SCIENTIFIC ABSTRACT FILIPPOVA, K.V. - FILIPPOVA, M.M.

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• Collection: Scientific Abstracts
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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

71
AUT
3i valkov, V. Yone*,$. L. I.. Panty.k. A. B.. Uraztln. X.I..
'
Filippor., 1:
T.
'
'
MLx: The " a' OAS 3
1 Isotopes by
*
'
A
the zr':4I!
.
.T Ions
.
(Rabomir* obrazavenlya Ixotopov kullfornlya pri obluchsmil
C 38 oskoreamysi
lcomat ugler*44)
l
MX0DiCALi Shurnal okoperloontal8noy I tooratichoskol fIsIkI# 1959.
Val 36. Yx 3. Pp 762-765 (C~532)
A33TRACTs In the co,urm. of $be Irradiation or hoary element* with sulti.
charged Iona compound nuclei "a forced, which decay seats
neutron evaporation. Important
f
res 11 a :r
:~ 0:
:
,
.cl ton
0 1h respect to now transuranioxv
.
ma'r
synthesis fran'the ratio- of the two decay processes In deron-
dam** on the excitation onorrr.and the parameters of the can'
poua4
:u:1aus. la-tho present paper results obtained concers-
h
Lac Iaargr,dopeadvace of the crass Sections of the reactions
23a(Cn. 4. _.5n)CI246-245
U2)0(C!3. 5. . 6.)Ct246-245 (of. also refsvwme*$ 1-3)
card 1/3 are discussed. The *40kand *403-ious .*to accelerated an
The Production Cream 3sotions for Wiltoralux Isotopes by* -116 i6-idiatim
of 023a With Accelerated Carbon Zons
the 150 an cyclotron of the A3 VSSR top to 78 and 84 Kew r#-
:peatively (.1th an accuracy of 3,4). ftargr soasuromat was
arrIed out by absorption In alumlaun~ measurement of the Ion
fl= a.- the tzrgazt was Q~rrivd Out by neano at an intocrator
(0.2 - 0.3 im). The results obtained by twoe asamarstmats'are
given In figures I and 2 In foya of djjcr&aA. ?In=,* 3 shows
the areas smatIon of She reactions (C , 4a - 50) and ,
(W. Sa - 6s) referred to 'the total production cross section
*v the compoomd nualaue IS dependence an excitation Z*rgy.
Xach of the varvos shave a chaxacterillic maximmo. The Shift.
Ing of %be maximum of the reaction (Cl-, 5m) towards that of
the reaction (a 13, $a) Is assumed to be do~ to AS Inaccuracy
of 104 @nor= "ABUYSASAt. ?or the connection belswom, the
..any probab12ities and the cross Stations Is holds that
a
- 1'd)m I
n
On . total eraws section of the neutron emission roaxtion in
be case of a elvwn anargy.ar - drams sactian for the formation
:
f a compound nucleus at the sGas omrzy. a - swerace uunWer
card 213
r"Sef-on vroag bactions far C411fornlua Isclopea be the irradiation
of U230 With Acaolorat#4 Carbon X~os
of e*lttvd neutrons. va - prob.-~Ilit' or c.,tron Scission.
IFf- fission Vrob.bilitv; (F donate. v'& Case voice)
iinfif for califarniuat If -1/4 ant varies o0jr little to the
Interval Of 1-14 excit4tI41 Autrey of 55 - 55 t',11.
CC246
Ir
f
or
CAn is _ 1/2 and f,r Cf-
%
t
.b authors finally tblak Professor C. N. ?Isrov for *u;~er-
2
T1
4 work, ant they also SL&4k the cyclotron #a%= under
TO- N- PustOvOlt I.-.d '- X, Taresov for 9-1vir voll&~ora%lna 14
the chOrIcal rart of this ork. -hqr# Are 3 f1':W.S "1 9
rOfOr-ftc-A. 5 af rMch are Savlat.
1)58
Cars 3/3

I
GUSIVA, L.I.; HTASOYMV, B.F.; TARANTIN, N.I.; FILIPPOTA, X.Y.
---------
Cross sections of the forination of Cm 24o by the radiation of
.?h232 witb 012 and 013 ions. Zhur.ekspai teor.fix. 37 no.4:
973-977 0 '59- VORA 13:5)
(Curium-Isotopes) (Thorim_-Isotopez)
(Carbon-Isotopes)
I

FIL'.MQYAI kandefiz.-matem.nauk, otv.red.; SURAVI, G.I., doktor
fiz.-matemensuke reds [deceased); STAROXADOMSKATA, Ye.L., red.
izd-ve-, DOROKHIRA, I.N., tekhn.red.
[Physics of dielectrics; transactions of the Seco'ud All-Uniou
Conference on the Physics of Dielectrics] Fizika dialektrikov;
trudy. Moskva, Izd-vo Akad.nauk SSSR, 196o. 532 p. (MMA 13:8)
1. Ysesoyuznaya konferentaiya po fizike dialektrikov, Zd, 1958.
(Dielectrics)

KNUIIYANTS) I.L.,, glav, red.;~.RAKMOVSKJY, G,Ya., zam, glavo red*.,*
BUSEV, A.I., red.; VWHAVSKn , Ya.M., red.; GELIFEM,
N.L., red.; DOLIN, P.Iop red6; KIRffEVp V.A., red.; MEYERSON,
G.A., red.; MURIN,, A.N,p red; POGOXNy S*A,., red.; REBINDER,
P.A., red.; SLONIMSKIY, G.S., red.; STEPANWO, B.N., red.;
EPSHTKYN, D.A., red.; VASKEVICE9 D.N.9 nituabnyy red.; GATS
R.R., nauebrWy red.; GARKOVFSKO, H.V.9 nauebMy red.; GODnI,
Z.1., nauchnyy red.; MOSTOVENKO, N.P.p nauchnyy red.;
.,LEBEDEVAj V.A.~ mladshiy.red.; TRUKIWIOVA, M.Ye.,, mladshiy
red.; FILIPPOVA, K.V.4-mladshiy red.;; ZHAROVA,-Ye.l., red.;
KULIDMWOVA, I.D., tekhn. red.
[Concise chemical encyclopedia] Kratkaia khim4cheskaia entaiklo-
pediia. Red. koll.% I.L.Knuniants i dr. Moskva., Gqs..zaucbn-
izd-vo-"Sovetskaia antsiklopedlia.n Vol.l. A - E. 1961..
1262 co3 tmns. (MIRA 15:2)
(ChemiRtry-Dictionaries)

IPP VA-L,A,
DILOV- Kh V --FIL 0
_; SHTANIKO, T.P.,- vomEsEmsmy, V.L.t
snikiii~~ftwsyay, ().,v.
Dark*metabolism of organic compounds in barley at different tem-
peratures. Trudy Bot. inst.,Ser. 4 no,15:3-24 162. (KRA 15s7)
(Plants-Metabolism)

GOFMAT40 A.; FREY, A.I.; RUTSIMUN, I.; OTTp Kh.; SHEKYAKIN, M.M.; KISHFALUDI,
L.; KOCHETKOV, NX.; DEREVITSKAYA, V.A.; PROXOFIYEV, M.A.;
~SHAHAROVA'Z.A.1 X.T ; SHANKMAP, S.; XHAYGAI, 9.1
LIVj F,; ~OBERTS, M.Ye.1 GAVRILOV, N.I.; AKIICVA, L.N.; KHLUDOVAq
H.S.; MAKSIWIV, V.I.; IMLIN, B.M.; SHEPPARD, R.K.; SHKODINSKAYAt
,Ye.N.; VASINA, O.S.) BERLIN9 A.Ya.1 SOFIINA, Z.P.; LARIONOV, L.F.;
KNUNYANTS# I.L.; GOLUBEVAp Me.; KARPAVICHUS, K.I.; KILIMSHEVA,
O.V.P- WDZIGRADSKII', K.; KAFTAR,, M.; LEV, M.; KORENSKII F.;
BUASSONAO R.A.; GUTTWP St.; KHOYGENINt R.L.; ZHMNO, P.A.;
BAZHUSO Sq LENARD, K.; DUALISKI~ S.; SHREDER, Ye.; SHKKIFN-,, R.;
KHOKH1,O1rq A.S.
Results of the Fourth European Symposium on the chemistry ot
peptides. Abstracts of reports. Zhur. VKHO 7 no.4:468-476
162. (MIRA 15:8)
--L. Akt'sionernoye obahchestvo "Sandos", B-Azell, Shveyteariya (for
k"idban, Frey, Ott, llutshm~nn~.- 2. Farmatsevticheskaya fabrika
~1G.Rikhter"'Budapeabt, Veng."iya (for Kishfaludi, Korenski,
1)ualski).- 3. Institut khimii prirodnykh sojedineniy AN SSS11,
lioskva"(for Kochetkov, Dsrevitsk8qa,'.Shexyetkin, Khokhlov).
Laboritoriya khit3ii belka ~bskovilkbgo gosudarstvennogo
universitsts, (for Prokoflyev, Shabarova, Filippova, Gavrilovp
Akimova, Khludova).. 5# Fond meditainskikh issledovaniy, Faijeadena,
Kaliforniya, Sev.Soyed,,Shtaty Ameriki (for Shankman, Khayga,, Liv,
Roberts). 6. Laboratoriya khimii belka Instituta organicheskoy
6 owl)

FILIPPOVI, L.A.; VOZNESE24S'KIY, V.L.; BOGATKINA, V.F.
Use of the products of photosynthesis In respiration. Fiziol.
rast. 3.1 no.143-48 Ja-F 164. .(MMA 17:2)
1. Laboratoriya fotosinteza Botanicheskogo institute. imeni
V.L. Kamarova AN SSSR, Leningrad.

