SCIENTIFIC ABSTRACT TAYTS, A.A. - TAYTS, B.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001755130002-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 16, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ABRAMOT, A.A.; TATTS, A.Ae, kandidat tekhaichaskikh nauk.
~n, ,
.Device for test3ag the economical operation of weaving looms. Prom.
energ. 10 no.5;09 JW 153. MM 6:5 )
(Looms)

SUSLIN, V.Y&.; VLASOT, I.A.; TSYMBALOV, K.F,; TAYTS, A.A., kandidat tekhni-
cheekikh nauk.
Device for distribnting canning jars in annealing ovens. Prom.energ. 10
no.5:10-11 My 153. (MMA 6:5)
(Glassware)

LIVSHITS, D.S.. inshener;-%=.,~,,,,I~andidat tekhnicheskikh nauk; NAYM'D,
H.R.. Inshe-aer [reviewers].
Book on the electria power supply of industrial enterprises. Reviewed by
D.S.Livohits, A.A.Taite, X.R.Naifel'd. Zlektrichestvo no.10:82-85 0 153.
(MIRA 6;10)
1. Tyashproselektroproyakt (for Livehits). 2. TSentroenergochermet (for Tayts),
3. TSentroolaktrououtash (for NWelld). (Ilectric power distribution)

TAYTS,_A...A ANTRUSHIN, B.D.,
.jj budidat tekhni~heskikh nauk, redaktor;
----'O~~tox'; POPOTA, S.M., tekhnicheskiy redaktor
[Electric power econour in industrial enterprises] TkonomRa elektro-
energil na promyshlennykh predpriiatiiakh. Pod red. A.A.Taits. Moskva,
Goo. nauchno-tekhn. izd-vo mashinostrolt. lit-ry-, 1954. 269 p.
(MLPA 6-.4)
1. Don inzhonera i takhnika imeni F.I.Dzerzhinskogo. Xoscow.
(Electric paver)

AID P - 707
Subject US.1)R/Electricity
Card 1/1 Pub. ,!g - 18/18
Author Tayts, A. A.
Title Sclentific and Technical Conference on Problems of
Economy of Electric Power in Industry
Periodical : Energetik, 8, 39-40, Ag 1954
Abstract : The? Conference took place in Moscow on October 19-22, 1953.
A brief report of the Conference follows.
Institution : Moscow Scientific and Technical Society of Electrical
Engineers (MONITOE)
Submitted No date

TATTS, A.A., kardidat tek-hzdcbesk1kh nauk.
clentiftc and Industrial eonference on now technical
developments and the outlook for their application in
power supply and Industrial electrical equipment. Prom.
energ. 11 no-11:33-35 X 156. (MLRA 9:12)
(Blectric machinery industry)

-.j
7XX '7`
DAKIIMNKO, A,.; CHUMAKOV. N.:SMBINOVSKIT, G.; GRACHEV, V-; DRMSgIK, A.;
SOKD"WV, B.; BOLISHAM, Ya.-TAYTS A - NITYELID, M.- MMII, S.;
LTMURSKIT, 1.; NUNSM, 6VSKIY, S.-, TMIWT, A.;
BROZGOLI. H.; SOLOVITBV, P.; KLYUYTV, S.; ROZMUALO, A.;SMIRIIOV,V.:
DORO.-MU, A.
Solomon Mikhailovich Livshits; obituary. Prom energ* 11 no*12:34
D 1560- (MLRA 10:1)
(Livshits, Solomon Mikhailovich, 1901-1956)

UTT%kA. - kandidat tekhuichookikh nsuI4 rodaktorl HaDvrowy., -L-Ye.,
iekhit 'chaekiy redaktor
[mew inthods of electric pover distribution in industrial interprisso;
a collection of articles] No*Ia takhaiks v slaktrosnabzhenii pro-
zW9hl13nnykh predpriiatil; abornik statei. Moskya, Googenergg Isd-vol
1957. 319 P. (mw 10310)
1, gookoysidy dom nauchno-tekh niche skoy propagandy imeni F.A.
Dzershinakogo. 2, Rakovoilitell elektrotekbuicheekoy komiseii
Hookovskogo doma usuchno-takhnicheskoy propagandy imeni 7.2*
Dzerzhinskogo (for Tayta)
(Bleotric pover distribution)

TIRE V, Mikhail Vasillyevich (deceased], radaktor; AKATOVA.
Y.G., radaktor izdatelletva; KONYA HINA, takhaichaskiy
redaktor
[Tachaical operation of city electric networks] Takhnicheskein
ekeplustataiis gorodakikh elektricheekikh satei. Moskva, Izd-To
M-va kommun. khoziaistva RSPSR. 1957. 393 p. (MLRA 10:8)
(19lectric power distribution)

AUTHOR Tay-ta,, A.A., Candidate of Technical Sciences 105-9-32/32
TITLE Book Review., B.A.Teleshev "Electrical. --',~eekng" (Bibl-lografiya:
B.A* ~Ieleshav "Electrotekhnika".)
PERIODICAL Elektrichestvo, 1957, Nr 9. pp, 92--94 (USSR)
ABSTRACT This book was published by-Gosenergoizdatp has 496 pages and its price
is Roublea 17.25. Admitted as textbook for Polytechnicalm and Machine
Const,metion High Schoolao The book is baaed upon the lectures delivered
by, tb3 author and is exceUent in its methodical way of representation.
Besddes basic rules also computations of complicated branched current
circults are given* A wide space is given to working material which
is u.4pidfor pre-heating devices& The properties of dielectrics and the
classification of electrical InsuUtion are described. The theory of tha
altermUing currents is given without application of the symbolic method.
WorkJj2g characteristics of the motors are dealt with thorou",,& Heating
of the electrical. machines is not sufficiently deialt with, A1.1 problems
connected with synchronous -aachines are well dealt with, All electron.
and i-en devices at present in use, are described.
ASSOCIATION Moscow Branch of the Technical.,.%Scientific Association of Paver Engineerlqg
IndustrYp (MONTOEP - Moskovskoye otdelen3.yu uaachno-tealinicheskogo
obshchestva. energeticheskoy promjmhlennosti.)
AVAILABLE Libm-r of Congress

TATT5j-A.Ao, ke.nd.takhn.nauk.
Conference on designs for lov-voltage equipmento Ilektrichestvo
no.11:93--94 N 157, (MIRA 10:10)
l.Mookovskoys nauchno-tokhnicheakoys obshchestvo energeticheskoy
proWshlowmati.
(Yescow-Alectric apparatus a=) ipliances--Congresses)

N.N.,- BOLISHAM. Ta.H*; GORDBYST, A,N#,- GRACHIV, V.A.; YUMILOV, A.A.;
ZAZXSZIT, A,M.; KIZZYNNIR, Te.N.; KNOIRRING, G.K.; KONSTANTINOY,
B.A.: IDPYTOV, N.V.; LIVIT, G.O.; MILLIR, G.P.; NATMID. K.P.;
PRINISXV,-A.A.; SIRBIWOVSKIT, G.V.; SOKOLOV, B.A.; STASILOYTS, A.B.1
TATZ3, A.A.; IEUMMIN, A.M.
Mikhail ronstantinovich Kharcher; obituary. Belov and others. Prom.
enerC. 12 n0-12'.33 D"57. (MIRA 10 112)
(narchav, Kikhall ronstantinovich. 1896-1957)

TZMILOV, Aleksay Alekseyevich; TATTS, A.Aq, red.; RKHARIVA, R.A., takhn.red.
- -- I
(Now ond efficient methods in supplying electric power to various
anter.Prises] Novye L ratsionalinys resheniia v elektroanabshanii.
-prodp-riiatii. Koskva, 1938. 40 p. (Peredovoi opyt proizvodstya.
Seriia OProvqshlennaia energetiks,* n'o,2) (MIRA 12:4)
(Blectric power distribution)

IZBMW, RikhalL rasillyevich [deceased], lwh. ;- ~ TAM.
ArjmWsmwlch,-:-k&nd. tek~n. nauk; SMYRROVp S.A., red. izd-va;
KOWASKENAg A*Po, tekhn. red,
Dfaniahal electrical twatemal Gorodskii elektricheakio oeti.
Xoekmo lzd-vo X-va kom=. khoz. RSTSR, 1958. 369 v. (XM lit9)
(Illectric power dietributiou)

SYRRDal. Ionif 6emenovich; KRASKYANSKIY, Yeleazar Ablovich; TATTS,
A.A., red.; KISXLEVA, T.I., red.izd-va; DOBUZHINSKATA7,"T.-T.-.
--mmTmil.
[Blectric power consumption in Iron ore dressing plants)
ZlektroispolixoYanie na obagatitelInfth fabrikekh zhelesoradnoi
prouyshlwanosti. Moskva, Goo.nauchno-takhnisd-vo lit-ry po
chernoi I tavetuoi metallurgii, 1959, 148 P. (MIRA 12:8)
(Ore dressing-lquipment and rupplies)
(Blectricity In mining)

LAZAREV, B.N., insh.; TAITS, A.A., kand.takhn.nauk; KISSIAVA, TjI.,
red.isd-val ATTOPOTrCH, K.K., tokhn.reds
[Introducing simplified starting and protection systems for
high voltage synchronous motors] Vnedranis uproshchennykh ekhem
pusks 1, sashchity vysokovolltnykh sinkhronnykh dylgatelel.
Moskva, Govi.nauchno-takhn.isd-vo lit-ry po chernoi i tevetnoi
metallurgii, 1959, 131 P. (KIRA 12:7)
1. ISINTMONRGOCHROW. trust. Moscow.
(Blootric motors, Synchronous)

XHOKYAKOV. Mikhail Vasillyevich; STARIKOT, Yavgeniy Sorgeyevich;
TATSINKO, G.G., otv. so vypask; SVKHARSTA,
R.A., tekhn.red.
[concerning the operation of electric substations and networks
at industrial enterprises] Toprosy ekeplustataii setei i pod-
stanteii promyshlennykh prodpriiatii. Koskva, 1959. 59 p.
(Hookovskii, dom nauchno-tokhnichookoi propagandy. Persdovoi
opyt proizvodstva. Seriia: Blektroonargetike, vyp. 6).
(MIRA 14:1)
(Alectric substations)
(Blectric power distribution)

