SCIENTIFIC ABSTRACT SHRAMKO, L.S. - SHRAMKOV, YE.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549930011-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Automatic Regulating and Control (Cont.) SOV/3317
mechanisms, are also eXplftined. Some considerdtions regarding possible ways
of automating butt welding in a random direction are presented. The authors
of this collection are all. Instructors in -the department of "Automation and
Remote Control" at MVTU 1-nieni Batman. The articles are based on scientific
research work conducted by the department during the last five years. Some
personalities are mentioned In each article. References are given after
each article.
TABLE OF CONTENTS:
Ulanov, G.M., Doctor of Techaical Sciences. Development of the Invariancy
Principle and of the Theory of Combined Systems of Regulation and Control
According to the author, the theory of in-variancy constitutes the
c)asis of the theory of combined automatic systemE which depend on two
principles:
1) regulation and control as a function of deviation;
2) regulation and con-~~rol as a function of load. Mathematical
problems of invariancy were developed in the Soviet Union by
N.N. Luzin and P.I. Kuznetsov in 1945-1946- In 1948 Academician
V.S. Kulebakin established conditions of invariancy with an
accuracy up to the free component. Professors A.G. Ivakbnenko,
Card 2/7

=- - Oug
Automatic Regulating and Control (cont.) SOV/3317
A.J. Kukhteriko and other Ukrainian Q_cien+,Ists contributed much to the advance-
ment of the theory and methods of deo,_loping combined systems of alltOMatic
regulation and control. A tendency to uaite the problems of combined systems
and of self-adjusting systems appears in the works of V.V. Solodovnikov and
A.M. Batkov (1956). The author summarizes the basic ideas of the Soviet
scientists on the above problems.
Bibliography
Shr3mko, L.S., Candidate of Technical Sciences. Problem of Self-adjusting
14
S"tuffig- 15
Th_- author investigates some a-,c systems which develop an error
signal of the type Ue't) cosca,t . This signal, amplified and con-
verted accordingly, ils used for the control of certain actuating
units (frequently, two-phase induction motors). There are two
ways of converting this error signal:
1) with demodulation preceding the conversion of the a-c signal;
2) ,without intermediate demodulation
The author considers systems of the second type the more advantageous
because of the absence of additional demodulating and modulating devices.
Card 3/ 7

6 r- t i~' U, -; . ) -
AIXMROV, V.P., inzh.; ATOVMYAN, 1.0., inzh.; ZUYEV, V.I., inzh.; KAVUN,
Ye.S., kand.tekhn.nauk; KOGAN, B.Ya., kand.tekhn.nauk; KOPAY-GORA,
P.N., kand.tekhn.nauk; KULAKOV, I.I., inzh.; LEBEDEV, A.H., kand.
tekhn.nauk; PAPERNOV, A.A.. doktor teklLi.nauk; PELIPOR, D.S.,
doktor tekhn.nauk; PLOTNIKOV, V.N., kand.tekhn.nauk; RLTZSKIY,
Yu.Ye., kand.tekhn.nauk; SOLODOVNIKOV, V.V., doktor tekhn.nauk;
TOPCH19YEV. Yu.I., kand.tekhn.nauk; UI.ANOV, G.M., kand.tekhn.nauk;
:IHHAMKO,-L-.S-.-y-kand.tekhn.nauk; DOBROGURSKIY, S.O., doktor tekhn.
nauk, retsenzent; KAZAKOV, V.A., kand.tekhn.nauk, retsenzent;
PETROV, V.V., kand.takhn.nauk, retsenzent; KRAVKIN, G.A., inzh.,
retsenzent; SOLODOVNIKOV, 7.7., prof., doktor tekhn.nauk, red.;
VITENBERG, I.M., kand.tekhn.-nauk, nauchnyy red.; MOLDAVER, A.I.,
kand.tekhn.nauk. nauchnyy red.; Ka-TAGUROV, Ya.A., kand.tekhn.nauk.
nauchrxyy red.; POLYAKOV, G.F., red.izd-va; KONOVALOV, G.M., red.
izd-va; SOKOLOVA, T.F., tekhn.red.
[Fundamentals of automtic control] Osnovy avtomaticheskogo reguli-
rovaniia. Vol.2. CElements of automatic control systems] Elementy
sistem avtomatichesko.-o regulirovaniia. Pt 2. ECompensating
elements and computer components] Korrektiraiuahchie elementy i
elementy vychislitel'nykh mashin. Moskva, Gos.nauchno-tekhn.
izd-vo mashinostroit.lit-ry. 1959. 4,43 P. (MIRA 12:4)
(Automatic control) (Electronic apparatus and appliances)
(Electronic calculating machines)

kand.tekhn.nauk
Self-adaptive systems. [Trudy] MVTU no.97:15-22 159.
(MURA 13:5)
(Automatic control)