FILIPPOVAP L*A*
Study of the respiration of leaves in light with the help of
lUbeled carbon dioxide. Trudy-Bot. inst. Ser. 4 no.16:165-
3!.F7 63. (MIRA r7:2)

OAF-
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loftwgnkwluwllj!!Mr'uyftorruwricnAduliulu is tu Well N4,So,.!,1j,0 in its
with ZnOand to ignite the _ixt. at 40D
-Z(X).. The "In 00
Ing ~l m uwd - CdSO.-14,13 11.0 34.44.
of a
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Min. MIWI the yirld WAS 19.&1 David Arkway --60,
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IITLTP17~ v k, 1i.
FILIPPOVA L. A. "Daily and Seasonal- Changes in the Intensity and Com-
Position of Products of Photosynthesis in Plants of Eastern Pamir."
Acad Sci UaF..- Ebtanical Inst imeni V. L. Komarov. Jeningrad, 1955.
(Dissertation-for t1he Degree of Candidate in Binliigical Sciences)
No I
SO: Knizhnaya latopial, 3.956, pp 102-122, 124

F I ~ / M VA, /, - F.
AUTMi Markovich, A.U., Filippova, L.P. 76-12-7/27
TITLE: The Porm tion of 11yarogen peroxide in the Oxidation of Formalashyde
(CFbmzovaniye perekisi vodoroda pri okialenii formalldegida)
PMMDICAL-. Zhurnal Fizickieskoy Khimlit 1957, Vol- 31, Nr 12, pp.2649-?-655 (USSR)
ABSTRACT: It was t'ried here to identify the peroxides developbM; with the oxi-
awaon of OH2P. It was stated that under the existing test-conditions,
tho hydrogen peroxide Is the primary peroxide oompotu-A, whereas the
fo=ation of dioVmetbylperoxide represents & 3000ud&17 prooess. The
latter took place chiefly outside the reaction vessel as a consequence
of the interchange of R 02 and CHgO. The radiation method was applied
hex*. The reaction was investigmted in the I mixture of CH20 and air at
atuospherio pmasure and at a temperature of the order of 5000 G* The
following resmIts were obtsineds the content of peroxiile in the re-
action products depends to a great extent not on3,y on the temperature
and velocity of flow in the vessel, but also on the st!Lte of the sur-
face of the reaction vessel. The greatest quantities of peroxide
were obtained in the now vessel on the first working day. This holds
for reaction vessels of glass and quartz. In some cesea the oontent
Card 1/3 of:peroxide amcanted up to 27% of the initial CH20. Such an output of

The Formation of, Hydrogen Peroxide in. the Oxidation 76-12-7/27
of Fo=aldehyde
peroxide is unknown in literature. The fresh solution from the ab-
sciber showed an insigrkifioant acidity. When the aolution was either
.left or heated, the acidity increased, but the content of peroxides
and CH20 declined, The heating of the solution raz ac(xupwied by a
pzvoipitation of hydrogen. For completely decomposing the peroxides
it, was sufficient to boil the solution within 10 to 1.9 minutes. The
ne.ture of the acid developing when boiling the solution was analyti-
os.11y determined after the reaction with ZnO. The investigation of
the kinetics of reaction of peroxide compounds with KY in the acid-
medium showed that the velocity of J2 precipitation dapends largely
on the time between the obtaining of the solution in the abnorter
and the mcment where YJ is added to the same. That in to say, the
s~ilution "ages" in any extent. The keeping of the soUttion itself at
5 1 0 decelerates the reaction with potassium iodide remarkably. The
fetot that an aging lasting more than one hour of the solution exer-
oises no noticeable inf3a%enoe on the reauction of the J preoipita-
tion is characteristic. Investigation of the role plaj,;S by hydrogen
porcmide at the reaction of CH~D-oxidation clearly showed that at
'1050 0 and a stay of from 20 to 25 seconds of the gas mixture in the
Card 213 reactor, the reaction fully took place between CHpO and SP2. The
N",

The Foruation of Hydrogen Peroxide in the Oxidation 76-12-7/27
of Formslf3ehyae
tests further showed that HP21 which form one of the products at
the oxidation of fonaldeWel has no affect on the proper reaction
of the oxidation within the range of frcm 1300 to 4500 0. At lower
temperatures of about 1000 G mo3t likely a process taken place which
has nothimg to do with the reaction of oxidation and ohich leads to
forming of HGOOH. This work me discussed with professor
A.B. Nalbandyan. There are 2 figures, I table, and 21 referencess
IS of which are Slavic.
ASSOCIATION: AN USSR. Institute of Chemical Physics, Moscow (Akadeimlya nauk
USSR. Institut khIndcheskoy fiziki, Moskva).
SUMMTED: jLugust 16, 1956
AVAIIABLE.- Library of Congress
Card V3

FILIPPOVA, 1.A.
"
.Diurnal and seasonal variation of the Intensity of photo-
synthesis in plant,a of the Eastern Pamirs. Trudy, Bot.inst.
Ser.4 no*13:64-gU '59. MRA 13:3)
(Pamirs--Photosynthesis)

1:.A.'.*.,PROKOFIYff, M.A.
.." ' 11 ~
Isolating nwIsotides from pancreatic hydrolyeates by the use of
domestic anionits Lvith summary in English]. Biokhtmiia 23 no.1:14o-145
Jft-JI 158, (MIRA 11:3)
1. IMmicheskiy fftkdlltet Moskovskogo gosudarstviennogo universiteta
im. M.V.Lomonosovs.
(NUOLZOSID35 AND IMLEOTIM , determination,
in pancreas hydrolyeates. isolation with anion-exchange
resins Olus)
(FANGRFAAS, oxtracts,
isolation of nucleotides from hydrolysates with anion-
exchange resins (Rus)

PETROCRANKO, P.F.; SHAP3M.0, I.I.; LTJRIYE, G.B.. prof.; DAYON. A.Ye., in2h.;
ZAKRMIN, T.I., In%h.; KAYOROVA, A.V., inzh.; FZLIKSON, N.I,#
inzh.; I .,I.A.., inzh.; GVOZMI, A.Y., in2h.; 11COMI,
J_P;
B.i., takhn.rea,
Deneral norms for cutting conditions and time in the w chinery
industry for technical normalization of machining on grinding
machi.nes; large-lot and mass production] Gbahchemshinoctroitell-
nye normativy rezhimov remaniia i vremeni dlia tekhniche.sikogo
normirovanlia, rabot na shlifovallnykh stankakh; krupnoneiriinoe i
massovoe proisvodetva. Moskva, Goa. nauchno-tekhn. i zd-vo mehino-
stroit.lit-ry, 1959. 359 p. (11111 13:1)
1. Moscow. Mauchno-isaledovatellakiy institut truda. I'Sentrall-
noye byuro -prorqehlennykh normativov po trudu. 2. Glavrqy inzhe-
nor TSentrallnogo byuro promyshlennykh normativov po trudu pri
Hauchno-lealedovatellskom institute truda (for Petrochenko).
3. Zaveduyushchly otdelom mashinostroyaniya TSentralinogo byuro
promyshlennykh v.ormativov po trudu pri Hauchno-ionled.inatitute
truda (for SbapAro). 4. Sotrudniki TSentrallnogo byUro pro-
myshlonnykh noritativov po trudu pri Nauchno-isoledovatellskom
institute truds (for Dayon, Zakharkin, Mayorovs, Felikson,
Filippova,,Gvozdeva).
(Grinding and polishing)

A
Fj IiprovAd
97ir
17:
WAMEIMV
i a
W
in the Presence of Heat Exchange,," by L. A. Filippova, Vestai
LeningradskoLo Universiteta, Seriya Matemtiki, Mekhaniki i
Astronomii, No 1, Issue 11 1957, pp 141-151
Thit article studies the nonsteady-state laminar motion of a viscous
:.."incompressible fluid in a narrow alit of constant width in the presence of
:,`,heat exctange with the walls surrounding this fluid.
The solutions derived by the author are also applicable to a circular
-aperture formed by two coaxial cylinders, under the condition that the
of the circular clearance be small by comparison with the radias of the cy-~,~,i
L linders and that the outer cylinder be imnobile, while the inner cylinder,
at the moment of time t u 01 begin moving clockwise at a given speed u(t).
It is assumed that the heat exchange with the surrounding medi= takes.....
place according to Fourier's law. The change in fluid temperature along the
slit is not considered. The formulas for the calculation of velocities of
profile and a flux are obtained as time functions, as are the formulas.for"'
e. d4q;,ai a ot-,f.UUd-t. erature ..in-a-- alit an& thewall er4ture
ourtowul~a
g e _vewax
Son,

22 li-1- ~~W:T
SOV/124-58-4-4207
Translation from: ReferativPyy zhurnal, hiekhanika, 1958, Nr4, p74(USSR)
.AUTHOR: Filippova, L. A.
T IT LE: The Unsteady Flow of a Viscous Incompressible Liquid in a
Narrow Constant-width Slot (Neustanovivsheyesya dvizheniya
vyazkoy neszhimayemoy zhidkosti v uzkoy shcheli postoyannoy
shiriny)
PERIODICAL: Uch. zap. LGU, 1957, Nr Z17, pp 2Z5-235
ABSTRACT: The author examines the problem of a nonstationary turbulent
flow of an incompressible liquid in a narrow slot, the lower wall
of which is moving in accordance with a given law, with a drop
in pressure which is a known function of time. The flaw is
approximately considered to be turbulent along the entire sec-
tion of the slot, so that next to the wall of the slot the liquid has
a velocity other than zero, namely, the velocity of slippage.
In order to determine the numerical values of the velocity of
slippage and the ratio of the coefficients of turbulent exchange
and viscosity, the author applies data from semiempirical
theories. It is assumed that the values of these quantities
Card 1/2 obtained for a steady-state flow may be valid for an unsteady

