SCIENTIFIC ABSTRACT FEDOROV, V.B. - FEDOROV, V.G.

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• Collection: Scientific Abstracts
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• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

8/137/62/000/003/12Z/191;
Ao6o/Aloi
AUTHORs Pedorov, V. B.
TITLE: Residual stresses and fatigue strength under centrifugal-pellet
cold hardening
PEPJODICAL: Referat1vnyy zhurnal, Metallurglya, no. 3, 1962, 26-27, abstract
U157 ( IfTr. Ural'skogo politekhn. In-ta", 1961, coll. 112, 23-33)
TFXT: An investigation In carrJed out Into the effect of residual
compressive stresses and hardening of the surface layer upon the increase of
cyclic strength of steel 4OX (4OKh) under centrifugal-pellet cold hardening of
the surface. The hardening of the specimens was carried out at a circumferen-
tial velocity of the toughener,of 18 m/sec with pellets 10 mm diameter in a
special device of the rocking-center type. It was established that the increase
of dw attains 30% mainly on accouAt of the effect of residual compressive
stresses. 7his increase depends upon the depth of the hardened layer, the
magnitude and nature of the resid ual stresses, the degree of hardening. There
A.xi3ts an optimum hardening depth depending upon the character of the distribu-
tion and the. magnitude of the stresses. The best effect in raising
Card 1/2

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S/044j62/000/004/058/099
0111/C333
AU 72 OR I Fedorov V.D,.
TITLZi On the analogue of the topological principle of T. Waz"e.wski
for integro-differential equations
?ZRIODAICALs Referativnyy zhurnal, Materat. ika, no- 4, 1962, 59-6o,
abstract 4B273. ("Issled. po integro-differents. uravneniyam
v Kirgizii". No. I. Frunze, AN XirgSSMI, 1961, 111-132)
ze
.&EM The topological principle of Wa" wski (Ann. Soc. ?o1on
rathe, 1947, LO, 279-313) is used in order to invostigate the asymptotic
behavior of the solutions of the system of integro-differential equations
dx ,t
dt f(t,%) + 9 :'t,s,x de
"he author follows Wazewski and introduces the following definitions s
1. The point P E q is a) orainary, b) singular of first kind, c)
sing-ular of second kinds if through P there passes(,a) a single integral
curve of (1)# b) more than one integral curve of c) no integral
Card 1/4

On the analogue of the topological ... S/04 62/000/004/058/099
C1 11YC333
curve of 00 , 019 02 denote the sets of ordinary points and of
singular points of first and of sec6nd kind.
2* Each open subdomain of I'- is called tube. If T is a tube, then
fr(T. P,) denotes the boundary of T with respect to P-
3. The semiintegral L*(Po) ib called asymptotic with respect to the
t
V +(P )C:T
ube T, if L
4. The point Po(tof x.*)qfr(T,Z) is called outlet point with respect to
and to the system (1), if to every integral L(t,? ) there is a
0
number 0such that L( E to - to),P,) r- T - S4 denotes the set 0-P
the outlet points. The point P 0(t0, Xo)Sfr (T,S--) is called rigorous
outlet point with respe-it to T,:L and to the system (1), if to every
integral L(t'P ) there is a number 7;~-O, such that
0
t
0 )It )PP )CT I L((t I t +;1 C- extT The set of the
0 0 0 0 0
rigorous outlet pcints is denoted by S.
~&Ile set A~-'B is called quasiretract of the set B, if there is a mapping
Card 2/4

On the analogue of the 'topological S/044/62/000/004/058/099
CIII/C333
and a set C ,A such that I .) K(P) = A , if P,~~ B ;2.) K(P) - P , if
?-'A ; 3-) the mapping K is continuous on the set C..
7or the systan. (1) the author constructs analogues of the basic theorems
W z
rT.'a ewski, e*go
C
Theorem a If S' - S and if the set Z is so that 1.) ZC-T- (Oot+001)+ S;
2.) Z-s is a quasiretract of 3 j 3.) Z-3 is not quasiretrac f Z,
then there exists at least ono point P. --~-Z-S such that one of the
semiintegrals L+ (PO) is asymptbtic with respect to the tube T.
The author gives sufficient conditions that to every number c0c.,
there is a ono-parameter family of solutions x(t) of the scalar
integra-differential equation
7
t I
d LX dx i dx
f t,X h t's,x 1x da
dt 9 t x (t)lx(s)ldt' is,
dt +
which satisfy the condition lim. x(t) a ; the number ol.is de-
t-A,00
Card 3/4

On the analogue of the topol6gical S/04 62/000/004/058/099
C1 1 IYC333
termined by the functions f,g,h.
lAbstraoter's note i Complete translation.!
Card 4/4
L/

5/830/62/000/001/010/012
Elll/E192
AUTHORSs Tikhomirov, V.B., Galkin, N.P.t and-Fedorpv
lnvestigation of mass exchange in a plate extraction
TITLEt
column with air mixing
SOURCEi Ekstraktsiya; teoriya, primeneniye, apparatura.
Ed. by A.P. Zefirov and M.M. Serlyavin.
Moscow, Gbsatomizdat, 1962, 21j-216
TEXTz The object of the investigation was to study the
separating capacity Qf a plate column with air mixing, on a a yx t erd t
water - nitric acid r4. uranyl nitrate - 20% solution of tri-butyl
pho.sphate in paraffin. Columns 50-200 mm'in diameter with working
sections 1000-3900 mm high were used. The sieve plates were
'without overflow tubes (at 100-mm spacings, free cross sectional
area 0-25 m2/m2, hole diameter 4-5 nun). The toi;al liquid flow was
20-24 m3/m2 hourl with a 2 s 1 organic s aqueous liquid ratio$
A maximum efficiency (minimum height equivalent of theoreticiLl,
stage, HETS) was found for each set of operating conditions 76elow,
the flooding value. With the total liquid flow of 24 m3/m2 fi.our
an air flow of about 65 m3/m2 hour gave maximum efficiency -
Card 1/2

S/83o/62/000/001/012/012
Investigation of mass exchange in .. Elll/E192
corresponding to an HETS of 900 mm. At lower liquid flows HETS
values of about 6oo-700 mm wore obtainable. Air mixing increased,
the efficiency 4-5 times to values characteristic of pulsating.
columns,. Sampling at various 2evels in the columns indicated
that air mixing gives a more uniform extraction efficiency over
the whole column height,
There are 3 figures*
it2
Card 2/2

210) 5(2) SOY/89-7-2-9/24
1UTHORSt Galkin, N. P., Tikhomirov, V. B., Goryaynov, N. Ye., Fedorov,
V. D.
TITLE: The Mechanism by Which a Liquid Is DiBpersed in a Plate Extractor
and Ways of Improving the Dispersion (Mekhanizm dispergirovaniya
zhidkostey v tarellehatom ekstraktore I sposob yego,intensifi-
katsii)
PERIODICILs Atomnaya energiya, 1959, Vol 7, Nr 2, PP 159.- 160 (USSR)
LBSTRACTt The difference between the normal and the better modified
version of the extractor consists in the fact that in the modi-
fied extraoto, an air inlet pipe is Installed beneath the inlet
for the light phase. This opening of %he pipe is in the center
of the column and is directed upwards. There are no overflow
pipes in the extractor. The whole stream has to pass thru the
openings in the plate. A stable operation of the column is en-
sured when the airflow moves at 0.03 m/s over the whole cross
section of the column. When the airconsumption increases, bubbles
form between the liquid drops and these bubbles reduce the
contact surface. The now column with the air agitation system
Card 112 incorporated, was tested with the following systems: water -

