SCIENTIFIC ABSTRACT YEGOROV, A. S. - YEGOROV, B. B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962420019-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ASHKIIMI, Z.X.; 79GOROV, A.S.; HAMM, A.U.; SEMERHYA, V.M.; YANOVSKIY, V.S.
Rapid cooki-ng-of raw materiala in a tubular cooker. Spirta
prom. 25 no.1:28-31 159- (MIRA 12.-2)
(Distilling industries--Equipment and supplies)
V_

V'ISNEVSKAYA, G.L.; YEGOROV, A.S.; SO.KOLISKAYA, Ye.7.
Studying the process of purification In a three-colu =- b~~er
rectifying apparatus. Trudy UkrNIISP no.5:123-1~18 159.
-. ~. - i~ - , .
Nitrogen coq)ounds In the products of alcohol rectificatJon.
147-153. (MIRA 16:11)

YNOORDY, A. S.
'Stock taking, storage, and transportation of alcohol* bir T.r&
Griasnov, G.F.Zelikmn. Reviewed by A#S#%oroy, Spirt.prom.
26 no-1:37-38 160. (KM 13:6)
(Alcohol' "M)`~~'-(ZO#X~a -,,G.P.)
j _ . =i

ASHKINUZI, Z.K.; ROT. A.8.; XMZA, A.U.; FAGICHIVA, A.I.;
ffCH, P.K.; TMJIN, X.Y.
Continuous cooking at the Trilesmkiy Alcohol Plant.
Spirit.prow. 26 no.4:15-19 160. (MIRL 13:8)
(Kiev-Alcohol)

YRWROV, A.S.; MrAKOTA, L.I.
Electrode unit for the remote measarement of pJL Spirts
prom. 26 no.5:16-17 160. (MIRA 13:7)
(Wdrogon-ion concontration) Vermentation)

~=OROV, A.S.; PERTMAN, G.I.
Increasing the accuracy of alcoholometry in changing aver from
volume to weight units of measurement. Spirt.prom. 26 no.6:
10-14 160. (KIRA 13:11)
(Alcoholometry)

%!,. STABNIKOV, V.Nq YEGOROV, A.S.; VISNEVSKAYAO G.L.; MTYUSIIAI A.G.
Efficiency coefficients of bubble-cap plates in the concentration
section of purifying columns. Spirt.prom. 27 n0-3:7-10 161.
(MIRA 14:4)
(Plate towers)

SOKOLISKAYAS Ye.v.;,~T9V.!,- A.-S.; VISNEVSKAYA, G.L.
Identification of ethers and aldehydes in alcohol and in the
products of rectification. Report No.2. Trudy Ukr.NIISP no.8:
63-71 163. (MIRA 17:3)

SOKOLISKAYA, Ye.V.; VISNEVSKAYAY G.L.; YEGOROV, A.S.
I. I.,--,.
Application of paper chromatography for the identification of
esters and aldehydes. Report flo.3. Trudy UkrNIISP no.9:38-44
164. (MIRA 17- 10)

KOVALIf# VaGoj kmAs, tokhn- nm*; nGa=, A.B.., Imnd* tokbn,, unuk
Effact cC amino wAdu on mcUvom polari2stiono Pbhch.
prcm. no.ItS"5 165. 041M 28:21)

-YEGOROV, A.S.; YAKOVETS, B.N.
Interdependence between the level of the work capacity and the
pattern of a fatigue curve In muscular work as affected b-( the
subjects' comprehension of a task and their attitude toward it.
Vop. psikhol. 11 no.1:93-99 Ja-F 165.
(MIRA 18:4)
1. Kafedra psikhologii In3t1tuta fizicheskoy kulltury imeni
P.F.Lesgaftav Leningrad.

DANILKO, G.V.; YF.GORO-V,,,-A.S.; DANILYAK, N.I.; KAMINSKIY, R.S.
Use of ion exchange substances for the purification of the rectified
alcohol by the Lvov Liqueur and Vodka Factory. Ferm. i spirt. prom.
30 no.2:29-31 164. (MRA 18;2)
1, Ukrainskiy nauabno-issledovateltakly Institut spirtovoy i
likero-vodochnoy promyshlennosti (for Danilko, Yegorov).
2. L'vovskiy sovet narodnogo khozyaystva (for Danilyak,
Kaminskiy).

"Thc u:,.- a!~ Fo-Tnoruc for
If
C., Im4rl :~~-ric-zltural
M, dryr.,,-,ev. !-'Oncoll, 1956- (Di!s2erlul-tion for the D,?~;:-re~ of
CaW,idatf.- in LiOlcFiCal Sci~-ncc)
So: K-,iizhnaya Letoris', No. 18, 1956,

OK
4F6~oICOV /Y. 1/,
USSR/Soil Science - Mineral Fertilizers.
AbB Jour Ref Zhur - Biol., 110 15, 1956, 67954
Author YcGorov, love
Inst Tiairyazev Agricultural Academy,
Title Extra-Root Nutrition of Plants with Phosphorus.
Orig Pub Izv. Tinirynzevsk. so-ldio akzd., 1957, 110 3, 164-177-
Abstract In order to investi(pto certain problem of phosphorus
nuttition of sunflower and suGar beet in pot and field ex-
perinents of a solution (E112rO4 + K,,~T% PH 5 -7) with trace
phosphorus (P32), in a concentration of 2-20 rig. P20 per
one ml., was used. In the pot experiments the solution
was applied with a aicropipettc to the leaf in quantities
of 0.1-0o2 na; in t1io field oxperimento the whole plant
Nino sprayed from a pulverizator, 111io radioactivity of AJia
marked phosphate was usually 2-5 A curies per plant.
Card 1/3
42

USSRISoil Scienco Rincral Fertilizers. J.
Abs Joux - Ref Zhur - Biol., No 111, 1958, 679,34
The radioactivity of the plant, was measured every hour
for 30 days. It was noticQd that with extra-root nutrition
P32 vas absorbed in a quantity of 50cy P 05 per 10 =2 of
leaf surface. The old leaves absorbed aLst twice as
much P205 as the younG ones. With extra-root nutrition of
sunflower and sugar beat the trace phosphorus penetrated
the leaf mst intensively the first mrient after applica-
tion of the solution, t1ion t1he intensity of penetration
Exadually declined, after 5 days remaining on the same
level. Trace phosphorus entered throurh the root system
with approximately the name intensity throuEliout the whole
period of the experiment. SuLpr beet has a greater capa-
city than Guifflower to assimilate P throudi the root GyG-
ton; younG leaves assimilate trace P better than old
leaves, Under field conditions the plant leaves aesimila-
ted up to 4%, and in the pot variant up to 50-70%, of
the marked phosphorus applied. The phosphorus assimilated
Card 2/3
77'

USSR/Soil Sciunce - miuaral Fertilizers. J.
Abs Jour Ref Zhur - Biol., NO 15, 1958, 67954
by the leaves is transmitted to the stalk and moves up
and down through the conducting fascicles with a spece-
of 0.5-1 ma./hour. The O:eatest anount of phosphorus
goes toward the organs in which the life processes are
active. The phosphorus entering through the roots is
rapidly included in the metabolium. Mineral P prodomina-
tes over organic to a sli(jitly greater degree when the
leaves assimilate phosphorus directly than when it cii-ters
throuGh the roots. -- AsM, Shchopetillnikova
Card 3/3
- 4-3 -