KAZAHOVICH, Grigori:r Yokovlevich; TAYTS, A.A., red,; UTSMO. a.G.,
otv. za vypisk; SCXHMU takhn.red.
(New high-voltage blocks of electrical equipment] Novoe vysoko-
volitnoe koiaplektnoe elaktrooboradovanis. Koskva, 1959. (Moskovskii
Dom nauchno.-tekhnicheekoi propegi3ndy. Peredovoi opyt proizvodstva.
Seriia: Alelctroenergatikat no*7). (min 14;1)
(Ilectric power plants-Iquipiont and supplies)
(Blectrio power dis,6ibution)

BULGAKOV, Aleksey Alekseyevich; SOKOLOV, Mikhail Mikhaylovich;
SMUNSKIT, Aleksandr Viktorovich-,_TAITS,-A.A, red.; TATS 0,
G.G., otv. za vypusk; SUKHAREVA, R.A., takhn.red.
(Automated electric drive] Avtomatizirovannyi elektroprivod.
Moskva, 1959. 69 p. (Moskovskii dom nauchno-takhnicheskoi pro-
pagandy. Peredovoi opyt proizvodstva. Seriia: Blaktroenergetiks,
no-3). (MIRA 13:10)
(Electric driving) (Automatic control)

TAYTS, A.A., kandL;tekhnnau7r, red.1 LARICUOY..G.Te., tekhn.red.
(Preseut-day state and prospects for developing now designs of
low-voltage apparatual based on materials from a conference on
science imd technology] Soetoianie i perepek-tivy razvitiia
konstruktaii nizkovolltnykb apparatOTI p0 Materialam nauchno-
tekhnicheskogo soveshchantia, Kookya, Goo.energ.izd-To, 1959o
287 P. (KIRA 13:6)
1, Nauchw-tekbuicheskoye obohahestvo energeticheakoy pro-
myshlennostio Mookovskoye pravlenlyes 20' Predeedatell sektaii
Frouqehlonnoy elektrotekhzLlki NookOTakogo pravleniya Nauchno-
tekhnicheskogo obahcheetva energeticheakoy pronqshlennosti (for
Tayto).
(Electric apparatus and appliances)

INUMAUM, Yeniazdn Solomonovich, Insh.; LUBMIT. Mikhail Tanillyevich,
inzh. (deceased]; LIBZRW. Grigoriy Romanovich, inzh.: QLI-
OWSKITI, 7a.A., inzh.# red.; POPOV, K.S., inth., red.; TATM.,
A*Ae# Inish., red*; SURMOV, S.A.. red.izd-va; BARANOV, Kj.'
[Operation of small steam turbine electric power plants]
Ikepluatateiia paroturbinnykh alektrontantsii maloi moshchnosti.
Pod obshchei red. G.R.Libermans. Moskva, Izd-vo K-va kommun.
khoz.RSr,SR, 1959. 483 p. (MM 13:5)
(Blectric power plants)

_!g.~ e~kea~rkadi-yollAb*jmnd.tokhn.nauk; MESHILI, Boris Solomonovich,
inzh,; KIRM3V, M.I., red.; LARICNOV, G.Ya.', takhn.red.
[Regulation of voltage and reactive power in electric networks of
industrial enterprises] Regulirovanie napriashaniis i reaktivnoi
moshchnosti v alaktrichookikh setiakh promyshlennykh prodpriiatil.
Koskva, GcPo.energ.izd-vo, 1960. 223 p. (KIRA 13:12)
(Voltage regulators) (Blectric power distribution)

T31-110SHENKO, Valentin Vasillyevich;.TAYTS., A.A., red.; MIKHAYLOVA,
Ye.p., md. izd-va; MIKWWVA, v.v,y tekhn, red,
[EconorW of electric power in electrometallurg-ical enter-
prises]Zconomiia elektroenergii na clektrometallurgiche-
skikh pr(3dpriiatiiakh. Moskvap Metallurgizdatp 1962. 189 p.
(MIRA 15:11)
(Electrometallurgy) (Electric power)

KALINKIN, Vladimir Sergeyevich; FEYLER, Georgiy OskarovIch,-,ZAYTS.
A-A , rod - VAGIN, A.A., red. isd-ye; ISLENTOYEVAO PZ~,
tekhn. red..
[Electromagnets for electric cranes]Pod"emnyo elektromagnity.
Moskva, Meita.1lurgizdat, 1962. 87 p. (MIRA 16:2)
(Electric cranes) (Electromagnets)

KOVALISKIY, Konstantin Vitolidovich; TAYTS A A red.; KOHONOV, A.S.,
red. izd-va; LELYUKHIN, A.A.f,
(Calculation of windings in transformer repair and rewinding
operatiors]Raschet traneformatorny"kh obmotok pri remontakh i
peremotkakh. Moskva, Izd-vo M-va kommun.khoz.RSFSR, 1962. 48 p.
(miRk 16:2)
(Electric transformers-Maintenance and repair)

BYKOV, G.A., inz'h.; BIRFELID, A.G., inzh.; GODELIMAN, B.R., inzh.;
YEGORYCHEV, G.M., inzh.; KRICHEVSKIY, G.M., inzh.;
PISTRAX, M.Ya., inzh.j TAYTS A A kand. te4hn. nauk;
FRIMW , A.P,, inzh.; GOLIDIN, Ya.A., glav. red.;IVANOV,A.N.,red.;
LANOVSKAYA,'M.R., red. izd-va; DOBUZHINSKAYA, L.V., tekhn.red.
(Electric power engineering]Elektroenergetika. [By]G.A.Bykov i
dr. Moskva, Metallurgizdat, 1962. 190 (MIRA 16:4)
(Electric motors) (Automatic controls*
(Metallurgical plAnts-Electric equipment)

,_, red.; MIKHAYLOVA,
TIMOSHENKO, Valontin Vaail'yevich;.jA17�,-A,A,
YS.P.p red. izd-va; MIKHAYLOVA; V.V., takhn. red.
[Economizin electric power in electrometallurgical
er4erpriseel Ekonomiia elaktroenergii na elaktrometallurgi-
chaBILILkh predpriiatiiakh. Moskva, Metallurgisdat, 1962. 189 p.
(miRA 16:7)
(glectrometallurgy) (Electric power)

TAYT3 I A.A.
Scientific and technical conference on nev techniqugs in the field of
electric power distribution and electrical equipment of industrial
enterprises. Prom. energ 18 n9.7:38-41 JI !63. (MIRA 16:9)
(FIlectric pawer distribution)

TAYTS, A. A.
Scientific and technical lecture conference on "New electrical
equipment; of industrial enterprises-and Its operation." Prcm.
energ. 19 no. 4:50-51 Ap 164. (MIRA 17:5)

BELIKINDY L.D.; VENIKOV, V.A.; GLAZIJI,'OV, GRUDYSKIY, P.G.; 21!ADJI*, X.P.;
NEKLr
ZHEBROVSKIY, S.F.; 1AFITSKIY I.; I jDOV, 3.K.; FAVL~ KC,, V.A.;
RAZEV1GI D.V.; ROSSIYrVSKIY, G.I.; SAFCNGV, A.P.; SOIKOUN, N.I.;
'V, A.M.;
ULIYANOV, S.A.; FEDOSEYL
KHEYSTFRY V.V.
Boris Arkadlevich Teleshev; on his 70th birthday and the 45th
anniversary of his engineering and educational work. Elektri-
chestvo no.9:91 S ?64. (14IPjt 17: 10

ROGALI-LEVITSKlY, Mikhail Viktorovich, kand. tekhn. nauk#dot.-;.;
STEPANOV, Vladimir Nlkolaycvlch~ prof.; TAYT5,..,Alakxaudr...
tekbn. nauJ,,, dots.; GOR61AKOVA~ O.D.,
red.
[F,Iertr.'.c power plants and transformer substations] Elektri-
cheskie stantall i transformatornye podstantsii'. Moskva,
Traxisportp 1965. 36? p. WIRA 18: 8)

TAYTS, A.A., Imnd.tekhn.nauk
---
Scientific and technical confemnce on the Uf3S Of Co_-FUtA,- I.0C'-4-?aB
. I
in electric power enginearinge Ildsk. t3ta. 36 nc.8-87-90 tg 1"5, .
(MIRA 18:9)

LIBERMAN, G.R.; X~~~Aj FANINp V.I., spots, red.;
1/,D1-'AYEV-TSIKA14OVSKrY, V.A., red.
(Electric power and heat supply of cities; collection of
scientific and technical information] Elektrosnabzhente i
toploanabzhenie gorodov; nauchno-tekhnicheskii infomft-
tsiormyi sbornik. Moskva, Izd-vo M-va komnmn. khoz. FLSFSR,
1963. 162 p. (Hovaia tekbnika zhilishchno-kommunallnogo
khoziaistva.9 no.4) NIRA 18:8)
1. Russia (1917- R.S.F.S.R.) Ministerstvo kommunallnogo
khozyaystva. Tekhnicheskoye upravleniye.

