SCIENTIFIC ABSTRACT YEGOROVA, N. M. - YEGOROV, N. S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962430010-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 97
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Technology of R einforc ed -Concrete Shipbuilding SOV/5796
fals, construction, and inspection methods conform to the rules of the
Rechnyy Register (River Register) of the RSFSR. The author thanks
1. N. Sivertsev, Doctor of Technical Sciences, G. D. Bulakh, Candidate of
Technical Sciences, G. V. Yefremov, Engineer, I. I. Rybalov, Engineer,
and V. P. Yunin. There are 26 references, all Soviet.
TABLE OF CONTENTS:
Foreword
PART 1. MATERIALS USED IN THE. CONSTRUCTION OF
REINFORCED- CONCRETE SHIPS AND THEIR
PROCESSING
3
Ch. 1. Concrete for the Construction of Ships
1. Requirements for concrete used in ship construction 5
Card 2/8

YEGOROVA, N.M., inzh.; DUAN, N.I., kand.tekhn.nauk
Vibro-accustic characteristics of marine water pipes. Sudostro-enie
28 no.3:14-17 Mr 162. (KRA 15:4)
(Marine pipe fitting) (Vibration (Marine engineering))

YEGOROV, N.N.; SOLOZHENIKINA, T.N.
Hawthorn leaf roller Cacoecia crataegana Hlb. as a mass pest of the
oak forests of Voronezh Province. Zool. zhur. 42 no.10-1501-1512
163. (MIRA 16:12)
1. Wood Processing Institute of Voronezh.

YLGOROV, N.N.; RUBTSOVA, PA.; SOLOULINIKINA, T.N.
Oak leaf roller in Voronezh PrcrAnce. Zools Aur's,
40 n6.8:11?2-1183 Ag 161.
.7 - . I A
14:8)
1. Wood Processing Institute of Vorone0i.
(Voronezh Province-Leafi-rollers)
(Cak--Diseases and pests)

YEGOROV, N. N., LUKIYANOV, 11. A.
Broaching Machines
Keyway broach for small diameter holes. Stan. I Instr. 23 , no. 1, 1952.
14011thlY List of Russian Accessions, Library of Congress, -';aY 1952. Unclassified.

inzh.
Hardening of cement under water at temperatures just above
zero, Transpa stroi. 13 no.3:49-51 Mr 163. (MIRA 16:4)
(Underwater concrete construction)

N , ~ bjJjTAjY-~Vj 1~1 j ~14 and ZYX6Vj b , D,
"Desulfurization of Coke Gas and Other Combustible Gasesp Metallurgizdat,
1950
Co=entary, prefaceselected excerpts, etc. W-19722, 28 Sep 51

a Nikolayevich; ALTMMOVA, T.F.. rs&aktor; LUR17M, H.S.,
2WATteft1thyeakir redaktor
(The cooling of gas In scrubbers] Okhlazhdents gaxa v o'krabberakh.
Moskva, Goo. nauchno-takhn. isd-vo khimicheskoi lit-ry, 1954. 143 p.
(Servibber (Chemical technology)) (MLRA 8 13)

PHAJE I BOOK KUWITATION SOV/5329
Yegorov, Nikolay Nikolayevich* Mikhail Mikhaylovich Dmitriyev,
D_ftn'-r1`y7DiAi'triy-6Vf'6fi _Zy_Y6V-., and Yuriy Nikolayevich Brodskiy
Ochistka ot sery koksovallnogo I drug1kh goryuohikh gazov
(Purification of Coke Gas and Other Combustible Ganes From
Sulfur) 2d ed., rev. and suppl. Moscow, Metallurgizdats 1960.
341 p. Errata slip inserted. 3,200 copies printed.
Ed. (Title page): N. N. Yegorov; Ed, of Publishing House: M. L.
Yezdokova; Tech. Ed.: M. R,'Kleyman,
PURPOSE: This book is Intended for technical personnel of the
by-product coke and gas industries,, and may also be used by
students specializing in the processing of fuels and combustible
gaees,
COVERAGE: The book reviews methods of removing hydrogen sulfide
and organic sulfur compounds from combustible gases, with evalu-
ations and comparisons of the more widely used and promising
methods. For those techniques which are of practical value in
Card-1/_10-

Purification of Coke Gas (Cont.)
SOV/5329
industry, computational data on processingp descriptions and
computational date on equipments and production figures are
given. The neaema7 pre-desulfurization conditions for gases
are characterized along with methods of utilizing the hydrogen
sulfide from the purification cycle. The alkali-arsenous oxide
ethanolamine methods of purification are discussed In detail.
Yu. N. Brodskiy wrote chapter 13 and assisted in the revision of
other chapters. There are 171 references: 82 Soviet, 62 English,
24 German, 2 Italian.,and 1 French.
TABLE OF CONTENTS:
Foreword to the Second Edition 3
Foreword to the First Edition 4
Introduction 5
Ch4 I Characteristics of Coke Gas and Other Oases 5
Coke gas 5
Card--2/--10

SKOBLO, Aleksandr lonovich, dots.; TREGUBOVA, Irins. Ananlyevna, dots.;
YEGOROV Nikols~, Niko gMi h, dots.; BOIMARMIKO, B.I., kand.
tekhn. nauk, retgenzent; BABUSHKINAI S.L., ved. red.;
Klefl-010VA, K.F... ved. redw; POLOSDIA, A.S.,, tekhn. red.
[Processes and equipment of the petroleum refining and petro-
chemicals industries] Protsessy i apparaty neftepererabaty-
vaiushchei i neftekhimicheskoi pr69qsbIennosti. Moskva, Gos.
nauchno-tekhn.izd-vo neft. i gorno-toplivnoi lit-ryp 1962.
652 p. (Petroleum--Refining) (MIRA 15:2)

SYCHEVA, A.M.; _YIGOROV._q.N._.
Resistance of a large packing layer in a nonisothermal stream.
Xhim.i tekh.topl.i masel 8 no.8slO-16 Ag 163. (MIRA 16:9)
1. Gosudarstvennyy nauchno-issledovateltakiy i proyektnyy
institut neftyanogo mashinostroyeniya i Moskovskiy institut
khimichesko o mashinostroyeniya.,.
IScrubber (Chemical technology)-Fluid dyanmics)
(Packing (Mechanical engineering))

SYCHEVA, A.M.; I .
Heat transfer from a gas flow in pipes with large fittings.
Khim. i tekhn. topl. i masel 9 no.5.-53-57 5 I-V64
(MIRA 1727)
1. Gosudarstvennyy nauchno-issladovatel'skiy i proyektnyy
insti-tut neftyanogo mashinostroyeniya i Moskovskiy institut
khimicheskogo mashinostroyeniya.

SYCHEVA, A.M.; YEGOROV, N.N.
Heat tranofer from fluid in pipeo with heavy packing. Xhim. i
tekh. topl. i maeal 9 n0-6914-18 Je'64 (MIRA 17:7)
1. GosudarstvenM nauchno-isnIedovatel'skiy i proyektnyy
institul, ro?;~~Iy-.augo inat3binostroyeniya i Noskovskiy institut
khimicheakogo mashinostroyenlya.

"Ultrasonnd Propagation Along the Boundary cof a 'Ihtr.-Laycr.~d Solid Me-dim."
Y
paper presented at the 4th All-Union Conf. on Acoustic&, Moocow, 26 May - Z'Jun 53.

~E-&oROV, N.N.
25(6) 3 PHASE I BOOK EXPLOITATION SOV1498
Tzentrallnyy nauchno-issiedovatellskiy institut tekhaologii i mashinostroyeniya
U1trdzvukovy-yr. priibiy~'.. TINIITMASh (TaN1104ASh. Ultrasonic Equipment) Moscow,
Mashgiz., 1958, 135 p. (Series: Its: [Trudy) ka. 88) 3,000 copies printed.
PA.: A.Se Matveyev.. Candidate of Technical Sciencesj Tech. Eds.: Ye.S. Gerasimova
and A. F. UvarOva; Managing Ed. for Literature on Machine Building and Instrument
Making Nashgiz),: N.V. Pokrovskiy, Engineer.
PURPOSE: This book is intended for engineering and technical perqonnel of plants
and scientific research Institutes engaged in the development of ultrasonic
equipment and methods for inspecting metal Products, and for those who use
such equipment.
COVERACE: This is a collection of articles describing work done by the Instrument-
Ye making Department of TsNIITMASh (Central Scientific Research Institute of
Technology and Machinery) during the period 1954-1956 on the development of
ultrasonic equipment for detection of flaws and measurement of thicknesses.
Various ultrasonic flaw detectors and thickness gages developed during the
period 1950-1956 are described.
02,
Card 1/3
U
8001C plate
4.

