SCIENTIFIC ABSTRACT SRETENSKIY, L.N. - SRIBNER, L.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001652730013-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SRET.ZNS,Y-IY. L.N.
CoapdMk-otthe tangential forces of wave resistance of a sphere
moving along a circular path;.-~,Trudy MGI 11:3-17 '57. (MIRA 11:3)
Crluid meAknics) (Waves)

AUTHOR, SRETENSKIY, L.N. 41 0 - 4 - 2 4112.1
TITLEs Remarks on the Article."On the Directed Wave Emission out of
a Domain Which in Subject to External Pressure"*
(Zamechaniya k statYe L.N.Sretenskogos'10 napravlennom izluche-
nii voln iz oblasti, podverzhennoy vneshnemu davleniyu".)
PERIODICAL: Prikladnaya Mat.i Mekh., 1957s Vol.21, Nr 4, PP- 595-596 (USSR)
ABSTRACT: The author gives a correction of the errors of calculation
of his paper mentioned above (see Priklad.Mat*.i Mekh.20,3,
1956). The final result of the paper (the emission is direct-
ed) is maintained.
AVAILABLE: Library of Congress
CkRD 1/1

fhe Dyanmics of Solids in the Works of Euler. In the book: Leonard Eyler Sb.
statey v chest' 250-letiya so dnya rozhdeniya, predsta7,rlennykh Akademii
nauk SSSR ~ eonard Fuler, Coll-betion of Articles in Honor of the 250th
Anniversary of his Birth, Presented by the Academy of Sciences USSR), Moscow,
Publishing House of the Academy of Sciences USSR, 1958, pp. 210-230, Figs.
1 inset portrait. Summary in German.

Unvablished Marus~:ropts of A. 11. Lya-Punov. in the book: Trady Tretego
Vsesoynznogo matematisheskogo sezda. Moskva, iYan' iYul' 1956 &-nird All-
Union Mathematical Conference. Moscow, June-July 1956), Vol. 3,
Obzornye doklady (Sur,,rey Reports), Moscow, Publitthihg House of the Academ'y of
Sciences UESSR, 11058, PP. 4a0-500.

5,
16(1)
AUTHORSs Skoryy, I.I., University Lacvirtr, &M !07/55-58-2-33/35
tbpyto~, V.D., ncia...1fic AS.I.t.tt
TITLEt Loconosov - Lecture& 195T at the Xozhkn%~-
Faculty of Moscow Stst. tri-ratty
obt.niya 1957 goda, no makhan1ko-t-ticheakom f4kulltets
YCO)
PEBIODICALi Vestnik goskov.kago Univer.itetv. S-rI,-a Mt`c_tIkI. iaek:ianiki,
"tronoscill figilti, khImil, 1958 -'r -,,Fe 241-246
ABSTRAM The Lomorcoov lecturcs 1957 took p1- from 0--obar 17
October 31, 1957 and woredollicated the 40-th ...iv.r3ary
of th
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In t h Cral ma.ting 4.. ralmog*c-cv, Ac"v='.clan spoke
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Uriablee by Superposition cf %nct'zzx litb Less Variables
and d -Entropy of Classes of Functiom-. !he lecture generalizoa
the "S"Its of tolmogaroy , AG. V-t-bkio. 7.Z. Arnolld ..d
T.M. TI khoMIrov . The contents has te.m .1r.ady pabll.h.d
(Dokl.dy Aks4smil "-k 5SSR,114,5)- Prc!os.or
5~_ _06;!~qr of -,he L-4demy of Sciences of the Z- SrH. .-Poke- ojij_
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th~~ UJj"Z (A. I. Yoznez~zi5kiy a-d Yu. V. K,--,ivtsov), who are both
Co'-'!V.,~-oratorj of R~.oearch Injtitute imeni
A. ~!. Krylov, we::a eL--cIIcd rc;.-bnrs cf the tocl--nical
0 i t t,~~ e .
T;_ 1,1 T(jl'r:
USI'J,--t 033.R~
AVAILLBL,': "Y
1. Ships-Motion 2. Ships-VelocitY 3. Ship-Test results
Card 2/2

AUT90R: Sratenskiy, L. N., Corresponding 2o-119-6-15/56
Member,-Te-a-d-e-m-y-W Sciences, USSR
TITLB; On the Theory of Gas Jets (K teorii gazovykh struy)
PERIODICAL: Doklady Akademii nauk SSSR, 1958, Vol- 119, Nr 6,
PP- 1113 - 1114 (USSR)
ABSTRACT: The equation by S. A. Chaplygin for the determination of the
floyr function of the steady gas flow
2-6 1 (20 + 1 )-Z~
-t )p 2 (1 --C)P+1 92 = 0 Possesses'
apart from the particular solutions given by S.A.Chaplygin
another family of particular solutions, which permit to solve
several new problems on the jet-like motion of a gas. The so-
lutions consist of a function, being the product of a function
Q(Q) and the function T(r ). These functions represents integrals
of ihe differential equations
Card 1/3 d29 /dg 2 _n29 - 0

On the Theory of Gas Jets 2o-119-6-15/56
-like mounting is fitted, through which a compressed gas is
ejected into free space. The flow function of this gas flow
is wanted here. For this purpose the solution written down in
the first section of this paper of the Chaplygin equation is
employed. The thus resulting + is written down explicitly. It
is possible to solve a few other problems of the theory of gas
jets with the same computation method, which were solved by
N. Ye. Zhukovskiy for an incompressible liquid. There are 1
figure and 1 reference, I of which is Soviet.
SUBMITTED: January 29, 1958
Card 3/3

LUZIN, Nikolay Nikolayevich [deceased]; S~E~ ~~, otv.red.toma;
LAVFMTIYNV, M.A., akademik, red.; GIRMOGANOV, A.V., red.izd-va;
SHSVCHMMO, V.G., tekhn.red.
[Collected works] Sobranie sochinenii. Moskva, Izd-vo Aknd.
nauk SSSR. Vol.3. [SWRies on-fatious problems in ukthetbtical
ILqboty po razlichn" voprosam matematiki. 1959. 505 p.
(MIRA 12:8)
1. Chlen-korrespondent AN SSSR (for Bratenskiy).
(Mathematics)

LYArUilov, A.M., akaderp"'k; red.; ITIKOLAYETTA, L.K.,
:~ed.izd--va; GUSEVA, A.P., tokim.red.
[Collected works] Sobranie sochinenii. Mosk-ta, Izd-vo Akad.
jinu.k SSSR. Vol.4. 1959. 644 p. (MIRA 12:11)
1. Chlen-korrespondent AN SSSR (for Sretenakiy).
(Equilibrium)

L N
Remarks on the Posthumus Work of N. fl. Luzin or, the Integration of the
Equations of Curvature of' Surfaces on 11 e Principal Axis. in the boo1k:
Luzin N. N. Sobr. soch. (Luzin, N. N. Collected Telorkso, Vol. -Z, Raboty Do
razlichny-m voprasam matematiki (Works on Various Probleras of Mathematics),
Moscow, Publishing House of the Academy of Sciences USSR, 1959, pp. 461-46$.
Bibliography of 3 Titles.

