SCIENTIFIC ABSTRACT BESSMERTNYY, I. S. - BESSONOV, A. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205120006-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 8, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

S/105/62/000/010/ 001/002
The quality of electric power ... E194/E484
when the daily load curve displays marked seasonal variations is
explained. It is concluded that further work on the assessment
of power quality is required using sta''.stical criteria of quality.
The work should be commenced at once in view of the forthcoming
issue of "Guidance on Voltage Control". The appropriate design
organizations should publish temporary guidance on the procedure
to be adopted in checking the voltage.variations of systems.
There are 3 figures and 1 table.
SUBMITTED: may 19, 1962
Card 2/2 old"

MLIKOV, V.A.; Bl~jL6 BLEW ~~- GLAZUNOV, A.A,;
ICKJIVIDW, I'%S. -
7
RCOLOV, V.A.; KUZIETSOV, K.S.; 11-1111TIER, G,V.;
SOLDATYINA, L.I,.;
I'liNandamental problens concerning the design of
municipal electric
power distribution networlm'? by B.L. Aizenberg and
S,I-.. Nikoc-osov.
Reviewed by V.A. Dolikov and others. Mektrichestvo
no.7;93-04
ii i 1121. "l-a" ~ 15:7)
I. Noskovskiy Inzlienorn o-okononic lie sldy Distitut
imcri~.
S. Ordzdionildize (for B~likov). 2. Giprckormn-iienergo
(for
Bassmertnyy)~ 3. Illoslk:avskiy energeti-clieskiy
institut (for Glazunov,
Soidatkina). 4. Mosicov-skoye rayoruioye upravlerl:,-ye
energeti-cheskogo
ichozyaystva (for Ioldi7idov). 5. Leningrads-ka-va
kabellraya sW
LcningracI,-,ko,,3 upravlerdyn ener:-oMoz).mystvor,
kilavenergo
Mirilpterstva. PleltrL.%,qtantsiy SSSR (for Kozlov). 0,
1-icsinz-laproyekt
(for Krznetsov). 7. Upravloniye pi') proycktirovaiiiyu
zhilishchno.-
grazlidanskogo :1 kwziunailnogro str-,'tellstva (;.
Moskvy (for 1.3xor).
8. Akademiyn koruiiunallnogo khozyaystva im. K.D.
Pazafilova (,for
Fedosenko).
(Eloctric powor distribution)
(Alzen'borg, B.L.) (Nikogosov, S.Y.)

BESSMERTNYY, Isaak Semenovich; VOMNTSOV, F. F. ,
red. TIKHONL-VA, 1. A.
red.-Izd*va'-; SALAZKOV N.P., tekhn. red.
P Y
(Schematics of municipal electric power distribution
networks]
Skhemy gorodskikh elektricheskikh setei; posoble
dlia proekti-
rovaniia gorodskikh elektricheskikh setei pri ikh
avtomatiza-
tsii. Moskva,, Izd-vo M-va kommun.khoz.R.13FSR,
1963~ 202 p~
i6:10)
(Electric networks) (Electric power distribution)

BESSMERTNYY,.--I.S., kand.tekhn.nauk; SUMMON, B.L.,
kand.tekhn.nauk;
USHINA, A.A., inah.; Printmali uchustiya:
GOGICHAISHVILI, P.F.,
kand.tekhn.nauk; MAKARISHCHEV, A.S., inzh. [deceased]
[Installation and adjustment of an experimental section
of a closed-
loop low-voltage power distribution network] Ustroistvo
i naladka
opytnogo uchastka zamknutoi elektroseti niskogo
napriazheniia.
[Leningrad] 1962. 26 p. (Informatsionnoe pisImo, no.3).
(MIRA 16:8)
. Glavnyy inzh. Podollgkogo otdolonlya Moskovskogo
ablastnogo
upravlenlya elektrostantsiy i elektrosetey (for
Makarishchev).
(Electric power distribution)

13ESSME".R,~,t*yy.q L.~ ~
I
Peeign of' municipal r- t,,works --ak~ng into
account
thr! gru-ith of' i.crsumer louds. lrvdy I ff'-' 1620
(~ORA !7x6)
1. respubllkc~.n6kly proyek,,n),y LnBtltut
Ylini!st~!rt-Ntw. k-mmunhilnTgo

BE,-.IW.RTNYY, I.S., kand. tekhn. nauk
Use of 6-1.0-20 kv. potentials in municipal power
networks. Elektri-
chastvc no.7sl6-22 ii t65. (MIRA 18:7)
1. Gosudarstvennyy respublikanskiy proyektnyy
institut Ministerstva
kommunallnogo khozyaystvn RSF,9R, (Giprokommunenergo).

BROE!i~-,NTRYYI I.S.f kurifi. tozhl.. rAuk
Vq,i (,,L:. clo3ed-loup natwork3 in mmicipal. power
distrihation systemse
.vov*tmkh*zbil.-kom.Xhoz,. Ble1c.1 tepl.gor.
na.5,01-4.4 '61-
(141RA 18%9)

SEVENIDO, Ye.G., prof.j, doktor tekhn. pauk; ENGIMI,
B.A.; PAPOK, K.K.,
prof. doktor tekhn, nauk; ZARUBIN, A.F.; RAGOZINI
N.A.;
SHIMONEZY-Or.S.; CHMTKOV, Ya.B.; LIVSHITS, S.M.;
BESSIXR-nOYY K I . SIKOVV B.V.; SABLINA, Z.A.;
ROZEK(YVI 1.V.;
) - --J-W
r
, A....; FATIYANOV, A.D.; 7aELOV, V.P.; ZARUDNYY,
P.P.;
BRATKOV, A.A.; BARON~ I.G.; LEVINA, Ye.S., ved.
red.; TITSKkYA,
B.F., ved. red.; FEDOTOVA, I.G., tekhn. red.
[Motor, jet.. and rocket fuels] Motornyo, reaktivnye
i raketnye
topliva. 4.9 peror. i dop. izd. Moskva, Gos.
nauchno-tekhn.
izd-vo neftianoi i gorno-toplivnoi lit-ry, 1962. 741
p.
(Rockets (Aeronautics))-Fuel) (MIRA 15:2)
(Jet propulsion)
(Motor fuels)

33446
1 0 0 s/o65/62/000/002/003/004
// '91/00 E075/E485
AUTHORS: Sinitsyn, V.V., Aleyeva, Ye.V., B
Popova, Ye.P., Shmidt, A.A.
TITLE-. Influence of fractional composition of synthetic fatty
acids on thermal stability and practical
characteristics of sodium greases
PERIODICAL: Khimiya i tekhnologiya topliv i masel, no,2, 1962,
53-59
TEXT: To explain differences in performance (gelation at 80 to
1200C) between greases thickened with sodium soaps of natural
fatty
acids (C16- C18) which are satisfactory and synthetic acids
(fractions C10- C16 and C12 -C20) which are not satisfactory,
the
latter were analysed by gas-chromatography~ The synthetic acids
were vacuum distilled into 5 fractions$ the fractions having the
following composition: top fraction: Cll- C15, 3~1%;
1) C13 -C17, 3%; 2) C15- C19, 14%; 3) C16- C20, 9~8%;
11) C17- C21, 16.8%; 5) C18- C22, 9.3%; residue, 40%.
Greases were prepared from each of the fractions and their
mixtures
saponified with NaOH in oil MK-8. It was found that the
fractions
I to 4 gave greases which had similar satisfactory thermal
properties
to the greases prepared from natural stearic acid, However,
Card 1/3

33446
S/065/62/000/002/003/004
Influence of fractional ... E075/E485
fraction 5 gave greases that gelled at a lower temperatures This
behaviour was similar to that exhibited by the greases prepared
from the original synthetic acids. Also admixture of fraction 5.
or -f'.-he residue fraction, to the other fractions caused
gelation to
occur at a lower temperature than that characterizing the
greases
prepared from fractions 1 to 4. The authors conclude that sonte
components present in fraction 5 and the residue cause the
gelation
to occurs Comparing the properties of the greases, it was
evident that the heavier fractions have higher thickening
aci.ion
than the light fractions, With the increase in the mean
molecular weight of the acids the consistency of the greases
increases and oil separation decreases; the latter property is
equivalent to an improved colloidal dispersion of the soap,
Other improvements include viscosity-temperature characteristics
and mechanical stability, It is concluded that the gelation of
the greases is not connected with the presence in the fractions
of
the high molecular weight acids but with the unsaponifiable
components of the residual fraction, some of which may be
oxidation
by-products, When the residual fraction is .-emoved, the
ren.~,ainins
Card 2/3

