SCIENTIFIC ABSTRACT YEGOROV, A. - YEGOROV, A. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962420016-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

DUVAIIBEK(YV, B.; -XEG-OROV;, A.; STEFATIOV, Ye.
Oldest entomologist in Kazakhstan. Zashch. rast. ot vrod. I bol.
6 no-3:58 Mr 161. (MIRA 15:6)
(Kozhevnikov, Aleksandr Fedorovioli, 1891(7)-)

-A. A.
--can-d-Tech Sci
Dissertation: "Cupola Malleable Iron with the Structure of Granular Pearlite."
14/3/50
Moscov- Mechanical Inst
80 Vecheryaya Moskvia
Surn 71

YZGOROV A.A., kand.takhn,nauk
Iffect of heating and cooling parameters on the flame.
hardening of low-module gears by means of rapid rotation.
Trudy VNIlLytogen no-7:139-147 16o. (MIRA 13:7)
(Ilame hardening) (Gearing)

,YEGOROV A.A. kand.tDkhn. nauk; KOROVINI A.I., inzh.; FILIPPOVICH, P.I.,
- "'
r ~.,- iiqOROVA, Z.N., tekhn. red.
[Flame surface hardening in the machinery industry] Plamennaia po-
verkhnostnaia zakalka v mashinostroanii; obzor otechestvennoi i za-
rubezhnoi tekhniki. Moskva, TSentr. in-t nauchno-tokhn. informatsii
mashinostroeniial 1961. 104 P- (MIRA 14:10)
(Surface hardening) (Machinery industr7)

MOROZOV, Ivan Aleksayevich; KAZANSKIY, G.A., inzh., retsenzent;
FILATOVA., Ye*M, . inzh,., red.; YEGQR --#-A.A.... inzh.,
- QV
red.; SAVELIYEV, Ye.Ya., red. izd-va; 94111410V-1, o.v.,
tekhn. red.
(Soviet-make passenger car trucks) Telezhki'passa,zhirskikh
vagonov otechestvennogo proizvodstva. Moskva Masbgiz,
1960. 182 p. (Car trucks (Railroads)) WRA 15:4)

GLA714N, Izraill Markovich; YEGOROV,, A.A.t red.; MURASHOVAy N.Ya,j
tekbn. red.
[Direct methods Of qualitative spectral analysis of singular
differential operators] Priamye metody kachestvamogo spektrall-
nogo analiza singruliarnykh differentsiallpykh operatorov. Mo-
skva# Fizmatgizj 1963. 338 P. (MIRA 17:3)

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YEGOROV, A. A.
Wine and Wine Making
Primary wine-making of the 1951 seasons. Yin. SSSR 12 No. 5, 52
9. Monthl List of Russian Accessions, Library of Congress, -1952, Uncl.

RoVi-
v [nodellya
ULIt
Irliz
ed

L ooo6l-66 EmT(1) Isn (h),
i.ACCESSION Nit: AP5021341 UR/0120165/000/0(Yi/0115/0120
621.385.049.7
AMOR: Yegorov, A. A.; Suiokhin, I. A.; Yudin, L..I.
:~7
TITLE; Tube limiter with secondary emission
SOURCE: Pribory i tekhnika eksperimenta, no. 4, 1965, 115-120
TOPIC TAGS: secondary emission, electron tube, video recorder, nanosecond
pulse, pulse phase modulation
ABSTRAM Soviet 6VIP, 6V2P, and 6V3S tubes with isecondary emission have grid-
anode characteristics making them adequate for limiter-type operation. Among
them the 6V3S tube has the steepest slope and the ?resent authors used this
tube during their studies of.v~ideo and radio signal limiters. The article
'presenta a general introduction and the results of amplitude and phase charac-
teristics investigations. Large output currents of the 6V3S tube allow high
output voltages of the order 'of dozens of volts across low 10-50 ohm resistances.
Such limiters can then be used at freqijencies in the hundreds of Mc range since
.the quality of the limiter operation depends only slightly on the resistance of
theload. The tests of this limiter inthe nanosecond phase fixation circuit

L oooft-66
ACCESSION NR: AP5021341
-Elity of the device. "The
of an UP voltage shows high accuracy and reliab.
authors thank V. S. Panasyuk for valuable advice and constant interest in the
work." Orig. art. has: 11 formula s and 9 figures.
ASSOCIATION: Institut yadernoy fiziki,.SO, AN SSSR, Novosibirsk (Institute of
Nuclear Physics, SO,AN SSER)
SUBMITTED: OlApr64 ENCL: .00 SUB-CODE: EC
NO REP SOV: 004 OTILER: 000

ACC NR, AP6034234
URC CODEt UR/0120/6
AUTHOR: Yegorov, A. A.;.Panaayuk, V. S.; Yudinp L. L; Ostreykop G. N.
ORG: Institute of Nuclear Physics, SO AN SSSR, Novosibirsk (Institut yadernoy fizik-i
SO AN SSSR)
TITLE: Generator of high power pulses with complex shape
SOURCE: Fribory i tekhnika eksperimenta, no. 5, 1966, 156-159
TOPIC TAGS: pulse generator, pulse shaper
ABSTRACT: A multistage generator of pulses with complex shape is described; the
shape and amplitude of each segment of the pulse can be regulated. Each stage of the
generator has three thyratrons: basic, extinguishing and correcting; each thyratron
has its own power supply. Cathodes of basic and regulating thyratrons are connected
to the load. The extinguishing thyratron shuts off the basic thyratron; the correct-
ing thratron, together with its associated RLC circuit either adds or subtracts from '
the current in the basic thyratron and permits the shaping of the output pulse. Out-
puts of all'basic and correcting thyratronB are connected in parallel. Triggering of
the basic, the extinguishing and the correcting thyratron controls the duration and
amplitude of the output of each stage. In this manner each stage and its triggering
control a time segment of the output pulse. The pulse generator is used to generate

,XCC NR_- &-T,')0342'34
excitation currents for ferrite-wound coils. In one instance, for example, a current
pulse with the following characteristics was generated: from time t - 90 to t - 250
jisec the current generated by the first stage varied according to the expression
e -at; from t - 250 to t - 600 psec the current was controlled by the second
stage and varied exponentially. Orig. art. has: 3 figures.
SUB COM. 1411 SUBM DATE: 06Nov65/ ORIG REP., 001/ OTH REV: 001
7-7

ACC NR, AP6022003 SOURCE CODE: UR/0120/66/000/003/0098/0161~-
AUTHOR: Yegorov, A. A.; Samckhin, 1. A.; Paaasyuk, V. S.; Yudin, L. I.
ORG: Nuclear Physics Institute, SO AN SSSR, Novosibirsk (Inatitut yadernoy fiziki
SO AN SSSR)
TITILE: Synchronization of triggering pulses with a given high frequency voltage
phase
SOURCE: Pribory i tekhnika eksperimenta,.no. 3, 1966, 98-101
TOPIC TAGS: electronic circuit, triggering circuit, particle accelerator
ABSTRACT: A circuit, based on a tube type limiter, is described. ft is designed for
synchronizing triggering pulses with a given phase of the hf sinusoidal voltage with
an accuracy of lul usec when the input voltage is varied from 70 to 200 V and when the
line voltage is varied within A 10%. The circuit consists of a section for fixing
the hf voltage phase; a cascade for sitaping phased pulses which, after amplification,
trigger the output sections; and continuously varible delay lines. By means of
special gate pulses the output pulses of the circuit can be coupled to any section of
the hf voltage, either pulsed or continuous, at a frequency up to 100 Mc. The
circuit can be used in various particle recording systems, in oscillography for the
visual observation of individual sections of the hf voltage curve,'and it can be in-
corporated in acceleretor circuits. At present this synchronizing device with five
output delay channels is used for triggering control and recording equipment of the

ACC NRs AP6022003
B-3M iron-free electron synchrotron. Orig. art. has: 3 figur".
SUB CODE: 09, 20/ SUBK DATH: 30Apr65/ ORIG REP: 002

2/2

YEGMOT, ~.B.
Preservation of the container stock* 2hel. dor. transp. 47 no.71
67;M JI 16 5. (~aRA 18:7)
1. MchAllnik proizvcdqtvenno-takhnlcheskogo otdela vagonnogo
depo Osipovichi.

