SCIENTIFIC ABSTRACT FILATOVA, N.S. - FILATOVA, YE.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000413020019-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

NIKITINA, Ye.V.; AYDAROVA, R.A.; KASHCHENKO, L.I.; UBUXEMA, A.U.;
POPOVA, L.I.; TKACHENKO, V.I.; GCLOVKOVA, A.G.# SHPOTAO Te.10;
YMAT_OYA, N.S.; SHARASHOVA, V.S.; VVEDZUSKIY, A.I.. nauchnyy red.;
NfidiODTSii_,__r.V., red.; ANOKHINA, M.G., tekhn.red.
(Flora of the Kirghiz S.S.R.; key to the plants of the Kirghiz
S.S.R.] rlors Kirgizekoi SM; opredelitell rastenii Kirgizakoi
StR.-Sost_'*' A.V.Nikftlua i dr. Nauchn.red. A.L.7yedenskii. Frunze,
Izd-vo Akad.aauk Kirgizekoi SSR. Vol.8. (The carrot, dogwood, winter-
green, heath, primrose, leadwort, olive, gentian, dogbone, milkweed,
and morning-glory families] Semeistva: zontichnye, ki-zilovve, grushan-
kovye, vereskovye, pervotsvetnye, ovinchatkovye, maslinovye, gore-
chavkovye, kutrovye, latitovnevya, vliunkovye. 1959. 222 p. Vol.9.
(The mint and nightshade families) Semeistva: gubotavetnye i pasle-
novye. 1960. 213 p. (MIRA 13:7)
(Kirghizititan-Dicotyledons)

NMTIRA, Ye.T.; AYDAROVA. R.A.; PILATOTA. N.S.: UBUKZYBTA, A.U.;
B=ITSINA, I.G.; LYSOYA' k.-*-.-,~i-~-.red.';BUTEHKO, JI.P.,
red. isd-va: ANCKHINA, M.G., takhn, red.
[Trees and shrubs of the populated areas of Kirghizistan; a
popular guide] Derev'im i kunterniki naselennykh punktov Kir-
gizii; populiarayl opradelitell. Sost. M.Nikitins i dr.
Frunze, 196o. 249 p. (MIRA 14:5)
1. Akademiya nauk Kirg.-Lxskoy SSR. Institut botnniki.
(Kirghisistan-Treae) (Kirghisiotan-Shrubs)

V~
PHATOVAS H.S. . I f,:,.01 .
Guide -C6~thb'wid-riwbods of Kaia6stan. Trudy Inst. bot. AN
Kazakh... MR 15s204-436 163. t ' (MIRA 16:9)

NIKITINA; Ye.V.,- AYDAROVAq R.A.; UBUKEYEVA; A.U.;,F-ILATOVAj_?T.S.;
SUDNITSYNAp I.G.; TKACHRIKO., 17.1.; SIURASHOVA; V.S.;
KASHCHENKOp L.I.; LSTMA2 Ye.I.; VVEDENSKIY; A.I., nauchrory
red.; VYKHODTSEV, I.V.., otv. red.; SOROIJBAYEVA, N.V., red.
izd-va; ANOKHIIIAp M.G., tekhn. red.
(Flora of the Kirgbiz S.S.R.; classification key of the plants
of the'Urghiz S.S.It.]Flora Kirgizskoi SSM; opredelitell ra-
stenii KirgizBkoi OSSR. SoBt, E.V.Nikitina i dr. Nauchng red.
A.I.Vvedenskii. Frunze) Izd-vo Akad.nauk Kirgizskoi SSR.
Vol.10. (Families: Cuscutaceae,, Polemoniaceae, Boraginaceae,
Verbenaceaep Scroghulariaceae, Bignoniaceae2 Orobanchaceae,
Lentibulariaceae, Plantaginaceae, Rubiaceae, Caprifoliaceae,
Adoxaceae, Valerianaceae Morinaceae, Dipsac8ceas., Cucurbitaceae.,
L
Campanulaceaet obeliaceael Semeistva: Povilikovye, Siniukhovyej
Burachnikovye, Verbenovye,, N3richnikovye, Bignonievye, Zara2i-
khovyes Puzyrchatko-vye, Podorozhnikovye, Marenovye, ZhJmoloutrqe,
Adoksovye2 Valerianovyes Morinovye, Vorsiankovye, Tykvennyes
Kolokoltchikovye, Lobelievye. 1962. 38? P. (MIRA 15:9)
(Kirghizistm-Dicotyledons)

NIKITINA, Ye.%'.; AYDAROVA, R.A.; DZHATIAYEVA, VJ'.; UBUKEYEVA, A.U.;
ARL-AYEVA, Z.S.; SUDN'ITSYNA, I.G.; SMAROVA, R.X.; GORX110VA,
N.V.; TRACHENRO, V.I.; F1 10 ; UOUIEVA, O.V.;
MD11SKIY, A.I., nauc . red.; MHODTSEV, I.V., otv. red.
[Faora of the Kirghiz S.S.R.; a guide to the plants of the
Kirhiz S.S.R.] Flora Kirgi%skoi SSR; opredelitelt rastenii
Kirgizskoi SSR. Frunze, Dim. Vol.11. 1965. 606 p.
(1-11RA a8111)

f1 L R If LIM A, Y
uSsR/ Physics - Absorption of gasos
Card 1/1 Pub. 86 - 17/37
Authors : Chmutavf K. V.? Mem. Corresp. Acad. Sci. USSR; and Filatava, N. V.
Title : Model setup of a process f or the absorption of gases, vapors -and dissolved
substances
Periodical : Priroda 43/10, 95-96, and insert, Oct 1954
Abstract I The reclaiming of gases, vapors and dissolved substances by an absorption or
adsorption processi is described. A model setup of the apparatus is showm.
The process consists of passing an uxiinterrupted stream of a iaLxture or aolt~-
tion through layers of a granulated substance placed in a tube, chamber or
very-long column. Illustrations; graphs.
Institution :
Submitted !
U`_

P-3~' F731,041 ljz~;R7

Ql

8/84 62/000/000/102/129
D204YD307
k~THORS: Kiseleva, Ye. D., Chmutov, K. V., Krupnova, V. N. and
Filatova, N. V.
TITLE: The effect of tho exchanging ion.and of linking on the
radiation stability of ion-exchange resins
SOURCE: Trudy II Vs.eeoyuznogo soveshchani'y'a po radiatsionnoy khi-
mii. Ed. by L. S. Polak. Mouc*ow, Izd-vo AN SSSR, 1962,
603-610
TEXT: The present work is part of a systematic search for radia-
tion-stable ion-exchange resins. The effept of cross-linking was
utudied on cationites Z(SBS-2, a copolymer of styrene and bu-
tadiene) and on K -2 (KU-2, copolymer of styrene and divinylbonze-
ne). The irradiat
In was carried out in water, by a method described,'
parlier (ZhFKh, 25, 11816 (1961)) using the linear accel Irator of
the authors' Instituteg the dose being (0.2 - 2.1) x 10 3 ev/g.
The exchange capacity of KU-2 in the H + form decreased on irradia-
-tion and was generally hikher for higher contents (2 16%, great-
Card 1/3
Y~ W
p,

5/844/62/000/000/102/129
The effect of the D204/D307
est at 12%) of divinylbenzene (DVB); new exchanging groups, with a
pK of 7.5 appeared in amounts increasing with the dose, independent-
ly of the DVB content whi6H denotes the degree of linking. The per-
centage swelling on irradiation depended on the content of DVB and
was lowered by doses exce6cfing--0.7 x 1023 ev/g. The selectivity
+ '~erized by exchange constant kCS was
w.r.t. the C ion, charac H
generally lower for lower constants of DVB and varied irregularly
with the dose, rumainihg little changed on the avers. e. The pH rose
from -2 for unirradiated to -12 for irradiated KU-2 M7 - 1.1 x
10 23 ev/gt 12 - 16,14 DVB). Cu 2+ , Cr3+, Fe3+ and UO 2+ forms of KU-2
lost their exchange capacity more slowly than the H+ form, but ~he
decree of swelling rose from 90 to 180cig' for a dose of 1.4 x 102
ev/g. The radiation stability of KU-I (a sulfonated phenolic type)
treated in a similar manner, was higher than that of KU-2; the pro-
perties remained esoentially unchanged. SBS-2 largely retained.its
exchange capacity for doses up to 2.16 x 1023 ev/g, but the per-
_--centage t3welling vient through a minimum of -20~v at -0.5 x 1o23 ev/g.
Card 213

3/844/62/000/000/102/129
The effect of the D204/D307
The properties of an anioni'te'AB-47 (AV-17) remained essentially
unchanged when the resin was irradiated, in various ionic forM8.
The changes in the properties of KU-2 are ascribed to changes in
the structure of the resing resulting from the fission of C-8 and'
C-C bonds, followed possibly by interaction'with the radiolysis
products of %-,-ater. There are 11jigures and.2 tables.
ASSOCIATION: In6tituit fizicheskoy khimii AN SSSH (Institute of
PhysiCCLl Chemistry, AS USSR)
Card 3/3

a
KISFLEVAt Ye.D.; Cl-MUrOV, K.V.; FILATOVA, N.V.
Rad: atlovi stabili4.
ty of ion-exchange resins. Part 3.
"C"hur. fiz. khim. 36 no.11:2465-2468 X162. (MIRA 17:5)
1. Institut fizicheskoy khlmli AN SSSR.

