SCIENTIFIC ABSTRACT TISHCHENKO, N.A. - TISHCHENKO, O.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001755810020-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 16, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Elektrichestvo, 7, 80-88, Jl 1955 AID P - 3027
Card 2/2 Pub. 27 - 14/33
Institution : State Union Trust "Elektroprivod".
Submitted : my 9, 1955
t

AID P 4117
Subject USSR/Electricity
Card 1/2 Pub. 27 - 4/33
Authors Birfelld' A. G., Eng., Ye. I. Gnilosyrov, Kand. Tech.
Sci., 0. V. Slezhanovskiy, Kand. Tech. Scl., and
N. A. Tishchenko, Eng.
Title Complex automation of bloomeries.
Periodical Elektrichestvo, 12, 9-18, D 1955
Abstract The authors describe automation systems developed by
the Central Design Bureau of the plant "Elektroprivod"
and operating since April 1954. They demonstrate that
complex automation can be efficiently accomplished only
on a modern mechanized unit. They describe the automation
and modernization of the 1100 type bloomery and give de-
tails of the automation of the separate parts of the set.
One table' 12 detailed connection diagrams, charts and
oscillograms.

Elektrichestvo, 1211 9-18, D 1955 AID P - 4117
Card 2/2 Pub. 27 - 4/33
Institution : Central Design Bureau of the Plant "Blektroprivod"
of the Ministry of the Electrical Industry.
Submitted ; S 12, 1955

IVANOVP X-1-9 inzhener; KRASNIKOV, yu.j)., inzhener; TISHOMKO N A inshener.
Invent new methods for mechanized coal mining. Kekh.trud.rab. 11
no-5:31-32 My #57.
((;Oal mining machinery) (M1RA 10:7)

---- - - 1 /1,
UVANOV, K.I.; KRASNIKOV, Yu.D.; TISHOHINKO, N.A.; VOYTEMKO, I.S., gornyy
inzhener.
New mining methods; parts 7 and 8. Ugol' 32 no.7:22-25 Jl 157.
(MLRA 10:7)
1. 'feesoyuznyy UgolInyy inatitut (for Ivanov, Kraanikov, Tishchenko).
(Coal mines and mining)
C-11

TISHCMIKO, N.A., inzh.; TULIN, V.S., inzh,
Development of electric drives during the past 40 7eara in the
Soviet Union. Zlektrichestvo no.11:16-24 N 157. (MIRA 10:10)
1.Hentrallnoye konstruktorskoye byuro "Blektroprivod" (for Ti-
shchenko). 2.Gosplan SSSR (for Tulin).
(Ilectric driving)

TISHCMMO, N.A., inzh.; ZAMYATIN, I.S., inzh.
Mining with high-speed coal plows. Ugol' Ukr- 3 no.9:16-19
S 159. (MMA 13: 0
(Mining engineering) (Coal mining machinery)

CHILIKDT, M.G.; TSELIKOV, A.I.; GOLOVAN, A,T.; FEETROV, I.I..; BYCHKOV, V.P.;
SOKOLGVJ M~M.; DRUZHINIII, *V-ESfEIEVSKIIY, S.N.; IdLUIZEV, G.P.;
TISHCFETIKO, N.A.
D.P Mn-iozovi obituary. Elektrichestvo no.5~93 My 163.
(1-91UL 16:7)
(Morozov, Dmitrii Petrovich,)

T"ShOPENKO, 'Irmh. (,,Icskva)
11toblem cc~ncernirqv the rnliiab~ 1 lt,.~ oll -':.- " ~-. 7',- _*,,-
nc.ll.-85--88 N 164.

L 100�6-66
ACC NRt kP6004977
SOURCE CODEt UR/0105/65/000/003/0090/0090
AUTHOR: AJqksenko,_G_.V.; Qladilin,_~- V.;
Druzhinin, 11 .; Petroy.- 1- 1.; Tishchenko, 14. A.;
-MEr-n-ichkin S.; ~hililS~~~
ORG: none
TITLE: Professor Vyacheslav Semenovich Tulin on his 60th birthday
SOURCE: Elektrichestvo, no, 3, 1965, 90
TOPIC TAGS: mechanical engineering personnel, electric engineering personnel
ABSTRACT: Professor V. S. TULIN was born in November 1904 and graduated
'from the Kharkov Engineering Institute in 1925. He has since then special-
ized in the application of electric drives for the mining industry, in low-
voltage apparatus and more recently in automation@ At the present time he
is the chairman of the Department of Automation and Control Machincry at
the Moscow Institute of Radio-Electronics and Mining Electromechanics. He
has -ma-EW-m 0-id"thd --- author--of 80 pub-
'lishod works includ~mg a textbook on the automation of production processes
in the mining industx7; he also received an award in 1948 in connection with
the Donets Basin development. He now participates in ministerial councils
and coamittoes concerned with scientific-research work# industrial coor.dina-.
fion, also secondary and higher education. Orig-. art. has: 1 figure. PRS-7
SUB CQDE:..13, 09 / SUBM DATEi none
UDCi 621

ALFKSANDIROV, N.N.; PODT)(JB?IAYA, T.T.; TISHCHFNKO, N.A.
Scientific and Practical Cuonferencp of Oncologists of White
RUssia. Vop onk. 8 no, 10:119-121 162. (141RA 17:7)

TISHCIM,NKO, N.A.,,-Inzh.
-
Dynamic stability of d.c. rolling mill motors. Elektrichestvo
no.9:1-9 S 163. (MIRA 16:10)
1. TSentralfnoye konstruktorskoye byuro "Elektroprivad".

KONTOROVICH, V.M.; TISHCHENKO, N.A.
Transformation of acoustical and electromagnetic wavep. at the
boundary of an elastic conductor in a magnetic field. Izv.
vys. ucheb. zav.; radiofiz. 6 no.1:24-35 163. 041RA 16:7)
1. Institut radiofiziki i olektroniki AN UkrSSR 02~ Ikovskiy
pedagogicheskiy institut.
(Electromagnetic waves) (Magnetic fields) (Electronics)

- TISHCHENKOY N.A., inzh.
Use of coal planers for mining Dmeto Basin mines. Ugoll 37
no.11:35-38 N 162. (MIRA 15:10)
1. Institut gornogo dela im. A.A.Skochinskogo.
(Donets Basin-Goal mining machinery)

TISHCHEIMO, 14. A., inzh.
Advantages of nqrrow-range coal mining over wide-r&nge and its
t,
area of use. Mekh. i avtom. v gornol prom. no.2:21-41 '62.
(MIRA 16- 1)
(Coal mines and mining)

ALEKSANDROV, N.; PMDUBIMYA, T.; TIS~EkKKKOj_ H.
White Russian Republic Scientific and Practical Conference of
Oncologiats. Zdrav. Bal. 8 no./+:63-65 Ap 162. (MIRA 15:6)
(ONCOLOGY--CONGRESSES)

AISKSAIMROV, V.S., inzh.; VOROVEETSKIY, B.B., kand.tekhn.nauk;
PORTNOY, T.Z-., inzh.; TISIRCHEITY0, N.A., inzh.
Present-day work in the field of automatically controlled electric
driving. Vest. elektroprom. 32 no.10:7-12 0 161. (MIRA 14:9)
(Electric driving).

