SCIENTIFIC ABSTRACT SLOMSKA, J. - SLONIM, A.D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651330010-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

j(,I*elnL; Sjf)ti"oKA., Janina
swlr,(;F,l )
.L . ,, i-r. undiffererti-ated cancer
Palliative theraple-aut Vil procedur Ap-je 165.
of the bronchus. Nowot-,;ory 15 no.2:165-167
1. Z InstYtutu Onkologii w Gliwicach (Dyrektor: dr. med.
j. Swiecki).

BLOCH, Bronislawa; KANIA, Izabella; SLONSK. Czeslaw
Case of adrenogenital hyposalemic syndrome in a 3 week infant.
Pediat. polska 33 no-1:103-106 Jan 58;
1. Z I Kliniki Chorob Dzieciecych A.M. we Wroclawiu. lierownik:
prof. dr med. H. Hirszfeldowa I, z takladu MedycM Sadowej A.M.
we Wroclawiu. Kierownik: prof. dr med. B. Popielski;
(ADMOORNITAL SYN , blood in
hyposlaemia in ) week old Inf. (Pol))
(=CMOLYTES. in blood
defic. in adrenogenital synd. in 3 week old inf. (Pol))

31,04'-@;Kl Y -",*
Ef-f-,", -f C--Lll-@-yirig C-lerne-lits cr, the fitruct-.-? and -M@-chaaical
Fre-. -.-t:z nf cylind-e- linsrs prcauced in st@-el molds by centrifugal
!@1-1-1@e@f- c-70.ew 12, nt-.11: 3'@:! -22-@, N16'+.
I

KMSKI, Apolinary; SLOMSKI, Przemyslaw, Warszawa, Va7wolnicka 29 m.34
I'm I &I-MMOMNAM.
Two cases of encephalopathy caused by tetraethyl lead poisoning;
treatment with BAL. Neurologia etc. polska 5 no.1:89-100 An-Yeb 55#
1. Z 1. woJokowego szpitala okragowego.
(BRAIN. diseases
caused by tetraetbyl lead pois.. ther., dinercaprol)
(LEAD POISONING
tetrasthyl, causing encephalopathy, ther,, dlmercaprol)
(DIMCAPROL, ther. use
ancephalopatbV, caused by tetrastbyl lead pots.

SLOMSKI, Przemyslaw
Attempted therapy of myotania. dystrophical and of s7etenia
comgenita with ACTH and quinine. Neur. & c polsica 5 no.4:
419-430 July-Aug '55.
1. 0 Oddzialu Neurolegicsnego I Vejokowego SspIta1& Okregowe&
w Warssawis.
(MTOTONIA ATBOPHICA. hterapy,
ACTH & quinine)
(14TOTIDNIA CONGFJIITA. therapy,
ACTH & quinine)
(ACTH. therapeutic use,
s7otonla atrophic& & myotenica coqgen.)
(qJININE. therapeutic use.
myotonia atrophica. & myotonia coqgen.)

P 0 D
_No rologica
Prz@Tyslaw and jerzy, u
ia Neuroloaiczny) (Director, Dr. Felicjan
D;v 0 dz.
First District Military Hospital ( I bb j s k o ury
Szo-ital Okzrogoi--7) in
"Dif-forential D-Ja-.-nosis in Traction Injuries of Branchial
Ploxus.'!
Tygodnik Lekarski, Vol 18, No 16, 2 Sep 63,
I',- j
p P 1349 - 1 --, 5 2
@_@tract: [A-uth-ors' -'r----1-4sh su=ary] Authors describe tliree
cz@sos of traction injury of brachial plexus %O-th avulsion
of norve roots. Myelography --@@as carried out in all cases,
and tho hista-m-ino test (--fter 33riney) in two. Authors dis-
cuss the value of the various criteria in establishing the
-. to of the le--4on in such cases, with myelographic demon-
6 1 -
of the root avulsion bein-- the most valuable dia-
gnostic aid. 11 rol-e.-encos: one in German, all others
Wostarn.
1/1
POLAM
13LOM@5XI, -P-rr,&mysIa-v- ;Affillation not giver'
R,3)riew of' Foreign Periodicals.."
Warsaw, Polski 11 g-odnlk -Ie@karski, Vol. 17, fo 44. 29 Oct 61-
lbstract.; Ravlevr of selected artiol&z@ in die British ,indical
fournal, Na 5282 and In "he J.3urnal of the. Awarican MaOical
Association, NO 10.