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YEEGOROV, A. D.
Yegorov, A. D. - "The distribution of a-scorbic acid In the Yakut flora,," In the-
symposium: Doklady na Pervoy Nauch. sessit Yakut. bazy IX 3373-R. Yalkut-sk, 191,8,
p. 177-90
SO: U-4355, 14 August 53, (Le-topis 'Zhurnal Inykh Statey, No. 15, 194-9)

YEGOROV, A. D.
"Ascorbic Acid (VltRmin 0) and Carotene In the Flora of Yakutlya."
Sub 31 MaY 51s Inst of Biochmmtstr-y i=enl A. U. Bakh, Acad Set USSR.
Dissertations presented for science and engineering degrees in
Moscow during 1951-
SO; Sum. No. "0' 9 -May 55

YEGOROV, A.D.; KUVAYEV, V.B.
Chosenia YAcrolepsis and the willow herb are interesting food plants for
the European reindeer. Nauch. soob. IAFAN SSSR no.1:92-95 '58.
(MIRA 17: 1)

YEGOROV, A.D.; POLONSKAYA, Yo.P.
Mineml deficiency of feeds in isolated districts of Yakutia ard wayB of
remedying it. Nauch. soob. IAFAN SSM no.ls123-127 '58. NRA 17sl)

YEGOROV, A.D.; KUVAYEV, V.B.
Two interesting forage plants of the reindeer in northeastern
Ynkutin [with summary in English]. Ivv.Ag SSSR Ser.biol. 23
no.2:222-226 Mr-Ai) 158. (MIRA 11:4)
1. Laborntoriya biokhimii i fiziologii rastneiy Yakut6kogo filisla
AN SSSR.
(YAKUTIA--REMBEER--YEEDING AND FEEDING STUFFS)
(EPILOBIUM) (CROSENIA)

17 i7(9)
Y~;-f--v, A, D, o,i,/, 2 2 - -
TI TLE SO--,e Peculiar Fentur--,'s Of the Chemical Compoz;itioi
rjf Chosenia ',,~acrclepis (Nekotoryye osobennooti 1-mi ch c:.-, -
koZo ooslava chozenii
'B', -DT I'L DO! I ~d '
II V
3!;S11
l 12 2 N
y o
I
,

B S T C T T- '~ 70,; o i~ -k', i or~d -.I :--:a i iii Ya' -u y - i ri T
wat o! L.1.6 Kul- -ma
R i v er L; c,-, v t 2 an~ r---rc-ly
1v Of nu:.~~,L-:Uc

tu.
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1(-~.vc_: fro- tl-.e
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:tzicit Of
Di
.
,
,

So;. F_-, -Of t'-,~
Chosenia. 'Yacrc!E~,pdfs
in the ye.-.rs 1954-56. Tao examination
L o f nl;_It "1' 4
_vc
0 cr
on,
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f C ul 0:: 1
~Z f Ti-,
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Scri: I -'L,--r PC:-. tz-.res of thc; f; a! Co-;,-; z -*~ t-;* on of
ASSOCLWI07:
PRESENTED:
I
Car C', 3,14
doubt, i-L is in the, firn.-;t 1,1ace a consequence of the
calciua. content. Thus, Chosenia car serve apart frou
its hi.-h nutritive v~--.Iuc as a rich cn1ciun sotu.~-ce
for -reindeer ditring vrii7tertima. Therefore this plant
belo.--IL;a to the pl~.nt concentrates or t*-.e co-called
calciophiloo. Thi-, is however not always true.
(Refs 4,5:U.F.Gabys*iev, A.V.Kaz-,nskiyl V.A.Tikhomirov).
The pos-,ible sources of calcium from which Chosenia
takus this element are lil:zted, 'the dynamics of the most
important nutritive components in the course of the
period of ve,-etation are described, as viell as the
poscibilities of use in Yakutiya and eknwhere after
accli,mantizing (vihich was dono with success in llo~7cow).
There are I table and ~1' Soviet references.
Institut biologii Yakutskojo filiala Aludemii nauk SSSR
(Institute of BioloC,-.f of the Yakutskaya Branch of the
Academy of Sciences USISIR)
June 3, 1956, by A.I.Oparin, Academician

30(l) SOV/26-59-4-25/43
AUTHORS: )Le4P=OM. A-D., Professor, and Kuvayev, V.B., Candi-
date of Biological Sciences
TITLE: Two Interesting Fodder Plant Varieties for Reindeer
in North-East Yakutiya(O dvukh intereenykh kormovykh
rasteniyakh olenya na severo-vostoke Yakutii)
PERIODICAL: Priroda, 1959, Nr 4p PP 101-103 (USSR)
ABSTRACT: The author's d'escribe two fodder plant,varieties for
reindeer in north-east Yakutiya- the Chosenia macro-
lepiB (Turcz.) F~om. ana the Chamaenerium latifolium
(L.) Th. Tr. et Lange. According to the observations
made by V.P. Samarin and V.B. Kuvayev, B.P. Kolesni-
kov and Ye.I Shteynberg, these plants to be found
in north-easi Asia in aratio and subaretic*regione,
represent valuable iodder for*reinaeer all the year
round.. Analysis, carried out'by the Iaboratoriya
biokhimii i fiziologii Yakutakogo filiala AN SSSR
(Laboratory of Biochemio 'try and Physiology of the
Pard 1/2 Yakut Branch of the ASAJSSR)'proved the valuable

SOV/26-59-4-25/43
Two Interesting Fodder Plant Varieties for Reindeer in North-East
Yakutiya
ASSOCI,kTION:
Card 2/2~
chemical composition of these plants containing all
basic nutritive substances; e.g. V.I. Ivanova dis-
covered that leaves of the Chdsenia macrolepis con-
tain 32.14% protein and 27.32% albumen in the blos-
som period and,the Chamaenerium latifolium contains
23.9% protein, 22.26% albumen and 4.79% fat at the
end of the blossom period. There are 2 photos.
Institut biologii Yakutskogo filiala Akademii nauk
SSSR (Iiistitute of Biology of the Yakut Branch of
the AS USSR) Professor,A.D. Yegorov
Vsesoyuznyy nauchno-issledovatellskiy institut le-
karstvennykh rasteniy (lAoskovskaya oblast') (All-
Union Scientific Research Institute of Herbicides)
(Moscow Oblast Candidate of Biological Sciences
V.B. Kuvayev

YICGOR-OY.,-Ilekaoy-Dmitri~oyJxJu-BUKIN, Y.N., prof.. otv.red.; POVOLOTSKAYA.
K.L., red.izd-va; TIKKOKIROVA, S.G., tekhn.red.
[Chemical composition of forage plants of Yakutia: meadow and
pasture plants] Xhimicheskii sostav kormovykh raHtenii IAkutii;
lugov i postbishch. Moskva, Izd-vo Akad.nauk SSSR, 1960. 335 P.
(MIRA 13:8)
1. Institut biokhimii imeni A.N.Bakha AN SSSR (for Bukin).
(Yakutia--Pastures and meadows) (Feeds--Composition)

YBaOROV, A. D., (USSR)
"Certain Aspects of Cheydcal Development
of the Forage Plants of Yal-utlya."
Report presented at the 5th Int'l. Biochemistry
Congress, Moscow, 10-16 Aug 1961.