SOV/124-58-4-4?07
The Unst'eady Flow of a Viscous Incompressible Liquid (cont.
flow also. As a result of the integration of the equation of motion, formulae
are obtained for the determination of the dependence of the velocity and of
the discharge upon time.
B. N. Rumyantsev
1. Liquids--Testing equipment 2. Turbulent flow--Stability 3.- Mathematics
Card 2/2

71LIPPOITA, L.As; PROK071UT, M.A.
-1 lOwMMwMMbil$w
Synthesis of aminoac:rl derivatives of cytidylic and adenylic
acids. Kh1m. naulm i prom. 3 no.4:538-539 '58. (miunilo)
1,Moskovskiy gosudaristvannyy universitat im. N.V. Lomonosova.
(Acylation)

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PNTROCBWKO, P.Y.; SHAPIRO, I.I.; LURIYE, G.B., prof.; DAYOU, A.Yes, inzho;
24KHA IN# V.I.j iuzh.l JUTCROTA, A.Y., iuzh.;.MZS0ff, N.I., Ush.;
P11IMTA L A . inzh.; GYOZDBVA. A.N., inzh.; DOBRITMAs B.I.9
-Teldw.redo
(General engineering time norms for the technical standardization
of machining processes on grinding machines; small-lot and piece
production] ObahchamashinostroitelInys normativy vremeni Me
tekhnichaskogo normirovaniia rabot na shlifovallnykh stankakh;
molkoseriinoo I edini.:hnoe, proizvodetvo. Kosk7a, Gos.nauchno-takhn.
isa-vo mashinostroit.lit-ry, 1960. 38 P.
(HIRA 14:1)
1. Hoscow. Nauchno-issledovatellskiy institut trade. TSentivllnoye
byaro promynhlannykh normativov po trudu. 2. GlavrLyy inzhangr
TSentralinogo byuro :prowyahlennvkh normativov po tradu pri Rauchno-
iseledovatellskom institute truds (for Petroebanko). 3. Zavaduyu-
shchiy otdelom mashinostroyeniya TSentrallnogo byuro promyshlennykh
normativoy po tradu pri Hauchno-issledovatel'skom institute 'truda (for
Shapiro). 4. TSentrallnoys byuro promyshlennykh normativov po trudu
pri Nauchno-leelelovatel'skom institut truda (for Dayon, ZOWAarkins
Mayorova, Felikson, Yilippova, Gvozdeva).
(Grinding and polishing)

6i
111QVALL.A.j- PROKOFIM# M.A.
110thod for the isolation of cytidylic acid frcat,preparations by
ion exchange. Biokhimiia 25 no. 3:393-398 My4e 160. (MIRA 14:4)
3.9 The State Universityp Moscow.
(CYTIDYLIC ACID) (ION EXCHAME)

PROKOFIIW~ M.A. (Prokoflyev, M.A.)j SHkBM.VA, Z.A.; IPILIPPOVA, L.A.
Peptide synthesis with ao~w.,aminoacy~ derivates of nucleoqideo and
nucleotides. Coll Cz Chem 27 no.9:2948-22/+9 S 162.
1. Moscow State University, U.S.S.R. (for Prokoflev).

FILIPPOVA, L.A.; PROKOFIYEV, M.A.; KRUTILINA, A.I.
Synthesis and propertie s of N6-carbobanzp,hydroxyp~enylalanylcytidine-2's
31-phosphate, Biokhimiia 28 no.3:433-438 . MY-Je 63. (MIRA 17:2)
1. Chemical Faculty, StAte University, Moscow.
P
",r , '- 5.
EN

6ii;IYEVA, S.A.; FlLirT(')'VA -L. il . - ;rC, W ) - V11 1
-- --l- ~ 1-1*1-i ~ -- ~ !n It" y
IsoluLlon of solublo nuclootIdepeptider, froii EixLracLu of Bacteriwa
brcvis var. GB pr6ductria granlieldin C. Antibiotild 9 rio.8:733-734
Ag 164. (MIRA 18:3)
1. tloskovskiy unlireraltet. irnerii Lomonosava. .

VOWESIVSKlY, Viktor Leonidovich; ZALENSKIY, Oleg Ifyachealavovich;
MUMMA, Ollga Aleksandromal Prinimali uchastiye:
GLAGOLEVA, T.A.; FILIFPOVA~ L.A.
(Methods of photDuynthesis and respiration studies] Metcdy
lasledovaniia fttosinteza i dykhaniia rast)?nii. Moskva,
Nauka, 1965. 304 p. (tURA 18:8)
1. Laboratoriya fotosinteza Botanicheskogo instituta im,,V.L.
Komarova AN SSM (for Glagoleva~ Filippova).
7 IM I Z'
Mal

FILIPPOrlAp L.Ae; I.T, L.I.
Synthesis and propertieo of N6-carbobenzcx,.rphenylalanylaytidine-213 31-
phosphate* Vast* Mook* un, Ser,, 2:Khim, 20 n0.4186-88 J14.g 165.
. (MIRA 18:10)
le Kafedra organicheskoy khimii Mookovskogo gosudarstvernog'O
universiteta.

Ji--
AUTHIDRS: 11arkevich, A. I-, Llosh%ina, P. I., Q'2-58-4-13/32
TITL-;: -'echaiiism of the Formation of Carbon 1)ioxide
in the 07idation of 2=---~aldehyde (0 Lieklianisme obrazo=
varli.ia Cv-uoki!ji ugleroda pri W-rislerii foxmalld4O ida)
PLIRIODICAL: Izve,litiya Akadeiaii Nau*.- SSSR,Otdolcri~'e "hiiaichcskikh
11auk, 10/50, Nr 4, -)P. '02-502 (USSR)
ABSTRACT: The lo-ical conoequence of the o.,-idation stooges of
U
hYdrocarbon and the :aethodo of' formation of CO 2 have
already been discussed in a croat number of papers
(11albandjan and VeyL-ian). III connection herewith it was
of interest to the authors to clacel-, by ueans of the
method of mar!-ed atoms these conse~juences (in the
works by ITalbandjan and Neymart). The investigations
were carried out at atmospheric pressure -,;ith a mix--
ture of formaleehyde and air (1.9). The lcinetics was
investiGated only in the initial ota6e of the reaction.
The results of the investiL;ationz are s'loin in figure 1.
Card 1/2 FrOU it can be oeen that the .,,ays to the formatio~n of

Mechanism of the Forr.,iation of Carbon 62 -53-4-19/32
Dioxide in the Oxidation of ForLialdehyde
CO2 in the oxidation of formaldehyde must not be con=
nected with the reaction of the oxidation of CO. In the
opposite case the points for uCo2would be displaced
upward (i. e. above the line uCO). it was 1,,roved that
not more than 3 to 514 C02 car. form in the! oxidation of
CO. The wain mass of CO 2495-97,'S) is directly formed
from forraaldehyde.
There are 1 fioure and 5 rcferences, all of which are
Soviet.
ASS01"IATION: Institut 1chimicheskoy fizilzi Akademii naUk SSSR
(Institute for Chenical Physics)AS USSR)
SMUTTED: October 30, 1957
AVAILABLE: Library of Congress
Card 2/2 1, Carbon dioxide-Formation 2. Formaldehyde exidation
-Lpplicatiens

5 (4) 05819
LUTHORS: Markevichq A. M., Filippoval L. F. SOV/76-33-10-17/45
TITLE: The Part Played by Heterogeneous Factors in the Oxida tion of
Formaldehyde
PERIODICAW Zhurnal fizicheakoy khimii, 1959, Vol 33, Nr 1% pp 2214 - 2221
(USSR)
ABSTRACT:: Publications on.formaldehyde oxidation indicate the insufficient
investigation of this reaction. Compariaon of the values of ao-,
tivation energy obtained so far (Table 1) shcows that the re-
sults are unsatisfactorily reproducible, whioh obviously is
due to the effect of beterogenious factors. The latter and
especially the effect of the surface condition of the-reaction
vessel irere investigated here. Experiments ware made under dy-
namic (Ref 1) and static conditions, and for some series of ex-
periment the authors also used the method of separate calori-
metric measurement (Ref 11). The first experiments by the latter
method showed that the reaction rate was greatly dependent on.
the surface condition (Fig 1). strong catalytic effectevere
produced by coating the glass surface of thet reaction vessel
with PbO, while oxidation was inhibited by treatment with
Card 1/3

05819-
The Part Played by Heterogeneous Factors in the BOV/76-33-10-17/45
Oxidation *f Formaldehyde
,K2B4079 KCIp or CsCl' No E202 was detected in the reaction.prod-
ucto(whioh otherwise was formed) after the surface had been
.treated with K2B 407' In vessels treated with 2% K2B 4 07 solution
formaldehyde is oxidized without self-acceleration, COV H.0 and
CO being the main products. Kinetic curves obtained at 377-550 C
under static and dynamic experimental conditions had no period
of induction (Figs 394), The aotivation energy calculated from
the data listed in table 2 amounted to 50 kcal. Experiments made
with nontreated glass- and quartz vessels showed a distinct
period of induction together with the formation of new reaction
products- H 2020 (CH 20H)2029 HCOOR and H,* Ictivation energy was
here 26 kcalr which is in accordance with publications. The sur-
face of the reaction vessel consequently determines the reaction
rate and-the composition of the reaction products* in conclusion,
the authors thank Professor A* B. Nalbandyan for a discussion*
There are 8 figuresp 2 tables, and 18 references, 7 of which are
Soviet*
Card 2/3