YEGOROY, A.Y.; IVAIIIYEV, L.H.
Remains of sturgeon bones from Pleistocene deposits of the
Bur7at A.S.S.R. Vop.lkht. no-12:70-74 159.
(RIBA 13:4)
1. Irkutskly, universitet i Vostocbno-sibirskV filial All SSSR.
(Ulan-Ude region-SturgeonD, yoseil)

GAVRILE11KO, Yu:.P.; CIEREDNICIE 114KO, Y'U.N.; ULIZ IKO, I.S.; Prini mal i uchastiye,.
FALIMUH, E.S.; YEGMOV, A.V.; REKHOTISA, V.A.; RZIFEUM, L.Ya.;
VASILIYEV, YU.3.; 71/,= RAY-ism, M.A.
Obtaining intricato, thin-wallod titanium parts by casting in shell
molds. Titan i ego oplavy no.9:270-273 163. (MIRA 16:9)
(Titanium founding)
(Shell molding (Founding))

YEGOROV Aleksandr Va ; PAVLOV, Geman Ivnnovich; TITOVA,
~nd~vasi~-Llqvj~-ol
_N~ ill evioh
[Attention - welghtlesanemi!] Vnimanle nbvesomontl I
Kiev, Naukova dumka, 1965. 91 P. (MIRA 19:1)

SMUSHICOV, ?.I., inzhaner; CHEREVA7YY, N.S., retsenzent; YXGOHOV. A.Y.,
retsenzent; CHEFLEXUSHKIN, N.L., redaktor. av- - -'- *- : - , "; ~
[Steam boiler safety plugs] Kontrollnye probki parovoznykh kotloy.
Izd. 2-e, ispr. Moskva, Goo. tranap.zhel-dor. izd-vo, 1952. 99 p.
[Microfilm] OMU 7:10)
(Steam boilers--Safet-.r plugs)
J~"

YEGIOROV) A. 11.
EIectrJc Circuit Breakers
Quick repair of a 11.0 KV circultareaker. Elek. sta. 23 no. 2, 1952.
Inzh.
1-folat, 1y L st of -Russian Accessions, Library of Congress, April 1952. IRICLASSIFTED.

AID F 3362
Subject USSR/Electricity
Card 1/1 Pub. 29 - 20/27
Author Yegorov, A. V., Eng.
Title Determining the moment of disconnection of the
secondary contacts of circuit breakers of the MKP
type in relation to the rupture of the block-plate
Periodical Energetik, 9, 31, S 1955
Abstract The author de5cribe3 the processes occuring in the
explosion chamber of circuit breakers of the MKP 153
and 16o types. Three drawings.
Institution None
Submitted No date

YBGOROT, A.V., inishener.
Determining the phases of 110 ky. switches cutting out the short
circuit. Nnergetik 5 n0-8:25-26 Ag '57. (MlRA 10:10)
(Ilectric cutouts)

YEGOROV, A.V., inzh.
Novoeibirsk Hydroelectric Power Station on the Ob River. Gidr.
atrol.26 no.12:3-9 D 157. (141RA 10:12)
(Novosibirsk Xydroelectric:Power Station)

J
HOR&
TITLEt
Yegorov, A.V., Engineer
98-1-2/20
Stages of Construction of the Novosibirsk Hydroelectric
Power Plant (Etapy stroitel'stva Novosibirskoy ges)
PERIODICALt Gidrotekhnicheakoye Stroitel'stvo, 1958, # 1) PP 8 - 12 (USSR)
ABSTRACTs Construction of the Novosibirsk Hydroelectric Power Plant
was started in 1950- Preparations were ready by the end of
October 1956 to close the 150 m wide gap that had been left
open in the dam.
The foundation pit of the building of the station was sub-
merged on April 16, after the discharge of the river had
reached 2,150 cu m see. Navigational oquipment was installed
on June 27, 1957, and the sluice put into operational order.
There is I figure, 2 tables, and 3 photographs.
AVAILABLE: Library of Congress
Card 1/1

PIMENOV, Alekoandr Nikolayevich, dotsent, kand.tokhn.nouk; KANUMN,
German Alekeandrovich, dotsont, kand.tokhn.nauk; BUDYKA, S-Kh.,
dotsent, retsenzent; DONSKOT, I.F., retsenzsnt; OajU, YoNew
inzh. j retsenzent; M~Gq!~OV,_AJ4,1., inzh.. retsenzent; KOLOSOV.
D.V., red.; PITERKAN, Ye.L., red.fzd-va; BACHURINA, A.M.,
tekhn.red.
(Mechanizing rafting operations and vessels] Mokhanizataiia
lesoaplavnykh rabot i flot. Moskva, Goolesbumizdat, 1959.
412 p. (MIRA 13:3)
1. Zaveduyushchiy kafedroy transporta leea Belorueskogo leso-
takhnichaskogo instituta (for Budyka). 2. Zaveduyushchiy kafedroy
vodnogo transporta lesa Lesotekhnicheskoy akademii im. S.M.Kirova
(for Donsko )
I L ber-Transportation)

YIDGOROV, A.V., inzh.
Strength analysis of structures. Gidr.strol. 30 no.2:25-29
P 16o. - (MIRA 13:5)
(Hydraulic engineering)

GKOROKOVY N.V.; NIMWISKIY, L.Ye.; YMOROV, AJ9
Effect of tubular electrodes on thermal processes in electric arc
steel smelting furnaces. Iz. vys. ucheb. zav.; chern. met. 5 no.9:
105-110 162. (MIRA 15:10)
1, ~bakovskiy institut stali i splavov,
(Electric furnaces) (Heat-Transmission)

CHUB, M.P.p kand. sellakokhoz. na"-, YEGOROV A.V.
The Southeast. Zemledelie 27 ne.g177-79 S 165.
1. Nauchnc-issledovateltskiy institut sellskogo khozyavstva
Yugo-Vostoka.
Okff RA 18: 10)

--L-25M.M (Q/Er-G(k)-q/r- 4d-~. hn/jpl"
0150 14mograph UR/
Z'
1 Pavlov
M Y.4eksandr Vas Q~nmn Ivanavich
Attenticn - welgitlessnessi (Vnimm-dye.- rmvesorrr)st'l) Kiev, 14aukova'dumka, 1965.
91 p. illus., b1blio. 15,000 copies printed. Series note: Nauchna-populyarnaya.
literatura.,
TOPIC TAGS: weightlessness, Uavity, artfficial satellite,, spacefliEht
PURPOEE MD 00VERAGE; 2As panphlet is intended for the Epneral. public. It discusseE
the effects of weightlessness cn hunkms based cn the research of ptWsiologists,
biologists and enEpeers and data obtaJned during fligits of Soviet cosm)nauts.
Photos and graphs are included.
TABIE OF CONTENTS:.
Introduction 3
%at Is weiditleaBness?.
Enigma of gravity 9
Exoerin-ents? Their number is still im3ufficient 14-
C d 1/3
7~