TsIII17,74~!i Ultrasonic Equipment SOV/1498
Yegorov, N.H., Engineer. Application of !Iltrazonies ir- Checking the
Depth of an 121ectrically 71:%.:dened Layer in Steal !':oducts 66
Fqzhov, V.I., and M.F. Kmkovyak, Engineers. Frequency Deviator for
Wideband Amplifier Tuning 82
AVAILABLE: Library of Congress
Card 3/3 GO/fal
4-22-59

66?60
07~- /,Poo SOV/137-59-9-20624
Translation from: Referativnyy zhurnal, Metallurgiya, 1959, Nr 9, p 237 (USSR)
AUTHOR: Yegorov, N.N.
TITLE: Use of Ultrasonic Wavesyto Control the Depth of Electrohardened Layers
in Steel Work
PERIODICAL: V sb.; U11trazvuk. pribory T*N1I!`MASh. Moscow, MashgIz, lq58p pp 66 - 81
ABSTRACT: The author reports on a new method of using ultrasonic waves to control
the depth of electrohardened layers. The method is not based, as the
formerly known method, on the difference of the acoustic resistance of
the layer and the core, but on the reflection of ultrasonic waves of
certain frequencies from the most elastic-anisotropic grains of the
structure forming the hardened layer, I.e. structures with maximum
ferrite content. Ultrasonic frequency of 7 - 9 Mcycles proved most
efficient. A device was d6veloped, consisting of a slave sweep, a master
multivibrator, an ultrasonic pulse ger&erator, an amplifier, and an electron-
ray indicator. The depth of the layer is determined with 8 - I", accuracy
Card 1/2 from the distance between the prismatic receiver and recordercorresponding

66960
SOV/1.37-59-9-20624
Use of Ultrasonic Waves to Control the Depth of Electrohardened Layers in Steel Work
to the maximum reflection signal; the device is tared by standards. Layers obtained
with the use of industrial frequency current, reflected the ultrasonic waves 20 - 30 q1
times weaker than layers obtained by high-frequency current. There are 31 biblio-
graphical titles.
L.F.
Card 2/2

69288
SC)V/123-59-22-92410
Translation from: Referativnyy zhurnal. Mashinostroyeniye, 1959, Nr 22, P 139 (USSR)
15 81 iDD
A THOR; Ye0rov N.N.
TME: On the Prospects of Applying-Supersonic ControAethods of Some
Technological Processes in Machine Construction
PERIODICAL: V sb.: Ulltrasvuk, pribory TsNIITMASh., Moscow, Mashgiz, 1958, pp 30-40
ABSTRACT: The author describes a supersonic method of determining the depth of
surface-hardened metal layers. lie points out the possibility of measuring
the hardened layer of steel during the heating by high frequency currents
with a frequency of 2,500 c and during other hardening processes. It is
expedient to use the supersonic metho- :o,.7 the measurement of depth of
nitrided and cemented layers. In cast iron grades of pearlite, pearlite-
ferrite and ferrite structures it is pGssible to determine the depth of
the hardened zone and to establish the distribution of hardness over
the depth. Eleven figures, 23 references.
R.A.P.
Card 1/1

86142
%2_00
Translation from: Referativnyy zhurnal,
# 25853
q/112,,159/ooo/012/094/097
A052/AOOl
Elektrotekhnika, 1959, No. 12, p. 275,
AUTHOR- Yegorov, N N
----------
TITLE- Application of Ultrasonic Methods for MeasuripLthe Depth of Case-
hardened Layer
PERIODICAL: V sb.: Primeneniye ul'traakust. k issled. veshchestva, No. 7, Mos-
cow, 1958, PP. 169-183
TEXT: The method and the "3r-i(IZG-I) device of TsNIITMash are described
which enable one to utilize the reflection of ultrasonic waves of certain frequen-
cies from crystal grains of structures contained in a hardened layer to determine
the depth of the latter. The device represents a modified pulse ultrasonic flaw
detector with a generator on a thyratron, a trigger multlvibrator and an electron-
beam indicatDr. The experiments were carried out on frequencies of 7-9 MegacYales.
M.M.P.
Translator's note: This is the full translation of the original Russian abstract.
Card 1/1

PHASS I BDOK EXPEDITATI0.4 Sov/3528
Moscow. Dole nauchno-takhnicheakoy propagandy
prisonenlye ul-trLtvuka v pronyahlenno3ti; abornik statey (In-
dustrw Us* or Ultrasound; Collection a.' Articles) P0,230ow.
Nash'". 2959. 301 P. 8,= copies printed.
Sponsoring Agency: Obohahestyo po rasprostramnlyu politl3hoskikh
I rau4hnykh znanly RSFSR.
ad. (Title pago)t V.P. Nozdrov, Doctor of Physical and Mathematical
inaes, Professari Ed. (Inside book)t G.F. F3chetova, Engineer;
0
STC81h. Zd.i V.D. ElIkind; Managing Ed. for literature on Machinery
and Instrument Manufacturing (KAshgix)s N.V. Pokrovskly, gnglneer.
rum3tv This book Is intended for engineers and technicians engaged
in the application or ultrasonic* In machinery sanufacture and In IS
other branches or industry.
COVERAGIs This to & oolleation of papers read at the first a I-
Union conference on the use of ultrasonics In industry. At ontimm
r -Is focused mainly on the desarlption of ultrasonlo-equijizon and
an the use of ultrasound for the machining or hard maxtorlal aml
for flaw detection. The orreat of ultrasound on motal-arystallo.-
tion processes is also discussed. No personalities are nontlofted.
References accompanymany of the papers.
t4y9arQdskIY_Xu.1_. Engineer; and M.. Z" Candidate or
Sciences. M
T tr&80nlc ZqUdpi~~ntfor VAustrial Applies-
tiona 64
Technical Salons aa-,I Do.c-anIt Deal,n
-w-conscruction or Vibrators for Ultrasonic Machining 77
BulYchOva, I.N., Candidate of Technical SC18=03;
Solonesaj and Ya.P. ?~Jlj2kly. Candl3stj
of Technical Sciences. Magnetic Allops "&'r-UIf-r&ionlc APPIL*a-
tions
Jukaroy_ T-0., Engineer. Methods Of Makin Dd:Ign CAlcQ!AtIon*
ZxPonentlal Ultrasonic CODOonfrat r& 102
Golyam1na, I.P. use or Parrites as uItr&sQmj._vo,. Redlato" 115
3*mnnlkOvj YU.B.o XA&tnoor. Method or Tr&nxforalng Jrput PLasim-
.vX-o of a T;Dar nadistor 125
StrOtYuk.. M.0 Znglneer Mot Generator or Electric
-aicluata."ns ifth A Quarjz' Nediatioar sIrvol2y C~m,_-.4 WIth tb.
Collar-tar Circuit 129
L.TUIA-11-X e,- Engineer. Characteristics of the Ultrasonic Machin-
Ing of metals . 136
?15Ar*v3);ly~ H.M.. Candidate of Tvcbnical Sciences; and_A-A,
-1 rt-
Aav- Zrpirlienca Daln*d at the rA.Ilngreldskly Yatallicneakri
-&v&d (LaninerLI 14,t&I-Products Plant) In the Ultrasonic
Drilling of Wien In Quartz plate, 146
Doctor or T~chnjcal ScIonggg, Professor;
-111. M17rolchl. kiijillwar; and V-0. Averlysilova. Soft Problean it, the
'MY"66rc--machining or matirrias-_ 149
T00d ""i Itl- Candidate of Pr1sleal and Math*.LtICS1 Sciences.
Effect f Elastic Vibrations an the Crystallization and rroaoaml
Proportion of Alloys 1-1,53
3444&PrOv~JOI.S. Candidate of Chenleal Beigniej. Effect of
Mtra:ionL6 Vibrations on the Process Of Crystallization IT5
ter. D 3-Candldate of Technical Sciences. Ultrasonla
K.2= .~tion IeA
Iftn"Oloy-1-4" Engineer. Ultrasonic Instruolento Deltelvp*4 by
'TsYIITMASh z.. t)-,a measurement or Thickness arj projuct contr,)l 211
it ., Candidate or Technical Science&. Ultrasonla Do.
tection or Flaws In KaBolva Waldo Z23
Y6e2rav-X.N-Ultro3onIc Inspection or Case Dipth In XIoc%rtaaLjy
-'9XrMPnv1d-3MJ Products 240
PAbkin, N.V._ZngIneer. Design or PlarooloctrIc Transducers for
'Ultrasonic Flaw Detector% 253

