SCIENTIFIC ABSTRACT POPILOV, L. YA. - POPILSKIY, R. YA.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001342220013-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SOV/122-58-12-30/32
Third All-Union Conference on Electrical and Ultrasonic Machinir%.s'
of Metals
holes also serve for feeding the abrasive liquid,
2) Preparing two velocity transducers with finishing and
roughing tools, The roughing tool is 0.125 mm per side
and the finishing tool 0.01~ mm per side smaller than the
size of the component to be machined. 3) Preliminary
chiselling with the roughing tool using Nr 180-220
abrasive and a free feed* According to the size of the
holed a clearance is determined from which, by computa-
tion, the grain size of the abrasive necessary to obtain
the given finished size of hole is found. A formula is
given for this computation. 10 Finish chiselling with an
abrasive of the grain size just determined. Forced feed
is used and the rate of advance is below the rate of
piercing. 5) The tool head is oscillated for five
Card 8/9 minutes after completing the finish chiselling in order

Third All-Union Confe
of Metals
to achieve
procedure e.
output of 3
Card 9/9
RIN

-AUTHOR: Popilov, L. Ya. SOY/32-24-7-49 /65
,TITLE: A Midget Apparatus for the Electropolishing and Blectroblanching
of Metallographical Micrographs (Malogabaritnaya ustanovka dlya
elektropolirovaniya i elektrotravleniya metallograficheskikh
shlifov)
PERIODICAL: Zavodskaya Laboratoriyap 1958, Vol. 24, NT 7,
~pp. 69o - 892,(USSR)
ABSTRACT:
Card 1/2
In collaboration with K.I.Dubinin, M.M.Kryuchkova and T.N.
Pyandrina an apparatus was.constructed which needs no pre-
paration before its use - in contrast to the ones used hitherto.
A picture of,the apparatus as well as a schematic representation
of the electrical scheme are given. The sample to be polished
or blanched is suspended by a holder of acid-proof steel IX18H 9Tv
and then is immerged into the electrolyte in a vertical or
horizontal position. An electric motor according to Warren
(Uorren) with 60 revs/min. rotates the sample, and a thermo-
couple controls the temperature. The amperage is fixed prior
to the beginning of the experiment by means of a lead sample
of dimensions similar to those to be investigated. From the

Apparatus for the Electropolisbing and SOV/32-24-7-49/65
Electroblanching of Metallographical Micrographs
scheme of the electric arrangement may be seen that an &.c.
is used through a transformer of 300 Watt and a selenium
rectifier. In order to create the conditions for the polishing
or blanching, respectively, tworheostats are used which are
connected with the corresponding signal lamps. The tank in
which the experiments were carried out is made of glass or of
porcelain, and can be heated from below. There are 2 figures
and 1 reference, which is Soviet.

POPTTk)V- T.-Yn- - -inzh.
The third All-Union conference on electric and ultraeonic
cutting of metals. Vest.mash. 38 no.12:77-79 D '58.
(KRA 11:12)
(Electric metal cutting)
(Ultrasonic waves-Industrial applications)

P9
STIPANOVA, Valentina Karpovna; GNUCHJIVA, Vera Vladimiroyna; POPILOV,
L~ja.,, nauchayy red.; MORACHEVSKIT, N.Ta., red.
[Lenin Prizes for 1959 in the natural sciences md technology;
a bibliography] Leninskie prexii 1959 goda v oblusti~estestvo-
saaalla L tekhulki; rekomendatellayi ukazatell literatury. Pod
mauchnoi red.L.IA. Popilova. Leningrad. Goo.publichmale biblio-
take In. K.B.Saltykova-Shchadrina, 1959. 46 p.
(MIU 13:6)
(Bibliography--Technology) (Lenin. P3~izes)

red.; BORSHCHHVSKAYA. S.I., red.; SHIRBOY, P.S.,
takhn. red.
(New developments in electric and ultrasonic machining of
astale] Movos v elektricheskoi i ultrazvukovoi obrabotke
materialov. Leningrad, Lenizdat, 1959. 281 p. (MIRA 13:3)
(Ultrasonic waves-Industrial applications)
(Blectric metal cutting)

GUTKIN Benlyamin Girshevich; GRIGORCHUKp Igor' Petrovich,-,EQEjLDL__jL.Ya.,
red.; VARKOVETSUYI# I.I. p'red*izd-va; SPEWSKMA, O.V., tekhn.red.
[Zlectric spark machining of metals] Elektrokontaktnaia obrabotka
metallov. Pod obshchei red. L.IA,Popi-lova. .Moskva, Gos.naucbno-
tokbneizd-vo mashinostroit.3.it-ryt 1960* 1+6 po (Bibliotecbka
elektrotekhnologa i ulitrazvukovika no.5). (KIRA 3J+:6)
(Electric metal cuttings

DEHCHUKv Ivan Semenovich; 1~~ILCV, L.7a.p red.; VARKOVETSKAYA, A.I.,
red.izd-va; SPERMSKAYY,-D.-r.-,-URIE.-red.
[Using ultrasonic vaves in intensifying technological processes)
U11tramukovaia intensifikateiia tekhnologicheskikh protsessov.
Pod obehchei red. L.I&.Popilova. Moskva, Gos.nauchno-tekbn.izd-vo
mashinostroit.,lit-ryt 1960. 88 p.
(KIRA 34&6)
(Ultrasonic vaves-Industrial applications)

