.70 1.95 0.33 0.25 0.015 0.01
IKhl2VN,\IF 0.18 0.35 0-55 13.0 0.54 1.00 0.30 0.79 o.o16 0.02
KhllLB U-13 o.z6 o.56 11.65 o-61 1.07 0.28 0.78 m14 0.02.
The heat-treatment was as follows: normalizing at 1 050 -
I 070'OC, oil;quenching from 1 020 - 1 050 0C, followed by tempering
at 660 - 680 C and furnace cooling for the steel lKhl2V2',IF;
Card 1/3

3/129/62/0oo/olo/oWoo6
Stability of the structure .... E073/E383
annealing at 960 OC, oil-quenching from 1 000 0C, tempering at
0 1
68o C and furnace cooling for the steel lKhl2VN`MF; normalizing
at 1 150 0C, temperin 9 at 700 'C, furnace 8001ing to 150 0C, or
normalizing at 1 050 C, tempering at 680 C and furnace cooling
to 300 OC for the steel KhllLB. Prolonged holding of the steels
lKhl2VNMF and KhllLB at 58o - 6oo 0C did not produce any apprec-
iable change in the strength, ductility and impact strength at
room temperature. The impact strength of stel lKhl2V2MF after
5 000 hours at 575 or 600 OC was considerably reduced.
I
:.Abstracter's note: no data given.i The microhardness of all the
three steels was the same in the initial state and after prolo 'nged
holdingat elevated temperatures. Initially, the structure was
sorb�te, oriented along the crystallographic planes and 10-25%
free ferrite. It contained only the carbide M 23 C6 in the
initial state but, after holding at the elevated temperatures,
additional lines corresponding to-the intermetallide of the
Fe 2Mo type were observed in the X-ray patterns* Immediately
after the heat-treatments practically all the V and a large
proportion of the Cr and Mo were present as carbides, the
Card 2/3

S/129/62/000/010/006/oo6
Stability of the structure .... E073/E383
remainder of the alloying additions being in the.solid solution.
After prolonged holding at elevated temperatures the W and Mo
content of the carbide phase increased, and that of Fe and Ni
decreased. It was concluded that steels MUMMF and KhllLb
retained their high strength and ductility after prolonged
service of 580 - 600 OC.owing.to (a) the presence of the %3 C6
carbide stable at elevated temperatures and (b) strengthening
of the solid-solution matrix by the alloying elements.
There is 1 table.
Card 3/3

KUZNEISOVA~ Fina I.; POPOVA, Natalia,,V.
Conditions of detection of antibrain antibodies in the serum
of patients with neuropsychiatric diseases using a complement
fixation test. Folia biol. (Praha) 10 no.2:98-107 164
1. Serbsky Central Research Institute of Forensic Psychiatry,
MOSCOW.

ACCESSION, NR: AT4028288
S/2677/63/000/010/0125/0135
AU7111OR: Nachelyustov, N. V.; Mintser, E. F.; Belevitin, V. V.;
Razina, I. S.
TITLE: Selenium and tellurium in lead-zinc deposits of the Alty*n-Topkan ore field
SOURCE: AN SSSR. Institut mineralogii, geokhimii i kristallokhimii redkikh
elementov. Trud3r-, No. 10, 1963. Redkiye elenienLy* v sjl'fidny*kh
mestorozhdeniyakh (rare earth elements ift'sulfide deposits) 125-135
TOPIC TAGS: selenium, tellurium, galenite, lead-zinc deposits, skarn, sphalerite,
pyrite, chalcopyrite, sulfide, effusion .
ABSTRACT: Certain regularities in the distribution of selenium and tellurium in
the deposits of the Alty*n-Topkan ore fields in the Karamaza area of the USSR, as
well as probable conditions and the method of entry of these elements into the
crystal lattice of galenite are examined. The authors describe the types of
minerals and composition of the separate ore fields in that area. The selenium
and tellurium content of sulfides of the various fields are listed in tables. The
primary minerals of,the various ore fields are galenite, pyrite, chalcopyrite,
sphalerite. Samples used in the tests were taken from six different ore fialds in
Cardl/2