I-,- -TIS11CJ1ENKOj,.-N.k.-,v, aspirant
Anatomical structure of the fascial sheaths of the neck and their
interrelation with vessels and nerves. Sbor. nauch. trud.
GIDUV no. 14:191-199 158. (14IRA 13:10)
1. 1z kafedry operativnoy khirurgii (zav. prof. A.P. Nadein) i
kafedry onkologii Gosudarstvennogo instituta dlya usovershenstvovaniya
vrachey (zav. prof. A.1. Rakov).
(FASCIAE (AN&TOMY)) (NECK)

S/l96/62/Ooo/oo6/oll/ol8
E194/E154
AUTHORS: Aleksandrov, V.S., Voronetskiy, B.B., Portnoy, T.Z.,
and Tishchenko, N.A.
TITLE; The present state of evelopment of automated
electric drives
PERIODICAL: Referativnyy zhurnal, Elektrotekhnika i energetika,
no.6, 1902, 1, abstract.6 K1. (Vestn. elektroprom-
sti, no.lo, 1961, 7-12).
TEXT: Diagrams are given which show the relative number of
drives in various branches of the national economy of the USSR
and expected developments are described. New single-armature
rolling mill motors are being developed with outputs of
.10000-12000 h.p. with high maximum output and good dynamic
characteristics. Mercury-arc rectifiers are at present the main
type of controlled rectifiers for industrial drive. It is
proposed to manufacture sealed single-anode, grid-controlled
mercury-arc rectifiers for anode currents of 250-350 and 500 A,
including rectifiers with series connected valves and also
modernised pumped-mercury-arc rectifiers for currents up to
Card l/ 4

The present state of development ... S/196/62/000/006/011/olb
E19-'-/EI54
1000 A per anode. New static control systems for drives types
jNjij(UM'P) and (UIIZP) with OutPuts UP to 30 ki-I based on
magnetic amplifiers have been developed and introduced.
Amplifiers of up to 80 kVA per unit have been developed.
A number of new designs of automatic electric power generating
sets of packaged design have been developed and investigations
are being niade on industrial prototype computer-controllers for
automatic drives. Static systems with magnetic amplifiers have
been used in the development of various drive control systems
for metallurgy, mining, machine tool manufacture, paper machines,
and power station auxilliaries. An automatically controlled
drive has been developed in the metallurgical industry for a new
alitomatAc conveyor For clinrging tlie OwrincV. Atitm-OAc conLrol
lints I)OC.11 111,0VILIt'(1 I'Ljx* a-Ir litsnL.3i'm, cc.%rit,ing mnChAnvri, tno
furnace-top loading system and wagon weighing machines. Ionic
rectifiers with a total current of about 1 million amps have
been provided for non-reversing rolling mills. An ionic drive
is being introduced for reversing rolling mills including the
main drives of blooming and slabbing mills. Excavators
Card 2/4

The present state of development s/l96/62/ooo/oo6/oll/ol8
E194/E154
types (EXG-4 ) have been modernised by ut ilizing f or the
main drive d.c. generators controlled by power magnetic
amplifiers, which have repJaced t lire e -winding generators and
increased the output of the excavators. Direct current automatic
drives have been provided for diesel-electric iristaliations
type ll!-,'J(11DE) and have increased the output of mine winding
operations by a factor of 2-2.5 as compared with other
installations. Ionic rectifiers have begun to be used for mine
winders; industrial prototypes have been developed and
construct.ed for high speed reversing equipment used in conjunction
with ionic drives of multi-rope winders. For machine tools there
have been developed a series of d.c. drives supplied from power
magnetic amplifiers of o.6-6 kif output. Ferro-transistor
programmed digital computer control of machine tools has been
developed using step-by-step motors and hydraulic amplifiers.
A d.c. main drive system using silicon rectifiers of 50-100 kW
has been developed and partially introduced in wh7ich the rotor
speed is controlled by the field flux. An automatic drive system
with continuous programme control has been developed for
Card 3/4

The present state of development ... s/196/62/000/006/011/016
L19VE154
standard heavy horizontal milling machines, boring mills, and
lathes. A number of heavy machine tools are provided with.
controlled ionic drives. A multi-inotor drive with multi-
generator supply system and contactless tachogenerators has
been developed for paper machines, and has successfully passed
industrial tests. An electrical drive system has been
developed for a number of dry cargo.ships, river icebreakers,
and tugs. Future developments in drives are indicated.
I-Abstractor,s note: Complete translation.]
Card 4/4

BOGDANOV, A.A.; TISHCHENKO, N.A.; SHTURMAN9 L.I.
Review of K.N. Kulizade's Vook "Electric equipment in petroleum
Production." Elektrichestvo no. 12:87-88 D 16o. (miAA 14:1)
(Oil fields 'electric equipment)

inz'h.
Discussion on coal ninin,- wil t,, (do rAF0,w workin[-:3; ad-va.,taces.
of narrow wor':in-s as comtaredt ~o U~rol 1 1
F 161. 36 no.2:1-.3
I OMRA 14: 2)
1. Institut Zo:mo7o dela A"
(Coal rdnas cin:i minin

I'Mit I- -, - . C., . ; ,:. * '. ; y-,, :, .,- ~ ---n , - ..,. . ; i---- - - - I- , r~
.1 . . -;--_c_: - -.-.-." -
..ani7palatnr for re !,~ctlicn rciling
ro.5:1-~, 167. 14. : 10)
(7x1ling nills--'jcid-4 ent and su-p-. lies)

, , 7 , - , ~ I , ~ i'. : , I , f~ L . " . i - 1, -
1, 1 -o I, I C- tit ..' on. 1 ~ i, I 114 o I i. I a '- I * ~- ;. 1 ~4 L t t I '~ I N o I I '~ ~' i ~ ,
I . . I
nu.11:7-14 N ' (-A , ~ ~ -': - _- '.
1, TSentrallnoye konstruktorskoye byuro "Elektroprivod" Vsesoyuznof7.o
ii;iurhno-I.,isi.e(loviit(il'!-,koi,o imitituta elektromekhanivi.
(Electric motovs)

TISHCHENKO, N.A., inzh. (Moskva)
Concerning the problem of reliability of electric r/)to!-r. Elek-
trichestvo no.12:16-19 D 161. MLq 14:12)
(Electric motors)

RATOBYLISKIY, A.A.; TISHCHENKO, N.A.
Two malignant tumors in different organs of a patient. Zdrav.
Belor. 6 no.4:61-62 Ap 160. (MFI 14:5)
1. Iz kafedry urologii (zaveduyushchiy - doktor meditsinskikh nauk
A.I.Mikhellson) i kafedry khirurgii (zaveduyushchiy - professor
A.M.Boldin) Belorusskogo instituta usovershenstvovaniya vrachey.
(PROSTATE GLAND-CANCER) (STOMCH-CMICER)

0 ()"rq 0 ~ --
TISHC'fflq,TKO y V * As :Nj~p~-ar M,.d Scl (dlfjo) -- "Badical opointion to r1movf) thf,
regional lympli nodes In cancer of the lowor jaw". Tnningraa, 19YI. 17 pp
(Laningrad State Order of Lenin Tnat for the Advamed Training of PhyntrIans
im S. M. Kirov), 200 copies (KL, No 1, 1959, 1210

kMARAKIN, V.S.; LARIONOV. A.U.; CULIKIN, M.G.; 001A)VAN. A.T.;
MEMOZOV, KITIVIATOVA. N.:1.j WHITIMIT, A.V.1
U.N.; TIMICONK01 N.A., T0111N, V.S.
Doctor of Technical Sciences I.I. Petrov. Elektrichestvo no.12:
83 D '57. (MIRA 10:12)
(Petrov, Ivan Ivanovich, 1907-)