05819
The Part rlayed by Iloteroge-meous Factors iiL tho 507/7 6 - 3 7) -10-17/4 5
Oxidation of Formaldehyde
ISSOCIATION: kkademiya nauk SSSR,Inatitut khimiohegkoy f:Lziki Koskva
(A.eadenly of Sciences, USSR, Institute of Chomicai Physicep
loacow~,l
SUBXITTED: March 17, 1958

FILUP~VA',, L.G.; T!qIPUGOVA, A.F.
(;&16ulation f complexes of some aromatic compounds by the free-
.electron me4od. Part 1. Calculatioh of the aniline-nitrobenzene
complex. lisy.vyo.iiahobezavs;fizeno.2t92-98 163.
(IURA 160)
]!..,Sibirski.,r fiziko-tekbnjcheakiy institut pft TomsI66u'gosWarstvennom
Imiveroitatio imeni Kuybyaheva.
(Aromatic (Quantuin th4ory)

FILIPPOITAS L.G'; TERFUGOVA., A.F.
0
10'alkdation of complexes of some aromatid compounds by th4j 2"e-
61664dii method. Part 2. Calculation of the system phenol: - nitrobetizene.
:(zvttyo,itebeb,zav,tfiz.no,2tlO5~-110 163,
2&5)-
L 8WAId.y fiziko-takhnichookiy institut, pri Tomvk6m gosadftobvennA
1211kieriitete imeni.
(Aronatic compounds) (Quantum tbe017)

FILIPPOVA9 L.G.
Calculation of some dharacteristics of the complia phenol-quinnn
using the fieeslactron method. Izv.vys.ucheb.zav.;fiz,no,2:t76.l77
163.
1, Sibiraldy fiziko-takhnichbokiy institut pri Tamskox ,gosuda"i-stvannom
universitete imeni Mqbyaheva.
(phenols), (Quinone)
(Quantuln theOr7)

FLOTNIKGVp V.,G.; DANILMp ToI,; SHIGGRINp D.Ns; TERIqJGCVA,, A.F,;
ZUBKOVAO L,B,j FILIPPOVA#_LG,__,
I-MOMWOMM-M
Theoretical otudy of the opectral behavior of oyetemB with
a qwtsl-armatio Mle* Zhur. fize khim. 39 no.9:2311-2312
S 16!5* (MM 18:10)
1. ljostitut neorganicheal6f khimii Sibirokogo otdoleniya
AN SSSR,

mcc NRI A13601b175 SOURCE CODE:
AUTHOR: I.; Zubkova, L. Be; Morozovaj Yu, P.; Pnomareva, 0. A.; JXL-
Aezhayew~, No A.; Ttr1mgoval A. F.; MURM, L. Go 17oronovat R# M.
TITLE: Mufluence of intra- s~A int~~ecu~lqrlinZeraction on the energy levelap
electron spectrum., and color piropertfe-a of complex molecules
SOURCE: Ref. zho Mike, Abao 21D91
RV SOURCM: Tr. Komiso 22 spektrookopii.- AN S$681 to 3, vyp. 1, 1964, 327-335
TOPIC TAM molfauJAr Morsotlont complex mol*culep eleatran erwray laval, eloatrol%
spectrum, conjugate bond system, bydrogen bonding
ABSTRACT: The intramolecular interaction (effect or conJugad ~external-field in-
on,
teraction between donor-acceptor groups$ hydrogen bond, etc.) vere'investigated for
molecules: of di- and polysubstituten of benzene (for 20 compounds). An interpreta-
tion of the observed phenomena is presentede Similar investigations vere made for
the intAi!?leculsw interaction in different solvents (for 2D system) and for
cotVlex-yorwtiori processes (ID system) o General laws of the influence of the in-
Ecat 1wocessem on the electron levels are formuUted and the changes of the epee-
tra a" Interpreted. (Mrmulation of abstract]
MM COMi 20# 91'
c.,d

FILTIFFO-VA, L. 1.,
"ExperAment for Treating Ulcer Stomach and Duodentun by Raspctinn of thi- Bague, and Ival-
uttion of the Mmthod.0 Theals for dapres of Cand. Medical Set. Sub 11 Sep 50, Second
Moscow statts Medical Inst iment :1. V. Stalln
Summary 71, 4 Sen 52, Dipsertatians PreRented for Degrees in Science and Engineering in
Moscow in 1)50 From VechernZav
.!i Ho skva, Jan-No 1950.

UYAGHKO, IaA., dots., otv, red.; PRIOROV, N.N., prof., red.j MOSHKOV, V.N.p
prof., red,jLETUTIOV, B.P., prof., red.; SOKOLOV, A.A.,, vrach., zasl.
master sporta, red.; LEVANDOVSKIY, L.I., red.; KtrgOLEVSKIY, G.M.,, .
red.; GOTOVTSEV, P.I., red,; MELINIKOV, Yet.A., red.; FILIPFOVA,.L.I.
kand, med, naukp red,; BELICHIKOVA, Yu.S., tekhn. reff-.
[sports modioine; transaotions of the Twelfth International Congress
on.Sports Medicine) Sportivnaia moditoinal trudy Mozhdunarodnogo kon-
gresea sportivnoi meditsiny, 12th, Moscow, 1958. Moskva,, Goo, izd-vo
mod. lit-ry, 1959. 646 P. (MIRA .14:10)
1. MezhdunarodiVy kongress spbrtivnoy maditsiny, 12th, Moscow. 1958.
2. Zameotitell prodoedatelya Organizatsionnogo komiteta i chlen is-
pollnitelinogo komiteta Mezbdunarodntyy federatsii sportivn07 meditsi-
rq (for Kryachko). 3. Deystvitellrgry chlen AMN SSSR i TSentrallryy
inotitut travmatologii i ortopedii (for Priorov). 4. Chlen-
korrespondent AMN SSSR i TSentrallujy institut usovershenstvovaniya
V'relchey i-TSentralIrVy inatitut kurortologii (for Moshkov). 5. Tsen-
tralln~ nauchno-iseledovatellski7 institut fizicheskoy kul'tlm7 (for
LetunM . 6. Sektsiya futbola SSSR Vaesoyusmogo trenerskogo soveta(for
Sokolov). 7. Institut fizicheskoy kulltury im, I.V.Stalina (for Kuko-
lovskiy). Vrachobno-fizkullturnyy dispanser no.2, Moskva (for Filippova).
(STORTS NEDICINE-CONGRESEES)

SOV/137-59-1-552
Tran.slation from: Referativnyy zhurnal. Metallurgiya., 1959, Nr 1, p 73 (USSR)
AUTHORS: F:illippova, L. I. [Filippova, L. I., according to Index], Kuz'min,L.I1
TITLE: Investigation of Cermet Electrodes ManWactured From Magnetite and
Metallic Iron. Report 2. Process of Sintering of a Two-component
System (Issledovaniye metallokeramicheskikh elektrodov, izgoto'vlen-
nykh iz magnetita i metallicheskogo zheleza. Soobshcheniye 2. Pro-
tsess spekaniya dvukhkomponentnoy sistemy)
PERIODICAL: Tr. Ivanovsk. khim,tekhnol. in-ta, 1958, Nr 7, pp 75-86
ABSTRACT: The authors investigated the effect of the conditions of sintering in an
inert atmosphere on the properties of the electrodes made of a mix-
ture of the following powders of magnetite and Fe: a) 800/6 Fe304 +
2056 Fe and b) 6016 Fe304 + 407o Fe. It is established that during
sintering, besides recrystallization, a chemical reaction takes place
with the formation of a new crystalline phase, namely wUstite. An
increase in the temperature and length of sintering time decreases
porosity and electrochemical activity and ~bncreases mechanical
strength and electrical resistance. Elect rochernical activity depends
Card 1/2 not only on the active component but also on the stre-agth of the

SOV/137-59-1-55Z
Investigation of Germet Electrodes Manufactured From Magnetite (cont.)
current- conducting skeletal structure and depends but little on the dispersion and
activity of the Fe powder.
I. B.
EMMINMTIM -T -1

SOV/137-59-1-551
Translation from: Referativnyy zhurnal. Me.tallurgiya, 1959, Nr 1, p 73 (USSR)
AUTHORS: Filippova, L. I., Kuzlmin,:L. L.
TITLE: Investigation of Cermet Ele ctrodes Manufactured From Magnetite
-and Metallic Iron. Report 1. Process of Compaction of a,Two- '.
component System (Issledovaniye metallokeramicheskikh elektrodov,
izgotovlennykh iz magnetita i metallicheskogo zheleza. Soobshcheniye
I. Protsess pressovaniya dvukhkomponentnoy SiSterny)
PERIODICAL: Tr. Ivanovsk. khim-tekhnol. in-ta, 1958, Nr 7, pp 69-74
ABSTRACT: The authors studied the electrical resistivity (ER) of compacted mix-
tures of Fe304 and Fe powders of various compositions. It was
established that ER depends not,only on the composition but also on
the structure of the Fe particles and on the relative sizes of the Fe
:and Fe304 particles. ER is at its minimum at a 400 - 600 kg /cm2
compacting pressure. An increase in ER is observed when the
pressure is raised to 1000 kg/cm?-.
I. B.
Card 1/1