ACC NR
AR7004105 SOURCE CODE: UR/0169/66/000/012/VO23/VO23
AUTHOR: Slomyanko, P. - - Slom ianko, P.
TITLE: Investigation of coastal sand dune migration
SOURCE: Ref. zh. Geofizika, Abs. 12V132
REF SOURCE: Sb. 2-y Mezhdunar. okeanogr. kongress, 1966, Tezisy dokL
M., Nauka, 1966, 351-352
TOPIC TAGS: sand dune, wind direction, sand test, migration
ABSTRACT: The Gdan'sk (Danzig) Marine Institute has been investigating the
migration of sand dunes along the Baltic coast. The following characteristics
are being studied: a) the predominant direction of the migration of sand dunes
along the coast, and its force and disposition in long range terms; b) direction,
power and structure of the individual migration of dunes arising during storms;
0 the intensity and direction of transverse migration of sand dunes. The
problems are investigated using a dual approach: 1) theoretical formulas are
used for statistical determination of dunes, based on wind and wave observations;
2) parallel investigations are carried out of sea swells, sea bottom changes,
C,rd 1 / 2 UDC: 551. 35

C) /yj y 1) @j
BARANOV, A.F., redaktor; RUDOT, E.F., redaktor; SOIDGUBOY, V.N., kandidat
tekhnicheakikh nauk, otvetstvennyy redaktor toma; ALBRGOT, N.A.,
kandidat teklinicheskikh nauk; VASILIYW, B.K., inthener; T-IMSHINSKIT,
S.V., kandidat tekbnicheakikh nauk; VIII10GRAWY, G.P., kandidat tekh-
nicbeekikh nauk; VIR)KUNOV, !4.V., professor, doktor tekhnichaskikh
nauk, GOIOVANDV, V.G.. kandidat tekbnIcbeskikh nauk; GOHDWW, A.S..
dotsent, kandidat tekt-Anichookikh uauk; GURSKIT,P.A., dotsent, kandidat
takhnichasklkh nauk; GUREVICH, A.N., kandidat takhaichookikh nauk;
DOMBROVSKIY, A.B., dotsent; "GORCBMO, V.F., professor, doktor tekh-
nicbeakikh nauk: IVANDY, V.N.. professor. doktor tekhnicheskikh nauk;
KARVATSKTT, B.L., professor, doktor tPkhnichaskikh nauk; KORDLIT,K.P.
professor, doktor tev-bnicbssklkb nauk; MUCHKIN, I.N.. kandidat takh-
nicheakikh nauk;POPOV, G.T.,inzhaner; PROSKURNST, P.G. inshener-.SAJDN-
TSEV, K.A., izhener: SENTCHASTNDY, I.F.dotment. Imndidat tekhnichaskikh
nauk; SLOWANSKY A , dotsent, kandidat tekhnicheakikh nauk; STWANDT,
A.D., -d-oVeen@, - aigeidat tekhnicheakikh nauk; SYROWATHIKOV, S.P., akade-
mik[docessed]; TMiOVSKIY,V.A.,dotsent; kandidat takhnichaskikh anuk;
TRUBFITSKOT, V.A., kandidat tekhnicheaklkh muk. KHOKHWT, N.Y., kantli-
dat tekhnicheakikh nauk; SHAROKIN, V.S., kandidat tekhnichaskikh um ;
SHLYKOV, Yu.P..dotseut, kandidat tekhnicheakikb nauk; TNMSHMMO, A.M.
kandidat tekhnicheskikh nauk, retsenzent; rVANOV, V.11.,professor, doktor
tokhnichoskikh nauk. retsenzent; PANOV, N.I., dotnent, kandidat tekhni-
cheskikh nauk, retsenzent; SLOMTANSKIT, A.Y., dotsent, kandidat telchni-
cheskikb nauk. retsenzent; UTTANSKIY, L.I., inzhener, retsenzent;
IETTKSA, V.M., professor, doktor tekhnicheskikh nauk, retS@n2ent;
(Continaed on next card)