PANOV. Andrey Dmitriyevich, kand. tekhn. nauk, ; . TISHCHIZKO.. Ilikolay
SgAVRINA,
Raisa
41~tjrqyevich.; ZAMYATITIN. Ivan Stepanovich,;
Fedorovaq,; PAVLYUCHRNKO, Dmitriy Mikolayevlch,; GRIGORIYEV,
Vladimir Loonidovich,; pri uchasti,i:Adamidze, D.I.; KraRnikova,
Yu. D.; Gherkaaheninove, V.I.; Chukayevoy.,Ye. V.. ; SOSNOV,
V.D., otv. red.; RATITIKOVA, A.P., red. izd-va,; PROZOROVSKAYA,
V.L., tekhn. red.
Elfarrow-gauge
vyemka uglia ra
Uglatelebizdat,
mining of coal in thin and medium seams]
plastakh tonkikh i srodnet moshchnosti.
1958. 321 p.
(Coal mines and mining)
Uzkozakhvatnata
MoBkva.
(MIRA 11:12)

BUCK, 63. RELIKIND, 1..D, ~ -'i;'TJXIII.
Cawacian, D.S., TISHCHENLO, li-A.: 30RIENKC, N.J.;
A.I.; SINBL'NIKOV, Ye.M.
Pavel Petrovich Kop-n"nov; 2,1itIt ariniversary of his deat'n, -'~' iktrl-
rhcstvo r,-,.5.'-)2 ;t,, '57, (""
(-:or Ca--O I'ortov ich, IB67z-!~

REIt:SKIYP Anatoliy Borisovich, kand. tekhn. nauk; TISENKO, N.G.,
red.
[strain gauges for repeated use with an elastic metal
element; verbatim record of a report de ivered at the
Leningrad House of 'clentific and Technienl Inforinatior
in November 19031 Ienzodatchiki mnogokvatnogo IspolIzova-
niia s metallicheskim uprugIni elementom; stenogramma dokla-
da, prochitannogo v LDNTII v nulabre 1963. g. Leningrad,
1961~.. 12 p. (MIRA 17:7)

IZOTOVA, M.A., ; IMIJIGIOVA, M.F.., inzh.; KHOKELOVA, N.D.., inzh.;
CHERUSHINA, M.F., spets. red.; VOLKOVA, S.N. otv. za izdaniye;
TISIICIMIKO, 11-1.x red.; KMIZITONOVA) LSI., tAn. red.
(Typical metnods of sewing light women's and children's custom-
made dresses] Tipovye metody poshivki legkogo zhenskogo i detskogo
plattia po individuallnym zakazam. 2.j dop. i perer. izd. Mosk-va,
Gosmestpromizdat, 1961. 237 p. (MRA 15:7)
1. Moscow. TSentrallnaya opytno-tekhricheskaya shveynaya laborato-
riya. 2.TSentrallnaya opytno-tekhricheskaya shveynaya laboratoriya
Gosudarstvennogo korciteta Soveta Ministrov RSFSR po delam mestnoy
promyshlennosti i khudozhestvemVkh prouyblov. (for lapikbovap
Khokhlova*). 3. Glavnyy inzhener TSentrallnoy opytno-tekhnicheskoy
shveynoy laboratorii Gosudarstvennogo komiteta Savets. Ministrov
RSFSR po delam mestnoy pron7shlennosti i khudozhestvennykh pro-
myslov (for Izotova). (Clothing industry)

TISHCMEDt H.I., insh. (Xhartkov)
~,' I I ,
Rheostatic testing of TZ3 diesel locomotives. Blek. i tepl. tiaga
2 no-IOM-39 0 158. (14MA 11; 1-1)
(Diesel looomotives-Testing)

POLYAROVA, VJ.; KUZNETSOVA, I.B.; TATEVOSIYAN, G.O., nauchnyy red.;
TISHCHENKO, N.I., red.; TRUSOV, N.S., tekhn. red.
(Manufacture of toys from plastics]Proizvodstvo igrushek iz
plasticheskikh mass. Leningrad, Gosmestpromizdat, 1962. 318 p.
(MIRA 16:2)
(Plastics) (Toys)

TISHCHNNKO, N.I., inzh.
Rheostat testing of the TE3 diesel locomotive. Elek. i tepl.
tiaga 2 no.9:32-35 S '58. (NIRA 11:10)
(Diesel locomotives--Electric equipment--Testing)

0, Hikolay Alekseyevich: TYRICHEV, Allbert Georgiyevich:
TI TMO, Nikajoy Ivenovich., U-~AM, A.P., inzh., retsenzent:
IVULIF, V.V., inzh., red.; IHITROY, P.A., tel-Jm.red.
[Inspection and adjustment operations in the repair of diesel
locomotives] Proverki i regixlirovki pri remonte teplovozov.
Moskva, Vaeo.izdatellBko-poligr.ob"edinenie M-va putei soobahche-
niia, 1960. 291 p. (MrRA 14:4)
(Diesel locomotives-Maintenance and repair)

KORNEYEVAI LyudmilA Leonidovna; TISHCHENKO, N.I., red.; ZAYTSEVA, L.Ao,
tekhno red.
(Keyboard calculating machines and their use in small enterprises)
Schotno-kla,~ishrqe mashirry i ikh primenenle na nabol'shikh pred-
priiatiiakh, Moskvop Goo*. izd-vo montnoi promychl. i knudooh. prow-
slov RSFSR, 1961. 102 p. (1,41RA 14110)
(Calculating machines)

TISHIENE,, Iliko lay 'k*.' /!Qlj c-1,; J,, I
--cci
L-,Vaijility Uf maereli, a,-. -.,f*,
a6,
n1kh usi-ljt;~jej.
gi i a, 1964. 31c~ p,

S/535/61/000/139/009/009
E140/E435
AUTHOR. Tishchenko, N.M., Candidate of Technical Sciences
TITLE-, Method for emperature stabilization of magnetic
amplifiers
SOURCE; Moscow. Aviatsionnyy institut. Trudy, no.139, 1961,
Voprosy avtomaticheskogo regulirovaniya
dvizhushchikhsya ob"yektov, 142-151
TEXT- Temperature variation of magnetic amplifier characteristics
consists of two components, a parallel displacement of the volt-
ampere input-output characteristics and a change in the slope
(gain) of the latter. These variations can be corrected using a
temperature sensitive resistance (thermistor) and a special winding
such that ampere turns are introduced to compensate the equivalent
ampere turns due to the shift of the characteristic, Used as a
simple load, this corrects for the parallel displacement; used in
a feedback loop, this corrects for gain variations, L.S.Bessonov
and S.G.Bergshteyn are mentioned in the paper. There are
10 figures, 1 table and 9 references: 7 Soviet-bloc and
2 non-Soviet-bloc,
Card 1/1

TURKULETS, Vladimir Illarionovich; UDALOV, Nikolay Petrovich;
TISHGHENKO,__LI,M .red.; FRIDKIH, L.M., tekhn. red.
(Photodiodes and phototriodes]Fotodiody i fototriody. Mo-
skva, Gosenergoizdat, 1962. 62 p. (Bibliotokii po avtomatike,
no 64) (M~IRA 16:1)
?Photoelectric cells) (Electron tu,Les)

