SCIENTIFIC ABSTRACT BABALYKHYAN, G. A. - BABANOV, Y. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102810009-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

-1 252h-66
ACCESSION NK-. AP5020859
potential applied to the collector. The latter was.located 200 mm from the ion-
production region. It is assumed on the basis of published data that at an arc
current of 1 amp the percentage of I&, ions reaches 90, The ion current varies
linearly with the drawing voltage on the collector.. Orig. art. has: 2 figures.
[92)
ASSOCIATION: Lastitut,yadernoy fiziki AN UzSSR (Institute of Nuclear Physics,
AN UzSSR)
.SUBMITTED: 15Sep63.' ENCL: 01 SUB CODE: NP
NO REF SOV; 001 OTHER: Oo4 AtD PRESS

L 2524-66
ACCESSION NR: APS020859 ENCLOSURE., 01
''Fig. lo ton source
QUUM
T Vacuum chamber; L frame;
Z electrode; E - quartz tube;
D - yoke; N porcelain beadj
B grid.
_;qr!L 3/3

USSR/Fan-i Animals Sheep and Goats -
Abs Jour: Ref Zhur-Diol-) No 17, 1958) 73765-
Author Daba A.
Inst enian Scientific-Reacarch Institute of Pi-dml
Dreeding and Veterinary Medicine.
Title Results of Cross-Dreeding of Ewes of the "Dall;as"
Dreed of Sheep with Ram of the "Alagcz" Dreed
Group.
Orig pub: Tr. Am. n--i. in-ta zhivotnovocIstva i veterinarii,
1957, 2, 67-31.
Abstract: For the improvement of wool of the sheep of the
Dalbas breed on the sheep-breeding fams of the
Martuni Rayon Amenian SSR, cross-breeding of
the Balbas sheep was carried out with rams of the
Alagez breed group. 'More than 8" head were
Card 1/3
42

USSR/Farn Animals. Sheep and Goats.
Abs Jour: Ref Zhur-Diol., No 17, 1958, 73765.
cbtained of hybrids of the I generation. According
to their external f orn, they resemble the Balbas
sheep and have preserved its white color (96-Sep),
fat tail (90.5%)) live weight) milkiness and fat-
ness, and are well-adapted to local conditions.
Their wool is noted for a great quantity of down,
absence of board and significant contraction
of q?aantity of short board (less than 3~), and
sometimes its full disappearance, great thicluiess,
longer intermediate fiber (17.6 cm), and fuzz
(12.4 cm), aGainst 13.7 and 2-1.2 era in Dalbas
sheep. Wool shearing in the hybrids of I genera-
tion ;;as greater -than in the "Balbas" according,
to a _4roup of female yearlings by 26.~1111) according
to a group of ewes by 3.4(p. Ilybrids of I genera-
Card 2/3

USSR/Farm Pximls - Sheep and Goats.
Abs Jour: Ref Zhur-Di(I -, No 17, 1956, 78765.
tion rmst be cross-bred with Dalbas mris with
subsequent selection and inbreeding of the progeny
obtained. -- M. F. DeLJm.
Card -- 3/3
Q
43

BABALYKHYAN. G. A. C&zid :Xgr bei -.- (diss) "Results of the cross-br(-,~ding
of Balbns owes with rvms of the Als6ez brecOft, group. " Yerevnn, 19,56.
22 pp (Min of A,,-,r USSR. Yorevim Zoovvt Inst), 11~0 coldoo (IM, 1-014)
-81-

r, -22981-66 ~VMVT
AP6008651 SOURCL CODE: tYR/0166/66/000/001/0074/0076
AUTHOR; Muminov, V.A. -, Babal'yants, V. F.; Abdurakhmanov, A. I(h.
ORG: Instttute of Nuclear Phvsics, AN UzSSR.(Inst.ftut yadernoy flzild AN UzSSR)
TITLE: A fast neutron scintillation 9jZkdff
SOURCE: AN UzSSR. Izvestlya. Serlya fiziko-matematicheskikh nauk, no. 1, 1966, 74-70
TOPIC TAGS: fast neutron, neutron counter, scintillation counter
ADSTRACT: Many neutron recording devices are based on the recording of ~ecoll protons,
extensively employing scintillation counters which are, as a rule, sensitive to a gamma
background. It is often difficult to :=lude the effects of the gamma rays. However, it has
been found that the effective time of the fluorescence of scintillations for neutrons is
approximately twice higher than that for gamma rays, and of a stilbene crystal it is about
26 nanosec for pratons and about 13 nanosec for electrons. In view of this, there Is an
opportunity for a more convenient separation of the pulses of fast neutrons from gamma
quanta. The present authors used a fast neutron sensor described by G. G. Doroshenko
and Ye. L. Stolyarova (PTE, 1961, no, 3) in the design of a neutron counter. The fast
neutron, scintillation counter consists of a stilbene crystal, an FEU-33 photomultiplier,
and a discriminator made of two D2E diodes and two White cathode followers. It is
concluded on the basis of operation of the counter that practically a complete cut-off of the
1/2

L 22981-66
ACC NR- AP6008551
gamma background is achieved. The counter is stable during an 8-hr continuous operation,
Orig. art. h9a: I figure.
BUD CODE- 18 SUBM DATE: 09-JuI65 ORIG REF: 005 OTH REF: 002
Card 2/2 r(

":,., , 17~lro U,
The spread of brucellosis in bovines and c~oatr, in the ""0P1111 i-('.,,,4,on.
P. 139 (Tin 1'er 'ilikencat ".1tyrore) ':o. 2, 1~6/- Tinme, Albania
,30: ::onthly -.1 ndox of Eal st European Accessions ) ';,C, - Vol. 1*1, ~'o. 1, Jan. 1953

T~jk*~-'X,'.CIIV,
. .......
Y,,nkp cc, dobiem poplead prinosi od pcenicata.
Skopje, Yugoslavi3. "Narodna zadrugall 5Y P.
Monthly List of Last Luropean Acepssion (T-,EAI) LC, Vol. 8, no. 6
June 19510
U nel .

RA' A!.'OV, LAZAR
Kpw~o ce ro 7.f.7,oienimv pAnosot. od orizot.
sl~ovjo, yugor-Invin. 0!A1.0ona .~ndrvfln,
Monthly List of Fast Europenn Accension (h~;Al) L,-., Vol. ZR, no.
junc
Uncl.

-_ 1) 11~w
I I
ACC MR-,
AR6028OP5 SOURCE CODE: UR/0124/66/000/005/VO29/VO29
AUTHOR: Babamuradov, K. Sh.
TITLE, Investigation of sandwich-panel vibrations
SOURCE: Rer. zh. Mekhanika, Abs. 5V211
REF SOURCE: Sb. Vopr. vychisl. matem. i tekh. Vyp. 5. Tashkent, 1965,
33-64
TOPIC TAGS: shell, sandwich shell, vibration analysis, sandwich panel
ABSTRACT: Vibrations of rigid-core sandwich shells placed in a supersonic
gas flow are investigated. Variational equations (Grigolyuk, E. 1. Izv. AN
SSSR, Otd. tekhn. n. , 1958, no. 1, 26-34 - RZhMekh, 1959, no. 1, 724) for
the analysis of shallow sandwich shells are used for solving the problem. The
calculation of a sandwich plate is used as a numerical example. A block diagrarn
of the program of solving the problem is given in the original article. A. G.
Gorshkov. [Translation of abstract) [DWI
SUB CODE: 13/
Card 1 / 1 pirel'tJ

'~'v -c . ; , , )IX A . V 11-r! j .1, !.Iv" '
12
11~ctlk-n of p-wrat7tnv )n twj I Iiatton of P
the tt' ymiii, during the -4nvoliftic-) *.Ine provoRcu '.I)y
hy'Iror:,-!A,nc)ne mid ff"U. .1tudii ~'er~ -17 ',-)ol If)
r i u . 2 -. 11. - I ,) 16-'..
1. Miair of Animalt Physiology, University,
C' 1 '. J4 a

bl-I-AN) T.
T7CHI4 OLOGY
UNJISTRIA USCARA, Vol. ", no. 11) Mov. 195F
I BA FAN Gencral MO-It4l'E3 of tile Circle's of the Association C'f
gincers and Tftchniclans of ltum&ria are a. St'j;-
'jUjat4TIg fa(,tol~ fcr th~~. ~vcreasc of
tec!'roSC3 ent, fI c activities. P. L140
Monthly List of FistFluropean Accessions :117AI) LC Vol. no.
April 1959, unclass

BFILORUSOV) S.N.; BARANAKOVA, V.1.
Preventing the graphitization of carbon tool steel. Biul.
TSIIG11M no,3:39-40 161. (MIRA 14:12)
1. Novosibirskiy meallurgicheakiy zavod.
(Tool steel-float treatment)

