SCIENTIFIC ABSTRACT ELYASBERG, M.YE. - ELYUKIM, S.B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000412110002-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 27, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

WTASMG, K.Te.; TEXHOUT& NoTeel WBAMIffs LB9
"Alectric Industrial equirmato by A.S. Sa=ner. Reviewed by
mi. x1liasberg, Nolo VerkhOlAtp I.B. Pubasbkin. - - 7,1ek-
trichestvO no.8s93-96 Ag 160* (MIRA 13:8)
(Machine tools)
(S&ndlor,,,A,S.)

S/121/62/000/010/001/f)05
Db40/Dll2
AUTHOR: Ellyasberg, M.Ye.
TITLE: The fundamentals if a theory of self-excited chatter tn metal-
cutting,
PZRIODICAL: Stanki i'instrumont', no. 10, 1962, 3-6
.TEXT: This article, which is to be continued, deals with a new
...theory explaining the self-excited chatter 16 metal cuttin (ti.ye . Ellyas-
beig, "Izveztiya AN SSSR' ONTI11f no@ 91 1958; M.Ye. Ellyasberg, "Stanki i
instrument", no. 3, 19MP based on the discovery that the cutting force P
and the friction force A on the cutter face (Fig.l-) are "delayed" forces,
i.e. forces coming into-,effect with a delay. The artidle contains more ac-
curate data on the cons4nto'characterizing-this delay in cutting different
steels with different speeds and feeds. This data, gathered since publica-
tidl% of the author's earlier work, will make it possible to calculate vibra-
tim-free machine tools more accurately. The chip formation process is
ana"l-ped, and illustrated by graphs and high-speed photographs. Empirical
reafarch"data are given for low-carbon and high-carbon steel grades 25 and
50, The data are accompanied by graphs. There are 10 figures.

3/.121/62/OW/012/001/002
D040/D112
AUTHOR:
TITLE: The fundamentals of the self-excited chatter theory
PEIUODICAL: Stanki i instrument, no. 11, 1962, 3-6
TEXT: This is the end of an article which started in "Stanki i instrutuent".
no. 10, 1962~ itud deals with a nev theory of self-excited chatter in metal-
cutting machine tools. This theory is based on the discovery of the lagging
effect of.the cutting and friction forces,.and helps to calculate vibratioji-
free machine tools more accurately. Linear equations:are derived for calculating
systems with two degrees of freedom, and general recommendations are made for
sijaplifying the'calculation of-complex systems.for'vibration-free operation,
with the use of electronic simulation. There are 4 figures.
Card 1/1

KRYSANOV, V.I., inzh.; FUKS, A.I., inzh.;-LL-'RS~9',-.M Ye.. , lnzh.
.Technical and economic analysis of the dimensional spacing of
machine tools. Vest, mashinostr. 45 n0.5%70-75 My 165.
(MIRA 18:6)

Determining the density of the upper atmosphere by means of
aecular changes in the elements of orbits of the first two
artificial earth satellites. Isk.sput.Zem. no.1:21-24 '58-
(MIRA 12:2)
(Artificial satellites)
(Atmosphere, Upper-4ockst observations)

FL
Jig
Jq
J.A
.q Eli
I HIS
Hf ;m
a A

A-S
Ai
13
Its
11 . I i

ILITASMMG, P.Ye.
Relationship between Geoular changes in orbit elements and the
air resistance. Isk. sputs sem. A0,3:54-60 159. (MRA 12:12)
1(Artificial satellites)

PqU X BM zamorfmal SM/4281
'AbAamiyi natti OSOR
Iskusstvanum sputniki smalls, vyp4b k (Artificial Earth Sateilitssft'NO~- 4)
Moscow" 1960. W5 P. Err&U* sUp Insertede 6.9560 coges pr1utede
Resp. Ed**. L.V. ftrnosova; Ndo of Publishing House: X.I. Fradkin; Tech. I&-.
T.P. Polenova.
PUM"M: This collection of articles Is intended to disseminate data conected
In investigations perfozzed by mans of artificial earth satellites.
COMM: ' The conecUou consists of 15 articles dealing with se4ditific data -an
Soviet artificial earth NaUlUtes (ASS) azA cosmic rodwts. Th6 toges dis-
emsed include wasuzements of the density of the upper atmosphere, motion of
ASS.. measurements of micrameteorites and mteoric matter,, magnstametric measure-
ment$ of coaxic rep, electriftl potential,, and spectrum of positive Ions. The
collection is part of a series published regularly. References follm each
article
Card 116

A.rtificial Earth Satellites,, No. 4 SOV/4xi
ZOO Cr C
Kislik., M*D* Motion of an Artificial Satellite in the Nomma Gravitational Field
of the Earth
The stpdy of the notion of the ABB Is made vithout taking the resistance of
air into account. The results -obtained can be wed for the calculation of
orbits of high flying matellites and also for the qulltatiTe analysis of the
influence of the contraction of the oarth-ca *;he action of satellites.
Eltmm7nm,~-, and V.D. rastrebare Detexu1natlan of the Density of the
Upper Atimphers According to the Results of Flight Obserntions of the Third
Soviet AES 18
Xolegor,, O&A. Variations of the Uber Atmm*ere Density According to Data
of the Changng Period of Revolutions of AES 31
Results of the pmessing of experisental data bbtained by the dbaerva-
tions of the Ooviet ASS and sme interpretations of these results are
giTend.
Tatsvmkiy.p IJ(e DetermInatIon of the Candlilons of 111-mi on and the Tim
Intermls in Which the Satellite Romains in Sunlight and in Shadow 35

ArLificial Earta Satellites,, No. 4 sov/428i
The article. discusses we of the possible methods of determining the conditions
of illumina, ion of satellites* The relotive motion of the first, second,, and
third Soviet AES to the earth Is briefly analyzed.
Eneyev, T.M., A.K. Platonov, and R.K. Kazakova. Determining Orbital Parameters
of AES According to Ground Measurements 43
An'abbreviated method of,orbital pa=eter determination and forecasting
of satellite motions is given. The wathod, is based on date from the
processing of optical and radiotechnAcal observations.
Tarstynove, G.P*6 Methods of Nmerical So.Lution of Equations in Finite Differ-
ences and Their Application to the Calculation of AM Orbits 56
The finite difference method is applied in the calculation of certain
problems of celestial mechanics in the solution of systems of nonlinear
differential equations d6termining the motion of ARS in larger time
intervals.
Lurlye, A.I. Equation of Disturbed Motion in Kepler's Problem 82
Carl 3116

Artifical, Earth Satellites., No* 4 w/4261
Stanyukavich, K.P3 Elements of the Shock Theory of Solid Bodies at High
(CO-wic.) Velocities 86
The sathor discusses the problems of shocks or meteorites at high
(ecamic) velwity agalust, the surface of a planet. This prciblem is
related to the study.of shocks of miarcmeteorites against. the surface
of AES
Mirtov, BeAs Meteoric Matter and Same Problem of Geophysics of the Upper
Atmwpheric Layers
The author attemptB to conn et phenmena occurring in the upper
almosphareLVith the presence there of particles of meteoric origin
txsveling at high velocities.
Dolainov, S.Sh.., L.N. ZftuzgCW.. and V.Ao Selyutin. Magnetcmetric Equipment
of the Third Soviet AES 135
The vorking principle and installation of the isguetwetric equipment
on the AES Pza ~Ascribed# Chaiseteristics of materials anti the eta-
bility and precNion of operatio.4 a" discuased,
Card V 6

Artificial Earth SatelIttes, No. 4 SOV/4281
Shvarts., Ya.M. Method of Determining Electrical Potential of Bodies in
Plasma 161
Nazarova, T.N. Investigation of Micrcmeteorites on the Third Soviet ARS 165
Istcmin, V.G. Some Results of the Measurement of the Spectrum of the
Mass of Positive Ions on the-Third Sovietk AES 171
Measurements vere made with a radio-frequency-maso-spectroneter on
the third Soviet AES at an altitude of 225 to 980 Im and betveen 270
and 650'north latitude.
Shafer, Yu.G., and AN. Yarygin. Measuring Cosmic Rays on Geophysical
Rockets 184
Shklovskiy, I.S. Artificial Comet as a Method of Optical Observation
of Rockets 195
The author describes various kinds of observation and compares
relative errors. He discusses some Soviet and non-Soviet articles
on the subjeuts
Card 5/6

Artificial Earth Satellites, No. 4 SOV/4201
0
. CorrectIons 205 -
AVAIUBLE: Libraxy of Cenuess
i AC/yv/gn
Card 616 9-22-6o

ELIMBERGO P.Te.
Determination of the orbit from two positions. Iok.oput,,Zem.
no o 13:3-22 162. (MMA 13: 7)
(Artificial satelliteo-Orbita)

EL'YASMG, P. 7E. (Moscow)
.. ...... ~ -~- " , .1 1 1
"Approximate formulas for determining the life-tIme of Earth satellites".
report presented at the 2nd All-Union Congress on Theoretical wi4 Applied
Mechanics, Moscow, 29 January - 5 February 1964,

ACCESSION Nr%: AP4034792 S/0293/64/002/002/0198/0218
AUTHOR: Ellyasberg, P. Yo.
TITLE: Approximate formulas for determining the lifetime of artificial Earth satellites
SOURCE: Kosmichoskiye Issledovaniya, v. 2, no. 2, 2964, 198-218
TQPIC TAGS: satellite, artificial earth satellite, sputnil:, sateffite lifetime. air resistance
ABSTRACT: It Is well known that the lifetime of artificial Earth satellites is basically
determined by the effect of atmospheric resistance, but also by the perturbing influence
of the Moon and Sun. The present article (teals with thd*derivaUon of approximate formulas
for dotermining the lifetime of such artificial satellites, flying at a relatively low height,
for which the air resisiance is decisive while other distarloing factors may be disregarded.
The following are the author' s fundamental assumptions In this connection: 1. TheEarthis
a sphere with radius R=6371km. 2. In determining the orbit, only the attraction toward
the Earth and the air resistance are taken Into account. 3. The acceleration due to gravity
is directed toward the center of the Earth and its modulus equals g = ji/r2, wh?je r is the
distance from the center of the Earth and the coefficient 1A = 3. 986- 1051an3/seo The
deceleration due to air resistance J Is determined by the formula j c fo V2, 0 cxFmo
Card 1/3 2m

