SCIENTIFIC ABSTRACT ZHOVTYY, M.F, - ZHUBANOV, B.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002064910011-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GOLOVACMA, V.Ya.".HMM".L__
Idolation of the causative agents of bacterial infections-from the
actoparaoiteo of mamals in southeastern Transbaikalia and the Far
9 1:135-147
Ust, Izvo Irk, goo* nauc4'.7isel. protivVchum. inst. 2.
(MIRA 3-4t1)
(SIBERIA -EASTERN-PARASITES-MAMMUS)
NLCTER;1.y PATHOGENIC)

osmswo, i.i.; zHovTrr, 1.7.
Seasonal changes in the histostracture of the skin amou some
roilents species of Trausbaikalia. IzT. Irk.gos.nauch.-i eel.
protivochum.lust. 20:55-66 159. (Mk 1317)
(TR"SBAIXkLIA--RaDK9TIA) (SK131)

Z:IOVTIY, I. F.
"The role, of Aca-d. E. 11. Pavlovskiy ir-the treatment of the problem of
plague parasitology.
Dc~-yatpye arazi tolo Icbertin. I*Lei Lcjc*Ij
P 7
bolc.,nyam- 01~ty,-~,,I-yq af C, -Cllco orl vzira:14 to
I ,Ili -, MId D ic, ws c c, vit1h Poci 22-29 Octc"cr
1959, AcadEny' o Medical Scicrice,s- USSR arie Acadcny of
2(~
nP
-Antiplague Inst. of iberia and.th6 . F.ar East/Irkutsk

ZHOVTYY, I.F.; IrDMIYANOVAs N,D.
Carriers of plague infection JX the Mongolian People's Republic.
Izv. Irk. goo. nauch-isel. protivoohum. inst, 22:VZ-107 159,
(141RA W 10)
(MIIGOLIA-PIAGUE)
(naBOTS AS CARMES OF'bISFME)

TIMOTMYA, NMIPELOY, N.V.; 001,07ACHYVA, V.ya.;
GORDITWO, G.P.; DUBOVIX, N.M.; KOROBMIKOVA, A.I.; MOM,
T,.P.; IMINOV. S.P.. MATAYONOVA, Z.G.; SHVEDKO, L.P.;
VASIROVICH, R.I.
Saarch for pla.-us atd other epizootic diseases In a Tranabaik-allan
plague focus. Report Ro.2'. Izv.Irk.goo.naueb.-ioal.protivoebim.
iust, 200-13 159. (MIRX 130)
(TRANSBA MAL L4,--ROMITA--D ISEASES AND FAMS)

aWINA, A.B., otv. za vypusk; DOMAWSKIY, I.Vay otvo red*;
SILIUSKIYI P.I., otv, red.--ZRGVTYY
NEXIPELOVI N.V.p red... SKNEON, V.N., red.; IT',USHKINA, T.Z.,
tekhn. red.
cconection of works on biology,, 1960]Biologichoskii abomik
1960 g. Irkutsk.,,Vostochno-Sibirskoe otd-nic geogr. ob-va
SSSR, 1961. 285 P. (MIRA 15: 11)
(BIOLO(E)

NIKOLAIEV. X.1
NIKOLAYEV, N.I,, otv. red.; LENSKAYA, G.N., zam. otv. red.; PASTUKH)V,
B.N., zam. otv. red.; FENYUK, B.K., zam. otv. red.; ISHUNINA, T.I.0
red.,- AKIYEV, A.K., red.; DOMARADSKIT, I.V., red., DROZHEVKINA,
M.S., red.; ZHOVTYY, I.F.. red.; KOROBKOVA, Ye.I., red.;
KRAMINSKIY, V.7;-, ~r~ jF KR'ATINOV.. A.G., red.; LEVI, M.I., red.;
LOBANOVO V.N., red.; MIRONOV, N.P., red.; PETROV, V.S.,, red.;
PLANKINA, 2.A., red.; PYPINA, I.M., red.; SMIRK-DV, S.M., red.;
TER-VARTANOVO V.N., red.; TIFLOV, V.Ye., red.; FEDOROV, V.11.p
red.; PARNES, Ya.A., red.; PRONINA, N.D., tekhn. red.
[Especially dangerous natural focus Infections] Osobo opasnyeI
prirodnoochagovye infektsii; aboxmik nauchnykh rabot protivo-
chumhykh-uchrezhdenil. Moskva, Medgiz, 1962. 271 p.
(MIRA 16:5)
(CO10MICABLE DISEASES)
1i F111

ZHOZHIKASHVILI, V. A. and TUTMCH, V. N.
nLI
[~Z,HOPZHIKA,SH
"Commutator Switch'Composed of Magnetic Elements with a Square Hysteresis
JoL
Cor
'Loop," Avtomat. i Telemekh., No.l.. 1954
0 _vto at
DAM
M

USS FD-263i
Tel c0
Elec~~ronic~- e ntr 1
Card Pub. 41-1
Card 1/1 Pub. 41-17/21
7/pl
rA ik,,h'111.~VA. anil Mi-tvuah
Author Zhozhikashvili, V. A. and Mityushkin, K. G., Moscow
Title : Magnetic elements with a rectangular hysteresis loop in tele-
control installations
Periodical : Izv..All SSSR, Otd. Tekh. Vauk 4, 147-148, Apr. 1955
Abstract : Considers the need for dependable, high speed contactless im-
pulse distributors in telecontrol engineering. Proposes mag-
netic elements with rectangular bysteresis loops be used. Dis-
cusses differences between telecontrol rectangular hysteresis
loop distributors and computors. Defines various impulses.
Schematic diagram.
Institution
Submitted February 19, 1955
T~ TT TT
J
2
lit
f."Jr MI.- V.

e
ct
-ri(,'ty - Reference FD-1672
Card 1/1 Pub. 10-8/11
Author Zhozh~.kashvlli, V. A. (Moscow)
Title Deci'pherers of remote-control. devices basect on magnetic elements with
rectangular hysteresis loops
Periodical Avtom- i tolem., Vol. 16, 87-95, Jan-Feb 1955
Abstract The author investigates the various methods for constructing tontactless
magnetic decipherars and explaina their deficiencies. He proposes a pro-
cedure for constructing contactless decipherers based on magnetic elements.
with rectangular hysteresis loops. Use is m-de of s3rmbolic descripticns
for the circuits of the decipherer, which are sinilar to the description
of primary circuits of relay-contact decipherers. He investigates the pro-
tcctive properties of the docipherers worked out. The autbor concludes
that the construction of contactless magnetic decipherers by the method
of combination on windings permits economies in the use of the elements
of the circuit, and that such decipherers are free from complex pammetric.
dependences. r1o references.
Institution
Submitted April 17, 1954
M -140, 2;j JA,." 4T,

J I ~// W - 'f 'F r, - , - I )V N.
USSR/Automatics and telemechanics FD-2657
Card 1/2 Pub, 10-4/15
Author : Zhozhikashvili, V. A., and Mityushkin, K. G.
Titlc : Operation of counter (digital) switching circuits on the basis of
magnetic elements with rectangular hysteresis loops in remote-
control devices
Periodical Avtom. i telem. 16, Jul-Aug 1955, 356-363
Abstract The authors consider the peculiarities of the operation of
counter evitching circuits using magnetic elements with rectan-
gular hysteresis loops in remote-control devices. They foriaulate
the requirements posed by remote-control devices upon those cir-
cuits which are used as pulse distributors. They d-isclose the
negative influence of parasitic pulses upon the operation of the
circuit aftd propose a method for their elimination. They consider
variants of the distributor circuits based on elements with rec-
tangular hysteresis loops, which create the possibility of con-
tactless rapid-action distribution. Four references, IUSSR

