SCIENTIFIC ABSTRACT UTTS, V.N. - UTYAMYSHEV, R.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858310008-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

UTTS, V.N., kand.tekhn.nauk; BURYAKOV, V.I.,, inzh.
General resistance formula during the comparative movements of par-
ticles and mediums Izv.vys.ucheb.zav.; gor.zhur. 7 no.2:17C-173
164. (MIRA 17:3)
1, Kara andinskiy politekhnicheskiv institut. Rekomendovana, kafedroy
fiziki karagandinskogo politekhriicheakogo instituta.
I

MR / Cultivat-~d
.'.,bo Jour : 41~f Zhilr 3i01. 1,.-o 34729
imthoro : 31cvortsov, D-,, - d 0. b r i S., IV i I I ,13, U t u r,! oh -
T
C
: Jxademy ~ociences, Georgian SSR
Tit1c, : 1.",tcrialLi f Or - Establishing
-i,:~n a t' -ruit Tr,,c: "uvI-,h,.)z,,,S cf
c - ii i1 4, - Aj
0,.oi-- Pub : Tr. Cnytii. st. 1-)1odjvodstv,' GT-ruz 532, 19561
4, -57-69.
kbstr~ict : ,'or t1ho cultivc-tiun of ~:;-r&m ooi13, it 1., r.~--
cD~nn~~ad.-:;d th,,,-.t old grass bc~ up
across thf--
b.- plo,,!,:A tip in. an oinl-r
3 -rc;,,r3 el culti-w-A',ion. Thc; sowia.,:- o-ir'
Ccxrl 1/3

.ib~. joLtr Z!Iur -- ---iol. -,'Q
oLri-.),-, and ov,~;r -,. bzF~- of 20
c-C aild 1-2'~. -In, tla~- crop ro-
vrass aziould OCCUI:)7r
-_)lo,.-!.~!d crojos 17,;, l-ad bi-x-l'-,
tuot-A. of tli-~
pra-as in r-,coit.auadod la tli~
'llion the orcliL~vd so-il was itell cov,~rcd i th sl
ri t, one
Qbservad - c. hiSh~;r 3,t3-,.r coit-i7it --,--.d
~.cidit-, fruits of vlvc~~3 -riva
C, slac,-l 30~13, :~-.ad coD-*),:lr,2d vil-L'a 'U."lo3c;
bl,ch 1-110.1 30AC]. Tfl-- lls,~ of
u
t-A12 z cont-it c-id z olir t-
1-, ci,'It~, in- "'C; iruits, -.3 C'j
ncr--~.2-:d a -- .
* 'aoo
i -u- --loa-i'~P'Uiliiz~,d
u
of tilL, a s -- m;,31-llt Of
L.ilizaition ~y oal-- in tula--- p-~,,riod of
y
Ovard 2/3

U3SR / Cult ivatA AftzntLi.
i.bs Jour -1.-,f Z'aur - Si,Dl. 195'L,
U
of
Co'--fliciLlit-I klcrc,.,.n~;a duria- wJ.nt --.r stan-
c)-l' dr.- ,IL-.ttjr durix..- t:i, 3torzSc
o-L a--)plc;s is olis,~rvid iii fruits r~ruwn in 'jll-'Ic'~
f~,.llc,w soils. I-a alt,~niat,~ ~uc;thod of unbro!:,.;a
Lvass th.-, loso,~:,-, ol' dry oat"U-~~r
w',j,.;-,jgrassc3 oilly pl:.Li-U'--d
loaL,' otrips.
Card 3/3,

S/83 61/045/000/009/011
B102YZ104
AUTHORS: Kaslyan, V. A., and Utuaikova, N. G.
TITLE: Determination of the work function of indium antimonide films
SOURCE: Kishinev. Universitet. Uchenyye zap-iski. Y. 49, 1961, 112-113
TEXT: The work function of n-type InSb with a donor concentration of
10150M-3 in 'P- 4-57 ev...as deternined-by D.'Haneman (J. Phys. Chem.
Solids, 11, 205, 1959). The work function of n-type InSb filmb, produced
by a method described at p. 69 in this volume, was now determined by
measuring the contact potential difference between gold and the film.
Anderson's method (Phy,2. Rev- 47, 958, 1935) was applied. The films
investigated had a conductivitY of 1 - 15 ~ohm-cm)-', R !:Z~-50 cm 3/coul.,
17 -3 Hall
uHall -200-500 cm/v-sec and n;Vj1O cm . The samples were degasified at
3000C and the measurements were made at 10-7mm Hg. The Au-InSb contact
potential difference was proved to be independent of the film thickness
in the range 0.2 - 0.9 p. For such films f was found to be 4.%42+0-5 ev.
Card 1/2

Determination of the work function ...
There are 2 figures.
S/837/61/049/000/009/011
B102/B104
Card 2/2

UTUTZH, A.F., inzh.; RESHMV, T,6P.; MAKAROV, A.F.
letters tc the editor. Pat' I put.khos. 4 no.gt44 S 160.
(HIRA 13:9)
1. Fomoahchnik revisora po bezopashosti dvizhaniya, atantalya Bryansk,
Kalininskog dorogi (for Utyuzh), 2. Ilachallnik distantaii puti,
stantsi.va Atakrek, Privolzhokoy dorogi, (for Reshetov). 3. ITachallnik
distantsii puti, stantsiVa Kovylkino, Kuybyshovskoy dorogi (for Makarov).
(Railroads)

-- UTYAGAIIOV, A.A.j, Veterinar~~ vrach (Donauskiy rayon); MIAYEV, Kh.r,.
Anthelminthic properties of plants of the genus Ferula.
Veterinariia 37 no.9:40-41 S 160. (2-11IJU, 14:11)
1. Glavnyy voterinarnyv, vrach Sary-Assiyakogo rayon&
Surkhan-Darlinskoy oblasti-(for Yumayev).
(Anthelmintica) (Ferula)

UTYAGAIDV) F.
Kak my organizuem rabotu po gosudar-
stvennym dokhodam (How we organize accounting on
national income). Moskva, Gosfinizdat SSSR, 1953. 36 p.
SO: Monthly List of Russian Accessions, Vol. 7 No. 2 May 1954

UTYAGANOV, F.
Closer to -oroduction. Fin. SSSR 17 no.10:43-46 0 156. (KLRA 9:11)
(SerDuchov--Revenue)

UTYAGANOV, F.
- -1 -------
Closer to the enterprise. Fin. SSSR 22 no.3:86-88 Mir ,I,61.
WIRA 34: 7)
1. Starsidy ekonomist gosdokhodov Serpukhovskogo gorfinotdela.
(Serpukhov--Sales tax)

UTYAGANOV, 1.
Best drivers of the r&s&n ?trot Aid Station. Art.transp. 32 n0-7:
3 of oover Jl 154. (NUA 7:9)
(Automobile drivers)

TOPIC TAGS: impulso counter, capacitance, speatratron
ABSTRACT: This A"hor Certificate presentz a capacitive accumula-.ing imp ilse
a o u n t e r (see Fig. 1 of the Enclosurs), uti2-i zing a spectrotron as an - i.,,cment
for lPLixJA,:, the Posildon of the cL-cuit. 71iis fo:,.ture o.-aargas the free-,lle!-,r
rai,Ze of ,no ~anpulsti couift. "s zsus-~&~xE;7d 5kabiLlity im couryting ,:-.frequen~-
and randcm izpulses. Orig. art. has i I figure.
ASSOGIM)lls In3titut uatematiki i vy*chislitellnM tsentr Sibirskago otdelemlya
AN' SSSR (Institute af Mathernatic6 and Cor;)al;er Center Sib rian Div-..Gion, :~N sqqp%
SIBMITED t 2OKar63
&%GiL 301
-SUB- CODE: -EC -NO-REF w7t 000 OT99t: 000
Cc rd

Fig. 1. 1- countorl 2- caPacitancO; 3- speotrotron,
Card 2/2

31682-65
ACCESSION NR: A.T5008588 S/3005/64/000/007/0032/oWel
AUTHOR: Sitaikov, L.S.; Utyakov,
TITLE: Some posirible structures of eystems with several stable states
SOURCE: AN BM. Sibirskoye otdelenlye. lutitut avtomatild i elektrometrff. Trudy, F'
no. 7, 1964. Elektrichaskiye tsepi I elementy lzm,~ritel'aykh Wormatsfonnykh slatem
(Electric circuits and elements of measuring information systems), 32-41
TOPIC TAGS: scaling circuit, multiply stable circuit, aUble Btate, poaffive feedba-ck.
upole circuit
quadi
f
ABSIMAM. In the past, the construction of. deOcee with ooveral stable states was based
on consecutive joining of binary triggering elemente. Consequently, ouch efroults were
characterized by a large number of tubes and tranaf stors . The present papar explores the'
feasibility of syeteran in which the number of gtable %tates does not depend on Oho nwnber
of Whon or trqnaja0rg Ouch c1rouiLp if itiv ,!ul1Yea nonitnotir '116T) en,;l
having several decreas!ng 91gTnerits t~el~r
-iLh -, such 5.egme-a"R with ~~an a eLatla ata.as ~n t'ac-
Lice, one has merely, by means u' poe,LIVO ieedbacli. Lo complete the loop;i of q-,Iad- 'Pole
circults whose amp.Atude character if; tics consists of several altornatina imgmento V-th

