SCIENTIFIC ABSTRACT ARTEMYEVA, O. - ARTMANIS, V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102220017-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2002
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ARM'YEVAI O.A.; MARI'MMO, A.G.; ,1,T-:..'-UHO, 6.1.
Obtaining MS-20 aircraft oil from a mixture of petr~iloums
of the upper Cretaceoue sediments in -the rhechen-InIMA
A.S.S.R. Trudy GrosN1l no, 15:220-228 1631 (KIRA 170)

ACCESSION Nit: Alr4ol6ooz
AUTHOR: ArtQm'YaY4,_0,,, A.; Martyftenho, A. Go; ltepure,$. 1.
TITLE: Production of NS-20 aviation of I from the mixed petralew of the UpW
Cretaceous deposits of the Chechan-Ingush ASIA
SOURCIE: Grozny*y. Neftyanov neachno-losladavatel'skly In titut, Trudy*, no. 15,
1963. Telchnologlya perarabotki ftftl I gam Neftelthimly: (Technology of procassoo
Ing petroleum and gas. Petroleum chemistry), 220-228
TOPIC TAGS: petroleum, avlatforl oil, aromatic hydrocarbom, rof Ined product,
petroleum concentratejpetrolew extract, dsparaffinition. petroleum refining
ABSTRACT: Due to the opening of the Volgogrodskly neftqp*rer&b*tV*vvyushchIv
zavod (Volgograd Refinery), the emount of zhlrmwsk crude (frvM Val r d Wast)
available for the production aviation oil at the Groany*y refloillry will gradually
decrease. The authors therefore experlowtid with the reflnirg of local petroleum
I from new deposits In the Chechen-Ingush ASIA wW Stawropollkray. The yieldso
physical properties and chemical composition of aviation 61), residual oil.
petroleum concentrates, dWeraf f Insted of Is and petrolat4w Frov various soums
In this region art tabulated. TOw rawlts show that N11,40, ovistion oil obtained
,CjbA prof?lslng local gratnen.sk petroleum by the wirrent tschn*1291col methods
TIFT1 -'A 1111111111' 1

ACCESSION NR: AT4016002
corresponds to the specifications of COST 1013-49 for avisthm 911, except that
the density Is 0.897 Instead of 0.895, The chemical composition of NS-20 aviation
ol I f ram this source Is close to that of aviation of I from zhi rowsk petroleum
except that It has a higher content of resinous products and a lower Content of
aromatic hydrocarbons. The sample of MS-20 aviation oil obtalrwd from gromensk
petroleum completed the test In 4 ano-cylinder *Vito (A$hw82F4 cylindsr) duting
50 hours of operation and can be recommended for further tastlig In a full-sit*
engine. Russian petroleum concentrates from verious'sources Irv this region can
be used for preparing residual oils since they contain 3.5*5.V4 residual oil with
a v I scos I ty of 22-38 cent I stokes at I OOC. I ncreased work W th ft"rof f I not I on
techniques and the duosol apperatos Is moMmanilod, Orig. art. has: I tables.
ASSOCIATION: Naftyanoy neuchnowissladavatelskly Institutj 4rcvty*y (Petrolsom,
Scientific Research Institute)
SUBMITTEDs 00
0ATI! ACO JIJ*r^
91CLs 00
SUB CODE: FP
NO AV 16VII - Oak
Mott 000
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ACCESSION NR: AR4025724 8/00$1/64/000/002/1012/"23
SOUP;Zs RM Shimiya, Abse 2PI68
AUTHO~*. Mitrofanov, M. G.; Artenlyeva, 0, A.; Milim, T, A.
TITLE: A study of the oil fraotions of An"taAaa potrolow
CITED SOURCE: Tr. Groantusk. neft. a.-is in-t. vykp. 12, 1963, ~-26434
TOPIC TAGS: petroleum, pe&oloum refinirA An"t"i" cxvdo, eyl-.z&w oil, D-11 ott
TRANSLATION: The column distillate of Anastatian patrols= can 14 used without
purification && cylinder oil, Brand 24. After prolonged aboarptive purificatioh,
55% can be separated as oil having a viscosity ioA4x of 44.7 4ad 6 oolLAfficadon
temperature of 22C, which corresponds to the WST $304-54 for oil. D-11. The res-
idue boiling point exceeds 411c; after absorptive puriftcatilm ard:44paraffinist-
tion of the residue, 14.4% soparatat as an oil with a vtacosity lad** of 70 and &
i;alidification tesiparaturs, of 190. The distiaguishiag, ahstsdWalstic 69 tbi petro-
le= and aromatic fractions of Anase"lan crude isolated frft the coluna distillate
and the residut is the cosiWatively high coattat o9 aplta by*ourbous and tbA
Card 1/2