Card 2/2 FD-2657
N-11. Tutevich and V.. A. Zhozhikashvili, "Commutator executed
on the basis of magnetic elements with rectangulaar hysteresis
loops," ibid. 15, No 1, 1954) and 3 West (e.g. A. Wang, 'Vagnetic
storage and delay line," J, Appl. Fbys. 1950; J. Rajehman, "My-
riabit magnetic core matrix memory," Proc. IRE, 1953; E. Sands,
"Behavior of rectangular hysteresis loop magnetic naterlals under
current pulse conditions," Proc. IRE, 1952).
Institution
Submitted April 5, 1955

GAVRILOV, H.A., otvetstvann" radaktor; ILI IN, V.A., redaktor; ZHOZHIUSHVILI,
IA&m redAktor; PMOVSKIY, A.M., rodaktor; HALOY,
OSTIAUU, Y.M., redaktor,- POMIMSKIT, V.7., redaktor izdatel'stva;
NISILIVA, A.A.. tekhnicheekiy redaktor
fRemote control in the national economy] Tlemakhanizateiia v
uarodnom khoziaistva; materialy soveshchantia, Moskva, lzd-vo
Akademil. nauk SSSR, 1956. 481 p. (HIM 9:8)
I.,Soveshchaniye po telemakhanizataii v narodnom khozyaisive SSSR.
Moscow, 1954.
, (Remote control) (Telemetering)

ZHCZHIKASHVILI, V. A.; Mityushkin, K. 0.
"Use of Hysteretic Magnetic Elements for the Production and Reception
of Remote Control Signals" (Primeneniye gisterezisnykh magnitnykh elementov
dlya obrazovaniya i priyema signalov tele-upravleniya) from the book Telemechanizatiori
in National Econo s PP. 159-162, Iz. AN SSSRI Moscow, 1956
(Given at meeting held in Moscow, 29 Nov to 4 Dee 54 by Inst. of Automatics
and Telemechanics AS USSR)
I W 1:

804~2
SOV/112-60-2-4.1029
Translation from- Referativnyy zhurnal Elektrotekhnika., 1960, Nr 2, p 216
(USSR)
AUTHORS: Zhozhikashviii, LA., Mityushkin, X0.
TITLE: Noncontact Telecontrol and Remote Signal System Devices on
Magnetic Elements
PERIODICAL-. Tr. Vses. n.-i. in-ta elektroenerg., 1958, Nr T. PP 56 77
~ABSTRACT: The problems of raising the technical and operational
characteristics of telecontrol (TC) - telesigna QJTS) devices
,
are discussed., It is pointed out that from this viewpcint the
use of the noncontact equipment is very rational,,in tele-
mechanical installations, because this equipment makes it
possible to solve the problems of higher reliability, zpeed of
operation and liquidation of attendance.9 TC-TS dpvAces con-
strueted by TsNIEL with the use of magneti"F=amp Thers and
magnetic elements with a square hysteresis loop are briefly
described. Two TC-TS devices of sporadic action built according
Card 1/2 to the distributive principle with atime selection are described.

SOV/112-6o-2-4.1029
Noncontact Telecontrol and Remote Signal System Devices on Magnetic Elements
In the first device magnetic amplifier woperating by the relay principle are
used as output elements, and telephone seleators are used as distributors.
In the second device distributors are built on magnetic iAements with a
square hysteresis sloop. The device is fed with -an alterTiatIng voltage of
25 cycles from a frequency divider. Starting devices are of a transformer
type, , The selection interval is created by stopping for the desired time the
transmission of the distributors pulses from -the controlled point into the
line.- A TC-TS device of a continuous, cyclic action with a possibility of a
two-way transmission, command and informatlon series in one cycle of switching
over the distributor is described. The distributor is built on magnetic
elements with a square hysteresis loop and magnetic amplifiers are used as
output elements. The selection Is performed by transmitting a command pulse
on the desired step of the distributor. To secure the synchronization of
distributors a common alternating current network is used for both the control
Iand controlled points. The pulses from these points are shifted in the line
through 1800 on account of using different AC halfwaves for the movement of
distributors. 12 illustrations, 2 references.
Card 2/2 V.Ye,Kh.

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V
ACCESSION NR: AT4031774 f3/0000/63/000/900/0237/0241
AUTHOR: Zhozhikashvill, V. A.; Raykino A. L.
TITLE: Determination of the suitable operating conditious of a oyst6m reseive unit
SOURCE: AN SSSR. Strukturnaya teorlya releyny*kh ustraysty (Structural theory of relay
devices). Moscow, Izdr-vo AN SSSN 1963, 237-241
4 TOPIC TAGS: control system, automatic control, feedback, relay, reserre unit, system:
reliability, system design
ABSTRACT: A well-known method for enhancing system reliability Is the intr6duction of-
structural redundancy (in specific cases, the duplication of its elements or units). In thl
present article, a system to considered which consists of a basic and stand-by (reserve4
unit, and the mission of which to the uninterrtjpted fulfillment of Its assigned functions.
With the basic unit functioning normally, the stand-by is in the condition of 'bold'"serve,
characterized by an outage time distribution law differing fiom the outage time distribu-
tion. of the basic equipment~ and is put Into operation only hi the event of a failure of the
basic unit. Outages of the working unit are signaled and eliminated by service personnel.
h is further assumed that there Is a fault detector which activates the stard-by switch-on
Card 1/6'

ACCESSION NR: AT4031774
elements (Fig. 1 of the Enclosure). Considering, for the stdce of simplicity,'the'se sup-
plementary elements to be absolutely reliable, the authors have attempted to determine
the a6antages of this method of stand-by (reserve), as they result from the less exacting
conditions of the stand-by unit, as well as its shortcomings, which are connected with the
lack of Information regarding the state of the stand-by unit elements when tile basic equip-
ment Is operating properly. The discussion concerns systenis, the operational liready"
time of which is negligibly small. In a general case, the solution of the problem pre-
supposes arbitrary time distribution laws for the faults of the. stand-by and basic units and
of the fault restoration times. In this paper, a uniform case. Is considered, In which these
distribution laws have a constant conditional probability density, with instantaneous switch-
on of the reserve equipment. With this formulation, the behavior of the system represents
a ruidom Markov process with four states, designated as fol 'laws: (11) - both units in
working order, with the basic unit fulfilling Its assigned functions; (01) - basic unit 'but"
and under repair, with the stand-by unit in order and fulfilUvg the functionB of the basici
(10) - basic unit In order and functioning properlyj vrith the stand-by unit 1buV1 but with no
Informatlon to that effect; (00).- both units outf indloatin
I sL!aflure of the entire system.
7he posmibiU~Q� of tramitionsihm Ong O&W WWrOW MdUair andiUrg PmbaWHW'x
Card 2/9