28 (5)
AUTHOR: Yegorov, N. N. SOV/32-25-7-21/50
TITLE: Ultzasonic Methods for Measuring the Depth of Solidified Layers
(Ul'trazvukovyye metody izmereniya glubiny uprochnennykh sloyev)
PERIODICAL: Zavodskaya laboratoriya. 1959, Vol 25, Nr 7, pp 829 - 833
(USSR)
ABSTRACT: In 1956 the author suggested a method for measuring the depth
of tempered metal layers. The principle of the method is based
on the fact that transversal ultrasonic waves penetrate the
tempered layers with a structure different from that of the
metal and are then reflected by the border of the non-tempered
metal. If the angle of incidence of the ultrasonic waves on the
non-tempered metal layer is known, and also the distance between
the ray emitting and ray receiving prisms, it can be determined
how deep the border between tempered and non-tempered metal
layers is situated. A portable appliance IGZ-1 (Fig 2, Scheme)
was designed for this kind of measuring. Tests were carried out
by means of templets of specially produced cylinder samples and
templets of rolling mill shafts of the works "Elektrostal" and
"Serp i molot". The samples were made of steels 40Kh, UO~ ShW52
Card 1/2 steel 45 and rolled steel. Preliminary testa with frequencies

Ultrasonic Methods for Measuring the Depth of SOV/32-25-7-21/50
Solidified Layers
of 2-5 to 18 megacycles showed that the most intensive reflexes
could be observed with a grain size of 0.25 - 0.8 mm and with
frequencies of 8 - 9 megacycles. A comparison of the determina-
tion results obtained according to the ultrasonic method (Fig 3
with steel 40Kh and ShKhl5) with those of the hardness test ac-
coraing to Rockwell showed great correspondence. Measuring was
carried out by means of relay waves and equivoluminal waves
(EW) with samples of differently tempered surfaces, and it was
found that (a) offer better possibilities of application, A
unit was designed for tests with (EW) consisting of piezoel.ec-
trio radiator (BaTi-foil), impulse generator, multivibrator,
synchronizerv indicator, wide band amplifyer, attenuator and
piezoel.ectric ree.,eiver (BaTi-foil). Transversal waves can be
used for testing tempered and cemented layers with a minimum
depth of 3 mm, while (n) serve for measuring depths of layers
of 0-5 mm and more. There are 5 figures and 3 Soviet references.
Card 2/2

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A study of the elastic properties ... A061A/A101,
modull of aInstioity arid attenuhtlon as a function of the distance from the
hardened layer surface.
N. Yogorov
(Abstractor's note; Complete translation]
Card 2/2

S/058/62/000/004/087/160
A061/Aioi
AUTHOR: Yegorov, N. N.
TITLE': Usability of ultrason
ic surface waves in measuring the depth of some
types of surface-hardened layers
PERIODICAL: Referativn3r 4G so.
y zhurnal, Fizika, no. 4, 1962, 41, abstract 339 (V
"Primeneniye ulltraakust. k issled. veshchestva", no. 14, Moscow,
1961, 197-2o8)
TEXT: Experimental and theoretical results of the author's study concern-
ing the determination of the attenuation coefficient of surface.- waves (K) as a
function of physical properties and thickness (H) of a viscoelastic layer lyingon
a half-space of the same characteristics are Illustrated. K is described by a
theor6tical formula and also by experimental curves in surface-hardened steel
layers. Thetheory fits eyperiments qualitatively. The-author's original method
and device, whereby the thickness of layers is determined by measuring K in them
with the aid of K(H) function, arA briefly described, There are 10 references.
. N. Yegoroy
[Abstracter's note: Complete translation]
Card 1/1

8/058/63/060/001/101/120
AO62/AIOI
TYIU- Damping of Rayleigh waves in an elastic layer on a luilf-s~ace
11~P'41TOFJCAL.- ReferiAivnyy zhurnal, Fizika, no. 1., 1963,,63, abstract lZh376
(In collection, "Primeneniye ulltraakust. k issled. Veehohestva.%
no. 115, Moscow, 1961, 225 -234)
T:'~,T: Tiie pi,opagation of a Rayleigh wave*in a solid elastic layer, lying
oti zi elastl c half -spa::e, is examined.. , It is assumed, that the layer and
Uv~ h
u have losses given in the form of imaginary fractions of the
Wmtilb~~-i-_, or low~,.Ltudlnal and transverse. waves. Analytic expressions are ob-'
L~, I nt~t! tir )-eir-1 bind Irxiginary parts. of the -Wave number of the Rayleigh wave
wave 1111mbors of tho longitudinal and 'transverse waves and
ol" the layor and the half-space. The results of tho calculation
t Ou, t, -,t iv,~ Ty ;tf~ree with e.-perimental data obtained by the author in measure-
U coeff liient of Rayleigh waves In steel and brass'bars with
J. Viktorov
iic)t(,,: Complete translation]
ca-44 J/ I

1,509
S/058/63/000/001/114/12D'
A0621AI01
AUTHOR: Yegorov, N. N.
TITLE: On the possibility of calculating the damping of ultra-aound in
hypoeutectio steel and extra-hard.oast Iron - modified by magneelqe
PERIODICAL: Referativnyy zhurnal, Fizika, no.' 1, 1063, 72, abstract lZfi433
(In collection: "Primeneniye ul-1traakuEt,. k Iseled. veshdhest~0.
no. 15, Moscow, 1961, 255 261)
TEW: Theoretical curves of ultra-sound damping in'hypoeuteotia Steels
were obtained. Experiments were carried out on frequencies 0.8 - 18 Mc/s for.steel*-
grain magnitudes from 0.04 to 0.5 mm. The discrepancy of the thdorretical and ex-
perimental curves does not exceed 20% (with a carbon-content-of not more th an
0.6 - 0.7%). Ulta-sound diffusion coefficients ek-re 'calculated for magnesium-mad-
ified cast iron with a pearlite base and a spher1c.-Il. graphite. k satisfactory
agreement of the calculated values with the experime..: 4~~ data,was obtained,* The'
measurements were carried out by the pulse method.on t~--~quenclee 0.'8 5 Me/a.,
fAbstracter's note: Complete translation]
Card 1/1

YEGOROV, N.V.
Damping of' Rayleigh waves in an elaptic layer situated an a
halfspace. Akust.zhur. 7 no.3:378-~380 161. (,MUtA 14:9)
1. Moskoirskiy aviatsionnyy institut.
(sound waves) (Elastic plates and shells)

