SCIENTIFIC ABSTRACT ARKHAROV, V. I. - ARKHIPENKO, D.K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102110009-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

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ACCESSION NF~ AP501899~ UPP-12 86 /A',/000/012/002)/C-020
AUTHOF: Arkharov V. I Kralina, A. A.; Sklyuyev, P. V.; ~avter, L. 1.
TITLE: A method for mducing steel flocculation. '-'lass 18, No.
171871-./
SOURCE: Byulleten' izobreteniy i tovarnykh znakov, no. 12, 1965, 20
TOPIC TAGS: flocculation, steel
ABSTRACT: This Author's Certi4icate introduces a method for reducing
steel floc-
lation:* 0.3-0.5% P v
c
ul _a_113dium-is introduced to the melt to promote hydroyen dis-
ciharge L-v diffusic-)n from the solid phase.
-)N: '-~!z I itu" fiziki metal k1; "' L~ f i-1--1
SUBMIT-1ED.- 09APT~64 ENCL: 00 SUB CODE: HM
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Card 17-1

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ACCLSSION M AP5025322 126/65/020/003/0384/1038
UIVO
669-094.3
AUTHOR& Arkbarovp V.I. Agapova, Ye. V.
TITISt Structural oharaoteristics of hematite from iron scale in
relation with
conditions of scale formation
SOURCEs Mike, metalloy i metallovedeniye,, ve 20, not 3,, 19659
384-w389
TOPIG TAGSt crystal structurs#_Lron compound# high temperature
oxidationg
x ray diffraction
IV
ABSTRAM It was found previously (Arkharov V.I., Melanie metallovp
Sverdlovsk-
Moskvap Motalurgisdat,, 1945; and Arkharov at al.,, Issledovania po
2.hamproohnym
splavamt t.21 M.0 Izd. AN SSRO 1957p str* 98) that hematite producod
in air at
high temperatures (8W-1000C) by the oxidation orironj had eomo
jjaouliar
structural propertiess (1) a very intensive reflection from plane
(111), which
was absent in the I-ray-diffraction pattern of common c(-F8203 or in
that of
hematite produced by the oxidation of iron at lower temperatures
(69UMC))
(2) a determination of lattice parameters from lines (554) and
(5.j2) revealed
in. the high-temperature hematite the, displacement of line (554) to
the side of
'C rd

491h-66
L
AG=ION'NRt AP5025322
larger angles. To determine the conditions of formation of the
anomalous hematite,;
an X-ray diffraction study was made of ththematites formed under
various oondi-
tionss W by high-temperature o)ddationl'ln room atmosphere of iron
samples '
preliminarily oxidized in R vapors at 1000G to the various stages of
oxidation
C(l) the metallic iron in e core and the scale consisting of an
Internal
vustite-Uyer.and an,external magnetite Uyer, i*e,, Fe-FeO-'F$304; (2)
the metal
fully oxidized and the samples consisting of a wustite core and an
external
magnetite layer, i-0- POO-Fe`3041 and (3) the entire sample oxidized
into
magnetite, 1 9 Fe 04 an (N) by oxidation of iron in room atmosphere
at 1000 and ~66C. R; interpretation of X-ray diffraction patterns
suggested
that the etruotural anomaly of hematite from high-temperature scale
was
affected by the specific conditions of reaction diffusion* The
appeiranoe of the
anomalous bematite van related to the presence in the aample of a
source of the
Fe ion diffusion either in the form of a wustite core or as the
irco-wustite
core, The anomalous hematite clid not develop in fully oxidized
simples or in
the hematite GhDA annealed at 4WO to constant weight. This indicated
that
anomalous hematite grow by the diffusion of Fe ions, The structural
differences
of hematites in irov scales formed under various conditions,, were
attributed to
the different mechanisms of growth of the hematite layers predominant
delivery
~.Card- -2/

~4914-&
ACCESSION NR% AP5025322
of either iron ions (anomalous hematite) or oVgen ions (conventional
hematite)o
Oftg6 art6 bass I t0loo
ASSOCIATIONt InBtitut ftziki metaUav AN 555R (Institute of the
Physics-n-F
AN 33SR)
MW4,
SUNGTTEDs 29Qot64/--%%p65 ENCLS 00 SW Corsi SS, Ic
NO R&F SOVs 010
0THSR, 005

ARKHAROVt V.I.j BLANKOVAI Ye.B.; KONEV, V-N.; KRUSHATINAs
N.A.
Formation mechanism of two-layers single-phase scale in the
sulfidizing of metals. Fiz.met. i metalloved. 18 no.53730
N 164.. (MIRA IS: 4)
1. Urallskiy gosudarstvennyy universitet im. A.M.Gortkogo.

III li'll Tir T V.
S

ARKHAROVP V.I.; KONEVP V.N.1 KRUSHATINA, N.A.
Investigating the mechanism of reactive diffusion
in systemis
binary alloy - gas. Part 2., Sulfidizing of
copper-zinc alloys.
na. mat. i wtalloved. 20 no.4035-539 0 165.
(KRA 18M)
1. Urallskiy gosudarstvennyy upiversitet imeni
A.M.Gorlkogo.

1 V61s; VIEW, 'loll.; NeAs
UT~HkROVO
.'--:%,a:iQgat'ng the mil.fWzIng of cocT4r-zinc
alloyo by tho,
~.~ tptblat mtnnd. Zitchn,met. 1 tio.WSO-686 N-D
165.
(MIR& 18,13)
le VralliskLy gc,-udaratvermy7 universitet im-ri
A.M.Gor1knea.

kv-v- Nit, AP6007103 SOURCE CODE: UR/0129/66/000/002/0011/0013
CA )
AUTHOR: Arkharo;~J. I.; Borisov, B. S.; Tagirova.-D. M.
"*WV
ORG: Institute of Metal Physics,AN SSSR (Institut fiziki
metallov AN SSSR) j
TITLE: Controlling the mechanical properOke of nickel alloy by
internal oxidation
11 17 17-
SOURCE: Metallovedeniye i termicheskaya obrabotka metallov, no.
2, 1966p 11-13, and
inserts facing p. 48 and p. 49
TOPIC TAGS: nickel, nickel alloy, alloy strengthening,
dispersion strengthening,
internal oxidation., alloy property
ABSTRACT: The effect offinely dispersed nonmetallic inclusions
on the mechanical
properties of nickel has been investigated. These inclusions
are formed by the
diffusion of oxygen (or other gases) into solid nickel, where
the oxygen reacts with
elements such as magnesium and silicon, which have a higher
affinity to oxygen than
nickel. The investigation of oxidized covmrcial-grade nickel
and nickel alloys
which contained about 0.5% magnesium, silicon, aluminum, or
chromium showed that
finely dispersed inclusions concentrate at the grain and mosaic
block boundaries and
increase the strength of nickel alloys. Such a dispersion
strengthening is more
advantageous than that produced by aging because of the
stability of dispereed in-
clusions. However, the internal oxidation under certain
conditions can sharply lowel
the mechanical properties, owing to an accumulation of
inclusions at grain boundaries
Card

L 10870-66
ACC NRs AP6007103
which brings about embrittlement. This embrittlement can be avoided
either by an
oxidation of nickel or nickel alloy powder, which is then compacted
and sintered,
or by oxidation of a solid metal with simultaneous application of
plastic deformatior
or ultrasound. Sintered compacts made of oxidized powder of nickel
alloy with 1%
aluminum had a tensile strength of 40.5 kg/mm2 with a field strength
approaching'the
same value. Plastic deformation during internal oxidation prom3ted
uniform distribu-
tion of the inclusions, not only at grain boundaries, but also within
the grains.
Application of ultrasound at a frequency of 20 kc had a negative
effect; it, in-
creased sharply the internal oxidation zone and the precipitation of
inclusions on
grain boundarles. However, it is possible that-at some other
frequencies, ultra-
sound would promote an accumulation of inclusions at imperfections,
such as the
mosaic block boundaries and individual dislocations and improve the
properties of
alloy. [WWI
SUB CODE: 1l/ SUBM DATE: none/ ORIG REP: 002/ OTH REP: 007/ ATD
PRESS:,q2,
Dispersion Har&ned

1, 06122=�l b1f -Ijp(c - - -011(L
1 ACC NR, AP6032528 SOURCE C i--UR
Arkharov, V. I.; Borisov, B. S.; Moiseyev, A. I.; Ugollnikova, T.
A. 21
ORG: none
TITLE: Method of ition of intermetallic niobium-tin compound Nb3Sn
coating.
d4s s,AN SSSR
class 48, No. 185661. tannounced by the Y--~'.-tute of Physics of
Metal
(Institut fiziff--me-rallov AN SSSR))
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki,
no. 17, 1966, 128
TOPIC TAGS: niobium tin intermetallic compound, niobium, tin
compound coating,
niobium, tin compound deposition 5 InEroq-e- D,-Po31r1-0A1 .
MP-7--9.-L-
N10461orn OLIMPOU"O, 77M C,0n7A:2uA)D 1,? $7
ABSTRACT: This A hor Certificate introduces a method of deposition
of niobium-tin
compound coatingst,
X To increase the purity and uniformity of the coating, niobium
pentachloAde i placed in the reaction chamber and heated to
120-160C, and the
gaseous mixture of tin tetrachloride and hydrogen at about OC is
fed directly an the
preheated port of the substrate.
SUB CODE: 31, 13/ SUBM DATE: IlApr6h/
uDc: 669.651 1293:621.

