SCIENTIFIC ABSTRACT TARUTIN, G. - TARVIT-GONTAR, I.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001755020015-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 26, 2002
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

TARUTIN, G.
Compensation of the reactive power of electric gantry cranes.
Mor.flot 21 no.2:21-12 F 161. (MIRA 24--6)
1. Vedushchiy konstruktor proyektno-konstruktorskogo byuro
Upravleniya po proizvodstu i montazhu portovogo pod"yemno-
transportnogo oborudovaniya Itinisterstva morakogo flota.
(Electric cranes)

ItiKU111-1, "..F-
---.-----USSR/Physics-Piezoelectricity FD-1221
Card 1/1 Pub. 153-5/22
Author : Smolenskiy, G. A., Tarutin, N. P. and Grudtain, N. P.
v-" ~-- -"I", ~-,
Title : Piezoelectric properties of solid solutions of barium zirconate In
barium titanate
Periodical : Zhur, tekh. fiz., 241-1584-1593, Sep 1954
Abstract : The same lave were found to govern solid solutions of BaZnO3 in BeT'03
and of BaSnO3 in BaTiO The peak value of dielectric permeability was
found at a content of 16% V-7n03. The peak dielectric permeability of
solid solutions with a weak electrostriction decreased noticeably after
polarization by high voltage. The maximun value of the piezomodulus is
observed at a temperature lower than the peak dielectric permeability.
Seven references including one US.
Institution :
Submitted : March 9, 1954

--TARUTIN,*-?-- P~--- --- -- ---- -- --- ---- -- - - -- - - - --- the technolOgY Of I'lilling
the resulta to imPrcjve
Tarutin, P. P- - "Investgat'on of Soobshch. I reforaty (VBOBOYUZ- naucl"-
tri-gradsd vheatoll in the~aympOsim: j), yoscow, !949# P. 39-42
. pererabotk
isaled. In-t zerna !L produktc,7 ag, 8 'Zhumal Inykh Statay, No. 25i 1949)-
s0: U-5240, 17, Dec. 53, (lAtOPI

TARUTIN, P. P.
Tarutin,, P. P. - "No. 3 IP'IIZ expcrimental movalbe separators with closed4r cycle".
Trudy Vsesoyuz. nauch.-is;led. in-ta zerna i produktov ego oererabotki, Issue 16,
19149, p. 1118-65, - Biblio": 19 items.
SO: U-blM$ 17 July 53j, (Letopis 'Zhurnal 'nykh Statey, No. 192 1949).

TARUTIN, P. P.
Tarutin, P. P. - "On the power necessary for the operation of rollin,-, mchiner-f in
the -111ing, of varieties of wheat". Trudy Vsesoyuz. nauch.-issled. in-ta zerna i
produktov ego pererabotki, Issue 18, 19h9, p. 56-61.
so: u-411o, 17 JulY 53p (Letovis lZhurnal Inykh Statcy, No. 19, 1949).

SHWIMR, Ta.A.. inzhener-ekonomist Eauthorl; TAWTDI. P.P., laareat Stalinakoy
premli, Imadidat takhnichookikh naxxk
Mmling bm"-k flow by tmek] Opyt organizateli bestarzqkh perevozok maki
aytotransporton. Pbd red P.P.Tarutim. Moskva. Gos.izd-TO tekhn.i ekon.
I:Lt-ry po Yoprosm sagotor k, 1952. 57 P. (KE" 6:8)
(Flour-Transportation)

I FfK V Tj IV, P. 131,
ATZIKOVICII, Leonid Yeftmovich,' kandidat taknichakikh nauk; KHORTSIV. Boris
Nikelayevich, inshener, laureat Stalinakey promii; TARTJTIN, P.P.,
kandidat tekhnichookikh nauk, laureat Stalinakoy prt~, fr;
GILIMANO D.U.. redaktor; LLBUS, G.A., tekhnicheskiy rodaktor:
GUMSON, P.0s, takhnichankty redaktor
(Technology of wheat and rye flour milling] Takhnologiia proizvod-
stva pahanichaoy i rzhanoi muki. Hookwa. Isd-vo takhn. i eken. lit-
ry po voprosam zagotovok, 1954. 518 p. (MIRA 8:5)
(Wheat milling)

TARUTIN, P., kandidat tekhnichaskikh nauk.
Theory and practice of grain conditioning; unsolved problems.
\1 Xuk.-elay.prom. 20 no.3,,14-16 My 154. (MU 7:7)
-1. Visesoytisnyy nauchno-issledovatellskiy institut serna i produk-
tov ego perarabotki.
(Grain.milling)

I P. Amilidat takhnicheskikh nauk.
EM-12 ~~,
M
Rapid conditioning of wheat. Muko-elsveprox* 21 no*2,.16-19
7 '55- (XLVA 8:3)
1. VassoyuzVy nauchm)-iseledovatellskly Institat serns, i pro-
duktov i produktov ego pererabotki.
(Wheat)

KUMTS, TS.M.; TARUTIM, F.P.- PALITM, V.S.; KMID, S,D.
I ---lrft"*vvv- 1~.4o9NKAW
- In memory of P.A.Koximin. Muk.-olov.prom.22 n0,3:32 Mr 1.56.
(lasImin, Petr Alskeesvich, 1871-1936) (KM 9:7)

MYCHENKO, I.D.t TAHIMIIA-P-jP.L_spetsrsd.; VASILIYNTA, G.N., rad.;
KUSTAFIN', A.M., tekhn.red.
(quality milling of wheat in a single stand mill] Sortovye
pomoly pshenitay na odnostankovoi mellaitge. Moskva, Pishche-
prOMi2d&t. 1957. 37 P. (Mln 12:4)
(Wheat milling) (Flour mills)

IMLIDOVIM, V.N.; EMUMMI, G.I.,- HAUBISH, I.Ye.;-TAIMIN,-F.P.
Review of Y.F. Dublli and V.A. J~rlinls book "Storage and processing
of grain In the manufacturp of alcohol." Spirt. prom. 24 no,2:37-
39 158. (MIRA 11:3)
(Grain) (Bublit, V.F.) (Pylin, V.A.)

VORONTSOV, Oleg Samoy2ovlcbgdotii.,kand.-tekhn.naukiPriniali uch.:SHU?4SKIr,O.D.,dqtG. -
kand. tekbn. naukj GEUMUOT9 L.O., inzb,p prepodavatoill HYSIRp
P.I.p prepoda*aUll; rwm~ P.P starsb1y .=mcbmyy sotr.,
-'y "1 11 jer
kand. tekbn. naukg re N = B.I., red.; GOLUBKOVA, L.A.p
tekbno rid.
[Elevators# grahai-161'39- &M-' ain, lxrocessizi& enterpriseal Elevatory,
9r
sklady i zomMpereialAtyvaiushchie predpriiatiia, Pod red. O.D.
Sh=skogo i P.P-.Tt~utina. Moskva, Iod-vo tekhn. i ekon. lit-ry po
voprosam khleboproduktov. Pt.10 (Typeag constructional features and
operation] Upy i konstruktsii. socruzhenii i ikh ekspluatatLiia,
1961. 269 p.
l" Novoc (for Chernilov). 2. Mockov-
,,, Po=Icasakiy elevatormy tekbnikum
a] t,3 Skum (for Bysin)
(drain elevators) (Flour mills)

NIKOLAYEVp R.P.; TARUTIN, P.P.; RCMIOVA~ A.F.
Powdered otabi2ized vit=ln A concentrate for feeding
purposee. Vit. reo. I ikh iop. no.6:145-155 163.
(KM 17:1)
1. Voesayuzrqy naucbno-iseledovateliskiy vitamimyy institut
i Veasoyuznyy nauchno-isaledovateltakiy institut zerna i
produktov yego pererabotki.