SOV/17-9--59-1-8/36
AUTHOR: Sretenskiy L. N (Aloscow)
T=M': n the Wave Resistance of ShiDs in the Presence of Internal
Waves (0 volnovom soprotivlenii sudna Dri nalichii vnutrennikh
voin)
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye tekhnicheskikh
nauk, Mekhanika i mashinostroyeniye, 1959, Nr 1, pp 56-63,
(USSR)
ABSTRACT: The problem of wave resistance of ships in the presence
of internal waves can be simDlified when an assumption is
made that a liquid.flows around a stationary object such as
a ship. Then the system of coordinates of potential velocity
can be expressed as:
11 = ex +- (P,(X, Yt Z), and 12 = cx +- (P2(xl Y7 Z)
where 1 and 2 denote an upper layer affecting the ship
and lower, remaining layer of liquid respectively, c -
velocity, (p - coefficient of motion described by Eq.(l). TWO
conditions can be found for the discontinuity between the two
Card 1/4

SOV/179-59-1-8/30'
I
On the Wave Resistance of Ships in the Presence of Internal Waves
layers: a condition of equilibrium of the vertical velocity
of two different densities (Eq.(2)) and a condition of con-
tinuity of pressure, (Eq.3) ( densities of upper and
- depth of ~~' 12 -
lower layers, h' wer layer). The functions cp'
and ~pll from the expressions (4) can be shown as equal to
Eqs.(5). When the functions A, B, C are calculated as in
Eq.(6), the expression for the potential of velocity y" can
be written as Eq.M. This formula becomes Eq.(15) after
performing the transformations EW9-14). The formula (15)
can be applied in determining the wave resistance of the Mitcbell
type ships. In this case a relationship of the potential of
velocities produced by motion of ships and the potential of
components on the diametrical plane (S) of the ship ex-
pressed as : c af(x,z)
F(x, 7R ax
(y ~ f(x,z) - equation of ship's surface) should be consid-
ered. Therefore, the formulae (4) and (5) should be adjusted
by taking x-~ instead of x and by taking Q, --4?fF(x,z) .
Then the function ~2(x, 0, z) is found (bottom of p 60) and
Card 2/4 the equation of wave resistance R is evaluated (Eqs.(16) and

SOVk7g-59-1-8/36
On the Wave Resistance of Ships in the Presence of Internal Waves
(17)). If p, = oo , r - 1 in Eq.(17), then the formula
can be applied for the Mitche-11 ships for shallow waters in
order to find the wave resistance of the submerged rigid body
in the lower layer, the potential of velocity 1-1 (Eqs.(18),
(19) and (20)) of a 2-layer liquid is calculated for the
depth i;< - h . In this case the harmonic functions (pl
and (p" are expressed as in Eq.(5), while the unknown
functions A(k, 9), B(k, 9) and C(k, 9) are calculated
from Eqs.(l), (2) and (3). In order to transform Eq.(19) into
Eq,(20) the value of Q is taken as 2c8f(~'~ Y/34
and Eq.(20) is substituted into the equation of wave resis-
tance:
R =-2p,c U1 (X, 0, Z) Lf dx dz
L a. G1 ax
(S)
Card 3/4 (the final form of which is given atu the bottom of P 63).

SOVA79L-59-1-8/36
On the Wave Resistance of Ships in the Presence of Internal Waves
where y 0 is equal to the positive root of Eq.(12) when
Eq.(Il) is applied, or yo =:O when Eq.(10) is applied.
There are no figures or references.
SUBMITTED: September 8, 1958.
Card 4/4

66469
CT~ 2 10-
04 o~
AM70R: Sretenskiy, L, NT, . Corresponding Mle-mber, AS USSIR
T
ITLE:
Diffraction of Waves in the Cauchy-Poisson Problem
PERIODICAL: Doklady Akademii nauk SSSR. 1959, Vol 129, Nr 1,
pp 59 - 60 (USSR)
ABSTHACT: A semialarle may be assumed to be vertically immersed into
an infinitely deep and heavy fluid, the edge of which is also
vertical. It is then assumed, that a concentrated initial
increase in the volume S occurs at a certain point A of the
fluid surface at zero time., Then the formulas for determinina
the shane of the fluid surface in an arbitrary moment is deter-
mined by the au-thor. In this way the propagation of the waves
may be found, which touch the solid partitici. This problem
of the unsteady wave diffraction was the subject of the disserta--
tion by L~ A,, Boyko to obtain the degree of a candidate (Ref 1).,
L. A; Boyko investiaated this problem by expansion into infinite
series, According to the opinion of the author the method by
A, Sommerfeld (which was also applied in the present paper)
yields a more complete and more simple solution of the problern,
Card 1,13 than the method of infinite series. The position of "he particle

66/469
Diffraction of Waves in the Cauchy-Poisson Problem SOV/20-129-1-15/64
of the fluid is determined by 3 cylindrical coordinates 0, r,
z., The angle 0 is calculated from the intersection line of the
immersed plane with the undisturbed surface of the fluid. An
expression for the distance R between an arbitrary point of
the fluid surface and the place of the initial concentration of
the fluid is given, Without partition, it would be possible
to determine the velocity potential by means of a known formula
of the Cauchy-Poisson problem. The author shows, that also
the present problem of the hydrodynamics of waves may be solved
by the for-mula
T(Q.r,z,0=(gS/2TL ~(sin (It/c)ekzj (kR)k dk (where a2~ gk) by
b
the applIcation of the method by Sommerfeld to the theory of
diffraction of light waves,. In the above formula, however,, the
Bessel-function J0 (kR) has to be replaced by a certain function
T(G,r,k) which is defined in detail by the present paper- The
comolete rise of the fluid level may be described by the follow-
in- svstem of formulas:
C rd' 23

SRETMSKIT, L. N. SEEERzH-=-KavicH, Ya. -L. ~Mosn_O-Wj
"The Cauchy-Poisson Problem for Waves of Finite Amplitude."
report presented at the First All-Union Congress on Theoretical and Applied
Mechanics, Moscow, 27 Jan - 3 Feb 1960.

Slit. mism, L. N. (MQSQOW)
"The theory of tides and related problems."
port presented at the First All-Union Congress on Theoretical and Applied
re v
Mechanics, Moscow, 27 Jan - 3 Feb 1960.

SEETERSKIY., L. N. (Moscow) '
,,sur Iea oscillations Non-Stationnairee Des Corps Flottants."
report submitted for the Xth International Congress of Applied Mechanics,
Stre8a. ItalY, 31 Aug - 7 Sep 60-

L~ ~ ~ .- .~I .
"Sur les Oscillations Non-Stationnaires des Corps Flottants."
report to be submitted for the Intl. Council of the Aeronautical Sciences,
Second international Congress, Zurich, Switzerland, 12-16 Sep 6o.

10,190,90 68977
Cor
AUTHOR: Sretenskiy responding Member S/020/60/131/02/015/071
or Trie am u SH BO13/BO11
41 1~v
TITLE: A Hydrodynamic Problem Connected With the Tsunami Problem
PERIODICAL: Doklady Akademii nauk SSSR, 1960, Vol 131, Nr 2, pp 273 - 274 (USSR)
A13STRACT: This paper presents the summary of the Lnvestigation of a problem
in the theory of lona-wave -!ropagatio','n a rotating basin. The
__n L
author investigates nonstabilized waves which formed at some initial
disturbances. Such disturbances may be shocks accompanying sub-
terranean earthquakes and producing the so-called "Tsunami waves"i
The author here intends to investigate, on the simplest assumptions,
the reflection of Tsunami waves from a straight shore. Using the
known denotations, the system of equations of the long waves in a
basin of constant depth h reads
au - 2wv a I 1V + 2cju a I 2_u + 2-v + .1 2L . C.
7t_ a x at ay ax ay h at
The determination of the function f(x,y,t) is reduced to the inte-
gration of the two equations gb,8f' - 4W 2 2,h av(0) _ au(0) +
2 a2z 2 L ax ay I
+ 46) ~(O) - + 4to Z - ghAZ; + Z. The first equation (in
Card 1/3 at2 10//"'