ACCESSION N`R: AT4028288
the area. The selenium and tellurium distribution in galenite in the various fields
are listed in graphs. The authors also describe the influence of impurities on the
distribution of selenium and tellurium as well as the influence of the depth of
formation of their distribution. In the high temperature stage oE~,the process of
ore formation, selenium and tellurium accumulated toward-the end 6f.the stage and
were fundamentallylc:oncentrated in galenite. The selenium and tellurium content
aid the Se:Te ratioin galenite differs sharply in specific samples of the same
deposit and corresponds to a known degree to the content and ratio of these
elements in other sulfides of the same samples a~d in the deposit as a whole. Some
influence of a number of cations of the admixture elements (bismuth and silver, to a
lesser degree antimony and thallium) in galenite is noted, which seems to facilitate
the isomorphic entrance into its lattice'of the anions, selenium and tellurium.
'The authors point out the undoubtedly practical value of selenium and tellurium in.'
galenite of the skarn-ore deposits of the Alty*n-Topkan ore fields. Orig. art. has;
4 figures and 5 tables.
ASSOCIATION: Institut minerologii, geokhimii.i kristallokhimii redkikh elementov,
AN SSSR (Institute~of Mineralogy, Geochemistry and the Chemistry of Crystals)
SUBMITTED: 00 DATE ACQ: 16Apr64 MCLt 00
SUB CODE: za., M, NO REF SOV: 007:. OTHER: 000
Card 212

KOCHERGIN . V.P.; POPOVA, 11.11. --
Effect of halide ions on iron corrosion in fused electrolytes.
Izv.vys.ucheb.zav.;kl-.im.i ichim.tekh, 4 no.3:397-403 161.
(MMA 14-10)
1. Urallskiy gosudarstvannyy universitet imeni Gorikogo,
kafedra neorganicheskcy lahLmii.
(Halidas)
(Iron--Corrosion)

. 27391
cg t' Li o 1(,, 5/153/61/004/003/001/008
9071/9435
AUTHORS: Kochergin, V.P. and Popova, N.N.
corrosion of iron
TITLE: The influence of halogen ions on
in molten electrolytes
PERIODICAL: Izvestiya, vysshikh uchebnykh zavedeniy. Khimiya i
khimicheskaya tekhnologiya, Vol.4, No.3, 1961,
pp-397-403
TEXT: In view of the lack of published-data on the influence of
halogen ions on the corrosion of metals in molten electroly~tas ~.t
high temperatures, the authors carried out the determination of the
mean velocity of the corrosion of iron in melts of:
MgC12- N&H, ZUC12- NaH, ZnSO4- NaH, Na2CO3- NaH, where
H = F-, Cl-, Br- and I-, Chemically pure NaF, NaCl, NaBr, NaI,
MgCl2-6H20, NaN03, ZnC12-1,5H20, ZnS04-5H20 and NaC03 were used
for the preparation of melts. Melts containing sodium bromide or
iodide were prepared in a carbon-dioxide atmosphere.
MgC126H20 was dehydrated with dry hydrogen chloride or ammonium
chloride. The velocity of corrosion of iron was determined by the
previously described method (Ref.11A Zh. prikl. khimii, 27, 945,
(1954) ) at 5000C on at least 3 specimens of armco iron in the form
Card 1/4

27391.
S/153/61/004/003/001/008
The influence of halogen ions E071/L435
of polished plates. It was found*that the velocity of corrosion
of iron in melts decreases in the following order: MSC12- NaC1,
MgC12- NaBr. MgC12 -NaI as well as in ZnC12 -NaCl, ZnC12 -NaBr,
ZnC12- NaI, ZnC12- NaF. A similar phenomenon takes place in the
series of melts ZnS04 - NaF, ZnSO4 - NaCl, ZnSO4 - N&Br and
ZnSOi,- NaI. The process of corrosion of iron in melts
ZnSO4-.NaH is more complex than in the abovementioned elettrolytes.
Chemical and X-ray analysis of the corrosion products indicated that
two parallel reactions are taking place,
Fe + 2H+ H2 + Fe 2+ (1)
3Fe + ZnSO4 Fe304 + ZnS
(a)
Reaction (2) takes place at a high content of zinc sulphate and
reaction (1) at a low one. After a vacuo treatment of the melt
at 5000C for 3 hours9 which removed compounds containing hydrogen
ions, the corrosion of iron took place only by reaction (2).
The influence of halogen ions an the decrease in the velocity of
corrosion in the above serie5 is explained'by the formation of
complex ions more resistant to hydrolysis (i,s, to the formation of
Card 2/4