'ACC-N 0020166T1
AUTHOR: Arkharov V- I. (Academician AN UkrSSR); Borisov, B. S.;
Moiseyev, A. I.;
Ujzol
ORG; Institute of Physics of Metals, Academy of Sciences SSSR
(Institut fisiki
metallov Akademii nauk SSBRT
N1 lv~
TITIZ: Vacuu;4--vapor deposition of an Nb3Sn layer on a wire
SOURCE: Ai\8 R. Doki~My, v. ITO, no. 6, 1966, 1303-1305
TOPIC TAGS: niDb1
.n t!~*-compound, supopma4uctar compound, %i1*itwPwav~ewW
deposi, 3, vapor% deposition .awama.
Y v
ABSTRACT: To're4~ce:the cloggirg of the reaction chamber by
nonvolatile niobium
trichloride, p~ne'w** ~hhod and equipment (see Fig. 1) for
continuous deposition of a
i Sn':on a moving wire has been developed. Wire 1 is
r
superconducting -er fXb3
continuously feT'through -ie~iW--2 into a reaction chamber at a
fixed speed. Portion 3
of the wire ii uh'der treatment'and is heated to about 1000C by
electric current fed
through sliding cbntaets 4. The bottom part 6 of reaction
chamber 5 contains solid
niobium pentachloride T.. ';,,The chamber is maintained at a
temperature of 120-180* by
electric furnace 8 con rolled by thermocouple 9. Vapam cf
niobium pentachloride pro-
ceed directly to the.vire. Hydrogen passing through reservoir
10, located in therm-
stat'll and kept at OOC, is saturate4 with vapors of tin
tetrachloride 12 and then
Card 1/3 UDC: 669.65-293:621.

NRj AP6034569
JL
iFige- 1. Unit for vacum vapor 6"ition
10f Nb3Sn OD Virg.
passed through pipe 1~3 to the reaction chamber, Aere it comes
in contact vith the
wire and fox a layer of kb3Sn on its surface. Waste gases are
removed through pipe
14. with this arrangement, the zone in vhich niobium
trichloride can be formed Is
very small and a clogging If the reaction chamber was
not'obsery". The unit vas
Card _ 2/3

ACC NRt AP6034569
'lei
tested on platin and nichrome wire 0.3 mm in dia ter. The ten
m t perature of deposi
tion was varied between 800-1 OOC. A sin&le-phaseeKayer (1-4 V
thick) of Kb3Sn with
O-W structure was obtained. It was established that the
thickness of the layer
increases with.a temperature rieee Orig. art, hass I figure. . -
SUB OODE: .11, 13*4~W SUBM DATE.- llW66/ ORIG JUW.- 003/ OM PJFj
013/
ATD PRESS.- 5103

ACC NR& A~036112
AUMOR: Arldi rov,-.V..-,I..; Natanov, L. X.
SOURCE CODS; UR/0365/66/002/006/0678/0685
OIRG: Ural State University im. Gor'kiy (Urallskiy gosudarstvannyy
universitot)
TITI;---: Effect of scale formation conditions on the morphology of
chromium nitrides
-SO'LR,CF,: Zashchita metallov, v2, no. 6, 1960', 678-685
iTO?IC TAGS: metal scaling, chromium compound, nitride
!ABSTRACT: ' Tho article reports a study of the diffusional growth
of chromium nitrides
;and the effect of the conditions of this growth on the morphology
and composition of
~,thle scale. The experiments were carried out in an ammonia
atmosphere at tomporatures
from 700-12000. The chromium samples were in the form of hollow
cylinders with a
'longth of 30 -,mm and a wall thickness of 0.3-0-5 mm. Chromium was
deposited
electrolytically on copper tubes, vhich were then dissolved in
nitric acid. Before
:being put into the furnace, the sanplos wore washed with acetone.
Diffusion annealing
,was carried out in a quartz tube placed in a vertical electric
furnace. Technical
.grade =.Tonia from a cylinder was used for the atmosphere, In some
of the oxperiments,~i
~~the partial pressure of nitrogen in the working space was reduced
by the addition of
hydrogen. Thke samples wore annealed at 700, 800, 900, 1000, 1100,
and 12000. The
*nnealing time varied from 12 to 3 hours depending on the
temperature. Based on the
UDC: 62g_,19
3.1-ikzo-'~9a

ACC NR: AP6036112
ex-perizental data, aseries of curves illustrates the dependence of
the increase in
weight of the samples on the annealing time at different
temperatures. and in
different atmospheres. An extensive table shows the experimental data
on the nitriding!
.of chromium in an ammonia atmosphere. Zia dat ta includes the
temperature, the
atmosphere, tie nitriding time, the phase composition of the scaia
formed Coy x ray I
analysis), and the increase in weight. it is soon that at 1000, 1100,
and 12000, the
,!increase in weight is particularly significant in an atmosphere of
undissooiated
,arr.-,onia. in general it was observed that the process of scale
formation takes place
according to a pari3:bolic law; ' this reflects the diffusional
nature of the process, and
is evidence that the scale grows monolithically and that it does not
contain mechanical;;
;defects. Orig. art. has: 3 formulas, 4 figures and tables.
SUB COD---: II/ SUBIN DATR: 17Jan'66/ OIRIG REF: 008/ OTH REF: 008
:Card 2/2

AE ~41* Alq6u~8 (N) SOURCE CODE: ult/0126/66,/022/006/0884/0889
Abf~&;- Arkharov, V. I.; Ivanovskaya, S. I.; Krivonosova, A. S.
ORGv *Institute of 14etal Physics, AN SSSR (Institut fiziki
metallov AN SSSR)
TITLE: Mechanism$ of the high-temperature oxidation of nickel
SOURCE: Fizika, metallovimetallovedeniye, v. 22, no. 6, 1966,
884-889
TOPIC TAGS. high temperature oxidation, nickel, metal scaling,
metal grain structure,
metal diffusion
ABSTRACT: As revealed by previous investigations (V. I. Arkharov.
Z. A. Voroshilova,
ZhTF, 1936, 6, 781; V. I. Arkharov, G. D. Lomakin, ZhTF, 1944, 14,
155). the scale form-
ing in the process of the high-temperature oxidation of Ni contains
a single phase (NiO) and
consists of two morphologically different layers (Fig. 1): an inner
layer formed by tiny ran-
domly oriented (nontextured) crystals, and an outer texturod
macrocrystalline layer whose
texture is character,ized by the positioning of the (001) planes of
NiO at an angle of - 10* to the
outer surface of the*scale and is the more distinct and
macrocrystalline the higher the tempe-
rature Is. Two different interpretations of these findings are
possiblo: 1) the macrocrystalli-
Card 1/3 UDC: 669.24:620.191