08977
A Hydrodynamic Problem Connected With the Tsunami Problem S/02 6v/131/02/015/071
B01 3YBO1 1
which U(O), v(O), f(0) denote the present initial values of the
functions u,v,~) determines that part of the total height of the
wave which has become steady, the second equation determine3 the
nonsteady part of the wave process. The latter part is determined
from the following initial and boundary conditions:
Z(X,Y,O) - ~(O) - ~'(X'Y) , az(x,y,o) h + 2_V(O)j
at ax ay
(12Z
[2c, t ay]Y.0 - 0. The basin is extended unlimitedly to all
ax
sides from the coordinate axis y - 0 and corresponds to the positive
values of y. The function Z(X,Y,t) is sought in the form of the
Go
integral Z(X,Y,t) - ~ A(t,y;k)e ikxdk. A formula for the determina-
-00
tion of the function A(t,y,k) is then derived. A complete repre-
sentation of the whole investigation with a discussion of the
individual special problems will be published by the Izvestiya
Card 2/3 AN SSSR, seriya geofizicheskaya. e

85522
S/020/60/133/003/0 24/0 31/XX
C "76o 0 1 G.-ST00 BO19/BO67
AUTHORSt _~~ens~kiy-, L~ N,., Corresponding Member of the AS USSR., and
Sekerzh-Zenlkovich, Ya. I,

TITLE: The Cauchy-Poisson Problem for Finite-amplitude Waves
PERIODICAL: Doklady Akademii nauk SSSR~ 196o, vol., 133, No, 3,
pp. 544 - 545 j
TEXT: The horizontal surface of an infinitely deep heavy liquid which is
enclosed by two walls is given a certain initial velocity which is
different at the various points of the surface., The authors determine the
resulting motion of the liquid by taking full account of the boundary
conditions of the problem on the open surface of the liquid, i.e., they
study not only infinitely small motions. By using the method of
Lindstedt-Poincar6 from celestial mechanics, this problem is solved by
means of Lagrange variables, a, b, and t. iftLa, b, t) and ~(a, b, t) are
the deviations of the liquid particles from eir coordinates a, b at the
beginning of motion, the following set of equations is valid for the
determination of these deviations:
Card 1/3

85522
The Cauchy-Poisson Problem for Finite- S/020/60/133/003/024/031/XX
amplitude Waves B019/BO67
a2 ~ at2 - -OH/da + D(j, H)/D(a, b)
a2 ~/dt 2 _ _all/ab - D(j, H)/D(a, b)
dQOa + 6~/ab = 'D(%Y,j)/D(a,, b),,
where H - (P/Q) + g(b + Irdi p = rodynamic pressure, and Q density..
For the initial velocity potential the following ansatz is made
00
T(a,b ) = i: F_nAn enb cos na from which the coefficients of the series
n~
I + '-2 2 + '~l + ' 2~2 +
H = eHl + & 2H2 +
may be computed.. These coefficients are obtained in the form of trigono-
metric series, and are arranged according to the arguments w IN 2'
The following relation!, holds for w..-
INI= (Cf i0 + F-0 il + E'2 ai 2+ _'_)t L (i = 1,2,_,). In determining the
functions ~v I, Hv and d errors may easily occur., and the authors
nard 2/3

, -I
SZRETENE~IKIY, - L. TI.
---,
Elastic ',-Iave-c Ars-ing from Normal Stresses Applied to the Surface of a
Hemisphere. Tn the book: Problemy makhaniki sploshnoy sredy. K 70-letiyu
akademika N. I. Mus)fhelishvili Problems of the Mechanics of a Solid Medium.
On the 70th Birthday of Academician N. I. Muskhelishvili), Moscow, Publishing
House of 'the Academy of Sceinces USSR, 1961, pp. 411-42T.

SRETENSKIY, L.N.
a
Cauch-Poisson problem for'waves. of finite amplitude, Trud
MGI 24:3-24 161. (Waves) ' (MIRL 34:6T

SRETENSKIY L.Nq_~TAVROVSKIY, A.S.
Computing the height of tsunamis along the cost. Trudy MGI
21+:25-47 161. (IUIRA 106)
(Tida2 -waves)
M
rP

PHASE I BOOK EXPLOITATION SOV/6201
Vsesoyuznyy s"yezd po teoreticheskoy i prikladnoy mekhanike. lstMoscow, 1960.
Trudy Vsesoyuznogo s"yezda po teoreticheskoy i prikladnoy mekhanike,
27 yanvarya -- 3 fevralya 1960 g. Obzornyye doklady (Transactions of the
All-Union Congress on Theoretical and Applied Mechanics, 27-January to
3 February 1960. Summary Reports). Moscow, Izd-vo AN SSSR, 1962,
467 p. 3000 copies printed.
Sponsoring Agency: Akademiya nauk SSSR. Natsionallnyy komitet SSSR pa
teoreticheskoy i prikladnoy mekhanike.
Editorial Board: L. I. Sedov. Chairman; V. V. Sokolovskiy, Deputy Chairman,
G. S. Shapiro, Scientific Secretary; G. Yu. Dzhanelidze, S. V. Kalinin,
L. G. Loytsyanskiy, A. L Lurlye, G. K. Mikhaylov, G. 1. Petrov, and
V. V. 1:rumyantaev; Resp. Ed.: L. 1. Sedov; Ed. of Publishing House:
A-. G. Chakhirev; Tech. Ed.: R. A. Zamarayeva.
Card l/ 6

Transactions of the All-Union Congress (Cont. SOV/6201
PURPOSE; This book is intended for scientific and engineering personnel who
are interested in recent work in theoretical and applied mechanics.
COVERAGE: The articles included in these transactions are arranged by
general subject matter under the following heads: general and applied me-
chanics (5 papers), fluid mechanics (10 papers), and the mechanics of rigid
bodies (8 papers). Besides the organizational personnel of the congress,
no personalities are mentioned. Six of the papers in the present colleation
have no references; tae remaining 17 contain approximately 1400 references
in Russian, Ukrainian, English, German, Czechoslovak, Rumanian, French,
Italian, and Dutch.
TABLE OF CONTENTS:
SECTION I. GENERAL AND APPLIED D4ECHANICS
Artobolevskiy, I. I. Basic Problems of Modern Machine Dyi1amics 5
Bogolyubov, N. N., and Yu. A. Mitropollskiy-. Analytic Methods of,
the Theory of Nonlinbar Oscillations 25
Card 2/ 6

Transactions of the All-Union Congress (Cont. SOV/6201
~~retenskiy, L. N...,.,' Review of Reports on the Theory of Tides 213
Struminskiy, V. V. Present State of the Problem of Supersonic
Gas Flow Past Bodies 225
SECTION 111. MECHANICS OF RIGID BODIES
Berezantsev, V. G. The Theory of Limiting State of Stress in
Soil Mechanics and Its Applications 299
Vekua, I. N., and N. I. Muskhelishvili. Methods of the Theory
of Analytic Functions in the Theory of Elasticity 310
Golldenveyzer, A. L. Development of the Theory of Elastic
Thin Shells 339
Card 5/6

I- I V_ -
/V'- J1,-" /V
STRPNIENSKIY., L. N.
"Motion of a solid body satisfying Appel 'rot conditions."
Report presented at the Conference on Applied Stability-of -Motion Theory and
Analytical Mechanics, Kazan Aviation Institute, 6-8 December 1962

SRFTFNSKIY-,--L.Ni.
Fairbairn's method for the integration of tide equations. Izv.
AN SSSR, Ser. geofiz. no.7047-954 J1 162. (KRA 15:7)
(Tides) (Differential equations)

EWP(r)/EW(iu)/BDS--AFFTC/APGC--EI4
L 107&5e-63
-CESSION ITRzAP3001039 S/0055/63/000/003/000/0071,
AUJHOR: Sretenskiy, L. N. -53
6~z
T IT ME On particular'cases of the'motion of a he!!~lidbod~y with a
Mr.-oscope
SOURCE: I-Jazcow. -Vniversitet., VeStnik- Seriya 1. 24atematika mekhanika
no. 3, 1963, 6o-71-
TOPIC TAGS: Goryachev-Chaply*gin gyroscope, Appellrot
gyroscope, motion equat:on
integrab-11itysolid-body motion
ABSTRACT: Particular cases of the motion of a heavy solid body with one f ixed
point connected with a gyroscope made of a hanogeneous material and rotatii2g
about a fixed axis are studied. General dynamics equations are written and
their integrability is studied for two particular. cases: 1) a gyroscope of the,
Goryachev-Chaply*gin type with principal manents of inertia A. B.,:and C and
the coordinates of the center of gravity 4, T), and ~ satisfying. the conditions.
A = B = 4C, 0, and r ;t 0, and 2) a: gyroscope of the Appel 'rat type
sal
with A, B, Asfying the conditims 0 and,
C, Tj and
Card 1/2