V: i f
ACCESSION NR:' AT4031774
densities are indicate& in Fig. 2 of the Enclosure. The author h" designated the
probabilities of the system being in these states as time functions Pjj(Qq P, (QV P (t),
and X00(Qp respectively, and has also Introduced the notation k aid A2 for to Induitles:
and ~qnditionai probability densities of faults In the basic and stanl-by Enitap respictivelyp
and the speed of fault restoration. - Thus, a formula is derived
Im'eft A* IL 1,A11(p, + A4 + 14+
X1 (PI + XJ (Ps + W P21 (Pi + XJ (Ps
+ X, + L) (P, + P3)
jP23-
(P2 + (PI-PI)
for the mean failure-free'operating,time of a duplicated (stand-by) system as a function of
three parameters: the Intensity values of the outages, of the biwic and stand-by units and
the speed of restoration. An estimaUon of this type makes It possible to compare achievable
reliability with the reserve facillUes employed in different manners. The author has called
attentlon to the need to extend " method to cases of arbitroxy fault time diatribution laws,
since this would permit consideration of the effect of element aging. Orig. art. has., 3
figures and 13 formulas.
Card 3/6

------

t -
II
. -AT4
AOCESSION NR. - 031774
.4 ..- I
I
- ENCIXGUR.E; 02

BILIK, R.V.- ZHOZHIKASHVILI, V.A.; MITYUSHKIII, K.G.;
rr,--i-.-v-,-.seTsK6V, B.S., otv. red.
[Contactless elementa and reviote control systems with
time division of signals] Beskontaktnye elementy i si-
steny telemekhaniki a vremennym razdcleniem. sigmalov.
Moskva, Nauka, 1964. 415 P. (MIRA l7t9)
1. Chlen-korrespondent Ali SSSR (for Sotskov).
Mimi

RAMS, Roman Lazarevich; GORYANOV, Oleg Aleksandrovich. Frinimal
kand. tekhn. nauk;
uchastiye-=JM$
SUKHOPRUDSKIY, II.D., kand. tekhri. naukp retfienzent
YURASOV, A.N., red.
[Remote control] Teleuprav'Lenis. Izd.2., perer. Mosk-N,a,,
Energiia., 1965. 535 P. 18-.2)

~D.-~U R / 0 ~OO CA ~~j6 0 O~
Ws AT6002984 SOURCE CODE-
UR/0000/65/000
AUTHOR: Bilik R. V.; Zhozhikashvill, V. A.; KartuzLDy
_j Yfll_y._,
ORG. none
TITLE:.-Fer rite -diode lo Lcal atements. for remote control and telometry
SOURCE: qjernentam avtornatild I
j__qA Yerevan, 1963. Magnitnyye tsifrovyyee
(Magnetic digital elementa)j doklady soveahchanlya. Ivioncow, Izd--vo Nalika, 1965,
156-164
TOPIC TAGS: logical element, remote control, telemetry
ABSTRACT: Several ferrite -core -plus -diode logical elements and switching circults
are described; the experimental elements used VT-Z and K-65, lOx6xz.5-rnm
ferrite cores. A 4-core AND-gate Is briefly described, and the plots of power,
current, and current ratio vs. supply voltage for 2-10 Inputs are presented. A
3-core NOT gate (inverter) is briefly described. A circuit diagram is shown that
carries out the Scheffer operation: f y V y. Also, a circuit diagram for a

L 39488-66,
ACC NRs AT6002984
NOR operation Is shown. Of combination logical elements, the inhibition
implication, nonequivalence [ f A Y) V (x A D ], and multifuncti orial elemants
are briefly covered. Also, principal circuits and relations for the dyllarnic trigger,
count trigger, and single-digit code converter are given, Orig. art. linsi: 15 figure"
and, 15 formulas,
SUB CODE: 13j 09 SUBM DATE: 23Apr65 ORIG REF: 002
Card 2/2/,Y)/-

40239-66 EWT(d)/FWP(v)/F-VIP(k)/E?iFi(,h)/EWP(l) ac
ACC NRt AP6021400 SOUHCE CODE: UR/0103/66/000/()06/0188/0199
;'-AT)THOR: Zhozhlkashvill, V. A. (Moscow); Hhorovich, B. G (Moscow)
6'RG:, none
TITLE: no; computation of some probability characteristics in the Information tra6mission
process for a particular class of a centralized control system
SOURCE: Avtomatlka I telemekbanika, no, 69 19660 188499
-TOPIC TAGS: stochastic process, function analysis, probability theory, memoiy core, data
processing system, data transmission, information theory
ABSTRACT:, per, the authors analyze an instance when to a central point in a closed-
loop control I ate ere Is to be transmitted only an alerting siEipal to the effect that a pulse
has appeared at the tput of the source (the information source baing, in this case, a sensing
Lei
unit) while the parameters of the pulse Itself are of no importance from the point of view of
the subsequent piwessing of the information which it contains. Such an information-collecting
system using cyclic tolemechanical devic" can be realized in one of two ways; with memory
units or without them. The selection, therefore, of the optimal wjstem configuration involves.
the problem of determiningthe criteria fixingthe quality of the data tranamisolon process. A
cam 1/2 UDC: 62-619

~V
L 402,39-66
ACC NKs AP6021400
method to outlined whereby certain of these criteria can be determined: the probability of
structural loss of Information and of the-acquisition of false mossaps. A centralized control
~.-System which performs the function of counting the number of ptilses arlsifig at the sources of
the information flow is thus analyzed. The probability factors of a structural irdormation loss
and of the receipt of false information are analyzed for a system of this type without memory
devices. For systems with memories a determination is made of the upper lim-It in the esti-
mWon of the probability that a structurally-related. information lose will occur. Orig. art.
has: 8 figures and 45 formulas.
SUB CODE; 09/ MMM DATE: 20Jul6o/ ORIG REF: 001/ OTH REP: 000
C'M 2/2

AVENJ O.A.; DVORETSKITF V.M.; DOMANITSKIY, S.M.; ZALMANZONJ L.A.;
KRASSOV, I.M.; KRUG, Ye.K.; TALI, A.A.; KHOKHLOV, V.A.;
BULGAKOV, A.A.; DEMIDENKO, Ye.D.; BFR?ISHTEYN, S.I.; YEWLtYANOV,
S.V.; LERNER, A.Ya.; WYEROV, M.V.; PERELIMAN, I.I., FITSMERt
L.N.; CHELYUSTKIN, A.B.; 2210ZHIKASHVILI.-VA.; WIN, V.A.;
AGEYKIN, D.I.; GITSHCHIN, rU.V:";'-K--A-T--YS, G.P .; VELITTSER, L.11.;
PARKHOWNW, P.P.; MMAYLOV, U.N.; FITSNER, L.N.; PARKHOWNW,
P.P.; ROZENBLAT, M.A.; SOTSKOV, B.S.; VASILIYEVA, N.P.; PRANGISHVILI,
I.V.; POLONNIKOV, D.Ye.; VOROBtYEVA, T.M.; DEKADRUN, I.Ye.
Work on the development of systems and principles of automatic
control at the Institute of Automatic and Remote Control
during 1939-1964. Avtom. i telem. 25 no. 6t807-851 Je 164.
(MIRA 17-.7)

"r, OF pilaf
U07MUSIM-11, V.A. (Moskva); SIMMM, Yu.I. (Moskva)
Reliability of information nots, Avtomo i telem. 24 no.6:
824-829 -Te, 63. (MMIL 16:7)
(Telecommunication)
(Information thecory)