TAYTS, A.A&
Conference of the readers of "Promyshlennaia energetika"
held in Moscow. Prom.energ. 20 no.12:38-39 D 165.
(MIRA 18:12)

d) d /EW(l)
/r (k)
M
.V A( 3P55 (M/0105/64/CW/0O9/00ql/ooqi
p3W
AUTHORt BelOMM, L. D.1 Venikov. V. A.; Glavinov, A. A.; Grudinakiy, P 'G-1
Zhebrovskly, So P.: Lapitskly, V. lot Neklyudov. 8. K.; Nvlenkd~ V.A.
Razovig, Do V..; Rossiyevskiy, Go I.; Safonov, A. P.; Sokolov, No I.; Soldatkina, L.A.
jaj!!!j~A. Aol U11yanov, So As: Fodoseyev, A. M.1 Kheyster, V. A.
TITM Profaisor So A. Teleshev on this 70th birthaay and the 45th snnlyorsor7
of his engins,prIng, scientific, and teaching activity
SOMCF: Elektrieheatvo. no. 9, 1964, 91
TOPIC TAGS% electric engineering por3onnel
ABSTRACT- Boris Arkad'yevich Toloshov w" seventy years cld 12 Mrah 1964.
He department of the Petrograd Poly~-
technic Institute In 2917 and gained the title Electrical Engineer In 1920.
in the union of Zloatria Power 3tatIons of the Moskovskly rayon, Teleshav
was one of the founders of the first dispatcher servic* of the Iloscow
Power 6yatem, the chief dispatcher of this aystom, the mnader of tbo high-
voltage networks of the Modoow Unlono the chief engineer In construction of
th*,Moso*w_bI*i-vo2Up network and of the big%-voltap networks of the
Card 1/3

r--L 2968-M
ACCESSION NRt MM26353 t):
Ilookovskly rgq,on and the chief engineer in construction of the BobrIkOVek
(now Wovomosluivskj hydroelectric station. in connection with the reorgan-
'Ization of construction In 1931, Toleshey was tranoterred to Energostroy,
first as ohlol! engineer of the 11cooow division and then as deput7 chief of
the design adnInistration of Enorgostroy (now Teploslektroproyekt). In
2934, Telashe,r took the post of assistant director of the golentiflo Section,
of the rover lInglusering, Institute limni Krshlzbonovskl7 of the AcadeaV of
Sciences UOSSR W worked as the immediate assistant to Academician 0. U.
Xrxhizhanovskly in directinS the Inrtltuta until 1946. Stiwting In 1923,
he did scientific research work first at the goscow Institute of 11sobanlos
1m. Lomonoeov and then at the Institute Of National ZoonovW Im. PloUbanov.
'
After the founding of the Koscoty Power Engineering Institute In 1930.
Telesbev transferred to that Institute and works& there until 1940, Here
he was Lecturer of the Department of "Central Electric Stations" and a
professor in the department. He YjA91,ved his professorship In 1933.
He w" Doan of the 32ectria Power Department of the Institute from 1932-
1 2935. In 1940, Teloshey was mAds diroator of the Departiment of Zleatrical
Inf;1usering 4-f the Moscow Institute of 71ne Chemical Teabnolea *Mrs be
remained unti.1 1966. In 12" he took part In orp4doing tba Paver Xagineer-
Card 2/3.

L 2968-66
ACCEMION Utz AP3026355
'Ing j)epartaint of the Uosoow InstiVito or.xj-..;In*arIna
-sconomics
10-d2bonikid'so. From 1946 to the present, Ts~eshoy has boon director of
G)nt of "glectria Stations WA su,atations" and there have been
gineor-
.1two printings of his textbook on a course In "General X16atrical ;~n
In(;." To2esbor has acted in a consultative OspaCitY In plans for a great
number of slactrioal stations and networks. He participated in the Govern-
iment Consultation an the Dnoper hydroolootria station in. Y. 2. 14~0. no
-,b" ~!~en wi active viember of the Scientific and Toohnioal Society OR SM
He was obai f the Moscow board
Power liri~Adtry for more than 20 yis a -.N" 0
lof the soolety from 19" to 1951* Y -his servios to the sooiotro he bas
Ibsen madt 4 P$iWZ$tt 106"Gr- MOo .. was olootod depaty Is the Madow
10ouno 12 of Deputies - of the Workers. He bsA ban dooqrstod with ib Wfor L-~--
*r"91.1 tU Modlarowr of.109y'aied vitla
~:411, Prige AA#1 hoot I figwrb&
AMIATICUs
SUBIMEM 00 '00 so CM, 12,
VX1.1
im
M IF" so I w0 0=1 000

_-.ACCiTR, AP6012930--- SOURCE CODE: UR/0104/65/000/008/0087/0-090
-Tayts. A. A. (Candidate of technical sciences)
ORG: 110ne
.TITIE., Scientific and-teohnical conference on the uses of computer technology in
electric pawer_RK2juction
SOURCE: Elektricheskiye stantsii, no. 8,, 1965,, 87-90
TOPIC TAGS: electric power productionp scientific conferencep computer applications
digital computer, algorittim, analog corriputerp cybernetics
ABSTRACT: This conferente was held in Moscow from 23 to 26 December
1964, and was attended br over 400 delegates, representing the major
power institutes and installations in the European part of the Soviet
Union. Over 40 papers wore audited and discussed. Subjects covevca
included computer applic Ltions for optimization of power Matems', Awning
:and design of power systemaq calculation of transient processes, optimiza-
tion of power distribution, and designs of power grids and smaller net-
works. Also considered vere special computer designs and the atatus and
future prospects for computer uses in power production. The Ural-2 digi-
:tal computer is now regularly used to predict power demwWs on the several
~unified power grids In European USSRv thereby permitting both short and 'i
.long torn optimization of'power production from the Viewpoint Of effGCtiTq:
exploitation of equipmeatt distribution of active and reactive loads, am

T. 9P5H9-66
ACC 14R, - AP6012930
:Water and fue'l conaervation. A method has been developed to group Indi-
.vidual power stations awl customers so as to reduce hundreds of variables
~to 10 to 159 which can b,e used as reliable criteria In optimiziag grid
operation. One paper treated techniques of computer simulation of power
problems. A number of papers focussed attention on computer analysis of
the operation of small units And equipments of large power complexes.
Several papers dealt with Applications of programs identified as KO am
KI for large-scale power calculations on the DRAL series of computers
.(other available programs And subprograms, an well an Algorithms were
also described). A few papers dealt with stability problems.
One paper described the construction and operation of the RER
analog computers Uodel I to designed for 16 power plants, Uodel 2 in
designed to handle 24. The EOAN-4 in now widely used in most of the
4arger plants.
The delegates re,.,ommended establishment of a central library of
.prorgrams ane further derelopment-of cybernetics AM optimization, tech-
.nique4. Considerable progress and valuable contributions by various instl-:
tutes In the poWer field were acknowledged by the conferees.
This rather extensive review of the conference Is replete with
inamen and associations involved in electric id
porer production w distri-
1bution in the Western USSR. [JPR61
SUB CODE: 100 09 SUE14 DATEt none
~J
Card 2/2.,eg.,/

- L j719c1---oo
-7 ACC N% AP6027843 SOURCE CODK-F-
AUTHOR: Ta, 0.
ytsp A. A.
OM:
TITIEt Scientific and technical seminar, Automatics w-A Telemechanics In Electrical
Power Systems of Industrial Enterprises
SOURCE: Promyehlennaya energetika, no- 5,, 1966s 51-53
TOPIC TAGS: electric ongineering conference, industrial enterpriesp.industrial
automation, electric power engineering, powey supply, reliability engineeringp
electric equipment.
ABSTRACT: The seminar was held in Moscow in 105, and about 40O."'PrOdenta-
tiveB of regional power administrations were present. TWITS reports Wre
.heard on the following themes t automation and telemschadsation, of electric
power supp3y systems of industrial enterprUeal usage of the increased active.
resistance of cable corr-es upon heating to automate short-circuit cutoff;
,automatic devices for line dividm of transit 110 ky vubatational the
reliability of automatle startup of awdliaz7 generating equipment; automatic
control of transformer voltageaj automatic control crmwitation of synch-
-,ronous motors; automaVLo control of condensor powerl automatic 46,
, aukiliary generator control equipmentp ita.planning and production; a tone
~apparatus for remote aisconneotion of eqXdpment- The-delegates recommoded
:.that.further developrmit work an'vaiforup integrable automated equipment, be
undertaken. IJPRS: 36,5011
SUB CODE: 03p 09 / SUBM DATE: none
Card 1111*41-0

- I OU Fr'" rx -I-' . ; ~~ F---T-- , ~Kh . L.
--TAYI.LS, k. Yu.;GULY 101111,- B.__ - UTRI - - -- -- - ---- - - -- - - -- -
Metallurgy of Magnesium, Gosudarstve=oye Nauchno-Teklmicheskoye Izdatel'stvo
Literatury po Chemoy i TEIvetnoy Metallurgii. Y---)scow (195c)) 491 pr..
B-78883, 13 Sep 54

AUTHOR: Taytst Ael[u. 287
TITLE Reductioi:x of magnesium oxide with silicon-aluminium, alloys.
(Vosstanovlenie Okisi Magniya Kremnealywinievymi Splavami.)
PERIODICAL:'Tsvetn,ve Metallvil.(Non-ferrous Metals),
1957, Wo. 1, Pp. 56 - 66, (U*S.S.R.)
ABSTRACT: -Silicon-aluminium alloys, since they appear as by-products
in the treatment of primary aluminium-silicon alloys to produce
silumi-n or aluminium, are economically attractive reducing
agents for magnesium reduction. Experimental investigations
have shown that in the reaction of magnesium with such alloys
the presence of lime in the charte has a very favourable effect
on magnesium-yield: with a lime:magnesia ratio of 1.2 by
weight the yield rises to over 80% the value with no added
lime being 3Wo. Comparison of silicon-alumin alloy with
ferrosilicon as a reducing agent for magnesia show that the
formr, when in the form of filter residues, is more reactive.
There are-10 tables and 4 figures. There are 6 references,
of which 5 are Russian.

SOV/ 137-58-8-16651
Translation frorn: Referativnyy zhurnal, Nletallurgiya, 19"1", Nr 8, p 58(USSR)
AUTHOR: Tayts, A.Yu.
TITLE: Studies in the Silicothermal Recovery of Nia-piesium (Raboty
'j
po silikotert-nicheskomu polucheniyu magniya)
PERIODICAL: V sb.: Legkiye metally. Nr 4. Leningrad, 1957, pp 99-105
ABSTRACT: Methods of reducing MgO from dolomite or magnesite by
mc-ans of Al, Si, Fe-Si, Si-Al, Si-Ca, and CaC12 have been
developed and verified on pilot-plant scale. The m ost, efficient
and economically profitable reductants are 75% Fe-Si, Si-Al,
and a mixture of CaC2 with Fe-Si. When M1,10 is reduced by
mcans of Fe-Si or Fe-Si+ CaC , the charge is calculated to
produce 2CaO-SiO2 in the resiLe. When Si-Al is used.
ZCaO-SiO? and 5CaO-3AIZO3 is produced in the residue. The
addition of 2-57o CaF2, which increases the Mg yield, has a
favorable effect. The charge should be calcined until complete
elimination of C02 and HZO is attained, and then briquetted
under a pressure of up to 1000 kg/cm2. Reduction with distil-
lation of Mg was run at 1190-12100 in retort vacuum furnaces
Card 1/2 having graphite heaters and retorts of a medium-carbon steel.