SOLODUMIYOV, V.V., daktor tekhn.nauk, prof.;-SHRAMKO, L.S., kand.tekhn.
nauk, dotsent
"Fundamentals of the automation of technological processes" by
M.Maizel'. Reviewed by V.V.Solodovnikov, L.S.Shrainko. Kozh.-
obuv.prom. 3 no.9:37 S '61~ (MIRA 14:11)
(Automation) (Maizell, M.)

I

-A U ---)-Lo~ o7 tre
ter:
aij-cri;ic reacdon ol' ~'-,e sl:in cal-~ JiVer tO tiC ZDT-~C~ l-'-':
rc,;C-arch). O-cssa, 19-'~7, Suire Lea
2-1:1. I.T. 1. ~~Ju conic--.
4L), 1-157, p. (1-1~6)

Case of ascarids immobilized in the esoohagus. Med.Daraz. i oarez.
bol.supplement to no-1:74-75 '57. (MIRA 11:1)
1. Is kafedry patolo.gicheskoy anatomii VinnitskoEa maditsinskogo
insti-tuto
(ASCARIDS A14D ASCARIASIS)

&"KO, N.P., RYBINIX, I.M.
Anuria cEoised by thrombosis of the renal artery. Urologiia
23 no-5:62-63 S-0 158 (MIRA 11:11)
1. Iz kafedry patologicheskoy anatomii (zav. - dotsent N.V. Konstanti-
novich) Vinnitskogo meditsinskogo inatituta i urologicheskogo
otdeleniya (zav. I.M. Rybinnik) Vinnitskoy oblastnoy bollnitey
(nauchnyy rukovoditell - dotsent M.7. Pinevich)~-
(ANUIA, etiology& pathogenesis
throbosis of renal artery (Rus))
(KMNEYS, blood supply
thrombosis of renal artery causing anuria (RUB))
(THROMBOSIS, case reports
renal artery, causing anuria (Rus))

SHIWIDWO V. P.-,_jamd.med. nauk (Vinnitsa; ul.1 Maya, d.14.0)
Hemorrhagic gangrene of the entire small intestine due to tuberculous
pylethrombosis. Nov. khir. arkh. no.4:99-101 Jl-Ag 161 Nl~,A 15*2)
1. Kafedra patologicheskoy anatomii (zav. - doktor med.nauk
H.V.Konstantinovich) Vinnitsko-o meditsinskogo instituta.
(WERIS-TUBERCULOSISI (111TESTINES DISEAShS)

KONSTANTINOVICH, 11. V., prof.; GOMFMO, I* P., kand. med. nauk;
SHRAMNO, N. L., kand. med. nauk; ZHABIN, V. I., dotsent
Frequency of metastases of uterine cancer into the ovaries
Akush. i gin. 38 no.3:74-78 My-Je 162. (MIRA 15:6i
1. Iz kafedry patologicheskoy amtomii (zav. - Prof. N. V.
Konstantinovich) i kafedry akusherstva i ginekologii (zav. -
prof. M. K. Ventskovskiy) Vinnitskogo meditsinskogo instituta
imeni N. I. Pirogova.
(UTERUS-CATICER) (OVARIES-CANCER)

'v- I -, " '. , --.1, 1
SHaAMKO, O.S. (Rostov-na-Donu).
-,-,
Using models in arithmetic classes of grades 5 and 6. Mat. v shkole
no.2:59-64 Mr-Ap 158. (MIRA ll.-2)
(Arithmetic--St-udy and teaching.)

- SlaAllKO,.,O.S. (Rostov...rA-Donu)
Teaching mathematics in grades five and six. I-lat. v shkole
no-3:11-13 Mly-je t62. (MIRA 15:7)
(Mathematics-Study and teaching)

DANIL(i'll, 'L',Y;-. "K., Yu.A. lKruhliak, IU.O.]; TOLI'YGO, ?.B.['rolpyho, K.B.];
SIJIFJ'~L.11'1:01 C.U.
- - - .. .... I
Sta'Llstical. analysis of a protein text. Dop. AN nc~~5;~27-63,0
1 f,5. (alli-1-1. 18: 5)
1. Institut flzicheskoy 1-himii ANT U,!=SSR.