The Mechanism by Which a Liquid Is Dispersed in a Plate SOV/89-7-2-9/24
Extractor and Ways of Improving the Dispersion
nitric acid - pranyl nitrate - tributyl phosphate in petroleum.
The separation properties are approximately threetimes higher
than those of a normal column. The total liquid load can be
v 3o m3/m2 in case of an optimum air agitation. The dependency
of the extraction capacity upm. the intensity of the air agita-
tion was determined by experiment. The result is shown in a
diagram. The extraction loss ca4sed by the air stream is
negligibly small. There are 2 figures.
SUBMITTEDs March 31, 1959
Card 2/2

A-J-~0--. (Kookysi)
Uporimental ventriavlar fibril2ation and Its elimInation,
likopereWir...3 no,4159 il.-Ag 158 (KMA 11
(MM-DIMUM)

.1
GRIUM!, A.A. MOROV, V.D. (Moskva). \ '..,
, . 'N..IN
Hemodynamics and respiration during erperimental ~.vpothermla;
Ekspere kbire 3 no,5:56 S-0 158 (HIRA 11:11)
(HYPOTHERKA)
(RESPIRATION)
(CANDIOVASGULAR SYSTZX)

MOROV, V.D.
Problem of pulmonary hypertensions in mitral otenooia. Grud. kbir.
3 nos2119-23 161a (HIPA 1414)
(MITRLL VALVF~DISUSES) (HYPFJd=ION)
(PUMCNARY ARTEM-DISMES)

F ED0 ROVP V. D. (Moskva)
Measuring the pressure in the heart cavities and great vessels
during mitral comminsurotony (General evaluation of the method
.of eocamination and results, Kline med. ro.11:65-70 161.
(MIRA 14112)
1. Iz kliniki golitallnoy khirurgii Ischabnogo fakulfteta. (dir. -
Prof. V. S. Mayat II Moskovskogo meditsinskogo instituta imani
N. I. Pirogova.,
(HITRAL VALVE--SURWY) (BLOOD PRESSURE)

ORIDVY L.L.; AKIMOV, Yu.j.; SOWVoM, V.V., FEDOROVt V.D.
B&IllstOcardiograM of patients suffering from rhem&tic heart
disease. Vop.kard. 2-go WMl no.21155-176 162. (KMA 16d)
03ALLISTOCARDIOGRAPHY) (RHEUMATIC HEART DISEASE)

DRaV,-M.; NESTERENKO, N.A.; BULYCHEVj'V.V.; SOLOVIYEV, V.V.
YE
Mea sur ement of pressure In the cavities of the heart and large
vessels in acquired heart defects. Vop.kard. 2-go ?GMI no.2:
357-374 162. (MIRA 16i1)
1. 1z kafedry gospitallnoy Iddrurgii (zaveduyushchiy prof. V.S.
Mayat) i kafedry goopitallnoy terapii (zaveduyushchty chlen-
korrespondent AMN SSSR prof. P.Ye.Lukomskiy).
(BLOOD MMSM) (HWT.DISEASES)

AKIMOV, Yu.I.(MD9kva, G-165, Nutuzovokiy prosp., d. 39/30 kv.337); EEDOROV.
-IJL 1-5r
Comparison of the-electrokywgrapbic changes with the anatomical
and with the pressure in the left auricle and pulnonar7 arter7 in
mitral atenosis, Grud.khir. no.401-58 Jl-Ag 162.
(MIRA 15:10)
1. Iz gospitalIncy terapevticneskoy kliniki (dir. - chles-korr,
AMN SSSR prof. P.Ye,Lukomaskiy) i goopitallnoy kh:lrurgicheskoy
kliniki (dir. - prof. V.S.Phyat) II Hookovskogo m3ditsinskogo
institute, imeni N.I.PiroRova.
(ELECTROkbWMPHY)
(BLOOD FMSURE)
(PULMDNARY ARTERT)
(MITRAL VALVE-DISMES)

rmRov,. V.,
Some changen in cardiac activity in punctures of,its cavities
and large vessels during surgery. Xhirurgiia mo.41913-103 162.
(KM 15W
I* Is gospitallnoy khirurglobookoy kliniki (saT. - prof. V. S.
Maynt) Isobabnogo fakulltsta, 31 Moskovskogo meditsinskogo insti-
tuta, imeni N. I. Pirogova.
CMOMM VESMMS-,4URG3RY)
PUNCTUPXS(MZDIC3]M))
I

FMROVP V.D.j SNEGIREV, B.V.
Use of franWcin (-eonycin) in surgical practice. Ant"biotiki 8 no.12;
1116-1120 D 16,-;. ~MIRA 17.-10)
1. Gosr'tnllnaya khirurgicheskaya klinika lechebnogo fakullteta II
MoskovEkag:) meditsinskogo instituts, imeni. Firogova (',',ave-Frofe VeSt
Mayat) i Gorodskaya klinicheskaya bollnitsa No.59 (glavnyy vrach N.P.
Korzhenkov).

SHAPOSOIKOV, V.N., XMDRATITEVA, Te.1.0 YEDMW, T.D.
Studies on green sulfur bacteria of the generus Chloroblum.
[with summaz7 in Zngliahl. Xlkrobiologiia 27 no*53529~-535
B-0 158 (MIRA 11SI2)
1. Mookovskly gosudaretvannyy universitet imeni K.V* Lononosova;
(MLOROBMK, miture
thicoulfatophikam,, Isolation & properties (Ras))
2-0 4--k2--Z

fJ7(2) SOV/20-123-2-43/50
AUTHORS: Kondratlyeva, Ye. N -D-.,-Greshnykh, K. P.
TITLE: On the Investigation of -the Morphology of the Chlorobium Thio-
sulfatophilum (K izuoheniyu morfologii Chlorobium thio-
oulfatophilum)
PERIODICAL: Doklady Akademii nauk SSSR, 1958, Vol 123, Nr 2, PP 365-365
(USSR)
ABSTRACT: 4 samples of green sulphur bacteria were extracted from inland
waters (2,from fresh-water deposits, 2 fron salt lakes). As
they all were oxidizing hydrogen sulfide as well as thiosulfate
they were identified as the species mentioned in the title. The
2 zamples from salt water utilized also molecular hydrogen at
'the CO 2- photoreduction procesB. The nutrient media (according
to raference 3 as well as for example with pH 6 and 0.2%
Na2S.9H 20) did not cause a change in shape of the bacteria.
They were ellipsoidal or short rod-shaped, 0.7-0.8 to 1-1-51A
long and inelastic. They often formed chains differing in length.
Exceptionally long chains are formed in liquid media with a low
Card 112 pH and in the mass of agar. But it was always possible to de-

SOY/'20-123-2-43/50
On the Investigation of the Morphology of the Chlorobium Thiosulfatophilum
termine by staining that these long forms consisted of indi-
vidual small cello of sometimes nearly round shape. Some other
forms (Refs 1,3,4,6) were not observed. Thujj the results of the
authors agree with those of Bie%nell (Biknel) (Ref 2), who has
found only ellipsoidal forms in his culturen. Figure 1 (Table
on page 256) shows the typical cell-form of the bacteria men-
tioned (photographed by T. P. Filippova, and L. V. Lazareva).
There'gre 1 figure and 6 references, I of which is Soviet.
ASSOCIATIONt Mookovskiy gosudarstvennyy univereitat im. It. V. Lomonosova
(Moscow State University imeni V. V. Lomonosov)
PRESENTED: July 3, 1958, by V. N. Shaposhnikov, Academician
SUBMITTED: April 4, 1958
Card 2/2