ACC NRt AT6013180
EI*T (- W)/twi~ "V
d
L SOURCE CODE: UR/0000/61/000/000/0165/01
AUTHOR: Yegorov, N. N.
ORG: none
TITTBi A study of th~- elastic proportion of cortain typon of nurface-hardened layers
SOURCE: Moscow. Oblaotnoy pedagogicheskiy inatitut. Primeneriive ulltraakustiki k
issledova-niya veshchestva, no. 14, 1961, 185-195
TOPIC TAGS: case hardening, steel, elastic modulus, shear modulus, Poisson coefficient;
elastic wavog ultrasonic flaw detector / ST-3 steel, ST-40Kh steel,'UZD-7N ultrasonic
flaw detector, UDTs-11 ultrasonic flaw dotootor
'G 10 1~
ABSTAW-1: The elastic modulus E and Poisson's ratio oT were etermined for case-
hardened layers of steel. UZD-7N and UDTs-11 flaw detector- tere used. The measure-
ments were made with templets with a thickness of 20--30 mm at a frequency of 12 11hz
and templets with a thickness of 3-6 mm at a frequency of 5-12 12iz. The variation in
E an(j a did not exceed a few percent. The attenuation of ultrasound was found to be
grqatly dependent upon the distan3e to the surface of the layer (attenuation increases
vrit)i an increaaq in distance). From.the point of view of the mathematical theory of
ela'pticity, case-hardened -1ayers can be considered'in the first approximation homo-
-geneous layers of a definite depth for which F, ~ P2; FA = C2;'.'PICI' P24; XI X2; PJ=Hp.
subscripts 1 and 2 refer to the hardened layer a-nd'the.half-space bblbw it.
Orig.-art. has: 3 graphs, 2 diagrams, and 3 formulas.
SUB CODE: 11/ SUBM DATE: 22Apr6l/ MIG REF: 004/ OTH REP: 003

L 38305-66 E (d)/EtiT(m)/E-,','P(c)/EWP(v)/T/EViP(t)/ETI/E*iip(k)/E'IIP(I) IJP(c)
ACC NRa D761)
AT6013181 SOURCE CODE: UR/0000/61/000/000/0197/02081,
AUTHOR: Yegorov, N. N.
ORG: none
TITLE: A study of the possibility of using surface ultrasonic waves for measuring
the depth of certain types of surface-hardened layers (,
SOURCE: Moscow. Oblastnoy podagogicheakiy inotitut. Primeneniyo ul'traakustiki k
isoledovaniya voshchostval no. 14, 1961, 19T--2-67T-
TOPIC TAGS: case hardening, ultrasonic wave, ultrasonic inspection, steel, ultrasonic
flaw detector /,4UZD-2 ultrasonic flaw detector ST-45 steel, 30KhGSA steel, 40Kh
Stool, ShICK14 steel, ILJM614A Stool
AB$TRACT: The possibility of using surface ultrasonic wave,3 to measure the depth of
certain types of surface hardened layers is studied. Two methods are considered: the
chaLnge in wave velocity as a function of the thickness of the hardened layer and the
change in wave attenuation as a function of the thickness of the hardened layer. The
ex,,,oriments in the study of surface-wave attenuation as a function of Bayer thickness
and of wavelength were performed with spec lly pre ad ji(mplets of Pwp-layer media
14 t ShKhl4'gteels. The
(see Fig. 1). The specimens were of ST-4% 30KhGSA, 40Kh, and
initial thickness of the hardened parts was 10-20 mm. The spec_~ena were 350 x 70 x
70 mm. The damping factor was found to decr-case smoothly sith an increase in the F
Card 1/2 1

L 38305-66
ACC WRs AT6013181
depth of hardening (see Fig. 2).
nap/(
4
4
r, 7 7
Fig. 1. Arran6ment of radiator and
receiver: 1 - plexiglas prism; 2 - 47 47,* to to 1: M",#
rotary head; 3 - piezoelectric wafer; Fig. 2. Damping factor as a function of
4 - support pin with height of 0.4 mm depth of case hardening for constant
and diameter of 0-5 mm; 5 - oil layer; surface wavelength.
6 - specimen being tested.
The author thanks T.. B.. Yanovskaya for help in the work. Orig. art. has; 4 formdlas,
2 diagrams, and 4 graphs.
SUB CODE: 11# 20/ 8UBM DATEs 22Apr6l/ ORIG REF. 004/ OM RM 006
Card 2/2 z

__ __ __ __ - __ - ____ - - - - __ ___ ___ ___ - __ - __ - ___ ------- ____ - -- __ ___
I
YEGOROV, N.N.; KALININ, V.A.; TRUBITSYN, V.P.
Absorption of Rayleigh waves in a layer on half-space. 1~-udy
Inst. fiz. Zem. no.20:57-66 162. (MA 15:8)
(Seismology)

B/275/'63/000/001/035/035
D413/D308
AUTHORs Yegorov, No N
7: T
.-,'TITLE v- _,-_vy! e_.:'Possibilit f 'ca a
th y-o lculating- the attenu tion of
ultrasonic wavee in hypoeutectoid steels and high-
strength magnevium-containing caot-irone
'PERIODIOAL i -Rdferativnyy zhurn!A, Alektronika. i yeye primeneniye ,
-no
lt 9 22 abstract 1 V 154-(In collection: Pri-:
meneniye-ull,traakwo-t. k:- 113 a le d, _,ve she he s tva no. 15t
No P 1961p~255-261)
TEXT: A calculation is given for the attenuation of ultrasonic
in metals and alloys that can'be represented in the form of
~,.a low-aboorptibn medium containing scattering and absorbing grains'
Ultrasonic absorption in steel is due. to scattering at anisotropic
grains of ferrite wh cubic symmetry. The absorption in
earlite is sligh- c~ posses
P t. aparison with experimantal data for frequon-1,
ciesof 0.8 18 Me/lowith grain sizes of 0.04 - 0.5 mm shows thatj
formUla'dGrived is valid for carbon contents up to 0.6%. it.
Card 1/2

T
V2 7 ~/6
On the:possibility of
D413/D308
is also true for alloy steels with contents of carbon up to 0.6%,
chromium up to 1% and nickel up to.2%. Tables have been compiled
the ultrasonic attenuation in steels as a function-of the fre-
quency and the crystal dimensions. The ultrasonic attenuation in
iron is.due to.scattering by spherical graphite. An analy-
'tical expression has been chosen for the experimental distribution'
of the dimensions of graphite inclusions. This expression.has been!.
used as the ba,sis-of.a calculation.of ultrasonic absorptiong-
which*does not depart from the experimental figures by more than
10 to 20%. /-Abstracter's note: Complete translation.
L7
Qard..2/2

,A, 0L~ .
"Forest Fires erd Their Freventlon in the Pine Forests of West Siberia." Tbells for
degree of C"r-d. Agricultural Spl, Sub. 23 Mar 49, Moscow Forestry Engineerlrg Inzt.
Ub Swwary 82, 18 Dec 520 Dix9ertatlons Presented For Degrees In Science ai-d
Engineering in Moscow In 194 . From Vechern-yMa Yogkva. Jan-Dec 1949.

Biology-Zoology
Card 1/1 P~b. 86--24/39
.Authors i. Yegorov, N. N.; Cand, Agri. Se.
TUIS Artiodactyla in the strips of sandy pine forest in Western Siberia
Pat-iodical #
Priroda 44/1) .111-11.2, Jan 1955
Abotraot I The fauna of these strips of sandy,pine forest in Western Siberia is
unusual because it partakes of both northern and southern elements. It
is noted that at the present time the wild boar,, the.Siberian roe, ayid
the elk are foimd in these forests# all of which appeared there only in
recent years, Two soviet references 1929--1948)s
Xnstitution 3 Voronezh Forestry Institute
Submitted t

YEGOROV, N.N.
So.act posts In pine strip forests of Western Siberia [with su-sry
in English]. Zool.zhur- 37 no.10:1488~1499 0158. (WRA Ilill)
1. Voronazhokly lasotakhnicheakly inatituto
(Sibnria, Western--Forast insects) (Pine--Diseases and pants)

nt, kand.Erell-ffkokhoz.nauk; SOLOZHENIKINA, T.N.,
assistent
Age differences in-the brm ~-tail moth Euprocks, chrysorrhoea L.
Zashch.rast.ot vred.i bol. 5 no.3:43 Mr 160~4 (KMA 16:1)
1. Voronezhskiy lesotekhnicheakiy institute
(Euproctis)

YEGOROV, N.N.
Materials on the biolog7 of chafers (Coleoptera, Scarabaoidae)
in the banded pine forest zone of tKe Altai Territory. Rat.
oboz. 39 no,Z;313-3Z6 6o. (MIRA 13.'9j"
1. Voronezhskiy Loeotekhnicheakiy institut, Voronezh.
(Altai Territory--Scarabaeidae) (Forest insects)