BAR:,0M, R.F., -- (Continued) Card 2.
TOPORNTN, G.S., inzhener, retsenzant; DOMBROVSKIY, A.B., dotsant;
retsenzent; POYD0, A.!.., kandidat telchnichaskikh nauk, retsenzent;
YAKOBSON, P.Ye., laureat Stalinskoy premii; dotsent; kandidat
takhnicheskikh nauk, ratsenzent; POPOV. A.A., professor, doktor
tekhnicheskikh nauk, retsenzent; PROSKURNEV, P.G., inzhener, retson-
zent; SAFONTSW, K.A. , inzhmner, retsenzent; SM?AFIMOVICH, V.S.,
kandidat tekhnichcskikh nauk; retsenzent; TRAVIN, P.I., inzhennr.
retsenzent; FOKIN, K.F., Icandidat tt-khnichaskil-ch nauk, retsenzent;
SHCHEMAKOV, V.P., inzhener,@retsenzent; SHADUR, L.A., dotsent;
kandidat t,@khnichnskikh nauk,rmtsenzent; TIKHOPOV, P.S., inzhener
r@-tst-nzent; TKACHENKO, F.D., inzhener; retsenzent; BABICIEOV, A.M.
professor, doktor tekhnicheskikb nauk, retsenzent; KOROSTYLSV, A.I.
inzhenmr, retsenzent; LEVITSKIY, V.S., dotsmnt; kandidat tekhni-
cheskikb nauk, rntse-nzent; KTLYKOV, A.F., inzhener, retsenzent;
SOLOGUROV, V.N. redaktor; SHISHKIN, K.A., re-daktor; SLOMTAIISKIY, A.V.
rmdaktor; SA-Lv--',U',O, S.V., redaktor; YUDZON, D.M. takhnicheskiy redaktor.
ETecbnical rmference book for railroad men] Tekbnicbeskii spravocbnik
zhelmznodorozhnika. Rediktsionnaia kollegiia: A. F. Baranov, i dr.
Glav.redal--tor. E. F. Rudoi. Moskva, Gos.transp.zhol-dor.izd-vo.
Vni. 6 [Rolling stock] Podvizhnoi sostav. 1952. 955 P. (IILRA 8:9)
(Railroads--Rolling-stock)

A.
all
BLIZNYANSKiY, A.S., inzhener, redaktar; 11 V.IlkandLdat tekhai-
cheskikh nauk, retsenzent; VICUL'. B. .0 66 @=n*Kiy red.!,ktor
LProblems in the construction, calculation and testiq& of locomotives;
a collection of articles. Results of cooperation between the I-1.
Lenin Polytechnical Institute in Kharkov and the Kharkov Tranq)3rta-
tion Machinery Manufacturing Plant) Vogrony konstruirovaniia, raschets
i ispytaniia teplovozov; sboraik. Itogi sodruzhestva Khar'kOVAogo
politekhnicheskogo Inatituta Imeni V-I.Lentna I Rnarlkovsko@-,o soiuzno-
go ordens Lenina. ordena Trudovogo Krasnogo znameni i ordena fl.-rasaoi
zvezd,y zavoda transportnogo mashinostroeniia. MoskvB. 4on. u-uchno-
teklaa..Izd-vo mashinostroit. lit-ry. Voi.2. 1957. 109 p. 10:10)
1. Russia (1923- U.S.S.R.) Hinisterstvo vyashego obrazovaniya.
(Locomotives)

SIOHYANSKIY, A.V.. kandidat tokhnicheskikh nauk.
FrospectNe types of diesel locomotives for main lines. 7est.
TSNII MK no-2:3-11 Mr '57. (MLRA 10:4)
(Diesel locomotives)

i r
1L

PRONTARSKIY, A.F., kand.tekhn.nauk; SLORYANSKIY, A.Y.. kand.tekhn.nauk,
doteent-, FMYANSKIY, N.A,, doktor prof.
Development of scientific investigations in the field of locomotive
traction and r4ilroad electrification. Vest.TSKII MPS 16 no.6:3-14
S '57. (MIRA 10:10)
(Locomotives) (Railroads--Electrification)

SLONIfAIISKIY, A.V,, kand.tokbn.nauk
Now types of rialn-line electric and diesel locomotives used on
railroads in the U.S.S.R. Vest.TSHII MPS 18 no.2:6-12
159. 04IRA 12:6)
(Electric locomotives)
(Diesel locomotives)