(Overall. mechanintion of straw hfIrw..,ILArIgj Komple~swjia
1,iborka soloTrV. l,.oEkva., ifossellkhazi;,.-Inty 51 p.
(MrM 17:'/)
1. Vmros3tyskly nauchno-issledovwelInkly lnstitut
nIzatut-L I claktrifikuttAi nellokoj~,-) ~.nozyKy.,,I,v~t (l'o'
Komarovia, Filatov)

P
SHENAYEVA,K.I.; SHUMILOV,G.A.; YIIATOVA,O.A.
Hungarian instruments for the testing of textiles and fibers.
Tekst.pram-15 no-7:42-45 Jl'55- (MLRA 8:10)
(Hungary--Textile industry-4asting)

A6THORt Filatova, O.A. 28-58-2-10/41
TITLE. Determining the Shrinkage Value of Fabrfcs (Opredeleniye
velichiny usadki tkaney)
'"I
14,,
PLRIODICALt Standartizatsiya, 1958,/jNr 2, PP 33-35 'USSR)
ABSTRACT: The article contains information on a mathod of evaluating the
shrinkage of fabrics in laundering, developed by TsNIKhBP and
accepted for the standard ('GOST 8710-58"). The method is based
on the results of Soviet and foreign experiments and the re-
commendations of the International Standard Organization. De-
tails of the method are given. The shrinkage obmined in such
tests corresponds to the shrinkage caueed by 4-5 common laun-
derings. A big test,, carried out on fabrics of staple viscose
fiber at the Moskovskiy tekstillnyy institut (Moscow Textile
Institute), by Professor G.N. Kukin, DotSE!nt F.Kh. Sadykova,
2rofessor A.N. Solov1yev, and Candidate of Technical Sciences
N.Ya. Tretlyakova is mentioned. There is 1 table.
ASSOCIATION: 'rsentrallnyy nauchno-issleciovatellskiy institut khlopchatobu-
mazhnoy promyshlennosti (Central Scientific nesearch Institute
of the Cotton Industry)
AVAILABLEt Library of Congress
Card 1/1 1. TeAiles-Shrinkage-Measurement 2. Standardization-USSR

EYGES, Ye.G.,, karodtekhn.naukp starskiy nauchnyy sotrudnik;
otarshi:~ nauchnyy aotrudnik
Consiuliation. Takst.prom. no.2:93--94 F 163. (NIRA 16:4)
1. TSentral1w nauchno-issledovateltakiy institut khlopchatobumazhnoy*
proiqahlemosti (T6NIKhBI).
(Spinnin )

FILATOVAp O.A.
Determining the impurity of cotton yarn. Staxidartizataila 27
no.3t43-46 Mr 163. WRA 16;4)
(Cotton yarn-Testing)

FILATOVA,, O.A4,
Classification of shrinkage norms for textile fabrics after
washing. Standartizataiia 27 no.4153-55 Ap 163. (MMA 16:4)
(Cotton fabrics-Ztandards)

V K , V
`;---te-minatton of the thickricss o~' IflUers and 1,,., the
13X Ays tem. Standarti zatsil a 27 ni).12,50-c2
(,'-!IRA 1714)

KOTKOV, I.I.; RILIKOV. B.S., v.oogolovnogo inzhenera; TRAKHT' G, K.Tu.,
jpologniy konstruktor; CAVATCRUK, F.I.1 " (IL&O. .; KRAVCHSNKO,
1;.K.; RODINKO. G.O.; BARDASH, O.P., spetreAl'ar
Dwellings of two roots and a kitchen-dining room] Zhylyt budynok na
dvi kimnaty z kukhneiu-idallnetu. Proekt No.o?.5. J~riv, V7davnychyi
viddil, 1953. 18 Plans. (MISA 9t1?.)
1. Ukraine. Upravlinoya v spravakh sillskogo i kolgospnogo
budivnytstva. 2. Direktor Diprosillbudu (for *Kotkov) 3, lerivaik
APK-3 (for Klevaychuk)
(Dwellings)

USSR/Chemistry
Card 1/1
Authors t Ayrapetovas R. P,; and Filatovap R. I.
Title Calculation of viscosity of binary systems. Part 1-
Periodical Zhur. Ob. Khim. 24, Ed. 5, 799 - 802, Pax 1954
Abstract t The viscosity of five binary systems waa calculated,in accordance
with the G. M. Panchenkov formula. The calculated data obtained were
in perfect conformity with the experimental values&- A bond energy-
composition diagram was prepared. The -resence of maxima on the
P
bond energy-composition-cur%re confirms the presence cf a chemical
reaction between the components. The bDnd energy-composition-curves,
arched toward the axis of the abscissa, indicates the absence of a
chemical reaction. Four USSR references. Tables, graphs.
Institution, Central Asiatic State University
Submitted i October 19, 1953
At
If 3 9 73, L9 6,4A ~T'

L 15393-65 A 1, M
"
I tP s/o2' o^,,,/ooo/co6/oo- /oc-56
R -- Ii 14041409 4 54
AUTHOR: gineer-~Technalogis-t,'j
TIME: Determination of the biochemical oxygen requireriant, for
CJ
biologically purified sewage
SOMCE: Gigiyena i sanitariya, no. 6, 1964, 54-56
Cla-ruage, aowago p=ificalv'ion, 'Di,olor-i4cal
L UO
ABSTRACT-: in biological purification of sowaga,, oxidat.-Lon Of
"rl-Mg substancon and oxillrat-ion
,n o a c o s ir~v,, 1an c c, ~ 5
.10 on o'
fj c- -eter-,Illninl- t-.r
-'nr-- sli' --tances. tao ~,O.-CrE-
zl--~,ull', o v 3a va -. or, s
-,ewa-e Wan
"n as t 0 k LP L a tn, an~:-
1/2

L '15,323-65
JlG"CE;'--QSI0N ITR: AP041409
slriow tli-iat lulia oxyGen requirement deterradmed by dilution with
/I lower than for f-* mnf~h-trl
is 3 to 4 mg -n
miot~rlcjci, reducing P~rnsrt-vs 1~; -TI e FI
Lons
L ~U L,,L ~j Lko`U vi ~6
Tnantraltnayn- nnLuchno-i-qnlodo%-at5'Llsk---7a laborato-~,Lya
MoGcow (Contrall :')cLent '-fic-.~esoarcll
z e 7) o a r d o f t 0 c 13 V?,l
0(':10ct63 ZNCL: 00 SUB ,-:ODE., LS
S
NR RucP SOV: 005 OTHER: 001
Card

s IS ~27 -)J v CA!
62
v t Warmcov'L V A, 1 POIW~- u -1
1,4a- 14 7
-tran. usk*riteli. M., Vyssh. uhkola, 1964,
clic aceelaratr7r, vpvs-v~df? t-VT;P qCCO,era--T
F
c al q la- 6
r;~;Iavlation oi' parunaters of an accalera-~i-ng sy-9t.em d
the `-rivostAFation
anf'l EatL;aa,-,c-d datae am A-ri good agreement.
00Z ~L E-40L t00

VORCIBIITV, A.A.; DIDMIKO, A.N.; LISITSYN, A.I.-, VIOROZOV, B.N.-, FG7-KHIN, Yu.l.;
SALIVON, L.G.; FILATMIA, R.M.
A wave-guide type synchr 04~ron. Atom. energ. 18 no.6s633-634
Je 165. (MA 18s7)

.b.3460-66 EW(P0/EPA(v)-2/kWA(x)-2 Ijv(o) DK
ACCESSION N9: AP50169,34 UFVC08~/65/018/006/0633/0634
621.38 .612
AUTHORSt Yoroblyev. A. A.; Didenko A. N.; Lisitsyn, A. I
_Borozov. B.--N.s Patekhin, Yu . I.; halivon, L. G.; FilatoPaj, H. 14.
IrITLE: 10 MoV wavegulde ~~hrotron
SOURCE: Atomnaya energlya, v. 18, no. 6, 1965, 633-634
TOPIC TAOS% synchrotron, circular accelerator, electron acoelerator'o
high energy accelerator, waveguide
ABSTRAM After first listing some of,the theoretical problems In-
volvad in the design of accelerators of this type and dealt with at
Institut yadernoy fiziki Thmskogo politekhnicheakogo instituta (Solen-
_~sk Pol e
notitiAte qf Nuclear Physi L_LoMsk Pol
j _LMsk Pol
tif Le R a "-Qj-rAb ~sk Pol t affnic 7
In stltut~;ethe authors describe briefly the 10 VjeV synchrotron con-
f , the
8 ucted and in operation at this institute aince,December 1963. The
accelerating system is a rectangular waveguide bent in the shape of a
ring, loaded with diaphragms on the outer wall. A st"ing' H018 mode
Card

