SCIENTIFIC ABSTRACT KARASEV, V.V. - KARASEVA, E.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000720620006-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

AM ph" V. V.
616-19 (W 4. Im
spoday whm wed for
NMMAW do okkam of lbb SOL IN " ew
do mom of mm ~ to a ~ m o.j-o.r/.
P.'. "d
or Tbmfnv*s
do Lrim; 61 bn*of
od d~ i IN
~Pbll) ad dm
an at
L V. IMAUD

USSR/Chemistry -.Viscosity Sep/Oct .53
"Investigation of the Boundary Viscosity of Organic
Liquids by the Method of Blowing,' V. Karasev.,
Q--DB. V., Deryagidp, Lab of Surface Forces, Inst of Plhys
Chem, Acad Sci USSR
Koll Zhur, Vol 15,:No 5, PP 365-370
Describes -procedures and equipment used for deter-
mining viscosity at the boundary solid-liquid by th
method of blowing off the film of Liquid. Points
out that the method is useful for the investigation
of lubricants, because formation of boundary phiLses
is of importance there.
27Mr-L6

KARASEV V.V.; KROTOVA, N.A.; DERIaGIN, B.V.
Investigation of electron emission on stripping high polymer f2-lms from
glaus in a vacmm. DA1. Acad. Nauk SSSR 88, No.5, 777-80 '53.(RLRA 6:?)
(PA 56 no.6?1;7709 153)
Describes set-up and results of expts in tearing films of high
polymers (e.g., ceUulose acetate) from flass. Nature of emission was checked
by fluorescent screen., photographic plates, and action of magnetic field.
Found that electrons were emitted f 0m th lymer'film (a type of field
emission) with energies of about J - 1~ Peo. This phenomenon is supposedly
a visual demonstration of the electrical theory of adhesion. kubmitted 3 Dec 54'
258n-u

pblymLY.U= f. bar ymcld~g,-- V, V. IC~vratv N'.. A.
Nz;ik
and 8
S S-5 w 1-07PUTF310-
S
.S'S. R. 89, 1" --~.Uts of btnzylcu
guttR-Pelthil, raout.-bouc, and polyvinl
chloride! exhibited a lu.-ainaus iMipjze when wm from a
b=king of crown Slass at gi-s pressures not Ivim tbmt 10-3
zr,m. HE Und at rates lint ki,5 Illan 10-1 CIL.I.Ve. witl. the
Ineption of polyiiny! Lhl~de n-hich yielded brigbt sparks
Nyejt of the gas Prestnt amd the mg
Ir
stanc~e UDder test. 7he dls~~bargc rtentw Upproxiumfed
The eqnation of raschta, v I Where V - diwharge
pottu,:M, P - gas PICS;Im'. - -dimllayge pp. L)b5tira.
110D 1,11PPOI lcrl the Clu. lbt~ry 61 saalon prcvl"sly pub.
lUed by the uuthms (cf. Cj. 43, -%JW).
V. N, Dj~dnBrAa

S*-,~.rws T~, 1-
A R
brolunflorl of tlettrhn eminkil on itleAvalt dulldLin
D- in
,0d. by;
tim ob-
b5tancts
r (.WAO:
NXI hav A'veok~~ou, *bfIii!dvcd in the (111) di-
rcctiou. Veavage, jauiu -4:Jmrge on tle surface
In itMIUMC2=14"i"
c1 'It rplii. I 1'. 14 in air a ps dighup
takes place which is the muse 61 Similar
charges nppw upon disperskz of zolids to anx,-ols.
S.
21
I VV

&rderg on the iwface -of t solid 'bodyt -)-. ,
V., Y, rndz
A~
Sburmik
No. 157~A-Gcncjal eunclusions based 91, pmvlou-~l
pubUsht:d vrc*i- (cf, CA 48, 1~-04r-- 49, 1685q?; GJd;-
A-Ith, and I amg C.A. 4?. sv-,w I %I --.k~

1 --Z - _11-1-1-111.111- - -1
V
V .
USSR/ Physics Gas-discharge cleansing FD-574
Card 1/1 Pub- 153-14/28
Author Karasev, V. V., and Izmaylova, G. I.
Title Method for cleansing the surfaces of C>w and metal in gas discharge
Periodical Zhur. teXh. fiz. 24, 871-8741 May 1954
Abstract Describe a method for cleaning surfaces in a glow discharge. Note that
the size of the electrodes, their distance apart and other operating
conditions must be carefully maintained for optimum results. Thanks
the director of the laboratory, Corr-Mem. Acad Sci USSR E. V. Dervagin,
for his interest. Reference: B. V. Deryagin and V. V. Karasev, Novyye
metody fizikokhimicheskikh issledovaniy poverkhnostnykh ya-,,leniy
(New methods for the physicochemical investigations of surface
phenomena], Acad Sci USSR Press, 1950.
Institution
Submitted August 25, 1952

USSR/Physics FD-915
Card 1/1 Pub 153-24/26
Author : Deryagin, B. V. Krotova, N. A. and Karasev, V. V.
rM sm--
Title ; Role of electric phenomena in adhesion of films
Periodical : Zhur. tekh. fiz. 24, 1354-1357, Jul 1954
Abstract : Letter to the editor. Criticize the article on adhesion by M. S.
Skinner et al. (J.-Appl. Phys. 24, 438 (1953)) as repeating the
subject which they themselves published six years ago (Deryagin
et al., DAN 61, 849 (1948)). Seven references, including 2
foreign.
Institution
Submitted February 25, 1954

Lecor.';: USSR
Jou": RZb--I(h, No 3, 1957, 7705
Author Deryagin, B. V., Karasev, v. v.) and Sorin, z.
inst
Title Interfaces as Special States of Aggregation of Liquids
OriL Pub: Sb- Posvyashch. Pamyati Akad. P. P. Lazarev, Moscow, Academy of
Sciences USSR, 1956, 65-83
Abstract: See RZhhhim, 1954) 30393Y 1955, 13704.
Ca I -d 1/1 -9-
P, 5 L-- V V
SUBJECT USSR / PHYSICS CARD 2 FA - 1433
AUTHOR DERJAG111,B-V-v XROTOVAtIT.A.9 KARASEV,V.V- '~'Oc'han'am Of
.,TITLE The Influence exercised by Electric Phenomena On t1le
the Destruction of Some Solids.
PER16DICAL Dokl.Akad.1Tauk, log, fasc* 4) 728". 730 (1956)
Issued: 10 / 1951, reviewed: 10 / 1956
At first some previous works bearing on this subject are discussed. The authors
concentrate their attention on the occasion of these experiments on the destrue-
tion of mica and on the determination of the work of destruction as a function Of
velocity. In this connection they assume that on the occasion of the destruction
of crystalline bodies (particularly mica) strong fields may occur in the inter-
space between the surfaces to be destroyed by the separation of the charges
arranged in mosaic form. In the course of previous experiments the authors dis-
covered an emission of electrons on the occasion of the destruction of mica, gypsum,
and other crystals in a high vacuum (10 -4mm tc.rr). N.A.KROTOV and V.V.KARASEV ob-
tained pictures on the occasion of a repetition of these experiments which dis-
tinctly show that the maximum of radiation occurs in the interspace between the
destroyed plates. Also the fission surfaces radiate electrons.
Also in this case it was possible by the employment of suitable methods to observe
the fine structure of the surfaces to be fissioned. In the case of a fission
parallel to the fission surfaces fraying was noticed in gypsum. on the basis of
their own previously carried out work on adhesion the authors assumed that the
energy necessary to destroy mica must depend on velocity and that it also depends

DERYAGINY B. V. and KARASEV, V. V.
"Die Untersuchung der Viscositat vcn Fli.,ssigkeitsgrenzsci--.iscliten Nace der
"Wegbiasmethode.
pap,ars delivered at the intl. Co-,,-,. on Surface Activity, London., B-12 Apr 1~.57.
Angewandte Chemle, i~o. 16, 1957.