ACC NR' AP603.5253 64) SOURCE CODE: UR/03'77/66/000/0 072/0075
AUTHOR; Shullmeyster, L. F.; Yelevich, G.. V.; gy-
12LU
ORG: All-Union Scientific Research Institute of Electric Power Sources (Vsesoyuz-
niy nauchno-issledovatellskiy institut istochnikov toka)
TITLE: Automation of a solar power plant
SOURCE: Geliotekhnika, no. 4, 1966, 72-75
TOPIC TAGS: solar pow er plant, automation, solar battery, automatic solar power
plant
ABSTRACT: An attempt has been made to investigate the automatic control systems
of a solar power plant rotating around a single axis and the main problems encounter-
ed in using the plant. The storage battery feeding the control systems is additionally
charge during daytime using the power surplus of the solar battery as well as during I
hours when the water-raising meter is in idle condition. The block diagram of the
entire system is discussed and the designation. of individual elements is ana~vzed.
Following are the systemts basic specifications: feed voltage, 273+-10 v; water
card 1/2 F

NRI AP6035253
raising unit's electric drive capacity, 0. 3 kw; tracking motor capacity, 96 v;
maximum displacement angle, 10*; adjustment limit for cutting-in power consumers,
500-1100 v/m2; maximum weight of the automatic system, 6 kg; maximum power
consumption for local internal needs, 516. Orig. art, has: 1 figure. (Based on
authors' abstract] [NT]
SUB CODE: 10/SUBM DATE: none/ORIG REF; 001/
2

ACC NRI AP7005634 SOURCE CODE: qR/0413/67/000/002/0089/0089
HVENTOR: Babachanov I. F.; Mikhaylov, V. I.; Perekh6d, B. F.; YSLprav, A. V.;
'Kiskin, Yu. K.; Prokudin, M. I.; Cherepanov, M. I.; O-~chinnikov, V.
.ORG: None
TITLE: A converter tuy~re for blowing air into matte.! Class 40, No. 190576
i - .77~ 1
ISOURCE: Izobreteniya, promyshlennyye" bbraztey, tovarn~rye znaki, no. 2, 1967, 89
PIC TAGS; nozzle design, blast furnace, steel indus try
STRACT: This Author's certificate introduces a converter tuyare made in the form
6f two concentric pipas for blowing air into matte. 1~ncrustation of the nozzle is
.prevented by insulating the pipes from each other and connecting them to air collectors
,kith cufferent pressures..
r-1 119 UDC:.669'.~333.43:669.2ii3.32;669.181i.142

i
I I I. i
1-inner pipe, 2-outer Pipe; 3 and h-air eoUectoro with different pressuresi
I
IM CODE: 13/ SUBM DATE: 2lDec64 I ..
" ~)/p . I . .

KOROGODIN V.I.; YEGOROV. A.Ya.; KABAKOV, Ye.N.; MARKOVA, L.I.
.9
Comparative study of light and dark reactivation of yeast cells
of different ploidy injured by ultraviolet radiation. Zhur.ob.
biol. 23 no.4:302-307 Jl-Ag 16;?. (MIRA 15:9)
1. Department of Biophysics, State University of Moscow and All-
Union Research Institute of Ph:Ttopathologir.
(ULTRAVIOLET RAYS-PHYSIOWGICAL EFFECT)(CHROMDSOME NUMBERS)
4

IYEWROV, Me.. inzbensr.
About a certain formula of power. Trudy VNITUSS 6 no.l:
64-76 '53. (MLRA 9:11)
(Ship propulsion) (Naval architecture)

SIMONOV, V.V.; BRUDO, G.D.; VUGIN) R.B.;j ~ ~0110V~,A.J~e
Rotational speed of. cones of -three rol-ler bits. Trudy 14DIK"iGP no.40:
32-41 163. (IMU 16:4)
(Oil well drilling-Equipment, ar-d supplies)

YEGOROV A.Ye.; SIMONOV, L.V.; PISTUN, A.'Te.
Aligning strip steel. PVjtAllurg 9 w.11t21-24 11 164. 04IRA 18:2)
1. Starsbiy otzhigallshchik tsekha beloy zhesti 14agnitogorskogo
meta3-lurgichaskogo kombinata (for Tegorov). 2. 1-fachalinik
otdeleniya neprerybnogo otzhiga tst3kha beloy zhesti "Iftgnitcgor-
skogo metallurgichdakogo kombinata (for Simonov). 3. Starshiy
master-elektrik teekha belor zhes.-L Magnitogo:7skogo metallurgiche-
skogo kolabinata (for Fistun).

YEGOPOV, B.
Reclamation of Land - latiria
Sunny banks. Mol. k6lkh. 19 no. 5, 1952
Monthly List of Russian Accessions, Library of Congress, August 1952. Unclassified.

AUTHORS: 4kov, N.,,Yegorov, B. !;CV/107-58-2-26/32
TITLE: A Portable Tape Recorder (Portativnyy magnitofon)
PERIODICALt Radio, 1958, Nr 2, P 48 - 52 (USSR)
ABSTRACT! This is a description of the mechanical system of a cheap,
one-motor, portable tape recorder, which, because of its
simple design, may be built easily by radio amateurs. The
taDe recordex has two speeds, 9.6 cm/aec and 19 cm/aec~
wilh two track recording. The length of recording on one
track is 10 tninuteL The sound frequen-3ies are reproduced
from 100 - 5000 cYclenp or 60 - 7000 cycles respectively.
Tho non-linoar distortion factor dooo not excood ij~, The
dimensions of the tape recorder are 420 x 320 x 100 mm.
A "DAG-l" motir is -used. The amplifier of the tape recor-
der will be described in Radiop 19569 Nr 3 (USSR), There
are 7 sets of diagrams, 2 drawings, and one Soviet referense.
1. Recording devices---Design 2. Recording
Card 1/1

AUTHORS: Zykov, V., Yegorov. B. 107-58-3-27/41
TITLE: Portable Tape Recorder (Fortativnyy inagnitofoni
PERIODICAL: Radio, 1958, Nr 3, PP 37 - 40 and p it of centerfold, (USSR)
ABSTRACT: The authors describe the amplifier of' a portable tape recorder
and give detailed instructions for assembly and tuning. Three
116NlP" tubes are used in the five-stage amplifier, one "6111PI,
is used in the 11F gonorator for recording and erasing. Figure
10 shows the circuit diagram of this amplifier. The tape
spooling mechanism of the tape recorder was described in
"Radio", 1958, Nr 2. There are 4 diagrams , 1 aircuit dia-
gram and 1 table
1. Recording equipment 2. Amplifiers-3peration
Card 1/1

:hanik
- p. , elektromak
Repairing a generator on the ship. Mor. flot. 25 no. 12:32
D 165. (MIRA 18:12)
1. Teplokliod "Novyy Donbass" Dunayokogo parokhodstva.

unm
YHGOROV, 1). (g. Charepovate).
Shop for makirq somiframed apartment buase elemonts, Stroi,, mat.
4 no,3:39-3 of cover Mr 1_58. (NIRA 11.63)
(Oherepovetu--Apartment houite
(Precast concrete conatructlo:~

YEGOROV, B. (Kuybyshev).
~Iabor-consuming processes are being mechani2ed. Strol.mat. 3
no-7:6-7 Jl 157. (MIRA 10:10)
(Kuybyshev--Roofing Bituminous)

V B. (g.Noginsk)
-Y I'.
59-N& ; __ 4
for building large-panel apartment housoa. Strol. met.
4 no.2:33-34 7 158. (MIRA 11.: 2)
Ploginsk--Concrete plants)