L 10785-63
ACCESSIO-N. NIR: A-03001039
2 C (A_B) 2 0. 1&
A(B-C en X 0 and ~L are projections of
moments of the gyroscope onto coordinate axes) it is shownthat in the first
case the equations of motion
besides the energy integral., have.,another integrdl.,~,
dependent on an arbitrary constant; equations of motion can be integrated in
quadratures and all six unknowns can be expressed in terms of -byperelliptic time
functions. In the second case when 0, three particular integrals are
written, and the problem of integrating the equations of motion- is. reduced. to-
in't,agration of Ricatti-type equations. The straight line connecting the fixed
point with the center of gravity Of - the body is shown to move in exactly the
same manner as the axis of the Lagra nge gyroscope. Orig. art. has:
32 equations.
ASSOCIATION: Kafedra gidromekbanikj MoakovoskQgo =ivewasiteto-(De Unent. of
Hydrcmechanics, Moscow University)
SM-0 25Dec62 DAM ACQ 17Jun63 EXCL: ~-00
SUB CME. I'M A I NO MW SOV'- 000-, OTM:
Card 2/2

SSRETENSKIY, L.N.
I
Hydrodynamic problem related to tile tsunami problem. Trudy Mor.
gidrofiz. inst.AN URSR 27:3-10 163. (KIRA 170)

BRETENSKIY., L.N. (Mookva)
Periodical wa-sres generated by a source situated over an inclined
bottom. PrikI. mat. i mekh. 27 no.6:1012-1025, R-D 163. (14IRA 17:1)

SRETENSKIY, L.N.
Some cases of integrability of the equations of gy-rostat motion.
Dokl. AN SSSR 149 no.2:292-294 Mr 163. (MIRA 16:3)
1. Ghlen-korrespondent AN SSSR.
.(Gyroscope) (Differential equations)

AMINOV, M.Sh., rod.; 80GOYAVIRISKI-Y, A.A,, red.; KALIND, S.V.,
red.; KUZIMIN, P A., red.; LURIYE, A.I., red.;
MATROSOV, V.M., red.; RUMYANTSEV, V.V., red.;
SRETENSKIY, L.N., red.
[Proceedings of the ln-teruniversi~y-conference on the
applied theory of the stability of motion and oii analy-tic
mechanicsl Trudy Mezhvuzovskoi konferentsii po prikladnoi
teorii ustoichivosti dvizheniia i analiticheskoi mekhanike.
Kazan', Kazanskil a-viatsionn7i in-t, 1964. 144 p.
(M1RA 18:1-2)
1. Mezhvuzovskaya nauchnaya konferentsiya po analiticheskoy
mekhanike i ustoychivosti dvizheniya, Kazan, 1962.

SRETENSKI-Y,, L._N.
"On the diffraction of waves caused by strips."
report submitLed for 11th Intl Cong of Theoretical & Applied Mlechenics & General
Assembly, Munich, 30 Aug-5 Sep 64.

~1~8-67 __ DIT(d) 'D1P(v)/a1P(k)/W(kV' ~(1) GD
ACC NRt AT6016798 S 0 UR iji- i:56bE.- -IffI090 0/'6_5 760-67-06 .70-69703-9 6
AUTHOR: Sretenskiy L
ORG: Moscow University, Moscow, SSSR (Moskovskiy universitet)
TITLE: Periodic waves generated by a source located over an inclined bottom
SOURCE: International Symposium on Applications of the Theory of Functions In Continuum
Mechanics. iflis, 1963. Prilozheniya teorii funktsiy v mekhanike SD.ld8W0_3F_Sie_dyt. 2*':'
Mekhanika zhidkosti i gaza, matematicheskiye metody (Applications of the theory of functions
in continuum mechanics. v. 2: Fluid and gas mechanics, mathematical methods); trudy
simpoziuma. Moscow, Izd-vo Nauka, 1965, 389-396
TOPIC TAGS- periodic wave, wave propagation, surface wave, water wave, fluid flow, wave
mechanics
ABSTRACT: In recent years, various authors have published many extremely interesting
articles on investigations of the wave motions of a fluid in a basin having a flat bottom inclined
toward the horizon. These investigations have been described in afbook by J. J. Stoker
(Water Waves: The Mathematical Theory with Applications. New York-London, Interscien
:ard 1/2

L 04998-67
ACC NR: AT6016798
Publishers, 1957(Translatior. Moskva, Izd-vo inostr. lit., 19591) and in a review by J. V.
Wehausen and E. V. Laitone (Surface Waves. - In: Handbuch der Physik, 9. Berlin,
Springer-Verlag, 1960, p. 446-778.). Using the methods of these investigations, the present
author attempts to provide a solution to waves generated on the surface of a fluid by a peri-
odically acting source located at a certain depth over a uniformly inclined bottom. In this
case, it is assumed that the angle of inclination of the bottom to the horizon is a simple frac-
tion of 900; furthermore, only plane-parallel potential motion is examined. The formulas de-
rived make it possible to find a distribution of the vibration source such that the progressive
periodic waves will not tend toward Infinity. Orig. art. has: I figure and 15 formulas.
SUB CODE: 20/ SUBM DATE: 13Sep65/ ORIG REF: 002
.'ard 2/2

2804-66 E-iiT(!)/EiVP(m)/E~IA(d)/FCS(k)/~'WA(l~)
,iCCESS_,16-N--N-R--:-- A---
P5021301 1jw/ 5/dWq64/q667/0671'i,'
AUTHOR z Sr emj~i (Moscow)
TITIX-t The formation of waves of finite amplitude by a fluid source
SOURCE: Prikladnaya matematika-i mekhanikaj~v. 2% no- 4, 1965, 667-671
;TOPIC TAGS: fluid mechanics, Bernoulli equationy wave surface, wave propagationj
iflow profile i
iABSTRACT: Paralle 19 o --flow_of a heavy fluid of infinite depth is
Istudied. rREe--flow stems from asource of constant intensity located under the fluid
isurface. The surface is horizontal in the absence of an active source and is
covered by waves7in the presence of the source. The purpose of the study is to
I
determine the form of the waves created by the source perturbation. The wave forms
jare referenced -to the coordinate system shown in Fig. I on -the Enclosure. Wave
emotion occurs in the x, 00 y plane; the origin of coordinates is taken at the fluid
source) axis y is positive in the upward vertical direction. A denotes the point
ithe wave where it intersects the axis. B and C are points on theflu-id surfaae,
ilocated at an infinite distance from A. Two 'complex variables are introduced ana_',
related to the flow geometry, The problem is reduced to finding coefficients for
one function which may be expressed in.the form of a Maclaurin series. A system of-
Car 1/3

-AA

01,
MOM

SPETE.11SKIYY pror.
Progre3sive surface waves or the general type. Vest. mosk. un.
Ser. 1: Mat., mekh. 21 no.1:90-97 Ja-F 166. (pMIA 19: 1)
1. Kafedra gidromekhan4ki Moskovskogo gosudarstvennogo universiteta.
Submitted '~%rch 11, 1965.