L
ACC NRj AJP6M3h6 SOURCE COD92 UR/0286/65To-odid-~-1/doWboU
AUTHORS: Nikolayev, Re P.; Tarutine P. P.; Romanova., A. F.; Braheisinal L. go
ORG i none
TITLE: Method for manufacturing a vitaminized animal fodder preparation. Class 30f
Noe 176043
SOURCEs Byulleten' izobreteniy i tavarnykh t-takov, noe. 21, 1965t 41
TOPIG TAGSt food technologyy conmrcial animal) vitamin, calcium compound, nicotJnic
acid
ABSTRACT: This Author Certificate presents a method for manufacturing a vitaminized
animal fodder preparation containing vitamin A, molasses, and soybean meal. To
insure complete vitaminzation of the preparation, riboflavin 02), nicotinic acid (PP),
and calcium pantothenate are dissolved in the molasses. Nextj stabilized vitamin D
lu- -emleifled- in- Thai molasses,. -an-d vitamin B12 and soybean meal are added to the
mixture. The mixtur4~ is tko-r-o-4-&Vy--oftedi--crushed-i-aW--baggode------
SUB CODE: 02/
SUBM DATEs 17Aug63

TARUTIN. As .
Some peculiarities of the methods of aerogeophysical prospecting
for radioactive ores in gently sloping platform sedimentary
formations. Vop. rud. geofiz. no.5t4O-48 165. (MIRA 18:9)

57 s,

TARUTIMp V. Yao
Min higher education USSR. Moscow aviation technological inst.
TARUTIN, V. Yao- "Hydrodynamic investigation of the process of casting large thin-walled
parts," Min Higher Education USSR, Moscow Aviation Technological Inst. Moscows 1956.
(Dissertation for the Degree of Candidate in Technical Sciences*)
SO: KnizhnM Letopist No. 13# 1956.

STIBAKOV, Ta.S., kand.tokhn.nauk; TARWIN, V.Ta., kand.tekhn.nauk-. GOIiOVIN,-----
S.Ta. ,Inzb. TI-t,
Power presses or foundry ~acblnes? Vest. meb. 38 no-9:27-28
S 158. (MIRA 11:10)
(Molding (Pounding))

(2yog, ZiOX115-1-0 S/536/6i/ooo/o49/002/003
95834 Elll/E435
AUTHORS: _TAnjjin.L V.Ya., Candidate of Technical Sciences,
Stebakov, Ye.S., Candidate of Technical Sciences
TITLE: "Squeezing-outt' casting and its fluid-dynamic
principles
PERIODICAL; Moscow, Aviatsionnyy tekhnologicheakiy inatitut.
Trudy. No.49, 1961, pp.24-26. Voprosy tekhnologii
liteynogo proizvodstva
TEXT: The authors discuss first the difficulties of filling a
relatively long (in the diiection of metal flow) mould of wide, thin/
cross section. They consider the growth in loss of head of the
metal flowing to fill a mould to produce a flat, thin panel, using
the ordinary method. Assuming that the metal front advances
unbroken over the whole cross section they apply the flow equations
valid for the horizontal movement of a viscous fluid between two
parallel walls. They further assume that the process is isothermal
and in a steady state. They obtain for the difference in pressure
PI - P2 between two points along a casting of the length L :
p1 - 12 P- (je )2 (8)
Card 1/ 6 P2 = t 6

"Squeezing-out" casting .!5834 s/536/61/000/049/002/003
Elll/E435
where- It is the kinematic viscosity, b the wall thicknesB and'
t the transit time of a given particle over the length E. The
relation between p, p2 /K . 10 and 6 is shown in Fig.4,
K- being 12,Alt, t; 500 mm and the initial thickness
60 = 6 mm. It is pointed out that since in practice conditions are
not isothermal, the difficulties are greater than the theoretical
treatment suggests. Loss of headcan be reduced by: using smoother
walls and reducing air pressureAnot very effective); preheating
the mould (leads to defects); pressure castingi moving the mould
to correspond to the advance of the crystallization front (the
"successive crystallization method"); using moulds whose crost
sections can be reduced after filling with metal and, when only &
thin layer has solidified on the walls, the excess metal is
squeezed out (the "squeezing-out" method). The last three are all
being used in the USSR to master'the carting of large thin-walled
parts. The last was proposed by Engineer Ye.S.Stebakov, in 1951.
It is discussed in detail in the present article. The arrangement
is shown in Fig.5 (I baser, 2 stationary side, 3 supporting
bracket, 4 intermediate base,, 5 sand core, 6 material,
7 side jaw, 8 movable side). The rate of movem'ent can be
Card 2/6

S/536/6i/ooo/o49/002/003
"Squeezing- out" casting !5834 EIII/E435
according to a pre-set programme. The relation between the rate
of flow of metal in the mould, vr cm/sec, and the angle between
the two sides (degrees-) is shown in Fig.9 for a wall thickness of
I mm and a constant angular velocity w . To derive the relation
between metal flow rate and w the authors consider the simpler
case of a flat diffuser with one fixed and one movable wall.
Solving a system of differential equations they derive Eq.(11)
where A is a constant depending on the slope of the stationary
wall 0 , an the original divergence angle of the diffuser CL,
and'the original level of metal r0, a is the -divergence angle
and' (p is the angle between the rad-ius vector r and7thw
stationary wall.
wA I
r m2 sin2ctVcos 0 t Cain 0 ctg a (a
For the range a = 10, to 8*, the average flow-rate is given by
the-simplified expression W/sin2a, which is useful for
,zalculating Reynolds numbers and the required values of w.
For casting 2200 x 80 panels 2.5 to 3 mm thick, 6 to 8 sec. are-
Card 3/6

t5834 S/536/6i/ooo/o49/002/003
"Squeezing-out" casting Elll/E435
required. High temperature and velocity gradients are obtained near
the walls and crystallization conditions are very favourable3 gas
and non-metallic inclusions acquire a spin which will tend to move
them into the fastest-moving stream. The trajectory of a gas
tubble is given by Eq.(17)
x x 0 + 2wyt
Y A sinIff (1
2 2
where xo is -the x coordinate when t =;O, t is time,
w is angular velocity of rotation of gas inside the bubble,
6 is the wall thickness of the casting, y is distange from the.
wall (from 0 to 6/2). The authors note that the departments of
MATI are carrying-out intensivs research on this process, which can
produce enormous castings with 2 to 3 mm thick walls. The
mastering of the method has clearly shown the economic desirability
of its wide adoption. There are 20 figures.
Card 4/6

T
STEBAKOV, Yemellyan Semenovich; TIN Vaas,:,,ILiylakavlevich; BALAND
A"LT V 'Inzho,, red.;
G.F., kand. tekhn. nauk, retts~enzenn KRYLOV) V-1-p
CHERHYAK) O.V., red. W-va; SOKOLOVA) T.F., tekbn. red.
[Compreasion cacting] Litle vyzhimaniemo Motskvav 14aobgizp 1962.
2-50 P- (Founding) (HIM 15:3)

Maso kand, tokhns =uk
LARIum"UmNam
llommmm~
EMvdynaxic investigation of the process of casting thirs-
wal-U4.oylindrical sections into half-solds Oonverging in
paranel. Trudy MATI no,56zl73.-191 163. (MM 16:6)
(Younding) (Fluid Onstudox)

[' r-itsina,
AKHMEDOVA, Z.P. (Akhmedava, Z.P.1; DOB11TAj I.A.; ~"UZUTINA, L.A. --
L.A.); TURBIN, N.V. [Turbl,,i, m...j; =-'-'-tKhaty-1-iova, L.V-1
Change in the rate of ripening and heterosis of corn under variouB
cultivation conditions. Vestsi. AN BSSR Ser. biial. nav. no-3-.54-64
164a (MIRA 18:1)

TURBIN, N , (Tarutsna, L.A.); KHO-ITIM, L.V.
If.; -PA-UMLA,,_-T.A
(Khatyljova-, L.V.1
Results of testing mathematical models for the determination
of combining ability. Vestsil AN WSR. ",or. bilal nav.
no.1%74-PI 165. (MIMA 18-;5)

