SCIENTIFIC ABSTRACT FILIMONOV, YU.F. - FILIMONOVA, I.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000413030010-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

DEORDrrEv, N.T.; FJUMONOV, YU.F,
Investigating the rigid die multiple pass reduction process.
Kuz.--shtant. proizv. 5 no.9*sl-5 S 163. (MIRA 16:11)

PHASE I BOOK EXPLOITATION SW/5308
Moscow. Eks:perimentallnyy nauchno-isaledovatellskiy institut lmznechno-pressovogo
mashinost:royeniya.
Progressivna,ja tekhnologiya J voprosy avtomatizataii kuznechno-shtempavochnogo
proizvodstva (Advanced Processing and Problems of Automation of Die-Forming
Op-arationi3) Moscow, Mashgiz, 1960. 126 p. (Series: Its: Nauchnyye trudy,
kn. 3) 3,500 copies printed.
Sponsoring Agency: Gcbwdarstvennyy konitet Soveta Ministrov SSSR p0 aytomatizataii
i mashino4itroyeniyu.
Editorial C(xmcil: N*N* Vasillyev, V.P. Vyatkin, V.I. Davydov, F.Ye. Durov,, A.P.
Yeremkin., P.D. Zolotarev, A.I. Zotlyev, B.A. Kozlov, M.V. Leonov, I.Z. ManBurov,
B.N. Markovich, I.B. Matveyev, S.A. Podrez, L.A. Poznyak, V.A. Popov, B.S.
Perevozch.'Lkov, O.V. Protopopov, G.M. Rodov, L.V. Rubnenkova, A.F. Silayev,
B.I. Ukhaziovf P.N. Frolov., B.A. Chelishchev., P.D. Chudakov, and B.M. Shneyberg,
Chief Ed.:: A.I. Zotlyevj Ed. of Publishing House: G.N. Sobaleve.; Tech. Ed.: G.V.
Smirnova; Managing Ed. for Literature on Heavy Machine Building: S.Ya. Golovin,
Engineer.

Advanced Processing and Problems of Automation (Cont.) SO`7/5308
PURPOSE: This collection of articles is intended for personnel engaged in press-
working an(I for students in mechanical-engineering schools of higher education.
COVEMGE: Tho following problems in advanced processing by pr!ssworking are re-
vieved: flashless drop forgircg; multipass forge rolling; cold extrusionj hole
piercing instead of drilling; small-radius beading of metal sheets; straightening
of thin-valled tubes; and embossing. Methods are given for selecting roller-feed
parameters and hole size for rotary feed on crank presses. No personalities are
mentioned. References accompany each article. There are 5'1 references:
56 Soviet and I English.
TABLE OF CONTINM:
Shneyberg, V.M. (Engineer]. Certain Characteristic Features of' Flashless
Drop Forging 3
Nikollskiy, L.N. [Engineer], and A.V. Kuznetsov [Engineer]. Forge Rolling
of Blank for Successive Forging U

Advanced Processing and Problems of Autonation (coat.) SCV/5308
Filimonovj, YusFo (Engineer]. Cold Forging of Solid and Hollow- Parts 38
Chuds6kov,, P.D. (Candidate of Technical Sciences]. Investigation Into the
Possibility of Piercing Holes in Sleeve-Type Machine Parts Instead of
Drilling Them 54
Radyuchenko, Yu.S. (Engineer], and LoM. Tyurin [Engineer]. Investigating a
Process for Straightening Tubes With Very Thin Walls 67
Sbmagno., VoGo (Engineer], and I.V. Matreninakiy, (Engineer). DetermiaLng
the Force for Die-Bending of Sheet Metal With Relatively Small Radii
[of Bends] 80
Shablinskiy,'re*P* [Engineer]. Selecting the Process Parameters of Roll-Type
Feeds for Crank Presses 9i
Tynyanov, V.N. (Engineer], and A.N. Filippov [Engineer]o Seltiction of the
Pocket Diameter for a Dial-Type Feed 109

J)V, yu.F.; ~LJKHAYLEIIKO, G.P.
FILIMON
Bilateral reduction of stepped sImft billets, Ka-..-shtam.proIzv. 5
no.8--7-1-1 Ag 163. (MIRA 16:9)

GVUZU-101, V ci r-3 UNOV L. YU I and laA'07, YU. L
"Investigation of Nuclear Isomerism in Hf'80m," Nuclear Physics, V. 6, (1.958)
pp. 561-574; (North-Hollan& Publishing Co., Amsterdam).
abet: She ci8gicient of internal conversion of the 57.6 keV transition Ln the L.-shell
of Rf was measured and found to bedj, = 0.33�0.10. The,~~transition is
shown to be of the El type. A 50 1.2 keV,-/--transition has been detected;
meaeurenents of the internal conversion coefficient yield~kk- O.OtJ5�0.014.
She 501..2 keV 1,/-transition is of the E3 type. The level with an excitation
energy :L 142.9 keV was found to possess a spin 9 and negative parity. The
experimontal lifetimes for the 57.6 keV and 501.2 keV 6/-transition exWeed
those p3' -edicted by the-single particle model by respectively 10~4 and 101
times. This large discrepancy is due to the high forbiddenness of the -
"/--Transitions with respect to the quantum number K.
Interne:. conversion coefficients have also been measure for /-trancitions of
93.3 ke1r, 216 KeV, 332.4 Kev and 443.6 keV energy, She tranaiti=181%re all
found to be of the E2 type. The cross section for production of HJ' in the
(n, 5)) reaction has been determined and found to equale-;! 0.18-t-0.07 bern
Pl-*,slco-Teah. Inst. Acad. Sci. USSR

210) SO-1/56-35-2-53/6o
AUTHORS: Filimpn9y_,_Yu,_ I.,, Pshenichnikov, B. V.
_~
r
TITLE: The Lower Excited States of the Nucleus Th 231 (Nizhriye
vozbuzhdonnyye sostoyaniya yadra Th 231)
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1958t
Vol 35f Nr 2(8), pp 548-549 (USSR)
ABSTRACT: In the a-decay of U 235, a noticeable part of the Th231 nuclei
is generated in excited states. This paper investigates the
spectrum of the y-rays of Th231 by means of a scintillation
.spectrometer with a NaJ(Tl) crystal. This apparatus recorded
the I-quanta in coincidence with the a-particles of U235.
The spectrum obtained in this way is demonstrated in a
figure. The most intensive line of the spectrum corresponds
to 184 keV y-quanta. The intensity of the 144 keV line
amounts to 25 - 30 114 of the inbnsity of the 164 keV line.
In the spectral region 110-70 keV there are some unresolved
lines. There may be also lines which correspond to the
y-transitions in the Th231 nucleus. The lini? 40 keV corre.3ponds

Card 1/3 234 (wi ich
to the y-transition in the a-decay of the i3otope U 43
Liz,

-The Lower Excited States of the Nucleus Th 231 9011/5 6 - 3 5 -2 - "" 316 o
occurs in the specimen). But it is also possible the,t there
is a transition with a similar energy in the U235 decay. The
control experiments with sources of various thickness showed
that the 144 keV 7-quanta cannot be generated by the back-,
ward scattered y-rays of 184-200 keV. It must be assumed
that theve quanta are emitted by a Th231 nucleus in the
transition from the excited level 184 keV to the excited level
40 keV which may be considered as the first excited level
of the rotation band. According to the scheme by Nillsong
the spin of the ground state of the Th231 nucleus is equal.
to 5/2. In this case, the second excited level of the ro-
tation band would have the energy ~93 keV and the spin 9/2.
The intensity of the unresolved lines in the spectral region
70 - 110 keV amounts to -40 % of the intensity of the 184 keV
line. The transitions with 184 and 144 MeV can be characterized
only by El and El + M2. Finally an exptession for the dis-
tribution function is given. The authors thank Professor
L. I. Rusinov for his constant interest in this paper. There
are 2 figures and 3 references, 1 of which is Soviet.
Card 2/3

The Lower Excited States of the Nucleus Th 231 SOV/56-135-2-53/60
ASSOCIATION: Leningradskiy fiziko-tekhnicheskiy institut Akademii nauk
SSSR
(Leningrad Physico-Technical InatituteAS USSR)
SU3MITTHD: May 26, 1958
Card 3/,'~