33446
S/065/62/000/002/003/oo4
Influence of fractional ... E075/E485
acids give generally better sodium greases than those prepared
from carboxylic acids derived from animal and vegetable fats,
The analysis of fractional composition of the synthetic fatty
acids
by gas-chromatography was carried out at NII SZhIMS by
B,,P,Kotellnikov, There are 2 figures, 4 tables and 3
Soviet-bloc
references.
Card 3/3

S/0286/64/000/01010045/0045
ACCESSION NRi AP4039795
AUTHOR: Levitin, M. Ko; Shekhters Yu. No; Kreyn, So E.;
,y!y&.)~~ Is; Goryacheval Ve Is;
Kalashnikov, Ve P.; Bessmertti
Lyakhovich, R. So; fo-Wa-d~v-skaya, Is _. N*j Khoroshilovat Le
Do;
Dollbarg, A. L.; Sheremet, H. I.; Romanovskaya, A. As; Vilenking
As J,*.
TITLE: Method for obtaining a corrosion inhibitor for lubricating
oils. Class 23, No. 162616
SOURCE: Byul, izobr. i tovar, znakov, no. 10, 1964, 45
TOPIC TAGS: lubricating oil, corrosion inhibitor# mineral oill
nitrationg neutralization, calcium oxide, promoters, alkylphenol,
sulfonic acid, synthetic fatty acid, acetic acid
ABSTRACT: This Author Certificate introduces a method of
obtaining
a corrosion inhibitor for lubricating 611s by the nitration of
mineral oil with the subsequent neutralization of the latter with
metal hydroxide. To enhance the effecti-4eness of the corrosion
inhibitor, the nitrated oil is
neut.ralise~d'vith.calcium*hydroxide
Card I / 2

ACCESSION NRI AP4039795
in -the presence of the following promoters$ an alkylphenol, a
synthetic fatty acid,.& sulfonic acid, acetic acid*
ASSOCIATIONs none
SUBHITTEDS 23Aug63 DATE ACQ1 19Jun64 ENCL: 00
SUB CODHa rP NO REF SOVS: 000 OTHERt 000
Card 2/2

.L 02193-67 EWT(M)/T QJ1JNJ
Acc NP1 AP6032091 (A) SOTJRCE COI)t:
IJR/0256/66/000/009/0069/0070
AUTTIOR., Vilenktn, A. V. (Engineer; Lieutenant Colonel;
Candidate of technical
sciences); Bessmert=, K. 1. (Engineer; Lieutenant Colonel);
Korolev. V. P,
(E,ngtneer;'Major) (Irl
ORG: none
TITLE., Protective storag of machinery by lubricant additives
SOURCE: Vestnik protivovozdushnoy oborony, no. 9, 1966, 69-70
TOPIC TAGS- lubricant additive, lubricant viscosity,
lubricating oil
/AKOR-1 additive
ABSTRACT: The AKOR-1 additive Is obtained by processing certain
low viscosity
oils with nitric acid, followed by neutralization with alkali
to which stearin has
been added. Adding 3-2016 of AKOR-1 to any regular lubricating
oil -Ariu keep
machinery free from rust for two to three years. The folloWing
percentages are
used, according to conditions: 316 for machinery stored In
heated places, 5-656
If stored In unheated places, 1016 if kept In the open air, and
15-20% if stored in
subtropical or coastal areas. The maintenance costs per
motorized vehicle are
Card 1/2

L 02193-67
reduced by 32 to 46 rubles for five years if AKOR Is used. The
characteristics of
regular oils to which AKOR-1 has been added are described In
detail In a pamphlet
entitled "Inhibited oils and fuels" (Inhibirovannyye masla I
topliva) published by the
Central Scientific Research Institute for Technical
Information and Economies
(Tsentrallnyy nauchno- issledovat ell skiy institut
tekhnickeskoy informatsit i
ekonomit) of Neftegaz (Coal and gas) in 1964.
SUB CODE: 11, 13 / SUBM DATE: none/
Curd 2/2

BUYANOVY Yuriy Dmitriyevich, kand. tekhn. nauk;
AVERCHRIKOV,
Anatoliy Pavlovich., gornyy inzh.-,_BESSMERTNYY,
Konstantin
- ----- kii - - ' , ,. -- --
e e
S r 9ygyAa,.-gornyy inzh.; AKSENOV, nd. tekhn.
I !
naT,. retsenzent; BELYAKOVt Yu.Lp 4nd. tekhn. nauk,
retsenzent; GEYMAN, L.M.~ red.izd-va; 1AVRM IYEVA,
L.G.,
tekhn. red.
[Sand, gravel, crushed stone and clay quarries)
Peschano-
graviinye, shchebenochnye i glinianye karlery.
Moskva, Izd-
vo "Nedra," 1964. 358 p. (MIRA 17-3)

CHIKIN, A; XEMIAYEV.. I.; BEP�MUTM,--1,.-
News from achools. P-rof.-tekh.obr. 19 mo.1:32,3 of
cover
Ja 162. (MIRA 15: 1)
1. Nachallnik Poltavskogo oblastnogo upravleniya
proftekbobrazo-
vaniya.
(Vocational education)

BZSSMERTNYY Mpa Levbovich; STISPANOlf.A.P.,
redaktor; MKIANTITU.A.M.,
~2~~-rawqy':' 44daktor
[Tables for computing vacation pay and compensation
for unused
vacation time.] Tablitsy dlift nachisleniia oplaty
za otpusk i
kompeneataii za noispollzovannyi otpusk. Dop.isd.
Moskva, Goa.
statisticheskoe izd-vo, 1955. Z3 P. OU-HA 9:3 )
(Wages)

VAN FO FY, G.A. (KIyev); BESSnRTNYY, M.I. (Kiyev)
Vibrations of oval pipes in a compressible fluid
flow. Prikl.
mekh. I no.11:106-2-12 165. (MIRA 19:1)
1. Institut mekhaniki AN UkrSSR. Submitted Jan.
20, 1965.

BZSSMIMNYY, Petr K1.1-movich; KORNILOVA,M. I.,
redaktor; RAKOV,S. I.,
e redaktor
[Innovations in an old shop] Novo* v starom
teekhe. (Moskva]
Izd-vo VTsSPS Profizdat, 1955- 83 P~ (MIRA 9:1)
1. Starshiy masier liteynogo teekhm.
Loningradakogo metnlliche-
skogo zavoda imeni Stalina (for Bessmertnyy)
(Metallurgy)

V,,,,TlAo Cut iron with oryten In de xv-A C.-f
1955. R-fe~,a:. Zlw- 31e.,
N4, 3127.-Dlaiving with 0 uwhr a ;~,-,rs~nre of 2~2-,! atm
-100', In thc )aliv- 4a>r ~Ip L'~ Si wid ~tj~ 1,01
by N)
~Nlu -,xtc bumcd out. AlcNir, IN. P.-AA

- RF--,SMU2MaI-vIY()-
Studying the methods of tilling takyr soils brought
under cu-ltiva-
tion. Izv.AN Turk.SSR.Ser.biol.nauk no.5:44-51 162.
(MIT(A 15. 11)
1. Institut pustyn' AN Turkmenskoy SSR.
(TFI)ZHEN VALLEY-TAKYR)
(TEDZHEN VALLET-TILIAGE)

TT-'~.:MF u
RTNYY, !LYc,, , BURD YGI hit , V-S~ fi:vv., r.,
Charges of some fert.'11ty elements in the takyrs
unlder the
effect of land ',mprovement meaeure3,. izv. AN Turk.
S'~T,. ,`~er~
biol, nauk no.l.-29-33 164.
1, 'u-krrienskly
nuu,,I,,nc.;.'~.,isl(:,dc,vqt(-.Iltl~-iv 3rrltlt7ft

1-1 i7 I T-1 I- BESST RM'Y-Y, V. Yt~. ; EUII
-ty in the takyr.9 aftf-..r I-
Jur'r-l. SSIL Ser. biol. nauk nc.. 5 1~-*-- C.
-kmie
nskiy tit".
m

BESS'l,a-',RTNYY, V.Ye.
I
Characteristics of the basic hydrophysical prorperLies
of vlrgin
aAd improved takyrs in the Ted'zhen oasis. lzv. I'!;
Turk. SSR. Ser.
biol. nauk no.5:213--`9 163.
(11,11RA 17.- 10)
1. Turkmen~~41,iy n,-iuc~.no-i-s~,iledov,-ttell,,-,kiv
institut zemledeliya.