-'T" N-1-3 W 9 gkl;aN- 111 MEN
MMO m
L 37682-65
ACCEMION NR: AT5008588
amplification.factors larger and smaller than one, respectively. The amhors describe
several such cirettits with three or mo-e stable equilibria based on the p-3tential trigger
principle and with aaoda-grid coupliw. Fig. I of the Enclosure illustrates the case
with three stable states. Orig. art. br,.s: I formula, 10 figures, and 3 tibles.
ABS'OCIATiON.- Th9titut avtomattki t elaktrometrit, Sibirskoye otdolet4ye! AN MR
(Eastitute of Automation and Electrametry, Siberian Division, AN SSSR)
SMUTTED: -000et6l BINCL: 01 SUB CODE: EC, IE
NO REF SOV: 003 OTHER: 000
2/3

ink.
ACCESSION NR: AP4045914
S/0119/64/000/009/0001/0003
AUTHOR: Sitnikov, L. S. (Engineer); Utyakov, L. L. (Engineer)
-TITLE: Frequency characteristics used for designing multistable systems
SOURCE: Priborostroyaniye. no. 9, 1964, 1-3
-.TOPIC TAGS: computer, computer circuitry, computer switching, automatic
control, automatic control design, automatic control system, automatic control
'theory
ABSTRACT: A cascade of four units 1-2-3-4 is considered as a multistable
i-systern suitable for use in automatic -control and computers; I - a voltage-to-
frequency converter; 2 - a f requency-to -voltage converter, i. e. , a quadripole
with a specified comb-type amplitude -frequency characteristic; 3 - a detector
with a smoothing filter whose output d-c voltage is proportional to the input-
voltage amplitude; 4 - a d-c amplifier. The amplitude characteristic
Card 1/2

ACCESSION NR: AP4045914
U..t (U,;.) consists of alternating segments having gains k > I and k 4 1; the
system is provided with a positive -feedback lo-p. The number of stable states is
independent of the number of the components used; it is determined only by the
tuning frequency band of the oscillator, the system gain, and the filter character-!
1istic. The theory was verified by an electronic circuit, containing Z tubes and
-1 transistor, which had 6 stable states. Orig. art. has: 5 figures, 6 formulas,
and Z tables.
ASSOCIATION: none
"-SUBMITTED: 00 ENCL- 00
j"SUB CODE: DP, IE NO REF SOV: 000 OTHER: ON
..Card

VISHNEVSKlYY A.P.; SITNIKOV, L.S.; VTYAKOV, L.L.
Frequency triggers. Trudy Inst. avtom. i elektrometr. SO AN SSSR
no.9:80-87 164. (MIRA 17:11)

L Vwp(v
ACCESSION MR: A-T50IL628 UR/OfM16410001000105490553
AUIROR: SiLnikov, L. S.; Utyakov, L. L.
TITLE: Multifrequency triggers with magnetizable cores
iOURCE.- Vscaoyuznoyc aweqhchan.lye po Pnagnttn~v, -_-1cmnntaM avtwatiki , tf If-
meklianikfT, r ellil:D~l i 1962. Map
. - T066'11~ '1J
M t~ ~'-" i ar i "g jI
-3mp tpr
.=piL and
~L nj;~aee ring); trudy soviLshcharil,a. a u 11- ov aI ~~,uka, V)64, ',49-55-,
TOPIC TAGS: w-iltifrequency trigger, magnitic con, trigger, dtscc~ntinuous
autx-mtion
ABS'MCT: Different stable states in sysi:ems with several stable states differ
from one another by the associated value of some physical par=eter. One such
parjimcter be the frequency (each !3tab'e state beii, L:haracterired :)y another
a~_"i K. S. Heyman emphasized eailier (Rzdir,,'ekhnika, 1960, no. 10) the
kirc pGgs. uses in (Iisr~- atinuous autQm_mtio-i ( f ~!,,e shiftd from axle p0eBib1(!
CGUditiOll to another. la the pcecent ~-mrk, spottaored by Doctor
TechnJcal Sciences V. P. Sigorskiy, the authozrr discu3s several approa.:hes to
Cw-d 1/4-

L 5i371-65
ACCESSION H AT5011628
the coustruction of multi- f re Itiency trt~;gera, 0,ne version comprising it variable
frequeiicy generator of sinu-ridal oscillatior,,; Is sho-,m tn Fij,-. 1 of the Fn-
closure and has r! f- I sr.al)lu 3~ates. 'fhcy al-o investIgated aquare-wave startiilg.
Another, three- t ra."i s':or unit azowrn Ln Fig. 2 of the Enclorure has 6 ut4ble
states with the f ollow2-ng propertLea: I = 2, 5, 8, IL, 15 and 19 aiJA ancl f = 0.85,
1.2, 1.5, 1.75, 1.9 and 2.0 megacycles/sec., retipectively, for states No. 1
through No. 6. A further increase in the nunber of stable states may tie attained
by utilizing htgh-quality delay lines With lcw frequencies and low phave distor-
tione. Orig. art. has: 6 formulas, 5 fLgures, and 3 tables,
ASSOCIATIOU: none
SUMUTM.- 29Sep64
NO REP SOV; 003
ENCL: 0.1
002
Qrd 2/4
SUB CODE: EC, DF

ACCESSION NR-.. AP5008392 S/0108164100101Z/000310016
AUTHOR,
!goraktZ ~V. P~: Sitnikov, L. S.; 1~tyakov, L. L.
TITLE: General p--inciples for. materialization and application of multistable
elements
:SOURCE: Radlotekhnika, v. 19, no. 12, 1964, 3-16
TOPIC TAGS: multistable element
ABSTRACT: The principles of operation andchief -characteristics are considered
of these rnultistab e am- --to: frequency-harmonic type, nonautonomous
frequency-harmoni6, -pulse -duration, and pulse-phase. The multistable elements
are lik4dly to be used in nonbinary scalars, di,gital -analog and analog -digitaL__
LVa
-an -is -it
WelRyeertaid6ft - rcult, compt --d _--datermlited only-by; 3
,Card 1/2

~
ACCESSION NR: APS008392
A
M')de
mode of operation and component characteristics; (2) Dynamic features of the
stable
stable states (such as frequency of harmonic oscillations, duration or phase of a
periodic pulse train) do not depend on the muttistable element but rather an the
perjoc
e:;cterr
external master sources and, hence, are indepen&ent of circuit parameters in a
fairly wide range; (3) The iivailability of the varial~c dyracnic stable-state
fa 1y
features not oaly permits their use for preseatiLtiOn of numbere but also opens up
ur
the possibility for zl,:~veloping a special logic ,!or every feature. OrIg. art. has:
t
he p0
15 fig-ures and 8 formulas.
15fjg,
ASSOCIATION: none
SUSNUTTED: 09Jun64
ENCL: 00
SUB CODE: EC
NO REF SOV: 004
OTHER: 00 1
k
Card 212

L 21089-65
RIM T7R_A_vMW/RS-Ae)/a;D' dp) (h) ASD(a) -5/A.FXV( P) uFEM~A-2r, b I/
ACCESSION hM: AF50019W 8/OO2O/&4/159/006/128r,/1283_
AUTHOR: Sigorskiv
V. Sitailcov, L. S. Uty ekov L L.
A-S
TITLE; Synthuls of OeZeUts Vith moy stable alltes on the basis of it nonlinear
tvoo~port_ Witif -mm4niAozlic respms-e~ curve
SOMICE: A11 SSSR. Doklackro Y. 159, no. 6. 2-9641. !280-1283
TOPIC TAGSt network synthesis, circuit theorX, computer comporent, multiple
state circuit
ABSTRACT: Me author firct shows qualitatirely 'hat the system shown in Fig. 1
of the enclosure and cons1sting of a nonlinear tvo-po-t 00 apd & fqeabavek
~We
network 81 " VJJ_1 A a I
VvE~Xeedb~ack-lftetwith %-51~e stualler than'the slope of the Line. Since
elements with- m-_M'_y_ -(more than 2) stable stat ea wculd be quite uncful ror conjititAr
memory, applicatigno, but 6tmplc notilfrieur tvo-port. netvurkn w4th aawto-alth-lix-
or r%tairrarie-liXe characteristics (which would pr7vide the required crorsing off
the feedback line) are not readily available, the outhor outlines briefly e. aeth-
Card

L 21089-65
ACCESS1014 MR: AP5(41968
od of rsynthesizing ruch a netvork. An exaarpl~ of such asystem, with its block
and schamtic diagrams an-I amplitude characteristic, is shcr-M in Fig. 2. The
most important advantage of this approach, over the custanary method of cascading
binary units, is that the number of stable states can be increased within a
certain range without the use of additional equipment. Orig. art. han: 3 figures
and 3 formulas.
ASSOCIATIOH: Institut matematiki Sibirskogo otdeleniya AWemii nauk SSSR (in-
stitute of Mathematicd Siburian Branch, Ac&de= of Sciencev,545R)
S~WMM 1014aA 4n
SVB CQD7,*, EGO DF NP. REP SOV.0 001 0TUM 000
C ard

- - -- - - - - - -
`7
L 21089-65
ACCESSTM tMt AP5001988 01
tup;i a gerteral b1cak diagrin of c2--ment
with trmy atable tLtv) ~)a~ a ncrilimear t-.r-
parti b - graphic solutien of the systan of
-I E?
(Cn tjj eqmtions desaribing die block diagran.