L 346o-M
ACCESSION HH: AP5016934'-
in the r/2 mode is excited in the waveguide. The radius of theequili-
brium orbit of the electrons, on which the phase velocity of the Ho18
wave is equal to the velocity of light, is 13 am, The wavegulde in-
teraction space measures 6 x 6 am. The system Q is approximately 300
the shunt resistance is aporoximately 0.07 Meg. The electrons are
first accelerated to 3 MeV In the betatron mode by a Kerst gun. The
high-frequency electromagnetic oscillations are gererated by a pulsed
10-cm generator of 5,000 wlec pulses of 400 W each. The operating pre
su,re is 2 x 10-5 mm Hg. Several of the control and construction fea-
tures are briefly described'. RWe thank the students of the 2D=k
-.Xplvtecbnic Institute V. 1, - Zburavlev, A _1J, 1JnlWJdj1, P, T. Mat1cAzh_
A. A. K-ushch and 1. N. Pershin, who participated In the adjustment
and startup of. the -i-n-sEa-MR-on, and also Ye. S. Kovalenko and A. P.-
_~~].Ishanskiy for participating in the development o: e accelerator
theory, its design, and moolel test.' Orig. art. has: 1 figure
ASSOOIATION: None
Cord

L 3460-M
ACCESSION NAS AP50-1,604-
SUBMI o9jul64 ENOM 00 ISUB CODES NP
?fR'REF SOVS 007 OTHRR: 001
3/3
Ford

ACC NR: AT7003994 SOURCE CODE. UR/0000/66/000/000/0075/0082
AUTHOR: Vorob'yev, A. A.; B--.zmaternykh, L. N.; Didenko, A. N.; Filatova R. M.
ORG- Scientific Research InstitiAe of Nuclear Physics, Electronics, and
Automation, Tomsk Polytechnic ln:~titutc (Nauchno-iBaledovitel'skiy institut
yadernoy fiziki, elektroniki i avtomalkiki pri TPI)
TITLE: Waveguide accelerating systems with walls not shielding the control
magnetic: field
SOURCE: Mezhvuzovskaya konferentsiya po elektronnyrn uskoritelyam. 5th,
Tomsk, 1964. Elektronnyye uskoriteli (Electron accelerators); trudy konferentaii.
Moscow, Atomizdat, 1966, 75-82
TOPIC TAGS: waveguide ) cyclic accelerator, particle acceleration
ABSTRACT: A multilayer-dielectric coating 6imilar to that used in Fabry-Perot
iRterferorneters (W. Gulshaw, Proc. Phys. Soc., London, v. 66, sec. B, 597, 1953)
and in lasers (J. Franklin Inst., 273, 177, 1962) is proposed for the walls of
waveguide-type accelerators. Uniformly bent smooth and scptate closed
Card 1/Z

AGG NR: AT7003994
rectangular waveguides with multilaye r -dielectric walls are theoretically and
experimentally investigated. Formulas for the rejection frequency of a periodic
multilayer structure, for attenuation, and for the total electromagnetic -wave
losses due to reflection from a multilayer dielectric are derived. A length of
standard 7Zx34-mm waveguide whose ends were cloued by multilayer -dielectric
walls was excited by TE,,, -mode at A r. 10, 182 cm; at room temperature,
Q = 1800. Findings. (1) At a fixed frequency, the field structure in the above
system does not differ from that in an all-metal system; (2) Use of TE-modes is
preferable; inside the multilayer wall, the field attenuates rapidly; with proper
selection of wall parameters, no hazard of dielectric breakdown by SHF high power
wid'exist; (3) The above multilayer -dielectric walls are feasible if Sr and Ba
titanates are used as materials (see R. 0. Bell et al., IRE Trans., MTT-9, 239,
11961). Orig. art. has: 3 figures, 15 formulas, and 1 table.
SUB CODE: 09 SUBM DATE: 06Mar66 ORIG REF: 00 1 OTH REF: 003
Card 2/Z

F:EIATOVIL, R.S. [Pylatova, H.S.]
'0~
Sax difforencee in the morphological composition of rat blood.
Fiziol.zhur. [Ukr-3 5 no.3:346-351 )(7-Je '59. (HIRA 12:10)
1, Institut fiziologii im. O.O.Bogonoltaya JUT URSR, laborato-
riya endokrinnikh funktsiy.
(S= (BIOLOGT)) (BLOOD--ANALTSIS AIID CHOUSTRY)

FILATOVA, H.S.
Effect of nex hormones on the morpholol:,,,ic composition of blood in rats.
Fiziol. zhur. [Ukr.) 8 no.2:231-237 14r.-Ap '62. (11PU 15:5)
1. Laboratoriya endokrinologii Institu-ta fiziologii im. A.A.Bogomolttsa
AN USSR, Kiyev.
(HORMONES, SEX) (BLOOD CELLS)
I

fffaet of prolonged admininstrat,ion on pr,% on
the morpbologiml composition of t,,#,, 'DL~(~d cf
ratq. Fiziol, zhur. (Ukr.] 9 no.6-.75"4.-,'758 N-;~
1. laborator-:ya enclok---'nny.ih funkt.;]j 'M.
Bo.7om.~Iltsa AN UkrSSR, K.-*yev.

ZEFIROVV N.S.; FILATOVAI R.S..* YURtYEV, Yu.K.
Behavior of dimethyl ester of 3-brcmo-3~6-endoxohemahydro-
phthalio aoid in oolcolysis. Zlnlr. ol,~. kbim. 34 no.7z
2468-2469 J:L 16,1 (MIRA Y138)
1. Moskovslkiy, gosudarstvennry univernitet im-eri M.V.Lomonosora.
z -,c~

ZSFIROV,, N.a.; MANOVA, R.A.; FILA[~O.VA&!~Aj YURIYEV, Yu.K.
Deamination of methyl aster of exo-cls-2-aminow-3p6-endoaco-
hexahydrophthalic acid* Zhur.ob.kltlm- 33 no.10:3440-3442
0 163. (MIRA 16:3.1)
I* Moskovskiy gosudarstvennyy universitsts

I y y
Wr
ni c ioh~xfnes Par 26,
dpftfr!~nation ef
-,y e r, -r. ob, kh m.
RA
i (
b'IQ
y gz;i3uda--.--,re,.,.nyy

~L 1817-66 aa (m)/EPF(c)/_',WP(j q?4
ACCESSION NR: AP5025127 UR/0079/65/035/010/1807/1811
547,592.12.2:547.463
AUTHOR: Zefirov, N. S.; Filatov R.
TITLE: 3,6-Endooxacyclohexanes land -cyclohexeres. 28. Reactions of exo- and
endo-dimethyl eaters of 1-bromo-7-oxabtcyclo[2i2,ljcyclbheptane-2,3-dicarboxylic
acid
SOURCE: Zh urnal obshch ey khtm.11, v. 35, no. 10, 1965,.1807-1811
TOPIC TAGS: oxabicyclic comiound, heterocyclic compoundl'rea~tion mechanism,
solvotygis
ABSTRACT., This work is a continuation of research on bicyclic compounds bearing a
halogen atom at the bridge. Nucleophilic substitution is usually strongly inhib-
ited in this class of compounds. Reactions following the SN2 mechanism cannot
take place because the back-side approach of the nucleophile preceeding the Waldel,
inversion is prevented. The SNI reactionsv on the other hand, require the formatl~
of a planar carbontum-ion intermediate, preventedby the rigid cage structure.
It was of interest to determine whether more stable carbonium ions could be formed
by bridge-halogenated oxabicyclic compounds. in which the carbonium ion would be
stabilized by thd ad acent ether function. The pFeparation of the exo(I) and
Card

L 11317.o-M
ACCESSION NR: AP5025127
endoa-dim P~ 2 -liheotane--2.3-dir-arboxy-Lir------.----~~~:.
acid(II) had been do-scribed -in an- earlier paper.- Solvolysis of both I and It
is extremely slow. Boiling of I and 11 with aqueous ethanol inthe presence of
nitrate does'-not produce -a precipitate of silver bromide, not even after
several hours. Treatment with sodium acetate in acetic acid causes cis-trans. I
ioamerization of 1. Alkaline hydrolysis leads to saponification without removing
the bromine atam. Treatment ofJ and 11 with sodium methaxide in methanol, howeve
produced a rapid appearance of bromide ions in solution. An unstable oil is forme
which readily yields a 2,4-dinitropheny1hydrazor.o. Infrared and ultraviol
spectral data indicate that the structure of thc hydrazone is
CORR,
Orig. art. has: 2 formulas.
Mogkov!3ki gatudarstvetiny universttet (Mo3cow State Ualv rslLy)
ASC e
~,OCT
Corti
Z~-s

