SCIENTIFIC ABSTRACT KAMSKOV, L. - KAMYNIN, L.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000620320003-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SOV/122-59-5-20/32
AUTHOR: Kamskovq L.F., Candidate of Technical Sciences
TITLE-s On the External Friction in the Cutting of Ductile
Metals (0 vneshnem trenii pri rezanii plastichnykh
metallov)
PERIODICAL:Vestnik mashinostroyeniya, 1959, Nr 5, PP 59-61 (USSR)
ABSTRACT: As in plastic compression it can be assumed in metal
cutting -that, in a certain zone surrounding the tool/
workpiece contact area, where the metal of the chip
suffers plastic deformation throughout its volume,
the tangential contact shear stresses must be equal
to the yield strength in shear. At the interface,
where the chip and the tool are in contact, Coulomb
friction must be assumed. It follows that in different
regions of the contact between the chip and the front
flank of the tool, the nature of friction is different.
The simultaneous measurement of friction forces and
normal pressure forces at the front flank of the tool
has been carried out (L.S.Kamskov, I'Vestnik
mashinostroyeniyall, 1958, Nr 6). The use of split
tools has made it possible to control the cutting
Card 1/3 process. Investigations on the free cutting of copper

SOV/122-59-5-20/32
On the External Friction in the Cutting of' Ductile Metals
are reported. The friction coefiicients at the two
parts of the tool have been measured and plotted
against the cutting speed. It is seen that the
front flank friction coefficient rapidly increases
with an increase of speed. The friction coefficient
of the rear part of the tool depends on the cutting
speed to a lesser extent. With increasing depth of
cut and width of cut, the region where the friction
coefficient does not depend on the cutting speed,
increases. Along tue length of contact between the
chip and the front flank of the tool. regions are
observed in which the friction is subject to
different laws. In the first zoned the normal
stresses exceed the shear stresses. This explains
the low values of the friction coefficient. Somewhat
further away lies a region where the shear stresses
are relatively more important and the friction
coefficient increases. Since, in plastic deformationt
Card 2/3 the magnitude of friction depends on the rate of

SOV/122-59-5-20/32
On the External Friction in the Cutting of Ductile Metals
deformation, different effects of speed on friction
are inevitably oliserved when large differences exist
in the extent of the zone of plastic contact. Lands
with a positive or negative front clearance angle
create the condition under which the friction in the
zone of elastic contact is reduced. Tests carried
out in cutting copper with such tools (designed by
N.I.Kluvhin) have shown that the cutting forces can
be reduced by a factor of 2 and more. The tool wear
at the front edge which forms a little behind the
edge also confirms the views expressed here inasmuch
as the initial wear crater forms where elastic contact
changes into plastic. There art! 5 figures and 7 Soviet
references
Card 3/3

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3/135/6Z/000/006/009/0!4
J C' AOO6/A 106 -
AUTHORS: Tumarkin, M. B., ZE~~, L. ~F.,~Candidatez of Technical Sciences,
Balatskiy, V. V., Engineer, Manzhos, P. S.
TITLE: Hydraulic sdrvomechanism to direct an automatic welding unit along
the weld
PERIODICAL. Svarochnoye proizvodstvo, no. 6, 1962, 28
TE%`T: A hydraulic servomechanism was developed for the automatic motion
of a welding unit along a cable.(Figu re 1). A guide roll, sliding alo'ng the
cable, registers deviations of the welding torch and transmits them to control
valve 4, which reestablishes the correct position of the torch with the aid of
pneumatic cylinder 1. To one side the torch move.5 under the effect of oil sup-
plied under pressure P, to the left-hand hollow of the cylinder; to the other
side its motion is activated by spring 3. The welding unit moves along the
weld on girder guides. The seam can be located parallel or non-parallel to the
guides. In the latter case, when the track motion is connected with the -Eurning
of the welding torch, the cable must be adjusted with respect to the seam with
some correction. The proposed design of the servomechanism can be used in weld-
Card 1/2

3/135/62/000/006/009/014
Hydraulic servomechanism to... AOO6/A1O6
ing of long straight or shaped joints. Tests showed stable operation of the
mechanism. The motion speed of the system increases with a greater oil presssure.
Maximum speed can be attained (up to 1,000 mm/min) at a pressure of Po a 25
30 k&/cm2. There are 4 figures.
ASSOCIATION: Kharlkovskly aviatsionny institut (Kharlkov Aviation Institute)
Figure 1.
Schematic diagram of a hydraulic servomechanism
2 3
Card P-/2

TUIUMI.111, M.B., kand.tekhn.nauk4--jWjSKOV, L.F., kand.teldm.nauk;
BALATSKIY, V.V., inzh.; MJUZHOS-,T-.S-.
Hydraulic servomechanism for guiding automatic welding
machines along a weld joint. Svar. proizv. no.6:28-30 Je 162.
(MIRA 15:6)
1. ]Ulartkovskiy aviatsionnyy institut,
(Electric welding) (Hydraulic control)

A"Ifi
PHASE I WOK EXPLOITATION 247
Chelyabinsk. Politekhnicheakiy institut.
Raschet I konBtruirovaniye mashin; sbornik statey (Design and
Construction of Machines; CoUeotion of Articles) Moscow,
Mashgiz, 1957. 93 P. (Its: Sbornik, vyp. 10)
5,000 copies printed*
Reviewers: Kmakov, S. Ya., Mogillbitskiy, I. Yu., Kharitonchik, Ye.M.,
-Ca-n-d1M-e-i3-or--%qh. Sciences; Ed.: Balzhi, M. F.,
Candidate of TscH. Sciences; Chief Ed. of Uralo-sibirskoye
otdeleniyb MAMIGIZA: Kravtsov,, V. S.
FURPOSEt This book'Is intended for engineers, scientists, and
technical personnel.
COVERAGE: This Is a collection of articles cov&rlng the scientific
research work conducted by the Chelyabinsk Polytechnic
Institute on the problems of design and construction of
machines and equipment. The articles deal with the
following subjects% the problem of more eeonotie automobile
CWAxU-1
. 4 engine fuel consumption, analysis of wear characteristics

Design and Construction of Machines;. Collection of Articles 247
in crankshaft journals and bearings, analysis of errors in
the indicator diagram, hydraulic radial turbine performance
charact,eristics at various speed, new methods for me&suring
powerp integration of differential equations in lubricant flow
analysis,, and the techniques used in designing gear transmissions.
TABLE OF
CONTENTSs Preface 3
Stashkavioh, A. P., Candidate of TeohrJ.oal Sciences.
Analysis of Errors in the Indicator Diagrams 4
This article represents the first part of a complete study
made by the author on the problem of errors in diagrams
obtained by electro-pneumatio indicators. The author
discusses general problems connected with the measuring of
temperature changes of combustion gases in a cylinder during
the various processes in a oyole. He states that at the
present time there is no practical method for direct record-
ing of temperature changes in a cylinder. These ahanges must
be determined from the characteristics of the state of the
Ca"-2#0-

Jw4SKOV, Yermolay Simonovich; GIIEDASH, G.N., retsenzentj KRISHTALI, L.I.,
iicl.-i*-BOMA-;-'Yi'.'N-O'-#-Iakhn. red.
(Principles of accounting and analysis in railway economic units]
Oonovy bukbgalterskogo uoheta i analiza v kbozediniteakh zhelezrwkh
dorog. Moskva, Vaes, izdatelisko-poligr. ob"edinonie M-va putei
soobshcheniia 1961. 99 P. (KW 3J+:10)
(Railroads-Accountep bookkeepings etc.)

