SCIENTIFIC ABSTRACT TATEOSOVA, YE.K. - TATEVOSYAN, G.O.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001755110014-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 16, 2001
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ThwWWWA. TO.K.
--191W of
Primary' Outuro 4
in the low1w thir
al nerTes
the flexor tandem$ &M Of t10 "*d'an and r&dI
of the fore&-ru- Test. khir. 71 no.1170 1951o
(CUM 2028)

TATMOTAI I.K. (Taningrad)
Dynamics of modifications of a fragment of tissue implanted under
the skin during Matow-Ramiantsev's transplantation. Arkh. pat.,
15 no.5:79-81 S-0 153. NLRA 6:12)
1,. Ix patologoamtomicheakogo otdeloniya (saveduyushchiy - professor
Pj Sipovskly) Gosudaretvennogo traymatologicheskogo instituta im.
R.R.Vredena.
(Spleen-Transplantation) (Testicle-Transplantation)

TATIOSOVA, 1.1c.
Shbtrochanteric ostsotouV as a method for correction of a do-
fOCtI78 Position of the hip. Trudy Len.gos.nauch.-Inal.Inst.
travm.i ortop. no.7WO-176 158. (MIRA 13:6)
1. Iz ortopedicheskogo otdolaniya Lenlv4gradskogo goeudarst-
vennogo nauehno-iseledovatellskogo instituta travmatologii
I ortopedii.
(OSTWTONT) (HIP JOINT--ABNORNITINS AND DMRMITIIS)

TATIOC4WA I.Kq.
Surgical treatment of oartial gigantism. IChirurgiia 34 no.2:138-319
IF '58, (MIRA 11:4)
is Iz ortopedichaskogo otdelaniya Ciav..-!- prof* Ya.S.~ Yumevic-
laninj;radako o nauchno-issledovatellskogo institute troyan, tologiL
i ortopefti fdbr.~- prot. V-S_*Balaidna)
- (NMARS AND TO)IS, die.
partial,gigantism,, suig. indic. (Ru2))
(Glaarism, Ourg
I partial, of NngeA-giid toes, indic. (Rus))

-TATEOSOVA, YO."K.
Surgical treatment in osteochondropathies of metafarq&l bone heads.
Ortop.p travm. i protez. 22 no.2z22-28 F 161. OAIPA 14:3)
(METATAMU,9--DISUSES)
. X-Ift . .

TATXVOSOV, N.G., kandidat takhaicheskikh &Auk, detsext.
I I . I...,
Mes,smass takes to Insure steady production and tha economic *I if cance
of these measures. Trudy LIZI ".8:17-33 154. F= 9: 9)
(Machinery industry)

I.G., kandidat takhnichookikh nauk, dotsent.
VnIfo'r'N' ", ilrcW index in machine-building, Trudy LUX no.10;107-127
155. (KM 9 - 8)
(Plachinery industry) (Assembly-line methods)

TATIVOSOV. K.G.; WMIRD, L.K.; PMOV, V.A.; ZNYDA. N.I.; SLIMS, K.U..
BCRSHGEXVSKAYA, S.I., redaktor; RCODCHNIZO. X.I..
tekbnichsskiy redaktor
[Smoothly orgentsed work in a machine manufacturing plant; collabo-
ration of I the T.M.Nolotoy Institute of 1higineering and Boonomies in
Leningrad. with the "Pasymattkal plant] Orgonixetsits ritatchnot
raboty asishinortraitellnogo savoda; Is opyta sodrushostva lonin-
gradskogo inshenerno-skonomichaskogo Wtituta Ineal Y-K-Kolotova
a sayodow OPhevustiksO (Leningrad] Lenisdat, 1956. 175 P. (MIRA 10:7)
(lifficiency, Industrial)

TATW9~6 loindidat tekhaichaskikh nauk, dotsent.
StandardIxing tho Intorshop starago rexervon In unif ors pradwslon.
Trudy 0,-%- l'- - ,. - 10-7)
31)-56 - t51., - t -
(ludiietriel apnokoment) jFroa~otlon ii'giAsrdt)

25(5) PHAM I BOCK EXPLOITkTioll SOV/1392
Leningrad. Inzhenerno-ekonamicheakiy institut
Organizataiya i planirovaniye ravnomernoy raboty mahinostroitellnykh predpriyatiy;
Mezhvazovskoye soveshchaniye. Doklady (Organization and Planning of Uniform
Work i Machine-building Enterprises; Conference of Vhmis. Pam a.) NDdews"Wahes
(Series: Its: Trudy, vn.22) 4,000 copies printed.
P.
Eds.: 11,A. Volk," and JLG. Tatayosov Tech. Ed.: Lo V. SokoloVIL,; Wmaging Ed. for
Literature on 4Lchine-building Teechnology (M%shgiz): Ye-P. Naumov., Ingin er.
PMWM: This collection of articles is intended for engineerin#3 and technical
personnel in machine-building establishments, and for scientific workers and
students of institutes and departments of engineering and economics.
COVERAGE: This collection or articles contains reports by workers from vuZee,
scientific research institutes., and industrial establishments presented at the
conference of vuzes on the subject: "Organization and Planning of Uniform
Operations in Machine-building Establisbments." These reports discuss general
problems encountered in organi7ation, analysis, and theory of un1form. production,
as well as problems in schedule planning, technical prepaxation, and produ*tion
specialIzation.
Card 1/ 8