TISHCHENKO, N.M.
"-pproximate analytic e7pressions for the characteristics of cho)-rj-
coupled magnetic amplifiers qithout feedback. Avtom.1 telem. 15
no.2:141-154 Mr-Ap '54. (MLRA 10:3)
(Magnetic amplifiers)

AGEYKIN, Dmitriy Ivtsnovich, propodavatell; BALASHOY, Mikhail Alsksandrovich,
propodavatell; KCLOSOV, Sergey Petrovich, propodavatell; HIFZWYA,
Valentina Ivanovna, propodavatall; RESHMIKOV, Tevgeniy Kikhaylo-
vich, prepodavatell; SOKOLOV, Nikolay ITanovich, prepodavatell;
STROMILOT, Vasiliy Mikhaylovich, propodavatell; TISHCHENKO, Nikolay
_X yjqylch, prepodavatell; UDALOV, Nikolay Petrovich, prepods-
vatell; PETROV, B.N., prof., red.; ISTRATOT, V.H., kand.tekhn.nauk,
doteent, red.; MMKHTMM, E.A.. izdat.red.; ROZHIN, V.P., tokhn.red.
(Manual for designing elements and systems of automatic control;
a textbook for a course in designing] Rakovodstvo.po proektiro-
vaniiu elementov i sistem avtomatiki; posobie po kursovomu pro-
ektirovaniiu. Pod red. B.N.Petrove. Moskva, Goo.izd-vo obor.
promyshl. Pt.2. 1959. 247 p. (MIRA 12:6)
1. Chlen-korrespondent AN SSSR (for Petrov). 2. Moskovskiy
aviatsionnyy institut imeni Sergo Ord2honikidze (for all except
Istratov, Shekhtman, Rozhin).
(Automatic control)

3 //~I~
27389
S/143/61/000/003/00-1/005)
D201/D30*
AUTHORS: D'yakov, O.P.9 Engineer, Udalov, N.R., Candi;d
Technical Sciences, Docent,.Tishchenkog.N.M.9-
te of Technical Sciences
TITLE: A contactless impulse generator
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Energeiika,
no. 3, 19619 41 - 44
TEXT: The article gives suggestions for the design and showa -.he
experimental results of an investigation of the contastless pulse
ftnerator (CPG). The circuit diagram (Fig. 1) includes a heated
element PTS, whose working body is connected in the control cir.-
cuit, and the heat is connected in the winding of the contaciless
magnetic relay BMR. At zero eontrol current, the current flow~.ng
through the heater is a maximum (Fig. lb) and the working body of
the semi-conductor thermoresistance PTS is heated to a temperature
of 00 + en where e0 = ambient temperatureq and 6. = the temperatu-
Card 1/5

27389
3/143/61/000/003/001/005
A contactless impulse generator D201/D303
re rise of the PTS, corresponding to the maximum current flowing
through the heater. The control current is
J9 - U
1 - R(eO + or,) + ry. + IkI
where U - the voltage, R(,0+e1n) -the value of the resistance of
the semi-conductor thermoresistance PT39 rY - the resistance of
the control windingg r additional resistance. The working cycle
of the PTS is as follows: when the current is flowing through the
PTS its resistance decreases, the current Iy increases and ai I
= Icp (point 2 in Figk lb), !he current is sharply reduced to a
very small value, and the PTS st-axts cooling down. I've resisiance
increases and the control current Iy is reduced to the value I O~n
(point 3 in Fig. lb). At Iy = I the current is suddenly increa-
o-rn
Card 2/5

'2 7 38 5 1'00,!/Or
S/143/61/000/
A contactless impulse generator D2017D303
sed to a maximum value and the PTS is warmed up,, These char,-Ie_~-
have a-cyclic character. The calculation of the length -1-f
see is reduced to calculating the dynamica of the contro'li.
BMR. The calculation of a BMK with heated PTS does not ciffer fr.~)M
that of an ordinary PTS. For calculations the following ~-niiial.
conditions are required. 1) The volts-ampa characteria-liCs )f The
PTS at So and at e0 + BV3 2) The heating curve of the PTS~ 'A) Tre
time constant of the PTS. Tests were carrisd out wi.,h an
tal pulse generator, whose circuit was connected as in Fi.g~ I. The
contactless magnetic relay BMR was built as a thoroid of :h,~- band
permalloy. The PTS-the semi-conductor thermo resistance Df -.he -type
MMT4k was used with a resistance of 100 K ohm at 201C~ 1'~s lt!mpeya-
ture characteristic was given by R = 3.3e 3010/To The resiq-..~_nse 3f
the heater was 1000 ohms. ~~he time constant of the hea-Ved PTS "as
T = 66 sees. The supply of energy was 40 volts, 1000 cyclee per
see. As the period of oscillations depends strongly on the blaa of
the current stabilizing device was introduced with a 3illcon sta-
bilizer A 808 (D808). This assured U .- 7.3 volts a~.- a ~oeffl-
." e t "
out A. v
Card 3/5

2'08,
3/1 43/6l/0OQ/O.)Aw"001,,, 005
A contactless impulse generator D201/11303
cient of stability 60. The maxim-am heating current was 215 M amps?
which corresponded to a temperature rise of ef, = 4000~ A-c the selec-
ted values of the parametersq the genera-cor works at a varla-._,on
of voltage from 60 to 100 volts. The depentence of t z, wnd T
21
t2 + t3 from the supply voltage is shown~ At tests aT normai
ambient temperatures the generator showed good stability: a-T, U
= 80 V ICM = - -:~6 ma 06-he biaa current) and e0= ;00C, the maximim
deviation from Tcp = 90 sec. did not exceed 2 se,-, about.
There are 3 figures and 4 Soviet-bloc references.
ASSOCIA*N: Moskovskiy ordena Lenina aviaTsionnyy institu-6 imen!
S. Ordzhonikidze (Moscow Order of Lenin AeronauTI-cal
Institute imeni S. Ordzhonikidze)
SUBMITTED: April 25, 1960
Card 4/5

KOLOSOV, S.P.; KOLPAKOVA, N.P.; SOKOLOV, N.I.; TER-AKOPOV, A.K.;
%TISHCMQIKO, N.M.; UDALOV, N.P.; PETROV, B.N., prof., red.;
TANOVSnT, I.L., inzh., red.; ARIKINA, M.S., izdat.red.;
ROZHIH, V.P.. tekhn.red.
(Design guide for elements and systems of automatic control;
aid for course and degree work] Rukovodstvo po proektirovR-
niiu elementov i sistem avtomatiki; posobie po kursovomu i
diplomnomu proektirovaniiu. Pod red. B.N.Petrova. Moskva,
Gos.izd-vo obor.promyshl. U0.3. 1959. 200 p. (MIRA 13:2)
1. Chlen-korrespondent Akademii nauk SSSR; MoskOVBkiy bviatBion-
nyy inatitut imeni Sergo Ordzhonikidze (for Petrov).
(Automatic control)