17(2)
AUTHORt Fedorov, V. D. SCV/20-126-2-50/64
TITLEs Polyphosphates of.Photosynthesizing Bacteria
(Polifoofaty fotosintezixuyushchikh bakteriy)
PERIODICAL: Moklady Akademii nauk SSSRp 1959, Vol 126# Nr 2,
PP 406-409 (USSR)
ABSTRACTo Until Mw polyphoophates have been determined in several
lower organisms (bacteria, fungi, algae).They play an
important role in the intracellular phosphorus transformations
and energetic cell processes (Ref's 1 - 3 et al). Therefore
it is of special interest to clarify the participation
of polyphosphates in the process of bacterial photosynthesis.
Not only certain data are miuaing on the this subject but
also their very existence so mentioned in -the title was
never proven (Refs 4 - 6). For this reason the author
experimented with direct chemical methods. Pure cultures of
Chlorobium thiosulphatophilum (Chlorobacteriaceae), chromatium,
breed K (Thiorhodaceae) and Rhc!opseudomonas palustris
(Athiorho'daceae) were used for this purpose. All of them
were cultivated under dna-arobic conditions at constant
Card 1/3 illumination for 24 hours (media according to ReJb 7 and 8)_

Polyphosphates of Photosynthesizing Bacteria SOV/20-126-2-50/64
Card 2/3
Table 1 gives the results obtained in the determinations
of polyphosphates in the acid-soluble and acid-insoluble
fraction. Table 2 gives data on the change of the
polyphosphate content conditioned by age in these two
fractions of Chl. thioaulphatophilum culture. The results
obtained prove that the maximum accumulation of the labile
phosphorus takes place during the stationary growth phase
in which the processes of the cell synthesis are slowed
down. During the phase of logarithmic growth a remarkable
accumulation of polyphosphates ii; prevented by intensive
synthetic processes. The analyt-f-.al results obta4ned in
the present paper refer to the presence of polyp..osphates in
the cells of the 3 reprecentativos investigated of three
different familiea of photo9jaithe-,Izing bacteria. There are
reasons for the assumption that polyphosphates of the acid-
-soluble fraction are on the whole low-polymeric. The
investigation of changes in the polyphosphate content of
various fractions caused by age confirms the regularities
earlier determined in other organisms. Prof. A. N. Belozerskiy
and A. S. Spirin assisted in the work and L S. Kulsyev
participqted as an advisor. There are 2 tattles and 12

Polyphosphates of Photosynthesizing Bacteria SDV/20-126-2-501,64
references, I of which is Soviet.
ASSOCIATIONt Moskovskiy gosudarstvennyy universitet im,. M. V. Lomonosova
(Moscow State University imeni M. V. Lomonosov)
PRESENTED3 February 18g 1959, by V. N. Shaposhnikovs Academician
SUBMITTEDs February 17t 1959
Card 3/3

SHAPOSIHNIKOVI V"N'j (-FP "V#
Study of phosphorus metabolimIn the green photosynthatizing sulfur
bacteria and its :relation to carbon dioxide fixation,, Biokhimila 25
no. 3t487495 14%-~ 160. 14:4)
1. Biological Facultyp State Universitys Moscow*
(BACT14Ut SULFUR) (PHOSPHORUS METABOLISM) (PHOTOSYNTHESIS)

'--~SDOROVI V*D*
Characteristics of the utili*ltion of various substimces in the
energy metabolism of micro-organimms. Biul. MOIP. W. biol. 65
no. 4t147-148 Jl-Ag 160, (MIU l3ilO)
(HIClW-0PWANNMS) (METABOLISM)

FEDOROV, V. Nip CAND 810-3039 PHOSPHORUS METABOLISM Of
GREEN $.ULfUR161ACTCRIA IN RELATION TO THE PpOTOAS&kMILAT%ON
I t! I I i --V f1CL---
Of CAneoN oloxlDzo Moscowt 1961. (INST M OROB~CV!,A Sol
USSR)e (KLI, 2-61# 205).
-100-

TELITCHENKO, M.M.; DAVYDOVA, N.V.; FEDOROV, V.D.
Interrelationship of algae and micro-organisms. Report No. 2:
Effect of developing cultures of the protococcal algae Chlorella
vulgaris and Scenedesmus obliquus on the survival of the mouse
typhoid bacillus Salmonella typhimurium. Nauch.dokl.vys.shkoly;
biol.nauki no.4:157-163 162. (MIRA 15:10)
1. Rekomendovana kafedroy gidrobiologii Moskovskogo gosudarstven-
nogo universiteta, im. Lomonosova.
(SALMNELLA TYPHIMURIUM) (ALGAE)

FEDOIIDV, V.D.; KUSHNERO S.G.; TELITCHENKOp M,F'.
Interrelatione between algae and micrc-organis~ns. Part 1. Effect
of deileloping culturea of the Imotococcal algae Chlorella vulgaris
and Scenedesmus obliquus on the am-vival of Sid*khia co3i.
Rauch. dokl. vya. ahkoly; biol.. nauki no.2sI60-165 162. (MIRA 15*-5)
1. Rekomandovana kafedroy gidrobiologii Moskovskogo gosudarstvennogo
universiteta, im. M.Lomonosova.
(ESCIMCHIA COLI) (A=)

GUSEVI M.V.;. FEDOROVp V4,,
TriphwWl-tetrasolium chlride study of the condition 9f morpho-
logically differentiated cells in developing culturee of blub-
green algae#" Mikrobiologiia 31 no.334778-481 MY-Je ,62.
(K[RA 15:12)
1. kologo-podhvennyy fakulltat Hoskovskogo gosudarstvennogo
universitete. imeni Lamonosova.
(ALGAF--CULTURES AND CULTURE MEDTJ,)(TETRAZOLIUM COMPOUNDS)

FEDOROV V D
Characteristics of the dying off of cello in =Itiplying cultures of
the blue-green algae Anabaena variabiles and Amorj&cnostoo
punctiforme. Dokl. AN SSSR. 244 no.6: 1390-1383 A 162. (KM 15t6)
-1, Hookovokiy goisudarstvezroT univerbitet, imo II*V.Iomonoaovu
Predotavlano akad. V.N.Shaposhbikovymo
(Algae-4ultures and culture iradia)

7ELITCHISNICO, M.M.; FEMOV, V.D.
Problerm of Interrelations between &leas and bacteria in bodies
of water. Biul.MDIP.Otd.bioi. 67 'nc),3jl4&-149 V-js 162.
(KM 15: U)
Wgae) (W4~-Microtdology)

FEWROV, V.D.
Characte ristion of the dying of cons in reproducing cultures of
blue-green algae. Blul.MOMOtd.biol. 67 no.3sl49-150 Yq-Je 162.
(KcRA 15M)
~4gae7-~ulturee and culturo'media.)
vF.

GUSEV, M.V.; FEDCROV V D
Studying the state of morphologically differentiated cells in the
deieloping matures of blue-green algas by the use, of triphanyl-
tatrazols chloride. Biul.MOIP*Otd.'biol. 67 no.3sl51-152. It-JO 162,
(XDIA 15: 11)
(Tetrazolium compounds) (Algae-Cultures and culture md:Ca)'
z__ dor--aw."

JEDOROV V.D.; GUSEV, M.V.; SOKOLOV, L.I.; SOLIVO-DOBROVOLISKIY, L.B.;
1(61~1110VSKIYI K.M.; MUNOVt-G.S.; CHAYKIN, I. Ya.;
RAZNOSHCHIK, V.V.; SPANOVSKiYA, V.D.; GRIGOTIASH, Ir.A.;
MARKOVA, K.P.; MAKSIMOV, V.N.; TELITCIMNKO, M.M.; LEVSHINA,
N.A.
Supplement. V.D.Fedorov and others. Blul. MDIP.,-01,,d. biol.
69 no. 3:158-166 MY-Je 164. (HIRA 17:7)

FEDORGV V D
red.; TELITCMMKO, M.M., red.; E24DELIM., G.11.1,
ved. red.
(Biology of the blue-green algae] Biologiia sinozelerqkh
vodoroslei. Moskvao Izd-vo Mosk. univ.,, 1964. 162 p.
(MIRA :18:5)
1, Moskovskoye obshchestvo ispyUteley prirody. Sektsiya
gidrobiologii i Mtiologii.