MAKEYEV, O.V., prof., otv. red.; 11-11TRIYEVy V.F., prof., red.; YEGORO-Yj_
A.D., prof., red.; YEFIMGrV, M.V., dots., red.; OZHIGOV, Ye.P.,
a . khim. nauk, red.; BOGDAROV, G.G., red. izd-va; BAiM, S.N.,
tekhn. red.
(Mic.roelements in soils, waters and organisms of Eastern Siberia
and the Far Eas-t and their role in the life of plants, animals
and man)Mikroelementy v pochvakh, vodakh i organizmakh Vostochnoi
Sibiri i Dallnego Vostoka i'ikh roll v zhizni rastenii, zhivotnykh
i cheloveka; trudy. Ulan-Ude, Buriatskii koripleksnyi nauchno-issl.
in-t, 1961. 275 p. (MIRA 16:1)
1. Konferentsiya po rikroelementam v pochvakhg rastitellnykh i zhi-
votnykh organizmakh V.)stochnoy Sibiri i Dallnego Vostoka. lst, Ulan.
Ude,,1960. (Siberia, Eastern-Trace elements)

VOMIMN, Yu.M.; YAZDOVSKIY, V.I.; G.*-TIN, A.M.; VASILOYE111, P.V.;
GYURDZHIAN, A.A.; GUOVSKIY, N.N.; GORBOV, F.D.; SMYAPr,',
A.D.; BM-,AY, V.Ye.; BAYEWSKIY, R.M.; AIrNra.'OV, O.V.;
KOPANEV, V.I.; KASIYAN, I.I.; YEGOROV) A.D.; SILIVES71ROV,
M.M.; SINFURA, S.F.; Yu,V.; FOMIN,
A.G.; USHAKOV, A.S.; DEGTYAREV, V.A.; VOLOVICH, V.G.;
STEPALTSOV, V.I.; NYASNIKOV, V.I.; YAZDOVSKIY, V.I.; YASHIN,
P.S., tekhn. red.
(First space flights of man; the scientific results of the
vedicobiological, research conducted during the orbital
flights of the spaceships "Vostok" and "Vostok-211jPervya
kosmicheskie polety cheloveka; nauchny rezulltaty mediko-
biologicheskikh -issledovanii, provedennykh vo vrenia orbi-
t&llnykh poletov korablei-sputnikov "Vostok" i "Vostok-2.11
Yoskva, I,d-vo Akad. nauk SMI, 1962. 202 p. WIRA 15:11)
(SPACE MEDICINE) (SPACE FLIGHT IRAIIII111G)

L
?q-4/Pac-4/Fae--2 --.AST-
ACCESSIOU NRI AM46575
'S3-21DVT(v) Pb-~/PG-S/Ff
S1027i/64IM/00SA077MO-177
'77
SOURGEz Ref. zh. Avtomat., telemekh. i vychi-91. takhn. Svodmy tom, Abs. 8A509
AUTHOR: Denisov,:V. G.; Yegoroy, A. li.t XvzImino , A. ?.I Sillyestrov, M. M
Soshin. B. A.
TITLE: Using ~iotelemetric data for investigation of the control-systemsiof a
man-operated cosmic ship -~
CITED SOURCEs Sb. Radiotelemetriya i fiziol. i red. Sveruovsk. 1963, 121-124
TOPIC TAGS.- telemetry communioation, biomotrics
TWNSIATIONt Some psychological problms arising in the constructing of coamio-
ship control eystems are considered. A parameter Is BUge03tod which wou3A allow
for the entire information on the psychophysiological condition of the operator
and on the deviations of the controlled qttantitios set by the operator in the
of contiol; this parameter is proposod
objective criterion for
course
as an
comparing various aystems similBx In theii- output data. Under random external
d1f,turbances, the noperator - ahlpO 6ysti= has a certain dcigros of
vhl.oh perr-Ate ev&Luating the mtea condilions, viz., operator's organism
Muni, I III 161 moon=
-s -

.L 43899-65
;ACCrZSXOU NRs:AR4046575. 0
COMIttion and quality oil' control *Here the concept of entropy can be used for
qtwjititative evaluation of the Qeterminaqy. In determining the generalfted
cri`;erion, an overall entropy for the selooted electrophyaiological indices and
the controlled-parameter-doviation perfor=mco is used which k-equires processing
a great deal of inform-ation In a computer. Thus, in long cosmic flights at a
lo4; range from the Earth, the installationof a ohip-borne computer for narrow-
bami telemetric transmitting, bioinforma-tiTa to the Sarthla stations in the for*
of a generalized oriterion boao=a a=adiaits
SM COM a, 3V =a S 0)

YEGOROj/, A.D. (Ufa)
Recollections about the Medical Fakulty of Kazan Univarsity
(1909-1914). Kaz.med.zhur. no.ls8O-83 ia-F'63. (MRA, 16:8)
(KA7,ANl--PEDIGINE--3TUDY AND TEACHING)

- -- YEGOROV, A.D.; OGLEZIEV, V-V-; TLMIITIYLV,, V.G. (Moskva)
---- --- . .....
Effect of moderately increased doses of positive aeroions
on the organism of healthy person; preliminary report. Vop. -
kur., fizioter. i lech. fiz. kul't. 28 no.2. 135-137 Mr-Ap'63-
(MIRA 16:9)
(AIR, IONIZED-PHYSIOLOGICAL EFFECT)

YG9Rqy,--A.D., doktor biol. nauk, otv. red.
[Biochemical characteristics of the plantn of Yakutial
microelements and carbohydrates in the meadow vegetation
of Central Yakutia and the Verkhoyansk Range region]
Biokhimichoukie osobannosti rastenii Ukutiij mAkroele-
menty i uglevody v lugovoi. rastitellnosti TSentrallnoi
IAkutii i Verkhoianlia. Moskva, Naukaj 1964. 209 p.
(NIRA 17:11)
1. Akademiya nauk SSSR. Yakutskiy filial Sibirskogo ot-
deleniya. Institut biologii.

VOLYNKI111 Yu.M.; YAZDOVSKIY, V.I., prof.; GEVIN, A.M.; GAZEUKO,
O.G.; GURGVSKIY, U.N.; YEYELIYAROV, M.D.; 1-!IKFAYLGVSYJY,
G.P.; GORBOV, F.D.; SMYAPIN, A.D.; BAYEVSKIY, R.M.;
ALTUKPOV, G.V.; KOPANEV, V.I.; KASIYAN, I.I.; MYASNIKOV,
V.I.; TERENTIYEV, V.G.; BRYANOV, I.I.; FEDOROV, Ye.A.;
FOMIN, V.S.; ARUTMIOV, G.A.; MITIPOV, V.V.; KOTOVSKAYA,
A.R.; KAKURIN, L.I.; TSELIKIN, Ye.Ye.; USHAKOV, A.S.;
VOLGHCH, V.G.; SAKSOliff, P.P.; YEGOROVj_Aj.D,.; NEUMYVAKIN,
I.P.; TALAPIN, V.F.; SISAKYAN, N.M., akademik, red.;
KOLPAKOVA, Ye.A., red.izd-va; ASTAFOYEVA, G.A.., tekhn.red.
(First group space flight; scientific results of medical
and_biological studies carried out during the group orbital
flighl of manned satellites "Vostok-311 and "Vostok-4]
. gruppovoi kosmicheskii. polet; nauchrqe rezulltaty
Pdrvyi
mediko-biologicheskikh issledovanii, provedennykh vo vremia
ftuppovogo orbitallnogo poleta korablei-sputnikov "Vostok-3"
i "Voskot-4." Moskva, Izd-vo "Nauka," 1964. 153 P.
(N I IRA 17: 3)

L~'632V-65 EW-4/EW_Z/FLTG (a) /DIG (J)/-7AG (r)/EEO (k)-2/9M, (v)/FNT (d)1W (1)/FS(v)-3/
WA(d)/MSS-2 Pe-5/Piz-)i/Pi-4./Pk-IL/Pl-l!/Po-)s/Fci-J- ac-) E4al-2
AGGESSION NR: AT5013041 ~~C 0 0 d002193OD406105
AUTHOR: Bavevskiv. R. M. (Moscow); YUkrg1cn2K1Y,_A, D. (Moscow),
GaAenko, 0. (Moscow); YegoroLr,
-A__,QCMoscow); Chekhonadakiy, N._A. Z34/
Yazdovskiy, V. 1. ("oscow)
(Me a cwv).
TITLE: Measuring information systems in, cosmic biology
__y itvtomaticheakomu kontrolyu i metodam
SOURCE: YESSO uz
eleltricheskikh izmereniy. 4th, Novosibirsk, 1962. Avtomaticheskiy kontrol' i
metody elektricheakikh izmereniy; trudy konferentsiy, t. 2: Teoriya
izmeritel'nykh informatsionnykh sistem. Sistemy avtomaticheakogo kontrolya.
Elelctricheakiye izmereniya neelektrkhealuLkh velichin (Automatic control and
electrical measuring techniques; transactions of the conference, v. 2- Theory of
information measurement systems. Autontatic control systems. Electrical
meaOuremento of nonelectrical quantities). Novosibirsk, Redizdat Sib. otd.
AN ISSSR, 1964, 100-105
c 0 Inforhiation system
I- TOPIC TAGS:, cosmi biol gy#
JABSTRACT: A general state-of-the-art diiscussion and a review based on six
1956-61 Soviet and ton 1959-62 American sourcea are presented. Two types
lCard 1/2,
i4: ",4