KROTOVA, N.A.; KARASEV,.V.V.; KIRILIA)VA, Tu.M.
Study of adbesion. Trudy Inst. fiz. kbim. no.6:111-122 157.
(Adhesion) (YJRA 11:10)

KARASEV, VS.
Use of the Karr call for measuring the thickness of thin films
by the modulation method. Trudy Inst. fit. khIm. no.6:155-157
'57. (MIRA 11-10)
(Optical instruments) (ThicknenB meas-araraent)

AUTHOR: DERYAGIN,B.V., KARASEV,V.V., ZAKHAVAYEVA,N.N., A - 3563
LAZAREV,V.P.
TITLEt Mechanism of Boundary Lubrication and Boundary Lubrication Layer
Properties. (Mekhanizm granichnoy smazki i svoystva granichnogo
smazoehnogo sloys, Russian)
PERIODICAL. Zhurnal Tekhn. Piz., 1957, Vol 27t Nr 5, pp 1076 - loa6 (U.S.S.R.)
ABSTRACT: There are tvo different opinions concerning this problem: that of
close and that of remote effect. The former is expressed by Bowden
(The Friction and Lubrication of Solids, Oxford, II. ed., 1954),
the latter by the authors of this paper. The latter opinion is
based on numerous theoretical and experimental investigations
carried out according to entirely new methods. It says that the
influence exercised by the solid wall is continued into the interior
of the liquid which in the depth of many molecular layers contains
polar molecules, and in this way causes a change of the properties
of these layers compared to those of the space phase. This exercises
a considerable influence on the boundary lubrication. A short sur-
vey of all those facts is given on the basis of which the difference
of opinion mentioned above must be decided in favor of the opinion
expressed by the authors. Direct measurements of the viscosity in
boundary layers of organic.liquids, oils, and polymers according
Card 1/2 to the latest and greatly improved methods showed clearly tilat in

PA - 3563
Mechanism of Boundary Lubrication and Boundary Lubrication
Layer Properties.
boundary layers with a thickness of up to 0,11,,- viscosity has a
value that differs greatly from the space value. These results
show that Bowden's opinion is wrong, In order to explain the static
friction of solid surfaces separated by a boundary-polymolecular
layer, the equation for static friction F is written down according
to the two-term friction law:
) - ~-- N + S (0- -t,p
P - r (N + Sp
)
o
o
is the "true" friction coefficient, N - stress, S the surface
of the true and molecular contact, and p 0 - the constant of the
pressure difference which measures the molecular force of attraction
acting upon the surface unit of the true and molecular contact.
Bowden explains frictional phenomena only with the help of the
second term of this formula, and this is his mistake, for it is
just the second term that explains the existence of static friction
and confirms Amanzon's law of friction. (~Iith 12 illustrations and
14 Slavic references)
ASSOCIATION: Institute for Physical Chemistry, Moscow
PRESENTED BYt
SUBMUTTEDi 1-11-1956
AUILABLEt Library of Congress
Card 2/2

AUTHOR: Karasev, V.. V, I SOV/56-34-51-45/61
TITLE: ---i~~~~Gases in the CleavaL,e of Crystalline Quartz
in a Hii3h Vacuum( Vydeleniye --I-azov pri raskalyvanii krist-alli-
cheskogo kvartsa v vysohom vakuume)
PERIODICAL: Zhurnal ell-sperimentalluoy i teoreticlieskoy 195~,
Vol. 34, Nr 5, pp, 1330 - 1331 (US-,R)
ABSTRACT: A previous pnper by N.A.Krotov and V.,V.Kar.--,sev deccribed ex-
periments in which an electron emission aas dis4overed in the
cleava.:-e of' certain crystals in a vacuum of 10 to jo-5 torr-
For a further study and for the explanation of the nature of
the emission an improve7iont of the vacuum was necessary. Thic" Oil
the other hand required the olaborLtion of - new method., For a
realisation of the high vacuum as simple as possible the -;.,hole
device was made of glass. The upper part of t~ie aDparatus
consisted of a trap for recovering the vapors of the
lubricant. The lower part consisted of a soldered tube,. Inside
the apparatus a device for the cleavaje of sam:.,les of a solid
was fixed. This appari.tus was enclosed into a va-cuum device -,.ith
71. a mercury pump and evacuated to about jo-7 torr. After the
Card 1/1

The Separation of Gases in the Cleava 'e-,e of S011/56-34-5-45/6i
Crystalline Quartz in a lli~h Vacuum
C.
evacuation the lover of a puih-off device vias turned electro-
-netically , a weight that vi,ns suspended by it fell down
U
and broke r, ca. 4 mm thick. plate. A photo,=aphic film was e~:-
posed by the electrons which rere emitted from the clearance
that had formed in the cleavage of the plate- In provisional
ex-Deriments it was found that in the case of the cleavage of
jla-ss and melted quartz the vacuum did not alter noticeably,
Besides, no electron emission was observed. On occasion of the
cleava.-e of crystalline quartz electron emission was observed
and the pressure increased from jo-4 to jo-5 torr, A separLtion
of teases was observed as well, when mica was cleaved and when
hiL-1-h-polymer films were stripped from glass. There are 1 fi,-ure
and 1 reference which is Soviet.
ASSOCIATIONS Institut fizicheskoy khi.-iii Akademii nau? SSS11 (Institute
of Physical Che;-iistry)AS USS111)
SUBMITTED: January 20, 1958
Card 2/3

The Separation of Gctses in the Cleavagim of
Crystalline quartz in a High Vacuum
1. Quartz or7stals--Electrical properties
--Determination 3. Gases-Separation
--Equipment
SOV/56-34-5-45/61
2. Electron gas
4. Vacuum systems
Card 3/3

KARASEV, V. V. and DMAGIN, B. V.
"New Results in the MoasurinLf of the Viscosity of Fine Wall (pristenriy7) Lray,---rs
of a Liquid 'Hith the Ait of the Viscometric Blowing Out Methcd."
report pres(~nted at the Section on Colloid Chemistry, VI1I Mt--ndeleyev Conf~:r~ince of
General and Applied Chemistry, Moscow, 16-23 March 1959.
(Koll. Zhur. v. 21, No. 4, PP- 509-511)

C
5W SOV/76-33-1-17/14.~
AUTHORS: Karasev, V. V., Deryagin, B. V.
TITLE: Measurements of Limiting, Viscosity Accordin~,; to the
Kinetics of the Thinning of 14'etutinF, Lio'uid Films in the
Blowing-Off Process (lzmereriva rranichnoy vyazkos'ui Do
kinetike uton'sheniya sina chivayu she. hikh plenok zhidkostey v
protsesse sduvaniya)
PERIODICAL: Zhurnal fizicheskoy khimii, 195",, Vol 3~, "Ir 1,
pp loo - 1o6 (US-OR)
ADSTRACT: A report .,.-as given on the results of thio inv,~StiCation
at the Conference on Liquid Sti~te in Yiyev,- in Juno 1955.
As already shown (Refs 1-5) the strizctural properties of
the liquid and the variations -.-.-ith the dintance from the
surface of the nolid can be deterrin--d by viscosity. Thus
it was found that up to a distance of 10-7 cm from the
vessel wall the striicture of the li,,jui] (visco,-ity) maintain,-
spatial values if no polar molecules are present. Diffi-
culties arose on further tests as with structural differ-
onces between the limit tind main phase of the liquid the
Card 1/3 effect of the boundary anUle influenced thi:~ determinations.