ACC NR:
A117005576 (A) SOURCE CODE: UR/0145/GG/000/011/0168/0172
AUTHOR. Kamsyuk, M. S. (Aspirant)
ORG: none
TITLE: Dimensional wear of electrodes during electroerosion raachining
SOURCE: IVUZ. Mash! nostroyeniye, no. 11, 1966, 168-172
TOPIC TAGS: machining, electroerosion machining, surface finishing,
metalworking, metal surface
ABSTRACT: A description is given of the experimental device for calculating the
magnitude of operating pulses of a technological current on different sections of the
surface during its electroerosion machining. The basic pattern is given of the
distribution of the current density on the machinable surface and analytical deriva-
tions are drawn which explain the process of cavity formation in the blank and tile
profile distortion of the electrode tool due to its dimensional wear. The paper was
presented by Professor Korsakov, V. S., Doctor of technical sciences, Moscow
Higher Technical School im. N. E. Bauman, 08 Mar 65. Orig. art. has- 3 figures
and 5 formulas. (Translation of author's abstract] [NT]
SUB CODE: 13/SUBM DATE: 08Mar65/ORIG REF: 002/
Card 1 / 1 UDC: 621. 3. 035. 2

.UMSYUK, Stepan Andripyevich, polkovnik; BIIANOTSKIT, A.V., polkovmik,
Aft*~i'~,-AIOMI"KAYA. H.P., takhnichaskiy re&sktor
LOrgamislug ooldiers' 'faieure in camp] Organizatatia domqgA voinov
Y lagerlakh, Isd, 2-oa. perer. Moskva, Voen.tid-vo M-" abor.
SSSR. 1957. 71 V. (MXW 10:7)
(Solliers-Recreation)

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SWIIN, P,I.q polkovnik; vosTOKOV, Ye.I.. polkovnik,
otv.red.; SIMOVA, red*; IMASAVIIIA, A.M., tekhn.red,
[universities of Culture for Soviet troops; methodological and
bibliographical materials] Universitety kalltury dlia Bovetskikh
voinov; motodicheskie i bibliograficheakie materialy. Hook-tat
Voon.izd-vo M-Ya obor.S=, 1960. 94 p. (MIRA 13:4)
1. Russia (1923- U.S.S.R.) Glavnoye politichookoye upravleniye
Sovetskoy Armii i Voyanno-Morskogo Plots. Upravleniye propagandy
i agitatoli,
(Russia-Army-3ducation. Nonmilitary)

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S/065/60/000/009/004/006/XX
E030/El12
AUTHORS: MaslyanskiX5 G.N.7 Bursiani N.R.j.-XamusherU.LD.4_
an~ 5.A., and Shuvayev, 'YO.S.
TITLE; Catalytic Reforming of Benzine Fractions on a
Platinum Catalyst I
PERIODICAL., Xhimiya i tekhnologiya topliv i masel, 1960, No. 91
pp. 1-9
TEXT: Full-scale plant studies have been conducted on
reforming Eastern and Southern crudes on a platinum/alumina
catalyst. Rumanians Kirkuk, and Egyptian crudes have also been
investigated. Two types of plant have been developed with reactor
pressures around 20 and 1+0 atmospheres respectively, the former
being better for producing high octane spirit and aromatics for
organic synthesis. With a 60-120 OC straight-run fraction at
465 Oc~ the aromatic yield falls from ~7% weight to 22%, and at
505 OC from 36 to 32%, on increasing the pressure from 20 to 40
atmospheres. However, coking of the catalyst and deactivation
by sulphur compounds become troublesome at the lower pressures,
especially with C8 and heavier fractions. If the sulphur content
Card 1/3

S/065/6o/ooo/oo9/oOVO06/XX
H030/E112
Catalytic Reforming of Benzine Fractiors on a Platinum Catalyst
of the crude rises from 0.01% to 0.27%, the octan.e number falls
from 77.3 to 70-35 the aromatic yield falls 1.7 times, and the gas
yield increases 1.5 times. The sulphur content of the feedstock
should be less,than 0.02%, especially at 20 atmospheres operation.
For low sulphur crudes (0.05-0.,7% sulphur feed), the H2S is removed
from the circulating gas with athanolamineg and for high sulphur
feeds (greater than 0.7% weight sulphur) hydrofining is necessary.
The catalyst can be regenerated by oxidation for about 30 hours at
3oo-45o oct with 0.8-1.5% of oxygen in the gas which circulates at
3.0-20 atmospheres. After subsequent regeneration, the aromatic
yield falls by 30-50%. Oxidation at higher temperatures (around
550 00 is impraoticable because the catalyst becomes deactivated.
The most import-ant crude factor determining the yield of high
octane spirits and, aromatics is the naphth6ne content. Southern
orudes (containing about 50% naphthenes) yield 1.5 times more
aromatics than Eastern crudes (containing about 25% naphthenes)t
the differenve becoming greater as higher boiling feedstocks are
used. At 80 ON severity, the 85-180 OC outs y1olds 83% motor
Card 2/3

26518
S/o65/6l/ooo/oo8/ool/oo9
A0100 E03O/E135
AUTHORS: Maslyanskiy, G.N.v Bursian, N.P., Ka;!ROer, G.D.6
Potapova, A.A., Garanin, I*L*j and-C N.V.
TITLE: Some technological points in catalytic reforming.
PERIODICAL: Xhimiya i tekhnolo-giya topliv i wasel, 1961, No.8,
pp. !-8
TEXT: Some very important principles in reforming have been
established at a pilot plant specially constructed by Lengiprogaz
on the basis of data supplied by VNIIneftekhim, and operated over
six years. Since the feforming process is highly endothermic,
laboratory conditions, which are approximately isothermal, cannot
adequately simulate the adiabatic plant-scale conditions. The
pilot plant is conventional, with three successive identical
reactors, 160 nint diameter and 3100 mm high. Feed can enter at
20 to 50 atmospheres, and the reactors are maintained at 500-5250C.V~
The first three experiments, lasting six months each, used Eastern
crudes with about 259i naphthenes and no catalyst regeneration;
the fourth used Il'skiy crude, with about 40-50% naphthenes and
oxidative regeneration. In the first experiments, the reactor
Card l/ 3

265,M
Some technological points in S/Ob5/61/000/008/001/009
E03O/E135
temperature was slowly increased to compensate for the decreasing
catalyst activity (Pt catalyst). The Eastern crudes with 0.15%
sulphur feed gave benzine with 72 ON (Motor method) but the fourth
experimentg with hydrofined material, gave 78 ON. Adiabatically
controlled experiments established the activation energies as
around 75 kcal/kg. As the asphaltene content rose, the heating
effect also rose sharply; it also rose as the sulphur content
fell and destructive hydrogenation increased. The temperature
drops in the reactors indicated that, for the'Eastern crudes, the
reaction of aromatization was virtually completed in the second
reactor, but this disagreed with the product analysis from the
reactors which gave the, production of aromatics from stage to stage
as about 50, 35 and 15%. Clearly, reaction continued in the last
stage, but heat absorption was masked by the increasing exothermic
hydrocracking in the -third reactor. In the last series of
experiments the temperature was probed through each catalyst bed.
It was seen that with, fresh catalyst and Eastern crudes with 0.15%
sulphur, only about 50% of the first stage s.sowed temperature
gradients, and the whole of the second stage showed a gradual
temperature gradient; one might therefore wish to reduce the charge
Card 2/3