21 (8) 007/56-35-5-54/56
4iUT11ORS: Golenetskiy, S. V. , Rusinov, L. I., Filimono*i, Yu. I.
."ITLE: The a-Decay of Isomeric Bi 210 (a-raspad izomernogo B 210
MIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fizikip 1958,
Vol 35, Nr 5, PP 1513-1315 (USSR)
,13STRACT: At the decay of radioactive Bi 210 , a Ion,-,-lived isomer Bi 210
which emite a-particles with the enera 4935 + 20 keV and
T 1/2 ~ 2.6.1o 6 years is produced in addition to RaE (T 1/2
5 days, E P max ~ 1170 keV). The present paper investigates
210
the decay of this long-lived Bi . Me spectrum of a-particles
was investigated by means of a momentum ionization chamber
filled with a mixture of go,, Ar + le~.-CH 4' .'. Ai enriched and
chemically purified Bi 210 sample with a specific activity of
14,000 decays per minute and milligram was investigated. The
a-spectrum measured in this way is shown in a diagram. Besides
t~
the previously obaorved particlus with 4935 � 10 keV, new
,7roup;j of a-particles with tho energies of 4900 + 10 keV arid
Card 1/3 4640 30 keV found. The relative intonsiti-es of these

210
The a-Decay of Isomeric SOV/56-35-5-54/5'
three a-transitions amounted to 60-30 and 10~.. In about 1 Vp
of a-decays also 7-radiation occurs. It was inve2tiGated by
means of a spectrometer consisting of the photoelectric
multiplier FEU -13 and of a multichannel amplitude analyzer.
Also the y-spectrum of the B121O 7 which was measured, is
shown in a diagram, y-transitions with the energies
260 + 10 keV and 300 + 10 keV with tile relative intensities
1 an~d_ 0.4 probably oc"cur. The line with 72 + 3 keV is caused
by the characteristic X-ray radiation of t1&l-allium. An adeli-
tional maximum in the range of 40 keV requires additional in-
vestigation. Per the purpose of confirming the assumption
that 7-rays having energies of 26gognd 300 keV correspond to
the transitions of an excited T1 -nucleus, the a-y-coincidences
were investigated. y-rays with energies of 300 and 260 k8V
are actually in coincidence with the a- 9articles of Bi.21 .
According to the results obtained, T120 actually seems to
;.iave excited states with enereies of 40 and 300 keV. decay
,3cheme for the observed a- and y-transitions is ,v,-iven. The
authors thank Ye. G. Gracheva, 11. B. Obel'skaya, V. K.
Makhnovskaya and L. Ya. Rudaya f-or the radioc~ienical purifica-
tion of the preparation fror~ radioactive ii-apurities and for
Card 2/3 roducing the samples. There are 3 fif,,Lires and 3 refe:rences,

The a-Decay of Isomeric Bi 210 SOV/56-35-5-54/56
1 of which in Soviet.
ASSOCIATION: LeninGradakiy fiziko-tekhniche9kiy institut Akademii nauk BSSI!
(LeiiinGrad Physico-Teohnical In,,ititute of' the Academ:r of
Sciences,USSR)
SUBMITTED: July 31, 1950
Card 3/3
t-tt-, T~77~
ts~

21(8) SOV/56-37-2-39/56
AUTHORS: Golenetskiy, S. V., Rusinov, L. I., Filim-nna Ya. I.
V-9--4-
TITLE: On the Decay Scheme of the Isomer Bi 210
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1959,
Vol 37, Nr 2(8)o PP 560-561 (USSR)
ABSTRACT: As an introduction reference is made to several previou.3 papers
concerning this isomer. This paper gives a report on fuxther
investigations of the long-lived bismuth isotope, which neces-
210
sitated a change in the decay scheme of Bi . The measure-
ments were carried out by means of a pulse ionization chamber
with a grid and a y-spectrometer. In two tables the results of
the energy measurements and of the relative intensities of the
a-particles and of the y-transitions (which accompany the decay
Bi 210) are compiled. The a-y coincidences were investigated
210
for the determination of the decay scheme of Bi . A sointilla-
tion counter was used as a y-radiation detector, which had been
connected with the pulse ionization chamber in a coincidence
Card 1/3 circuit. The spectrum of the y-radiation was measured, which
T,

On the Deca,r Scheme of the Ieomer Bi 210 SOY/56-37-2-39/56
coincides with a-particles of a certain energy. The reaulto of
these measurements are given in two diagrams. Coincidences
have been found of th& Most Intensive group of a-particles
(with an energy of 4930 kev) with the y-rays with an onuTV oi
260 kev, These a-particles therefore do not correspond -to the
transition to the ground state of T1 206 (as has been previously
assumed), but to an excited state with the energy 260 kev.
Besides the- coincidences of y-rays with an energy of 300 kev
with the a-particles with an energy of 4890 kev and of 'r-rays
with EY M 340 and 620 kev with a-particles with an ener,5y of
4590 kev have been found. The maxima corresponding to EY - 260
and 300 kev are caused both by cascade transitions and by
coincidences with scattered a-particles with Ba = 4930 and
4890 kev. The number of y-transitions observed is approximately
equal to the total number of the a-decay processes. On this
basis the authors propose a new decay scheme for Bi 210, which
is portrayed in a figure. The energy (L of the a-decay of RaE
Card 2/3 to the ground state of Tl 2o6 can be calculated from the energy

On the Decay Scheme of the Isomer Bi 210 SOV/56-37-2-39/56
balance, It is Qa a (5064 t 15) kev. The total deca y energy of
210 ,
the a-deoay of the long6-lived isomer of Bi ;.a
q(X 0 (5286 t 15) kev, considering the recoil nucleus and the
energy of the y-quanta. RaE with T1/2 5-01 days is the ground
state of B121O and the state with T 1/2 2.6.106 years is
metastable. The authors express their gratitude to L. A. Sliv
for discussing the results of this work, and to Ye. G.
Gracheva, N. B. Obellskaya, V. K. Makhnovskaya, and L. Ya.
Rudaya for the chemical purification of the preparation from
radioactive admixtures and for producing the samples. There
are 3 figures, 2 tables, and 3 references, 1 of which is Soviet.
SUBMITTEDt April27, 1959
Card 3/3

RUSINOV, L.I. [deceased]; AINDREYEV, Yu.N.; GOLENETSKIN, S.V.; 1"ISLU, YI.I.;
FILD1CNGV, Yu.I.
210m
Alpha-decay of the isomer Bi Zhur. eksp. i teor. fiz. 40
no.4:1007-1015 AP '61. (KM 14:71)
1. Leningradski fiziko-tekhnicheskiy institut 0 SSSR.
TAlpha rays) (Bismuth--Decay)

FILDIONT~ _Yu.I.
XLectric veloergometer for creating a ccutrolled physio3l load
in pulmonary tuberculosis patients. Pro4. tuberk. 41 no.4t
70-71- 163 (MM 17:2)
1. Iz kafedry fizicheskogo vospitaniya ( zav. 1.A. Kolo.,aeytsp-v)
Astrakhanskogo meditsinsko o instituta i Astrakhanslcogo protivo-
taberkuleznogo dispansera ~ glavnyy vrach A.P*Demidova)..

VINNIKY L.A., dotsent; ZLjBOOV,)(Rqj.__;_
External re"Spiration under controlled physical atress in pa-lients
with pulmonary tuberculosis (velaergometric studies). Probl. tub.
42 no-3:27-34 '64- (MIRA 1811)
1. Fakulltetskaya terapevtichaskaya klinila (zav. - prof. A.M.
Nogaller), kafedra fizicheskego vospitaniya (zav,, - T.Ajolcmeytsev)
Astrakhanskogo meditsinf kogo instituta i Astrakluinskoy oblastnoy
protivo tube rkule znyy dispanser.

FILIMONOV, YU.I.
Rempiratory and circulatory function in pulinonary tuberculosis
during exercise therapy. Rrobl. tub. no.21l.9-23 165.
(MIRA. IS: 12)
1. Kafedra fizicheskogo vospitaniya (zav. I.A.Kolomeytsev)
Astr-khanskogo meditsinskogo instituta i ABtrakhanskiy
oblaotnoy protivotuberkuleznyy dimpanser (glavryy vraeb
A.P.Demidova). Nauchnyy rukovoditel raboty - chlen-korrerq-
pondent AMN SSSR prof. F.V.Shebanov.