Organization and Planning of Wiform (Cont.) SOV/1392-
TABIZ OF CONTENTS:
introduction 3
Satell, E.A.., Professor., Doctor of Technic?.1 Sciences (Hookovskiy inzhenero-
ekonomicheskly :bistitut imeni Ordzhonikidze [ Moscow Institute of Engineering
and Economics immini Ordzhonikidze]). Planning of Technical Progress in Machine.
Building as a Phirequisite for Correct Organization of "Rhythmic" (Balanced]
Production 18
T%tevasov., K.G., Docent, Candidate of Technical Sciences (Leningradakly Iny- n-
eW6--6U--n-6mXches1dty institat fLeningrad Institute of Engineering and Neon-
omics])* Studiais VAder the Auspices of the Department of Organization and
P3oAv"g at the Leningrad Institute of Engineering and Economics in the Field
of the Uniformity of Production in Machine-building Plants 42
Ganshtak, V.I., Docent, Candidate of Economic Sciences, and I.A. Rozenberg,
Docent, Candidatta of Economic Sciences (Urallskiy Pblitekhnicheskiy Inatitut
imeni Kirova [Uriil Polytechnic Institute imeni Kirov)). Some Problems in the
Practice of Orgw2izing Rhythmic Operations in the Machine-building P3,ants
of the Urals 51
Card 2/ 8

Organization and Planning of Uniform (Coat.) SOV/1392
Firsov, V.G., Engineer (LenIngradskiy Kirovskiy zavod) [Xirav Plant in Jenin-
grMD. Practices in Planning Rhythmic Production at the Kirov Plant 59
Klimov, A-N., Docent, Candidate of Technical Sciences, and S.A. Bokolitou,
Docent, Candidate: of Technical Sciences (Leningradekly politekhnicbeskiy
institut imeni Yjainina, [Ianingrad Polytechnic Institute iseni Kalinin]).
Indices of Rhythadc Work and Uhiformity in Product Output in lot Machine
Building 69
Mantov, N.N. , Itaid er (Gorlkovskiy Folitekhnicheskiy institut [Gorlkly Pbly-
technical Institute]). Introduction of a New Method of Calculating and
rogu3sting Lot Production in Establishments in Gorlkiy 78
flelidov, I-Ye-, Dooent, Candidate of Technical Sciences (Moskovskiy energet-
icbeskiy infftitut (Moscow Pover Engineering Institute]). Production
Rbythm and Utilization of Productive Capacity in MacbI -building Plants
Specializing in Individual and Small Lot Production (based on the Example
of Pmmr Nschinery-manufacturing Plants) 94
TAPkJ4, L.M., Doceat, Candidate of Economic Sciences, and V.A. Petrov,
Docent, Candidate of Technical Sciences (Icningrad Institute of Engineering
Card 3/ 8

orgaazauaff-~nCpbwadng or auxorm (cont.)
and Economics). Key Problems in Intershop Schedule P2&nning of Production 106
Slod vich, N.I., D)cent, Candidate of Economic Sciences (Moscow Institute
or Engineering &ad Economics imni Ordzhonikidze). Problems of OperstiovAl
and Production Planning in Single Unit and &all Lot Machine Building 3-19
Alibekova, A.M., Docent,, Candidate of Economic Sciences (AzerbWzhanskiy
Industriallnyy institut imeni Azizbekova [Azerbaijan Industrial Institute
imeni Azizbekov1)- Effect of M*-thmic Operation of an Establishment on
Pi-oduction Costs 130
Veselkov, F.S., Candidate of Economic Sciences (Mookovskly ekonoolcheskly
institut [Moscow Economic Institute]). Role and Objective of P%nances
in the Struggle for Rhythmic Operation of Establishments 135
Dadashev, B.A., Eccnomist (Azerbaydzhanakiy institut narodnoso khosmstva
imeni Khrla Marksa [Azerbaijan Institut of National EconoeW ineni FArl
Marx]). Rbythmic; Organization of Production and Uhiform Production Output
in Plants Specittlizing in Series and Smll Lot Production Based on the
Umple of Baku Plants Manufacturing Petroleum lTdpmnt 144
Cad 4/8

Organization =4 PUnning of Uhiform (Coat. ) WV11392
Kolms-kov, N.A., Engineer (Laningradskiy zavod pcUgrafiebaskikh mashin
(Leningrad Polygraphic Equipment Plant]). Organizing Wiform Production
and Oatput of Pblygraphic Equipment 151
Dobronravov, I.N~, Engineer (Ivanovskiy zavod tAikstillnogo mashinostray-
enlys, [Ivanoiro Textile Hacb1ne-building Plwtt]). Organization of Tkiform
Operations at the "Ivtekmash" Plant 156
Kate, A.B., DDcent, Candidate of Economic Scienims (Leningrad Timstituteof
Engineering tuid Economics). P3anning Techni-ml. Preparation as a Factor
of Improved Wiformity in Production 175
lqubavokiy, V.I., Docent, Candidate of Technical Sciences (Leningrad
Institute of !bigineering and Economics). Planning Rbythmic Processes
of Machining Parts in Lot Production 1w
Hashistov, A.I., Candidate of Economic Sciences (Leningrad Institute of
Engineering and Economics). Methodolosy Used in Notabliahing Consolidated
Standards for labor Content Going Into Proftetion of a Die (Based on the
example of plants in the Instrument-manufacluring Branch) 205
Card 5/8