CTAR V TIN A, L
I ~L4rhw^sm Its,. AW.
Meak $.SJ.R. 76. 41
*ess 4dd, by dw nwiW
waves. At rix-m itosp.. st I V M"MI!
Coma, 4 On r - U. I.B. ;.It. I O.W A-
A
0.0m, 0.0 - 0.0m. 0.0112 - 0. An - 0.6111.
0.M a :P.010 cm.- 1. wid go/,' 25 - 2. 45 -b 3.
10
76 *3.SOA*b 11.94 *9.1 WK% c vp to about
.0 Wanting
3% -k" At r - 82 Me.,
" i.0
8.0, .0. - O.ODS 411d OAM " 0017.
c
100 0/p, 8 and M 10. Line" depeadefts d a
an the ty 9 evidently holds ardyat theloveste whom
w ;i6.
Over le stnomure Iortnatim. At r - 1.6%.
Olops, formula from the vfwty of ovand is - C'M
IN tspil. yak*. O.W. Thus at ralikk dy " r- t t7
Ic CA ONWOW ordinary fLff
Ints om -ppi, I-wsm. Tbeebm,
1. wiritly due to am WIM9
of a tmjor pw the wavent by the mkvlW. The dow
oa r7he
rrId%4IkM rNMA llrhl~ by IM4 1AMIns ftn&y rose only
At my low liviller"Virs. At Vapel W . M. -
j"Irt twkt%Ajk*j tinw* Irony bo linked 14111
lit, slow diq*mement of MIC0119-WAVORt COMPW-, but
with web PnK"M as Changes of sh"M CA Mob. or cotation
of at. limps. The initial growth of & wftb I*
77hedaetoswhpw"m. Tbrk-kwolfa:~'Mte
due to formation o(A C19M WWIWV bysptw
rption cA suovs on ic wavro at Shia Stage
-may be Md. by deft-mom j, otim
tatim of r1datively
d1orl C"s 411 4WkJ net ivork. The ("t jbxj at c
d t" th*t W Ikk ftflix -r is Im than 1. i.e. the Ftiaxallg,
tiow
k4 r it abort. Me imil Me irety high "jut,,,t of 11,0 in
the la"'UU111 forII*j"4nWWhjKvUl"djf. WW lot the
w1rdillereme in a bg4WM the gel and t1iie pift totyms,
N, rbos

5(3)t7(3)
AUTHOR: Tarutinap L. I, SOY/15-14-4-26/30
TITLE: Quantitatire Analysis of the Copolymer Content of Tetrafluoro
Ethylene Wita Trifluoro Ethylene by Infrared Spectroscopy
PERIODICAM Zhurnal analitio'heAkoy khimiif 1959# Vol 14# Hr 49 PP 504-505
(USSR)
ABSTRACTt The described method for the determinatioftM&,the composition of
the copolymer from tetrafluoro ethylene (CF2 CF2 ) and trifluoro
ethylene (CP 2 M CFH) utilizes the differences~ln the spectra of
polytetrafluoro ethylene and polytrifluoro ethylene in the
absorption of the C-H-bonds. The ieasuriements were conducted with
an instrument type IKS-11 with lithium fluoride prisms ( for the
range 2900-3100 am-') and sodium chloride prisms (for the range
around 750 cm- The absorption bands of the C-H-bond in
polytrifluoro ethylene and in the copolymers is at 2987 am
-1
As polytetrafluoro ethylene is pervious at 2967 am the total
Card 1/3 absorption of the-copolymer is caused only by one component

Quantitative Analysis of the Copolymer Content of BOV/75-14-4-26/3o
Tetrafluoro Ethylene With Trifluoro Ethylene ~y Infrared Spectroscopy
(trifluoro, ethylene). Based on the spectrum of a film of polytri-
fluoro ethylene a diagram is made for the dependence of the
optical density in the maximum of the ba nd at 2987 am -1 (D.) on
the thickness of the film (d I in microns). The optical density
of lix., thickness is D = 0*170# Subsequently the optical density
of the copolymer has to be determined at the maximum of the band
at 2987 cm-1 and thus the effective thickness d, of the trifluoro
ethylene in the copolymer film can be read from the diagram. This
method depends on two conditionst 1) that the volume of the
copolymer is composed of the volumes of the two polymer
components; 2) that the absorption of the C-H-groups is identical
in the spectrum of the polytrifluoro ethylene and in the spectrum
of the copolymer. The permissibility of these two conditions was
proved by the good results obtained in the analysis of artificial
gauging samples of the copolymer. The composition of the gauging
samples was determined by analysis of the gaseous mixture of the
two monomers (tetrafluoro ethylene and trifluoro ethylene).
Card 2/11

Quantitative Analysis of the Copolymer Content of SOY/75-14-4-26/30
Tetrafluoro Ethylene With Trifluoro Ethylene by Infrared Spectroscopy
Trifluoro ethylene has an absorption band at 750 om~l at which
tetrafluoro ethylene does not absorb. A diagram was made of the
dependency of the optical denqity of the mixture in the
absorption maximum at 750 cm:~ on the trifluoro ethylene
content of the mixture (Fig 4). One table shows the comparison
of the results obtained in the analysis of the copolymers with
the described method and the results obtained by two other
determination methods. The accordance of the results provesthat
the intensity of the absorption bands of the CwH-groups of
trifluoro ethylene in the copolymers remains constant.
The author thanks V.,M* Chulanovskiy for his interest in this
paperp G.I. Lapotnikova, for her help in the measurements and
SaGe Malkevich for.puttin'g at his disposal the samples of the
copolymers and the 'gaseous mixtures, There are 4 figures,
1 tablep and I Soviet reference.
ASSOCIATIONt Nauchno-issledovateliskiy institut polimerizatsionnykh plastmass,
Leningrad (Scientific Research Institute of Polymerization
Plastics, Leningrad)
SUBMIT7D: April 10, 1958
Card 3
3

7WP5(4)p24(7)
AUTHOR:' Tarutina L 14 SOV/48-23-10-15/39
TITLE: The Use of Infrared Absorption Spectra for the Investigation of
the Structural Changes of Some Fluoroplastics, Subjected to Aging
PERIODICAL: Izvestiya Akademii nauk SSSRo Seriya fizicheskaya, 19r-9i Vol 23,
Nr 10, pp 1210-1212 (USSR)
ABSTRACT; Several new plastics having high temporature resistivity and a
high resistivity to aggressive media are; polytrifluoroothylene
(1), polytrifluorochloroethylene (2)g as well as zhe copolymers
of tetrafluoroethylene with ethylene (3) and of vinylidene
fluoride with trifluorochloroethylene (4). At certain temperatures
theyl however, show signs of aging, which were investigated in the
present paper (spectroscope of the type IKS-11, film thickness

Ab). It was found that thermal aging above all results in a
n,1 00
,
tearing of the C-Clp C-H, or C-P and C-H bonds. The investigations
carried out of the individual plastics are discussed separately.
W8 aging in air and in a vacuum at 200, 240 and 2900.
1
Absorption band at 1390 cm- , Aging in air leads to a coloring of
(3) and to the occurrence of new bands at 16159 16779 1755 and
Card 1/3 1780 cm-1 (Table, Pig 1). In the case of aging i )i a vacuum no

The Use of Infrared Absorption Spectra for the BOV148-23-10-15139
Investigation of the Structural Changes of Some Fluoroplastics Subjected to
Aging bands within the range 1600 - 1900 am -1 were observed. (1):
thermal aging at 2400. occurrence of a band at
1767 cm- 1 (C=O oscillationi in the group C40 increase in the
intensity of the band with 2987 cm (C-H valence oscillations).
In the case of aging in the vacuum the former did not occur.
(4): Aginge at 2000 showed no-, and at 250 and 2700 only slight-,
and at 3000 considerable variations of the spectrum. In the case
of aging in the air new bands occurred: -1614, 1787t 176o, 1721
1.
and 3122 am- The samples aged Ln a vacuum had only two new bands,,
the occurrence of which resulted in a decrease of intensity of
those already existing (2983,3024, 1393, 1425, 1100-13001 970cil)-
(2)s Aging in a vacuum at 3000: two bands occur at 1363 and
1784 am-' (connected with the formation of the-CF-CF2 group).
Card 2/3 In the case of aging in the air the band at 1881 cm-1 was not