TAKUBOVSKIY, A.M., mash inlet-ins tr-%.,kt or; FiloLYNKO, M.P., mashiuist-instruktor;
:YAROSHEY10H, V.S., mashinist; YXRKDtBAYZV, Ye., mashinist;
BABARAUROV* A*M., mashinist; YNDOSOV, D. Ye.; SKORKIN, I.S.
Useful book 'Reference bood for a cliesel locomotive engineering by
V.M.Terakhov, I.I.Murshin. Reviewed by A.M.Lkubovskii and others.
Zlek.i tepi.tiaga 4 no.2:47-48 I 16o. (MIU 13:6)
1. Master zagotovitellnogo teekha, depo Ghu, Kazakhakeya doroga
(for Fedosov). 2. Master teekha bol'skogo periodicheakogo remonta,
depo Chu, Kazakhakaya doroga (for Skorkin).
(Diesel locomotives)
Terekhov. V.M.)
zhin, 1. 1. )
Z

SXRGIYENKO, A. L, insh.; LIKHaUDOV. A.P., inzh.; GUBINSM, V.I.,
inzb.; BABARIN, A.I., iazh.
Operation of recuperator soaking pitu with liquid al re-
moval. Stall 20 no.8:763 Ag 160. (MIRA 1 7
3: 1
1. Zavod"Krivoroahstall."
(Furnaces, Heating)

KUDRIN, Ye.A.; LIKHORADOV, A.P.; KRUSKALI, M.S.; BARANIN, A.I.
Redesign of ceramic aoaking pit recuperatora. Metallurg 8
no.lOt29-31 0 163. (HIRk 161l2)
1. Krivorozhakiy metallurgicheakiy zavod.

A.~;IWABIN, Nuja,-, '6IIAFO,-IINTKOV, F.K.; DABANIN, A.V.; AMITAN, B.Y&.
Trt-utnent of urticaria with histamine and intestinal lavages.
Vest. derm. i ven. 38 no.l2t45-49 D 164. (MIRA 18:8)
1. GIRvnyy voyennyy gospitAll Imen.1 akademAka Burdenko
(nuchallnik general-mayor meditsinskoy 81uzhby M.M. Gilenko),
Moskva.

ASWARIN, Yu. Ya.; BUROV, G. P.; BABANIN, A. V.; YAKIMENKO, 0. V.;
MAKAREITKO, V. N.
Local use of steroid hormones in treating some akin diseases.
Vest. dam. i von. no.2;71-73 '62. (MIRA 15--2)
(SKIN-DISEASES) (ADRENOCORTICAL 110W.011ES)

FM.(ixo 1. Anatoliy Prokoflyevich, dotsent, kand.voveWkh nauk, polkovnik
zaposa. Prinimali uchastlye: SLIHARRY, kand.voyannykh nauk,
polkovnik; RUMNH, T.A., kand.takhn.nauk, polkovnik; IYASHIN,
V.A., kand.tekhn.nauk. polkovnik;.~~!!, B.V., red.; SRIBNIS.
N.Y., tokhn.red.
(Nngineering facilities in the zone of defense of a rifle
company] Inihenernoe oboradovanie rniona oborony stralkovoi roty.
Moskva, Toon.isd-vo X-vo obor.S=. 1960. 250 P.
WRA 14:3)
(Fortification, Field)

BAELAIIIII, I., podpolkovnik
Blast method of loosening frozen eoil. Voen.-inzh. zhur. 101
no.1:28-31 Ja '58. (MIRA 11:2)
(Rarthwork) (Winter warfare) (Blasting)

BABANIN, I..A., plavillnyy masterl KAPLANSKIY, Ya.Ye.
Smelter S. Bezdsns;hnA's brigade composed of Communist Youth
League members. PUUI'bWg 7 no.10:13 0 162. (MIR-4 15:9)
1. Starshiy insh. nauchno-iBsledovatel'akoy laboratorii zavoda
"Dneprospetastall" (for Kaplanskiy),
(Iron and steel workers)

L E3.!L5~ BDS S/271/63/000/OCV#/025/CV+5
AMORs Xurotchenko,,_Kt-_I* and kb
.2
TITIS: Telemetering of angular displacement with high accuracy
PERIODICAL: ReferatiwW zhurnal,, Avtomatika, telemekhanika i vychis)-itelinaya
tekhnika, no. 4., 1963, 63, abstract 4A388 (KyrgSSR Ilimder Akad,
kabarlary. Tabiyat taanuu zhana tekhn. ser... Izv. PJ1 Urg SSR. Ser.
yestestu. i tekhn. n.; 1961, 3, no. 6, 35-58; Ydrg.Lz resume)
$ which is construct-
TEXT: The authors de3cribe the BKU-6Aelemetering device\~
ed on noncontac:t elements; it is intended for meas iUi-gwa~e-r-'Fo-rizons in irrigation
syztems. The angle of rotation of the drinn a)ds of the float device for measuring
the -?ratcx horizon is converted into a binary code with the help of an induction code
converter, which conbists of drums with adjoining magnetic circuits and commuting
transformers. The latter are collected on disconnected LJJ - shaped cores having
three Ti-indings. Depending upon the angle of rotation of the drum., the order of
closure of the magnetic circuits of the transformers is measured., and a definite
code combination is received from the output of the device. in addition., the trans-
mitting subassembly includoss a linear element,, a pulse distributor., a pulse shaper,
Card 1/2

L 12245-63
Telemetering of angular #*.*
S/271/63/0()0/004/025/045
I
and a power pack. In the receiving subassembly is a transistorited deciiiierar iiith
noncontact elemonts with rectangular hysteresiz loop, and a digital indicator on
low-power incandescent lamps. To transmit the readings, any communication canaaz
may be used. 7he results of measurement are reflected in a 5-digit decimal number.
The error of the syztem does not exceed 0.1%. The DKLj-60a*ode1 differs from the
BKU-60 in that the power supply for the trangmitting oubastembly is derived from a
dispatcher point by negative half-cyclos of AC of industrial frequency; acti-
vate the units of the device and recall of the results of measurement. Counting
and transmission are effected on negative half-cycles of the food voltage. S~ S.
ZA-bstiacter's note:
Complete tranclatiog
Card 2/2

S/271/63/000/003/018/049
Ao6q/A126
AUTHORS. Kurotchenko, V.I., Bab;uiin,,N.I.
TITLE: Realization of the principle of stelniise synchronization in con-
tactless tolemechanical systems
PMJT ODICAL: Referativnyy zhurnal, Avtomatika, telemekhanika i vychi6litel'naya-
tekhnika, no. 3, 1963, 70, abstract 3A401 (Izv. AN KirgSSR. Ser.
yestestv. i takhn. n., 1962, v. 4* not 8, 51 - 67; summary in Kir-
giz)
TE)PL: It is indicated that in contemporary Soviet oontactless systems for
concentrated objects of types BT4-58 WHIMA, AH CCOP, TM3-1 13111M (MV-
-58 TsNIIKAj AN SSSR, TME-1 VNIIE)-olsotric switchboard, and others one usually
uses time-sharing of channels and equal capacity of distributors on the dis-
patcher and slave points. It is as3erted that for decentralized objects it is
more economic to use a combinatori-tl distributor method with synchro-synphase
switching of distributors on dispat.,her and slave points. A grid, cyclic, and
stepwise synchronization is possible. Stepwise synchronization used for instru-i.
Cardl/2

S/271/63/000/003/OiB/o4g
Relaization of the principle of stedwise .... Ao6o/A126
ments BKT-61 (BKT-61) of the Institute of Automation, AN (KirgSSR) is analyzed
in detail. Schematic diagrams are ~3hown. There are 10 references.
S. V.
[Abstracter's note: Complete translation]
Card 2/2

PICIC"'ISSION I'M. 1'11'~006205 Stl()000/63/000/000/0003/0017--I
AWHOR: Klirotclienkcj, V. 1. IBabanin, 11 1
7ITTY Sou,~, problems nf telorneici-ini,, cal-ameteni~ in sys-em~z with dispers(,O, 01emc-nts
0 U R Or, AN VIRgSSR. Institu" avtomatiki beskonlaktn~rkh elemtntov v
,on -
!'N
"T VI"
A P'~:" P ~J irri~,af i,)n its
-'. t. ~ '. ~' ve
T j 1 1 i
r '~3
r3y,stcm Is best. Among the advantages of this type of system ave ease of combinatioTl
wit'lli digital reL---)te-conti-ol machines and contactlvc~-. RC signal systems, ccclnony of
manuiacture, small dimensions, adaptability to use of -semiconductors and m3gnetic
Card 1/2