Organization and Manning of Uniform (Cont.) SOV/1392
Tolstykh, A.B., Docent, Candl of Economic Sciences. (Mbskovskiy
institat naxxxlnogo khozpWab imeni Plekhanove (Moscow Institirt of
National Economy imeni Plek"v ). P3-ming the Length of the Proftation
Cycle as a FLIctor Assuringl - c Operation of an EstAblishment 217
Sokolits", S.A., Docent, Candidate of Tachnicril Sciences, and A. N. Klimov,
Candidate of Tbchnical Sciences (Leningrad Polytechnical Institut imeni
Kalinin). Methods of Setting up Banks in Lot Production 225
German, B.A., Thgineer. Calculating Schedule Planning StandArds on the
Basis of Group Series In an Instrument-manufacturing Plant 232
Allperovich, A.M., Engineer (Vsesoyuznyy nauchno-iseledovatellskiy in-
strumental"ayy institut [All-Mioa Scientific Ebsearch Institute for
TbolBD- Effect of Banks and Their Make-up on the Uniformity of Tbol
Production 246
Fetivy, V.A.,, Docent, Candidate of Technical Sciences (Leningrad Institute
of Enginse.71ng and Economics). Nbthodology in Classifying Product in
Organizing and Planning Uniform Operation of an Establishment 258
card 6/8

Organization rand P] annin of Uniform (Cont - ) BOV/1392
Byalkovskays, V. S., Candidate of Ecocomic Sciences (Moscow Institute of
Engineering and Econoodcs,, imeal Ordzhonikidze).
Increasing the Xavel of Technology, and Organization of Production in
Forge Shope 48 IL ftetor In Assuring Mythmic Operation of the Plant 318
Kate, A. S., Docewh, Candidate of Economic Sciences (Vningrad Institute of
Eng; ering and Econoides). The Most Important Indices of Forge Shop
Operations 326
Golfbin,, YA.K., K.1:. Nevelskays and B.V. Pashkovich, Can~?dates of Econ-
omic Sciences (rnstitat ekonaniki Akademii nailk BSSR [Institute of
Economics of the Academy of Sciences of the BSGRI). Nritbaic Operation
as the Most Important Condition for Transition to New Operating Con-
ditions 332
YAntorovich, L.Y., Professor, Doctor of Physical and Mathematical Sciences
(Ieningrads" otdeleniye Matematicheekogo instituta, AN SWR (Leningrad
Branch of the Wthematics Institute of the AS USSR]). Posoibilities of
Applying Matheintical Methods in Production-planning Prob2en# 338
Ivawv,, A.A... Candidate of Physical and Mathematical Sciences (Leningrad
Branch of the %thematice Institute of the AS USSR). Nkthemtical Analy-
sis of Some Rr*lew in the Operational Planning of Production 354
AVAUAMZ% Library of Congress JM/f&l
Pard 8/8 5m:24-59

TATIVOSOV, K,G.1, doteent, kand,,tekhn.Tiauk
7". ~ .. I'' -
control of the utilization of equipment in the machinery
by L.D. Golidenberg. Reviewed by K.G, Tatevosov. Izv. V76, ucheb.zav.;
prib. no.2:166-167 '58. (MIRA 11:7)
(Factory management)
(Golldenberg, L.D.)

TATEVOS-OV-1x.-(6,, prof... red.; SUVOROV, I.V., red.; VODDIAGINA, S.D.0
I ' tekbm.- red.
[Funebumentals of the organization of a socialist macbinery
plant) Oanovy organizatsii sotsialisticheskogo mashinostroitel'no-
g(y predpriiatiia. Pod red, KoOsTatevoso-va. Leningrad, Izd-vo
Leningr. univ., 1961. 131 P. MU 15:2)
1. IAiningr'ad. Lenin adekiy inzhenerno-okonomicheakiy institut.
Fmacbinery inductry)

PLPTROV9 VladimIr Arsentlyevich; KOLMOV9 Nikolay Alekneyevich; EPELIMANp
Gilell r2rigorlyevich. PrInImali ucbastiyei NIKITINq V,V.b KOROZGVr
A.I.j- SIVOKHAp N.V.; UTROBINA2 N.I.; HKITINA, N,N,; PANKCV; N.N.j
BATJSWI N.P.; TATA7PSOV2 K.G.2 dota.t LIPKINDv L.M~,- IEBEDEVA9
A.K., inzh.-ekon.; VIL'iiIV-S-KrT-,--I.M., dots., reteenzent; VOLKOV,
S.A.9 kand, ekon, naukq dots*, red.; CHFAS9 M.A.,, red. izd-,va;
PWMUN9 H.H.9 tekhn. red.
[Cont~'paous conveyer methods used in the lot produetion of compoeite
machines] Potochno-konveiernye metody v seriino m proizvodstve slozhrqkh
mashin; iz opyta Leningradskogo zavoda poligraficheskikh mashin. Mo-
skva, Cos. nauohno-tekbn. izd-vo mashinostroit. lit-ry, 1961. 130 p.
(MIRA 14:9)
1. Rabotniki Leningradskogo zavoda ~ollgraficheskikh mashin(for Hildtin,
Morozovv Sivokha, Utrobina, Niltitinag Pankovo Baushev). 2. Leningrad-
skiy'lrizhenerno-ekonomicheakiy institut (for TatevoBov, Upkind, Le-
bedeva),~
(Leningrad-Printing machinery and supplies)
(Factory management)