SW@ffANSKIY, A.V., kand.tekhn.nauk-; SURZHIN, S.H., inzh., red.; BOBROVA,
- -- --T6-.IV.---t-eIam.red.
[Selection of t7pes of main-line locomotives] Vybor tipov
magistrallnykh lokomotivov. Moskva, Voss. izs-vo-j3o3-tgr.obOedin9ni6
m-vw ptitei soob., 1960. 163 P- (Moscov. VeegoiuzOi nauchno-iseledo-
vatellskii institut zheleznodorozhnogo transporta. Trudy, no.M).
(MIRA 13:11)
(Locomotives)

KOROLEV, K.P.-, doktor tekhn.nauk; @LOMYANSKIY, A.V., doktor tekhn.na-ak
Requirements for the new kdgh-speed locomotives. Zhel.-dontranisp. 45
no.1203-39 D 163. (MIRA 17:2)
x

SIMYANSKIY, G.A.
22936 NModu i amlieu uravneniy dvizheniyit simmetrikhnogo giroakopa.
Trudy mosk. Aviats. Tekbnol. In@ta, Vyp. 6l 1949, S. 85-95
SO: LETOPISI NO. 31t 1949

SWRYANSKIY. GA-
----------
Note on Greinacher's article. Izv. AN SSSR Otd.takh-unuk no.11:154-
156 N 154' (MIRA 8:4)
(G;roscope) (Grainacher. H.)

Ub-SR1IEngineering - Instrumentation FD-3031
Card 1/1 Pub. 41-15/15
Author : Slomyanskiy, G. A., Moscow
Title : On the precession of a rapidly rotating gyroscope on Cardan joints
Periodical : Izv. AN SSSR, Otd. Tekh. Nauk 9, 175-176, Sep 55
Abstract : Formulates a rule for precession applicable to a rapidly rotating
gyroscope on Cardan joints the frames of which may be situated at
any angle to each other. Formulae, diagrams. One USSR reference.
Institution:,
Submitted : June 17, 1955

S LO'7 1E K rl
"Shortened Equations of Motion of a Rapidly Rotating Gyroscope
in a Cardan Suspension and the Effect of the Static Disbalance
of the Gyromotor on Gyroscope Behavior," by Candidate of Techni-
cal Sciences G. A. Slomyanskiy, Sovremennyye Voprosy Tekhnologii
Sborki v Pri@orostrovenii kContemporary Questions of Assembly
Technology in Instrument Building), No 27, Moscow Aviation Tech-
nological Institute, Oborongiz, Moscow, 1956, PP 57-71
Studies the two most common cases of the positioning of a symmetrical@.
@7
.gyroscope in a Cardan suspension (with the axes of the external gyro frame.'-,
in vertical and horizontal positions). Fresents shortened equations of mol';
,tion of rapidly rotating gyroscopes, cites the law of the precession of all
rapdily rotating gyroscope and integrates the shortened equations for the
motion of such gyroscopes. The effect of the static disbalance of the gyro-
motor on gyro action is investigated.
SIR,% 1287

Po
PHASE I BOOK EXPLOITATION 398
Moscow. Aviatsionnyy tekhnologicheskly institut
Nekotoryye voprosy sovremennoy tekhaologii priborostroyeniya (Sow Problem In the
Modern Technology of Instrument Making) NDscov.. Oborongiz, 1957. 126 p.
(Its: Trudy, v7p. 33) 3,700 copies printed.
Ed. (title page): Polyakov, N. I., Professor; Bd. (Inside book): Nanuylov, L. I.;
Ed. of Publishing House: Loseva, G. F.; Tech. Ed.: Rozhin, V. P.;
Managing Ed. (Oborongiz): Latynin, Ye. V., Engineer.
PURPOSE: This book is intended for engineers working in the Instrumentation
industry and students specializing In this field.
COVERAGE: This is a collection of articles dealing with the tbooretical. and
practical problems encountered in the instrument manufacturing industry. It
covers the principal scientific research work done In the Department of
Technology of Aircraft Instrument Yanufacturing de&3'n with the devel%poent
of modern processes of instrument manufacture. Special emphasis is placed on
problems connected with increasing instrument precision and capacity and an
the automation and mechanization of the Instrument manufacturing industry. For
the bstract of each article see Table of Contents.
Card 1/9

