SCIENTIFIC ABSTRACT BRYUKHOVETSKIY, A. M. - BRYUNELLI, B. Y.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000307130004-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

-e!2q tik M,
BRYUKHOVETSKIL.A.M., fel'dBher.
liz~
My remarks on the plan of the Shigali Feldsher-Midwife Station. Felld.i akush.
no.10:52 0 153. (M. A 6:10)
1. Moiseyevichakiy felldshersko-akusherskiv punkt Grodnenskoy oblasti.
(Medicine, Rural)

ACC NR: AP6022083 SOURCE CODE: UR/0141/66/009/003/0576/0587
AUTHOR~_~ ~ovet~ekiy, A. S.
ORG: Institute of Radiophyiics and Electronics, AN UkrSSR (Institut radiofiziki i
elektronild AN UkrSSR)
TITLE: Theory of ultrasonic light diffraction
SOURCE: IVUZ. Radiofizika, Y. 9, no. 3, 1966, 576-587
:TOPIC TAGS: light diffraction, ultrasonics
,ABSTRACT: The Fraunhofer light diffraction by ultrasonic waves is theoretically;
analyzed by a Sobolev method (Tr. seysm. inst. , AN SSSR, no. 42, 1, 19 34) which
permits, in -the first approximation, obtaining a solution for a dispersed field.
The formulas for diffraction -line intepsity are developed in terms of quadratures
Ahat depend on two parameters. From these formulas, the results of the
Card 1/2 UDC: 535.4

.ACC NR: Ap6oZZ083
i simplified" Raman and Nath theory (Proc. Indian Acad. Sc., A3, 75, 1936) fo.
:normal light incidence and the Debye and Brillouin results for light diffraction (in.,
-the first Born approximation) can be inferred. Experimental study of light
:diffraction by two parallel ultrasonic beams, 1/2-wide each, whose phases
differed by F (K. L. Zankel et al. , J. Acoust. Soc. Am. , 31, 44, 19 59) revealed
4hat the diffraction was noticeably weakened but did not disappear. The Raman and
theory does. not explain this phenomenon while the formulas developed in the
1present article do. It is proven thafthe line intensities, in the Raman and Nath
Itheory, correspond not to the normal incidence but rather to Bragg angles. '!In
conclusion, the author wishes to mention the help of the late V. L. German, and
1wishes to thank S. M. Rytov for his comments, and P. V. Bliokh for his interest i*
in the work. " Orig. art. has: 1 figure and 57 formulas.
SUB CODE: 20 SUBM DATE: 04Mar65 ORIG REF: 005 OTH REF: 01Z
Card ?

,WL.U.ISH, 1.3.; BUYUKHOVUTSKIY, G.P.
-r'or high quality beets. Za.h.rjrom. 31 no.P.:25-27 Ag '57.
(nLlIA 10- 8)
1.Kurskiy sakhsvekl:-,trest.
(sugar beets)

BRYUKROVETSKIY, V..D., inzh.; GORMAN, I.N., inzh.; DZYSnh, A.A., inzh.;
DRUSHLYAY, V.M., inzh.
Removal of iron from industrial condensate by means of filtration
through a cellulose layer. Elek. sta. 32 no.12:61 D '61.
(YdRA 15:1)
(Feed-water purification)

USSR/Pam Animals - Silkworm -
Abs Jour: Ref Zhur-Diol., No 17, 1958) 78M9.
Author : Drusenskaya, L.; Dryukhovich, A.,-,Ponomreva, P.
Inst :Stavropol Agri(;uwfTutr*ff-Vrdftt-ure'.
Title :Influence of Feeding Schedule on Productivity of Dombyx
D, X 13P.
Orig Pub: Sb. nauchno-issled. rabot stud. Stavrcpol'sk. s.-kh.
in-ta, 1956, vyp. 4, 65-67.
Abstract: No abstract.
Q
card : 1/1

50.
C,.V. and Makpinjenko, L.D.s The dy"amics of the dying -
Skril,4 litti.ki. V.V.. lityukhovich.
'if( of the vritrintive orgAns-cf-rcre ruital and annual plants during the ripening of the seedf..
1037-40
Dalmdy jol. 79

ALIMOVI Ye.V.~ BRYUKHOVICHENKO, P.T.; TSYGANKO, L.Z.
0
New technological procesa of manufacturing large--s~-ze cast-ings
for power machinery by assemblina molds from core blocks fn a
apecAal 'acket. Lit. Proizv. 5;--4 My 164. "MIRA
j I k

~ ~A
V, k -F- Z. ~) L ~:,
1(3); 14(10) PHASE I BOOK EXPLOITATION Sov/2606
Voprosy rascheta elementov aviatsionnykh konstruktsiy; raschet
trekhsloynykh paneley i obolochek. Sbornik statey, No. I
(Problems in Calculating Aircraft Structural Elements; Cal-
culating of Sandwich Panels and Shells. Collection of
Articles, A.P. 1) Moscow, Oborongiz, 1959. 169 p. Errata
slip inserted. 2,600 copies printed.
Ed.: A.Ya. Aleksandrov, Doctor of Technical Sciences, Professor;
Ed. of Publishing House: T.A. Valedinskaya; Tech. Ed.:
V.P. Rozhin.
PURPOSE: This collection of articles i6,intended for engineers
and scientific workers concerned with stress analysis of
aircraft structural elements.
COVERAGE: The articles in this collection discuss problems in
the structural analysis of sandwich panels with light cores,
such as. problems of the stability of curved panels, design
of coreo with consideration of transversal tension (tear-off)
and the results of panel-strength tests. In addition, pro-
blems in the calculation of torsion and bending of a