TATEVOSOV Konstantin Georg&y2yjvh;-SOKOLITSYN, S.A.p kand. tokJm. mauk.,
1~~ -
---dots., Fete i-zent; KUMOV, A.11.v kand. tekhn. naukp dote.,, re-
toonzent; VARKOMSKKU, A.I.,, red. izd-va.,- SFERANSKAYA, O.V..,
tekbn. red.
(Establiubment of norms for a uniform production flow in series-
manufacture of machinery) Normatlvnye raschety ravnomernogo pro-
izvodstva, v seriinom mashinostroenii. Moskvap Mash iz 1961.
246 p. (Machinery industry-Production standards) f~i 15:2)

TATEVOSOV, K.Git,doktor ekonom.nauk,prof.; SHEYNMAN, R.P., inzh.
Establishing an optim-.achedule.and volumeplan for a shcp
(section) with diversified production. Vest.mashinostr. " no.7:
72-77 Jl 164. (MIRA 17:9)

TATE;VO3OV,-K-,G--,j-VLASGV, B.V.,, doktor ekon. nauk, prof.,
- retsenwnt
(Principles of operation and production planning in a
machine:.7-manufaeturing enterprisel 0snovy operativno-
proizvodstvennogo planirovaniia na mashinostroitellnom
predpriiatii. Moskma, Mashinostroanie, 1965, 575 po
(FTIRA 18:5)

SEE ILC

BOGUM7', , V.Q.; (YaltA)
-0th Anniversary oll thq I.M. Secheno'i Institute of MAdical
5
5
Climatology and Climatotberapy. Vop. kur., fizioter. i loch.
fiz. Rullt. 30 ro.IsW~92 "Ta-F 165. (MMA 18:8)

TATEVURIV, 8.11,
Apropo5 K.I. SperanskUls ai-ticle Ith-oblem ae to swmt~rium
and health resort treatment of stenocard-ta.3 vop. kur~y f;zic-,~=.
i 3sch. fiz. hul'to noo6-562-563 16:3. (MI A 17: 8)
1. 7z InstLtuta k-limato"09il i klimatoterapii Imoni I.M,
A -
Sachenova, Yalta.

TAT3VOSOT,~T*j,-BOG'UTSKjy, B., FID(MOV, Ye.,rOPOV9 A., OSHIROVSKIY, lh.,
is", V., XARASET, M.
Georgii. Petrovich Yedorov; an obituary*' Trwh. delo no. 1999 8 58
(FXDOROV, GBORGII PKROVICH,'1900-1958) MA 111:10)

TATSIX3GUA , V . N .
Tatevosov, S. R., Tatevosov, V. N. and Sa:-soncy, M. A. "I"he rencti,:n cf -he
cardiovascular sysUr,to mud treatment in certain cardiovascular diseases",
Sbronik nauch. trudov kurcrt-,~ Saki, Vol. IV, 1948, p. 133-42
SO: U-3261, 10 April 1953 (Letopis 'Zhurnal Inykh Statey, No. 12, 1949).

FUZ' Ell (14cskva, 1- 1: 1 ' .3A
T;-o-,,,-A TA'
Some esoential prublens
primary cancer oi' "the G runi. k,-d r.
7)
1. Fakullt-tskaya khirurgi-heskAya klinlka (zav.
Ynl.tLn.gPly [ieCl)AIQdj) TA
Irieni 1.14. Secthenova.

CLAMETOV, T.U.;,BULIDOV, ~.G., dotsent; DOLGUSHINI A.G.j TUSSIRSKIY, A*A.;
LIMANOVSKIY, A.A., inzh-*,- NISENGATJZ, A.D.- TATEVOSYAN, A.S.
For A correct interpretation of the relation between gin capacity
and the volume of gtnnihg output. Tekst.prct. 20 no 3t32-35 * 1-.60.
tMIRA 1415)
1. RukovCKUtOll, laboratorii syrIya TSentrallnogo nauahno-iseledovatell-
okogo insitituta khlopkovoy promyshlennooti ;(fo'r ltam6tov). 2. Tash-
kentskiy institut inzheneriov irrigataii i mekhanizateil sellskogo i
khozyayotva (f~r G4idov). 3. GlavMy insh. Tashkentskogo I
khlopkoz4tvoda (for DoIgushin). 4. Rukovoditell labomtorli ispytaniya
khlopka 'Mentrallnogo nauchno-issledov&tel'skogo instituta khlopkovoy
promyohlonnosti (for.Kassirskiy). 5. Glavm" s]ptsialist nauchno-
tekhnichosk9go komiteta Soveta Ministrov UzSSR kfor Nisen.gauz).
6. Nachallnik Otdela khlopka Gooplam UzSSR (for Tatevosyan).
(Gottqn gins and ginning)