L 21508-66 Fss-2/E-rr (i )/E11A (d) 71 T/D D/,?D/G','.?
ACC M: A116008015 (N) SOURCE CODE: UR/9008/66/000/06~/0001/0001
AUTHOR: -Parin. V.-. PKaj~~~Vo; Yeg rov, B.
MG : none
TITIZ: Unique 'experiment the flight of the Kosmos-110 tiatollite is completed
SOURCE: Krasnaya Zvez(bl, 18 Mar 66, p.. 1, colo )-7, pe 4, cole 1-4
TOPIC TAGS#. speco biologic oxperimont, EKG, blood pressure, life support system,
drug effe*at, respiration, spacoaraft, spaco telemetry, space TV, space flight,
weightlessness, cardiovascular system, dog
ABSTRACT: The biomdical experiments carried out on Kosmos-110 represent the
first stop in a planned program of bioundical experiments on orbital spaceships
designed to answer two, questions: Can,= adapt himself to the state of weight-
lessness, and if' so, how dangerous will the return to terrastrial gravitation be?
;:Taking into account the fact that weightlessness acts in & selective manner on
the circulatory system, it was decided to give prinary erphasis to the study of holl;
prolonged weightlessness affects the nouroreflex regulation of the cardiovascular
system. The two_~~s.used in the experimnt underwent certain surgical
i Card .1/4

L 21505-66
ACC 11R: A1.16008015
alterations which made it possible to study the reslionses of the card-io-
vascular system to the administration of standard type stimulants during
Space flight. One of the dogs served as an experimental animal and re-
ceived the whole complex of stimulants, while the second dog served as
a control. Electrocardiographs, seismocardiographs, and sphygmo-
graphs were used to monitor such parameters as average blood pressure
and pulse and respiration frequencies.' Information telemetered to Earth
from on-Luavd television, physiological sensors, and the operation of`
thp life support systei-n.4 indicated that the condition of the animals during
the twenty-two ~a flight was satisfactory.
Some changes in the heart action of the two dogs were observed
!during the, courlse of the flight. The fact that arrhythmia became more
1pronounced.toward the end of the flight indicates that,soine kind of changes
:took place in the system of regulation of cardiac activity. However,
Ahese changes are not considered serious. The heart rate of Veterok
(the experimental dog) varied between 70 and 120, and that of Ugolek
(them control dog), between 60 and 90. It is considered significant that'
the individual differences of the dogs'were. maintained overt the entire
!.duration of weightlessness. ------
__J

-2/EV, F (1) /EVA(d) TTI/D:)/RD/GVI
ACAIP-'116O& IF015
The function of external respiration, which is essential for normal
gas and humidity exchange, did not change significantly either. The res-
piration rate rose from 12 to 14 in Veterok and dropped from 18 to I I in
Ugolek.
The use of television made it'possible to observe the coordination
of movements of the animals in weightlessness. For the first eight or
nine days some disruption of coordination was particularly noticeable in
sweeping head movements. After the ninth day, the dogs became calmer
and their movements became more purposeful and better coordinated,
vindicating that some degree of adaptation to weightlessness had taken
lace. The data from television also threw addit'onal light on the func-
:p
tions of the vestibular apparatus, which is responsible for a series of
e organism exposed to weightlessness.
:changes in th
The present article has examined only such data as were obtairied
as a result of operational monitoring of the animals. On 16 March the
dogs were returned to Earth in good condition, The data obtained from
Card 3/4

21508-66
ACC NR.- AN6008015
the flight of Kosmos -110 will require special procersing before a define
itive evaluation concerning their condition can be made. However, it
fis already possible to conclude that the experiment has, without any
!doubt, great significance for assuring the flight safety of future space
ventures,, .,Orig. art. hast- 2 figurese fA-TD PRESS: 4195-F7
SUB CODE: 061 22, 17. SUD"Mi DATE: none

YEGOROV B
A bousing construction giant. Us, stroi. Roo. no.2:2 of cover
F 161. (MIRA 14*.~Q
(Moscow-Construction industry) I---
. -,J
V p
!.W-
I
N. ~
'01,
V, -

YEGOROV~ B., nauchnyy sotrudnik
Let's automate the handling of a ship. Rech. transp. 20
no.IWE~-39 11 161. (MIRA 15:1)
1. TSentralInyy nauchno-iseledovatellskiy institut ekonomiki i
ekspluatatsii Yodnogo.transporta.
(Ship handling)
(Automatic control)

YEGCROV, B.
More attention to i4verside engineering and building,
Rech. transp, 21 no'0'12.-33-35 P 162. (KM 15:12)
,,, I
1. Nachallnik Gle*ogo upravleniya kapitallnogo stroitel'stva
Ministerstva rechi;~go fleta.
(Hydraulic engineering)
(Building)

G.
ACC NR. AN6030515 SOURCE CODE: UR/qoo3A6/O0O/O5O/OOO6/'OO06
,AU1H0R:- Sisakyan, N (Academician); ~, ~avets~ki_y-
osmonaut)
TO
ORG: none
TITLE: Biological laboratory in orbit
SOURCE: Izvestiya, 01 Mar 66, p. 6, col- 5-7
(Candidate of medical sciences);
TOPIC TAGS: biologic space flight, dog, cardiovascular system, reflex activity,
bioolectric phenomenon, space biologic oxporiment, doolizietry, space telemetry
ABSTRACT: The article cited below gives exceptional detail on the program
'of research carri*6d*out by launching of the specialized biological satel-
1-ite "Kosmos-11G.vVYhe objective was study of the noun-reflex regula- 1
tion of the cardiovascular system. This was done by measurement of
.art.crial pressure by a probe inserted in the arteries of an animal; the
same probe was used for introducing pharmacological preparationsp making
possible evaluation of the functional state of the reflex regulation of
.the blood circulation apparatus. In addition, there was recording of
.bioelectric currents of the heart by inserted electrodes and registry
,of the mechanical activity of the heart (seismogram) and respiration.
~Electrodes also were applied to the peripheral nerves,, making it possible
4.
~o evaluate th e activity of the central formations of- the brain respon-
,9

L 03772-67
ACC NR: AN6030515
sible for regulation of vascular tone. Vne satellite had two separate
.cabins for holding the experimental animals -- the dogs I'Veterok" and
lU,-,olek*.u I'Veterok" was 'the principal experimental animalj, with the
.g as a control. The cabin for the first differed from the
other servin L
.cabin for the second in having a pharmacological container and a pneu-
matic system operating on compressed gas servicing both cabins for
supplying food and pharmacological substances from corresponding
containers. The animals wer6 fed food in a paste form from plastic con-
tainers holding specific amounts; the food was fed pneumatically directly
into the stomachs of the animalas The feeding schedule was programmed#
The satellite hao the following systomat air conditioning and air ro-
generation for the cabins, ventilation, collection of liquid and solid
waste, feeding, introduction of pharmacological substances, regulation
land coni~rol, telemetry. Air conditioning and air regeneration systems
have been improved since previous flights with dogs. Data on all param-
i-eters of reactions of the dogs were sent to earth, by the telemetric
I 'system. In this experiment for the first time the orbit of the satellite
i-.ras selected i9 'such a way that " r a long time itu rc-ziained in zones oil
'o
high radiation";'(protons of the earth's radiation belts). Other studies
on this satellite included: study'of the radio5ensitivity of different,
oiological objects and its change under'space flight conditions; invest-
-1
.Llation and checking of the method for designing protection of spaceships
and protection of biological objects-against cosmic radiation; study of
Card 2/3
i