FEDOROV V.D.; MAKSIMOV, V.N.
Metabolism of sulfur compounds In cultures of photoaynthetizing
green sulfur bacteria Chlorobium t-hiosulphato.-philum. Dokl. AN
SSSR 160 no.5:1185-1186 F 165.
(MIRA 18:2)
1. Moskovskiy gosudaretvennyy universitet. -Submitted June 8, 1964.

-2 JK
I3~1'2~66 - A( WA'(b)
ly
AC04SION XR: A~~009230 S/0Pp/65/16l/0O1/O22V0227
A.UTHOR:._Fq4oroj,.Vi ;.3~onioheval G, A,
TITLE: Phospholipidd -of -photo synthe s# ing tul'9341tatum
green sulfur bacteria
SOURCE; AN -227
SSSH*,Dok1adyj.v. 1619 no. Is 196c:0 224
TOPIC TAGS: Qa9rim th oaulfatm-n,, bacteria
L s
phospholipidp b%t1t;u)?e mbft4DdA\cKurne1 fluctuations ligpht brightness
A13STRACT: Phospholipid compo -sition-of green sulfur bacteria and
1,11pid changes-under conditions of light and darkness were investiga-
ted. Pure cultures of Qhlotoblpm IlMll'i to green sulfur
0
were ine 130IMe I 'P
ibeicteria ubated bri d Cl- ju under anaerobic
'conditions vith alternating periods ot li&.t and darkness. After 2-3
jdays -all the oulturos were mixed -together in a sterile flasky- one
I'third of the inixture was'taken for analys1s; (I light sample)s and the
remaining two.thtrds were poured into, jars and exposed to darkW13s
Ifor 48 hre, Men half the mixture waa taken for analysis (darkness,
!sample) and the remaining half was exposed to light for 46 hrs and
janaly;ed (11 light sample)6 Following precipibation and-filtering-of
1 Caid 1/2

L 3212 -66
JACCTSSION NR: AP5009230''
lbacteria.9 ~biomasa .-volume _w-as measuredif -Lipids were extracted from-
icells destroye4 by-dodeoyl sulfate.mh,tch proved to be the most
:effective agent, Chemical methodsp paper chromatography, and spoctro-
*photometry were used to determine phospholipid composition and
~changes. Inos:ttolphosphatido,.spbingomyelin, serinphosphatide,
irleucethinj and phosphatide acid were found In the phospholipid
~fractions of tile, green sulfur badteri.Ex.- Ito mat-ked differences were
,:found in samplos exposed to different IiSht couditions, This shows
,that phospholipids cannot be consider-Dift as mobile reserves of organic
'substexices exponded during dark reactions of endogenaas substrate
'decomposition. The authors suggest taat the Vhospholipids are not
A readily evnilable reservo dependent on diurnELI fluctuationsp but are
obilized 0 with prolonged Incubation of phDtOsynthesizing,
organis= darIcness or under other unf avorabie conditions, Orige
0t_._Fa__s.& 2 tables and 1 figures
1A
SSOCIATIONt None*
DBMITTZD:).Vjun6k ENOL:
00 SUB CODE: LS
'F_
MW SOVI'-.001, 008
Card

L 13076-66
-SOURCE-ODDE: - UR/0020/65/165/003/0696/0689
ACC NR AP.50128916
-AUTHOR: Kor0y V G (Corresponding member AN SS1811); Makelmov, N. N.;
Xedorov, V. D.
-ORG: Moscow State.-Univerigity-.Im.-M.-V.--Imionooov-(Mqokovalidy gosudarstvennyy_._,_,_._
universitet)
TITLE: -Selection of an optimum compoi3itton of the medium for the photosynthesis of
mat ematical
green serous bacteria Chloroblum thlosulphati.7philum using methods of h
A_.
planning of experiments
SOURCE: AN SSSR. Doklady, v. 165, no. 3, 196 5, 686-689
TOPIC TAGS: bacteria, bacteriol -00, photosynthesi9,c-,W1'W6#J'- e'0071Vz, rOA)
V
ABSTRACT; _The~attainment of a large y1el&of_& givett Babterial culture can be achle ed
by the proper selection of the optimum meditim for the ty1v of organisms' un erstu4y.
Generally, three problems should be solved: 1) select from the totality of n factors 0
nly
-those the concentration of which significantly affects the- 31,nld of the culture; 2) establish
the optimum qualitative relationships among the selected significant and possibly--*
Ca,,j 1/3 UDC: 670.851.222

L~ 13076."
ACC NR: AP50289161
-interacting. factors; and -3) eliminate aurplunes In the concentration of nonessential factors
with optimum combination of essential components. The optimum composition of the
J
madium for the Chlorobiwn thiosulphatophilum bacteria was selected by the method of - - ! -
random balance (T. $. Budno, Tedmometriiw, 1, No. 2, 139, 1959). A modified Larsen
medium (H. lArsen, J. - Bacteriol, 64, 187 1952) wasused as the base. The optimum
combinaUc:j of the selected factors was perfarmed folloving the method of steepest
ascent. After reducing the excess concentrations, the jiutht)rs obtained an optimum
-medium,-. shown in Table - ii -yiekUng 3 times as many bacterki as the - Larsen medium.- -
--- Table 1. --~-Mmy stuwo Wrenit meda (in EW 1) -
;YKA. P wvdg~-"~, Red
"~CK% NSA
Um.-
Optimian mWI , * ~:' - 100
too,.- X1
Larsen medium
1000, 2M~ sm.,'C. tow MO -1000'..or so am is

FEWOV, V. F.
Fedgrov, V.F. 'The BalaVsk deposit of kaolin in Western Siberia.w in
eMoslum: Syrlyevyye resursy tonkokeram. prometi SSSR A putt ikh
ispoll2ovanlya, Moscow-LeninVad, 1948, p. 215-23
SO: U-2888, Letopis ZhurnalInykh Statey, No. 1,1949
vl~ I U-1-11-1

AUTHORSt Fedorov, V.F.#, Troitskiy, A.V.

TITLE: A More Comtlete and Effective Use of Mineral Deposits in the
USSR (Polneye-i ratsionallneye ispol~zovitl rudnv-.,e ~,oga-.,s"VA
SSSR)
PERIODICAL: Gornyy zhurnal, 1958, Nr 9, pp
ABSTRACT: The output of diff,~:rent ores will be increased in the next 15
yearsv in ac-cordan::e with orders Issued by the Party and the
government. New large processing plants and mines will be put
,into operation, and processing methods of Complex utilization
of ores will be improved and -codernized. Very often rare nnd
precious minerals are lost during dressirg operations of
ferrous and non-ferrous ores, In the 'pre-sen'. level of tech-
nology, many of the comDonents are! extracted but in general
the level of complex utilizPtion of Fill components of the ores
is still very,low. During prospecting operations, these rare
additional components are not tekEin into considerr-tion and the
Gosudarstvennsya komissiyp ro zapfisam - GF'~' (The State Com-
mission on Reserves - GKZ) cannot evalui-,P comrletely ~he re-
serves because of a lack of inforciation on the ndditional -o!~!_
ponent. The authors cite many canes where the i3tilization of
Card 112 various additional components was made impossible in adequPme

SW-127- 1/2C
A More Completo And Effective Use of Mine .rol Deposits in the
Analyzing Apparatuses. In other regions -where ore concentra-
tion plants were to be built, their construction w9s ielayed far
too long. The authors appeal to different geolog,_csl workers
and to all institutions concerned with sjeh ta3ks to incregse
their efforts and to find new methods and proce,17es for com-
plex utilization of all composite ores.
There are 2 Soviet references,
1. Mining industry-USSR 2. Ores-Production 3. Ores,-Prcr_~,F,;~-
Card 212