L 1817-66 - ~ . I I
ACCESSION MR: AP5025127
SLqIH[ETrED: 23Dec64 ENCL: 00
No REr sov: M OTHERI 012,
4
- i
I :
C) :
SUB CODE: OC,66
ATD PRESS i I~ld,
I ~

IYTKDI, Nikolay Konstantinovich; FUSBKIrip 1',,S., kand. ekonom. naukj,
retsenzent- FIIAT~OVA~ retsenzent; MADONOV, A.A.., nauch-
P !A-
'4Y II red..! V'IIIWJXjOVA, G.A., teklm.
My red.; P AM KOV, M.N.,
red.
(Economicup organization and plamAng in the leather enterprises]
Ekonomikap organizatsiia i planirovanie kozhevenrykh pred-
priiatii. Moskva, Izd-vo nauchno-tekhn.lit-ry RSFSR 1961. 399 P.
WRA 15:2)
(Leather industry)

VEMOVSKIY, I.M.; VINWIUDOV, 11.1l.; FILATUVA, S.E.; .WL,30V) ';:GLLODIY,
K.K.; GOIOVITINJ, Yu.M.; GAI'OV, V.S.; SORCKII,', A.I.
Device for controlling the degree of' loosening of the bed in a
jigging machine. Gor. zhur. no.7:72 J1 164. (MIRA- 17:10)

GOASHKOV, Andrey Andreyevich; ZATULOVBKIY, Sergey Semenovich,. '
inzh.4 f~UDRW, Nikolay Grigorlyevich, inzh.1 VOLOSUCHENKO,
IlUkhail VASillyevich, kqnd, tekhn. naukj KLIBUS, Vladimir
Vasillyevich, inzh.; LUZIN, Petr Iletrovich,.kand. tekhn.
nauk; IUUMiENKO, Oksana; Yur 'yevnn, kand. tekhn. nauk;
KULIKOVSMA, 011ga Varfolomeyevrut, inzh.; FILATOVA, T.A.,
red.
[Cast iron with spheroidal-graphite treated by rare-earth
modifiers; problems of theory and practice] Chugun s sharo-
vidnym grafitom, obrabotannyi, redlcc)zemellrqmi modifikatora-
mi; voprosy teorii i praktiki. Kiev, Naukova dumka, 1964,
161 p. (MIRA 17:11)
1. Akademiya nauk URSR, Kiev. Institut problem littia.
2. Chlen-korrespondent AN Ukr.SSR (for Gorshkov).

SILM, Nikolay Aleksandrovich; VITOSHKIII, Yuriy Konstantinovich;
KARASIK, V.14., kand. tekhn. nauk, otv. rod.; FILATOVA, T.A.,
red.
(Hydraulic conveying of coal in pipes and method3 of its
calculation] Gidrotransport uglia po trubarn i metody Pgo
rascheta. Xiev, Izd-vo AN USSR, 1964. 86 p.
WIRA 18:2)

VOVK.7 Aiek:-,s7.~7 A-wLfr!.e,;vIci,.- CFE~1717 T
M.G.,
red.
Nining mineral deposits '~-y t~.e cambined mett-lod
mestorozhdonii polezriykh iskol:,laerykh korribimrovarm,~,.7, sj~nsob~.'-'
Kiev, 111aukova dumka, Lg"
65. -189

kqTAMOIIOV, Aleknvndr YakovlevIchj-_ FILATOVA, T.A.p red.
[Effect of the conditlon3 of working on the physico-
mechanical state of cerpmic metal materials] 111iianie
uslovii obrabotki na. fiziko-mekbanicheskoe sostolanie
metallo-keramichoskikh itaterialov. Kiev, N&ukova dumka,
1965. 262 p. 0,11RA Igill)
6~-%

RUKHLYADEVA, A.P.; FIIATOVAp T.G.; GIUICHEVAt I.M.
Colorimetric method of determining carbohydrates by means
of anthrone. Trudy TSNIISP no. 8:122-129 159. (MIRA 14:1)
(Carbohydrates) (Anthrone)

RUKHLYADEVAP A.P.; FILATOV T.G.
Determination of unfermented carbohydrates in intermediate
products of alcoholic fermontation. Spirt.prom. 28 no.2:
11-16 162. (KIRA 15%3)
1. TSentrallrvy nauchno-issledovatellskiy institut spirtavoy
promyshlennosti. (Carbohydrates) (Fermentation)
~i-, 4A 7 - --

RMLYADEVA, A.P.; FILAT07A, T.G.
Anthrone colorimetrIn wthod for determining sugar and istarch
in low concentration suspenaions. Sakh. Prom. 36 no.12:37-40
D 1629 (KMA 16:6)
L TSentra2'W nauchno-isaledomtellakly institut spirta"y
i likero-vodochnoy promyshlennosti.
Sugar-Analysis)
Starch-Analysis)
~Coloriwtry)
--4A
N

1, FILATOVA., T. 1.
2. usm (6oo)
4. June Bug (Lachnosterna)
7. Controlling grubs of the June bug in forest nurseries.
Les i stept 4 No. 10, 1952.
9. Monthly List of Russian Accessions, Library of Congress, January 1953. Unclassified.

31:0 3 4'
S/056/62/042/002/'004/055
B102/B'38
AUTHORSg Demirkhanov, R. A., Leontlyev, N~ I., Kosyy- I. A., Filatova,
Tb M.
TITLE: Plasma instability in a toroidal discharge excited by a
traveling electromagnetic field
PERIODICAL: Zhurnal eksperimentalincy i teoretichemkoy fliziki. V., 42
no. 2, 1962, 338 - 343
TEM The oscillation frequency of a plasma produced by traveling elpctr.-,-
magnetic H.-waves in a torcidal glass chamber was studied expe-rimertally
in dependence on the discharge parameters. The traveling field wan pr.L
duced by a delay-line spiral with It wave - 16.5 ohms-, fed by 900 ke
of 250 kw, duration 1-- 4msec. H max at the inner chamber walls was 150-)e,
Vne phase veloc3ty of the wave along the delay line was 5.6-'0 7 0 M//3ez.
The toroidal chamber was 160 mm in diameter, tube diameter 40 mm
pres~!ure 10- 6 mm Hg, pressure during operation 4010*' 3 i_10-1' mm Hg. In
Card 03

8/056/62/042/002/004/055
Plasma instability ... B102/B176
5peCtroscopic measurements of a hydrogen discharge only the Ba~rer
was found. The radial distributions of the field componsn'k!! wer,~
w_~-th and without plasma. Some of the experiments were inad-~ in a uniforL-.-
traveling field with Closed delay.-line spiral. At two polntn. v.,her.- -.hc-
phase shift was 90 0 and 8 waves were traveling along the line, w:.th botr.
generators operated at ',Mw and 1.1 Mc, H at the inner wall waz 1100 oe
I max
without, and-550 oe with, piasma. The charged partic'e -,oncentratlon
-~-;as measured with two electric probes, azimuthal currents 41-th P. Rogo-;2,16-
band and damcharge brightness with a photooell. An (SFR-1) camera
was used for the high.-.speed photography. The A'nstab-Llitiv.!! ob;em~pd were
osci)lations -,n charged partIcle concentration ', ~izimuthai surrent, br'-7h'-
ne.-5.m and h-f magnetic field amplitude, The os,~illazions were
dal but w4-th an error of 15%. so that, with some ap-proxirrat::on the. enve
I;--,pe of tile probe signals could be expanded into P_ Fo,.Irier !es. TLiE.1--
frequency increased with H z At the maximum azi'mntha: current J, - 5530 a
these oscillations were observed in the whole range of operationa."
The results show that the SE instabilities car, only be due 'to incerac,~_'.crs
between J and tile plasma. The oncillation frefluenuy obeserlpd cff zn~7-
Card 21-1
J-