FILIHOIT(IV. Tu.M. (Nizhniy Tagil)
Stability of solutions of differential equations of the
second order. Prikl. mat. i mekh.,23 no.3:596-598 My-A
'59- (IGRA 12:5)
(Differential equations)

26140
S/040/61./025/004,/019/021
D274/D306
~0~10R: Filimonov, Yu.M. (N. Tagil)
TITLE: On the stability of solutions of third-order dif-
ferential equations
PERIODICAL: Prikladnaya matematika i mekhanilta, v. 25, no. 4,
1961, 785-790
TEXT: A criterion for asymptotic stability is derived by a quali-
tative method which involves evaluating contour integrals. The
C,
non-linear system dxi = Xi (x1, X2, X3) (i - 1,2,3) (1.1)
dt
is considered, where X- are functions T-rith continuous partial deriv-
atives up to second orAer inclusive. It is also assumed that the
only equilibrium position is the origin Xi(0,0,0) = 0. A surface
is considered which consists of the integral curves of (1.1); xi
X. (upt) is its parametric representation. A closed contour r is
t1iten on that surface;'by Green's formula:
Card 1/4

26140
S/040/61/025/004/019/021
On the stability... D274/D306
(P2X3 - P3X2) dxl + 03XI - PJX3) dX2 + (131X2 - 132XJ) dX3
ax- axi AiAk
j:'_1 - aj
(aik k ~'Ui T. 3 dudt
i,!Cul J.1 xj A2B7,+ A3_B
(7 is the interior of the contour. The double sum is a quadratic
form in Ai; it is called the adratic form of system (1.1) corres-
ponding to matrix Ila*.Ill 3 georem. a) If the solution -xl = x2
X3 = 0 of system UD'is a*symptotically stable With rcspect to
perturbations in a neighborhood of the point xj. = X2 = X3 .= 0; b)
if a constant matrix 11aijJ113 can be found which has positive
eigenvalues, so that the quadratic form of (1.1), corresponding to
that matrix, is non-positive; c) if outside a sphere with centcor at
the ori6in the right-hand sides of (1.1) satisfy inequality
X2 + X2 + X2 >,, q, (q being a positive constant), then the solution
1 2 3
is asymptotically stable for any initial perturbations. The theor-
Card 2/4

. - , 26140
S/040/61/025/004/019/021
On the stability... D274/D306
em is proved: In the proof, orthogonal trajectories are constructed,
and a contour integral is evaluated. Further, possible deviations
along trajectories are evaluated for initial values which satisfy
inequality 11 x 112 4, ro (2.1)
Owing to the continuous dependence of the solutions on the initial
values on the sphere 11xJ12 . r0, a point (x10, x2O, x~o) can be
found through which the integral curve with maximum possible devia-
tion max 11 X(t) 11 2 = R (0 4 t oo (2.2)
passes. The sought-for estimate is
N
r0 + N I Jr c1- max X 11 2r (2.7')
17wqm a 7
' C'2 V 2 IIA2.4r, 0)
Two notes Eire given regarding the proof of the theorem and of ine-
ality (2.7), and a stability criterion given by N.N. KrEisovskiy
r
Ref. 5: Ne:kotoryye zadachi teorii untoychivosti dvizheniya (Prob-
lems in the Theory of Stability of Motion), Fiimatgiz, M., 1959).
Finally, ark example is given illustrating the use of the theorem
C ard 314

On the stability...
26140
S/04()./6 1/0,25/004/0 19/0,21
D274/D306
proved. There are 8 references: 7 Soviet-bloc and I non-Soviet-
bloc.
SUBMITTED:
April 7, 1961
i
N
Card 4/4

T, laqlt-66
ACCESSION NR. AP502h929
UR/03 76/65/001/00 i3il~kii6i~
AUTEOR: . Filimma"*A"&
111P,
TITI IS aOptimal control of it mathematical pendulum
SOUIXE: DiSferentsialInyye uravneniyao v. 1. no. 8, 19652 1007-1015
TOPIC TAGS: differential equation, optimal control
ABSIMACT.- The author, in considering the problem of fa3te3t entr-f into eqn1librilin,
und er
or the influence of an extcrior moment of bounded magnitude, is led ti) consid
tho systen
dx d!l
t 7 sill x-u,
Y W,
7
whoret (.0,1) is a zonstant, arA u'are pie(,w,4ise smooth, satisfying
are rostrictod to' come from" th trium.
6 cldss-vihich'guarantea3 entry into equili
He as,,iunies U-iatv the groatest magnitude of the exterior moment excoods that of the1
moment, of tLe force of attraction of the pendUum. He sh(Yqs existence of optimal
trajectories, ard derives differential equaticns for them. Tvese latter require,
nur-wrical si-Aution. Orig. art. hast 41 formulas and 2 figures,
Card 1/2

: llizhne-TagillakV gosudarstvernTj pedUgOGlCllf3UAlY
ASSOCIATION
Pedagogical Institute)
suP, CODE: tie iM
JI&A, IQ L00
SU-3141MD 1. 'e!314ar65
NO RW' Sov: oo4 OTHERt 001

L 16058-66 EVIT(d) IJPW
AGO, NRt AN004067 SMIGE GODSt UR/0040/65/02F/005/0828/0634
AUTHORSi Bondarenko. V. I. (Nizhniy Tagil) j Krasovsk.1y,. N. N. (Sverdlovsk) o
Filimonov, 1u. M. (Sverdlovsk)
ORG: none
TrTLE.- The problem of putting to rest a linear system
SOURCE: Prikladnaya matematika. i mekhanika, v. 29, no. 5, 1965, 828-834
TOPIC TAGS: differential equation, optimal control, steepest descent
le,
ABSTRACT: Ihe authors consider a controlled system descrIbed by the linear vecto'r
differential egaat.on dx
Ax + Bu
whowo x is an n-dimensional vector of the phase coordiwtes of' the controlled
object and u despribes the controlling influence. Py the twthod of steepest
descent they-solve the roblem of choosing the (optimal) control uO(t) which in
given time T takes (Z from state x0 to state Y_(T) reLniudzing
Card 1/2

L 16058-66
Acc NR.- Ap6cioW67 T
-C) 0 F& (v) I dvj min (0
J (u) max max, u (
They treat SOveral 11pecific examples. Orig, art* hass figures and 30 formulas,
SUB GODBt :U!/ SUBM DAM 10jun65/ ORIG REFs 0)3
Card 212

S/148/6O/O0O/(Y_,;/02';/023/XX
A16l/AO33
AUTHORS: Glinkov, M. A.; Filimcnov, Yu. P.; Krivandin, V. A
TITLE: Thermal decomposition of gas containing methane in an oxidizing
medium.
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Chernaya metallurgiya,
no. 7, 1960, 193 - 197
TEXT: A luminous gas flame.radiates more heat than a nonluminous one
and its luminosity is determined by the presence of oarbon.-black particles. The
thermal decomposition reaction of methane without air access has been studied
(Ref. 1: F. Fischer, Brennst. Chemie, 1928, 9.. 309; 1929, 10, 261. Ref. 2 and 3:
see English-language publications), but in diffusion burning a high quantity of
small volumes have a varying oxygen content, and two processes proceed at the
same time - oxidation and thermal decomposition of methane. The laws of these
processes have been studied at the Moscow Steel Institute. The test installation
(Figure 1) consisted of heating zone (4) and cooling zone (7) for the gas-air
mixture, an electrostatic precipit ation vessel (8) and filters (9). The gas com-
position was: 82.6 % cH4, 0.3 % %H M; 2.2 % H2; 1.7 % CO; o.8 % C02; 0.8 % 02
Card 1/5

s/148/6o/ooq/o,j-,'/CQ3/023/XX
Thermal,decomposition of gas .... A161AO33
and ii.-6 % N2. . Gas and air were~ dried in vessels, (1) with calcium :!hlorlde
prior ',b mixing (3). The quantities of sooty-carbon, the relative quantities of
.,ooty carbon and hydrocarbon compounds were det(urmined, as well as the volumes of
noncondensed light fractions. The.temperatures in the reaction zone were 1,000;
1,100; 1,200; 1,300 and 1,4oo0c. At 1,000c)C the gas In the reaction zone end 0011-
tained no oxygen, which proved that oxidation was over at 1,0000C. The CO content
In the gas Increased with tbp r1so in te-~-Ature, and the C02 content dropped
which is due to the C02 reduction reaction with CO formation and witr contirualy
Increasing quantities of sooty carbon. More C02 and less CO formed when the air
feed was increased. The reaction products in the precipitation vessel were a
cloud varying in color from yellowish-white to black, and the precipitated flakes
having a strong naphtaline smell were a mixture of soot and hydrocarbon compounds.
Benzene,, naphtalene, anthracene and other compounds were extracted with petroleum
ether, and asphaltenes with benzene. Figure 3 presents the calculation results
showing that the content of methane decreases with a rise in temperature, and the
hydrogen content increases with an increase in air feed. Conclusions: 1) Sooty
carbon forms in combined oxidation and thermal decomposition of methane due to
thermal decomposition of nonoxidized part of methane, with the formation of com-
Card 2/5