ACC NR' AP7002738
nity and texturedness of the outer layer are due to the
recrystallization of the NiO forming at
the metal-scale interface; 2) the principal role is played by
the diffusion of Ni across the
scale toward the outer layer of the scale. To clarify this
question a series of specimens
having the form of thin plates (0. 2-0. 5 mm thick) was
completely oxidized until all the metal
become transformed into scale and subsequently heated at the
same temperature (1200*C) for ax~
additional 30-40 hr, -while another series of more massive (3-5
mm thick) specimens was oxi-
dized so as to obtain a layer of scale -0. 2 mm thick on each.
This layer v.-as mechanically.
separated from the specimens and, as in the first part of the
experiment, heated at 1200*C
for an additional period of time. During the third series of
experimenh 0. 1-0. 3 mm, thick layers
of scale, separated from massive specimens of the metal were
placed face downward on Ni
metal (i. e. their outer layer now became the inner layer and
armealed In air. Micro-
structural and radiographic examinations were carried out
during each stage of the experiments
Findings: on elimination of contadt between Ni scale and Ni
metal further heating of the scale
led to no microstructural changes. On the other hand, when the
scale remains In contact with
the metal, microstructural changes in the scale continue in the
course of further heating, with
the microcrystals growing in size and the oxidation of the Ni
metal continuing, i. e. the direct-
ional diffusion of Ni across the scale toward the outer layer
takes place and plays the princi-
pal role as also demonstrated by the fact that in specimens
with "inverted" scale the micro-
crystals grow into textured macroarystals and the process of
oxidation of the nickel coated
2/3

ACIC NR' AP7002738

X

'v

Fig. 1. Microstructure of NjO scale (sectional
Mew, magnification 120 times):
I - outer layer; 2 - inner layer, 3 - metal
,with the inverted scale continues, i. e. a diffusion flux across
the scale occurs. The reason
for the microcrystallinity and nontexturedness of the inner layer
of the scale (at the scale-
metal interface) is that at this interface the volume of the
newly forming oxide virtually
corresponds to the space freed in the reaction zond owing to the
departure of the metal diffus-
ing across the scale toward the outer layer of the scale. This
correspondence is absent
in the outer layer of the scale and it is this that accounts for
the strain hardening and enlarge- j,
ment in volume of the newly forming crystals in: this layer.Orig.
art. has: 4 figures.
SUB CODE:11,13, 20/ SUBM DATE: 22Nov65/ ORIG REF: 003/ OTH REF:
004

ALXHAZASHVILI, G.M.; NEVSKIYt D.V.j.ARKHAROVA, I.I.
I
User,of-minerals of enclosing rocks in studying uranium
sorption. Atom,
energ, 16 no.101-55 J& 164. (HIRA 17t2)

RYABCHIKOV, Ye.F.; STAKHURSKIT, A.Ye., red.;
SMOLOVA. Ye.V., takhn.red.
[Outline railroad model) Konturnsia model' zheleznoi dorogi.
Moskva, Izd-vo wDetakii mir." 1961. 1 fold. (Prilozhenis k
zkwxna-
lu "Iftyl tekhnikj" no,4(94)). (MIRA 14:1)
4 TSentralinaya, eVkhtoiya yqAykh_-tdkhnikov,.Xogqqy4.%.
yughbUy laiboralberfi4,fsentralln6y stanteii yunykh tekhnikov
(for Rji~bchikov).
(Railroads--Models)

BESKURNIKGVp A.A.; STAKMKn, A.Ye., red.; IARKWOVA,
L.Yaep otye x,4,1
BIAMHTEYNp S.S.t tekbno rod. - -.- -------
[Laboratory for the Processing of motion-picture
films) Nino.. Labo-
ratoriia na stole* Mookyat Iad-vo N.Deteldi mir."
(Prilozhenie k
zhurnalu IIIUnyi tokbid 90 no.18(108)) No.l. 1961. 1
gold. 1.
(MIRA 1418)
1. TSentralinsys otantoiya yunykh tekbnikovp Moscow,
(Amateur motion pictures-Equipment and supplies)

BESKURNIKOV, A.A.; STAKHURSKIY, A.V., red.~7AREWOVA, L.Yao, otvs
red*;
PRONINA, T.L,j tekhn. red.
[Table laboratory for motion picture processing] Kinolaboratoriia na
stole. Moskva, Izd-vo "Detskii mir.." (Prilozhenie k zhurnalu nIU i
tekhniks" no.19(109)) No.2. 1961. 1 fold.l. (MIRA 14t9i
1. TSentraltnaya stantsiya yurqkh tokhnikovy Moscow.
(Amateur motion pictures-Equipment and supplies)

EVI-x
ALELWDROV, B.;(ARKHAROVAp L.Ya.# otv. red.; FRONIVA,
T.L., takhn.
red. -
(For young poultry breeders] IUzVu ptitsevodam.
Moskva,, Izd-vo
"Detakii mir)" 1961# 1 foldels (Priloahenie k
zhurnalu IIUnyi
takhni N no.20(no)) (MIRA 24s9)
1, Wentrallnaya stantaiya yurjykh tokbnikov, Moscow.
(Poultry houses and equipment)

ARKIiAROVA,.,L.Ya,_, oty. red.; SHCHEPTEVA. T.N.,
tekhn. red.
[Advice for the young technician] Sovety iunomu
tekhniku. I~ozkva,
Izd-vo "Detskii mir," 1961. 1 fold.l. (Prilozbenie k
zhurnalu
"Iftyi, tekhnik," no.23(113)) (MIRA 14:11)
1. TSentrallnaya stantsiya yanykh tekhnikov, Moscows
(Technology)

IVANOV9 B.S.; MMAROVA, L.Ta., oty.red.; SCKUOVA.
Tej., takhn.red.
[Heterodyne resonance Indicator] Geterodinnyi
ludikator
razonansa. Moskva, Izd-,ro "Detskil air,$ 1962. 1
fold. 1.
(Prilozhenie k zhurnalu OIUnyi tekhnik," no.6(120)).
(MIRA 15:2)
1. TSentralluaya stautsiya ytLnykh takhaikoyl
Meacov.
(Radio measurements)

RYABCHIKOV, Ye.F.j STAKHURSKU,, A.Ye., red.; ARKHAROVAI
L.Ta., otv.
red.; SHCREPMA, T.N.~ tekhn, red, -
(Self-propelled model of a motor grader) Samokhodnaia model'
avtogreidera. Moskva., Izd-vo "Detskii mir." 1962. 1 fold.
1.
(Prilozbenie k zhurnalu "IUxWi tekhnikj" no.2(3-16))
(KRA 15: 1)
1. TSentralInaya stantsiya 7Wkh tekhnikov,, Moscow. 2. Zeve-
duyushchiy laboratoriyoy I'Sentrallnoy stantsii yurqkh
tekhnikov.,
Moskva (for ftyabehikov).
(Graders (Earth-moving machinery))-Models)

POLKAHOV, Fedor Mikhaylovich; ARKUltOVAO L.Ta.p
red.; LEBEDEV, O.S.,
tekhn. red.
[Behind a glass shore] Za steklionrqm boregom.
Moskva, Izd-
vo "Detskii mir," 1963. 56 P. (Aquariums) (MIRA
16:12)

I.tin~rcL'V-L' U. 1-t.
22009 kWbUfDVA, 0. Q~ K Vo,,)r,.-lu krntrolya
zashchi.ty ut rentt-enovskikh
luchey. Sbomik 6tatey po obshchatekhn; voprosam
(Trudy Urallskogo
lesotakhn, in-ta). Sverdlovsk, 1949, s.
28-29-Biblicgr: 7 Nazv.
S0% Lotopis' Zhurnalinykh Statey, No. 29, Moskva,
1949.