L 03772-67
ACC NR, AN6030515
distribution of doses and the composition of cosmic radiation within the
satellite cabin; measurement of the doses of radiation imparted to the
dogs and other biological objects; testing of a number of kinds of bio-
logical dosimeters. The most suitable biological objects were selected;
different types of yeasts; samples of blood serum; preparations of
various scrums; some types of Chlorolla; some types of lysogenic bacteria.'
-Note: Considerable additional detail is given on the various aspeots of-
this flight. [JFRS: ~6,5531
PUB CODE: O6J* 22' SUBM DATE: none
Card 3/3

KIM, K.T.; ~WOROV, B.A.
Manufacture of sman diameter copper pipes in calls. TSvet. met.
33 no.6s88-91 Je 160. (MIM 14:4)
(Pipe, Copper) (Drawing (Metalwort))

IA%.
Yen,orov, P. A. "'tereo-axonor,ctry nf' the el,--ctrocardio7-rari", I.rachel-1Ir
flo. It, para~rpphs 333-38.
SO: U-1092, 19 Purust 53, (LAopir, 'Zhurnal Inyl-h Statay, No 21, 10119)

TEGOROV, Boris Aleksandrovich; R-vZNITSKIT, L.H., red.; SOBOLEVA, Te.M.,
tekhn.red.
(Manufacture and repair of collectors for large electric machinery]
Proizvodetvo i remont kollektorov krupnykh elektricheskikh mashin.
Moskva, Gos.energ.izd-vo, 1959. 146 p. (MIRA 13:1)
(Electric machinery)

GLUT-AC"i
Direct m%3nS*L:--S- C rovefSe sequence c*,:"- r
Asymp., m t r i:.- s-Y z 1-i?" 31-51-56 '56.

S/144/60/000/011;/017/017
E194/E455
AUTHORS: Vlasova, O*D., Junior Scientific Worker;
-
exorov, B. ., Junior Scientific Workerl
Y
M4mwtqYv-,-V-;M'.--, Junior Scientific Worker and
Rudakov,_V.V.l Senior Scientific Worker
TITLE: An Electrical Dynamome- for Experimental Work
PERIODICAL: Izvestiya vyashikh uchebnykh zavedeniy, Elektromeklianika,
1960, Nr 3. pp 162-166 (USSR)
ABSTRACT: The principal requirement of a universal dynamometer
for experimental work is that the power system should
accurately reproduce the signals applied to it. Fig 1
shows a schematic circuit diagram of a dynamometer
developed in the Electro-Mechanics Institute AS USSR.
It employs the principle that the emf of the braking
machine is equal and opposite to the emf of an
amplidyne induced by the mmf of the feed-back winding
controlled by the motor speed. On these emf's, which are
in equilibrium at any speed, there is superposed a signal
which causes the braking machine to operate as a generator
so applying a retarding torque to the machine under test.
Under steady-state conditions, the current in the
Card 1/5 armature circuit of the machine is given by Eq (1).

s/144/6o/000/03/017/017
E194/E455
An Electrical Dynamometer for Experimental Work
Under appropriate conditions the retardation current
and torque over the entire speed range depend only on
the changes in the amplidyne signals. Consequently,
the retardation torque is readily matched to any applied
signals. Torque characteristics as shown in Fig 2 and 3
are then constructed for the dynamometer under various
conditions. In practice, the characteristics of the
amplidyne and of the dynamometer are not identical because
of hysteresis in the magnetic circuit and, under certain
circumstances, the resulting distortion may be
significant. The current in the load circuit is also
influenced by the delay due to magnetic inertia in the
amplidyne and in the armature circuit of the dynamometer.
Eq (2) is then written for the current in the armature
circuit and the assessmont of practical differences that
occur between the ideal and actual retardation currenti;
is demonstrated. In order to reduce the distortion, a
negative feed-back of amplidyne voltage is usod, as shown
in Fig 1. Fig 4 shows a no-load characteristic of an
Card 2/5 amplidyne type EMU-50P sed in the experimental

s/144/60/000/03/017/017
E194/E455
An Electrical Dynamometer for Experimental Work
dynamometer equipment with suitable voltage feed-back.
It will be seen that the remanent voltage of the
amplidyne is reduced to 2 to 3% of the rated voltage,
Fig 5 shows an experimental external characteristic of
the dynamometer machine, indicating that the accuracy of
adjustment is 97 to 98% of the rated voltage. This can
still cause an appreciable difference between the actueil
and ideal load current. Oscillograms showing the change
of current in the dynamometer on reproducing constant
torque without additional resistance in the armature
circuit are given in Fig 6. Trace 6a corresponds to the
change of speed from 0 to 1200 rpm which Is the rated
speed and 6b to sudden application and removal of the
control signal. It will be seen that the distortion ii3
quite appreciable under dynamic conditions. In order to
reduce the inertia of the armature of the dynamometer,
additional resistance is connected in the armature circuit.
The resultant improvement in the static characteristics is
illustrated by the curves of Fig 7. In order to produce
Card 3/5 the necessary retardation current when additional resi.stance

s/144/60/000/03/017/017
E194/E455
An Electrical Dynamometer for Experimental Work
is used in the armature circuit, it is necessary to
apply a stronger signal, which effectively reduces the
amplification factor of the amplidyne. This is
undesirable and in order to increase its amplification
factor an intermediate electronic amplifier is used
with the further advantage that low output signals can
be used. Fig 8 shows oscillograms of changes in the enif
of the dynamometer machines and amplidyne during
acceleration and retardation of the driving motor. The
greatest distortion during acceleration is letss than 5%
of the steady state current, which is fully satisfactory
for ordinary experimental work. In order to apply to
the shaft of the driving mo-tor a torque proportional to
the square of its speed, the transducer consists of a
tachogenerator excited by another tachogenerator, as
shown in Fig 1. The necess:3ry characteristics of the
tacho generators are discussed. It is concluded that t-tie
recommended circuit can roj).roduco witli high (iccilt-noy
the changes in torque applied to its input. Thus, in
Card 4/5 reproducing constant torque the ac-curacy is more than 95%

S/144/60/000/03/017/017
E194/E455
An Electrical Dynamometer for Experimental Work
when the speed changes from zero to 1200 rpm in
0.35 seconds. The laboratory dynamometer operates
sufficiently rapidly when additional resistance is
connected in the armature circuit; for the case of
constant torque, the time of picking up and dropping the
load does not exceed 0.07 seconds, Use of the intermediate
amplifier makes it possible to alter the speed of
operation of the amplidyne whilst maintaining a high
amplification, The apparatus also becomes adaptable to
a wide range of transducers. There are 9 figures and
9 Soviet references.
ASSOCIATIONSs Institut elektromeklianiki AN SSSR (Institute of
-____jLec-_tromechanic-q_Aj U SR
d:2_j
Nauchno-issledavatel I sit iy insLitut postoyannogo tol~tx
( C Scientific-Research Ingtitate)
SUBMITTED: November 17, 1959
Card 5/5

wiLkKOV, V.V., kand.tekhn.nauk; YEGGROV, B.A., inzh.; K01MADI,
L.G., in-zh.
Ilectrodynamic model for investigating ionic excitation
systems used in electric driven.. Ilektrichestvo no.6:
88-90 Je 16o. OURA 13:7)
1. Institut alektromekbaniki AN SSSR (for Rudakov,.Tegorov).
2. Leningradakiy proizvodetvarmo-okupluatatsionnvy otdel
instituta "!4razhpromelektroproyekb" (for Konradi)..
(Ilectric driving--Electromechanical analogies)