FEDOROVS V.F.
Precast blook-construetion of an underground reinforced concrete
vater tank. Vod. i Opm6 takh. no.8:18-Q1 Ag 161. (MM 14-9)
(Tanks)
(Precast concrete construction)

URUS.OV# I*D?# doktor.tokhn.tauk; FEDULOV,.L.N.,, inzh,j MOROV, V.F.,
in2h.
Artificial damping irL large symhrmmt -chin# a. Blektrichostvo
no.,7.*13-28 J11-161. (tan 14:9)
(Blectric machineryj, 313yuchronouis)

FEDOROV, VFt inzhe
Conoerning the term "Shielded electrical motor." glektro-
tekhnika 34 w.2-102 N 163.* (MIRA 17:2)

TSUK~~,IA'I, b.S.; PIHIGILVA, A."
FED 0 F OV , y L Q.
1-11obile mill for the manafacture and instialation of pipes. Gaz.
delo. no.12s52-55 163. (I,,fIHA 17:30)
1. MentralljVy nauchno-issledovatellsAy institut takhn:Lko-ekonomi-
chesk-Ulch issladovaniy po noftyanoy, neftokhimicheskoy i [-;azovoy prorV-
shlennosti,

FEDDROV V.F.; SHUROVSKIY, V.
Increasing the power of two gas-turbine units. Gaz. delo no.
3:43-46 164. (MIRA 1?tO

ZEMOTSKrr, A.A., insh,; ITANDT, XA,O inshe; JSWROT, Tel. g inshe
Instrument for the deterplAstlon of tbe nonuafforsdty of
ma,ohine performe6noso Isv*vys*uchab*%lav9; gor,zhur. no-72
117-120 160q, KRA 1387)
1. Chelyabluskiy nauchno-iseledovatellskly Inatitut gornogo
del&* 'Rekomendovaia lafeclroy obehohey alaktrotekbulki
ByardlOVSkDgO gornogo institatas
(machiner7, Xinematics of)
4v

GALATET, K.Z., dots.;IXON-C-ROY, Y.F., nekhanik
DS-2.dynamometer-tranamitters for modeling rock pressure by the
equivalent materials method. Gor.shar. i2o.9:75 3 '60.
(MIRA 13:9)
1. Leningradekiy gorn)7 institut.
(Rock pressure) (Geological modeling)

FEDOROV inzb.
Automatic.control. of the "ration of large jaw crushers in
ore-dressIng and crushing-sorting plants. Izv. vys. ucheb. zavj
gore zhur. no.5:173-176 161. (MM 16:7)
1. Gbelyabinskiy institut gornogo dolim, Rakowndovana Imfedrvy
avtmat12at8ii proizvodstvennykh protsessov. Sverdlovskogo
gornogo instituta.
machinerT)
C=Jgc control
JA

---FEDOROV, V.F., inzh.
Static touching moment of jaw crushers. Izv. vys. ucheb.
zav.; gor. 2,huro 5 no.3:138-142 162. (MIRA 15;7)
1. Chelyabinakiy nauchno-issledovatellskiy Jnstitut gornogo
dela, Rokmandovana kafedroy gornoy cilektrotekhniki Sverdlovskogo
gornogo institutao
(Crushing machinery)
00- 111-M

FEDOROV; V.F.~ insh.
lmlxmving the operating indices of lixge jaw crushers. Izv.vya.
uchisbozave; goresbur, .-5 noe9:154-156 162, (MIR& 15311)
1. Ch slyabinakiy nauchno-iseledovateltakiy institut gornogo dela.
Rekomendavana kafedroy avtomatizatoil proinvodotvennykh protseaBov
~verdlovskogo gornogo inatituta.
(Crushing machinery)

IIEDORM, V.F., inzh.
~Automation of large jaw crushers. Mekh.i avtom.proizv.
16 no.10:11-13 0 162. (MIRA 15: 11)
. .(Crushing machinery)
I . (Automation)

FEDOROVO V.F.p inzh.
Drive of large jmi crushers. Makh.stroi. 19 no.12tl3.14 D 162.
(KIRA l5sl2)
(Crushing mobiner7)

,FMROV Fo insh,
.~~~.V..F
Concerning the artio2v "Torninolog)r in the field of airtight
ohemloal-technologioal xaohinM and apparatus." Khim. i
neft. mahinostr. no.3t44 S 164. (KMA 17 112)

FEDOROV jj.,O kando teklin, nau~; ZIIUKOIPjKIY, A.A., inzh.
Apparatus for detarmining the efficiency of the motor of an electrin
dr;Lve. Izv.vys.-uchebszav*;9or#zhur* 7 no.6:88-92 164.
(HIRA l7tl2)
1. Sverdlovskiv gornyy inatitut imeni V,V.Vakhrusheva (for Podorov).
2.. NIIOGR (for Mnkavakly). Rakomendovana Kafedroy avtamtAzatsii
proizvodatvenn,vkh,protsessov Sverdlevskogo gornogo instituta Imeni
V.V.Vakhrusheva.

CMLNOUSOV, N.P.; K-UTIN, A.N.; FXWIIOV V F.; KOZUL1N, III.A.,
doktor tekhn. nauk, prod-. I-e-
.. re s W2;ent
[Air-ti ht chemical and technological machinery and ap-
paratual GermetichesiAe khimiko-tokhnologicheskie ma-
shirW i apparaty. Mciskva.. Mashincistroenle, 1965. 351 P.
-(PIRA 18t7)

_L ~171=66 EWT(1)/ZPA(v
ACC MR: AP5024577. SOURCE COJC8:, UR/0292/65/000/009/00181009
4.1
AUTHOR: Berizer. A. Ya. iProf.'); V63yako, I. M. Engr.); F0dorov,.1...F._(Engr.);
Fomenko Yu., A, (Engr Oranskii M. I. ~Candidate of technical sciences
ORO: none
TITLE: Induction motors with protective enclosvxes
.SOURCEi Elektrotekhnika, no. .9j, 1965, 18-19
:1.'OPIC TAGS.- induction motor ~t Lk 'k
-ABSTRACT: - The- i~duetion_ motors wh6m stator_ winding- and sometimes also-the.
are ]ftotected agai nst corrosive 1, medium by a~~nonmagnetic-waterial enclosure are
considered. Simple formulas based on an equivalent circuit are offered which allow
*for tho variation of-motor charactoristics due to the presence of -c-he enclosure,
.Three induction mo-tors-(A51-4, A5Z an"d'A-0-2) equipped with IKhl&k.19T stairOess-7..
49
steel enclosures of different thiclaiesses ard 1Lengths were tested at 50 cps; also
--- of - thei motors -was--tasted -with osu're-. -These - conclus ions -are- reportedt
The-loss'es-:in--the special-endlosure movorT`, are higher-and their specific__-_-
-moto]
_Pawer is-lower-than those of -conv6fitional !S;--(2) Protective-enclosures having-,,--,,-
1- Card 1/2 UDCi 621-313-333.2
q0t I f.~5

FEECROV I 'V.F., dotsent; PROKOFIYITp Ye.V.,, Inzh,
Fxperimental results of the adjuatment of a two-angine oleotric
drive of a superheavy conveyer. lzv. vys. ticheb. zav.;,gor,
zhur. 8 no.7:167-169 t65. (MIRA 180)
1. Sverdlovskiy gornyy Institut 'Imeni Vakhrushrva. Rekcmendovan4..
kafedray avtomatizatsil prnizvodotvarnykh protsessov.