ACCESSION MR: AR4025724
shortness of the paroffLU GUIM, A04thOtAl OUMMU7.
U= AM: 03Mar", sa FIT" DcZl 00
cwd 2/2
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16(3)
1,UTH6RSi Gulyayev, A. P., Artemlyeirs, S. 1.
TITLM Simplified Kethods of Deterain ing HOsti ig Time of $to *I
Products in Belt Bathe (Uproshch*nayy* toetoly aprodelexiia, Vissoni
nagreva atellnfth lzdoliy Y solyanykh vmnna;h)
PERIODICALs Hauchnyys doklady vysshoy shkoly. Notallurglyat 1959, Mr 2.
pp 103 - 106 (USSR)
ABSTRACT t The thermal trQAtment in a temperstaro-time process. While the
temperatare valaes of the conversion processes are exactly known,
this Is not true for the time valQes. Tho hosting time,40pends
on many factors. Due to the uanifoldn*sp of the best-treatod
steel products, it is impossible to sot up a general relation
between form and hosting time. In the Vresent paper, the heating
times for simple geometric forms of stool vwre determined. For
the total time of husting, the followlog *(.Qatlon in setups
It total 0k + B, A reprosentivg the tino until the attain.ment of
the temperature, prescribed, and D the time vocossar7 for the phase
converZ tons t5lquired, Figaro I shows flis doopondence of the best
conten a / external and internal hardness ot a cylindat on the
f ed
time o vating. For the investigated 1~odijs with 25 an diameter
Card 1/2 or edge length, Bw I minute. figures 213,4, tad 5 show the,

t
Simplified Methods of Determining the Heating Time of "iov/163-59-2-19/48
Steel Produots in Salt Bathe
hosting curves for ball, cylinder and two parallelepipeds. The
formula for the total duration of heating, ot thm basis of the
experiments, is indicatedil min - O.1KXiD + I (D o dismoter or
edge length, K w form coefficient dependi,jig ca tkie amApe of body;
the coefficients for the geometric forms indinated are giv*z is
tables I and 2; X length coefficient dapenl1ag on the ratio
1
- .The formula derived applies to valuom o' D between 10-15
D
and 50 - 70 me. There are 5 figures and 2 tab va,
ASSOCILTION: Moskovskiy vech*rnly zashinostroitellnyy i4int.tat (Moscow Evening
Course Institute for Machine Building)
SUBMITTEDs March 5, 1958
Card 2/2

SMLINIXDV9 Ye.A., lmad.tokhn.gauk; PrinixAU uchaot"
Inivatipting the dsoarbarising action of a biO-tat**fttws
mat both, Metanaved. I terab abr. not. no#3249-56 lir 162,
(K'.Rk l5s2)
1. Voowyuzzqy -wcb9*-lslUdmtel'W%iy iwtrwewAI'Vy
Inoutut.
(Solution (Chemistry)-4%%*)

AIRYNIMWA,, M.N., knW. tdolog. nauk; MUM U.N. p knoW. bid
nauk; ARTENIM--Tgh astoologs GkTuiio
StuViM adl fama. Usbob. rasU ot vM. I bol. 7 mo.9s
"3 3 162. (XW 16sS)
L laborato=poobvWmar mologil U*IqlahookoCo trostitaU
Kasanskago An $wo
(Volp VaUsy-IngdoUp injudme aM boWialaLwCostrol)