Some Problems in the Modern Technology (Cont.) 398
TABU OF
CONTERS:
Introduction 3
SICEYanski G A" Candidate of Technical Sciences.Deflection of Elastic
M-Reb-to N-Werature Changes
4
This article deals with deflection of sensitive elastic ambers of various
:.-.instruments and automatic controls caused by changes of temperature. The
author states that when Instruments are used under conditions where there
is considerable temperature fluctuation in the area, surrounding sensitive
members., these members deflect without any change In the measured value, and
as a result introduce error in the instrdwnt reading. Th order to determine
these errors it Is necessar- to 1mv the "tbeima def2zctdbzF if elastic members which
depends not only on temperature but also on the force-deflection dI 0
According to the author this relationship is different for each lidly1du02 member
of the saw design and therefore will have a different mtkiermal deflectIou." Zn
this article the author develops a method for deter-InIn the mthermal defUetlonn
based on an actual force-deflection diagram plotted for a determined temperature.
Derived equations are given and their application to specific proble& Is
Illustrated. There are no references*
Card 2/8

11
Probleris in the Modern Tbohnology (Cont.
598
Polyakoy, N. I., Professor, and Jgo6hin, F. F. Application of Ultrasonics in
Instrument Manufacture 22
The purpose of this article is to acquaint the reader with applicattions of
ultrasonics in instrument manufacture, and to present a general review of this
subject. Basic properties of ultrasonic waves, their generation and propagation
exe discussed. The article contains illustrations and descriptions of various
types of ultrasonic flaw detectors and describes their practical application.
The authors state that further development in the field of ultrasonics and its
ir-Austrial application will be along the follaving lines: 1) study of ultra-
oonia phenomena 2) search for new fields of application 3) development of new
inexpensive and simple methods for producting ultrasonic waves. There are 12
references of which 5 are Soviet., 1 German, 3 English, 2 French and 1 Swiss.
Prysclilov, Yu. M., Candidate of Technical Sciences, Bridge WLth a DLodee for
Voltage Stabilizers 39
The. author claim .9 that a.c. voltage stabilizers., having a bridge with a
d-tode are the most economical of paver consmWtion by control systems. By
Card 3/8

Some. Problems in "he Modern Technology (Cont.)
3 SO
means of an experimental and theoretical investigation of a diode, the basic
relations for a bridge with that tube are found. These data can be used for
computation of a.c. -roltage stabilizers. The author reports that technical
specifications for an industrial model of UAs 4iode were set aud that at the
present time (19W) one of the electronic equipment plants released a trial
series of these tubes. There are 7 references of which 5 are Soviet,
2 English.
Korablev, P. A., Candidate of Technical Sciences. Simmation Methods for Error
Scatc-ex in Dimensions and Shape @7
ThIs axticle analyzes accuracy of shape and accuracy of dimensions of
machined parts. The author develops a method for adding up inaccuracies of
shape and inaccuracies of dimensions and gives useful tables which make It
ppssi,ble to determine the spread of overall ey@or=for the given relation
65 Id. (where 3_, = inaccuracy in shape, and Inaccuracy in dimensions).
There-are no references.
4@9--d 4/ 8

6,@itr.t@L Problems in the Molarm Teechnolog3 (Cont.)
398
Mkolayev, Ye. N., Senior Instructor, and Chumakov, V. P., Candidate of
Technical Sciences, Docent. Mechanized Winding of Small Rotors 74
In this article the authors discuss the development of new machine tools and
techniques for winding sma32-sized rotors of electric motors widely used in
airn,raft instrumentation and automatic controls. The authors have developed
a preliminary design and technical specifications for the constructijn of a
machine tool for winding gmell 1 -sized rotorsi, on the basis of which the
Scientific Research Institute of Technology and Production Management in the
Aircraft Industry has worked out the details and built a model of this machine.
Me model has been tested and successfully used in one of the plants of the
Wadstry of the Aircraft Industry. Schematic diagraim and detailed discussion
of this machine tool is presented. The authors state that the new machine tool
stimplifies and facilitates the time-consuming manual winding operation.
There are 3 Soviet references.
Claxd 5/ 8