SOV/ 137-58-8-16651
Studies in the Silicothermal Recovery of INIagnesium
The Mg yield %,kith a 490-kg charge and a 25.6-hour cycle was 67.7 kg
(66.576). A 400-kw furnace with 2 retorts having a total capacity of 3 t of
charge has been designed and is being tested.
Ye.z.
1. vIafneiAim--Jieco,,,ory 2. I-Iagnec;j*-ui.i 3. -"ilicvn--~r~-,)Onler
Card 2/2

SOV/ 137-58-8-16650
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 8, p 58 (USSR)
AUTHORS: Voynitskiy, A.I., Tayts, A.Yu.
TITLE: VAMI Studies in the Field of Calcium Metallurgy (Raboty VAMI
v oblasti metallu-rgh kal'tsiya)
PERIODICAL: V sb.: Legkiye metally, Nr 4. Leningrad, 1957, pp 120-124
ABSTRACT: The optimurn conclitions for electrolytic recovery of Ga and
its alloys have been determined, and a method of extracting Ca
by heat in vacuum has been found. Dewatering of CaC12 for
subsequent electrolysis is performed by remelting at 850-9000C
for 30 to 40 min. Addition of 576 NH4CI is desirable. The elec-
trolysis is performed with pure-CaC12 or a mixture of 25 parts
by weight CaCIZ and 4 parts Ca'ki. The process is run at 780-
8100, cathode current density. 40-50 amps/dmZ, and bath vol-
tage 20-30 v. The current efficiency is 85"/o, and 40 kwh is con-
sumed per kg Ga. Fe and alkaline metals must not be allowed
to accumulate in the electrolyte. CaC12 electrolysis with liquid
cathode (Al, Pb, Cu, or other metals) is possible and yields a
corresponding Ga alloy. Ca may easily be driven off in vacuum
Card 1/2 from a Ca-Cu alloy. Alloys of Cu and Al are produced at

SOV/137-58-8-16650
VAMI Studies in the Field of Calciurn Metallurgy
- 5.5-v potential and 800-8500 for low Ca contents. It is possible to produce
Ca-Al alloys containing up to 50% Ca. Under these conditions current effic-
iency increases as temperature rises to 800-900o. It is desirable to add 151/6
KC1 to the elec-trolyte. When CaO is reduced by Al by heat in vacuum in a
400-kg-charge furnace with graphite heaters, the Ca yield is 60-700,10 (up to
92 k- per batch) at a process temperature of 1200- 1300'. The charge re-
quired per kg Ca is 3.8-4.3 kg, the Al consumption is 0.67-0.78 kg, and the
electric energy consumption 14 kwh. The Jo contents of the resultant Ca was:
Fe 0.003-0.004, Si 0.05-0.008, Mn 0.04-0.15, Cu 0.002-0.004, N2 0.006-
0.009, Al 0,2, Mo 1-2 (from the Mg in the charLre). It is also ossible to
recover Ca by reduction of CaO with an Si-Al alloy at 1375- 1400 in an
0.05-1 mm lig vacuum with up to 8516 Ca yield, and also with the aid of Fe-
Si at 1400-1450') in an 0,01-0.03 mm Hg vacuum, with a yield of 50-70% and
an Fe-Si consumption of 0.6-0.8 kg/ka Ca.
Ye.z.
2. Caliwa alloy.,---. 'rnly"J2
4.
Card 2/Z

5- (1)
AUTHORS: T-ay-1.2, -A.-Yu., 'Chel I taov, V. M. SOV/64-59--5-10/28
TITLE: Pre:?aration of Metallic Potassium by the "Vacuothermic" Method
PERIODICAL; Khijaicheakaya promyshlennost', 1959, Nr 5, pp 404-406 (USSR)
ABSTRACT: The present investigation was carried out in the experimental
plant of the Dnepropetrovskiy alyuminiyevyy zavod (Dnepro-
pet:rovsk Aluminum Plant) in collaboration with the co-worksrs
of -the VAMI, V. M. Kozlov and D. N. Chemrukov. The method
mentioned in the title is based on a reduction of potassium
chloride (I) (in vacuum) by other metals or alloys ("metallc--
the:rmic") or with calcium carbide ("carbidothermic"). P. V.
Gelid et
al. (Ref 3) reported on the latter. N. M. Nikolay.-
shvilli Ref 4) reduced (I) with silicon alloys, whereas
(
V. 11. Gus1kov, N. M. Zuyev, and A. I. Voynitskiy (Ref 5) -ar-
ried out the (I)-reduation with silicon alloys and also with
aluninum. Or. the basis of these investigation results the ex-
per%ments of the present paper were made with ferrosilicon (11)
and aluminum silicon (III) (in the beginning with calcium
carbide under the participation of a team of the UNIkhim). The
Card 1/3 fol:.owing reactions were investigated: the carbidothermic

Preparation of Metallic Potassium by the I'Vacuothermic" SOV/64-59-5-10/28
Method
reduction 2KC1 + CaC 2- CaCl 2 + 2C + 2K (1), the aluminothermic
reduction 18KC1 + 14CaO + 6A1 = S3a0*3AI 203 + 9CaCl 2 + 16K (2)~
and the silicothermic reduction 4KC1 + 4CaO + Si - 2CaO-SiO 2 +
+ 2CaCl 2 + 4K (3), further, the authors calculated the free
energy AF (within the temperature range 1123 - 1323 0K), the
equilibrium constant K p, the equilibrium pressure of potassium
vapors P., and 1g P. (Table 1). The experiments were made on a
semicommercial scale with 150-300 kg charging initial quantity
for the preparation of 20-40 kg of metallic potassium. The
charge was briquetted and the potassium chloride was thermally
reduced in vacuum. The charge consisted of potassium chloride
(of up to 4% NaCl), limestone, and ferroeilicon (72.3% SO.
The components ((I) and (II)) were dehydrated, finely ground
(-60 to -80 mesh) and subsequently briquetted. The reduction
was made in a perpendicular vacuum retort furnace (Pig 2)
whereby the condensation of the salt from the gaseous phase
Card 2/3 took place in the upper-part of the furnace while that of the

Preparation of Metallic Potassium by the "Vacuothermic" SOV/64-59-5-10/25
Method
metal vapors occurred in the lower (hotter) part. The redaction
was started at 810-8500 and proceeded at 780-8000 (0-5-0-13 = H~-
The, first series of experiments resulted in potassium yields
of only 15-3V.. To increase the reaction rate, 5 and Vo of
calcium fluoride (IV) was added in the second series of ex-
periments. An addition of Vo of (IV) inoreased the potassium
yield to 47-7-62.7~6 (Table 2), as well as a reduction in the
(II)-consumption and current'cc)nsumption. Further experiments
carried out with (III) offered good results (39-3-58.56/a potas-
sium yield, Table 3)1 though cnly a reduced yield is obtained
as compared to the (II)-procedure (Table 4), the consumption
of (III) is considerably less thin that of (II). A technologic-
al schedule of operation ia given (Fig 3). There aie 3 fig-ures.~
3 tables, and 8 Soviet references.
Card 3/3

PHASE I BOOK EXPLOITATION SOV/4184
Strelets, Kh.L., A.Yu. Tayts, and B.S. Gulyanitskly.
Metallurgiya magniya (Metallurgy of Magnesium) 2d ed.# rev. and enl. Moscow,
Metallurgizdat, 1960. 479 p. Errata slip inserted. 2p650 copies printed.
Reviewersi V.A..Pazukhin,, Doctor of Technical Soiencess Professor, Ya.M. Kheyfits,
Candidate of Chemical Sciences, V.N. Veriginp Candidate of Technical Sciences,
A.Ya. Fisher, Candidate of Technical Sciencess Ya.A. Tsentert Candidate of Tech-
nical Sciences, G.S. Markov, Engineer, and V.V. Krivoruchenko, Engineer; Ed.i
S.M. Chemobra;r; Ed. of Publishing Houast M.S. Arkhangellakaya; Tech. Ed.t
M.R. Kleynman.
PURPOSEi This book is intended for technical and scientific personnel in the metal-
lurgical industory. It may be used by students of the field in schools of higher
educationy particularly those specializing in the production of magnesium.
COVERAGEs The book gives the characteristics of the raw materials used in the
production of riagnesium, and discusses the theoretical bases of magnesium metal-
lurgy. The eloctrolytical and thermal manufacturing processes are described.
The properties of magnesium and the methods used in its refinement are discussed.
B.S. Gulyanitslciy wrote Chapters I and IV, Kh.L. Strelets -- Chapter II, and
Card-1/15>

Metallurgy of Magnesium SOV/4184
A.Yu. Tay-ts -- Chapters III and V. The authwe thank Professor Doctor V.A.
Pazukhin. There are 438 referenoes,
TABLE OF CONTENTS:
Preface to the Second Edition
8
Introduction 9
PART ONE. RAW MATFAUALS FOR THE PRODUCTION OF MAGNESIUM 13
Ch. 1. Magnesium Carbonates 14
1. Magnesite 14
2. Dolomite 17
Ch. 11. Magnesium Sulfates and Magnesium Chlorides 20
1. Mineral salts 20
2. Natural brizies of magnesium salts 22
3. Waste liquors of magnesium chlorides 27

I TAYT5. A.Yu.
--i
~-~ ~Ther~5axeductiou of magnesium oxide b7 a mixture off ferrosillcon,
calcium -.artide, and aluminum-silicon. Zhur. prikl. khim. 33 no-8:
1714-1713 Ag 16o. (MIRA 13:9)
(Iron-silicon alloys) (Calcium carbide)
(Aliminum-ailicon alloys) (Magneoium oxide)

IVANOV, Abskeandr Ivanovich; KRIVORUCHENKOp VWimir Vladimirovich;
ILOICHEV, Vasilly Andreyevich; KRYZHKO) I.S.p retsenzentj
NECHRIP, V.M.j, retsenzent; IRTEGOV, II.H.j, retsenzent;
_jAXW,-A.Ym..j-xed.; ARKHRIGELISMA, M.S.,, red, izd-,va;
DOBUZE[NSKAYA, L.V.0 tekhnerede
(Electrolytic production of magnesium) Froizvodstvo mag-
niia elektrolizom. Moskvap Gos. nauchno-tekbn. izd-vo lit-
ry po chernoi i tsvetnoi metallurgiij, 1962. 254 p.
(MIM 15:2)
(Magnesium-Electrometa:Llurgy)

TAYTS, A.Yu.
Concerning V.M.Chelltsov's and I.D.Toaregorodtsev's article
entitled "Vaculin Furnaces for the silicothermic method of pro-
ducing magnesium." TSvet. met. 35 no.3t85 Mr 162. (MIRA 15:4)
(Vacutm metallurgy-Equipment and supplies) (Chelltsov, V.M.)
(T-Garegorodtsev, I.D.)