Problems In CalculaZIng Aircraft (Cont.) Sov/2606
cylindricalshell reinforced by bulkheads are covered and
the calculation,of unsteady temperatures in an I-beam
element is considered.
TABLE OF CONTENTS:
1. Aleksandrov., A.Ya., and L,,E. Bryukker. Strength Testing
of Sandwich Panels With Foamed~ ~ Cores 3
In order to check the methods of analysis worked out,
the strength of sandwich panels with light cores of
foamed plastics in longitudinal compression was
Investigated experimentally. Results of the experiments
are compared with the calculated data. Plat and
cylindrical panels with nonreinforced and reinforced
foamed plastics of the FX-type were tested.
2. Aleksandrov, A.Ya. Calculation of the Core of Sandwich
Panels With Consideration of Transversal Tension (Tear-
off) 14
This paper is concerned with systematic methods of
stress analysis of the light core of sandwich panels
Card 2/7

Problems in Calculating Aircraft (Cont.) SOV/2606
with consideration of shear and transversal stresses
(tear-off) which-arise along the surface of the junction
between the outer layers and the core. Calculation
formulas were obtained for plates operating under
longitudinal compression and longitudinal and transverse
bending.
3. Kurshin, L.M. Large Deflections of a Cylindrical Sandwich
Shell 39
A system of nonlinear equations for ultimate buckling
of cylindrical sandwich shells is obtained by the
variational method. The problem of longitudinal
compression of a cylindrical sandwich panel simply
supported along its four edges is solved according to
the nonlinear theory. The results permit the conclusion
that load reduction following loss of stability is
smaller for sandwich shells with a light core than for
single-layer shells of the same thickness.
4. Kurshin, L.M. Stability Under Compression of a Simply
Supported Cylindrical Sandwich Panel and of a Cylinder
With a Corrugated Core 51
Card 3/7

Problems in Calculating Aircraft (Cont.)
SOV/2606
Stability equations are obtained for a cylindrical
sandwich shell consisting of two thin outer layers and
a corrugated middle layer. The problems of stability
of a curved sandwich panel simply supported along
its four edges and of a cylinder under compression are
solved.
5: Kurshin, L.M. Stability Under Compression of a Curved
Cylindrical Sandwich Panel the Transverse Edges of Which
Are Fastened W~ile the Longitudinal Edges Are Simply
Supported
This paper analyzes the stability of a cylindrical
sandwich panel with a light isot3~opic core under
uniform longitudinal compression for a case where
the transverse edges are fastened and the longitudinal
edges are simply supported.
6. Karshin, L.M. On the Calculation of Bending Stiffness of
the Outer Layer of a Curved Sandwich Panel Under Longi-
tudinal Compression
Card 4/7
69
80

Problems In Calculating Aircraft (cont.) SOV/2606
A formula is obtained for calculating curved sand-
wich panels under longitudinal compression with
consideration of the natural bending stiffness of
the outer layers. The domain is established in which
the assemption of this btiffness being equal to zero
is applicable.
7. Galkin, S.I.. Torsion of an Open Cylindrical Shell Rein-
forbed by Bulkheads 85
Torsion of an open cylindrical shell reinforced by
bulkheads is considered in this paper. The solution
is obtained without introduction of additional hypotheses
aside from the general assumptions associated with
representing the operation of-an open shell as moment-
less. On the basis of the solution the limits of
applicability are shown of the hypothesis of warping
which has been widely used in problems of calculating
open shells under torsion.
8. Galkin, S.I. Torsion and Bending of a Circular Cylindrical
Shell, Reinforced by Elastic Bulkheads 102
Card 5/7

Problems In Calculating Aircraft (Cont.) SOV/2606
This paper investigated the state of stress of a circular
cylindrical shell which is reinforced by elastic bulk-
heads and loaded along the edges by an arbitrary system
of axial and tangential forces. Calculation formulas
are obtained which permit calculating all elastic-defor-
mation components for various boundary conditions at
the edges of the shell. The effect of self-balancing
forces on the state of stress of the shell as a function
of the stiffness of the bulkheads was investigated. It
is shown that the self-balancing stresses do not decay
very rapidly; the zone of their propagation into the
depth of the shell is practically equal to the length of
the contour of the transverse cross section of the shell.
A calculation example is given for a shell under torsion
allowing for elasticity of the bulkheads.
Nazarov, N.I., M.S. Povarnitsyn, and Ye. V. Yurlova.
Calculation of Unsteady Temperatures in an I-beam Element 142
This paper presents two methods of calculating the
temperature fields in an I-beam element (representing,
in this particular case, a typical part of a multilongeron
Card 6/7

Problems In Calculating ki-rcraft (Cont.) SOV/2606
wing): 1) the method of direct integration of the
heat-conduction equations, and 2) the method of
elementary equilibrium. Cases of symmetrical and.'."
unsymmetrical heating of such elements through the
outer flange surfaces are consUered as well as the
case of different thicknesses of flanges. Solution
of the problem is given under the assumption that
physical characteristics of the material and the
heat-transfer coefficients do not depend on temperature
variation.
AVAILABLE: Library of Congress
IS/mg
Card 7/7 11-24-59