-L-48099-65--
ACCESSION NR: AT5006205
71
,~!Iemenfs elitainalling moving p,irts and rel-tability and durability. Anr~~
ac tnr i less sz&~ect to distortion irw cr Dr . A sv iem ol rti-, Y 0-
in
4 m Wa r E on-,uy pd S t,j t ePlanning 3i~-
T t U t t~,C, S~,SR an(~ the f-)r 4,3 r r,:-onomy, The corresponding
in the rirgiz SSR hao completpl i-lall fcr w;c- of this tcdemetering system
as re-s
wi tlie Atbashinskiy irrigation dintrict, 01 i9. tn,f - 11 6 figu 2 tables.
ASSOCIATIOR: none
SUBMITTED: 28Aug63
NO REF SOV: 004
ENCL: 00
OTHER: 000
SUB CODE: DP, Ec

ACCESSION NR: AT4036424 8/0000/63/000/000/0399/0405
AUTHOR: Kurotchenko, V. L; Babanin, N. I.
TITLE: A noncontact codo-pulse tolemetering device
SOURCE: Vsesoyuznoye soveshchantye po forritarn i po beekontaktny*m. magnitny*m cle-
mentam avtomatiki. 3d, Minsk. rerrity* i beskontalctny*ye elementy* (Ferritesand noncon,-
tact elements); doklady* soveslichantya. Minsk, 17d-vo AN BSSR, 1963, 399-405
TOPIC TAGS: autoniaUon, control system, automatic control, telemetering, noncontact
telemeter, code pulse telemeter
ABSTBLACT: A noncontact telemetering system was developed at the Laboratorlya telemeldian-
iki Insituta avtornatiki AN Kirgizskoy SSR (Laboratory of Telenicchanics, Institute of Auto-
mation, Academy of Sciences of the Kirghiz SSR). The device, 13KU-60, intended for
telemetering the mial angular displacement in mult i rotating primary measuring instruments
consists of a receiving assembly (Fig. I in the Enclosure) and a transirnitting semiassenioly
(Fig. 2). The former Includes a fccdcr (F), a pulse-shaper (PS), a single-pulse-shaper
(SPS), a linear cell (LC), a pulse distributor (PD), a coincidence circuit(CC), a decoder (D),
a reading devico (R), a distorted code execution arrestor (A), a Lube-failure distortion ar-
rester (TA), and an execution permitting unit (P). Tho latter includes the primary measuring
Card 1/4

ACCESSION NU: AT4035424
Instrument (P% an induction coding converter (IC), a pulse distributor (PD), a linvar cell
(LC), a feeder (F), and a pulso-shaper (PS). 41 call Pulse, shaped by (lie single pulse shaper,
is sent into the coninitmication line by pressing the "telemeter call" button, and the receiving
pulse distributor is simultaneously activated to convey pulses to the parallel coincidence
circuit. At the controlled site the call pulso actuates the transmitting pulse distributor which
picks up the code set by the induction coding converter. The linear cell Solids the code over
the communication line to the linear cell and the parallel coincidence circuit of the receiving
end which actuates the corresponding decoder cores, and pulses fron) the decodcr actuate
the commuting triggers of the counter, producing- tho final figitro oil the tabl(i. Orig. art.
haz- 5 figures.
ASSOCIATION: none
S7--BMITTED: 04Dcc63 DATE ACQ: 07May64 ENCL: 02
SUB CODE: IE NO REF SOV: 000 OTHER: 000
Card 2/4 :
...... . .....

L 3092-66 TJP(c) BC
11ACCEMION XRs AR5013613 UR/0271/65/000/004/AO67/AO68
621.398.516:621.398.9 c~5
SOURCEt Ref. zh. Av-tomatika, tolemekhanika i vychislitelinaya tekhnika. SvodrWy
toms, Abs. 4)L435
AUTHOR: Kurotchenko, V. 1.1 Babanig
TITLEs Principles of constructing contactless remote-contral systems for
scattered plants ,
CITED SOMCSt Sb. Beakontaktn. slatemy telemakhan. i avtomat. kontrolya, Frunze,
Ilim, 1964, 3-14 4q .
TOPIC TAGSt remote control system I
TRANSIATIONt A review of contactless remote-control systems in the USSR since
1949 is presented. Most practical systems use the distribution method of selection
with an a-o supply-network synchronization. However; the appllaation of this
method to the scattered plants results In a considerable structural redundancy as
the number of elementm in the distributors at the dis,')atcher's and paiipheral
stations becomen too large, With more than four local stations, a mixed

.13092-66
ACCWSION NRt AR5013613
coding-and-distributor method of selection, which cuts down the number of
distributing elements, is recommended. In this case, selection of local station
is effected by code, and selection of'plant, by distributor. Such systems are
widely used abroad. Principal specifications on a complex remote control system
.for irrigation purpoaaB are formulated. DIU. 19.
MB CODE 1 31 E4CL t 00

c)
ACC lvi,6023308 SOURCE CODE: UR/0000/65/000/000/0167/0172
ALMiOR: Kurotchen1co, V. I. (Frunze); Babanin, N. .(rrunze)
ORC;: none
11TLF: Multichannel discrete telemetric device with digital output
SOURCZ: Vscsoyu-.naya konfcrentsiya_po~ avtomaticheskomu kontroj~yu i metodam clektri-
i.-.MC-rCniY. 5,111, Novosibirsk, 1963-.- 'Avtoma~ic~C'5ki-y-'k-6'ni-r-olI i metody elektri__
che:;'Kikh izr1'1crcniy; trudy konferentsii. t. I: Metody eicktricheskikh i=ncxcniy. Tsi-
frovyyc izmeritellnyye pribory. Elementy izmeritelInyk-h sistem (Autanatic control and
electrical moa5uring techniques; transactions of the conference. v. 1: Electrical mea-
suring techniques. Digital measuring instruments. Elements of measuring systems).
Novosibirsk, Izd-vo, Nauka, 1965, 167-172
TOPIC TAGS: analog digital encoder, error correcting code, analog digital conversion,
telemetry, telemetry equipment, telemetry system, telemetry technique
ABSTRACT: An angular magnetic shaft enec9der, capable of directly pencrating BCD shaft
PoGition infoniation--in.' five--`d`i-g-it__-_wo_'rds was designed for high reliability telemetry.
The shaft encoder is the heart of an error- correcting receiver-transmitter remote moni-1,
toring system designed for the oil industry," Irrigatiou, power plants, etc. The multi
turn shaft en d onsistE~76f-a-ni-f~d(iiinig- mechanism which allows the input shaft to
co or C
r-..i 1/2

1, 10(V5-67
ACC NR. AT6023308
assume any one of ten discrete angular positions (a gear mounted on the shaft indexed
.by tio electromagnets); a mechanical decade transfer mechanism; and several encoding
drizis. The input shaft rigidly connects the indexing gear to the first encoding drum,
w1ii1e the higher order drums are driven by the transfer gears. The encoder drums are
niade of nonmagnetic material with four magnetic conductors imbedded in them. Each
drun rotates within a stator formed by five counting transformers with shaped cores,
the open end of vihich faces the drum. Each transformer has a primary and a secondary I
Yinding. A signal is generated in the secondary whenever the position of a magnetic
conductor in the drum coincides with the location of a particular transfomer. A
u;nique five-digit code is generated for each of the ten positions of the input shaft.
Identical code is generated by all decade encoders. The overall telemetry system,
.developed for up to 200 km, is described in some detail and a block diagrM is includ-
ed. Orig. art. has: 4 figures.
SUB CODE: 09,17/ SUBM DATE: 20Sep65/ ORIG REF: 005
2/2

BABANIN, N.M., sadovod.-lyubitell (Kharikov)
Hemp trap belts. Zashch. rast. ot vred. I bol. 8 no.606 Je 163.
(KIRA 16:8)
(Insect traps)

I BABPNIN, V-1.
Significance of the Sirotinin-Kukoverov Mptm in young,
subjects. Klinemed. 38 no.63145-147 Je 160. '-ZMIRA 13.12)
(MAIrl-40UNDS)

MAKWEV, A.Ye., inzh.; BABANIN, V.I., inzh.
Plotting a blocking contour for aelocting tho corroction factor
for spur gears. Veet.mash. 40 no.7:26-30 J1 160. (MIRA 1317)
(Gearing, Spur)

L 5h99M5 EVJP(e)/_Dr1 (r.1)/EPA (.9 P/FPF (c )1EPRIEWP (b )/Dip (i Pq-4/Pr-h/Ps -h/Pt-7
ACCESSION M AP5011942 UR/0363/65/001/00310422/0426
677.52:539.4
~iAUTHOR: Babanin, V. I.; Blokh, K. 1.
TITLE: Some factors determining strength of doul)le glass fibers
SOURCE: AN SSSR. Izvestiya. Neorganicheskiye materialy, v. 1, no. 3, 1965, 422-1126
[TOPIC TAGS: glass fiber, fiber strength, expansion coefficient
ABSTRACT: The object of the study was to determine the effect of streigth proper-
ties and thermal expansion coefficients of the individual components of double
glass fibers (glass fiber core inside a s%ell made of different gla.;s). The ten-
sile stren.-Ilb of double glass fibers is equal to the tensile stren.-th of the shell
!material. Strength of the double glass fibers is proportional to the modulus of
elasticity of the core-~ and to the tensile strength of the shell. 7:) obtain high
strength double glass fibers it is necessary to match the thermal e%tpansion coef-
ficients of the starting glass coT.Tonents. The best double glass fibers result
when the d:*ffeivnce in thermal expansion coefficients of the two glasses is slight-
ly on the positive side (a core - ashell> 0). Orig. art. has: I table, 4 figures,
Card-.11,2