ACCESSION NR: AP4034792
where e is the density of air, v is the. speed of the satellite with respect to the air is
x
the air resistance, Fm and m are the area of the mid section and mash of the sai~lllote.
S. The effect of atmospheric rotation can be disrogaiJed. 6. The al~ density j2depends
only on the flight altitude h = r - R. 7. The air density (3, as a function, of the altitude h is
determined on the basis of the socalled Isothermic model of the atmosphere, according to
which P= exp h - , where hp is the height of'orbital perigee;Pp is the air density
H
at the height hp; H is the height of the uniform atmosphere at perigee. If any other arbitrary
atmospheric model is used, the constants (> and H should be determined from the formulas:
ep = f(hp), H = f(hp) 1 PTable 1 In the original shows the values of r (h)
df(hp)/dh dlnp(hp)/E
and H, determined by this formula, for the atmospheric model CMA-1961 which was used in'
this paper. The author then considers the following basic aspects of this general problem:
secular perturbations of orbital elements, satellite lifetime In circular orbits, the lifetime
of gatellites in orbits with considerable eccentricities, the life Ime of satellites in orbits7
with small eccentricities. The resWt is a system of a~proximato formulas which embrace
Cc ru

>0
..ACCESSION NR: AP4034792
the entire possible range of eccentricity O.,< a< 1. The article concludes with a comparative
analy3ts and evaluation of the accuracy of the derived formulas, In which the author points out
that these formulas contain errors caused by neglecting the principal sources of perturbations
I.e. , the elliptical shape of the earth, the lunar and solar attraction and the heterogeneous
structure of the atmosphere. The lifetime of a satellite also depends on the eccentricity of
its orbit, and the formulas derived are valid only at eccentriCitle3 far from the critical
value. Orig. art. has; 2 figures, 4 tables and 51 formulas.
ASSOCIATION: none
SUBMITTED: 14Nov63 ENCL: 00
SUB CODE: SV NO REF SOV: 004 OTHER: 003
313
Card

-,ACC_NRt AMON482 ----Monograph- UR/
6q
Ell asber Pavel YEfiinovich.
Introduction to the theo~Y~6 ~ig of artificial Earth satellites (Vvedentye v
teoriyu.poleta isskusetvennykh sputnikov Zemli) Moscow lzd-vo "Nauka,
1955. 540 p. Illus., biblio., index., tables. 3700 copies printed. Series
note: TMekhanika kosmicheskogo poleta
TOPIC TAGS, -jpace flight, artificial satellite orbit, space trackina, astronautics,
spacecraft altitude
PURPOSE AND COVERAGE: The author attempts to give a systernatfc outline of
the theory of flight of artificial Earth satellites. Much attention is paid to the
formulation of laws governing the motion of a satellite on the unpowered-flight
portion of its trajectory but for the sake of contiriu:4y, the bcok includes certain
subjects -which are usually dealt with in classical celestial mechanics. Hovever, th
basic content of the took consists in the analysis of problems which art usually
not considered in the classical celestial mechanics textbooks, but are of para-
mount importance for the solution of problems of the flight tbeory of artificial
earth satellites, such as- investigation of satellite motion along circular and
almost circular orbits; analysis of all possible versions of perturbed orbit
LCod

ACC NRt AM6008482
passing through two given points; the effect of variation of Initial conditions of
motion on the elements of elliptical orbits; variation of current characteristics
of motion (of coordinates and of velocity vector components) due to deviation
from the initial conditions of motion; the effect of the oblatness of the Earth and
of air resistance on the motion of artificial satellites; determination of the life
of satellites, and the effect of the perturbation. of the Sun and the Moon on the
motion of the Earth's artificial satellites. The book is Intended for a wide range
of specialists who encounter various problems ir. the flight theory of artificial
satellites, and also for university students having courses on the subject of
above theory. Contributions to the preparation of the book were made by the
following: V. Ye. Volkov, L G. -M:Lroshnichenko, L F. Petrovich, Ye. Q.
Portnov., A. L Tkancii-e-nko-, A. A. Us=ov, W-0. Khoroshavtsev, M. S.
Shirokov,, Z. K, Kuzneteova, Z. G. Androsovaj and L. N. Kasatkina.
TABLE OF CONTENTS -[abridged]: ------
A
orewor -13
F d.
Intr6dtictIod- 15
Ch. 1. Nlotion along- circular- orbits- 18--
Ch. H. Effect of small perturbations on motion along a circular orbit 34
Card 2/4

ACC NRt XN1600848 2
0
Ch. III. Effeci of perturbing accelerations on motion along circular and near-
circular orbits -- 64
Ch. IV. General case of motion in the Newton's central gravitation field 85
Ch. VI. Hyperbolic orbits
Ch. VIL Parabolic and verticdl orbits -- 148
Ch. VUL Determination of orbit from two given satellite posaitions 160
Ch. IX. Effect of variations change in initial conditions of motion on the elements
of elliptical orbit -- 202- -
Ch. X. Connection between-the variations in current characteristics and the Initial
conditions of motion -- 231
Ch. XI. Effect of. perturbing accelarations on the orbital elements -- 290
Ch. XII. Thp Earth's real gravitational field -- 308
t1h. XUI. Effect of the second term of the _g_rav1fv-_t__n_tI "lipansion in series
Y PO e
in spherical functions on the motion of artificial Earth satellites -- 322
Ch. XIV. Effect of air resistance on the motion of artificial Earth satellites along,
circular and near-circular orbits -- 362
Ch. XV. Effect of air resistance on motion along elliptical orbit -- 406
Ch. XVI. Effect of the gravitational pull of the Sun and the Moon on the motion of
artificial Earth satellitea 460
rard 3/4

L IAlow"
-77
Ch. XVIL Effect of the light pressure on the motion of artffici6l Earth satel-
lites -- 501
Appendix 1. Table of the basin parameters of the atmosphere CIRA 1961 -- 627
Appendix 11. Table of the functions H(h), '-F(h), (p (h), k(h), and+ (h) for. the
atmosphere CIRA 196 -1 52-9
--&~ndix III. Table of the functions ~(ed, ~(e.) and Ve,,) 53,
i-X -
---,---A - -W~ ---- -Able- bf- -functldws- v
pperld T -Me 7
2i
Bibliography 536
Subject Index 583
SUB COMs 02.9 03/ SUB 1) Us O9Nov65/ MM M 030/ OTH RSF1 006

GTOWW-# V#5,-j kandidat takhalchookikh,inmille-;BLIYASMMIG..Ye.0 inichener.
Rebuilding of 'old dams se lazicAmal plants in the Urals.
Stall 16 no.9:831-835 a 156. (KLR& 9: 11)
1. Svsrdloveki~e filialy TeesoMnogq Inatituta slaktrifikatail
sellskogo khosyaystya,
(Ural Momntainl~isgUn-xetallurgical plants) (Ds=

AUTHOR:
TITLEj
Ellyaaberg# S. Y849 Engineer, 98-1-13/20
Packing of Loam Into Cavities of a Spillway Under Winter
Conditions (Ukladka suglinka v pazukhi vodosbrosa v zimnikh
usloviyakh)
PERIODICALs Gidrotekhnioheskoye Stroitelletvo, 1958, * 1, PP 50 (USSR)
ABSTRACTi In March 1957, the necessity arose to complete the spillway
of a hydroelectric power plant, uhder construction by "Ural-
spatestroy". The packing of loam was started on March 249
and finished by April 7, at average daily temperatures of
+ O-~ to - 15-loc- Prior to starting)snow and ice was removed,
and the foundation was heated with open fires. Loam was handled
by an excavator with a capacity of 0.5 cu m. The accomplished
work prov-ed the practicality of filling-up dams with loam under
auch temperatures# the work is carried out carefully, and the
quarry is located nearby.
AVAILABLEs Library .of Congress
Card 1/1

AUTHOR: Ellyasbergg S.Ye., Engineer 98-58-5-17/33
TITLE: Rationalization and Inventions (Ratsionalizatsiya i izo-
bretatellstvo ). The Use of Slag in Hydrotechnical Con-
struction (Primeneniye shlaka v gidrotekhnicheskom stroi-
tellstve)
PERIODICAL: Gidrotekhnicheskoye Stroitellstvo, 1958, Nr 5, PP 49-50 (USSR)
ABSTRACT: In the'Urals, basic and sour metallurgical slag is very
often applied in the construction of low-pressure dams.
The slag is used to protect the slopes of cofferdams from
being scoured and also to reinforce the sides of temporary
spillways, etc. Due to insufficient experience, however,
it is too early to make final conclusions on the utiliza-
tion of slag in hydrotechnical structures, but the possi-
bility of utilizng 0-- in temporary and light duty con-
struotion~-io-alzeady reed upon.
There *to 2.46hoi"tici ---dre- win- go'
AVAILABLEs Library of Congress
.Card 1/1

SOV-98-58-9-10/21
AUTHOR: Ellyasberg, S.Ye. and Leonov, G.I., Engineers
TITLE: The Dissipation of Stream Energy in the Lower Waters of
Low Pressure Dams (Gasheniye energii potoka v nizhnem
blyefe nizkonapornykh plotin)
PERIODICAL: Gi drotakhnioheskoye stroitellstvol 1958, I;r 9, PP 31 - 33
(USSR)
ABSTRACT: The authors recommend the construction of overflow sills
with,11heir terminal parts working as console water spill-
ways for low pressure dams, instead of installing expeno-
ive reinforced concrete apron wells. It was observed that
overflow sills in the old dams successfully protect them
from the erosive action of lower watera. There are 3 dia-
grams and 2 Soviet references.
1. Dams-Design
Card 1/1