BALASHOVI M.A.; V011014KOV., B.S.; YELAGIN, Ye.B.; YISEIZ-V, L.N.; KOLOSOV,
S.P.; 1201!T"YEVA, V.P.; DEFF-DUL, V.I.; STROE'lLOV, VX.;
SOKOLOV, NJ,; TISEUM-11.0 T, Ml.- UDALOVI F.F.1- MI-ROV B.11
--L- - I I Al . ,
nkademik, red.; GRIGORASH, K-.r, red. izd-va; ROME, V.P.,
tekhn. red.
[Handbook on the design of components and systems of automatic
control; a manual for the preparation of courne and diploma
projects] Rukovodstvo po proektirovaniiu elementov i sistem
avtor;atiki; posobie po kursovoinu i diplormorru proektirovqniiu
[Dj] M.A.Balashov i dr. Pod red. B.N.Petrova. Moskva, Gos.
nauchno-tekhn. izd-vo Oborongiz. V0-4- 1961. 311 P.
(MIRA 15:3)
1. Mloscow. Aviatsionrqy institut ineni Sergo Ordzhonikidze.
(Automatic control) (Electronics)

S/10~/60/021/008/012/014
B012 B063
AUTHOR: Tishchenko, ff. M. (Moscow)
TITLE: A Contactless Magnetic Time Relay
PERIODICAL: Avtomatika i telemekhanika, 1960, Vol. 21, No. 8,
pp. 1206-1217
TEXT: The present paper was read at the All-Union Conference on Magnetic
Elements in Automation, Telemechanics, and Computer Technique on November
29, 1957. The inertial properties 'of magnetic amplifiers are used for con-
tactless magnetic time relays. For this purpose, special measures are taken
to increase inertness. As the time characteristics of contactless magnetic
relays depend largely on the feedback coefficient, on the control and
displacement currents, and on the vay of connecting in the &-c coils, these
factors are used to increase the response time (Refs. 1-4)- In this connec-
tion, the author gives a brief description of a circuit diagram suggested
by V, No Tkachev and So V. Solntsev, which is shown in Fig. 2a, and of
papers by 1. B. Negnevitskiy and N. So Mikadze (Refs. 6, 8). Furthermore,
he' explains the circuit diagram of a contactiess magnetic time relay vith
a short circuit (Fig. 3). It is noted that, under certain conditions, such
Card 1/2

A Contactless Magnetic Time Relay S/10 601021100810121014
B012YB063
a circuit diagram has a sufficiently stable response time. A table gives
the results of an experimental study of the stability of the response time
of ten relays. Figs- 4 - 6 reproduce the static characteristics of the time
relay shown in Fig. 3 for different voltages, different frequencies of the
feeding source, and different temperatures. Fig- 7 illustrates the depend-
once of the responue tima of the time relay on the control current and the
safety factor with an unchanged displacement current. Fig. 8 shows the de-
pendence of the response time on the displacement current, and Fig. 9 il- C.
lustrates the dependence of the response time on the control current for
different amounts of the resistance connected to the winding w In con-
k3
nection with this time relay, the author mentions the relays developed by
N. A. Polyakova (Ref- 7) and the laboratoriya elektromodelirovaniya ITM
i VT AN 33SR (Laboratory of Analoa Computing of ITM i VT AS USSR) (Ref. 3)-
The author shows various ways of increasing the stability of the response
time of such relays, and a method is given for an approximate calculation
of a contactless magnetic time relay with a short circuit. There are
10 figures, 1 table, and 11 Soviet references*
SUBMITTED: December 31, 1959
Card 2/2

TISHCHENKO, N.M. (Yzskva)
Characteristics of an a.c. magnetic amplifier. Avto;,,i t6lez2.
23 noo4%527-531 Ap 262,, (~,fflu -15~4)
(Magnetic amplifiers)

8 (2)
AUTHORS: T--shchGnkc, N. M., Candidate -.f Ts-ihninal SOT/119-59-5-8/22
P., Carilidate e-f
Technical Sciences
TITLE: A Time Relay With Sominond%ictoT Thermoresistcr for Indirect
Heating (Role -7remeni s poluprov5dnikovym terrosoprotivler-iyem
kosvennogo podogreva)
PERIODICAL: Priborostroyeniye, 19595Nr 15, PP 14 - 16 (USSR)
ABSTRACT: At first, the authors repart -~:--ary brie-fly on the short-.omings
of the time r-?Iayi3 asz-d up to Iate. In fh--ly needed a
long "recovery" time after ravery :.'-;~. The tire relay described
in the present paper 4-s fr~'F- fr--'m these shortcominGs, and is
also interesting because the heatirZ and the Pooling of the
thermoresistor are used ir. this d~7,ce. A thermcresist~r for
Indirect heating is used ha.77!-. The di~llay 'imL- ia oomposed of
the heatinr- time of ':-,o and of
the cooling time after tht- of the o.Xcrert. Thus, the
relay is ready for tho n,-~xt fmmediat,~-ly a' the end of the
delay time. The basl,~ -,,f this rr-IaLy ar~i calculated
and discussed. The rc-'---A.,r was attqnlrr~d t,) & cha~i;~sis and en-
Card 1/2

A Time Relay Wil th Tlie-r 307/1 0-.59-5-5/22
Indirect Heating
o1 oa ad ~,,y a e t j.a -, nE. .~-Li t ~3 11 mp-nq f )n. s o f the --as ing
are 115 o 75 90 s,-i w-~-L6,1A 1.2 !c,~. Th----e az-e 8
fig3res ar.-I
Card 2/2

- ~ I 7f - ~r. ~ ~ ''. ~ . .1 ~ . I
- -, ::-:, - ~'-
1-1 . 9.. . - .... 11
- - r -- ~ - I
TISHCEMKO. N.M. (]Koskva)
Honcontact magnetic tize relay- Avtom. i tolem. 21 no.8:1206-1217
Ag 16o. (MIRA 13:9)
(Magnetic amplifiers) (Blectric relays)

62.p75.3
4"("4r'4~-e-firdes of ij~, 1031
wit"! Amon-

1P I M11,111 "INIff ~ .ti . M .( F4f)*kvg% )
Churactnrietten of magnatic amplifiern with fet-dbacks. Avtom.
i. tnlsm. 17 no.6:532-539 Ja 156. ()MRA 9:10)
(Magnetic amplifiers)

TISHCEMIKO. Nikolay Mikhavlovich IMGNEVITSKIY, I.B., retsenzent; SYSOYEV,
---- -- I -
,V., red.; SHIROKOV, M.M., tekhn. red.
[Noncontact magnetic relays] Beskontaktnye magnitnye rele. Mo-
skva, Goo. energ. izd-vo, 1961. U7 p. (Biblioteka po avtomatike,
no-A (Electric relays) (Magnetic amplifiers) (MIU 14:10)

DIYAKOVY O.P., in;h.; UDALOV., N.P.9 dotsent, kand,tekhn.n4Luk; TISHCHENKO-,-,-
N.M.9 kand.tekhn.nauk
Contactless pulse generator. Izv. vys. ucheb. zav.; energ. 4
no.3:41-44 Mr '61. (MIRA 14:3)
1. Moskovskiy ordena Lenina aviatsionnyy institut imeni S.
Ordzhonikidze.
(Oscillators., Electric) (Pulse techniques(Electronies))

JISEGBERKQ,-Nikolay,.Ilikbaylovich; UDALOV, N.P., red.-, BULIDYAYEY,
N,A., tekhn. red.
(magnetic amplifiers with increased stability] Magnitnye
usiliteli povyshennoi stabillnosti. Moskva, Gosenergoiz-
dat, 1963. 112 p.(Biblioteka po av-tomatike, (MIRA 16:7)
no.73) (Magnetic amplifiers)