--YEGOROV, N.N., kand.wellakokhoz.nauk; LIVAD;N, M.V., kand.pellskokhoz.rauk;
rymmvy S.S. , assistent
C~lorinated turpentine for controllirZ insects. Zashch.
rast. ot vred. i bol. 7 no.2:27 F 162. (MIRA 15:12)
1. Voronezhakiy lesotekhnicheskiy institut.
(Insecticides)

Y&GOROV
Biology of Pygaera anastomosis L. (Lepidoptera, Notodontidae).
Ent. oboz. 41 no.2:294-299 162. (MIRA 15:11)
1. Voronezhakiy lesotekhnicheskiy institut, Voronezh.
(Siberiat Western-Prominents (Insects))
(Siberia., Western-Forest insects)

10 VS F. I Y, :1.1i.9 YW-CIFOV, N.N.
jrAw, tranif,~-r fn a flu dizi--rl brl -f syn4,hetic ?~crli,~,5,
A
Mil.m.prom. 41 n,7,,6:4.3r'P-4A0 Jo 165-
~f -T R h

I Foohov ?N . N
From the obss-vationa of pine strip fore3t verte'rz-ates.
Alt. otd. Gccg. ob-va -1~5"'R no.1-65)--~?4 161. (YjRA 17T5j

FADEYEVp I.G.; -YEGOROV, N.N..; LUKIYVITOV, P.I.
Friction factor for granular materia1s. Kh-Im. i tapl!. topl. i
foasel 9 no.4:10-13 Ap 164. (MIRA 17:8)
1. GosudarstvennTj nauchno-issledovatellsktv i proyektnyy
institut neftyanogo mashiriostroyenlyn i Moskovsldy institut.
khimicheskogo mashinostroyoniva.

a e 0 S 0 0 0 a a 0 e 12
is it 11 14 14 is It 0 #1 W so 0 46
IT? 9 V-Y f 4 a 9 a 4 4 1 1
0 4
so A 'j lot Am# jab clibles A"[; #h.
MAJISIds AW, 0,11,0100-ts ] II
Oalloank biotioUt. N. P. 1fWfJV and V. f. IASIWV,
-00
Thilify Tistiral. Ustrad4fil.- hdotek.-Ittled,"14. All.,
If
Ra" Ale"lkbrabolki, i-17 1030-1934. -00
Chem, Zeno. 1939, 1. -I'lle f'ollaw.
ills elletilut is in-loulillor"ded fill til, pf'.111. lie'll "f Ow 1-1-
luccal Por-cli, VivellOylic rl"llilld '4 life Is, m 4 1401h
I.; deptoation(dau InicrinctliAte ctiating til Cu its *,NAC%.
conig. boath (45 S. Cubo.-6110. NO S. N*Oh. soul N) 1,
of N&CN per 1.); and further pUting In an aci-J liath (W) 1.
CuSO..bll#O. 83 S. Ifj:K?, per 1.) of 45" with 25-aU amp./-
sq. din. In the production of the binictal Fe-Ixgms a
bath conig. 45 g. CUSO..51W. Mu g. Naio.. 12 S. Z140
00 and IW S. N*CN per 1. rusty tie ilowil as I lie clmt rtolyir fist
the 41cloclositkost ol a galvAnk- brissis drixiiii. ']'his ditect 0
0 method, liovvvvvr. is Auw and gives a brittle delKnit. It
is sinore =tL-JActury to,irtmAl lilt itsterinedi,ite lay" of Cot zoo
(froon a NaCN W1111 on lit Ni (frosts a Will cionig. 211) g. 0
0 a NLSL%.71100, tio 1) a. 11,11(h in I I. at a c. -L 44
2 siloup./bit. din.) a it to dclk^il on this Cot Ittinj is sulfite
bath and then Zn (oim a Luth conts. 31)) g. ZuSO..7110L) ,4,;
and2Ug.NaOAcprl. The c. it. in the last caw should Im
S sionsp./sq. din.-, the lift alxjut 1.5; anil the hath %houldI
tic inirrord with air. The brass is then at
411folls[li 41ifflitiOn. 111 W111H. fit [All. C-111111., 1.11XV-9it-210
f1pill. *,It aWt '-dilird ..m. 0.
j
ASO-ILl, allALLLPGKAL 1.1,111A71,1111 CLAISIOPKAZIGN
I.Ec.j .11 C., J.(
U It of 00 11" FP 0
!w 0 n1*19SM ills it u K it u of of so An L oil o a i or b, -j so
~ 0 0 0 0 0 0 0 0 0 0 0 0 0
0 0 0 0 'do see 00000 Mo0 0 0 0 Ire0 04 0 0 0 0 0 4 0 00099 9 qf

5(2)
AUTHORS: Yegorov, 1-1. F., Kovaley, 1. A. SOV/75-14-4-21/30
TITLE: Determination of Alkali Mlotals by a Spectroscopic Method
PERIODICAL: Zhurnal analiticheskoy khinii, 1959, Vol 14, Yr 4P PP 489-490
(USSR)
ABSTRACT; The authors described in an earlier paper (Ref 1) the spectro-
scopic determination of the concentration ratio of oNa/ 'K
based on the lines Fa 3302-3 and K 4044-1. When the sum of the
two elements is known the concentrations of sodium and potassium
can be computed from it. The present paper describes a spectro-
scopic method of determining sodium and potassium in solution in
those cases where the sum of the two elements is unknown. The
determination of the ratio cNa ICK was made - as was done i,,
earlier investigations - by exciting the spectra in a current ar
between copper electrodes which were wetted with the solution to
be analysed. As analytical pairs of lines for sodium the pair
Na 3302-3 - Cu 3290.5, and for potassium the pair K 4044.1 -
Card 1/4 Cu 4022-7 was taken. The concentration ratio oNa Is, can be

Determination of Alkali Metals by a Spectroscopic SOV/75-14-4-21/30
Method
computed on the basis of the equation obtained earlier:
S cNa - r log a in which the co6fficient
Na -k,,SK- J-Nablog(0K ~ + .,a
Y Na r depends on the contrast factors for the lines of
r.
sodium and potassium, and on the coefficient r for the
inhomogeneity of.the photographic plate. If the solution of a
pure sodium salt or a pure potassium salt is added to the sample
solutio'n the ratio of the concentration is changed. If the added
quantity of sodium- or potassium salt is known, the sodium and
pote.asium contents of the sample can be computed from the change
of the concentration. The spootra have to be photographed twice
for the determInation; for the determination of the concentration
ratio of the initial solution cNa /o. and for the determination
in the solution after the addition of the corresponding salts.
Card 2/4 For the determination of the sodium content in the sample

Determination of Alkali Metals by a Spectroscopic SOV/75-14-4-21/30
Method
the formula Na is used (Na amount of the added
sodium salt;
Na + Na I Na
b --x -F ). The computation of the potassium
content is made analogously according to formula: X - KI
aTd --1
(d... Na For testing this method beveral artificial
K + K
mixtures were analysed by this method. The results are given in
a table. The accuracy of the determination is: for sodium
approximately 4%, for potassium approximately 2% (relative). The
relatively higb aocuraoy of the spootroccopic determination, even
though there is a considerable distance between the analytical
lines, is caused by the identical physical and physico-chemical
Card 3/4

Determination of Alkali Metals by a Spectroscopic SOV/75-14-4-21/30
Method
properties of the sodium and potassium salts. Third components
have no influence on the ronults of the developed determination
method (Ref 2). There are 1 figure, I table, and 2 Soviet
references.
ASSOCIATIOIN Vaesoyuznyy zaochnyy institut tekstillnoy i legkoy
promyshlennostit Moskva (All-Union Institute of Correspondence
Instruction of the Textile and Light Industry, Moscow)
SUBMITTED: February 28, 1958
Card 4/4

nGUROV, ti. t;.
Y193OR01) V. S: "Investipption of tne role of drier temperature and
rate of pressing in the briquetting of brovm coal.0 Min Ifigner Eda-
cation USSR. Moscow Mining Inst. iineni I. V. Stalin. Ckwir of the
Dressing of Useful Minerals. Moscow, 1956 (Ltissertation For the Lie-
gree of Candidate In Technical Scierces).
SO: Knizhnaya letopis'
No. 21, 1956, Moscow.