SMIRBOV, Vasiliy Filippoy1ch; ZVONKOV, VJOV nauchnyy
red,; ARFAMV.Ao
V,G._xod.; TIKHONOVA, I,X., tekhn.red.
(Our great conoorD, krowth of the material well-being
of the
working class during the fifth five-year plan; based
on data.
from Leningrad enterprises] Velikais isabots; rost
m9teriallnogo
blegooostoinniia rabochego klassa v gody pi&t*i
piatiletki (n&
mat6rialakh loningradakikh predpriiatil). -Lonizdat,
1958. 129 p.
(HIRA 12:3)
(Russia-Sconomic conditions)

YRFIFOV, Gerontiy Valentinovich; ARKHkROVA, V.G., red.
[Countries and people] Strany i liudi. Leningrad,
Lenizdat, 1965. 302 p. (MIRA 18:12)

KVZ M 3, Yuriy LIvovich, kand.istor.nauk; NOSOV,
F.V., doktor istor.
naukt red,# AFXWOVA V,Gso red,j ONOMMO, N.G.,
takhn.red.
[The truth about the ftmerican way of life'"]
Pravda ob "amerl-
Imnskom obraze shiml." Pod obehahei red.
1r.V.Noaova. Leningrad,
Lenisdat, 1960, 42 p, (MXRA 14:4)
(United States--Cost and standard of living)
(United State a-Themployed)

VOLK, Stepan Stepanovich; ARKHMVA, V.G.,, red.; TIKHONOVA.,
I.M.p tekhn,
red.
(European contrastal notes of a Soviet touriotl Evropeiskio
kon-
traetyl zametki sovetskogo turista. Leningrad,, Lenizdat,
1961. 168 p.
(MIRA 14:11)
(Europej Western-Description and travel)
f

TALUNTIS, Eduard Romualldovich; ARXHAHOVAI V.0.,,
red.; LEVONEVSKAYA,
L.G.9 tekhn. red. -
(Courage is work's password] Trud otvagu liubit.
Leningrad
L-enizdat., 1961. 101 p. OMIRA 15:2~
(Socia3ist competition) (Suggestion systems)

PIROGOV, Petr Petrovich; ~!~HA~OVA,_V&,_:j~ed.;
TIM101,0VAj I.M.)
tekhn. red.
[A great exploit Is continued; the glorious deeds
of sappvrs
of the Leningrad Mili District)Podvig
prodolzhaetsia; o
slavrWkh delakh saperon-
v eningradakogo voennogo olrugp.
Loningradj lonizdat, 1962. 70 p (KMA 15:9)
(Leningrad-Bomb reconnais;ance)

smLOV, Pavel Kirillovich; AMqMOVA) V.G., red.; ONOS11,0, R.G.p
tekhn. red, '.
[Hono, fourth yearl]Zdravstvui, chetvertyi6 Loningrad, Len-
izdat, 1962. 22 p. (MIRA 15:9)
1. Nachallnik upravloniya leningradskogo soveta ntirodnogo
khozyaystva (for Sokolov).
(Leningrad-Industries)

FROLOV, Matvey L'yovich,
zImrna1ist;_A4jjUI"U,,V.4., red.;
LEVChTVSKAYA, L.G. , tekhn. red.
["The winged guard"; a book of feature stories
on heroic
fliers) Krylataia gvardiia; kniga-reportazh o
letchikakh-
geroiakh. Leningrad., Lonizdat, 1963. 134 p.
(NIRA 16:12)
(World War) 1939-1945-Aerial operations)

PHASE I BWK EXPLO:71471~:X :;0V/5055

V9e*O;r4y% konforentalya po trenlyu I
lznomu v manhInaltn. 3d.

19

n

2,

GldrodI
aelebeskaya tearlys smazki. Opory
skol'Vionlys. Smathm

1 anatochnyy* vat*r1aly
(Hydrodynamic Theory of Lubric&tLon.

311P
Bearings. Lubrication and Lubricant
Materials) Moscow,

Xtd-vo LN SSSR . 422 V.
Zrrata slip inserted. 3,800 cap'-as

printed.
(Series: Itas Trudy, V. 3

Zpansoring Agincy:
Akademlya naulc SSSR- ZnmtItut
mashlnovedenlya.

Reap. Zds. for the Section
*Hydrodynamle Ttwory of LubricilLoc

nd Slip Bearings-: Ye. N. Out-yar.
Professor. Doctor or Tvcb-
:

Ical Sciences. end A. K. D'yachicav,
Professor. Doctor of Tech-
0

lubrication and
j olcal Sciences; Rd. for the S*ctlon.
R;7-

Lubric nt Rater
I ; 0. V. Vinogradov. Professor, Doctor of

Che"c:l 5414rness; td. of Publishing
fiouatt X. Ya. Klebanow;

1 Tech. Id.r 0. X.
Ous*kova.

PUR.PM.
artl Its is latended for practicing
f
oll
T
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ls tLon :

l
n;
:
a
anginet
,
r
o are a rch --enti:ts.

CiM GR: 2he
collection. published by thi Institut
imishino-

v*d*nlya
AN SSSR (Institute of Selenee, of MachInesi
Acadacty
f S
i
=SR

o
c
ences
) cootalng pacers presented at the 11
V8080yu2noya konfarentslys. po tratlyu I
iznasu v smohinalth

(Third All-Unlon
Conference on Friction and Wear In Machine$

which was hold Apr~l 9-15, 1958. , Probi
discussed were in
is!

- -1,4- and
sydrody-stic Theory (Cont.) SOV/5055

9RrOvchIft*1
C 17, X. V. On Unsteady Nations
of tho Journal in

Ai8rI9
M
j
'TMnIi* I lznos v mashLeakh" T. 14, lzd-vo
AM

U
R.

164

11. LUNLICATION AND LUBRICANT KATXRZALS

Lubricant PAt*rL&Ls and Wear

ii-n-0 -0- V.
SON* New X&tb*dS Of Producing and In-
tlng lubrliant Materials

165

s
Ta
X
rin
1[
1
S
l
lkbl
d
A

or an
_
._
jlyur
m,
,
e,
. :r
tis
;hlht.
t~r
_

x
Kzper Ut-IJBInk b1sulf1de of Kolybdenum
-
w1c

7
leant
Raterial
172
Be2kcrod'"
_X. D., N Povloveicays, and V. V A=rovik.
Ilf-flat of tat-compositiTawand the
Cnaractetr;r IMA

FAdin an the Year-ReaLstant
Properties of Petroleum Wart-

eating Oils
ITT
'_v--Contact zrrect In year as' a-Pactor
ln--'-
-
-~
fb
OxIdatLan of the oil In Inglnes
18T
V. V.
Arkharove, 0. T. ravlovskays,

and K.- D.
Begborod-kro. Wear-Resistant and
AntlfrIctIO0

Properties or salt rusions

191
T1!M2Rk0T_T__A_. and edey_ Abraslvt Wear
of
L
_
;A
!V

Boller Bearings In the
W.
.
nc
of a Lubricant Material
198
T.2ral.IL Ii; and
J2.-r. -Xlchkln. Critical Temperature
I PI in Sliding Contact or 3tee
1 S
f

-
ur
aces. and
the Dispersive capacity of the oil

201
UsOvsks7a, 0. V. Nathods for Deterwining
the Critical

'Ttw`Pir~mturts Of An 01.1 PlIn
In the Case of Friction of

3t*el Agolnot
Antlfrictlon Alloys
222
ffl_qrOzova, 0. Yt..
Wear-ftalstant Reactions of Sulfur-

as
Additives to Lubricant Otis
228

APJWCVA, V. V. Cand Tech Sci - JDiss) "Anti-wearing
and
anti-friction properties of structural grouping
fractions
of petroleum oils and individual hydrocarbons,N
Moscow) 1960, 16 pp
210 cop. (Institute of Petrochemical Synthbsis, As
ussR) (KL, 42-6o, 113)

VINOGRADOV, G.V.; ARKIL~.ROVA. V.V.;
BBZBORODIKO. M.D.
Antiwear and antifriction properties of
structural group
frnetions of petroleum lubricants.
Izv.v7s.ucheb*zav*;
neft"i gas 3 no.6:81-87 160, Wu 13:7)
1. Voyennava ordena Lenirit Fikridemiva
bronetankovykh vo3rok
im. I.V.8talina".
.. (lubrication and lubricants)

VINOGR&WV, G.V.; ARXHkWVA, V.V.
Basic characteristics of antiwear and
antifrictional pro-
perties of hydrocarbons subjected to beavy
friction. Xhim.i
takh.topl.i masel 5 no.5t.45-49 Hf 160. (KIR& 13:7)
(Fqdrocarbons) (Friction)

S/152/60/000/006/001/001
11024/BO76
AUTHORS- Vinogradov, G., V., Arkharova. V, V., Bezborodlko,
M. D,~
TITLE: Antiwear and Antifriction Properties of Structural
Group
Fractions of Mineral Oils
PERIODICALs Izvestiya vysshikh uchobnykh zavedeniy, Neft' i
gaz, 1960,
No, 6, pp, 81-87
TEXT: The authors investigated how far the nature of the
structural
group fractions of mineral oils affects their ant.iwear and
antifriction
properties in the presence of oxidizing gas media,, Already
in previous
short time tests in the open, under seizure load conditions
', with a number
of low viscosity mineral oils as well as with
naphthene-paraffinic
fractions an oxidizing of the hydrocarbon medium was
ascertained (Ref, 4).
Also the tests with various naphthene-paraffinic fractions in
0 2 medium
(Ref, 5) showed that the oxidation process between steel and
hydrocarbons
retards or interrupts the seizure of' friction surface3, The
main purpose
of the present work is to ascertain. accord 4ng to the
re2ults of the above
Card 1/3