TISHCHEINK,f) NJf k;ind. nriuk
I , ~ P
'i .-;l -1 -- -!.l. -_ I ''i -.' .. .0 --l. .1 . I'll, 1. 1.-
. ~ fl .: ~ , ; ~ - I 1. 11.1 1), .1, 1 1-1.'' 1 . : . c . . I I

TISHCHEITKO, N.N. (Tyahchenko, M.N.J
Study on Cysticercus tenuicoll-is in farm amimals of the
western provinces of the Ukrainian S.S.R. Nauk. zap. Nauk.-
pry-rod. muz. AN URSR 10:94-96 162. (MIRA 16-8)

~ 4, 1 , i~ ~ .:i. Y" i, i - - Kk 1 11 . -
~ I . , I . ) . - I . 1 11-1, j I I ,,
Effect up tLa cczi(~-ition:3 (~ I M~ 4 r; C- 1. 1, ; j . * " -, * ' C,
- r-.,. __t n or. -h~-
1 4
i .
of organic- Jln -,!,ants nr~-utral cel] ;ac~. Ves-,. LGU 19 no.
15: 87-96 164. ( 'm -, F";, I I : i a )

ns, axtm ;z
~L rn
am~

CHOPOROV, Ya.P.; TISHCHNNKO, O.A.
I ,p =w I -
Production of chloroform and carbon tetrachloride
chlorination over a moving heat carrier.
1n fln.4,6,19-615 All I Ir .
b7 methane
Zhur.prIkl.I�Im.
(MTJI,A 10-7f)
11-1, 1 ". I., ~ I I "'i I

I
t
.1 ~
.w -;~-
,
I--
.1

OVCHINNIKOV, K.M.; MORO%OVSXAYA, M.I.; DEMCHENKO, I.A., direktor-,
NADTOCHIY, S.S.; GORZLYSHETA, I.I.7fin' KONTOROVSKAYm, T.M.;
BELYY, Ta.M., zaveduyuahchiv; DROVZUKO, V.I.; SHEVCHUK, M.K., zavediiyushchiy;
D'YACEIRIKO, V.I.; =OVICH, V.K.; AGAFOUOV, I.N., zaveduyuahchiy; 3MYAMILl-
NX(A. P.S.
Prognosis of malarial incidence of a locality and organization of antimalari-
al measures in the zone of the future Kakhovka reservoir. Med.paraz. i pa-
raz.bol. no.2:109-116 Mr-Ap '53. (M1,PA 6:6)
1. Ulcrainskiy institut malyarii i meditsinskoy parazitologii imeni profes-
sors, Plubashkina (for Demchenko). 2. Zaporozhskaya oblastnaya protivomalya-
riynaya stantsiva (for Belyy). 3. Dnepropetrovskaya oblastnaya protivnmalya-
riynaya atantsiya, (for Shevehuk). 4. Kheroonskaya, oblastnava-Drotivomalya-
riynaya stantsiya (for Agafonov).
(Kakhovka reservoir region--Malarial fever)
(Malarial fever--Kh-khovka rese7volr region)

MOIDAVSKAYA. V.D.;TISHCEUMKO, O.D.;USTINOV, A.A.;MOSHENSKAYA, F.A.;ZAIMND, L.B.;
MIKUYLOV:'-179.',TSUEM19r.-I.A.;MXTSUM, A.G.
Bradication of malaria in a city in Southern Ukraina. Red. parazit.,
Moskva no.3:232-237 May-June 1953. (CLML 25:1)
1. Of the Ukrainian Institute of Malaria and Medical Parasitology
(Director -- 1. A. Demchenko), Stalino and Zhdanov Anti-Malarial Stations.

MOROZOVSKAYA, M.I.; TISHCHENKO, O.D.; MMCLDENKO, I.A.; GORELYSHEVA, I.I.;
BELISKAYA, TI-*.%,"I~VLM"-Or,A, V.F.; AGAFONOV, I.N.; BESFAMILINAYA,
P.S.; CfMnT-NKO, Yu.P.
Antimalarial measures in the construction zone of the Kakhovka
Hydroelectric Power Station. Med.paraz.i paraz.bol. no.1:61-66
Ja-Hr '54. NLRA 7:3)
1. Iz Ukrainskogo nauchno-iseledovatellskoro instituta malyarii i
meditsinskoy psiramitolopit im. profnnporn V.Yn.Ri0inmIiktiiM (dir"k-
firiv 1110,11,111'a I Klins-nilfirlittly 1110MOL11,1Y
ilia Iyallyllily O'Lillit"I I ('Anvulhipliiholity i2triiit,tityay I.A.jig,%rmkov),
(I(tikhovku ragion-Malarial favor)
(Malarial fever--Kakhovka region)

USSR/Miseel-laneous
Car'i 1/1 Pub. 133 - 12/19
Authors I Tishchenko, 0. D.
Title I Courses in advanced labor methods at the Kiyev's telegraph center
Periodical t Vest. srrazi 6, 23-24, June 1955
Abstract . t A description of technical training courses in advanced methods for the
oporation, maintenance and servicing of telegraph communication equipment
is given, together with suggestions for the reorganication of some train-
ing methods. Table.
Institution
Submitted

i
140ROZOVSKAYA, M.I.; DDICHENKO. I.A. TISHCHMIKO, O.D.; GORELYSHKVA, I. I.:
TNT-din- OVA, V.F. , HADTOCHUY. L.Yu, BZLYY, Ya.)(.
LAZEBNTY, N.Y.: DEIRIMENK0, V.I.. SMVllfM4XO. G.A.; SHEMNX, M.K.;
DIYAC11MO, V.I.; AGARMOV, N.I.; BESMILINAYA. P.S., CHY.RNMO, Tu.L.
Preventive antimalaria measures for lumberjacks employed in clearing
the bed of the future Kakhovka Reservoir. Had.paraz. I para2.bol.24
no.3:207-208 Jl-S '55. (MLRA 8:12)
1. 1z Ukrainskogo nauchno-issledovatellskogo inatituta malyarii I
meditsinskoy parazitologii Imeni prof. V. Ya. Rabashl-Lina (dir.
instituta I.S.Demchenko) I Zaporozbskoy, Dnepropetrovskoy i
Khmrsonskoy oblastnykb protivomalyariynykh stantsiy.
(%UJ,RIA, prevention and control.
Mn Russia, In forest workers)
A

'III A I,hz it IiiV . 1, . V I I 1 4. 1 i~ , 111411 . I I- vii I r1 I ,I in I I ;wi 1"I I I
Processing of telegrams using an automatic concentrator. Vest.
sviazi 23 no.12:16-17 D 163. 0,11RA 17:2)
1. Glavnyy inzh. Kiyevskogo tsentral"nogo telegrafa (for Shalashov).