L 54998-65
ACCESSION NP: AP5011942
;and 10 formlas.
ASSOCIATION! Vsesoyuzrjyy nauchito-issledovatellskiy institut eteklyannogo volokna
I
(All-Union Scientific Research Institute of Glass riber)
SUBMITTED: 25De(:64 ENCL: 00 SUB CODt,: MT
---INO REF SOV: 001 OTHER- 000
iCard 2/2--.1--l-

Yvel).; ,)*]I'.' :!" E .1
Aj,-A
v A.
-Itudy ef tho roltitior, butmoen Vic atz~cajft-,.,~(- 1-rceraro field
and In the LMA~" oi~ 21-2wnd. 'A.'I-;Ay CY 1': : o.870V-63
165. IvII)

BABAMINA, T.I.; FILIPPENKOp L.I.
Effect of electrostatic forces on the collection of dust with
fibrous filter materials, SbDr.nauoh.trud*Kriytfil,IGD AN URSR
no.1&123-128 162. 1 (KMA 16SO
(Dust collectors)

LABI',Iiilli~p 'Ye.V. - studentka V kurst
Results of determination of time and azimthal corrections done
by the Time Service of the Main Astronomical Observatory of the
Acadei-q of Sciences of the U.S.S.R. Trudy RIIGAIK no-45:117-123
161.. (MITLA 1.1.:7)
1, instuitut inzhenarov goodeziA, aerofotos"yemki i
kartoCrafii, goodezicheskiy fakulitet.
(Time) (Azi=th)

BABMINA, Yu.D.
Experimental study of the mechanism of the formation of a
chorioretinal, commisswe in connection with surgical treat-
men of retinal detachment. Uch.zap. IJEIGB 5t162-171 162
(MRA 16:11)
-Nr

N r7 Q /I IV I\ I
USCR/ CteologY
r,nrd i/1 Pub. 86 - 33/42
AuthQrv j Babankin, F. S.
------------------
Title I A rare calcareous concretion
Pnriodical I Priroda 45/1, 117-1180 jail 56
Abotract j The finding of an odd-shaped calcarcous concretion in the North Ural re&ion
is related. The formation of concretions, in general, is explained with
some details no to the special circumstances under which the one in question
was formed. Illustration.
Institution :
Submitted :

BABUKIN, Fedor �_tggevich; KRYZHANOVSKIY, V.A., red.izd-va; BYKOVA,
'----V-.V-., Vekhn. ie-d.
(Practical Photography in geological surveys and mining
angineering]Praktioheakaia fotografiia v geologorazvedochnom
i gorrom dele. Moskva, Goegeoltekhizdatv 1962. 206 p.
(miRA 16t2)
(Photography-Scientific applications)
(Geological surveys) (Mining engineering)

ABASOV. M.T.; BAUNLY, V.Tu.; DZHALIIoOV, K.N.; FIRVXRDYAN, A.M.
- ~
Effect of waterproof cement barrier onthe productivity of wells.
Azerb. neft. khoz. 37 no.2:29-32 7 158. (NIBA Ilt6)
(oil field brines)

ABASOV, M.T.; DZIIALIWV, K.H.; BABANLY, V.Yu.
----
Exploitation of oil wells in layers containing bottom water.
Izv. vys. uchob. sav.; neft' i gas no.6:61-66 158. (MIRk 11-9)
1. Neftyanaya, skspeditaiya AN Azarbaydzhanskoy SSR.
(Petroleum engineering)

ABASOV, Mitat Teymur ogly; DZRALILDV, Kurban Nizamedd-In ogly; AZIZOVA, F.M.;
ALIyEV, Z.S.; BABANLY, V.Yu.; GUIMOV, Kh.A. ; IBRAGD'.OV, M,Rs; KLZI-
MOV, A.Sh.; KUL17EV, A.M.; S&MOVA, I.I.j ROUNBERG, Yi.D,) prof.,
doktor tekhn, nauk, red.; ALITIWI, T.B., red. izd-va
[Problems of underground bydrod.,namics and development of oil and
gas fields) Voprosy pod2emnoi gidrodinamiki i razrabotki neftiarwkh
i gazovykh mostorozbdenii. Baku, Azerbaiazhanskoe gos izd-vo neft.
i nauchno-takhn. lit-ry, 1960. 254 p, WRA 14:13.)
1. Neftyanaya ekspeditsiya AN Azerbaydzhana (for Azi-zova, Aliyev,
Babanly, Gulamov, Ibragimovp Kazimov, Kuliyev, Semenova).
(Oil reservoir engineering)

IiASOV, M.T.J; BABANLY, V.Yu.
Intorforence of wells in the presence of impervious partitions.
Jzv. AN Azer1l. S3R. Ser. fiz.-tekb. i mtqt. nauk no.5.,97-102
16','. (MIRA 18:4)

BARANLY I' v
j..rrect of I)ydr~inljc fracturJnf7 ~n sliptum on
the productivity of wells in a no-iiiniform. h-~d. Izv. AN Azerb.
SSR. Ser. geol.-geog. nauk no.5-8)-F6 164.
(MIRA 28:6)

Rift av, A.
I winummemmurft
Prolonging the life Of steel roofs. Zhil.-kom.khoz. 6 no.5:
11-13 156. (x6u 9- n)
(Roofing,lron and steel)

AUTHOR BLRANOV A.A. PA - 2544
TITLE od of Heat Conductivity Coefficient Calculation for Porous
"a erials...(Xa~pdy rascheta koeffitsients. teploprovoctnosti
kapillyarno7-r%orietykh materialov.- Russia#)
PERIODICAL Zhurnal Tekhn. Fiz. 1957, Vol 27, Nr 3? PP 532 - 542 (U.S.S.R.)
Received: 4/1957 Reviewed: 5/1957
ABSTRACT Systemp with coarse dispersion and particles of from 0,1-1,0,41,
are investigated. They are two-phase systems with a solid as
disperse phase and a gas as dispersion phase. In order to
determine the four thermal characteristics in this case it is
sufficient to determine the heat conductivity coeffient A, I
computation of the remainder can then be carried out. However,
the density Q, and the humidity w of the material must be
known. Only the coorse-grained material was investigated as,
in this case, the humidity transfer in the material can be
negleoted and the coefficient can be determined in a pure
form. A survey of the methods for the determination of A
is given. None of the experimental methods is satisfactory.
Among computing.methods, all of which discussed here that
by Odelevskiy"Mtth6lift lip-to date, and the formula by
Nekrasov and that by Bogomoloware the most reliable theys
are based on two principles: 1) Thermo-electric analogy and
CARD 112 2) Granular structure compound . All three formulae are

PA - 2544
Method of Heat Conductivity Cooffloientt Calculation for
Porous Materials.
compared with one another and with the experimental results
and it was found that the moat real structure of the disperse
system is the tetrahed on structure. The formula of Bogomolov
which corresponds to this theory is closest to the experimental
data. The difference between theoretical and experimental
values are 20 - 50 %, which is satisfactory. Therefore
can be computed with sufficient reli lity ~j 5eans of
Bogomolov'a formula: X - 3 RA ln + 0. withou
any complicated experiments. 2 ;eb
P ... Porosity of the material 9 A heat conduction
coefficient for the enclosed materiai.-
(With two tables and 9 illustrations)
ASSOCIATION:LPI. Leningrad.
PRESENTED BY:
SUBMITTED: July 23rd, 1956.
AVAILABLE: Library of Congress.
CARD 2/2

ACCESSION NR: AT4037535 S/2563/631000/224/0203/0216
AUTHOR. Chudnovskiy, A.F.; Babanov, A.A.; Kaga6ov, M.A.; Lazarev, A.I.;
Chernyakova, M.A.
TITLE: Equipment for measuring the beat capacity and thermal conductivity of
metals at high temperature4 and data for some heat resistant alloys
SOURCE: Leningrad. Politekhnkcheskiy institut. Trudy*, no. 224, 1963. Lit-
eyny*ye svoystva zharoprochny*kh splavov (Castability of heat-resistant alloys),
203-216 A
TOPIC TAGS: castability, heat resistant 'alloy, iron based alloy, nickel based
alloy, Nichrome alloy, austenitic steel, cast steel, high alloy steel, alloy
composition, cast alloy steel, alloy No.3, alloy V11, alloy Kh32, alloy No. 6
steel lOKhSND, steel 15KhSND, steel 65 C,,steel lKhIBN9f transfollner steel,
alloy heat capacity, alloy thermal conductivity, hollow sphere measuring pro-
cedure, alpha calorimeter measuring procedure, heat capacity measurement, heat
conductivity measurement
ABSTRACT: Special equipment (see Fig. 1 in the Enclosure) was designed and con-
structed to measure the heat capacity and thermal conductivity of metals at
Card 1/4.