GRANSKIY. Vlktor Isidorovich; POPILOV. L.Ys.. nauchnyy red.; ZILIBERMINTS.
L.V., red KRYUCHKOVSKIY, S.1.7-blMiograf.red.
[Technological development in the seven-year plan; a guide to
recommended popular literature] Tekhnike v semiletnem plane;
rekomandatellnyi ukazatell nauchno-populiarnoi literstury.
Xauchn.red. L.IA. Popilov. Leningrad. Goa.publichnsia biblio-
take im. N.Ye. Saltykova-Shchadrina, 1960. 118 p.
(Bibliography--Tec.hnology) (MIRA 13:9)

fiai
PHASE I BOOK F)CFDOITATION SOV/5382
Popilov, Lev YaRovlevich.
Elektricheskaya i ul'trazvukovaya obrabotka; spravochnoye posobiye (Electric and
Ultrasonic MachininrManual) Moscow, Mashgiz, 1960. 135 P. (Series:
Bibliotechka'elektrotekhnologa i ulltrazvukovika, vyp. 1) Errata slip
inserted. 9,000 copies printed.
Ed. of Publishing House: T.L. Leykina; Tech. Ed.: O.V. Sperans1mys;
Managing Ed. for Literature on Machine-Building Technology (1&-nIngrad
Division, Mashgiz): Ye. P. Naumov, Engineer.
PMPOSE: This booklet is intended for process engineers, foremn, and skilled
workers engaged in electrical and ultrasonic processing.
COVERAGE: The booklet contains up-to-date systematized information on the
basic operations in electric and ultrasonic machining and describes the
equip.ment and methods used for these processes. The booklet provides
information to assist process engineers in choosing the most efficient
method for machining various materials. No personalities are mentioned.

POPILOV,,. Lev YakovIevich-, WOWSKIY, N.P., kand. tekhn. nauk., retsenzent;
VYAU SLAVOV, P.M., kand. kbim. nauk, dots., red.; GRILIKHES, S.Ya.,,
red. vypuska; YAMPOLISKIY, A.M., inzh. red.; ONISHCIMKO, R.N., red.
izd-va; BARDINA, A.A.,, tekhn. red,
[Electroplating] Gallvanoplastika. Pod red. P.M.Viacheslavova. Mo-
skva, MasW.Lz,, 1961. 62 p. (Bibliotechka gallvanotekbnika, no.6)
(MIRA 14:12)
(Electroplatimg)

VEROMANg Viktor lurlyevich; POPILOVAl-L.Ya., red.; KLIKUSHINSKIY, N.V.,
red.; ROTACH9 T.M.9_red. iod-va;-RARDIKA, A.A., tekhn. red.
(Ultrasonic straping of materials] Ra2mernaia ul'trazyukovaia
obrabotka materialov, Pod obahchei red. L.IA.Popilova. Mo-
skvaj Gos. nauchno-tekh-n' i7,d-vo masbinostroit. lit-ryp 1961. 65 p.
(Bibliotecbka elektrotelLologa i u-Iltrazvukovika, no.6)
(MIRA 14:
(Ultrasonic waves--Industrial applications) (Metalwork)

KOSMACHEVv Ivan Georgiyevich; POPILOV, L.Ya.9 red.; NIKOIAYEVA, I.D.~
tekhn. red.
[Anode and tool machining of metalol Obrabotka, metallov anodno-
mokhanicheskim sposobom. Pod obshchei red. L.IA.Popilava. 14o-
skva, Gos. nauchno-tekbn'. izd-vo mashinostroit. lit-ryt 1961. 8214
(Bibliotech'ka elektrotekbnologa i ulltrazvukovika, no.3)
(MMA 14:8)
(Electric metal cutting)

LEVIVS014, Yevgeniy 14hksimovicb; IMT, Vladimir Saulovich;
POPIT0110 II,Ya . red.; KU'REPMA, G.N.,, red. izd-va;
POLISKAYA, R.G.j tekhn. red.
[Electric spark machining of metals] Obrabotka metallov
impul'sami elektricheskogo toka. Pod obshchei red. L.IA.
Popilava. Mookva, Yjashgiz, 1961. 92 p. (Bibliotecbka elektro-
tekbnologa i ultrazvukovika., no.2) (MMA 15.5)
(Electric metal cutting)

IVANOV, Georgiy Petrovich, kand. tekhn. nauk;.-POPILOV, L.Ya,, inzh., retsen-
BAIANDIN, A.F., red. izd-va; UVAROVA, A.F., tekhn. red.
(Technological processes for electric spark hardening of metal-
cutting tools and machine parts) Tekbnologiia elektroisl,-rovogo
uprocbnenlia instrumentov i detalei mashin. Izd.2., ispr. i dop.
Moskva, Mashgiz, 1961. 302 p. WIRA 14.12)
(Metals-Hardening)

219o4
10 5S S11 17/61/00P/005/007/009
Aoo4/Alo4
AUTHOR: Popilov, L. Ya.
TITLE: Ultrasonic intensification of galvanic processes
PERIODICAL. Mashinostroitell, no. 5, 1961, 45 - 46
TEXT: The author points out that processes of electrochemical metal de-
position, surface cleaning, etching and others can,be to a considerable degree
accelerated by producing in the working medium h-f mechanical oscillations. The
utilization of ultrasonics improves the electric,conductivity of electrolytes and
its throwing power, reduces the porosity and dendrite formation, increases the
working current density, hardness of coating and anode dissloving rate, accelerat-
es diffusion on the electrode surface etc. The principal feature in the intensi-
fication of these processes is the mechanical effect of alternating pressure at
the electrode,surface, the abrupt 'acceleration of diffusion processes and the gas
separation. Standardized units are used in the equipment, such as a-c ultrasonic
generators and converters of electric oscillations into mechanical ones of the
same or of doubled frequencies (emitter). In some cases the baths are equipped
with additional devices for the fixing of the emitters. Ultrasonic generators of
Card 1/4