FADORDV, Vj., Inshe3mrs
Una of ultrasonic vaves for detecting dofects. Rachtrazop. 15 ".2:28-29
7 156. (Km 916)
(Ultrasonic wavea-Initustrial. applications) (Ketala--Defects)

POPOV, Aleksandr A;6a toll yeriah; KRUTIN. kI.I., rateen2ent; YXD
R"Y11*21i: -0
or . r 8
rotoenzent; LIOUPITAVSKIY, T9.3., red.; JBIRLIN.
TSVHTKOVA, B.T., tsklin,red,
[Internal combustion marine engines] Sudovye dvigateli vnutrennego
egoreniiao Moskva. Isd-vo 'Rechaoi transport," 1957 426 p.
(Herine, engines) NDU 11:2)

YBDOROTO Vas &#,-XOIOOORTSW, P.Ta.. red.; SINUIETUff,
. 0, imb., reteenzart; POLTAVTSW, A.Ye., inzb., retsenzent;
VITASfMNA. S.A., red. izd-va; YERKODTA, T.T., takhn.red,
[3team bollere and engInes for river vessels] RechzWe parovye
ketly I mebimy. Moskva. Izd-vo ORecbsoi transport,* Pt.2.
1958. 312 P. ()GRA 12:1)
(Boilers, Marins) Okrine engines)
n

FEDO 2Y.-Yujjl_y Fedorovichl SIZYKH :V,.A- -Metponsent; KOXONOV, M.F.,
- P :wk ,
retsenzentj ARIM,'Yu.K.,, red.; SKOBILING, L.P., red. izd-
val RIDNAYA, red.
[organization and toobnology of ship repairs] OrganizatBiia i
tekhnologiia.sudoretsonta. Moalcva, Izd-vo "Reohnoi transport,"
1963. 263 p. (MIRA 160)
(Ships-Maintenance and repair)

BENUA, F.F.; DUKOR, Z.G.; UYUSHRIKOV, I.S.; KONSTAPTINOV, V.P.;
KOTLYAR, D.I.; MMGV~ N.K.; FRAYSMAN, A.D.; SERGEYEV,
V.I.; TRUFANOVj V.G*;,,,rF U~M,11, S.R.;
qAqy~. V..F.; FR
4
CHMTKOV, Kh.A.; SHIBANOV., B#Vo; CHWOVj M.I., red.;
VITASHMA, S.A.j, redAzd-va; BODROVA) V,A.) tekhn. red.
(Handbook an ship repairs in two volumes) Spravochnik po
remontu sudov v dvukh tomakh. Pod obshchei red. M.I.
Chernova. Moskva, Izd-vo "Rechnoi transport." Vol.l. 1963.
550 P- (Ships-Maintenance and repair) (MRA 16:12)
(Marine engineering-Handbooks., manuals, etc.)

BENUA, F.F.; DUKOR, Z.G.; KLYUSHFNKOV, I.S.; KONSTANTINOV, V.P.;
KATLER, A.I.; MAYKOV, N.K.; PFATSMAN, A.D.j SERGEYEV, V.I.;
TRUFANOV, V.G.; Wil A A c FRUMIN, S.R.; CHERTKOV, Kh.A.;
SHIBANOV, B.V.) ~i A., red.izd-va; CHERNOV,M.I.,
red.; BODROVA, V.A., tekhn. red.
[Handbook on s4lp repairs in two volumes] SpravocWk po
remontu sudov v dvukh tomakh. Pod obahchel red. M.I.Chernova.
Moskva, Izd-yo ffRechnoi transport." Vol.2. 1963. 600 p.
(Shipa-Maintenance and repair) (MIRA 16:9)

AC" NRt AP7012399
--- Ult/029Z/ 6710001001-10022 fGO2 30~-
SOURCL-CovZ:
AUTHORt Fedorov, V*-F.'(Candidate of technical Sciences); Bannikov# E. Ve 'i
"l. '(Eng1neerY__'_'_
ORG: none
TITLE*. Application of nonlinear resistance the excitation circuit of
a synchronous machine
SOURCEt 'Elaktrotekhn1ka,.no. 1, 19670 22-25 1
TOPIC TAGS% electric resistance, electronic itrcult, electric machine
SUB CODE: 13,09
ABSTMCT: 'Test with seleniung resistances, consisting of 150 parallel
discs of 50, 70, and 130 mm diameter and thicknesses ranging from 5 - 12 mm,
-show that ci selenium resistance permanently cut in the excitation circuit of
synchronous,machines providei an effective protection against overload and at
the came time permits asynchronaus.starting q~ synchronous machines.
For an efficient and economical operatdon,the nonlinear resistance
should 'have a nonlinearity coefficient between 5.5 and 6.6. At these values
the-nonlinear resistance decreqses.morA ~Iyw PO times for a voltage increase
621.313.322,
c6m 1/2
0on ap
=4

Acc Npu AV/=99
of 2.25'to 2.5 times., The test data vas oanfirmed by calculations on a.
di It 1, cwputeri~'_Orig.! artolhisu', 7- f.1gure#9:4'formulas AndI table*
PSI -
j!F
2
7"
51
S'I
N- x;; lit.

FEDOROV, V~F.
Ufact of' arLiflels'll damping on synchrcnizing and a9yn,?hr4nvus
mownts of a ayachr:)tcus sacnIne, rab. po vop. alektrc--
wkb, na.INIM-174 163. ~O Wlk DO)

IVEDOROVP- VqF0
Concerning the possibility of using lin4ized equations in ths
an. ElektriAestvo no.lOsl8-
theory of synchronous siachin
20 0 164. (MIRA 17j12)

FEDOMY.-BAdimic-Georgl,vayi.cb[FadorDv, V.H.],- KARPOVA, L.I., inzh.,
rateenzentj UAINVK, 0.0., insh., red. izd-val
STARODUB, T.O., tekhn. red.
(Rayon spinnint]Frladinnia vlakoshoho ohovku. Ky-iv, Dersh-
tekhvyday URSR., 1962. 76 pe (MIRA 160)
:kRayon spinrLing)

RZOIFLV, V.G.
adaptation of some nollL jIm to the 1:.p of wcter resarvoirs.
Zcol. z1ax. 40 no. 1:133 Ja 161. OT-JI 14:2)
1. Agricultural Institute, Omsk.
(Omsk Province-41ollusks) (Adaptation (Diolog;y

Y EM OLAYEVA, L.M.; FEDOROV, V.G.
Effect of gibber~e on the development of algae. Nauch. dokl.
vys. chkoly; biol. nauki no.1:133-135 164. (MIRA'17:4)
1. Rekomendovana kafedroy obahchey biologii OmBkogo meditsinskogo
inBtituta.

FUDOROV y V. 0.
"Data ozi the Fauna-and Phenology of Mosquitoea (Dipters., Culicidae) in the
Area of Chkalov.." Ent. ob.., 31,, No-3., 1951

FOCROT, V,G,
Iffect of certain external factors on the devolopment of eggs of the
[vith linglish sumary In insert].
ta~oioim Diphy-Ilabothrium latum L*
zool.%hur.35 .5 -.65z-656 my 156. (mm Q:g)
1,Kafedra absbphey bi6loiti Omsksgo maditsinakego instituta imeni
M, Lwilkina.
(TAPWCBNB)

C7~-Aoccy,
YACROV, V.G.
Carrying of helminth egl; by flies in Omsk. Hed.paras. i parsa.bol.
suPpliament to no-1:73 7. (HIU 11:1)
1- 111 kafO&17 obahchey biologii Ojeskogo maditeinelcogo institute
(OK-p[-Wmw, nff%STINAL AND PARASITIC)
(YL*M$ od~ UnUM OF DISHAS

ALIFANOVp V.I.j LAMINA# T,,W.; NBTSKIYp 0.1,;.~MROV V.0.
J-
Experimental data on the role of the Gama idae in the traim-,
misoion cd! tick-borme mopbalitio and Ocak hemcrrhagic favor
viruses. Hed.parasaiparaos-bol, 30 no*ls2446 ja 161.
(KM 143)
1. Is Nambno-4asladovatellakogo izwtituta prjzVdnOOObmwov7kb
infektaii Hinisteretya siravookhranonlya. RSM V 6;~io Idir.
instituta GbVe KormUolm),
(KPIDSHIC HMOMIMIC m (ENMVMTIB)
(MITM. AS CARRIM Ur DISMS)

ALIFANOV) V.I.; NETSPTp Me) ROMIMaj, O-V,; F=W-Ys,,Y-~-Gq
Data on the,epidemiological prognosis of Omsk hemorrhagic
I. fever. Meds'parazo i.paras. bol. 32 no.5-2621 S-Ot63
(KCRA 16:12)
11. Iz nauclilio isele'dovateltakogo instituta prirodnoochagoTykh
I
!infektsiy (diro G.V. Kornilova) Ministerstva, zdravooichrananiya.9
:RSFSR,, OmBk,.