TATEVOSYAH, A.T. _
31clonomic eflectiv6ness of using coarse porous concrete in Georgian
S.S.R. Trud,,r ~auch.korr.Inmt.etroi.dsla AN Gruz.SSR no.1:53-63
'56. (MIU 13:5) '
(Georgia--Lightveight concrete)

TATEVOSYAN, A. -1.
"Highly ?orous Concrete in the Structural Production of the
Georgian SSR.' Cand Tech Sci, Tbilisi Inst of Railroad Transport
Engineers imeni V. I. Lenin, Min Transportation, Tbilisi, 1954.
(KL, No 9, Feb 55)
SO: Sm. No. 631, 26 Aug 55-Survey of Scientific and Technical
Dissertations Defended at U5SR Ifigher Educational lnstitu-
tions (14)

TER-FOGO.SYAIIO R. A. TAT ly-0-1 9L-A.- -V.
Inductioj2 of pbage b
'Llynogenic cultures of Eacherichia coli IW,
the use of X rays. diobiologiia I no.51813-814 161.
(MIfd 14: 11)
1. Sektor radiobiologii All Armyanskoy SSRj Institut, epidemiologii
i gigiyeny,it Yerevan.'
JX PAYS-PMIOLOGICAL EFFECT) (BACTERIOPHAGE)

TATEVOSQYAN, G.
At the Exhibition of Achievements of the National Economy of the
U.S.S.R. Plastics in the machinery manufacture. Plast.massy no.2:1.4
162. (MIRA 15:2)
(Plastics--Exhibitions) (Machinery industry)

TATEVOSYAN, G.
- ------put science at thelaervice of the national econom7. Prom.Am.
5 no.4:6-11 Ap t= (MIRA 15:5)
nia-Research, Industrial)

TATEVOSYAN, G.
New staf:e in the development of the construction industry In
Armenia. From.Arm., 6 no.2:3-6 F 163. (KRA 16:5)
1. Zaveduyushchiy otdelom stroitel'stva i gorodskogo khozyaystva.
(Armenia-Construotion industry)

TATEVOSYAN., G.A... inzho .
Effect of the rake ang* of a cutting tool on the combined cutting
for so in various ranges of the cutting speed. Sbor. naucho trud.
g
rf no. 20;37-52' 159. (MIRA 14:5)
(metal cutting)
4.1
.,Wj~r

28-1-24/42
AUTHOR: Loaev, I.P., Professor1, Doctor of Titchnical Sciences, Tatevoslyan,
G.O., Engineer
.........
TITLE: A Plastic Test Method (Metod ispytaniya plastikata)
PERIODICAL: Standartizateiya, # 1, Jan-Feb 1957, p 69-71 (USSR)
ABSTRACTt The article contains critical remaxks to standard ,roCT 5960.51"
for polychlorovinyl cable plastic (soon to be revised), con-
cerning the test method prescribed, which consists of exposing
two opecimens to the light of Swo upbon arc lamps in an arti-
ficial-weather apparatus at 70 � I C. After aging, the aps-
cim8no must not be sticky and thgy,must not crack when bent
180 at an air temperature of 20 L The following critical
statements are madet The duration of test (1000 hre) is too long.
The aging limit is determined by visible and f9elable changes in
plastic, which results in a very considerable amount of-errors.
The nature of structural changes as a result of exposure is not
revealed; the service life of arc lamp reflectors is unlimited,
though residual structure changes take place in the glass under
the influence of ultraviolet rays, and these changes affect the
Card 1/3 spectral composition of luminous onergy. The test apparatus

A Plastic Test Method
28-1-24/42
"HE -.1-2" has defects of desi&, mainly temporary fallures*of
one of the two light sourcesp causing unequal exposure of aps-
cimeria. Description is given of a now apparatus "AHIICT -1-4-2#19
desigmod by the Research and Planaing Institute for Plastics,
for testing light resistance, thermic issiztenco, and aging of
cable plastics in atmospho 'ric and artificial conditions, This
apparatus has two carbon arc lampis and four mercury lamps 1111PK
-211. About 384 specimens are tested staultaneounly. The spectral
composition and intensity of light is controllable in a suffi-
ciently wide range. The service life of lamps is limited. The
automatic system eliminates test errors aaa result of light
source failures. The processes taking place in plastics during
aging- were studied mainly on uncolored specimens of grades 230t
239, 251 and 489, in the described apparatus and uvAer natural
conditions, on stands in Moscow and *Tbilisi. The basic physical
and mechanical data were found. Placing specimens on paper (in
the form of small shovels was a-voided because the plasticizer
migre;ted into the paper, It is stated that it in possible to
inhibit some of the processes taking place In plastics and to In-
tensifyother processes by changing the spectral composition .
and intensity of.luminous.energy. The authors suggest the in-
Card 2/3 clusion.-of the described apparatus and method into the revised

A Plastic Test Method
standard.
AVAILABLE: Library of Congress
28.1-24/42
Card 3/3

TATEVOSIYAW, G. 0., Cand Tech Sol - (dies) "Study in the field orA
aging of polyvin7l chloride masticated rubber under the effect of
light energy.' Moo, 1958. 24 pp (Min of Higher Education USSR#
Moo Ord.er of Lenin Chem-Technol Inst im D. 1. Mendelayev), 200
copies (KLj 15-50, 116)
_ 49-