STARKOV, I.N.; ARTEM'YEVA, V.A.
%- I"d- --pilm
Accessory pancreas in the stonsch van. Xhi"lia 4) no.3tlO5
Y,r 064, (F mu 1719)
1. Khirurgicheskoye otdoleniya (sev. V.A. Artew#ym) mWitainskay
sanitarnoy. chasti (gl*YW Ymch - saslushemV vrach UkrOSR
K,V* Larlonova) Severakago metallurglahaskop savcda.

6/1313M/000/012/005/006
AUTHORS& Mikhlin2 so Do, FArgtokarat. JM_ lot IRA-ik-2-16 v AUS"71,
JI-P., Qallbr 1. Yeat Shohjrbagift,-.~; . 2., likiforova'o-
T. F.
TITLEs A Method for the Detorminati6n of the TsWoncy for Pore'
Formation in Rubber Mixturoo During Vu~tlnxsl
PERIODICAL& Kauchuk I Rosin&, 1959, No. 12p pp. 23-28,
TEXTs The authors stress the importance of controlling the rubber
mixtures during vulcanization to avoid swelling and the ftroation Wporom
and to ensure the production of monolithic rubber arttolisi+ the Vissen0o
of gases and steam &us to moisture and the wrong compowl.tion of the rubber
mixture can be harmful in this connection. Other **usoe cf pore forwattoas
are listed, The gasomotric method for Is quoted
(Ref. 1). The duration of this motho&p vis* 40 minutes fcr each dietisrai-
nation, renders It unpractical for industrial purposeso The 40grot of po-
rosity is determined by the specific gravity method (140 1.. 2). However,
the specific gravity changes during vulcanization, pitrtict3srly if pore
formations occur. The ratio ot the specific gravities (if 09 vulcomisato
Card 1/4

s/ i 56/c 9/0w/0 12/00510%
A Method for the Determination of the Tendency for Pow* Jormation id Rubber
Mixtures During Vulcanization
and the rubber mixture is given In Formula 1, The relation between the
moinutre of the rubber mixturaq the X valutp issof tho aboyo-sentiorAd
ratio, and the porosity of the vulcanizate was studi,94. The experimenjal
procedure is outlined. The value of K was computed scoording to expe;rl-
mental data. Fig. I shows the instrument used for the dete:rminstion ot the
specific gravity* The formula for the determination of the wpooific gtavily
before heating is given in Formula 2 and for determination iefter heating
in Formula 3, The values of 9 obtained are listed in Table 1. The Authors
used the gasometric method for determining the saisture in the rubber Mix-
tures. Fig. 2 shown the relationship between the value of K and the
moisture content of the initial rubber mixture "oording to the aospositIon
No. 151. The relationship which is obtained is explained by the fact Uat
during the heating a vulcanization under rslativtly har,1 conditions
sd
(temperature 170-180 C) part ot the moisture contained in the rubber *:Lx-
ture volatizese I special method was applied to the 49to.!mination of the
moisture content and the dependence of the porosity on tho K value and the
moisture content in the case of pr*ss-xaldsA Caloshea at %he "Xras"y
Treugollnik" plant. It was applied in production to the control of rubber
Card 2/4