21904
SI! 1'(16 1/0013/W5/W7/0n,9
Ultrasonic I.ntensification of galvanic processes Aoo4/Aio4
the Y3r (UZG) and Y%UZM) series are widely utilized. Fig.' 2 shows a magnetostric-
tion converter, consisting of a package assembled of thIn metal plates and a me-
chanical oscillation transformer (diaphragm) rigidly connected to the package Wid
directly-transmitting the oscillations to the electrolyte. The oscillation trans-
former.-,being in contact with the electrolyte should be made of material of high
chemical resistance, e.g., IX18H9T (IM18NqT) or 1X18H12H3T (lKh18N12M3T)
steel. Lately installations are being extensively used which possess all the units
necessary for the ultrasonic intensification of galvanic processes. The Y3Ar I
(UZAG-1) ultrasonic assembly has the following teehnical specifications: oscilla-
tion frequency of converter, in kc - 19.5; rated power of one converter 2.5 In,;;
,cooling water consumption - 5-8 liter/min; water pressure in the mains 2-2.5
atm; dimensions of the ultrasonic bath - 5o6 x250 x 468 mm; maximum rectifier
current - 200 amp; range of voltage variations on the electrodes 0-12 v; dis-
tance between electrodes - 100 mm; overall dimensions of assembly 1,230 X 1,070
x 730 mm; weight - 180 kg. To obtain uniform and high-quality coatings the uni-
formity of distribution of the ultrasonic field In the bath and the uniform sounds
Ing of the part being treated are of utmost importance. To increase the electric
conductivity of the electrolyte the salts of the alkali metals NaCl -_ and Na2SO4 and
boric acid are added. Good results were obtained with electrolytes containing
Card 2/4

agoL.
5/117/6 1 /000/005/007/W9
Ultrasonic Intensification of galvanic processes A004/AI04
nickel,sulfate-(200 300 9/1), sodium chloride (30 40 g/1), boric-acid (25-30
.9/1) at a pH-value in the range.of 4.5-5.6. For nickel-plating in 1hrge-volume
bathsit is,-neces3ary to add luster-forming agents. Pyrophosphate copper-plating
in an,ultrasonic field ensures a good adhesion of the copper deposit to the sur-
-face being plated of steel parts. The degree of intensification of galvanic proc
esses with the bid of ultrasonics, expressed by the increase of the working cur-
~rent density depends on many factors-and varies in the range of from 2-3 to 20-30
times., In most cases the optimum conditions of ultrasonic intensifigation are
obtained in a frequency range of 20 - 40 ke at a specific density of the sonic
power on the part being treated of 0.2 - 0.5 w/cm2. There are 5 figures*and 1
table.,

KRYUCHKOVSKIY, Semen Arkadlyevich,
GRANSKIY, V.I., red. FOPIIDVj,-1-Y-&v-r-muchnyy red.;
[le chnology for everybody; index of recomended scientific po ar
P.Ul
literature] Tekbnika dlia vsekh; rekomendatellnyy ukazatell nauchno-
populiarnoi literatury. Leningradp Izd. Goo. Publichnoi bibliotel'a
im. M.E.Saltykova-Shchedrina) 1962. 118 p. (KTRA .15:6)
(Bibliograpby-Technology)

-Ize
GINEERG, Aleksandr Mironovich; GEVORKYAN, V.M.,, kand. tekbn. nauk.,
retsenzent; POPILOV inzh... red.; TAIROVA, A.L., red.
izd-va; VLADIMOVA,, L.A. , tekhn. red.
[Ultrasonics in chemichal and electrochemical processes in the
maraifacture of machinery] Ulltrazvuk v khimichesldkh i elektro-
khimicheskM protsessakh mashinostroeniia. Moskva, Mashgizy
1962. 135 p. (MIRA 15:7)
(Ultrasonic va-ves--Industrial applications)
wM

no
MAMMOVY VladW.r Fedorovich; Z~Lnov. inzb., red.;
EYKHVALID, I.V., inzh. re .; GIj.,TAVSOj,,, ".G., spetE.
L
r
ed.; LECKIKH, Yu..I., spets. red.; VIIINSWafAYA, ye.,-mla red.
(Suedish-Russian technical d-fetionary) Shved sl---,-rus ski
politekhniclieskii slovarl. Moskva, !zd-vo "Sovetskaia
entsik-lopediia," 1964. 1257 p. (MlIiA 17-.7)

POPILOV, L.Ya., inzb., red.
[New materials in machinery manufacture] Nravye --atei'laly
v mashinostroenii. Moskva, Mashimstroenie, 1964. 303 p.
(MIRA 17:7)

a
FRODSKIY, Aleksandr Davidovich; NZIMOW, Vladimir Kuzlmich;
SOLCV17EV, Vladirdir Ivanovich; NESTNIOV, N.P., inzh.,
retsenzent; POPILOV L V inzh. , retsenzent; SOLOV 11
V.I., nauchn. red.; SMOIEV, B.V.,, red.
(Modern pbysical and technical methods in shipbuilding]
Sovremennye fiziko-tekhnicheskie metody v sudootroenii.
Leningrad, Izd-vo "Sudostroenie," 1964. 188 p.
(MIRA 17:7)

MAKSIMOV, Vladimir Fedorovich; NAMESTNIKOV, Igor' Vasillyevicb;
SOKOIDVA, 011ga Ivanovna; FOPI N. L.Y .., red.; KHOTIKOVA,
Te.S., red, izd-va; BACHURINA, A.1,1..p tekhn. red.
[Methods of inspecting working conditions in the enterprises
of the woodpulp, paper,, and woodworking industrios]Motody
kontrolia uslovii truda na predpriiatlinkh tselliulozno-
bumazhnoi i derevoobrabatyvaiushchei promyslileiinosti. Mo-
skva., Gos:Lesbumizdat, 1962. 214 p. (1URA 15:10)
(Woodworking industries-Fqgienic aspects)

dimir Fedorovich, dots., kand. tekbn. nauk; ZUEENKO, AS.,
zentl POEIIPI, - SARHATSKAYA, G. I.,
_Ljg,*-nO.j
VDOVINA-i.V.M., tekhn. red.
amentals of safety and fire prevention engineering in %e
p and paper industry]Osnovy tekhniki bezopasnosti i )ro-
pozharnoi tekhniki v tselliulozno-bumazhnoi promyshlen-
i. Moskva, Goslesbumizdat, 1962. 504 p. (MIRA 16:3)
(Paper industry-Safety measures)
(Paper industry-Firea and fire prevention)
twv L