TATTSI B -A., kandidAt takhnichookikh nauk, d*toent.
-~Wift
Special factories and plants for the production of reduction gears.
Vest.mash.27 n#.12:82-83 D 147* WaA 9:4)
(Gearing) (Nachinery industry)

TAYTS B. A
A 12A9T51
Aug 48
Gears
"SelimtIon of a System of Taking Readings and Un-
related Errors for Geared Mechanisms," B. A. Thyte,
15 PI)
"1z J.1k Nauk SSMr Otdel Tekh Nauk" No 8
Treats subject under following headings: (1) system
of taking readings: (2) primary errors of a gear-
wheel; (3) periodic errors of gearwheels; (4' peri-
odic errors of gearwheels produoad by chasers, hobo
and s~2avers.
12/49T51

6ne itia t tr'V!-nIe4,evkH-h m0r: j, ~iili,
#
doir to r vaO, ; MeTLIHAD, f In;,. h ann. r, WYAW.
1-U. , kgndlda*. nauk; B_TTiGi:j I.A. , h?,fl'int takhni-
cheskikh nai*-; BCGUS1.hVSK.Y. P.Te., Im&-idat te1,hnLccsk1k1j -isuk:
BOROUGH, kaliflint tel.-hniche6kilch vanir; VuLIMR, A.S.,
-)rnfessor, doktor tekhni0,F-qkikh nauk; 0011mi~uIRG, YU.Y., in7he"Ar:
G-JiODHTNKI1', I-Ye., professn-, '-ktor t~khntchen*-Ikh notak; GORDO,
1.0.. aroffisnor; dI,*3?rBZ.R(;, Y.P., kandidat tek~nl~hojakiVh riAuk;
DUSChATOV. V.V., in7hener, IVANOV. A.G.. kandidat terhufr-ovkV0.
nank; KIRkNOS11111I. R.S.. vrofeasor; KOUUI?, D.3.. ".- -iii-tat tev_hni-
ihaakikh nouk; A.i-.., kandldqt tekhnic-inck--kh nauir.;
i:AJTIKQ'1. L.P., ko,;dIdpt takimirbonlicilr-h natak; CU""HULI. Vandi-
tek-hnI-!hev~Uch nauk: 1.9VA116LIN. Ye.Y., inzheaar; YAZYHI1;. 1.I.,
i Wiener; Vk I-11tIN. . !mndidvt tet7~- i,!hankikh nauk -, 14AR.Tvi-CY.
kaw-71eint taikhni!-1nn,-.kt~h nw*: MU.,;RG, II.YA., kiindidat
nFji,:j-,; NIXQ'idiUY. G.A.. o-rcfasw)r, dr%*e-tf'.r takhnirbeckikli nank;
P-6TRUSOVICH, A.T., dnktz-,r takhnichef:kik~. nouk, ?OZD11Y,,..rC1.
doteent; ornfeenor, &~Irtnr tekhnichaOllkh nf-,4-;
?R1GWOVA'A'Y, 11-1., tir(fo-tor, dolctor t0hr.!chevktkb nau*-". nf;* 'IN,
B.A. . kvnAidat t0bnIt+Fi4:ikh naidr; R3361120%1' D.N., orcf #b_&rNr' dn!-15r
tat-hnicheslrilkh nauk; SPTIL'. R.A.. Drcfe--n,-,r. rioktur telvl~n'lrhec'-~il&
nDu~% SXF.RHS31N. '*,.V.; SLOBODKIN, H.S., in-therer; SPITNI-YU. N.A..
~14.
nrcfenvor, doktor tmttmi~,henkikh nauk; ST,'T-_111. G.R., ka,,
_r t
nauk: TAIT kandiat ta~+-icnenklkh
TOWLIBAM. I.M., kardidat te'rhniches Krkdh na-,k; URAN' oKlY. A -A
profeaseir, 4oktor t,0,1-ni-;inr--ikh nauk, V.I.,
dnktor tekhn1cbqs'-ikh (Continred on next card)

BABKIN. S. I.--- (coatinuad) Card 2
ICIAYT. D.M.. kandilat tek~nlcbef4kikh nauk-, .1:;Yi)l.'ICV, V.Yr-., r':3rdl.Jat
tekhnichookikh naL',-; Sia;.l-B&. M.N., Irsher"er, na*--~~r~7v radakt~r.,
:;HHDROV. V.S.. k nnue-nvor raialltar;
.an-'j,j-jt takhnicheakikh nnuV
TSVNTXUV, A.P.. dctE;ont, nwicbW redairtor; SU, 'li IKQV. inzhaner,
naucbuyy redaktor; MARKUZ, 9-Ye.. inzhaner, rv~!-.thnvy radAktor.
KARG-ANOV. V-G., inziient.-r, nauchnyy reda":tcr, dc~.tcr
tekhnicheakilch nauk, professor. redactor, S)C-iUl-OVr- T.F., telchniche-
ski.v radaktor
(Unrual of machirery manufacture]
v trakh zpuakb. Mnekva,
lit-ry. Vol,3, Fiell 10059 9,
1. Deyvtvitel'r--:- AkadeT.!i nnuk (fcr Serensen.)
0~;'hl I-r-7)

TAYTSI B. A.
(Boris Arkad,lyevich)
"Basic Problems of the Precision of Preparation and Control of Gear
Wheels," (Dissertation), Academic degree of Doctor in Technical Sciences,
based on Ma defenl3e, ba 13 14MY 1953, in the Council of the Moscov
Machine-Tool and T:)oI Inst im. Stalin.
JILM- 3,054,778, 2 Oct 57

-T RY F q- I.? I
t -31 f.)-
MALYY, D.D., inzhener; TAYTS, B.A., kandidut teklmicheskikh nauk, dotscotf.
Gear measuring instruments. Vest.mash. 31 no.6:72-77 Je '53- (y7-RA 6:6)
(Gearing) Neasuring instruments)

TAYTS, B.A., kandicU.t tdchnicheskikh nauk, redaktor; SOK010VA, T.7.,
"--'j-VViAhnicheskJjy redaktor.
[Methods for Increasing accuracy in machining gear wheal#]
Puti, povyshoniia to'chuosti obrabotki zubchatykh koles.
Moskva, Gos, nauchno-tekhn. isd-vo mashinostroit. lit-ry, 1954.
222 p. (MLPA 8:2)
(Gearing)

AL'SHITS, I.Ta.,,kandidat takhnichesklkh uan ; BABKIN, S.I., kandidat
tekbnicbesklkh nauk; BALAKSON, B.S., doktor takhnichookM man
professor; MUMMY, R.D., inshener; BWATW, T.H., kandidat
tekhnichookikh nauk; BERMINA, N.I., inshener; BIRGZR. I.A.,
doktor teikhnicbeekikh nauk; BOdUSLAVSKIT. Tu.W., kandidat tekhni-
cheskikh imuk; BOPIOVICH, L.S., kandidat takhnicheskikh usuk;
001=31M1. Tu.H., Insbener; GORDON, T.O., professor; OORDDWZSKIT,
I. Te., doktor tekhnichaekikb nauk, professor; GPDRAN, H.B..
in2h~ner: DIKIR, Ta,I., kandidat takhnichesktkh nauk; DOSCHATOT,
V.Y., Inzhener; IVANOV, A.Gd, karldidat tekhnicheskikh nauk;
KINASOSHVILI, R.S.. doktor takhnichagktkh nauk,- professor; KRU-
TIKOV, I.P., kandidat tekbnIcheskikh nauk; LIMSON, YsX.
inzbznez,; HMRIN, I.V. inshener: XARTMOV, A.D., kandidat
tekhnichaskikh nauk; NIBIRG, N.Ta., kaMidat takhnichaskikh nauk-,
NIOLATIff, G.A., doktor takhnichaskikh mauk, professor-, PITRUSI-
VICH. A.1., doktor tekbnIcheakikh nauk; POZDWAKOT. S.N., dotsent;
PONOMARLV. S.D.. doktor takhnicheakikh nauk, profeavor; PRONIN,
B.A. ka-adidat takhnicheskikh mant; RISHITOT, D.H., daktor t1khul-
chaskikh nauk, professor; SATELI. V.A.. doktor takhnichaskikh
nauk, professor; SIMAXOT, P.P., kandidat takhnichookikh nauk;
STOBODKIN, M.S., Imbaner; SPITSTN. N.A.. doktor tathnichaskikh
nauk. professor; STOLSIN, G.B., kandidat tekhaicheakikh nauk;
TAM&~B A. doktor takhnichaskikh nauk; CHIMSHW, H.A., kandi-
a&T-- askikh mmi -, SHIMBROVICH, R.M., kandidat tekbni-
(Conti=ed onnext card)

ALISHITS, I.Ta., kandidat takhnichaskikh nauk (and others).... #-, Card 2,
chaskikh nauk, YMODY. T.Ta., kandidat takhnichookikh nauk;
FMIKH, L.B.. kandidat takhnichaskikh nauk; ACHSFXM, M.S..
doktor takhnicheskikh nauk, professor, redaktor; H&WS, M.Te.,
lushener, redaktor; XkWAIIDV, Y.G., Whener, redaktor; BOKOLOVA,
T.Y., takhnichaskly redaktor,
(Mechanical engineer's manual; in 6 volumes] Spravochnik mashino-
etroltel.1a; y shesti tomakh. Isd.2-s, ispr. i dop. Moskva, Go*.
nauchno-takhn.Isd-yo mashinostroit. lit-ry, Vol.4. 1955. 831 p.
(Michanical enginaering) (MLRA 8:12)