RUDAKOV, V.V., inzh,; MIMOV, V.M., inzh,; YEGCROV, B.A.,__.inzh.;
VIASOVA, O.D., inzh.
Electrodynamic model for studying the automatic control*
systems of electric drives. Vest. elektroprom. 31 no,,9:55-60
s 160. (KMA 15:5)
(Electric driving-Flectromechanieal analogies)
(Automatic control)

UGOROV BORIS ALEKSEYEVICH sUrahly naychnyy sotrudnik
nauchnyy votrudnik
Maximum electromagnetic moment of low-power synchronus-reactive
motors. Izv, vys, ucheb. zav.; elektromekh. 1+ no.6.-42-48 161.
(MIU 14:7)
1. Uauchno-issledovateltski-y institut Postoymmogo toka.
(Electric moterap S-Ynchronous)

-15261-65 '3D(a' S~P
ACCESSION, PR:. AP5001203 S/0144/64/000/007/0348/0857
AtTOR 'Yego ov; B A.
r
TITTZ: lnveetigation"_;O~r-tlhe - elemtromechaiical transient processes of frequency-
controllad.Gynchronous-reaction motors by meana of electronic aimulating devices
SOURCE. iVUZO Elektfomokha~Jka, no# 7, 1964, 848_857
.'ITOP_IC TAGS: electric motor, electronic:testequipment, test model
_This.article d6scribes-the-design.of a
model of.a. frequency
controlled aynchronous-reaction*mator, intended for analysis of transient
processes, such as starting, braXing and synchronization. While the most
correct approach is simultaneous consideration of the electromagnetic and
mechanical processes connected with change in the reserves of magnetic and
kinetic energy of the drive, the electromagnetic transient processes can
proceed no much more rapidly than the medhanical that the former could be
.neglected.. Saturation, steel loseea and the higher harmonics of the mag-
7netic field also were neglected. The proposed method permits analysis of
the operation of such motors in transient mode at known dependences of the
Card 1/2~
_3

L -15961
ACCESSION M?; AP5001203~
~.:~:-voltage: and. frequency cbanges~ vhOn slip- eicceleration
canbe.neg ected.
Such analysila can be crrd-acted by means cl small electronic-modelling equip-
ment vith adequate accuracy. Tho eosential advantage of the method to Its
oiMplielty. Orig. art. hasi 5 figures, 9 formulas, and 2 graphs.

291 _65 EVITUOVEPA00-2
M55ION NR; APS006813 S/0144/65/000/001/0035/0041
AUTHOR: Yegorov, B. i~..(Senior research associat6)- 41
TITLE': Equivalent circuit of A frequency-controlled synchronous reaction motor
507i~,~E~ IVUZ. MeRtio
wit
A
TOPIC .TAGS: "electric' motor, synchronous -reaction motors- frequency. controlled
molox 01
ABSTRACT: The equivalent circuit of a sync hr onous- reaction motor operating at
a vav.able supply frequency is developed on the basis of the theory of this motor's
being supplied at a fixed f requqncy. A spacial angle arctg �6L,- where xdand
'eXd
rature ances respec
X aril direct axis and quad, -axis react tively, -s selected as
---an independent parameter (A. 1. Vishnikin, "Elektrbmekhanika, "19 6 2, no. 7).
-Equations are act up for the no-load cwrrent I. an the* 1oad-dapendent
d current
Card ~I A
mom
mom
3

ACCFSSION NR: ~AP506.6613
the-basis of the~se- equations,- the dquivalent-circuit see- Enclosure 1) is
n-
0
~'developed which corresponds to the variable frequency and the parameters
dependent on the spacial. angles 0P.Formulas describing the voltage /frequency
relations for a constant spatial angle (25-) and for a constant magnetic flux (27) are
derived. The first formula describes the motor-operating conditions of high
efficiency and power factor in a wide band of frequency variation; the second
formula corresponds to the conditions C108e to those at nominal frequency. Orig.
art. has: 2 figures and 40 formulas.
"ASSOCIATION: Nauchno-issledovatellskiy institut postoyannogo toka (Scientific
'Res'earch D-c Institute)
SUBMITTED: 29Jun64 ENCL,: SUB CODE: EE
NO _REY SOV: 004-~~_7- OTHER: 000

L
AC(. NR, AP6oo9863 souRcE CODE: Wo I413/66/ooo/oo4/oO57/00571
INVENTOR: Yegorov, B. A.; Barboy, V; M.; Yudin, A. V.-.
ORG; none
TITLE: Preparation of fiber and film with polyformaldehy e. Class 29, No. 178943
SOURCE: Izobreteniya, pronrjshlennyye obrazts'y, tovarnyye znaki, no. 4, 1966, 57-
TOPIC TAGS: polyformaldehyde, polyformaldehyde fiber, polyformaldehyde film,
diphenylamine
ABSTRACT: An Author Certificate has been issued describing a method of preparing
fiber and film with a polyformaldehyde base. by forming a spinning solution con-
sisting of polyformaldehyde and a solvent plasticizer. To improve the physical
and mechanical properties of -the fiber and film, diphenylamine is suggested as the
solvent plasticizer. [LD]
SUB CODE: n/ SUBM DATE: 02jul64/
-1 Card l/ uDc; 677,499

ACC NRi a UR 0V1)716W000/Oll/0041/b0h2
AP6021437
INVEMITORSt. Yegorov~ B. A., Skosyrev, 1. S.
IORG: none
TITLE: A device for measuring mismatch angles. Class 21, No. 182230
3 2
OUME: Izobrateniyal promyslilonnyyo obrazbsy, tovarnyyo znakij riot 11, 12661 4
3
TOPIC TAGSi electric measuring instrument, error measurement, angle measurement
instrument
ABSTRACT: This Author Certificate presents a device for measuring the mismatch
angles botween the axes of the resultant magnetic flux oC a synchronous machine and
the emf characterizing the position of its rotor. The device includes sensing
elements, the omf phaso3 of which depend respectively on the position of the rotor
and on the phase of the stator emf of the test machine. Tho device also includes
amplifiers-clippers, differentiating circuits, and a sawtooth voltage generator whicb
includes a trigger controlling the triode and a 10 notwork (see Fig. 1).' The design
makes it possible to measure the mismatch angles during machine steady-state
operations in transient conditions over a wide frequency range. A tachogonerator is
connected to the output of the RC network through a rectifying bridge. The
tachogenerator makes it possible to change the voltage amplitude on the capacitor
I Card -L/2 I

.ACC NR: AP6021437-
Fig. 1. GPN swwtooth voltage
r
r
generator; T triode;
RG - network; TG tachogen-
E-,O orator
0
of the RG notwork in proportion to tho angle during: the discharigo time once during
the period of the variable froquency, Orig, art. hw.': 1 figure.
SUB GODE: 09/ SUBM DATE z 301,lar64
rd 2/2