The Use of Infrared Absorption Spectra for the SOV/48-23-10-15/39
Investigation of the Structural Changes of Some Fluoroplastics Subjeated to
Aging
found. An addition of water in vacuum aging led to an intensity
increase of the bands at 136~ and 17e4 cm7l. The author finally
thanks V.M, Chulanovakiy for his interest and advice,
L. V. Chereshkevich and S. 0. Malkevich and Ts. S. Dunayevskaya
for placing the samples at her disposal and for discussions.
E.1. Blyumentall aesisted in part of the work. There are
2 figures, I table, and 1 reference*.
Card 3/3

hX A -r
fit
all
All
iv a
lie U V
all a
vi .v
45
g g -
u
1
jig
IIIU

e3411
S/19i/60/000/006/003/015
B0040054
AUTHORS: Malkevich, S. G., Tarutina, L. I.p ChereshkeyLoh, L.,V.
TITLE: Spectroscopic Tuvestig t*on of the Structure and Thermal
Aging of the CopolymerlFrom Tetrafluoro Ethy and
Ethylene
PERIODICAL: Plasticheskiye massyt 19601 No. 6p Ppo 5 - 7
TEX-~ The authors studied the thermal stability of the copolymer
(-CF_-0F _CH e
2 2- CH _)n -80 p thick pr powdered copolymer wer
2 - Films 60
hea,-,. to 200, 240, 275p and 290 C in the presente of air or in vacuum
00*~ torr). The structural changes were observed by means of an infra-
red absorption spectrum taken on an MKC-11 (IKS-11) apparatui~ with NaCl
prism. At 2000C, the spectra were not changod even after 300 h. The au-
thors found that the copolymer samples exhibited differently strong branch-
ing which became evident In the intensity of the 1390 ~m- I band (deforma-
tion occillationa of tht, CIT, group)(Fig.1). After 5 h of heating to 2750C;
Card 1/3

83hll
Spectroscopic Investigation Of the Structure S/191,/60/000/006/003/015
and Thermal Aging of the Copolymer From B004/BO54
Tetrafluoro Zthy~ene and Ethylene
branched samples lost in weight up to 4~- Fig. 2 shows the weight losses
as a function of the intensity of the 1390 cm- Iband. Unbranched samples
were stable. Fig- 3 shows that the weight loss depends on the extent of
the contact area with air. Half an hour of milling of branched samples
at 1500C accelerated aging, the weight lose rose to 10%9.whereas un-
branched samples remained unchanged even after I h of milling. The dif-
ference between branched and unbranched samples becomes obvious at 2400C.
While the latter show an unchanged spectrum, the spectrum of branched
samples shows new bands (Fig- 4): 1615 cm-1 , 1760 cm~' (acid groups),
1755 cm-' (C-0 valence oscillations of the carboxyl group), and a not
identified 1677 an- I band. Heating to 290 0C accelerates the oxidation
process (Fig..5) while hydrogen fluoride is set free. The separation of
HF becomes evident in new absorption bands: 1720 cz-1 (C-C stretching
vibrations), 1850 cm-' (dehydrogenated fluorine groups), and 3116 ca-1
(stretching vibrations of the -C-H group); thus, the authors assume a
Card 2/3

Spectroscopic Investigation of the Structure S/191/60/000/006/003/015
and Thermal Iging of the Copolymer From B004/BO54
Tetrafluoro Ethylene and Ethylene
formation of -CF=CH- groups. The destruction also becomes evident in e
reduction of viscosity of the melt and a lowering of the softening tem-
perature (Table). No double bonds were observed when heating in vacuo.
Viscosity and softening temperature increased. The authors thank
Professor V. M. Chulanovskiy for adviceq 1. A. Marakhonov for viscosity
determinations, A. I. Kornyushina for production of-preparations, and
G. I. Laxotnikova for taking thi-spectra. There are 5 figures, 1 table,
and 4 references: 2 Soviet, I US, and I British.
Card 3/3

33386
I 5-gi Go S/190/62/004/002/017/021
B11O/B1O1
/A 2.2 1 Z/
AUTHORBs Tarutina, L. I., Dunayevskaya, To. S.
TITLE: Spectroscopic study of structural changes in polytrifluoro
chloro ethylene during thermal aging
PERIODICAL: Vyaokomolekulyarnyye soyedineniya., v. 4, no. 2, 1962., 276-28,
TEXTs To study the structural changes occurring during thermal aging at
270, 290, 300, 3309 and 3500C in air and vacuo in polytrifluoro chloro
ethylene (I), the infrared absorption spectra between 4000 and 700 cm-
were taken by a Hilger spectrometer. Aging in vacuo was conducted in the
form of powder and 1001b (spectral range between 4000 and 1300 cm-1 ) and
3-5,w thick films (spectral range between 1300 and 750 em- 1). New aboorp- VA/
tion bands appeared at 1780, 1360, 1310, and 698 am- The band at
1780 cm -1 proves the NC bond, that at 1360 ca-1 the C-F bond of the CF2
group, that at 1310 am- I the C-F bond of the -OF. group., This suggests
Card 1/4

33386
S/ 1 qq/62/004/002/017/02 1
Spectroscopic study of... Blio/Biol
- ' ---- '~C 1
the processs -CFfClf7l,,-CP,--C -CF -CF-CP + CFCl CP The ab-
2 2- 2 2- 2-'
sorption band at 900 cm-1 confirms the C-Cl bond of' the -CFC12 group,
Chlorine and fluorine are separated during aging. The number of double
boads grows linearly with the heating time after 100-hr aging at 3000C.
Since the separated gases are not removed, the decomposition products do
not affect the decomposition rate of the polymer, The changes of spectra
of polymers aged at 270, 300, 330, and 3500C resemble each other. Thus,
all temperatures effect the same aging mechanisms sharp increase of the
decomposition rate, and increase in number of double bonds, Destruction
,0500C effects formation of the monomer and of a mixture of low
of I at>
molecular polymers. On chlorine or fluorine treatment of the mixture,
the bands at 1780, 1360, and 1316 cm-1 disappear by saturation of double
bonds.' Polymers aged at 330 and 3500C still show a band at 1705 cm'
whose intensity also decreases after Cl or F treatment. This suagests
U
formation of double bonds in the chain center due to cleavage of Cl or F
without chain rupture; the probability of double bonds grows with in,
I
creasing aging temperature, Bands are formed at 1d75, 160", and 1770 QM
after 5 hrs aging in air at 3300C, The band at 1875 cm- 1 belongs to the
Card 2/4

33386
S/190/62/004/002/017/021
Spectroscopic study of... B110/BI01
C-0 bond in -C/ After 3-hr boiling in water the reaction
r4c;op H ^j 1' ,//"'0 + KC1 takes place, with growing intensity of the
___C 1 2 "".OH
1770 cm-1 band which corresponds to the C-0 bond of the carboxyl group.
After 1 and 7 hre aging in air of samples previously heated in vacuo for
.5 hro, the intensity of the band of double bonds (1780 cm- 1) decreases;
fluoro anhydride (1875 cm-I) and chloro anhydride bands (1805 cm-1
0-0 0
appears rVCP.CF2___>CkC~ 3" CO, + COF2' Further aging in air at 3300C Vi/
effects a decrease in intens-ity of the fluoro anhydride bands, and in-
creasing carboxyl bands. During aging at 3000C, some samples are weakly
oxidized which depends on the method of production. The authors thank
V. M. Chulanovskiy, L. V. Chereshkevich for interest, L. I. Gracheva and
Z.-F. Karpova for assistance. There are 6 figures, 2 tables, and 6 non-
Card 3/4