VOLODIN, TO.I., Itandidat tekhnichegkiktL nauk; GORODITsKly. I-ye., professor,
doktor t,okhaichookikh nauk [deceased]; DOSCHATOV. V.V., Inthener;
KOROfXOV, V.P., kandidat takhnichookikh nauk; KANTSIT. B.M., inthener;
HIST11ROV-SKIT, M.N., inshener; PAIST, N.A.. inzhener: ROSTOVM, A.Ts.,
kandidat takhnicheakikh nauk; TAYTS, B.A.. professor, daktor takhniche-
skikh nal2k; MYDIMOV, V.Ta., kdWfftd&ttekM1 che ski kh nauk; ARVAYS, A.V..
inshener; CHUDOV, V.A., inshener; ACHEMN. M.S.. doktor takhnicheskikh
nauk. professor, glavu" redaktor; VIADIStAVISY, V.S., redaktor: MAW.
A.K.. redaktor; POZDNTAKOV, S.N., redaktor; STOLBIN. O.B., redaktor;
CMXAVSXIT, S.A., kandidat tekhnichaskikh nauko redaktor; MAR=, M.Te..
inshaDer', redaktor (deceased]; RARGAMOV. T.G., Inzhener, redaktor
graficheakikh rabot; SOKOLOVA, T.Y., tekhnicheskiy redaktor
[Metal worker's manual; in five volumes] Spravochnik astallista; y
plati t(=okh* Red. soyst I.S.Acherkan i dr. Moskva. Gos.nsuchno-tekhn.
Isd-te-vo misehinostroit.lit-ry. Tol.l.(Pod red.S.A.Chernavskogo).1957.03 p.
(Mechanical engineering)

7-19 XT~S
28-1-8/42
-AUTHOR: Tayte, B.A., Professor, Doctor of Technical Sciences
TITLE: Gear Drive Tolerances (Dopuski na zubch%tyye peredachi)
PERIODICAL: Staridartizataiya, #_l, Jan-Feb 1957, p 37-45 (USSR)
ABSTRACT: The article considers the now standards 'IrOCTI' 1643-569 1758-
56, and 3675-56 which were approved in 1956 and will become
effective in June 1958, and the faults of the,,rmll ts*1643-46,
5411-50 and 5412-50 which are presently in use, and contair
general theoretic data related to gear tolerances, with ex-
ple.nations of causes and consequences of machining inaccuracies.
The plotting principles of the new standards are given in detail
(for cylindrical pars only, aince the principles of plottin
the tolerance standards for bevel and worm gears are similarf,
with diagrams and formulas. It is stressed that the tool in-
dustry must arrange production of the necessary instruments,
(onQ-profile combination meters, angle pitch gages, axial pitch
meterst contact motors, special gears with a changed contact
angle) and that a number of the present standards for measuring
gears, gear cutting tools, and gear cutting machine tools ought
Card 1/2 to be revised. The projects for the aforementioned new standards

Gear Drive Tolerances
28-1-8/42
are being developed by L.A. Arkhangellskiy, U.S. Polotskiy,
B.A. Tsyts., and G.I. Tkachevskiy of the Gear Drive Department
of rsNIITMASh.
The article contains 5 diagrams, I chart, and 5 bibliographic
references, 4 of which are Russian.
ASSOCIATION: TsNIITMASh
AVAILABLE. Library of Congress
Card 2/2

TAYTB. DAA~wwwwaft
NOW00-
Ifficient, design of transmitting levers for measuring instir=euts.
Itm. takh. no.4:1C-12 JI-Ag 157. (KM 10;8)
(Measuring instruments) (Mechanical movements)

doktor tekhn.nauk, retsenzent;
KOILOT,j Mikhail Prokoflyevich;,TATTS, B.A.
KOXHTV, A.A., inzh., red.; SIOMRMIKO M.Te,. ixdatel'skiy red.;
ROMIN, V.P., tekhn.red.
[Gear transmissions In prscLsion instruments] Zubobatye peredsohi
tochnogo priborostrooniiso Hosbro, Goo, Izd-vo obortprowyehlog
1958. 392 P. I (HLRA 11:4)
(Gearing) Onstrueentw-Transmission devices)

TAITS. B. A. (Doctor of Technical Sciences)
Balyayev, V. N., Candidate of Technical Sciences; Birger, I. A., Doctor of
Technical Sciences; Demidov, S. F., Candidate of Technical Sciences;
Korotkov,V. P., Candidate of Technical Sciences; KudUavtsev, V. N.,
Doctor of Titchnic,41 "clencen. Frofesnor; Yjartynov, A. D., Candidote of
Technical Scionces; hiberg, L. Ya., Candidate of Technical -1ciencon;
Ponomerev, -'3. D., Doctor of Technical ~'Oences, Professor; Pronin, B. A.,
Candidate ot Technical Ociences; Push, V. E., Candidate of Technical
Sciences; Sleznikov, G. I., Engineer; Stolbin, G. B., Candidate of
Tecl,nical Saiences; Tayts, B. A., "octor of Technical Sciences
Spravochnik rAtall1sta. t. 2(YPtals Engineering Handbook. v. 2) Moncow,
Mashgiz, 1958. 974 p. 100,000 copies printed.
Ed. (title page): Chernavskiy. S. A., Candidl;te of Technical Sciences; Ed.
(inside bock): Farklis, Fl. Ye,, Engineer (deceased); Tech. Ed.: Sokolova,
T. F.; Editorial 2~oard of the set: Acherkan, F. S., Doctor of Technical
Sciences, Professor, Chairman of the i'loard and Chief Ed.; Vladislavlev,
V. S. (decoased); Malov. P. N.: Pozdriyakov, S. N.; Rostovykh, A. Ya.;
Stolbin, G. B.; and Chernavskiy, S. A.
PLIPM. The book os Intended for technicians and engineers working in the
field of ruichine design and in production.
-4"4449

of re 4 nk a
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21,-,C) I*ov

~ M ROMY) --V. P,
Fg- 1-1 41
y
"Gex4it Vir Kontr:)lle der kinematischen Genauigkeit von Verzahnungen"
report presented at the Oct
Intl. Measurements Conference (WEM) Budapest, 24-30 November ~~

LU
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KALASHNIKOT, N.A., prof. tekhn.nauk-"-TArTA, B.A., prof., doktor
j- ~
tekhn.nav.k. red:-'LTAIMO.H. Tu.N., dotesInItI&lmAskbn. sauk, red.;
UVAROTA, A.r., t;khn.red.
[Increasing the accuracy of gear contact measurements] Povy0henis
tochnosti izmere,~Iti subchatykh sateeplenii. Pod red. B.A. TalteaO
M.M. Liandona. *skva, Goo. nauchno-takha.izd-vo mashinostrolt.
lit-ry. 3.958. 159 P. (Gearing) (MIR& 12:2)

-T-A-Y IFS , - R ~ A-
TATTS, B.As. doictor takhn. nauk, Prof.
Methods of checking gear wheels* Hashinostroltell n0.102-34 A 158s
(Gearing) (MIRA Ilil)

28-56-2-26/41
AUTHOR: Tayta, B.A., Professor, Doctor of Technical Sciences
TITLE: Development of Normal Thlerances fw a Gear 111ranamission
(Razrabotka norLiaiey dopuskov na zubchatyyc peredachi)
PERIODICAL: 6tandart.izatsiya, 1956&Nr 2, pp 62-69 (USSR)
ABSTRACT: New standards 11GOSTs 1643 - 56,,, "1758 - 56" and "3675 - 561,
for gear drives will take effect on January 1, 1959. The
author Points out that these standards must be completed by
"normal" standards (for d4fferent trachine industry branches)
which should not only indicate the tolerances for various
parameters of gears and gear drives, but also contain recom-
mendations for the choice of the accuracy-degree of a drive,
the method of calculating the guaranteed backlash and the
choosing of the mesh type, the required accuracy of gear
blanks, the checking methods, and the drawings. Related
calcule.tions and charts are given. There are 4 figures, 5
charts, and 3 Soviet references.
AVAILABLE; Library of Congreus
Card 1/1 1. Gears-Standards 2. Standardization-USSR

SOV/122-58-7-2/31
AUTHORS: _ta.,2-A. I Doctror of Technical Sciencas, Professor
-Tay -& -
Dii'man, V.S., Enginee=
TITLE: New Staxidards Specification for the Accuracy of Gear
Transm.-'.zisions (Navyye standarty na tochrio3t' zubchatykh
peredach) if,
1j, ri
PERIODICAL: Vestn!.k M-ashinostroyen-iya, 1958 1 PP ti - 13-(USSR)
ABSTRACT: The new standardsspecification, GOST 1643-56, entitled
"Cyl'nd.:!ical Spur Gear Transmissions. Toleranl~,es" replaces
the 19415 standard of the same title and -;omes into force
on Janu3,rj- It, 1959. The spe~;ification eirzisages 12 grades
of accura3y. The highest, namiely, the 1st and 2nd, are
left open fcr future development. TEe lowest (12-uh)
remains umspecif-Jed, being fo-reseer- for unmachined gears.
Tolerances are stated for 9 grades Ord - llth). Increasing
the n7inber of grades o-.,e-- the old standard was dictated
by the adoption in practi~;e of high-preccision lov.-
power and high-speed hIgh-power trar)-smissions both
-demanding finer limits th~an tha old lst grade. Further,
Whe geometric prcg-ression factor of 1.6 internationally
adopted has replaced t-he old factor of 1-?3. In effect,
the nevi ?t-h and 8th grade tolerances almost coincide with
Cardl/8 the old 2nd and 3rd grade. Each grade specifies the

SOV/122-58-Z-2/31. .
Iqew Standards Spe?.,ification for the Accuracy of Gear Izansmissions
standar,".s of kinematic aczu:,.-acy, smoothness of runrdin6( and
tcoth ~~c,ntact accuracy separately. Thus, different
requirements zan be set up under different operatirF,
conditi-oris. For example, in a turbine gear transmicsion
th~ standard zu.Gt be I grade above that
of kinematic The opposite rela,.Lon prevails
in dlvi(iing transmissiona. 1n rolling-m-ill gears the
- must exceed that of
accura,,,,r with regard to tooth contact
kiaemat'..:; ac-curacy and running smoothness. The
spe--ifi-,ation envisages fc-ar meshing fits independent of
the mac-21-ining accurat~.y. Thue, a reversing dividing
.1.
vra.nzz:_-s~L,~r_ ~equi_-es -the zmallest clea-rances and a high-
epeed -transmission, the highest. Each type of
meshing is dist-inguii-ahed by the minimum --learance. The
fteld of minimum and maximum clearances is illustrated.
The straight spur gear specifications include helical
spur ge4,rs of a width so defined that the helical feature
does not guarantee overlap of tooth contact arcs. For each
of the 3 ac--uracy standards and types of meshing, overall
criteria amd singla-element criteria are established. The
Card2/8 former include the kinematic erroZ of the gear wheel, the