2
6
45 -;65
AT50 13041
ACCESSION NR.
reijearch and monitoring - of measuring information systems have been used in
Mimic biology. Block diagrams of telemetering biological data under laboratory
an-1 actual flight conditions are shown. Automatic data-processing systems are
used for quick diagnosing of man's condit:.on and situati3ne. The effect of weight-
le 3sness on the autocorrelation function of G. S. Titov's pulse frequency is shown,
Ways for using mathematical simulation of bio processes are figured out. The
problems of reliability of equipment arediscussed, as well as the "small
telemetry" (between the astronaut and his ship-borne equipment.). Orig. art.
h,'LS: 4 figures.
A SSOCIATION: none
FMCU 00 SUB CODE: LS, SV
OTHE,R: :010-
i io REr sOY.. - oo 6
Vostok -2-,
KC
Card _Z/2

BRAY, V.Ye.; YYHGOROV, A.D.; KOPANEV.V.I.
YAZDOVSKlY, V. I.; ALTUKHOVp 0.'
Ifeurommotional stress of agtro-nexts in arAce flight, lz*,r. IN
SSSR Sor. biole no#2:306-311 Mr-AP164 (1-Mu 17:3)

ACCESSION NR: AT4037707 S/2865/64/003/000/0379/0388
AUTHOR: Vayevskiy,.R. H.; Bogdanov, V. V.; Voukrescuskiy, A. D.; Yegorov, A. D.;
Chekhonadakiy, N. A.
TITLE; The application of mathematical methods in space medicine
SOURCE: AN SSSR. Otdoleniyo biologichoskikh nauk. Problomy* koBmichenkoy
biologii, v. 3, 1964, 379-388
TOPIC TAGS: space medicine, mathematics, cybernetics, space flight, pulse rate,
,acceleration, cosmonaut, mannod space flight
PSTRACT: This article deals with the interpretation of results and concept
:presented in six articles which were published in 1962-1963. These articles were
'written chiefly by the author of the article reviewed hero.. It is stressed that
in the last few years new trends have appeared in biology and medicine where
mathematical methods are extensively used, These trends appear to be of great
importance in space biology and space medicine because of special conditions af-
footing biological experiments and medical protection of organisms during space
Itard J/3

,ACCESSION HR: AT403??O?
flights. An important problem of space biology and medicine is that of obtaining
.-scientific information during space flights and transmitting theinformation to
;earth by means of radiotelemetering systems. The determination of optimal methods
Jor coding such information which will ensure the most effective utilization of
Ichannels is the most important factor in designing radiotelemetering systems in
,space ships. For the solution of such problems the mathematical apparatus of the
information theory is proposed. As an ex_-mple, certain problems in coding electro-
'cardiograms are presented. The problem of coding of information includes the
problem of designing simple and economical doding devices such as digital com-
put,rs, integrators, and others. Functions to be performed by computers in space-
ships and the principles of their design are analyzed. It is noted that develop-,
ment of algorithms for computers in spaceships is a very complicated problem whose
;solution will require the use of mathematical logic, probability theory, and
iother mathematical disciplines in addition to biological and medical information.
,As an example, an algorithm for processing electrocardiograms is presented. The
;methods Of mathematical simulation must be applied to the construction of schemes
for analyzing and prognosing changes in the state of an astronaut. Mathematical
models reflecting the dynamics of physiological indices (pulse rate, blood pres-
sure, etc.) due to the action of certain factors during apace flight can be
'Eard' 2/3

ACCESSION NR: AT4037707
developed on the basis of experimental data obtained in laboratories by using the
methods of mathematical statistics. Statistical indices such as mathematical
expectation, variance, and correlation function must be established. Pecularitiea
encountered in determining statistical indices for space biology and space medicine
are analyzed. As an example, the problem of prognosing the pulse rate when a
cosmonaut is subjected to linear accelerations is presented. It is concluded that
quantitative descriptions of physiological processes and the construction of
mathematical models reflecting the principal changes in organisms under varioua
space flight conditions are possible. The authors believe that the problems
analyzed in the article represent only a small part of the questions in space
biology and space medicine which will require mathematical methods for their solu-
tion.
ASSOCIATION: none
SUBIAMITZED: 00 ENCL: 00 SUB CODE: PH
110 IMF SOV: 006 OTMM: 000
C
3/3

ACCESSION NR: AT4037708 S/2865/64/003/000/0389/0395
AUTHOR; Yegorov, A. D.; Chekhonadakiy, N. A.
TITLE: Certain problems of applying the theory of random functions in space
biology and space medicine
SOURCE: AN SSSR. Otdeleniye biologichoskikh nauk. Problemy* kosmichoskoy
biologii, v- 3, 1964, 389-395
TOPIC TAGS: space medicine, mathemtics, acceleration, dog, pulse rate, statistics,
random function
ABSTRACT: It is indicated that the fundamental physiological indices characteriz-
ing the vital activity of an organism are always analyzed as random functions of
time or of external actions. For the analysis of such functions the general theory
of random functions developed by A. N. Kolmogorov, A. Ya. Khinchin, L. A. Pugac~ev
,and others is applied, and for the mathematical processing of random functions
lprobability-statistical methods are u6ed, The essence of these methods consists
lin'determining the following statistical characteristics: the mathematical expecta-
tion, the variance, and the correlation function. The concrete form of a random
.function obtained as the result of a given experiment is called its realization.
,Card -------

I
:ACCESSION NR: AT4037708
Determination of statistical characteristics follows from the 'statistical process-
of a series of realizations of random functions by means of known formulas. To
.clarify the problem, two sets of random functions, the first one of which describes.
-the pulse rate of 19 dogs under the action of linear acceleration and the second
'describes the pulse rate of a human at rest, are analyzed. The first set of
random functions represents nonstationary.random functions and the second set,
stationary random functions. The methods for determining the statistical character-
Istics of these physiological indices and their peculiarities are analyzed, and a
physiological interpretation of the statistical characteristics is given. By
comparing the statistical characteristics mentioned above for various intervals of
flight, it is possible to determine how an organism reacts to the action of various
factors. The author concluded that experimental data in space biology and space
medicine must be processed with the aid of methods of theory of.random functions&
ASSOCIATION: none
F. 2/3

VOLYNKRI, Yu.M.; ARUTYUNIOV, G.A.; ANTIPOV, V-V.; ALTUKHOV, G.V.;
BAYZVSKIY, R.M.; BELAy, v.ye.; iZYA!TOV, P.V.; BRY&NOV, I.I.;
VASILrYEV, P.V.; VOLOVICH, V.G.; GAGARII.-, Yu.A.; G0.1111, A.M.;
GORBOV, F.D.; GORSHKOV, A.I.; GUROVSKIY, N.N.; YESHANOV, N.Kh.;
YEGOROX,-A
P.; KARPOV, Ye.A.; KOVALEV, V.V.; KOLOSOV_ T.A.;
KORESHKOV, A.A.; KASIYAN, I.I.; KO1`OVSKAYA) A.R.; FALIBERDIN,
G.V.; KOPANEV, V.I.; KRIMBOV, A.P.; KABRIN, L.1 ; KUDROVA,
R.V.,- LEBEDEV, V.I.; LEBEDEV, A.A.; LOBZIN, P.P.; MAKSIMOV,
D.G.; WASNIKOV, V.I.; MAIYSEKIN, Ye.G.; NEUMAKIN, I.P.;
ONISHCHENKO, V.F.; POPOV, I.G.; PORUCHIKOV, Ye.P.; SILIVESTROV,
M.N.; SERYAPIN, A.D.; SAKSONOV, P.P.; TERENTIYEV2 V.G.; USHAKOV,
A.S.; UDALOV, Yu.F.- FOMIN, V.S.; FOMIN, A.G.; KHLE8NIKOV, G.F.;
YUGANOV, Ye.M.; YAZDOVSKIY, V.I.; KRICHAGIN, V.I.; AKULBIICHEV,
I.T.; SAVINICH, F.K.! ATMPURA, S.F.; VOSKiTSENSKIY, O.G.;
GAZENKO, O.G., SISAKrAN, N.M.p akademik, red.
(second group space flight and some results of the Soviet
astronauts' flights on "Vostok" ships; scientific results of
medical and biological research conducted during the second
group space flight] Vtoroi gruppovoi kosmicheskli polet i neko-
torye itogi poletov sovetskikh kosmonavtov na korabliakh
"Vostok"; nauchnye rezulltaty medikobiologicheskikh isaledovanii.,
provedennykh vo vremia vtorogo gruppovogo kosmiclieskogo poleta.
Moskva, Pauka, 1965. 277 p. (MIRA 18:6)