'50, SOV/1 53-2-4--20/52
AUTHORS: Pilippovap L. I., Kuziming L. L.
TECLE: Cermet Iron Electrodes for Alkgtline Accumulators
PE6110DICAL: Izveetiya vyeshikh uchebnykh zavedeniy. Khimiya i khimicbel3kaya
tekhnologiya, 1959, Vol 2, Nr 4, PP 573-577 (USSR)
ABSTRACT: The accumulators mentioned in the title which are produced'
in seriais are usually provided with an active mass enclosed
in a thin psiforated metal envelope by means of electrodes.
Thus, tho electrodes gain mechanical strength. Moreovet the
access of current to the active mass is thereby to be secured.
This construction, however, has a principal shortcoming:-the
envelope mentioned does not secure a uniform current supply.
At the same timep additional internal resistance is formed
in the accumulator causing an unfavorable effect in the dis-
charge of the accumulator by a current of high amperagee The
production of electrodes without lamellae for alkaline ac-
cumulators (Ref a 1-6) by using , cermet proaucts
has recently been attempted. These electrodes can be given
now valuable properties by the eintering of iron electrodes
from active iron powder (Ref 7). The practical utilizatiori
Card 1/3 of this method shows certain difficulties; the eintering has

SOV/153-2-4-20/32
Cermet Iron Electrodes for Alkaline Accumulators
to be carried out in a reduced atmosphere with accurate
observance of the temperaturej otherwise the quality lbecomes
inferior. It was assumed that these shortcomings could be
el,iminated by the production from a mixture of iron-and iron-
oxide powders because these have different recryotallization
temperatures. The strength of ouch electrodes is then secured
by iron sintering whereby a skeleton is formed at comparative-
ly low temperature. Iron oxides having higher reorystallization
temperatures however, will maintain their activity underthese
conditionsp and thus secure the applicability of the electrode,
The paper under discussion is devoted to the investigation
of these problems. The powders mentioned above ithich had'-
been carefully mixed were briquetted at 600 kgAM21 the -
briquettes were sintered in nitrogen atmosphere at various
temperatures and for a varying period of time. Figures I and
3, respeotivelyt show the discharge curves at various current
densities and temperatures. Figure 2 and table I show the
capacity dependence of the electrodes on the discharge tem-
perature. Figure 4 shows the dependence of the electrode
capacity on the.duration of oanehardening. It was found that
C&rd 2/3 electrodes of powdered Fe 304 + Fe or F203 + Fe have,high

BOV/153-2-4-20/32
Ceimet Iron Electrodes for Alkaline Accumulators
electrochemical activity and sufficient mechanical strength
(Table 2). These electrodes have a higher specific capacity
as well as a smaller specific volume as compared with a usual
iron-powder electrode. They can be shaped more 4uickly, and
workbettor under hard discharge conditions. Thus, they can
be used in starter accumulators. The production method of the
eleotrodev. suggested is much simpler than other methods.
There are 3 figureep 3 tableep and 9 references,- 7 of VhLch are
Soviet.
ASSOCIATION: Ivanovekiy khimiko-tokhnologicheskiy inatitiat; Kafedra takhno,-
logii elektrokhimicheakikh proizvodstv
(Ivanovo Institute of Chemical Technology; Chair of Technology
of Electrochemical Industrial Proceogen)
SUBMITTED: May 131 1958

FILIPPOVAF L.I.; KURITSMU., 1,TjP.
Eleotrolytio -separ&tion oflead from chloride electr#lyteo.
Izv.vys.ueh;Aav..; JdAm.i khim.tekh. 5 no-4:621~624
162, (MIU 15:12)
1. IvaLnovskiy khimi.ko-tekhnologichookiy inatitut.
(Lead-Plating)
(Chlorides)

41466
S/153/62/005/004/003/cio6
E021/E435
AUTHORS: Shmeleva, G.A.
TITLE: Galvanic deposition of lead from chloride baths.
PERIODICAL: Izvestiya vysshilch uchebnykh zavedeniy. Khimiya I
khimicheakaya tel~hnologiya, V.5' no'.4, 1962, 624-628
TEXT: The possibility qf obtaAning a lead"coating from chloride
bal:hs, the influence of the nature and concentration of additions
--,and the conditions of electrolysiji'on the external appearance,
structure, hardness,'porosity and corrosion resistance of the lead
coatings were studied. Dlectrolytic deposition was carried out in
a 'LOO nil bath using lead anodes and copper and iron cathodes.
The electrolyte was prepared by d 'issolvin$ lead chloride in a
saturated solution of sodium chloride at room temperature or the
temperature of electrolysis. The lead concentration was 10 to
20 g/litre and the sodium chloiride concentration 300 to 316 g/litre.
:rhe deposit was examined visually and under the microscope at a
magnification of 510- Micrahardness measurements were carried out.
The porosity was estimated by an anodic treatment and the corrosion
resistance in the usual chamber. The influence of the following
Chrd 1/2

S/153/62/005/oo4/003/oo6
Galvanic deposition of lead 0.0 E021/E435
additions was investigated: 0-naphthol, resorcyl, phenol,
diphenylamine, glue, gelatine, in concentrations of 0.1 to 3 9/litre.
The current density varied from 0.2 to 2 A/dM2 and the temperature
from 25 to 600C. The thickness of the coating in the majority of
cases was 101i. In the presence of additions of 0-naphthol and
glue or gelatine, a good deposit could be obtained. A fine-grainedi
dense, non-porous,'bright deposit of 10 to 301, thickness can be
obtained from an electrolyte of the c6mposition (in g/litre):
Pb 10 to 20, NaCl, 300 to 316, 0-naphthol 0.1, glue 1.5 or
P-naphthol, 1.0, gelatine 1.0 The temperature was 4o to Wc
and the current density 0.2 A/dlr,2 without stirring oirl, A/dm2 with
mechanical mixing. There are I figure and 3 tables.~
ASSOCIATION: Kafedra tekhnologii elektrokhimicheskikh proizvodstv
Ivanovskiy khimiko-tekhnologicheskiy institut,
(Department of Electrochemical Production Technology
Ivanovo Chemical Technological Institute)
SUB14ITTED: March.-9, ig6i
Card 2/2

% 11056-6~ EWP(q)/EWT(M)/BD8-AFFTG/45D-JD
A(MSION Ms AP3000475 5/0153/63/006/0M/0314/0118
A11THORs oovas Lo Billg~nov Ko N9
T.=: Blectrodeposition of chroadum from sulfate salts
SORCE1 lezv' VUZI atimiya i khim. ToLlogiyas ve 6. no. 1. 1963s 114-US
TOPIC TAGS: chrome plating,, electrodeposition of chromium
A13STRACT: In recent years ~ great interest has been shoim in chromiun plating toing
electrolyte3 of trivalent chromium. salths, -which do not have the dra*backs of chro--
WLum anhydride electrolytes~- - The -present- study sought further- improvement -of._ - - __ __
mothods of depositing protectIve-decorstIve chrtima fi-om trivalent salts to obtain
bAght surfaces at high current _yieldse Two types of (acqueous) electrol,,7tes were
investigated., one utilizing a chromium and ammonium sulfate base, and the other a
clwomlum and sodium sulfate baser* The first was found to be inferior with respect
b) permissible current densities., buffering propertiea, current yields., and fotva-
t:Lon of hexavalent chromium (which adversely affects the current yield and the
quality of the deposit)* The second eLeotrolyte was eactensively ilmstigated -as to
Vie effect of the concentration of'eac1% component chemicals the bath temperatuxes
acid the current density on current yield and quality of the deposit* To retain the
Cord 1/2
------------------ ........... ......

L 21056-63
AMMIGN-NR; AP30000475
proper -'aeidlty- (pH=+ '0k - 0.1) ~a buffei4ng~system co sed of boric acid and M -tF-
MPO
w4z used which was found to increase the qxuLlity of the deposit above. certain can-
c~ntratiomsb Optimun conditions were at follmmt electrol)-to composition (in ~iVI) i
c1romic sulfate 180-200, ferrms sulfatet (malanterite) 2-3.9 soditm su3fate 1004509
h'zF - 10, boric acid 30; temperature 67-.70C; cathode current density 35-45 amp/sq.
do:, Anodes were of pressed magnetite powder (to prevent oxidation of trivalent Cr
GC, he=valent Cr at the anode)* The abo7e electrolyte gives bright deposits up to
2- 2. 5 microns in thick, and dall deposits up to 10 microns thick, at a evxTent
yield oZ 40 to 44%* The deposit consists of a 5 to 7% alloy of iron in chromiump
t th the usual electrodeposition microstructure. For thicImesses greater than 9
-Orige art. hast 2 figurem and 3 tables.
microns, the structure ia spongy.
ASSOCIATIONs-' Kafedra.-telthnologil elektrokbimicheakUch proizvedstv, Ivanovskiy - -
kbimil-x-tekhnologicheakiy institnt (DepwItment of Electrochemical Production Tech-
nology, lyanovs4Z Chemical Technological Institute)
SUMMED: 160ct6l DATE AMM 2lJun63 ENCL: 00
SUB CODE.- GH.. ML NO RRY SM OCR OTMM 007
-/Vjyv\
Card V2

FILIPPOVA L.M.
Genetic effect of optically active compounds. Genatiks. no.lS153-
156 165, (111RA 18:10)
1, Inotitut khimicheakoy fiziki AN SSSR, Moskva.