SOV/122-58-7-2/31
Bew Standards Spe4ll~Lution for the Accuracy of Gear Transmissions
cyclic pitch error, the contae~t spot and the limiting
displacement of the basic profile as well as the error in
the '-entre distance, the lack of parallelity and the errors
due to the axes not being in one plane. These overall
criteria are related to the element criteria by analytical
relations. The basis of these relations rests on practical
experien,~e with the existing standards which has served to
establii3h expressions for the tolerances and errors in the
?th grade of accuracy. The denominator of the progression
for the tclerances covering the kinematic accuracy is 1.6.
For the tooth contact accura,.:y the denominator is 1.25.
The main factors which de""ermine the tangential clearance
tolerar--es are the ioleran4ces cf the sentre distance and
of tile
those c-a the displa;,,ement ~" L prcfi'Le. These two
quantities can be in-.reased when c-hanging ever from meshing
with zerc clearan~',e tc meshing with a finite -.'Learance. The
toleraixe fc--f- the d1splacement of the basiz profile is
asso-^i;3.t6d dire,tly with the radial e-.centrici.tZr of the
tcoth ~-Irown and also includes a magnitude for -the profile
error itaelf. The zesultIng minimr--a and maximum clearances
and 'he d-41"ferer-ces between them Increase substantially from
Card3/8 the most tight to the most, loo-ze mez.hing fit. This

SOV/122-58--.7-2/31.
Bew Standards Spar-i-f-ication for th,~: At,,surasy of Gear Transmissions
in-,rease has been fu.11.1y justified bg practicai requirements.
The new standar%,A. zpei~llfi-_ation GOST 1758-56 entitled
"Bava2 Gea::- T:-ansm-issirins, Toleranr;es" a].so came into force
on Janaary 1. 19r* The ifica-ori zc-,-ers trans-
59 rLew spec
mliss-ir,ns with intersecting axes(at any angle) and gears
WI.th abraight, inclined and curved teetah, with a pitch
circle diameter'of up to 2 000 mm and -a module between
and ~O mm. 1._~ gradea of are envisaged, whilst
toleran,-.as and ei~ro_-a aTz, stated o_nly frjr all grades
between -the 5"-h and lith. Present-day production methods
of be-e.1 geara do not ir,,~Iude reliable procedures for
manufLnl.uring gea4rs more at-curate than the 5th grade. The
ni!w standard briLgs into line grade designations of bevel,
spur anI wGrm Sears. Tzanszissiors of the same grade will
yield the same operating features. The greater difficulty
of prezise bevel gears -B-,,ren limits the application
of V-a "h and 6th grad~e of a,~c-i)xa.-y. As before, each
grade ,on':qins thxee types cf standards, namely, of
kinematic accuracy, of smooth runnirg and of tooth contact.
He same gear may be made to different grades of accuracy
in the~~a tlrLree respe,.ts. In cencrast with spur gears, the
Card4/8 smocthness ,-an differ f-2cm the kinematic accuracy

SOV/122-58-7-2/31
Pew Standards Specificaticn for the Accuracy o_f' Gear Transmissions.
in bevel, gears by no more than one grade. The tooth-contact
grade cannot be coarser than that of the running smoothness.
In the manufacture of bevel gears the variety of finishing
processes is more restricted than -in spur gears and it is
not posfj,;Lble to improve the runnine; smoothness without
increasIng the kinematic. accuracy of gears. From the
operational point of view, the manufacturing precision and
the tangential clearances are not interconnected. Once
again, '~he specification establishes four meshing fits,
which determine zhe minimum tangential clearance. Each of
the three standards of 9,CQV acy and meshing fits is covered
by overall cr.iteria ana 6Eent criteria. When determining
the nu eri~_-al values of the tolerances and fits, the basic
new feature is the equal quaiity in operation of bevel and
spur gears of the same grade of accuracy. This determines
the similarity of several quantities in the two types of
gears Eiu-h as the kinematic -arror of the gear, the accumu-
lated circular pitch error, the e~,-_entricity of the tooth
crown and t-he circular pitch errors. The tolerance for tooth
thickness, as in other gear types, is assumed larger than
the effect of eccentricity, besause the change in tooth
Card5/8 thickni3ss resulting from ec_ce~-_-ricity must not amount to more

SOV/122-58-7-2/31
mew Standards Spetifi--ation for the Aceixracy of Gear Transmissions
than part of the tolerance zone. Often, especially with
curved toeth,, the tangential clearance found in a master
assembly w~_11 be a more rtliable inspe,~tion method than
dire--t measurement of tooth thickness. The worm gear
standard, GOST 3675-56, equally came into force on
January d., 11959~ It eliminaTies several gap6 in the earlier
standard,, namely., the absence of high-pre-ision worm trans-
missionO, the failure to distinguish between kinematic and
power txansmissions, the abserLce cf standards for large
kinemat_-L.-, transmissicns, the absence of requirements covering
the o-rerall a-.curacy factors for the -worm wheel such as
the kinematic. and cjyclic errors and the absence of values
for the tangential clearanf:-~o- 12 grades of accuracy are
foreseen, of which those from the 3rd to the 9th are
speu-ified. On--e again, the 1st and 2nd grades are high-
pre--ision transm-Lssions, indJ'ridually made and grades above
the 9th are generally unmachined. In kinematic and dividing
t,?ansmiE;5-_'ons1, the deTiations of those elements are signifi-
cant wh' -eh determine the relative turning error of the pair.
Se,;cnd, since the relative position error, inevitably leads
Card,6/8 to lama of running smo6thness, whdch appears once in every

SOV/122-58-?-2/31
New Standards Spe;aification for the Ac3uracj of Gear Transmissions
worm revolution, the exaCt reproduction of the profile and
position of the worm in the worm-wheel cutting tool is
essential. The latter requirement can only be achieved by
an adjustment in the position of the worm. The standards
replace the specification of the relative positions of
worm and worm wheel by a specification of the contact spot
posit-;.on and of the kinematiG and cyclic error. For power
transnissions, assembly accuracies are given. Kinematic
transnissions have specified standards in the 3rd-6th grades
of accuracy; power transmission., in the 5th-9th grades.
In the 5th and 6th grades, kinematic and power trans-
missions have identical worm tolerances but the assembly
tolerances are stated only for the power transmission. To
provide a distinction, the abbreviation "reg" is added -to
the designation of a worm transmission, denoting adjustment
on assembly; thus, an adjustable transmission to the 5th
grade of accuracy wit-h D fit meshing is designated
"St. 5-reg. - D GOST 36?5-56". Power transmissions include
modules between 1 and 30 mm, worm-wheel pitch'circle
diameters -Ap to 2 000 mm and wo--ma with pitch circle
diameters up -11-o 400 mm and an arbitrary number of starts.
Card?/8 X_Jnemat_L~ transmissions extend to wom wheels of 5 000-MM

SOV/122-58-?-.2/31
.New Standards 4ecification fcr the Accuracy of Gear Transmiszions
d.iameter and moduli between 1 and 16 The accuracy
requirement,s are divided into tbose co-!ering worm wheels,
viormo, adjustable kinemat:"c transmissions, assembly of
ncr-.-ad.just -able power transmissicas and tangential
s 1 e azan,; e s. Overa-11 cri.teria and singi-e-element criteria
are irzladed. The kinemati~-; eT'ror tolerance in worm trans-
mi sions is coarser b3r 1 grade than the tolerance for spur
gears. Therefore, worm transmi8sions used for dividing
in gear-l-,utting maahines must be 1 grade finer than the
gearB ~;ut on the machine. Several considerations apply to
the erec~ification of the worm profile thickness accuracy,
since the tangential clearance cannot be adjusted by the
centre distance without distunbing the toothcontact. Tiae
spec-ifi7,atiori dependz on the -,ype of cutter used to machine
tb.e wcrm wheel. There are I figure and 3 Soviet references.
Card 8/8.

SOV/1 15-59-6-1/33
25(l), 28(1)
AUTHORSt Tayts, B. otkov, V.P.
TITLE% Instnunents for Checking the Kinematic Accurany of Asmemblies and
Machine Tools
PERIODICAL: Izmeritellnaya telchnika, 1959, Nr 6, pp 13-16 (Ussrt)
ABSTRACT: The anthors describe a number of devices d6vsloped in the USSR for
detennining the kinematic accuracy of mechanisms, especially
gears. A considerable amount of meclianisms mumt provide a precise
matching of the revolutions of the driving and tbe drivoyx shafts.
The mismatching must not exceed several angular seconds or mi-
crons, and, in some cases, even fractions of seconds or microns
are required. Consequently, it is necesnn-_-j to d-ovelop
devices wntrolling the accuracy of' individunl ine(Ainnical. links
(gears, Worm gearsT screws) and devices for controlling entire
link~trains and machine tools. Ifeaiurt-ment.4 of individual ele-
ments, gears, screws, etc. do not result in complote prezision
characteristics of the work of the give-,). pai-ts in a mechanism.
Individual errors of one part are intensified or eumpensated'by
Card l/.1 the errors of the other parts. Therefore, the most precise parts

SGV/.115-59-6-4/33
Instruments for Checking the Kinematic Accuraty of Assemblies and Machine Tools
must 'be checked under conditions drialogous to the actual opera-
tion. ThuE, the total error of a part may be established which it
would show when installed in the wochaniwn for which it was de-
signed. In the USSR2 a number of devices was designed for the hi-
nematic control of geari. The d_-vice MT-2 was proiaced for check-
ing the total error of gears with a small modulus (0.02-lmm).
This device is uf3ed for determining the total (,rror of a single-
profiRe gear link by a measuring slide. A s(:hematic diagram of
this device is shown in Pirr 1. For measuring under mass productiz)n
conditions, ilia total error of gears lifAving a medium modulus of
1-8, und a center distau.-,e oe 70-300 non, a simple: device was de-
veloped with a short and reliable kinemati~., train, as shown In
Fig 2. A self-recorder registers the total qrror of the gear to be
controlled. Tests of this device showed that its error with the
self-recorder amounts to 2-4 seconds at different ratios. For
measuring the total error of medium-moduius, opur gears, a univer-
sal device was created, as shown in Fig 3. The tendonvy of elimin-
ating the precision mea6uring gear led to the development of the
Card 2/3 control method without reference gears as suggested by N.N. hfarkov.
0

SOV/115-50-13-4/33
Instruments for Checking the Kinematic Accuracy of Assemblies and Machine Tools
This device consists of an involote meter and an angular pitch
meter. The combination of these meters produces error curves of
the right and left tooth profiles. The outer contour, obtained in
the recorder diagram, characterizes the single-proHle error curve
of the gear. D.A. Tayts suggented a device for controlling helical
gears of up to 300 mm diameter and a modulus of 1-8, as shomn in
Fig.4. L.A. Arkhangellskiy and G.I. Tkaelievskiy developed a spec-
ial device for controlling the watching of the rotary motion in
precision gear milling machines. A.Y. Levashev developed a device
for checking the matching of the rotation of two links of a kin-
ematic train which is used at a number of machine -tool plants.
This device is shown in Fig.15). V.P. Korotkov developed a method of
controlling matching and rotary motion in (rear and screw-4--utting
machine tools. This method is basod on optical colneidence and
comparision of the shifting of dial calibrations, belonging to the
driving and driven links of the kinematic trains to be checked.
Fig.6 shows the diagram of this device. The dial is shown in Fig.7.
Card 3/3 There are 7 diagrams.