L 21089-65

Monogernph
Sigorskiy, Vitaliy Petrovich; Sitnikov, Leonid Semenovich,._.J1.jW4,K'9v,
Lev Lazarevich
Circuits with many stable
sostoyaniyanii) NovosibIrsic,
140 P. illus., biblio
Sibirskoye otdeleniye~
atates. (ahemy a mnogimi ustoychivymi
0
Redizdat Sib. otd. All SSSR, 1965.
(At head of title: Akademiya naul- SSSR.
1000 copies printed.
TOPIC TAM computer application,, computor design, computer research,
computer technology
PURPOSE A14D COVERAGE: This book is intended for scientific and techni-
cal personnel concerned with computers. automation, simulation of
processes ia the nervous systems of living organisms, and other field
in which circuits with many stable states may find. application. The
book contains the main results of theoretical and experimenUal inves-
tigations concerned with finding new principles for developing such
circuits. The possibility of developing elements with many stable
states, whose quantity is determined by the operating conditions and
the parameters of the circuit (independent of its complexity), is
demonstrated. A method for (eveloping such elements, based on the
conversion of static and time characteristics into comb- or step-

L - 25652-66
F ~c N_R_:_k1i~6l_iS~9'__-_ -- ---- 1-.--0
type amplitud" characteriatIcs, 113 propoSed. 13tflbilitY I'M in'leflti-
gated, and the translenti3 of the veneral b3onk-dlagraili or '.In el-ment
with many obable olo-at,~--.r3 are analyz(id, uujklnC, It; poss-11-1-1,o to evriltiate.
various control mel;bods f~~,()ni Lhe st'.andpo"Lni-, )C J'a-5L illcop,~,,:wic
criticality w1th re-ard to the. control-lin-eCfect paramF.-'U-i:'rs.
L;. L;' A
number of specific circvd.Ls,,, chec'_,~ed under Taboratory 0ondit-101,12. .1c
proposed. Harmonic-frequency (Opec'-rot-ron), time-pulne (cbronotron_),
and pulse-frequency (synchrotron) circuits pro*ved to be' the moot
promising. In laboratory specimens te'n or more states of stable
equilibrium were easily obtained. In addition to the authors,
A. H, Boyko, A. P. Vishnevskiy, A. A,. Moichanov, Yu. S. osyagin,
E. Ye. Dartlemanov, V. A. Yelkin, Ya., Sh, Zakirzyanov and A. R, Turij
participated in the research,
TABLE OF CONTENTS:
Introduction -- 3
Ch. 1. General Principles for Developing Elements With Many Stable
States -- 5
1. Survey of elements with many states of equilibrium 5
Card 2/3

_L_2452-66
ACC NR-AM60fi-89~-
2. Principles of the development of elements with many stable
I states -- 18
3, Dynamipa of elements with many stable states -- 37-
4. Ways of handlinS elements with many stable states -- 50
Ch. 11. Harmonic-Frequency Elements -- 59
1. Basic types of harmonic-frequency elements 59
2. Spectrotrons -- 76
3. Methods of controlling spectrotrons 90
Ch. III. Pulse Elements -- 101
1, Basic types of pulse elements -- 101
2. Pulse-frequency elements -- 103
3, Chronotrona -- 113
4, Some ways of improving chronotrons -- 124
BIBLIOGIUPHY 139
SUB CODE: 09/ SUBM DATE: 14Jan65/ ORIG REF:,022/ OTH RU

L-b2028-65 E;4-z(i)/-r-w(b)-;!AujL(h)
ACCMICU Ra: A.P5010946 M/(X286/65/000/W7/013,P/0131
AUMORS. gigo-gakiZ, V. P.; Poming, X. 0.; qi-t2ikcr, L. S. t. ftakOV, I- I-
PTLE: Multistabla unit. class 42, No. 169&T6
ZOURM: Byulleten' izabretady L tavarrqkh =w1mw# no. 7, 196% 130-131
IG TAGS t klystron-
STVACT: This Author Certificate presents a multistable unit. To increwe ths
Iresponse rate with =plitude! state indication, it is made of a. reflex Uystron
cavity is cc=eaed thxough a piektkp loap -.0 a reat-fiez head "&4--,& Sig. I Oa
th LInclosure). The rectifier head is connected to a vride-band matching two-
terminal pair network whose output is co=ectA-.d between the repeller plate and
cathode of the klystr=* Orig, art. hast I &Lagramo.
ASSOCUTIONs nono
MTTEDr 14Jaz%63
REY SOVi 000
1/2
MCLI 01 SO COM RC
OEM$ 000

Fie. 1. Miltistable m.!d.t. 1 - rerlex klystron;
2 - pickup loop; 3 - cable; 4 - reotirica, bead;
- matobJxtg two-te=imil pair network

-- --- ----------
L 420h2-65 TW1T(1)/ZWA(h) Peb M
ACCESSION NR: AP5010948
UR 0 2 86 /6 50 0 100 7 1013 2-/ 0 132
AW-HOR: Boyko, A. N. ; Sigorskiy, V. P. Sitn.ikov, L. S. ; UtYakov, L. L.
TITLEt Reversible counter. Clms 42, ao. W~;Wtq
SOURCE: Byulleten' izotreteniy i tovarnykh zuakov, no. 7, 1965, 131-132
TOPIC TAGS: reversible coun'ter, counter, pulfie counter
ABSTRACT: The proposed reversib16 counter UtiliZe3 a high-stability pulse-phase
element-.- - To improve stabilizy the counter it, conatricted as shown in Fig. 1 of
Enclosure. Orig. art. hast 1 figure. [DWI
ASSOCIATION. Institut matematiki SO AN SSSR (Institute or Mathemati cs .-SO
AN SSSR)

NPW
L 42o4z-65
ACCL
7SSIOM UH: APM0948 ENCLOSUit"Z: 01
71- 7-___.__
Fig. 1. Reversible, counter
1 Direct-count pulse sotrce;-2 - reverse
count pulse source; 3 - trigger; 4 - AND
gate; 5 - shaper, 6 - generator of high-
repetition pulses;
anticoincidende cir-
cuit-, 8 high-stability rmlse-phase 61ameat.

earr(l)/rea(b) Feb
MR. A2501095 Uni/d
Sigo jj~~V.2.; SitrLikov, L. S.;
U~Yakov, L. I).
RITLE: Sumator. Class 42, Ila. 169a87
iSOMICE: Byulleten' izobreteniy i tovanVKh znaka,-p no* TP 1965t 134
;TOPIC TAGS. summator
!ABSTTACT: This Author Certificate presents a u,=*iat-or containing chronotrot-LOP IoGicw
11,01DII and "OR" circuits, and a ';ransfer shaper circuit. To sum numbero the digital i
l
orders of which are represented in the time-pulse form with an arbitrary nmaerical I
base,-the chronotron storing tho digital order of the first term is connected to the!
~chronotron storing the cecond tarm and also to the "01P circuit su=ing the len.6th
'of the first term with the unit transfer length (jee-Fig. 1 on the Znclo!lurze'). -Zne
ioutput of the "OR." circuit ir, connected to the "U" oircuit suzoLing the len,-th oi
the terms and transfer and to the "OY circuit E.eparating the difference of the sum
and the numerical base. The latter two circuits are also connected to tile outirut of,
the chronotron storJmg the second term. The outlatt of the circuit summing the
length of the terms and transfer is connected to ~,he logdo trarmfer shapor circuit
and to the decoupling "OR" circuit whose second 4liprut is connected to the "ASY

ggggftl ~_Wm
L 4203o-65
'ACCESS101, IM: AP5010956
'circuit. The otxtput of the "OR" circuit ia comiected to the hronotron storina Uie
art. haa a I U
W lagram.
ASSOCIATION: -none
2 3

~'L 42035-65 Wi (I)IFA%TA (b) Peb
TIVILE.:
SIOU IM: AP5010960 'JR/0286/65/O0q/007/013Z/01 36
RS# Sigorskiy, V. P.; Sitnikov, L. S.; Utyakov, L. L.
Pulse counter with variable scaling lactor. Clasa 42, 116. 169893
SOURCEt Byulleten.1 izobret-eniy i tovarr4kh znakov, no. 79 4V965, 136
TOPIEC TAGS: pulse counter
ABSTRON This Author Certificate presents a pulse counter with a variable ecaling
factor, which contains a maltistable unit, its iriggaring, circuit, and a delectiort
cirouit. To obtain a var'J'able scaling factor %-1.th preseti-ing of the instant of the
scaliA,,- cbznge and of the initial phase whi'.e uimg a. phase-pulne aultial-able unit,
the olitput of the multiateble unit is cor-ne,-ted to the first input of th(! phase
selection circuit. The second Input of the phc6aie selection circuit is c~mnected to
the source of pulses deteimining the instant of the scaling factor chAnjo. The
third input is c4annected -w the source of pulsoo setting the initial phvie. 7nk-
output of the phase aeleation aircuit ir. connected to the recording inpu!; of the
multistable element of a given at-ago and tc the counter input of the uni-, of the
following stage. To simplify the counter, the '-~h%aa selection c1rcuit ia made or
core with a rectwigu2ar hy-steresis loo-2. 7ho t,)-.)re has four ooilal thO :'Lri;t ';wo

xv~r, -,.Z, -:K 1-- -1 ~;!
We jawc lavat'. 41411 Is. oca, tat,447. Igr
dtoosition- -to A&i-livat tio~ Ga ~Wa f aturbli &U. -JA ths: outmut wil s
So j57sm
svmavm.. ot~=64 ESCLt 00 SUB OmEll 901