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ALKKSAMI]ROT,
Strength test of sandwich panels witb a foamed plastic
filler. Vop.raseb.elem.aviats.konatr. no-1:3-13 159-
(MM 13:6)
(Ilastic-plates and shells--Testing)

S/260/62/000/004/004/005
1006/1206
AUTHORS: Aleksandrov, A. Ya and Bryukker, L. E.
TITLE: Strength testing of triple4ayer panch with penoplast fillers
PERIODICAL: Rcferativnyy zhurnal, vozdusMyy transport. Svodnyy tom. no. 4. 1962, 9, abstract
no. 4 A46, In collection (Vopr elementov aviats. konstruktsiy), M., Oboroagir, no. 1,
1959,3-13
TEXT - none given
[Abstracter's note: Complete translation of title only.]
Card 1/1

SOV/179-59-3-29/45
AUTHORS: Bryukker, L. E. and Kurshin, L. M. (Novosibirsk)
TITLE: The Static Derivation of the Equations of Bending of a
Three-Layered Plate with Rigid Filling (0 vyvode
staticheskim putem uravneniy izgiba trekhsloynykh
plastin s zhestkim zapolnitelem)
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye tekhnicheskikh
nauk, Mekhanika i mashinostroyeniye, 1959, Nr 3,
pp 167-168 (USSR)
ABSTRACT: The outer layers of the plate are assumed to be isotropic,
and the middle layer orthotropic. Consideration of the
bending moments, shearing forces and shear stresses in
the three layers leads t6 the system of equations
governing the bending of the plate previously derived by
Grigolyuk (Ref 1).
There are 1 figure and 1 Soviet reference
SUBMITTED: February 13, 1959
Card 1/1

L.E.
PHASE I BOOK EXPLOITATION SOV/4733
Aleksandrov, Avraam Yakovlevich, Leonid Eduardovich.~~~er~,Lev Hoiseyevich
Kurshin, and Aleksandr Pavlo~f`ch--Fr-wakov
Raschet trekhsloynykh paneley (Calculations for Sandwich Panels). Moscow.,
Oborongiz, 1960. 270 p. Errata slip inserted. 1,600 copies printed.
General Eds.: A. Ya. Aleksandrov, Doctor of Technical Sciences, Professor,
and L.M. Kurshin, Candidate of Technical Sciences; Ed.: A.A. Goryainov,
Candidate of Technical Sciences; Managing Ed.: A.S. Zaymovskaya, Engineer;
Ed. of Publishing House: P.B. Morozova; Tech. Ed.: N.A. T)tkhlikoVa.
PURPOSE: This book is intended for designers, scientific personnel, and students
in related fields.
COVERAGE: The book contains formulas and diagrams for strength calculation of flat
and curved sandwich panels with various cores (homogeneous foam-plastic type,
ribbed., etc.) under various support conditions, and subjected to various ccmbin-
ations of loads. Data on selecting optimum parameters of panels and on strength
testing of panels are included. The introduction and Chapters 32, 12, 13, 15,
27, and 28 were written by A. Ya. Aleksandrov; Chs. 6, 16, 17, 18, 19, 21, 23,
24, 25, and 26 by L.E. Bryukker; Chs. 2, 3, 5, 8, 9, 10, 14, 20, part of Ch. 4
Canl_-10-

Calculations for Sandwich Panels SOV/4733
and part of Ch. 1 (Section's 1.5, 1.7, 1.8.2.0 1.10, 1.2.1,and 1.12) by L.M. Kurshin;
and Chs- 7, 22, part of Ch. 4, and part of Ch. 1 (Sects. 1.1, 1.2, 1.3, 1.4, 1-6j
1.8.1~p 1-9, 1-13) by A.P. Prusakov. Materials supplied by N.I. Nazarov are used
in Sect. 16.2 of Ch. 16. The authors thank E.P. 'Trofimova for her assistance.
There are 136 references: 32 Soviet, 101 English, and 3 German.
TABLE CF COMMS:
Conventional Symbols 3
Introduction 7
PART I. STABILITY OF SANDWICH PANMS
Ch. 1. Stability of Sandwich Plates With a Light (Low-Fdgidy)
IBatrcpic Core 13
Ch. 2. Stability of Sandwich Plates With a Light Orthatropic Core 30
Ch- 3- Stability of Sandwich Plates With Rigid Isotropic Core 36
Ch. 4. Stability of Sandwich Plates With Rigid Orthotropic Core
and Orthotrcpic External Layers
card7:?~6
44