27391
S/153/6i/oO4/003/001/008
The influence of halogen ions ... E071/E435
hydrogen ions) or in the case of ZnSO4 (5eaction (2)) due to a
decrease in the oxidizing activity of S04- ions with increasing
strength in complex ions. Other conditions remaining equal, the
velocity of the corrosion of iron in melts NaN03 -NaH decreases in
the following order: NaN03 -NaF, NaN03 -NaCl, NaN03- NaBr and
NaN03- NaI. With an increasing proportio'n of sodium halogenide in
molten sodium nitrate (up to 10 to 15 mole,%) the velocity of
corrosion increases; on further addition, it decreases.
A similar phenomenon was observed on the corrosion of iron i.-I-
molten sodium carbonate in the presence of sodium halogenides a!-
8000C, but in this case the velocity of corrosion decreases in the
following order: Na2CO7, -NaI, Na2CO3 -NaBr, Na2C03- NaCl and
Na2CO3- NaF. The work of G.V.Akimov, N.D.Tomashov,
V.N.Modestova, B.N.Kabanov, L.Vanyukova, A.Stromberg and
T.Chukina is mentioned. There are 5 figures and 25 reference,-:
22 Soviet and 3 non-Soviet. The three referen-:es to English
language publications read as follows:
Ref.3: G.W.Mellor, M.Cohen, A.Beck, J. Electrochem, Soc., 105.
332 (1958); Ref.17; C-G-iil. DI.Straumanic. J.Electro:-,hem. Soc'.'
Card 3/4

27391
S/153/611004/003/001/OOE
The influence of halogen ions E071/E435
102, 42 (1956); Ref.24-. P.Gloyd, E.Chamberlain. J.Iron and Steel
Inst., 142, 141 (1940). R.Box, B.Middleton. J.Iron and Steel
Inst., 151, 71 (1945).
ASSOCIATION: Urallskiy gosudarstvennyy universitet im. A.M.Gorlkugo
Kafedra neorganicheakoy khimii (Ural State UniversJ~y
imeni A.M.Gorlkiy, Department of Inorganic Chem-4i:t;-y)
SUBMITTED: August 27, 1959
Card 4/4

POPdVAq N.N.p dotsent
Dynamics of changes in cholesterol, lecithin, and lecithi4--cholesterol
coefficient in atherosclerosis of the vessels-of the brain. Vrach.
delo no.2:15-18 F 161. (MIRA 14-3)
1. Kafedra nervnykh bolezney (4av. - zasluzhennyy deyatell nauki,,
Prof. N.V Mirtovskiy) Llvovskogo meclitsinskogo instituta.
iARTERIOSCLEROSIS) (BRAIN-BLOOD SUPPLY)
(CHOLESTEROL METABOLISM) (LECITHIN)

PRUE I WC~K EXP1,011TATION SOV/~5511
riyey5koyo oblmstnoya pravlenlye.
YettllavvJonlyt. I tem.lch~.ikaya obrabot~ca (VjV--*Ca anzi Heat
Treatment of Me 'a1,) F.02COW, Mtnh.,iZ, 1~)Ui. ~.3u p. zrrata allp
Inserted. 5,000 c0Plc-% Printed-
Sponsoring Agency: Gosudarittvennyy n%uc!ino-t f,%I~nl Cho Ukly k-C.TItut
Sovota Kiniatrev U,.rnSR. obnh~hoatvo
maililnostrait-01 Inicy pro:nynhlenr,03LI . Kiycva~:oyo oblarLnoyc
pravlenlye.
Ed4ltorlat ILoard; M. P. Br:'aUll, DOCt3r of Tochnical Sclencen, I. Ya.
Dekhtyar, Dactor or Techn'-cal Sciences, D. A. Draygor, Doctor or
Tecl--ilral Scionces, 1. S. Kamonichnyyc, Enr!n-2er, Ye. A. Karkov-
skly, Candidate of Technical 9c!cncci. V. G. Fcn,,.yak~v, D~ctov
of T.chnical Sclnnzen, and A. V. Ch~rnjvol, Can,t1date of Tech-
nical Scieneca; Ed.: M. S. Sotoka; Tech. Ed.: M. S.
0:,rnestaypolIz~:aya; C!-.Ie:' FJ., KashZlz (So'uth,in Dept.); V. K.
Serdyuk, Engineer.
Card 1/10
l"JRPC,5Z1: T!as collecttc-a of articles la IntendeJ fur scientific
workera and technl~:al pcreorL',ol of research Institutes, plontp.
and achiolo of higher technice.1 eductiti-on.
COVVUOE,~ 11.10 collactlon con*alns papers presented at a conventIGn
held In Klyev on problems of physical ratallurEy and mothoda or
the heat; treatment of metals arplied In the rachirie Industry.
Phase transfo:T%atlons Ili metals and alloys are diacusued, und
relult" of Inveatig,,itions conducted tc ascertain the affect or
heat troilmen' an the quality of metal are analyzed. no poa-
albillty or obtr.-InInE; metala wAth given rechanical propert-io:i
Io diacuBv4dj as are problems of steel brittlencus. The col-
lecticn. Intlule3 papers deallng with kInotIcs of tranaformrttlan,
beat treatment, and proportion or ca.-t Iron. No peroonRlition
are monlonzed. Articles are accozpruildd by references, mostly
St'vict.
TABLE OF
Stregulln~ A. I., Engineer, and L, A. Molinikov (Sverdlovsk).
Transrorp.;a~ Ion of Au3tenltu Into Marteno4to Under III&II
Pronsure 12
Brusilovzkiy, B. A., Engineer, and P. 1. Ivanov (Fr=.%torok) .
X-Hny Investigation of the Deconpovition X-Inctici of Martenuit.
In Tt-ml)crlnF at Low Temperature 19
Kocherzhlnskly' Yu. A., Cinlidate of Technical Sciencer.
(XiYov). Conditions or Foz-,atlon of Motactable AL3tcnitc
In 3ron-Carbon Alloyn .12
F.Irovskly, E. I., L17ginoer (Kiyev). The Vature or the
Phase Trunnrcr--ation of Carbon Stevln 31i
Carl 3/10