L 27118-66 EWT (1 -"-',VP (m)/EWA (d) /ETC (m) -6/EWA (1) !."V/GW
ACC NR: AP6016892 SOURCE CODE: Uq/0055/6610-00-[0-01/0090/0097
3,cP
AUTHOR: Sretenskiy, L. No-
ORGt Department of lVdromechanias,- Moscow State University (Kafedra"jWo'M
Mosko-vs-ko-go gosudarstvennogo universiteta)
TITM: Progrei;sive surface waves'of general form
SOURCEt" Moscow. Universitet. Vestnik.. Seriya I* Matematika, makhanika, no*
1966, 90-97
TOPIC TAGS: longitudinal wave, transverse wav'e, dimensional flowt integral equation
ABSTRACT: The surface waves considered resemble those made by-A-s-UPS / The farily. of
progressive waves prop g on the surface of a three-dimensional f1d4 consists of-~
simple sinusoidal forms as well as highly complex structurese Thesewavas -a-- dater-
mined by formulas containing an arbitrary function of --no argument. From aset of
four equations derived for the liquid- ce inte Nr--1--s-are obtained for.
surfa iral
io"'deki,-i Pt0ti0"
ive waves of -~T equa!i~
complex Progress general foiu.,, hen
:his
3 --ea6 f i6ir
'the reached farjourms -Lor- p
tionse Conclusions are n
Mu-n 7rr-,.1
dinaland SiFt Jii charwteristion:',of,
transverse sloract ru
"oil
waveB are~indicatedo Orige, ft-b
SUB CODE: 20 SUM DAM 11mar65 .............
.532*592
Card 111KI UDC:

AUTHOR: Sretenskiy, M.V., Laboratory Assistant 471-58-1-2A /35
TITLE: The Perfecting of the Lighting System in a Physics Laboratory
(Usovershenstvovaniey elektroosvetitellnoy fizicheskogo ka-
bineta)
PERIODICAL: Fizika v Shkole, 1958, # 1, p 66 (USSR)
ABSTRACT: This is a description of~'a system to allow the teacher to
switch on the light in a physics laboratory - when the ex-
periment has necessitated putting the light off - without
returning to the main switch.
There are 2 diagrams.
ASSOCIATION: 630-ya srednyaya shkola. g. Moskvy (The 630th Secondary School,
Moscow)
AVAILABLE: Library of Congress
Card 1/1

GAY, Ye.; SRETENSKJY, M. Vc
Installing lights for A New Year celebration. Politekb.obuch.
no.12.,80-81 D 158. (MIRA 11:12)
1. Sradnyaya shkola No-630, g, Moskva.
I(Lighting, Architectural and decorative)

jy
a rl e--y
Tisin- cW'q and 5u-~,~!`tental E-r.,.en Horm. baza no. -1:56-58 ;7 1:52
-r-- of CDngr~!ss, JIA-Y !'~52 Uncl.

-.--f'ect of ~I.h,-: nutr*.tionall area -,~er -~Ian'u on "',le aracun~ of and "he fee;d value of
the silac,e sunfl-,,...,er. 17,aza 14., `To. 2, 1953.
I~orthlv List of Russian Accessions, Library of Congress
jime ."TC L.

C t 1-3 C3 1 t e rature
'.~a7r -,2
"Radioll llo 5, p iS2
Lists the follo-.eLng books: V. I. Siforov's "Radio Receiving Equipment",
C, -
Equipnent", i. A. Valitov and
0. A. Drobov's ."Radio Transmittln, It -
V. III Siet6nsk-tv's "Ra-dio M-asurementus at Super-High *Frequencies",
N. Savostlyanovts
"Renair of Hadio Equipment".
238T86

PIME I BOOK EXPLOITATION 1011
Valitov, Rafkat Amirkhanovich and Sretenskiy, Vasiliy Nikolayevich
Radloizmereniya na sverkhvysokikh chastotakh (microwave measurements)
'C'd cd., rev. and eni. Moscow, Voyen. izd-vo Yi-va obor. SSSR,
41.". p. No. of copies printed not given.
Ed.. Tilchonov, S. N.; Tech. Ed.. trellnikova, M. A.
S
PURPOSE: T1,as book is addressed to engineers, technicians, and-to
sl-udents enrolled in vuzes.
COTERAGE: The monograph discusses particular problems of meas-
urement technIque In the metr1c, dectmetvIc and centrlmetvlc
ranges. The discussions are accompanied by examples and short
de3;~ript'ions of the instruments involved, i.e., technical data
anid requirement.S. Basic considerations in selecting the individ-
jal ~7omponents of measuring instruments ard circuits are discussed,
as well' as the fundamentals of instrument error analysis.

Microwave Measurements 1011
Considerable attention has been given to broad-band measuring
instruments. The book discusses several methods of measuring
ele~~ti;ieal quantitles at frequencles below 100 Me. Problems
measurement. of vacuum-tube, antenna, transmitter and
re,,~--elirer parameters have not been discussed in this book, nor
have -,erta.in special. problems in error calculation (i.e., the
cffp_-~Is cf sctbjer~','Ave factors). For this the reader is referred
to Professor M. F. Malikov's book 110snovy metrologii" (Funda-
mentala of Metrology), 1949. No personalities are mentioned.
There are 9 references, all Soviet (including 3 translations).
TABLE OF CONTENTS.-
Prefal'-e. to the sei-ond edition
Ch. 1. Measurement of Current
General information
2. Methods of measuring current
3. Thermoelectric ammeters
4. Er-r-ors of thermoelectric ammeters
3
5
5
7
9
19

AM4022015 BOOK EXPLOITATION S/
Sretenskiy, V. N.
Principles of application of super-high frequency electronic in-
struments; properties, investigating-methods and appraisal of
i - accuracy in applicatIon -of -super---high frequency instruments
(Osnovy* primene~niya elektronny*kh priborov sverkhvy*sokikh
chastot; svoystva,.metody* issledovaniy i otsenka pravillnosti
primeneniya priborov SVCh) Moscow, "Sovetskoye radio*, 63. 0416
it P- illus., biblio. Errata slip inserted. 15,200 copies printed.
TOPIC TAGS: microwaves, microwave tube, triode, magnetron, kly-
stron, traveling wave tube, backward wave tube, microwave equip-
ment, microwave equipment reliability, microwave equipment aperatans
It condition, microwave equipment interconnection
PURPOSE AND COVERAGE: The book presents the principles of micro-.
wave equipment applications, with principal attention paid to in-
'Cc

AM4022015
creasing the operating reliability of the apparatus. Experience is
reported in the use of devices under conditions that affect advqrse-
ly the service life and the operating stability. The properties
and-technical characteristics of most widely used microwave W!jes
and devices are ana-lyzed-and their operating features pointee out.
Methods are considered for ebeeking th4k correctness of application
of electronic micmowave devices in~appairatus, including estimates of
the type of device employed, operating;,candi-ttions, interchangeabil-
ity, and means of protecting,the apparatus against external effects.
In conclusion, the author thanks Ye. 1. Kurkova for considerable
I help with the calculations and preparing the manuscript; V. H.
I I
, Pivovarov, N. S. Bukhteyeva. ff. N. Bulatova, K. V. Ditman. L. V.
Shchedrovich for help'with'the experiomtor
'Panchenko, and V. A.
PO
V. P. Balashov, R. A~ Valitovj, 1e Ye. Yefimovj, Be Vs Jh*arinp so.
Kuzlmichov, and We N. Xhlopov for critical remarks, and 9. 1..,
'By*chkov and Ye. D. Naumenko-for reviewing the manuscript.
Card 2/4

AM4022015
!TABLE OF CONTENTS*[abridged]:
Foreword 3
~:Ch. 1. Principles 8
vCh. 2. Triodes and modifications of tubes with grids for microwave
frequencies 34
'Ch. 3. Pulsed magnetrons and other high-power genfrzt-I-Tig and UVIi-
fying microwave tubes 96
~Ch. 4. Reflex klystrons and low-power backward-wave tubes 178
Ch. 5. Low noise traveling-wave tubes, parametric and quantum am-
plifiers 235
~Ch. 6. Combined operation of electronic microwave devices in radar
stations 266
;Ch. 7. Reliability *of electronic microwave devices and estimates
of the operating conditions, applications, and inter-connecuon
in the apparatus 317
Card 3/4 ......