ZHOZHIUMVILI., V.A. (Moskja); RAYXIN, A.L. (Moskva)
Evaluation of system.raliabillty with damage si,-naling, Avtom. i
telem. 23 no.3092-397:Mr 162, (MIRA 1513)
(Automatic control)

.351156
S/103/62/023/003/013/016
(//CX' 3 ie 3) D201/D)01
AUTHORS: Zhozhikashvilij V,A#j and Raykinj A.L. WOOCOVO
TITLE: 113valuation of system reliability with fault signalling
PERIODICAL: Avtomatika*i telemekhanika, v. 23, no. 3, 1962,
392 - 397
TEXT: The authors describe the Drocedure in determining the relia-.
bility of a system taking into account the probability of its use
at any arbitrary instant t under the condition that a part of all
possible faults in the system can be signalled. The following data
are given and assumptions made: 1) The system consists of elements,
the faults of which do not affect other elements. 2) The pr6babili-
ty of the given systern being in operation at instant t is given by
a function Y(t).- The'~conditional Drobability that the systemp not
in use at 'instant Of will begin before t9 is given as function X(t)
3) The faults are determined by the duration of the full o erative
condition of the system including the time of readiness. 4~ The pro-
bability distribution of reinstating the signalled and non-signal-
Card 1/3

S1 lOY62/023/003/013/016
Evaluation of system reliability D201 D301
led fault are given by functions VI 1(t) and W2 (t) respectively-,5)
Faults occuring during servicing are not counted. 6) The signalling
is 100 ~'a reliaole. Three cases aria posnible: a) Whon it becomes im-
,oo.ssible to check the remaining part of the system after the sig- ,V~
nalled fault had been Put right; b) Until the beginning of signal-*
led fault rectification it is possible to check the whole system
and to put right any additional faults thus 'ound; c) Same as in
(b) but,possible only after the signalled fault final rectifica-
tion. For all three cases the probability of system failure at the
end of an arbitrary time interval from the simultaneous effect of
all signalled faults is derived and for system (a) the average time
of faultless operation of the system for the greatest probability
of failure is determined. The following conclusions are reached:
1) The evaluation of the system reliability in the preBence of ope-
ration control and fault signalling, should be, and is, based on.
the wider than normal notion of reliability of a continuously ope-
rating system. The probability of its failure is related to the
probability of its utilization. 2) Such an evaluation may be use-
ful in determining and choosing means of improving the system re-
Card 2/3

S/103/62/023/003/013/016
Evaluation of system reliability ... D201/D301
liability and nethods of its utilization. 3) The solved concrete
example shows that the average time interval between ~he -failures
also depends on the intensity with. which the iystem is being in-
troduced into operation and that of fault rectification. In the li-
mit, by reducing the.faiilt rectification tim to zero, a maximum
average time between failures may be obtained, determined only by
the intensity with which the system is being made operational and
by the inte-.sity with which the non-controlled faults occur in
the system. There are 3 references: 1 Soviet-bloc and 2 non-So-
viet-bloc, The reference to the English-language publication reads
as follows: R.H. Wilcox, Serviceability: Complement to Reliability
4th- Nation Confer. on Military Electr., 1960.
SUBMITTED: kugust 5, 1961 V~
Card 3/3

SOV/IIZ-57-5-10844
travlation from; Referativnyy zhurnal. Elektrotekhnika, 1957, Nr 5, p 181 (USSR)
AUTHOR; 'Zhozhikashvili, V. A., Mityushl~in, K. G.
TITLE; App_i_,C~i_ti,
on of Hysteretic Magnetic Elements for Formation and Reception
of Remote-Control Signals (Primeneniye gisterezisnykh magnitnykh alementov
dlya obrazovaniya i priyerna signalov teleupravleniya)
PERIODICAL: V ob Telemekhaniz. v nar. kh-ve, M., AS USSR, 1956, pp 159-162
ABSTRACT: Methods are considered for formation of remote-control signals of
amplitude and.time pulse types. A method is described for forming longer
intervals by counting a definite number of pulses; a corresponding circuit
diagram and an operation oscillogram are presented. Signal reception by
controlling input or output circuits of a distributor is examined. A circuit for
controlling a distributor in case of a time-pulse code and an oscillogram are
'presented. Possibilities of practical realization of contactless remote -control
using rectangular hysteretic loop distributors operating at a rate up
Ca-rd 1J2

SOV/112-57-5-10844
A:Pplicationof Hysteretic Magnetic Elements for' Formation and Reception....
to 1, 500 pulses per sec are pointed out. Further increase in operation speed
is limited mainly by the absence of sufficiently reliable and quick-acting
receiving and controlling elements.
J.
Card 212

AUTHORS:
TITLE:
PERIODICALt
iBSTRACT:
Card 1/2
.:%hnzLika&hvilij V. A., Mity-ushkin, X. G., SOV/'0~53-5-11145
J
Candidates of-MrhMal Sciences
Contactleca Devices for Remote-Control Telecommunication (Beskon-
taktnyye uctroyetva toloupravlaniya-tf~losignalizatsii)
Vestnik Akademii nauk SSSR, 1958~ Nr 6,
PP-74 - 76 (USSR)
The Laboratory for Remote-Control of -the Institute for Auto-
matics and Telemechanics.,AS USSR (Laboratoriya toleupravleniya
Instituta avtomatiki i telemekhaniki. Akademii nault SSSR), in
collaboration with the Laboratory for Telemechanics of the Central
Electrotechnical Scientific Research Laboratory of the Ministry
of Electric Power Plants (Laboratori.Ta telemekhaniki Teentrallnoy
nauchno-issledovatel'skoy laboratorii Ministerstva elektrostantsiy)
dcveloped contactless remote control systems for sporadic and
continuous operation, the main appliance of which consists of
magnetic impulse elements with rectangular hysteresis loop., Power
is supplied from the a.c. mains with industrial frequency.These
devices are able to operate without any substantial modifications
with frequencies of 25, 150, and 450 cycles per second, in which
case voltage fluctuations of the supply current up to _+ 15 to 2o%

Contactles,s Devices for Remote-Control Tel ecommunica- 30v/3 o- 58-6-11/45
tion
4re.permissible..The block diagram of a telecommunication device
for sporadic operation in -shown in figure I and it is-subsequent-
ly fully described. A similar device was put into operation in
the Mosenergo-system. The diagram of a remote-control telecommu-
,nication system for continuous operation in shown in figure 2
*and followed by a description. A complex remote-control system
which carries out the control# signalization and telemetering
of a series of parameters by means of a cable pair can be ob-
tained by using the described device toGether with the impulse-
-frequency telemetering device developed by the Institute for
Automatization and Remote Controlt It is judged advisable to
work out also more complicated systems of ouch devices. There are
2 figures.
1. Communications systems--USSR 2. Remote control systems--Design
Card 2/2