26518
Some technological points in .... S/065/61/ooo/oo8/ooi/ooq
E030/E135
in the first reactor,, for economy. Howeverg with catalyst ageing,
the temperature drop began to be very shallow in about the first
10% of all three reactors, and there were distinct gradients in them
all. This showed that the first stage was acting also as a trap
for catalyst "poisons", and a large charge was therefore necessary,
unless one wished to previously remove the poisons (such as
nitrogen, sulphur, and arsenic) by hydrofining, for example.
All the results of the investigation concerned fundamental
principles which could not have been resolved in laboratory scale
experiments.
There are 3 figures and 5 tables.
ASSOCIATION: VNIIneftekhim
Card 3/3

S/065/63/000/002/005/008
E194/E484
AUTHORS: Naslyanskiy, N.G., Zabryanskiy, Ye.l.,
Pannikova , R.F.
TITLE: Tho detonation stability of gasoline produced by
catalytic reforming
13ERIODICAL: Khimiya i tolchnologiya topliv i masel, no.2, 1962,
49-52
TEXT: After a review of the motor and research methods of
determining the octane number of gasoline and the meaning of
sensitivity, the! use of these inethods to assess the detonation
characteristics of gasoline produced by catalytic reforming is
described. The gasolinos were produced by reforming fractions
85 to 180 and 105 to 180%, produced by rectification of straight
run gasoline in the Ufimskiy ordena Lenina neftepererabatyvayushchiy
zavod (Ufa Order of Lenin Petroleum Refinery). A study was first
made of the influence of the aromatic content of the gasoline
which was varied by altering the process temperature; raising the
aromatics content increased both the octane number and the
sensitivity. Tests made with reforming pressures of 20 and
40 kg/cm2 showed that this variable had very little effect on the
Card 1/2

s/o65/63/000/002/005/008
The detonation gstability ... E194/E484
.detonation characteristics of the gasoline of given aromatics
content. Tests of the influence of reformed gasoline yield on
octane number would yield a similar picture, the higher the yield
and, therefore, the lower the aromaticity and octane number the
lower the sensitivity. The addition of 0.5 ml t.e.l. concentrate
P-9 (R-9) per ks gasoline raised both the motor and research
octane numbers by about four points. There are 4 figures and
2 tables.
ASSOCIATION: VDIIINeftekhim, VNII NP
Card 2/2

MASLYANSKIT G.N.j BURSIAN, N.R.; KAMUSM, G.D.; BARYAN, S.A.;
PffikVA, A.A.
Effect of the hydrocarbon and fractional composition of the
raw naterial on the yield and quality of catalytically
rebmed gasolines. Khim. i tekh. topl. i masel 8 no.4:5-11
Ap '63. (MIRA 16:6)
(Gasoline) (Petroleum-Analysis)
. (cracking process)

MASLYANSKIYO H.C.; ZAMYAN.'XIY, Ye.I.; KAYUSHER, G.D.; PANNIKOVA, R.F.
Detonation stability of gauolines from catalytic reforming. Khim.i
tekli.topl.i masel 8 no.2:49-52 F 163. (MIRA, 16:10)
1. Ifsesoyuznyy nauchno-isaledovatellskiy institut heftekhimicheskikh
protsessov i Vsesoyuznyy nauchno-issledovatellskiy institut po
pererabotke nefti i gazov i polucheniyu iskusstvennogo zhidkogo
topliva.

ACCESSION XR: AP0180TI S/0080/64/03T/002/0393/0399
AUTHORS: Maslyansklyt G.N.; Kanusher G,D.; Pannikova, R.P.
TITLE: Oatalytio reforming of gasoline fractions in the presence of
.traofis of carbon tetrachloride
.SOUROB: Zhurnal prikladnoy khimil, v-37, n0-2, 1964, 393-399
-TOP10 IIAGS: gasoline, gasoline fractions, catalytic reforming, alumi-
noplatinum catalyst, chloro organic compound addition, catalyst stabi-
lity, octane number, catalyst regeneration, carbon tetrachloride tracq
ABSTRACT: In studying the catalytic refo=ing of gasoline fractions
with a catalyst consisting of 0.6% platinum precipitated with aluminum
oxide, It was found that the addition of 0.005-0-01% 0014 to the crude
oil Increases the activity of the catalyst. This increase in activity
is shovm by the- Increase in octane number of the produot~ (e.g.p' from
78.5 to 83)v the increase In Its aromatic hydrocarbon coAtent (46.3 to
4T.5%), and the decrease in its,yield (from 81.1 to T5.2%). Introduo-,
OSLO
tion of very amall amounts of organic chlorine oompounda to the'r
Cam 1/2

'tion zone with the crude oil sionigicantly increases stability of the
aluminiplatinum catalyst; activity of the catalyst is constant after
120"hours as comparod toreduced activity in 20 hours with "pure"
crude oil. AXter oxidation regeneration, the catalyst shows higher
odt'alytio activity if used on crude oil containing traces Of CC14
~o ctane number.of 85-87 as compared to 82-83 when used with "pure"
crude oil). Orig. art. has: 2 tables and 2 figures.
ASSOCUTION: Vsesoyuzniy*y nauchno-issledovatellskiy neftekhimiche6d~r.-
institut (A12-Union Petrochemical Scientific Research;lnstitute)
SUB14ITTED: 23Jul62 DATE AOQ: 1914ar64 ENCL: 00
SUB CODE: IS XR'REF SOV: 009 OTHER: 003
Card 2/2

MASLYANSKIY, G.N.; PANNIKOVA, R.F.; KAMLISIER, G.D.
Production of high-octane catalytic reforming gasolines Khim.
i tekh. topl. i masel 10 no.12:1-6 D 165. iMIRA 19--l)
1. Vsesoyuznyy nauchno-isoledovatellskiy institut neftekhimi-
cheskikh protsessov.

ACC NRi AP7002624
A,
Soma CODE: uR/o4l3/6Ei/ooo/02-3/0159/(j.159
INVENTOR: Maslyanskiy, G. H.; Kmusher,-G-.-D.; Mushenko, V. M.
ORG: None
TITLE: A method of producing a platinum catalyst. Class 12, No. 108268
SOURCE: 3'.zobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 23, 1966, 159
TOPIC TAGS: industrial catalyst, platinum, gasoline, aluminum oxide I e1V 71)L L/ 7-1 C
C.
ABSTRACT: This Author's Certificate introduces: 1. A method of producing a platinum
catalyst for reforming gasoline by treatment of granulated aluminum oxide Ln a solu-
tion of chloroplatinate. To inprove the activity and stability of the catalyst, the
depth of platinum penetration into the carrier granule (tablet) is controlled by
4dding certain quantities of organic or mineral acids to the chloroplatinate solution .
~2. A procedure for carrying out this method in which the process is accelerated by
inafLntaining a temperature above 200C.
3UB CODE: 07, 21 SUBM DATE: 28JU155
Card

~,CC NR, AP7002623 SOURCE CODE:
UR/0413/66/000/023/01[%B/0159
IM,NTOR: Maslyanskly, G. If.; Kamusher, G. D.
ORG: None
TITLE: A method for producing an activated platinum catalyst. Class 12, ~ia. lo9630
;SGJRCE- lzobreteniya, pronWahleanyye obraztsy, tovarnyye znaki, no. 23,
153-1.59
/'j 'F- L/ 77 C
!TO)'-IIC TAGS: industrial catalyst, gasoline, platinum, aluminum oxide
cy-
!ABSTRACT: 'Mis Author's Certificate introduces: 1. A zae'thod for producing an acti-
Yated platinum catalyst for reforming gasoline. The catalyst contains al-uminum
:Oxide as a carrier. Catalytic activity is improved by the simultaneous use of two
!prcmoters--silicon and fluorine. These activators are introduced by treating alumi-
inumoxide or hydroxide in fluosilicic acid or silicon tetrafluoride. 2. A modifica-
:tion of this method in which fluosilicic acids are introduced in quantities from
'0.2 to 3.0%.
ISUB CODE: 07, 21 SUBM DATE: 23JU157
Card