ZIMNEVA, Yelena Matveyevna [deceased); SHIBALOVA, Lidiya Ivanovna;
SHEMANOVA, Valentina Favlovna; DIMENT, Esfirl Markovna;
GAEERTSETTELI, Andrey Iv novich; KOTIDRATIYEVA, Zinaida
Sergeyevna; KLIMOVA, V.A., inzh., retsenzent; POPILOV L Ya
nauchnyy red.; VASILIYEVA, N.N., red.; TSAL, tf-,`=ekh~' bred.
[Seawater corrosion of copper alloys]Morskaia korroziia med-
-nykh splavov. Leningrad, SudpromgIz, 1963. 84 P.
(MIRA 16:2)
(Copper alloys-Corrosion)

FAZTIN, Griguriy Iviarkovic...'h, karid. teklin. ivv~.k~ BoriS
1-nzh.; YITAYEV, V.V... inzh., retsenzentz SHA"I"'OV. M.F.. inzll..
retsenzent; POPTLOV. "','Ka, nwx,~m. rec.; Vl-~.SOVAY Z.V. . red.
(Ship equipment from plas"Ics] Sudo-rye delInye veshchl. iz plast-
mass. Leningrad, Sudostroenie, 1965. 2319 -P. (MIRA 18:3)

ACC. NRt A?:60304i2 (IV) Mon-oi ;raph
9m,_Lqx!_~ ovlevich
I _.~OpLi
.9,1ectrophysic 1 and electrochemical methods of materials processing
in shipbui ding ~(Elektrofizicheskiye i elektrokhimicheskiye
metody obr botki materialov v sudostroyenii) Leningrad, Izd-vo
"Sudostroy niye", 1965. 0358 P. il-lus., biblio. 1300 copies
printed.,
topic TAGS: shipbuilding engineering, electrochemistry, metal surface, metal
machining, metal joining, electric metal finiehing'
PURPOSE AND COVERAGE: This book is int
ended for en-ineers workinF,
at ship-butlding plants, design bureaus, and ship-building enter-
prises. It may also be used by specialists working in other
U
branches of industry, And may serve as a handbook or textbook for
persons studying problems of electrophysical and electrochemical
processing.of materials. The book summarizes information on elec-
trophysical and electrochemical methods of processing materials
and analyzes possibilities of applying these methods in industry.
Besides, methods now in use, such as electric spark, electric pulse
current, a6odic-mechanical methods, etc., the book reviews the
most recenily developed electromagnetic, plasma, light-beam, ultra-1-
sonic and electrohydraulic methods. The book also describes
1-.Card 1/3

ACC NR. Ar46030412
proceduresiof dimensional processing, forming and joining parts,
finishing pperations and changes in physical and mechanical proper-
ties of surfaces.
TABLE OF CONTENTS [abridged]:
Foreword
.Part I. Basic data on the nature of electrophysical and electro-
chemical methods of processing metals 5
Introduction 5
Ch. I. El4ctrochemical processing of metals 9.
Ch. II. Electrochemical and mechanical processing of metals
and alloys,-- 18
Ch. III. Electrolytic heating of current-conducting
materials " 30
Ch. IV. Electromechanical processing of metals 32
Ch. V. B16etroerosional processing of metals by pulse
current -139
Ch. VI. Ultrasonic processing of materials -- 78
Ch. VII. New electrophysical meIthods of procesaing materials -104
lCard 2A

I ACC NRs 'A1,100304ip
Part II. Technolorical application of electrophysical and electro7
chemicAl.mL-thods of processing -- 129
Ch. VIII. u
S~echnology of processes of cleaningls rfaces 129
Ch. IX. earine; and cutting of materials -- 46
Ch. X., Making cavities and openin-s in parts and-articles 163
Ch. XI. Grinding-polishin3 and finishing operations -- 206
Ch. XII. peat treatment of metals and alloys .-- 229
Ch. XIII. !Joininr, of materials -- 252
~,~Ch. XIV.. Deposition of coatings and surface hardening -- 271
Ch. XV. Ihtensification of metallurgical processes -- 316
Ch. XVI. Decorative finishing and marking with signs -- 329
'Ch. XVII. ;Repair operations --'338
Ch. XVIII. Various technological application,of electrophysical
and electrochemical methods of processing for auxiliary
operations'-- 341
References --13,51
SUB CODE: 13/1 SUBM DATE: 30Sep65/ ORIG REF: 112/
.4 Cam .3/3:

;~= aigfia~~~

POPILOV,, L.Ya.; ALEKWYEV, A.V.# kand.tekhn. nauk, retsenzent;
L.P., kand.tekhn.nauk, retsenzent; POPOV, V.F.,
inzh., retsenzent; k:MTOV, A.B., inzh., red.; DISN'IDNA,
I.A., redAzd-va; KAPLANSKIYj Ye.F., tekhn. red.
[Manual on electric and ultrasonic methods of processing
materials] Spravochnik po elektricheskim i ul'trazvukovym
metodam obrabotki materialov. Moskva, Mashgiz, 1963. 478 p.
(MIRA 17:3)

W-~~.,w3m
.. , - -.- - F- - -
-*~~. . Z - I _- t -.~I?
-- -- - - I
ml~ I

~AC

SOW
120

ALEKSEYEV, A.V.; POPILOV, L.Ya.; GUSEV, V.N., laureat Stalinakikh
premiy,_T-nzW.~,-'Fe-d'-.',1 SLOND4SKIY, V.I., kand. tekhn.nauk,
red.; SOIWLGVA, L.V.,_.tekhn. red.
[Electric hardening of tools] Elektrouprochnenie instrumenta.
Moskva, Mashgiz, 1952. 67 p. (Bibliotechka elektrotekhnologa,
n0.9) (MIRA 16:6)
(Tool steel-Hardening)

- -f
BIRYUK, Vladimir Sargeyevich;-GLUSHCHENKO.,, ~.G., inzh., rotsenzent;
SMIRNOV9 B.I., inzb.,-r'e-'tsenseut; PDWAV.--L.Y&;.X&uchn.
red.; NIKITINA, R.D., red.; KOFD red.
r
LRepair shops aboard ships] Sudov" AAOterskti. Leningrad,
Sudpromgiz, 1963. 138 P. (YJRA 16:9)
(Ships-Mnintenance and reipair)