PHASE I BOOK EXAOITATION 813
Soveshchaniye teleme
khanizatsii v narodnom khozyaystve SSSR.
Moscow, 1940
- Telemekhanizatsiya v narodnom khozyaystve;
materialy soveshchaniya... (Remote Control in the National
Economy- Materials of a Conference) Moscow, Izd-vo AN SSSR,
1956. 481 P. 3,000 copies printed.
Sponsoring Agency: Akadmeiya nauk SSSR. 'Institut avtomatiki i
telemekhaniki.
Resp. Ed.: Gavrilov., M.A.; Eds: 111in, V.A., Zhozhikashvili
PetroVskiy, A.M.) Malov, V.S., Ostianu, V.M.j_9a-.'~FNHN'Rng
House: Pobedimskly, V.V.; Tech. Edo: Kiseleva,, A.A.
PURPOSE: This book is intended for scientists. and engineers engaged
in the research and development of remote control.
GOVERAOE: The monograph is a collection of papers presented at the
All-Union conference called by the Institute of Automation and
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Remote Control in the National Economy (Cont.) 813
'Remote Control of the USSR Academy of Sciences on November 29, 1954.
The articles deal with theoretical problems of remote control and
varions problems of research. They discuss the development of new
methods in telemetering and review the present state of the
research, development, and manufacture of remote control equipment.
Problems concerning remote control communication channels and
-*thegeneral theory of telemetering devices and controls are treated
very briefly, while problems in the manufacture of remote control
apparatus are not included. The articles vrere discussed at the
conference and the results of these discussions are also presented.
For references see Table of Contents.
TABLE OF CONTENTS#-
Foreword 3
PART 1. GENERAL PROBLEMS OF REMOTE CONTROL
M.A. Gavrilov,'Doctor of Technical Sciences. Present State
and Basic Problems of Research in the Field of Remote
Control 11
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Remote Control in the National Economy (Cont.) 813
The article discusses a theory of signal shaping which includes
methods of combining pulses and determining the correlation
between the number of signals and pulses needed for signal
shaping. It deals with problems'of obtaining binary numbers
tables in w1vich the change of O.into 1 or vice versa would
give the binary number missing In the table. Methods of
obtaining a table of nonchanging signals are also given. It
is stated that the analysis of stability of remote control signals
conducted by the Institute of Automation and Remote Control of
the USSR Academy of Sciences is still in the initial stage of
development and is chiefly limited to the investigation of relay-
contact stability. There is a brief discussion of the construction
and transformation of relay systems, methods of constructing Za_nged
units for pulse generation, control, starting, and stopping, and
Protecti6h', -And the possibilities of employing cofttactless elements.
It is~indi6ateq that, in general, the development of remote control
systems in the USSR is still in the initial stage'.- There are 9
references, of which 6 are Soviet and 3 English.
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Remote Control In the National Economy (Cont.) 813
V.A.111in. Basic Problems., Research 11,10 r1c
in-: the, ~ Field. of, 1eleme beriij:~~ 51
The article discusses in general terms problems.of the
reliability and efficiency of telemetering, as well as possible
method5 of improvement. There are 8 references, of which 7
are Soviet and 1 English.
B.S. Sotskov. Reliability of the Operation of Relay Element
-Contacts 59
The author derives equations for contact wear under different
operating conditions, the limiting value of current in the
circuit, and the actual contact area and pressure. There is
a brief discussion of the relationship between contact wear
and reliability of relay operation. There in 1 Soviet
reference.
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Remote Control in the National Econumy (Cont.) 813
'A.M. Petrovskiy. Some Possibilities of Applying the Intelligence
Theory to Remote Control 71
The article discusses general aspects of the transmission of
coded intelligence, as well as the possibilities of employing
coding technique in the field of remote control. There are
5 Soviet references (including 1 translation).
V.N. Chepurin. Manufacture of Remote Control Apparatus by the
Elektropul't Plant 77
The author states that during the five-year period, 1951-1956,
the Elektropul't Plant developed over 70 types of apparatus
for remote control measurements, telesignalling, and for use in
control rooms. It is stated that the measuring instruments for
short-distance operation can transmit measurements for 17-20
kilometers. Their:accuracy is about �1.5-2%. Since January,
1954, the plant has been manufacturing units with compensating
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Remote Control in the National Economy (Cont.) 813
transformers which make It possible to measure up to 10 similar
parameters with a single receiving unit. The error of this
unit is not-greater than �3%. At the end of 1951 the Orgres-
Electropul't Frequency System began manufacturing the narrow-
band TChO-3 frequency instrument for transmitting measurements.
The TChO-3,instrument operates on 13 different frequencies in
the range of 340-3150 cycles. It makes possible the transmission
of measurements for practically any distance. The expected error
of this instrument is about �2.5%., but the practical error does
not exceed �2%. It is stated that the PMS and PDChS type two-
scale receiving devices were replaced by the PMDG - and,,%-PDDG typo
single-scale instruments. The PMDG type has an error.of �0.75%.
The circuit of the self-compensating frequency meter of tne FPCh
type was also improved. The author also lists various devices
of the VRT-53 type time-distrJouting system used for telesignal-
ling. There is a discussion of a remote control and telesignalling
unit-type device for the UTB-55 time-distributing system and the
VUST-1 and VUST-2 rectifiers with stabilizIng circuits. A short
description is given of control room equipment, such as memory
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Remote Control in the National Economy (cont.) 813
devices and dispatchers' supervision boards of the ShchD-l
and ShchD-2.types. There are no references.
Ya. L. Bykhovskiy. Modern High-frequency Channels Using
Electric Transmission Lines. 85
The article presents a general discussion of problems
encountered in the transmission of signals. Such factors as
weather conditions, faults, and Interference and their effect
cn the efficiency of high-frequency transmission are
~:escribed. A list, (with-specifications), of various apparatus
used for high-frequency transmission and reception is given on p.87.
Their operation and structural diagrams are discussed. There are
no references.
PART 2. REMOTE CONTROL
M.A. Gavrilov, Doctor of Technical Science.
Relay Circuits
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State of the Theory of
99