3/158/59/000/012/005/006
A Method for the Determination of the Tendency for Pore Porisation in Rubber
Mixtures During Vulcanization
mixtures used in the manufacture of these overshoes, vhiCh, in turn, wwre
vulcanized at atmospheric pressure and also in the manufacture of heels flor
shaped boots. As many as 89 rubber mixtures were tested In the plant and
the results of the X values obtained are listed in Tatle t. It can be soon
from the table that in order to obtain monolithic overshot* vulcanized at
atmospheric pressure the rubber mixtures mupt be characterized by a ve.140
of Kp-985. The processing of rubber by the "straining" met3tod causes :an
increase in the K value by 15 to 17%, both in in6ustry ani. un4or laborailtory
conditions. Other tests were carried out for the K deters.ination of.rubber
mixtures used in the manufacture of boot heels. The r4sults are given in
Table 6. A linear relationship exists between I and the ronolithic
structure of the boot heels manufactured by molding ao,cording to modern,
standard industrial procedures. The authors conclude that they were able to
develop a qualitative method for the determiiation of the tendency of robber
mixtures for pore formation duting vulcaniz6tionp aM that this tendency
is characterized by the value of K, which, in turn, do,pondo oift the moisture
of the rubber mixture. The method recommended was tsotod In industry on
CKS -60 (SKB-60) and CKC-30 (SKS-30) rubber-based matemials and was foand
Card 3/4

a/11511 59/000/01210!D5/906
A Method for the Determination of the Tendency for Pors ~Orxfition in ftbbor
Mixtures During Vuloanizatioli
to be applicable to the control of rubber mixturesi rhe admAssible minimum
value of I can be made part of the technological roplationo, since it is
one of the indices characterizing the quality of rubber *Ixtur*s, Tho
numerical value of this figure depends on the coaposiiioat prooessing con+
ditions and vulcanization of the rubber mixtures 4Ad in ve,lected each time
according to the composition of the rubber mixture used %nd applicable t
the specific production conditions, There are S tables, 2 figures and V
6 referencest 5 Soviet and I Englishe
1380011TIONs Nuachno-iseledoratellakly institut restiton-kh I Istoken*h
izdoliy i sayod "Krasnyy trougollaik (ftientific-Reseavalm
Institute of Rubber and Wer, W1010-0 And the "KrIgLU
TreugolOnik" FIN'MU
Card 4/4

VAVAMA, L.A.; &RTFM'1.EV.A,j.,V.
Periodicity of change In composition of oils and Cases in
Vevonian and Carbonicsous series In the Sarato VAga Valley
region. Geol. nefti I. gaza 8 no.12s23-18 D 1162. (MVA 1W)
1. Nishnevolshakiy iftauchno-issledovotellskly Iiistitut geologii
I geofiziki.

ARTEM-YEVA, 'V.V.; VAIVATEVA, L.A.
Relation of the compooltion of jIvet oJIS in thIt Velp V&Ilgy
portion of SamtoV Province to the geological condItIono govern-
ing the existence of pool@. Trudy NVNIIGG no.1:58-62 164.
(KM 18:6)

ARTIVIr."IA. V-ya.
Gmplexametric detemination of alminum in weph*tint,4wite
ores ,,.,,.cA nepheline emcentrates. Uve lab. 30 noollf- 4332
1 64 (M:rMRA 111,11)
lo Gosudarstvarmyy nauchno-iseledoratel'skiy inatitut 04%*w
khImicheekogo syrtyao

!:icro)inlo,,y, micro*aes Patha-ezic for 1-:an and
Ani=als. General Problems,
Abs Jour : Ref Zhur - Blologlyal No 6, 1959, On. 24059
Author : Artemlyeva, Ye
Inst : 116dooll Ella0 Ical Institute
Title : Microbe Pollution of Lye Drops Obtaln-)d from
1:08cow 2harwkcieg
Orig Pub : Fauchn. raboty stud. blosk. farmatswirtt in-taj
1957, VYP 1, 99-100
Abstract : The bacterial pollution was studied of 5
uamples of zinc eve drops - a 0.25% s3lution
of "Jite Oulfate G distilled water, the total
nulabor of bacteria in 1 u1 of drops, 1-18
Aours after preparation, fluctuated bstveen
6230 to 10,000 (in one case, tot4il 5rowth): In
two cases, hemolytic flora were d1scovered,
Card 1/2