- - ---------
EIEO-I2/B1G(j')/M- (h)/FSS-w2ffin (v)-3/EEC(k_)_2/EWG(v)/E1VA (d).
Po~-~e-a/Pq-Oac-4/~ae_2~ 1--4 71AD/RD/M
'ACCESSION NR: AP5007274
S/0216/65/000/002/0182/Oj87
AUTHOR: Al tukhov.,,_ G._j. 6, Be lay, - V.- Y(!; Vasillyev, P. V.
TITLE i Diurnal rhythm of vegetativo functions during spaceflight
_iS0UR(;Et AN SSSR, Izvestiya, Seriya biologicheskaya, no. 2, 1965, 182-
)TOPIC TAGS: diurnal rhythm,- vegetatiVe functions- space flight cardiac
,crate, systolic index
71-
ABSTRAM' Data ob-tain-ed..during the epace fli lito of Soviet cosmonauts
~A.~G Nikolayev, P. R. Popovich,,V F. Dykovskiy, and V. V. Tereshkova
;,Shed light on the-effect of weightlezisness. on the diurnal rhythm of
I
:physiological and, in particular, vegetative functions. In the present
$article, the nature of changes in diurnal vartations in pulse frequency
.iand of the systolic index is analyzed. In the prelaunch period, Lbe
.~_pulse frequency and the systolic indox of the three male cosmonauts
,increased during the second half of f:he day, while Tereshkova's do-
telined during--tke second half of. the,lday. During space fl,ight, these
~ind.i.cels changed. In.the case of Nikolayev and Popovich, the pulse
t,&rd-l 12

L 34096_(15._
IIACCLSSION 1111t, APS007274
1fre-qu,ency-and--the -s stolic index eithiir declined slightly or remained
i Y I
ipractidally unchanged during the second half of the day. In Bykovskiy's
I
icase, the relative magnitudes of the pulse frequency and the systolic
tindeu generally remained constant during the first ard second halves
loftho day. During the second half of the day, Tereshkova's pulse fre-
lquency-and sys tol:ic- -index- declined e4en more titan ..they did during the
In short, the data indicate-that the pulse frequency
prelaunch period.
:an-daystolic index reactions-of the cosmonauts during the period of
1light were not,identical. The changes in the diurnal rhythm,of phy-
!sialogica-l functions cannot be attributed wholly to-the specific effects
'of weightlessness, There can be little doubt that emotional tension
Chad a significant effect on these ind1cea. Orig. art. has: 1 table
!and--,2 fLSuri3s,, IBM]
ASSOCIATIONt none .
I lOjul64 ENCLOS111113i 00 SUB CODE: PH)LS
N 0 REF SOVt-- -004 OTHER: 010 ATD PRESS: 3209
cord- V

.14-lh247-66 EltIT(d)/E~IT(1)/FS(v)-3/T/EI,[P(l) SOTB/IJP(c) DD/RD
ACC MR: AT6003855 SOURCE boo& UR/2865/65/004/000/02G6/0216
i AUTHOR: Yegorov, A. D. /00
1'.. b=
ORG: none
TITLE: Application of some of the concepts of informtion theoryto the analysis
of Dh-vsioloizical data obtained duriniz sDace flijzhts
SOURCE: All SSSR. Otdeleniye biologicheskikh nauk. Problemy kosmicheskoy
biologii, V- 4p 1965, 206-216
TOPIC TAGS: information theory, entropy, space physiology, space flight
ABSTRACT: -An aft'empt is m ad e to aipp 1y th e- b as i6 '66n c* epts of inform ation theory
to analysis of the physiological data obtained during spaceflights. it is
stressed that by recordirig physiological indices, certain information con-
cerning the physiological systems of an organism, whose state at any given'
instant is random., can be obtained. However; every physiological system
of an organism is, to a certain extent, always indefinite, and the degree
of its indefiniteness depends on the amount of information obtained. The
-author raises the
question of how quantative characteristics of the indefi-
Card 1/3

L 111247-66
ACC NR: AT6003855
-niteness of the system can be obtained and on what factors the indefinite-
ness depends. As an example, the frequency distribution of a man's pulse
repeatedly recorded under identical conditions is analyzed. On the basis
-of results of this analysis, it is concluded that the degroe of indefiniteness
-depends on the number of possible intervals within which the physiological
indices are considered and on the probability of their being in the particu-
lar interval. Therefore, it is considered appropriate to use the entropy
n
defined by the equation
11 (X)
where H(X) is the entropy and Pi is the probability for the values of the
random variables, as the me a-sure of the indefiniteness. This formula was
on of entrop-ies for certain specific cas
applied to the calculaff es including
the entropy for the frequency of heart contractions of G. S. Titov during
his orbital flight. The variation of the entropy is analyzed. It is concluded
that in the processing of the information obtained during the spaceflights,
-in addition U other statistical indices, it is appropriate to calculate the
entropy and use it in evaluating the performance of -the physiological Sys-
Card 2/3

7=_ IPW
Y_
L,:U247-66*
AW M: AT6003853
tems In organisms.- It is also showft how, by using the rnethods'of the In-
--formation theory the joint entropy of an entire group of indices ch c
ara
-terizing the state of ones or several systems of an organism can be cal
culated. Examples Illustrating the calculation of such an entropy are pre
sented. Numerical results obtained'show that theValues of the joint entr
during the flight have atendency to decrease. Thisfactindi-
-that the performance of the heart during the fli'
cat es ght improves becau
of the adaptation of the cosmonaut's -organism, to weightlessness.; -In the"
titative evaluation of physiological data the author considers it
quan very,
o. test the
important t zero_~V
Rtl~p~~s about the, equality of entropies and
"'t --Ahe criteria for the compl:etely cOrrelati
ed rmation Orig.: art,
6 formulas,, "40.91~
and.7 tabless EATD:MSS:.-.
CODE 06 SW94'
09P "no
DhSi V: 004,; OrH REFS*
7-~,, I.ij_,
cam

L 08277-61 - EWT(1) SCTB DD/GD
ACC NRi AT603614-74 SOURCE CODES UR/0000/66/000/000/0025/0026
AUTHORS Altuldlov, G* V*; S-Y~Ls_~unov I.B.
Skuratova, S. A.
ORG: none
TITLES Quantitative evaluation of changes In the latent period of conditioned
motor reflexes as a function of the number of stimuli and the Intervals between
SOURCEt Konforentslya po problemam kosmichoskoy med.1tainy, 1966s Problemy
kosmiclieskoy med1tsiny. (Problems of space medicine); materialy konferentsito
~bscow, 1966,, 25-26
TOPIC TAGS: conditioned reflex, space physiology, humin physiology, behavior
pattern ! -Quantitatice evaluation of the length of ffic laient period in human
ADS TRAM c0ndi Lion e d motor reflexes was made using different light and sound
stimuli'with intervals of 0. 5, 2. 5, 5, and 10 see between them.
Series of stimuli with equal or different probabilities of provoking a
:reaction were used. Tests were conducted on an "Emotsiya". apparatus.1
Twelve subjects, men and women aged 20-35 yrs, were used in 320
exi)eriments. Results showed that increane in the number of. stimuli
1/2

L 08277-67
ACC NR:
leads to Increase In the average length of tile latent period, with stimuli
of1equal or different probability. Th13 statistically reliable Increase
Is described by the equation of the second order parabolat
a)tstimuli of equal probability--
tip = 0,2136.+ 0,1832 x - 0,0173 x2;
b) stimuli of different probability --
tip = 0.2525 + 091545 x - 0$0140 )i~,
where tj.Is the length of the latent period, mid x is the number of stimuli.
The length of tile latent period also changed depending on the Intervals
between stimuli. Vie shorter tile interval, tile shorter tile langth of the
latent period (on the average)* This relationship Is expressed by a
Inear equationt
~-ep= 0,4053+ 090116 zo
where z in the langth of th6 tnterval betwvail stimuli, A. Po. 22; AU) Papore
66-1167
SUB CODES' 06,,05 SUM DATE: 001-tay66
I ard 2/2 106