Measurements of Limitin.- Viscosity AccordinG to the SOV/76-33-1-17/45
Kinetics of the Thinning of Wetting Liquid Films in the Llowin--Off Process
A nevi way of determining viscosity,thc blowing-off method,
has been worked out for unstendily wettin- liquid films.
For determinin.- the thickness. of the films modulation-
polarimetric method ;.,as used rtnd (Ref 4) a special prism
adjustment .,.,as carried out (Fig 2). A photoelectric amplifier
FEU with a decoherer, a standard cathode-oscillo-raph, and
amplifiers with filters were used. Tho sur'Lace to be wetted
was given a preliminary treatment and thus a higher de,-ree
of retting ras obtaincd. For thi:; purpose a special device
was used (Fig 4). P'llmitic acid butyl estor (FiL-~ 5) was
examined and a limit phase of 1000-11200 R was found. Sebacic
acid amyl ester (in vacuum oil amoyll-S) (Fig 6), phthalic
acid dibutyl ester (produced by G. Zhabrova)(Fig 7),
oleic acid (on a surface previously treated,rith hexadecane
dicarbonic acid) (Fig 8), hydrated "benzontrone" (Fig 0),
and a number of substances synthenined at the labordtory
of P. I. Sanin (Rof 5) were also tested (solved in paraffin
oil) on metallic surfaces. For purifying the paraffin the
S. Yu. Yelovich method was used. Mono, tri, and hexachloro
Card 2/3 paraffin (0.01'1:0 in paraffin oil) rho,,-,ed a limit phase of

Measurements of Limiting Viscosity According to the SOV/76-33-1-17/45
Kinetics of the ThinninC of Wettin.- Liquid Films in the Blowing-Off Process
250 (Figs 11,12,13). There are 13 figures and 6 Soviet
reter-gncesi
ASSOCIATION: Institut fizicheskoy khimii All' SSSRIMoskva (Institute of
Physical Chemistry AS USSR,Mloscow)
SUBIMITTED: June 20, 1957
Card 3/3

5/069/62/024/004/002/003
B101/B138
AUTHORSt Karasev, V. V., De3~yagin, B. V., Bochko, A. V.
TITLE: Kinetics of the surface electrical conductivity of quartz
in the presence of adsorbed organic layers
PERIODICALt Kolloidnyy zhurnal, v. 24, no. 4, 1962, 4067 - 470
T:~XT ;The suri"ace conductivity of quartz was measured with adsorbed layers
of hentanol, butanol, or nonane. Adsorption was effected by evaporating .
the test substance and introducing it through an Hg U-seal into the quartz
measuring cell, thus eliminating the effect of vapors from the lubricants
required for cocks. For the same reason the quartz-cell was cleaned by
heating to 350 0C and evacuating to 2.10-6 mm Hg. Results: (1) Saturated
butanol vapor (5 mm Hg at +200C) produced a rapid increase in conductivity
(, 60-10-15 ohm) in the first seconds and then a slow drop; af-ter -_30 min
a constant value was reached (10-10-15 ohm). (2) butanol vapor at
0.07 mm Hg and -30 OC,0the constant value was reached after 3 min. (3)
Reptanol b mm Hg, 20 C) had a similar effect. (4) Nonane vapor had no
Card 1/2

S/069/0'2/024/004/002/003
Kinetics of the surface ... B101/B138
marked effect on conductivity. The initial electrical conductivity is not
restored, if the cell is evacuated without thermal treatment. There are
4 figures.
ASSOCIATIONi Institut fizicheskoy khimii AN SSSR, 14oskwa (institute of
Physical Chemistry AS USSR, Moscow)
SUB111ITTED: January 23, 1962
Card 2/2

KARASEV, V.V., inzh.
Oscillograph for registering stray fields. Vest. elektroprom..
34 no.307-58 Mr 163. (MIRA 16:8)
(Electric transformers) (Electric fields-Measurement)
(Electric measurements)

NAYASHKOV, I.S., kand.tekhn.naiik; KARAMIV, V.V., inzh.
Calculation of leakage fields of electric transformers. Vest.
elektroprom. 34 no.4.-8-13 Ap 163. (MIRA 16:10)

-oil
ITO W.
pd-4 VP
"Ar
17v
~"z
Ira DIM
MW
gargm,
Mi
;IF
V.) V
-g,
-,-7
P! 7
iso
tpW
97"
Ver4a
OR
-as bdiw,
ts
ID sat.

ACC NRI AP7007067 SOURCE CODE:---U~/0292A6/000/011/ool3/ool6
AUTHOR: Karasev, V. V. (Engineer)
ORG: none
TITIE: Measurement of losses at increased frequencies with law value of cos phi
SOURCE: Elektrotechnika, no. 11, 1966, 13-16
TOPIC TAGS: transformer, electric capacitor
ISUB CODE: 09
ABSTRACT: A plan is presented for measurement of the amount of losses in transformer
models and reactors with increased frequency and low cos �. The error in measurement
does not exceed the maximum designerror. The plan*can'be used for measurement of
full and supplementary losses in transformer and reactor models, as wbll as for
measurement of "Loss angle in condensers at high frequencies. A selective millivolt-
meter must be used in order to avoid error caused by the influence of higher
harmonies. Orig. art. has: 3 figures, 6 formulas and 3 tables. IJPRS:- 39,5771
91-57

3418 KARAsEv v. YA
Moy opyt sozdaniya rezhushchego instrumenta. Llit. obrabotka K.V.
Grigorlevoi) L. Lenizdat, 1954. 52 ss ill 3kn. let. No. 3 1 1. portr.
17 sm (Novatory Leningr Prom-sti. vYP- 3) 3.00--! ekz. 95 k (54-57944)
p. 621.941.025

XARASIVP T Th Oeroy Sotsialistichaskogo Truda; TRUTNEV, T.N., tokar';
VY,, tokar'; ZAYCHEM, P.A., slemarl-Instruktor
perqdo;;~h metodoy truda; SKOIBOHNAYA, A.D., red.; )WVMV,,
A.F., takhn.red.
[Contribution of Svllet innovators to agriculturej Soyet
uovatorov - sellsk6mv, Aoziaistra. Moskva, Itd-vo "Sovetskaia.
Roeeila,* 1961, 59 p. (mm& 14:12)
1. Predsedatell laningradekogo soveta novatorov (for KaraBev).
2. Predeadatell moveta, tovatoToy zavoda wBollehavikN (for
Trutnev). 3. Predsaaatell soveta novatorow Leningrad6kogo
metallicheskogo savoda (for Biryukov). 4. Predeedatell soveta
novatorov Kirovskogo zavoda (for Zaychanko).
(Agriculture)

KARA9 Sladimir-lakumoAch,-fleroy SOtsialisticheskogo Truda;
s-EV,.
MURAVIYEVJ. A.I., polkovnik, red.; MUKHANOVA, M.D.,, tekhn.red.
[Outstanding service makes a fine soldier]Ot:Liahnoi sluzhboi
krasiv soldat. Moskva, Voenizdat, 1962. 42 p. (MIRA 16:1)
1. Predsedatell Soveta novatorov leningradskikh predpriyatiy
(for Karasev).
(Soldiers)

UR&M, V.Ya.; BORSHMVSIMYA,4-J,, red,-, IVONVSKAYA, L*G., tekhn. red.
.. ..... .. .
[My experience in developing cutting tools] Kbi opyt sozdaulia
res'aaahobega 1nstr nta. Lle Ircrad] T-&nizdat, 1954. 50 p.
(Novatory leningradatol promy-ahlennosti 9.no.3). (MIR& 11:10)
(04s4lugg tools)

IIARASEV, V.Ya., novator, Geroy Sotsialisticheakogo truda; SHIFRB7,
kand. tekhn. nauk; NECHAYEV, G.A., red.; TORSHINA, Ye.A.,
tekhn. red.
(End and cylindrIcal cutters with irregular circular pitch of the
teeth] Kontsevye i tsilindricheskie frezy s neravnowernym okruzh-
nym shagom zublev. Moskva, Tgentr.biuro teklm.informatsii 1959-
63 p. (MIRA 15:1)
1. Kirovskiy zavod, Leningrad (for Karasev).
(Metal-cutting tools)