BESS~f,-,'RTNYY, V.Ye.j Bilrif)'YGINA, V.S.
Asr, el6imen',q and the prc.-ilict'l-vity n' fipll
croF.S. Izv. AN Turk. '53R.
Se . biol. nauk no.2-39-,44 165. t. -r'A 117.5)
n
1. Turkmenalciy nailchno-issledovatellskly inatillut,
zemledeliva.

BESSMEMn- Ya. I., inah. (Cberkass3r)
Urgent problems in the operation of consolidated
transportatilm
facilities. Zhel. dor. transp. 45 no.1:8D-81 Ja 163.
(MIRA .16:4)
(Railroads, Industrial)
(Railroads--Joint use of facilities)

BBS&K=NYT, Tevgeniy Dmitriyevich, kapitan dallnego
plavaniya; MATYUSHIN.
, . -
M., is ~., FMIOWTUR, K.-, takhn.red.
[Manual for low-tonnage ship handlers] Posobie dlia
sudovoditelei
malomernykh sudov. Vladivostok, Primorskoe knizhnoe
izd-vo. 1959.
428 p. (XIRA 12:12)
(Ship handling)

BESSMERMY, Ye.D., kapitan 4~11nego plavaniya;
SPIRIXNOVA, A., red.;
OWBINA, S., tekhn. red.
[From experience in the handling of workboats3 Iz
oPytt Pro
myslovogo sudovozhdeniia. Vladivostok, Primorskoe
knizhnoe
izd-vo, 1959. 25 P. (MIRA 16:7)
(Worikboats-Handling)

j3E&%mT!jj,_X2yg~~ Dmitriyevich, nagrazhden ordenor
LeninL'
trem~-a ordenami Trudovogo--Erasnogo Znnmeni i
ordenom
"Znak Focheta"; MITINA, M., red.; SMKOVA, N., tekhn.
red.
(The years of my life; notes of an old seaman] Gody
zhizni;
zapiski staxogo moriaka. Vladivostok, Primorskoe
knizhnoe
izd-vo, 1963. 229 p. (MIRA 16.12)
1. Deystvitellnyy chlen Geograficheskogo
obshchestva. SSSR,
chlen uchenogo soveta PrImorskogo filiala
Geograficheskogo
obshebestva SSSR (for Bessmertuy).
(Seafaring life) (Voyages and travels)

BFZSMERTNYY, Ye.F.
Recording atraln-gauge block. 12m. tekh. no.8t25-27
Ag 163
(Kin 16s16)

3' nc Ail

L '~',2217n6~ D.'T(d)/_W_P(1) IJF(c) BC
ACCESSION NR: AP5009792 UR/0292/k-,"0001004,/0032/0034
11
621-313-13"133.3
AUTHOR: Naniy, V. P. (Caudidate of technical sciences); Dessmertnyy,
Ye. F~
(Engineer)
TITLE: 13igher-frequency motor%~ with rolling rotor
SOURCE: Mektrotekbnika, no, 4, 1965, 32-34
TOPIC TAGS: "rvomotor, rolling rotor motor
d
ABSTRACT; An original des gn of a 400-1000-cps rolling-rotor
servornotor is
described in which the stator flux is split in each phase and the
illot skewing
exceeds one-half of the tooth pitch. an odd number of teeth is used.
To avoid
i; rotor-to-stator stic3dng (jamming), the rotor is designed as a
thin-wall solid
cylinder; a helical slot Is cut in the rotor to reduce the
eddy-current loBs; this
slot also helpm In throwing out the metal dust, which in formed due to
vibration,
thus further animring against the rotor 3tiching. Operating
characteristics are
presented of a rnodel motor at 83 rpm, 400 cps, 112 v 3-phase, 9 kg-cm
shaft
torque. Orig. art. has: 5 figures, I formula, and I table.
,Cord 1/2

L 52'a'7-65
ACCFMION NR-. AP5009792
ASSOCIATION: none
'SUBMTTED; 00 ENCL: 00
NO REF SOY: 003 Oyu"-. 001
L
SUB CODE: EEp IE
L
Co. 212

I

BESSNY01, 1.
TECHNOLOGY
PERIODICAL: MELYEPITESTUDOMMI SZEMLE. Vol. 8, no. 8/9,
Aug./Sept. 1958
Bessnyoi, 1. The new section of State Highway No. 7,
between Balatonkeresztur
and Nagykanizsa, P. 351.
Monthly list of East European Accessions (EEAI) LC, Vol.
8, No. 2,
February 1959, Unclass.

3(5), 18(4) PHASE I BOOK MaIWITMON sov/1494
Aleademiya nauk SSSR. Vostochno-Sibirskiy filial.
Syrlyevyj reaway legkikh metallor Vostochnoy Sibirl, t. 1, Ch. 1 1
2. (East Siberian
Light Metal Resources, Vol 1, Pt 1 and 2 ) Moscow, Izd-vo AN SSSR,
1~58- 152 P.'
(Series: Its: Trudy, vyp. 12) 1,500 copies printed.
Editorial Boards Te-P. Bessb3ltsyn, Doctor of Geological and
Mineralogical Sciences;
A.F. Li, Candi&ffe--o-f-To--c)Eliil-geiences;' and Ye.I. Kh&=0T
(Resi. Ed.); Ed. of
Publishing House: Y.K. Shlepov; Tech. Ed.- A.A. Kiseleva,
PURPOSE: This book is inten"d for geologistail as well an
econcislate and planners of
alminum processing enterpris*s.
COVERAGE: Sources of cheap electrical energy on the Angara and
Yenisey Rivers providt
t~hi nece8B&Z7 paver base for establishing a mm industrial center
in Ewtern SiberkiL.
Prospects aam best for the creation of an alustinum Industr7
provided adequate
supplies of cconercial or*s (bauxite, nepheline, etc.) can be
secured. r2hese
articlesAoscribe the results of stuAies made on aluminum ore
deposits of this
region, their geological nature and physicochemical properties by
the SOPS (council
for tlie Stud1y of Productive Resources), VAMI (All-Union Aluminum
and Magnesium
Card 1/4 -

East Siberian Light Metal Resources (Cont.) sov/1494
Institute), the IrItutakiy institut redkikh metallov (Irkmtsk
Institute of Light
Metals), and the Laborstoriya elektremetallurgii
Vostochno-Sibirskogo filiala
AN SSS1* Diagrams,, tables., plates and bibUographic
references acempemy the
articles.
TABLES OF CONTENS:
Foreword 3
PART I
Boksonokiye Deposits of Bauxite-LUm Roc)w and Tkeir Utilization
Khazanor, Ye.l. Problems in M itallurgical Processing of L
Igbt Metals of East
Siberia 7
Bessolitsin , Te. P. R*Sxtlts of Geological RNploration
Potentialities of
the Boksonskoye Deposit 13
UP A.F., and Ye.M. Bradinskays. Mineralogical Characteristics
of Boksonskoye
'Ore Deposits 24
Card 2/4

East Siberian Light Metal Resources (Cont.) SOV/1494
Beneslavskiy, S.I., and A.S. German-Galkina. Technology of
Alunina:~roduction
From Bauxites of the Boksonskoye Deposit 43
Khazanav, Tew7., A.S. Bessonava, and A.F. Khlyupina.
Physicochemical properties
and Technological Testing of Bauxite-like Rocks of the
Boksmskoye Deposit 51
Ustinova '* O.A. Conditions for the ladustrial Develo]pment of
Bauxite-like
Ores from the Boksonskoye Deposit 65
PART n
BAUXITES*OIP = MUWYAR8= UU AND Mm
Bogolepov, K.V., and Ye.I. Pelltek: Bauxite Deposits of the
Krasnoyarskiy
Kray and Prospects of Farther DIscoveries 73
Khazanov, Ye.I. and A.F. Khlyupina. Study of the
ftsicochemical properties
Of the Tatarskoye 76mi-Ite Deposit of the Krasnoyerskiy Kray 89
Bradinskaya, Ye.M. Mineralogy of the Tatarskoye Bwmdte Deposit
99
Card 3/4