8/879V62/000/000/018/086.
3)234/, 308
AUTHOR:' (Novosibirsk)
-TITLE-. 'Appr6ximate_ univer' o-al --formulas fact the design of three-
layer plate's with .1ight and rigid'filler
SOURCE., Teoriya.plastin-i.obolochek; 'trudy, II Vaesoyuznoy konfe-
rentsii, LIvov, 1541121 8entyabrya 1967 g. Kiev, Izd-vo
~ANI USSR,. 1962' 141-146
ur e:is -to obt n the simpl
-TEXT: -The author's p poP ai , . eat design formu-;..,,,
las for bending of.plates 'with, a rigi
d filler. The order of the
-~~-equations can-be made--small6r by assuming the flexural rigidity
.~of the external lAyers to be-equal to 0 and by neglecting either
:-the first terms of the second,and third equation, -or the last term
Of the first equation. One'can also :assume that displacements along
the thickness vary accordi....., to the straight line law. As an ex-
ample, the author gives the*-- solutions -for the cylindrical bending of
a three-layer plate freely supported along two edges., obtained with
different simplifications- and the results are compared. Conclusion:
Gard-I
7-

PrInxi Tbe bending of sandwid-haplateig w8b consideration of thermal stresses
4~,
rentelya p
VsesOyuznayR konfe .2 teoril'obblochek-WasUn- 4th, Yerevan, 1962..
-Teorlya-oboloebek I-plastin- (Theory of shens, and plates); trudy* konferentsit, 1964,
270-275
-WiPIC TAGS*' sandwich:plate, bending'stress,:.thertnal: stress, -plate bending
ABffTRAZM- ~mb ~_o asymme
d-
coi36;'uAdef-_-n"n tilf6rm he
~kc, Lj s-with- d- are crived by a static
Ametliod, --All: threb lwrers,- are of -different Iso"pic materials. The elasticity moduli of
thr thin face:layers are-consideied constant'..'-Alle theAasticity modull for the core vary
a are
with thick-qess. * It Is further assmmed that the Poisson coefficients of all laye.-
constant and equal. The hypothesis of a broken Hue to used for the distribution of the
displacements over the thickness of,the platq. - IU appropriate selection of the "middle"
surface leads to- simpler equations than when the I'middlell surface Is located at an equal
distance from the external layers, as in the work of Eh. IIC Mushtart. Using the
Vz
Cord

L 4701 ~__6 _k) IJE-Ce)
i5n ~6~ __BM/RM
A="'-AR6 0 2716 4 SOURCE CODE: UR/0264/66/000/005/AO08/AO08
AUTHOR- Bryukker, L. E.
TITLE: Bend of three-layered plates with different outer layers at increased
temperatures
SOURCE: Ref. zh. Vozdushnyy transport, Abs. 5A46
REF SOURCE: Sb. Raschety elementov aviats. konstruktsiy. Vyp. 4, M.,
Mashinostroyeniye, 1965, 71-85
TOPIC TAGS: bending, bending stress, elastic modulus, filler
ABSTRACT: Design equations have been obtained for determining the bends alld
stresses in three-layered plates Vnder nonuniform heating. Equations were
P
derived by the static method for aVbend of three-layered plates under the effect
of a lateral load and longitudinal forces with uneven heating. Plates with outer
layers of various rigidity and with rigid isotropic fillers were examined. Design'
Card I / 2 UDC: 629.13:539. 4

L-47015-66
ACC NR: AR60'27164
CD
equations were obtained for determining the bends and stresses of plates with
different variants of edge fastening at temperature changes over the thickness
plane only. It was considered that the moduli of elasticity in the thickness plane
of the filler are constant. Orig. art. has: 3 figures. Bibliography of 8 titles.
[Translation of absh~act] [NT)
SUB CODE: 1l/
Card 2 / 2 vmb

R -
11751
AUTHOR: -Bryukker, L. E.
ORG: none
TITLE - Some variants for the simplification of equations for the bending of sandwich plates
T6 141
SOURCE: Raschety elementov aviatsionnykh konstruktsiy, vVp. 3: Trekhsloynyye paneli I
obolochki (Calculation of aircraft construction elements, no. 3: Sandwich panels and shells).
Moscow, Izd-vo Mashinostroyeniye, 1965, 74-99
TOPIC TAGS: sandwich structure, bending strength, mathematic analysis
ABSTRACT: In the calculation of sandwich structures, some allowances must be made in
determining the work of the filler, since the application of a rigid solution of the problem to a
filler with three-dimensional problem equations is possible only in certain specific cases.
Most of the approximate theories assume the absence of the convergence of the external layers
and the uniform distribution of shearing stress across the filler. The present article uses a
comparison of approximate solutions with rigid solutions to establish the limits for the
applicability of these allowances for a number of problems. Of all the appro;dmate theories,
the most universal is the theory which makes it possible to calculate sandwich structures and
plates with light as well as rigid fillers. This theory was described by E. I. Grigolyuk
(Konechnyye progiby trekhsloynykh obolochek a zhestkim zapolnitelem. Izv. AN SSSR, OTN,
1958, No. 1), L. M. Kurshin (0b ustoychivosti trekhsloynoy pologoy tsilindricheskoyobolochki
Card 1/2

ACC NR: AT6011751
b
pri szhatii. Izv. AN SSSR. OTN, 1958, No. 8), and A. P. Prusakov. The theory proposes
that during the bending of a plate, the shifts u, v across the plate vary in a broken line consist-
Ing of three segments of a straight line. Furthermore, It is assumed that there is no conver-
gence of the external layers. The shearing stresses are considered constant across the filler.
However, even in this case, the expressions for the deflection and stresses in the plate are
cumbersome and inconvenient for engineering calculations. For sandwich structures with a
light filler (E = 0, G A 0) this theory is considerably simplified if it Is assumed that the bend-
ing rigidity of the external layers is equal to zero. In this respect, the present article
examines the possible conditions at which sandwich structures may be considered as sandwich
structures with light filler. Various versions of the simplification of this theory in the case
of a rigid filler are studied, and the limitiq of their applicability are established. Orig. art.
has: 36 figures and 20 formulas.
SUB CODE: 13, 12/ SUBM DATE: 250ct65/ ORIG RE F: 00~
2/2