17~ J e 1-1 f, rj 311 r 111, of ro. r o I.- a i -.9 o ba s p s r
-)f DINIP -rd the
~jC ~-pontlanrous mutations cn--,n.Etcte:! 4-aut
L -me
16.5.
n3-- r- 4 7n " 4
AN

of t-fle of prctm~ 11
TI, r_-yl U
'N SEER 1~3 Ag
(MIRA 1-0-8)
T tLj i~ f k uy kh im i im sarz hew ka o AN UkrS SR.

KRUGLYAK, YU.A.; DANILOV, V.1.1 SHRAMKO, G.V.
System of nuclaic acid base pairings. Biofizika 10 no-3;
399-403 165. (MM 18811)
1. Institut fizicheskoy khimii imeni Pisarzhevgkoga AN UkrSSR,
Kiyev. Submitted July 28, 1964.

on be t~ en ad ja cen-. I no a :~ i a r L- -i.~ r: a 1no ,e , n s
1. All SSSP, --i'O nc-5:119'---~cll F
18 2
T 7~-, tu zicheskov k?1im! m . L.V~~ pisa-r!In e v-Kovo "krSER.

7 ! &,I-p,,It of Tan-~,led Fi -s in Vie
for of Lo..;erim:7 th
ra t o ~j :)f, Anpar_~_. - I-T-P. LK-7 Flax Co,,ildnp.ll Vlin of FiE-her Elu,~ation.
p 1, U.-
J
tions -for Dr-jree of
(7--iss r,~ r ta 14
,a of Te C'p,,.14
nd Sci~nces)
.-. 26, June 19,55, "Osco-,.-
S(): Knjzhn-aya TE!topiSt :T_.

SHYUMO,_ P~p - ------ -)
Phosphorites in the northwestern Donets Basin. Geol. zhur. 20
no. 3:79-81 160. (MIRA 14:4)
(Donets Basin--Phosphorites)

------SHBAMKO,-P-P.; LEPCHENKO, G.Ya. (Ioepchenkol H.IA.1
Dyr-mogran:Lte and ite enclosing rocks in the Delovoye ref~on)of
Transcarpathiae Geol. zhur. 2D no. 5:56-60 160. (MMA . :1
(Transearpathia-Granite)

L 14445-66 EWT(d)/EWP(h)/EWP(l)
ACC NR: AP6002966 SOURCE CODE: UR/0286/65/000/024/0134/0135
INVENTOR: Chelishchev, B.*A.; Shramko, V. D.; Kokorev, V. I.-
ORG: none
TITLE: A manipulator for holding and transferring worlepieces. Class 49, No. 177256
[announced by the Experimental Scientific Research Institute for Construction of
Stamping and Forging Machines (Eksperimentallnyy nauchno-issledovatellskiy institirt
kuznechno-pressovogo mashinostroyeniya)]
SOURCE: Byulleten' izobreteniy i tovarnykh znakov, no. 24, 1965, 134-135
TOPIC TAGS: material handling, remote handling equipment, pneumatic servomechanism
ABSTRACT: This Author's Certificate introduces a manipulator for holding and trans-
ferring workpieces. The device contains a stand made in the form of a column which
is connected to the tong assembly through a system of hinged levers, e.g. by vacuum
suction devices equipped with a pneumohydraulic servodrive and a pneumatic programmed
remote control system. The manipulator is designed for picking up and transferring
workpieces to any point within its servicing radius and orienting them in the proper
Card 1/3 UDC: 621.86.062

L 14445-66
ACC NR: AP6002966.
,position. The tong assembly is connected by levers to a transverse member mounted
in the column so that it can be moved in the vertical direction. The lever system
,is equipped with a chain drive with sprockets mounted c;n the hinged axles in the
:system. These sprockets may be used for individual control of each lever and for
.orienting the tong assembly in the proper position.
;SUB CODE: 13/ SUBM DATE: 27Dec63
Card 2/3

L 14445-66
ACC NR: AP6002966
N
1 tong assembly; 2 levers; 3 - column; 4 transverse
member; 5 - chain drive; 6 - sprocket.