USSR / lAcrobiology. Ucrobcs Pathogenic for :lsn and P
Animals. General Probleus.
Abs Jour Ref Zhur - Biologiya, No 6, 1959t No. 24059
and in all cases - growth on :ndo';o c-Alt1wo.
The introduction of tho isolated oultAres of
bacteria into Injured sclers of the eye of
guinea pigs induced the developmoat of an
Inflammatory process. -- V. V. Vlodav3ts
Card 2/2
35

ARMITVAP TeNT
-Sat- I-o-a --- of--d-ormistological serylos for ohMirem ot lshsvmk~
Testederm I Irene 32 fto,,400661 A-4 050 (NrAA Uslo)
lo Is kafedry kDabi*ih i venertebsekikh bolmamV (Now. - dotgo-
1H.1o Yandayov) Ishevskogo maditsinekoCo Instibuts. (d1re - prot*
Wo Rupasor) I detskogo pollklInlobeekop ob*lvwMm#j%lr* lo*2
Postukhovskogo rorove go Ishavska (g2avW virseh C*Vw *11tanovskly),
(8M3 DMMMMo In info & chI2A
prey, A ther, In Rusla 6))

ARTVIYVA, T9.T,
di;~raitTe results from treatiog Iq*tIp with a synthoWain swalvion
&M yellow marcury salvep Tost.darm.l Von. )3,40.3188 5-0 159.
(KINA 1312)
1, Is Imfedry kosbvqft I Yeverichookikh boleswV Ishe"Up aft-
toluskogo iustituta i detakogo polikliulchsskogo~ 08yodiusaba No.2
PMtukhowskogo rayeas, g., Isheysim,
UNMI00) (WOOMWIN) (XIOW-MUMIC Vol)

FASEMY, L.I.; ARTEKIMA, Ye*T.
Treatment In Woseo of Uw scalp with 4% spub iassftro
Test* dome i yon* 37 vio*WS-W F163a (M 16810)
1. Iz kafedry bolozney (Zav. - doteent LelolwAsyer) bhovsko-
go moditsinskogo institutse
49-

ARTEMIYEVA Te T
Late results of treating patients with trichooWcoals with a
4 percent spilin plaster. Trudy 210
183-1V 164* (COA 19o1)
1. Kafedre, koshnykh bole2ney (say. - dotment L.L.Fardqmv)
lahavokogo meditainskoga instituta,

ARMIIIVA, Ye.V.
Insts ut for the contlauer.0 Ison of electric O"InAtion
frequencies. Ism.tekh. no.4. =j1 $56. (ma gal)
(Alsotric asasurpmtO34

- -
Coqartog nomatiple freqxasucles of electric *1101124110M. Ins,
takh. no.3:" W-Je 157. (nu lot$)
(OSCIll"ph) (hequslor wav"102ts)

M.3
na
ot H g
I T
9
99
9
jj.-
g
lit ilf 1
lit 11

- LUEMBOT, T,Y*
~
Additional errors In ibe frequency of electric
during their transmission. Ism.teft. no.20245 Mr-j-p 038.
MIA U93)
(06oillators, Transmission)

ARTAWINVAS Ye. V.., Candidate Tech Soi (d1MR) --- "TWestiptio-2 of the d1ffer.
ential method of measuring the froqueney of electrical oscillattoveol, Nbscm,
1959, pub3JBhed by standartgiz. 15 Pp (Cowittes on StatdArOlag i0aemms., and
Measuring Instruments of the Council of MinlOters VSSA,, All-wM)a Sol Res Irst
of Metrology im D. T. Mendsleyev)v 180 copies (n, No 230 1999j, 165)

9 601V.' 15-59-4-17/27
AUTHOR: Artemlyeva, Yt~.V.
TITLE; The Differential McthGd of Measuring Electrical
Oscillation Prequencie,,; (D1fferen,1;s,ii,.1,'nyy metod
iznerentya christoty alek*rlcheskilrE 1:olebaniy)
PERIODICAL: lzmerltellnaya tekhnika, 1951), fir 4, pp 31-33 (USSR)
ABSTRACT: The differential method is w~.dely us(.