KLAUS; LITVIN, 2.V. [translator]; GOLANSKIT. M.M., kand.skonom.nauk
[translator]; KAHUSM, X.G. [translator]; KAZAKOV, V.M. [translator];
GANT)W, T 41 --b_nT._jir__idnauk, red.; ZHEREBTSOV, L.P., red.;
KONOTAMV, ie,X., takha.red.
)tential of nations] Voennyi
X-ya obor.SSSR, 1960. 392
at&) (War--Economic
gosudarstv. Moskva,
(gin 13110)

.LODOVNIKOV., V.G., glav. red.; KMWXLASHVILI,, V.P., Z~m. glav. red,;
GOLAISK.IYI M.N., red.; DIKUSKIY, M.G.j red.; K&USHER, K.CrLx.
red.; tITVIN,, Z.V., red.; FITUNI, L.A., red.,--MRHYSHEV, P.M.,
red.; SHAPIRO, A.I., red.j SHEVCIEMKOp G.N., tekhn. red.;
GUSEVAj A.P., tekhn. red.
finternational econouic organizations; handbook] Mezbdunarod-
nye ekonomicheskie organizataii; spravochnik. 2.., dop. izd.
Moskval Izd-vo Akad. nauk SSSR, 1962. 1108 p& (KIRA 15:2)
1. Alcademiya nauk SSSR, Institut mirovoy skonomiki i mezbduna-
rodnykh otnosheniy.
(International agencies-Handbooks, mmmals., etc.)

GLADKOV, LA., doktor ekon. nauk; KOSSOY, A.I.j kan6. okon. nauk;
VID01,10, B.S.) nauchn. sotr.; SAMIOYLOVA, I.D., nauqhn. sotr.;
GORDUNOV, r,,.F.j kand. ekor. nauk; MAYEVSKIY, IN.) doktor
ckonom. nauk;CHEBOTAIMV,V.A,, kand. ekon. nauk;.A~~R
L,,N,., nauchn. sotr.; STROYEVA, Z.V.) nauchn. votr.; FOMINA,
L*V*3 nauchn, sutrq VOROBIYEV, Yu.F., kand. ekon. nauk;
KIMEN) M,A.p doktor ekon. nauk; KAFLINSKIY, Ye.M., kand,
elcon. nauk; LAPINA, S.N., nauchn. sotr.; YAKOVTSFVSKrY, V.N.,
kand, ekon, nauk; ORLOV, B.P., kand. ekon. nauk; DIKIIITAR,
G.A.j doktor ekon. nauk [deceased]; PLOTNIKOV, K.N.j
MLIKOVA) A.I.y nauchn. sotr.,- TOVMOSYAN, YI.Ye., red.iz(~-va;
POLYAKOVA, T.V., tekhn. red.
(Socialist national economy of the U.S.S.R. in 1933 to 194401
Sot sialistiche skoe narodnoe kho ziaistvo SSSR v 1933-1940 gg.
MosIcva, Izd-vo AN SSSR, 1963. 665 P. (MIRA 16:12)
1. Akademiya nauk SSSR, Institut ekonomtki. 2. Sektor istorii
narodnogo Ichozzyaystva Instituta ekonomiki AIN' SSSR (for
Stroyeka,Fomina) Kaplinski-y, Lapina). 3. Chlen-korrespondent
A14 SSSR (for Plotnikov).
(Russia-Economic conditions)

0 00
IL-1- JL .-t _1_JL _JL _JL._j
91, - X. V, ap *jk& #I- .
~!E_ - -- ---_ I ~ ~---------- -t
Bawl oil
oes,
Ile A 11telli of jiviii saMeal is dke &mWrY of binding nuiterfals.
V, F. ZHUNAnNY AMP H, 1), KAMUMNA, Zkuf- 1'rikla4
Kkiga.. 29 110111119620 (J947),;-!TWkr of im, oxl,it~ in
the ch"ahtry of binding materialt graA studied 11v (1)
ltasuring thir varkailou In metchanical st
in rength. (2) X-ray
a4dysill, sital (3) testing the lime abwqdk)n. All the
iron cement speclugm contatled XrPe lWe and 71llt
41 tI Fr(O")8, hematite W. limmite. or nutuctice.
kw:m prepared by plastic forming IwAint W to
. ad
9 art"61=.t., under a pressuire of IOU k;./cni.1 (using
0019 13'to 40% water). All regularities In variations 4 tue.
WW Ch"Ical stnuirth were obscrvistl for bodi types of hpcci-
uwaj~ but the absolute valuft we" much greater for thty4t
11relgarrd under prtseluire. The Iron cements were founil
to set with thin. rionse opechum reached maximum
ottength 1p a ym. The centrists also showed a relative
90M Water reltiame, am Wevimas sim delltroyed In
woter, while others, lost touch of their strength flut dki not
saillier destroction. A de"te relationship exists brtwem
the mechanical stremb land the type of iron-coulainint X.
material beliag used, The various iron o%ides affect the
usechignical strwifth in the foliviging order: Fco >
FtA> FirA> FeA-xHO. Abliorption varied from tR
toll0trism.pervu. X-pydatgg indicate that in the mix-
ture of lime with the kof-cwtairding material there WTUFN
a chemical and crystallographic changr of the original
V inaterialit with the formation of a new cornpo"I'll nf.
alilgiuvatly. almnigholuo Oructure
J%
'11
:_4 gift" il"eii;_0 ------
a 6 1 Ar It 0 a a 3 t v W
Usea WOLIV " Drill eta 0141,194 111itt astiani iiii-
0 0 0 0.0 0 0 : o 6,0 0 410
I
*Wo0*0000tooo 00400e00090 0000000000000000000
14(111111111 i r ~ I
*00
see
0:
WOO
q*9
Joe
goo
Mo
too
Wool

BOZHANOV, P.I., prof., doktor takhn.nauk, otv.red.; YLAMWE~E Te.~T'.'
red.; WIJWOV, A.B., tekhn.red.
(Reports of the Conference of Institutions of Higher Learning on
Studying Autoclave-hardened Materials and their Use in Construc-
tion) Doklady Mezhvu20Vskoi konferentaii po izuchaniiu avto-
klavnykh materialov i ikh primenenliu v stroitelletva. Leningrad,
Leningr.inzhenerno-stroit.in-t, 1959. 301 p. (MIRA 13:1)
1. Me2hvusovskaya konforentsiya po izuehaniyu avtoklavnykh mate-
rialov i ikh primeneniyu v stroltellstva. 2. Daystvitol'nyy
chlen Akademii stroitelletva i arkhitaktury SSSR; Leningradskiy
inzhanerno-atroitellnyy institut (for Bozhanov).
(Building materials) (Autoclaves)

2, 0~0
IMHORSi
TITLE:
PERIODICAL:
?1116~
Sj 08 61/000/022/046/076
5101/B147
Bozhenov, P. I., Kamusher, Ye. D., Glibina, J. V.
Selection of concrete mixtures with given boron content
Referativnyy zhurnal. Khimiya, no. 22, 1961, 311, Pbstract
22Y,313 (Sb. I'Stroit. materialy". L., 1961, 29 - 30)
TExT: Concrete mixtures were developed on the basis of Portland cement 400,
quartz sand and crushed granite, grain size 20mm. The boron-containing materl-
als used were boron-containing glass of' the I'Lenzos" plant with 7% B and
borate ore of the Indera deposit with 10% B. These boron materials were
ad'ded to the binder and to the coarse and the fine aggregates. When used
as aggregate the borate ore was molten, The melt was either cooled in
water with formation of slag sand as fine aggregate or used in the form of
glass pieces which served as crushed material. Concrete mixtures with
0-.3 - 2.B5% B and a strength of 100 - 300 kg/cm 2 after 28 days were obtained,
The weight by volume of the concretes was 2.3 - 2.5 kg/liter, Autoclave
treatment of mortars and concretes considerably increased the strength in
the first solidification period.. After 4 to 7 days, the strength of con-
Card 112