SL'SZNIKOV, G.I.. inzh.-, ANIZENKOVA Ym.G., kandtmkhn.nauk; GRTIDOV, P.P.,
kand.takhn.nauk Ediceaaed): DNGTYAREJIKO, N.S., kand.taklin.nauk;
i1co-11111K, K.P., kani.tekhn.nauk,; EASERKOV, M.A., kand.tekhn.
nauk; MELOITIKOV,'N.F., inzh.; MALOV, A.N., kand.tekbn.nauk:
POKR6VSKIY, B.V., inzb.; PqLYAK, S.M., kand.tekbn.nauk; POLYANSKIT.
A.N.,,knnd.tnkbn.nauk; FOPILOV,,.L.Tu., inzh.; POPOV. V.A.. kard.
tekhn.nauk; RUBIRSHUT11. S.A.. kand.t6khn.nauk; SOKOLOV, N.L.,
inzh.; 9TIA14IRGOIT, S.A., inzh.-, SHESTOPAL, V.14., kand.telthn.nauk;
SHUKHDV. Yu.V., kand.tokhn.nauk; ACHRRKAN. N.S., prof., doktor
takhn.nauk. glavnyy rod.; VLkDISIJLVLNV, V.S., red. (deceased];
POZDNYAXOV, S.N., rod.; ROSTOVTKH, A.U., rtgd.; STOLBIN. G.B..
red.; CHEM1AVSKIY, S.A., red.; KRYIDV, V.I., inzh, red.;
KARGAITOV, V.G., inzh., red.graficheakikh rabot; SOKOLOVA. T.F.,
tekhn.red.
[Metalworking hondbook in five volumes] Spravochnik metalli5ta
v piati tomakh. Cbleny red.sove't,a: V.S.Vladislavlev I dr.*
Moskva. Goa. naucbno-:to1din.- Izd-vo mashinostroit.- I.it-ry. Vol.).
Book 2. [Ferrous and nonferrous metal products] Sortament chernykh
I tavetnykb metallov. 1958. 204 p. Vol.4. 1958. 778 P. (IGU 12:1)
(Metalwork)

POPILOV, Lev Yakovlcvicb; VISHNITSKlY, A.L., red.
[Preparation of samples for test operations u-sing
electropIgsical and electrochemical techniques; verbatim
report of a lecture] Izgotovlenie obraztsov dlia ispyta-
nii s pomoshchliu elektrofizicheskikh i elektrokhimiche-
skikh metodov; stenogramma lel-tsii. Leningrad, 1963. 46 p.
MUIA 17:5)

POPILOV, Lev-Yakovlevich; ZAYTSEVA, Lidiya Favlovna; VINOGRAD, M.I.,
-d-oktor tekhn.- nauk, retsenzent; SHURNOVA, A.V.,, kand.-tekhn.
nauk, retsenzent; FOUR, N.V., red.1 GORBOII, LA I red.izd-
va; ISLENTIYEVA, P.Cv.,.tekhn. red.
[Electrolytic polishing and pickling of metallographic
sections] Elektropolirovanie i elektrotraylenie metallogra-
fieheskikh shlifov. 2., perer. izd. Moskva,, Metallurgizdat,
1963. 410 p. (MIRA 16:5)
(Metallography--Equipment and supplte's)
(Electrolytic polishing)
(Metals--Pickling)

LEONTIYEV, Valerian Markovich; FROLOV, Nikolay Fedorovicb;
POPILOV, L.Ya... inzh., retsenzent; SOKOLOV, V.F., kand.
~,niuchn. red.; OSVRISKAYA, A.A., red.
[Shipbuilding materials] Sudostroitel'rWe materialy. Le-
ningrad, Sudostroenie, 1965. 186 p. (MIRA 19.8)

POPILOVA L.L.
I-Ilethod of studying information requests; a survey of foreign
literature. 14TI no.12:13-17 165. 1NIRA 19: 1)

'0' we get 0 0 0
0 0 Is U 6 1 to a v M 9 9 14 X X -717- -A-
:o~A A 9
let, .4 4r.- Cvm
1 41*01 AIP Ps"10111t -1~
V.
b 5, KPI 4
41
the
It. C. A.
go w
lit
14TALLMICAL LITIRATURN CLASWICATIM
ve.04. -oft
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see

POPILI,O~KlYj M. Ya.
271h0. POPILISMY, M. Ya.-- Integrator dlya krugovykdh diagram. Zavodskaya
laboratori,ya, 1949, No. 5, c. 1011-12.,
SO: L--toDis' Zhumallnykh Statey, Vol. 36, 1.1049

man=
a .
Disner-tatiom "OlArtinini, Fig
cery'l Tech ";Ci, Eo,-=w lr,,-t of.,
54. Vecherrrjaya Panskva, Yosco
SO: SUM 284, 26 Nov 1954

A M Jf)
137 - 58 - 5 - 9 3,115
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 5, p 7~i (USSR)
AUTHORS: Bogachov, G. N. , Bannykh, N. S. , Popil'skji_M~_
TITLE: How Various Factors Affect the Oxidation of Chromic Oxide
During Sintering of a Chromite Charge in Industrial Furnaces
(Vliyaniye razlichnykh faktorov na okisleniye okisi khroma pri
spekanii khromitovoy shikhty vpromyshlennykh pechakh)
PERIODICAL: Tr. Ural'skogo n. -i. khim. in-ta, 1957, Nr 4, pp 3-12
ABSTRACT: By investigating the operation of:,industrial tubular rotary
furnaces employed for calcining ot6hromite with admixtures
of soda and dolomite or lirne it was established that, during
calcining, the degree of oxidation of CrZ03 to sodium chromate
varies inversely with the content of Cr?_03 in the initial charge
and the rate of loading of the latter into the furnace; this is ap-
parently due to lumping of a part of the charge, a condition
which prevents 02 from reaching the CrZ03. Increasing the
rate of rotation of the furnace has practically no effect on the
degree of oxidation of Cr203. The amount of soda added to the
charge must correspond stoichiornetrically to the fraction of Cr
Ca rd 1/2 that is being oxidized to a chromate. To achieve maximum