S/7 3)
P
"WV-127
'iUTI,I(')RS: Karasev, V. Ya., Shifriln, A. Sh.
TITLE: I ~h-efliclcncy cutters with irregular circular pitch
SOURCE: 'Novoye- v instrumental'nom, proizvodstve. Comp. by I. G. Kosmachev.
60
(Lenin.-rad) Len_12dat, 1% , 5 - 26
T 7: The authors presenl. a detailed analysis or, the advantuages of end
cutters, facini; cutters, cylindrical cutters, three-sided disk cutters, e-:.c.
aith irregular circular pitcli, which were suggested by the turner an~! setT":r of
the Xirov PlanT, V. Ya. Xarasev, one of the authors- of this article. The
mental inve5tigat ions and the -practical use of the.milliz-G cut-~ers at various
plants made it possible to improve their design and develop new standardized
~ pes that ,rere included in t,~e aGST Standard under GOST 8237-57 (end cutte's),
~y u. r
GOSTI 3752-:59 (cylindr4 cal ci_,zters) and GOST 8529-57 (facing cutters). It is
.pointed out. that end cutto7!r.,~ -,-:,l.'n irregular circular p,tch reduce vj.brutions
during operation, posseos -,:--,, favorable cutting condition.3 and a higher service
life. The optimum cutt--*n.,- for various metals are indicated. The irre-
Card 112

High-eff"clency A004/A127
,-,,ularity of the ciroular piLch of the layout of b-iis of facing Cutters amounts
0. -s ra:re possible a larger cross sec-lon of cut
to 6 These milling cuttei
it -is zhe case with standard cutters. since they are leZs --Lo.jected to vibra-
t-ions. A detaiied description of the cutting conditinns, f-*L.-.-Lsl-,, etc.
obtained with these cutters is 2reGented. The superior ity cuvters
with irregular circulzur pl-~.oh in :-,-,&chining ferrous and nonferro,.~6 ~;,,etais ove.,,
standard cutters is prove'i a number of tables and grapps. The geometry,
nur;ber of tee-~hl opt:.;,,-a:: cutting conditions, e,.-,,-. of thrxee-sJded disc, ci~t-
L
terz~ with irregular pitch form., the subject of the final part of the
article. There are IC, Z -,ii-,d 9 tables.
Card 2/2

KARASEV, -Vladimir' Yakumovicbs,, Geory Sotsialistichaskogo Truda;
S111FRIN, Abram Shmerovichj, kand. tekhn. nauk; HADELI, A.G.,
FUGER) D.P., red. izd-va; GVIRTS, V.L.0 tdkhns red.
(Efficient machining of metals with cuttets of irregular circular
pitch; survey] Proizvoditellnaia obrabotka matalloy frezami s
neravnomernym okruzbnyz.9bagom; obzor. Leningrad, 1961. 98 p.
(MIRA 150)
(Metal-cutting tools)

KARA'S'EIV, _3[.jp,,_Geroy Sotsialistiches--cogo Truda
~,Tnt a guest, but a master of production. S,,-T. profsoimy 2" ~,,o.:.2_aj5-j?
7
I JdWA62. UALE1, _L5.6)
1. Predsedatelt Leningradskogo soveta novatorov.
(Leningrad-14etal cutting--Technological innovations)

KHVOSTOVAV D.M., red.; ANDREYEVA, L.S.,
teklm. red.
(Such workers are we; notes of a worker in the Kirov (former
Putilov) Plant] Takovy my - rabochie; zapiski rabochego Kirov-
skogo (byvshego Putilovskogo) zavoda. Moskva, Profizdat, 1962.
486 p. NiRA 16:6)
1. Rabochiy Kirovskogo (byvshego Putilovskogo) zavoda (for
Karasev).
(Leningrad--Labor and laboring classes)

nRASEV, YA. F.
M AIM A WOOP WORKING
ELEQTIUq HARD FAJOING OF_Eg2gH
TOOL,F) M) SAPOT, N.P TMIN, AM YA. F. KARASEV. (AVTO.
X-,, ) (Ingissian) Success ful
1)P,Li). 1949, No. 2, pp 6 28
hr-rd facing of punches with alloy steel was car ied out
in tipeci 1 graphite or comer moulds surrounding the pre-
7oare& end of the tool. Covered electrodes were used, the
~eldlng_ current being 45-50 amp/ /per millimetre of the core
diameter. Mechanical working of the hard-face was carried
out after annealipz. and the motal was then hardened. Sk
.4

MINKINt G.N., dots., kand. tekhn. nauk; PERE'TRUMIN, N.A., st. nauchnyy
sbtr., kand. tekhn. nauk; KARASEV Ya M dots., retsenzent;
KASATKINI A.I., inzh., retLse-nz-e_nf,-__"__ N., dots., retBenzent;
YERMAKOV, K.A., red.
[Fibadbed construction in permafrost regions)Sooruzhenie zemlianogo
polotna zhe.Leznykh dorog v raionakh vechnoi merzloty; uchebnoe po-
sobie po kursu "Stroitel'stvo zheleznykh dorog" dlia studentov
dnevnogo, vechernego i zaochnogo obilchenlia. Leningrad, Leningr.
in-t inzhenorov zhel-dor. tran-3porta Ini. V.N.Obraztsova, 1961. 61 p.
(MIRA 16:3)
(Railroad engineering--Cold weather conditions)
(Frozen ground)

VORONOV., M.A.; K140RUZHENKO, M.V.; KARASEV, Ye.A.; BELYY, V.A.;
. LIVSHITS,- G.A.; VOROPAYEV U.I.; GONSKIY, G.V.; MEL'NICHENKO,
T.P.; MOLCHANOV, M.k.; GLYBIN, B.V.; NAVAGIN, Yu.S.; RAKOYED, A.I.;
PETRIKOV, V.G.
Soviet inventions in the machinery industry. Vest.mashinostr.
46 no.lt85-86 Ja 166. (MIRA 19:1)

TARASOV, B.F., inzh.; KARASEV. Ye.M.-
14comotive scAles using magentoieoilient traneducers. Trudy LIIZHT
-no.175:138-146 161. (MIIIA 15.-12)
(Railroads--Equipment and supplies) (Scales (Weighing instruments))

4 A P1 ', C-- U Y ~11 - f,
K&RASRV. Te.P., inzhener.
Steam-gaa turbines with a 15,000 kw capacity. Energomashinostroanie
3 no-9:45-47 S '57. (MIRA 10:10)
(Steam turbines)

Ansh.
Experimental Studjr of marine boiler gas and air channels by, means
of a model. Sudostroenie 23 no.12:20-24 D 157. (MIRA 11:2)
(Boilers, Marine-Modele)
(Gas flow)

KARASRV, Ye.P., inzh.
..
Experimental investigation of heat loss and resistance on
convective surfaces of marine boiler models. Sudostroeuie 24
no.1:27-31 Ja 158. (MIRA 11:2)
(Boilers,
(Heat--Transmission)
Marine)
(IngIneering models)

v
- Q.RA SE- , Ye. P. , kand. takhn. nauk
Special characteristics inthe use of marine boilers by the
American Navy. Sudostroenie 26 no.12:60-63 D '60.
(MIRA 13:11)
(United States-Havy) (Boilers, Marine)

IMAM
f ho;-., L r~i Aor i" %c-i. 'I t,rs 11 It' n a t

J~RASEV,._Ye.P., kand.tekhn.nault
Convective heat exchange in combustion chambers. Sudostroenie
29 no.2:29-33 F 163. - (KtRA 16:2)
(Marine engines) (Heat-Convection)

ew v Q
Bes(-,.. truda v
i ) r --i vY,,
un! -3 to U ii
V llj'~,-,,,

KOZELEMYAKIN, V.A.; BE NGARD,, A.B.; FILATOVA, N.A., Prinimali uchastiye:
KHAZANOVA, T.I.; 14W- _Yu.V.
Parification of'titanium, tetrachloride from zirconium iron and
aluminum chlorides iA -the chlorination proceso of titanium-
zirconium concentrates. TSvet,met. 34 no.9:70-74 S 14.
(~O~RA 14:10)
1. Gosudarstvennyy nauchm-isslodovatellskiy institut red"
meta~ov.
Nonferrous metals.-Y*tallurgy) (Chlorination)