31564
S/081/61/000/022/046/076
Selection of concrete mixtures.- B101/B147
2, -Is note-
cretes with boron-containing glass is 220 - 260 kg/cm [Abstracts.
Complete translationj
Ca:rd 2/2

BELITSIN) M.N.; OIMHOVAy Z. M. - AMDLIN, Ya.A.; ZARINA, E.Ya.,-
BARANCYA, Z.D.; UM.Si&IN, P.P.
Production of viscose silk with a higher uniformity of its physical
and mechanical properties, Khim,volok. no,5:60-62 161.
(MITIA 14:10)
1. Uinskiy kombinat. (Rayon)

-X&NUSHKIN, Yu,l., inzh.
Construction of the motorboat "Rubin."
40-0 D 160.
Sudostroonie 26 notl2:
(MIRA 13: 11)
(Boatbuilding)

MEKORnm N.H.. ?4WIA' M 1141P, r
KAMUSIC, Mitja
m Training of students at the Kranj Higher School for Cadres. Nova
proizv 13 no.6t/+15-417 D 162.

KAY,U#rTjl JS
Results in the innovators I movement of railroad men, p. 60 UJITOK LANTA,
(Orszagos TaluuuVi Hiva+Aa) Budapest, Vol. 7, No. 5, Mar. 1955
SOME: East European Accessions List (E-EAL) Library of Congresst
Vol. 4~j No. 12, December 19%,

L 01058-67 TJPW AT/W/%/
C NRi AT6015132 SOURCE CODE: UR/0000/661000/000/0077/0090
GDIJD (~ 7 1-
AUTHOR: B.rodin, M. S.; Vatuley, V. N.; Zakrevskiy, S. V.; Kamuz, A. M.
ORG: Institute of Physics, AN UkrSSR (Institut fiziki AN Ukr SR)
TITLE: Some effects of the interaction between a rubv-laser beam and transparent
SOURCE: Respublikanskiy seminar po kvantovoy eleldronike. Kvantovaya elektronika,
(Quazturn electronics). trqAy_Rerninar~ Kiev, Naukova dumka, 1966, 77-90
I
kk I
TOPIC TAGS: laser, ruby laser, soli state laser
ABS7'RAC,T: The two-photon effects in some qxy-aals, and the effect of a laser beam
on crystal dispersion were studied by the authors for some time. The mechanism of
crystal destruction in some experiments could not be explained by simple heating.
Additional experiments intended to clarify some points are described in the present
article. A ruby crystal 12-cm long 12-mm diameter, a polished-tin reflector, and
an IFP-2000 flashtube were used in the test laser. The radiation spectrum of
~anthracene powder served to verify the intensity of the laser beam and the method of
2

L (1105M7
F - ~K Y6_0
ACC WR. 15132
spectrum recording. Both structured and structureless radiation spectra were
observed in sodium -uranyl-acetate crystals; dimples, pinholes, and small cracks
were formed in the crystals under the influence of the focused laser beam. The
effects of a concentrated beam upon dispersion and fundamental -ab sorption- edge posi-
tion were studied on ZnS and US crystals. It was found that a nonfocused laser beam
did not affect the spectrum; a sharp-focused beam caused a long-wave displacement
of all -visible interference lines and absorption edge; various interpretations are
discunsed. Samples of anthracene, NaGl, KC1, KBr, and ple--dglas were tested for
destruction by sharp-focused laser pulses. The mechanism of destruction was found
to be complex, dependent on the properties of the specimen, and resembling applica-
tion of large local mechanical forces. Orig. art. has. 5 figures.
SUB CODE: 20 SUBM DATE: 1ZFeb66 ORIGREF: 008 OT.T-IREF: 016
aw,Aa
Card Z /2

IF i t 'I
NRt A116033528 COERCE COE: UR/0185/66/0111010/11~D-'I/I'i53
AUMOR: Brodin, M. S., Vatullov V. M.- Kamuz 0. M.
ORG; Institute of Fh~sics MrS~SR, Kiev (Instytut fizyky
AN UkrSSR 1.611
TITLE: Self-focusing of light in NaCl crystals
SOURCE: Ukrayins'kyy fizychnyy zhurnal, v. 11, no. 10, 1966, 1151-1153
TOPIC TAGS: ruby laser, laser beam, laser optics, nonlinear optics, sodium chloride,
cubie crystal
ABSTBACT: An investigation was made/of sp cial features of the broadening of a
focused beam from a Q-switched subANaserOpower 10-15 Mw) in NaCl crystals. The
investigation was carried out with the aim of observing self-focusing of light in a
cubic. crystal. A lens with a 5-cm focal length was used to focus the laser beam
in-side the crystal. The determination of self-focusing was made on the basis of the
distribution of damage produced by the beam along its path and on the basis of
photographs of the cross section of the laser beam taken from the face of the crystal.~
The diamage produced by a Q-switched pulse differed in character and extent from that
produced by a oon-Q-switched pulse. Photographs showed damage scattered randomly
bel'.ween the boundaiies of the laser beam and clear, straight lines which when enlarged
resolved into dense damage of small size. These lines, which apparently belong to
regions of increased intensity, can be observed ahead of the focal'point, and in some
Coi-d

f- D4624-57
F-
IACC NR- XP6033528
cases beyond the focal point. The shape of the beam deviates from the conical, and
the generatrix departs from the straight line. Such a beam shape cannot be
attributed to spherical aberration of the focusing lens. The increased refraction
index in the field of the light wave apparently affects the shape of the beam. In
the case of a sufficiently powerful beam the divergence was not observed. Damage
appeared only in a channel region approximately 0.1 mm in diameter and 0.5 cm long.
Such traces were observed at room temperature and when the NaCl crystal was cooled
to 77K. In a crystal cooled to 77K the damage was most densely exposed at a point
somewhat ahead of the focus. The traces were considerably smaller behind the focus,
apparently as the result of the diminishing intensity of the light beam. The case
for aelf-focusing is most convincing in photographs taken from the crystal face at a
distance of 2 cm from the point of the focusing in the crystal. Orig. art, has:
2 fij;ures,.
SUB COM! 20/ SUBM DATE- 30May66/ ORIG REF: 003/ OTH REF: 003/ ATD PRESS: 5100
CaM 2/2 ZC-

0 r 6 -~', / /V ,~" i--
I I t,~j /ii,, i , J
74-, r I r 2~ , I
LISIOV, P.N., (loktor tekhnIcheakikh nauk, professor; KAMYAGIN, A.F.,
inzhener.
Studing the cable drum drive of electric tract;rs and combines. Izv.
TSKM no-3:215-232 '56. (MLRA 10:3)
(Electric cables) (Tractors) ~Combines (Agricultural machinery)