ACC NRI AT6036556 SOURCE CODE: :010000166100010001016010161
AUTHCH: Yegorov, B. B.; ~~L~orov, A. D.; Kiselev, A. 4.; Shadrintsev, 1. S.
ORG: none
TITLE: Some problems in planning and analysis of physiological flight experi=ents
[Paper presented at the Conference on Problems of Space Medicine held in Moscow from
24 to 27 May 1966]
SOURCE: Konferentsiya po problemam kosmicheskoy meditsiny) 1966. Problemy
kosmicheskoy meditsiny. (Problems of space medicine); materiay konforentaii,
Moscow) 1966, 16o-161
TOPIC TAGSz space physiology, manned space flight, bioastronautics, space biologic
experiment
,ABSTRACT: 1. The ultimate result of each physiological space experimnt is in-
formation which can be gathered by the cosmonaut-investigator and can be
.recorded on on-board and telemetric systems. The information obtained,
:after appropriate analysis is applied to deciding the duration of future
spaceflights and to methods of, combating unfavorable spaceflight factors.
2. The most useful and objective physiological information can be
:directly gathered by a specialist -investigator during the flight itself. In
this situation, it is entirely expedient to alter earlier established medical
land biologipal investigations to fit definite situations which may develop
Card 1/3

Wuring the flight.
I
I
3. The purpose of this report is to analyze physiological data obtained
-from manned and biosatellite experiments critically, so that future
physiological space experiments can be planned more rationally.
4. In planning flight experiments, points of utmost importance are:
- selecting physiological parameters which would guarantee the
collection of data necessary for judging the functional condition of the orga-
nism during the flight in comparison with corresponding data from earth-
side experiments. This would include an investigation of daily rhythms.
- establishing scientifically based periods of time during which the
necessary recording of physiological parameters would be conducted with the
.aim of drawing statistically reliable conclusipas on changes in the indices of
physiological functions.
establishing a scientifically based volume of selective measurements
'for deciphering the data obtained.
Card 2/3

i'-ACC NR,' AT6036556
selecting a program for conducting space physiological experiments
1;,which would assure comparison of the results of each subsequent experi-
,ment with the results of former experiments.
After a sufficient number of physiological space experiments, conclu-
sions based on mathematical methods could be drawn of both individual and
species -specific reactions of animals and man to spaceflight factors.
5. To solve these planning problems, both mathematical and physiologi-
cal methods Were used. These data show the expediency of usingcomplex
!physiological and mathematical methods for planning physiological space.
experimentsIwith the-help 6f cmnpute'r technology. [W.A. No. 22; ATD Report
66-1161
SUB CODE: 06#,22 / SUBM DATE; OOMay66
Card

ILE~ SAVIN, Nikolay Sargeyevich;
MAS*OV, R.F., nauchnyy red.; SHUMIIDVA, ye.m., red.;
NESMLOVA, L.M., takhm. red.
(Driver of induatrial electric and motortrucka) Voditell
elektrotelezhek i avtotelezhek. Moskva, Proftekhizdat,
1963. 210 p. (MIRA 16:5)
(Industrial power trucks)

- YEGOROV, A.D.; KMCHANSKIY, I.A.; MOUL', N.N.; KOVALEV, M.K.
BT-S drill pipes with butt-welded joint er2ds. Yash. i neft'.
obor. no.1:19-20 163. (MIRA 17:1)
1. TSentrallnoye konstruktorskoye byuro Mininterstva geolo-
gii i okhrany nedr SSSR.

XWORGY.-A.D..; KRYMCHANSKIY, I.A.1 MOTYLS, 1J.H.; KOVALEV, M.K.
New design for drill collars. Hash. i neft. obor. no.2:25~-27
163. (MIRA 17:8)
1. TSentrallnoye konstruktorskoye byuro Ministerstva geologii
i okhrany nedr SSSR.

O-F
ZHIGACH, K.F., professor. otvetstvennyy redaktor; HMVIYNV, I.H.,
professor. redaktor; TIKHOMIROY. A.A., kandidat ekonomicheskikh
nauk, redaktor, UGGROV, V.I., kandidat akonomichookikh nauk,
redaktor; CHARYGIN, M.M., professor, redaktor; DMIATIV, Y.Y.,
professor, red-aktor; HANST'LIN, N.S., doteent, redaktor;'BIRYUKOV,
V.I.; dotsent, redaktor; T~I~OR doteent. redaktor; bH&RIIYY.
I.A.. professor, redaktor; CBFMIOZELUKOV, P.I.. professor. redaktor;
KUZK&K, Ye.M.. professor, redaktor; DOKHNOV, Y.N., professor,
redaktor; PANCEENKOV, G.M., professor, redaktor; ALMAZOV, N.A.,
doteent, redaktor; TAGITAV, R.I., redaktor; OUREVIGH,redaktor;
ZHIGACH, K.F., redaktor; DAYEV, G.A., vedushchly reclaktor;
GENHAD'YEVA, I.H., tekhaicheskiy rodaktor
[The tenth scientific and technical conference, 1955] Desiataia
nauchno-takhmichesicaia konferentaila, 1955 g. Leningrad, Goo.
nauchno-tekha. izd-vo neftianoi i gorno-toplivnoi lit-ry, TAnin-
gradskoe otd-nie, 1956. 167 p. (MIRA 9:7)
1. Moscow. Hookovskly nef tyanoy iaBt Itut. Nauchnoye atudenchookoye
obshchestvo
(Petroleum engineering) (Petroleum geology)

CHERWOV, N.H., kand.tekhn.nauk dots.; ZEEGULEV, P.G., inzh.*, YEGOROV.
inzh.; KARACHMSIN, M.D., inzh.
Technology of making foundry iron In blant furnuces of the
Kuznetsk Metallurgical Combine. Izv.vys.ucheb.zav.*, chern.
met. 2 no.8:21-29 Ag '59. (HIRk 13:4)
1. Dneprodzerzhinskiy vecherniy motallurgicheskiy institut I
Kimetakly metallurgichaskly kombinst. Rekomendovans, kafedroy
metallurgii chorrWkh motallov Dneprodsorzhinakogo vocharnago
matn1lurgicheskogo inutituta.
(Stalinsk-Blast ftwnaces)
(Foundries-Squipm'Ont and supplies)

KARACHENTSEV, M.D.; YILORGV, A.F.
In three years of the seven-year period. MataUurg 7 n0-4:7-8
Ap 162. (MDA 15:3)
1. Zamestitell nachallnika domennogo tsekha, Kuznetskogo metallurgi-
chaskogo kombinata (for Karachentsev). 2. Sekretarl partiynogo
bywo domennogo teekha Kuznetsko,go metallurgicheskogo kombinata
(for Yegorov).
(Kursk Magnetic Anomaly-Blast furnaces)

YEGOROV, A.F., master domennoy pechi
Making foundry pig iron. WtalbLrg 7 no../,~:11~12 &p 162.
- OUM 15:3)
1e Kuznetakiy metallurgicheskiy hombinat.
(Cast iron-Mets.Uxtrgy).

]MOROV, A. 0.
Yegorov., A. G. "On the systematic description of the Baykal sturgeon - AcijLenser beeri
stenorTbynchus natio baimlensis A. Nikolski," Izvestiya Viol.-geogr. nauch,-issled,
in-ta pri Irkut. goo. un-te im. Zhdanoba., Vo-1. X. 'Issue 2, 19/+80 p. 27-59, - Bibliogi
27 item.
So: U-3736, 21 14ay 53P (Letopis tZhurnal Onykh Statey,, No. 17,, 19,49).
C%

,
Tagging grayling in the Angara River. Top.ikht. no.6:121 '56.
NLRA 9:8)
1. Irkutsly universitst imeni A.A. Zhdanova.
(Angara River-Grayling) (Fish tagging)

TMOROV, A.Gs (Iricatak); IVANIYIIV. L.No (Irkutsk)
Fossil sturgeon In franabalkalia..Frirods 43 no,3;112 Nr '36.
(fransbalkalia-Vishes, Fossil) (Sturgeons) OCWA 9:7)
I - - ~ ~ -- MMMJT~~~