PHASE I BOOK EXPLOITATION 839
Yegorov, Nikolay Sergeyevich
Konstruktsii i tekhnologiya izgotovleniya rezhushchikh instrumentov
s zapressovannymi nozhami iz bystrorezhushchey stali (Design
and Manufacturing Methods for Cutting Too13 With Inserted High-
speed Steel Blades) Leningrad, 1956. 20 p. (Series: Leningradekly
dom nauchno-tekhnicheakoy propagandy. Informatsionno-tekhnicheskly,
no. 33. Mekhanicheskaya obrabotka metallov) 6,000 copies printed.
Sponsoring Agencies: Vaesoyuznoye obahchestvo po rasprostraneniyu
politicheskikh i nauchnykh znaniy, Leningradskiy dom, nauchno-
tekhnicheskoy propagandy.
Ed.: Verzhbinskaya, I.I., Engineer; Tech. Ed.: Gvirts, V.L.
PURPOSE: The booklet is intended for tool designers and technicians
engaged in tool making.
Card 1/2

Design,and Manufacturing Methods for Cutting Toole (Cont.) 839
COVERAGE: The author describes cutters with inserted blades and
discusses methods of making such tools. There are no references.
There.is*no Table of Contents; the booklet is subdivided as
follows:
Introduction 1
Cutters With Inserted Blades 2
Mapufacture of Cutters With Inserted Blades 7
Cutters With Inserted Blades Fixed With Taper Pins 19
Appendix 22
AVAILABLE: Library of Congress
G01ksv
11-12-58
Card 2/2
N&R, A.S. red, J zd4a;
y.s., otv.red.; PEYZ
RUDA.XOVA, N.I.. tekhn.red.
(Uniform time and pay standards for building and anseMbliAg
operations and repair work in 19601 Rdinye normy i rastsenki
na stroltel'uYs, monta%h"e i remoutuo-stroitallnye rabotY, 196o g.
Goa.isd-vo lit-ry po stroit., arkhite i stroit*materia-
Xoskvas C~
jam. sbornik 13. (Shore protgatiolk and stabilization) Bere-o-
ukropitell"e i vypravitallnye raboty. 1960. 103 P.
(Kin 13:6)
1. Russia (1923- U-S-S-R-) GosudarBtvennyy komitet PO delam stroi-
telistva. 2. Proyektno-smetnOYO byaro (FO) Giprorachtransa Hi-
nisterstva rechnogo flOt8 RSFSR (for Tegorov)e
(Shore protectiol) (Wages)

,.~~YEGORQVN S. polkovnik, red.-sootavitall; KOGAN, V.G., polkovnik,
red.; MIKHEYEEVA, L.P., tekhn.red.
[The press and communist education in the armed services]
Pochat' i kommunisticheskoe voopitania voinov. Moskva, Voon.
izd-vo X-va obor.SSSR, 1960. 190 p. (MIRA 13:12)
(Journalism. Military)
(Russia--Armed forces--Education, Nonmilitary)

YEGOROV, N.S.; UDALOVA., T.P.
Effect of various fractions of soybe= flour on the biw7nthesis
of streptomycin by Actinomyces streptorveini cultures. Vest.
Mosk. un. Ser. 6:.giol.p pochv. 17 no.3:5"9 MY-Je '62-
(MIRA 15:6)
1. Laboratoriya antibiotikov Moskovskogo tmiversiteta.
(SOYBUN-FLOUR) (STRF.PTOKYCIN)
(BACTERIOLOGY_-CULTURES AIM CULTURE MEDIA)

USSR/Medicine . Antibiotics Jan/Fib 52
"Enforced Antagonism of Bacteria," N. S. Yegorov,
Moscow State U imeni M. V. Lomonosov
"Mikrobiologiya" Vol XXI, No 1, pp 116-120
Reviews work,on the enforced antagonism between
microor isms achieved by cultivating them to-
n"
gether."PThis work was done byj ller who
0
0 P
Pa
was acti in I I. MechnikovIB lab~oratry risf/
in 1914 Ac corLag to the bibliography, Shiller
publishe-7-in German and USSH:periodicals during
1923-1934, and apparently worked in Odessa, USSR,
during 1940-1947.
___223T37

" -r: -,IIF"t , ,.,.
GlIlLmR, I.(1, Cauthor]; Y)MOROV, H.S. (reviewor).
*Directed untagonlem of microbes.0 I.G.Shiller. Reviewed b7 N.S.Zgorov.
Mikrobiologiia 11 no.4:480-484 JI-Ag '53. (WIAA 6:8 )
(Microorganiams) (Shiller, I.G.)

1. EGOROV, N. S~; FOPOVSKIY, M. A.
2. USSR (6W)
4. Microorganisms
7. According to the precepts of 1. 1. Mechnikov. ("Direct antagonism of
microbes." 1. G. Shiller. Reviewed by N. S. Egorov, M. A. Popovskiy).
Priroda 42 No. 5, 3953.
9. Monthl List 2f Russian Acces2ioDlp Library of Congress, April, 1953. Uncl.

7,S
USSR Microbiology. Antibiotics and Symbiouis. Antibiotics. F-2
Abs Jour :,Ftef Zhur Biol., No 8, 1958., No 33751
Author
Inst : Not given
Title :Conditions for ManifestingAntagonism by Actinomycetes.
Orig Pub Vestnt Moak, un-tap ser. biol., pochvovedlo geol.) geogr.,
1956) No 2, 51-58
Abstract A study oonducted to determine possible manifestation of
antagonistic properties in actinomycate strains which
proved to be "inactive" when tooted by the routine method
after inoculation on Wakeman medium (test micro-organisms
Staphylococcus aureus., Bacillus mycoldes, Dacterium coll,
Candida albicans,. Paeudomonas pyocyanea), in k55 such
~Lnactive" actinomyceto strains, after cultivation on 5
different media, antagonistic properties were determined by
Card 1/2
4

I , - L-) ___:
Vydeleniye Ilikrobov-Ant;)pni--tov I
bioticheskoy Aktivnonti (Dsol~;tion
of Folloving their tntibirlogicol
Universitett, 1957.
"17 P, Illus., Dizi!rs., T21jle~.-.
"Liter.-turg 11: P. 751-76.
Itiologichat-klyc Fletody Uchet;; lkh Inti-
of ITicro-:nt;;goni.-tt Prid Biologicz.1 115tho(h!
Activiti,!s) Ifogkv-, lzd-vc Nosicow1koec.
1115
OYU

ANTIBIOTICS
"Determination of Antibiotic Activity of Microorganisms by means of an
Agar Block Placed in the Center of a Petri Dish", by N.S. Yego-rov
0 _Moscow
Chair of Microbiology (Head - Academician V.N. ShaposEl ~ovoi
Order of Lenin State University imeni M.V. Lomonosov, Antiblotiki, No~z
IF, March-April 1957, pp 50-52.
The author describes a method he perfected with viiich it is possible
to cultivate simultaneOU51Y a test antagonist together with other tes-
ted bacteria in a single Petri dish, but upon different culture media.
This method my be useful, in particular, in determining the antibiotic
activity of Actinomycetes.
The technique is as follows:
1. Nutrient agar, suitable for all bacteria under study, is poured
into a Petri dish.
2. After the nutrient agar has solidified, round blocks 20 to 22
Card 1/3 - 5
T71
99

ANTIBIOTICS
in diameter, are cut out of it, and placed in the center of sterile
Petri dishes.
3. Agar-added nutrient medium, most favorable for the growth of
the test bacteria, is then poured into Petri dishes, so that the agar
block in the center is raised I to 1.5 mr- over the level of this
medium.
4. The Petri dishes are cooled and dried.
5. The surface of the agar block is seeded with test antagonist
by means of an inoculating loop.
6. The agar block is placed in a thermostat and incubated for
2-3 days.
7. The agar medium is radially streaked with the tested bacteria
all around the block.
Card 2/3 - 6