YMMOLAYEVA, T,.X..UjJ".,CROV V,O.
I~Pief survey of ressaroh on the algal population of the ponds of Western
Siberias Trud.,r TSSBS no..8t19-20 t64o (MIRA 18o)
RM-MMM

#I--- t" of 6 R e V)G I
AUTHORS: Tychinskiy, V.P. , and.redorov, V.G. 109-10-16/19
TITLE; Frequency Changing in a Travelling=Wave Tube Fitted with a
Drift Tube (Preobrazovaniye chastoty v LBV s trubkoy dreyfa)
PERIODICAL: Radioteh:hnika i Blektronika, 195?,,vol.li DO 10
pp. 06 - 1307 iUiAR).
ABSTRACT: It was shown earlier by one of tte authors (Radiotekhnika
i Elektronika, 1956, V01-I, No-12, P-1525) that if the poten-
tial of the drift t4e in a travelling-wave tube is varied in
accordance with the hyperbolic law as given by Eq.(1) the
change of frequency in the tube is exi?ressed by Eq.(2~ where
e- is length of the drift tube, v. is the electron velocity
and a is the rate of change of the
Some experiments were carried out on
and it was found that the change in
occur and that; Eqs.(l) and (2) were
SUBMITTED: March 12, 195?-
drift tube potential.
a tube having e- 15-7 cm
frequency did, in fact,
accurate to within 6%.
AVAILABLE'. Library of Congress.
Card 1/1

GERASHCHEMp Oleg Arkadlyevich, kand. tekhn. nauk; E&WMI,-UAdIAir
Gavrilovich, inzho;*MDRDVINOVA, N.P., insh., ved. red.;
10WHIM&I-1,-TO.M., in*h.,, red.; SORDKIM, T.M., takhn. red.
(Heat flow tranisducerejDatchik teplovogo potoka. Moskyap Filial
Vase, in-ta nauahn. i tekha. informataii,, 1958. 10 p. (Peredovoi
nauabno-tekhniolisakii I pr9izwdvtve=yi opyt. Tema 34. No.P-58-
80/8) (MIIRA 16:3)
(Transducers) (Heat-Transmission) (Heat exchangers)

BOV/109-59-4-2-12/27
AUTHORS: Tychinakiy, V.P., and.Pedorov., V.G.
,TITLE: A Travelling-Wave Tube Oscillator with an Electronic
Phase Shifter (G)nerator na lampe begushchey volny s
elektronnym f azo,rrashchatelem)
PERIODICAL:Radiotekhaika i 191ektronika, 1959, Vol 4, Nr 2,,
pp 2241-245 (USSR.)
ABSTRACT: In 1950 one of the authors proposed a method of the
electronic tuning of U.H.F. oscillators by employing
an electronic phitse shifter, which is in the form of a
drift tube having a variable potential; such a drift tube
is inserted betwoen two sections of a slow-wave system.
The resulting oscillator is shown in Fig 1. The wavelength
generated by the oscillator can be expressed by:
= ~X(l + W-1/2) (4)
1
.0 no
where
k (1 +
Card 1/3

SOV/109-59-4-2-12/27
A Travelling-Wave Tube Oscillator with an Electronic Phase Shifter
In Eq (4) and (5), the parameter L?,-- L + LMl + L2a2
0
where LO is the length of the feedback path,
L and L2 is the length of the helix andt is the length of
tL phase shifter (S'oe Fig I)-, ml and m2 are the delay
coefficients of the two helices; no is the number of the
mode of the oscillation' w is the effective plasma
f reque cy the potentlal of the drift tube and
11 = (7/m51 01SThe coefficient k of Ejq (5) is
proportional to the length of the drift tube and
determines the slope !of the electronic tuning curve.
The possibility of the electronic tuning was investigated
on an experimental tube which had Ll 11 cm; L2 = 4.8 cm-,
E = 4.4 cm.1 Ml = M2 *-= 16 cm and L 505 cm. The
typical oscillograms of the oscilll;:~on modes are shown
in I-lig 2 and 3. The results of a la:oge number of this
type of measurements are plotted in Fig 4. From the
experiments it is condluded that the principal factor
limiting the tuning reaage is the separation of the
neighbouring oscillation modes. Reduction of the index
of an oscillation mode was possible r, but this led to the
Card 2/3 increase of the starting current. The slope of the

SOV/109-59-4-2-12/27
A Travelling-wave Tube Oscillator vdth an Electvonic Phase Shifier
electronic tuning curveB indicated the excitation of a
slow wave in the drift -,,-ube. The largest electronic
tuning range obtainable was of the order of 4%.
There are 4 figures and 4 references of which 2 are
Soviet and 2 English.
SUBMI'PhUM: 8th JulY 1957
Card 3/3

47. s/.io9/6o/oo5/o4-'O2O/O28
9140/E435
AUTHORS: TychinskiX, V. Fedorov, V.G. and Savilovq P.I.
TITLEt Regenerative Ampl*MF-:CbWV6rtdr Using Diodes with
Nonlinear Capacitance
PERIODICALs Radiotekhnika i elektronika, 1960, Vol 5, Nr
pp 677-679 (USSR)
ABSTRACT: A regenerative amplIfier-converter using the nonlinear
capacitance of a semiconductor diode, based on the
Manley-Rowe theorem (Ref 1), has been built and studied,
The gain and noise factor at frequencies between 200~and
1000 Mcs were measured. At 750 Mes the gain is of fhe
order of 20 to 35 d practically constant for input
power levels of 10-9 to 10-5 W. The noise factor was
1.25 to 2,0 dB. The conversion gain did not exceed
3 to 5 dB. Acknowledgementz are expressed to
Yu.T.Derkach for his assistance in evaluating the results.
There are 2 iguros and 4 English references.
SUBMITTEDi August 17, 1959
Card 1/1

S/108/62/017/606/007/007
i, D407/D301
IV
AUTHORSt Paderno, I.P. and Pedoro Yembere of the
Society (see Ass-O-ONKTN_ny_l~
TITLEs Counting or objects
FERIODICALs Hadiotekhnika, v. 17, no. 6, 19629' 60 - 67
TLM The scanning device and memory cells used in auto-
matic counting of objects, are described, as well as the operating
principle involved. It is shown that the problems of counting of ob-~
jects and of pattern recognition are relateds both problems involve
t~a ain,gling out of one "essential" property, common to all the ob-
4eCtS under corsideration, and the neglect of all the other second-
'i
ary propertiese The counting of the objects in based on the trans-
formation of physical characteristics into an electric-pulse sequence
which affects the corresponding memory cells (the cell mosaic). The
transformation is effected by means of a two-dimensional scanning
system A pick-up, sensitive to the K-charaoter (i.e. the essential
properiy) of the object, determines the presence of this character.
Card 1J~