East Siberian Light Metal Resources (Cont.) SOV/1494
Khaznov, Ye.I., and A.F. Khlyupina. Beneficiation of Tatarskoye
D'Aposit
B iwdtes 108
Chipwin, IN., and V.V. Lukina. Beneficiation of Tatarskoye
Deposit
B auxites for the Purpose of Z stracting Titanium-containing
Minerals 116
Beneslavokiy, B.I*, and A.S. German-Galkins. Production of
Alumina frm
B auxites of the Tatarskoye Deposit 120
Khazanov, Ye.I., A.S. Bessonova, and V.S. Malitsev. Reduction
S;melting of
Tatarskoye Ueposit Bauxites 137
Khazanov, Ye.I. Compexative Technicoeconamic Evaluation of the
Electro-
TheyntO Method. of Bauxite Treatment of the Tatarskoye Deposit
149
AVAILABLE: Library of Congress
MM/hcr
5-11-59
Card 4/4

IMSSOLITSYN. Ye.F.
~ ,~ e~f .
Now data on the Sokmon deposit. Trudy Vost.-Sib.
fil. AN SSSR
no.13:203-206 138. (NIRA 12:12)
I.Irkutakoye geologicheskoye upravleniye.
(Bokeon region (Bmryat-Mongolla)-B&xLxit9))

PESSOLITSYNj YE. P.
Oslo
flit I
f 01
fill" 114 a

BICSSOLITSYN, Ye.P.
Results of geofogical prospecting and Bokson deposit
prospects. Trudy
Vost.-Sib.fil AN SSSR no.12:13-23 158. (KRA 11:11)
1. Irkutakoye ologicheakoye upravlentye.
Irsokson Valley--Bauxite) (Prospectinc)

NALETOV, Fetr Ivanovich; BESSOLITSYNj-,Yrt~j!#j
- - - --geol. red.; ABKEVICH, P.L.,
red.izd-v&,, IVANOVA., A.G., tekhn. red.
[Stratigrapby of the central part of the Buryat
A.S.S.R.] Strati-
graftia. tsentrallnoi chasti Buriatskoi AM. Moskva,
Goa. naucbno-
tekbn. izd-vo lit-ry po geologii i okhrane nedr, 1961.
279 p,
(MIRA 14:11)
(Bur7at-Mongolia--Geology, Stratigraphic)

VALETOV, P.I.; BAM Ye.P., red.; SHVYRYAYEV, Yu.T.,
red.izd-
_-Ljja4,,_
va; IYERUSILIMSKAYA, Ye.S., tekhn. red.
[Intrusive rocks in the central part of the Buryat
A.S.S.R.]Intru-
zivrWe gornye porody tsentrallnoi chasti Buriatskoi
AMR. Moskva,
Gosgeoltekhizdat, 1962. 149 p. (14IRA 16:1)
(Buryat-Mongo.lia-Rooks, Igneous)

BESSOLITSYN, Ye.P.
-- .... ... ..
Ancient veathering surfaces in Irkutak Province.
Kora vyvetr.
no-5:315-325 163. (MIRA 16:7)
1. Irkutskoye eologicheakoye upravlaniye.
lIrkutsk Province-Weathering)

BESSOLITSYN, Ye.P.;-FAYNSHTEYNp G.Kh.
.....
Some data an the veathering surfaces of the south of the
Siberian Platform in the limits of Irkutsk Province.
Kors,
vyvetr. no.6:226-230 163. (MIRA 17:9)
1. Irkutskoye geologicheakoye upravleniye.

BELYAYEV, A.P., red.; _~~ULITM4, Yu.l,., rad.;
UNTIKOV, i.l.,
red.; DZlNKAS, Yu.K., red.; ZHARKOV) red.;
MOVIli, A.V., red.; YUAIYALOV, F.K., red.; I LAUM
M.M., red.; NALEETOV, P.I., red.; V.Ye., red.;
Sj1~1111SK1,Y) K.A.) red.; "'Eid), A.I., red.;
SITENYUK, V.D.,
red.;~ TIR-i0b'ShlY, L.N., red.; I'll".110NOV,
V.I,., rod.;
tio~'IIJIK) F.I., red.; W1,3LOVSKMA, P.V., red.;
MMIL,
N.I., Yu.K., ved. !-od.
[RecenU data on Lhe gooloal, peti,olelm
potentials, and
ll",ineral resources of Irkutsk Province] Hovye
dramye po
geologii, neftenocnosti i poleznym i-skopaemym
lrkutskoi
oblasti. ',,Ioskva, Nedra, 1964. 278 p. (MIR.11
17:8)
1. Hussia (1917- R.S.F.S.!~.) Glavnoye
upravleniye Feologii
i oklu-aiV nedr. Irkutskoye geologicheshoye
uprLvleniye.

FEDORCYV, K.F.,, gornyy inzh.1 BESSOLITSYN,
Yu-.A., gornyy inzh.
New system of mining thick
steej;I-y-d-ip-p-IW'gieams. Ugolt 37
no.2*09-12 7 162. (NMA 15-2)
(Chelyabinsk Basin-Coal mines and mining)

BESSONENKO, A.Vop inzh.
Electrioal field of the stray current of an electrified
railroad ~n
a two-layer ftsdia. Trudy OMI1T 42:11-22 163.
Method for calculating the electrical field of stray
currenL an a
two-layer media. rbl#.:77-90 (MIRA 18:10)

IUSSSONOV, *oksandr ~tndr&y--vich,,, dotsent
Integrating and d~fforantiating de-frices using
translatcrso rzvovyso
uchaboz-av,; ojektrom~jkh. 8 nc-.B,,~854-8,62 165-
(MIRA 2.8720)
1,, Laningradekly makhani-chesMy institut.

BESSONEN110J. V.V.; TSINKER, M.N. (Novo-Kuznetsk)
Initial experience in organizing the work of a therapy
center for
terminal states. Sov. mdrav. 21 no.5-.67-68 162. (MIRA 15:5)
1. Iz tsentra terapii terminalinykh sostoyaniY pri kafedre
travmatologii
i ortopedii (zav. - prof. L.G.Shkollnikov) Novo-Kurnetskogo
gosudar-
stvennogo instituta dlya usovershenstvolaniya vrachey (dir.
- dotsz-,nt
G.L.Starkov) i Gorodskoy stantsii skoroy meditsinskoy
pomoshchi
(glavnyy vrach M.N.TSinker).
(DEATH, APPARENT) (NOVOKUZNITSK--RES')SrITATION)
-0.

BBSSDNUYA, TU. V.
Datermination of urotroplu dust lu air. Gig. i san. 24
no.10:79-81
159. (MM 13:1)
(ArR POUMION)
(KfffHzmllm Chem. )

DENEV, S.I.; BESSONNIKOVA, N.V.
Increasing the output of a crushing machine unit by
raising the
temperature of the pulp. Obog. rud 6 no.2:50-51 161.
(FLIRA 14:8)
(Crushing machines)

BESSOVOV, A.A., kand.tekhn.nauk; BUKREYEV, Yo.M.,
kand.tekbn.nauk,
nauchnyy red. BOTOVAp Yu.P., red.
(Sand sampler for rapid filters of water-supply
systems] Proboot-
bornik dlia peska na. skorykh filltrakh vodoprovodov.
1959. 8 P.
(Akademiia kommunaLlInago khosiastva. Informatsionnoe
pie Imo,
no*4). (KMA 14: 1)
(Water-Purification) (Filters and filtration)

A&- A& I- -- - - -
,-I " , ,
--- _. -. - cil,clli,~z

BBSSONOVO A.A.
-,_ --,
191ectronic differentiating units operating alternating
current. Rauch.
dokl.vys.shkoly; elektromekb. i avtom. no.1:148-155 159.
(MIR& 12:11)
1. Rekomendovana Leningradskin mel-hanicheakim iustitutom,
(Blectrie measurements) (Electronic calculating machines)

--BWONOV, A.A.; STEPANOV9 P.P.; GIDBIR, N.M.
Blqctronic devices for the automatic detection and counting of
defects inyarn. Biul.tekh.-ekon.inform. no,5:44-45 160.
T (MIRA 14:3)
(Yam, Testing) (Bleetronic instruments)

82916
6FO 0 S/1~4/60/Ood/oo6/ool/ool~
BOWE121
AUTHOR: Bessonov A.A., Candidate of Technical Sciences.
Docent'.,
TITLE: Aiternating Curffwnt-Integrating CircuitSA3,
PERIODICAL: Izvestiya vysshikh uchobnykh zavedeniyj
Elektromekhanika,
1960, No 6, PP 3-12
TEXT: If' a given function is in the form of a time function.
multiplied by a sinusoid, then the output function from a
circuit
described by a second order differential equation will give
the
integral of the input if all the roots of the characteristic
equations are imaginary. When the degree of the equation is
higher
than second only two roots need be imaginary~ variations in
the
ot-her roots affect only the transient behaviour. If the
differential equation is Eq (1) and if Nl(p) = 1, the
exciting
function is Eq ()+) and the solution is Eq (5). The
solutions for
N(p) = p~ p2 and p2 + alp +w2 axe Eqs (8), (11) and (14)
respectively. In all these cases the solution to Eq (1)
contains
the Integral of the input variable with either a sine or
cosine
--fficient. The second. term in Eq (13) or the corresponding
third
"- (14) represents the dominant error In Integration,