ACC,,NRi AP6036886 SOURCE CODE: UR/0122/66/000/011/0046/0047
(A)
WIMP.# Matveyev, B. I. (Candidate of technicill acienceo); Yegorov, B. G. (Engineer);:
Shchedrin, Ye. 1. (Engineer); Vlasova, P. T. (Engineer)
ORG: none
TITLE; High-speed engine piaton.,3 from sintered aluminum alloy powder (SAP)
SOURCE: Vestnik mashinostroyeniya, no. 11, 1966, 46-47
vk*~G"
TOPIC TAGS: high speed enginenpston, pisioA fabricationt sintered aluminum alloy
powder, sintered alloy piston, piston forging, piston property/SAP-1 alloy, SAP-2
alloy
ABSTRACT: Since the AK4 wrought aluminum alloy is not sufficiently heat resistant
to be used as material fDr pisLuns in high-speed engines, the SAP-1 (6-11% A120 3) and
SAP-2 (10% A1203) alloys. were tested. The pistons were forged from sintered com-
pacts or extruded bars and preheated up to 540 1 10C for 3 hr. The pistons were
found to have good,quality and a ffne-grained structure without visible defects.
At room temp erature the pistons made from compacts had a tensile strength of
34-36 kg/mm2 and an elongation of 2-4.5%, and those made from extruded bars had
a tensile strength of 25-28 kg/mm2 and an elongation of 9-10%. At 500C, the
pistons made from compacts had a tensile strength of 8-8.5 kglnm2 and an elonga-
tion of 1.5-2%, and those made from extruded bars had a tensile strength of
Card 1/2 UDC: 621.762.5:669.711:621.43-242

ACC NRs AP6036886
7-8 kghmuz and an elongation of 4Z. The mecbanical,properties were not affected
by a test run for 300 hr at the temperature of operation. Orig. art. has: 2 fivres
and 3 tables.
SUB CODE: 13, Il/ SUBM DATE: none/ ORIG REP: 002/ OTH REF: 001/
ATD PRESS: 5108
Card 212

t'-L-Orl"o _r"I -pss- _t1A1EWR(YVEWP_(tV="rWP_(k) DS/JD/HM
-ACto NKs AP
6032489 SOURCE CODE: uR/o4l3/66/000/017/0030/0030
RIVENTOR: Alekseyev F Balashov, V. A ; Gershonok, M. I.; Grachev, I. M.;
t - A. I
Yegorov,j~=, Kobyllnitskaya 14. 1.; Kozlov, D. A.; LifsFits, A. I.; 14Dndrus, D. B.;
-VaMsEin, N. A.; Rashevskiy, A. L.; Rivkin, A. E.; Tallgren, A. A. ; Khansuvarov, A. A.
ORG: none
TITLE: Device for high frequency soldering of lead-acid storage batteries. Class 21,
No. 185368
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 17, 1966, 30 52-
TOPIC TAGS: metal soldering, storage battery
ABSTRACT: An Author Certificate has been issued for a device for high-frequency
soldering of lead-acid storage batteries. The device containsm h-f generator with
an external tank circuit, a multiloop inductor with open ferrite magnetic circuits, a
conveyor with a lifting table, a control desk, and an asseriblin.a-solderin3 former
equipped with a magnetic screen fastened on a non-kignetic bUse. Orig. art. has:
I figure.
Card 1/2 UDC: 621.352.2:621. 791.357:621.3. 029.5

t-l'IP6-0324
y
Fig. 1. 1 - H-f generator; 2 - external tank circuit;
3 - inductor;,4 - conveyor; 5 - lifting table;
6 - control desk; 7 for-mer; 8 screen; 9 base.
ISUB CODE: 10,13 SUBM DATE: 24 Mar 65

F
P
1 $
1

dl 4
,
0 F
0 m1,
11
a A J* P
4 1 1
1 T Ll

"' 1.
tx j
, -, - ,

o
1
0
6
' Ta - _V` 11 . "--- - ... I . ..

6
0
it
.
: Latch bark " it valuilblo taustap materw. JI._A__

0 I(Stwov and N1 . L. Gerahrm-Orl.

_ Prom; 1411, Nu, 2, 33-" , I IM). Cht"j. zf"IF. 1910,11, 14'.1d
lh~ unl~ftt (4w. 13.97%) sm.1 vh~ It"Jay 4 lim taw
All rud ulum Ow latt".4 it k -0 11.,
hill tA Imlt tulk
Ir
'
p -00
hast Imiltr. The bark In the Ww~r Imet 4 Ow irtink --
14ins timst, colk IhAn the Imsk its Ow 111-141 Ific -00
a laillith. ml~lli J-'I~UWN 0. +4 1111. IAIIII OW 1191 $4 1111' (t-
19 0& I fir 1,41111181d 111,41,41414 Sir f,11110 111-110V if' Ill- I M
A A lhofilImSk 0
.so
00 ze 0
es
~
"

'go
00

1019 1

0
v -400
If
t
0,
I
_
0
0
at

8 . I. A MITALLUPWAL LITIRaftat C LAIJIFICAftop
0
00 M *
se it
L ~.z
I
I- __ - "
1 4' 1 r
u Vs IV `43 &%- 6
0
9
if
a s 0 0 0 0 go 9" to
0 a

k/
11
IEGOROV) 'B.A.
a52/2586 ZA-mplification of r-iw, material resources for the tanning extract indu:-,tl--r7
Rasshiritt syrfevye resursy dubillnoe'Acstraktovoi promys'alennosti.
Logicain. PromysnlennostI., 11(10): 27, 1951.

USSP / Cultivated Planta. Technical... Oleacoous, Sugar Bearing m-6
Plants,
Aba Jour Ref Zhur - BiologlYa, NO 13) 1958, NO- 5a663
Author Pervukhin, F4 'S.; Sokolov, P. D.
Inst Botanicai- I-n-st.-t. Acad4 Sci., USSR
Title Problems Portainihg to tbo Study of Tannin Bearirg
Plants
Orig Pub Botan. zh., 1956, 41, No 9, .1407-14o9
Abstract The resul+,a of sbulies of con2erences on plant
resources of the USSR, conducted ia 1954, and on
cultivation of new useful p1wits, corductod in 1956
unier the auspices of the Botanical institute, Acad.
Sci., USSR are explained. Tt is irAicated that the
tannin-e.xtracting irdu3try nil t increase the planned
'production of tannides in the sixth five year period by
25% in comparison with 1954. Along vith non-marketable
Card 1/3

USSR / Cultivated Plants. Technical, Okacoous, Sugar Bearing M-6
Plants.
Abs Jour Pef Zhur - Biologiya, No 13., 1958., No. 58683
oak wooft pulp, the industry utilizos presently tho
bark of spruce, wl-Ilow, larch, rooto of bintort, sea
-lavender, rhube27b (r hv.khra) and leaves of smoko tree
in small quantities. It is necessary to strengthen
the coordination of studies of tannin bearing plants
between various scientific-research institutions and
to improve their connection with production organiza-
tiona~ It is necessary to develop a speedy ard
accurate method of quantitative determination of
tannins., Attention is drawn on increasing work with
grassy tanning plants. The conference showed the
necessity of introduction into commercial cultivation
In Uzbekistan and in the Southern Kazakhstan of
tanning bistort. It is reco=onded to investigate the
Card 2/3
114

USSR / Cultivated Plants . Technical, Oleaceous, Sugar Boaring m-6
Pla,-ItFl .
Abs Jour : Rof Zhur - Biologiyaj No 13, 1958, No. 58683
poauibilitios of th6 6omplox utilization of tanning
plants, -- N. N. Konbtantinov
Card 3/3