L 51414-65 Pq-4/?g1-4/H0-h TJP(c BB/CIG
ACZESSION R: AP5015523 UR/0286/65/000/008/006L(/CO64
681.14
1AUTHOR: Boyko, A. ff.; Sitnikov, L. S.; Sigorskiy
V. P.; UlZakov L. L.
L
!TITLE.- An adder. Classt 42, No. 170202
SOURCE: Byulletent izobreteniy i tovarnykh znakov, no. 8, 1965, 64
MPIC TAGS: logic, circuit, adder, computer
~ABSTRACT* k
This Author's Certificate introduces an adder which contains a chrono-
I tron, pulse abift logic circuits, flip-flops, "AND" or "OR" logical elements. The
'eevice is designed for improving the reliability o-4 adders with pulse-time number
representation. The first logical shift circuit ii3 connected to the chroncitron
1where the first addend is stored and to the first input of the second logical shift
;circuit, The first input of the first logical shi:Ft circuit is connected to a
cource which supplies a sequence of short trigger The qecond input of the
first logical shift circuit Is connected to t1he c;,z-ry out,,;' ~or the preceding
digit. The second input of the second logical shift cir,cuit is conn'Icted to the
chr -lotron where the first addend is stored, while the output of this circuit is
Card-

ACCESSION NR., APS015123
connected to the first input of the third logical shift circuit. The second input
-)f -he th,rd 1--,ical Shift cir-k-li" is (~onrwcted te the chronotron where. the second
clerid h, - -u i, p i t t o ff-he th -rd circuit iti conrj~-(J-,,j to the unit input of
the fir-;t !Ii~-,':Iop Ifor stovi,7,~ of th--? :oi~;, t~r,0 !.iln nr~utrM. input jf this -irruit
is Th- Y-(-),,,3 for :-, ~ciragr-
1: Ile f 1:! ;j&, ~f- j-, iecc;nd ;,-1pk of
The C)utput ritlk,
-10 v o -i onne c te(i t f i T- -
input Of the first "AND" gate. The second input cf- the "AND" gate is corll(l,.tedl to
a source of short pulses, which are shifted with respect to the pedestal pu lie se-
lquence by an interval which corresponds to son,-) nurnber greater than the biu;-a of the
number system minus L and lend thart tl,e bane of the number, system. The ow Dut of
the first 'AND" gate is connectod to the unit irir)tt of the first flip-flop, The
neutra I input of th i 3 f I ip- f lop i,~, T ine c te d to a source a f pu !se z wh i ch t! - s h i f t
~ed by half a period. The flip-Flop output Is conrected to the first inpul: of the
'"AND" gate which forms the cary-j. The! second inpl.-t of this gate is corine~-Ied to a
source of unit duration pulses. T'he i-,-,hasi- of thp!Ee pulses coincides witl~ phas--~
of the pedestal puLae sequerice.
ASSOCIATION: Institut matematild SO V SSSR (Institute of Mathetratics SO AN SSSR)
Card 2/4

I i
.. I
!
i
.;Card 3/4
1:- 11 1

tL 51434-45~
Pip. 1. 1--logical shift circwt; 2--short Trigger
pulse sequence;- - 3-carry- -for -pre-vious-digital place;
4--chronotron wher4~ --he first addend is stori3d; 5--
input for the first addend; 6--logical shift circuit;
7--chrx)notron where -:he second addend is -t-ored;
IP.- og
which ere
ogical "AND" gate; 13--sequence of pulse,,3
shifted with respect to the pedestal pulses by an in-
ereater than R-1 and less than R, whe-c~o R is
7 It
th; of -the number system; 14--flip-f lop
pulses FOr return -co the initial state which are
saifte-A by hall' a period with respect to the pedestal
NDII gate; 17--pulso of unit &.rat`
pulses; 10- "A,
rc
Ord 4/4

j-:1 54551-65 FR'r(d)/EED-2/6VP(1-)-- Fq-4/Pg-A/Fk--4 1,TP
if RAGUMMOMIR: AP5015526 102 6$/b06,5-_i
UF
AuMoRS! Sigorskiy, V. P ; Sitnikcm, L. 3; Utyalo)vp L& L,
TITLE: Pulse counter modulo n. Class 42p No. 170205
SOME: Byulletan' izobreteniy I ~~ovarny~h zns.kov, no. 8, 1965p 55
JOPIC TAGS: 241se counter
A13STRACT: This Luthor Certificate presents a pulse counter modulo n containing
*~,-----a irultistable unitand a shift circuit. To simplify the device (using a phase-
e multistable unit with two inputs), tho courtter input of each =Ati!!table
puls
unit Is connected to the output of a coincidence circuit (see Fig. 1 on "he Enclo-
sure). The clock pulse inputs of all the units tire connected to a clock pulse
generator. The =it outputs are connected to the first Input of tho co-JU71cidence
circuit, whose socond inputs are connected to thsi inputs of a reference inulti-
stable unit. Tho coincidence circuit outputs aro also connoctud to the Input for
rW9trAM-tha--"r~1-U-J1,."- A -A 1' 4 _-1 _6- U -+- _ -Tl-,n f J ra t mul t a table- uni t ha ti a ical Inp
cosffi6ient-equa'Lto~~n'- and--that of-- the- folloviq; -unitsla a1 to a + 1, Orl
.--qua
art. hass I diagram.
AMOCIATIONs Imtitut matematiki, SO AN SSSR (Lutitute. of Mathematics , 30 AN SSSR)
A-
Card 1/10-~

L 54549-65 ENT(d)JEED-2/6-MD Pq-4/P9-4/t_1k-4
lip(c 11
ACCESSION IfRs AP5015527 UH/0286/65/0bG/008/b066/0066
AUTHORS: Piskvnov, S. V.1 SILorikiy, V. P.; Sitnikov, L. S.; Uty kov
TITLEE- Su=ator vith pulse wldt.'~a representation of numbers. Clans 42, No.
1 170208 1 C_ G-
SOURCE: Byullotent izobratenly I tovarnykh vinkov, no. 8, 1965v (A
TOPIC TAGS., simmator
--ABSTRACT: Thict Author Certificate presents a. su=ator with pulse width repre-
sentation of numbers, containing miltistable tUno-pulso units. One urjJt is con-
neatod through an. I*r-)R" ci-rcuit,'which is connected to the tramfor output of the
Preceding summator digit, to the first inputs of a second ('0R11 circuit and an
"AND11 circuit whose aecond inputs aro connected to the other unit (sec Fig. I on
the Enclosurci,, Ther,~~ are also a third "OR" circuit forraing the sim riodulo t,-n
and a transfer pulse shaper section. To utilize high stability chronot-rol2n, a
shapLru; circuii; is comectod ba-tween the secc;ncl and thir! 110-1' ci..uit.2. 717t-
aupply inWuts of the multistable tirne-pLlse va-ii"!3 arch corint-ctod t,3 Dcltrcos -I-
forward and additional reforerce voltages. Crri.7, art. hast I dLagran,
ASSOCIATION: Institut matemtiki, SO All SSZE (L-s-titute of MuthezatLc E, "S7 0 A~i

L 54545-65 Eraw/EED-2/Eap a Pq-4/Fq-4/Pk-4 rip(c) i3u/GG
AmEssiou Nnt AP5015531 UR/0206/65/000/008/C*67/0067
V. P.;
=HORS g Vishrevls!~LTj A. P. Ko)rfman,. A. A. j Sigora~i7 Sitnikov, L,
16
tyakoy,
TITLEt Decimal (Mrage sumator.11~ylws 42,, No- 170212
SOME t ByMetanl isobreteniy i tovarnykh makavo not 8p 1965P 61
TOPIC TAGS t summatorp storage. dvics
ABSMCT: This Author Certificate presents a decimal starage sunmator contairAng
triggers, switches, and nOR" ciraLtits. To constinict, the sumator of a phase-pulse
unit and to decrease its cost, an "OR" circuit (connected to a source of zercy
reference pulm3 and to a pulse rumber deteAor) is connected to the dynamic input
of 'Lho phase-pu.Lse unit. The zer-o triZger input of a phase-bo-pulse number ,
converter is connected to the sec;ond ter,% pulse snurce and the one input is con-
noeted to the zero reference pulne source. The triagger output is conrp-cted to aae
of the inputs of a coincidence cl-rcuit, whose otbir two iqRits are connected to
Ithe smmation solution output a;,*L to a source of clock Filses shifted by half of
ithe high eyule4 The coincidence circuit output is connected to one of the JI.C.Puts
of an "OR" circuitowhose other two inputs are connected-to the olock pidas source
----,Card

L 545-445-65
ACCESSION URt AJ?5015531
and to the outptrv' of the transfar circuit of the precod1ng diat. The oletput of
the "OR" circuit is connected to the counter input of the pMse-pulsa unit, waose
firat output. is Gonnected t1o the ,,,oro input of thiz tmnsfer cl-rcuit tri?Aer. The
one input of the trigger is conneited to a source ol' pulses si-LiftL4EI by hal_f ttle
pariod of the clock pulses ralati-re to the zero rtiference pulaes. The trigger
output is comected to the first input of an "Mil)" --ircuit, whose apoond inpvt le
cortnected to the second output of the phase-pulao unit.
ASSOCIATIOUt
MUM TED t
Listitut matematikl, So AN SSSR (Irstitute of Hathematicz;,_ SO iN -SSSI~
MMar64
ENCL: 00 SUB ODDS t D:?, EX;
Raw SQV 1 000
DTMI 000
Card

L 51503-6,c EWT(d '11---:E~13(f IJP(c)
~IACCESSION NR: AP5015339
681,142 65
iAUTHOR: Vishnevskiy, A. P., SigorsHy, V. P.; Sitnikov, L. G.; Utyaleov, L.
-ormation in in N-valufA mmmory.
-1-TITLE: I A method fbr recording and -etrieval of inf
1C.1ass 42, No. 170755 16C"
I
:'ISOURCE: Byulleten' izobreteaiy i tovarnykh znakov, no. 9, 1965, 92
[TOPIC TAGS, information storage, computer memory, frequency spectrum, line
spt trum
~TMTRACT: This Luthor's Certificate introduces a method for recording and ratrieval
of information in an N-valued matrix type spectrotron me-mor-1. The method Make3 Use
of selected specl-rotrons only. in the initial state, the first phast, supply vDitage
is fe d ,to all ve-ptical busses. This voltage has a frequency line specti-am wit!)
:harmonic phases which are shifted by 120'3 with rcspect to the com--spcmdinf~ 'ijr-
imonics of the second phase supply spectrum. T'he second phase i~, ill
1 horizontal busses. During information recording, a supply spcctruri w: th, t-'-11 li, -, 11
I
Card 1/2