L
AR6027166 SOURCE CODE: UR/026,4/6610001005/AO08/AO08
AUTHOR-_ Bryukker, L. E.; Naumova, M. P.
TITLE : Symmetrical bend of round tbree-layered plates with light weight
fillers
SOURCE:- Ref. zh. Vozdushnyy transport, Abs. 5A48
REF SOURCE: Sb. Raschety elementov aviats. konstruktsiy. Vyp. 4, M.,
Mashinostroyeniye, 1965, 86-90
j
TOPIC TAGS: bending, plate, filler, longitudinal bend, lateral bend
ABSTRACT: Equations are derived for longitudinal and lateral bend of three-
layer round plates under axisymmetrical deformation. The solution o-Ar' problems,-
of bending of round plates, in consideration of forces acting in the plane of plate, ,
may be of interest for the calculation of three-layer plane-baffle plates of
hermetic cabins and tank bottoms, working under internal or external pressures.
With the assumption that the bending rigidity of outer layers is equal to zero,
Card 112 UDC: 53 9. 4:6 20. 1

L 411017-66
-Kd-Ci4R' AR6027166
equations are obtained for bends and stresses at lateral bend of round three-
layered plates. Orig. art. has: I figure. Bibliography of 2 titles, [Translation
of abstract] [NTJ
SUB CODE: 11

71.27-60 B4P(k)/a1T(d)/Ek1T(m)/F;4P(v) LJP(c) 3-1/0/Mi
L
-e- _- %
v
ACC NR- AT6011752 SOURCE CODE: UR/0000/65/000/000/0100/0105
AUTHOR: Bryukker, L. E.
ORG: None
TITLE: Simplified formulas for the calculation of sandwich panels with fillers
SOURCE- Raschety elementov aviatsionnykh konstruktsiy, vyp. 3: Trekhsloynyye P_~~Ee_il I
obolochki (Calculation of aircraft construction elements, no.'-J-.- S:iii_(fw_ich_pa*~_e_19and
shells). Moscow, Izd-vo Mastd~-ostro-yenty-e,-f6-6i~,-100-105
TOPIC TAGS: shell structure, sandwich structure, shell buckling, shell de
ABSTRACT: The author attempts to reduce the problem of the calculation of sandwich
panels with rigid filler to that of the calculation of such panels Ile r. TMis is
accomplished through the Rdoption of several simplifying assumptions. The problem is
studied on the basis of an analysis of equations for rigid-filled sand%vich panels obtained en
the assumption that the displacements throughout the thickness of the panel change accord-
Ing to a linear law. A comparison of the calculation formulas with equations applicable to
panels with light filler makes it possible to establish an agreement between the factors of
the equations and to develop recommendations for the extension of simple formulas,
1 Card 1/2 UDC 629.13.011.1:62-41-539.4

L 37127-66
ACC NR: AT6011752
originally derived for work with light-filled plates, to panels with rigid filler. Examples
are given illustrating the calculation of panels under conditions of cylindrical b~ ~in as
well as the calculation of round or circular plates. Orig. art. has: 10 formulas.
4,V
SUB CODE: 13 / SUBM DATE: 25Oct65 / ORIG REF: 003
Card 2/2--a-f-

BRYUKMAN, A.; NROVETS, S.; VEREER, T.
Mechanism of reactive diffusion in the system copper - sulfur.
Fiz.zet.i metalloved. 15 no.3s362-370 Mr 163. (KMA 16:4)
1. Gorno-metallurgichookaya Akademiyei,-'Polls'kaya Narodnaya
Respublika.-Xrakov.
(Copper sulfide) (Diffusion)

IUMNAL"N, A.; "COVETS, S.; TeRBLI1, T.
Fc-'rmation of a two-layer sulfids sea-le on copper. F-~z. met. i
mstalloved. 18 no.3467-468 1 ^E41. (1-1-
.IRA '17;11)
ro.-n,,)me'aL'urgiciii3sk_-,,ra akadamlya Pollskoy Narodroy H,3spubliki,
Arakov.

-.BRYUKMAN, A..[BrUckmau, A.]; HROVETS, S.-[Mrowec, S.]; VERBER, T. (Werber, T.11
Inv~stigating,the-degree--of oulfur participation in the
reaction diffusion of sulfide scale formation on nickel.
Fit.-est. i metallovedi-20 no.5002-707 H-165.
(MIRA 18312)
1. Gornametallurgich6skaya akademiya, g. Krakov, Pol'~Aaya
Narodnaya Respublika.