82916
S/144/60/000/006/001/00i+
9041/El2l
Alternating Current Integrating Circuits
This term is expanded in Eq (15) whence It follows that;
the
proportional error Is 2W times smaller than the useful
signal and
the first difference Is 1+(J times smaller and so on. Wher,
N(p) = p for example the error is negligibly small. An
ideal
integrator would correspond to the differential equation
Eq (16)
while the transfer function of a real system is Eq (17)~ An
integrator may be made by invertin the characteristic of a
differentiating circuit as in Eqs N) and (19).
Unfortunately
the output from such an arrangement also includes the
excitation
itself~ Starting from the 'idealized' differentiato-r for
a.o. as
in Eq (22) a similar process yields a system free fiom
this defectt,
The characteristic of Eq (18) and its 'idealization' ean be
realized. with active RC circuits containing feedback. A
resonant
ampliffier can operate as an integrator if the input and.
outp-ut
carriers can be maintained in phase. Such an amplifie'r -Ls
des(~ribed by Eq (26),~ For an applied unit funct.ion the
response
is Eq (33), the envelope increasing with a definite time
constant
like an ordinary delay circuit. If the input is a si.nusoid
(multiplying the c,-.arlier) the response Eq (1'7) wnic.h
manifests
Card 21:3

82916
s/144/6o/ooo/oo6/ool/oo'+
BOWE121
Alternating Current Integrating Circuits
a similar tendency as before. Fig 1 shows one form of circuit
using a conventional.parallel-T RC filter in a.feedback path. If
the condition 1 - pky = 0 is observed in the closed-loop
characteristic of Eq (40) the circuit behaves as an integrator,,
Fig 2 is a similar circuit with the RC filter rearranged. The
effective response is that of the idealized integrator, The
circuit which has been tried out experimentally is that of Fig 4-
using the simple 'zero-phase-shift' coupling RlCln2C2, Fig
shows a typical response where a 50 mV Sl* nal grows linearly to
)+L V in 0.2 see. The error is about 2.5~, A d1aadvantage of
this type of circuit is the limited integration time.
There aTe 5 figures and L~ Soviet references.
ASSOCIATION8 Leningradskiy voyenno-mekhanichesk.1-y institut.
(Leningrad Military-Mechanics Institute.)
SUBMITTED: February 10, 1960
Card 3/3

BESSONCIV, A.A.; GLOBIN, N.M.
Electric measurement of the backlashes of kinematic
lines. Izv.vys.
ucheb.zav.; prib. 4 no,.2:35-42 t6l. (MIRA 4:5)
1. Leningradskiy ordena Krasnogo Znameni mekhanicheskiy
institut.
Rekomendovana Leningradskim mekhanicheskim institutom.
(Electronic instruments)

S/I 19/62/000/007/005/006
104.41245
AUTHOR: Bessonov, A. A.
-1 --- --- --- - -- ---.7
TITLE: Am electronic rotation controller
PERIODICAL: Prinorostroyeniye, no. 7,1962, 30
TEXT: Two rotation controllers are described. The first
operates at 127 volts and 50 cps, consumes 2 watts
and weighs 1.2 kg; the second operates at 24-27 volts dc,
consumes 4 watts and weighs 0.6 kg. The rotation
is tran0erred from the rotating body to the controller by a
belt driving a disc with 8 holes around its
circumfererence. The disc intcrupts a light beam impinging
upon a photocell. The generated alternating
current keeps a relay open. Any interprution of the controlled
rotation stops the disc and interrupts the
alternating photocurrent. The relay thereupon closes giving a
signal for further processing. There are 2 figures.
Card 1/1

6/146/62/005/001/002/011
D201/D304
AUTHOR: Bessonov, A.A,-
TITLE: An electronic instrument for detecting and counting
thread
defects
PIMIODICAL: Izvestiya vysshikh uchebnykh zavedeniy.
Priborostroyeiiiye,
v. 5, no. 1, 1962, 9-15
T&M This is a description of the operation of an instrument
based on
transformation of a light beam -- in which the analyzed thread
is being
moved -- into electric signals which control an
electromechanicjil counter.
The position of the thread in front of the diaphragin of the
photo-sensitive
element is rigidly fixed by means of four revolving rollers
having direct-
ing grooves. The rollers secure the required tension of the
thread and
the grooves are tapered in such a way that the two together
prevent any
possible rotation of the thread, so that the counter cannot be
wron.-ly
operated by the thread ellipticity due to twisting. The
illumination of
the photo-element depends on the average diameter of the thread
section
Card 1/2

S/146/62/005/001/002/011
An electronic instrument for D201/D304
in front of the corresponding slot of the diaphragm; the
length of this
section is determined by the slot width which is adjusted
according to the
minimum dimensions of thread defects. The pulses of voltage
due to irre-
gularities in the thread have poor rising times and an
amplitude discrimi-
nating amplifier is used to amplify the pulses; after
amplification and
shaping, the pulses trigger a blocking oscillator which in
turn operates
a standard M DC-54 UISS-54) counter. The device can
register all thread
defects exceeding a set level between 0.02 to 2 mm, the
error in the di-
mensions and number of defect measurements does not exceed
2-3 per cent.
There are 5 figures and 2 Soviet-bloc references*
ASSOCIATION: Leningradskiy ordena krasnogo znameni
mekhanicheskiy insti-
tut (Leningrad order of the Red Banner Mechanical Institute)
SUBIMITTED: June 3, 1961
Card 2/2

5/146/62/005/002/002/004
-D~OVD307
Bessonov, A.A.
TTnL-,:' A universal electronic level meter
.LI -
.PE~iIODICAL: 7ZVeStiya vysshikh uchebnykh zavedeniy.
Priboros-
troyeniye, V. 5, no. 2, 1962,,12 - 17
TEXT. The author gives a short analysis and description of
a level meter which is actually a capacitative proximity
switch. The
sensirg element is a high-gain triode amplifier, with LC
circuits Jn
the crid and anode and an additional anode-to-grid
capacitance add;d
to increase the feedback. The amplifier oscillates at HP. A
capacitive
'!probe at the erd of a screened cable acts as a detuning
element when
brouGht near to any liquid, granulated, or powdered
substance. The os-
cillations are fed into an amnlifier with a diode shunting
the grid
leak resistor and thus biasing it heavily in the positive
direction.
The amnlifier is thus normally conducting and the relay in
its anode
is conducting heavily. Any capacitative detuning stops
oscillations,
Card 1/2

S11L, 62/005/002/002/004
A universal electronic level'meter D201YD307
~,e amplif-;Pr is cut off by self-bias and the relay operates.
Experi-
ments have shown that the level meter may be used for any --
Including
corrosive -- fluids, powder and granulated substances. It
operates
satisfac-,orily at temperatures from - 10 to + 500C and for
the follow-
in~, level changes: 1) for fluids - less than + 0-5 mm; .2)
for powders
0
less zhan 1 1.5 =; 3) for granulates - les-s than + 5 mm. There
are 4 fi,-ures and 2 references.
ASSOCIATION: Lenint;radskiy ordena Krasnogo Znameni
mekhanichoskiy
Instizut (Leningrad 'Order of the Red Banner' Mechani-
cal Institute)
SU 3 ",: 1TT ED April 13, 1961
Card 2/2

BESSONOV. A.A. -
Electronic step-by-step-qptimaliiing control system*
Izv.vyv.-pchebozav.;
i*P. 6 w.l-.?8-87 163o (KIRA 16:2)
4 Len:Lmgradak:iy ordena Krasnogo 7-m ni mekhanicheak:ly
institut.
(Electronic control)