S/056/62/042/002/004/055
Plasma.instability ... B102/B138
saine order of mag7jitude as that of the ionic "sound", observed by A. V.
I;Cdovpaoov (Paper No 217, Sulzburr Conference on Plasma Physics and Con-
trolled Thermonuclear Reactions, 1961). S. S. Germayeva, E. DI. Barkhuda-
rov are thanked for help, S. 11. Lozovskiy and I. R. Yampollskiy fo.- dia-
cu3sions. V. P. Velikhov (Preprint IAE AN SSSR, 1960) and G. V. Gordeyev
(ZhETF, ZI, 19, 1954) are mentioned. There are 7.figures, 2 tobles, and
7 references: 6 Soviet and 1 non-Soviet. The reference to the Enpli3~-
lanruage publication reads as fOllOWS: P. C. Thonemann et al. Vature,
169, 34, 1952.
SUBL"ITTED: July G, 1961
Fir. 7. 'Plasma oscillation frequency (kc) as a
;--~-tion of hl atomic weight of the gas. (1) ex-
pc-ri-m!~ntal curve, (2) marnetoacouatic frequency.
54'

Ewr(l)/EPA(sp)-2/EPA(WI-2/EFIC(t)/T/FWA(m)-2 PZ-00-4/Pab-10AI-4
A.CCHSSION NR: AP5003234 8/0057/65/035/001/DG43/0040
A(MIOR: Domirkhanov.R.A~/ g2qjZXjtAd joazovpki .0, ./ Udovi a 0
oh nk
,Yu.K.Llrilatova.T.M.
TITIZ. Interaction of a traveling olectromarnatig, wave with a plasma
SOURC19i Zhurnal takhnichookoy fialki, v.35, no.1, 1965, 43-46
TOPIC TAM plasma, plasma confinament, plasma heating, plasna -save absorption,
traveling wave
ADSTRACTs An experimental Investlistion was undertaken to test the possibility of
confining a pleans by moans of a I -avoling electromagnetic wavc. as proposed by S.M-~
Omovets (Irimika plasay I problemy ipravlyayeaykh termo)rL&dernykl. reaktsiy LVI an&
physics and problems of controllot thermonuclear reactior--7 VoJ.4,p.3,Ird.AKaSSSR,
1938). A toroAdal pulsed machine uts employed, similar to that described elsewhere
by R.A.Domirkhancrv at al.(ZhTF 32 '248,1962). Hydrogen plasma v-as Investigated 4t a
cod with a d
pressure of 0.06 sto Rg. Ono mega*.tilo/soo traveling waves wors'produ p-,
I&Y line terminated to Its surge opodanco. The phase wo2ocit)"w" 8.6 R 107 Weec!
card

L 27596-65
ACCESSION NHi AP5003234
and the maximum amplitude of the INIgnetic field was 230 Os. The electron density
and temperature and the longitudinal component of the high frequency magnetic field
were measured at various distances from the axis to the discharge tube by means of
probes. The electron tomperature::s :p?roximately constant at 60 000 OK alld the
0 4 cm-3. From the measured data the gradierM
electron dc~wity was of the orde I
of the plasma pressure and the magnetic pressure were calrulated. The plasma pros- 1
sure gradient everywhere exceeded the magnetic; confinement of the plasma was so-
cordingly not achieved. Some calculations are presented concerning the behavior of:
;a plasma In a high frequency magnetic field. To achieve confinement It is not suf-
ificient &Imply to Increase the mopetio field strength, lor the high frequency
If iold tends to heat the plasma. It is concluded that confinement can be achieved
:only In an Incompletely ionized plasma with& large electron density, in which sner-,
;gy can be transferred from the electron& to the walls of the chamber via the lone
and the neutral particle. "The' authors express their gratitude to S.V.Kuriltni
ksandrov
and N.Y.Ale for constructing the povir supply for the blgh-frequency dlA-
cha4.-.lr- -orig-ort.hast 13 formulas aW 2 f lures.
Card 2/3

L 27596-65
AOCESSION XRt AP3003234
ASSOCIATIONt none
SUDMITTEM l6rebS4 IMMI 00
,MR REr BOVt 006
OMBRI 001
BUD COMI im
Card 3/3

FILATOVA, T.N.
Thermal regime of lakes in the Karelian Isthmus during ice-free
periods. Vest.WU 12 no.6:95-111 '57. (MLRA 10:5)
(Karelian Isthms--lakes)

i Ll C, rt:.J.11 ::-;-11 -X r I-' of ro, USSR
r e r
(!Uj~ijja "iC.
ill S L o U im .*z -21' LI ii kjV I") "!u 3.0")

E~
FI LATOVA, T. N.
Tr
(~,a'n'tltfLtjva calculation on b"t exchange i '-~Certain lakeo. Yost.
LGU 1,4 no.6:107-119 159. (HIRA 12:6)
(Lake s--Tsupwature)

KOBSTARTINOV, A.R., FITATOVA, T.N.
Ivaporation from farm fields in the steppe and forest
steppe zones of the Ihirapean part of the U.S.S.R. Trady
GGT no.72:70-101 159. 1 (KML13 - 6)
(&aporation) (Wheat-Water requirements)

FIIATOVA, T.N.
Study of revervoirs in connection with their contamination by
sewage. Trudy GGI n0-85:37.,51 162, (MMk 15!6)
(Kuybyshev Reservoir.--Water --Pollution)

FIIATOV.A. T.N.
%~
Some characteristics of thermal conditions in snall lakes in the ice-
free period.. Trudy GGI no.85:87-108 162. MRA 15~6)
(le.kes-Temperature)

FILATOVA) T.N.; MUKHACHEVA, I.A.
Studles of currents in inland bodies of water based on the example
of the Tsimlyansk Reservoir. Trudy GGI no.113:82-118 164.
(MIRA 17:11)

[i~jjarro:terisl,ics Of U16 wa-uE"-' o0litOTIt -,,yt
Ukra`riy. Kylv~ N ukova
P4

MISHIN, A.D.; SEREBRENNIKOVA, A.Mo; _IIIIATOVAj_ T.V.
Obtaining furfurole and organic acids in a composite processing
of birchwood by hydrolysis. Trudy Inst.khim.UFAN SSSR-no.6:
87-92 161. (KMA 16:2)
(Furaldehyde) (Wood--Chemistry) (Acids, Organic)

50) -COV/'19-29-8-45/81
AUTHORSt Yakubchik, A. I., Filatova, V. A.
TITLEi Investigation of the Chemical Structure of Different Fractions
of Sodium-divinyl Rubber
PERIODICALi Zhurnal obahchey khimii, 1959, Vol 29, Nr 8, pp 2658-2663 (USSR)
ABSTRACT: A comparative -investigation of the degree of branching of the
macromolecules of divinyl rubber is of considerable scientific
and practical interest, since this problem is related to the
interpretation of the polymerization mechanism and with the
dependence of the structure of the highly molecular compounds
on their properties (Ref 1, and I. Ya. Poddubnyy, Ref 2). In
the present paper, the comparative -investigation of the che-
mical structure of eight fractions of sodium divinyl rubber
was carried out in order to determine their degree of branching.
The separation of the fractions of this rubber was performed
by means of fractional precipitation (Ref 3) (Table 1). The
chemical structure of the fractions separated was determined
by means of oxidizing decomposition of the ozonides (Refs
4,5), The resultant acids (levulinic, acetic, formic, succinic,
1,2,4-butane-tricarboxylic, 1,2,3-propane-tricarboxylic,
1,2,4,6-hexane-tetracarboxylic acid) were separated by means of
Card 1/3 selective chromatography; according to the chromatograms, the

Investigation of the Chemical Structure of Different SOV/79-29-8-45/81
Fractions of Sodium-divinyl Rubber
percentage content of the carbon skeleton of the polymer in
them was also calculated (Table 2. and figure of the chromato-
gram). The sodium divinyl rubber obtained at 4oo was divided
into 8 fractions according to the fractional precipitation
method, with molecular weights of 635000 up to 20000. lecord-
ing to the methods of infrared spectroscopy, and of ozonolysis,
the percentage content of the links (1,2) was determined which
is practically the same in all fractions. It was found by
means of the ozonolysis that all fractions contain parts with
macromolecules of the same structure and comparatively same
size. In all fractions macromolecules were found which were
branched at the a-methylene groups, and had the same size.
This indicates,'that the~,-~ranching of the fractions investigated
is the same. In the experimental part, the determination of
molecular w~aights, elementary composition, degree of unsatura-
tion (according to the method of Kemp-Vasillyev, Ref 11), per..
centage content of double bonds, and the ozonolysis are ,
described in detail. There are 1 figure, 3 tables, and 18
references, 12 of which are Soviet.
ASSOCIA2IONs Leningradskiy gosudarstvennyy universitet (Leningrad State
Card 2/3

-1,
M
m=
Investigation of the Chemical Stracture of Lifferent SOV/79-29-5-45/81
Fractions of Sodium-divinyl Rubber
I
University)
SUBMITTIMs July 19, 1958
Card 3/3