14(10) sov/98-59-2-13/22
AUTHOR: Gvozdev, V.A,, Candidate of Te'-hnical Sciences,
and Ellyasberg, S.Ye., Engineer
TITLE: Liquidation of ructures in the Body of Earth
Dams (Likvidataiya starykh sooruoheniy v tele
zemlyanykh plotin)
PERIODICAL: Gidrotekhnicheskoye istroitellstvo,, 1959,
Nr 2j p 48-49 (USSR)
AESTRAM The authors propose a of liquidating
old structures in the shafts of earth dams ditrIng their reeon-
struction. The method consists of erecting an anti-filter"dia-
phragm in line of the existing cut.-off wall and pouring the
fillers directly into the old opening of the dam. The old
foundation parts remain in the body of the dam. 7"his method,,
tried out during -the reconstruction of numerous dams in the
Ural region, was found to be much more simple and economical
than other methods proposed by various planning organizations.
Card 1/1

ILI YABB M, S.Ye.
to Calculations fsr luilltration- water colloW.d.
Ted I %AM U15)
lskb~ jmidk2346, 4 -159-
rat on 0 brim)
(vat u6no

14(10)
SOV/98-59-5-11/21
AUTHOR: Ellyasberg$ S.Ye., Engineer
TITIX: Filling the Gaps at the Construction of Earth Spill-
ways
PERIODICAL; Gidrotelduiicheskoye st-,roitells-tvo, 1959, Nr 5,
P 38 (USSR)
ABSTRACT: The article is concerned with filling the gaps of
two small earth dams built in the Central and Narth
Urals in 1957. In this connection, the name of V.S.
Gvozdav is mentionod. The aut',or is of the opinion
that the filling of gaps can be carried out in a
more liberal way than prescribed by the planning
organizations. However, this operation must be
carried out in due tim- with subsequent rising of
the water level and depending on what kind of filling
material is available. There is 1 Soviet reference.
Card 1/1

31LOYASE]IRG. S,Te., Inzh.
Construction of cofferdams on silt. Gidre strol. 30
no.6:49-50 Je 160. (MMA 13:7)
(Coufferdame)

T,
TZv eat iy a vy ash I kh ly, Pr
Senlye. V. 6, no. 196 3
Me consists essert,~
'I
77,

A.11L
Of
-Ullyaiiov
ng Lenin)
7 1"T" T%
A r

ELIYASH, M.L.
Now designs of send blasting equipment. Mash, i neft. obor.
no. 1103-735 165. (MIM 13:12)
1. Nauchno-isoledovatellskiy institut po montazhnym i spe-
tsialInym stroitelInym rabotard.

Ye.
Ca~2~~
Ellyashberg.. F. Ye.' "Report on the Conference of Scienti'Lic bases of the Ukrainian
Cetitral Science-Jies arch Institute of Orthopedics and Traumatology imcni Professor
H. I. Sitenko CStAlino, November 19471,11 -- Ailthor indicated in table of contents-
In symposium: Uchen. zapiski (Ukr. tsentr. nauch.-issled. in-t ortopedii i trav-ratologii
im. Sitenko), Khar1kov, 19hB, p, 179768
SO: U-3566, 15 March 53, (Letopis 'Zhurnal lr*rkh Statey, No. 13, 1949)

Cr
?
EL'YASHB]MG, 7. Yo., itarshiy nauchWy sotrudnik
-~o 111~*"'*-M'~
Old traumatic diolocations of the hip and their therapy. Ortop.
tra,rm. i protes. no.4:13-16 JI-Ag '55. (HUA 8:10)
1. Is Ukrainskogo nauchno-isoledovatellskogo instituta ortopedii
I traymatologii im. H.I.Sitahko (dir.-saslushenrTy deTatell nauki
Prof. N.P.Novacbenko)
(HIP, dislocations,
ther.old dialoe.)
(DISLOG,kTIONS.
hip, ther.,old disloo.)

BLITASHBEW, F.Ye., starshly nauchVy sotrudnik
-- 4
Thirty years of medical educational, and public activities of X.F.
Novachenkoe Ortopetrayme i. protex. 20 no.6:10-15 Je '59.
.I . (MIRA 13:3)
(BIOGRAPHINS,
Novacbnnko, NikoW P. (Rua))

NOVACH W 0, Nikols y Fitrovich, prof.; JLITASEMM, Fslua Tevesyevust
.starohiy nauchhvy sotruAnik;
7
tekb=.re 1,
Donstant traction; wthod and tachniol Postolpnz." vytiashanis;
metc.dika i takhniks, Kiev, Goe.ned.isd-vo USI&R. 1960. 239 P.
(KIRA 13:10)
1. Oblen-korrespondent ANN SM (for Novachen1m).
(MMMITINS(~MATOMY)---nAr.TUP3.S)

EL'YASHBERG$ F. Ye.., starshiy nauohnyy votrudnik
- I
Role of skeletal traction in mom operations on the bones and
jointoo.Ortopop travm, i protes. no.12:28-32 161. (KM l5s2)
1. Is Ukrainskogo nanobno-issledovatel'skogo institnta ortopedii
i travmatologii im. HO 1. Sitenko (dir, - chlen-korrespondent
AMN SSSR prof. N. P. Novachanko)
(BONES.-SURGEU) (ORTHOPEDIA)

dn
-EL'YASHBERG. F.Ye., starshiy nauchnYY sotru ik; ALE20JANDROVA, I.A., kand.
med. nauk
Disability analysis following fractures of the femur and leg bones;
based on data or the liedical Expert Commission for Work Capacity
Evaluation and of the M.I. Sitenko Ukruinian Tn3tituts of Ortho-
podlcs and Traumatology.. Ortop., travr.. i piotez. no,9:6?--,2 162.
(141FA 17: 11)
1. 1z Ukrainakogo Instituta ortopedit i travmatologil ironi O'Itenko
(dlr. - chlon-korrespcndent A141 SSSR prof. II.P. flovachenko). Ares
avtorov: KharTkov, Pushkin',-kaya 'al., (14.80, institut ortopedii I.
tra-,rmatologii.

EL,",YASHBERG. F.Ye., stars,hi3r nauchnyy sotrudnik (KharIkov)
Review of F.W. Rathke's book "Manual for the hospital orthopedist".
Ortop., travm. i protez. 24 no.11,85 N 163.
(MIRA 17:10).

L 18 -62 EPR/EW(d)/EFF(a)/EWT(1)/EFF(n)-2/W(q)/EK(m)/BDS AFFTG
173,_ -
W/Ijp(C)
0
D/S,
ACCESSION .NR: AP3oo32l6 S/0053/63/080/002/0331/0337
AMHORS: Bresler~ M. l.; Dgan, A. Szlyt; S.S.; Elyasbbe G. M.
TITLE: All-union conference on low-temverature rb.Ysics
SOMCE: Uspekbi fizicheskildh 4iuk,, v. 80., no. 2., 1963~ 331-337
'TOPIC TAGS: low temperature physicsp conference
ABSMCT - The 1962,a=ual Vaesoyuznoye soveshchaniye po fizike nizkikh te=peratur
;(A-11-union conference on low-temperature physic3) was held in Leningrad from 26
;June through 1 July. The introductory address was made by N. Ye. Alcks~eyevskiy,
,chairman of Uchenv*y sovet problemy fiziki nizkikh tenperatur (Sicence council
,low-temperature problems). V. P. Pebhk6v discussed the basic trends of research-
;and the various results dbt-an-eT_s_1=_e the time of the prece conference.
g
:B. N. Yesellson and V. G. Ivanov extended the surface-tension measurements
hitherto conducted for weak solutions of He-1 in Ee,5 to incluLd7large He3 concen-
.trations (10--5-d). K. N. Zinovlyeva described investigations of the diagram of
state of HO-EevsoTu 50K.
iticnB at elevated pressures an& at temperatures belov I .
N. G. Bereznyak, I. V~ Bogoyavlenskiy,, and B. N. Yesellson directed attent-ion
Set 1112, dard 113

-L -,T82T3;;W
P.=P.ssia xR.- Anomi6
pr:L-wxily to solidification in mixtures containing up to 76% He3- D. A. Tsakadze
rep3rted measurements of the coefficient of =tual friction alon3 vortex lines.
Yu. G. MAmaladze presented a theoretical treatment of critical velocities for
vor-;ex formation in He 31. A. F. Andreev investigated the infIvence of conduction
elet.-trons on certain phenomena on the boundarybetween a metal and liquid helium.
Ipatova and G. M. Bliaebberg presented a theoretical study or the panamag--70
net:;c relaxation ir- liquid iii-l.
V. Zavaritskii described an investigation of
the tunnel off-eat tetween a tin filin and monocrystalline swVles of varying
cry:jtallograpbic orientation. -Vari(ma problems in the synthesis of superconduct-
ing alleys possessing extremely high critical magnetic fields (ia the hundreds of
thonsands of Oersteds) and their use in solenoids for generation of strong mag-
net:' ic fields formed the subjects of several papers (N. E. Alekseyevskiy, et al.,
B. G. Iazarev., et al.,, V. R. Kwasik, S. Mi. Akhmedov). 'k. iicRri, X. I.
EEi,~ko, and N. M. Reynov measured the surface impedance of the allo Xb - Zr.
Brandt and N. 1. GinzburI3 have found a large di &eil-
N. 11. ;ference in twp-ro;e~
of the tvo superconducting modiirications of bisnutha4B. G. laza--:ev, L. S.
Lazfxeva (Kan), -and V. I. Yjakarov continued t1eir rev~C6us studi-ii--oCE-epressure
dependence of the critical temoerature for tin ead thallIumAMeasurements of the
pressure dependence of the critical temperaturo~tor Nb3Sn ver~,,reported by
_S" J.?2,_Card_2/3-_