IACCESSION WR: AR4014941 S/0271/63/000/012/AO26/AO25
;&DURCSs RZh. Avt.0 tel. i vy*ohial. takhnika, Abse 12A159
:AUTHOR: Bessonov, A, A*_
MTLEt Computation of automatic control oystem reliability
,CITED SOURCEs Sb. tr. Leningr. mekhan. in-ta, to. 22, 1961,
42-65
;TOPIC TAGS: automatic control system reliability, reliability
theory
TRANSLATION: The author studied the possibility of predicting
the reliability of
:automatic control systems on the basis of the probabilistic
evaluation of the
:correspondence of their functional properties to the
requirements impo3od on them.
.Two approaches to the problem are considered. The first is
bmsed on the datermita-i
tion of the multi-dimonsional probability of the functional
oorrespandanca to each
.of the system indices. The second is based on the evaluation
of corresponda=6 to
a ninGle generalized functional v4ueh in the eazo of automatic
co=ttrol systems 13
.identifiod with the concept of the transfer function# A
method of computing the
,reliability of automatic control systems is ouggestod. It is
based on the proba-
bility of exceeding, the limits of tolerance of the operator
functional of the
:Card 3/Z

.ACCESSION NR: AR4014941
Isystem. Recomendations on the praotioal use of the proposed method
are inaludad
.and illustrated, four illustrations. Bibliography with nine
titles. V.Ge
jDATE ACQ& 09j&n64 SUB CODEt GE ENCLt 00
Card 2/2

ACCESSION NR: AR4014630 S/0196/63/000/012/KOOIAOOI
SOURCE: RM Elektrotokhniks i anergetika, Abe. 12K2
AUTHOR: Bessonl?.V.,- A.,
TITLE; Calculation of the rolisbLlity of autmatio-control
systems
CITED SOURCE: Sb. tr. Leningr. makhan. in-ta, no. 22, 1961,
42-65
TOPIC TAGS: reliability calculation, autom&tLe-control system
ABSTRACT: A very important problem of automatic control
theory is the elaboration
of quantitative criteria of the reliability of the systems,
the methods for
e4g~neering calculation of it and experimental verification.
The paper examines
the possibilities of predicting that reliability of
automatic control systems (ACS)
based on a probability estimate of the correspondence
between their functional
properties and the demands made on them, makes a comparative
evaluation of the
approaches to a solution of this problem, proposes a method
of calculating the
reliability of systems and gives recommendations for its
practical application.
The method permits analysis of a systam W. its separate
links, avoiding
unwieldy and tima-consuming computations based on
multidimensional distributions
Card 1/2

ACCESSION NR: AR4014630
of random variables. It is sufficiently universal, simple
and usable for engineer
calculations of ACS reliability. Bibliography of 9 titles.
DeSvecharnik
SUB CODE: IE DATE ACQ: 24Jan64 EKCLt 00
Card 2/2

ACCESSION N11: AR4035555 S/0271/64/000/003/AO28/AO28
SOLRCE: Ref. zh. Avtomat., telemekh. i vychisl. tekhn. Sv. t.,
Abs. 3A179
AUTHOR: Bessonov, A. A.
TITLE: Accuracy of a noncorrelation method for calculating the
probability of
faultless operation of automatic-control systems
CITED SOURCE: Sb. tr. Leningr. mekhan. in-ta, no. 29, 1963, 19-35
TOPIC TAGS: automatic control, automatic control reliability,
automatic
control theory, faultless operation probability
TRA14SLATION: A correlation method of predicting the reliability
of an automatic
control system is considered; the method is based on the
detormlnal.io.'. of multi-
variate probability of realization of specified system
characterir.ii.:;. The results
obtained by this method are compared with the results of
calculat'-on of the
faultless-operation probability based on evaluation of
correspond)ncu between
system characteristics and a specified generalized functional. The
faultless-
operation-probability-vs.-time curve can be obtained if the time
functions of
parameter tolerances for all system elements are known. Here, the
correlation
Card 1/3

i
.ACCESSION NR: AR4035555
'between X. and static 6, parameters of the elements should
satisfy these c(indi
(1~ The correlation function X f( ) coincides with the
averaged
correlation function X - f(& ) when the parameter 6 varies in
time;. (2)the
values X obey the normal law of distribution with any & ; (3)
the,average values
of X vary linearly with F, when �A F_ is small; W the standard
de 'viation of the
cr, - parameter from the direct regression is a constant.
Then'. the distribution
characteristics of X are given by:
PX ax - jfp2
.+02
X..
X"
where cr, and 0- are the standards of distributions X and &
o-x is the
standard deviation of X from the direct regression of X on is
the
~coefficient of regression,of X on A X and a & are the
variations of the
.average values of X and An example of calculations for a
6N1P tube is given.
A faultless-operation probability is calculated for a typical
automatic-control-
system amplifier with 6NIP tubes, with a carrier-frequency
gain of 2 x 106,and
its tolerance 2:3C%. A comparison of the above result with
the result of
.calculation by the method of generalized functional shows
that the accuracy of the
.latter practically equals to that of the corr *elation
methodi the functional
method also obviates the oumbersome caloulations inherant to
tho coiTalation methodl
Card 2/3

ACCESSION NR: AR4035555
the functional method also permits determining the
reliability criteria when
exhaustive information about the distribution
characteristics of the plant is
unavailable.
LATE ACQ% 17Apr64 SUB CODE, DP, IE ENCLt 00
Card 3/3

:ACCESSICO NR: Aa4o,39365 S/0272/64/000/003/0073/0073
:i'SOLTIRCE: Ref. Zh. Matrol. i izmerito tekhno OW. vy*p.., Abs*
3#32-483.
AUTHOR: Bessonov. A. A.; Globinp No M.
TITIZi Electronic pressure gauge
-CITED SOURCE3 Sb, tr. Leningr. mokhano in-ta., no. 33, 19639
87-90
TOPIC TAGSt pressuare, measurementp electronic method
J TRANSLATION: The described instrumnt consists of a tensiometric
bridge and an
amplif ier- converter. The device performs reliably on a wide
rarwo of values and
velocities connected with pressure. In order to increase the
accuracy of measure-
rents the gauge can be easily sat to work on three ranges of
pressure. As the
measuring element., incorporated in the bridge network, is a
filzament of tensiome-
tric wire, which carries the electric signal., proportional to
the measured pres-
sure at every instant of time. The tensiomatric elements are
constructed from
'0o05 = constantan wirep each having the resistance of 200 ohmse
The tensiometric

ACMWIGN IIR:
AR4039365
system is connected to an electronic amplifier-converters
cmprising a generator
which supplies sinusoidal output signals an amplifier of the
signal from the mea-
suring element, a cathode follower, inserted between the
amplifier and output ter-
minals for attaching a recording unit., and a blocU4 gerierator
with delv and
contactless -relay to a thyratron T03.0-1/1-3. A circuit
diagran for the amplifier-.
i Convertor is included. The error of tho instrwAwt does not
exceed 2% of the max-
11== meast-abla pressure* 2 figures.
111DATs Arqs 22APr64 SUB C=a ENCL& 00
Card. 2A

SAPOZHNIKOV, Rostislav
Aleksayevich;_4F-SSONOV, Aleksandi
Andreyevich; SHOLWITSKIY, Adrian
Grigorlye-vich;
TDINIKOV, F.Ye., Prof., retsenzent; TWOFEYEV,
V.A.p
prof., retsenzent; SVECHINSKIY, V.B.,
retsenzent;
IVANOV, A.Z., retsenzent; KHRUSTALEVA, N.I.,
red.
[Reliability of witomatic control systems]
Nadezbnost'
avtomaticbeskikh upravliaiushchikh sistem.
Moskva#
Vysshaia shkola, 1964. 263 P. (MIRA 17:12)

ACCESSION NR: A?4037464
S/0146/64/007/002/0058/0064
AUTHOR: Bessonov, A. A.: Sivakov. V. A.
TITLE: Automatic failure indicator for discrete systemO NOV 6 1934
SOURCE: IVUZ. Priborostroyeniye, v. 7. no. 2. 1964. 58-44 '. .
~-t-)n W-ji.,jon
TOPIC TAGS: automatic control, automatic control reliability,
automatic control
failure, automatic control failure indicator
ABSTRACT. The further development of the authors' failure indicator
(Sb. trudov
"Avtoniaticheskoye upravleniye," vyp. 4, no. .3 3, LIM, 1963) is
reported. The same
,~~,principle as before, borrowed from G. V. Novotny (Electronica,
1967.. no. 28).
~
1
;F used, but the "reference scheme" is replaced by a single trigger
whose "weight"
changes automatically, depending on the "weight" of the trigger
being checked.
The nc-,,; indicator consistii of essentially three parts: a
reference trigger, a
comp-1.r-iaon device, and a recording device. The indicator 'Can
successfully
operatic at 20-30 kc or lower frequency. A second version of the
indicator is
aloo ;)r-iefly lescribel-:, Orig. art. has: 4 figures.
-~- 0, d I ~.-)
L