-T
..........
ACC NRt AP6030372 SOURCE CODE: UR/01,28/66/000/001/013-1/0115
AUTHOR; Valodzlka, L. V.; Kamyak, A. I.; SAbila, K. V.; ~ewohanLa, A. N.;
jSlyagi~E. L. Ye.
ORG: none
TIME: Lurinescence and vibrational spectra of.potassium-uranyl-chloride
SOURCE: Ail BSSR. Vestsi. Seryya fizika-matematychnykh navuk, no. 1, 1966, 111-115
iTOPIC TAGS: luminescence spectrum, vibration spectrum, IR spectrum, Raman scattering,
uranium compound
-tl
IABSTIRACT: The infrared *absorption spectrum of a K2U02C11-211120 monocrystal at room
itemperature was studied and compared with the luminescence spectrum at 77*K. The
frequt!ncies in the luminescence spectrum were analrzed, taking into accountinfrared
and Raman scattaring of a saturated aqueous solution of potasuium-uranyl-
:chloride. Four fr u cies were determined from the latter which are attributed to
e 12sti
;different comrIexRte In th solution. The vibrational frequencies of water
I t
:containing coordina-e bondZare Mcussed, and a structure is proposed for the compla
Orig. art. has: 2 figures and 1 table. [JPRS: 35,6681
'SUB CODE: 07, 20 / SUBM DATE: 160ct65 / ORIG REF: 007 OTH REF: 005
Card 1/1

S10321631029100210061028
B101/B186
AUTHORS: Lisetskaya, G. S.0 Romazanovicho N. F., Olefirenkop V, Pot
and Kamyanaya, K. K.
TITLE: Determination of microimpurities in caustic alkhlis
PERIODICAL: Zavodskaya laboratoriyatv. 299 no. 2, 1963, 156-158
TEXT: The colorimetric determination of 10-5 - 10 -6 % Cu, Fb, Ca, Ni,Fd,-!Ig.,,f
Mn, and of the sum of heavy metals in alkalis is described. The sum of
heavy metals of the hydrogen sulfide group is determined by extracting the
diethy.1 dithiooarbamate complexes from the alkali neutralized by HC1. The
extraot is evaporated, moiatoned with H23041 onloined at 6000C, and
dissolved in HCI. The sulfides are precipitated with water containing
hydrogen sulfide and the color of the solution is compared with a
calibration scale in acetic acid medium. The absolute senstivity is 2gg
ill 4-5 ml of the enriched solution (referring to Pb). Since mercury
volatilizes in this treatment a weighed portion of NaOH is neutralized by
HNO 31 it is boiled with KMnO 4' the excess permanganate is reduced by
oicalic acid, the disturbing elements are bound with Trilon B at PH - 4t
Card 1/ 3

S/032/63/029/002/00(,/028
Determination of microimpurities in B101/B186
and Hg Is determined with dithizon. The sensitivity is 5-10- 6%. copper
is determined by extracting the diethyl dithiooarbamate complex at pH - 4
from NaOH neutralized by HCI. Disturbance by Fe(III) is prevented by
sodium lpyrophosphate, thr-, disturbance of the other ions by Trilon B. The
determinable cinimum.amount of Cu is 0.1 pg in 0.5 ml of CC1 4 extract.
To dete:rmine Pb, NaOH is neutralized by HNOV and the dithizon complex of
FIb is extracted with C014 a t pH - 8. Precipitation of the hydroxides is
prevented by ammonium citrate, Fe(III) is reduced by hydroxylamine, Cu is
bound by KCN. Only Bi is disturbing. Pb can be separated from Bi by
re-extracting Pb into the aqueous phase in acid medium. The sensitivity
is 2-5-10- 6~. To determine Ni, NaOH is neutralized by HC1 and the nickel
dimethyl glyoximate is extracted by chloroform. After re-extraction into
the aqueous phasep Ni is determined with dimethyl glyoxime in the presence
of iodi-ne. The sensitivity is 1-10-6 %. Fe is photocolorimetrically
determined as sulfosalicylate complex in NaOH neutralized by HC1. The
sensitivity is 1-10-1%. To determine Cal NaOH is neutralized by HC1,
evaporated to dryness, and CaCl 2 extracted by ethyl alcohol. The heavy
Glard 2/3

310321631029100210061028
Dotermination of mionimpurities in ... B101/BiH
metals are previously separated as diethyl dithiocarbamate complexes.
Ca is determined by murexide. The sensitivity is 5-10-5%. Mn is
determined by the usual silver persulfate method by extracting the
diethyl dithiocarbamate complex from NaOH, calcining, and oxidizing lin
to The sensitivity is 1.10-6%. Maximum sensitivity can bo
reached with weighed portions of 20-50 g of dry NaOH. The method was
tested on mixtures of pum.salts. There are 1 figure and 1 table.
Card 3/3

xmrj,Nov or med.sluzhbV
.
Combined method for treating paro37amal spasms of the peripheral
blood vesselo, Voeng-med,zhurt' no.lp:84-85 D '55 (MIRA 3211)
(BLOM VISSELS-DISRASBS)

XWUNOV, I.M.0 mayor meditsinakoy oluzhbv
Compound metbod of treating stuttering. Voen.med.zhur. no.12:28-32
-D 156. (MIRA 10:3)
(602CH DISCRDIRS, there
complex there of stuttering in enlisted men)
(ARMID FORCES PIRSOWIL. die.
stuttering complex ther.)

17(l) SOV/177-5 8-11-4 2/50
AUTHORS:
_KamYQnov-r--I,44_-T-Candidate of Medical Sciences and
,
Barenboym, Ye.L., lieutenant-Colonels of the Medical
Corps
TITLE: About the Method of Recognizing Lumbosacral Pair.s
PECRIODICAL: Voyenno-meditsinskiy zhurnal, 1958, Nr 11, P 87 -
88 (USSR)
ABSTRACT: The determination of the sensibility of the skin
against ultraviolet rays and the determination of
the degree of the codeine swelling and the velocity
of its resolution and arterial oscillography are
suggested as additional diagnostic methods for re-
cognizing lumbosacral pains. In the first case, the
determination of the erythema tl-Lreshold dose was car-
ried out by a mercury-quartz lamp with a PRK-2
type burner through a Gorbachev biodosimeter on
symmetric parts of the skin of the healthy and the
affected extremity. The second determination was
Card 1/2 performed by an electrophoresis of a 2% solution

IED.IYANOV v -,I..-, M,-,-,..kan-d,. med. nauk (Liepaia)
Fthinogenic bydrocephalus.,.Vest. otorin. no.5:42-47 161.
(MIRA 14:12)
(HYDROCEP M US) (SINUSITIS)

- M
KJNLIIIOVP
.
1%~nt metabolism disorders in sy4mgomyelia. Zhur. nevr.
i ps:Lkh. 62 no.5z703-705 162, (MIM 15:6)
(BYRINGaMLIA) (SKIN,-, -DISEMES)

KAWANOV~ 1114.
A *,.vpic&.l caultus at a senile age. Zhur. nevr. i psikh, 64
no.j.U~14o4-1469 164o M. 17 j 11)
1. Rizhskaya respublikanskaya po!khiatrIoheskvya bollnitsa
(glavny-y vrach Z.G. Sochneva).

KAMYANOV, 10MO
trie,*17f"66dium sali of nicotinic acid in si=lating the artabuse-
alcohol'. test in the process of treating chronic alcoholics. Zhur.
nevr. A paikh. 63 no.12:1881-1883 163. (MIRA 18a1)
1. Rizhsk,~.ya respublikanskays, psikhonevrologicheakaya bollnitse -
Wawy vraoh Z,G,Sochnev) a

I~ARAMO"l A.
Clinleal aspecto in polsoring with aminazina. Zhur. nevr. i psikh.
65 nD.6:i9l8-919 165, (MIRA 18: 6)
1. Rirhmka,YfL rompublikanakayn paikhiatrichaskaya bollnitsa (glavnyy
vrach Z.,G. Sochneva).
v

&MANLOL-I.E.
Therapeutic significance of pn3umoer-.ephalography in epilepsy.
Zhur. nevr. i psilch. 65 no.9:1388--l."91 165. MIRA 18:9)
1. Rizhsk-a*,ya respublikanskaya psilchiatrichookaya bollniisa.
(glavn.vy vrach Z.G. SochrAeva).