Antiwear and Antifriction Properties of S/15 60/000/006/001/001
Structural Group Fractions of Mineral O.Als B024YB076
mentioned open air tests (Ref:?,,! 0), what influence the
fractional com-
position of mineral oils of various origins as well as the
nature of gas
media exercise on the wear and friction of steel Numerous
hydrocarbon
fractions were tes,.ed and the mineral oilsl~were cla5sified
in structural
groups according to the methods published before (Refs. 7-9),,
A series
of fractions were made available by M, S_ Borovaya, The tests
were made
on the four-ball machine; all samples tested are included in
Tables 1 and
2, and the particularly typical cases are repre&ented in Figs.
I and 2,
(Ref, 7), In respect of the naphthene-paraffinic fractions a
quality
analysis of two oil grades (Refe,,11,12) was made before and
after the
tests in order to ascertain the nature of the oxidation
products. The
comparison of various test results with the previous ones
shows that the
total sulphur content of mineral oils is in no way
characteristic of
their antiwear and anttfrAction propertiee, On the basis of
tests~ with
oxidizing gas media it was ascertained that the nature of
structural
group fractions of mineral oils was not of lmportan~~e for
their antiwear
and antifriction properties, Oxygen has an influenct? al
Imilar to that of
sulphur compounds active in relation to steel in the presence
of which the
wear increases at low loads and decreases at high loads. There
are 2
Card 2/5

83687'
S/152j6O/OOO/OO8/004/004
I!P CLioo - B013/B054
AUTHORS: Vinogradov, G. V., Arkharova, V. V.
TITLE; Wear-resisting and Antifrietion PropertiamAof Tetialin-
and Decal-i-nHomologs
PERIODICAL: Izvestiya vy shikh uohobnykh zavedeniy. Neft' i
gaz, 1960,
No. 8, pp. 65 - 72
TEXT: In the present paper, the authors describe experiments
with
Tetralin- and Decalin homologs, and study their solutions
with dibenzyl X
disulfide content in a concentration of 0.1 mole/l (dibenzyl
disulfide
- melting point 70-500, sulfur content 25-9%). The
poly,zyclic Tetralin-
and Deoalin homologe used for experimental purposes wera
synthesized
according to Ref, 5. The hydrocarbons synthesized represented
isomer
mixtures which, for simplification, are called oyolohexyl
Tetralin,
dicyolohexyl Tetralin, cyolohexyl Decalin, and dicyclohiaxyl
Decalin.
Their characteristios are given in Table 1. Figs. 1 and 2
show the re-
aults obtained from experiments with dioyclohexyl Tetralin
and cyclo-
hexyl Decalin as well as their solutions with dibenzyl
disulfide. The
Card 1/2

VINOORkDOV, G.V.;,AR?q!p
~!~P V.V.
Wear and friction resistance of homologs of tetralin
and decalin.
IZVO v7s, uoheb, savol neft' i gaz 3 no.8:65~-72 160.
(MIRA 3J+34)
1. Voyennaya ordena Lenina akademiya bronotanlcovykh
voyak imeni
I.V.Stalina.
(Naphthalene)

88831
57.3-300
S/152/61/000/001/001/007
B023/BO64
AUTHORSs Vinogradov, G. V., Arkharov , V. V., Fodollukiy,
Yu. Ya.
TITLE- Wear resistance and ant'-friction properties of
alkylated
aromatic hydrocarbons
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Neft,
i gaz, no. 1,
1961, 61-65
TEXT: In continuation of their previous papers and
published data,
respectively (Refs. 1-3 and 10-13), the authors studied
the antiwear- and
antifriction properties of bicyolic aromatic hydrocarbons.
A mixture of
isomers of triisoamyl naphthalene was chosen as
hydrocarbon. The investi-
gations were carried out on a friction test machine with
four balls which
was described in the paper of Ref. 15. The balls consisted
of LUX6 (ShKh6)
steel with a diameter of 12.7 mm. The gliding velocity was
23 CM/sec, the
temperature 100 0C. The experiments were conducted in air
and in Ar- and 0 2
atmosphere. Dibenzyl disulfide was used as antiwear
admixture in a con-
centration of 0.1 mole/l. The curves of wear as a function
of load showed
two stages for triisoamyl naphthalene in all gas media
applied. A table
Card 1/4

88831
Wear resistance and antifriction... S/152/61/000/001/001/007
B023/BO64
shows the values of the lower critical loads Ppl (on the lower
stage) and
the higher (P.11 on the upper stage) at which a more or less
jumpwise in-
crease of wear occurs due to an intensive gripping. In the
authors,
opinion the increase of the oxidizing activity of the gas
medium leads
to the increase of P1, to the increase of wear at P < P', and
to a con-
siderable reduction of wear at P > PK. The experiments with
the dibenzyl
sulfide solution showedq in agreement with previous
publications, that the
disulfide sulfur introduced into the hydrocarbon has the same
effect as 0 2'
At lower loads, the presence of sulfur, like the presence of 0
21 leads
to an increase, but at high loads to a reduction of wear.
Reduction is
e*specially great when 02 is intensively introduced into the
zones of fric-
tion. The increase in the oxidizing activity of the gas medium
leads to a
reduction of the gripping process. The introduction of the
sulfurous ad-
mixture which is active toward steel, eliminates vehement
gripping. At
experiments made in 0 2 atmosphere, the values of the friction
coefficients
at the end of the 1-minute experiments did not depend on the
loads per-
pendicular to the axis. The curves p(P) for solutions of
dibenzyl sulfide
show, like the curves wear - load and the friction diagrams,
that sulfur,
Card 2/4

88831
Wear resistance and antifriction... S/152/61/000/001/001/007
B023/BO64
at friction under high specific loads acts analoi;ously to 0 2, and
that each
of theseagents inoreases the effect of the other. in conclusion, the
authors summarize as follows: The antiwear- and antifriction
properties of
the alkylated bioyclio hydrocarbons at,difficult conditions of
friction do
not differ qualitatively from what is known about naphthene-paraffine
and
low-sulfuric aromatic fractions of mineral oils. These properties
depend
on the intensity of the course of conjugate oxidation reactions of
hydro-
carbon lubricating media and steel. Molecular oxygen is an active
anti -
aggressive admixture. Its effect increases the effect of disulfide
sulfur
and vice versa. K. I. Klimov and G. I. Kichkin are mentioned. There
are
4 figures, I table, and 15 Soviet-bloc references.
ASSOCIATION: Voyennaya akademiya bronetankovykh voysk im. I. V.
Stalina
(military Academy of Armored Troops imeni I. V. Stalin)
SUBMITTED: July 25, 1960
Card 3/4

88831
Wear reeistance and antifriction... 6/152/61/000/001/001/007
B023/BO64
Legend,to the'.Tables 1: denotation of the product; 2s
Argon; 3: Airf
4: Oxygen; 5: Triisoamyl naphthalene; 6: Dto. + dibenzyl
disulfide.
4 AprOH J Bomyx KHCAOPOA
4 IiIIHM,eHoDaHme
npOAYKTa P P.
P., P. P. P. P P. - P. - PK
S-'TPIIH308MHX- 20 120 90 30 45 127 105 32 60 120 135 70
To *e+AH6eHr.( - - - - 3D 130 - - 60 ICO - -
3"J'AHCYAbORA
Card 4/4

69126
8/065/61/000/003/001/004
J.q~cpo E194/E284
AUTHORS: Vinogradov, G. V., Arkharova,.-V. V. and Petrov, A.A.
TITLE: The Anti-Wear and Anti-Frictional Properties of
Hydrocarbons
PERIODICAL: Khimiya i tekhnologiya topliv i masel, 1961, No. 3,
pp. 48-54
TEXT: Four-ball machine friction and wear tests were made
on the following hydrocarbons and mixtures of them: Tetracosane;
7-hexylootadecane; 1.5-dicyclohexyl-3-heptylpentane; 1.5-diphenyl-
3-heptylpentane; 1.1-diphenyldodecaLne-1; 1.1-diphenyldodecane;
cyclohexyltetralin and dicyclohexyldecalin. The balls were 0.5"
diameter of ball-bearing chrome-steel hardened to 62 Re. Atmos-
pheres of argon, air and oxygen were used in the tests. All the
tests were carried out for one minute at a sliding speed of
23 cm/sec, in the tests with argon and oxygen the gas was blown
through at a rate of 12 litres per hour at a temperature of
100 * 100. After each test the load was increased and the balls
,were rotated to present a fresh wear-surface but the lubricant
was not changed. Tests were made below, at and well-above the
Card 1/4