ACCESSION NR; AP4037464
ASSOCIATION: Leningradskly mckhanicheskiy institut (Leningrad
Mechanical
Institute)
SUBMITTED: 17Mar63
SUB CODE: DF, IE
ATD PRESS: 3079
NO REF SOV: 004
ENCL; 00
OTHER; 000
Card 2/2

-L 41664-65
ACCESSION IM: MW40018 S/lDZ71/64/()O/ik4lkC-02/AOO'2'
SOURCE: Ref. xh. Avtomat., telenekb. i vychial. takhn. Sv. t-, Abs-
4A13
-AUTNOIZ.- Bessonov A A.j Sivakov, V. A.
TITLE-. Automatic Indicator of faultj elemnts In discrete rjstm-w
CITED SOURCE: Sb. tr. Laningr. mekhn. in-ta, no. 33, 1963, 53-59
4ZPIC TAGS: fault finde.-, discrete device, malftnetion
VULASL&TION: The indicator in question is intended for automatic
detection of
malfunctions in various transistorized trigFer circuits. The
indicator comprises
%hree,parts: a reference circuit, a comparison device, and a
recording device.
The reference circuit must be similar to that being tested (counter,
register,
ett.) but more stable. The reference circuit Is based on a
P402-transisterized
trigger. The maxinua clock Trequency of the rafarefi,~e circuit is
150 1,-c. The clock
frequency during the --hocking operation Bhoiad not exceed 2D--30 kc.
Poth tho test
ana t:he relerance cia-cuits are started by the Bame clock generator.
The Initial
siate of both circu~,.ts Is the same and 71D Bet by the clearing
signal. From the
~nstar.L of starting the circuit to the insUdit of stopping the clock
genorator,
CQrj 1/2

L 41664-65
ACCESSION RR: AR4040018
the operation of tho test circuit with no malfunction of its
elements, will not
dl rip iz I
ffer from t~e operation of the reference circuit. T~o cor arison
devico
actually a coincidence circuit. It receives simultaneousV, pulses
from the
deference and the test triggers. Upon a mialfunction in -,the test
circuit, t~e
Comparison device sends a Dulse to the ralfunction-counting circuit.
A pri-ncipai
electrIc circuit diagram is prBsented ,-ith the values of paramettars
-L-AiGatc-'r-l'
The in-ricator has becia tasted under-laboratory conthtions. 111. ha~
ope-rated Poliably
~h J-~Y erature var! -a' ion
U; 4 the supp`-~rol-ta;go -.arlatlcr. with-in t2054 and aribient
t--Tn.D - I-
-10+ 500. dive 1.11ustrations.
SUB CODE:.) EC EINCLj. 00
L;atd 212

G IN 0 v A It. , -, ~ I V.-I K, (" ,,, V . ~, .
- p
Dev~ce for automatic Incilration of full Lure.,1- te)
(-if ii-.-
creto system, IzV.Vys.uche!,.-,av.; pri.b. 7
nc.1:1)P-64 164.
S. 1
(M,H`LA 18:4)
1. lie ni ngradsk iy ordena hrasnogo ".na--ni.
insLiuut,

L 61901-65 Pm4l
IJPW GS/BC
AH5COq844 BOW ZVLOITATION URI
Sa rzhnikov, Rostiislavq Ackseyevich; Beasonov, Aleksandr
Andreyevich; Sholomitski~,
AE!rian G_rfS_or-ry-eric a
Relwz~abillity of automatic control systems (Nadezhnootl
avtomaticheskikh upravlya~it-
slichkikh clrytem.Y, -MoB-., lzd-vf) "VYsrb&ya suKola", 64. 0263 p.
i1luS., biblio.'!
index. 15,OW cepiea printede
TOPIC TAGS: wutomatic control Eystem,.,rellability theory,
reliability engineering,
PURPOSE OD COVIMAGS: The book discusses the theory of rel- Wid its
appli-
cationto automatic control systems. "Me material may be of assistance
in the
de~si-n, manufacture, and operation of various oystem-e of autornatic
control. 'ffie~;
Tho boolr,~ is intended for readers familiar with principlos of the
theory of prob-,
abili.Ly Interested in problems of reliability in automationo
TABLE 03F 00111W.TS (abridged):
Foreword -- 3
Ch. 1. The problem of reliability 5

L 61901-65
Am,rw9844
Ch. H. Principles of the theory of re2dability 14
'Ch. III. Reliability analysis -- 42
Ch. IV. Reliability of automatic control system elements 54
Ch. V. Theory of redundancy -- 78
Ch. VIT. Comvutation of automatic control system reliability -- 132
Ch,~ 1111. Securing tho reliability in design, manufactire, and
operation of auto-
matic control systems -- 164
Ch. VIII. Failure detection -- 202
App,endix: Failiira intensity of certain elements 246
Bibliography 2%
Subject index 261
SUB COME: 1E MA zuEmTTED: oapr64 NO PEF SOV: 081
Card 2/2

I SOURCE- KonferentsiVa po avtoiniticheskorou h-ontrolyu, I metodam
elektrichesk-ilch izme-
i reniy. 3d,-Kovosibirsk, 'A, D61. Avtomalicbeskiy kontrol'
i renly, txuTy-!Z-o-nTerent-'s-T,"'t. 2: Tsifiovyye izmeritellnyye
pribory. Elektricheskiye
izmereniya neelektricheskft volichm. Ustroystv a. avtomaticheskogo
kentrolya i uprav- i
leniya v proiny2hlennosti (Automahc control and electrIcal measuring
teclMiques;
transactions of the conference, v. 2: Digiial monsuring
instrtiment.S. Electrical
measurements of nonelectrical quantities. Devices for automatic
conti,ol and regulation
in industry). Novosibir-sk, Redizdat Sit). cAd. AN SSSR, 19V~, 161-167
TOPIC TAGS: angular shift measurement, linear displacement
measuremrmt'
Idmematic play
ABSTRACT: The measurement of the play of fine Idnematic circuits
illustrates the
problem of the displacement angle of two axeB. For such types of
measurement, 1 0
a-ithor proposes the method of two rotating transformers (RT) located
at the begzIning
LC.,d 1/4

ACCESSION NR- AT5017389
and at the end of the kinematic circuit under consideration (see Fig.
I of the Enclosure).
Thearticle presents a comprehensive theoretical treatment of the
vroblem and the
electrical circuitry for the measurement of kinematic plays. It
concludes with a brief
description of an automatic device for accurate moasuremtmt of small
displacements
(e.g., the displacemcnts of membranes of baromotric tanks; See Fig. 2
of the Enclosure).!,
Orig. art. has: 18 formulm and 6 figures.
ASSOCIATION: none
SUBMITTED: 1INov64
NO REF SOV: 003
ENCL: 02
OTHER: 000
SUE CODE: IB
[-;ard 2/4

------ -----
ACCESSION NR- AT5017389 ENCLOSURE: 01
V-
EK'
KU
RT2
('--RT
L
S2
4 4
-at of plays of kinematic units by
Fig. 1. Block diagram of a device for the measureme
means of two rotating trwisformSTB',
I - drive sbaft; 2 - kinematl under study; 3 - driven shaft; 4 - to
the oscillograpt
c unit
All' M2, M,3 flywheels;, RT,! RT2 - rotating transformers; S1, S2
transformer
3/4

Fig. 2.
. Blmk diagram of a device for small displacement measurements:
Fig. 2
I - Object whose displacement Is traced by the mobile feeler 2
connected to the mirror
system 3; the alit diaphragm 4 follows the displacements of the
narrow beam of light
[other symbols are not eVInined in the article].
Card

BESSOTITOV, A.A.
Tr.troducJ-ng a device for testing tlie stands for
the similation
of conveyors. Blul, takh.-akon. inform. Goo.
nauch.-issl.
inst. nauch. i tekh. inform. 18 no. 12:63-64 D 165
19a)