AN,
03 f a I as it it II as it III lilt 11,11

9
a I T
V k
A
&
L
P
L 119 nj*b 16 v )11 .10
JL AA so Cc W It
J
J
J
-
V
-
-,1-
-
A __
_
__

~'
Tltmpefaaa viscold fliactor of lubdutisaX oills. A. KA�tA%KVA ANO S. ()BN%Alv-
'
=
~

0 A --The temp.-vivosity factor
ClIlKov. Gr 1, No. 8-10, irJ-.1411k31Y
0
66 Nf talk
7
x
In,
s
ulpon their chern. clmnpn. Oils which Wr subjected to hish
of wicating oils dclien 4
1
0 C
D

emps during refining change their chem compla. in a wav that affret- the factor tatt-
-
0
favtwal,ly A. A 1knummom

0 ZOO

Jo III

!iA -0
to goo

pol
&ITAttUPGOCAL LITFRAT"t CLASUPICATION

t*,tovu - 4.1
__
_
'
_
_ .110-t Ov.
- -_
-
-
-
-

-
T
T
F
'
,
'
I
T
0
U
il ~
11 It Its og waitill K99" Ilm
% ; ' a7
V
J
7U
RW n I go
00 0 o 0
0
0 00
0
0
0
o
ro O
0
0 41 9
o

0 0 0 0 0 0.0 0 a 0 00 0 00 0 0 6 0 a 00
0
0 a 0 A I

will AND WDW46141 ~"I.
is
loom
too t

(be
w#A Ow rwd&-
Adladdhi6 &.N.010 wA L A. KA"vL
JAawk, 194 75 W.

of

416.11LA ARTALLMICALLMAPATWICLAISVICCATAP
%A069
ti- logo "Lo 0MV 01
I's a # I F
6 tw 11 K 0 1 v IR I
a a
ZOO
lee
lee
*00
-00
coo
goo
zoo
coo
Ab*
coo
lee
-00
LO 0
bee
goo
0 0 *08060946909*
000000000000000069116 64 0000001000090969*000

13 U th is It 16 31
I I I to n U
two L a 1, a - k-j-
4 -T coot Pt
RCICIll
0 0 0 0 0 0 0
V b 36 b is It U 33 It X 'A V Is M C 41 42 As U 42
I V 7 W M W-n b -& b~ -!k T t-- A- --1-1
-.0 -CF.,
..-N.
-00
-00
-00
00
-00
000
zoo
000
ro 0
00
to 0
1"::99
Re"s of Grormul was-fteo crude-on Piniducts with alty. A~ KARASVVA AND F.

3
A90111. j:"b4jdh4 koe NrftYaxof KhPz)mIsttw 1932~ %*o. 12. 77 K.1 - R filling with
c
;
7
DO t I
1
vSO, and clay yid,1
,
lore stable pfctdtjct~ t1lan, the Ple'rut 111,11lowl 4 "'fining will,
M 0 If,.';O. and 14.01, The a%13 content is (ircmased. dCunlitsibility unpructcl. anti J,rscs
arr lowered. V61i

the exception of cYlinder stock%, the If
not
rrinave the napbthenic acids trout the cit. -c% it,
Ca(011 1,
,
10 #
s a%hcontcnt, NaPhil henic acids can be removed by t fir follow j iig turthods
'
7 (1) heating
i
410 Z the %pindlit-oil distillate More "fitting with 5' 116.
Nailll at;1-4 atum ((fix., tuo pit-VrIlt
-
offosion of ejuilittlent front naplithenic avid-). (21) treating inatout before vacullin
:
fintri. with 40 116. NaUlf and wpn. 0 caustic in the %till (improv" Ow %lability of
distillates, prevents corrosion of the vacuum unit, but d(n-s not rwrinit the rrrti%rry of
naplIthenic scids and may affect the qu-ility of aqphalt); still (3) heating the crude (III

41 with 2-3' W. NaOlf at 3-4 atims, and SAI-W (naphilicnic acids are rrcovrrrd und

00 corrasion of dism. equipment prevented). Acid refining of paraffin-h4w bright st.wL%
darkens the oil and results in exceptionally high irraling lc~w%. Sati,factoryb1cachnig
00 clay* for contacting mls are found inSertiovixisk. Nal'chiL and Syuil-Kortov (somewhat
V. A. KAI IVIISVNNY
Of Arl
A sCIALI.IJIGICAL LITINAIVII CLASSIFKAMN
wosq .4
A
U It AT 00 41, 0 It atilterm Kai(* KU- H-
0 0 0 0 0,;o 0 0 0 0 0 & 0 0 0 0 0 0 0 0 0
rod
4poooffiee0oo4poeogoo0000000~0000006000000000999:
ZOO
1100
00
tloo
too
~o 0
all L I I W 0 0 6 1 If IN 5 0 3 4
n I to
q 0 o 0 0 0 0 0 0 a 0 a 0

0 a o 610 Wee 0 0
1
S It I 1 13 it 12 11 W is L6 it M J9 I v1 zi a a 'I A J, I,
Y - I -
A a$ r Q X i. IV It
M P 4 1. 0 1, Jj .1 0 a r
A Dtw&XWS Grainy brisif witodLa ftom joiaffialt cruds oil bj filtration with powilatria.
AA, Narawya, A. %'it. Ganchikovs aild A. I,Wtalua- AM-n-v Kii-mun-tro 34,
*
off The otmir was heated W 100' slid wi%rd with ilir talli-rnt,
tile litialt.
'
'
temp. twir%S 40-S
lit conlinji wax done at an hootly watt, it( to l.". A% a.at as
, I
'
4): tilt ta,tup. was below ~ - 16
ow - 3W, F.Yomlet was Itittodumd wto the iv.i%ev Vud tilt
i
i
fi
d

V m
x
nue'
tts ox1
for 15 into. before the filtering operation wass started, The filtration
was finisthed in X) win. with kiewiguhr from Faivan, moric time was cuisursed when
pions" %tivir, junibrol. Oi4rarcial var qu&IU was anted. Ile airwaking w#A caurml out
with treated and untreated brisitit attacks fritim GFomy mized-baw cartule oil with white
*
'
t b. [.%-2tKj
ill
as writ as visplithii b. HO-170
in the pirotiortion 1.3 (by wt.). An
M
with a lowr pour point wail obtained fixam refined than ("it unirfined bright stock.

a In the dewaxing of machine oils and othir ptoducU, the oil-oolvent eatit3 was 1:2 and
i
1:3byval. Up to 20% guinbirin and kksclgubLr was uwd, and the filtration wvs canied
o out in two operations. On loweirinif of the temp. to -10* the filtration prmeedl]
vaJ,,wir and the 1votir point wu then 10-17' alwvr the chilling terlial. 510P wax
'
il

00 wital d
d. 1:3 and filtv"A in the pmence of 21)r-,
of kirAvigular Vielded an oil with
Tile cake ol-tah"I after tile filitatiou
of bright shicks with '.'Va of kicwi$uhr voiWmrd of a n3io. of 1witulatom juitt kl,wl~
tube 47:3) and the &no. ~)f naphtha in the cake was W%. The yield of dry twtrolatuin
the original
was on
oil. It bad a ru. p. of 66' and a penetration of 114,
A. A. K~htliazk
'It
a IV 40 Is It q a it ti It P1 It I it
go ~01130,
0 0 C 0, a 0 0 0 0 o 0 4 0 0 a 0 *
-06
go
to
ZoO
!zoo
0
00
a I
~10