33386
S/190/62/004/002/017/021
Spectroscopic study of... B110/B101
Soviet references. The four most recent references to English-language
publications read as followas 0. R. Jianotta, Plastics, 18, 1669 1953;
S. Liang, S. Krimm, J. Chem. Phjs., 31, 563, 1956; M. Iwasaki et al.
J. Polymer Sci., 377, 19571 C. L. Madorsky, S. Straus, J. Res. Nat.
Bur. Standards, 223, 1955.
ASSOCIATION:-.Nauchno-isaledovatellskiy inatitut polimerizatsionnykh
plastmass (Scientific Research Institute of Polymerized
ADIBMITTED: Plastics)
February 11, 1961
Card 4/4

S/048/62/026/010/013/013
B11T/B186
AUTHORS: Chulanovskiy, V. M., Goildenberg, k. L., ?irozhnayat L. N.,
Popoval G.. S.j Tarutina, L. I., and Fratkinat G. P.
TITLE: Spectral bxamination of-the aging processes of polymers
PERIODICAL: Akademiya nauk SSSR . Izvestiya. Seriya fizicheskaya,
v. 26, no. 10, 1962; 1316-1317
TEXT: Infrared spedtroscopy was-examined for its applicability to
inveistigatin4 th~.ag~ing and stabilization of polymers .(e.g.9 high-density
and low-density'poly~,thylene, e%hylone -,propylens copolymer, fluorine
polymers, PVCp polyvinyl alcohol and its acetals, copolymers on the badis-
of styrene). Conclusions:. Por the purpose of investigating the oxidation
of polymers, infrared spectroscopy in more suitable than chemical
,analysis as it can be used to determine carbonyl groups in various types
of compounds (e.g., in acids, aldehydeso ketoness #!~ck other compounds),
to establish the point of saturation of OR and C '0 groups, to observe the
decompo.eition of the main groups, and to analyze the products-of
decomposition. Results of wprk in this field will be published later.

3pectror;bamical cf interpri-Ap-ticii of --arbortyl
ahgorpti.on bazxl5 in z;pectr4g of f"I'Lcrinated polymers.
ZaN.lab, 28 no,4z44~7 444 62, (MJRk 15:5)
1. Gosudarstv-nnyy ne-uchn,..--i3sle(i-,vatells'-6-.Iy institut
polimerizatei.onnyl-di AastraLss i Eksperimental-nyy zavod.
(Polymmr- - ~Sp:z. tx--a~ (Carbonyl ,-,roup)
( ~;Per,-t I, t .17)

KREYTSER, T.V,; TARUTINA,, L.I.
Study of the structum tianeformations of triflil*"Bt+e
with the aid of absorption spectra, Zav, lab, 29 no.. -704
163. (MIRA 16W
1. Nauchno-iseledovatellskiy institut polimerizatoionnykh
plastmass, (Styrene-Absorption spectra)

TA.YJ'4"lrNAi I..,&, Inzh.
lltvic-o,.3 ror gag analyals. Khlm. i neft. mashlnofitr. nooL,38-40,
r. 16-1 (M'IRA 28:,:2)

ZNAMENSKIY, V.V.; RYABINKIN, L.A.; ISETROV, L.V.; VARTANOV, S.P.;
GAGSLIGANTS, A.A.;KOTLYARFVSKIY, B.V.; LOZO-ISKAYA, I.F.;
LYAKNOVITSKIY, FAI MAR1111, N.I.,-.CSTFCVSXIY, V.D.; FARrLSKAU,
G.N.1 RIKHTER, V.I.,- RUBO, V.V.; SLUTSKOVSKLY, A.I.1 TAR Sq-
G.H. TURCHANENKO, N.M.; SHMIDTp N.G.; SHNEYERSON, M.B.j GURVICH9
I.I., red.; BORUSHKO, T.I., red.izd-va; GURDVA, O.A., tekhn. red.
(Instructions for seismic prospecting]Instruktaiia po seismoraz-
vedke. Moskva, Googeoltekhizdat, 1962. 95 p. (MIRA 15:12)
1. Russia (1923- U.S.S.R.)Ministerstvo geologii i okhrany nedr.
. (Seismic prospecting)

Nr~ILJVK-'Nv V,D.i C.MT!, ~.B.; TARUT;~- ni.m., qjfji3I,IfI~KPYAv N, V
Disjuns-,.-ve d4stlirbq-nnes in tr-c ff--dI'T-e~nta!-.f ':-'Vpr
- - 11
loiest, Sit6rian Plateau. Do'k-1. AN 3SR 158 no.6~1329-1332
C) 161 (MIRA 17~,12!'
1. Predstavieno akademikom A.A. Trcfimukom.

"%usbAtadio Receivers Apr 49
Public Address Syst ans
"Nadlof ication of Rural Localities," N. Taruta,
2 pp
'Badle No 4
Your types of umits which nay be used In radloficatice
Vark are: (1) wind-powered receiver-PA system of
th'V%M-20 (20 watts) type which serves up to 120
*Nskard"- type load-speaker~, (2) the UK-50 (rI-O v*ttg)
t7" receiver-PA system which normally supplies 200
230 "Rekord"-type loud-speakers and one 10-va~+. '
street loud-speaker (P-;-10), '(3) the EM-100 (comblaed
ftlaandesion vait--100 VAtte) VhIch supplIes up to
42AM3
UM/Radio Receivers (Ccatd) AIPr
400 ".Rekord"-type loud-speakers and two'etreet
lcud-speakers (P-10), and (4) the TUB-JW--
(transmission unit ---100 watts by battery)
fOr localities lacking electric power Sources.
42/49T93

- TARVAVSCHID Ion- To--;-RADUIZSCUO Didong- - -
Cytological and norphologic studies of s=e hybrid plants of Solanum
lycopervicum Le Studii cerc biol veget 12 no.3;281-298 160.
(EUI 100)
(Hybridization) (Tomatoes)
-f

TARVERDIYEV, I.
Increase control over commodity turnover. Fin. SSSR 20 no-7:50-52
J1 -'59. (NIRA 12:11)
16ftchallnik upravleniya goadokhodov Hinieteretva finansov
Azerbaydzhanskoy SSR.
(Azerbaijan--Finance)

TARVERDIYEV, R.B.
Erosion of the ban of Mingachaur Reservoir. Izv,AN Azerb.SSR no-5:
lol-lM My 157. (MLRA 10:8)
(Mingechaur Reservoir-Coast changes)

RGB
. -
Transparence and color of water in Kingechaur Reservoir. Isv.
AN Aserb. SSR no.8t89-95 Ag 157. (XLU 100)
(Klngeah&ur,Ras*r-roir--Hydrology)

TARVIMDIYZVI,, R.B.
Water balance of the Kingedhaur Reservoir in the initial stage of
Ito filling, DDkl, AN Acerb. SSR. 14 no.4019-322 158.(NM l1t5)
l.' Inotitut zoologii AN AzerS&L Predstavleno eJmdamikom AN
AzerSSR A.M. Derzhavimyxi~
(Mingechaur Reservoir)

t.DTT77V, R. iid Ceo~, Sul
COch,,urol-. pc-;:~orvoir.ll j"u i.%&A-v~rl)
1 1 1 Iv. 'K
94
1

24 ;
Regici~al conference on the types and classification of reservoirs
In the southern part of the U.S.S.R. Izv, AN Aserb. SSR. Ser.
geol.-geog, nauk no.6:94-95 160. (MIRA 14-3)
(Resery'are)

TARVIRDITF,V. R.B.
Annual cycle of water temperature in the Kinpehaur
Reserroir [in Az,erbaijani with sumary in Russian].
Dok1.AN Azerb.SSR 16 no.1:4143 160. (MIRA 13-6)
(Mingechaur Reservoir--Temperature)

ZAMANOV) Kh.D.,- TARVERDIYEV, R.B.
Thermal characteristics of the Greater Caucasus lakes (in Azerbaijan).
.Izv.AN Azerb.SSR. Ser.geol.-geog nauk i nefti no,5:155-167
161. (MIRA 15:1)
(Azerbaijan-Lakes---Temperature)