II MIJURRINO III R I I I A I I I it I p If I, I' I ":a ..'m 0'
nn
MR09 9-
5T0246/65/0657566
X qR7r 501777
AUTT~ORI i Umnov's
WN:
Sochneva/
OROI. Re pev ad Phydician..z. G
Alba Utria HoO.9jLa1jhe,
Odtha~y-i espdb"ns~~yaj palkhUtricheekalra bollnites)
c" hionyronazin P.01-.60nAM
TMU, 1 pi Cal OYbpt
5, OU ~M v. 65 no, 6, 19659 918-91().-
TDP~b- A44 61dd'i promaz%eii toxidologyp polsork.effect
I d X1 AcausiO6"Marked
1"Ostiod 0k Wasp Ve. Does rvA~Ml n
Iin~ibl~ii~i of vgqpti4toiy,and vasomotot centerso, Wth icaultani lowevIn
-11 o'res' andt impalmeat! 56M
of ~art~r.4 tutu, 'of respirations In the case of
ye#-O~'a femew:~,~ktent:Ao had bmi fraquintly hospitalized for schlwphrenia~
ln&est~~ol' ~hllorpr6 itine wiw-followed by a lcmg latent period
o me
imaiked jb~,~a sert ~k w*611"bein's. The f Irs,it. symptoms of poisoning did not
Spoear ~Uhti %xii after, 94e had wallowd the drugs 7he main difficaq
WO
ed' 's
givwj.4 sTiastiric lav,14st OnWasp and administration of do-
tcoiicatitis.'aalo~ ila*Oz alOed. at ovacaming the Intestinal paresis, WIthIh 24
hwirs ~~Ia had; sObOidedi the!mbdomeo'had s1wunko and the patient was able
to sleip. ~her vas
zb* noi"~.'Osu ~Oqol dart matt sfac~~y.. ex!d _she hakno..
1 Coh fit
t 5 786-099-0
IIDGI
36
Ctim"1721
I EM,

YE(A" , 3. F K", Iq J~*! j". ; 'f!
Fivil- und six-rionter r1qn-theno Lydroc"u'roorlo in Uiii
.10:
of I iitroli-nann. lie f i,cp!r. I nof tr,,kh i1io 2 3
T -ichno
111rJUICY113 y Mial ogo nc4't ern:~ovog3 nn. -Ass"edevatel
skogo institutsi.

SOLONKOV, VA.~ Toill.--Iv. s
Naeplial.Viig, Oin reddues of pntroleitm from wvittrn Tilrkmctula.
Nc~ftvpo~ ~. .1 nufWk-him. no.6-.~0-23 1K, (MIRA 18:7)
I.. Turkr,(:n.-:.,T-Jv ftlial V~-!esoyuzncgo neftegazovogo nauchno-Assledovatell-,
ukogo im-OAtut"I.

USSR / General and Specialized Zoology. Insects. P
Abs~Jourl. Ref Zhur-Biol., No 2, 1958; 6869.
",uthor Zrazhovskayaj 0. N., Kamyanoy, L. A., Mochalov, S.P.
Inat Not given.
Title From the Practice of 'Usin4; the-D-D-r-Mohnical Sol-
ution in Diesel Fuel 1,gainst Forest Pests.
Orig Pub: Lesn, kh-vo, 1956, No 10, 74-'?B.
i1stract: Plantings were.sprayed with a 5% DDT solution in
diese1juel from a plane during the emergenoe of
the pine silkworm in 1954 (40 and 20 litres er
hectare). T4e larvae mortality was high (940
in spite of the:faot that (luring the spraying
the mbte;orologioa,l conditions were unfavorable.
The seat of thecoak leaf-roller was sprayed with
a% and 10% oil solution (20 litres per hectare);
99i~$.alnd 99.5% of the larvae correspondingly per-
a result of aerial treatment in favorable
Card 1/3
49

4
a
43
0
M

01 1 WAR"
x WWRI

V x
11111
x V W W W V W W V W W

611 AID UNNUX&ISAI ma
vl~ "Dtt~

em.
10, 4n(l941),-L)ImWvv ll,l g. Of %b4 ibgy
%wd. are 1:13 tal, of emd, IfILI. fdtcl, aft1rahm with
11
1154602
4
1
,
0
,0
0.33,Y11CL Ajd6mj.ojW%
N
SQ
A)
, Wn.. beat 06 A P610 IC, b*ftg,
mW bW for I
Mill- C*A SM 6 NJ d 0.33 A'HCl atid thm, *"wise.
4 W. of Ilk Nils ;4ybdate uia. Dil. with water to
M OA.. read thtcular value in a photorl".m1mirrintr &d
cak. Iculn mpd. fawn. U. Z. Kamict
I L 06 *jjAt4.UA4x&t 4AT40LIUNI CLOUPKATON
goo
too
coo
Soo
goo
,so*
ISO*
WOO
--4,111-11 cat d-- M
cm, I#( - -
IV-W b - p - 'I 1W 0 0 1 X p 0 a 0 V 4
&10 go m K a q a 99 1 X4
4 0 0 0 6 0
0 *10 0 0 0 * 0 0
0 *
0;#10 0 *4 0 0

7,

p n~jpe~ Aud~ 119 derivatives. 11. Spil"Is Of

I
K a V1,36kh gkola Chmal, technol.,
All
Ir 4.44 ..... .....

I ,
treated with A Ftm g I
gm ' Xbix(~wmahv? ne (1)
trimstarmed mrith SOCh f0 the

-aff
d
a
Ol or
L
Adcaticill wilb*
the
r
duct of flMuction of I
t
1 with ;
:
.
o
p
t, W5 104wt(I t-p~,ctrum of 11 )-i'rcil~

0
C2 ci
ej
ri
0
41 Cli
9
to t-~ C,
to .611
co
cv)
ci ;r crj
kc~
tq s
'to
ci ci
to o,,
-Y CV?
04 o
N ci
C, 4 -~ %t3
Al to 0
F4 9-1
0
I C) 0
z C;
C) ~ C7
zr --(1, 41
ci 4
ci
r

canionomm/organic chemistri. oreallic Synthesis.
Abs Jour:.!',cf Zhur-Ehim.) ITO 11, 1959, 38,r67,
prescaice of CH 011a is converted to the diriothyl
aster of 1.5-dicarboxylic acid
(IV ester, V acid) (Yield 31'p'i which on hydrolysis
Ifith 11cl-myooll is convertea to Vi The reduction
of V or of -IV accordinG to Xishaar (210-22D0 in a
scaled vessel) Cives adwzntane-1,3-Llicarboxylic acid
(vi), yiela go axia 961,1,, rosr-octivolY, rv 279.5-28o.50
(fron CIacial CIbC00IQ. When VI is reacted with
CH111,1 or heated with SOCIp folloved by troatmoat
wfb~'CI130H, the dinothyl aster (VII) is obtained,
yield 95-1001,'j, rip 60.5-61.50 (attar chrormtoCraphy on
silica Gel). VII has also been prepared by convertinG
IV to the corresponding bis-dithiohotal (VIII) (a
solution of IN i.11 CIICIS is treatea with (C- GI[)
ana
C-,rd 215-