*:*of***** 06 0 000 ft 4 0 0 0 w
0, 9 0 0 0 4 4 60*06 &f--: 4:* ***# *4 *0044 oo:,w
M.-m- mmIl_;_ U441,96, *.41
I v fl u u milld like Its all Va 142 JIM almodl 0,1344 0 0
A .-_r fj_X_J_j_U I A I I AA -11-
f lee AND 0.4-rc &1- 0
P&OCCISIS -V -OC11.145 1-tIll
motbods for dowaxing and T!AAWS missrsl 001-
A. KWAWM. Cyostmlikil Niftyawsk 4. No. 1. MAN
(M-M)~A review. A. A. Bothdinsk
:4 4
00 3;
00 .1;
90
IV coo
'00
coo
is Is,9 zoo
94 0
t:l 0 0
J00
no
ASR.Sk.A "IALLUNZKAL 1.17111111,01 CLASWICAlko"
-..- - -- --.- 1 --.1. -1- - - -,- I
BIG., 11"4114." - 114., NO.O. its 0
1 -T- ii-
041004 -1, $11"ll(Nq . I I aw
t 6 1 1 Q a V I 'A AllLS I OW 0 1 a IM I a
u 0 4v 0 "IV C, a 1, to ',a I 'I ". " - V
0 A It It KLO I VA
0 6 0 0 100 0 0
oo o a q *1* 0 0 0 60 Is o 0 09 go* 0-0 * 0-0 4 & 0 o 0 * 0 go : W: *** :

USSR/Chomical Technology - Miei:dcal ProLlucts and Their 1-13
Application. Treatment of Vatural Gases and Petroleum.
Wtor Fuels. Lubricants.
Abs Jour : Referat Zhur - Khimtya., No 4, 1957, 12974
Author : Zherdeva L.G., Karaseva A.A., Vozneseaskaya Ye.V.
3 -
Title : Oils from Easter-i~i ~--Raining Petroleum
Orig Pub : Khimiya. i tekbnologiya topliva, 1956, no 10 50-57
Abstract : Detailed investigations of Tuymazinskaya, Stavropol'skaya,
Bavlinskaya and RomEkshkinskayr- petroleum of Devon-Ian de-
imits, as raw mterials for the production of oils, as a
result of ~diich it was found that as concerns yields and
petroleum is the
quality of the oilsthe Taymazinskaya -
best. The principal component part (50-60% and higher)
of the oil fractions of sulfur-containing petroleum ".s a
complex mixture of aromatic hydrocarbons and S-compoiinds
of different structure and properties. As a result of
deasphaltization with propane (of not Iess than 9% ,
purityi,
Card 1/2 - 258 -

URASEVA, A.A.,; ZHEDRDEVA, L.G.; VOZXESENSKAYA, YO.V.
MCMMMNK
Froduction of lubricating oils from eastern fnilfur-be 4
(MI,A larin~
crudes. Trudy VNII NP no.7:9-19 '58. 2:10)
(Lubrication and lubricants) (Petroleum)

KIYASEVA, A.A.; ZHBRDEVA, L.G.; VOMBSENSKAYA. Ye.V.
~-a - - -, FL~Oi-ff ~--WTJMOM R
.4~A
Paraffins from eastorn oulfur-bearing petrolnum criides. Trudy
VNII NP no.7:109-317 '58. (MIRL 12:10)
(PetrolAum-Refining) (Paraffins)

KA,R,,A,.SEVA A.,A., ZHMDEVA. L. G.. VOZNESERSKAYA, E. V., ALTSHULER, A. E., KROL, B.B.,
-,dR-DCIIKO. D. 10-0 AKIYOVO V. S,O MIKHAYLOV. R. H.. AGARINOV, A. V., DRUZHINW, A,V.
"Production of Lubricating Oils and Paraffin from Sulfurous Oils
in the U55R."
1-1
Reportt.su tted at the Fifth World Petroleum Congress, 30 NRY -
0
5 June 1959. Wev, York City.

'2 c'_
s/o65/62/ooo/oo6/002/007
E075/E136
AUTHORS: Gubenko, I.B., Karaseva, A.A_~,_ and Chernozhulcov, N.I.
TITLE. 'nvo-stage deasphalting of vacuum residues from
Eastern crudes
PERIODICAL: Khimiya i telchriologiya topliv i masel, no.6, 1962,
15-17
TEXT: A two-stage deasplialting process was used to produce
viscous cylinder oils. The process was carried out in a large
pilot plant including a countercurrent column of 75 nun diameter,
height 6.3 m. Ratios of propane to oil volumes used in the first
stage were 7-3:1 and 13:1. With the use of t 'he-two-stpSe process
the yield of the deasphalted residue increased by 30-110"".)~ for. the
vacuum residues from sulphurous Eastern crudes and by 15-20,,* for
the residues with low sulphur contents. All hydrocarbon groups
in the oil deasphalted by the two-stage process have higher
viscosities (from 20 to 62 cs at 100 *C) than the corresponding
hydrocarbons in the single-stage deasphalted oil (from 12 to
46 cs at 100 *C). The-aroinatic hydrocarbons in the latter oil
Card 1/2

Two-stage deasphalting of vacuum .. S/065/62/000/006/002/007
E075/E136
bave lower viscosity indices (10 to 20 units) than the oils
after the two-stage deasphalting process. The oils contain
48-52,~.;' aromatic hydrocarbons with n2o 51, compared with
D
20-26"a for the oils obtained with the single-stage deasphalting.
The viscous oils (37 cs at 100 OC) from the sulphurous crudes
had better anti-wear and'load carrying properties than the oil
n -28 (P-28) from Baku crudes.
There are 3 tables.
Card 2/2

GM,,NKO, I.B.; KAAASEVA, A.A*; CBMICZHUKOV, N.I.
Two-stage deasphalting of tars from eastern crudes. Khim.i-
tekh.topl.i masel 7 no.6:15-17 Je.162. A -
(MIRA 15: 7)
(Petroleum-Refining)

YLARASEXA, A.A.; RO',ZIZHTEYII, M.Z.; YAKOBI, F.S.; NOVAKOVSKAYA, I.V.
Effect of hydrodynamic factors on the operatic efficiency of
a packed plaenol extraction column. Khim. i tekh. topl. i masel
8 no.7:48-52 J1 163. (MIRA 16:7)
1. Voesoyuznyy nauchno-isaleodvatellskiy institut po pererabotke
nef-Li i gazov i polucheniyu iskueatvennogo zhidicogo topliva,
(Phenols) (Packed towers)

KARASEVA, A.A.,- 190VAKOVSKAY.A, I.V.; RMLENS11TEYN, M.Z.
Analysis of industrial data on the extraction of oil fractions of
paraffin base crudes with phenol. Mlim- i t8k~- tOFl- i masGI 10
no.2:21-24 F 1065. (,MIR,4 28:8)
1. Vseso:ruznyy nauchno-issledovatel'okly inst-Itut po perarabotka
nefti i 17azov i poluoheniyu iskusstvennogo zhidkogo topliva.
D -

KARPLEVA., A.F.i AGAFONOVA, T.D.; KALININA., O.M.; CHADAYEEVA, Z.N.
Specialization in the manufacture of technical rubber goods
is the most important problem. Hauch. i rez. 24 no.8-46-50 '65.
(MIRA 18:10',
1. Nauclino-issledovat.ellskiy institut rezinovey promyshiennosti.

KARASEVA A.F.; KORENIKOVA S.Ya.
.0
Production cojits and profits of the plants of the Industrial
Rubber Industry during 1962. Mauch. i rez. 22 no.12t4l-43 D t6-2,0
(~11RA 17;9)
1. Nauchno-Isoledovatel'skly institut rezinovoy promyshlennosti.

KARASEVA, A.F.
Labor productivity and waffa in the RTI nibber plants during
1962. Kauch. i rez. 22 no.80&,39 Ag 163. (KIRA 16:10)
1. Nauchno-issledovatellakty J.nstitiit. pm7n,,~shlennosti.

KARASEVA, A.F.
Principal technical and economic results of the work of the
Industry of Industrial Rubber Products during 1962. Rauch.
i rez. 22 n0.10145-49 0 163* (MIRA 16:11)
1. Nauchno-issiedovatellskiy institut rezinovoy pronVshiennosti.