KOZHOV. N.M., prof., doktor biolog.nauk; MAISHARIN, K.I., doteent, ka'zkd.
biolog.nauk. Prinimali uchastiye~ TOMILOV, A.A., kand.biolog.nauk;
POPOV, P.P., kand.biolog.nauk; TNGOROV , kond.biolog.nauk;
TUGARINA, P.Ya., kand.1biolog'-1; TTUMTSEV, N.V., nauchuyy
sotriidnik; 4SMYEV, M.G., nauchriyy sotrudnik; NIKOLAYEVA, Xe.Pw'0
nauchnyy qotrudnik; KARMSYIN,' A.I., nauchnyy sot rudnik;, SrEMTAGOVA,
M.A., nanchnyy sot-rudaik; KORTAKOV, Ye.A.; SPELIT, KX*, inzh,;
ARTYUNIM, I.K., inzh.,-'OM1EV, P,,K.,- SEWIPER, R.I., Tabotniki
SWIROVA, A.S.,-red.-, SOROKINA; T.P., takhn.red.
(Fishes and commercial fishing in Lake Baikal] Ryby i rybnoe
khoziaistvo v bassaine ozera Baikal. Irkutskoe, knizhnoe izd-vo,
1958. 745 P. (MIRA 12:4)
1. Sotrudniki Irkutakogo gosunivarsiteta (for Misharin, Tomilov,
Popov, Yegorov, Tugarina). 2. Sotrudnik Baykallskoy,limnologichookoy
stantaii Akademii nauk SSSR (for K~ryakov)- 3. Baykalrybtrest (for
Spelit, Artyunin). 4. Gosplan Buryat-Mongollekoy ASSR (for Shniper).
(Baikal, Lake--Fisheries)

7EGOROV, Aleksandr Georgiyevich; SHAFIROVA, A.S., red.; KARASI. V.D.,
-t-
eEa-
(Develop carp culture in Irkutsk Province and the Buryat A.S.S.R.]
Razvivat' karpovodst-7o v Irktitskoi oblaati i BASSR. Irkutsk,
Irkutskoe knizhnoe izd-vo, 1959. 1:32 P. (miRA 14:2)
(Irkutsk Province-Carp) (Buryat-Mongolim-Carp)

YIDGOROV, A _.G.., I
Outlook for utilizing reservoirs of the Angara River in commercial
fiahing. Vop. ikht. no.13:108-111 '59. (MRA 13:3)
l.Kafedra darvinizme, genetiki i agronomii Irkutskogo gosudaretvannogo
universiteta.
(Angara Valley--Fish culture)

190)
3(3,5,7)
AUTHOR: Ask-hayev, M.G. and Yegorov, A.G.
TITLE: The History of the Irkutsk UniversitY Scientific
Station on (Lake) Baykal
PERIODICAL: Izvestiya VGO, 1959, Vol 91, Nr 3, pp 299-300 (USSR)
ABSTRACT: After having given a sketch of the history of the
Scientific Station referred. to in the title and
shortly outlining scientific literature written there,
the authors concisely describes present conditions
and the work now being done at that Station. The
Station, situated at Bbl'shiye Koty, about 25 km
north of the source of the Angara, now covers more
than.20 hectares. It has several laboratories,
i.e. biology, chemistry, breeding live-food for fish,
aquarium laboratory and a mechanical workshop, living
quarters for the students, several -motorized and non-
motorized boats, etc. For the time being, the follow-
Card 112 ing problems are given special attention: biology of

SOV/12-91-3-13/14-
The History of the Irl-.ut;:--,k University Scientific St,,-;tion on (Lake)
Baykal
the reproduction of the Baykal coregonus autumnalis;
hydrochemistry of the Baykal waters; economy of fishing
in Lake Baykal and in the AnSara river; history of the
Baykal fauna, etc. The Angara river Is being studied
with special zeal because of the hydroelectric poaer
plants to be built there.
Card 212

90-,-A1ekBandr-GeoxZi eviSh- MISHARIN, X.I., kand. biol. nauk,
.jF&O -y
dots., red.; KAZMINA, Te.A., redo izd-vu; ASTAYMOV, I-A.,,
tekhn. rod.
[Baikal sturgeon Acipensor baeri stenorrhynchus natio baicalensio
A.Vikolski- taxonomy, biology, fisheries, stocks, and their re-
productioniBaiMltskii osetr - Acipenser baeri GtOnOlThynchus
riatio baicalensis A.Nikolski; sistematika, biologiia, pronysel,
syrIevaia baza. i vosproizvodstvo zappsov. Pod obshchei red.
K.I.14isharina. Ulan-Ude, Buriatskil kompleksriyi nauchno-issl.
in-t, 1960. 119 p. (MA 15:12)
(Baikal, Lake-Sturgpons)

YEGGROV, A.G.
Acclimatization of mirror and scale carp in waters of Irkutsk
Province and the Buryat A.S.S.R. Vop.ikht. no.14:156-159
,6o. (MIR& 13:8)
1. Kafedra darvinizma, genetiki i agronomii Irkutskogo
gosudaretvennogo universiteta imeni A.A.Zhdanova.
(Irkutsk Province--Carp)
(Buryat-Mongolla-Carp)

YDGOROV, A.G.; GAVRILOV, GoB4, ; TRE.~JICIIETBNKOVA, A.A.
Observations on seasonal change3 in feeding halbitts of the black
Baikal grayling (Thyruillus arcticus baicalonsis Dyb). Trudy
BYJIII no.4:98-107 160. OURA 15:3)
(Baikal, Lake--Graylizg)

YEGOROV, A.G.; ZWSARAN, Mj
Dwarf Altai diptychus (Oreoleuciscus potanini (Keselar)) fr= Lake
Ubsa-Nor. Nauch. dokl. vys. shkoly; biol. nauki no.2:42-43 f6l.
(MIRA 14: 5). -
1. Rekomendeovan -kafeciroy darvia=a,, gevp~iki i agronomii Irkutskogo
gosudarstvennogo universiteta im. A.A.Zhdanova.
(VFSA -NOR., ~ LAI~&_GARF)

k,
ASWIEV, M.G.; YEGOROV, A.G.
Hist or~v of fisheries in 1~he Lake Baikal s-7sten. Trudy ZBF-N-m:
no.5:148-153 161. (MIRA 18:2)
I
X

19GOROVj, AeG.
Pr4ent, state and future development of pond fish culture
in Irkutsk Province and the Buryat A.S.S.R. Trudy sov.
Ikht,, kom. no.14:147-150 162. (MIRA 15:12)
1. Irkutskiy osudarstvennyy universitet.
fIrkutsk Provitype-Fish culture)
(Buryat-MongollbL-Fiah culture)

IF w IF
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line per cu. m. of gas, Gases recovered in the New Gramy district have the fiAlow.
Ing -Pno. after n=mpremins: C114 229.7,Y). ethane llt3-1 1.9. propane 28 4 -29
1
.
,
butanes ZJ.Z-22.0, Prntants and higher homeloe 7.?A-S%. The sp. gr. of the by-
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-YVVT~-V, A. G.
Yer!-rr,v, A. G. -- "(n the ProductE rjl* Ccnblninp, Crf!an',c AcidE ~ejth
Ful-titi;tpd Acetylene Rvdrrcarb n.,,,." Leninprad State PedaF pical
Inst iveni. A. I Oertsen. Chair of Organic ChemiFtry. LenlnFrad,
1956. (Dissertation for the Pegree of Candidate In Chemical Science)
A
So: Knizhnava Letcpisl, no 12, 1556

BOLISHUMIN, A.I.; Y19GOROV, A.G.
k4g;~~~
Interaction of I-octyne with lower saturated monobasic acids.
Zhur.ob.khim. 26 no.4:1121-1124 Ap '56. (IMRA 9:8)
1. Leningradskiy gosudaretvannyy pedagogicheskiy institut.
(Octyne) (Acids, Organic)
-10- ~-z

44;
LEO!