thyaieftl (Cant;. ) SOV/551 1
Blantor, X. Ye., Voctcr or Tectuacal, sc~,&nc,z;,
N. A, Kulu%ov, Ene.1nef.-r, and 1. M. (Xoncow).
QUanch-HarJ~,.nlng or 1-%i~nlvo Steel In W~tter-Alr
Mixtures
Braun, M. P., and T1. B, Vinol,,ur (rlycv). Qriracter of'
Rupture or Steel 182
Az*onov, A. D., Candidit,! of Technical Sclence3 (Moncow).
Effect a.' 111rh-Temparature lioatinr c:i tlic Str~~nj;th Prop.r-
tiV3 of St-.1 169
Yondranhev, A., I., Engineer, K. 11, Gurrh!ytrlto, and N. F.
Kole.nik (KriumAtorzk). AccclerateJ Noalt-, a~,d Cooling
RegIres in the Heat Treatment of Lar8c Fcr,:In!~s 196
Koatyr%O. 0. S., Engincer, Ye. P. Dobryanvknya
(Ka&nitr~ c rak), and M. P. Braun. Development or a Raticnal

licat-Trm _It ROSIP1,3 for Large Forging.,%
t::C.
205
Physical 1'.1tallurLf (Cant.) SOV/-)511
Vinokur, B. B. (KlYcV). Heat Resistance of Various Alloyed
Steele 2N5
Vanin, V. S., Engineer, and V. K. Titov (Nikolayev).
Cementation or steel In Liquid Organic Media 225
Ounin, K. F., Corre5pandinr Mcmber o~,,tho Acadenv of
SclOncM MCrainlan SSH (1),leprope tro k) and A. V.
Chemoval, Candidatc of Technical Science 3 (Fly :v) .
On the Graphite Growth In Cant Iron 229
Zuba-ev, V. F- Doctor of Te~hmjcal Scjence~, Professor,
and F. K. Tkachenlto, Fngln~,~!- (7,1,dnnov). On Lyle Mech&nicm
of the Silicon Influence or, C.-apilitl~.tng 234
P 11 N F4igincer, (Kharlkov), InveatIgntlon of the
~r2~awath%- ~311 111.~yl Cast Iron 242
4
Yntsenko, A. I_ Fnglnecr (DnepropctrovDk). Structural
Changes in AustaratizinL Ferritic Magne5itun. Iron 24,)
Physical t!3tMllurgy (Cant.) SOV/5511
Zubar,-v, V. F., Doctor of Technical Scle.-4ce5, Prorenmor,
7. K. r9acholiko, and L. N. Kudryavt :1 ev (Zhdin~v). For-
ination of Graphitization Csnt~r~ and Specitl Feature5 or
Their Distribution In the Annealing of Quenched White
Cast Iron 258
Tltov, V. X., F-oFInc1r, 1114 V. S. Vanin (NIkolay&v).
The 4Zuenchlng a.' Vhjt~. Cant Irel and Ita, F,fr1ct , the
GraphititAtion of SeZ:,ej:,jt,d C0j,.cjtjte 266
Vubrov, V. V., EnElneor the
1mc,thv.-.nIc Deco%posjt.~On or Cemo~ntlte in Cast
Iron ;,70
1~obro,
Yu. G,, Cand-date or Technical Scienc,:,, Docc-nt
,,
(rhar, a%-). Ez"Cc-t Of Ca"taln FlMents on th~! Propcrtics
of ranza-mve cast Iron, 261
xvashninno Ye. 1" Fni-,inear (Moscow). Opt!v= llcatjn,~,
and CoolinC F(jwten In Annc-llir,~'. a.' Hirh-Streneth
Graphite Iro,,j C~jDtjjjZ., -p
Card 9/10
Phy-1cal )~'Lwllryy (ront') SOV/5511
Kononnv.,, T. A.~ (I-Ionccw). 111ventig,%tillf, tjjt~
PropertIva Of QuenchOtl ManE',vicne Cunt Iron
Pykhovokly, A. I., Fjiglncer (KIvev). Effect of Rent
or Wh1tv T!n Into Gray