Remote Control in the National Economy (Cont#) 813
The article discusses the fundamentals of relay circuit theory
and gives some examples to illustrate its possible application in
the construction of blocks of remote control devices. Problems of
synthesist analysis, and transformation of relay circuits are
discussed. There are 5 Soviet references.
G.N. Povarov. Present State of the Problem Concerning the
Minimum Number of Structural Components in Relay Switching
Circuits 134
,The article discusses the problem of evaluating relay circuits
by taking*int6 donsideration-the number of contacts present in
a circuit. There are 11 references, of which 6 are Soviet, 3
English, 1 French,and,1 Dutch.
V.N. Roginskly. Relay Counting Circuits
A general discussion of circuits for counting current
current pulses-is presented. Steps involved in the design of
139
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Remote Control In the National Economy (Cont.) 813
relay counting circuits are briefly described. There are
5 Soviet references.
V.I. Ivanov. Investigation of Relay Switching Circuits 146
The article discusses switching circuits with blocking and
cutoff relays and the design of relay switching circuits. There
are 3 Soviet references.
V.A. Zhozhikashvili and K.G. Mityushkin. Application of
Hysteresis Magnetic Elements for the Shaping and Reception
of Remote Control Signals 159
The article briefly describes the operation of circuits based
on the principle of the rectangular hysteresisloop of their
magnetic components, such circuito'being used for shaping
amplitude signals and for stretching the Intervals between pulses.
There is also a short discussion of circuits for pulse reception.
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Remote Control in the National Economy (Cont.) 813
There is 1 Soviet reference.
V.N* Tutevich. Remote Control Multichannel Pulse System
Using Magnetic Elements with Rectangular Hyi3teresis Loop 163
The article discusses the general aspects and principles of
operation of a' three-channel,"remote control system using
magnetic elements and describes the system's protection against
possible distuib'ances. There are 5 Soviet references.
O.A. Goryainov. Principles of Constructing Remote.Control
Devices Using Cold-Cathode Thyratrons 172
The article presents a general description of the operation
of a cold-cathode thyratron. An analysis Is made of a remote
control system which the author developed together with
I.A. Nablyev. There is a discussion of vw7ious elementary
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R'emote.Control in the National Economy (Cont.) 813
circ'uits making up the -system., such as repeaters) pulse generators,
and:-%monostable and bistable trigger circuits. There are no
referehoes.
1. .
R.L~..Rayneo-*;.,-,:TsNIEL"'Rdm6te,Contro1 DdviceA.-in Power Systems 189
A. brief description is given of the operation and construction
of teles,ignalling apparatus developed by ToNIEL-Tsentrallnaya
nauchno-isoledovatellskaya 6-lektrotekhnichealcaya laboratoriya
Ministerstva. elekti~ostantsiy -TeNIEL (Central Scientific-Research
Electrical Engineering Laboratory of the Ministry of P'ow6r Stations).
A general discussion of a recently developed magnetic contactless
frequency divider used'as a pulse generator Is presented. There
are no referenods.
S.M. Yakovlev. Problems of Constructing Devices for Remote
Control of Distributed Objects 203
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Remote Control in the National Economy (Cont.) 813
The article reviews problems encountered in the development
and construction of systems for therembte control of distributed
objects and discusses a system using relay switching circuits.
There are 9 references, of which 3 are Soviet, 4 German, and
2 English.
A.V* Ivanov. Remote Control of Railway Substations of
Electrified Railroads 210
The article presents a-general discussion of control room
escribes a remote control system developed
'equipment. It also d
byTsNII MPS-Tsentrallnyy nauchno-isBledovatellskiy institut
Ministerstva putey soobshcheniya (Central Scientific Research
Institute of the Ministry of Railroads) and used by the Moscow
railroad center. The operation of system components, such as
thecoding circuito start-up oircuit, and signal reception and
transmission circuits, is described. There are no references.
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,Remote Control in the National Eognomy (cont.) 813'
V.A-. Moroz. Devices for theRemote Control of Public
Service Systems 223
The article presents a general discussion of devices used for
the remote control of public service systems and provides a
classification of deviges according to' their use. It briefly
desoribes a,refnote. oi)ntrol:. d6vice 'used for transmitting a
sinall numbeil! of'signals. There are no referenceB.
A.S. Alltshuller. Remote Control of Mercury-Are Rectifier Substations
for Electrolytic Plants 229
The article discusses two types of remote control devices
.developed by the Authorp the 6ne having a large and the other
a small number of sigml transmitting channels. The article
describes their prindiple of operation and shows their circuits
for transmitting, rece1ving, and shaping of signals, There is
1 Soviet reference.
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,Remote Control in the National Economy (cont.) 813
PAKT 3 - TEIEM TERING
V,S. Malov, Selection of Basic Characteristics of Remote
Control Equipment for Power Systems 243
The article presents a general discussion of problems encountered
in the' development and application of remote control equipment
and systbms. The importance of remote control is stressed and
suggestions for the further development of remote control theory are
offered.
V*D. Ambrosovioho Newly Developed Telemetering Equipment of
the Bloktropul't Plant 249
The author discusses new remote control equipment developed
by the Elektropul't Plant and the Central Scientific-Research
Electrical Engineering'laboratory of the Ministry of Electric
.jower Stations, which are being used by the Kuybyshev and
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Remote Control in the National Economy (Cont.) 813
and ~Qtalingrad Hydroelectric Power Stations. Circuits of
various remote control transmitting instruments are given and
their operation discussed. Photograpfte!,of-a transmitter with
characteristics are shown 4p. 259. There is a
description of measuring instruments uch as the VAPI-la,
-VRPI-la, 2VAPI-la, and 2VRPI-la watt4ters and the VPI-la
voltmeter. Specifications of the VAPI-la wattmeter and VPI-l
v.oltmeter are tabulated. The article'briefly describes the
PMDG-l moving-coil ammeter and the FLDG-l ratiometer and gives
their specifications, There are no references.
S.A. Ginzburg. Methods of Designing Power Rectifiera 264
The article discusses the theory of a square-law function
generator with unsymmetrical nonlinear elements. It also.describes
the theory and application of MDM-1. MDM-lTj 14DM-2 magnetic I
.rectifiers using square-law function generators with a single
nonlinear ferromagnetic element. The instruments were developed
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Remote Control in the National Economy (cont.) 813
by the author at TsLEM-TsentralInaya laboratoriya elelctricheskikh
i izmeritellnykh-priborov i eksperimentalInaya masterilkaya
(central Laboratory and Zxperimental Workshop of Electrical
and Measuring InstrumentG). The accuracy and specifications of
the-instruments are given6 There are 5 Soviet references.
V.Ye. Kazanskiy. Long-range Telemetering 277
The article describes the Orgres-Gosudarstvennyy trest po
organizataii i ratsionalizatsii elektrostantsiy (State Trust for
the Orginization and Efficiency of Electric Power Stations)
equipment of the TChO-53 type used for telemetering of
frequency and power.of electric power systems. The article also
describes the operation of an RKP type signal recorder and
various other components of the TChO-53 system for long-range
telemetering'. The advantages of the TChOo53 type of telemetering
eqi4ipment over the'TGhO*-3 -type are discussed. There are no.,
references.
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Remote C*trol.in the National Economy (cont.) 813
V4P* Demeshin, Frequency Converter With a Nonlinear Control
Blement 282
The,author describes sinple converters-in which the frequency
is controlled by means of nonlinear elements. He discusses
transients in RC-oscillators with nonlinear resistanoes and
capacitances and derives expressions for these transients.
A discussion of the behavior of thyrites and their use in the
phase-shifting circuits of frequency converters is preaented.
There are 4 Soviet references*,
A.Mo Fahenichnikov. Telemetering and Recording lnstruments~.Ath
Magnetic Modulators Used as Null Mechanisms 293
The author describes the construction and operation of a
magnetic modulator with four circular molybdenum permalloy cores.
He also describee'a system used by him to determine the magnetic
effect of the second harmonic in the null mechanism. The
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Remote Control in the National Economy (cont.) 813
circuits of the following equipment are described: the "Gigant"
device used for frequency,,-power,, and voltage measurements; a
olase 0*2 recording frequency meter; a reoording receiver and
transmitter for remote control frequency systems; and an amplifier
for the summing circuits of frequenoy-and-pulse systems. The
above-devices were developed by TsIXM-Tsentrallnaya laboratoriya
e1ektrioheskikh i izmeritellnykh priborov i skeperimentallnaya
masterhkaya (Central Laboratory and Experimental Workshop of
Electrical and Measuring Instruments). There are 2 Soviet
references.
V.A* Kashirin, I*A. Kostetskaya, and N.V* Pozin. Remote Control
Phase Meter 310
The article discusses a phase meter developed by V.A* Il'in,
Doctor of Technical Sciences,, of the Institute of Automation
and Remote Control; USSR Academy of Sciences. Circuits of
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7
Remote Control In the National Economy (Cont.) 813
transmitting and receiving mechanisms of the phase
meter are given and a discussion of their operation is presented.
There are no references.
R.V. Bilik. Remote Control Measuring Equipment of a Pulse-Time
System 315
The article briefly describes the construction and operation
of remote control transmitters. It discusses and provides
photographs of transmitters for cyclic remote control measurement.
built into the housing of a DP-280 type flowmeter, a TG-270
pressure thermometer, and a pressure gage. It also presents a
brief description of a unit-type, three-component transmitter