TITZVOSITAN, Georgiy Ovanesovich; KALININA, L.B., nauct,,tyy red.;
S.I., tokhn.red.
(Plastics and their use in the uational econon7l Plastmassy
i ikh primenenie v narodnom khaziaistva. Koskva, Toes.uchabno-
pedagog.izd-vo Trudrazervisdat. 1959. 134 p. (KIRA 12:11)
(Plastics)

TATEVOSIYAN.11.0.
Improved artificial weather testing instr=ents (weathercmeters).
Lakola,as.mat. i ikh prim. no.1:73-71+ t60. (WIRA 14:4)
. (Protective coatings--Testing)

JATEVOWYAN. G.0,
. .....
Soviet and foreign ueatherometers and standards for tbam. Lakokraso
mat.i ikh prim. no*3:65-70 160. (ML 14:4)
(Weathering) (Testing machines)

s/igi/60/000/006/001/015
B004/BO54
AUTHOR: Tatevoslyan, G. 0.
TITLE: Plastics at the Exposition of Achievements of the USSR
National Economy
PERIODICAL: Plasticheskiye massy, 1960, No. 6, p. 1
TEXT: In the showroom of plastics (pavilion of the chemical industry)
at the Vystavka dostizheniy narodnogo khozyaystva SSSR (Exposition of
Achievements of the USSR.National Economy), 1960, the Orekhovo-Zuyevskiy
zavod "Karbolit" (orekhovo-zuyevo "Karbolit" Plant demonstrates its
development and technical equipmentt production sampless and photographs
of collaborators. On show are the automatic electronic control of hy-
draulic presses by means of electrically operated valves, the scheme of
the first production line now being assembled in the USSR for rotational
molding with dosage and pelleting of the molding material, heating by
high-frequency current, molding an)l :1keahanical treatment; a now sclieme
for the production of "Voloknit";ffor the production of moldint,, powder,
by continuous milling of the mixture in a thin layer; it modernized
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Plastics at the Expoaition of Achievements S/191J60/000/006/001/015
of the USSR National Economy B004/BO54
machine for impregnating fabrics with nutomatic change of the fabric
feed depending on the temperature, and two-sided application of the
resin; further, a fully automatic boiler plant. Exhibits in the general
showroom are: high- and low-pressure poly ropyleneVand -polyethylene, ,
and their products; the new polymers polyformaldehyde~5polycarLbonateL/5
and pentene;,6polyethylene terephthalate and films made from it; foam
polyurethane in 7arious colors. Production by means of vacuum forming
and pneum cc forming, as well as forming from concrete, are demon-
strated. For the first time on show are organ.9dineral conciates on thevr
basis of cold-setting furfurol acetone resin,lPthe molding material AP-4
(AG-4) for building constructionsp steel tubes lined with ViniT)Iart and
organic glass, polyamide water tape, and single-cryntal acintillators.
Other exhibits are block polystyrene in various colors and in bands
("Stirofleks") and threads Spr insulating electric cables, further the
casting material MCH (MSN),)3and impact-resistant polystyrene in sheets.
Further objects are Viniplast, Faolite, Textolite, glass Textolite wi-th
polyester resin, polyamides$ epoxy resins and compoundej resin-bonded
,plded material resistant to
fiber boards, hes.t-conducting ATM-1 (ATM-i) m
Ib
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Plastics at the Exposition of Achievements S/igi/60/000/006/001/015
of the USSR Natioaal Economy B004/BO54
aggressive agents, and plasticized polyvinyl chloride (Plastikat).
Numerous diagrams show the development of produetion.
V/
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TATEVOSIYAN) GeorgjLjyan"oy:ich;-MZNETSOVA, I.B., nauchnyy red.;
BONMOVSKAYA, G.V., red.; KOZLOVSKATA, M.D., tekhn. red.;
PERS011, M.N., tekhn, red,
(Pressar of plastics] Presscvshchik plastmass. Moskva, lbes.
uohebw-pedagog. izd-vo Proftekhizdat, 1961. 318 p.
(Plastics-Molding) (MIRA 15:4)