L 51503-65
ACCESSION NR: AP5015339
J
vhases shifted by 1200 with respect to the supply spectra fed to all busses in the
initial state is first fed to the hcri-7,ontal and vE.rtical busses which in!:ersect
iat the chosen nxeemoi-y i~lemeent. The horizontal bus J.s then disco-nn,:~cted fr-~-. the
supply voltage, and the first or third phase of th(! i-harmonic with frequerc,; whl --h
correspon~-L- to the voltage inform-at:on br--ing i!-, fF--d t--) thlf~ vqrt i ",, 1 1
:After the spectrotron circuit is tured this frer uenclt , i-herp is a t-anfi i t
Ithe initial state. The spectrotron then remains tuned to the i-harmonir
In reading out the information from the spectrotroii, a voltage with an ;,.T. f r-e q t j r- r-, C, I
'ed to the horizontal bus which :-s connected to the cho~,cn spoc-
:spectrum is first J.
i
itrotron, and the vertical bus is connected to the ,-eadout armplifier. The
!circuits of the readout amplifier are tuned to the upper, side frequencies cif t~,e
.1spectrum. The dev-.ce is then returned to the init..al state.
ASSOCIATION4 none
SUBMITTED: 14Jan63 ENCL: 00 SUB CODE: DP
NO REF GOV# 000 OTHER: 000
A
cc~rd --, 2/2

L1 603,6,7-65
A=31011 MI., AP5019074
4 681.IA2.642.9
AWHORS: 3
Sit- ikov, L. S.; Makoyj
TTITLE: Scali4g aircuit. ClasE; 4-2., No. 172130
SOURCE: Byulleten' izobreteniy i tovarnykh :makov,, no. 12.. 1965t la!
TOPIC TAGS: scaling circuit
ABSTRACT: Tkds Author Certificate presents a scaling circuit containing triggers,j
coincidence circuital, 00M circuits, phase-pulse multistablo units, it cadence
pulse source, and a trigger pulse source. To simplify the device and to increare
its reliabildty, the cadence pulze source is connected through a delay circuit to I
-t d a
the first input of v coincidence circuit vinose second inIALt, in aorme,,_ a to
.,er (see Fig. I on the Enclosure). The one input of the triggrer in connected
-trigg
to the trigger pulse source, and its zero 1j2Fut is connected to tho coun-~er :input
of the 3callag circuit which Is connected f',xou_rn a shaper to the coincidenca
circuit input. The cadence ptLlae gener~ator' is connected to _-U the fir-, t fnput-s
of the "ORn circuits which art connact-d to the Lnputs of the phase-puls- units.
l
a - rc nrecteli to
ite suzond input of the first 'OR" ci- tuit 3f any folloving --rit is co
Mcignt of the P~Ase-~s~, unit of
the inputs of the preceding. The 3caliDg coef
113

phase-pulas UIlLW so AN
0 All SSSa (Instituto of Mathemat U,".
4qsoci&Tjoll-. inatitut ma
A
S
SUB Cori;,: DPt EC
SUBMIMD: 04yaY64 EjICL: W-
UY SOV: coo UYHER: 000
Card 2/3

ACCESSION M AP5019OF7/+

L 2775-6 EWT(O)IEW-.2
iACCESSION NR: AP5022010 UR/0206/65/000/014/0007/0080
AUTHOR: Zakirzyanov, Z. Sh.; Sitnikov, L. S.; Utyakov, L. L. 3.?i
ITITLE: A pulse repetition frequency divider. Close 42, No. 173032
SOURCE: Byulletent izobreteniy i tovarnykh znakov, no. 14, 1965, 07-00
TOPIC TAGS: pulse recurrence, pulse position modulation, frequency divider
i ~ 'q4
IABSTRACT: This Author's Certificate introduces a pulse repetition frequency divider
which contains multistable pulse-position elements. The device is designed for giv..6
ing frequency division coefficients as high as desired and output pulse repetition
frequencies as low as desired with a rather simple circuit and unified division
stages. The input to each pulse-position element is connected through a two-input
OR gate to the input of the preceding pulse-position element and to the input of the
,external pulse source. The input to the first pulse-position element is connected
ito the external pulse source. The outputs from the first and second elements are
Iconnected to the inputs of the first coincidence gate. The output from the first
icoincidence gate %and that from the third pulse-position element are connected to the
linputs of the second coincidence gate. The output from the k-th coincidence gate and
Card 1/3

2775-66.--.-
ACCESSION NR: APS022018
from the (k-2)-th pulse-position element are connected to the R-1)-th coincidence
gate.
ASSOCIATIONs Institut matematiki SO All SSSR.(Institute of Mathematics. SO All SSSR)-'
U4
SUBMITTEDt 2lJu164 ENCL: 01 SUB CODE: EC
INO REF SOV: 000 OTHER: 000
w

AC=ll
MCUMLT-.
4L
Mi. jjj"Jr.. mey, pals*

A &~~~;1,5_0 26616
C NRj
AUTHOR: F?Agors~i
P. Sitnikov,__~,.A. Lit akov, L!,_ L...
M: none
TITLE: A parallel cumulative decimal summation unit. Class 42, No. 174439 (an-
nounced by I_qpWute of Mathemsllics.,Siberian Depa)ZjmtA~ __MR ma-
_,_gf (Insti.tut mate.
tiki Sibirskogo, otdeleniya AN SSSR)3
SOURCE: Byulleten' izobreteniy i tovarnykh 2;nakov, no. 17, 1965, 92
TOPIC TAGS: arithmetic unit computer component, flip flop circuit, coincidence cir
cuit9 adder
ABSTRACT: This Author's Certificate introduces a parallel cumulative decimal summa-
tion unit which contains multistable pulse-position elements, "OR" gates, flip-flop!
and coincidence circuits. The circuitry of the device is simplified by connecting -
the Input of the multistable pulse-position cell for each digit through an "OR" gate
to the output of the coincidence circuit for the preceding digit, and to the outputs
of-the dynamic flip-flop for the given digit. The set terminal of this flip-flop ~
is connected to the addend pulse source, the reset terminal is connected to the pedg
tal pulse train source, and the cadence pulse input is connected to the cadence pul*
source..
1/2
UDC: 681.142.07

ACC NRt APS026810
rig. 1. 1--multistable pulse-position cell; 2--dynamic flip.-flop; 3--;"OR" gate;
4--nonsimultaneous coincidence circuit; 5--addend pulse input; 6--cadence pul3e in-
put;,?--pedestal pulse train input
SUB CODE: DP,EC/ SUBM DATE: 63Aug64/ ORIG REF. 000/ OTH REF: 000
61CII/
Card 2/2

V I tally lretr-
LeV L:1.:' e E"'
;-'a
U Tt t~
['11'sAworks wli-th mlj-111A-,~ hfj ry s M-n i7
ustolchivylla scstoial'.i 1-sm rf~k Rori. 1 zrl -
rslcgo otil -11"

L-2061--k W(I)IEWA(h)
ACC NR: A26004556 SOURCE CODE: UR/0103/66/000/001/0133/0138
AUTHOR: Sigorskly, V. P. (Kiev); Sitnikov, L. S. (Kiev); U!jakov, L. L. (Kiev)
ORG: none
TITLE- Chronotrons; time-puIsed multistable elements
SOURCE:. Avtomatika, I telehiekhanika, no. 1, 1966, 133-138
TOPIC TAGS: pulse generatot, pulse modulation, pulse rate, chronotron
ABSTRACT: It wiB shown earlier by Ole authors that a chronotron may be designed by
incorporating a four-terminal network in a feedback loop. One of the common versions of
such a four-terminal network Is shown in Fig. 1.
,so
ul~ ~rz IL
f uOut
Fig. 1. An all-purpose four-te-minal network.
1 - controlled d6lay; 2 - switching block;
Card 1/2 averaging filter.