BRYWA14 I B.
1-77- --
Bernshteyns R. and Brytilman, B. Vveden~je v meteorologiya (Introduction to
Meteorology) GONTI 14KTP SSSRI 19.38.
1
SO*. U-3039)-11 Mar 1953

BRYUKNER, L.; RCSMAIT, I. (Ootrava, Chakhoslovakiya)
Study of the lbronchial tree* in pneumoconiosia in miners. Gig.
truda i Prof. zab. no.2:32-37 162. (MIRA 15:2)
1. Oatravakiy oblastnay institut zdravookhraneni7a.
(BRONCHI-DISMES) (LUNGS-DUST DISEASES)
(MINW-DISMES AND HIGIENE)

1. BTIYUKOV, G.S.
2. USSR (6CO)
4. Driling and Boring
7. Boring hole in connecting rod on the lathe, Stan. i instr. 24 no. 4, 1953.
9. ~MLOnthjZ List of Russian Accessions, Library of Congress, APRIL 1953, Me]-

BRYUKOV, K.S.
Precision of geodetic control for large-scale surveys. Geod.
kart. no.4:68-72 Ap 160. (KIRL 13:8)
(Triangulation) (Traverses (Surveyiag))

--BRYUKOV Vladimir Stepanqj~jch- EGIZ, V.I., inzh.-polkovnik, kand. tekhn.
nauk,, red.; TOWSHCHOPOV. red. izd-,va; KOCHGVALOVA, Ye.K.,
tekhn. red.
[Use of armor in warl Primenenie broni v voennom dole. Moskva
Voon.izd-vo M.-va oborony SSSR, 1961. 98 p. (MIRA 14: Us
(Armor-plato) (Tanks (Military science))
1;

BRYUKOVAP L
Dy~ azi es of the distribution of hyaluronidase in tumor-bearing
organisms under the influence of antitamor sera. Biul. eksp:12)
biol. i mad. 50 no. 11:90-95 N 160. (HERA 13-
1. 1z kafedry patologichaskoy fiziologii (zav. - prof. V.A.
Chepurin) Stavropollskogo gosudarstvennogo maditsinskogo instituta
(dix. - prof. V.G. Budylin).
'(TUMORS) (HYALURONIDASE)

BUROVOY., I.A.; BRYUK~~IN,J.A... .
Mathematical model of roasting a zinc concentrate in a fluidized
bed. Sbor. nauch. trud. Gintsvetmeta no.21:131-145 164.
(MIRA 18:8)

BRYIIIKV~~N$
v,).;i,hvm,qtAcal model of the roasting of a nickel matte in a
fluldized bod, Sbor. nauch. trud. Gintavetmeta no.2ltl79,-
)85 164. (MIRA 16s8)

BUROW, BRYUKVIN, V.A.; SLEPOV, V.I.; MOROWVA~ M.A.
Dynamic properties of a furnace for roasting zinc concentrates
in a fluidized bed. Sbor. nauch. trud. Gintsvetmeta no.21-.
207-219 164. (MIRA lgiO

BRYURVIN, V.A., inzh.; REGENTIDV, T.P., inzh.
Apparatus for electromagnetic treatment of water. Energetik
11 no.11:14-15 N 163. (NIRA 16111)

BUROVOY, I.A.; ELIASHBERG,.V.M.; D-T:UCIHKO, A.G.;_BRiWIN, V.A. w
-- . .. g.
Mathematical models of apparatus ~tith fluidized beds for themo-,
chemical prooesses4 Khim.prdff.~'no.11:756-762 N 161.
(141RA ;51~)
(Pliadization) -

BUROVOYY I.L ; ELIASHBERG, V.Ma; DIYACHKO, A.G.; BRYUKVIN, V.A.
General method of mathematically describing the 6~amic
properties of fluidized bed apparatuses for thermochemical
processes. Sbor. naucho trudo Gintsvetmeta no.19:550-564
062a (mIRA 16:7)
(Fluidization-Equipment and supplies)
(Metal-lin,gical furnaces-Mathematical models)

BRYUKVIN,,'Zi.A.; FETYGINp V.I.; KABACHKGVj N.I.
-7
Methods of studying the macrokinetics of oxidation of sulfide
materials with a aolitinuous recording of the chemical reaction
rate. E3.ektrokhimiir- 1 no.7:806-821' JI 165. (MIRA 18:10)
1. MDaudarstvennyy institut tsvetnykh metallo7.

IEBEDEV, G.V.; CHUCHKIN, V.G.; SABININA, Ye.D.; BRYUKVIN, V.G.
Apparatus for continuous redording of water absorption by plants.
Fiziol. rast. 11 no.6:1110-1114 N-D 164.
(MIRA 18:2)
1. Timii-i.~zev Institute of Plant Physiology, U.S.S.R. Academy of
Sciences, Moscow.
k

MINIYAR-BELORUCHEV, R.K.; KOLIMUEV, V.I.; OSTAPENKO, V.P.;
DANILOVA, Z.S., rod.; JHYT KVI rod.-
leksikograf; KOKINA, N.N., tekhn. red.
(Concise French-Russian and Rubsian-French military
dictionary] Kratkii frantsuzsko-russkii i russko-
frantsuzskii voenrjyi 6lovarl. Moskva, Voenizdat, 1964.
536 P. (MIRA 17:2)

BRTUM, A.; SHAMS, A.
I,.
Some problems in building harbor ware~ousss. Mor. flot 16
no.10:5-8 0 '56)* (MLRA 9:11)
(Warehouses) (Harbors)

BRYUM, A.; KLEYMAN, A., aspirant
Organizing the removal of imported packaged peace goods
from sea bArbora by railroad transportation. Mor, flot 23
no.9:22-14 S 163. (MIRA 16:11)
1. Glavnyy spetsialist Chernomorniiproyekta (for Bry-um).