ACCESSION NR: AT4037535
temperatures up to 1000C and to obtain curves for the dependence of these para-
meters on temperature. The hollow sphere procedure was used to measure thermal
conductivity, while heat capacity was determined by means of a technique involv-
ing two samples, one of which acts as a calorfincter and the other as a so-called
11alpha calorimetvr". Metals tested included a number of heat resistant alloys
(see Neldiendzi, Yu. A., p. 9-23, this same book, for compositions) and other cast
alloy steels. The results indicate that the specific heats cotticide closely it
similar temperatures for alloys of widely varying composition. Sharp peaks in
the gamma to alpha conversion range were noted for 10KhSND, 15KhSND and 65 G.
Similar peaks, but at varying temperatures, were noted for ferritic steels with
5% Si, steel lKbl8,N9 and heat resistant alloys tiot subject to such conversions.
Thermal conductivity values ranged from about 55-65 cal/in-degrees at 100C to
about 25-35 at 800C, except for 65 G (about 42 at 200C to about 25 at 800C) and
alloy No. 3 (about 10 at 150C to about 5 at 850C). Orig. art. has: 12 grapho
and 6 formulas.
ASSOCIATION: Leningradakiy politekhnicheskiy institut i M.
M I Kalinina
(Leningrad POlytochnical Institute)
-2/4
Cord A

i. ACCESSION NR: AT4037535
SUBMITTED: 00
SUB CODES MH
Card 3/4
04jun64 ENCLS 01
DATE ACQ.,
NO REF SOVi 003 OTHERS 000

ACCESSION NR: AT4037535 ENCLDSURE: 01
'Fig. I Overall view of the measur-
ing equipment.
1 vacuum furnace 2 - fare-pump
M-20 3 diffusion oil pump
M1140A 4 scales 5 - hinged
4# 1 ,
I leaf bench 6 - potentiometer
P1,TNl 7 - 1-,k with timer
pump, heater, tvaiaut~)rmtr
j1J)d UtIlCr S%4ftClIf~5 9Vacuum
gage dbil window 10 rotating
hoint It - upper frame plate
1Z - adjustable cock 13 -
transformer (127/12 v), two-
parallel wire d auto transfor-
mers LATR-1, thermocouple
vacuum gage VT-2 14 - fuse
box
Card 4/14

AUTBORS: Babanov, B.M.; Kafarov, V,V. 69-20-1-18/20
TITLE: An Apparatus for Determining the Dispersity of Emulsions
(Pribor dlya opredeleniya stepeni dispersnosti emullsiy)
PERIODICAL: Kolloidnyy Zhurnal, 1958, Vol XX, # 1, pp 121-122 (USSR)
ABSTRACT: The apparatus consists of a sonde-type vessel which is
lowered into the emulsion to be investigated. Above the sonde#
a hemispherical bowl floats in the investigated emulsion. The
bowl is connected to a flexible rodithe movement of which,
caused by the floating of the bowl, is a measurement for the
degree of dispersity of the emulsion under investigation. The
movement of the roe is observed by a microscope with scale.
During investigation,the air is evacuated from the apparatus.
A formula for calculating the dispersity is given. The appa-
ratus is reliable for drop diameters of 20A to 2/4.
There are 2 figures, and I Soviet reference.
ASSOCIATIONt Nauchno-issledovatellskiy institut organicheskikh polupro-
duktov i krasiteley, Moskva (Scientific Research Institute
of Organio Intermediate Products and Dyestuffs, Moscow)
SUBMITTEDt October 25, 1956
AVAILABLEi Library of Congress
Card 1/1

BOV/80-32-.4-14/47
AUTHORSt Kafarov, V.V., Babanov, B.M.
TITLEs The Surface of the Phase Contact of Mutually Insoluble Liquids
in the Process of Stirring by Mechanical Stirrers (Poverkhnost'
fazovogo kontakta vzaimnonerastrorimykh zhidkostoy v protsesse
paremeshivaniya mekhanichesk4_i,ill meehalkami)
PIRIODICALs Zhurnal prikladnoy khimil, 1959, Vol 32, Hr 4r PP 789-796
(USSR)
ABSTRLCTt Mutually insoluble liquids are stirred to obtain smuleions,
which ia g process widely used in industry fRef 1_7. The
authors-6arried out an investigation to determine the surface
of the phase contact, which is formied during'the stirring by
mechanical stirrers. A specially designed by the authors
/-Rof 2 -motor was applied for measuring the degree
_7 sediment
of dispersion and the surface of contact. Experiments on
stirring were carried out with four systems of liquids, four
types of mechanical btirrere (turbine-type, with vertical vanes,
with inclined vanes under 450, and propeller-type) and in
vessels of two different dimensions but geometrically similar
shape. The effect of the following faztore was determined%
1. The concentration ofthe dispers,*Aphass; 2. The number of
stirrer revolutionei 3. The stirrer diameter ; 4. The viscosity;
5. The value of surface teneionj 6. The density. The results of
measurements are presented in Graphs 2 to 6. They were compared
with results obtained by Vermoulen et al. C.Ref 3L7 by the op-
tic-electrical method: and the average deviation of the ex-
Card 1/3 perimental points in the present study frt~m the Termaulan straight

SOV/BC-32-4-14/47
The Surface of the Phase Contao'. Muttvillv Insoluble Liquids in the Proclees
of Stirring by Me,-harioa'
I`v." was fo,~--qd n~,,t I.o oxeod 12:~J as is shown in Graph i. The
Present recults are shown in Graph 8 ty four straight lires
(ore for erh type of tho 3tirrors) the analytical expresoion
vf which ba3 the -,have;
A . --in, = C' # We 0.5 . Reol * C(,O.e4
whei-e A is the specific surface of the phase contact in m2/m3;
., is 4-he d4ameter of ihe z~irrar) C is a :.,onstant which
dr I L
charac.tr-.rizen, -the, type of the stirrer (its values for the
4 types employed are -,ited in a table); We j.,g Weber criterion;
Re is Reynolds number, and d, is a number characterizing the
Card 2/3 e-,oncentration of 'he dispersed phase. The relationship found

SOV/80-32-4-14/47
The Surfacte of the Phase C.Dn'la,-.t 1r,zoluble L--*quids -Ln the Pvo.,~oss
of Stiri-ing by Meohani-all
be ust,d f,;,- study--':ig .I!e of -,iass tr3m~;fe
There are 9 grapbs.~ I tla~-.--~ and 114 references, 5 .;f which
are Sovie-l-, and ~4 Enf~]-*sh.
SUBMITTED: Dec-embe-i 10,
Cara '/A

BABANOV, B. M., Cand Tech Sci -- (diss) "Surface of the phase con-
tact and the influence of mass exchan~,e in the mechanical mixing,
of' mutual] I
y insoluble liquids." 1.1,oscow, 1%6. 15 Pp; (Einistry of'
Iii(-:her and Secondary Specialist Education, Foscow Ord,-:r of Lenin
Cheii,ical Technology Institute im D. 1. Mendele:vev); price not
C.iven; (KL, 10J-60, 135)

IV) SOU'ric".., CODE:10 C 6 ~21 ill 3
K. V.; B(~d'yanov. B. N.; Babanov, B. P.; Ihid"ga, V.
Ya-ovinsk-ly, 'Yu. L.; 11,11iroshin, D. D.
ORG -. None
TITU`~: A flux for electric arc welding. Class 49, No. 189296
SOURCE: 1--obreteniya, prozmyshlenn~7e obraztsy, tovarnyye znaki, no. 23, I~u6, 123
TOPIC TAGS: arc welding, aluminum oxide, silicon dioxide, low alloy steel
:ABSTRACT: This Author's Certificate introduces a flux for electric a-re wel'"ing con-
20. The materia contains
taining Si02, CaO, A1203, CaF2, NaF, Ti02, MgO and liu2O+K 1
,the following percent composition for increased strength and ductility of wclded joints'
made from low-alloy steels: Si02 10-20; CaO 10-20; A1203 15-23.5; C02 30-55;
NaF 1-10; TiO2 0-10; MgO 0-5; N&20+K20 01-5. Iz
SUB CODE: 11, 13/ SUB14 DATE: 15 jun65
ijDc: 621-791-75.0118
Card

MAIMS G.K. [Babanov, II.K.]
Automatically controlled two-chamber thermal system for the
processing of cooked sausage* Khareprome no*3:6',-71 J:L-S 162.
(11111 15:8)
(Food industry-Equipment and supplies)
(Automatic control)