Dlatri -L -;?c f J)
~411'4
YIILC~ ~zb 5--wited

7

YEGORGV, A.G.
Products of organic acid addition to monosubstituted acetylem-
hydrocarbons. Uch. zap. Ped. inst. Gerts. 17c):21.1-234 158.
(MIRA 16:5)
(Acids,, Organic) (Hydrocarbons)

S/079/60/030/009/015/015
BOOI/BO64
AUTHORS: Danilov. S. N., Venus-Danilova, E. D., Orlova, A. N.,
Yegorov, A. U., Kazlmlrova, V. k-1
TITLE: In Memory ofTA7--I.:Bo ukhin
:1:1:s ~h
PERIODICAL: Zhurnal obshchey khimii, 1960, Vol. 30, No. 9,
pp. 3145-3147
TEXT: A. I. Bol'shukhin died on November 14, 1959. An outstanding peda-
gogist, he ranked among the best teachers at several institutes of Lenin-
grad University. A son of peasants, he was born in the Government of
Vitebsk on February 20, 1906. At the age of only fifteen he was already
allowed to frequent the preparatory classes at the physical and mathemati-
cal department of Leningrad University. He worked himself through his
student years as a laborer and a clerk, and later was a laboratory assis-
tant at the Tuberkuleznyy institut (Institute of Tubercolosis). There,
under the guidance of E. D. Venus-Danilova he was able to complete his
graduation treatise on the synthesis of thyroxine (Ref. 1), which gave a
description of the intermediates 3v5-diiodo-4-(41-ethoxy phenoxy)-nitro-
Card

In Memory of A. I. Bol'shukhin S/079/60/030/009/015/015
BOOI/BO64
benzene; 3,5-diiodo-4-(41-ethoxy phenoxy)-aniline along with his hydro-
chloric salt (Ref. 1). After graduation he worked out an original method
of determining acetyl cellulose-bound sulfuric acid at the Institut
drevesiny (Wood Institute), at the laboratory headed by N. I. Nikitin
(Ref: 2~. He collaborated in the synthesis of soluble cellulose triacetate
(Ref 3 . As an assistant, he worked in the field of general, inorganic,
and organic chemistry at the Lesnaya akademiya (Academy of Forestry), at
the Komvuz imeni Stalin, at the Zootekhnicheakiy institut (Zootechnical
Institute), and at the Leningradskiy gosudaretvennyy universitet (Lenin-
grad State University). He submitted his dissertation for the degree of
a Candidate of Chemical Sciences at the Leningradskiy tekhnologicheskiy
institut im. Lensoveta (Leningrad Technological Institute imeni Lensovet).
During the war he headed the laboratory of the Glavnaya vodoprovodnaya
stantsiya (Central Hydrological Station) in Leningrad, and, later, the
Trust "Lenvodoprovod". From 1943 on he was a docent at the Pedagogicheskiy
institut im. Gertsena (Pedagogical Institute imeni Gertsen), and at the
Leningradskiy pedagogicheskiy institut (Leningrad Pedagogical Institute).
After the two institutes were merged he was appointed docent of the Chair
of Inorganic Chemistry. A list is given of his writings a part of which
was worked out jointly with E. D. Venus-Danilova, A. N. Orlova, A. G~
Yegorov, N. I. Nikitin, T. N. Rudnev, N. Ya. Solechnik, S. 0. Avraamov,
Card 2/3

t
In Memory of A. I. Bollshukhin 3/072J60/030/003/015/015
BOOl/BO64
Ye. P. Brichko, V. L. Zhitorchuk. There are 1 figure and 20 Soviet
references.
f, Card 3/3

21408
S/12o/61/000/002/019/042
'17,010 E192/E382
AUTHORS: Veretennikov, A.I., Averchenkov, V.Ya.,
1MR-r-ov, A.G. and Spekhov, Yu.A.
TITLE: Amplifying Units for the Oscillographic Display
of Short Pulses
PERIODICAL: Pribory i tekhnika eksperimenta, 1961, No. 2,
pp. 104 - 109
TEXT: Two single-tube amplifiers suitable for high-speed
pulse oscillographs are described. The first amplifier is
based on a tube with a cathode grid (sometimes referred to as
a 11space-charge tube" or a "tube with a virtual cathode")
which is capable of producing high anode currents when its
auxiliary (cathode) grid is pulsed with a comparatively high
voltage amplitude (up to 100 V). The circuit diagram of the
amplifier (with some.auxiliary circuits) is given in Fig. 1.
The space-charge tube is blvclonll (6Zh2OP2) (this is an
experimental tube). The amplifier is designed for the pulse
repetition rate not exceeding 10 p.p.s. The operation is as
follows. When the amplitude of the input pulse is about 1 V,
Card 10-

S7i2o/61/000/002/019/o42
Amplifying Units .... E192/E382
the thyratron (shaded tube) is ignited and a pulse is applied
to the cathode grid of the space-charge tube (the righthand-
side tube in the circuit). This pulse has an amplitude of
about 150 V and its flat top has a duration of about 0-5 ws-
The investigated pulse is applied to'the control grid of the
tube 50 nanosecs after the appearance of the voltage at the
cathode grid. The voltage appearing across the anode load
of the space-charge tube is takeil by means of a cable
(type PK-50 (RK-50)) having a length of 1 m and is applied
to the deflection plates of the cathode-ray tube. The anode-
grid characteristic of the space-charge tube is linear over
a compLratively large range of currents so that at the supply
voltage of about 800 V a current in excess of 1 A can be
obtained over the linear region; the slope is about
33 mA/V. The gair of the amplifier is 10 and its bandwidth is
90 Mc/s, which corresponds to the rise time of about
4.3 nanosecs. A high-speed amplifier can also be based on
a secondary emission tube. A circuit of this type is shown
in Fig. 5. The secondary emission tube L) in the
Card 2/6

S/12o/61/000/002/019/o42
Amplifying Units .... E192/E382
figure is normally cut off by a negatIve-grid voltage of about
10 - 20 V since its anode dissipation is only 2 W. The
reflection plates of the cathode-ray tube are connected to the
anode and the dynode of the tube by coaxial lines (type n ~,- I
(PK-3)), which also act as the delay lines for the signal.
The difference in the electric lengths of these lines
corresponds to the transit time of an electron from the dynode
to the anode; in practice, this amounts to about 10 cm (this
is chosen experimentally). The triggering circuit of the
oscillograph is usually connected to the input to one of these
lines through a resistance. The secondary emission tube can
give a pulse current of up to 7 A with a Blopeof 100 mA/V
at the anode supply voltage of 1 000 V and dynode voltage of
3 00 V. The deflecting voltages of about 700 V can be obtained
from this amplifier. The bandwidth of the amplifier is about
200 Mcls, which corresponds to the rise time of 2 nanosecs.
The gain of the system is 12 - 16, depending on the anode
voltage. The circuit of Fig.5 is designed for the oscillographic
display of the pulses derived from scintillation transducers
Card 3/6

23408
5/12o/61/000/002/019/o42
Amplifying Units .... E192/E382
(counters). In this the pedestal of the pulse is applied
to the lefthand-side portion of tho circuit, which is in the
form of a two-stage amplifier. This provides the necessary
lengthening and then limiting of the output voltage. The
pedestal is formed from the pulses derived from one of the
dynodes of the photomultlplier. The amplitude of the pedestal
applied to the control grid is about 3 V. The line having a
delay of about 60 - 70 nanoseconds is included in the
investigated signal circuit which delays the signal for the
duration of the pedestal-forming. The authors make
acknowledgment to S.G. Basistov and G.V. Lukoshkova for
supplying the samples of new tubes.
There are 8 figures.
SUBMITTED: May 27, ig6o
Card 4/6

'VICH, 0
M.; LOBASHOV., V. M.; NAZARENKOI V. A.; SAYENKOI L. F.; KHARM
A. Ir.
"Relative Vleasuremeqg of J~g LongitygAnal Polorization of Electrons in Beta
Decay of PJ;'~ and Zn Ho and Re
report submitted for All-Union Conf on Nuclear Spectroscopy, Tbilisi, 14-22
Feb 64.
FTI (Physico Technical Inst)

PEASE I BWK EXPLOITATION SOT/5493
Vinobumv., Alekz&ndr Didtriyevich, and.Aleksandr Ivana7ich Yegorav
Aviatsionnyye rekordy SSSR (USSR Aviation Receyrds) Kjacov., Voyen. izd-vo
M-va abor. MR., 1960. 93 p. Wo. of !opies printed not givv--n.
Ed.: TreMatskly, K.F.,, Lieutenant Colonel; Tech. Ed.: M-edchikova, A.N.
PURPOSE: This booklet is intended for the'general reader interested in aviation.
COVERAGE: The authors review Soviet aviation accomplishments as of January 1
1960,, and discuss outstanding records and record holders. A number of
photos appear in the text. No peraons4ities connected with the preparation
of the booklet are mentioned. There are no references.
TAME OF COMEMTS:
Aircraft Records 3
Helicopter Records 26