L 18173-63
ACCESSION NRS AP3005216
L:
Be 0. Lazarev.
S. Lazareva (Kim), 0. N. Oveharenko, and A. A. Hatsakov. The
quenching of superconductivity by current &N the distribution of phases in the
intermediate atate have been investigated by N. E, Alekseyevskiy and Be A.
Troyn by the ferromagnatio powder techniqueo A study has also been undertaken
of the kinetics of the quenching of superconductivity by current (A.-P. Smiriftov,
A, Ve Rumyantseva., and V, N, *Totubalin). A theoretical paper by I. A. Privorotakiy
was devoted to the absence of an isotope effect for ruthenium.,)Ii-j~psr by Me B.
Khaykin and colleagues - Re To Mina a~a V, So Ekellman - dealt with a cyclotron
resonance of tino leadOarZ-Bismuth. V. Fo Gantmakher found a new dimensional
effect in thin spe=eena of tin while making measurements of the surface impedance
of the samples at frequencies of 1 - 5 Mc.
For Complete Set Seei Bresler4 Me S.-~
All-union conference on low-temperature physicsT~-
Set 1/2, Card 313

M-
L 18173-61 , (d)/EFF(o)/11;67(3.)/EPF(n)-2/EWP(q)/MC(m)/BDS AFFTO
SFWW
AsD/ssD/ijp(c) Ps-4/Pr-4/Pa-4 JD/Vw/jw/JG/Dg
'ACCESSION NRs AP3005216 8/0053/63/060/002/0331/0337
AUTHORS: Bresler, Mo Sol Kogang As ~,j Shalytp So S.1 Slyaahbergs 0. Mo 91
TITLEs All-union conference on l2jtLAMrature pbysiosh
SOURGEt Uspekhi. fisicheakikh nauk, v. 80, no. 2, 1963, 331-337
TOPIC TAGSt Low temperature physicey conference
ABSMGT% Z, ?- Vol' ski:y measured the quanium oscillations in the quaiistatit
conductivity of bismuth in a magnetic field at frequenoiee of 3 - 5 Me. Papers
by V. P. Naber4zhnykh, A. A. Galkin and V. L. Melinik, and by_j. A. BezuQZ,
A. A. Galkin and A. I. Pushkin dedt witfi-EFeatigations of cyclotron resonance
and magnetoacoustic resonanci-I the same, samples of al awiAftch made possible
the direct comparison of results and simplified the reconstruction of the topology
of the Fermi surface* No So Al:kseyevskLy reported on galvanamagnatic in-esti-
gations of the transition metal (N a So Alskseyevskivj, V. 9 g o r o v I B . N
Kaza , and 0. E..Karstens) in atr,ong magnetic
Set 2/2, Card 115

L 18173-63
ACM'SSION MR: AP303216
fie:.ds (constant to 35 kOe and pulsed to 200 kOe). N. E. Alekseyevskiy also
noted the applicability of galvanomagnetic measurements to the study of the
Ferni surfaces of the transition metalsAince the purity achieved in specimens
of I~bese metals is as yet far from that recraired by such methods as cytiotron
iresonance. N. E. Aleksevevskiy and Yu. P. Gaydukov have measuripA theAPnJ sotropy
iof the electiical: -resistance sail of Hall effect in SadmiuiY zing-k9nd
the-l-lium; open Fermi surfaces -were found for all of these metals. V. Go
~njtskaya and N. Ya. LcIell have investigated galvanomagnetic p'lenomens. in very
pure alumin= (7-esiRRivity ratLo 3000/ 4o 2500-2000 as c.)mpared with pre-
vious values not~exceeding 200J). B. N. Aleksandrov rplorted on a study of d!-
menvional effects ia a longitudinal magnetic field fo*Pi9b_Puri*-; tin, zinc, and
alurdnum. E. A. Kaner described a theory vhich be ba developed for acoustic
c3,til.otron resonandW'. N. B. Brandt, X. N. Stupochenko and T. F. )olgolenko in-
vestiSated the fine st~&fi&e the.quantum oscillations in themagnetic sus-
ceptibility of bismuth in various crystalline directions at ultr.%-Iov tempera.-
tures. The amplifications of ultrasound in semi-metals was stud.Led by ~. 7.
Kazerinov and V. G. Scobov. L. A. Fallkovski and A. A. Abrikosot have computed
the energy spectFv~mthe~aCrmetals of the fifth group (bibmutb,,
,.-antimony) by group theory methods, utilizing qualitative ideas concerning.the

of ciiproun oxide. Yu. N. Obrastsov developed a theory for thermoTagnetic effects
in semiconductors in q=tized magnetic fields. A paper by 1. 1. Boyko E. 1.
Rashba and V. 1. Sheks analyzed the conditions leading to ossible observation,'
of a lev resonance e t in awdeonductorsy due to spin-orbit ccipling. M. 1.
iKhRanov and I. Mo Lifshits computedthe absorption of light -tall vhose'
feiii: i~rfaces contain
nerate points (evidently this is characteristic only of'!
.
igrapItite). The Shubaikov-de Mms effect in AIII BIV compounds of electronic type
was 1-nvestigated in -pulsed fields of up to 400 kOe by Kh. I. Amirkhano R.
Bashirov Yu. E. ZakLe and A. Yu. Mollayev./f. V. Yemcllyaner~so and D. N~
Naslvdov studied the elegtrical progerti s of'~'gallium arsenidehhring a carrier
_
_
_F_
-1
1
1
1
W
-
v
conce-ntration of 5 x 10
- 5 x 10
cm
i
t
varying totaL impurity con-
, bu
centrations. N. E. UekseyevslcLy, Pam Zui IDien, V..G. Shapiro a-id V. S. Shpinell
have measured :Eli6 resbii~ii aVeorption probdbility for 28.3 keV &=a-quanta in'
slices of crystalline tin cu various crystal planes. Resviance absorption
~'_OM
1
2
annm_quanta in Te formed the subject of a paper by ". V.
f M keV g
Sklyarevski B. N. Samoylov, E. P. Stepanov, I. I. Lukasbevich, and R. A.
&nakhov. Yu. M. Kagan delivered his paper 'Vovard a Tbeory for the fe-T-Gard
Thex7ral Displacement of the 'Wosbauer Line". Papers "Assymetry of -radiation
in Certain Nuclei, Polarized in an Alloy vith iron" and "Nuclear 18)?ecific Heats
211/2
Card 3/
,,

ACCESSION NR: Appo5216
structure of the blemuth type of Uttice and the nature of the transition from
"good" metals to dielectrics under deformation. R. G. Arkhipov derived a
criterion for the occurrence of metals vith =zLU electron concentrations. M. 1.
Kaganov and.V. G. Feachanskiy analyzed various mechanisms for the absorption of
Utiaso-und in metals. V-7-F.-Dobrego, and S. M. Ryykin studied conluctivity in
germanium al.19yed with Group V or III impurities and having carrier concentrations
of 1015 . 1010 cm-31 in the presence of compensating impuritic.s. S. ". Ryvkin~
V. P. Dobrego, B. M. Konovalenko, and 1. D. Yaroshetskiy have observed the appear-.
~~e of'the io-called induced ermanium sawles of the same
impurity breakdown in 9
M. I. K=anov proposea/that at.
degree of purity, but fully compensated. ~ammts be
made to observe additional eAciton vaves in.a cr ystal due to the presence of
space dispersion,, using the deceleration of fast particles in a dielectric.
S. Kukusbkin spoke on his theory of non-radiative transition processes in
molecular crystals. A paper by A. R. Kessell and V. Kh. Kopvillcm presented a
calculation of the sensitivity of a quantum phonon counter vhich utilizes atoms
in the ground state rather than in an excited statep so as to reduce the noise
level. A paper was also presented by A. A. Kapl)!Ln on the influence of
uniaxial deformations upon tho optical spectra of crystals of the type of Ca F
V
Li F, etc., containing va~rious impurities, as well'as upon the exciton spectraff-
~_Set 2/2, card 4/5

27
L 1817341
ACCEMON
of Cartain Elements Alloyed vith Iran" vere de2ivered by A. V. Koganp V. D,
Kka Itcyp L. P. Hikitino ff.M E M. F. Stel-makhj
p an~ M-Ashoft_. tFimc
PoSciado-nof Protons in YGSWLUW Double AM e!' vas reported by
V. 1. LudhcbikoD A. A H%jqq_zk_c_Y_._W Yu. V. Tj&an. A larse ~&i er of papers
cone smed Wvh the I AvestigatICA -of the properties of ferro- and antiferro-
magnYtic substances vere pre ted at the conference. A special session Van
t deva:ed to tacbniquea.for the'iroduction of lov temperaturej and to tethods for
mak1:39 various low temperature measmmments - A number of papers dealt vith pro'-.
bleai3 concerning the mechanical properties and optics of crystals at lou tempera-
ture ,'and concerning techniques for producing bigh pressures and stronG
-3 pulsed I'
maantitic fields for lov te4aratlxre reaearch. On the last day of the conference V
sumuiee of the pajers presented at the various sectional sessions vere presenteo,
by their respective chairman. As the conference ebairmany
_~(. E. AlekseyeVskiy,
rem=ked in cowluslon, on4 the prentice of combining plenary sessions vith con-~
cum-nt seselons of Individual sectitxis can., in tho) opinion of the Scientific
Co=.-il for .make Lt looncible to "boil doun" to reasonable dimensions
.he pro, 1e=,
the tuumlly increasing flood et papmrs on lov twperiture physics.
ASSWIATIONs NOM,
suaknizu oo IDATS ACQi- 15,Aug 63 EMM 00
SU13 Coll
NOIPM SOV, OW."
OTMs WO
t%car plate-Set 8941' re or 'M6 B,
t cazd
~n nhv4j