137-58-5-9345
How Various Factors Affect (cont.
oxidation of Cr at any level of output of 40-mm long furnaces with an internal
diameter of 1.6 m and an inclination of 60 and which employ powdered coal as
fuel, it was found that the optimal Cr content in the charge amounts to approx-
ii-nately 16.5%.
Ye.Z.
2. Chronic oxide-Oxidation 2. Furnaces-Operation
Ca rd 2/2
L

in
molybdent= -
L lab. 28 no.12:
(MIRA 16:1)
imicheskiy institut i

S/032/62/028/012/002/023
B124/B101
AUTHORS: Popillskiy, M. Ya., and Khotenovich, Z. N.
TITLE3 Determination of molybdenum in wastes from ammonium molybdate
production
PERIODICAL: Zavodskaya laboratoriya, v. 28, no. 12, 1962, 1442
TEXT: To determine the total molybdenum content in wastes resulting from
the extraction of calcined molybdenite by a solution of ammonia and other
reagents, the authors suggest fusion of the weighed portion with NaOH.
The efficiency of this method was proved in experiments with "poor" refuse
ore (0-95'/, Mo), "rich" refuse ore (10,81;)-, and mixtures of "poor" refuse
ore with molybdenite concentrate. To separate silicon and aluminum oxides
from the aqueous solution of the melt, ammonium chloride was used for
precipitation. The resulting deposit contains a maximum of O-W, molyb-
denum calculated with respect to the weight of the wastes to be analyzed.
To determine the molybdenum content in the filtrate, the usual method of
precipitating and %eighing lead molybdate is suited, but the latter has to
be precipitated over again to remove traces of sodium compounds, If lead
Card 1/?

S1052162102810121002102.~,
Determination of molybdenum ... B124/B1O1
molybdate is precipitated only once the average error of determination
i +M., as COMDared to -1.3 to + 0.6-' following reprecipitation.
~p 7w
tAbstracter's notet Complete translation.
ASSOCIATION: Ural'skiy nauchno-iosledovatel'okiy khimicheakiy int,,titllt
(Ural Scientific Research Chemical Institute); ~ervournll*ly
khrompikovyy zavod (First Ural Bichronate Plant)
Card 2/2

POPILISKIY, R. lKRATOV, Yu. F.; KOYFI-MN, N. M.
Formation of Dorovzg,- structure in polycr~fstalline cofund=.
Dokl. AN SS no. 2:326-329 Mr 164. (MIRA 17:5)
1. Nauchno- w~t-&~llskiy institut elektravakuunmogo stekla.
Predstav ademikom S. A. Vekshinskim.
ZO I S.
Mr OR
-EWUVWK~M AgA

KONDRASHEV, F. V., Jnzh,j POPILISKIY, R. Ya.,kand tekhn nauk
41
Pressing in air and elastic expansion during the compression o~
lean coarse-gr-ained ceramic bodies. Trudy NIIStroikeramiki
no- 19:54-65 162. (MIRA 17:5)
MONSON! NORMW

of 0
4
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111
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ro
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ago It
PwAllboyarippm. D. P, L
VIC111 CIAV.' Poo
Opwfxp~ry. 1 JO-71 4-10 (103).-Att to dry-prm ,go
Irrug brick from "Grawkw Ckys of wimiricus ki*b and cvm.
1xivillimis were auvesviful. The brick had goml mircha"W coo
properticit avid their shapirvi were stable an fifing.

0o
too

see

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yl
Itt ."o 010 k1fla*
.r:w-ft:
Doi.
ff4-(W SIVIVEACTIONY CUIVII. OWXPOFY.'* 111 WIN-76
(HEN).-The chiracterist" of relrActary days from the F
Itetetow atrikv%ite, -ind of brick manufactured frowt tbom we
Own
ge,
0-
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VOLVOOVAl"INOV AND k
Y
P

'I
00 .
A.
OrIL
,-,-
I?KX-P-Y. 11 110-11,11.35-4.3 (111146).-Andilusite

00
Ortes in"
refract dc in the 9oviart Union ha,.r a Clay 1jindt, -0
which
it " ProPowd to I'VINce with finely ground ;An. -0
0

00 a
ataluaitc. Comptred with Clay binder. thrundalusite hindt
-r

00 Fai4ed the trinW2111ITC of initial deformation ondrr load by
h
alt
imigh the increase in alunaint coutclat w"% ooly
"
g0'& 4
;. Compre,%ivar strength was Alfa joff_
~ %1. ~jjjjj Ixw_
osity was improaivd. lit conneCtion
Willi thi, Work.

SilliotArlilV rVff;Wt(*it* l1opOrttA front the 1% S. and in. as a
00 at tended for uscin 'olklaroil-jerar furnaces %err ("red. Re- =00

go 3 stilt, show thal
~ wTy small amount (if clay or norteat all
was tard ai a inder.
l
HXK~
. zoo
Zee
o

00 woo

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POPILISKIY2 it. Ya. Cand. Tech.. Sci.
77
Dissertation: I'llig'k-Alumiria High-Channotte Refractsri-es vJ~
comnerciel Grade of Almdnwa Oxide." Moacw, Order of !-A-nir. C;-iem I cote c- nc I G~-- I --F,
Inst imeni D. 1. Mendeleyev, 9 Jur. 47.
SO: Vechernyaya Mc~skvv, Jun, 1947 (Proic-ct //17c"?6)