ALRKSEYEV. Ya.K. (g. Nizhnedneprovsk); PETRUSHEVSKIY. A.P. (g.Nizhnedneprpvek);
SHRAMKO, V.I. (g. Nizhnedneprovsk).
Iabor upswing. Put' i put. khoz. no.2:29 F 159. (MIRA 12:3)
l.Nachallnik Nizhnedneprovskogo strelachnogo zavoda, g.Nizhnednep-
rovsk (for Alekseyev). 2.Glavnyy inzhner Nizhnedneprovskogo stre-
lochnogo zavoda (for Petrushevski7). 3.Glavnyy tekhnolog Nizhne-
dneprovskogo strelochnogo zaVoda (for Shramko)
(Nizhnedneprovsk--Railroads--Switches)

ShILAWO2 V. L.
23560. LESOW-,GRUZOGhNAYa USTANOVKA.
MI!XhANIZATsIYa STROIT- VA~ 19h9j No
(RAZGRUZKA OTKM=h Zh-D VAGONOV).
7s C- 18-
SO* LETOPIS' NO. 34 1949

SHRAmKO, V.L. (Dneporpetrovsk)
Denpropstrovsk switch factory adapts its production railroad workprs
needs. Put' i put.knoz. 4 no.9:40-41 S 160. (MIRA 13M)
1. Glavnyy inzhener Dnepropetrovskogo strelochnogo zavocla.
(Dniepropetrovsk--Railroads--Switches)

SHRA 0, V. L.
Small pneumatic tamping iron. Maskinostroitell no.11:17 N 160.
(MIRA- 13: 10)
(pneumatic tools)

SHFUd-iKO. V.L.
Ve rant2acture high-strength switches. Putt i put.khoz.
5 no.7:24 JI 161. (14IRA 14:8)
1. Glvinyy telchnolog Denepropetrovskogo strelochnogo zavoda,
g. Dropropetrovsk.
(Dnepropotrovslc--Railroadi3-4witches)

SInkMKO, V. V.
Ash content of coal has been reduced 3.5 times. Ugoll Ukr- 3 no.2:36
T 159.
I (MIRA 12:3)
1. Glavnyy mekhanik shakhty.No. 30 trests. Rutchenkovugoll.
(Coal mines and mining)

MITKEVIGH, A.V-~ SliRM-IKO,_Ye,,C4
Study of the stability of magnetic s-Fsteris with magnets within
their frameworks and determinaticn -,.L their temperature
coef f icients. Elektrichestvo no. i ; 69-72 ~ Jm 14 z 12)
1. Leningradskiy politekhnicheski,';- institut i:.eni Falinina.
(Magnetic circuits)
(Magnetic instruments)

SHRAMKO, Yu.
Let us disseminate technical khowledge among young people, Za rul.
20 no.3:1-2 Mr '62. (MIRA 15:3)
1. Zaveduyushchiy otdelom TSentral'nogo komiteta Vsesoyuznogo
Leninskogo komiqunisticheskogo soyuza molodezhi.
(Technical education)

ROZRANSKIY, Z-Ye., inzh.,- SHRAMKO, YuoS., tekhaik
Protective circuit using two IT-85 (86) relays and one isolating
coil for the prevention of interphase short-circuits. Xnerget1k 8
no.8:25-26 Ag 160. (MIRA 13:10)
(Electric relays) (Zlectric protection)

ROZHA.NSKIYI, Z.Ye.; SHRAMKO, YuaS.; FBDORENKO, F*A.;,LYSIKOV, A.N.
Central signaling networks using telephone relays with overlapping
contacts. Prom.energ. 16, no.11:33-31+ N 161. (NMA 1/+:10)
(Electric networio) (Electric relays)

ROZHAf4K.7L, Z.Ye., inzh.,---SliRAMKG,, Yu.S.,.-.tekhnik; ZAIKA, N.V., tekhnikl
YAROSH, Yu.V., tekhnik; ARONSON, V.R., tekhnik
An impulse signaling device using transistors. Ene k 10
no.12:17-19 D 16 MA
T. 16:1)
(Electric relays) (Electric notworks)
I