Same Problems in the Modern Technology (Cont.) 398
Grigorlyev, B. V., Candidate of Technical Sciences. Some Problems of Diaphrqgn
Corrugation 84
In this article -the author discussed problems connected with pressure and
forces developed during the process of forming corrugated diaphragm. No
references am given.
Kapanevich, Ye. G., Candidate of Technical Sciences. Automation of Drilling
Operations in Instniment Manufacture 97
T
h this article the author discusses autanatlon of drillIng operations and
3-uggests the following two ways In which It may be accomplished: 1) building
a universal dzIlling n hine with quick resetting for new drilUng specifications
and 2) developing and introducing special devices for performing automatic
drilling operations on ordinary driUing machines. 7he tvo methods suggested
are discussed in detail. The article contains schematic diagrams of automatic
drilling machines. No references are given.
card 6/ 8
-4

Scme Problems in the Modern Technology (Cont.) 398
FeferY A. I., Engineer, and Parfenov, 0. D... Roidneer. Wchpnized Compufftion
of Automatic lathe Setups U
The author discusses a newly developed device for checking the accuracy of
setting-up automatic lathes. The principle of operation and exanples of
practical application of this device am presented. There arP 4 Soviet rife, n es.
Fbdimov, Ye. M., Engineer. On the Moment of Resistance to Rotation in Radial
Ba.U Baarings of an Instrument ic
This article deals with the analysis of relationships between the friction
moment of bal.1 bearings and the angular displacement of the revolving bearing
ring. The author states that this problem has not been thoroughly investigated
in the literature. He concludes that the friction moment in the radial ball bearJ
varies with angular displacement of the revolving ring, and that the radial
Card 7/8

Some Problems In the Modern Technology (Cont.) 398
clearance causes its excentric motion. This motion produces an additional
moment of resistance to rotation and causes vibrations of bearings at high
speeds which cannot I)e eliminated by balancing, thus introducing errors in
the Instrument. There is one Soviet reference.
AVAILABLE: Library of C=6.@@--s
GO/bmd
18 Aug 1958
card 8/8

SLOMYANSKIY, G.A., kandidat tekhnIcheskIkn do tsent.
Effect of temperature on the fle,(urp of Parts. Trudy
MATI no.33:5-21 157. (Milu. 10: 10)
(Flexure)

PHASE I BOOK EXPLOITATION 912
,�@@lomyanskkiy Grii ori Aleksandrovich
V c @Ale@kBand@rovic@nand Pryadilov, Yuriy Nikolaye
V c
Poplavkovyye iroskopy I ikh primenenlye (Floati-.g Gyros and Their
Application@ Moscow, Oborongiz, 1958. 243 p. 4,ooo co-dies
printed.
Reviewer: Fridlender, G.O., Doctor of Teqhnical Sciences, Professor;
Ed.: Yanovskiy, I.L, Engineer; Ed. of Publishing House: Petrova,
I.A.; Tech. Ed.: Pukhlikova, N.A.; Managing Ed.: Sokolov, A@I-,
Engineer.
PURPOSE: This book is intended for engineers working In the field
of gyro-instrument manufacture, and may also be uselal to students
specializing In this field.
COVERAGE: The authors outline briefly the basic properties of gyros,
and their application for the determination of the position of any
Card 1/7

Floating Gyros and Their Application 912
object (aircraft, guided missile, etc.) in relation to some system
of coordinates, either fixed or turning in a specified manner in
space. They examine the application and possible uses of
differentiating and integrating gyros, The authors consider in
detail the design, the theory and the methods of testing floating
differentiating and integrating gyros, and some problems of their
application. They give actual data on American floating gyros, And
a brief outline of physical bases of inertial navigating systems.
Chapter VI is an abridged and revised translation of an article
published in Aviation Week. The authors thank V.G.Denisov and
G.T.A-Ptavin for help in the collection of bibliography. There are
39 references, of which 16 are Soviet (including 1 translation) and
23 English.
TABLE OF CONTENTS:
Preface
3
Card 2/7

Floating Gyros and Their Application 912
Ch. I. Brief Information on the Properties and on Some
Ap plications of Gyros 5
1. Brief information on gyros with two degrees of freedom 5
2. Brief information on gyros with three degrees of
freedom 7
3. Some cases of the application of gyros with three degrees
of freedom 15
4. Stablizied platform 32
5. Differentiating gyro 35
6. Integrating gyro 40
T. Space integrator of angular velocity and applI cation
of the integrating gyro for geometrical stabil ization 44
Ch. II. Design and Basic Parameters of Floating Gyros 56
1. Integrating gyros 59
2. Differentiating gyros 87
3. Floating gyro with three degrees of freedom 96
Card 3/@