VA I-,- KAUg.idbut T. 4.
_R2M--.-L
AppAratun for the direct electrolytic polishing and etching of
microsections on parts. Zav.1ab. 26 no-3:367-368 160.
(Blectrolytic polishing) (Steel--Metallography) (KIBA 13:6)

POPOVA, -N.N.
Device for the "fractographic" examination of fractures in metals.
Zav.lab. 25 no.2:230 1 59. (MIRA 12:3)
1. Kharlkovskiy turbinrWy zavod.
(Metallograpby-Equipment and supplies)

7(6),18(7)
AUTHOR: Popova, H. N. SOV/32-25-2-53/78
TITLE: A Device for the Fractographic Examination oil' Yetal Fracturs-r-4
(Prisposobleniye dlya fraktograficheskogo issledovaniya
izlomov metallov)
PERIODICAL: Zavodskaya Laboratori~a, 1959, Vol-25, Nr 2, p 230 (USSR)
ABSTRACT: A device has been designed which reproduces a clear image of
the structure of fractures while protecting the lenses of the
metallographic microscope. The device described (Fig 1) is
mounted on the stage of the metallographic. microscope in such
a way as to make the cut-out section of the device zoincide
with the ocular axis of the microscope. The device consists,.
basically, of a tripod.with a hinge-type clamp as is "i be
found in the tripod of the FED camera. The fracture may thus be
adjusted to the angle desired by means of the ball-and-so-~ket
joint. A fractogram(Fig 2) of a stainless steel sample is aided
by way of illustration. There are 2 figures.
ASSOCIATION: Kharlkovskiy turbinnyy zavod (Khartkov Turbine Plant)
Card 1/1

SEMENOVP S.F.i MOROZOV~ G,V., N~I,, VOPOVA,
._,I.N., GLEBOV
-1-
Clinical evaluation of whe courier of schizophrenia and ot,her
neuropdychic diaease6 :m poationtle with apecific antibrain
antibodies in the blood. irobl. rwd. pcaich. no.130-18 162.
(MITRA 18;9)

WTT, YU.M.~ prof., OKOHOKM, SYCHIEN, IM.M.; IINASHIN, V.V.;
~OPOVA, red.
(Tecluiology of binding materials] Teklinalogiia viazhushchil-,h
veshches-tv. Moskva, Vysshaia shkolap 1965. 619 p.
(MIRA 18:10)

sov/ I
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr4, p 167(USSR)
AUTHORS: Seleznev, A. G. , Kaplan, R. S. , Popova, N.
TITLE: Strength of lKhl3 Steel at Elevated Temperatures (Prochnost'
stali IKhl3 pri povyshennykh temperaturakh)
PERIODICAL: Tr. Khar1kovsk. politekhn. in-ta, 1957, Vol 11, Nr 2,
pp 45-53
ABSTRACT: It follows from the experiments that lKhl3 steel exhibits
stability of its properties when heated up to 5500C. At this
temperature its properties remain stable for as long as 5000
hours. Under conditions of long-term loading at temperatures
of up to 5500C the steel exhibits high plastic properties and is
unaffected by temper brittleness. Presence of notches does
not result in embrittlement of IKhl3 steel.
From the resum4
1. Steel--Mechanical properties 2. Steel--Temperature factors
3. Steel--Test results
Card 1/1