Vasiliy
rienic!m zi z 01-1

1EFIMOV, I.Ye.; GRODNEFV,
SUSHKE"11CH) V.I.,
V.N., retsenzent;
------
(iladicCrequency transmission
rodachi. Moskva,
I.I., doktor tekhn. nauk-, prof.y retsenzent;
kand. tekhn. nauk, retsenzent; SRE-TR.,SKIY,
-- ------
GOLOVA140VA, L.V., red.
lines] Radiochastotnye linii pe-
Sovetskoe radio, 1964. 599 p. (MMA .17:5)

I/Seasonal,change3 In the carotenold.and vitam A con
-
~
X
eranx and their
economic hu;;vr-
cautradons of equine e
tanco. : 1. g and P- da Agron. Acadi S
-The
carotenold can-
5
5W
Him
)
5
,
.
.
,
tent of the fodder regulated the blood level ard thus It
WAS Low during thc. winter months. Highbloodcaroten
'eoncu. wRs assocd-with low vitamin A conen. . Fertility
'
mam waj lower and abortions. were more common on
o1
S Bills
.~I?w carotertold Intakes.

SRETER, 7

7'

m

-o
cat"*: ih H-
-Hvi~r function, ungarla
otte
n
p
'
j-::j-
d'
-
- Wk A d h
Sritir
d P
-
- an
.
i
gr r 6
an
tin
i
a
Ma
Kjj
.
..
r
s
y
%
tie
Dairy Sci, Abitro 18i 845(1956).
46 Hu
~ri
fi spotted cows
with el

a
,.
ng
g
less than 2M,.to*nwm tban 5M k i
though not'very c1 el-,c
a t
VQ

."awity
k producti DL
bilazt'L
:0
j4l~~ct!yhy *.Eis- no-t re

SARFY, Krzsabet,11., ; SRKA, Yeranc.
Simple phoBphatase determination. KiserletaB orvostud. 8 no.3:
333-334 May 56
1. Orazagos Testneveles- as Sportegeezaegugyi Intezet Kozponti
Laborat.
(PHOSPHATASES, determ.
gradual photometry, method (Hun))

SRRPER, Ferenc
Simultaneous determination of calcium, phosphorus and
magnesium by photometry in 0.5 cc of serum. Kiserletes orvostud.
8 no.4:443-445 July 56.
1. Oraragos Testnaveles- es Sportegeszoegugyi Intezet kosponti
laboratoriuma.
(BLOOD
calcium, phosphorus & magnesium simultaneous determ.
in minute quantity of serum by photometry (Hun))
(CALCIUM, in blood
simultaneous determ. with phosphorus & magnesium in
minute quantity of serum by photometry (Hun))
(PHOSPHORUS, in blood
simultaneous determ. with calcium & magnesium In minute
quantity of serum by photometry (Hun))
(MAGNESIUM, in blood
simultaneous determ. with calcium & phosphorus in minLte
quantity of serum by photometry (Hun))

MTNER, Josip, ing,
Analyses and elements influencing the selection of machinery for the
trampers of 10,000 ton carrying capacity. Brodogradnja 5 no-3:130-135
'54-
1. Brodarski institut,, Zagreb.

SRLTSENSKAYA, N.I.
Euglenophyta in the ponds of White Russian ':Glesyee. Veatsj AN BSSR
.4 . - .
Ser. biial. nav. no.1:48-52 162. (MIRA 17:9)

SREZVEVSKIY, Yu., inzh.-ekonomist
Methods of deterAining the econmic effectiveness of investments
in the cereal products industry. Muk.-blev. prom. 27 no.1:21-23
ja 61. (Grain elevators) (MIRA 1491)

SREZNEVSKIY,, Yu., inzh.-ekonomist
Planning and om"msatjW costs of grain drying and cleanihg-
Muk.-elev. prom. 27 no.7:21-22 J1 161. 14:7)
(Grain--Cleaning) (Grain--Drying)

_G4

Y
X -IrOO Latin water-air in Imnartant fac or
Ralan bar
aw Dian
Fak iYugoslavia). Z fild
-48;-12M.-Met OFFe and Al Were
2199i), cf. G.A.~ ah
il an
h
~
in
& I
n so
d t
t obtained In thin cita
P-t/
werse
e cu
sou/metat , Z~~-_-V":.protectlatt,~

artlaff ~~ts for
3t
-fine bind, amrse soutd., ordbuwk clay.:.
viontmarilloalte, asid smody pottet's clay On
am On
'0.012,'and 0.015 nut., resp.; the final currents ater i6-
0.14
,
min. are 0.001,'.0-005, 0.0015 ~ OMI and O.W5 M., resp;
Thus It can be'seewthat 606 tick 6 air subd 10* In
]MO
-it sand, do not'corrode too much
like And thi same holds'
'
'~truem for. moam fair in xv, like zmtftiovmo~
Solis high in
::nite, - But If the soil has sufficlent UP i0 lom the
lyte aji' suMckut air to form k
hedepolariv!~; likt ordinary
7 clay. a heavy-coirasion will occur; ~ The fact.that Pt was
wed is 6ne electrodedoii not Invalidate the vMm. sirtiftr.,
valuis are obtained In a chain: ivugh F /polished Fpe.,
e ~_U
V
erner Jacobson. L..;

L

dorkne talluanco Olift electrwyle upon tuo Tate Of UZLRR(:-~
'
n flij ..11
Q=i Yugosial
243(114-0 %W
=

v
3817#,-. 12(0
prmntj, Nev.
lilt
dence tKit 'Pt electrodes can be used to geteorrect (W=--
tion about soil cor nd, the rate of corrosion of v$ In
mixed - with satid-( ad
soil. Mac[ (0-W S. 21 gm
-
-
aud the current in the:eell Vt/,-J.R
Cl + "AdIpe,
o
=1 '
?
l
x
R ted measurements check within the expd.
ratio of the surfaces Pt:Fe is kept from'
error Up 1076), it the
1:5 to 2:1. ~ Shfiflr expts. can-be done with clay,and other!
*
:
~soils. also with MgM and Ca(OH): as Curves
am Plotted of the current3 rueasured ar. the butuldity of the:
SOR used, mid jij~~emplrjcal equatIon.Q.,ti kv- Is derived
'
which bcst: fits .,the curvimbbtalnedi
where Q Is.the scat.
A
,
i and'k and a are co
electricitr. v the H.0 In the soil nsts. which L
are characteristic for each ki~a of so'd used.
Werner law

~ i I -.,, ---/ / " -,~ ,
-~) lr I I ,

SRI ONP, V.
Report on archaeological sites in Lipanca-Pokljuka, near Bled. p. 319.
GEOGRAFSKI ZRORD11K. ACTA GEOGRAUHICA. Ljubljana. Vol. 3, 1955
So. East European Accessions List Vol. 5, No. 0, September, 1956

/~o
PASHKOVSKIY, Anatoliy Ivanovich [Fashkivs'k,,--J-, A.I.], agronom;
M-IENA, K.A., red.
[On the Veselli ~,'aidan Fam] Na Veselomu Vaidani. Kyiv,
MolodlY 19,64. Iv P. -(DURA .18:4)

GITIS, S.S.; MALINOVSKIY, M.S.; PROKHODA, A.M.; SRIBNAYA, V.P.
I--- - -
Reactions of aromatic nitro compounds. Part 8: Interesterification
6f alkyl eaters of nitro (methyloulfonyl)phenole. Zhur. ob. khim.
30 no.9:3072-3074 S 160. (MIRA 13:9)
1. Dnepropetrovskiy gosudarstvennyy universitet.
(Phenols) Olitro compounds)