S/148/60/000/007/023/023/xx.
Thermal decomposition of gas.... A161AO33
Plex hydrocarbon molecules as transient compounds. 2) No strong effect of oxi-
dation on the composition of the forming products was-*tated. A reduction of
C02 t, CO on account of carbon forming during the decomposition was observed,
but no effect of this process on the quantity of the forming products was re-
vealed. 3) The dilution of gas with the formed oxidation products results in
some shift of the methane decomposition reaction temperatUre into higher tempera-
ture ranges. There are 4 figures and 3 non-Soviet-bloo references; The referer=5
to Englis h language publications read as follows: 'P. V. Wheelera, W. L. Wood,
Puel. 1,028, 7, 535; 1930, 9, 567; K. Koboyaschi, K. Jamamoto, Journ. Chem. Ind.
Japan, 19.95, .38, 550; 1934, 37, 785.
ASSOCIATION: Moskovskiy inbtitut Aali (Moscow St!eel Institute)
SUBMITTED: Nov. 30, 1959
Card 3/5

GLIROV, N.A,; IFILIMONOV, YU.P. V.A.
Flame emanation during the heating of methane containing gas.
Izv. vys. ucheb. zav.,- chern. met. no. 11:149-155 16o.
(MIRA 13:12)
1. Moskovskiy institut stali.
(Methane--Combustion)

KRIVANDIN, Vladimtr A.Ickseyevich, dots.,, kand. tekhn. nauk; MOLCHANOV,,
N!Lkolay Grigor t7evich, dots.; SOLCHMM, Seran Leonidovichp
iikzh.,- Pi. -inirali uchastiye: MARKOV, B.L.,, kand. tekbn. nauk;
FUMONOV, Yu.P., inzh.; TEEEN~IKOV$ B.F., kand. tekbn. nauk,
r-qK-seiz-Tn-f;-VASIL'YEVA, R.A.j, inzh., retsenzent; LAN(YVSFAYA,
M,,R., red. izd-va; MIKRULOVA, V.V.., tekhn. red.
[Metallurgical furnaces] Metallurgicheskie pechi. Pod oto-
dhchei red. V.A.Krivandina. Moskva, Gos. nauchno-tekhn.izd-
va lit-ry po chernoi i tsvetnoi metallurgii, 1962. 600
(MIRA 1520
(Metallurgical furnaces)

LOSEV) David Platonovich; POLISIR, Grigoriy Ley zarovi c 0.'V-,- - ---
Yuriy PoUlc !qh;-.AFOSHIN, A.N., kand. takhn.nLuk, retson-
L.T.., inzh., retsonzant; SHIRNOV, A.S., kand.
tckhn. nauk., nauchnyy red.; LESKOVA, L.R.) red.; YuRYAKOVA,D.M.,
teikhn. red.
[Mements and networks of contactless remote control devices]
Elementy i uzl-y beskontalctnykh teler;.ekhanicheskik-h ustroistv.
Eleimnty i uzly beskontaktnykh tolemokhanichoskikh u9troistv.
Leningrad, Sudp--omgiz, 1962. 246 p. (MIJI-A 15: 12)
(Remote control) Mlse techniques (Electronics))

FILII4QNOV,.,YU.F.; KRIVANDIN, V.A.
Investigating the radiation characteristics of the flame during
preliminary thermal decomposition of methane. Izv. vya. ucheb.
zav,; chern. met. 6 no.11:216-222 163. ()URA 170)
1., Moskovskiy institut stali. i splavov.

YEMMO, G.M., inzh.; STEPAbOV, Ye.1-1.0 kand. trkl,,n. va-ck;
FILINIONOV, Yu.P.,, kand. tekhri. navk; 11',UA, OV, M.A.,
tekhn. naukq ret8enzent,- G.M., inzh.,
rad.
[Industrial furnaces] Promyshlem-qe pochi. Vo:71rva, Ma-
shinostroonie) 1964. 359 P.

POLOTOV, GJ, karid. tel:hn. riauk.-, ONTAKIA" Ya.".., irizh.;
"'i, Y
SURA11OV, D.P., iriv-,, retsenz,~ntj
kar.d. tekhn. ria-ak,
[rlSoign and ~,qicttlatwn of industrial furmzos and driers
foundry nrnacesl Konutruktsila 4 raschel" zavodskikh pechei
s-ushil. pechi liteinykh tsel-hov. Moskva, "ashina--trreni--
19 165. 238 I'M."

BUDYLINh, V.V.; IQUOILINOVSKIY, L.I.; BEL'CIIBIIKO, G.V.; ZIIICHEITKO, I.A.;
FIL-IHUIIOTJL, A.A.; CILM41UIOV, H.A.
Studies on the reactive properties of antidiphtherial sera
treated by aluminum hydroxide; author's abstract. Zhur.
mikrobiol.epid. i immun. 30 no.5:89-90 My '59. (MIRA 12:9)
1. Iz Stavropol'skogo institute. vak-tain i syvorotok, Hineralovodsko7
bollnitay, Gherkesskoy. oblastnoy bollnitsy, Stavropollakoy infekt-
sionnoy bollnitsy i Pyatigorskoy infektoionnoy bollnitsy.
(ANTACIDS, off.
aluminum hydroxide on anti-diphtherial immune
sera (Rus))
(DIPHTMMIA, immunol.
antiserum, off. of aluninum krdroxide (Rua))

j
I:, T.N. tioktor 1'.~ uk*
ri:;tIcs
f 1,71 11. F,~ t ok htin i fir 140.,:k,;;,,
F~ndogenetic
?rAcgennykh rud.
r97 1).

DUBROVA, I.V.; FILIMONOVA, A.A.
Lead thioantimonites from the Severnyy Kantau deposit (Central
Asia). Geol.rud.meotorozh. no.3:106-114 My-Je 162. (YJRA 15:6)
.1. Institut geologii, rudny1ch mestorozhdeniy, petrografii,
0
aineralogii i geokhimii All SSSR, Moskva.
(Kara-Mazar Mountains-Lead thioantimonites)

FILIMCKOVA, A.A.
Chmage in the form of chalcopyrite-sphalerite int-ergrowth =der
the influence of heating. Geol. rud. mestorozh. 6 no.3s34-38
My-,Te 164 (MIRA 181l-)
1. Institut geologii rudnykh mestorozhdeniyg petrografii,
mineralogii i geokhimii AN SSSR, Moskva.
T

USSR/Geophysics ~ Pyritea Kay/Jun 52
'Txperiments in Heating Bornitiferous Pyritic Gres,"
A.A. Filijaonova
"1z Ak Nauk, Ser Geolog" No 3, PP 76-88
Heating of samples of bornite-contg, pyrites remilted
in formation of chalcopyrite at a temp of 240-250')C.
Because, after heating of pure bornite, i.,haleopyrite
dces not appear, it was assumed that its formation
-in a result of exchange reaction between bornite and
pyrite. It was established that dissoen of solid
soln of bornite and chaleopyrite occurs at a temp of
about 2700C. 2ooT62

USSR/kinerals Jan/Feb 49
Ore Deposits
Pyrite Oren
"The Coalescence of Bornite and Chalcopyrite in the
Pyr1te Ores of the Raban I Deposit (Central Ural),"
A. A. Fillmonova, 12 pp
"Iz Ak Hauk SSSR, Ser Geol" No I
Along with various rare types of bornite-chalcopy--ite
,noaleacences, author discovered lattice& coalescences
from the dominant cl"lcopyrite and the inferior born--
Ito. This disparity in structure, which emerges as a
result decompoaition of solid solutiona, Is un-
of the V
known in natural formations, but bas been obtained
artificially. Inffiaa-tes two possible methods of form-
ing coalescences described.
ID
rt4
29 A- g.,,r-