which can measure the flow, pressure, and temperature of a gas.
The construction and operation of an anchor-type remote control
receiver of a pulse-time system is described and a general view
given. A discussion of the operation of relay transmitting and
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Remote Control in the National Economy (Conto) 813
r4beiving airquits for cyclic remote control measurement is
presented. There are no references.
Iol. Mikhaylov. Electronic Pulse Power Adder With Self-
Oscillating System 327
The article describes the operation and construction of self-
oscillating circuits such as rel4X4tion oscillators using gas-
and electron tubes. The circuit of a pulse power adder is
presented and the behavior of its various components is briefly
discussed. There are 3 Soviet references.
V.N. Mikhaylovskiy. Telemetering of Depth Parameters 334
The author discusses the depth parameters which determine the
operating conditions and technique of drilling,bore-holes for
oil, underground gasification of coal, and geophysical
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demote Control in the National Economy (Cont.) 813
explorations and describes various signal transmission chamelB.
A general discussion on the construction and application of the
proper equipment for remote control of depth parameters is
presented. There are no references,
A.L, Abrukin. Pulse-Time Converter for Telemetering 346
The circuit of a pulse-time converter with negative feedback
is.givenand its operation described# Amplification expressions
are derived and the advantages and disadvantages of the converter
are discussed. There are 2 Soviet references.
PART 4. TEIRM NIZATION 353
Ye. D. Zeylidzon. New Problems in the'Field of Telemechanization
of-Power Systems * 1 355
The article gives an account of Soviet achievements in the
introduction of remote control apparatus to industry* By the
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w2i
Remote Control in the National Economy (cont.) 813
end of 1955, control rooms equipped with telemetering and
telesignalling instruments controlled about 20 power systems
representing about 50% of the-total power of all systems of
MES-Ministerstvo elektrostantsiy (Ministry of Electric Power
Stations). About 90% of the total length of 35-kv transmission
lines was equipped with automatic reclosing apparatus. By the
end of 1954, over 40 hydroelectric power stations, representing
about 6q6 of the total power generated by the hydroelectric
power stations of MES, were using remote control equipment.
The article presents a general discussion of the development and
more extensive use of remote control equipment in industry.
There are no references.
N.F. Penkin. Dispatching Centralization in Railroad Transport 362
A general discussion of the development of centralized
dispatching systems- is given. The article briefly discusses
systems of the DVK-1 type with series-connected relays and the
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Remote Control in~the,fttional Economy.' (Cont.) 813
DVK-2 and DVK-3 types with parallel-connected relays, their
operation and code shaping. It describes a-centralized -
dispatching system developed by the Tsentral'nyy nauchno-
issledovatellskiy indtitut Ministerstva putey soobahcheniya
(Central Soientific-Redearch Institute of the Ministry of
-R41roads)d The system makes use of the polarity and frequency
characteristics of pulses, the control codes being transmitted
at-1650,1950., 2250, and 2550 cycles. There is I Soviet reference.
L.B. Kublanovskiy. Problems in Telemechanization of Oil Fields 372
The author briefly describes the various methods and control
systems used in the extraction of oil. He describes a new remote
control relay system developed by the Vsesoyuznyy nauchno-
isaledovatellskly institut Ministerstva neftyanoy promyshlennosti
(All-Union Scientific-Research Institute of the Ministry of the
Oil Industry).- The system was tested at one of the Baku oil fields
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Remote Control in the National Economy (Cont.) 813
and will be recommended for wide use. It is stated that in
spite of the high degree of mechanization of oil fields,
automation and remote control are still only scarcely used.
There are;no references.
V.~. Sergovantsev. Telemechanization of Rural Power Systems 382
The author discusses in general terms the telemechanization
of rural power systems and reviews five different methods of
communication between dis'atcljing stations and control points.
p
He describes an eiperiment conducted with a system having a
single dispatching station common to all control points.
There are no rererences.
Ye.S. Snagovskiy. Basic Requirement.s of Remote Contro.1,Devices
Used in Coal Mines 391
article contains schematic diagrams of.the
~~ . . ........
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Remote Control in theI National Economy (Cont.) 813
the location of surface, as well as underground, dispatching
and control points'and discusses methods'of control., Basic
methods for controlling the amount of coal mined and delivered
to the surface-are described in general terms. There is a
gen6ral discussion of the function of remote control equipment
on the surface and-the requirements of transmitters and receivers
of remote"cdntrol'systems used in coal mines. There are no
references.
A.S. Ilyakhinskiy. Telemechanization of Power Installations of
Metallurgical Plants 403
The author-states that the Mose k1coqIe royektro-eksperimentall-
i
trovI340 , da
noye otdeleniye Tyazhpromelek oprp.~O "' (Moscow Project and
E,xperimental Division of the State vesign and Planning Institute
for the Heavy Electrical Industry) completed a project for the
Iremote control of electric power, gas, and water distribution
of one of the largest metallurgical plants (not identified).
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Remote Control -in the National Economy (Cont.) 813
He discusses basic problems In the rmote control of power
installations of the above-mentioned plant and suggesto the
most expedient methods of solving them. The article contains
diagrams of systems for the remote control of power, gas, and
water distribution and a general description of the operation of
systems. It discusses the proper selection of remote control
systems and describes thdoperation of two types 1(n+4) and
,2n+l)l of multichannel systems for remote control and
telesignalling. Therelare 4 Soviet references (including 1
translation).
M.I. Karlinskaya. Telemechanization of Municipal Service
Systems 425
The author discusses centralized control of municipal street-
car traffic, water distribution, and street lighting and
indicates the possible savings when employir4; remote control
systems. ,Pgeneral discussion of the requirements of remote
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Remote Control in the National Economy (Cont.) 813
control and teleBignalling systems developed by the
USSR Academy of Municipal Economy is presented. There are no
references.
Ywx Teitkin. Tasks in the Telemechanization of Dispatcher
CoiArol of Gas Mains 433
The article states that modern remote control systems for
gas mains hardly exist in the USSR. The author suggests an
improvement of the present situation and presents schematic,
diagrams-of proposed systems for central and regional dis-
patching stations for gas mains. There are no references.
L.A. Emd1n. Telemechanization of the Municipal Oas Service 438
The article presents various methods of municipal gas
distribution and describes the operation of remote control
dispatching stationw. It discusses a tolemetering code-
impulse system developed for use in Leningrad and describes the
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Remote Control in the National Economy (Cont.) 813
operation of the transmitter,-receiver, and relay-type converter
circuits of the system. There are no references.
Yu. 0. Kornilov. Problems of Introducing Dispatching Stations
.In Gas Systems of Large Cities 457
The article-discusses a remote control system developed by
the Gas Institute of UkSS-R Academy of Sciences. An elementary
diagram of this system, used for measuring inlet and outlet
gas pressures and gas flow, is given together with a
description of its operation and that of its individual
components, The article also describes the operation of A
two-pulse pneumatic controller of gas pressure. There are 2
Soviet references.
PART 5. DISCUSSION
Problems in Remote Control 467
P1
C
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-Remote Control in the Natiopal Economy (Cont.) 813
In the discussion of papers on remote control presented at...
the conference the following persons are mentioned as havihg
taken part: Ye. A. Kamingkiy of the Moskovskiy metropoliten
(Moscow Subway System); Ye. P. Kondratlyev of' the "Ukrgiprovodkhoz,'
Kiyev; A.N. Yurasov of the Vsesoyuznyy zaochriyy politelchnicheskiy
insitut (All-Union Correspondence Polytechnic: Institute); V.F.
Merzlov of the.Moscow SubwaT.System; F.A. Katkov of the Kiyevskiy
politekhnichieskiy institut iyev Polytechnic Institute); A.S.
AlItshuller of the LeningradskoTe otdeleniye "Tyazhpromelektro-
I
proyekta".(Leningrad Branch of 'Tyazhprom6lelektroproyekt");
A S. Ilyakhinskiy of the Moskovskoye otdeleni 71 e "Tyazhpromelelektro-
p;oyekta" (Moscow Branch); V.A. Smidovich of Donbassenergo",
Gorlovka; G.N, Povarov of the IAT AS USSR; V.F.*Ronzh:tn of
ffTeploelektroproyekt"; N.M. Krasnikova of the GIDEP~ Moscow;
V.A. Borisov of the Ivanovskiy energeticheskiy institut (Ivanovo
Power Institute); R.I. Yurgenaon of the Leningradskiy Oektro-
teknicheskiy institut im. Ullyanova-Lenina (Leningrad Electrical
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Remote Control In the National Economy (Cont.) 813
Engineering Institute imeni Ullyanov-Lenin); R.L. Raynes of
TaNIEL MES; B.F Semkov of the AS USSR; S.V. Krivonosov of
NII., Leningrad.-
The,discussion stressed the importance of cooraination of research
among the various organizations and the need for trained personnel.
The-necessity of standardizating manufactured equipment and
improving its quality was also indicated.
Problems in Telemetering 472
The following persons participated in the discussion of papers
on telemetering presented at the conference: S.A Ginzburg of
TsLEM MES; Yu.S. Tsitkin of "Ukrgiprogaz"; A.A. Levin of
OrgreB- L.D Sterlinson of Orgres- I.I. Mikhaylov of ODY Yuga
(Southj; V&. Kazanskiy of Orgresl; A.L. Abrukin of InIII MNP;
Ye.D. Zeylidzon of the Tekhnicheskoye upravleniye MES (Technical
Administration of the MES); V.A. Il;in of IAT AS USSR;-
Card 30/32