CUCHOSLOYAM/Oramlic Chouistry. Or(paic Synthesis. G
Abs Jour: Duf Zhur-Khim., Ila 11, 1959, 38567.
also obtained by the reduction of IX with III acid
with P at 2550- The roduction of VII by VaUll~ in
tatrahydrofumn gives 1,3i.-dihydroxyrcthylaclanmii-,aiie
(XI), yield 10(Yp' (when LLUJI~ is used the yield
is 901,'~) which on heating with SOCIL is converted to
1,3-bis-(clilororiethyl)-adw-wrtane (XII), yiela 6ap',
vp 63.8-65.30 (frou abs ether and C114011; when XI is
heated with SODrp 1,3-bis-(br,Dnoriothyl)-a(~,nzrntane
(XIII) Is obtained, Yield 91-5',", r~.) 85.5-370 (fron
C111011). When XI is heated with III acid (5 lirs at
216-2200 in a scalloa tube), 1,j-bis-(iodoY!CthYl)-
v-darmntmic is obtainod, uj? 85.5-86.50 (:Crc-.i acotonc).
The reduction of XII with 11a in liquid MZ3 or of XIII by
Va in cj~jOll or by Raney Ni yields 111, bp 100-1100/
Card 4/5

CMICHOSLOVA1911/orc,pnic Chcnis-'~.-ry. Or(;wAc Synthesis. G
0
Abs Jour: Rof Zhur-10'Un., Ho 11, 1959, 38567-
15-16 rzi) n;OD 1-.4768. The IR absorption spectm of
III and XII aro givaii. For Cormamication III see PZh-
lal:blj 1958, 81566. -- K. Satinalt.
Card - 5/5
G-13

7,A
A 2EGORY
,kD~3.
A T-'.i 0 R
T IT
PUB.
-.MACT

1ANDA, S a ; _!~~4.z.
cW4A,,,
Adamantane and its derivatives. Ve -"'ynthesit, of 1,3,5.7.-
tetramettqladamantarie. Coll.Cz chem 25 no,12:4004-4009 159.
(EW 9;6)
L Institut fur synthetteche Trelbstoffe, Tochnische Hochschule
fur Chemiss Prage
(Adamantane) (Mothyl group)

WffKf N.
I
Improve the boning of meat. Mias. ind. SSSR 33 no.4:43 62.
(MDU 17:2)
1. Kemerovskiy wyasokonservnyy kombinat.

KAWOWNA, Barbara
-..............
Ghemioml structure of me:Lanooyte-stimul.ating hormones. Frzegl
toolog 6 no.2:135-136 062,
1. Katedra Fizjologii Zvierzat, Instytxit Zoologiczny~ Un-wersytet,
Wroclaw.
1, ,

Him III cull"Itruilli
KAMYNIN, D. F.
Cand, Tech SO (diss) "Technical standardizing of bulldozer oper-
Ations." Moscow, 1961. 28 pp ivitb illustrations; 3 pp of dia-
grapp; (Moscow Order of Lenin Agricultural Academy imeni K. A.
Timiryazev); 200 copies; price not given; M, 6-61 sup, 218)

Lt.. 'A REN rof. ; Fl~ IDOF-cs',!,
191-11TY01,13 prepodavate.11; as,~dranl I.;-.;
ZAYNIKAYEV, Sh. veterinai-n~~7 vrach
no.
qlignaiat mirse of foot-and--mniiLh disease. Veterinariia
39-1," Oti 164. 18:3)
1. Troitakiy veterinarnyy ln!ititut (for Lazarev, Feclorov, Buk~tilov,
Karmymin, Kondakov). 2. r~.challnik C',,,e--,.,,-,b-;nskogo oblastnogo veteri-
narnogo otdela (for Amelin).

KAMIN, Leonid qV~q4j._KMWjOVv M*,p redel VLAWVAJ V,p tekhn.rede
1110n0, Coball Zdraystndp lubal Mookva,, lzd-vo "IMOOtUap"
1960, 78 . (BibUotaks NIw9stUt" no.8) (HIRIL 3.07)
TCuba-Deecriptjou and tx&vel)

-- - KAMIN, L. 1. - -
Xamvnin, L. 1. (Mathematics) Limitation of solutions of the differential equation
'y 0 ~ 7 ('x j t6. P. 3
Chair of Differential Fiquations
Doz. 2, 1950
SO: Harald of-the Mosmx-UAjJsrejjx 8erise on Physiap-MathematicF, and Natural
Sciences, No. 3. No - 5, 1951

UrINDI) L. I.
KAMYNIN, L. 1. - "On the Applicability of the 'Method of Finite Differences to
the Solution of an Equation of I~hermal Conductivity." Sub 29 Oct 52, Sci
Res Inst of Mechanics and Mathematics, Moscow Order of Lenin.State U imeni
M. V. Lorionosov. (Dissertation for the Degree of Candidale in Physico-
mathematical Sciences).
SO: VechernaLa Moskva January-December 1952

USM/Mathematics - Finite-Diff.erence 1 Jan 52
Equations, Differential
"The Difference of Uniqueness Theorems for the Heat-
Ccmductivity Equation and of Syst- of Finite-
Difference Differential Equations," L. I. Kamynin
nDok Ak Nauk SSSR" Vol 82, No 1, P.P 13-16
Demonstrates that the nonuniqueness of the soln of
du.=/dt ~_ u + u
1 n+l n n
representing the finite -difference zyrtzu for the
heat-conduction eq ut = uxx, requires less limita-
tions on its gro,~th, which fact is of theoretical
230T72
significance.for the application of the method of
finite difference to the soln of the heat-conduc-
tion eq. Acknowledges the guidance and assistance
of Aced S. L. Sobolev. Submitted by Acad Sobolev
6Nov 51.
-230M

USSR/Mathematics Finite-Difference I Aug 52
Methods, Approxima-tioza
"Convergence af-the Finite-Difference Process for
CO tha Equation of Heat Conduction," L.I. Kamynin.
"Dok Ak Nauk SSSR" Vol 85, No 4, PP 701-703
States tbPt the soln of Ixtrtial differential eqs
'by finite differences leads to the necessity of
considering the finite-differen-ce operators.
Hc=everx, the article notes, they are not equiv
to the differential operators, which sometimes
results in serious difficulties in t~he applica-
tIon of finite-difference methods. Cites work
227T58
of A.H. Tiklaonav ("Matemat Sbor" 42, 2; 1109, 1935)
Aelmowledges assistance of Acad S.L. Sobolev, who
ztd=dtted this report 31 May 52. Hentions Watsorxl.s
Theory of Bessel Functions, which has been trans-
lated into Russian."
227T,98

Y NI PJ)
j~_atjj0rj;j%jc,,jj 1jeNricil,-,
Vol. 1.11 No- 11
Dec. '10153
jlI1',11Y:3iS
Kitntynin, L. 1. Ott applicability of the method d flulto
differences to the solution of the equation of heat conduc-
tion. .1. Unillutness of tolution of a system of finite-
difftnence eqisations. lzvesflyti-A~md. Nauk SSSR. Ser.
hial. 17, 10.1-180 (1953). (Rilisian)
Thc ~ivwmt Imper rontains detailed prool's of the results,
M11101111CHI varlier by t1w atillior I-Doklady AL-ad. Natilc
SSSR (N.S.) 82, 13-16 (1952); these Rev. 14, 172]. Thes-,
resolls weiv summatized in the previous review. III thi.
pallictilar cam. of (he licat equation they center around the
dkpmil~- in Ilit, mliqueness theorems for the initial vaitte
ploldclit for Ow heat etillatioll:
(1216
1>0,