SOURCE CODE:
t: Eltyasbqrg, M. Ye.
13
None
TITLE: Absolute vibration stability vith respect to cutting speed Ln metal-cutting
machine tools 6
SOURCE: StanM i i-nat-rum- eni,_ - -no-.- - -4-,-- 1966,_ 1-2-46
MPIC TAGS:' machine vibratioh, metal cutti.ng machine tool
TRACT: Stability regions are set up with V8
respect to the cutting speed va for a metal-
-cutting machine tool considered as a self-
-oscillating system. In general, a system vith
given parameters (eAcept tPs) with two degrees
of freedom hace afirst stability region 0-1 (see
f1gure), a region of instability 1-3 and a second
stability region 2-w. This is taken as the basic
syntem with one degree of freedom in the direc-
tion x of the force of friction Q and the other
el
-Cam
UDC;

T. m779.A7
degree of freedom In the direction of the cutting force P. The region of instability
is reduced by increasing thb damping coefficients d, and vhen the damping coefficient
reaches dX=d za , this region of instability disappears. In thic case the boundary curve
II is tangent to axis V at point a vhich determines the stability boundary for the sys-
tem, i. e. absolute stability with respect to cutting speed. Consideration id also
given to the boundary curve vhich separates the stability region 'with respect to tvo
paraaeters-cutting speed and the vidth of the layer vhich is removed. Formulas are
derived for the relationship betveen the parameters of the syz;tem under conditions of
absolute stability vith respect to cutting speed. A physical interpretation of these
conditions is given and practical application of the proposed method for calculating
absolixte stability of complex vibrational systems is illustratted. Orig. art. has: 4
figures, 22 formulas.
SUB CODE: 13/ SM DATE, none/ ORIG REF: 005

RL'YASHICY, X.I. (Berezovsk)
Dynamics of silicosis in miners. Gig.truds i prof.zab. 1 1)-).3:
7-11 KY-Je 157.. (MIRA 11:1)
1. Berezovskaya opytnaya stantstya Institute gigiveny truda i
prc-fzaboleveniy AMN SSSR.
(LUNGS--DUBT DISBASES)
(GOLD MINES AND HINING--HYGINNIG ASPXCTS)

~f- /
, "-
//,/ C- /,//
Z
0
SWANOVA, T.,- ELITAMU, L.
4"MWAWMWmmftk
Reports of supply organizations. Bukhg.uchet 13 no.10:25-27 0
~ 156. (mm gal)
(Aceounting)

'r I %. "
i J -~ / ",/ ~/
SMANOVAO V.; - ~,
Concerning the unprofitableness of producing consumers' goods at
heavy-industry enterprises. 7in,8M 17 no.11:67-70 N 156.
(Rue eta-Asnufacture s) (MM 9312)

KAIMMOT. G.; OTODUY, G.; JILIR=* L.; ffAvM$ I*D*O otverede;
ROGROM", L., ~~, A., takhn.red.
(The now price scale) Novyi mosahtab teen. Moskva. Goefin-
isdat, ig6o- 34 p. (mmA 14t2)
(Price regulation)

-ILIMINRL, --
. PtIces for the products of heavy industry. fin* SM 21 no.8:22-30
As l6o. (KM 13: 8)
(Prices)

ELIYASHEV, L,
Shortcoming in planninp the number of engineers and technicians.
Fin. SSSR 23 nojUl-,46 Mr 162, (MIRA 15:3)
-tiechnicians in industry)

AMIX7-; ~~HRV 4-
Taprqving t~e qttaliljr of prodaction 15 the necessax7 conditicm
for Patsampg,profit. ft. SSSR 37 no*105-39 Je. 163,
(MM 3.6s2)
(Oulity control)

DVIZHKOV, P.P.; YXVGXNOVA, R.Y.; MOLOKAMOV, X.P.; AOROZOV, A.L.-.
MARTSINKOVSKIY, B.I. [deceased]; BLOYASHEY.-L .
,~I (Hpekva)
Classification of #neumcconiosis. Gig.truda i prof.zab. 1 no-3:
3-7 MY-Je 157. (MIM 11:3.)
1, Institut gigiyany tmda i prof zzabolevaniy AMN SBBR.
(LUNGS-DUST DISUSM)

1643. PRIMARY LUNG SARCOMA AND. StLICOSIS JRussian text) - Dvishkov
P. DTv___W
,P, and E I I a a h e v L. 1. Idst. of Labour Hyg. and Occup. on-
ro-W - v0P.4-...ff _. .. /b (638-640) Illus. I
Autopsy of a 38-ytar-old man who had been working an borer in gold mines for
over 7 yr. showed Womour of the right lung with metasta:es into the left lung acid
bronchial lymph nodes, silicasin of both lungs and the regional lymph nodes. His-
t,ologically thb tumour was a polymorphoccUular sarcoma. (V, 15, 1W, 17)

ZLIYASHKV, L.I., )mnd.med.nauk
Late silicosio. Borlbs a oil, 4:29-34 159. (MIRA 12: 11)
1. Inatitut gigiyany truda i prof zabolevaniy AXII SSSR.
(LUSGS--DUST DISFAURS)

FWYASHEV, L.I. (Berezovsk)
Pneumokoniosis in bauxite miners. Gig. truda i prof. wb. 4 no.4s
28-32 Ap 160, (KM 15:4)
1. Opytnaya protivosilikemya stantsiya,
(MINING ENGINESRING~-HYGIRNIC ASPECTS)
(LUNGS-DUST DISEASES)

"iJBI I"I J...
of ihe ()f
ha
164 0-1 r R-A

sov/68-59-?-21/33
AUTHORS: Starkov, I-D-j Elfvashev, M.I. and Kalita, Z.S.
ITITIA: A New Method of D~enMa T*Mla Ac:~d
Pi~RIWICAL: Koks i khimiya, 1959, Nr 7, pp 53-54 (USSR)
ABSTRAOT: A method of denitrating sulphuric acid before it is
used for the production of ammonia sulphate is proposed*
It consists of an addition to the acid of 0.1 - 0.3,r~') of
heavy benzole containing a considerable propovtion of
unsaturated compounds. The mi3ctbui~e is intensively
stirred for one hour by blowing air. A complete denit-
ration of the acid -takes place. The method was tested
under industrial conditionzi with satisfactory rcsultse
ASSOCIA"TION: Gorlovski koksokhimicheskiy zavod (Gorlovskiy
Coking Works
Card 1/1

JA -- - - - --- - --- ----
JrEV YASIEVA" 14. k . Cand. Tech. Sci.
Dissertation: "Investigation of a Hydraulic Pulsation Type Machine for Fatigue Testing."
Mascow Order of the labor Red Panner Higher Technical School imer-i N. E. Bauman,
26 Jun 47.
SO: Vechernyaya Moskva, Jun, 1947 (Project #17836)

USSR/Metmas Te$tiM zqUIPMent jai 50
0"ire 7"~naometers for 14easuring Plastic Deforma-
tiums,* M. A. Ellyasheva, V. P. Sbcbegolev
*Zavod Lab" Vol XVI, NO 7, pp 890-891
Outlines possibility for measuring greater relative
deformations with Vire tenaometers. Discusses re-
sults of experiments for using various materials
for wires. Wires most suitable for determination
of considerable plastic deformations are those made
of nichrome and annealed constantan. Best results
shown by gauges made of annealed constantan Vire
16"
USSR/Metals - Testing Equipment (Coutd) Jul 50
of 0.03 = diameter. Concludes range of deforma-
ticas measured with vire tensometers nay be in-
creased to 5-6%.
166.T t2

A101POV. X.F., inshensr; B.S., dnktor tekhni:!~eskikh r=-k.
professor; BARY14DV. G.L. in7hener: BXYZ~LIMAII. R.D., iaztqner;
EXRDICHIVSKIY, Ya.G.. 1whenor: BOBKOV. A.A., tnzhener. KALININ.
M.A., kendidat takhnicheelrikh nank; KOVAN. V-.4-, doktcr terhni-cbe-
skikh nauk, professor; KOH-'nKUI, V.S., doktor takhminheskild-; nauk;
XOS110VA. A.G., kan4tdist tel-bntchaakikh nat*: KUDRYAWS~W, E.T..
.doktor i~iimichesklkh nauk, profestor; KMYSHNVA. Yo.S., inzherer;
.IALHTTI;. Yu.M., dektor tokhninhaskikh nauk, Drofessor: NAURMAN.
H.S., twhener; YOVIKOV, M.?.. kandidat tekhnichaskikh nauY; FARIY-
SKIY. H.S.. inzhener; PYMPOIjOl. 14-Y.. inzhenee; POP110Y. L.Ya.,
inzhener; ?O?OV, V.A., londliat tekhnicheskikh nank, SAU;UN,
doktor tekhnicheekikh nauk, prcfessor; SAWY, Y-V., kandipt +ekhni-
cheskikh nauk; SATALI. ioktor tekhnicheakikh nauk, nrofecacr-
301COWYBUY. A.?., dolctor tellzhnicheskikh nauk, professor Fd"e3m-di;
STAN"VIGH, Y.G., inzhener; e!?UMIb. Yu.L., Urberer; UIRPMCT. Y.L.
inzhener: TSETTLIN, L.B.. in2hener; SHUXHOY. Yu.V., kanildat
tekhnichoolrikh nauk; BABhU. 6.1., kandidAt tekhnif,-hPvkikh vilk-
VOLKOV, S.I., kandiat tellinicheskikh nauk,- GOROI)ATSKIY. I-Ya.,
doktor tekhnicheAkikb nauk, professor; G(SOSHYIN. A.R.. lnrhers-r-.
DOSCHATOV. V.V.. kandidat tethnicheskikh nauk; ZOLAIIN. 1.S., inzherer-.
ISAY&V, A.L. doktor teWnlmhesklkh nank. vrofessor; Kj~DWX. ~~Jl.'
Imndidat tekhnIchaskikh rwuk; MALOV. A.U., kandidet terhni-he0:ik-h
nauk. MARDAUYAN, M-Ye., inzhener; PANCOhXO. X.P.. tm;:--lOt tak&!niche-
skikh nauk; SMEWAY, D.P., inthener; STAYXV. X.?., knrii&-at "ek-hni-
chaskikh nauk; MOUTCHEWU, ?.V.. lwhener; TAURIT, InzhRnar;
-ALI ndLdat tethnichaskikh nauk-,
(Continued on vext n&rd)

AbTIPOY, K. F. ---( -~e).,j t I -
.liltqi ) can
U. E.. re4ektor:
E). V., red-;'-
Cdafur) a act 3 ; SiAWAHto T.F. v~
'IULItierlo manual]
Y red.covet V.N.
I Gofs.nauchno-t", n-I
Vol. 1. Vwl red.
MA "I., v-S i 1-:1 5N~ a .