Remote Control in the National Economy (Cont.) 813
V.S. Malov of TsNIEL MES.
The discussion stressed the need-for manufacturing standard
remote control devices and criticized existing equIpment for
its poor reliability. It was suggested that the Institute of
Automation and REmote Control of the USSR Academy of Sciences
should become the authority for the research, development,
and application of remote control apparatus. The need for a
adrarate periodical which would publish the materials on remote
control was stressed. -
General Problems in Telemechanics
The following persons took part in the discussion on general
problems In telemechanicst V.M. Kharlamov of Glavenergo;
S.F. Kravivskiy of the Ministerstvo elektrootantsiy SSSR
(Ministry of USSR Electric Power Stations); L.A. Emdin of
the "Lengorinzhproyekt", and B.S. Sotskov of IAT AS U3SR#
474
Card 31/32

9
Remote Control in the National Economy (Cont.) 813
A general discussion of the savings tobe ~~e by introducing
remotelcontrol in industry is presented. It is stated that
in spite of certain achievements in the manufacture of remote
control equipment, there is'room for.much improvement as
the equipment is still considered to be experimental and
requires prolonged testing.
Decisions of the Conference
The conference decided that telemechanics should find more
extensive'app'lication in thF-Sbviet national economy. The
need.for remote control exists especially in the oil., coal,
metitllurgical, and chemical ind~strieB. Attention should be
given to the development of power rectifiers and to methods
of sythesizing and analyzing remote control devices. TraMing
of personnel shotild be improved.so that'the students of
electrical engineering and polytechnic institutes could
specialize in telemechanics.
AVAILABLEt Library of Congress.
JPASV
Card 32/32 12/5/58
477

ZIICZI-11A~45YVIZ-11
ZHONIKASHVILIO V. A#
"The Use of Magnetic Elements With Ractangular Hysteresis T4)ops in Automation
and Telemechanics Devices," pp 127-133,, ill, ref
Abst: The auVior considers the use of magnetic elembnts with rectangular hysteresis
loops as scalers and storage units in various automation and telomechanics devices.
SOURCE- , Sbornik Rabot po Avtomatike i Telemekhanike. In-t Avtomatike i Telemek7w-
haniki A11 S. S 0,11ection of Rorks in Automatics and Telemechanics. Institute of
Automatics and Telemechanics of the Academy of Sciences USSR), Moscow, Publishing
House of the Academy of Sciences USSR, 1956
Sum 1854

ZHOZHIKAMILI; V. A.
MITYLISMCIN, K. G.,
"The Application of Contactless Magnetic Elements in Remote Control
Devices," pp, 29-48, ill, 2 ref, ii5'7)
Abst: The properties of contactless magnetic elements are zonsidered and
the advantages of their application in remote control dvrices are noted. The
results of the experimental operation of the first iznit (TCh-TS) have shown
that the use of such elements has significantly imploved the basic technical
and operational characteristics of TCH-TS devices (reliability af operation,
transmission speed, and the elimination of maintenance equipment). Wide
introduction of contactless elements In telemeclanies practice Is recommended.
SOURCE: Materialy Nauchno-Teldmicheskoy Konferentsi!, Po Obmenu Opytom
Ekspluatatsii Ustroystv Telemekhaniki i Svyazi NaucLno-Tekhn. Ova Energe
Prom-sti. Imaterial from the Scientific and Technical Conference on Exchange
of Experience in the Operation of Tele-meclwnics and Co=unications Devices
of -the Scientific and Technical Society of the Power EngincerinG Industry),
Rostov, 1957
Sum 1854

0 va
AUTHORS: Zhozhikashvili,_V, A.,
Mityuchkin, K. G. (hloacow) 103-1-6110
TITLE Relay Phenomena in Circuits Including Magnetic Cores With
a Square Hysteresis Loop (Releynyye yavlaniya v kolltsevykh
skhemakh, sodarzhashchikh magnitnyye serdechniki s
pryamougollnoy patley gisterezisa)
PERIODICAL: Avtomatika i Telemekhanika, 1958t Vol- 19, Nr 1, pp. 64-74
(USSR)
ABSTRACT: In this paper relay phenomena are described, which occur in
schemes with magnetic cores (with a square hysteresis loop)
and a positive feelback. The static characteristics and the
character of transition processes caused by a single and by
repeated excitation or by the effects of pulse disturbances
are subjected to analysis. It is shown, that annular-schemes
with magnetic cores show many stablii states, generally speaking,
and that the transition of the scheme from one stable state
to another takes place at definitivc-i values of voltage and
current by an avalancho-like proceau. This offect is caused
by the amplifying effect of the cores and the existence of
a positive feedback..It is shown, that the stable states,
Card 1/3 which correspond to the domain 11 (11 VfU'(UV2) (U,, denotinj

Relay Phenomena in Circuits Including Mag-netic Cores With a 103-1-6/10
Square Hysteresis Loop
the initial voltage) and 1, (U eu",