I-I T I",
1 1 T- N U v r1 I 'i -!-I '
3(5) PHASE I BOOK EXPLOITATION SOV/1773
Betekhtin, Anatoliy aec:-giyevich, Aleksandr Dmitriyevich Genkin,
Anna Alekisandrovna Filimonova, and Tatlyana Nikolayevna Shadlun
Tekstury i struktury rud (Texture and Structure of Ore Minerals)
Moscow, Gosgeoltekhizdat, 1958. 434 p. 12,000 copies printed.
Sponsoring Agency: Akademiya nauk SSSR. Institut geologii rudnykh
mostorozhileniy) petrografii, mineralogii i geokhimii.
Ed.: A.G. Betekhtin, Academician; Ed. of Publieshing House:
N.G. Derzhavina; Tech. Ed.: O.A. Gurova.
PURPOSE: This book is intended for petrographers, exploration and
mining geologists, and scientists concerned with the physico-
chemical processes in ore deposition.
COVERAGE: This monograph describes the structural-textural conditions
in ore deposition leading to the formation of minerals, and
Card 1/9

Texture and Structure of Ore Minerals SOV/1773
discusses the theory of ore deposition based on the results Of
many years studies by such leading Soviet geologists as
P.F. Andrushohenko,, A.D. Genkin, A.T. Suslov,, A.A. Filimonova,
G. I. Bushinskiy, O.A. Voroblyeva, A.A. Godovikov, I.V. Dubrova,
V.N. Lebedev, V.P. Loginov, B.P. Krotov, D.V. Matorin,
V.S. MyaSnikov, D.O. Ontoyev, N.V. Pavlov, M.M. Povilaytis,
O.P. Polyakova, N.M. Prokopenko., Ye. A. Radkevich, I.A. Ruka-
vishnikovet, G.A. Sokolov, A.I. Tishkin, A.L. Yanitskiy. The
book is likewise based on the more direct contributions of
scientisto associated with the various branches of the AN SSSR,
the Mineralogical Museum imeni A.Ye. Fersman, the Moscow State
University imeni Lomonosov, the Department of Mineral Resources
of the MI9'sMZ (Moscow Institute of Non-Ferrous Metals and Gold
imeni Kalinin, the research and industrial organizations
belonging to the Ministry of Geology and the Conservation of
Mineral Resources, the academies of the various union republics,
and other geological and geological survey organizations.*
These include: G.A. Avaliani, S.T. Badalov, G.P. Barsanov,
Ya. N. Belevtsev, Yu.S. Borodayev, V.A. Vakhrushev, A.S. Golikov,
G.I.Gorbunov, D.P. Dolidze, D.A. Zenkov, N.S. Zontov,
T.V. Ivan.Ltskiy, S.A. Kashin, A.F. Korehinskiy, V.N. Kotlyar,
Card 2/9

Texture and Structure of Ore Minerals SOV/1773
P.I. Kutyukhin, I.K. Latyah, A.A. Luyk, V.T. Matveyenko,
V.D. Nikitin, L.N. Ovehinnikov, A.P, Perelyayev, N.V. Petrovskaya,
V.E. Poyaiskov,, D.V. Rundkvist, I.Z. Samsonov., V.I. Smirnov,
L.N. Khetchikov, I.N. Chirkov, A.D. Shcheglov, K.F. Shcherbakova,
Yu.Yu. Yui,ok. The authors likewise express their thanks to the
following members of the IGEM AN SSSR: A.Ya. Kraynyukova,
P.M. Orlova, N.F. Boreykina (thin sections laboratory) and
V.A. Kuzimin, V.N. Zaytsev (photographic laboratory). Chapters II,
III, IV, V, XV, XVI, XVIII, XIX were written by A.G. Betekhtein,
chapters 1. VII, XIII, XIV, XVII by T.N. Shadlun, chapters VIII,
IX, XI by A.D. Genkin, and chapter XII by A.A. Filimonova.
Chapter V1. was written by A.G. Betekhtin and T.N. Shadlun, and
chapter X by Betekhtin and A.D. Genkin. There are 392 photographs
and diagrams, 3 tables and 191 references of which 118 are
Soviet, 36 English, and 35 German.
TABLE OF CONTENTS:
Foreword
3
Card 3/9

Texture and 1'1'~tructure of Ore Minerals
Introduction
SOV/1773
Ch. I. Hist6ry of the Study of Ore Structure
Ch. II. Definition of the Terms "Structure" and "Texture"
Concept of the structure of mineral rocks (21)
Ch. III. The Terms "Structure" and "Texture" as Applied
to Ores
Ore structures (34). Ore textures (48)
Ch. IV. Crystallization of Melts and Solutions
Crystallization process in a homogeneous liquid
medium (64) Effect of temperature, pressure and
the concentration of chemical components on the
crystallization of solutions (72)
Card 4/9
5
9
20
33
63

Texture and Structure of Ore Minerals SOV/1773
Ch. V. Colloidal Solutions and Gels 77
Properties of colloidal solutions (77). Struc-
tiire of the dispersed phase of suspensoids (79)
Coagulation in dispersed phases and the syneresis
of gels (81). Conditions for the formation of
colloidal solutions (82) Conditions for the
formation of coagulants (85) Processes in the
precipitation of coagulants ~91)
Ch. VI. Indications of the participation of colloidal
solutions in the formation of ores 99
Colloformic aggregates (100 Oolites (115).
Emulsified suspensions (1211.. Reccuringly-banded
precipitates (126). Cry8talline-sols (129).
Card 5/9

Texture and Structure of Ore Minerals SOV/1773
Ch. VII. Recrystallization of gels 137
Formation of granular ag re ates in the re-
arystallization of gels Mg). Formation of
contraction fissures in the recrystallization
of gels (146)
Ch. VILL Manifestations of mineral replacement in ores 155
Pitting In minerals (156) Substitution and the
formation of new chemical compounds or solid
solutions (169) Diffused replacement (181)
Ch. IX. Notes On Metacrystals, 193
Characteristics of metacrystals occuring in
ore deposits (193) Criteria for metacrystal (216)
Ch. X. Solubility of minerals and the subsequent filling
(out] of the developed voids with new minerals 222
Single-mineral pBeudomorphoses in substitution W)
Multimineral pseudomorphoses in substitution (235)
Card 6/9

Texture and Structure of Ore Minerals SOV/1773
Ch. XI. Decomposition Phenomena in Ore Minerals 242
Decomposition of minerals under the influence of
oxidation processes (242) Decomposition of
minerals in reducing conditions (254)
Ch. XII. Disintegration Phenomena in Solid Solution 259
Solid solutions (260) Decomposition of solid
solutions (264) Identification criteria in the
istudy of disintegration of structures of solid
solutions (275)
Ch. XM. Cataclasis and plastic deformation in ore.-forming
minerals 278
Characteristics of brittle deformation in ore (278).
Phenomena of plastic deformation in ores (285)
Card 7/9

Texture and Structure of Ore Minerals SOV/1773
Ch. XIV. Ore Reorystallization in Metamorphic Processes 295
Ore recrystallization related to post-ore
tectonic dislocations (296) Ore recr stallization
related to regional metamorphism (304~ Recrystalli-
zation connected with thermal metamorphism (323).
Ch. XV. Mineralization Stages in Endogenic Ore Deposits 329
Mineralization phases (330) Mineralization
stages (334). Mineralization ages (345).
Ch. XVI. Paragenetic Relationships and Sequences in Mineral
Formation 350
A concrete example of the analysis of the para-
genetic relationship of minerals (352) Para-
genetic relationships of sulphides, iron oxides
and copper in ore deposits (362)
Ch. XVIL Techniques in the Study of Ore Textures and
Structures 369
Field observations (370) laborator studies (375)
Interpretation of observations (382~
card 8/9

Texture and Structure of Ore Minerals SOV/1773
Ch. XVIII. Structural Etching of Polished Sections 391
Distinctive traits of structural etching (392)
Conditions necessary for a successful completion
of structural etching (395). Methods of struc-
tural etching (396) Deceptive effects of
structural etching ~404). The value of struc-
tional etchin in the study of polished ore
sections (4055
Ch. XIX. Practical Value of Studying the Structural-Tectural
-'.'Pharacteristica of Ores 412
Examples illustrating the value of detailed
mineragraphic studies in application to ore
dressing enrichment (413). Significance of
regularity in mineral associations and the para-
genetic relationships of minerals in exploration
surveys (422)
Bibliography 428
AVAILABLE: Library of Congress
Card 9/9 MM/ad
6-12-59

-. 1 1. "1 -
FILIIIOMVA, A.A-
urea due to unmixing of solid solutions in ores during
metamorphism. Geol. rud. mestorozh. no.3:81-88 Yq-Je 159.
Oan 12:10)
1.1natitut geologii rudnykh mostorozhdeniy, petrografii,
mirieralogii i gaokhimit AN SSSR, Moskva.
(Solutions, Solid)