S/19 61/000/001/014/015
BlOlYB205
AUTHORt Tatevoayan, 0. 0.
TITLEi At the Exposition of the Achievements of the Soviet National
Economy. Plastics - eutstitutes for non-ferrous metals
PERIODICALt Plasticheskiye massy, no. 1, 1961, 74-76
TEXTo A number of plastics, intended to replace non-ferrous metals, were
on show at the Vyatavka doetizheniy narodnogo khozyaystva SSSR (Exposition
of the Achievements of the Soviet National Economy), including 1) Viniplast
productst a welded adsorption column with pipe connectional a ventilator
with a capacity of 8240m37hr, which is highly resistant to aggressive
gases; centrifugal pumps for aggressive liquidal tubes of different
diameters; accumulator vessels and steel pipes lined with Viniplast; cable
insulators made. of plasticized Viniplast (plasticizerat dibutyl phthalate,
tricresyl phosphate, etc.). 2) High- and low-pressure polyethylene. The
following types of high-pressure polyethylene are mentioned: TT9-500
(PE-500), TD-4550 (PE-450), TD-300 (PE-300), and TM-150 (PE-150) (the
numbers denote the elongation expressed'in %). Other exhibits were hoseB,
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S/191/61/000/001/014/015
At the Exposition of the... B101/B205
tubes up to 6 m long, tanks for aggressive liquids, and films 0.2-0.035 mm
thick. The lini;.ng of chemical apparatus with polyethylene is mentioned.
3) Faolite, a product from phenol formaldehyde resin with fibrous asbestos
as filler (graphite is added to several products), is resistant to con-
centrated and dilute inorganic and organic acids, chlorine, gaseous HCl,
ohlorohydrocarbons, and mineral oils. It is not able to withstand nitric
acid, chromic aci.d, iodine, bromine, aniline oil, pyridine, alkalis, and
alcohol. Tubes, valves, stopcocks, tanks for electrolysis and etching,
sorption columns, centrifugal pumps, and a bubbling hood 3000 mm in
diameter were on show. 4) Laminated plastics of the types textolite,
Getinaks, andAC IT(D$P) (a kind of hardwood) are made from phenyl-formal-
dehyde resins, using paper, cotton, or wood fiber as fillers. Textolite
and Getinaks boards, as well as textolite linings and p3nions were shown.
Linings are also made of DSP. There are 4 figures.
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S11911611030100210121012
B124/B204
AUTHOR: Tatevoslyan, G. 0.
TITLEz On -;he exhibition of the achievements of political. economy
in -,he USSR. Plastics in the place of nonferrous metals
PERIODICALs Plasticheskiye massy, no. 2, 1961, 76-79
TEXT: Industry in the USSR manufactures the followin tructural polyamide
plastics% Nylon-type fl -68 (P-66) n -6 (P-6), AK-7 fA;-7), and poly-
caprolactam. All these polyamides display high strength$ high resistance
to wear, low coefficient of friction, good adhesion on metals, weldability,
and resistance to many organic solvents, but they also display a certain
degree of water absorDtion. Due to their low coefficient of friction they
are used instead of bronze in the-production of casings and linings for
bearings. A higher heat conductivity may be attained by addition of powdelai
copper, graphite, and other heat conducting substances (10-15%). Blades
cf centrifugal pumps for corrosive liquids etc. are produced from poly-
amide resins by casting under pressure. Polyurethane resin nY -1 (PU-1)
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S11911611000100210121012
On the exhibition of the- B124/B204
is distinguished bir its hfgh resistance to diluted mineral acids, dilute
and concentrated organic acids, lyes, hydrocarbons, aldehydes, ketones,
fate, mineral an6 urganic oils, and to moisture at 100-1100C. ATM-1
(ATM-1)-type antegmite is a chbmically stable heat conductive plastic on a
phenol-formaldehyde base with graphite filler. This plastic is also
electrically conductive, antifrictional, and self-lubricating. Therefore
it is chiefly used for the production to devices and pipings operating at
low pressure. It may be pressed in hot preSBMOlds without any additional
impregnation or thermal treatment. Moreover, it serves the production of
heat exchangers that are resistant to corrosive media, fur stopcocks,
centrifugal pumps, and as lining in chemical device. Its linear thermal
expansion coefficient is similar to that of steel. Because of its anti-
frictional properties it is used in the production of casings and inserts
of bearings which need not be lubricated. It is manufactured in the shape
of pressed powder, lining slabs, and tubes. The pressed materials 1,Ar(FAG)
are prepared on the basis of phenol formaldehyde resins with graphite
filler; they are distinct by an enhanced impact strength and a somevhat
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S/191/61/000/002/012/012
On the exhibition of the... B124/B204
h3-her heat resistance; the products may be cold-pressed and then hardened
by introduction of a hardener. Phenol formaldehyde resins modified either
by poly-vinyl chloride (forming plastics known as "Phenolites" and "Decor-
rosites") or by natural rubbers, which leads to fkq(FKP)-type products.
The pressed powders of the first type are known as Phenolite (1,2,3,4T
(4T),5,FT(RT),Pr_T(RST)), Decorrosite, and Antifrik. The introduction of
PVC reduces water absorption, increases resistance to water and acids, and
slightly improves the ihyqical and mechanical and the dielectric character-
istic numbers. Introduction of natural rubber strongly reduces the water
absorption by phenol formaldehyde resins, increases the resistance to water
of the latter, and improves their physical and mechanical characteristic
numbers considerably. The following impact- and vibration-resistant types
exist: RR-1 OMP-1 M -2 (FKP-2),IKnm-lo(FKpm-lo),fKnt'1-15 (FUM-15)
and +kqrl -15-1 5T). There are 4 figures.
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---Tk!ZWW-O--G.O. ---- - - -- - - -
Exhibition-review of consumer goods made of plastics. p2ast. =sgy
no*3-..1-2 161. (Plastics--ftibitions) (KIRA 14:3)
T!,

'TATF,VGSUOj-GiO.
Automitic rotor line for the compression molding of plastic
goods, Plast.massy no.3:79 161. (KM 14:3)
(Plastics--Molding) (Automatiq control)