SUBJECT:
AUTHORSt
TITLE:
+S 1) e
U3SH/Welding.
PERrODICALs
ABSTRAM
Card 1/2
Orlov# B,D., Caudidate of Technical Sciences, OhuloshnlkoY~
P#L#j Enginsert and-211yasheva, M.As, Candidate of Technical
Sciences.
Strength of Spot-Welded and Roller-Welded Joints in Titanium
"BT1A ". (Prochn.ost, Boy dineniy titana "BTlR ", vypolRennykh
tooheohnoy i rolikov .oy sy:rkoy)o
"ByarochnoYe.Proizvodstvo", IP57, 5, pp 19-22 (~;SSR)
The investigation devorib*d had the purpose of comparing the
properties of titanium IIBT44 " with the properties of steel
"lXlBH9-H" for which titanium may be a replacement giving an.
economy in weight, Both metals were tested under static load,
under cyclic fatigue loadl and under pressure load. The tech-
nology of specimen preparation and of testing is given in detail.
The following conclusions have been madet
1. The static strength of spot-welded and roller welded Joints
of titanium "BT19 " is not below the static Ptrength of those
made of steel "lXl8H9-H", despite the strength of the basic
metal "BTln 11 being 25% below the strength of the basic metal

135-5-8/14
SUBiLtli USSR/Welding.
AUTHORSt Ellyashava M.A,, Candidate of Technical Sciences, and
ova L
Ana' skov. o sot Candidate of Technical Sciences.
re yakovt
V
TITLE: Strength of Titanium "BT1.4 and Its Welded Joints at Different
Temperatures. (Prochnost, titana BTIA i ego evarnykh soyedineniy
pri razlichnykh temperaturakh).
PERIODICALs "Svarochnoye Proizvodstvo", 1957o # 5, pp 22-24 (USSR).
ABSTRACTs rho article gives data on the strength of technical titanium
"BTXq 11 obtained in experiments with sechpical are welding in
argon, in butt Joints welded without melithg electrodes, and in
lap-spot Joints. Shoot titanium of 1.4 mm thickness was taken
as bare metal containing 0.06 % C and 0.12% Al, traces of iron
and silicon, 0.013.% H2, and 0.13 0 . The technology of the teeW
is given in detail. Recrystallization processis and the nature
of failurepat different temperatures were studied. A difference
in the behaviour of weld metal and base metal was observed,as
for instancel at temperatures above 1000C failures occur in the
base metal onlyl with rising temperature(from 00 and higher)
Card 1/3 the strength of spot welds decreases in lesser degree than the

.135-5-8114
TITLEt Strength of Titanium "BTXA 11 and Its Welded Joints at Different
Temperatures. (Prochnost' titana BTIA L ago swarnykh soyedineniy
pri razlichnykh tomperaturakh).
strength of the base metall with dropping temperatures (frnm 0 0
to -1960C) the strength of welds 4acreasea, whereas the strength
of base metal increases.
In general, the results obtained demonstrated that the welds
possessed a sufficiently high static strength an compared to
the base metal at normal and at higher temperatures. The butt
welds had the same static strength as the base metal. The spot
welds had a lower strength at normal temperatures thast the base
metal. With rising temperatures this difference decreased, but
at temperatures dropping belt r zero it increased and. the strength
.of spot welds abruptly decreased in comparison with the base
metal.
The data obtained by L.R. Sokolov, V.P. Elyutin, and V.I. Tales-
skiy ("Izvestiya Akademii Nauk SSSR" #3, 1954) are mentioned
as being in accordance with the results of subject investigation.
The article contains 3 diagrams and 3 photographs (micro- ani
-cro-structure).
Card 21,2

5 , 1
135-5-8/14
TITLEt Strength of Titanium "BTLq 11 and Its Welded Joints at Different
Temperatures. (Proohnost' titans. BT1,A i ago swarnykh soys-
dineniy pri raslichnykh temporaturakh).
ASSOCIATIONs Not stated.
PRESENTED BYs
SUBVITTEDt
AVAIYABLE: Lt the Library of Congress.
Card 3/3

IN

A -S' V A, r1l
Ma=1 IL'USIMAJI.A., PWTCVA) A.1% 32-6-32/5,4
TITLY4 --Tho-jr Irrangement of a Hydraulic Machine for Investigations
with Repeated Static Stresses. (kvtomaticheskaye ustroyetvo k
Sidravlicheskoy mashine dlys ispytaniya povtomo-staticaeakimi
notgruxkenip Rubsian)
IMIODIOA14 Zavodskaya Laboratorlya, 1957. Vol 23, Hr 6, pp 741-742 (U.S.S.R.)
ABSTRACT: Por the purpose of investigating the static rwistibility of
materials hydra-1134a tensile testing machines (produced by the
fizm of Lonenhausen as well as of the Russian type RUG) of 15 t
each were used, They consist of a distributor box with 2 menmeters
(with adjux table contacts) j a directioning device , a selmoid
with lever transmission leading to the exhaust valve and a panel
with Cue elaotrio equipment. The box 3erres; for the distribution
of oil either to the mencmater (in the cue of investigations with
repeated statio stresses) or to the pendulum dynamometer (for
aUtio investigaiions). The distributor box together with the
pendulum aynam=eter in connected with the tube system leading
to the cylinder. This system is used for measuring force. Stresses
and loads are controlled by means of one of the hm manometers,
which are brought about automatically by means of -hw contacts
Card 1/2

32-6-32/54
The Autom&tio Arrangemnt of & 1Wd=u31o Machine for Investigations
with Repeated Statio Stresses.
fitted to the manometers. If normal stress is exceeded, an eiectric
bell rings and the pump motor in diacomneated. The wmber of
cyoles performed before the material is destroyed is fixed by means
of an eleotrio oounter.
ASSOOIMCKs Not given
PRESINM by,
AVAILABLEt Library of Congress
card 2/2

.MALOY, A.Y., kand.tekhn.nauk; BABKIN, S.I., kand.tekhn.nauk; VCLKOT. 5.I.,
kand.tekhn.nauk; GOROIZTSKITg I*Ta,g profsp doktor tokhn.nauL-;
GOROMMIN, A.K., lush.; DMHATOV, V.V,, kand.tekhn,nauk; ZAKALINq
V.S., inzh.; ISAYU, A*Iep prof*4 doktor takhn.nauk; UXNV# S*M69
kand~tekhn.nauk; MARDANTAN, M.Ta., lnzh.; PANCHWO, K.P.. Imnd.
tekh~.nauk; SWIM, D.M.. inzh.; STAYET, K.P., kand.takhn.nauk;
51MVATCHEMO, P.V., insh.; TAURIT, G.E., lnsh-LAITVH
A
kand.tekhu.nauk; KOVAN, V.K., prof.. doktor takhn.nauk. glavW red-f
MAIMUS, M.Ye.. Insh., red. (deceased]; SOKOLOVA, T.F., tekha.red.
[Manual for mechanical engineers; in two volumes] Spravochaik takhno-
logo mashinostroitella; v dvukh tomakh. Glev.red. V.M.Noven. Chlenv
red.soveta B.S.Balakshin I dr. Xoekval Gos.nauchno-tekhn.izd-vo
machinostroit.lit-ry. Vol.2. Pod red. A.R.Nalova. 1959. 584 p.
(MIRA 12:11)
(Mechanical engineering)

25(l) SOV/135-59-3-11/24
AUTHORt Ellyashevap M.A*1 Candidate of Technical Sciences
TITLE: The Effect of th e Spot Spacing on the Fatigue Strength of
Spot Weld Jointb (Vliyaniye shaga na ustalostnuyu prochnost'
tochechnykh soyedineniy)
PERIODICALi Svaroohnoye proizvodstvo, 1959, Nr 3, pp 22-23 (USSR)
ABSTRACT: The results-of.an experfriental investigation of the effect of
spot.w4d sWing in spot weld joints are giveno Con-
trary to the case of the siatic strength, the fatigue strength
limit of sheet metal in a spot weld joint decreases with an
increasing space between the spot welds, and the loading
upon one single spot increases. The fatigue strength bf
a spot weld joint as a whole decreases when the OPOt Oacing
increases. There are 3 graphs and 1 table.
ASSOCIATION: MAT
Card 1/1

t4.
ell
I vi
41 1
i r
jig
oil
It a
65 AM 9
9 9

82286
S/135/60/000/'007/002/'bl4
A006/A002
AUTHORS: 811LD, lj&., Kuznetsov, V.A., Engineers, Ellya9heva, M.,A., Candidate
of Technical Sciences
TIME: The Strength of Weld Joints in Aluminum Allo a oduced by Ultrasonic
Weldi Process
PERIODICAL: Svarochnoye proizvodstvo, 1960, No. 7, PP. 5-8
TM: Information is given on results of investigations in-to the strength
of weld Joints produced by.ultrasonic welding and subjected to al;atio and vibration
loads and to the effect of temperature. Specieens made of 0.8 mm -thick "AMr3M"
(M%3M) and 1.2 mm thick "A 16M" (D16M) alloys were subjected to 3hearing and
breaking tests at 20, 100, 150, 2DO and 2500C. The specimens consisted of two
plates joined by overlap welding on a laboratory installation equipped with a
93r-16" (UZG-10) generator and a "ncm-7" (PSM-7) transformer. A conic steel
tool with a removable spheric "MY15" (Shxh15) steel tip was used. The dimensions
of the tool provided for a triple augmentation of the oscillation amplitude during
the transmission from the transformer to the work piece. The amplitude was measur-
ed by a contactleas vibrometer. The welding time was controlled by then ne-W
Card 1/,3