"dow dwmbm oxift. D. N. poluboyminow
Wall A Va. 'skil. OpmPwy U. 243-U(1947)(in
Raw 1--kill tug& fm= tuilts.
K
of 11) *=. AIA WIT6, ZY46. bywuscapiLity
&- .5%. aw ekbw cimis of the I mu of clay; AT ~Cmky)
cows. Avat 40% Imma stowult 12*; (
a , Wk. ck pwtkWwly Won *Ool
swellwx at 14OD-111Z
I
09 To obtalm a vitrillable brkpd with 0 al im" VA
40-40% HeD, to 6- p Vvin dw) Is smable
Wth"
wbetbw a" emu piste In m"w directly tha
Pi.. dFrauji #a *7 City Is voted with It mw
V. is III
wAamigms y. is kummiteriml, Dry pioding Is adkint V
0-4 m i
thm W~ d I b to be Wndamil. - smich
mama whar at as Im so WWI Min in tbb mm, km- - COOS
ever. wet Visding Is bmw&cW em domb ad imiiiatury. woof
goo
41 poreafty by 13,14% am sa of
by 0.4
g./cu-cm.;
tim m Wag to 1800' mot w wkb dry pwmW 1.
Ill exaviialiaWt f!Z*lmmmmi us& -kb *y I
5"gw,;t- 14OLT I , at marver" goo
!
orkomal 1: with TM Xrwxwtl Mumiation bNOms at 140D*,.
cm 6601 at 1800% wavate 4 to mab* up the own 4410
mm, Wfth well Vowd 1. the total AAA can be mind *11018
to 66% (comsponding to 80% d I is do bacb) If the
firiag dome at am below 1800. (2) Wkb.day M, 1111041
Abifiabilk MA rethwltwimm w*
tillam with Tm. wimaeta & X IT favaim at 4111101111
w total AIA eastest, how vitrifying tmw tun thm too
-"=dL with U (well ovw IaWl siall ow IWO* at OW too
A 10. 1 L A MORIALLPM&KAL SAIA)s SO% mm4 66%,rmp.); ho v--, thalle I~ 4L dWh*n 1t-zrr_=.
In udag IV fcw mUcks lutem&d to contain mot ~. usaw 60194AW
40"9.4 of 10~4411'QAJA. OR.L51 ow a.. All
AV 40 A 04-0 0 01 woo a 2,11 v
WML a I* - D IP to #0 At all, ;51
ml~_ha
F--7. Ilk.

0#0909000 00 000
00 000000 ado's

00
00 o0

00
00 00
vitrify own eadly ow haw a Win nkadodow thm
00 mum ma& d U + I with the um or a "t 00,
00 total A" cmtent. (3) 8 kb AIA M:
5
d b
dd
f d
h
d 00
e.
6
-
a. o
am louvHug t
y a
% Csn'ta'
t"Up. of ,ion. With 1.2% M#O. eitlew as mcb or

00 in the (am of talcum, the temp. of vitft tin of - am

*
00
- ",ntg. 70% MA is, dopewd frout I~W
to IaDD*; tmm
I can onij be vitri6ed. at 1800% with an adda. of talcum. 00
not with ]WgO. CaO (in-, m I I as CaCO#) dm twel..
tate vitrifying cA mullitic bisk-AWs brat mot of
purc 1. Adefint. of ZnO and cd CRF, fwmvd to be! with.,
-it Amwvdable effect in any ewe.

V 9 W sa sa
0.0. !-:To
M a it V 11 9 At U 41
if I a !L--j _4 a -0 .1-1-
)at, ..a It. C.0 111-
00 A .1 - TL
_ _ _ . .1 - _ ~J, ;j
4 0 a 1, 6;_ -I - . - - 1 1. PROMINS It -W, 0`110P1 114, `111 -to
Todulatogy of high-alumina refia"W100 with iSC&" density fswr~Awd with AuridnA (m4trIlt rtirpt 1,4 1111,01~11-
ISO alumisummilde. 11. N, K IIA1111 IVAN I WOV AMI R. VA. POHL'PAII. km*f than 11. AplKirent j*prtKilir% t4 1, 11.
IV. .IA V "It.
A 1: 1121 U17. 14 (111171. (In 111C 14WO of j~iiMiad~ WfTwiellily low; after firing at 13711'. 1 VIW. ml 14-4 th- 00
it "it It high A111111ilm III ifillct Ic, ( C
rta". Abjtra,13, 19".Srpt., flingedfrtwil
p "UMI. 'Imjtr.~ V ... ItAillills ,At (1), 441 (11). And -,W~ A103. (111) reapectively. Apjmr,rit poto,hh, ,( III -et, 20:1',' '11119
wrie ImOr (#Atoll P", C11.1%ov-Val OAY "lilt M`~ siotl (Stoutid saftef firilla At 100, Atilt 1041'.
Th,
a high ;4111111ina britillettr.i I'm Iutlwb containing littrMh csf 1, It. IV, antl V wa% 461 to `,7X kx Vitt at 1:17,11' And
39 11 (IV) sold ILI 5- AIA I LY,~ %%riv inmir umict lite N-4111C Vondi. IWIT, tit 711 kit. 'Vill 14.50, Isol hot%vil ollh .4 ttl.tll illcm.- at
11,41. 111,411 (a) IWI; ch't-tv Vat 0,1V I%il'i CIAY RtoN 14141'. "r roolpor-i,,r Oteititill 4 Ill -.,- IM
I I lb) vlay .1141 M!,; Ili-vatm"k kA,4111 aj.,A, I 4"W), #oA 173 ba is-Ill I al I j* 1' 0.11'. irlif. .4 it.,.
00 iV.j--aiVAy Ahosilit. los the Iniquette4 asa% Wei-11414111(l. hut l'ifity IjW 1. It. Ill. IV, 111111 V ovIc 11 11 fill d1y tooolol 111111mm
b.w .1 Isriquett" with wet- and dry-ground Alumina Wele uwtl.-(O.W IM Wei-iff(atiall. 1.112. 11.37. 11 Is, 111.1 OIX. tu'lavIvICIV, 't =0 a
, If the allig in ill (11'e, W.4% I to slain. E-HO 16', 2 tit The alwailabilily (4 1, It. 111. TV. an-I V %%.a, IP (of -1r
1,110 .9 V to."111.1
1105111til 'N 1Y "O.2toll I mill. 0
00 AtO 11 1 miss 21 it-311"s, III Ilse 11-1441 CUT, 41";, It- I li,rly~ Alldsaj-, fif,,im I Oil' -h)- t,,i I., I.I I.1 1-t~j 00
0 0 KIAa d. a Ifill (11 fl "Atet ALL.% lly stright 14 11tv clay '41111 not given fall p14,11.J.1y 2 kit I Tvllij~-1.11 Mr, ..I toill.11
stater by %eight wA, li-1 through "t,oing, 4-.,*~ coon.-i ... I. 14P, . .....I
I ~.j
00 -1 sieve Ulf 04 colle"ing. [see Coll., And aeldvi flry. The component.% prmthsti serve 144W. 15:01*. MR1, for
were mixett fial 15 inin.. and tilt- tilist. containing 7 to 8'.';, water. l(W1% said 1740* (111, It, IN%)% 111111', all 7.'Vl" f- 111, lie 0
; '~0!4r
..t,s 1wesescil itito shAjx-,s under 0111 kit.Ictit.1 And fiml ill all (Pil-114(XV, 1401. IACW, atid POV for IV, ;nA 1 1,16,1% Wilts',
Insisting 1141socal," fut-suscrat 1.370'. 14UP'. and 14141'10 . uAilti A 'An.1 If"#* for V "t- ill rrftm,1itr:r4 com iiiiiiig Vo
A. 0; lenslartaturr tiW (it 11' ill 12* IWI Its. 111111 litshliltil for I III.
to U)", AIP, 6 not tmitsidervil irchnic.dly m I
-IIII Ilse %one (3-1) to 1.4" ) at advantagetsu,, by this procr~.. output of hal.:`, 1-00
Mnei"ce lew 1, IV, sold V "41, tit
1~ 1.170' And IFICTell-Cil (MAY alittillIV With 64119 lemiterallitr. FOr contnining 141"; Alit), i4 JesirJilv, Wil 111.4" outisill still feltirr we
It. Ilse ~hfilllslljtr "IWI 7' At 0.4' ; 411 We)'. OW 111. the aiseciAl pf'.1lictinn If vinlo-lic Niqlartir, I'lo. J.".11w1i"11
'"Il"Itlil ofj 'j- '41 1 $put* ... ....
(hit,- MA-4 Al".111 4 :1 P".. 411 It
Is I.v Oll. "mit it/ K
salt!ls tie 0
5L
10
WC14P., if 0." Oat 4114312M.1 $),ill (W Q.T ill
- -1 -.j-1 4 - % It 11,11 a Is a I ill I-
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t 15t
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t 'Ma
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ojectIN
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'A.9.1 lintur, atilt for %prcinicus tol sAtue Lotolupsi-
00
titoo it w;is protailartionid to UIR, wheirc H i~ the height ;&till =00
00 Ri,thvrAdttI,- A-k a title, un it%, z-vilw it, IlloW tit c volit ent
Alu
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ar
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inv
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0* 014. 'Iturn. .4 thwhelliflit '11111hu'l fly #h, 111.4-11 pl'.Ilwl~
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IALLuNuICAL LIHINATURIE CLAWFICAPOPI
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POPILISKIY, R.YA.
"The Process of Clinkering and Several Characteristics of* Mullite, Synthesized from R",--3ct
fractory Clay and Technical aluminm Oxide," Dok. AM, 62, Wo. 6., 1948.
Mbr. Moscow Chem-Tech. Inst. im. D.I. Mendeleyev. -c1948-.