SHALA I F.V.; TISHCHENKOj_QkP.----
Contribution of the efficiency promoters of the Kiev telegraph
to the seven year plan. Vest. sviazi 21 no.8:29-30 Ag 161.
(MIRA 14:9)
1. Glavnyy inzhener Kiyevskogo toentraltnogo telegrafa (for
Shalaahov). 2. Inzhener pd ratsionalizataii Kiyevskogo
toontrallnogo telegrafs, (for Tishchenko).
(Kiev-Telograph--Employees)

BELEVTSEV, A.T., kand. tekhn. nauk; GOLIKOV, V.I., kand. tekhn. nauk;
GOTSERIDZER R.M., inzh.; YEFIMOV,' V.P., kand.tekhn. nauk
(deceased]; KOFANEVICH, Ye.G., kand. tekhn. nauk; MALOV, A.N.,
prof.; FARFENOV, O.D., kand. tekhn. nauk; ROZENBERG, A.G.,
tekhn.; SEMIBRATOV' M.N., kand. tekhn. nauk; SKURATOV, A.Ye.,
kand. tekhn. nauk; SOKOLOVSKIY, I.A., kand. tekhn.nauk;
SYROVATCHENKO, P.V., kand. tekhn.nauk,- TISHCHENKO, O.F.Ldoktor
tekhn. nauk; USHAKOV, N.N., kapd. tekhn. nauk; CHUMAKOV, V.P.,
kand. tekhn.,nauk; SHALINOV, V.A., kand. tekhn.nauk; SHISHKIN,
V.A., kand. tekhn.nauk; YUZHNYY, I.I., inzh.,- BLAGOSKLONOVA,
N.Yu., red. izd-va; SOKOLOVA, T.F., tekhn. red.
(Manual for engineers in the instrument industry]Spravochnik
tekhnologa-priborostroitelia. Pod red. A.N.Malova. Moskva,
Mashgiz, 1962. 988 p. (MIRA 16:2)
(Instrument manufacture)

-f- : '~ ~ !~ - 1 -77- - KC, , - . P
- . ~ I : : -11
Technolo,-y
Cornvheels of tLmepieces. Moskva, '!ashriz, 19-50.
Monthly List of Russian Accessions Librarl of Congress (translated by Air Forces ATIC
Wrigbt Field) October 1952 UNCLASSIFIM)

TIS,IIGHMfKO,O.F.. kandidat tekhmicheskikh nauk, dotsent,
Graphic nud analytic methods of studying watch toothed-whfels.
[Trudy] MVTU no.34:25-35 155. (MLRA 8;10)
(Clocks and watches) (Gearing--TablOB, C&ICUIMLtiOUB, OtC.)

TISHCHZNKO,0.7., kandidat tekhaicheekikh nauk, dotsent
1
Statistical control methods. [Trudy] KVTU no.34:92-127 '55.
(MLRA 8:10)
(Machinery--Qaality control) (Instrumexte-Qnality control)

TISHCHEN.KO, O.F.
Using in7olute-tootb profiles for wheel trains used in watches.
Priborostroenis no-9:15-19 S '56. (MLRA 9:10)
(Clockmaking and watchmakirv_"' (Gearing)

TISHPHMM
Calculating tolerances for wRtch gear trains. Priborostroanie
no.12:19-22 D56* (MIRA 10:1)
(Clockmakinp, and WKWIMAking)

TISCHENKO, O-F.
raphic representation of tolerance zones for fastening screw threads
used in instrument construction. -Priborostroanie no.3:16-17 Mr '57.
(MLRA 10:5)
(screw cutting) (Screw threads--Graphic methods)

JLqHC " O.F.; BORISOV, A.S., kand. tekhn. nauk, retaenzent;
- --nunalorlyl red.izd-va; ELIKIND, V.D., tekhn. red.
(Toothed transmissions of watch mechanisms] Zubchatye pe-
redachi chasovykh mekhanizmov. 2., dop. i perer. izd. Mo-
skva, Mashgiz, 1963. 211 p. (MIRA 160)
(Clocks and watches)

'i -1 ~ tiokt-cq. tol(hil. IVIIII; p I I.IX.
~ '- , ,
f I I
-4, irlterch~ ni eabiji ?, -; j r, th (:: ", jarlu f a C -.,L., re o ~, 4 - , tru m~; t L ~
Ll' t,,a ri -I a : * t ii v, a t s i ia ;, 9, n () . 1) . 2 (, - ~, 9S I t~4-
IP:2')
3- vyssh,;yt~! tfildinicho3koy'o Ilchilisholif-I iment BaMILIfiti.

ZYABREVA, N.N , kand. tekhn.nauk, dots.; SHEGAL, M.Ya. I'
nauk dots.; DVORETSKIY, Ye.R., kand. tekhn. aV;.l enzent;
TISHG-.I-MIK-O- O.F., protj# doktor tekhn. nauk, IVANOVAI
2
N.A., red.12d-va; SOKOL6VA, T.F., takhn. red.; V, A.Ya.,
I
tekhn. red.
(Problems and examples for a course on the princIples of inter-
changeability and technical measurements] Sbornik zadach i pri-
merov po kursu "Osnovy vzaimozameniaemosti i tekhnicheskie iz-
mereniia." Moskva, Mashgiz, 1963. 280 p. (MIRA 16:5)
(Interchangeable mechanisms)

BEZHELUKOVA, Ye.F., inzh.; VOROBIYEV, Yu.A., kand. tekhn. nauk;
VORONTSOVY L.N., kand. tekhn. nauk; ZYABREVA, N.N., kand.
tekhn. nauk; LYANDON, Yu.N.,, kand. tekhn. nauk;-Z1SRCREKKC4-
0 F doktor tekhn. nauk, prof.; FEDOROV, A.D.,, kand. tekhn.
nauk; YAKUSHEV, A.I., doktor tekhn. nauk, prof.; GOSTEV, V.I.,
inzh... retsenzent; KUBAREV, V.I., inzh., red.; GARANKINA,
S.P., red.izd~va; UVAROVA, A.F., tekhn. red.
(Handbook on allowances, fits, and linear measurements for
inspectors at machinery plants] Spravochnik kontrolera ma-
shinostroltellnykh zavodov; po dopuskam, posadkam, i lineinym
izmereniiam. Pod red. A.I.IAkiisheva. Leningrad, Mashgiz,
1963. 723 P. (MIRA 16:5)
(Production control) (Measuring instruments)
(Interchangeable mechanisms)

tekha.nauk
A
C.-I culating tolerances for vatch gear trains considering gear-
cutting conditions. Vzaim.i tekh.izm v ma9hinostr.;mezhvuz.9bor.
no.2:111-134 160. (MIRA 13:8)
(Clodcmaking and vatchmaking)
(Tolerance (Nngineering))

PHASE I BOOK E(PLOITATION SOV/4663
Tishchenko., Oleg Fedorovich
Kontrollno-izmeritellnyye pribory v mashinbstroyenii (Control and Measuring
Instr=ents [Used] in Machine Building) Moscow, Mashglp, 1960. 311 p.
20J.000 copies printed.
Reviewer: A.N. Malov, Candidate of Technical Sciences; Ed.: Ye. M. Levenson,,
Engineer; Managing Ed. for Literature on Machine Building and Instrunent
Construction (Mashgiz): N.V. Pokrovskiy,.Engineer; Ed. of Publishing House:
M.S. Yelliseyev; Tech. Ed.: Z.I. Chernova.
PURPOSE: This textbook is intended for the training cf mechahics and adjusters
in the u-se of control and measuring devices and may"also be used by vorkers of
measuring laboratories in factories.
COVERAGE: The'book contains information on the operating principles, construction,
inspection, testing and adjuetment of basic types of control and measuring in-
struments used in the machine-building and instrumerit industries. Necessary
information on the use of measuring instruments is included and considerable