FILIMNOVA., A.A.
Abstract of T. LoverIng's article "Temperatures and depth of fornration
of sulfide or@ deposits at Gilman, Colorado" (n3conomic Geology,"
no.6, 1956). Gaol. rud. mestorozh. no,3:115-119 My-Ja '59.
(KRA 12:10)
(Gilman, Colorado-.Bulfidas)

ART-EMOVt N.M.; TARASOVAr L.P.; FILDIONOVAt A.A.
Stimulation of the pituitary-adrenal system by bee venom.
Nauch. dokI. vys. ohkoly; biol, naukI no. 2:86-89 162,
(MMA W2)
1. Rokomendovana kafedroy fiziologii cheloveka i zhivotnykb
Gotlkovakogo gosudarstvennogo universiteta im, N.I. Labachevskogoo
(BEE VENOM-PHYSIOWGICAL EFFECT) (PITUITARY BODY)
(ARDENAL CCRTEX)

IVANOV, I.P,s FILIMONOVAt A.A,
Sevqnth Conference on Experimental and Technological Mineralogy
and Petrography. Geol. rud. mestorozh. 6 no.6sl,/2-144 N-D 164-
(MIRA 1814)

AUTHOR: --Filimonova, A. B. 20-119-5-46/59
TITLEs Spore Complexes Found in Boundary Layers of the
Middle and Upper Devonian of the Volga-Ural Region
(Kompleksy spor pogranichnykh sloyei sreanego i
verkhnego devona Volgo-Urallskoy oblasti)
PERIODICALt Doklady Akademii Nauk SSSR, 1958, Vol. 119, Nr 5,
pp. 106-1008 (USSR)
ABSTRACTt G. P. Batanova (reference 1) emphasized the necessity of
revising the boundary between the F-rasnian and Givetian
stage of the eastern parts of the Russkaya platform.
In Bashkiriya L. A. Rozhdestvenskaya (reference 2)
shifted the boundary of the Givetian stage up into the
roof of the argillite-aleurite parcel which separates
the sand layers D Il and D . In Tatariya the Givetian-
-Frasnian boundary was esiablished by A. N. Petrovskaya
and L. N.'Yegorova. M. F. Filippova came to a similar
conclusion (as in reference 2) for a much larger region.
According to lithological material the author performed
Card 1/3 the spore analysis of more them 30 cross sections of the

Spore Complexes Found in Boundary Layers of the 20-119-5-46/59
Middle and Upper Devonian of the Volga-ijral Region
regions: Volga-Ural' , East-Tatariya, 'West-bashkiriya,
the north of the Kuybyshev, region and the south of the
Molotov region. The spores of these argillite-aleurite
parcel show its nonuniform age. Its lower part which lies
between the sand layer DII and the "black lime-, contains
an Upper-Givetian spore complex which is similar to the
complex of the sand parcel D II that lies deeper; its
upper partp from the -black lime,, up to and including the
sand parcel DI, contains a different spore complex which
resembles the PashJyskiy spore-pollen complex of S. n.
Naumova. The presence of a typical Upper Givetian fauna
of oBtracodes and Stringocephalus burtini ex gr.bef3r.
(reforence 5) in.the rocks of the"blaci'llime" determines
the spore complex of the "black lime" as Givetian.
Because of the similarity of the latter complex with the
Pashiyakiy it will possibly be necessary to revise the
Lower irasnian age of the Pashiyskiy complex and of the
Card 2/3 layers characterized by it in favor of their Givetian age.

Spore Complexes Found in Boundary Layers of the 20-119-5-46/59
Middle and Upper Devonian of the Volga-Ural Region
ASSOCIATIONj
PRESE3TEDs
SUBMITTED:
So No Naumoval M. Yo Filippova, A. I- Lyashenko and
6. N. '-bgorova participated in the w;rk. There are 5
references, 5 of which are Soviet.
Vaesoyuznyy nauchno-isaledovatellskiy geologorazvedochnyy
neftyanoy inetitut (All-Union Scientific Geological-
-Prospecting Research Institute for Petroleum)
October 4, 1957, by D. V. Nalivkin, iiember, Academy of
Sciences, USSR
October 19 1957
Card 313

FIIVONOVA, A.B.
Stratigraphic significance of spores from terrigenous deposits
of the Staryy Oskol and Mullinakiy horizons of the middle
DoVonlan in areas of the Volga-Ural region. Dokl. AII'SSSR
342 no-42909-912 F 162. (YIRA 25:2)
1. Veesoyuznyy nauchno-laBledovatellskiy geologorazv-edochnyy
neftyanoy institut. Prestavleno akademikom D.V,Kalivkinym.
(Volga-Ural region-Geology., Stratigraphic.)

F I LINONOVAj _A._ B._j_'.ARKHANGE 1, IS KAY A, A.D.
Spore complex in the 'Ica- ob f -y,-,,,rkft horizon of the Middle
Devonian in t.he Rui3sian PlatCnnn. Tridy VNT(XI no.37-31-36
163. (YIRA 16-.8)

SHUTSKAYA, Takaterina KonEktantinovna; ZHUZHCHERKO, B.P., red.; FILIKOHOTA,
A.G,., vedushchiy red.; FIDOTOTA, I.G., takha.red.
(Loiter Paleopne Btratigraphy and facies of Ciscaucasia] Strati-
grafiia i fataii nishnego paleogena Predkavkazlia. Moskva, Goa.
nauohno-tekhn.izd-vo neft. i gorno-toplivnoi lit-ry. 1960. 102 p.
(MIRA 1-3:7)
(Caucasus, Nortbern-Geology, Stratigraphic)

DCMANEV~XVI , N I koviy A -If,, kmoye-V !~ h ~ , J~ , t ~. 9 It; ;
.9 r 0 t a erzee, - 5 ?, C", I ~ 51F , ff , N4 ~',' 11 ,
sivii0vo I.M. , i) . I .. I . F, 9 rei, 7
F11,11.110140'lpls A.1.9 red.
I I I.., ~ . '.
[Dr-edging] Dnouglublunle-. Kickvia, Transpovl$ 1!465. 3-'39 p.
(.m i R _~ I p z I ~ 112 )

NIKOLAYEVP N.I.; FILIWNOVA,,A.M-
Electric conductivity of a strongly basic anion exchanger.
Zhu--. fiz. khim. 37 no.11:2451-2454 N'63. (MIRA 17;2)
1. Fiziko-khImicheskiy institut imeni Karpova, Moskva.

PtudyinC- the fli-.orf,sconco Of OiIB aTMlIC2:!,)Ie to the V-4-nnt-
',),iovn -rd Slikup 15n
,ovo soctors. Trudy Ml I no.141:15~,-16,,
Nllui 12:
(Its' liki r Is,--Pe tro leum) (Tatar A.S.S.R.--Fetroje7jr;)
(Fluorosc~.)nco)

ZAPLATIIU -S I IONOVAt A.S,
Method for the differential diagnosis of Pasteurella pseudotuberculosis
and of the geographical varieties of Pasteurella pestis. Sbor,
nauch,, rab. Blist. protivochum. sta. no. 1,173-175 159.
(MIRA 13:10)
(PA'STEUREUA PESTIS) (PASTEURELLA PSEDUOTUBMULOSIS)
-T-77

RUDKOVA, S.I.; R0ZHNOVA# R*T,; F7LIMONOVAt A,Ya.
Food poisoning. Zhur. mikrobiol, spids i J=min. 31 no, 50.19 H 160,
(MIRA 13: IOT
1. Iz Kuyb shevskogo maditainakogo inatituta.
(MOD POISONING)

IWINt F.S.; FILIMONGVA,-A,Xa.
Some data on the observation of convalescent patients after acute
dytientery. Zhur.mikrobiol.epid.i Immin. 32 no.2:121-122 F 161.
(MIRA 14:6)
1. Iz Vladi!vostokskogo meditsinskogo instituta.
(DYSENTERY)

RAZINj P,S., doteent;.yrLIMMOVA, A.Ya.; VOTBOVA) Ye.P.;
mna=c 0, S.I. 01~~vc;Wt~k)
Socte proVLems in the pathogenesis of pneumonia in the Maritime
TelTitory. Klin.med. no./+:43-45 162. (MIRA 15:5)
1. Iz Vladivostokskogo meditsinskogo instituta (dir. dotsent
V.M. Zhivoderov).
(MARITIME TERRITORY-PNEUMONIA)

illbmy Faddey Illich; SKACIIKOV, Petr Ivanovich; I~ILIIIGIIOVAY D.S.
red.; IRELMUVA, L.S., tokhn. red.
[Maintenance and repair of machines and mechanisms in feuing
areas)Tokhnicheskoe obsluzhivanie i remont ma.9hin i mekhani=ov
na leso.-oke. Arkbangellsky Arkhangellskoe knizhnoe izd-vo,
1961. 65 p. (MMA 15:12)
(Lumbering-Machinery)