LMSWA. AeF
-Efficient methods of planning the production of molded
industrial rubber, goods' Report No.~: Now methods of
determining the product;on capacities, and the extent of
their utilization based on a now planning units Kauch.i
rose 19 no.i:35-4o Ja 16o. (MM& 13:5)
1. Nauchno-iseledavatellskiy institut resinovoy promy-
shlennosti,
(Rubber industry*-.&Iquipment and supplies)

SH:JM, A.D,.; KAILLSEVA, A.F.;Z:9D.Aff0VA, L.A.; LEBEDEVA, Ye.p.
Technical and economic indices of the operation Of Dlants
manufacturing technical rubber goods in 1959. Kauch. i rez.
19 no.8:38-42 Ag '60. (MLRA 13:9)
1. Hauchno-issledovatol'okiy inetitut rezinovoy promyshlennosti.
(Rubber goods)

SH& H. A. D. ; ZHDANOVA, L. A. ; EARAWA, I A. F.
Industry of rubber goods for engineering uses in the first half
of 1960. Kauch.i rez. 19 no.12:35-39 D 160. (KCRA 13:32)
1. Nauchno-issledovatellskiy InBtitut rezinovoy j)romyshlennosti.
(Rubber goods)

YARASEVA, Anastasiya Fedorovna; BORODKIV, I.A., spets. red.;
---'--'ZAV"YALOVA, A.N., red.; GMSIMOVA, Ye.S., tekhn. red.
[New method for planning diversified article production)
Novyi metod planirovaniia, mnogonomenklaturno o proizvod-
stva. Moskva, Ekonomizdat, 1962. 93 P. VOIIIIRA 15:6)
(Factory management)

SHAM P A. D,
j_NkRASEVA F.; Prinimali uchastiye. ZHDAHOVA, L.A.;
,_A_
.NGVOZHIIA)VA., N.G.; LEBEDEVA, Ye.P.
Technical and economic indices of the rubber goods industry
for 1960. Kauch. i rez. 20 no.9:41-45 S 161. (MIRA 15:2)
1. Nauchno-iseledovalvellskiy institut rezinovoy promyshlennosti.
Rubber goods)
bber industry--Labor productivity)
t

KARaEVA2 A.F. ____
Production costs of articles in the industrial rubber goods
' (MIRA 16:2)
industry in 1961. Kauch.i rez. 22 no.2:39-42 F 163.
1. Nauchno-issledovatel'skiy institut rezinovoy
pr9mlyshlemosti. (Rubber goods-Costs)

KARASEVA. A.F.
Operationa of the technical rubber goods industry during 1961.
Kauch.i rez. 21 no.8:40-44 Ag 162. (MIRA 1615)
1. Nauchno-issledovatellskiy institut rezinovoy promyshlonnosti.
(Rubber industry)

BWAYEVSKIY, A.P.1 ICARLSEVA, A.F.j PRIKLQNSKAYA, N.V.
State of the industry of industrial rubber goods five years after
the May Plenum of the Central Committee of the CPSU held ir 1958.
Kauch. i rez. 22 no.521-6 My 163. (MIRA 16-7)
1. Nauchno-issledovatellskiy institut rezinovoy promyshlennosti.
(Rubber industry)

KARASEVA, A.F.; GULYAYEV, P-N-; *LEBEDEVA, Ye.P.; NOVDZFnOVA, N.G.;
KORENIKOVA, S.Ya.
Establishing new prices for-the production of industrial rubber
goods. Kauch. i rez. 22 no.6:44-47 A 163, (MIRA 16-.7)
1. Nauchno-issledovatellskiy institut razinovoy-pronyshlonnosti.
(4ubb~r goods-Prices)

,
'
O

.0g
V 0 0 0 0 0 0 0 0 0 0 0 0 0 0 000 () 0 0 0
64
s 0 o d' o 0 a 0 0 0 4 0 6
16 1) is it jo 21 '11 a p D )A it ?p J, j 1 11 It J4 )I )t lyaIfAit

a j
1
0
0
N ".
1
0
0

0
* use at puts :ptwjt cultures ana tactm orsmams in
J'alladin
A. 1. K jxa~
N
V
o flow dou&
d
f

; ..
.
.
.
,
ermea
us Pr
Ka Schrifteps
d
.4 n
seva a
1~6i'liumistiass. ivalif.-Gr""Jimiudind.
;;fti_4()(jjeLz).-rr= a comprehemiyt: Study of the use
ti ~f lactic acid bacteria in making rYc britail, it is cowludcd
: that Lactic organisms al(xw caamt intluxt 1(tiod &t_1
' -00
and main& to rye dou&h even it ~cwt-M wited strains APO
used. For ferrm:utation of the dmigh tooptimum inidity.
06 Imyrosity and flavor a 11urt veast cultant, must. In intf-Inied
.*0
to aid the jactii., acid lm~fcria- Julian F. Smith
00
00

7.
j
lee
00 L 4 SEIAIL~VO"_Ak itiEwLi,t cLA,siricayic~ -00
00 S 0
J
VE w It 111
M
* 0 0 0 6 0
13 411
0 0 * 0 0 0 0 0 0 0 0 0 0 6 & 6 (p
a 10 0 0 0.0 0 0 9 0 0 9 0 0 & 0 0 & 0 a 9 4 0 0 0 0 * 0 0 0 0 0 0 0 a 0 0 0 0 0 0

NOVOTELINOV9 N,V,, doteent, kand.biOjOgiCh8Bkikh nauk; YBZHDV, I.S.,
kand.tekhn.nauk; RAPAUVA, A.I., inzh.; ZVIGUR, Te-S., inzh.
Biological stimulators of barley corn and ways of using
them in the food industry. Trudy LTIKHP 13;7-16 '57.
(MIRA 13: 6)
1. Kafedra mikrobiolo,-,ii i biokhimii Leningradskogo,
D
tekhnologicheskogo institnta kholodillnoy promyshlennosti.
(Barley)

30997. KAFASEVA, A. M.
Profilaktkia grippa v lechebtiom ychrezhdenii. Med. sestra, 1949, No. 91
s. 27

ussr'/C-ult
1A1.7
;Jhs J)Ur
la7CL 1c) r
s
.'Y and L~
Cl"I C.A.-
Turf-!~o,,~-.:.,.Lic Soils
ori':' -lub
Abstract aJo'Gract.
Card- 1/1
ICAUSEVA,, A. N.
desinfektsionnLkh kamer Ot al., Allbom, chert h
iO sheets-IjS-,f bun Of D"awings Of DisinfeetTo-a-T~am_ersezVedgi7,,
The album gives schematic dr
awings of disinfection chambers produced to
me8t local co-dditions. Brief technical explanations a
with instrctibfis for work with disinfection chambers. are appended,, togeth r
Intended for disinfection PhYsitians, epidemiologists, disinfecting in-
structors, workers at sanitary-ep~demiological stations,, and engineers in
sanitary technology.
S01 U-6472, 23 Nov 1954

KARASY-VA, A.N.; AFANAS'YBV, D.S.; KHOKBM V. A.S.
U
Investigation of epidemiology of dipbyllobotbriasis In
Astrakhan Province. Med.paraz. I paraz. bol.24 no.3.-253-
255 Jl-8 '55. (MLRA &12)
1. 1z Astrakhanskoy oblastnoy protivomalyariynoy stants1i
(glavnyy vrach. P.S.Yegorova)
(TAPAtOR14 INFHCTIONS, epidemiology,
diphyllobothriasis in Russia)

HIMLISON. G.A., doktor meditainskikh mauk; MAMA, A.N., inzhener
Shower bath in the yard. Zdorovle 2 no,6:32 Je 156. (KLRA 9:8)
(SROWU BATHS)

URASNA, A.U.,; HIKULISON, G.A..; SUBBOTIN, A.A.
Search for disinfeetion methods using ultra-high frequenc7 currents.
Zhur. mikrobiol.,. epid. i i=un. 27 no.1:88-91 Ja 156 (KLBA 9:5)
(RLTZMCITYOI
ultra-highfrequency currents, disinfect. vith (Rue))
(AMISMIS AND ASMIS.
ultra-high frequency current disinfect. (Run))

KARSHIMA, L.Ye.; KARASEVA, A.B.
Several cases of strongyloidosis among inhabitants
the Volga Delta, Kedparaz. i parez.bol.supplemont
1. 1z kafedry gigiyexW Astrakhan8kogo meditsinakogo
(VOLGA DSIMA--MMTODA)
of a village in
to no.1:66 '57.
(MM 11:1)
inatit-dta.