YWOROV.-B.A.; SVAWV, U.N.
- ~ - - -
.- I ~Improve the organizntion and methods of tanning materlil procurement.
leg, prom* 18 no*4:9-10 Ap 158. (MIRA 11: 4)
(Tanning materinle)

MEZHENINOV, Mikhail Yurlyevielf, inzh.;---KRASUXHIN, Moisey Naumovich,
kand. tekhn. nauk; =ROVj3or-IS--Aleksapdrovich, inzh.;
NIKITIN, D.V., T.M., r .; KIIAXIIIN,
M.T., tekhn. red.
(Manufacture of vegetable tanning extracta]Proizvodstvo rastitell-
nykh dubilInykh ekstraktov. (By)M.IU.Mezheninov, M.N.KraBukhin,
B.A.Egorov. Moskva,, Rostekhizdat, 1962. 291 p. (MIRA 16:3)
(Tanning,materials)

AM Nr-AP6015650 (/I SOURCE CODE: UR/0413/661000/009/0059/0059 31
INVENTOR: Yudin, A. V. - Anokhin, V. V.; Yegorov, B. A.
ORG: none
TITLE : Method of obtaining a synthetic fibe ith a pol formaldehyde base.
Class 29, No. 181237 / =rw
SOURCE: Izobreteniya V promyshlennyye obraztsy, tovarnyye znaki, no. 9, 1966, 59~
TOPIC TAGS: synthetic fiber, polyformaldehyde, plasticizer
ABSTRACT: An Author Certificate has been issued for a method of obtaining a
synthetic fiber with a polyformaldehyde base by molding a spinning solution containint
a plasticizer -solvent and completely acetylated polyformaldehyde. To obtain a fiber I
possessing bactericidal prop erti esj~the spinning solution also contains incompletely- i
acetylated polyformaldehyde. (Translation] INT
SUB CODE: 1l/ SU13M DATE: 17Mar65/
071
1 / 1 -el )Y) UDC: 677. 494. 6441 141

YEGOROV, R.A.; KIM, K.T.
Adopting three-line pipe drawing mills of the OSpidem" firm.
TSvet. met. 35 no.9t79-85 S 162. (MMA 16:1)
(Pipe mills)

1. YEGOROV, Boris
2. TJSjM (600)
49 Hydroelectric Power Stations - Volga River
7, On a great river. Molskolkhe 19 no 11 1952
9. Monthly List of Russian Accessions, Library of Congress, Febru!!= 1953. Unclassified.

1- ~ .. :~: - .~, - "', ~~ -~ .: ~!
YEGOROV, B.B., vrach-koamonavt, Geroy Sovetskogo Soyuza
Oustanding medicobiological experimenti Friroda 53 no. 11:
8-9 64. (MIRA 18:1)

ACCESSION NR: AP4034554 S/O./20/64/155/005/1233/1236
AUTHOR: Gazanko, 0. G.; Y,egorov,.'B..,B..;, Raz-ameyev, A. N.;
Chekhonadskiy, N. A.
IVITLt: Changes in neuron rhythm of the reticular formation during transverse
a c ce-le ra t ions
'SOURCE: AN SSSR. Doklady*, v. 1550 no. 5, 1964, 1233-1236
TOPIC TAOS: ne.uron, reticular tormation,*electroencephalography,
neuron potential, physiological streos, centrifuge
ABSTRACT: The effect of overload on the higher braid centers has assumed
importance in connection with space flights. Changes In the electroencephalo-
gram upon accelerations maybe caused by a number of factors: hypoxia, dicreased
pirculation, increased influx'of impulses over the efferent system, a te. Their
influence on the reticular system, the integration center of efferent Impullses,
was studied in 7 cats, involving 100 neurons. The neuron potential was mea-
3

ACCESSION NR; AP4034554
sured with electrodes implanted. in the neurons. The 3-5 G overload was
:i created by means of a centrifuge provided with an alternating currant ampli-
fier , so that the signal reaching.the centrifuge -was. of the order of 30 v. - After
termination-of the experiment the brain was removed and the electrode location
verified. Test conditions are.des6ribed. Results showed that acceleration changai
the activity of the various neurons, by stages, the initial being a rhythmic repeat
impulse, followed by grouped impulses and finally by complete imptilse absence.
(quiet phase). The changes are apparently caused by the effect of t~e current'
impulses reaching the giant cell nucleus of the reticular formation'o*ver the
afferent system. The influence of acceleration may be imagined as the summary
result of 2 processes developing, simultaneously in the neurons. The first pro-
cess will lead to quantitative increase of impulses, the second to their decrease,
How eve r s development of the se'cond pro.cess lags behind the first. At this
stage hypoxia does not s6ern to play any role.. The results are figured'and
formulas presented for calculating neuron,'activity, during the various phases.
Orig. art. has: 3 figures and 4 formulas.
Card" 2/ -3
T

WMIFSM-1 SCTB
ACC NR: AT6003890 SOURCE CODEt UR/2865/65/004/000/0343/0554
AUTHOR: Gazenko. Q,_2A_0octor of biological sciences); Chekhonadsk&, H. A.;
Razumsyev, A*' LI*,- Yegorov, B, B,_
ORG,
none
Y
TITM, % Elementary model of the V66tibular apparatus
SOURCE: MI SSSR. Otdeleniye biologiohesIdkh nauke Problerq kosmicheslwy biologii,
.V. 4. 1965, 543-554
TAGS: spacecraft capsul.6, human sense, audition, acceleration, central
,nervous systemr'neuron, space medicine equipment
ABSZ&M The vestibular analyzer plays an important role in spatial orientation
..Iand';an be schematically divided into two sections; receptors which perceive
'Ithe physical factor, and the central section which coordinates receptor in-
formation with various nervous-system formations. The purpose of this in-
~cstigation was to develop an elementary model of the vestibular apparatus
An the interest of elucidating some functional features of this organ under con-;
of a -variable gravitational field.
1. Characteristics of receptors of the otolithic section of.the vestibular:
ap a atus--..-.--,
Card ly:y

L 14301-66
ACC NR. AT6003890
Otolith
Fig. 1. Principles of a receptor
P - weight of otolith, Q - weight
force directed aldng.~!I~ afferent
fiber, T force component act-
ing across the afferent fiber.
sensory
Cells
Figure I schematically represents the function of otolithic receptors.'
The hypothesis is presented that the receptor reacts to the angle of
.,head inclination relative to the vertical axis when changes in the magnitude
of weight component forces of the otolith take place along or across7 an affer-
ent fiber. The transformers of these changes in magnitude into impulse fre
quencies are,sensory cells. Thus, the receptor will react both to the angle
of heaif inclin'ation and to icceleration forces which take place when the orga.-
Ccrd

LSard
0.1sec IAJ
D
F
:1 lie
mV
G
Iq
W
__Z_'_Change in-neuron rhythmicity in t e g ant cell
Tig.
nucleus of the reticular formation-of a cat during 5-G-
,acreleration sec 76f
-A Originial rhythmicity; 8 - activity for 35
.rotation (15~sec sample) ;C - 75 sec of rotation; D
.90 sec; 120-150 sec; F - termination of rotation;
G - 20-50 sec later; H 150 sec later.