-rOrILISKIY, R. YA.
Dr. Technical Sci.
"The process of maufacturing high almninum
.Content refractories with synthetic mullite
as a baselt
Ogneupory, No. 2, 191,9

z

A
U-
LI L

P it CK I ~r%
dw basis; ad W
UYMG**4'=MMl6& D' 'V- POLUSUVAJUNOV AND R. VA.l'QrW,,
*eel mad., owelowy. 14 121 M-M (11949).-VIC, following ,foethwi
wsui, sinvilaped fw the mmWectum at refractories C,,talnin,

d-t 00% AIM kom Was CUY (AW), + T" 37.42,
Wh
48-04- F44% I-I& U1100-Maind knition kA% 12_87#1,~'.Jland tech.
nical alumina (A1- + UPS, MMM. S(h 7,M). FeP, 0.24, C.0
tracvs* M#O 0.14, and ignitim low 2,877f)- (1) wet Irringling of
technical alumina In a halt mill. the Anal moisture cuntelit (A the
%unurnsiton being 4611"v-, (2) preparation of a clay slip containing
00.1 Sit,; moisture; (3) preparation of the mix from %Kh"( clay anti
4 1.514 alumina (bawd on vreight of dry components 1; (4) fitrina-
fkmt id I fit x 7A x3() mm. briquettes which are dried to.'Ve moil.
lure, fiml us 3671)" so ISM)" C., untl then ground in < 1).T#
turn...16AIA 0.5 to 2.0 mm., anil 9.01,;, 2 min.; (5) ptrpAratlim -d u
ill multigrost mix with 1570 clay (6' clAy is addcvl a% it Aip cotitalit.
1
if~ ing I I,"(, liquid glass; and W% 1710
ure. antl the rernitining 9"; it
I
added as& powder < 0.8mm.: mod (6) pressinisof brick wid firing
tit 1430T. for 1.3 hr. Characteristics of the brick were a, tot.
laws: arias Plurifthaise 0,M", reheat khrinkage tit 111101), 114" ifelf)
at IM" lit IGN' bulk dent,11y 2 31 gindrin.1, appArrm
porosity 17.8%, iaW 4dormalion under Wait 141411", ilvilructlim
starting after 11 beat cycles. Furtherimprovement tot prolk-flir.
it possatie. Il.Z.K
I C A OfULLUNICAL LITINATIN11 CLSIWICATON
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WSR/Engineering - Refractories, AVr, 52,
Manufacture
"On Certain Peculiarities of Sintering High-Alumina
Refractories With Mallite -Corundum Filler," R.Ye. ,
Popillskiy, Cand Tech Sci, Moscow Chem-Technol Inst
Inani D.I. Yendeleyev
1109noupory" Wo 4) pP 158-169
Investigates sintering process and.loosening effect
of corundum In firing of synthetic refractories
-4ith high A120 conterit. Suggests introdu Icing into
12 amt of filler in form of fract ~
mixt suff icien ion