Ploating Gyros and Their Application 912
Ch. III. Theory of Floating Integrating Gyros 99
1. Differential equation of the motion of a floating gyro 100
2. Equation of a floating integrating gyro 110
3. Transmitting function and frequency characteristic of
a floating integrating gyro 115
4. Values of nondimensional ratios 117
5. Stationary regime of operation of an integrating floating
gyro 120
6. Operation of a floating integrating gyro jointly with a
tracking drive 126
Ch. IV. Theory of a Floating Differential Gyro 136
1. Differential equation of the motion of a floating
differentiating gyro with a torsional rod 136
2. Equation of a floating differentiating gyro with a
torsional rod 140
3. Transmitting function and frequency characteristic of a
floating differentiating gyro with a torsional rod 142
Card 4/ 7

Floating Gyros and Their Application 912
4. Established regime of operation of a floating
differentiating gyro with a torsional rod 143
5. Equation of a floating differentiating gyro with feedback 150
6. Transmitting functions and frequency characteristics of
floating differentiating gyros with feedback 157
7. Established conditions of operation of floating differ-
entiating gyro with feedback 159
8. Comparison of two types of floating differentiating
gyros 167
Ch. V. Testing Floating Gyros 174
1. General information on static tests 175
2. Static tests of differentiating gyros 176
3. Static tests of integrating gyros in the regime of
spatial integration 188
4. Static testing of integrating gyros in conditions of
geometric stabilization 194
Card 5/7

Floating Gyros and Their Application 912
Testing differentiating gyros for drift 199
Testing integrating gyros for drift 200
7. Dynamic testing 2o4
Testing integrating gyros 204
Testing differentiating gyros 207
Ch. VI. Inertial System of Navigation 213
1. General information 213
2. Principle of operation of the inertial system of
n,-!tp-ation 2 Il 6
3. !'-,. ,01ci-ii-@ - I ' . practical realization of inertial
ravij,2 t i on system 217
4. Use of principle of pendulum with oscillation period of
84.4 min. in inertial navigation systems 226
5. Effect of Coriolis acceleration and of nonspherical
shape of the Earth on operation of inertial navigation
system 228
Card 6/7

Floating Gyros and Their Application 912
6. Combination of inertial navigation systems with other
systems of navigation 229
7. Some elements of inertial navigation systems 232
Bibliography on general and applied theories ol gyroscopes,
and on'a'ircraft gyro-instruments 2.41
Bibliography
AVAILABLE: Library of Congress
IS/k9v
12-5,-'58
241
Card 7/7

AUTH-iORS: 1;layorov, S. A. and
TITLE: On the gyroscopic
ball bearings. (0
sharikov v sharikopodshipnikalth).
24 "-'_)/2 3
Slo@m sl:iy7 G. A.
effect and rotation of the balls in
giroskopichesko-m. effekte i verchenii
PERIODICAL: Izvestiya Akademii Nauk SSSR Otdeleniye Tekhnicheskikh
Nauk No.2 (US'R).
1 19581 , PP-58-63 S
ABSTRACT: In previous x-iork, Imo,.m to the author, the slidinG of
balls in a ball bearing caused by gyroscopic forces has
been considered only in thrust bearings. In the present
paper an angular contact ball bearing is the subject of
analysis when high speed causes appreciable centrifugal
forces on the balls and the outer race is stationary. On
the assiLmption that the angular velocity of the ball forms
a small a-ugle with the line joining the contact points
between the ball and the inner and ou'u-m- i@aces, because
of geometry considerations considered in -,.ne paper, the
angular velocity of ball spinning about its -vn axis and
of cage rotation are derived, Eqs.(11), (10) Mhe
gyroscopic moment is found and the minimum bLri,_@_; loadl
below which sliding begins, is obtained. These 'ormulae
coincide xith the thrust bearinr, expression founc. ',y
Card 1/2 Paagren. The limiting values of bearimS load beyol-- which