YESIFOV Pairel Petrovich, kand. tokhn. nauk; red.;
1,0117KHOU, L.S., tekhn. red.
(Studying the shaping of the teeth of circular saws for trans-
vertiel sawing of pine lumber] Issledovanie profilirovki zublev
kruglykh pil dlia poperechnogo pileniia soanovoi drevesiny.
Arkhangel'sk, Arkhangel'skoe knizlinoe izd-vo, 1961. 78 p:1)
(MIM 15-
(Circular saws)

KOFFMIN, Fedor Ivanovichl, prof.; FILIMONOVA, D.6 ..red.; MELEMOVA, L.S.,
U,khn. red.
[Prevention of decay in wood] Zashchita drevesiry ot gnieniia.
Arkhaugellsk; Arkhangellskoe knizhnoe izd-vo, 1961. 190 p.
(MIRA 15:4)
(Wood-Preservation)

KARZIN, Georg!Ly Areentlyevich; FILIMONOVA, D.S., red.; MARTIYANOVA,
L.I., tekhn. red.
[Good fortune)Schantle. Arkhangel'sk, Arkha gel'skoe knizhnt)e
izd-vo, 1962. 22 p. (MIRA 16:1)
(Archangel Province-Lumbermen)

PAROVSHCHIKOV, Viktor Yakovlevich; MARTIYANOVA,
L.I., tekhn. red.
(In northern regional notes of a naturaliat]Na severnykh pro-
storakh; zapiski. naturalisia. Arkhangellsk, Arkhangellskoe
knizhnn,e izd-vo, 1962. 69 p, (MIRA 16;2)
(Russia, Northern-Natural history)

DAVIDENKO, Ivan Ivanovich; FILIMONOVA, D.S.p red.
(Organization of work at a landing] Organizatsiia rabot na
nizhnem sklade. Arkhangellsk, Arkhangellskoe knizhnoe izd-
vo, 1963. 35 P. (MIRA 17:5)
1. Tekhnoruk Khozlminskogo lesopunkta Vel'skogo lesoprowlsh-
lennogo kho2;yaystva Arkbangellskoy oblasti (for Davidenko).

KOPERIII, Fedcr Ivanovich prof.; FILIMOIIOVA D 5 .bred.;
0 -=~~U_
BUNOVSKAYA, N.B.0 tekbno red.
(Fireproofing of wood and wood materials] Ognezashchita,
drevesiry i drevesnykh materialov. Arkhangellsk,
Arkhangel'skoe knizhnoe izd-vo, 1963. 117 p. (MIRA 17-1)
1. Arkhangellskiy lesotekhnicheskiy institut imeni V.V.
Kuyt7sheva (for Koperin).

SELEZNL'V, Stepan Alekseyevich; FILTMOVO D.S., red.
(The first Russian expeditinn to the North Polel Per-
vaia rusokaia ekspeditsiia k Severnoma poliusu.
Arkhangellsk, Severo-Zapadnoo knizhnoe izd-vop 1964. 134P.
(M:ERA 17:11)

~lkNlD.','(A'SKIY, Ivan GrigGrlyovich; k0BYL11', 5,F.y
T1111A.SREV, F.I., r---I.; Fi-rl!,.,*N(,ll!, E, ,
P.N., ri;d.
(Huw we maintahi menhanisms] Kak iq obslu~,hivaem mekhh-
nizmy. Arkliangellsk, Sovero-Zapticnoe kidAnae izd-vc.,
1964. 30 P. (MIM 18.1)
i. Brigadir-=ekhanik lesopunkta Tarza :;halaku!3h3kogo loso-
promyshlenriogo khozyaystva (for Sanetrovskiy).

NOVIKOV, Petr Ignatlyevichp kand. biol. nauk,dot13.,' F11111.10NOVA,
red.
[Fishes in -the bodies of water of Archangel Province and
thei:p commercial slmificancel Ryby vodoemov Arkhangellskol
oblasti i iF promyslovoe znachenie. Arkhangel ,sk, Severo-
Zapadnoe knizhnoe iza-vo, 1964. 141 p. (MIRA 18:7)

STRAKHOV, Viltor Yevgenlyevich; FILIMONOVA, D.S.,, red.
(On it forest river] Na lesnoi reke. 2. izd. Arkhangellsk,
Severo-Zapadnoe knizhnoe izd-vo, .1964. 158 P.
(MIRA 18:3)

MININ, Yuriy Vladimirovicbf ' --riot; YEKIMOVp D.G." red.;
KARZIN, G.A., red,j TANASHEV,R.I., red.; 1~~PT~OV.
red.
[For an economic use of fuel and lubrication materialsl
Za ekonomiiu goriucbego i smazoehnykh materialove
Arkhangeltakp Arkhangellskoe knizbnoe izd-vo, 1963. 24 p.
(MIRA 17%5)
i, 1 ~"J
q

FILDIONOVA, F., mAjitor-povar
Hono.vary title has been obtaimd. obshchestv. pit. no.6:7
je 161. (MIRA 14-9)
1. :Zaveduyuohchaya proizvodstvom stolovoy No.6,' Leningrad.
(Leningrad--Restaurants, lunc~xocms~) etc,)
4.

YETISOV, G.G.; FILIMONOVA, G.A.
Zffectiveness of artificial pollination of fruit trees in
relation to various methods of bud castration. Agrobiologila
no. 3:463 My-Je 160. (HIR& 13:12)
l.'N.09kovskiy gosudarstvennyy univereltet Imoni. H,V.-
Lomanosova. kafedra, genetiki I selektsli.
(Fruit trees) '(Fertilization of plants)

FILIMNOVA, G.A.
Embryologic characteristics of flower buds of some cherry varieties.
Nauch. dokl. vys. shkoly; biol. nauki no.2:115-117 162. (MRA 15-5)
1. Rekomendovana kafedroy genetiki i selektsii Moskovskogo, gosudarstvenriogo
universiteta. im. M.V.Lomonosova.
(GHERRY) (PIANTS, FLOWERTIG CF)

FETISOV, G.G.; FILIMONOVA, G.A.
Nature and the degree of lower bud damages by low temperatures in
stone'fruits. Agrobiologiia. no.3:377-382 My-Je 162..
(MIRA 15:10)
1. Moskovd4y gosudarstvennyy universitet imeni Lomonosova,
kafedra ge~*tiki i selektsii.
(STONE FRUIT) (PIANTS--FROST FESISTNANCE)

FILIMON07A, G.A.
ILLstochemical analysis of cherry flower buds in relation to
their winter hardiness. Biul.MDIP.Otd.biol. 67 no.3il42 VV-Je
162. (NIRA 15:11)
(Cherry) (Plants-Frost resistance) (Buds)
S -"ia:ZE2 &ALI,

FETISOvf G.G.; FILIMONOVA, G.A.
Application of the method of artificial freezing of the
cherry flower buds in the study of their frost resistance.
Vest. Mosk un. Ser. Biol., pochv. 19 no.2:64-72 Mr-AP 164.
OURA 17:9)
1. Botanicheskiy sad Moskovskogo universitata.