1G.
AUTHOR:
2-2.05
Tatevoslyan, G. 0.
22335
S/191J61/000/005/003/003
B124/B218
TITLE: Exposition of the Achievements of the USSR Economy
PERIODICAL: Plasticheskiye massy, no. 5, 1961, 72-75
TEXT: In the pavillon of the chemical industry of the above-mentioned
exposition, fluorocarbon resins of the type30-4 (F-4) andt-3 (F-3) as
well as many other new plastics of Soviet industry are shown. Poly-
tetrafluoroethylene (ftoroplast-4) has a tan 6of 0.0002 'and a dielectric
constant of 2. During its use, temperature should not exceed 2500C. At
3200C, the material becomes transparent and plastic. Thermal decompoBiticn
starts at 4500C. At a stress of 30 -50 k9/cm 2 , a distinct residual ox
deformation occurs, and at pressures of 200 -250 kg/CM2 the material goes
over to the range of normal flow. The chemical and physico-mechanical
properties of the material are specified, and cold pelleting of the
powdery polymer at 300 -350 k9/cm2 and the fillers used for the purpose
(mica, quartz powder,and asbestos fiber) are discussed. Products made of
Card 1/_~)

22335
S/19 611000100510031003
Exposition of the Achievements ... B124YB218
Teflon possess high resistance to heat, high chemical stability, and high
dielectric constants. This is illustrated by a description of the
manufacturing process of a siphon and its use in a siphon-sealed pump. The
siphon is a folled chamber which is used as a pipe for hermetic connections
of interchangea'Dle machine parts, an a feed pipe for controlled mechaniamr,
(valvea and fla-os), and as a sensitive elastic element in measuring
instruments (prossure gauges etc.). The siphon must be made in a special
mold, using an armature of metal and gypsum (Fig. 3), The main components
of the mold are internal cylinder 4 and outer clamps 5. Ring-shaped
polymer tablets are placed between them on external (2) and internal insert
rings (3). The mold is compressed by screw clamps 6. The external metal
or gypsum insert rings can be dismounted, while the internal insert rings
are fixed. They are made of a low-melting alloy or gypsum. After the
sintering of the tablets, the mold is opened, and the external and internal
inserts are removed from the finished siphon 11 gypsum is removed by ~ot
water, and the low-melting alloy with the help of a high-frequency generator.
The siphon pump is used for pumping aggressive liquids. The piston function
is performed by the siphon. Polymonochlorotrifluoroethylene (ftoroplast-3)
differs from fto:roplast-4 by greater hardness and absence of cold flow.
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22335
Exposition of the Achievemen'tz ... B 124/B2 18
Its dielectric -5ropertie:;,'ho,.-,ever, are vorza, and ~tn heat
lo-.~;er. It. can *be obtr-,-'*ned by comnre~.uion molding a'. about 2200"" Ln,~
2
L -sure cas'inj and n,inchinr,.
250 9/cM it io also sui ed for pre. 11
- ~00 k n
Glass fibers, aobestoz, graphit 1.
-e, quartz po-.~der, etc. rrc~ uced -0 -Jnf~,rai
fillers. ;.:olde,.i silicon plastics KNIK-218 (Y'MN-218) (w-lith acbc,3tos or
'(n, M-2 10_1 ) (witi, lonl-filb~.,r
q"artz-po,-,der filler), 1K11,11,-2113-A
filler), KMC-9 (KI.TS-9). (with 4-.1ass-fiber f-iller), and 1.'
a~-bestos and other additions) riere sho-in. Other exhi-its r. o !,-! -I
P o wder Glr:U-6 (OF?-6) (on the batis of phenol oxazol-J"dine reclins) and
O&MM-296 (OFP11.1-2906) (on the 'oasis of novolak 18 by,oxa-,07_-,*dJ_ne
d;~rivatives with addition of no-,dery fillers). These phenol oxazolid-Ine
Molding powders differ from j).11,nol formaldeh.7de riolding po-.-,ders by
, -her plasticity on procevsin,~; and areater otabilitu~, of --eir dielect-ric
hi,
-oroDerties tinder long-time actui on of humidity and t-emperature. ThE:y -,,ere
developed by.K. D. Petrov, Doctor of Technical Sciences, and. his
co--;or'C-.ers at the Nauchno-issledovatellskiy institut Dlastmass
(Scientific Research.Instilitute of Plastics). There are 5 figures.
Card 3/1

ANTONOV, S.U..; TATE;VOSIYAR, G.O.
Automatic programed regulator of the rate of the electric beatb*
of instruments and apparatus, Plast~massy no.6:46-47 161.
(Electric heating) (Temperature regulators) (KMA 14;5)

5/191/61/000/008/006/006
B110/B201
AUTHOR: Tatevoslyan, G. Oo
TITLEs Exposition of achievements of the USSR national economy
PERIODICAL: Plasticheskiye massy, no. 8, 1961. 69 75
TEXT: Tho plastics used in machine construction are required to have low
specific gravity, a change of which is possible, good physicomechanical,
thermal and sound-insulating, friction and antifriction, adhesion and
sealing properties; in addition, they are required to be chemically stable
as wall as able to absorb vibrations. The liquid epoxy resins --I."
'_74_3~ 5 (ED - 5)
and:)rl-2-1-6(ED-6), as well as compounds of difforent trade-marks were on
exhibit at the exposition. ED-5 is a bright-brown liquid, specific gravity
1.2 - 1.3, epoxy group content /> 20 %, volatile fractions <
~,2-5 %, viscosity
at 400C (Hoeppler) K,.4,500 cP, neutral reaction. Its curing at 1200 C Witt,
10 % hexamethylene cyanamine content