SOV/ 137-58-9-20281
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 9, p 309 (USSR)
AUTHORS: Fridman, I.D., Kuznetsova,
TITLE: Utilization of Radioactive Isotopes in Assaying (Primeneniye
radioaktivnykh izotopov v probirnom analize)
PERIODICAL: Tr. N.-i. gornorazved. in-ta "Nigrizoloto", 1957, Nr 23,
pp 112-115
ABSTRACT: Preliminary experiments with the utilization of the radio-
active isotope of Au were carried out for the determination of
losses in slags during the smelting of the tailings of the cyani-
dation of Au ores.An initial KAu(CN)Z solution of specified
concentration was prepared. Weighed test samples of pure
quartz were placed in porcelain cups and covered with the sol-
ution with which a measured amount of Au was introduced for
every experiment. The test samples were dried on a water
bath, mixed with fluxes, and melted. The results of the flux-
ing were determined by the (Au) in the slags by the method of
measuring the activity in impulses without recalculating into
mg. The results of the experiments conducted have shown that
Card 1/Z the lowest losses of Au in slags occur in the case of fluxing

P
/"Y' M. giya, ,5g, Nr cussp)
zhurnal I Metallur N
from.. 1:LpferativnY*Y Yaqlans S., popoval N'
Translation p, G -, th of Steel ,,1,,3 (Proch"ost' Sta"
P'lj T 1-10 P'S Selezrie 1 Streng ratural,~h)
. h temperature 45-53
The 113-9 - .shen"'O'h ternpe -7 -Vol 11' pp
,r IT 1,F,' ,,1-,13 pri POvy oljtel~,hn - in-ta, 195 d one heat
an The
T yhar P steel lyhl3
DIG P'L r heats of heat-treated.
PF,P,10 de of two )rmally m,ned at temper-
was ma both had been nc were deter forrn-
study afte r value S of the de
F ZY'h I cl a influence
P'13ST steel 3 an Ic c1 the . vestigated
of 6-4f I oGP an -ties was "I
ZO to 550 . I prope- se nsitive to
from ell'al"Ca are not , range
atures ranging . t lie r"' anc, Z14,1113 0 ternPeratur th over
on rate on changes In -jY'hl3 300-3 50 __+ure streng
ati found that steels Within the tern" ruir, over
it was ittlene 5 5 f the long- limit
br f the creep tresses pro-
mperIng made 0 0 f the s strength
te determination 000 hourst and 0 r upt u r e c)jatiOn
a ()00- 100, 10(), hours, t e r M
I I a The long.- eytrap, 1. ty
6riods of ()Oo an b y tabi
p atlon ed . t. the
periods of t deform obtain
a I percen _,our life was To nvestiga
ducing 6 ()()O_ 1 ()0' th curves
for a > , -term streng
Card Z from the I .Ong
The High- teMpe rature Strength of Steel lKhl3 137-58-2-4164
of the structure and properties, the mechanical properties of the steels were
determined at room temperature after a Prolonged heating (up to 5, 000 hours)
at 470 and 5300 1 with subsequent cooling in air. Steel lKhl3 was found to
have stable properties when heated for long periods (up to 5, 000 hours) at
temperatures up to 5500 . When stressed for long periods at these same tern-
peratures it exhibited eminently plastic properties. Its strength was not im-
paired by notching; the long-term strength of the notched bars exceeded by 50
percent that of the smooth bars.
T.F.
1. Steel-Tensile properties 2. Steel-Temperature effects 3. Steel-Deformation
Card 21z

POPOVA, N.N.; KRAVCHFJTKO, N.A.
Methods of testing the tendency of cast iron for growth.
Zav.lab. 23 no-7:817-818 157. (MLRA 10:8)
l.Kharlkovskiy turbinnyy zavod im. S.M. Kirova.
(Cast iron--Metallography)
(Metals, Iffact of temperature on)

POPOVA, N.N., kand.med.nauk
larly symptoms of cerebral atherosclerosis. Trach.delo no.10:1023-
1025 0 '57. (MIRA 10:12)
1. Xafedre nervnykh bolezney (za'v. - zeal. deyatell nauki, prof.
N.V.Xirtovskiy) LlvovBkogo meditsinskogo institute.
(ARTIRIOSCLY.ROSIS) (BRAIN--BLOOD SUPPLY)

POPOVA, N.N., inzhener; KRAVCHIPIKO, N.A., inshener.
%an W"
Most favorable temperature range for forging and heat treating
of large shafts made of 9-2 aluminum-manganese bronze. Ketalloved.1
obr.met. no.7:28-33 J1 '5?. (KLRA 10:6)
1.Kharlkovsity turbiny7 zavod.
(Aluminum bronze--Metallurgy)