TOUMACHEV, A.I.; SRIBNAYA V
Condensation of thlochromone with compounds containin
active methyl or methylene groups. Zhur..ob.kh:Lm. 32 no.2:
383-390 F-162. (MIRA 15:2)
1. Institut organicheskoy *himii AN Ukrainskoy SSR.
(Thioehromone)

TOLKkCHEV., A.I.; SRIBNAYA, V.P.; SHCHEGLOVA, L.V.
Chloro-substituted benzopyry1nmonomethinecyanines. Zhur.ob.
khim. 33 no.2s"0,447 F 163. (KM 16:2)
1. Institut organicheskoy khinti---AN UkxGSR.
(Methinecyanine) (Banzopyrylium compounds)

TOLMACF3V, A. I.; SRIBIJAYA,_ V.P.
Interaction of benzoithiapyrylirm perchlorate -,ri4L-lh nucleoph-l-luic
agents. Zhur.ob.khim. 33 no.12:3864-3871 D '63. (MIRA 17:3)
1. Institut organicheskoy khimiA All UkrSSR.

KRYLOVA, N.I.; GIIOYXIIAYA, V.L.- SROU'R Jd.A.
3ffect of the type of diet on fluorosis morbidity. Vop.pit. 16
no-1:48-52 Ja-I '57- (KLRA 10:3)
1. Iz otdeleniya gigiyeny pitaniya (zaveduyushchiy - professor
N.I.Orlov) Gosudarstvennogo nauchno-issledovatel'skogo instituta
imeni Brismana. Moskva.
(FWORI", poie.
fluorosis. exper.. relation to calcium intake in rate
(RUB))
(GAIZITJM. metab.
intake. relation to develop. of exper. fluorosis in rats
(RU11))

Dia belle s Ay kL
"fu ni
kard. AN

6 1 1 131112111.1514 1114 "2011V nsiai-lixHian mu J46 lip j1*40 As Qu 4 M,
A A L I A, If J9L A P , Q AI -I-VL-W MAP. aL -x IL-s I iA- 4- 1 #"P
J~-Mftribmdm at befteils the plama itad tke
vrythrocyfee. I-U_$wi1mw-&nd G. A Rat".W1, J.
mOd. ow1d. bt.) 14, '1 Pkyjvol.
AMP"Is 1111,350-I.-In normal blood the av. cmtrnt oV
~xar in the erythiacytes is 90% of that In the PI&I"la. :00
In ..-yano%6 as Well a In im. al biood old. with C(h the
crythrmytts contitiowd more sugar. Sain. of the blood
of cyallutic twmim with 02 r4tiatuml a IfftFraw in thr
vrythftwyte Niger Content, fit diAlletitnt 111C crylbrocytr
Ausar cvmtent was MkOvAr kmrr. %1l1. of thabc-tic
t'kKx1 with C09 ptoduced a vviative inctraw In the crythro- see
cyte sugar conient. Coactudon. HsCCh Increafts the
jwnswability of the ""yt to shicrw- 0. G. 00
roe
too
Gs,
'00
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Os
A%V.ILA ttALLvRrKAL LMR41USIE CLASSIFKATICk ct
00
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'74

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-09
IV:-

Effect of bat usud trifintral) baths on the heart. I.M.
Sribtwr~ Mid. rxp1l. Ukraine) No. 11. 57-t~;(19457.-
The minute bkxxl vol. facrtylvile Invillf4l of C-follma")
.0
;v, dod. on livalthy aad sici~ subject., taLing Inth i-t-
'
'
'
utt, at 40-53
i1,
. Whe
n the trAth temp. wa,, 40-42
the
d mi"14t. wl, increased only by :0 50~j. A markrif ill -
'
3 inctrim- at 48-50
(this was accompapitA by off increase
u
i
h
l%
l b
n
f th
t
d
kd
I
Ae
ow
f% t
o
c
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a gencru
rra
e
ip,
c pu
*
'
t,rgulm ing Ifirchatli,m) - FtI-ti% 40
to 42
k I lic,,pl itoum
1
t,,r frealftlent (d patictal. S. A- Cor-it
0-00
06 ",00
so J
410 too
00

0 L A %jj ALLLPtX'L LIT[..ILVt CLASSIFICATiCk rz
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ADM.
0 4111 * 0 0 a 0 0 0 0 : : : 0 * 0 0 0 0 0 0 0 0 a 0 0 a *.-
000 a 0 0 0 0 *1

fl I I IT I I I It IT, tlttt 111.1
A I L.. C A- 1 -6- 1., L. L A h r U It 1, 1 U V, A 04 Ax 9
A
w tv- W-W -w
A, . , " " t, V
It I i I I a
9 Physiolog" basla ol Me elloct of carbou 4 w4o batU
Alf 1. U. Sifibeer. - Alta Mid. IOU. R. S. S.
mv =194min finSfish)-ily nwartsol sifunnel partly
filled with Ringer wait. COg was applicil to the skin in dtfi-
tutclocalklics.
Womlow wore hmn't ltk the R 411. Cth lum-fra-s the
01
hFultabilltv to the Altin to 11clis Smitudwis
so
00
00
j0.)
a49
7U it AT .0 W It cl It K 9 it q U K IT IT It a
1 0 0 0 0 010 : ; : : ; : 1 0 0
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;
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'06
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J~l th v rw 0 0 1 It. 3
n I ~m 43 4 "a
0 0 IIS 0 a a 0 0 0
60,40 4606,6066 00 000 0 as a

SRIBNER, I.M., prof.
Hikolai Nikiforovich Zaiko. Pat.fiziol. i eksp.terap. 2 no.6:59
K-D 158- (Mira 12:1)
(Zaiko, Nikolai Nikiforovich, 1908--)

GOLITSEAN, Abram Veniaminovich, kend.med.neu1c; DMITRIMA, Irins Timofeyevna,
kand.med,nauk; MUBMp I,X9, prof., red.; GITMOM, A.D.,, tokhn.red.
[Principles of electrocardiography] Osnovy slaktrokordiogralil.
Kiev, Goo,zed.isd-vo U80, 1960, 182 0 (MIRA 3,3t11)
(JMOMWA]WI;M;;w . :

16-9500 77483
SOVI-103 -2g.-.1-14/22
AUTHORt Sribner, L. A. (Odessa)
TITLEz Determination of Magnetic Permeance in Systems With
Toothed Rotor and Stator
PERIODICAL: Avtomatika i telemekhanika, 1960, Vol 21, Nr 1,
p 112-118 (USSR)
ABSTRACT: In the study is explained a method of calculation of
magnetic permeance of the electromagnetic system
when the leakage fluxes are accounted for. Electro-
magnetic system consists of toothed rotor and stator
in which the width of the slots is equal to the
width of teeth. Determination of fictitious air
gap.- Figure 1 shows the leakage fluxes taken under
discussion:
Card 1/11

Determination of Magnetic Permeance in
Systems With Toothed Rotor and Stator
lpz
Fig. 1.
77483.
SOV/103-21-1-14/22
Card 2/11

Dettl-~Viid-,IULIOII 111:1.i-:~," P,'V,',!- L:11~t.
WIAJI
L
Sov~ i 0
P CIP, ~:-,nd al-E. 1. e a I fl i e, p, a s s, I nt- h r o u- ~i
t:-Ie lateral sides, ends,, and ed-,~-es of teeth, respect
ivellv NE-Fle~ctinl~- the lea!;c-aI----e the fictit i a us
a Ir o iv; 0
ap 16 as f
where is he actulal air Cap, a is a tooth
-oo-un' pitch, e., the sum of
w Ith t 2a is
i,, w I. 'rooui-i and tl~r- -,,Io~,
UL -1- is relative
b;,.~-ween 1,hE- I-otor at,~d ~a I "-r t e e t i
,:-t,, a I y L; i-1..i made `cii, _n
a n c, -~e 4,Dc~)f-jj 01 L11
.1-, 1% e a',
Card 3/