ANTIBIOTICS
8. The extent of Inhibition is examined.
To deal with the slower growing Actinomycetes, the author suggests
the following changes in the technique:
The test strain of Actinomyces is seeded first, "lawn-vise", all
over the surface of the agar medium. Then, after about 3 to 12 days,
agar blocks are cut out and placed into empty Petri dishes, which, as
before, should be filled with an agar medium most suitable for the
growth of the test bacteria. These dishes are then placed in a ther-
mostat :ror 3 to 20 hours, removed, and inoculated radially with test
organisms. Finally, after 18 to 20 hours of incubation, they are
examined for antibiotic activity of the test Actinomyces.
Card 3/3 - 7 -

TZGCROV, U.S.
Studying,regularities of metabolism in sicro-organiffn
during the dynamic process ot their development. Test.
Hook. un. Ser. biol., pochv., geol.. geog. 14 no-3:21-29
'59. (MIRA 13:6)
1. K6.fedra mik-robiologii Noskovskogo universiteta.
(BACTZRIOWGY-CMIUMLAND aM4WKHDIA)
(MAMUW 'I . -

YEGOROV, N.S.; KORSHUNOV. V.V.
Conditions of antibiotic for-nation by BL~illus ne3entericus
cultures. Report NO.J: Antimicrobial spectrum and the effect Of
temperature and aeration on the dovelopmant of bacteria and anti-
biotic formation. Rauch. dot.-I.vyn. shkoly: biol.mmici no.3:198-203
159. (141RA 12:10)
1. Rekonnndovana kafedroy mikrobiologil Moskovnkogo gnsudar-
stvonnogo universiteta In. M.V.Lomonosova.
(13ACILLUS MESENTERICUS) (ANTIBIOTICS)

YEGOR07, N.S.; KORSHUITOV, V.V.
Conditions of antibiotic formation in Bacillus meentericus cultures.
Report No.2: Effect of hydrocarbon and nitrogen sources on antibiotic
biosynthesis. Nauch. dokl. v.YB. shkoly; biol. nauki no.4:162-167 '59.
041RA 12:12)
1*Rekomendovana kafedroy mikrobiologii Mookovskogo gosudarstvennogo
universiteta, im. M.V. lomonosova.
(BACILLUS HESE11TERICUS) (ANTIBIOTICS)
(BACTNRIOIDGI-CUICURES AND CUIRURE MEDIA)

YEGOAUT, N.S.
Wfect on streptom7ain bio"mthesis of substances containing
the gnaraidine group and Inositol. Antibiotiki 4 no-3:12-17
*,r.-.Te 159. (HIM 12:9)
4
1
. Kafedra mik-robiologil i laboratoriya antibiotikov Moskov-
skogo posudaretvannogo universiteta.
(STREPTOIMIN, prep. of.
biosynthests, off, of substances containing
guanidine group & lnositol (Run))
(AHIDIMM, effects,
guanidines, on atreptom:rcin bloo.,mthesis (Rue))
(INOSITOL, off.
on streptomycin bionynthesis (Rue))

BARAITOVA, I.P.
Affect of p-dimethylamlnobenzaldehyde on chlortetracycline o7uthesis.
Antibiotiki 4 no-5135-4o S-0 159. (MIRA 13:2)
1. Biologo-pochven"y fakulltet KoBkovskogo goaudarstvannogo uni-
versiteta.
(ALDZMIS eham.)
(OHLORTITRAGUOLINE chem.)

YEGOROVO N.S.; POPOVA, O.Ye.; BITTEYEVA, M.B.; BULGAKOVA, V.G.; GOFMAN, K.
Influence of the products of vital activity of bacteria on the
growth and antibiotic properties of various actinomycetes. Mikro-
. biologiia 29 no.2t269-275 MrAp 160. (MIRA 14:7)
1. Biologo-pochvemyy fakul'tet Moskovskogo gosudarstvennogo
universiteta imeni M.V.Lomonosova.
(ACTINOMYCES) (BACTEM)

KORSHUNOVP V.V.; YEGQROV,~N.S.
Synthetic medium-for the development of Bacillus brevis var.G.B.
and the formation of gramicidin S. Ydkrobiologila 31 no.3:515-
519 Hy-Je 162. (MIRA 15:12)
1. Biologo-pochvennyy fakulitet MoBkovskogo gosudarstvennogo
universiteta imeni. Lomonosova.
(GRAMICIDIN S) (BACTERIODOGY-CUUMM AND CULTURE MEDIA)
(BA.CILLUS BREVIS)

SHAPOSIU11IKOV., U.J., akademik; YEGOROV., N.S.; BAP-UTC,VA, I.P.
Role of pyruvic acid in the bio6ynth6sis of chlortetracycline by
cultures of Actinomyces aureofaciens. Dokl. Ar, SSSR. 144 no.6:
1387-1389 Je 162. (MIRA 15:6)
1. 14ookovskiy gosudarstvennyy universitet im. I-I.V.Lomonosova.
(Pyruvic acid) (Aureomycin)

BARANOVA, I.P.; YEGORGV, N.S.
Effect of some organic acide an the only source of carbon
and their combinations with hydrocarbons on the development
of Actincmyces aureofaciens and chlortetracyclina formation.
Nauch. dokl. vys. shkoly; biol. nauki no.4t162-166 163.
(MMA 16:11)
1. Rekomendovana laboratoriyey antibiotikov Moskovskogo go-
sudarstvennogo universiteta Im. II.V.Lomonosova.

OAPOSHIIIKOV, VON*, akadomik; INGOR V, N-.S-.; KORSHUNOV, V.V.
Yhysiology of the amino acid metabolism in BaciUus brevis var.
.G.-,:--B. Dolcl. AN SSSR 148 no.5sll96-1198 F 163, ~ (KRA 16:3)
1. Mbskovski~ gosudarstvanW universitet im. M.V.Lomonosova.
(AWNO ACID WrABOLISill) (BACTERIA, AEROBIC)

USHAKOVA, V.I.; YEGOROV3,JI.S.
DeveloTnent of the synthetic medium and study of the influence
of phosphorus, fats and some organic acids rn the biosynthesis
of novoblocin. Antibiotiki 8 no.6:488-494 Je163 (MIRA 17:3)
1. Kafedra mikrobiologii Moskovskogo gosudarstvennogo univer-
siteta.

YWROV, N.S.; USHAXOVA, V.I.
Conditions for the formation of nwobiocin from an Actinomycea
spheroides culture.-Da~relopment of a synthetic medium and a
study of the offoat of some nitrogen-and carbohydrate nourcegr
on the biooptheals of the antibiotic. Antiblotiki 7 no.10t
863-868 0162 (MIRA 16tlZ)
1. Xafedra mikrobiologii Moskovskogo-universiteta.

-YHWIROV~, ~I.S.; KORSMOY, V.V.
Role of gramidicin 0 in spore gormination In Bacillus brevin
var.. GB. Antibiotiki 8 no.3:241-244 Hr'63 (MIRL 17 84)
1. Biologo-pochvermyy fakulltet Moskovskogo universiteta imeni
tomonosova.

YEGGROV,
"rinn ipil r,,Ir,'_.~ a :_z rtzent zT 131 o2o,,,-
i and cc--
at the !foi3co..., ol'
-lov!i'lopnent, of tlcloglcal
MIMIS1.1rus for ftirtl. acience and
the strengthpning, of ILS r.-Gnne~!ttcln wlth priicti~,~" passed b.,.r the
Central Comittee of the C.','Sli and t1le Council of .4inisters of the
L
U.S.S.R. V65t. M-03k. im. ~-.r. 6: B-iol., pochv. 18 no.2;3-9
l4r.-Ap 163.
un ~r-

BOANOUP I.P.;
Motabolism of py-.-uv-.c apd "lie biosynthesis of chio-r
( r, cu- -are ',-tJnonycea aimeofaciena.
f.etracycl ine Ir " t :*. L
trobicilogiih 32 ii Fx-Ap 163. (KIFIA 17:9)
Hologo-pochvennyy fakul.".cl, Mos~ovskogo gosudarstvoritiogo
ummersitota imrd LoTunorm-f.