L 206'er 66
V246vu
ACC NR: AP6004556
The authors investigate this and other versions of multistable elements which are charac-
terized by their d-c output voltage and the duration of the square'wave pulses. The paper
contains a brief outline of the theory, block diagrams of the elements, graphs of the
Vol
tages, and a circuit diagram. The control of such an element, i.e., the shift of its
operation from one steady state to another Is carried out by switching the circuit briefly
from the univibrator output to an external source of pulses having the required duration.
Orig. art. has- A formulas j 8 figures j and.1 table. 108)
SUB CODE: 09 SUBM DATE:. 19May65 ORIG REF: 003/ ATD PTESS -
Card 2

L 30400-66 EWT(d)/FSS-2
- ---------- -
ACC NR:
AP6007864 SOURCE CODE: UR/0103/66/000/002/0076/0081
AUTHOR: Sigorskiy, V. P. (Kiev)'; Sitnikov, L. S. (Kiev); U!Zakov, ~,. L. (Kiev)
ORG: none
TITLE: Pulse-frequency multistable components
SOURCE: Avtomatika I telemekhanika, no. 2, 1966, 76-81
TOPIC TAGS: electronic component, stabilizer, RF pulse, fre~quency stability
ABSTRACT: The present article Investigates the means of development and the basic char-
acteristics of multistable components of a group the states of which are distinguished
according to the value of the output voltage of the frequency sequence of the pulses generated.
For the development of such components use may be made of the nonlinear four-pole com-
ponent, which includes the converters of voltages into frequency sequences of pulses and
frequencies into voltage. It is concluded that when a synchronized controlled relaxation
generator is included In a feedback loop with an Inertia link there Is the possibility of creating
sufficiently simple components with many unstable states, distinguished by an osculation
period of the relaxation generator and the magnitude of the control voltage at the output of
the discriminator. The magnitude of the state is controlled by altering the frequency of the
sequence of synchronization pulses. The advantage of the proposed device is that even with
the utilization of the generator with the nonlinear control characteristic its period of oscillatio
in the transition of the component from any state to a neighboring state changes by a rigidly
Card 1/2 UDC: 621.372.161.4

L 30400-66
ALL NK% AFbUUYbb4
fixed constant equal to the synchronization voltage period. The utilization of the relaxation
generator with linear control makes It possible to considerably Increase the number of 6table
states and to assure a constant increment of the control voltage in the transition of one state
to another. Orig. art. has: 6 figures, 7 formulas, and 3 tables.
SUB CODE: 09 / SUBM DATE: OlSep64 / ORIG REF-. 002
Card 2/2 ~ U,

ACC NR; AP700566o SOURCE CC)DL:'- 'Uit/o),i-3/6't/ooo/oc),~/0177/0118
1 '41 V NN TO RKorncychuk, V.I.; Romankevich, A.M.; Sitnikov, L.-I.; Utyakov)
ORG: none
TITLE: Logic element. Class 42, 11o. 190668 rannounced by the
L
Cybernetics Institute, AN UkrSSR (Institute kibernetiki AN UkrSSR))
SOURCE: Izobrateniya, promyshlennyye obraztsy, tovarnyye znaki, no.2,
19 67 -j. .117-118 - I
1 TO?1C 'AGS): logic element, computer circuit
f ~Fx'e /_ 77e Coe e
ABSTRACT:
A logical element which operates on the basis of pulse-position represcnta-~i
tion of numbers is introduced (see-Fig. 1). It consists of coincidence
:s~_it_ching circuits and ferrite cores with read, write, restoration, and
output windings. In order to process-the characteristic function
Card 1/2 UDC: 681.142.o7

ACC NR: AP7005660
'8 -bu put
3 Fig. 1. Logic element
utp~
P-1 1 1, 2 - Ferrite cores; 3, 4input
windings; 5, 6 - output windings;
so 7, 8 - read windings; 9 - restoration
4 2 1 winding; x, i - input signals.
RX) 0 for x 14
where x and 1 0, 1, 2... k 1, the input windings are connected in
,parallel and the output windings in series. Both types of winding are
;connected through a diode to the output terminals of the device. In
order to process the characteristic function ji(x) at 10, the input
winding is located on it single core. Orig. art.has: -Ifigure. (09]
SUB CODE:
Card 2 9-
09/ SUBM DATE: 15oct65/ ATD PRESS: 5116

VIMUZVWM,# A&P*j UTYAKOVO LvP*
D.wamic triMer dorvice bnood on a =Ativibmtoro Radiotekho i
alaktrano n noasino-225 ja 166a (lov, 198:1)
1. Submitted September 3. 1964.

0
TJTLYAXOV. M, PINEGIN, A.
Boots and Shoes - Trade and !-Ianufacture
Ccrilactit-Ion in cost reduction. At the Ydrov leather Afootwear co:-Juine, Leg. --)rcm., I'lo. 1,1952
9. Monthl List Of -Russian Accessions, Library of Congress, march 1950, Uncl.

KALYSM, A.A.. kand.soliskokhoz.nauk; PATRABOLOVA, I.G., kand.biolog.
naukj-WTAXQV.~,~~- UTYAKOVA, D.P.; INYAKOVA, A.P., mladshiy,
nauchnyy notnidnik; VIHTHR, A.L., vrach; PROUSKATA, K,I,, red.;
ST,M,LYANXO, T.V., tekhn.red.
(Tabards; sketches of the Tebardinelciy Preserve] Teberda;
ocherki o Tobardinskom zapovednike. Stavropol', Stavropollskoe
knizhnoo izd-vo, 1958. 153 p. .(MIRA 12:12)
(Teberdinskiy Preserve)

AKIIFIYEVA,, X. V.; BELINSKIY, V. A.; OffMANOV, A. V.; VLADIKIROVA,
0. A.; MAKHOVAI Tu. V.; MALINOVSKMA, N. M.; MYAGKOV, S. M.;
NORMANO E. A.; SD(ZWN, fu. T.; TLWOV, 0. K.; TUSHIXSKIY,
G. K ; UTTJkKOV P. A.; FAMINT"N, B. M.; SHATMWIKOVA, 1. S.-,
SkAi4HffiV-,-r.'t~
Estimati= of the danger of avalanches in high wountain areas
designated for development. Inform. abor. o rab. Geog. fak.
Mosk. goo. un. po. Mezhdunar. geofiz. godu no.8:27-iO 162.
(MMA 16 -- 1)
(Caucasus-Avalanches)

MALTS11MV, A.A., kand.sol'skokhoz.nauk; PATRABOLOVA, I.G., kand.biolog.
nauk; UTTAKOV, P.A.; UTYAKOVA,--,D.I P.--INYAKOVA, A.P., mledshiy
nouchnyy cotnidnik; fIWM.- A.L.,-V-ra-ch, PitONSIAYA, X.I., red.;
STIMLYANKO, T.V., tekhn.red.
(Tebards; sketches of the Tebordinskiy Preserve] Teberds;
ochorki o Teberdinakom zapovednike. StavropoV, Stavropol'skoe
knizhnoc Izd-vo, 1958. 153 P. -(14rRA 12:12)
(Taberdinak:Ly Preserve)

UTYAMYSHEV, M.
-------
Plant volunteers and work problems. Sots.trud 8 no.4j59-62
Ap 163. (MM 16:4)
ratar A.S.S.R.-Industria.1 management)
F-Tatar A.S.S.R.-Auditing and inspecticn)

UTYAMYSHEV Rustam Ismailovich, inzh.; SHTEYNECK, G.Yu., inzh., red.;
WKINA, T.M., teEBF.- red.
CRET-I electronic flowmeter]Elektranavi raokhodometr RET-1. Mo-
skva, Filial Vaes.in-ta nauchn. i tekhn. informataii, 1958 U P.
(Peredovot nauchno-tekhnicheakii i proizvodstyennyi opyt. ielma 34.
No-P-58-41/4) (min 16:3)
(Flowmetero)

UTYAMYSHEV, Rustam Ismailovich-, MORDVINOVA, N.P., inzh., ved. red.;
565NNSM, A.A., insh., red.; SORCKINA, T.M., tekhn.red.
(GP-200 system for determining the interference rejection of
radio apparatus] Ustanovka GP-200 dlia apredelaniia pomekho-
ustoichivosti radiotekhnichoskikh ustroistv. Moskva) Filial
Vues. in-ta nauchn. i tekhn. informatsii, 1958. 15 P, (Pe-
redovoi nauchno-tekhnieheskii i proizvodstvennyi opyt. Tema 36.
No.P-58-24/7) (MIRA 16:3)
(Radio measurements) (Radio-interference)
(Interferometer)

UTYAMYSHEV, Rustam Ismallovich; MORDVINOVA, N.P.,, insh., vede red.;
red.; SOROKINA, T.M., tekkn. red.
(Apparatus for precise measurement of the frequency of power
surply sources in a frequency range of 300 to 1500 c.p.s.]
Apparatura d:Lla tochnogo izmereniia chaatoty Istochnikov elektri-
chookoi energii v diapazone 300-15- gts. Moskva, Filial Wes.
in-ta naucIm. i tekkn. informatsii, 190. 23 P. (Peredovoi na-
uchn. i proizvodstvennyi opyt. Tema 36. NO-P-58-39-10)
(MIRA 16:3)
(Frequency measurements)
(Electric power supply to apparatus)

UTYAMYSHEV,-Rust&m Iamailovich, ~nzh.; MORDVINOVA, H.P., inzh., ved.
tAhn. red.
(12 KST tachometer with the TP-12 attachment]Takhometr 12 KST
s pristaykoi TP-12. Moskva, Filial Vass. in-t& nauchn. i
tekhn. informataii, 1958. 27 p. (Peredovoi nauchno-tekhnicheakli
i proizvodatvennyi opy-t. Tema 31. No.P-58-10/1) (MIRA 16:3)
(Tachometer)

UTYAMYSREV, FmstA&j*m&Ijp-yj9h; SHTEYNBOK, G.Yu.,, insh., Yed. red.;
VORODIN, B.A., inzh., red.; SOROKINA, T.M., tekhn. red.
(Highly stable electronic IV-2p microsecond motor with quartz
stabilization and IG-1 device for checking and calibrating
preciaion-type electronic microsecond and millisecond meters)
VysokostabilInyi elektronnyi mikrosekundomer IV-2S s kvaitsevoi
at-abilizataiei i pribor IG-1 dlia proverki i kalibrovki toch-
nykh elektronnykh mikro- i millisekundomerov. Moskva, Filial
Vass. in-ta nauchn. i tekhn. infox7aataii, 1958. 28 P. O'eredo-
voi nauchno-tekhaicheakii i proizvodatvennyi opy-t. Tema :51.
No.P-58-37/7) (MIRA 16:,3)
(Electronic measurements) (Time measurements)

TJTYAMYSHEV--,AJ,t - --,, -, -, - , .
'l- -7-
Using the frequency method for precision measurement of angular
velocity. Ism.takh. no.2:35-36 Kr-Ap '56. (MIRA 11:3)
(Blectronic instruments)