--XMSRVA, GULIGAZOITA, M.P.; SKVORTSOVA, V.G.; YAGUDINA, A.Kh.
[Aeceas-ed]
Rpidemiology of diphyllobothriavis in Astrakhan Province. Ned.paraz.
i paraz.bol. 26 no.6:708-710 X-D 157. (MIRA 13:4)
1. Iz parazitologicheskogo otdola Astrakhanskoy oblastnoy sanitarno-
epidemiologichaskoy stantaii (glavW vrach I.I. Troitakiy, zav.
otdelom P.S. Yegorova).
(ASTUMLN PROVINO,I-WORMS, INTESTINAL AND PARASITIC)

KAWEVA, A.N.; IZVALOK, N.A.
APKD steam-formalin disinfection chamber. Med. prom. SWR 14 no.12:
51-52 D 160. (MIM 13tl2)
11 Men w7 naucbno.-iseledovatellskiy dezinfektaiwmyy institit
i TSSentr4l i~?Ye prdyektno-konstruktorekoye byuro Minioterstva,
2dravoo eniyEL SWR.
(DISINFECTIONM DISDMCTANTS-t3QUUKW AND SUPPLIES)

- lWUSEVA, Anna Nikitichm; MAKAROV, A.G.; FIKHEL' SON, G.A.
[de:ceasedj; SUBBOTIN, A.A.; KARON, I.I., red.
[Manual on chamber disinfection] Rukovodstvo po kamernoi
dozinfektsii. (By] A.N.Karaseva i dr. Moskva, Meditsina,
1964. 207 p. (MIRA 17:5)
1~ j ~'
.i

KAHAIIIEVAP A.N.1 W)ORCIVAl
Treatment iof DJ,kp roe to dlstnfo:5t it 'fr(m v-P
Dinhyllobothrium latum. Med. -paraz. I ioaraz. bol. 34
~L--AP 065- (MYRA JF-.I-,,.)
~. ks- althqzrkar. oblastmya sanitarna-mIdemic I ogfc tie slutv~~
I %.r
stantnip.

TKACM, V,(!,, doktor geologo-mineralog. nauk; TOLSTIKHIN, N.I., prcif.;
PIMIEXER9 Ye.V., kand. geologo--.,:.int3ralog. nauk, mladshiymauq-hW
sotr:; YASNITSKE(Ap N.V.9 mladshiy nauchnVy sotr., khimik; tUTIKO-
VA, A.I.s, m1adsh:Ly nauchnyy sotr., khimik; SHOTSKIY; V.P., kand.
geogr. naulk; ORD)VA, L.M.-A atarshiy gidrogeolog; STEPANOV, V.M.s,
kand. geologo-mineralog. nauk; VLASOV, N.A.9 kand. khim. n%ik; PRO-
KOPINEV, B.V., kimd. khim. nauk; CFOWSMq L.A., starshi-y prepoda-
vatell; PAVLOVA~ L.I.9 starshiv, prepodavatell; Prinimali uchastiye:
IVANOV, V.V.9 kmad. geologo-mineralog. nauk; YA-IOTSKIY, L.A.p kand.
geologo-mineralog. nauk; KARAS-vVA,,.A.P.F nauchiVy so-LV.j-AF4TYUNYANTS,
R.R.9 nauchnyy sotr.; ROMANOVA, E.M., nauchwjy sotr.; TRUDIUK, P.I.,
starshiy gidrogeolog; LADEYSHGHIKOV~ P.I., starshiy nauchrqy sotr.9
kand. geogr. naWc; LYSAKv S.V., starshiy laborant.; KRUCHININA, L.Yu.r
laborant; SWENOVA, Ye.A.y red. izd-va; BOGHEVERp V.T., tekbn. red.
[MIneral. waters of the southern part of Eastern Siberia) Mimerallnye
vody iuzhnoi chasti Vostochnoi Sibiri. Moskva. Vol.l. [Hydrogeolo
of mineral waters and their significance for the national econom7F
Gidrogeologiia minerallnykh vod i ikh narodnokhoziaistvennoe zna-~e-
nie. Pod obshchei red. V.G.Tkaehuk i N.I.Tolatikhina. 1961. 346 p.
NLU 14.8)
1. Akademiya nauk SSSR. Sibirskoye otdeleniye. Vostochno-sibirskiy
geologicheskiy institut. (Continued on next card)

TKACHUK, V.G.-- (contiiyied) Card 2.
2. Vostochno-Sibirskiy geologicheskiy institut (for Tkachukq Finneker;
Yasnitskayag Krutikovap Lysak). 3. Institut geografii Sibirskogo ot-
deleniya Akademil nauk SSSR (for Shatskiy). 4. Chitinskoye geologiche-
skoye upravleniyo (for Orlova). 5,. Sosnovskaya ekspeditsiya Mini-
sterstva geologii i okhraxy nedr SSSR (for Stepanov). 6. Irkutskiy
gosudarst7ennyy imiversitet (for Vlasovq Prokoplyev, Chernyshevp Pav-
lova). 7. Daningzadskiy gornyy institut (Tolstikhin). 6. Gosudar-
stvenriyy nauchno-issledovatellskiy instit;ut kurortologi:i i fiziote-
rapii (for Ivanor, Yarotskiy? Karasevag Arut5mWants~ Romanova).
9. Irkutskoye geologicbeskoye upravleniye (for Trofimuk), 10. Bay-
kallskaya limnologicheskaya stantsiya Vostochno-Sibirskogo filiala
Ali SSSR (for Iadeyshchikov). 1-1. Otdel ekonomiki i geografii Vostochno-
Sibirskogo filiala AN SSSR (for Kruchinina).
I:Siberia, Ea stern- 4t iner al waters)

KARASEVA, A.F.
I... Now data on carbonatd springs in eastern Transbaikalia. Geol.
i geofiz. no.5:68-78 163. (MIRA 16:8)
1. TSentrallnyy nauchno-issledovatellskiy inatitut kurortologii,
14oskva.
(Transbaikalia-Mineral waters)

. V.N.;,.KkRASEVA, A.P.
Conditions for the formation of deposits of carbonated mineral
waters. Geol,i geofiz. no65:132-135 162, (NIRA 15-8)
1. Vsesoyuzn.,ry nauchno-issledovatellskiy institut prirodnykh
gazov i TSentrallnyy institut kurortologii i fizioterapii, Ibskva.
(IL,neral waters)

YL
111111;~~-,.-,(-- M.

S/020/62/147/002/014/021
B106/B101
AUTHORS: Nikolayev, A* V,, Corresponding Member AS'USSR, Mironov,
K. Ye., Karaseva, E. V.,
TITLE: The reaction of tri-n-butyl phosphate with nitric acid and
water
PERIODICAL: Akademiya nauk SSSR. Doklady, Y047, no. 2, 1962, 380-383
TEXT: Specific gravity and viscosity of the liquid phases of the systems
tri-n-butyl phosphate (TBF) - HNO 3, TBP - H2 0., and TBP - HN03 - H20 were
studied as a function of the composition so as to be able to predict the
reaction of the TBF with HNO 3 and water. .1) TBP - HNO 3 system: The curve
of the specific weights shows no particular points. The curve of the
viscosities at 00C reaches a maximum for a content of 65 mole-% HNO,9 but
at 25 OC this is hardly perceptible. The system is irrational; when the
temperature is further reduced the maximum of the viscosity curve is
shifted into correspondence with a system containing 50% HNO 3' The
Card 1/4