T
4 O'S 7-6 6
ACC NR, AP6009935 SOURCE CODE: UR/0118/65/000/011/0022/0023
AUTHOR: Piskunov, Yu. N. (Engineer); Shramko, Yu. S. Engineer)
ORG: none
TITLE: A semiconductor multi-circuit time relav
SOURCE: Mekhanizatsiya I avtomatizatsiya proizvodstva, no. 11, 1965, '22-23
TOPIC TAGS: time relay, circuit design, transistorized circuit
ABSTRACT: The authors propose a simple time relay for the control of processes, requiring
alternate switching-on with a time-interval accuracy of not more than L10%. The relay coll-
sists of a master oscillator* three frequency dividers, and a decoding unit to the output of
which are connected time-gensor switches (designed to operate on a second, minute, and
hour basis). The minimum time delay is 5 sec and the oscillation period of the multivibrator
is ~.5 sec. The decoder Is used to transform the binary code reading provided by the counterI
Wangement into the decimal code. Semiconductors of type P-16, P-13, and D9D (diode) are
d in the relay. Collector circuits are fed with a voltage of 12 v received from a
transistor-
Btled voltage stabilizing network. Bias circuits are driven by + 5 volts. The time relay was
manufactured and has been operating in the laboratories of UKRNN11KhIMMASh since 1962.
Card 1/2 - -_ 111- --AMC: 621.318.7

ACC NR, AP6009935
Orig. art. has: I ftgure and I table.
SUBCODE: 09/ SUBMDATE: 00/ ORIGREF: 000/ OTHREF: 000

PISKUNOV, Yu.N., inzh.; SHW-MKO, YU.S.J. inzh.
Electronic relay with a thyratron for controlling the completion
of filtrate outflow. Mekh. i avtom.proizv. 19 no.2:29-30 F 165.
(MIW. 18:3)

SHR,,'Jf.KOV, A.Ya., lazliener.
Taking into account the correction term in a double bridge equation.
191ektrichestvo mo.6:72 Je '53. OMLRA 6:7)
1. Llvovskly politekhnicheskiy institut. (Electric circuits)

KARANDMV, K.B., profe,asor; SHRAMKOV, A-Ya., inzhener.
Rectifying watt--meters. Zlektrichestvo no.12:44-47 D '53. (mLRA 6:11)
1. LlvovBkV politakhnicheakiy inotitut. Ofattmeter)

sluux-OT, A.Ya
Electromagnetic wattmeter. Rauch. zap. IPA AN URSR, Ser. avtom. i
lzn. teld'. 4:1.11-119 455. (iiiaA 10.-S)
Nattmeter)

SHRAMKOV, A.Ya.
Rxperimental investigation of eleetromagnetic wattmetere.
M-161cm. kont. i. :~zm. tekh.no,1:74-78 157,o OaU 11:6)
(wattmeter)

P-4
oil- r
3 a E~ IF F F
1 -15 r,
qF--
I, N,
4 5, F
Uri

KIRL411AKI, N.V.; OBOZOVSKIY, S.S.;.SHRAI.JKOV, A.Ya.
------
Glassification of digital electromechanical measuring devices.
Avtom.,kontA elek.i=. no.1:47-51+ 160. 0,M?A .15: 8)
(Electric measurements)
(United States-Electric measurements)

SUA11KOV, -A.Ya.
Compensation of the temperature dependence of e.m.f. in regular
cells used in potentiometers. lzm.tekh. no.9:33-35 S 160.
(MIRA 13:9)
(Potentiometer)

S/263162/1000/011/016/022
1007/1207
AUTHOR. Boris, Ya. V. and.Ehar~lov, A. Ya- __,
TITLE: Device for measuring the time constant of precision resistances
PERIODICAL. Referativnyy zhurnal, otdel'nyy vypusk. 32. lzrneritcl'naya tekhnika, no. 11, 1962, 47-48,
abstract 32.11.359. "Nauchn. zap. L'vovsk. politekhn. in-t.", no. 79, 1961, 104-108
TEXT: The time constant of resistances can be measured and directly read by comparing the curves of
transient processes developingin referenceand tested resistances undertheaction ofeclual, rectangular voltage-
wave pulses. The currcrit-intensity curve, when subjected to such voltage pulses, does not repeat the shape of
voltage curves but varies according to a certain definite law determined by the relationship between the coil
parameters R, L and C. The voltage to the measuring device is fed (see figure) from the last capacitor of a two-
section filter. The selection of the proper time constant for capacitor charging and discharging ensures a
rather complete recovery qf the capacitor voltage during disconnection of the circuit by means of the key K7
and an almost complete discharge of the capacitor on closing the circuit. The shape of the curve reproduced
on the screen of the device.. makes it possible to infer the capacitive or inductive nature of the reactance
to be measured. The connecting frequency of the switch is raised to 250-500 cps. At a valve sensitivity of 0.25
mm/v, the error in determining the values of L and C does not exceed 2-3 %. Changes in both inductance
variometer and variable capacitor are recorded on the screen with an accuracy of I %. The circuitry of the
Card 113