URTUMr A.;
Spn~
_; I. -.A p s Z~- z- B Yx,
:~pe-- s lua-~2.5t t--l'.3 1, a
h e r kta

BILTUM nzh.; VOROITOV, Petr Andreyevich, dotsent, kand.
teklm ased]: GIIISBIRG, Ruvin 12railevich, kand.takdm.nauk;
KUrM111KOV, Aleksandr Nikolayevich, inzh.; YMOROV, Aleksandr
Timofeyevich, prof. [deceased]; MWOVALOV, Petr Borisovich, inzh.;
SHIXHIYEV, Puad Hakaimovich, dotsent, kBnd.tekhn.nauk; YAVIEIISKIY,
S.D., retsenzent; KRUGLMIKO, N.K., retsenzent; Y"ITLIN, G.M., kand.
tekhn.nauk. red.; KUWFOUTOVA, Ye.F., redAzd-va: TIKHOITOVA. Ya.A..
tokhn.red.
[Sea ports and harbor facilities] Morskis porty i portovye sooru-
theniia. Moskva, Izd-vo "Morskoi transport." 1959. 519 P.
(MMA 12:12)
(Harbors)

BRYUM, B.I. Doe Med Sci
Dissertation: "Bronchography"
28 June 49
Central Inst for the Advanced Training of Physicians
d.b Vecheryaya Mosiva
Sum 71

BRYUM, B. I.
Segmental serial bronchography. Airurglia, Moskya no.g162-
67 SePt- 1950. (CLML 20:1)
1. Of the Central Scientifio-Research Institute of Roentgenology
and Radiology imeni V. K. Molotov(Director -- Honored Worker in
Science Prof. S. A. Reynberg).

033
S.Ae; BRYUM, S.I.
I
Authors' results with clinical roantganodiagnosis of
pulmona,ry cancero Ter. arkh. 22 no*3:85-91 MaY-JunO 1951.
(CLML 20:11)
1. Honored Worker in Science Prof. Reynberg; Doctor
Medical Sciences Bryum. 2o Of the Central Scientific-
Research Institute of Roengenolog7 and Radiologv imeni
V.M. Molotov (Acting Director - -Prof. V.V. Zodiy-ev)
and of the Department of Roentgenolog7 (Head - Honored
Worker in Science Prof. S.A. Reynberg) of the Central
Institute for the Advanced Training of Physicians.

u All) ~z:
SHNUITER, I.A., professor; BRYUH. B.L. d6ktor moditainekikh nauk;
LUSHNIXOT, Ts.S., ka-RONf4iffitsinskikh nauk
Data on the problem of errors in roentgenologic diagnosis of
puimohary, cancer.-Test. -rent. i rad. no.4:26-31 Jl-Ag 154.
(NURA 7:10)
1. Iz Gosudarstvennogo inetituta. rent enologii i racliologii
imeni V.M.Holotova (dir. I.G.Lagunoval
(LUNGS, neoplasms.
differ. diag.. x-ray. errors)

PA9Y
BRYUM, B.I., doktor meditsinskikh nauk
Aperience with tomography in diagnosis of pulmonary cancer. Vest#
rentA rad. no.1:28-31 JT&-F 155. OAIRA 8:5)
1. Iz rentganodiagnosticheakogo otdeleniya (sav. prof. I.A.Shekhter)
Gosudarstvennogo nauabno-isaledovatellskogo instituta rentgenologii
i radiologil imeni V.M.Molotova (dir. kandidat meditsinskikh nauk
I.G.Iagunova)'
(ItRIGS: 'neoplasms,
diag., tomography)

BRYUM, B.I., doktor mad. nauk; MDSKACHEVA, K.Ae, kand. mad. nauk
Importance of tomography, in the distinctive recognition of various
diaeasoo of the intrathoracio lymph nodes in children. Trudy TSentr.
nauch.-isal. inst. rentg. i rad. 10:41-46 '59. (MIRA 12:9)
(LDOUTICS-DISSASES) (RADIOGRAFff)

BRYUM,_ B.I.; SHCR32MTOV, I.I.; GINGOLID, A.I.
SUmificance of tomoigraphy in the detection of noncontrast foreign
bodies in the bronchi in children. Pediatriia 37 no.9:54-58 S '59.
(MIRA 13-2)
1. Iz rentgonodiaguosticheakogo otdela (zaveduyushchiy - prof. I.A.
Shekhter) Nauchno-teeledovatel'skogo rentgeno-radiologicheakogo in-
stituta MiDisteretva zdriivookhraneniya RSPER (direktor - dotsent I.G.
Lagunova) i Imfedry ukha, gorls, i uosa m-ediatricheakogo fakullteta
Il Moskovskogo meditainskogo inatititta imeni N.I. Firogova (zavedu-
yashchiy I.I. Shcherbatov) na baze Detako7 klinicheakoy bollnitsy
imeni N.F. Filatava (glavnyy vrach M.N. Kalugina).
(BRONCHI for. bodies)