S/080/60/033/005/007/008
AUTHORS-. Yakubchik, A,I,. Filatova.__V.
TrIM The Investigation of the Chemical Structure of Divinyl Rubbers
Subjected to the Action of T-Radiation \~
PERIODICAL: Zhurnal prikladnoy khimii, 1960, Vol 33, No 5, PP 1177 - 1182
1~
TEM The effect of r -radiation on the chemical structure of divinyl
rubbers with a low (14%) and7a high (70%) content of 1,2 links was studied.
The chemical structure of the rubbers which were subjected to various doses
of. r -irradiation was determined by the method of ozonolysis,0 The mixture
of acids obtained in the oxidation decomposition of ozonides was separated
by the method of.distribution chromatography. The percentage of the carbon
skeleton of the polymer was calculated from the chromatograms obtained in the
acids. The chromatograms obtained do not differ qualitatively from the
chromatograms of the initial rubbers irradiated, but the helght of the peaks
on them decreases when the Irradiation dose increases. Based on the decrease
of the peak height a conclusion can be drawn an the decreasing number of
double bonds in 1,2 and 1,4 links, from which the following sections are built
Card 1/2
4 ---~7

3/080/60/033/005/007/0()8
The Investigation of the Chemical Structure of Divinyl Rubbers Subjected to
the Action of r -Radiation
upi 1,4 - 1.4; - 1,2 - 1,41 - (1,2), - 1,4. In the products of
% 1,4 1,4
ozonolysis of divinyl rubbers containing 70% 1*;2-11-nks and 14% 1,2-links,
formic acid and formla aldehyde were determined. In the case of 70% 1,2 links,
the content of formic acid and aldehyde decreased, in the second case they in-
creased. It Is evident that In the macromolecules with a low content of 1,2
links new sections appear which can form formic acid and aldehyde during
ozonolysis.
There are 4 tables, 3 graphs, and 19 references; 12 Soviet, 5 English, 1
German and I American
SUEMITTEDs November 25, 1959
Card 2/2

FILATOVA, V.I.
Some data on methyl methacrylate as at. atmospheric contamirlant.
Pred.dop.kontsent.atmosf.zagr. no.8:59-76 164.
(MIRA 18:4)
1. Iz kafedry kcipimnallnoy gigiyeny Mentrallnogo instituta
usovershenstvovanlya vrachey.

FILICHArOVA, V.P.
Numerical method of conformal mapping of exterior simply
connected domains. Dop. AN URSR no.9i1127-1132 164.
(MIRA 17.vll)
1, Inst1tut matematiki AN Ukr6SR. Preantavleno akademikom-
AN UkrSSR G.N. Savinym [Savin, H.M.].

,4)_L 13520-
_~C_c NRo
EW(m)/WP(J)IT RM
SOURCE CODE I
1012126~WiO 7
AUTHORSt Koton, M. M. I Andreyovat It V.; Gatmanc 1i
Pokrovskiy,-YA"; Kolltsov, A. 1.1 Filotova, Ve At
MG: Institute of HiGh~Molecular Polymers AN SMAInstitut vysokomolokulyarnykn- I
soyodf_nWd_y AN SSSR) P.-
TITLE: Structure Df methacroleiZ'olymors, obtained in the presence of anionic
catalysts. 3rd reportiif -tho A-brios' Polymerization of Acroloin and Its Derivatives
SOURCE: Vysokomolokulyarnyye soyedineniya, v. 7, no. 12, 1965, 2039-2o47
TOPIC TAGSx polymerization) polymer structure, reaction rechanism, catalyst/ Nippon
Bunko infrared spectrophotometer DS 301) GNM 3 nuclear magnetic resonance spectrometer
ABSTRACT: The structure of polymers obtained from methacrolein and C~ -ethylacrolain
in the presence of sodium naphthalene aid 3odium trityl using the method described
by M. M. Koton, 1. V. Andreyova, and Yu. P. Getmanchuk (Dokl. AN SSSR, 155, 636, 1964)
was investigated. The structure analysis was performed by chemical means: oxime
formation, hydrogenation, oxidation with perbenzoic, acid, ozonization, as well as by
physical meanst infrared spectra, using Nippon-Bunko apectrophotometer DS-301, and
VMH spectra, using instrument GNM-3* It was established that the rate of conversion
of methacrolein and the structure of the obtained polymer are both functions of the q,
polymerization temperaturej as illustrated in Fig. le Hoohaniam of the polymerization
A

L 13520-66
f ACC NR. AP6
Fig. 1. Degree of methacrolein
conversion to polymer within 8
hours as function of temperatures
0
-H I Polymerization conducted in THF
LO in the presence of Na napthalene
(1 mol
0
reaction is offeredp and is mmwised by following stepas 1) initiation
fir-CR-C -0-
--gi-naphthalene+ ClIskn-cll-o
2j propagation R,
CH?
C C
CH C11 - a
C11, All
0. 0
It X,

T. -Aon-66
ACC ki, AP6001858
3) termination
R- R-04
-V 'T
R
R
0
At OC and above., the termination step occurs mainly along the ionic path. This
mechanism explains the formation of the predominantly cyclic structures consisting
of condensed tatrahydropyrane rings at temperatures below OC. Orig. art. hass 3
tablesp 6 figurvej 4 fornaas, and 3 equations.
SUB GODEs 11o 07/ SU13M DATEt OiDeo6h/ ORIG REFI 0051 OTH REF 1 034

- F-1-LAMVA,--V.--5.
"Materials on thm CkLqracteriRtic of Selenium as an Indufltrlal Poison." The6in for del-,ree of
Cand. Medical Sci. Stib 23 Jun 49, 11rat Moncow Order of Lenin Medical Inst.
Summary 82, 18 Dee 52, Dissertations Presented For DepTees in Science and Engineering In
Moscow in IQ49. From Vechtrn -va, Jan-Doe 1949.
.V& Mo n1
Z

w Al"I Ilm Grglewl .~dmd'-Ios
A, lit, Im"V N bite ratio 1. 4114PLay"I a (I t-r if 'itich. 41-C 'd
1, (1', 41.1k) Ing., I in thr. owl retwated .4pplivalkwl.: If III -
11 #to J.rlhaj It.111tv of ujhl ntio., J.. i c.1 mg. i kg At hish.
concim both the lom) he anti the ristire ors4illsin are if-
Ircled. Tovic rderni of Jullp and parenchymatous orgaim
arr not"), file lattrr tbowijjX degelmative chanS" I n
4-hrorlic calivs 11vrr, kidneyl. belirt, anti 5111m are fit-
cl-III-TAtril Mitly re) and necrosis of heart fibm arml t
lirtisewrimpm into t r Alotern take plitcr. Pfftlti~iblr litult
III .1ir it, 1w It INW] 0.11INIA mg (1, No. K

FILATOVA, V.S.
Volatility of selenium and selenious anhydrid
No.'.4,. 50.
(CA'47 no.21,10935 153)
1. Ist Moscow Ked. Inst.
Gigiena i Sanit. 153,
(KLAA 6: 4)

L 4c~ V A
USSR/Safety Engincering. Sanitary Engineering. Sanitntion
Ab s Jour : Referat Zhur - 10iiniya, 14o, 4, 1957, ilr?-69
Author : Filatoya V.S., Gronsberg Ye.Sh.
Title : Sanitary-Hygienic Aspc!cts of Workin(L Conditions in the
Mmiufacture of Polyvinylehlorlde Rosin and Ways of Impro-
ving Then
Ori.(,, Pub ; Gigiena i sanitariya, 1957) 110 1, 38-42
Abstract : Sanitary-hygienic conditions of work in the manufacture
of polyvinyleliloriao resins are charaeterizcd by thu pre-
sence in the air of work areas of vapor of vir.yl chloride
(I), usually at n concentration of 0-05-0-8 nz/liter, and
also by a hiji temperature of the air (26.40 iii winter
and spring, 33-580 in six-maer, with the outcbor teuperatu-
re being, respectively, of -6 (to -14) and PI-5-27-50)-
Persons engaged in this work have exIiibited. cases of to-
xic angioneurosis, which inzluded cases amig, women wor-
kers at the departnent of drying of polyvir.,yl chloride
Card 1/2 4

ASHBALI, S.I.; FIIATOVA, V.S. (Gorlkiv)
Basic tasks in a prevention of occupational poisoning among
workers of chemical industries. Gig.truda i prof. 2:ab. no.4:
12-16 Jl-Ag 157- (MIRA 10:11)
1. Institut gigiyany truda i profsabolovanii
(CHEMISTRY, TZCHNICAL"SAnTY K&ASURES)
(IIMUSTRIAL TOXICOLOGY)

FIIATOVA, V.3.; BAIAKHONOVA, L.I.; GRONZRERG, Ye.4b. (GorIkiy)
Hygionic aapects of vinyl chloride production. Gig,, truds i prof.
zab. 2 noal:0-9 Ja-F 158. (HIRA 11:3)
1. INatitut g1glyany truda i profbolsoney.
(PIASTIC INDUSIRY-HYGIIIHIC ASPICTES)
(WHYMM-TOXICOLOGY)

~`robl,l-:-,,: of In 1, r r 4 p r c- e -rr.--i i~ c, r
n t-Ahr. ", f~ i r! 1, 1. or i.-je
ed 3t the 1 'th All-*!~ ion lrmlc-ors cf 1 S-1
lrffeetirnis-,s~ 1959.