39-T-lT/49
AUTHOR: Popova, N.N., Kravchenko, N.A.
TITLEt The Method of Investigating the Inclination of Cast Iron to In-
crease its Volume
(Metodika iapytaniya sklonnosti chuguna k rostu)
PERIODICALs Zavodskaya Laboratoriy&,, 1957, Vol. 23, Nr 71 PP- 817 - 818 (USSR)
ABSTRACTs Onaof the most important advantages offered by cast iron product-
ions is their low expansion in the case of an increase of tempera-
ture. A device for the investigation of this property was construct-
ed. In the case of a repeated heating of 16 hours and cooling
during 8 hours the longitudinal modification of cast iron was de-
termined. As a preparation a SCh - 36 cast iron sample with a7777-
surface of 15 mm diameter and 100 am length was used. Each record-
ing of weight and of length was carried out on two preparations.
By thermal treatment a comparison of microstructure was carried
out. In order to avoid oxidation of ground surfaces, these were
washed with a 4 % HNO spirit solution in a special reagent (ni-
trogen-acid sodium, 3 a calcined soda). There is I figure and I
Card 112 table.

AUTHORS: Popiva, N. N. and Kravchenko, N. A., Engineers.
12L-7
(!7116 t
TITLE: Opti'ml'm temperature range for forging uea treatment
conditionsfor large shafts made of the Al-Mn bronze,
GP.AM'w 9-2. (Optimallnyy temperaturnyy interval kovki
i rezhim, termicheskoy obrabotki krupnykh valov iz
Br.AMts 9-2).
PERIODICAL: "Metallovedenie i Obrabotke Metallov" (hletallure:y
and Metal Treatment Y. -1957-, No.7,___pp._Z&-~33 (U.S.S.R.)
ABSTRACT: Owing to its anti-corrosive properties this material is
used for components designed for operation in sea and
fresh water, oil and liquid fuel. This bronze is strong,
ductile and can be satisfactorily worked by pressure in
the cold as well as in the hot state. Literary data
relating to forging and heat treatment conditions of large
size components made of such bronze are scarce and
contradictory. Whilst Smiryagin, A.P. (1) recommends
forging in the temperature range of 850 to 800 C,
Gubkin, S.I. (2) recommends forging at 900-750 C and
according to the data of the Ural Works (3) the temperature
Card V4 at the end of the forging process should not drop below
980 C. In this paper experimental data are given
relating to the choice of the optimum regime of forging

Optimum temperature range for forging and heat treatment
conditions of large shafts made of the Al-Mn bronze,
Ep. AM4- 9_2. (Cont.) 1.29-7-7/16
metal, a -defe-ct., free forging can be obtained in spite
of transcrystallisation phenomena if the required
temperature regime is adhered to. The presence of spots
where the transcrystallisation penetrates to the surface
owing to the high depth of the rough machining can lead
to crack formation during forging and, therefore, the
machining should be effected only to a maximum depth
which is necessary for eliminating surface defects. The
optimum temperature range for forging is 900 to 800 C.
The strength properties of the investigated bronze are
attributed to the aluminium content; the properties
satisfying technical requirements could be ensured by
maintaining the aluminium content at its upper limit.
For removing internal stresses it is recommended to
temper as follows: place the casting into a furnace heated
to 200 C, heat to 380 C with a speed of 80 C/hr holding
at 380 for four hours, cooling in the furnace to 200 C
Card 3/4 with a speed of 20 C/hr and then cooling in air. If such
heat treatment does not ensvre the desired mechanical
properties, then it is necessary to first harden (prior to

KRAVCHWO. N.A.; POPOVA, N.M.
Detection of residual stresses in brass tubes by the amonia teat.
zav.1ab. 22 no.6t694-695 156. (Wah 9:8)
1. Kharkovskiy turbinnyy zavod imeni S.R. Itrova.
(Brass--Testing) (Amonta)

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KIMSHN'-KlY, MO:X)II)KINA, I.N., 0JR) A, N.P.
. 0 IV
betwes-m extrapolation and condit,40ned reflezea
in -b�rds. Orni'l-ologiia no.6U08-417 163. O"'IRA, 1.7-6j,

M I
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s -- - -
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(I.ITRA !8t4)
SSR 11:44-53 161.