,lVtPC,PCRT, 1.1".; F."UNIONA,,
. ..... ---. --- I - .
Differo n f, la Lion of Lhe mu-Uigenlc acticn of lrep"ration-s synthesized
Itr .hervtherapy, Mull, M(UP, U-J. biol. 7'"' zio.4;1.17-129 JI-Ag 165.
(MLRA 18:9)

Vt3;3t. ATI SS-.SR 210
I.. inatitut khir,!.che3k:),, Z`iz,:Lk-.i-

MISTIYANSp L.K.; POPLAVSKIYp A.S.; OKHOTNIKOV9 S.S.; MOROZOV, B.M.;
FILIPPOVA, L.S.t red.; KHITROVA, K.A.p tekhn,, red.
(Design.of.burners and sp ray burners for heating furnaces] Kon-
otruktaii gorelok i forounok dlia nagrevatel"nykh pechei. Mookvaj
Voss. isdatelsoko-poligr. ob"edinenie M-va putei soobahchenlia,
1961. 43 IMIRA 14:6)
Tiurners) (Purnacest Heating)

FrLIPFOVA, L.Ne
Effe(st of tho (ionpor:~IIon of' vregetatiem in a ranlaimed tundra
on the davelopti~,n`, ond yield oi* grasses. Bot. zhur. -I+c) no.7t
1063-106Y -A I 6tr- (ML 17:8)
1. lint-anicheski-y sad.~ Kirovah.

KARAVAYEVp I.I.1 RUNIN, W.F.j FILIPPOUp L,S,j rod,; YOROTNIKOVA, L,F.j
tekbno red.
(Flotation purification of sewage water froi washing a* steam-
ing atatiots] Flotatoionnaia ochis-tka stochWkh vod promyvochno-
proparochrWkb stantsii i depo. Moskvaj Vaigs.izidatellako-poligr.
ob"edinenie M-va patei soobshcheniia, 1961, 19 p.
(MIRA 15:1)
(Sewage-Purification)

LYSYUK, V.S.; BASSARSKIY, M.P.; FILIPPOVA, L.S., red.
[Mechanical wear of wooden ties and rjeanis for its pre-
vention] Mekhanicheskii iznos derevianrykb Bhpal i mery
ego preduprezhdeni4a. Moskva, Transzheldorizdat, 1963.
(MIRA 17:7)

XM
47-
BORBATENIKOp, P.A.; FILIPPOVA L.S red.; GI?DMDV, lu.V., tekba. red.
[Adjustment of the copying mechanism and graphoanalytic
method for the adjustment of face cams of gear cutting
lathes) Regulirovka kopirovallnogo mekhanl,zma i grafo-
analiticheskii metod naladki kopirov koletiotakarnykh stan-
kov. Moskvag-Transzheldorizdat, 1962. 41 p. (MIRA 16-./+)
(Lathes-Numerical control)
IM ~--
"A -1

DRUGkL', Sergey Aleksandrovichi ZUBAREV,, Viktor Vasillyevich;
KOGANt L.A., kand. takhn.nauk, retsenzent; MARTYNOV, M.S..,
inzh., reteenzent; FEDORCHUK, V.A., kand. tekhn. nauk,
retsenzent; 1~~ ~,L.~S. red.; SHISHLYKOV, U.S., inzb.,
red.; USENKO, L.A., tekbn. red.
(Experience in the mechanization of the servicing of
refrigerator cars] Opyt mekhaniziteii ekipirovki vagonov-
lednikov. Moskyay Tranozheldorizdat.. 1961".. 31 p.
(Refrigerator cars) (MIRA 16:5)
(Railroads-Equipment and supplies)

MELINIK, Daniij Mikhay~ovich, kand. tekhn. nauk; FILIPPOVA, L S
- DP
red.; SERGEYEVA, A.I., red. izd-va, D
red.
[Mechanized snow entrapping on railroads) Mekhanizirovannos
snegozaderzhanie na zheleznykh dorogakh. Moskva, Transzhel-
dorizdat, 1963. 20 p. (MIRA 16:7)
(Railroad"now protection and removal)

AKBASHEV, B.S.; VEJL'Fp V.V., inzh., retsenzent; FILIP S
red.; DROZDOVA, N.D., tekhn. redow
[Use of the GEN-150(V) elastomer for the restoration of the
tightness and hermetic sealing of joints'] Primenede elasto-
mera marki GEN-150 (V) dlia vosstanovleniia natiagov i ger-
metizatsii soedinenii. Moskva, Transzheldorizdat, 1963. 18 p.
(MIRA 16t8)
(Elastomers) (Railroads-Maintenanae and repair)

LOZINSKIY, V.N.; MOISEYEV,,I.A., kard. tekhn. naWc, ratsenzent;
ZUJYPQVA.L.S , red,
(Using acetylene substitutes in the wel(Iing and cutting
of metals] Ispoltzovania samenitelai atoetilena pri svarke
i rezko metalloy. Moskva, TranazheldoeLzdat,, 1963. 18 p.
(HIRA 16:9)
(Gas welding and cutting)
IT.

GASILOV, R.G.; FILIPPOVA, L.S., red.i VASILIYEVA, N.N., tekhn.
red.
[H ydraulic devices and mechanisms for track alignment]
Ritevye gidravlicheskie r1khtovochnye pribory i mekha-
nizmy. Moskva, Transzheldorizdat, 1963. 29 p.
(MIRA 16:11)
(Railroads--Maintenance and repair)
(Railroads--Hydraulic equipment)
V

VUKOLOVI L.A.; USPENSKlYy V.K.; SIIAJ9JRSKIYy K.D.y inzh.,
retsenzent; red.; VASILIYEVA, N.U.,
tekhn. red.
[Control of block and disk brakes with blocks and disks
made from composition materials) Upravlenie kolodochnymi i
diskovymi tormozami s kolodkami i nakladkami iz kompozitsion-
nogo materiala. Moskva, Transzheldorizilat, 1963. 20 p.
(111RA 16:12)
(Railroads-Brakes) (Plastics)

MOORE=
RUBINCHIK, I.M., kand. -tekhn. nauk; SffKUWT'YEV, M.A., kand.
tekhn. rauk; SAFRONOV, D.L., inzh.,- KITAYEV, B.H.,,
kand. tekhn. nauk, retsenzeut;,jWMqLA,,,L.~.., red.;
VOROBOYEVA., L.V.., tekbn. red*
[Heating., ventilation and air-conditioning systems of
the new passenger cars] Sistemy otopleniia, ventiliatsii
i okhlazhdeniia vozdukha v novykh passazhirskikh vagonakh.
Moskva, Transzheldarizdat, 1963. p. (MMA 17:1)

gm ra,
RUBENCHIKx S.A.; BILIKp Sh#M.) doktor tekhn. nauk, retsenzent;
FOPGVj G.G., kand. tekhn.naukp retsenzent;ZILIPEOVA,
.L.S.) inzh., red.; VOROBOYEVA, L.If., takhn.red.
[Adhesives for metals and their.use in -railroad trans-
portation structures] Klei dlia xw)tallov i ikh primene-
nenie v konstruktsiiakh zhelemodorozbnogo transporta.
Moskva,, Transzheldorizdats 1963. 34 P. (MIRA 17:2)

ZVEREV, N.B.,, inzh.; ZAKATAIDVA, A.L., inzh.,- BROMBERG, Te.M.j'
kand. tekhn.nauk, red.; red.;
BOBROVA, Ye.N.., tekhns, red,
(Experience in the use of a bontimous rail track In the
VS.S.H.] Opyt primenenila besstykovogo puti v SS811. MoBkva..
Transzheldorizdat, 1963. 50 P. (MIRA 17:1)
RE-

OVCHILI-11KOV, Box-is Dmitriyevich; MOROZOVA, Tamara Viktorovna;
ROZEVFELID, Mikhail Davydovich; BABITSKIY, Boris
Lazarevich; IFILIPFOVA, L.S., red.; SOLOVIYEVA, T.P.,
.red. Noma-u-now I
[Use of new polymeric materials in insulating rail joints
0
--d switches] Primenenie novykh polimnVkh mate -4q1OV V
Izoliruiushchikh stykakh i strolochnykh pereNu,.Ah. Mo-
skva, IzI-vo "Trarsport," 1964. 25 P- (141RA 17;9)

UR.IMOV, M.S.; FILIPPOVA, L,S., red.; BOBROVA, Y&.K., tekhn.red.
[use of soil cement for the stabilization of the railroad
subgrade] Primenenie tsementogrunta dlia ukrepleniia os-
novnoi ploshchadki,zheleznodorozbnogo zemlianogo polotna.
Moskva,, OTransport,n 1964. 31 P. (MIRA 17:2)
MEMOMMI,

RAMUM

POKROVSKIY, Modest Aleksandrovich; TJkLYKOV, Aleksandr Indr-eyevich;
FItIPPOVA, L.S., red.
[Track circuits -with a 25 c.p.B. frequency] Reltsovye tsepi
chastotoi 25 9ts. Vloskva, Transport, 1965. 38 p.
(I-II,liLA 18:2)

XRASOV.,-,'KITY~ GeriLuv AX)VIO'llyevicb; rj,!Y.Ov,. Anatolly Kipriyarovich,
RUDAKOV, Beri? Pavlovi.0ij FlljlFt'-*r,,VA, L.S., red.
[PrograrrA,ng systems for humpyards] Gorochuye progra=ye
ustroistva. Maskvaj Transport, 1965. 50 P. (MIRA 18:7)
2L 2"
PI
4

MALOV, Arnolld E-mitriyevich, inzh.i_,K:LLREqY~_, "~..
_,,! S..,_ rad.
(Faetening.of goods on platform-freight-cars for transportation
under high-speed traffic condition,%.l Kreplpaie gruzov na otkrytom
podvizhnom sostave dlia.pOrdvozkJ pri vysnkikh skonostiakh dvizhenlia.
Moskva,, Transportt 1965. 166 p, (Moscow. Vaesoiuznyi nauchno..
i.qsledovatellskii instittit, zheleznodorozhnogo transports, Trudy,
no.294). (MIRA 16:10)

SIR=
igiAm 1=
. .1 WMMOMW
~- I'll . - - - . -- ---- - - T.M. P
. . . :. . :::::::::;.p
-11,11, . - " . . . . . . . . . . f e - I