ZAMANOV~ Kh.D.
Transparnney and color of mountain lake waters in the Great
Caucasus. Izv. AN Azerb. SSR. Ser. geol.-Ceog, nauk no,4t
111-117 164. ~(MMA 17:12)

TARVERDIYEV# R*B.
Thermal characteristics of reservoirs in the Lenkoran' natural
area. Izv. AN Azerb. SSR. Ser. geol.-geog. nauk no.2s130-
136 165. (MIRA 180)

TARVERDIYEV, R.B.
Regionalization and naming constituent parts of reservoirs
in the U.S.S.R. Izv.AN Azerb.SSR. Ser.geol.-geog.nauk
no.2:107-112 164. (MIRA 18:11)

ZMANOV, Khalil Dzhalalj -TARVERDlYEV, Ramazan Bakhshaly
[Hydrologic characteristics of I-akes and reserToirs of
the Greater Caucasus] Bokuk Gafgazyn kollerl ve au anbar-
larynyn hidrolozhi khususijjetleri. Baky, Azerba chan
SSR Elmler Akademijasy Neshrijjaty, 1965. 137 p. iln
Azerbaijanij (MlWk 19:1)
10i -

TARvwIYJpTA,,,)L1.,-- -
Sumer feeding of parch In som bays and shore lagoons of lake
Baikal. N&uch.dokl.vys.vhkoly; biol.nauki no.2t25-30 159.
(XIRA 13:4)
1. Rekomeudovans ke6fedroy MU010911 Kookovskogo gosubretvannogo
univerelteia Im. N.V. Lovanosova.
(BkIKALS LUM-PIRCH) (limms.-no)

KIRONOVA, N.V.; TSEYEB, R.Yao; GEPASIMOV., V.V.; POZDIPMOV, Yu.F.;
CHINARIKA; A.D.~ ~~.; BELOVA, A.Y.
Distribution and sow biological characteristics of commercial
fishes-in the littoral area of the Murman Ccest in 1958.
Trudy *IBI no.4:174,-185 162. (MM 15:11)
1. Laboratoriya ikhtiologii (zav. - f.V. Mironova)
Murmanskogo morskogo biologicheakogo Inatituta.
(Barents Sea-Fishes)

TARVERDIYEVAp M.I*
Materials on the food of the Barents Sea cod Gadus
under experimental conditions. Vop.ikht. 2 no.4s703_7 6 162.
(KMA 16:2)
1. Mrmanskiy morskoy biologicheskiy institut, AN SSSR.
(Barents -Sea-Codfish) (flahes-Food)

BELOVA, A.V.; TARVERDDEVA, M.I.
Materials,-n the f-eding habits of the Arctic codling (Boreogadus
saidF)..'Trudy MI no.5:1435-147 164. (VOLA 17:4)
1. Laboratoriya biologicheskikh osnov akklimatizatsii (zav. -
L.I.Vasillyev) Murmanskogo morskogo biologicheskogo instituta.

TARVERDYIN, A.Kh., in2hemer.
__ FII~-
Construction of hydraulic structures for the irrigLtiol system of
separate collactive farms in-the Armenian SSR. Gidr. i mel. 8
so. 8: n-16 Ag 156. (Mk 9..g)
(Armajda-Ir'rigation)

TARVEFMYAN,j A. Kh. Cand Agr Sci- -- (dtss) "Ways of Improving t"he
Operation-! of Irrigation- Systemsq Modeled~n ExamDles From. the
Na,:4i
Araksim J&owj%rAI- of the Armenian! SSR (Analysis of Perf ormance of
the Systems for the Period -& 1948-1952). 11 Terevan, a 1957'.
25 pp 20 cm.. (Min of ~Agriculture USSR All-Upion Scientific
k, v A V~,
Research Inst of a*Engineering: and
Land Ra4laawbkuu), 100 copies (KL,. 18-57ig. 90 97)
- 4.1, -

300)
AUTHOR:
TIT1E:
PERIODICAL:
ABSTRACT:
Card 113
SOV/99-59-11-8/15
Tarverdyan, A.M. Engineer (Yerevan)
----------Z------ Z.-
A Method of Simplified Planning of water Utilization
.., -On ' Farms
Gidrotekhnika i melioratsiya, 1959, Nr 11, pp 34-37
(USSR)
This article outlines a method for simplifying the pro-
cess of drawing up water utilization plans at sovkho-
zy (state farms) and kolkhozy (collective farms); the
author limits the discussion to farms in Armenia.
Present methods of planning are briefly discussed by
way of introduction, The author notes that in spite of
an -Iner6mise * in' irrigated land areas at a number of
farms, consumption of water has fallen off in recent
years, and cites the following examples: from 1950-
1956 irrigated land area at the collective farm imeni
Mikoyan (Eabiniadzinskiy rayon) , which takes its water
from the Xizhne-Razdahsk:Ly canal, increased by 494
hectares, while water consumption for 1956 was 95~- of
that for 1950; at state farms firs 3, 4, and 9 of the
"Ararat" Trust this area increased by 109 hectares,
while water consumption in 1956 was 103.2% that of

SOV/99-59-11-8/15
A, Method of Simplified Planning of Water Utilization 6riVai=
1950; at the Getashen collective farm (Oktemberyan-
skiy rayon) irrigated land area increased 5~; and wa-
ter consumption for 1956 was about 52~~ that of 1950;
a figure of 85% is given for the Balbandyan collecti-
ve farm. The author states that the factors determi-
ning water consumption which enter into a plan remain
quite stable. Study of water consumption avid other
factors at many collective and state farms for the
1950-1956 period, he says, allow simplifying the me-
thod for calculating farm water consumption. The
simplified method is outlined and explained. To check
the proposed method the author applies it to a num-
ber of farms (table) for the 1952-1'956 five-year plan
period; the following state and collective farms are
listed: the Anastasavan, Shaumyan, Burastan, Dorashen,
Aygestan, and Varin Artashat farms in the Artashat-
skiy rayon; the Shirazlu, Kuchuk-Vedi and Aygevan
farms in the Vedinskiy rayon; the Nalbandyan, Geta-
shen, Armavir, Mrgashat, Oktember, Bambakashat,
Card 213 Dzhanfida and sovkhoz Nr 6 farms in the Oktemberyan-

SOV/99-59-11-8/15
A Method of Simplified Planning of Water UtiliZation ozi Yar'as
skiy rayon; the kolkhoz imeni Mikoyan and sovkhozes
Nrs 3v 4 and 9 in the -Eabiniadzinskiy rayon. The
figures for water supply (1956) (see table) derived
by the new method differ from those actually planned
for that year by only 5-10%, permitted by the "Tem-
porary Regulations on the Technical Operation of Ir-
rigation Systems" approved by the Ministry of Agri-
culture of the USSR. A check on the accuracy of wa-
ter supply computations is briefly outlined; the
author concludes that the method proposed is suffi-
ciently accurate for practical application. Graphs
of water supply for 1956 to the Anastasavan and
Shaumyan collective farms based on the water utili-
zation plans and the proposed simplified method are
presented for comparison (Fig 2). There are 3 graphs,
1 table and 1 Soviet reference.
Card 3/3

WiSR-f-Hu-mar-a-r-& Ani-mr-Physi-ology- (Norwal arA Patho-1cgical).
General Problems.
Abs Jour jRofi' Zhur - Biologlya, No 13) 1958, Noi 59963
Author :Shchukuryan, K. G.; Tovmaaydn,, Ri A.; Thrvekdyan, A. N.
Inst :Republican Clinical Hospital of ArnBS.R
Title :Several Data on the Effect of the Irritation of the
Vestibular Analyeor Upon the Socretcry Function of the
Stomach
Orig Pub :8b. nauchn. tr. Reap. klinich. bollnitsy ArzES11, 1957,
1, 529-531
Abstract :After rotation in the Barany chair with a speed of 10
rev/20 see., a parasympathetic effect appeared in 23
and 38 subJecto (increase in the quantity of gastric
secretion and the content of total, free and bound HC1),
in 7 persons a sympathetic effect was observod (decrease
in secretion and acidity), and in the remaining ones
there was no reaction to the rotation. -- T, G. Betoleva
Card 1/1