82286
S/135/60/000/007/002/014
Aoo6/Aoo2
The Strength of Weld Joints in Aluminum Alloys Produced by Ultrasonic Welding
Process
(FV-52) electric chronoscope. The frequency of oscillations remained constant
during all the experiments; it was checked by a "3 r_11" (Z0-11) sound generator
and a '130 _" (EO-7) cathode osaillograph. Welding parameters are given In a
table. Specimens for comparative tests were welded on a standai441 spot welding
machine using the conventional technology. A comparison of results leads to the
following conclusions: The static strength of Joints in D16M and AM&V4 alloys
produced by ultrasonic welding and subjected to shearing and bre.%king tests at
room and higher temperatures Is not below the strength of Joints obtained by
resistance welding. A raise of the temperaturetD 1500C reduces -the strength to
20-25%; and to 40-45% at 2500C. Ths, fatigue limit of overlap Joints produced
by ultrasonic welding Is similar to that of analogous Joints obtained by contact
welding. Vibration strength of ultrasonic weld Joints Is extremaly high and
approaches that of the base mAtal. It is by _V% higher than the vibration
strength of resistance-welded Joints. In static tests the stability of strength
of ultrasonic welds is lower than that of resistance weld Joints. The dispersion
Card 2/~

82286
S/135/60/000/007/OC2/1Di4
A006/AO02
The Strength of Weld Joints in Aluminum Alloys Produced by Ultrasonic Welding
Process
of results obtained from vibration tests Is practically similar for both cases.
There are 5 figures and 5 referencesi 3 Soviet and 2 Ehglish.
ASSOCIATIONi Institut metallurgli Imenl A.A. Baykova AN WSR (Institute of
Metallura imeni A,A, Baykov, AS USSR) Kuznetptov, V.A.;
El'yasheva, M.A.
Card

I
FRILM Yakov Borisovicbj ZILOVA; Tatlyana KIrinovna; DENINA, Vina
Ivanovna; BOEYLEV, A.V,,q doktor tekhn. naukp retBenzent;
EL'YASHEVA, M.A.,, kand. tekbn. nauk, red.; BUIRAKOVA, O.N..,
red.; NOVIK-,-A-*Ta,., tekbn, red.
[Using the method of rioned-on gratings in investigating
plastic deformation and breakdown] Izuchenie plasticheskoi
deformateii i razrusheniia metodom nakntarxqkh setok. Mo-
skva, Goo. naucbno-tekbn. izd-vo Oborongizj 1962. 187 p.
(KIRA 1514)
(Deformations (Mechanics)) (Plasticity)

I r,~~OTI sov/6025
Soveohehanlye po untalonti r-tatallov. 2nd., r.02cow, lr5O.
Talklicheaknya prochnont' rn,,:~Lallov, r-itnrlnly vtoror.o rovcnhchani7a,
po uotalosti mntallov, 221 - 2'r !f. V, )0 g. (Gynilc [*,2tnl
StranGth; Materialo of the S,-~cf:nd Ccn,r.-rPnvi on the Vatiglic! of
lt5o) -,-1 ~! r * ~e, v
Metala, hold Itay 24 - 27, 1, 11: !::d-vo fal .55R, 1952.
338 P. Errata clip Inucrted. 21300 coplec printed.
Rasp. Ed. t ~1. A. OdIng, correapondinr- or thq Anndc,rzy Of
Scienceo of the =Mt; Ed. of FuWtihing Housel A. 11. Clhcrnov;
Tech. Ed.t A. P. Guseva.
PURPOSE: ThIs collection or artlrle,~ to Intended for sciontiric
research workers and matalluvgloL.,~.
COVERAOR: The collection oontainn przjic~7n prenented ind dlatulsu'!d
at the second conferonco on fatlj~i-~ of m~-.Lnlu, which ,ms hcl,A
at the Inatituta of Hatn1lure-y In :I!y 1%30. 71111!,',~l P"1wr-, C-11
with the natura or ratigua ri-niatmia, !;hfj mochanlum of for-m-itton
Card 1/10

iCyalic Metal Strength,(Cont.),- SOV16025
and growth of fatigue crackol the role or plastic defo~~mlbion
in fatigue frneture, nn anoclarated mothod or dotoemining
fatigue strength, the plotting or ratipAie diagrains, and
various fatigue tent met1lods. Hew data are prenenttd on the
sensitivity or high-strength steel to atreac conc6tration,
the effect of stress concentration on the criterion or fatigue
failure, the effect of the size factor on the atrctif-th of
metal under cyclic loads, and revulto of endurance teats of
various machine parts. Problems connected with cyclic metal
toughness, internal.friction, and the eCfect of corrosion
media and temperature on the ratipme strength or metala are
also diacuenod. No personalitica are mcntioned. Bach article
Is accompanied by rererences, montly Soviet.
TABLE OF CONTENTSt
NATURE OF FATIGUE FRACTURE
Odin&, 1. A. Diffusionless Mechanism of Pormation and Growth of
a Fatigue Crack 3
Card. 2/"

Cyclic Metal Strength (Cont.) sOV16025
Zaytsev, 0. Z. Accumulation bf Plastic' StrAin ;Undnr (11yelic
Loading 61
Origorovich, V. K. Fatigue Practure In Relation to*the Fibra
Orientation in Steel Parts 73
Zaythev, A. M. Investigation of Laws Governing the Formation
of Fatigue Fractures 82
Kabrin, M. M., and P 1. Sokolovokiy. Special Pastures of
Steel Fracture Undi~-dkr-~--Tr---dda in 'Relation to AnItotropy
or Its Structure 94
FATIGUE TEST METHODS
Ivanova, V. S. and S. Ye durevich. Experimental Verification o'
of the Accelerated Method for Determining Fat;1gue Strength 110
Blyanheva, M. A. Investigating the Possibility of Applying
ffre-Acc-e-re-29fted Method for Determinibg the Fatigue Strength
Card 4/9

8/137/62/000/012/051/085
A006/A101
A=OR: _2149sheva, M. A.
TITLEt Investigating the possibility of using the high-a~sed method for
determining the fatigue lWt under asymetrioal cyclic loading
conditions and different technical processings
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 12, 1962, 103, abstract
121635 (In collection: "Tsiklioh.*prochnost' metallov", Moscow,
AN SSSR, 1962, 123 133)
TEXT: The author describes results obtained-in the checking of an accel-
erated method proposed by V. S. Ivanova for the purpose of determining r,-w;
values for the critical number of cycles, Her-are given for different materials,
during changes in the conditions of the surface layer, the welding method and
other technical factors in symmetrical and asymmetrical loading cycles. The
data presented are of a statlatical,nature and based on the-systematization and
processing of fatigue curves, pbtained during investigations of the effect ' of
techniques upon the cyclic strength of Al, Mg and Ti-alloyspecimens, alloyed
Card 1/2

8/137/62/000/012/051/085
."'Investigating.the 'possibility of... Aoo6/A1o1'
steels and other materials. The-author shows the.satisfaotory agreement Of Ner
in the comparison of specimens subjected to different technical treatment (for
the same material). Ner values for alloys do not agree in particular cases,
with the critical number of cycles for pure metals; this is explained by the
effect of alloying elements upon physical constants, sikah as specific heat capa-
,pity, melting point, and E. The asymmetry of the cycles under otherwise equal
conditions, has no noticeable effeat on the-magnitude of Nor- It is concluded
that the accelerated method of determining the cyclic strength is promising in
the-solution of various technical problems. However, its wide use is limited by
the lack of checked fatigue criteria for the majority-alloys, and because con-
crete data are not available on the limitations and the permissible application
fields of the method (scale factor, test conditions, etc.). The author points
to the necessity of continuing research in this direction by special investiga-
tions and the statistical processing of the experimental data available.
L. Gordivenko
[Abstracter's note: Complete trainslatlohl
Card 2/~

3/124/063/1000/003/0064/065
D21 3 4 /D3 O~'
A Fli ~7as
TITLE: Investigation of the possibility of application of an
accelerated method of determining the fatig-ue limit
in the conditions of asy=atric fat-i-lue cycle, with
different technological treatments
R&RIODICAL: Referativny--y- thurnal, Mekhanika, no. 3, 19630 71,
stract 3V507 - (Iji~ Collection:- Tsiklich. proch-nost, I riae-
tallov M All -SSSR? 1962, 123-133)
TEXT: The author giv'es fatigue curves of 6pecimens made of alutj
minum, magnedium and titanium alloys and alloyed steels subjee't to
bending and iension-compression symmetric and asymmetric
The specimens had different the surface layer. The method
J. weidinS -and - tb:, technological factors were varied. The (fata
o er
are used for checking the accelerated method prOP03ed by V. S. Iva-
nova (Izv. All SSSR, Otd. takhn. n., 1960, no. 1 ; Zavodskaya labora-
--toriya, 1960, v. 25, no. 5, 593-598 - RZhMekh, lqb'. , iVt)31 )' on the
Card /2