Counting of objects
8/108/62/017/006/007/00T
D407/D301
in the scanned zone. Thereupon a pulse is transmitted to the cor-
responding memory-cell# which stores the received information un-
til it is read. The scanning device should have adequate resolv-
ing powert the length of the scanning element shoul6 be not more
than half the minia.um distance between two neighboring objfcts.
The cell mosaic forms a two-dimensional matrix. On completing the,
scanning cycle, the electrical images of the object-shapes appear
on the matrix. In order to ensure that (on reading the informat-
ion) the count should be accurate, the excited memory-cells which
are close to each other, form an electrically-coupled "K-grouple,
characterized by the fact that all the cells of such a group are
in the same state. The counting of the objects begins after the
formation of the X-groups, by transmitting interrogation pulses
to the cell mosaic by means of a second scanning-systam. The du-
.ration of the two scanning cycles Is determined by the operating
conditions of the device and by the fastness required. The speci-
fic design of the scanning system is selected in accordance with
reliability- and convenience requirements. The memory cells of the
Card ?/~ ;

Counting of objects
S/108/62/017/006/007/007
D407/D301
matrix can be made of contact, as well as contactless elements.
Basic diagrams of the 'counting device, consisting of contact (ree-
pec%ively contactless) elements, are shown. The principal ele-
ments of the counting device &rot distributors, mobile electro-
zagnets, scanning commutators, relays and capacitore. The system
also incorporates a selector and a recording device. The number
of discharge pulses of the capacitor is determined by the number
of F-groups, which corresponds to tho numbor of objects to be
counted. If it in required to ascertain the number of objects as
a function of time, as in the case of studies of bactericide pro-
per-ties, the recording device can be supplemented by a discrete-
to-continuous converter of variables and by a device which records
the counting results on tape. There are 8 figures.
ASSOCIATIONi 14auchno-tokhnicheekoye obshchostvo radiotekhniki
i elaktroavyazi im. A.S. Popova (scientific
and Technical Society of Radio Ergineering and
Card 3/

L 5,159-466- Wr(l)AvA(h~-----,.
ACC Iat A?5023655 SOURCE CODE-. UR/0119/65/000/008/0016/0019'.,---.;,--------.
AMM: Kaplan, M. 1. (Engr,); Lyubovskiy,J. A. (Ener.);,Ledorov, V. 0.-(Engr.)
OAIG: nono
70
TITI-V Elec tronic M!1so r corders
SOURCE: Priborostroyenlye, no. 8, 1965, f6-18
TOPIC TAGSt recorder, pulse recorder
w
AB-.-)1RAG-1 t Pulse recorders are corwel,dered which are based on the electrorLic pulse
li;y; in t1he latter, an additional winding of an electromaj~wtic relay forms a
part of a positive eeedback circuit, while the main relay wWing is connected to----
the collector circuflt of a P-25 transistor. Such it device p(irmits recording even
a very short eleatr'-o pulses (1 *Isao) with slaw (10 msec) olectromcchanical relays",
ar4 without ajW !:.iturmediate signal transducer. Application of the above electornior'__
rolay principle to it pulse counter and a light-pulse recordor is briefly described.,
Orrig. art. h~- 1: 4 f4wes, 1 foraula and 1 table.
SUB CCDE: EC/ SM DATIC 1 00/ ORIG RW; 004/ OTH REF: WO
Cord III

SOV/96-58-6-19/24
AUMORt Gerashchonko, O.A., Cand.Tech.Scl. and Fedorey, V.G., &ginsq~.
TITM An Instrument for mos.suriug local thermal fluxes. (iribor dlya.
isnorociya, lokallnykh teplovykb potokov)
MIODIC&M Toploonergetam, 1958. NO.S. pp. 89-90. (USSR)
ABSTRACTs WorkLuS in the Institute of lbormal Powtr Bigineering of the Acad.Sci.-
Ukrainian 888, the authors have developed &i instrument which is used
to determine local values of best flux over a widerange of
temperatures and thermal loadings. It Is based on the use of a
three-layer probe of thorn*-electrode materials, the central one
being the native element, &na the two ontors serving to carry current.
Fig.l. gives a sketch of the probe. When beat passes through the
device the temperature difference set up across the centre layer
to proportional to the rate of heat-flow; this temperature
difference produces an electro-motive force, which is measured. The
outer layers are made of different material from the middle ones, so
that a sort of differential thermocouple ist not up. Normal thermo-
vouplo materials are used in the construction. The leads to the
instr out must moot special requirements, and in particular, they
must be very homogeneous - platinum, copper and silver proved
satisfactory. 7b* contrer layer was made of such material as
C6nstantan or Copol. The temperature difference between the current-
Card 1/2 carrying plates to about 2.10;"50C per = thickneso for a heat flow of

An Instristant for measuring local thermal fluxes. SOV/96-58-6-19/24
I kcal/0-hr. In order to respond to thsm&l fluxes not less than
100 kcsl/Ahr. with a thickness of I , the I itrument-must be
sensitive to power of the order of 10-TOR to 101-11 W. Accordingly
~ double-oaseado tifforantial magnetic amplifier was used, fed by
~ xtpbLIlzed frequoncy~-gonorator connected to a constant-voltage
device of the static type embodying a rosonont reactor. A simple
block circuit diagram Is given in fig.2. Various prosedures that
were used to make up the probe are described. For example, high-
temperature probes were made by forging the sheets in a high-
frequency field in an inert atmosphere. A radiation method of
calibration was used, the Intensity being measured by a tbermo-olmctri-~
compousation radiometer. The circuit is given in fig.3. and-the
prinniplas are described, with an explanation of difficulties that
arisok during calibration. The calibration curve (beat flux against
motor readlug) is a straight linol the scatter of the experimental
points does not exceed 3%, and is due to zero drift of the a W etic
amplifier. By improvements to the latter, the error could be
reduced to 1%. 12;oro remains the diffl2ulty of calibrating the device
at host fluxes greater than 2~000 kc4/nV,.hr. , and linear
extrapolation of the calibration curve is rocommended I or this purpost.
As a method of measuring local values of hosit f lux with a probe 10 an
diameter and I = thick, the Instrument is quicker and more acourate
Card 2/2 than the usual methods# despite the defects mentioned. There are 4
figures. 1. Thermocouple.;-Development 2. T(~:.,i:;ei,,,tt,,ii,e--Meastirement

. . [Yedorov, T.H.1; GXWHCHMO, O.A.[Herashchenko, O.A.3
A
J
Investigattou of beat szebangs between a wall and a granular
material. Zbtr.pratel Znst.tepl. AS URSR no.16:68-72 159.
(HIM 13:11)
(Bmat-Transatesiou)

[TedcroypI.H.)
Burning out of the flaw of anthracite fines and characteristics
of the flying sab, Zbir&prats',Iwt.tepl.AH URSR no.23:57-U
161, (MIRA 15:2)
. (Combustion)
(coal , Ptdviriw)

KWHDZ7HKO* A.N.j MCROVt Y.G.
Syst" for the autmatio control of combustibles it) the EL7
ash of large boiler systems. Inerg. i elektrotekh. prom.
noels6-8 162. (MIRA 15:6)
1. Inatitut, teplosher stiki AN USSR.
(Boileral (ruel)
I . (Automatic control)

4OWTINOVO S.I. LBOZ.P!TkoV., S.I.); GERASHCHMOO O.Ao [Herajhchenko, D.A,1j
FXDORWj T.G.J.odoroy, V.Ho] . .
I
PoeM-tion furnace. Zbir. pratal Imto topl, AN URSR no.24:12*6-132 162.
(MIPA 16s3)
(Electric furnaces) . I