ACCESSION NR: AP4037592 S/0056/64/046/005/1782/1786
AUTHORS: Bukat, G. M.; Popov. N. P.
TITLE: Capture of muons by the B-10 nucleus
SOURCE: Zh. eksper. i teor. fiz., v. 46, no. 5, 1964, 1782-1786
TOPIC TAGS: boron, muon, r~uon capture, correlatiop technique, hyper-
fine structure, mes# atom, self similarity model
ABSTRACT: Approximate equations are derived for nonstationary waved
of finite amplitude in a rarefied plasma in the case of characteris-
'L-ic frequencies much smaller than the Larmor frequency, so that
deviations from quasi-aeutrality can be neglected. A class of one-
dimensional solutions .-".s obtained, which are self-similar with re-
spect to some of the variable. These describe the propagation oL
waves with finite (but small) amplitude-both parallel, transverse,
and inclined to the magnetic field (but at a small angle), at a suf-
Card 1/2

ACCESSION NR: AP4037592
ficiently large distance from a source which is active for a limited
time interval. "The authors are grateful to R. Z. Sagdeyev for con-
tinuous interest in the work and for useful discussions, and also to
G. I. Guseva for help with the calculations." Orig. art. has: 3
figures and 57 formulas.
ASSOCIATION: Novosibirskiy gosudarstvenny*y universitet (Novosi-
birsk State University)'
SUBMITTED: l8Nov63 DATE ACQ: 09jun64 ENCL: 00
SUB CODE: NP NR REF SOV: 004 OTHER: 004
Card 2/2

ACCESSION NR: AP4037599 S/0056/64/046/005/1842/1852
AUTHORS: Bukhovostov, A. P.; Popov, N. P.
TITLE: Capture of muons by polarized spin 1/2 nuclei
SOURCE: Zh. eksper. i teor. fiz., v. 46, no. 5, 1964, 1842-1852
TOPIC TAGS: muon capture, target nucleus polarization, recoil nu-
cleus polarization, pseudoscalar form factor, tritium, hyperfine
structure
ABSTRACT: In view of the low values obtained by G. Ya. Korenman and
R. A. Eramzhyan (ZhETF, v. 45, 1111, 1963) for the asymmetry coeffi-
cient in the angular distribution of tritium nuclei following cap-
ture of polarized muons by He3 nuclei, a formula is derived for the
angular distribution of the recoil nuclei in the muon capture by
light polarized spin-1/2 nuclei. It i:3 shown that when the light
nuclei are polarized along the direction of the muon beam the angular
,-Card 1/3 .......

ACCESSION NR: AP4037599
Ijasymmetry of the recoil nuclei can reach an appreciable value, al-
though the strong depolarization of the muons and of the target
Inuclei, due to the interaction which givas rise to both the fine
I
land the hyperfine structure (which is aL3o calculated in the article),
Aimay offset some of the increase in the a:.;y=netry coefficient. For
the angular distribution of tritium nuc!!~i, following capture of
muons by fully polarized He 3 nuclei, the asymmetry reaches -101%.
'Wlic-n the pseudoscalar form factor is small the asymmetry proportional
.,to cos e (e -- angle between the direction of emission of the re-
:coil nucleus and the direction of the muon beam) may increase by a
.factor about 2.5 compared with asymmetry in capture of unpolarized
.nuclei. When the form factor reaches a value close to 30, the term
proportional to P2 cos e begins to predominate. "The authors are
deeply grateful to I. M. Shmushkevich for continuous interest in the
work and for valuable remarks." Orig. art. hass 25 formulas.
2/3.
Card-

POPOVA, '::7. -2.
POPOIJAY N. P. -- "Russian Leterature on 1,~_,tallurCy (I-Laterial on the History
of Russian Teclinic.,.Ll Books)." I-loscmi State Library Institutc imelli
L L
V- ~'- 1-blotov. Eoscow, 1955. (Di~;sert--,.tion for the LIOL7,ree of' Gan(l4date
in Peda-ovical Sciences.)
So; Krim-Laya Letopis I 1;'o 3,

POPOVAP--N.S.-
Comparative data on the lability and interactivity of r2eliz-a-,
processes in the auditory and visual analyzers in dogs and
the lower monkeys. Zhur.vys.nerv.deiat. 12 no.l:M-94 Ja-F
,62. (MIRA 15:12)
1. Laborator7 of Conditioned Reflexes, Institute of Brain,
U.S.S.R. AcadeW of Medical Sciences, Moscow.
(CONDITIONED RESPONSE) (VISION) (HEARING)