GAVRUSITKO, O.H.; FILATOVA, V.S. (Gorlkly)
Ivaluation of hygienic aspects of some types of drying apparatus
used in the chemical industry. Gig.truda i prof.zab. '.3 no.l;
32-39 Ja-F '59. (MIRA 12:2)
1. Institut gigiyany truda i profzabolevanly.
(DRYING APPARATUS)

FILATGVA, V. S.; GRONSBERG, Ye. Sh.1 BABOCHKINA, M. S. (Gorikiy)
Problems of industrial hygiene in the production of vinyl chloride
from acetylene. Gig. truda i prof. zab. no.2:10-15 162.
(MIRA 15:2)
1. Gorlkovskiy nauchno-iBsledem-atellskiy institut gigiyeny truds.
i profbolezney.
(INDUSTRIAL HYGIENE) (ETHYLENE) (AcEwmaO

FILATOVA. V.5.; GRONSBERG, Ye.sh.; 4". 1.; FAY)"it, ", "j.::
San[tary and hyglenic of thn produ,7tion of 1-,rnzyl
chloride and benzaldehy-le. Trudy GIG" no.9;13-20 10.
I (MTRA 17.Q/)

- I ,,
-V
CA
sk m4 or". V.A. Noureaka and V Ya. Pik.
Itiva. Amr. Axel. Xhim. S. 234410W).-W
_*~~ om Ppta. UKI'tIG. d6solving th. p0. In add.
-ind dets. Colortmirtr"lly Fe as ibiacyanate. The &mt.-
tit U is found by multiplying the Fv content by 0.124
(CI ~ Profte -ad giOut, C.A. 34. 127 10; Rogers and Caky,
C A - 31. 220M. To Ir 2.36.01
', K). the rnstnt dbWvt
K100 in &) nil. of 0.5 011. add 12 nd. of 0,1 M VeCU
In oa N fla Wit Je stirring. and dil, with 3 N Koji In 10f)
1. To drt. 1A in "ifkat" (use 6-25 1111111. Of Wy gratund
"t"Pig with IW-t5Q mx. of P"ll. KOJI in a As cructfik.
Dissolve the twit in 6-10 drops of Illo. triumfet to a Sml.
P-TIA110 emnible. add 0.".8 C. of POW. Qzalk add -
eval). Carefully. and heal slowly to compfirte domM11. 4
Oulic "- Moisten with a kw drops of 4% (14111412cov,
I "Ro"fet to a "n"UM tube. valm, up to 2 =i.. and centri.
for. TraWer f dry pipet) I mi. of The cle-ar soln. tog 3.
1111. P-odala crucible, evap. to drygiests. so " drops of
'to htJy
coaW. Ha. t"p.. and iVu J . Add 0.2 13LL of
IN 41 mi. of us, ak..
from Um to usime. No Mitre Imo a m=mW Wall
residue in the- -mallik- and on the filter %rth A fluxt of &k.
an,1110(2:11. li%.t p .. filter, I Knit 0 slight 1Y. and 4111SWIl in
1-2 drops of 1110. Add I mil. of N KOH, beat to Dear
boiling, and aid 2 mi. ofequAlly hot rea4mt. HftttclrS
min., anti coc4 in cold 11,0. Filter with suction. leash 4
titnes, eath vvith 016 ml. of jV Koff, and dimsWil in 10
1
tal, of N IICL Dd. to 25 nil.. take o.5-2 W., add 0.2
nd. of 20% KCNS. dil. to 3 tall.. and det. Pc colortmtri-
cally by the diln. niethod. 'Multiply ther quantity of Fe
found byO.1,114 Infind the U. Inibecivolplicoplasle
minmts fusv as belom, disolvt in S-10 drops of If#o.
tran3fer into a inkrocrudble. add 6 X ECI to strong acid
reaction, add 0.5 nil. of foc,~ ;IfOCI,. evap. to dryntro, ig.
thir slightly. treat with 3 -5 drops itl li,0, add MARC add,
andprocredLaulmme. Hy this turthaduptoOM%of ii
can be detd. in a 511-mg. samlilt witt, an accuracy of
10-20%. 1

FILATOVA Ye
What should be known about storing tubers and corms. On. nat.
no.10:33 0 158. (MIRA 11:10)
(Bulbs)

lk matitup of thi C4!dng of pdCateum Its;haltanes. A. M.
%
Qdsklf, 9. P. LAvrovskil, and H. D. Fitatoya,
.Akad. Al4uk S.SS.R.. Otdl. rrEA7,NlfujrlM. Nn. 1,
141-4.7-Tho kinctki at mphiltette caking was stt e v I b,
0
.
dowfog dowu the rmalou by strung dUm . with
vents, in this C-A-4 CA. An m-phaftelic %o'l. it, thiophemc-
free C4H& (1; 100,0W) was rapidly heaterl h% IL foulion till)c
to 7oO*. the vapom wrm condt:mWil, llotl the wilt, of aq.
pwtca~g Its the dIsdWate wm dctd. colariinctrically, The
c-iking mactina wast. Avvi (5,7 + '9,5) lo-'s titol.
at'7141 lmd (I :!-- 0.1) to-,, Mot. at XV. Fruill
this the acfl~-&fion cutrgy Lt et&d. to be 21 ilz 7 kcid./mol.

:7
02-
5/204/62/002/004/006/019
Z075/Z436
AUTHORSs Lavrovskiy, K&P~, Brodskiy, A.K., MusayAy, I.A.,
Sanin, P.I., nil agftattetv, A.N I Filatova, YO.D.,
lakhakova, E.Kh. 9'M
TITLEs On the preparation of higher nortmal a-olefines by a
high speed cracking of paraffinic petroleum products
PERIODICAL: Neftekhimiya, v.2t n*0.4, 1962, 467-494
TEXT: Results are described of high ejecd cracking of soft and
hard paraffin waxes, *lack wax from Bitkov arude and waxy residue
front Ozek- suat crude in a pilot plant. The plant was described
previously (Khim. nauka i prom-stv, Y.2, no.2, 1957). The waxes
were heated to 900 -1000*C and mixed with powdered coke preheated
to 6oo- 730OC- They were fed into the-reactor at the rot* of
60 to 80 h-l. The &&@*a produced (23.0 to 47.4% by weight of'
total products) contained 33-1 to 52-7% wt- ethylene. The fraction
of the liquid products from the slack wax boiling between 40- 730C
and 73- 100% contained haptene-1 as the main component. For the
hard wa3e cracking product the traction boiling up to 60%
contained 49.80% Q-ol"fin:; (min component), about a0% conjugated
dienee and 15 to 12% cyclones. The-content or a-oleflneo In
Card 1/2

3/204/62/002/004/006/019
On the preparation of higher 19075/9436
the 6o- 175*c fraction was 70.4% (13.614 hexons-1, 17.1% hoptene-L,
15% actone-1, 11.9% nonene-1, 12.8% d*cone-1). In genoral
it was shown that the benzene from the high speed cracking of
paraffin waxes consisted mainly of a~parsffinsj their content to
benzenes from the cracking of &lack wax and waxy residue being
much lower# There are 11 tablemb
ASSOCXATXQKI Institut neftekhimicheskogo sintess, AN SSSR
(Institute of Petrochemical Synthesis, AS VSSR)
Card 2/2

5W SOV/20-122-6-22/49
AUTHORS: Brodski1r, A. M., Kolbanovskiy, Yu. A., Filatova, Ye. D.,
Chernysheva, A. S.
TITLE: On the Radiolysis of Heptane (0 radiolize geptana)
PERIODICAL: Doklady Akademii nauk SSSR, 19589 Vol 122, Nr 6, PP 1035-1o38
(USSR)
ABSTRACT: The present paper investigates the y-radiolysis of normal
heptane in the liquid phase and the radiolynis of a 3olution
of dibenzyl-culfide in heptane. These investigations were
carried out mainly for the following purposes: Determination
of the exact kinetics of radiolysis in the initial ranges,
determination of the influence of an interruption of irradia-
tion, and determination of the exact composition and yield of
the gas vithin a wide dose-interval (extending over more than
3 orders of magnitude). Dibenzyl-Gulfide (5.011 . 10-4M),* was
added to the heptane for the purpose of clearing up the par-
ticular feature of the behavior of aromatic sulphur compounds
in the radiation field and for the purpose of determining the
influence exercised by the presence of similar additions upon
Card 1/3 paraffin r'adiolysis. In the case of small doses, the X-ray

On the Radiolysis of Heptane SOV120-122-6-22149
apparatus ?Yfl-131, and for larger doses Cc 6o were used as
radiation sources. In the case of small doses, direct pro-
portionality between the gas yield and the duration of radia-
tion was observed. Interruption of irradiation caused a
synchronous interruption of gas separation. Otherwise, no
"radiation hysteresis" with respect to gas separation was
observed, an assertion, which is strictly true. A diagram
shows the dependence of the hydrogen- and methane yield on
the dose for pure heptane and for a dibenzyl-sulfide solution.
Dibenzyl-3ulfide reducea heptane radiolysis. Next, the frac-
tion of C 2- C,,gas is investigated; the results of the gas
analysis ar e hown in a table. There follow some comments
on the results obtained:- 1) The nonlinear effects begin with
integral doses of eV/ml and occur in all components. 2) The
direct disruption of C-0 bonds is of particular importance
in the radiolysis of alkanes. 3) The presence of acet 1e e
, ~ n
in the gaseous products of radiolysis is pointedout 4 Also
the great variety of aseous products of radiolysis is of
essential importance =ong them there are comparatively many
isomeric structures)- 5) The gaseous products of a dibenzyl-
sulfide solution contain no hydrogen sulfide. In this case the
Card 2/3 protective effect is due to a transmission of the oxcitation.