!UTHOR: Utyamyshev, R.I. 119-58-5--10/11
TITLE: An Accurate Device for Measuring the Angular Velocity of a
Micrometer (Tochryy pribor dlya izmereniya uglovoy skorosti
mikrodvigateley)
PERIODICAL- Priborostroyeniye, 1958, Nr 5, P1 - 30-34, (USSR)
ABSTRACT: In principle this device operates as a heterodyne tachometer which
measures the difference between the frequencies of two alternating
carrents within a narrow domain. On the axits of the motor to be
investigated a light metal disk is fastened which has semi-cir-u-
lar inoisions on its edge. From a light smrca the light peae-
trates through t,-.e inoisiorz to the photore3istance of the trans-
ducer. A sem3icrystalline sulfur-cadmium resistance of the type
F S k -1 serves as transducer.
A modulation of the. light aarrent IYL-jing a fnTaea-,y vinich. is pro-
portional to the rotation valocity Fnd to the Pjmber of tl)p in-
oisions in the disk takes place durii~_g rotation of the disk., Tha
modulation of light causes a change of ocn-3uotivity of thp, photo-
Card 1/2 resistance and cau.9es an jinpulse-like aarrent within th-, circuit

An Accurate Device for Measuring the Angular 119-58--5 -10/1
irelooity of a Micrometer
of the transducer.
Two quartz generators are u.3el for comparison of the :L-iduce-3
current f requency. The actual f reqaenc-,y dif f erance obt-airi~~d in a
mixed cascade is derki-ad from the rela-k-olon:
F = - n
PQ 1~b s
where F denotes the frequenpy of the quartz generator, P. -- rata-
tion n,=Q-ber of the alectromotor, and s - ntnker of the in--isio.-is
in the disk.
The frequency difference obtained is amplifiea in a special de-
vice and tr-ansferred to the device recording angaldr valiali.y.
A short descriptian of the test stana is gi-en. There are 4
figures.
AVAILABLE: Library of Congre.~s
1. Laberatem7 equipwnt-4haractoriaties 2* Anplar velocizy
--Meawdrewnt
Card 2/2

AU211OR; -Uti, R i
----------------------
An Instrwraent ~Zor tiic Accurate of F, o,;,a~,,ncy
(Pj?ibor dlya tochnogo izmereniya chastot,7)
PERIODICAL; Pribory i Teichnika E-sperimenUa, l)5--,, Nr 5,
(US)SR)
ABSTRACT: The instrwaent can be used for the iicasurement of fr3q- -
cies from 100 c/s to 100 kc/s, anZSular velocitip-~, fro;,i 100
to 100 000 rpm. and ti::-,c intervalf-, ranc,j.n- fro:1 100 J~s to
1000 s; the error of the irisUvta.--ictit io 0.01%. 71.,
cm:)loyz a -standard quart:; oscillalv-or oj-~,ratin,,- alu-
quency of 10 kc/s. The frequency is divided b,,r
of stages down to 1 c/s. T-ae frequency dividr;r s-~a~-es are
ci-Uhor in the form of --iaulUivibrators oa, Eccle-,-Jold"~-,n
circuits. The I)ul-,co fr)!,,i the las-t havin(g, '611o f-,-C-
kluclicy of 1 C/31 are a.~))Iiad to a conLroi Iw-iplifi,~r
is normally cut off by the nel--ative vo--ta-e a,!-,li--!d to it
~=i a sy;--u.ietrical Ecclas-Jor~an circu-:t. Via sa.-,io
also blocks a gatinl~ ar.-~Dlifier and a s-'-,rmal pre-a:i
T'ie input si-nal should be not less thui .1 v. The ;-,i,,nal
U ci
i3 shaned into a rectan-ular 1--ulsc vilio:3e duratic)n and
U
UU'lo are inde--londent of the input voltar-e. The pul.-;os iv-US
Card 1/3

30V-120-58-3-0/33
An Instra:a-.at for the A,.curate Measureziei-,L of Fr(.~que c,7
U t a
ob'Gained are applied to a counter cDnsisting of 5 decades
-Id capable of rec:)rdini- u~.; to 100 OCO ptiloes. T,i-- blocl~,
ocheimatic of the "nstrii-memb i.,3 ,;hown -in A c1t~t:-Llod
Cj
circuit dia ram of the device (witLouL po,,,ic!r
~Uhe countM is sh-ovm in FiL,".21. 0-,,cration of 14 t
of Fig." is discussed in d~~tail. T'-i~
I .- - -
acod to rp-istr,~r ,3in-le coLmt3 or
~3ounts; in the latutop ca3e, t'--ic count~~r iS on for a
-ofinite timc interval; Lhe re(Astured coLmt iE
c'- i s1:Ay,,d for a ~,.efiritc duration and tho c-)U-Ylt~~r Uo~~-C-
,e~ to The is fit",ed --irith a
U I
4-,-0UC'-M -~-'J-C': W), Ii-~vir-C 120 polDs ca-,i
Card 2/3

;OV-120-58-3-13/33
An Uhi,; Acr,1u-:-.,-Vr:
Lo convert the an~~ular volocit,7 11.1-ILO a V 1,1f
The pa.)r_r contains 3 fiL~uros and JLj_ rc-fl-,-rence:~; 10 )f t,;I,-,
references are Soviet and 4 are
SUBMITTED: Septerabcr 17, 1957.
1. Frequericy--Measurement 2. Frequency meters--Design
3. Crystal oscillators--Applications 4. Time-InLerval
counters--Applications
Card 3/3

SOV/120-58-4-13/30
AUTHOR: Utyamyshev, R.I.
TITLE: A Heterodyne-Type Instrument for the Accurate Measurement
of Angular Velocities (Techometer) (Geterodinnyyipribor
dlya tochnogo izmereniya uglorikh skorostey)
PERIODICAL: Pribory i tekhnika eksperimenta, 1958, Nr 4, pp 66-68
(USSR)
A13STRACT:The operating principle of the instrument is based on
heterodyning the frequency of a transduear with a known
standard frequency and measurI _ng the difference of the
two frequencies by means of a magnetic tachometer whose
scale is directly calibrated In rpm; the scale reading
is pr6portional to the frequency difference 4F = (F - FjR
where F. is the standard frequency and F is t-he tra-l*13-
ducer frequency. The instrument can operate in con.-
junction with an induction or a photoelectric transducer.
The operating scale of the Instrumentis divided into two
ranges: a) 110-1100 rpm and b) 1100-11 100 rpm. Eash
range is divided into 20 sub.-ranges; each sub-range in
the lower
Card 1/3

,;OV1120-
A Heterodyne-Type Lnstrumentu for the Ac:curate :_'easurement 3'L An-ul-~~r
Velocities
range is equal to 50 rpm while in the upper range it is
equal to 500 rpm. TIhe divisi.:)n of the ranr-es into sub-
0
ranges is done by employing 20 quartz-crystal resonatlors.
The quartz oscillators eniployed have a frequency sta1bility
of 0.01%. The block diagram of the instrument is shovm- in
Fig.1, while its detailed electrical circuit is n-iven in
Fig 2. The instrument consists of the folloviin- principal
units: 1) a switching device and a set of quartz crystals,
2) a crystal oscillator, 3) a cathode follower, 4) a mixer
starre, 5) and 6) photo-electric transducers,)7) a pr,:!-
amplifier, 8) the second catho~.e follower, a selective
amplifier, 10) an amplifier and a hase inverter, 11) the
final alliplifier, 12) the meterf 13~ an inductive transducer
and 14) a crystal oscillator for c,Dntrollinr,- the system,
The quartz-crystal oscillators are based on an RC circuit
(see FiL3.2). The instrument can be used over a range
oy-tondin- from 110 to 11 100 rom and -ives an error of
+0.25 rpm. The operating range is changed by
Card- 2/3

3OV/120-53-4-'JI-3/30
A Heterodyne-Ty-pe Instrument for the Accurate o--,- An----l
Velocities
changing the frequency of one of the standard cr.7stai
0
oscillators. The paper contains 3 figures and 5 Soviet
references.
SUBMITTED: September 19, 1957.
Card 3/3

90), 11(4)
A!'TFOR: Utyamys;iev, R. I., Znjinacr
TITLE: EleCtrOftiC Instri,ment for 11,1easuring Fuel Corsumption by
Means of an Unloaded Pan (Elektronny5- izmeritell
raskhoda topliva n nenaF:ru-,h,ennoy vertushkoy)
PERIODICAL: Priborostroyeniye, 1959, 'Tr 2, pp 29 - 30 N33R)
ABSTRWT: For measuring the consu!,,iption of liquid fuel. the instritment
is equipped with a fan the rotation o.peed of which is
by means of photocells transfor-ned into an electric
This frequercy is -,easured by a synchronous ma,~-:-.etic ir~k:c''i--,~
indicator. The f~~ is situated in a partly trann;)ar -ir
measuring head vilhich is inserted into the fuel line.
rotation of the fez which continuoiisly interrupt3 n
light ray channel the oxponitre of Ft photore-~iqtalice type
FSK-2 is modulated in -aroportionalif,v to th2 rotation spoed
and the number of vane3 of the fan . The pulsatizi,,-
current generated by the photoresistance is amplified by an
amplifier to a certain size and gets from there to the
Card 1/2 measuring instrument. The entire appar:.tus has a measurinJ

Elcetrical Inotrument for Meqsitrint-~ Puel Concumption SOVII 19- 2 -14/17
by Means of an Unloaded Fan
I accuracy of + 0-5~'j within V~Ic range of 10000-400COO 1/h
(consumptionT. Th;~ rotation speed of tl,.e fan. varies
between 75 and 3000 r~-vs.p.m. Th,--re are ? fiFures.
Card 2/2