89126
8/065/61/000/003/001/004
E194/E284
The Anti-Wear and Anti-Frictional Properties of Hydrocarbons
seizure load. The results are presented in the form of log/log
graphs of wear against load, wear being assessed by diameter of
wear-scar. The tests in argon atmosphere display considerable
variation in seizure load and shape of wear curves In general,
however, in argon the seizure loads are low and the wear is small
at loads below the seizure loads. The seizure is easily broken
down. The test results of hydrocarbons in argon are similar to
those observed for low-aulphur lubricating oils. The behaviour
observed is attributed to the presence of traces of oxygen or
oxygen compounds in the hydrocarbon that are capable of replacing
the oxide films on freshly worn metal surfaces provided that
these
are not produced too rapidly. When argon is replaced by air the
seizure load rises because both metal and hydrocarbons are more
easily oxidized. In an oxygen atmosphere the seizure loads are
still higher and the wear curves rise smoothly. These smoothly
rising wear curves are most typical of the easily oxidized and
relatively low viscous hydrocarbons such as cyclohexyltetralin.
The more viscous and less readily oxidized hydrocarbons often
have
Card 2/4

8912
S/065~61/000/003/001/004
E194/B284
The Anti-Wear and Anti-Frictional Properties of Hydrocarbons
a step in the wear curve, presumably because as the viscosity
increases access of oxygen is hindered. However, in an oxygen
atmosphere the graphs of wear-sear diameter against load lie
within a very narrow band for a wide range of hydrocarbons
including not only those tested but many others besides. At
loads
below the seizure load the wear is often heavier-in oxygen
than in
air or in argon and this is attributed to oxidation of the
steel
during friction. Combined oxidation of steel and hydrocarbon
under heavy friction conditions occurs during the exposure of
fresh metal surfaces in the presence of frictional heat. The
conditions are quite different from those in normal oxidation
tests. The results show that molecular oxygen and organic
sulphur
compounds which react with steel act as anti-seizure additives
and as substances which increase the chemical wear of the
steel,
thus behaving like extreme pressure additives. The separate and
combined influences of dibenzyldisulphide and oxygen as
ext'r'eme
pressure additives are described. The main conclusions of the
article are that the anti-friction and anti-wear properties of
a
Card 3/4

89126
S/065/61/000/003/001/004
E194/E284
The Anti-Wear and Anti-Frictional Properties of
Hydrocarbons
large number of hydrocarbons are very similar in an
oxygen atmos-
phere. Friction and wear tests with steel balls and
hydrocarbon
lubricants take place in the presence of oxidizing
substances
which can have an important anti-seizure effect
comparable with
that of sulphur-containing extreme-pressure additives. It
is
claimed that individual high molecular weight
hydrocarbons can be
used as model substances for the study of anti-wear and
anti-
friction properties of low sulphur lubricating oils.
There are
7 figures, 1 table and 6 Soviet references.
Card 4/4

ARUE11, Al'ariasiy Arid i-eyevi c
h;,,JUZI.IF.fSOVA, Aloksandra 1vailmna;
, _ - ., .1 -
"SIMUNOVA) 14.A." red.
[Thin-layer chronatography] Tonk-osloinaia
khromatogra
fiia. Noss~a, Nauka, .1964. 174 p. (MIRA 17:9)

MOGILETION, M.H.q ARIHIPOT, M.I.
I- -
Pilm-forming capacity of mixed polyesters of the
acrylic
series in the presence of cobalt salts. Iakokras.
mat. i ikh
prim. no. 6tl2-16 160. (NMA 13:12)
(Acrylic acid) (Pilme (Chemistry))

IUZIMTSOV, Turly T1ad1mijb-Y-1oh;,,AY-XM?qY, N.A.,
otv. red.; ZHKOT, Y.Y.,
red. izd-va; ILOINSKAYA, GoNto teiREi-e-d-O
[Preliminary wetting of coal seams] Predvaritellnoe
uvlazhnenis
ugollnykh pla'stov. Moskva; Goe.nauchno-tekhn.izd-vo
lit-ry o
gornowl deau, 196o. .56 p. (MIRA 14:53
(Mine dusts)

IAZUNOVA, A.S.. inthener-teichnolog; RXZNIKOYA, Y.N.,
inshoner-tekhaolog;
Whenor takhnolog,
YA*. - BAULIN, V.A., redaktor;
ROS V, G.I., tekhnichookiy redaktor
(A collection of technological instructions, recipes arA
technical
specifications for fish products] Sbornik
takhnologicheakikh
inetruktaii, retseptur i takhaicheakikh uslovii na
rybauia kulinariiu.
Moskva, Goo. izd-vo torgovoi lit-r7, 1956. 223 P. (MLIA
9:9)
1. Russia (1923- U.S.S.R.) Glavrybtorg. 2. Glavrybtorg
(for
Iezunova, Reznikova, Arkharova)
(Fishery proclucts-Preservation)

AUTHORSt
TITLE:
3 97
3
6
S/081 61 000/023/049/061
1
B107 BliO
B
/
Bezborodlko, M. D., Pavlovskaya, N. T.,,ArkharoY_&, V_V.
Effect of composition* and nature of gaseous medi& on the
antifrictional properties of mineral lubricating oils
PERIODICALt Referativnyy zhurnal. Xhimiya, no. 23, 1961, 453P
abstract
23M115 (Tr- 3-Y Voss. konferentsii po treni i iznosu v
mabhinakh. M.j AN SSSRt v- 3, 1960, 177-le6f
TEXT: A four-ball machine with a special friction joint
permitting the
introduction of gases was used for the investigation. The
effect of
gaseous media (air, argon, nitrogen, oxygen) on the
antifrictional
properties of the following lubricants was studied; naphthene
- paraffin
and aromatic fractions of oils and oil extracts boiling in a
narrow range
which were prodticed in the Groznenskiy ,,,nvod (Grozny
Vlorks), Bakinskiy zawd
(Bakii aorka), and Novo-KUYb Shovskly ~avod (Novo-Kuybyahev
works) '
'Vzu,iou. 111X6 (ShKM and'~H229 (EI229) stools and&~2 (BrB2)
s notals, 2
beryllium bronze viere tested at hiCh specific pressures and
temperatures.
It has been found that the nature of the gaseous media has an
effect upon
Card 1/2

3711(
S/08 W11/000/023/049/061
BI
Effect of composition and nature of... B107 B110
the wear of the steels and on the critical load; whereas the
mean specific
pressures are practically independent of the gaseous medium.
On testing
oilp, the critical load rose when argon was replaced by air
and oxygen,
but the differences of the mean specific pressures were but
slight. The
nature of the gascous medium does affect not only the
intensification or
retardation of the oxidation procoooea of the lubricating
oils, but has
also a strong effect on the structure of the metal in the
friction zones.
The greatest changes in structure occur in argon medium.
[Abstracter's
nviol Complete translation-.3
(:;Ir*tI ~Ii-

ARWUIDIYAKONSKIKH,Tu.V.
- ~ I
Unique forms of shore leaching. PrIrodA 44
no.8:112-113 Ag 55.
(MUt& 81.10)
1. Molotovskiy gosudarstvennyy universitat
(Leftching) (Shore lines)

-ARKHIMIOVIC113 A. I
SSSR (Grains of the USSR) Miunkhen, 195h. 106 p.
1, Grain - Russia

Zoniovyyc Kill't"Iry (Grain rz'~rlling ~.n tho USSR) loll,
151i4j.
1L6 P. (~ssladovaniva 1 I-.aterl-aly. Seriya 2, Nc. 2L I
At head of Title: Institut Po Izucheniyu Istorii I Kulltury
555R.
Summaries in Englis~,, French, German.
S.D. "115
724
.A7

AR)IM-:011IC14, ALUSANDR
Kulltura khopchatnika v SS,32 (Cultivation of the cotton
plant in the
USSR) Myunkhen, Istkult, 195h-
110 P.
"Literatura i Istochniki"i p. (88)-89.
Summaries of text in English, German, and French.
At head of title: Inatitut Po Izucheniyu Istorii i Kulltury
SSSR.
729.3-1
X

A7
Oelektsiya i st~menovodsLvc saki-nwo-n avekly %,
S.33-k aiA
seed rrowing of surar beets in L~l e USSR)
11yulAlve", lsticult, 1,1_154.
109 !,. (IssleAwaniya i ~na,erial.,. 3erlya I-ya,
v~-,,. 1~-,)
At bead of title- InstAtut Po iz~wl.-~nivu i
Ku.11tiiry SSTI.
"Llteratiira" p. 137-V13.
Surmnliries of text in English, French, and German.