On the RadiolyBis of Heptane SOV/2o-122-6-22/49
The authors thank S. I. Mironov, Academician, and K. P.
Lavrovskiy, Corresponding Member, AS USSR, for valuable advice,
and they also thank N. N. Naymushin for his assistance in
carrying out gas analyees. There are 2 figures, 2 tables,
and 5 references, 4 of which are Soviet.
ASSOCIATION: Inotitut nefti Akademij. nauk 333R (Petioleliz hatitute of
tb6 Academy of Scienceb IMR)-,
PRESEITTED: June 4, 1958, by S. I. Mironov, Academician
SUBMITTED: June 3, 1958
Card 3/3
TLP 10, N5

BRODSKIT, A.M.; LAVROVSKIY, K.P.; NAYMUSHIN, X.N.; TITKOV, V.B.;
FILATOVA, Ye.D..
Chromatographic analysis of mIxtures of alkylenes and diolefine.
Khtm. i takh.topl. I masel 4 no-3:30-32 Hr 159.
(MIRA 12: 4)
1. Inatitut nefti AN SSSR.
(Chromatographic analysis) (Olefins)

S/062/60/000/008/010/012
B004/BO54
AUTTIORS: Brodskiy2 A. .9 Lavrovskiy, K. P., and Filatova, Ye, D.
TITLE- High-temperature Dehydrogtinatiol of Ethyl Benzene
- 7
PERIODICAL: Izvestiya Akademii nauk SSSR. Otdeleniye khimicheskl:ch nauk,
1960, No. 8, pp. 1490-1494
TEXT: The authors report on their investigations of the kinetics s:r de-
hydrogenation of ethyl benzene at temperatures between 660 and 740 ',"~
They discuss data in publications (Refs. 2, 3), and explain contradictions
by the fact that at high temperatures the styrene yield depends an the re-
action period. To obtain a high -pty:Kenelyield it was necessary to giiarantlee
a short reaction period and a quick, steady heating. This was attained by
means of a pseudoliquid coke powder layer, Fig. 1,shows the experimi3ntal
arrangement, Heating was performed by a g3.-aphitev'spiral passed through by
current. The ethyl benzene gasified and mixed with CO. or N2 was introduced
from below into the reaction tube (diametor 40 mm). 50 cm oil coke
cle diameter 0.1 - 0.5 mm) were piled on a acreen. CO 2 was admixed al, the
outlet of the reaction tube for a quick cooling and rarefact-ion of 1h,3
Card I

High-temperature Dehydrogenation of Ethyl Benzene
ioo 4! PO 1 4
rleact.,.cn produott. Tho latter was collected in vess-31s oo,~Ied &Ith i,-q;j,d
niz,rogv,~ri, Tri the dl-,itil-late, th,~i :,,-.yrone wao oy L L
wimb.,r, and the amoart cL' th.,~ rasulting and toiw_;ne i1v !~ra i
Tanle 1 lists the exper,m,~nt%i res%lits it :AJO, r"190, 1`20 and AW, C
and ttoe rea-t-7n -,D-2ricri T, Tho. st-trenq. y1eid 6 j, no '0
ii t gh in u r rt., Lx r-es . B en z;, ric a rid t ,, 1!1 e ~ tI e i 6 S wi, I- v a,
C_
9,~ 740-C~ Rpolac-3m,~nt of th- -oka powdar bv qjarll nozd~-
arka e-
old c t c wan g,~ the 'last resuitz, Equation (6 as wr.Lt.-t,~,, -jogn *cr t?~?alult_
i ng :ns ~xpertmental data: 11/0 - n.) -_ 1 + k~t/a),. (n ~ 5,yr.-r~e eontsn~
of the d1stillale, k - reaction corgtant, a - co9ff1,,-ier-,* 7,; me in-
"r-~~,.!PaWthe react)ng gases). Tho on
in Fig, 2 sonfirms the course of a first_:)rv~r r-~acticn. t h~, rea
t;on fi;~nstanv for the fear tesi temperaturt~s was
Pip. .5 shcws ne fun-t,~on In k W '/T)~ Til,.e a-tivation -n-rrv
-c be -44 i 2 koal/mcle, There are 5 figures. 2 tab)-~S, and 6
6 S, v i and 2 M
ASSOCIATION: Tn3titut neftekhimicheskogo sititeza Ak-idem,~ na.&( SSSR
( In5 t i ta t e of Prit rc 1 eum-.,hemi ca I Syn the s; s : f 0.-~ A,: ad itw
of Sciences, USSR)
Card 2/3 -

Htgh- tt)mperature Dehydrogenation of Ethyl Bonzone t)/0")
B004/BC'-'4
SUBMITTFD! mq-(,n ~, 1959 L//
A 1 0 .
1, ~
,.,.rd ',/I
~ ~

50)
AUTHORS:
TITLE:
Petrov, A. D., Sadykh-Zade, S. I., SOV/79-29-9-26/76
Filatova, Ye. I.
On the Addition of Hydronilanes to u,P-Uneaturated
Acids and Their Esters
PERIODICAL: Zhurnal obshchey khimii, 1959, Vol 29, Nr 9, pp, 2936-2939
(USSR)
ABSTRACT': Recently the authors found (Ref 1) that trialkyl- and aryl
alkyl silaneB add to a,p-unea,turated aldehydes and ketones
only in 1,4-Position in the presence of a 0.1n. solution of
H2PtC16 in isopropyl alcoholf under the formation of silicon-
containing vinyl ethers. They investigated this reaction on
the basis of acrylic aldehyde, methylvinyl ketone, and their
various analogs with oubstituents in P-position. It was an
interesting experiment to add the hydrosilanes also to the
atp-unsaturated acids and their esters, all the more as
publications (Ref 2) described the addition of methyl dichloro
silane to methylacrylate in t;.,ie presence of platinum on
carbon in the autoclave at a 'Jaeating of sixteen hours' dura-
tion at 1250; a simultaneous addition in both the 1,4-- and
Card 1/3 1,2-position was found to take place. It was, therefore, not

On the Addition of Hydrosilanes to a,P-Unsatiarated SOV/79-29-9-26/76
Acids and Their Estero
possible to deny a priori .'-he influence exerted by experimental
conditions on the order of add it ion. The below6rmatLoned dr'perimental
results obtained by the authors showed that also under their
conditions methyl dichloro si:~ane adds to methylacrylate
simultaneously in 1,2- and 1,4~-position. It was further found
that trichloro silane adds onLy in 1,2-position to this oster,
and triethylsilane only in 1,if-position (this holds also for
the free acid). Thus, it was J ''ound that the order of addition
changes gradually in the replacement of the alkyl radicals in
the trialkylsilanes by the more electronegative halogen rad-
icalo (Scheme). Trialkylsilanc.., adds also to methyl methacryl-
ate in 1,2-position, which indicates that the order of addi-
tion depends also on the structure of the a,P-unsaturated
carbonyl compounds. The addition of alkyl dichlorosilanes in
the presence of H2PtC1,; proceeds in the same way as in heating
with platinum on carbon, i.e. simultaneously in 1,2- and
1,4-Position. There art? 6 refi?rences, 3 of which are Soviet.
Card 2/3

on the Addition of Hydrosilanes to a,p--Unsaturated SOV/79-29-9-26/76
Acids and Their Esters
ASSOCIATION: Institut organicheskoy Ithimii Akademii nauk SS3R (Institute
of Organic Chemistry of the Academy of Sciences, USSR)
SUBMITTED: September 4, 1958
Card 3/3
lji~~