Sys~ems 'dit'n and Stal.0--
1,i,',-iere 4 is mag-met-I c ity of' the aIr -~,n-d
S is 1 uh, w'n, I c h~he -a~-,netic Plux-
U,I;~Oe6. In this case S a. T'l-~e al'
is s-,-.t )-,r
e
f t
whei,e kc 1;3 a lcaI-La.oe coefflc~ient ex-t~-reboimg the
p (I
-at; Lo Of, to the equival e P, 4 0 C., a
6
collr1sponding to the lealkwre fluxes Setting up an
equation for tutne total ma.,"rnetic permeance, 'the
llollowin- ec uat. -1c, n. .-.:oj.- the c it ous ai r gap J
obtained,
Card

Determination of' Magnetic PIN-mearice In
Sy.;tems WIth Toothed Rotor and Stator
77483
SOV/103-21-1-14,/t2
For 1/ 0, if a shift, takes place between the teeth
of rotor and stator then this equation changes to:
611
Considering the magnetic peymeance of tiie lateral
leak-age flux. First, the case is discussed when
the rotor and stator teeth are exactly facinIg each
other. Magnetic field distr1bution in the slots
is given and the average len.-th of the ma.gnetic
path Is determined. The expression for- the co-
efficient k(, of the lateral dissipation is found
in the form:
Card 5/11

De t; e vmi j ila t I ol 1 0 C NqC";'lle t I C P,2 rine. a ric e ' ri
Systems With Toothed Rotor and Stator
~7- 1 :- -
I 1 40.)
SOV/103-21-1-111/22
The change In the coefficient 1c - as a Cunction of
the shift between the rotor andastator teeth Is dis-
C U.13 ,:, e
1/1, -n lyn -/),S
A'C- xc~ A, -
CCL,j Ch ) (C
3
fl (11? 0.4 06 118 Ma
Let the coefficient k account for the shift between
the rotor and s-,ator teeth as shown on Flo*s. 3 and 41.
u
card 6/11 T'llus the fictitlous air-gap is. now given in the fori,~i:

+
V/
P'! of the P, titious
--'veb e-2roneous results -'Por
a r, ap. Eqta"-j'-O!l 1.3 g-
be(~ausea of the influeace of leal.--ace f1lIxes
t;he ends and ed~-es cf the teet6l. In
of 4--he, -ra netic pe-neance',
inapi.,er coeff lcleril.- r~
tooth endo is obtained lin the form:
f--lota Wi-,en the rotor arid

I-L
Pe I -fie'a I ~ c --- Ar,
Oc.1-or at.'d SIUator
-141 122
ST-1/103-21-1
teetn face each c)tliner
-n permeance teeth edres equals
a~. etic
m
ow re- s,, ant oql-,,at I on I s
Tlh-As the -Pol-L 6
a r L;1~ J,
171
1,- ar'd lc,,, arc defined 'uly Eqs. (12) and (P.J),
07 " '
-is
tively. Cot Jerin(r tlie magnetic reluctance
"i, JI,Lj~netic cl-r-cult .systerns with sinall
.1 - -I - t m st
f-lie pc.,_rmeance of the mia6i etcc circui u L.
--c-ioted for. The magnet, fl-ix (P In the
by a graphic method.

De '!,- e rin Iiat I oi i o I' Mu~,~~ -, 'L,--- Pei -ine, U, 1,~, t-- 1 r-, T - ( 4 S 3
Systems W:I-t',-i T--cll-.ed ROZO-- alirl Statc)'-', SO-V/103-2.1-i-14/22
7
F i!~;
Itj W
0,, L F 1 is ic~wn, the ina-iietization curve of the
nia, -~Olrc' C~ e air-ga-o' is
L I I Ma-netic flux In th
*oll,. I
dezen.-I-ned by -)w I r -,g c q u a tc, n
Cal-d (V

I-T- P-e r1 A 1 e -,I Ii,
Sy t-, em WI t, ii To ni 1, ~'i ed Rf r ~L! 'L(- I- S 'L at, o v
CaT-d 10/ 1
S) o v /i o-z, 1 - i - i 2
-~j area of the a Lr--,ap arid lvr ar~e a!irip,~,re
t s (Here it Is a-,i~sttmed that tht,
J 1- , , 1,
-0C.111C.t~--unce of the (.1rcuit ecv,,.a13
The, C'Iux ia the air-t.."ap repreoectts a line-ar func.-tion
-jr Uf1c. ampere, tur,113 . Thlz3 C'Na-ractei,istic
pa3ses the pointz ~,iltl,, cocxi-d-1--ates ii-ij 0 and 0.,
e e F.1 5 To,(:-~ po'-,nt of int'--t~rsection of the
macrcietlz.at-ion curve and of' t1ne straib-ht line deter-
Mines the magneti-c flux (P corresDondinL-D to the
an-i-pere 11-urns iw. The results obtained :nay be used
for calculation of all electrama,-,netic devices. T?ie
magnetic permeabl-11.1ty and its variations as function.
of the shift between the rctor and s"Iator teeth may
be represented by magnitudes of forces, moments, or
inductances, depending on the Ikind of the calculated
device. The assistance of L. K. Shrago is aclknowledgecL
I
T'nere a-re 5 fivu.-es; and 7 references, 6 Soviet, I
-L
U.S. T,,e U.S. --e.ference Goldberg, E., Stabil-1-
atlor) ol" Wide -IB7ind Dir-c'-l'urren' for
L, ti -- -1 -

Dei-.ermin a _,-,i) f 0 a", & ~ I'! c Fer rrie a ~ 1 ~-, e L!,
Systems W:lt,', '17,~~,o-,'i,;-d ani
a
IT"
Z e r - o a n d a -L n ., P C P, RL
SUBMITTED: May 29, 1919
Card ' 1.111"i

"Jov&.r., Y.4;Li,itcnuvicI-q BARAB-TARLE, Matust Yelevich;
I.f
lIZia"VSKIY, Lev Leonidovich; RASHKOVICH, Mikhail Favlovich;
S.~UBNER Leonid Andreyevich; SIEUGO, Leon'd Konstantinovich;
.-W UO ka:
ou~-V, ffd;-t-e'kh-n-.-n-a-u-k. retsenzent; ROMAITOV, A.I.,
inzh., red.; bYKCVSKIY, A.I.D inzh., red.; GOP.NOSTAYPOLIS&kYA,
M.S.9 tekhn. red.
[Program conturol of jig drilling machines]Prograrzr-noe U'pravle-
nie koordinatno--s-wrerlil9nyrd stankami. Voskva, Vashgiz, 1962.
87 p. (MIRA 15:9)
(Drilling and boring nachinery-Numerical control)

IIUBNF
Rj I~q~~eywv~iqh; SHRAGO, Leonid Konstantinovich; SPYM G A.
kand. tekhn. nauk,, retvenzent; WKOVSKIY, A.I., inzh., red;;
GORI,lOSTAYPOLISKAYA, M.S., tekhn. red.
(Design of position-type program control systems] Proektirovanie
pozitsionnykh sistem programmnogo upr---vleniia. 'Moskva, Mashgiz,
1962. 307 p. I -.('MMA 15'-5)
(Automatic control)
(Milling machines-Numerical contr(Q-

SRILBNER, L.*.; SHRAGO, L.K.
Investigating new coincidence circuits with contact position
transducers. AvtomA prib. no.3:1+2-1+4 Jl-S 162. (MIRA 16:2)
1
~. Spetsiallnoye konstruktorskoye byuro No.3 Odesskogo
Sovata narodnogo khozyaystva.
(Electric cirm4ts)