71psleniy~wolstvc "T.Lint,-hen,
talles. ftn5titut ro TZtjol 'iYtl SSM,
TI), Serifvl 1, -U-57)
Su--.,A,,rIe!3 or tAAl.e in
!'i* lography: r-).2L.L-??ce).

W~
zasluzhennyy vrach USS11
Some problatin of disability evaluation in surgical
dienueen.
llov.khir.arkh, no.3:70-78 MY-Je '59. (HIRA 12:10)
1. 2av-jd1i:nv3)ic)Av khirurgiche skim otdoleniyon
Kiyevskoy klint-
cheekoy bollnitay. d1yu obeln2hivanipt vodnikov.
(DISABILITY RVALUMON)

A IMDVICH,~ B.4o, xasluxhannyy vrach USSR (Kiyev)
Plftieth anniveraaz7 of the Xlev S=gical Society.
Nov.khir.arkh.
U0-5:122-127 S-0 '59. (KIRA 1313)
1. PbohetVy chlen Ukrainskogo nauchnogo obsbabostva
kblrurugov.
(KIBV--MWICAL SWINTIMS)

AMINOVICH, V.A. kand.med.nouk. zaslushenrWv vrach USSR (Kiyev, u1.
Artema,
1--55, kv 3
Principles of the treatment of suppurative processes of the hand
and fingeree Nov.khir.arkh. no.6:9-15 11-D 158. (MIRA 12:3)
1. Khtrurgicheekoye otdolenlye Kiyeyskoy klinicheekoy bollnitay
dlys obolushivaniya rodnikoy.
(FRION (DISEASE)
(HAND--SURGERT)

4~, - ; , ri , # L - _ -
IVV. and ER, L. A.
I
"Methods for Isolating Epidemic Influenza Virus," Zhu. ICIB
V. 18, PP. 554-568, 1937.
Central Virus Y-Ab.

Cand Med Sci
ARKHINAp YE. V.
Dissertations "Application of the Reaction of Hemagglutination
for Studying Grippe."
6/4/50
AcadenW Med Sci USS#
SO Vecheryaya Moskva
Sum 71

USSR/Microbiology - Microor(3anisms Pathoomlic to
Humans and P-4
Animals.
Abs Jour : Rcf Zhur - BiOl,) NO 10) 1958) 43339
Author : Arkhina, E*V*, I-bpova, N,V,j Kartashcvn,
V,Ns
Inst
Title : E;x~p~erinen~LL~iifection of Rabbits with an
Avisual Strcpto-
cQccal Forn ("AS" Falkovich).
Oria Pub : Nauchn, tro Moske no-is in-t vaktsin i
syvorotoki 1955,
6, 83-86.
Abstract : No abstract*
Card 1/1
go

USS,R/Microbiology Medical and Veterinary Microbiology
F-4
Abs Jour ; Referat Zhurn - Biol. No 16, 25 Aug 1957,
68576
Author ! Falkovich, L.I., Voronkova, 0.1., Arkhina,
SoVe
Title : Experimental Infection of Animi-s-b-y-MoMied
Avisual
Form of Streptococcus.
Orig Pub : Nauch. tr. Mosk. n.-i. in-t Vaktsin,i
Sivorotok, 1956,
6, 79-82
Abstract : The Wection of a filterable avisual form of
scarlatinal
strepto6occus (SS) (Russian AS), isolated from scarlet
fever patients, into the veins of rabbits caused a rise
of temperature, akin-reddening of the ears and sides
with
subsequent peeling, swelling of mucous membrane of the
nose and lips, leucocytosis with pseudoeosinophylia,
changes in urine indicating kidney involvement. In
patho-
logico-anatomic examination there was noteda reaction
of
the tissues of all orgms, which expresses itself mainly
in a degeneration of their parenchyma. The material
Card 1/2 - 52

USSR/Microbiology - Medical and Veterinary
Microbiology F-4
Abs Jour : Referat Zhurn - Biol. No 16, 25 Aug
1957, 68576
from the ill rabbits, injected into mice, caused in
the
latter typical mnifestations for avisual. forms of
streptococci vhich were neutralized by specific sera
and sera from scarlet fever convalescents.
Card 2/2 - 53 -

---- ~- ARKUITOS. B.U. -. FWAIT. V.D.; n3)QRGVICH. G.P.
Formation of tl~e Spivsxkovka uplift at the northwest
subsidence of
the Donate Bas~ne Gm.prom, 5 no,10il-5 0 160. (MIRA 33110)
(Monate Basin--Geolog7, Struotural)
f

PHASE I BOOK EXPLOITATION SOV/4977
Arkhinov, Viktor Nikolayevich
Smola iz nefti i khlors; polivinilkhloridnaya smola (Resins from
Petrolem
and Chlorine; Polyvinyl Chloride Resin) [Gorlkiy]'Gor*kovskoye
knizhnoye,
izd-vo., 1959. 34 P. 3,000 copies printed. (Series: Khimiya v
narodnm
khozyaystve)
Ed.: M. Ynyazev; Tech. Ed.! R.G. Brulikovskaya.
PURPOSE. This pamphlet is intended for the general reader
desiring information
on polyvinyl chloride resins and their application.
COVERAGE: The pamphlet contains brief information on the
chemistry and technol-
ogy of polyvinyl chloride resinBP their use, and prospects for
develoyment
of their manufacture in the period 1959-1965. It describes the
use of these
resins in the electrical engineering, machine-building,
construction, varnish
and paint, and synthetic leather and fiber industries. It is
stated that in
the near future polyvinyl chloride resins will be generally
manufactured in
the Soviet Union not only from ethylene and chlorine but also
from acetylene
Card 1/2

Resins from Petroleum and Chlorine (Cont.) SOV/4977
and hydrogen chloride. Wo.personalities are mentioned. There
are 34 ref-
erences, all Soviet.
TABLE OF CONTENTS:
Chemistry of Polyvinyl Chloride Resins 3
Fields of Application of Polyvinyl Chloride Resins 15
Manufacture of Pol7vinyl Chloride Resins According to the
Seven-Year Plan 26
Bibliography 34
AVAILABLE: Library of Congress (TP986-P56A7)
JA/dek/gmp
Card 2/2 4-18-61

ARKHIPCHNNED, A.S.
Geological structure and oil potential of the Bogachevka
field
on the Kamchatka Peninsula@
* Avtoref. nauoh. trud. VNIGRI T10.17:
279-283 156. WRA 11:6)
(Bogachevka Valley--Petroleum geology)

APMIPCHL-NKOP A.8,
Outlook for petroleum in eastern Kamchatka. Truce, VNIGRI
no.163:,199-
217 160, (Kazohatka-Pe4woleum geology) (MIRA 14%6)
.1
-.~v

ARKHIPCHENKO A S.- NAZAROVP V.I.; SHAMES, D.Z.
Zz::~~". 31
Geologic and econoxic oil and gas prospecting indices
tor the
West Siberian Plaih. Geol. nefti i gaza 7 no.7:13-17 Jl
163.
(MIRA 16:7)
1. Vsesoyuznyy neftyanoy nauchno-isaledovateltakiy
geologorazvedochnyy institut.
(West Siberian Plain-Petroleum geology)
(West Siberian Plain-Gas, Natural--Geology)

v
:Phannacolo,tvy ano IroxicoloF
y. Varcoties
tbs, Jour., :Rof Zhur-Biolp No 13, 19.58, Tzo 61305
kuthor :Arkhiperilco, A. G.
Enstltilt, "-~,A ~-L i tu t e
~itlo :rjffect of Ether Anesthesia on Reflex I-rluctua-
tions in Blood Pressure Produoad by Stinulation
of the Carotid Sinus
)riS. Pub. :Nauchn. tr. Xubansk. med. in-ta, 10,57, 15
(28),
4.9-57
lbstract !Exporivionts were performied on 1~2 dogs. When
the
blood pressure in tho sinus prior to anesthesia
was high, there occurred a fall in blood pros-
sure of 50-7bof, a decrease in pulse rate and
rospiratory rato of 8-3-0,1, or cossation of res-
piration for 10-15 sioconds. Under ether anos-
thesia of moderato depth, there was a reflex
drop of blood pressure of 475', but under deep
anestheoia the drop in pronvuro was only 9%.
Reaetiona of the respiratory center uere not
01 o rd 1/2
V 6