L 4907-66 EVJT(d)/EV4PM IJP(c) BB/GG
ACE -NRAV9626299 0144~%-5-16-06AT876554/0862
621.382.3+621.3.011.1
AUTHOR: Bessonov, A. A~'JCandidate of technical sciences,
Docent)
TITLE: Transistorized integrating and differentiating devices
SOURCE: rVUZ. Elektromekhanika, no. 8, 1965, 854-862
TOPIC TAGS; differentiating circuit, integrated electronic
device, transistorized circuit
ABSTRACT: Electronic integrating and differentiating DC
devices are usually based on passive
RC circuits. However,, in several cases it Is advantageous to
use active integrating and dif-
ferentiating circuits containing amplifiers with positive
coupling. After discussing the theo-
retical foundation of both approaches and stressing that
transistorized integrating and dif-
ferentiating devices (operating under emitter follower
conditions) are particularly simple and
reliable, the present author reports on experimental.
investigations of differentiator and in-
tegrator circuits shown in Fig. 1 of the Enclosure. In the
case of the differentiator, the error
for a linearly varying input signal did not exceed J.Uoutput =
2. 0%. In the case of integrator
with square wave functions at the input, the errors were again
within 2. 0% for integration in-
tervals of 6 min. An even better accuracy could be obtained in
both cases if the circuits were
made of better quality components. Orig. art. has: 46 formulas
And 8 figures.
ASSOCIATION: Leningradsldy mekhanicheskiy institut (Leningrad
Mechanical Institute)

4907-66

L 4907-66
ACC NRI AP5026299
ENCLOSURE: 01
nT
C.
R,
JiT
T
in
in UDU
c
Figure 1. ExperimentaUy tested differentiator (a) and integrator
(b) U15v- R47 kmL
R = 30 k-M R = 3 NLrL.; C = lqf; RE = 5,6 kXL; R30 kfL ; R4 k 10
km;
n~ = 502 A. 3 5
3/3

L 11120-66. Ewr(l)/EECLk)-2/EWA(h)
A-CC Mi AF6002188 SOURCE CODE1 UR/0146/657008,J'006/0173/Oii,
,AUTHOR: Bessonov, A. A.; Sivakov. V.'A.
1~9
ORG: Leningrad Order of the Red Banner Institute-of Mechanics
(Leningradakiy
ordena Krasnogo znameni meManrcheskiy Institut)
,TITLE: Simple failure indicator
SOURCE: IVUZ. Priborostroyeniye, v. 8, no. 6, 1965t 173-176
TOPIC TAGS: test instrumentation, electronic test equipment,
circuit failure,
computer technology, computer circuit el
ABSTRACT: An instrument for testing digital- Vith clock rates
below
25-30 kc is reported. The figure shows how this device may be
used to test
performance of flip-flop no. 2 in a string of complementary
flip-flops. The
output pulse of flip-flop 1 triggers the generation of a
2-psec negative pulse by
a blocking oscillator. The pulse is delayed 3-4 pse~c and
applied to a second
blocking oscillator. The two outputs of flip-flop 2 pass to
an OR gate with an
invertpd output; and from there an inverted signal of 10
tisec is passed to an
AND gate. The .gigWd frcmthe.smond blocking oscillator
reaches the AND gate 5 psec
after the inverted signal. The AND gate output is again
inverted and applied to
a two-stage binary counter with Indicator lamps. If
flip-flop. 2 is malfunctioning
UDG: 621.317.18

1, 11120-66
--~ X? I
- NRI
,krc
.T
~11
-Fig. I.

L 11120-66
NRt AP6002188
e.he indicator lamps will light. The circuit operates at
temperatures of 0-50C
and bias voltage variations of t10%. Orig. art. has: 3 figures.
JBDI
SUB CODE: 09/ SUBM DATE: 12Dec64/ ORIG REP: 003/ ATD PRESS: 0176

L 25516-66 EWT(d)AWP(l) IJPW GO/Bg
ACC NRt AR600890 SOURCE con: vR/O271/65/OD0/O10/B0l3/BD11
AUTHOR% Bessop=LA. A.; MAlIts, E. L.
TITLE: -TW o~channel multIi,plying device w1th silicon-diode
Equarers
"PLh
SOURCE: Ref. zh. Avtomat. telemekh. i vyc ial. tekhn., Abs. IOD96
REF SOURCE: Sb. tr.-Leningr.-mekbano in-ta, no& 41p 1964, 69-79
TOPIC TAGS: silicon diode, computer component, arithmetic unit
ABSTRACT- The tvo-channel multiplying device contains a divider
(DIV) for the input
voltage, which is proportional to one of the factors, the
principal and complementary
multiplying elements (PME and CME), and the summing element (SE).
In the DIV one of
the cofactors is divided into two parts -- principal and
complementary. The main
part of the voltage Is appl.i6d' to~ +%4 iniput ok the FNE; where
it is multiplied by the
second factor. In the CME the complementary part of the voltage is
multipled by a
factor k ak well as by the second factor, after which the product
is reduced by the
factor k. The CME circuit contains two inverting amplifiers, a
summing amplifier,
and two squarers const:ructed in accordance with a circuit with
virtual3y bounded
diodes. The SE is an ordinary sunning amplifier with two inputs,
to which the pro-
ducts trom the main and complementary multiplying elements are
fed, and whose output
produces the sought product. The described multiplying unit was
tested by a mathe-
matical simulation method using the MB-1 computer. 4
illustrations. (Translation
of abstract]
SUB CODE: 09)
___c rd 1/1 um. 681.142.642.3/4

L 40271-66 E17T (d)/PIT (1 )/,::C W -2/EWP ."T (k)/----:'P
(h)/E'.;P (I) BC
ACC NRt AR6014870 SOURCE CODE: UR/0372/65/000/OLI/GO15/Gol6
AUTHORS: Bessonov, A. A.; Sivakov, V. A.
--- Mffw=~
TITLE: A self-adjusting failure indicator operating by the
midpoint method
SOURCE: Ref. zh. Kibornetika, Abs. 3-IG104
REF SOURCEt Sb. tr. Leningr. makhan. in-ta, no. 41, 1964t 43-53
TOPIC TAGS: optinal automatic control, circuit failure, trigger
circuit, data read-
out
ABSTRACT: An autor;itic self-adjusting failure indicator, in
described. For a systuem
to be checked with a certain number of elements and a known a
priori probability of
--'al
failures for a given generalized cost of checking, the indicator
possesses optl
organization of the search operations by the midpoint method.
This is accompli3hed
when a failure is detected. The indicator is designed for
indication of noninter-
mittent failures and for reduction of the physical or
generalized tri--or elements
of discrete systems . The operation of the indicator is examined
as applied to a
generalized trigger circuit consisting of five triggers. A
functional circuit of
the indicator and a description of its operation are given. The
circuit consists of
a synchronizer, a device for information readout, a device for
signal commriron
and command generation, and a device for error control and
elimination. Schelmtic
diagrams of the synchronizer and the other devices are given.
The indicator Is
Co,d 1/2 UDC: 62-506.9:681.142.37

L 40271-66 4- i
ACC NRa AR6014870 I
highly effective in seeking elements that have failed. It
operates reliably in the
temperature range of -10 to +50C and at a repetition rate of
information pulses to
20 khz. 7 illustrations. Bibliography of 4 citations. L. Sh.
ZT-ranslation of
abstrac2t
SUB CODEE: 13, 09

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a. ..-te-,& to-S" -r~ ty~c el(- ttic%. -re 16 , C our
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evi te'r ~Tlo -'
ne A'S es~ce 1 .5.
CCOT& O~ t'Wrols" ov~ o' T cill re tr'e's~ ?A-
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ejE ')Bx's t"00.
Z6 &e5 I t O-P e ,agorl I tyr. 0.,bTpo 019eTo;
ithe e 1XI 0'tV4 Co T e(" ',,, r_0 0 t
e Cal e-f of~ COT
C r tre 0,9 ~0~ 6,ae of
Sys C-1 .0011A f -to'- -r Si
t.1 e teo- I ( isw, 'f t)'t 0 eTTO
on )"Sil mj~~e'r~ DA T 0 r e
-~'C , D.(~e &. to TWO "i):01. e
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SUB COL t'ae ax~ -0e 009 S tV~l
.r -or -ot 0 ee-9 e
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&~-Co* ers' ele ansla_
_O' ~P_11%_-rst~011 Ov,

KHOVIV, V.A.; SUCHKOV, N.A.;j3B55ORQV, A.A.;
Prinimala uchastiye
TAVILDAROVA, T.F., doktor sellkhoz. nauk, prof.;
NAZARENKO, L.I., red.; NAGIBIN, P.A., tekhn. red.
[State herdbook of Red Steppe cattle]
Gonudarstvennaia plemen-
naia knign krupnogo rogatogo :,kota krasnoi stepnoi
porody.
Alma-Ata, Kazsellkhozgiz. Vol.14 [Karaganda and
North Kazakh-
stan Provinces in the Kazakh S.S.R.] Karagandinskaia
i Severo-
Kazakhstanskaia oblasti Kazakhskoi !ZR. 1962. 410 p.
(MIM 17:2)
1. Kazakh S.S.R. Mnisterstvo sel'skogo khozyaystva.