G.K. [12,abanov, 'i.K.J; CKliCTC. , A.A. ~... : Fc,
I,., III 1: 1: %,,'
~.G. [.-"lyskc, " ) j
.61, , % ., . .,
Unit for air heating. yrom. no.3:49-50 Ti-S "'~. IF:c))

EXCFRPTA YEDICA --ec 9 Vol 13/4 Surgery Apr 59
1794. (5133) I.OCAL MANIFESTA-rims OF THE ACTION OF Nrritax OF
ACRYLIC ACID ON TIM SKIN AND MUCOUS MEMBRANES (Russian text)
- B a 1) a n o v G. 11, - VRACH. DELO 1957. 5 (511-514)
Observ its were made of a number of cases of 3rd degree burns sustained as
the result of failure to remove for 2-6 hr. clothing and shoes soiled by nitrile.
The litologr.cally active part of nitrile consists of a cyanide radicle which, enter-
ing the cells of the tissues. enters into a stable combination with iron haem-en-
zyme. Possibly tissue anoxia occurs. Subsequently the cyanide radicle combining
with stalphur passes into a less toxic form. (S)

BAUNOV, G.P., kand.med.nauk; rLYUCHIKOV, V.N., doteent; KAUYEVA, N.I.;
Z.V., dotsent
Glimical aspects of chronic intoxication with nitrile acrylic acid.
Vrach.delo no.8:833-835 Ag 159. (MIRA 12:12)
1. Kafedra obahchey giginy, fakulltativnoy terapii, nevropatologii,
oto-rino-laringologii Taroslavskogo meditsinskogo instituta.
(AGRTIONITRII3--TOXICOLOGT)

BABAKOV, G.P. (Yaroslavl')
Industrial hygiene problams in the marm acture of synthetic
divinyl.-nitrilo rubbers. Gig. truda i prof. zab. 4 no.U :7-12
D 1601, (MIRA 15:3)
1. Yaroslavskiy moditsinakiy institut.
(RUBBER., SYNTHETIC--TOXICOLOGY)
(RUBBER INDUSTRY-HYGIENIC ASPECTS)

BABANOV G P.- LAKSHNAP A.F., red.; KOGAN, V.V., tekhn. red.
I
[Safety measures and labor hygiene in the enamel shops of
of lacquer and paint factories) Tel:hnika bezopasnouti i
gigiena truda v emalevylch tsekhakh lakolcrasochnykli zavodov.
Foskvn, Gookbimizdat 1961. 21 p. (MIRA 15:4)
T"
baint industry--S&fety me&sures)
(Industrial hygiene)

GOLIKOVA, T.M.; BOBIVSKAYA, G.A.;.~~Ilqvp G.T..
Activity of cholinesterase of the blood son= in rheumatic
fever in chi-ldren. Pediatriia no,8:52-55 1619 (MIRA 1429)
1. Iz kafedry detskikh boloznoy (zav. prof. A.I. Titova)
Yaroolavskogo meditainskogo instituta.
(CIIOIMMTERASE) (PJIEUMATIC FEVER)

ClIUMAKOVO N. ti., prof.;, BABANOV, G-F.-, doteant; SMIXIOV, A. G., as6istent
Vitiligo-like demiatoses in workers in a phenol-formaldehyde resin
works. Vest. dem. i ven. no.4:3-8 162. (MIRA 15:4)
1. Iz kafedry kozhnykh i venericheskikh bolezney Yaroslavskogo medi-
tsinskogo instituta Uav. - prof. N. N. Chumakov) i kafedry gigiyany-
(zav. - Drof. V. S. Chetverikov).
(SKIN-DISEASES) (PHENOLS-TOXICOLOGY)
(FORMALDEHYDE-TOXICUDGY)

S/11:4/62/000/006/003/009
D230/D308
Technical Sciences, Profes-
"hturraan, G.I., Doctor o.L
sor and 3abanov, 1..~. zispirmit
uut-o-f-?hasc fed indicator selsyns
D I C !_znrestiya vyssh4-*,.h uchebnykh zavedeniy. Elektro-
1"Ielthamail-M, no. 6, 1962, 611-621
':cxa par-aacters 'or tile transverse and lon-itudinal
xn,on -orc determinnJ e~:--)oriraent ally for the followin,'; selsynss:
(SGS-1, SGSI,;-I,
DS-1) '_-'ach o-'' the --l"irst four typcs'- has a short-cir-
cuitcci loo-t) in the transverse x:is, has no damping winding. 0,?-
-;a'.%~.I.Ctcr valucs obtain in 'Ulle ccse of DS-1 selsyll. Gorov-
.r equations "or the t-znisient processes of the synchronous mach-
i-Llcs vcre uncd as equations describing the selsyn pro-
cc--Los. .2ractical ex '3rcssions are obtained for the synchronizIng
of- the -,-)ri-mary m-ld phase currents for out-of-phase fed sel-
L
syns-, illustratin~r, tile cilaracteristics o-2 the working regimes of the
Card 1/2

S1141V621000100610031009
Gut-of-i)hase fed indicator sclsyns D230/D308
sclsyns under i-avesi-i3fation. Thc permissible opcrai ciqr" regions of
L
C all )C
Sc.-- lis fo-,~nd -Zrow, an cxpresoio-n in terms ofE the phase
between 'U'aa primary potential-s of the transmitter and
:,.'cccivcr, f'or ,.,.-Lich there is no c.n. moment on the traiwmitter axis
at a-~-bitrary error an~jes, and when the specific moment on the re-
ccLvcr al-s t-,iLL%irxim value. The effect on a linear load of the phase
saift 'jetween thc -)rimary potentials of the transmitter and receiver,
a-ad t"Lie system, -- ma"Ic of error is identical. Optimum construction
of contact sclsyns in specified rerrions is given. There are
1 table and 5 fif-;urcs.
"~3 1 2, 1 017~' institut inzhencrov grazhdanshogo vozush-
nogo flota (Riga institute of the Civil Air Fleet)
S U 3'. _'I'22 --:'D Sentcinber 2131 1961
Card 2/2

.,-tnkarl; IZVEKOV. Arkadiy Ivanovich, master
BUGAYRV, Alaksey Alskoeyevich
elnktrikov; TRSTIYAKOV, Eduard Alakeandrovich, inzh.-tokhnolog;
ORZHEKHOVSKIT, Pavel Iosifovich. slonarl-, LITUS, Illya Sillveatrovich-,
Q,PANOV. Nikolay Fedorovich, starshty master; STWDOTEV, Aleksandr
Konstantinovich. makhanik; TEMOK, Mikhail Samenovich; LADTGIII,
hleltanndr Iosifovich
From the rostrum of a plant meeting. Izobr.i rats. no.12:24-28
D 158. (MIRA 11:12)
1. Novo-Kramntorskiy manhinontroitnllnyy zavod (for all). 2. Hakhanichn-
skiy t9ekh No.5 (for Hugayev). 3. Mnkhanicheskiy tBAh No. 7, predsodatoll
tsekhovo o soveta Vsaaoyuznogo obahchestva izobrotatelay i ratsionall-
satorov &r Izv"kov). 4. Upolnomochannyy Byuro ratsionalizatorov
i izobretateley v 1-m mekhanichaskom teekhe (for Trat'yakov). 5.
Makhanicheekly teelch No.7 (for Orzhekboy8kiy). 6. Rukovoditell sektaii
sodaystviya izobretatel'stvu i rataionalizateii Soveta vetoranov truda
(for Litus). 7. Pasonnolitaynyy tsekb No.1 (for Babanov. Syroyedov).
B. Nachallnik otdola takhnichaskoy informataii i izobretatel'stva
(for Terenik). 9. Prodsedatall savodskogo soveta Veasoyuznogo
obshchestva izobrotatelay i ratolonalizatorov (for Ladygin).
(Kramatorek-Machinery industry)

I f -~- ~ 17 11 1"
C.".
IL OL rip,-A
r. It Jh-~
b4-
It sm aim
Is It I# so It woal 1. 10 A. 16 .-) Is
4Ittame XPRIMINW1 rciroacto
12
vs,
I. L I.$-
Ia N 166-
L 1, P-
-M.-
.,.t. '-p . .....
repwo odw&VAG ew Me ooa%mmW WoUsse OC %a IkINAW14 Todoolessloal ON Islk? It
%fixe UNAMMUN we sumow-iftl ommodftmommis Ia. P"" Mau), *Now,
a-is avommI. Ifyj