USSR)thysics Rama Spectra 3-1 Sep' 52
"Temperature Dependence of the Lines of
Combina-
tion Scatteringof Light LR-aman Spectra.7,"
Ya. S.
Bobovich, D. K. Arkhipenko
-Dok Ak Nauk SSSR" Vol 86, No 2, pp 247-250
Discusses the temp variations in the
intensities
of combination lines LE-sman spectra7 of CC14P
CUM C6 N02, n-nitrotoluol, m-nitrotoluol, and
naph~hale%n. Also acknowledges assistance of
A. L.
Pealkina, who measured absorption on the
Beckman
spectrophotometer. Concludes that the results
of
235,T97
Yeakateinmrlu (curr sci 16.7. 1, 1947)are.
incorrect.
Tbanks V. K. Prokof Iyev and M. V.
Vollkensbteyn for
their critical analysis of the exptl data.
Sub-
mitted by Acad A. N. Terenin 12 Jul 52.
235T97

4MIFENKO, D,K,l FLEKHANOVA~ Ye,A*
Infrared spectra of kaolinite and its dehydration
product. Izv.
Sib. otd. AN SSSR no. 3:109-1-U 161. (MIRA 14:5)
1. Institut, geologii i geofiziki Sibirskogo
otdoleniya AN SSSR.,
Novosibirsk.
(Kaolinite--Spoctra)

ARKHIPENKO, D.K.
Infrared spectra of muscovites. Gcol. i geofiz. no.3:115~-121
162.
(MIRA 15:7)
1. Institut geologii i geofiziki Sibirskogo otdoleniya AN SSSRI
Novosibirsk.
(Muscovite-Zpectra)

BOKIYp G.8.1 ARKHIPENKOO D.K.
Oxonlum Ion in veralculites Zhur.strukt.khim. 3
no.6s697-702
162. (HM 15t12)
1. Inatitut neorganichaskoy WWI Sibirskogo
otdpleniya
AN SSSR I Institut geologii I geofiaiki Sibirskogp
otdeleniya
AN SSSR, Novosibirsk.
(Varmiculit"peotra) (Oxonium compopnds)

ARKHIPENKO, D.K,
Use of infrared spectroooopy in the study of the
problems of
isomorphism in biotitess Zhur,otrukt.khim. 4 no.2t201-209
Mr-Ap 163, WRA 1615)
1. Institut geologii i geofiziki Sibirskogo otdeleniya
AN SSSRt
Novosibirsk.
(Biotite) (Isomorphism) (Spectrx*, Infrared)

ARKHIPENKOVD.K.; GRIGORIYEVA, T.N,; YMALSp Ya.A.
Identification of micae. Rent. min. syr.
no.2s46-51 162.
(MIRA 16111)
1, VseisqyuzMy nauchno-isoledovatellakiy
geolopicheskiy
institut Ministerstva geologii i okhrany nedr
SSSR.

ARKHIPENKO K,,- GRIGORIYEVA, T.N.; KOVAIEVA, L.T.
Comparison of the content of oxonlum in various vermiculites
by
X-ray diffraction analysis and infrared spectroscopy.
ftent.min.
syr. no.309-84 163. (WRA 17:4)
1. Institut geologli i geofiziki Sibirskogo Weleniya M SSSR.

.7248 SOURCE CODE., UR/0058/65/000/012/DD45/DD45
AUTHOR: Kovaleva, L. T.; Nekrasovj* 10 Ya.*, AK) I e op D. K.;
Broykin, A. A-; Gri-
gor'Yev., As Pe qqp - - ".. s~9
TITLE: Study of minerals of ihe szaibelyiter~-ffussexite series
by infrare~~spectro-
scopy and x-ray diffraction methods
SOURCE: Ref. zh. Fitikap Abe. 12D380
REF SOURCE-. Tr. Komis. pa spektroakapii. AN SSSR, t. 3., vyp.
1., 1964) 6o4-6.io
TOPIC TAGS: mineral, ir spectroscopy, x ray diffraction study,
absorption band
ABSTRACT: The authors studied minerals of the aeries
kB205()H)2-MeA2O5(OH)2, The
parameters of the unit cell'were calculated for the entire
series. A dependence of
the parameters~ position, and intensity of the absorption bands
on the .chemical com-"
position is established. The possibilities are discussed of
crediting the ir bands
to vibrations of the B-O-R2+ and OH-Mgp OH-Mn groups. The
formala (Mg, Mn)2B205(OH)2
is proposed in place of the formula (Mgp Mn)HB03J since it has
been established
spectroscopic" that the B205 groups and free OH are present.
These aingularitiea
are characteristic also of the natural minerals. (Translation
of abstract]
SUB CODE: 20, 081/

TTTLE: Concerninq t1io Structure of pyrocerams; cataivzed with
titani-
A
u -n 'i I () X.1 I e
SOURCE: Optika i speXtroskopiya, 7~lc-715E3
TIOP I C TAGS r pyroceram, rutilig, titaniiim dioxitle, Rarnarl
tipectrurn,
ass
ABSTRACT: The p u rpos o IF th e c, t iq, i t iiwa!~ I a t- i f
ythe oriqin
a 'I f r P -1:7a: '3 -t T- a
Cord 112

ACCESSION NR: AP4048749
red spertr-a, an,! 1-1~e ITRS-50-1-M r iy sr tt.re arialy-
t 1 - a
ASSOCIATION: None
SUFMITTED: IlNov63
ENM: 00
SUB CODE,- OP, MT NR REP SOV: 010 OTiER; 000
card 2/2

ARKHIPE-NKO.0 D.K.; VAKHRUSHEV, V.A,
Chemicostructural studies of phlogopite from
skarn-magnetite
deposits. Zap.Vses.min.ob-va 93 no.6t"04-707 164- (MIRA
18W
1. Instiltut geologli. i geofiziki Sibirskogo
otdoleniya AN SSSR,
Novosibirsk.

!.i.. .; -ARYHTF'FNKO D K ; Go-,ubj2,.,,j, .:.A.
of witter !n li.s.-blurr dialturlintfi. T-,v. SO AN
S~,,sq no.3
Ser. khim. nauk no.1955-59 165. OWRA 118:8)
-1. Institut fiziko-kh~m-Acheskikh osnov
pererabot-k! rCners:Llnog,~
syrlya Sibirskogn otdelenf.yn AN SSSR
y INOV03ftirsk.

1301311-SMIGEYFV, A.A.; GRIGOROYE-VA, T.N.; KI
ARnjEjU&Q, MUM, L.T.
Possibility of filling octahedral structural
positions In micas
with univalent sodium cations. Dokl. A14 SSSR 160
no.2:429-431
Ja 165. (141W, 38:2)
1. Institut geologii I geofiziki Sibirskogo
otdolenlya AN SSSR.
Submitted September 1/,, 1964.

KLYAROVSKiYy 9 . J.
I V ;-J. ; GU-EV , G.M. ; ABLUIPE-NK0. D.F. ;
GOLQ30V S I.-
."ByAt'OVA, YO.M.
h-actice in modeling the weathering process of
micas. [Trudyl
Inut. geol. i geofiz. Sib. otd. AN SSSR
no.32:63-74 165,
(MIRA 18:9)

ilk"TIVIV) D, GRIGORIYE-VA,
Possible u3age 00 LIle
Of infrar-a spci(!,~I-cnccpy fcr
the Isomorphic su-bstItut,.-)rjs i,, moc
ovites. [Trudyl Inst. g"ol. I
geofiz. Sib. otd. AN &5SR no-)2--102-106 165. 0,119A
18:9),