Device for measuring the...
S/263/62/000 /011/016/022
1007/1207
R.3 ZA
I
3
r
T T T
[Abstracter's note. Complete translation.]
Card 2/3

Device for measuring the...
S/263/62/000/011/016/022
1007/1207
device has no amplifying system. The pulsating feeding o,' the device to be tested permits the voltage to be
selected at relatively high values (up to 200 v or even more) so that the current, induced in the resistance, does
not exceed 0. 1 to 0.5 v. I'vicaSUrcments by means of the described device are carried out in the following way:
inductance L and capacitance C are first set at zero. Tuning of resistance R ensures the coincidence of two
points corresponding to the end of the transient process. Next L and C are tuned to give coincidence of the
lines connecting the starting and end points. The time constant is finally found from the formula
T L CR
The device permits the measurement of the time constant over a range from 1. 10- 5 see to 1. 10 - 7 see for
several bands corresponding to resistances varying from 0.1 to 100,000 ohm.
Card 3/3

s/88o/6i/000/079/004/011
E194/E455
AUTHORS: Karandeyev, K.B., Shramkov, A.Ya-, Krasilenko, V.A.
TITLE: The use of nonlinear resistances in automatic self-
balancing bridges
SOURCE: Lvov. Politekhrdchnyy institut. Nauchnyye zapiski.
no-79. Voprosy clektroizmeritellnoy tekhniki. no.l.
1961. 98-103
TEXT: The object of the work was to develop a self-balancing
bridge for temperature recorders and similar devices which should
be as simple and reliable as possible, avoiding the customary use
of a motor-driven rheostat as the balancing device in one arm of
such bridges. One arm is the resistance to be measured, which
may be a pick-up;; another comprises an incandescent lamp filament:
the remaining two arms are constant resistances selected to suit
the bridge operating conditions. Feed-back is provided between
bridge input and output. A small bridge-operating input voltage,
insufficient to affect the lamp resistance, gives an out-of-balance
output voltage which is amplified and applied to the bridge input
together with the low operating-voltage. This heats the lamp so
Card 1/3

s/88o/61/000/079/004/011
The use of nonlinear ... E194/E455
that its resistance is increased and the bridge approaches balance,
but there will always be sufficient out-of-balance to maintain
current through the lamp. This, of course, depends on the
resistance of the pick-up or other object measured. Thus the
input voltage from the amplifier is a measure of the pick-up
resistance and can be measured by a suitable meter. The out-of-
balance required to keep the bridge in the equilibrium position
should be as small as possible, certainly not more than 0.2 to 0.3
of the principal error of the instrument. For example, when the
out-of-balance is 0.15% the amplification factor should be at least
4000. The bridge operating-voltage should be about 100-th of the
amplifier output voltage to ensure that it does not affect the
lamp filament temperature. In a bridge using a low-voltage
incandescent lamp (1 V, 75 mA), the amplifier amplification was
14000, the thernometer resistance ranged from 100 to 300 ohms
and the other bridge components had stated values. The relation-
ship between the pick-up resistance and the meter reading (max 3HA)
was almost linear. The auxiliary voltage was 15 mV. The circuit
responded stably to smooth changes in the pick-up resistance;
Card 2/3

s/88o/61/000/079/004/011
'I'lie use of nonlinear ... E194/E455
the overall speed of operation and error depended mainly ,
on the indicating instrument used. There are 4 figures.
Card 3/3

IN
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Kitt, v P
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76

BLEGA9 0.; ENGELIBERT, 0.; YEZHKOVA, Z.; SHRAMKOVA, Ya.
rmportance of autoimmunization reactions in the diagnosis of
diseases of the thyroid gland. Probl. endok. i gorm. 11 no.,~.-
21-25 J1-Ag 165. (MIR-k 18:11)
.. 3-ya. terapevti-.heskaya klinika., Praga.

-t - ..-:- - I
-j- -~.- .-L -, IF- -!.
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