FILDRONOVA, G.V., Cand lech Sci -- (diss) "Study of the
process of electroplating of lead from alkalize electrol:Aes."
Mos 1958, 14 pp (min of Higher Education USSR. Mos Order of
Lenin Uhem Tech Inst im D.I. Mendeleyev) 150 cooies
M, 39-58, 110)

EL11-10110VA, G.V. mladohiy nauohnyy i3otrudnikj KUDRYAVTSE70 19.1'. doktor
I BELYAYEVp P.P., kand.khimicheakM nauk.
Erfect of organic additives on the oolubility of lead In alkaline
19ad eletrolytes and their stability, Trudy 1111KH3MIASH no.28:55-60
159* l5t6)
(Lead plating)

KIMONOVA G. It. mladshiy nauchnyy sotrudnik; KTJDRLIVTSFV I N, T. , doktor
2
iwIchoskikh nauk, prof.; BELYAYEV, P.P., kand.khinichoskikh nauk.
Cathodic process in lead electroplating from alIkaline electrolytes.
Trudy NIIKHDMSH ro&N:61-77 T59. (141RA 15:6)
(Lead plating)

V 13
if
fix via .4
I a
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all V;"
Pull 11j,
Al
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C;1
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jai
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all at

SARICISOV, flemen Alskoundrovich; YILIMOIK)VA, I.N., redaktor; KONOHOVA, To.P.,
I -f '7~
re6aktor; PRMOBRAZILIIISiAiA, 6&Afor; KUMNA, L.A., redaktor;
ZM[BRZHITSKIT, I.A., redaktor; GABERLAIM, M.I., tekhnicheski),
radAktor.
~Atlas of the cyto-architectonice of the human cerebral corttx]
Atlas taitoarkhitaktoniki kory bolishogo mozga chalovska. Pod
red. S.A.Sarkisova, i dr. Moskva, Gos.izd-vo maditainakol lit-ry,
19!;5. 276 p.-- Supplement, 203 Plates. NLRA 9:1)
1. Akademiya meditainskikh nauk SSSR. Institut mozga.
(CMMaL CORTIX)

AUTHORS: Krotikov, V. A., Filimonova, I. it. SOIT/54- 5/3-3-17/19
TITLE: An Essay on the Peda,"ogica Activity of D. I. Mendeleyev
at the Petersburg University (1867-1881) (Ocherk pedaf,o,-,:i-
cheskoy deyatellnosti D. I. Mendeleyeva v Peterburgskom
universitete (1867-1881))
PERIODICAL: Vestnik Leningradskogo universiteta. Seriya fiziki i khimii,
1958, Nr 3, pp 14o-148 (USSR)
ABSTRACT: On the pedagogical activity of D. I. Mendeleyev in the
years from 1856 to 1667 a report was given already in
Vestnik Leningradskogo universiteta. Seriya fiziki i
khimii, 1956, Vr lo, p 126. In 1867, a new section in
D. I. Mendeleyev's life and activity began. He became
head of the chair of chemistry at the physical-mathemati-
cal faculty. fie gave courses on general, organic (until
1668), and inorganic chemistry. Mendeleyev's scientific
activity was very intensive in the 160 -'70-ies- In this
time he made his discoveries and wrote papers that made
him famous all over the world. Hio paper "Fundamentals Cf
Chemistry" ("Oanovy khimii") was the first manual of chemis-
Card '1/3 try that was based on the periodic law discovered by lien-
1"d

SOV/54-53-3-17/19
An Essay on the Pedagogical Activity of D. I. Mendeleyev at the Petersburg
University (1067-1881)
deleyev. The problem on indefinite compounds had a special
place in this textbook. Mendeleyev's conceptions on in-
definite compoundsespecially about liquid solutions wa;3
new in science. His pedagogical experience and position
as head of the chair of chemistry enabled him to complel.-e
the teaching schedule at the physical-mathematical faculty
and to promote the university to the position of a scienti-
fic research institution. Thanks to his endeavors the p~-
sition of university teachers became firmly established and
one of the greatest Russian chemists, A. M. Butlerov (1360),
was invited to the university. Mendeleyev gave a great .-,or-
tribution to the enlargement of the chemical laboratory and
of the library. He always made efforts to help poor stialente.
After 25 years of activity,in 1880, according to the codex
of the university he was to resign his office. But because
of his extraordinary merits he unanimously was voted as to
remain at the university. There are 26 references, 26 of
which are Soviet.
Card 2/3

I -
AUTHORS: Krotikov, V.A., 54-1o--;-14/16
TITLE: A Report Concerning the Pedagogical Activities of
D.I.Menaeleyev at Petersburg University (1856-1867) (Ocherk
pedagogicheskoy deyatellnosti D.I.Mendeleyeva v Peterburgskom
universitete (1856-1867 99.)
PERIODICAL: Vestnik Leningradskogo Universiteta,Seriya fiziki i
khimii i ? -, 1958, Vol.1 0 , Nr 2 , pp. 126-132 (USSR)
ABSTRACT: For a period of 33 years (1856-1890) D.I.Menaeleyev vm-- closely
connected with Petersburg University. This period, which ms the
most productive of his life and of his activities, can be subdi-
vided into 3 periods: 1.) 1856-1867. During this time Mendeleyev
taught various chemical subjects (organic, theoretical, tecbnical,
and analytical chemistry) , defended his Master's' and Doctcw's
dissertations and wrote and edited a number of monographs dealing
i
w
ith various fields of chemistry. It was during this ea-rly stage
of his career that he developed to be an independent research
scientist. 2.) 1867-1881. In 1867 Menaeleyev obtained the chair
of ahemisti-j. He concentrated his activities mainly on teacEing
Card 1/2 anorganic chemistry. Until the end of the seventies he main3y

A Report Concerning the Pedagogical Activities of 51.-10-2- 14/;L6
D.I.Mendeleyev at Petersburg University (1856-1867)
worked in connection with the creation of the "Bases of Cheinistry",
the periodic system of chemical elements, and the study of -the
elasticity of gases. 3-) The early eighties marked another turn-
ing point in his career. His pedagogia).l activities during 'this
period were characterized by the fact that he displayed corwider-
ably more interest in problems of general instruction: and for the
organization of scientific YA)rk at the universities. Also his re-
search %York rms directed towards other problems. The problem that
occupied Mendeleyev's greatest attention were solutions. As a ped-
agogue he continued teaching as the holder of the chair for chem-
i3try, and he lectured on anorganic chemistry. In 1890 Mendeleyev
handed in his resignation and left the university. There are 14
reef erences, all of which are Soviet.
SUBMITTED: June 23, 1957
AVAILABLE: Library of Congress
1. Instructors-Chexistry-USM
Card 2/2

5(0) SOV/54-59-1-!6!/215
AUTHORS: Krotikov, V, A., Filimonova, I. N,
TITLE: An Es,say on the Pedagogical Activity of D. 1. Mandeleyev al; the
Peterburg University (in the Years 1881--1890) (Ocherk
pedagogicheskoy deyatellnosti D, I-. Mendeleyeva v Peterburgskom
universitete (1881-189ogg.))
PERIODICAL: Vestnik Leningradskogo universiteta. Seriya fi--iki i khimij.,
1959, Nr 1, pp 112-119 (USSR)
ABSTIUCT: In the yearp from 1861-1890 Mendeleyev carried on his activity
at the Chair for Chemistry of the Peterburg University, In
November 1884 he was awarded the title of a Honored Full
Professor and in August 1665 after thirty years of
educational acTivity he retired. Afterwards, fie held ci.ae mcir6
lecture on general chemistry, A shorthand manuacript of his lec-
tures on general chemistry held in the last years before 1690 is
preserved in the archives of the Lenirigraddkiy
univeraitet (Leningrad State University) A ahort outlin-~ of his
lectures is given here on the basic of these manus,,ripts. In the
beginning he lectured on the limits and forma of chemical ~,.on-
Card 113 versions, on elements and simple bodies and on the effect of

SOV/54-59-1 - ' 6/25
An Eauay on the Pedagogical Activity of D, 1. Mqndeleye7 at th,~ Pet,~rburg
Univer.9ity (In the Years 18811-1890)
various forms of energy. His introductory subject to pure chemis-
try was hydrogen, Thereupon he investigated the 'Iorganoenit~"
g
elements hydrogen, oxygen, nitrogen and carbon In the remaining
part of his lecture he dealt with the elements and their com-
pounds of the individual groups of the periodic system D, I.
Mendeleyev very actively participated in laying down the new
higher education rules established in 1884. He was specially
concerned with the course of education of the students, He
emphasized his view that this shculd bear a scientific character
rather than a scholastic one. Also examinations should be con-
sidered under this point of view Several passages from his
"Zamech'aniya' . (Remarks) are quoted, In this connection also a
letter written by Mendeleye-T to S. Yu. Vitte on October 1-, 1895
on secondary and higher education is mentioned, Mendeleyev's
activity at the Peterburg University marked the beginning of a
great promotion of educational and scientific activity in the
field of chemistry. A number of well-known chemists are to be
found among Mendeleyev's successors and among the scientists of
Card 2/3 that University: G, G. Gustavson, A. L. Potylitsyn, V_ Ye.

S011/54-59-1-16/21~
An Essay on the Pedagogical Activity of D. I. Mendeleyev at the Peterburg,
University (in the Years 1881-1890)
Tishchenko, D. P, Konovalov, and others. There are 19 Sovict
.references.
SUBMITTED: June 10, 1956
Card 3/3