S1 12 4 /6 30 0/0 0 31 1066 4 /66 5
Investigation- of- the- D234/D303
basis of the hypothesis of energetic similarity of fatigue destruc-
tion and mel-t-ing of metals. The values of the cyclical constant of
destruction a 0 were taken from Ivanova's papers for pure motals
correaponding to the basea of alloys used in the present paper. The
critical number of cycles N.,, was ietermined froza the experimental
r'
vaiue of fatigue limit. It is shown that N k for the same metal or
alloy depends little on the cycle asymmetry and the technology of
preparation of the specimens. Z-Abstracter's note: Complete trans-
lation..,7
Card 2/2

,VOLKOV, S.I., kand. tekhn. nauk (deceased); GORODETSKIY, I.Ye.,
doktor tekhn. nauk, prof. [deceased]; GOROSHKIN, A.K.,
insh.j DOSCHATOV, V.V., inzh.j ZAMALIN,-V.S.f-inzh.,-
KEDROV, S.M., kand, tekhn. naukj MALOV, AA, kand.
tekhn.nauk, prof.; MARDANYAN, M.Ye., inzh.; PANCHENKO,
K.P., kand. tekhn. nauk; ROZHDESTVENSKIY, L.A., kand. tekhn.
naukj SEXRETEV, D.N.9 insh.1 SYROVATCHENXO, P.V., kand.
tekhn. nauk; TAURIT, G.E., insh.; ELITASHEVkt.j..k., kand.
tekhn. nauk; YAKUSHEV, A.I., doktor tekhn.nauk prof.; KOVAN,
V.M., doktor tekhn.nauk, prof., red. [deceasedi; SERGEYEV,
,V.M., inzh., red. izd-va; CHERNOVA, Z.Ir,.takha. red.; ELIKIND,
V.D., tekhn. red.
[Handbook for the mechanical engineer] Spravochnik tekhnologa-
mashinostroitelia; v dvukh tomakh. Glav. red. U.M.Kovana. Mo-
skva, Haftiz. Vol.2.1963. 912 P. (MIRA 16:7)
(Machinery--Design and construction)

ARKHANGILISKIT, A.. BABAYVoM., GIADKOV. K., UOYASHVICH Z " KAKYSHKO, A.;
POM
XUZTATIN. %L.. JrULITV. S., OY.T..
RIZIIK, A.$ OVA, Ye.0 TARASOV, A., TULIN,V., SHISHKIN. 0.,
SBKOLIUIKDVo B., SHrURMAN, L..-CH&SNO107, V., ErINDIZAM, A.
K.N.Kullzade, candidate of anglueerings Zaerg.biul4 no. - 23-24
my 158. (KIRA 11:8)
(Ulizeds, Kissim Noyrus, 1908-

mAkwun 6 -kwsmm
Shoo Jaimfecturing 4414.0w
02amats of Lwk or Ccutrolj,~I. wrwhow, 124 pplrr~'_
4P&w FinaDw Vol VM0 No 9
Criticizes 3Aok of ccutrol In canneatica with
VmAitures for capital coustracticiis "Vital re-.
P"",. au& mbibmame work. Xvided ocutr6l
swh.axpa~twrm b etwom Avmbmk .(Toduffulua
Cokbank (ftateL Bank)' 'amid main aWnistruti
wepecU14 criticized. lkwarestaft
criticized for acmiring up such
& cantract 4wloo betweau two factw7 d"to pegs
scuallties Involved waz Mro7tmm,, Deputjr V
/Manking W8.02W (Ocntd)
of the plant, and Almal 121=1 Capital Repair Wrk
Dopt Rea'. Indication that a we& of "..,w rubl"I
a dagr for ccrAtruotion vark at Darevestulk footweIW"
Zactory was too hi&.

ARALOV, V.1 ILITASHDVO Me
Disoounts on the grade and quality of goods. Bove torge 34 U0912:
33-36 D 16o. (MIRA 13:12) -
(Russia-Manufactures) (Russia-commerce)

SOV/3-58-11-17/38
'AUTHOR3t -Netsenko,.A.Y., Candidate of Economic Sciences, and Eltyash-
ovi, L.L.tAnsistant
TITLEs In,Tbis Way the Ability of Creative Thinking is Being Dt-
veloped (Tak raziivaystaya umentye tvorahooki myslit')
PERIODICAM Veetn1k.vyeehsy shkoly, 1958, Nr 11, PD 45 49 (USSR)
ABSTRAM The Chair of Political Economy of the Leningrad Polyteohni-
o4l Institute is devoting much consideration to seminar
exeroisse# particularly to the method in which they are con-
duoted. The main purpose 'of a esminar~is to arouso in youth
love for science, inquisitiveness, ability to tbink indepen-
dently and to understand the complicated phenomena of so-
cial life. For this reason, the Chair strives to ensure
that the students comprehend well the material they aro
dealing with, that they know how to prove the correctness
of the theses expressed, can reply to questions for which
there are no ready answers in the textbookl apply the matter
they have learned to events of international and domeSUC
lifeg *to. The authors then go on to explain how a seminar
Card 1/2 can be made creative. For this purpose they quote an ex-

/13
AUTHORS: Gorelik, R. Ya., KLyukim S. B. 119-1-1% -
TITIZ: Piston Pressure Gauge With Automatic Load Shifts
(Porshnevoy manometr s avtomaticheskay smenoy
gruzov).
PERIODICAL: Priborostroyeniye, 1958, Nr 1, pp. 29-29 (USSR)
ABSTRACT: The characteristic feature of this pressure gauge consists in
a stepwise arranged headpiece which is rigidly connected to
the piston. When moving upward the load is taken up stepwise.
In the moment when the load on the piston does no longer touch
the body of the pressuregauge a constant pressure
establishes itself in the whole measuring system which is equall
to the weight of the load plus piston divided by the effective
surface on which the load is placed. At this moment the
measurement is performed.
Together with the piston pressure gauge there are connected
2 signal pressure gauges, 2 relaysy 2 magnetic valves and
a pressure equalizing reservoir, and they are on the one
side connected with the compressed air distribution system
and on the other side with a 220 V and 27 V system, This
Card 1/2 represents the total measurement system.

Piston Pressure Gauge With Automatic Load Shifts 119-1-10/13
There are 2 figures.-
AVAILABLE: Library of Congress
1. Pressure gages-Operation
Card 2/2 -

1476-66 EW(d)/T IJP(C)__
ACCESSION NR: AP5021863 UR/0280/ 65/ GOO/ 004/ 0192/0194-
A-1; Q:r
AUTHOR: Mosevitskiyi- L- 3 E 1-yukim, S. B. oscow) "Z
(Moscow), (M
-7-
T
bi
SOME: AN-SS -kh
SR. Izv stiy*'--.Te nichoskaya ernetika, no. 4, 1965,-192- 94:
't TOPIC TAGS: nonllnesr-~progr~_Wlng -__olgorithm computer~prdgrammiag,-nonlir(dar
,iquation
ABSTRACT: Numerous technological objects may bedescribed bya s,stem of alge-
braic or transcendental equations. In the majority of cases such a (basically
nonlinear) system of equations is extremely complex. The authors propose a uniquei
numerical metbod for the solution of the systems of nonlinear equ~ttions or for thei
study and opt~,Aizing of a certain function of the variables of the problem. It
is a generalization of Newton's method of tangents and the gradient method for
the extremum search, and the authorn apply it to the son-called-local-
re w ich-i neare --Initial-L-a A"
pprox
-9MVo lied
t n -.----On--the~baeis--of-~the hod an algaiitbia.was developed at the
--institut atomnoy energii im. 1. V.-Kurchatova (Institute of Atomic EnergyY4~ad
to a universal program of local.analysis of no ear equations aaT in-equalities
Card

L 1476.66
ACCESSION MR: AP5021863
on the M-20 co' maxi=='order of the pro'blem under stuxly is 45
mputer. The The
program has -already been succ f 'used'for the solution of ntnaerous problems.
"The authors thank V. A. K egg UAY~
hodako N, N. Ponomarev-Steanov for their participa-I
tion in the discussion of the present paper and.for their useful remarks."
Orig. art 11-
ormulas.
ASSOCIATION,- None
M11
SUBKITTED: ZWul63 SUL CODE, - Opt
ENCL.-- 0O____
~NO REP SOV: 000 OTHER:. 001

nAvmt MOAOF Lw1hol NMKNA BOB*
T-~
O,PtA'=3 TOALWa VIMMILV Or U terrlW'71 PM40tro"b 'a
no#32&40-4 165s DaU M22)

ACC Nih AP6020359 SOUME CODE: UA/0104/6
AUTHOR: KholM, A. M. h WYWdM' & Be (Mjineer) ftuchizo V. Ye. (AWLneer);
Xvivets. ~14W'J
J~.
Was:
41~tjoft-'or r,
00 or-
1~2=u App3
SOUXMS
elm olectria, cable Islectric histwolk, electronic
TOKC TA933 triad to
computerl 24-W, alset-n. `~:"4111111011
tj virIM deelp: and aLvouit calodatiamis
-discussed- in--dormeation- abed Una- kmzwh- of- the_.Teploi
is
1d
proyelct Institute. The paper in question deals with design consileratione W2d OCE~S
o wiring racFw-ai systems used at electric power plants for auxiliary power circuits. An
electronic computer of M-20 type was used by the Institute for circuit and conductor Cal-
culations on the basis of layouts providing information on cable raceways, cable crossings,
junctions, riser columns, interconnections, etc. Numbers were assigned to each raceway,
column, connection and special ta7bular graphs were prepared. The mathematical aspect of
calculations is discussed by the authors and some examples of using graphs are explained.
Various versions for economical cable laying (shortest distance, cable weight) are briefly
examined. The results obtained in cable raceway calculations include the cable length,
panel number, consumer number and interconnection numbers.
SUB CODEt 09/ SUM DATEt None
Card UDCs 621-315.29