TARVERDYAN, T. N., KOLABSKIY, N. A., CHIM, A. N. and GAIDUKOV, A. KH.
"The Development of a Yethod of Conserving Blood with a View to
Retaining in it the Viability of the Dog Piroplasmosis and Cattle
Babiellosis Virus."
Tenth Conference on Parasitologicel Problems and Diseases with Natural
Reservoirs, 22-29 October 1959, Vol. II, Publishing House of Academy of
Sciences, USSR, Mosoow-Leningradq 1959.
Leningrad Veterinary Institute and Leningrad Institute of Blood Transfusion

MUMMY N.A.; DAMMOVA, TIL.M.; SUZIKO, S.F.; TARVEW)YAN, T.N.
Comparative evaluation of the theraf;eutic properties of some prep-
arations againct coccidiosia in chicks. lleterinariia 39 no.7:54-56
J:L I C 2. (MIRA 18:1)
1. rAnIngradsMy voLerinarnTy innUtut.

l
CV
01ld
d
lele a
ft
s
f fu
n t
h
d
id
b
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4
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e
no
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r
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p
,
5 its
t
l
t ft
ea
f
h 70~
ase ca
a
0m 0
0XV1
1
t$ o
ys
po
'
-
-
v
Ilryjlj_
-'Xawidiurn
ikES, and h
- f _
-
2A
;=K
i
L
X4
&v
,
ad. MW 1931, 44h-fa
*Cnr
js
of air-furan mixto. through a 11ans tube over VA-purtilce
catalyst gave the. Ulowingeonverstions lomalelc Rnhytitide. 3
The tv-st rviufts Are had with 3 Fee. contact and a molar
'
*
,ratio of air toftimn of 120-tDOatl'-)i
,whenitiSt-37
oyieltI
is secured (92-.4% taking into acemim unrcactLd Itiran). 0(
It Is quggetted that the reaction procreds hy formation of the
2.5-di-110 deriv which yields the 2,Fozo deriv. or suffers
fin
cleavage Kith formation of ROXClItC11:01010
fe
wh 11 leldialactone. Over a pure VtOsWalyst smne 27V. o
furall f, 1. C0,11.0 and onir 130 yl-lds maltic
"
'
d
i
h
h
I
r
en t
anhy
de; w
e catalyst
with use
s fully
deve "td
and consists largely of VrOt, some 46% conversion to malcic
anhydride occurs. The high yW& cited above result from a
catalypt coushting of both V$04 and ~204. G. M. K

~L-TARVTDI-11.-V. ---- - ---- - -- -- - ---- -- - -
TARVID, M. V. -- Investigation of the Vapor-phaBe Oxidation of Furfurol with Oxygen of
the Air Over Different, Mixed Vanadium Oxide Catailysts.0 Acwt Set Latvian SSR, Inst
of Forest Problems. 1952. In Latvian (Dissertation for the Degree of Candidate of
Chemical Sciences)
4=skoy SS , No. 9, Sept., 1955
SO: IzXggjW Ake Nauk I

M. Tarvidu. bir~fjas ~si%rlq;, Ak-~. 04
NO.Ati(-Whr~!(. !'~- C"'i6n IW-j-in).- Ptq1o 114
7,1, 1. HPO 2', t-,m tit, - - dit,: wvu--
fr.,, tiol, of tbr, P)ridv~(' tu"!:l A ph'tt"I phol ,, .. I ...
hou wiJi KM,iO, or J!-Su, I-11 t"'U" of l. -f-r 1.1
with u~r ove. V cattlysts, %yali vbc,m~j,t
with e(OFf, and miction witi, NMNIJ...110 te, ftrin a %ur
of hyrif.14t:CJ. The PTCPII. hIl! b~,CtritiCISL-tiC ill
j 3c/"D gl;cvrin boubiciii tulturi of uverul MveGbacitrut In
dAn. of I.-(J X to* as conlp~lrlvd to L:8 y I-Y' for tilc pure
Lonic-3tinic acid bydrazide. An'reiv Df;,-v-iitkq

4 V4-rv-
--1 2'91
.:tk, .1.1
It, ;"r III lit I 111i; ... I
I to .4 11~;( I,
oil jltol.i'v; I', 11-0i, II.-S '114), on At
(111,wpumi- the
CUtticiz hLilll U 0111L '-U -;,i ])-i le: !I)- .~ 011"i CV4111). of OW mr-
rcivoildi;Ig ~ lit, 'Xicte, aud carrivr mixt., %,ilh or without
bulp of sicrifickd orgtoic bimk~r- The caulpits iiere
~Iowly dried iht 11,K), ir air itit3m. fiAloacd by a gradiwl
hxre;t~t to ;3tR)' within 12 hr..' .,.,d hc':ditLg at 3'-'0* (rr
whInt. 12 firs, Th-, finat activ-,ttinii N%,is a0dvved by hait-
-ing for 41) firti. al 370' lit it ralli'l ah. mrCam, 02 .113SA
f
c0n%vr~ioaS of 754,0% k%m- obi'lin-A -eith thc 1;cstlin:
w6f, raMl, ~t, N%ith ii, dv~-t,ln'v in actk,itv for (0) lirs.
1,11v ,r-fudurd m,dar rati- loill to 40.411, and the
t Inn- 0.7.5 2 -- FL, bc'( d"t %,,;1, 11, and the
,ptimuleondirim;,i; air-firt-h-dowb, r;aio )SOO-I to2lWA.
lemp. 270'. 'wit.wt time I , svc ; 97'i-Q of flirfurd was 0,,i-
th."'t, 111 I'li --, 111AVIC wid. Andrew DrAVIflitka

R-1
AIM ;ar:
_4ggg zag 'mm,'m
R"t

USSR / Soil Science, ftganilor FertIlizers, j
Abs Jour: Ref Zhur-Biol., No 21, 1958, 95773.
Author : Tarvidas, J.
Inst : not g1 r.--
Title : Bacterial Fertilizers and Their Use.
Orig Pub: Valst. polit. ir moksl. lit. leidykla, 1957,
67 psl., il., rb. 1,00.
Abstract: No abstract.
Card 1/1

3180 TARVIDAS, St.
Flziko - Geograficheskiy Obzor Litovokcrj SSR. Vil'Noo. Gospolitnauchizdat
195li- 56 a. 22 sm. (o-vo po Rawrostra Neniyu Polit. I flauch. Znaniy Litov
ssp). 6.ooo Ea. 6o K. - NA Litov. Ya".. - (51t-57050) 551.4(47.45)

1. UIXINS, P.; HILLERS,, S.; TARVIDS. .
2. USSR (600)
4. Furan
7. Oxidation of furan to maleic anhydride by air oxygen in vapor-gas phase over a
vanadium oxide catalyst. Latv. PSR Zin. Akad. Vestis 3, 1951.
9. Monthly List of Russian Accessions, Library of Congress, January -1953. Unclassified.

1. TARVIDS,YM. HILLERS, S. Y"rNS,, P.
2. US.YR (600)
U. Oxidation
7a. Oxidation of furan to maleic amhydrida by air oxygen in vapor-gas phase over
airanadium oxide catalyst. Latv. PSR.Zin. Akad. Vestis no. 3,, 1951
9. -onthly List of Russian Accessions, Library of Congress, jama,* -1953. Unclassified.