-Control and Measuring Instrunents (coat.)
attention L- riven
control of parts.
all Soviet.
TABU OF C(ITTENTS:
Introduction
SOV/4663
to the description of automatic devices used for dimensional
1110 personalities are mentioned. There &re 21 referenceB.
Ch. 1. Basic Concepts, Terms and Definitions
1. Measuring; linear and angul-ar units of measurement
2. Basip metrological elements of measuring instr=ents and their
characteristics
3. Methods of measurement
4. Errors in measurement
Ch. 11. Graduated Scales and Gage Blocks, Gages
1. Linear measures
2. Gradtxated scales
3. Gage blocks
4. Angle gages (blocks)
(Lightj interference methods for measuring'plane-parallel gage
blocks
3
5
5
6
11
14
19
19
20
21
29
30
Ce~x*--'Ilr-

11-IC I-V L fL,
Wit
R1 Fir
iF
cy ;u ~i
E.
R 9 9n
1.9

Id

~hch CIL, PHASE I BOOK EXPWITATION SOV/4106
Moscow. Moskovskoye vyssheye tekhnicheskoye uchilishche
Vzaimozamenyayemo,st' i tekhnika izmereniy v mashinostroyenii (Interchangeability
and Measurement Techaiques in Machinery Manufacture) Moscow, Mashgiz, 1959.
232 p. (Series: Kezhvuzovskiy sboralk, No. 1) Errata slip inserted- 3,000
copies printed.
Additional Sponsoring Agency: Moscow. Stan oinstrumentallnyy institut imeni
I. V. Sta3ina.
Editorial Board: A. I. Yakushev, Doctor of Technical Sciences, Professor;
Ye. I. Volodin, Candidate of Technical Sciences; and N. N. Ganchev, Candidate
of Technical Sciences; Edz.: Yu. N. Lyandon, Candidate of Technical Sciences;
N. A. Dokunina, Candidate of Technical Sciences; and A. I. Yakushev, Doctor
of Technical Sciences, Professor; Managing Ed. for Literature on Machine and
Instrament Construction: N. V. Pokrovskiy, Engineer; Ed. of Publishing
House: G. F. Kochetova; Tech. Ed.: A. F. Uvarova.
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Interchangeability and Measurement Techniques (Cbnt.) SOV/4106
PURPOSE: I This collection of articles is intended for scientific workers and
technical personnel studying problems of interchangeability and technical
measurements in machinery manufacture.
COVERAGE: The book deals with trends in the development of basic problems of
interchangeability. Existing measuring equipment in the USSR and other
countries is discussed. Some design and utilization problems in the use of
conventional and automatic measuring devices are outlined. Emphasis is
given to methods and equipment for feedback and mechanized control and con-
trol of the geometry and surface roughness of parts. No personalities are
mentioned. References accompany several of the articles.
TAKE OF CONTENTS i
Preface
3
Gorodetakly, I. Ye. (Deceased) Doctor of Technical Sciences, Profenflor. 11e
Present State and Basic Problems of Technical Measurement in the Machine
Industry 7
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Interchangeeability and Measurement Techniques (Cont.) SOV/4106
Yakushev, A. I., Doctor of Technical Sciences, Professor. On
Further Development of the Science of Interchangeability 16
Tishchenk2j_O. F..L Candidate of Technical Scienew, Docent. Calcula-
tion or Tolerances in Clock Gearing 25
Zyabreva, N. N., Candidate-of Technical Sciences. Comparative
Investigatiors of Clockwork and Cycloidal Gear Syst-a 46
Zyabreva, N. N., and 0. F. Vishc4gZ" Methods of Calculating Toler&nces
for Center Distances of Holes in Clockwork Plates and Bridges 70
Kovalev, M. K., Engineer. Diametrical Compensations for Deviations
in Elements of Taper Threading 93
Shegal, M. Ya., Candidate of Technical Sciences. On the Use of
Combined Fits 103
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Interchangeability and Measurement Techniques (Coat.) SOV/4106
Volodin, Ye. I., Candidate of Technical Sciences, Docent. Inspec-
tion of Surface Finish by Comparison With Samples ill
Ivantsov) A. I., Candidate of Technical Sciences, Docent. On the
Problem of Vector Errors (Due to Eccentricity and Misalignment] 128
Fedorov, A. D., Candidate of Technical Sciences, Docent. On the
Calculation of Errors in Measurements With UIM-) BKrr, and BP-Z-pe
Optical-Mechanical Instruments 134
Vorontsov) L. N., Candidate of Technical Sciences. Investigation
of Feedback-Control Devices for Checking Journal Diameters
During Polishing With Carbide Wheels 155
Ganchev, N. N., Docent. On the Application of the Principle of
Unitizing in the Design of Devices for Control and Measurement 178
lb Yeliseyev, M. S., Assistant Professor. On Methods of Dimensional
Control With Averaging of Measurement Data 197
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Interchangeability and Measurement Techniques (Cont.) SOV/4106
Yagorlyev, 0. Ya., Engineer. Checking of Parts With Double
Curvature 211
Voroblyev, Yu. A... Aspirant. A Universal Shrinkage Vernier
Height Gauge 230
AMIABLE: Librai7 of Congress
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10/4/60

TISHCHSAO,__Oleg Fedorovich; KALOV, A.N., kand.takhn.nauk, rotBanzent;
LETIMSON, le.M., inzh-., red.; YELISEYBY, M.S., red.izd-va;
CHRUOVA, Z.I., tekhn.red.
[Control measuring instruments used in the manufacture of machinery]
Kontrollno-izmeritellnyo pribory v mashinostroenii. Koskva, GOB.
nauchno-takhn.izd-vo mashinostroit.lit-ry, 1960. 311 P.
(MIRA 13:9)
(Measuring instruments)

TISHCEMO, 0. F., Doc Tech Sci (diss) -- "Methods of investigatirkg, smll-
modulus gears and computing their tolerawes as applied to watch mechaniRMS".
Moscow, 1959. 28 pp (Min Higher Educ 'USSR, Wscov Order of Lenin and Order of
Labor Red Banner Higher Tech School im Bauman), 150 copies (XL,'No 2L, 1959, 134)

~UTEOR: Tishohenko, O.F. 119-58-6-9/13
TITLE: A Devioe for the Investigation of a Toothed-Gear Drive With
small Modulus ~Pribor dlya issledovaniya zubchatykh peredach
malogo modulya)
PERIODICAL: Priborostroyeniye, 1958, Nr 6, pp. 27-28 (USSR)
ABSTRACT: One of the principal demands made on a toothed-gear drive with
small modulus is that within a certain range the transmission
ratio of the angular momenta im between the pinion (Y.) and the
driving gear (Mk) remains constant.
MM
_rk
A simple apparatus is described which consists of two springs
with indicators and holders for the axes of the toothed-gear
drive under investigation, with which the mesh of the geara of
a clockwork can be checked and controlled.
The ratios measured are graphically represented, so that it is
well possible to draw a comparison between the properties of
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A Device for the Investigation of a Toothed-Gear 119-58-6-9/13
Drive With Small Modulus
However, also by exchanging a. gear for another that is very good
it is possible experimentally to deteimine the faults of the
other gear which is in an inferior state. There are 5 figuras.
1. Gears-Testing equipment 2. Gears-Performance
3. Gears-Inspection
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