DOBRYKIN, Tevgeniy Kikhaylovich; TATTS,_~,4., prof., doktor tekha.nauk,
retsentent; GOROMSKIT, Tu.G., JmsLd.tekhn.nauk$ retsezLzent;
TAUDDISKIT, A.Gg kendetekhm.nauk, red.; 71LISIM, M.S.,
red.isel-vo; TIUAVOT, A.U.. takhn.red.
[Instritments for automatic control of dimaitsions in the manufacture
of machinery] Pribory aytonatiobaskogo kontrolia rasseroy v wshi-
mostroonii. Hooky&, Goo.nauchno-takhn.isd-vo wehinost.roit.lit-ry,
1960. 302 P. (MIRA 13:7)
(Uschimery ind-ustry) (Automatic control)

,4
oq
If I
'4N
IFv
IL

DIEM, Ya.I.; JAGIN, L.I.; TAYTS, B.A., doktor tekhn.uauk, red.; RLIKM,
V*D# , bekhn.red.
(Manufacturing globold worm gears] osnov7 prioizvodetva cherviachn7kh
globoidnykh peredach. Kookya, Goo.nauchno-takhn. izd-vo mashino"
otroitellnoi lit-r7, 1960. 203 P. (Moscov, TSentrallnyi nauchbo-
issledovatellskli institut takhnologii i mashinostroaniia. [TrudV3,
v01.96).
(Gearing, Worm) (Gear cutting)

(,TAYTS, B.A., proj!.,doktor telchn.nauk
Basic principles for selecting the precision of measuring ins-
traments. V2aiM.1 takhoizmo v mashinostre;mezhvuzvsbor* no*2*.202-
222 160o (KIRA 13:8)
(Measuring instrwonte-Testing)

TAYTS, B.A., prof.., doktor tekhn-nauk
Analyzing iRrrore of various methods for machining gears# VzaiM.1
tekh.izm v mashinostr*; mzbmuz*sbor. no.2:223-242 160.
(NIFA 13:8)
(Gear cutting)

4S, .1~ -
PHASE I BOOK EXPLOITATION SOV/5762
Korotkov, Viadindr Petrovich, and Boris Arkadlyevich_yVts
Oanovy metrologii i toohnosti mekhanizmov priborov (Fundamentals
of Metrology and Accuracy of InstrQment Mechanisms) Moscow,
Mashgiz, 196:1. 400 p. Errata slip inserted. 12,000 copies
printed.
Ed. (Title page): B. A. Tayts, Professor, Doctor of Technical
Sciences; Reviewers: Z. M. Akoellrod, Candidate of Technical
Sciences,'Dooent, and A. I. Yakushev., Doctor of Technical Sci-
ehces, Professor; Ed. of Publishing House: I. I. Leanichenko;
Tech. Ed.: V. D. Elikind; Managing Ed. for Literature on Cold
Working of Pletals and Machine-Tool Making: V. V. Rzhavinskiy,
Engineer..
I
PURPOSE Thlis book is intended for students of instrument de-
sign in schools of higher technical education; it may also be
used by met:rologisto and designers engaged in the designing,
testing,.and adjuqtment of instruments.
Card 11-544,.,

Fundamentals of Metrology and (Cont.) SOV/5762
COVMUGE: Basic Information is presented concerning the theory
of linear,measurements and the accuracy of instrument mech-
anioms used in dimensional inspection. The book contains ex-
amples-for calculating the accuracy of mechanisms which take
into account errors in arrangement, manufacturing errors
caused by cleai ances, etc. The contents of the book corre-
spond to the loctures delivered by the authors at the Moskov-
skiy vecherniy mashinostroitelinyy institut (Moscow Might
Institute of Mechanical Engineering). No personalities are
mentioned. There are 121 references, all Soviet.
TABLE OP CONTENTS:
Foreword
FART 1, FUNDAMENTALS OF METROLOGY
(Docent V. r. Korotkov, Candidate of Technical Sciences)
3
Ch. 1. - Units of Measure for Physical Quantities 5
1. The concept of measurement 5
Card 2/11

TAM B.A., daktor tokhnonauki profs
Anmaysing,some mothods for testing spur gears. Vzaim.i tekhe
i=.v mashinostr.; mezhvtxzoobor. no.3:135-162 161.
(MIRA,108)
(Gearing,, Spur-Teating)

- - -
-TkYTSj BaA.- - I
Introducirg standarda for toleranceo in gears. Standartizataiia
25 no 50-7 Ry 161.-'
0 .0 (MM 14:5)
(Gepxing--Standards) (Tolerance (Engineering))

TAYTS B A - MARKOV, N.N.; KOLCHIN, N.I., zaal. deyatell nauki i tekhaiki
RSFSR, doktortekhn. nauk, prof., red.; KUTAY, A.K., kand. tekhn.
nauk, retoonzent; FIRUN, N.B., kand. tekhn. nauk, red.;
ONISHCHENKO, R.N., red. izd-va; BARDINA, A.A., tekhn. red.
[Precision standards and control of gear wheela]Normy tochnosti i
kontroll zubchatykh koles. Pod obshchei red. N.I.Kolchina. Mo-
skva, Mashgiz, 1962. 103 P. (Bibliotechka zuboreza, no.6)
(MIRA 16:2)
(Gearing-Standards)

BALAKSHIN, O.B., ka.-ad. takhn. nauk; BYKWVSKI7, M.L., prof., doktor
tekhn. na%ak; VOLODINi Ye. I.. kand. tekhn. nau14- -GRIGORI YEV,
I.A., kand. tekhn.nauk; DRAUDI"RYLENKO, A.T., inzb.,- IVOOV,,
A.G., kani. tekhn.nauk,- KOZIDV, H.P., kand. tekhn. nauk;
KOROTKOVO V.P., prof.; KOGHENOV, M.I., kand. tekhn.nauk; KUTAY,
A.K,, kand. tekhn. nauk; MAAOV N.N.,kand. tekhn. nauk; PALEY,
M.A., ingh.; RAYBMW, N.S., kand. tekhn.nauk; ROSTOVYKH, A.Ya.,
kand. tekn. nauk; RUNYANTSEV, A.V., kand. tekhn.nauk;.SARKIN,
I.G., prof.; SMIRNOV, A.S., inzh.; ..M.ALYTq 13 A., prof., doktor
tekhn. neuk; YAKUSHEV, A.I., prof., dokt-5?-TTM. nnuk)
NESTEROVI, V.D., inzh., nauchnyy red.; CHUDOV, V.A., inzh.,
.,dt~k~or tekhnjnauks prof., red.~
nauchnyy red.; GAVPJLOV,, A~N.
BLAGOSKU)NOVA, N.Yu., insh., rect. Izd-va; SOKOWVA, T.F.,
teldm. rod.
(Manufacture of instruments and means of automatic control: a
manual in five volum&s] Priborostroenie i sredetya avtomatiki;
spravochnik v piati tomakh. Moskva, Gos.naucIuno-tekhn.Izd-vo
mashinostroit. lit-ry. Vol.l.[Intarchangeability and engineer-
ing measurements) Vzaimozameniaemost' i tekhnichaskie izmere-
niia. 1963. 568 P. (MRA 16:8)
(Electronic measurements) (Automatic control)

Y.4WBNIKOV, S.N.; KOGAN, G.I.; KOZLOVSKIY, I.S.; KORZINKIN, V.I.;
MARKOVI N.H.; SMOYEGI]TO A.A.; TAYTS, B.A., prof., doktor
tekhn. nauk, red.; TROFJIMOVA tekhn. nauk,
y P
retsenzent; IVANOVA, N.A., red.izd-va; ELIKIND. V.D.,
tekhn. red.
[Manufacture of gear wheels] Proizvodstvo zubchatykh koles;
spravochmik. [By) S.N.Kalashnikov i dr. Moskva, Rashgiz
1963. 683 P. (MIRI 16-.12~
(Gearing)

ABADZHI, K.I.; BCYTSOVj A.H.; VOLOSEVICH, F.P.; GOBERM) P.N.;
KEMPRISKIY, M.M.; KUTAY, A.K.; VARINSKIY, F.I.; ODIXG,
G.A.; IAYTS B A.; RUBRIOV, A.D.; SHTYURMI G.A.;
BRZflEZTLIOA.L.L,-Y=.., kand. tekhn. nauk, retsenzent;
SHALAYEVSKIY, ON., red.; LEYKINA, T.L., red.izd-va;
SPERANSKAYA, ON., tekhn. red.
[Handbook on production control in the machinery industry]
Spravochnik po proizvodstvennomu kontroliu v mashinostro-
enii. Izd.2., perer. i dop. Moskva, Mashgiz 1964. 748 P.
WRA 17:3)

IVANOV, A.G.; doktor toklizi. nauk, prof.; VOLOSY)V,
I
S.,;.; KOROTKOV., V.P.; Yf--.I.; liCSTOVYKIIIY A.Y.;
P acktor tekhn. naw., prof.;
Kcclr-~!-Jov, r kand. tekhn, nauk
.9 retoenzent
[Measuring instruments used in the manufacture of ma-
chiner-
./I Izmeritellnye pribory v mashinootrconli.
skva, Mlaohinostrocnic, J-964. 52:3 p. (Vli~A 18:1)