KRTLOV, V*I.; FILIPPOVA, M*A.; FROLOVA, M.F.
---------
Calculating an indefinite integral vith a small number of Taluas
for the Integrable fxmction. TrudT mat. inst. 53:283-301 139.
(KIRk 12:9)
1 (Integrals)

'W' If 'V
T E (t) 'E'WP(k) IJP(c) JD/RM
r
AP6012284 SOURCR COM 'UR/0125/65/000/012/0063/0067
AUTHORt SlaVinj Go-A61 petrovo'A. V.;.Korotkova, G. Ma; ?Llippov, M, A*
ORO:
TITLRt Power source for puls4ld -DC to
SOMCISS 'Ammatichaskaya evarkap no 11, 1961, pp 63-67
TOPIC TAM electria pwar soureso,6160tricare, are w*l4inS, pulse welding,
circuit design
ABOW(tT: The pulsed DC arc welding method is a variation of shielded arc welding
with &,nonconsumabli electrode, which csin be used to weld stainless and high-
temperature steele'vith vall'thickness of 0.3-2.5 mm. It requires a power source
that must &ssure,tbe' required range of.the control of pulse time t and pause time
tbAt required extent of current 0 ration, the ionization of the arc gap during
tk Faunes and a definite front of cur tit rise during the pulse. In this connection,
.the autt*ra determined experimentally this
lKhl8N9Tj 4% optimal parameters'of a power source of
tit',
kind by welding-specimens of ttel 0.4, 0.8. 1.0 and 3.0 mm thickp the
criteriorm used being the melting power of the.pulseti are, characterized by its thermal
Card _IL2 W)C-. 621.791.03:621.311#6
ecold 21

TILIPPO
Petrographic characterlotics and conditions for the formation
of,the Jurassic rocks ol! the KAra-Tau Range. Trudy Paleont.
inst. 15 no.1:102-110 : 148. (MI2A 10:7)
(Kara-Tsu--Geology, Stratigraphic)

O.kandidat geologo-mineralogicbeskikh nauk
Characteristics of IDevonian deposits in profiles of the Ivanovoiciy
and Tozhgallskiy bareholes. Trudy VNIGNI no.1:20,9-226 149.
(HIBA 10:4)
(Aussian Platform-Geology, Stratigraphic)

TAGOROT. Y.G., kandidat gec~log-mlneralogicheeklkh nauk; ULITANOT, A.Va,
rofessor redak-torl TDMONOTICH, R.N., professor, redaktor
daceas;ij; VBWR9 ToTc, professor,, redaktor; TrLIPPOTA, N.Y.,
f
kardidat nauk, redaktor; LYASHENKO, A.I., k&nd7.-&We-,-fdftktor;
POWSH, M.A.. nauclWy roaaktor; MINNIR, T.V., redaktor; MARKUS,
M.G., vedushchly redlaktor; POLOSWA, A.B., tekh-aicheskiy redaktor
[09 tracods, of the Irasnian stage of the Russian platform) Getrakody
franskogo iarues. rwisol platformy. Moskva. Goa. nauchno-tekhn. isd-
vo neftianoi i gorno-toplivaoi. lit Pt 2 Bairdiidae. Hollinidae,
Kirkbyidae. 1953e 1'15P (Microft;M711 0 (K1RA 7:10)
(Ostracoda, Irosail)

OtIt-of-tOwu- 606siOn Of the Beientif io.- 40uncil of the I All-Unloi
Petroleum- Solenti,fic -Ragearq Iftstit _,fgr Geological. Survey
(INIGNI). Gbol. fiefti I no*,2t66-69,Y%.s,-' (KM lorB)
(Petroleum geolog7j-

rJ1 IT In I f /I L7
TVOROV,
C
ur~ a V.
HI
IVAITOVA, Z.P. K,S'.
GertrRl provii.op., cf the Ruspian Platform. Trud.,., VNIGRI .1().101:171448
157. (,'!:aA 10-9)
(Ruasian Platform--Geoicpq)

If-iPPOWA ) ffl. t:
H 0 a, FILIPFOVA - *F ARONOVAS.I.I.,
LB The DM~ian of the YelekessRegion.
(Devon Kelekesskogo rayons, - Hussian)
101)T CAL Do'%-lady Akad.Nauk SSSR,1957, Vol 115,
R A` GT
Card 113.
20-1-45/54
Ur 1, PP 164 - 167(13-S-5-R-)
Investigations were made of the deposits of the cross sectional area
of the ilelekes- suppc,rt bore hole.1fere the Devonian deposits lie hte-
low a thick (up to 19oo m) cover of upper-Palaezoic and ueso-Cain.-o-
zoic deposits.Belbw them is gneiss of tile archaic basis,covere(i by
a comparatiVely thin crust of weathered material.The Devonian depo-
sits of Melekes essentially differ from profiles of the central re-
gions by the development of Domanik type rocks in the Fran rn~ Pn-
men stages.This brinrrs t%em, close to such deposits of individual r,~-
,gions of the Volga-Ural region and thewestern slo ,pe of the Ural.'.~`he
L'elekess-Devonian profile is characterized b,,- its B!I:P-ll thickness
(305), that is half of the thickness of the profiles most oilmilar te-,
it, namely of Karly, Sengiley and Ul-yariovBk.In contrist to the
re-ions mentioned the Devonian is not reuresentea here by the u--)-~er
but also by the middle Devonian.Thus its small thickness is not due
to the absence of individual horizons but to facial peculiariti_,s,
especially by the development of Domanik aa against Carboniferous
deposits in the surrounding cross sections.The former are less
than the latter which are of the same age. 1. In contrast tothat Yaz-
an' deflection (Kasaklar etc.) the depoaits of the Loz~,cr lehLvet a nd tiie
lower part of the Upper-Zhivet lower stage are absent in *~I-elekrcm

The Devonian of the MelekeoS Region. 20-1-45/54
2. The latter , the Faahiv and Kynov depoiits are si;Iiilar ir, ap;~aa-
rence tothe contemporary Syzranl-,Baranov- and Uzyak crost; sectiorvi
of the southern and southeastern -olope of the Ulyanovs'r: vc-al
differ lithologi *oall.y and by the smaller thickne.,33 of t~
posits in the Kazan rlection.All this indicates that the
profile developed at that tiiae on the eastern slope of the Uly"IPII-
vsk vault- 3. The presence of a thick claj stratau in thO Shu.-~aro-.-
Sargayev stage approaches the Melekewprofile to that of KaiiUa-11st?
insk and distinguishes it from contemporary Darboniferous
.of the upper Shchigry stage of the central regions. 4. The
Fran slower stage of' the 11.1elekees region, characterized by a ride
spreading of Domani~: depo3ita, is typical of the VoIr-a-Ural re-
ion anddiffers essentially from the clayey-carboniferous profilIE3 of
the central regions of the Russian plateau which is poorer in or--a-
U
nic matter and bitumen. 5. The thin Domanik de.posits of the upper
Fran substa#e and the Pamen stage have no facial analogues in thc
central regions nor, few profiles exoepted,in the Voli,7a-Ural re-ion.
There the contemporary masses are very thick and art! repreeented, by
carbonate and sulfate-carbonate rocks.Analovous pr6files i-.iost Pro-
bably exist in Tartaria.The deposits analogous to the Faien. sta-,-,e
have hitherto, according to the author,been inccorrectly classified
as belonging to the Fran stage. The presence of the Famen sta-el
Card 2/3 especially of its upper Dart, gives rise to doubts concernin~'~the

The Dfvonian of thr, Melekees legion, 20-1-45/54
opinion held by many authors that a farkeaching pre-Tourng erosion
of the Devonium took place in these regions.
( 9 Slavic referenoes)
A3SOCIATION VeeacyuzWy .,hau no-iss1edov*tt,'.'sV'7r geo7.ogor&zvedocbnyy neftymoy
Institut
P121,SENTPM 31 STRAKH~V, N.. M., Amdemician., Febrmry 6, 1957
SUBMITTED 13.3-1957
AVAIL-ABLE Library of Congresu.
Card 3/3

,...FILIPFIDVA, Mar a FijjDpvrna. kandogeol.-minor.nauk; ARONOVA, S.M.; AFRIMOVA,
U.M.; GASSANOVA. I.G.; GDOUVICH, B.D.; X&RASZY,
H.S.; LWAS 0. A.I.; KAYZRLI. Z.L.; RATEYW, X..A.; SOKOIDYI, L.I.;
SOWVIYXVA. NI.S.; KHANIN, A.A.,- SHISHENINA. Te.P.; SHNEYDER. N.P.1
13AKIROV. A.A., red.; VEBER, V.V., red.; DANOV. A.V., red.; DIKEN-
SHM, H, G.Kh., red.; HAKSIHOV, S.P., red.; POZNYSH, M.A., red.;
SAIDOV, M.N., red.; SIRIKIIATOVA. S-V-, r(A.; TURKELITAUB, N.K., red.;
UL'YANOV, A.V., red. (deceased]; KHALTURIN, D.S., red.; SHABAYEVA,
Ye.A., red.; RAZIAA, G.M., vedushchiy red.; GNIRIAD'YEVA, I.M., tekhn.
red,
[Devonian deposits in the central provinces of the Russian Platform]
Devonskie otlozheniia tsentrallnykh oblastei Rueskoi platformy.
Pod red. M.F.Filippovoi. lieningrad, Gos. nauchno-tekha.izd-vo neft.
i gorno-toplivnoi lit-ry. 1958. 404 p. (MIRA 11:4)
~tratigraphic)
(Russian PLatform-Geology,
--4e
'V
&