KUDRYASHOV, B.A.; ANDREYENKO, G.V.; YEGOROV, H.S.; STRUKOVA, S.M.;
LANDAU, H.S.
Fibrinolytic agents isolated from some saprophy-tic fungi
cultures. Dokl. AN SSSR 153 no-4:939-942 D 163.
(MIRA 17: 1)
1. Moskovskly gosudarst-vennyy universitat im. M.V. Lomonosova.
Predstavleno akademikom V.N. Shaposhnikovym.

-YEGOROV, Njkol%y Sergeyevich; K.G., red.
[Principles of the science of antibioticol Osnowf uche-
j
niia ob antibiotikakh. Mlool-vaj Vysahaia sh-kala, 19C4.
366 p. (MIRA 17:9)

"ROV
SHUND07A 1u. V.
BiologIcal method for the determination of nisin
ktiblotiki 9 no.l.,89-92 Ja 164. (141FPA 18..3)
1. Btologo-pochvemW fakulltet, Mookovskago univeriifptwi i
Toentralln3rf nauchu-issledova toll Ikiy inntitlit kcnsnrvnOy 1
ovc,ahchenushillnoy promphlennosti, Moakva.

"1 7 C

of
6 3 1" ~- I '
b4.
cf- al I V,~ r%-,

YFGOROV9 N.S.; LAINUAU, N.S.
Effect of various glycerin 2oncentrations and nitrogen nutrients
on the biosynthemi8 of fibrinolytic stibatance by the Aspergillus
oryzae culture, strain MGU. Prikl. blokbim. i m1kroblol. 1
no.51487-493 S-0 165. (MIRA 18111)
1. Biologo-pochvennyy fakulltat Moskovskogo gosudarstvennogo
universiteta imen! H.V. Lomonosova.

NIFONOVP V.A.; YP:GORGV,-N.S.
Effect of ammonium oulfate on ths- development, of' AcL, spharoides
and the formation of novobioaln, Priki, bloktim. -~ mikrobiol.
I no,5:587-590 S-0 165. (MIRA M11)
1. Maskovskiy gusudarstutenriyy univvr,~Itut imenS M.T. Lomonosova,
biologo-pochvennyy fakulitat.

Y-'FG OR 011 PN .-S.- TOROPOVA) Ya.G.; (15HAKOVA, V.I.; MKHAYLOVA, T.N.;
1, '011iofly V.fi.
Formation of novobiocin in the dynamicn of the development of
Actinor,Vces spheroides culture on a synthetic mediun with
varioijs nitrogen sources. Antiblot!M 10 no.3.678-684 Ag 165.
Nin 18:9)
1. Kafed-ra m1krobiologii Mosko-:skogo gosudarstvennogo
universiteta imeni M.V. Lomonosova.

I.I.S, OVCA*iill? OVA ~ 1'. P.
)r -3" effect of cond"dons of the -ultivat-Irn o"
Strepi-ncoc vs lactis on the formation of nisi, . Anti k
-I ibiati i
10 no.9.784..-788 S 165. (mm~ 18:,?)
Irmt.iLut konnomic- I
tj,lr.,oy prwnyi~hlomno3tl, blologo-pochvennyi fakulltet
Mo3kovakogo urilvorsitc-ta lirnail il'.V.Loinonosova.

YE'll :..-,, .. I ~
Of 130frfl f1brinc-lytic. autvr,&r.--eo,
D.,.)klo AN SS-'R jo-5 11 165,
(KIRA 18:10)
Is Mr--;skovslZiy -r-ivc~rriwt. SubidIttad Dooomber 21)
1'-,' 0' 4
ul

1,41-IDAU, N.S.; YEGOROV, II.S.
Production of fibrinol.-~rtic agent of Aspergillus orrzae strain MGjU
in a subnorged culture on the synthetic medium. llauch.dokloya.
shkoly; blol.iiauki no.3:168-172 165. (9111A 18:8)
1. Rekomendovana kafvrlrc~7 innikrobi-ologli Mjcs'kovnkugo gosudaretvennogo
universiteta im. M.V.Lomonosova.

YEGOROV, N.S.., kairi. tekhn.naukj, rjtv. red.; CHERNOV, A.N., red.
oal prepaxation by gravity methods] Obogashchenie U-lei
Nauka
gravitatsiomr1rd metodam'. Mookvaq p 1965. 138 P.
(MIRA 18:8)
1. Moscow. Inst-11-tut goryuchikh lskoptiyemykh.
~j

~f,ACC,Nffi AP6032039 SOURCE CODE1 UR/0411/66/002/005/0595/0599
I
AUTHOR: Yegorov, N. S.; Ushakov a, V. I.
ORG: Soil Biology Faculty, Moscow State University im. M. V. Lomonosov (Biologo-
pochvenhyy fakul'tet Moskovskogo gosudarstvennogo universiteta)
TITLE: .Fibrinolytic and proteolytic activity of certain mycobacteria and actino-
mycetes
SOURCE: Prikladnaya biokhimiya i mlkrobiologiyap v, 2, no, 5# 1966j 595-599
TOPIC TAGS: medicine, microbiology, bacteriology, primitive plant, fungus,
mycobacteria, physiology, enzymologyv medical research, enzyme, biochemistry,
infective disease, fibrinolysin
ABSTRACT:': In vitro experiments*were performed to investigate the fibrin'o-
lytic and proteolytic activity of certain mycobacteria and
actinomycetes, which produce lytic substances related to
.fibrinolysin in blood fractions. The.o 'rganisms were grown
both on synthetic media and on complex media of unknown organic
composition in surface or deep cultures. Substances produced
by most of these widely distributed atrains produced both
proteolytic and fibrinolytic substances. The relative quantities
of these enzymes were.not determined... Certain actinomycetes
Card 1

ACC NRi AP6032039
.strains were.tested as to their ability to lyse fibrin
,specifically. In three strains the relative fibrinolytic and
.proteolytic activities were compared. The mycelia of one
.strain produced fibrinolytic material only in the presence
of -fibrinogen-in the.m-edia. (WA-50; -CBE-No.-12
SUB CODE: 06/ SUBH DATE: 18Dec65/ ORIG REF:. 002/. OTH REFt 002/
Card

ACC NRs AP6032039 SOURCE CODE: UR/0411/66/002/005/0595/0599
AUTHOR: Yegorov,_ N. S.; Ushakova, V. 1.
ORG: Soil Biology Faculty, Moscow State University im. M. V. Lomonosov (Biologo-
poc'11vennyy MuMet Moskovskogo gos-uda-istTerjj~~7go universiteta)
TITLE: Fibrinolytic and proteolytic activity of certain mycobacteria and actino-
mycetes
SOURCE: Prikladnaya biokhimiya i mikrobiologiya, v. 2, no. 5, 1966, 595-599
TOPIC TAGS: medicine, microbiology, bacteriology, primitive plant, fungus,
mycobacteria, physiology, enzymology, medical research, enzyme, biochemistry,
infective disease, fibrinolysin
ABSTRACT:' In vLtro experiments*-were' performed to investigate theVfibrino-
lytic and proteolytic activity of certain mycobacteria-Q
actinomycetes, which produce lytic substances related to
fibrinolysin in blood fractions. The..o.rganisms were grown
both on synthetic mc;dia and on complex media of.unknown organic
composition in surface or deep cultures. Substances produced
by most of thase widely distributed strains produced both
proteolytic and fibrinolytic substanceg. The relative quantities
of these enzymes were not determined. Certain actinomycates

1kc C_N_R _tA, P__6_ 0--3-2-0* 3 9
.strains were tested as to their ability to lyse fibrin
-specifically. In three strains the relative fibrinolytic and
.proteolytic activities were compared. The mycelia of one
.strain produced fibrinolytic material only in the presence
of fibrinogen In the media. [WA-50; - CBE- 'No. - 12
SUB CODE: 06/ SUBM DATE: 18Dec65/ ORIC REP: 002/ OTH REP: 002/

YEGOROV, N.S.
Acadomician V.N.Shaposhnikov's 80th birthdayp 1884- ; and
55th anniversary of scientific and pedagogical activity.
I-likrobiologila 33 no.3:555-557 My-je 164- (mIPA 19:12)