06538
24(,1) SOV./142-2-2-14/25
AUTHOR: Babanov, Yu.N.
TITLE: Increasing the Noiseproof Features of Reception by
Stretching Pulse Noises '_n Time
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Radiotekhn:ika,
1959, Vol 2, Nr 2, pp 234-238 (USSR)
ABSTRAM The author presents the results of an experimental in-
vestigation of st:ppressing pulse noise having an ampli-
tude below the signal level. Ile shows the possibility
for a considerable improvement of the noiseproof feat.-
ures of broadcasting and telephone systems by stretch-
ing the noise pulses within time according to the me-
thod suggested by Professor D.V. Ageyev, Figure 1
shows the block diagram of the pulse stretching device,
It consists of a low frequency channel of the receiver

y a filter
unit with a pass band Z~f which is divided b,
system, connected in parallel, into small-magnitude
frequency sections (".f thu s %6. f P , where n i s
l
i
L-1 n
Card 1/3 the number of filters. A four-pole is connected to

06538
SOV/142-2-2- 14/25
Incrensint! the Noiseproof Features of Reception by Stretching Pulsc
Noises in Time
each filter performing the time delay, The time con.-
stant inagnitudeo of the four-poles are splected in
such a way, thus ',~' , ' r - ` ' 'i -- 0- .1 Since
n- n-I - - I
each filter passes only a section of the noise spec-
trum (and also only a fraction of the noise*energy),
and since the time delays are different, the pulse
noise is-si'retched within time. The energy of the
noise pulses remairs the same, but their amplitude is
reduced. The si-n!iI, is also distorted when passing
thru the filter., However, ising the so.-called "phase
predistortion" at the transmitter will compensate the
aforementioned distortion, The method su,-.L,-,~ested by
the author was inve3tigated experimentally usIng a
device installed between the detector and the LP am-
plifier of a receiver, The experiments were conduct-
ed with receivers "Baltikall and "Oktavall, Atmospheric
noise was reduced several times by this method,, The
Card~ 2Y3 author recorded noise ax)(I signal on tape and ccnnect.(.-~d

06538
SOV1/14 2 - 2-2-14/25
Increasing the Noiseproof Features of Reception by Stretching Pulse
Noises in Time
different reproduction heads to different filters. The
author arrives at the conclusion that the application
of a linear stretching device increases the noise-
proof features of receivers by several times and ex-
presses his gratitude to Professor D.V, Ageyev fcr a
number of valuable suggestions during the performance
of this work. There are 3 block diagrams, 3 graphs
and 4 Soviet references,, T~.Is article was recom-
mended by tPe
Kafedra radiopriyemnykh ustroystv Gor,kovskogo poli
tekhnicheskogo instituta imeni A.A. Zhdanova (Chair
of Radio Reception Equipment of the Gorkiy Polytech-
nic Institute imeni A.A. Zhdanov)
SUBMITTED: September 24, 1958
Card 3/3

6,7200
AUTHOR,. Babanov. Yu.N.
TITLEi Using tho Fha~,-e
the Noi sepi,oot'ness o 1' Radio c .0 r a o m m i a t. I f ) i
Systems
PERIODICAL: I.,vesti.ya vysshih-i-, u~:hebnykh :--avl~cieni:y. P6dioT,ekhnika,
i959, Vol 2. Nr -- --0( 1 "
.;' .pp t~ i I
ABSTRACT- The ai,,thor exami ne c the poss I t"i I i ty ot* iA:~ -L rjr.; the p-ha '~;p
predist.ortion mothod in i,,adio telepl-vaph a-t.],)n
systems for decrea,.;ing t lie i n. liieno- ('. oi~ ;1 ntje pu -1se
noises. He used the idea of Gi,o~,p ltranQni-csion of -;,g-
nals, suggested by Professor D..V,, "Iroiv- in 193`~ Tlii.--~
method con.,-:'.1sts in in time
signals whach are to be ;ont tl-wti a. commun,,c lit ion's
channel by creating a pliase pi,edistor'--Lon The feature
of the method of group (if element.ar'y Sig-
nal~ i.3 thar- at, any t-,mi~, ,i-'aLl;~1 5tlf~llcfled
telegraph signais rii,i~ e!3 ir,-~, th- 11x re-
4 ceiver. the s i C i i a 1~a T-,. a c C- v; 5 i7'
C a rd I./

OV /114
Using the Signal Phase Predi st,oz t,inn f (I, ,!-ii(. i~(,.-.lsi [it-- h(~
n e s s o f Rad i o T e 1e g ra 1) h C o m-mu n: c a i, i cri i 2,v s-,' (I ":I
Parameters a re se.l.- cted to r f~ r he ph'~Fp d
oll.", ot, tA I e rj~ I ~'~a I ,;I f"'Irl
stro'(Chod In 1.1me whol', "-ru ili(~
dev I ce , z-;,~ i~c e 1, hey pha:--o
thall !.11(, "311~lln I The rult hol, o x") 1'.t 1'1!~ f, -I 'A'IV:
fol- l"CO11111111r; 1-1(1 ph"I J't'od I I' lilA
block diagrain Figu.-o i ), 1-111"-zzortion!~ ~I.A
d I sso s i'e s I d u a Ihasr-- 1.1- or, iorl.- IF r~,,quenc,y ,!it!
phav,o dl S1 01"t I Oils zldu': 41d i t
ul(l ~;C III bed b ly f'o-, wu I
wi-, used. The ime C' M CIf , 11
sal-ing devices was ach;e,-od by fA t'jr- "-,e( "o qu 1 :2 p c- 11
wl~.h seven hoads onch,, E~ii-lh c. -, I.. :~
plia.se filter. Provlsioiis weI-i~ xiad~-, connecte all
amp -1 i t u de 11 m i t e i1"r-) rv o t ~,c, c c, ma I i I I.,, de v 2 r
Card 214 Eac h expe ri me rit a! s i L=i 1 wa!~ c he d L'-I' 0

~30vl ILI
Using the Signal Phase Predistortion for Increasing the Noise-
proofness of Radio Telegraph Conununication Systems
Oscillograms of the si(7,nals are shown F;Gure
The author concludes that the idea of group trans.-
mission of elementary signalq may be performed by the
method of phase predistortion with simultaneous limif-
ing of strong pulse noise,, Properly designed receiv-
ers and transmitters will improve the noiseproc)fnes.5
of radio telegraphy in the presence of strong; pulse
noise. In this paper, the author presented only pre-
liminary information on the nol-seproofne.;s, of such a
system, A detailed sLudy of this problem %vould Cc)
beyond the se-ope of this paper and deserves. ,i 1-tlllil-
rate study, The au;hor expresses his gratitude to
Professor D,,V. Ageyev for vaiuable advicp,, The pub-
lication of this paper was recommended by the Kafed-ra
radiopriyemnykh ustroystv (Radio Receiver Department)
of the Gorlkovskiy pol-ltekhnichoskiy 2nstitu-t imeni
Card 3/1, A.A,, Zhdanova (Gorl~k-,y Polytechnical Inst.itu-,e imen2l)

6 7 8 E: -2
SOV/1 42 -2- 5- 7/19
Using the Signal Phase Predistortion for Increasing the. Noise-
proofness of Radio Telegraph Communication Systerns,
A.A. Zhdaziov), There are 5 setE :)I- graphs., I block
diagraln and*-~ refereiices, of' wh,,ch 11 are Scviet. arid
I Engli sh.
SUBMLITTED: January 22, 19~,9 and aft.er re-working, Llarch 20, 1950~
Card 4/4 L/r

. .11 ". -, .
, ,I u. :".) nd T~,Ich 5eL - 11-1 11'.provill-- thu ill terfavence.-
7~
,, iilin~, I'taturc, ~ of raulo ci vs JI I'S 'vx in~- tht~ i1x-Illse
/I . ; L. I
inte! fe,e;,cc in t !.:;ic;, 11 k,.os,ow, 1vou, 1.1 pp ('..'Oscow Cal 1:istitute
of ~;",Twnurdcatio:ls) (KL, 3,4-uo, 122)

30132
S/194/61/000/007/057/079
D201/0305
AUTHOR: Babanov, Yu.,.,I.
TITIE: The use of signal pre-distortion to increase the
interference-killing properties of communication
systems
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioclektronika,
no. 7. 1961, 6, abstract 7 154 (V ab. 100 let so
dnya rozhd. A.S. Popova, M., AN SSSR9 1960, 123-132)
TMET: The reduction is considered of the effect of pulse inter-
ference on group transmitted signals C (S). One of the variants
of the group transmission of n elementary signals of duration To
each, consists in that those signals are trmsmitted not in sequencv,
but simultaneously during time nT . The signals in the receiver may
be separated. The second v.-wiant 0differ& from the first in that the
group signals having number k(k - 1,2,..,n) is shifted in time with
1 - the croup
respect to the start of the group by (1c - 1) TI/n (T 0
Card 1/2

30132
S/194/61/000/007/057/079
The use of signal pre-distortion... D201/D305
duration). The method of forming a group signal in this variant
consists of having m parallel connected delay systems with narrow-
band filters, the output voltages of the filters are added to obtain
a group signal. In the receiver the signals undergo *a reverse trans-
formation in the compensating circuit. With a pulse interference
the compensating circuit stretches it in time and thus lowers its
level and its interfering features. The experimental model of the
communication set-up is described which applies the group method of
transmitting elementary signals and oscillograms which make the op-
eration of the system clear. CAbstracter's note: Compl.ete trans-
lation-7
Card 2/2