3(5) PRM I SOM XXPWXTATIGN SOVA284
Xoscow. TX4sQyuxnyy nauchno-iseledovatel lakly goologo-rizvedochnyy
neftyancy instant
Terapsk-tivy norte-gazonognostl I napravlonlya geologomzv*docbnykh
rabOt v severo-vostachnfth rayonakh Urslo-Volg.MkOY nortenasna
11yesdruk" samelya uchenoga soveta. VNIGNI. Dekabr *29;9 N.
oblastliov
I a
Kasen- -And Gas-bearIng Possibilities end the Direction or
06010g2cal ZxPlarstlon In the Northeastern regions or the Volga-
Ural 79trallterous Region. Session of the Scientific Council or
the All-UnIon Petrolour Scientific Research Xnstltute for "Ologl-
eal Mtploratlan gold at Nunn; December 1956) Xascow.
aMtQpt*khIZd&t. 1958. 257 P. Zrrats; slip Inserted. 1,000 copies
Print".
Additional Sponsoring Agencyl USS&- Kizisterstro geologil I okhrany
Owdr.
Zd. I A. X. X200h0heve Candidate of Geological and Mineralogical Sol-
paceal,.fteautIvs, Zd.111.1t. Tershov; Tech. Zd.s X.A. RaWna.
PUMPIM! , "!-2- b=k '-- r-Qr p6z"I-
CCWXRAOSt This collection of articles In the result of a field
session beld In Kazant In December 1956 by the malontiflC Council
of the All-Won Petralem Scientific Research Institute for Goalci-
St"I Uploration.: Ifte session was attended by members or the goo-
logical services or the various petroleum research and Industrial
institutions Of Kassa-, bugullsa, Ufa, Perm'. Kurbysbovi *to. The
Counall Aq-a----A the prospects and passIbIlItION or at adins pro-
duation in th- northeastern Parts or the Volp-gral 011-beArIAN;
district. Its current problems In geological aurvaling And sx-
plarstlon and plans far future drilling. All reports, presentat-
low, Mphom to quorles. the resolutions and recommendations made
by the council. &M the chairman's concluding rower". are re-
produced in the collection. The articles are accompanied by
diagram and tables. No referencos "a given.
TARIZ OF CONTSM i
011-and Gas-bearing Possibilities (Cont. SOVA284
P11 a A nova, and qyjl. Stratigmphy.
wa go P t
'-;;w of the Te"Igenauz Part of he Devonian
I
he Volga-Ural District
;r North.. Regions or t 58
bormalrba. Z.1. Strat1grephy and Tectonic& or Perstan Deposits of
EEW~urtalcaja A33R and the Ust*rn Region$ or the xirovskaya
Oblast. 79
Tlkhvlnskaya. 76. T. Basic Stages In the GeologICKI-TeCtonle History
Or =6 1 rMrn ani Western Part M of the Tatarnkaya ASSR in He-
latlon to 011-boaring Possibilities 93
birina T..N. Coolollcal Structure and-Oil Possibil2t1*0 In the
~~rn Regions of the Volga-Ural District Ilk
Prospects or oil In the Devonian sods or the North-
orn segions or the Tatarskaya AS33 130
9 ononic 2ftlelency of Geological Surveying and Is-
120TOMMAN.-inethe Tatarskaya A33R 153
Card 4/ 7

Z~, MEMO- I
- I of:
-t ~M:, o.,, , . -~:
-,- . '1 1 F 7:17 ~
~, ~4;.-:,~----, - -~ "W , Kz~~ -
_il-- ~ - 0..

FILIITOVA, M.7,; AROXOTA, SOM.
Lithology and formation of Devonian sediments in the Volga portion
of Mlyanovsk-Frovince. Trudy VNIGNI no-13:37-n '59.
(MIRA 13:1)
(Ullyanovsk Province-Rocks, Sedimentary)
,wl.

- FILIPPOVA, M.P.; CHERNTSHEVSTATA, Z.A.; D&MEETITIVA, G-V.
Stratigraphy and palsogeography of carbonate sediments in the
upper Devonian of the Tatar A.S.S.R. and adjacent areas. Trudy
VNIGNI no-13:'72-86 159. (MIRA 13:1)
(Tatar A.B.S.R.-Carbonatee (Mineralogy))

YILIkTOV
_? F. ,A Y*,:o,',
UwAOM7
Uorrelating varlwpo facles sections of the DaTonlan uppsr lFamemnian
substage. Trudy THIGNI no,,14:137-145 159. MRA 12ilO)
I.Vqe8Oyuznyy nawhno-issledovatellskiy geologorazvedochnyy
nef tyanoy Institut (VNIGE),
1,Volga Valley-Faloontology)
1,Ural Hountain ragion-Valoontology)

FILIPMVA, M,7., lmnd.geol. -mineral -nauk; ARONOVA, S.M.; GASSAWYA, IA.
Distributi= of silt and arenaccous sediments In the Jivet and T:84-
nian stages of the Devonian in the Volgaa;~al region. Z?udr VNIGNI
no,22-'155-168 159,, (MIU 13 111)
1. Vsasoyusny7 nauohno-Iseledovatellukiy geblogo-razvedochM I
nef tyanoy institut,
(Volp-Ural regiou-Silt)
(Volga-lbal region-Pandstone)
.3~

SIMIKEkTOYA, S.; KAKAROTA, T.; IvANoVA., Z.; FILIPPOYA, H. . I
Precixed unified diagrams of the Faleozoic stratigrapby
of the-Tolga-Ural oil-bearing province, 1960, Geolonefti
i gaza 4" n0.6:52-3 of cover Je *160. (MIRA 130,7)
(Volga Valler-Ooology, Stratigrapbio)
(Ural Mountain region-Geology, Stratigraphic)

VICSBIDVSKAYA, M.M.; YELINA, L.M.; IL'IYA, N.S.; JURASZV, M.S.; SOEDLOVA,
L.I.;.I~ILIPP~OVAMWI 7RUXIM, D.L., kurator
Alatyr key well. Trudy VNIGNI no.26.-113-175 160. (MTRA 14: 1)
(RussianPlatform-Petroleum geology)

-RA; PEDASHMO, A.-I. rdeceased]; UUSOVjk
A.G., kuratorz 17,1E;_,~_
Issa key iden-- Trudr VNIGNI no.26t176-226 160. (ERA 14: 1)
(Russian Platform--Petroleum geology)
(Rassian Platform--.Gas, Natural--Geology)
.3ki
T

GASSANOVA-- I- G--- k(jr-t- YIDLINA----Ii.M---- ILI INA- - ll-S-;-KARASEV--K.S---
I . 0 9 a or; I of 11 . . 9
P=SHIRIKO, A.I. [doceased]; FILIPMVA, M.F. KMKHWT, P.S.
Mino key well. Trudy VNIGNI no.26:227-307 16o. (MIRA 14: 1)
(Russian Platform-Petroleum geolog7)

ILIPT-As H.S.; FILIPPOVA I R.F.
Alecent data an Devonian of the Tillyanovsk anticline.
Dold. All SSSR JJA :rjo, 1: 3.,,, ~'-180 IT 161. (17MUI 14-.In)'
1. Voosovuznyy namchuo-icaledovatellskiy geologo-razvedochxwy
neftyanoy inatititt. Preetatavleno al.-adernikwn 'i.".9tralchovy-m.
(Alatyrl :region--Geoloryp Stratigra?hic)

FILIPPOVAI M.F.p kand. geol.-miner. nauk, red.; KUZIMINA, ved.
=SBA, A.S., tekhn. red.
(Stratigraphic scale, of Paleozoic sediments; transactions. Devonian
system] Stratigraficheskie skher-7 paleozoiskikh otlozhenii; trudy.
-Devonskaia sistema. Pod red. M.F.Filippovoi, Moskva, Gostoptekh-
izdatj 1962. 246 p. (MIRA 15-.6)
1. Soveshchaniye po utochneniyu unifitsirova=Vkh stratigraficheskikh
vkhem poleozoya Volgo-Urallakoy neftegazonosnoy provintaii, Moscov,
~1960.
(Geology, Stratigraphic)
V

SEMIKHATOVAt S.V.p prof., glav. red.; ETLTPPC)YA,, M.F.0 red.;
MAKAROVA, T.V., red.; IVANOVA, Z.F., red.; CHULKOVA,
V.V., red.1 BEkKAN, Tu.K., ved. red.; FOIDSINA, A.S.,
tekhn. red.
12solutions of the Conference on the Study of Accurate
U fication of StmtLgraphic Scales of the Upper Proterozoic
and Paleozoic.in the Volga-Ur&l Oil and Gas Region held in
Moscow at the All-Unlon Scientific Research Institute of
Petroleim Geology and Prospecting, February 12-20, 1960]
Resheniia soveshchanlia po utochneniiu-unifitsirovannykh
atratigraficheskikh akhem verkiniego protemoia i paleozoia
Volgo-Urallskoi neftegazonosnoi provintaii, sostoiavshegosia
v Moskeve pri WIIGNI s 12 po 20 fevralia 1960 g. Moskva
Gostoptekhizdat, 1962. 47 p. (MIRA 16:51
1. Soveshchaniye po litoohneniyu unifitsirovannykh stratigra-
ficheskikh skhem verldmego proterozoya 1 pale02oya Volgo-
Urallskoy neftegazonmonoy provint3ii, Moscow, 1960.
(Volga-Ural-Goology, Stratigraphic)
j

FILIPPOVA, M.M., inzh.; PERrEGOV, V.V., inzh.; ALEKSEYEVA, I.D., inzh.
----------------------
Loae- distribution 'between turbogenerators of electric power
plants. Elek. sta. 36 no.2s74-75 F 165. (KMA 18t4)