LIVANOV, K.V.; TARVIS. T.V.
Sorghum in arid areas of the Southeast. Zemledelie 7 no.2:71-75
7 '59. (KM 12:3)
1.,Xrasnokutskaya gosudarstvannaya selektoiannaya stantsiya.
(Sorghum)

TARVIS, T.V-
es caused by the deepening of the ploy layer
Microbiological chang
of Chestnut Boils. TrudY Inst. mikrobiol. no.7:266-274 '60-
(KM 14W
(SOIL MICRO.ORGANISMS) (TIUAGE)

USSR/Zooparasitolo87 - Ticks and Insects - Carriers of Disease G.
Sti;-,mli. Insects.
Abs Jour : Ref Zhur - Biol., No 11, 1958, 48231
Author : Wirit-Gontarl, IIA., Talalova, N.P,
Inst Kirghiz Scientific Research Institute of EpidemioloGy,
MicrobioloMr and Hy(;iene.
Title The Mosquitoes of KirGtizia and Their Comparative Epide-
mioloGdeal Significancee
Orig Pub Sb. Tr. Kirg. n.-i. in-ta opideniol., mikrobiols i L;iGllcny,
1956, vyp. 2, 90-96.
Abstract No abstract.
Card 1/1

A- - r~r - 6-~ jvf- A_
K-T
USSR/Zooparasitalogy - Acarina and Insect-Vectors of Disease GA
Pathogens.
Abs Jour :Ref Zhur - Biol., No 3, 1958, 10122
Author :Tarvit-Gontar I A
Inst :
Title :3ome characterioUct) of the Bloloa of Phlebotow"t P&P&t&-
sii in Kirgiz.
Orig Pub :Tr. In-ta zool. i parazitol. AN KirgSSR, 1956) No 5, 109-
119
Abstract :In northern Kirgiz Ph. papatasii appears in eT-11 numbers
and is rarely met with; in southern Kirgiz it predomina-
tes in some locations. There are 5 districts in Kirgiz
where this species prevails, the characteristics of which
are stated. Factors in the south delineating the zone of
habitation of Ph. papatasii are increased humidity and
height above sea-level; in the north-- the period of sum-
mer with an average temperati=e not lower than 180.
Card 1/2
USSR/Zoopara"'tolOgY - Acarina
Pathogens. and 'nsect-Vectors of Disease
Abs jour Ref 7 G-4
'hur NO 3, 1958, 10122
The first mosquitos appears in southern Kirgiz at
Of April; mass flight begins
mosquitoes the end
At the 1)eginninb, of june.
disappear at the end Of August.
pef F'* pap&tasii in Kirgiz is "he preval'
in &Ccordamee wi ence
stablished by V.11 I
,,BOUemishev a-ad A.V.
their analysis of t Dolmath the rule
e geographic pre tOva in
valence Of the species.
Card 2/2

L
r: -i-
o,
No.
Kirgizian Inst. of Epidemiology and Microbiology/Frumze

USSR / Zooparasitology. Mites and Insects - G-4
Carriers of Disease Agents
Abs Jour: Ref,Zhur-Biol., No 20, 19581 91075
Author :-jarvit-Gontarl, T. A.
Inst The Kirghiz Scientific Research Institute for
Epidemiology, Microbiology and Hygiene
Title Biological and Ecological Characteristics of
the Sandflies In Kirgizia: Phlebotomus Caucas-
icus Marz. Report I.
Orig Pub: 8b. tro Kirg. n.-i. in-ta epidemibl., mik-.o-
biol. I Zigiyeny, 1957p vyp. 3, 169-177
Abstract: Phlebotomus caucasicus Is a dangerous sandfly
in Southern Kirgizia as a potential cause of
epidemic infection. The author arrived at this
conclusion after a study of Its biology, ecol-
ogy and having ascertained its close contact
Card 1/2.

USSR / Zooparasitology. Mites and Insects - G-4
Carriers of Disease Agents
Abs Jour: Ref Zhur-Biol., No 20) 1958, 91077
Author -_TaiY1t_-Dontar', I. A4
Inst Kirghiz_9e-1e-ffr=1r-Rvsearoh Institute for Epi-
demiology, Microbiology and Hygiene
Title Biological and Ecological Characteristics of
Sandflies in,KirgIzIa: Phlebotomus alexandri
Sint., Report III.
Orig Pub: Sb. tr. Kirg. n.-I. in-ta epidemiol., mikro-
biol. i gigiyeny, 1957, VYp- 3, 183-190
Abstract: Phlebotomus alexandri Is widespread in Southern
Kirgizia and is absent In the North. Sandfly
controls should be instituted not only in In-
habited localities, but also in the adjacent
natural zones. Rodent burrows should best
Card 1/2
36

ANTARI I A
compmure eaAagiceag, biologimar and spidoqOlogical
chmoterlotics of Phlrbotome in Kurgbixi*.7$pd.paras.
i pamsbole 29 no.1149-!53 A-F 160. (KMA 13tIO)
(rnMtWAN-4WTH FU=)

fARVIr~.(JOIMAR', LAO Jifferent moth flY
Biological a ecological characteristics Of'
no-3,399-406 16o.
species in Kirghizia- Zool.Zhur. 39 (14IRA 13:6)
Microbiology and
1. Kirghi Research Institute Of kidemiolOgTi
Hygiene, ;~Unze* istan--Moth flies)
(Kirghiz

TARVIT-GONTARI. I.A.; LOGACHEVA, L.S.; KICHATOV, E.A.; MaYVA, O.V.;
ROSHKO -N-
F-.; GOLOBUTO, V.V.; RODIONOV, V.P.
Study of centers of tick-borne spirochetosist and methods for the
control of carriers. Sov. zdrav. Kir. no.1:44,/..6 Ja-F 062. '
(MIRA 15:4)
1. Iz Kirgizskogo institute. epidemiologii2 mikrobiologii i gigiyeny
(direktor - kand.med.nauk V.M.Perelygin), Respublikanskoy sanitarno-
epidemiologicheskoy stantaii, (glavnrf vrach - A.A.Mashkevich) i
Sanitarno-opidemiologicheskogo otrvada Loningradskogo rayona
(glavnyy vrach - P.P.Yagudyayev).
(LENIN DISTRICT (OSH PROVINGE)-SPIROCITETOSIS)
(TICKS AS GARRIFMS OF DISEASE)

GONTAR.I - ~A. ; BAYRIT,, F. A.
W ck method for preparing gamasid mites for microscopic slides.
Sov. zdrav, Kir, no.l.-59 Ja-F 162. (MIRA 15-4)
1, Iz Kirgizskogo instituts, epidemiologii, mikrobiologii i gigiyony
(dir4tor - kand.med.nauk V.M.Perelygin).
(MITES) (MICR0SCOPV,-4F.CHNIQUE)
I

TARVIT-00=1 P I-A-
moscMitoes in natural landforms of lirgbizistan, 14ftreenterabo 12)
no.12146-161 162. (lirghisistan-Ymquitow) (KIRA 16

_ ~_ j MAKSIMOVAI V. S.
TARVk
Experience in the eradication of a focus of tick-borne spiro-
chatosis. MWd. paraz. i paraz. bol. 32 no-4s447-451 JTl-Ag 163.
(MIRA 17:8)
L Iz Kirgizakogo nauchno-iseledovatellakogo instituta epidemic-
2ogii, mikrobiologii i gigiy6ny (diro - kand. mod. nauk V.M.
Pere%ygin).

... red.; IBRA
PALIY, V.F., red.; TARV1T--gQLTA~L,_.LA D-110VA, K.. red.;
MARKO, F.I., red.; PEK, L.V.,, red.; TARBIIISKIY, S.F., red.
[Collection of entomological papers] Sbomik entopiologiche-
skikh rabot. Frunze, Izd-vo "Ilim," .1965. 137 p.
(MIRA 18:6)
1. Voesoyuznoye entomologichaskoye obshchestvo. Kirgizsko-ye
ot,deleni-ye.

PROTSENKO, A.I.p otv. red,; PALIY, V.F., red.1 TARVIT-GONTARI I. I.A aw
red.j IERAIMOVA, K.p red.; TARBINSKIY~i7a.-F., rea.; n-K f
L.V.p red.; MARKOV, F.I., red.
(Entomological studies in Kirghizial Entomologicheskie is-
eledovanila. v Kirgizii. Frunze, "Ilim", 1965. 120 p.
(MIRA 18: U)
1. Akademiya nauk Kirgizakoy SSR, Frunze.