On the :,yroscopic effect and rotation of balls in ball bea:-riD-Zs.
slidin:r under the action of j@yroscopic forces beco:@-,es
0
destructive are found 2n the basis of a specific ball
loadin-, of 0.008 IcE/m In an exal@iple of an iris trtuient
bearin!,- c' 1.588 m:i bore - 1-iii- at
'_j ' 1 6.603 min o.d. o-,)er,@;b .,
24 000 r.n.m. the apex half-aR@@-le of the cone tan-ential
to the outer race track is 12 and -!onditions -to
ensure that -, osco-pic forces are "riar--:11ess are fulfilledi
U11 r
thou.,h only vrith a sidall :,mr-in. In another bearin of
3.175 bore -nnd 10.055 am, o.d. 2_,,,)'Ua-%,in,-_.J at 30 000 r-P-La.,
the -yroscopic slidi@ri-- of the balls has a de3t-_ructive
U LD
effect. The spinninG of the balls about the a@@,-Ls -passinE;
throuisil, the two contact points is cwisider-_-,d. Thiss cara,
also lead to -,.,-,ear.
There are 3 fiL@ures and 2 Russian references.
SUMAITTED: Aue;ust "00, 1957.
AVAILABLE: Library oft Congress.
Card 2/2

P
C-I
ij.-58-3-27/38
A UT H 0 R - "D 1! Pay a n s k, J_ yG , AG S0 T,
TITIE.- Buoyancy of BodJes Subumerged in a Liquid which is in a
Rito-latiAfely Quiet State (Plav-uchest:@ tel, pogruzhennyk!i v
zhidkos@,') nakhodyash@@huyusya v otnosirel@nom pokoye)
PERIODICAL:: Izveot-iya Akademii INau.1k: SOSSR, Gtdeleniye Teklinicheskikh
@'-)58, Nr 3, PP 1.52-153 (U'-SfZ)
ABSTRACT-- Cn basis of theoretical analysis it is shomi that a
body submerged in a liquid which is relatively quiet con-
serves the same bnoyancy as if it were located in a stat-ic
rese2-;-cir, Howevr-r. in the case of the fluid being relative-
I.y quiet; the bu.,@,yancy. axis cf the body will be direct-ed
aloL,- -,--he real -and not, along the. llv--;T-,'ualj_" verti:@al.
There is 1. figur@@ and no -.,efer_ences,,
SUBj-'ITTED-,- '1111c@vember Z_', 19C@
Card 1/1 1.

AUTHOR; Slornyansk i - - G-,,-- A. (Mo s c o w) SOV/179-59-3-42/45
-.-T.- L- -Y --
TITLE-. On Investigating the Permissible Variations in Rotation of
a Turntable when Testing the Drift of a Floating Integrating
Gyroscope (Ob otsenke dopustimoy neravnomernosti
vrashcheniya povorotnogo stola dlya ispytaniya poplavkovykh
inte,griruyushchikh giroslcopov na dreyf)
PERIODICAL: Izvestiya Akaderiii nauk SSSR, Otdeleniye tekhnicheskikh
nauk, Mekhanika i mashinostroyeniye, 1959, Nr 3,
pp 211-212 (USSR)
ABSTRACT: The drift teszing, which consists of determining its
angular velocity W , is performed by means of a special
rotating table as s9own in the figure.' Due to the
moment M and to the angular velocity w 29 the electric
current is being excited having the tension - U- at the
output of an angle gauge 5, which after being amplified
by the amplifier 6 causes the shaft 2 to adjust its
posit-ion. Thus, the platform 3 starts rotating with an
angular velocity w , Hourever, if the Platform 3
Card 1/2 develops irregular ?otations due to a certain additional
tension U + = const, then a drift with an error g develops.

SOV/179-59-3-42/45
On Investigating the Permissible Variations in Rotation of
a Turntable when Testing the Drift of a Floating Integrating
Gyroscope
if w@,@ -'2 (K 2 = const) is the relative value of a
speci c angufar velocity of the platform and
6= (W - j)/w4 is its relative error, i.e. variations
in rot'@tio'no of ihe platform, then Eq (1) can be derived.
Thus, in the case of 6 = 6 ax sin Vt, the equation of
gyroscope can be shown as Wq (2), where H - kinetic
moment, K - specific damping moment, K - characteristic
of the anile gauge. From Eqs (1) and (2 the formula
(3) can be derived frow which the value of o 3 for 6max
can be determined as Eq (4). The value of 6
.max
(Eq (5)) can be determined from the expression for
error e. As an example, for w 2max = 150/hour and
W1 = 0.010/hour, and 4r