9(6)
AUTHORt Utyamyshev, R. I., Engineer SOV1 19-59-4- 4 5/18
TITLEs An Automatically Recording Differential Speedometer
With Automatic Quartz Commutation (Differentsiallnyy semcpishuar.My
takhometr s avtomaticheakoy kommutatsiyey kvartsev)
PERIODICALs Priborostroyeniye, 1959, Nr 4, p 29 (USSR)
ABSTRACTs It occurs frequently in tests and investigations of various
technical installations that an automatic recording of
rotary speed becomes necessaxy. A high recording accuracy
can be achieved if the principle of heterodynamic frequency
comparison between the primary control element of the
speedometer and of the quartz oscillator is employed. If
several standard-frequency quartzes are used this will provide
a wide range of measurement, which can be subdivided into
corresponding sections. It becomes evident that if recording
is done automatically, the quartz resonators must also be
commuted automatically in order to provide for similar
frequencies in the primary speedometer element and in the
quartz oscillator. The device described is fitted with
Card 1/2 standard aviation speedometers, which can be used with primary

An Automatically Recording Differential Speedometer SOV/119-59-4-15/18
With Automatic Quartz Commutation
elements of the type D-10, 2UG1--48 or with any other
synchronous transducers. The component parts of this device
are briefly described. A photoresistor of the type FSA-1 is
used as a frequency multiplier. The deflection of the pointer
is exactly proportional to the rotary speed. The
standard-frequency quaxtz resonators are connected in
correspondence with the rotary speed to be measured. The
quartz commutor discussed in this paper operates with a
photoelectric frequency multiplier and with a converter of
the difference frequency based upon an induction-optical
principle. Its use results in a considerable increase of the
accuracy in recording. This Automatic Recorder is intended for
a frequency range from 3000 - 12000 revs/min. Its accuracy
under laboratory conditions amounts to + 0.03 % . If the
ambient temperature varies by � 600 C it the error increases
only to 0.08 %. The frequency range of the automatic recorder
can be varied arbitrarily by a change of the rated frequency
of the standard-frequency quartzes or by a modification of the
number of holes in the rotating disk of the frequncy multiplier.
Card 2/2 There are Ifigure and I Soviet reference.

UTYAWSHEV Rustam Imrailovichj LYUSTIBERG9 B.F., red.1 VORONINp K.P.,
~
(Meamwing rate of rotation] Tekhnika i~reuila skoroetei vra,
shcheniia. Moskva, Gos. energ. izd-vo, 1961. 102 p.
(MIRA 3-4:9)
(Tac#ouztor)

UTYMYSHZV~ R.I.
Faq-tronic stroboscopi,. device with quartz--crystal ccntx'o'
~-L~
Priborostroenie no.U-26 D '-61. (2fIR.4 L -:12'
(Stroboscope)

88802
S/019/60/000/024/081/123
A156/AO27
AUTHOR: Utyamyshev, R.I.
TITLEt An Instrument for Registering the Speed of Rotation of a Shaft
PERIODICALt Byulleten' izobreteniy, 1960, No. 24, PP. 56-57
TEM Clase 42o, 10. No. 134493 (656354/26 of February 26, 1960). This in-
strument contains a tranamilter-eynchronous generator (kinematically linked
with the shaft) and a synchronous electric motor electrically-connected with
the generator and carrying a mirror drum on its spindle whose facets reflect
the light ray upon the whole width of photo-film. For the purpose of in-
creasing the accuracy of operation, the new model is fitted with a conversion
scheme (circuit), with a quartz generator connected to it, which controls
the pulse tube and is triggered-off when the mirror drum stands in an initial
angular position.
Card 1/1

AUTHORs Utyz!myshev, R.I. SOV/19-58-4-370/523
TITLEs A Method for the Stroboscopic Measurement of Potation Speed
(Sposob stroboskopicheskogo izmereniya skorosti vrashcheniya)
PERIODICAL: Byulleten, izobreteniy, 1958, Ur 4, p 94 (USSR)
ABSTRACTi Class 42o 13 Nr 112426 (585233, 28 October 1957). Sxib-
mitted to thNommittee 1'ir Inventions and Discoveries a-;
the USSR Council of Ministern. The accuracy of stroboaocpic
measurements of rotation s;eed is Increased by selecting
a frequency of the master generator several times higher
than the synchronous frequency of the rotation of the ob-
Ject being measured by a heterodyne frequency meter and
compared by a magnetic tachometer driven by a hysteresis
motor with the rotation frequency of the object being mea-
sured.
Card 1/1

AUTHOR: Utyamiyshev, R.I. 0- q8-2-1 6 9/551
TITLE: A Device for runourlng the Froquency of Alternating Current
(Pribor dlya izmereniya chastoty peremernogo toka).
PERIODICAL; Byulleten' izobrotenly, 1958, Nr 2, p -10 ( : ~ ).
ABSTRACT: A device for measuring the frequency of alternating current
(Registration of Inventions Class 21e, 36, !;'r 111121) -with
an electronic computing device, a quartz generator and a
pickup converting the angular velocity into electric oscil-
lations. The device -:ermits simultaneous automatic measure-
ment of the angular velocitY and of the duration of this
measurement.
I.Alternating current--Testing eq~uipment 2. Frequency--
Measurement 3. Mathematical computers--Applications
Card 1/1

AKULINICIEV, I.T.; A11DREYEV, L.F.; RAYEVSKIY, R.M.; BAYYCV, A.Ye.: BUYIffl, G.G.
GAZZ?IKO, O.G., GRYTT,"ALI, R.G.; ZAZIKIN, K.F.; UPEN'TUi,
"L
MAKSIMOV, D.G.; ~,'-FMKUSHKIIN, Yu.G.; M0A'iAKHCJV, A.V.; P77,10v, A.?.;
RYABCIU-:NKOV, A.D.; SAZCNOV, N.P. ; 4am"aslip R I - FIEYDELI, V.R.;
HILIKEEVICH, B.G.; SH&DRINTSLV, I.S.; rEWMI'df, S*'B'.; ESAULCV,
N.G.; YAZDOVSKIY, V.I.
Method and means of medical and biological studies in a space
flight. Probl. kosm. biol. 3:130-144 164. (MIRA 17:6)

L 34830-66
ACC NRi AP6021804 SOURCE CODE: UR/0413/66/000/012/0072/0073
INVENTOR: Baburin, V. A.; Kalashnikov, V. P.; Utyamyshev, R..I.
ORG: none
TITLE: Device for measuring arterial blood pressure. Class 30, No. 182848
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 12, 1966, 72-73
TOPIC TAGS: arterial pressure, arterial pressure sensor, hemodynamics, human
physiology
ABSTRACT: An Author Certificate has been issued for a device which measures arterial
blood pressure. It consists of compressed air cylinders, a cuff with an oscillation
Fig. 1. Device for measuring arterial blood
-pressure
J.
!1 - Compressed air cylinders; 2 - cuff; 3 -
..Oscillation sensor; 4 - amplifier; 5 - stabilized
ge( Z power source; 6 - pressure sensor.
615.471:612.143

L 34857-M
AGG NR-. AP6014075 C;
ordinary or oxygen-enriched air are assumed. The gas temperatures were
assumed: before the channel: 2500, Z600, 270OC; after the channel: 2250, 2100C.
Initial steam parameters for turbines, 240 atm, 580C. These conclusions are
offered: (1) With ordinary-air preheating to 1500-2000C, the power-plant
efficiency could reach 50-60% which considerably exceeds that of any other type
of power plant; (2) The most important problem for materialization of such power
,plants is the constructing of magnetic systems with an induction of 4-6 web/m2;
(3) Methods are needed for obtaining high temperatures of the combustion products
1with limited air preheating. The flue lose of the loniaing agent (K CO.) can
,appreciably offset the MHD-plant savings if the fuel Is cheap; hence, the MHD
;plants seem to be promising for the areas of high- or medium-price fuels. Orig.
cart. has: 3 figures, 2 formulas, and 2 tables.
SUB CODE: /0 i SUBM DATE: OlDec65
Gard 2/3'a

L 34811-66 EWT(l) SCTB DD
ACC NR, AP6021805 SOURCE CODE: UR/0413/66/000/012/0073/0074
INVENTOR: Antonov, A. A.; Yevteyev, K. M.; Utyamyshev, R. 1.
ORG: none
TITLE: Bipol:ar preamplifier of bioel.ectric potentials. Class 30, No. 182850
SOURCE: Izobreteniya, promyshlennyyu obraztsy. tovarnyye znaki, no. 12, 1966, 73-74
TOPIC TAGS: bloelectricity, bioclactric potential, preamplifier, neurophystology.,
ABSTRACT: An Author Certificate has been issued for a bipolar prenmpliffer of
bioelectric potentials consisting of two transistorized amplifier stages and a power
Fig. 1. Bipolar preampliffer
1 - Transistorized amplifier stages;
2 - power source; 3 - galvanic Input;
4 - condensors; 5 - emitter loarls.
Card

L 34811-66
ACC NR: AP6021805
-p
,source. To increase input Impedance and discrimination of synphased interference, it
is equipped with an emitter follower having direct galvanic inputs and large,
negative, cross feedback of the a-c. signal component through condensors. The emitter
loads are fixed resistors, connected as ahown in Fig. 1. Orig. art. has: I figUre.
[CD)
SUB CODE: 06/ SUBM DATE: 25jan65/ ATD PRESS:57i~-V
Card 2/2

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