A
L:> 1-9 F, I
oil
!Ir ~ "a' , , , . I V, 1
tit
as
Jl~
All i

82971
?00 0 S/142/60/003/002/01 /022
AUTHOR: Babanov Yu.N. E192/E382
TITLE: Estimate of the Gain in the Noise Imlijunit .of a
Communication System Employing the Method of Phase
Predistortion of Signal I
PERIODICAL: Izvestiya vysshi-kh uchebnylh zavedeniy,
Radiotekhnika, 1960, Vol. 3, No. 2, pp 261-265 V(
TEXT: The method of introducing phase predistortion of signals
is based on the principle proposed by D.V. Ageyev in 1938. In
such a system the elementary signals are transmitted in groups.
The signals in each group are distributed in parallel with each
other on the time axis, i.e. the signals in a group are trans-
mitted through a communication channel i;,multaneously. The
forming of the groups is effected in a special device in the
transmitter which introduces phase distortion into the signals.
The received signals are then suitably processed in order to obtain
the original sequence of the elementary signals. It should be
clear that it is necessary to compensate the phase distortion at
the receiver; in other words, reverse phase distrtion should be
introduced into toe signals. The presence of a phase-distorting
Card 1/4

829-11.
S/l,i2/60/003/002/011/022
EjgM2411J~2
Estimate of the Gain in the Noise n y of a Communication
System Employing the Method of Plinse Predistortion of Signals
device in the receiver increases the immunity of the system
with mgard to pulse-type noise. The gain in the noise immunity
of the system as compared with that of a normal receiver is
expressed by:
M
*2 InR7 1113
E K E 1 C
N = - - =- - (4)
E in q
2 1n In-
where c is an arbitrarily small error,
q is the ratio of the overall duration of the pulse
noise at the output of the receiver to the duration
of the transmitted signals.
in is the number of noise pulses which appear at the
input receiver during a period 1. ('j-_ is the duration
of a pulse-type disturbance at the output of the
Card 2/4 receiver), and

82KI
S/142/60/003/002/011/022
E.192/E382
Estimate of the Gain in the Noise Litmunity of a Communication
System Employing the Method of Phase Predistortion of Signals
K is the factor defining by how much a perturbing pulse
has been lengthened by the compensating device of
the receiver.
Eq. (4) is plotted in Fig. 3. The figure also gives four
experimental points; these are in agreement with the theoretical
results. From the analysis and the expertment. it is concluded
that the method of phase predistortion of signals results in a
considerable gain in the noise immunity, provided the mark-to-
space ratio of the pulse noise is low. The author expresses his
appreciation to Doctor of Technical Sciences Professor D.V.
Ageyev for valuable advice.
There are 3 figures and 4 Soviet referonces~
Card 3/4

62971
s/142/6o/oo3/oo2/oiI/022
Yj 24Bjb2of a
Estimate of the Gain in the Noise 11AIII I V Communication
SLystem Employing the Method of Phase Preckstortion of Signals
ASSOCIKrION: Kafedra radiopriyemnylih ustroystv GorIkovskogo
politekhnicheskogo instituta im. A.A. Zhdanova
(Chair of Radio- Rec civi ng Equipment of Gor'Icly
;zv
Polytechnical Institute im. A.A. Zlidni
SUBMITTED: June 9, 1959, initially-
July 13, 1959, after revision,
Card 4/4

, -03,11140V Y .14.
11 ~3 --. _U
Low-froquency delay lines. Izv. vys. ur-heh. zav.; radiotekb. 3
no.4:448 452 JI-Ag 160. (mirv, 13:10)
1. 11okomendovana kafedroy r,:io,)ri%,(!mnykh ustro.-,-Av ior';~ovskovo
politokhninhoBkogo inntit%it!~ im.
(Pulse techniques (Elontroaics)) (Electric lines)

A1MOR:
TITLE:
PERIODICAL:
Babanov, YuN
30133
S/194/61/000/007/058/079
D201/D305
Statistical properties of interference as observed
at the output of a cormiunication system with signal
phase pre-distortion
ReferativnVy zhurnal. Avtomatika i radioelektronika,
no. 7, 1961, 6, abstract 7 155 (Tr. Gor1kovsk. poli-
telchn. in-ta, 1960, 16, no. 2. 5-11)
TEXT: The circuit of the receiving comunication channel with the
signal phase pre-distortion protectiug against interference is the
so-called compensating arrangement. It is inserted into LF-channel
of the receiver and consists of a system of parallel-connected fil-
ters with different pass-bands, with a delay line connected in front
of each of them. The time constants of the delay lines are so cho-
sen that at the output of the summing device the interference pre-
sent a series of reElections from the filters to the input pulse.
Card 1/2

30133
S/194/61/000/007/0.58/079
Statistical properties ... D201/D.305
Thus, the compensating device transforms the interference pulse into
a signal as described by a certain function. Analysis is made of
the rate of convergence of the distribution function of the magni-
tude vout (t) towards a normal distribution, depending on the num-
ber of components of vout (t) representation. The graphs, construc-
ted from calculations permit the conclusion to be reached that With
increasing n the distribution law pn(v) of the instantaneous values
of interference dt receiver output approaches very quickly the nor-
mal distribution. For n = 7 or n a 10 the distribution law of in-
stantaneous values of interference may be assmm d to be normal. The
calculated error will not exceed I - 3,,o. A second important conclu-
sion may be made from the graphs: The pulse interference at the out-
put of the communication system receiver which applies the method
of the signal phase pre-distortion, has the character of fluctuating
noise with a normal distribution of its instantaneous values. 4
figures. 9 references. CAbstracter's note: Complete translation-7
Card 2/2

BABAYOV, Yu. N. _:W"
A method for increasing the selectivity of receiving devices-
by superposing frequency spoctra of two AM signals. Rddfotekhnika
17 no.12 :48-51 D 162. (MIRA 15-.12)"'
1. Deystvitellnyy chlen Nauchno-tokhnichoskogo obshchestva
radiotekhniki i elektroaVyazi imeni Popova.
(Radio)

E! P 6 ng

AGFYEV, D.V.; BABANOV, Yu.N.
Method for increasing the selectivity of radio reception in presence
of superimposed frequency spectra of usefu.1 and interfering A M
signals. Elektrosviazl 17 no.90-15 3 t63, (KIRA 16t10)

BAAAMOV, YU.N.
Increase '13~,Me effao~jj Oess. of a 'method for improving the selectivity
of radio reoeiving sy6t Elektrosvittz' 17 no.11:64-68 N 163.
(MIRA 17sl)

L 110M-63
A=SSION IM: AP30011205 s/olo8/63/ol8/oo6/oo26/oo26
AUMOR: Babanov, Yu. N.
TMLP-. Experimental investigation of a method for improving the selectivity of I
radio receiving systems with miperimpoeed.spectra of AM eignals
SOURCE: Radlotekhaika,, v. 18, no. 6, 1963, 26-28
TOM TM: irTroved selectivity, radio receiver,, superimposed spectra separation..
special conversion caseeAe, AM signal separation
ABSTRACT: The method is based on a gradual separation of the Interfering AM
signal from the useful AM signal, This separation Is accomplished by means of
a system consisting of special conversion stages, In each of which the heterodyne
voltage is formed from the carrier frequency of the interfering signal. The
circuit shaping the heterodyne voltage consists of the following components:
1~ a narTow-band filter based on a quartz filter with a pas's band of about 500 cps.,
2 a frequency doubler equipped with a 6AP tube operating under cutoff conditions,
and 3) a phase-abifting network. The filter in the plate circuit of the tube is
tuneA to a frequency equal to double the frequency of the oscillations coming
from the output of the quartz filter. The plate circuit of converter tube 611P
Card 1/_0

L 110 "M-63
ACCMUON NR: )"00112~
carries a standard band filtor vith a center resonant frequency of L65 kc. The
exper-4,.ent consisted ip. feeding two AM signals (f3 = 470 kc?.f2 = 475 kc) to the
input of -a "Baltika" receiver with two special stages connected intlo its circult.
The signals were taken from the output of GSS-6 oscillators. With the help of a
narrow-band analyzer (a receiver of the US-9 t)pe) the amplitudes of harmonic
.signal components were measured at the output of the special stages. Experiments
demonstrated that a oystem using two conversion stages can separate the spectra
.of the useful from the interfering signals with the result that the interference
.signal remaining in the plate current of the converter tubes does not exceed 2 to
,3% of the useful signal amplitude. Orig. art. has:. 2 figures.
'ASSOCIATION: none
.SUBMITTED: 3ONov61 DATE ACQ: OlJuI63 ENCL: 00
'SUB CODE: CO -A) REF SMN 002 OTHERa 000
Pard