BRYUM, B.I.; BABMMINA, N.A. (Mbskva)
Use of transverse tomography In pulmonary tuberculoals. Klin.med. 37
ug.12:64-70 D 159. (KOM 13:4)
1. Iz rentgonodiagnostiabeskogo otdala (zaveduyushchiy - prof. I*A&
Siaekhter) Goeudarstvaunogo Dauchno-iseledovatellskogo inatituta
rettgenclogil i radiologii (direktor - dotsent I.G. Tegunove.).
(TUBERCULOSIS)

RR-MLIS
21-inu,4aneous ".-Omography in differential diagnosis
of thn of the '~hyraiss gland ard of pathological proceasea
in thei Irest. rent. i raJ. 40 no.101-12 Ja-F 165.
(MIRA i8g6)
2.. Rantgenovel.cie otdslz~niye (zav~- prof. K.A. Moskscheval,
pedilwlr1i AMIN SSSR, Moakva~

E.B.; ZIW.ENSKAYA, I.V.
Case of IlitIl matiple localizations in an infant.
Vest. rent. i rad. 37 no.1:66--67 Ja-F t62. (IMM 15:3)
1. Iz kliniki tulx-rkuleza ramiago detskogo vozrasta (rul--ovoditell -
prof. I.V. TSimbler) Instituta pediatrii A1414 SSSR (dir. - deystvi-
tellnyy chlen AIOI SSSR prof. 0.D. Sokolova-FonomaruvA).
(TUBERCULOSIS)

Four supporting syndromes in the diagnosis of foreign bodies in
the respiratory tract of young children. Vop.okh.mat. i det. 7
no.12.-80 W62. (KIRA 16:7)
1. Iz kafeqry detqkikh infOtsionnych bolemey Donetskogo medi-
tsinskogo instituta i oblastnoy klinichaskoy bolinitsy imeni
M.I.Kalinina.
(CHIIDREN-DISFASES) (GINECOIDGY)

BRYUM, R.M. (Brium, R.M.]
Indices of the Rgglatination reaction in the treatment of
whooping cough with immune antiwhooping-cough gamma globulins.
Ped.1, akush. i gin. 25 no.2:1&21163. (14IU 16:9)
(WHOOPING COUGH) (GAMMA GLOBULIN-THERAPEUTIC USE)
(BLOOD-AGGLUTINATION)

BRYLT14 9 R.M.
Vaccination for pertussis. Vop, okh. mat. i det. 6 no. 2:41-45 F 161.
(MUIA 14:2)
1. Iz kafedry detskikh infektsionnykh bolezney (ispolnyayushchiy
obyazamosti zaveduyushchego kafedroy - kandidat'meditsinskik-h
nauk B.Ya. Reznik) Stalir4gkogo meditsinskogo instituta imeni
A.M. Gorlkogo (dir. A.M. Ganichkin) i Bollnitsy imeni Kallnina
(glavnyy vrach - dotsent B.A. Shaparenko).
(WH,OOPIIIG COUGH)

BRYUM ~ R. 14.
Severe and complicated forms of whooping cough. Fed,, akush. i
gin. 22 no.4:13-15 160. 141 RA 14: 5)
1. Kafedra detskikh infektsionnykh bolezney (zaveduyushchiy -
dotsent O.I.Roze) Stalinskog'o meditsinskogo instituta imeni Gorliogo
(direktor - dotsent A.M.Ganichkin) na baze Stalinskoy oblastnoy'
klinicheskoy bollnitay im. M.I.Kalinina (glavnyy vrach - B.O.
Shaparenko). (WHOOPING COUGH) -

REZ14IK . B.Yal.;._BRYUM_,_R.M..,-_STARODUB) N.S.; MANOLOVA, E.Fo;',IVANOVA, S.S.
Sc)iick's reactionpin Stalino cb4ldren vaccinated against diphtheria;
axithor's abstript. Zhar.mikrobiol.epid,i immin. 31 no.8:W A-g
,6o.- f (MIRA 14:6)
,1. Iz Stalinskogo meditsinskogo instituta.
I (STALINO-~IFHTIIERU)

BHYUM, R.M. -
Combined treatment of whooping cough with antibiotics and
gamma globulins. Pediatriia no.gt62-67 161. (MIRA 14:8)
1. Iz kafedry detakikh infektsionnykh bolezney (io'be zavo -
kand.med.nauk B,Ya. Reznik) Stalinskogo meditains6go insti-
tuta (dir. A.M. Ganichkin) i bolinitsy imeni Kalinina (glavnyy
vrach - kand.med.nauk B.A. Shaparenko).
(WHOOPING COUGH) (PYTIBIOTICS) (GAMMA GIDBULIN)

BRYUW, Ye.S.
Boundary ofthe middle and upper Jurassic deposits in the Northern
Caucasus. Vest.Lenoun.10 no.10:89-96 0 155. (KLRA 9:1)
(Camr-isus, Northern-Geology, Statigraphic)

BRYUIELLI, B. 'YE.
"Magnetic Variation Stations of the Mobile Typen, Trudy NIIZY,, No 2, 1948 (050-94).
SO: U-3039, 11 Mar 1953

eartHs' magnetic field
TeriCdicnil Dok..All SSSR 99/5.,,z 71~1-74.3, Dec-11, 195A~
Astlact . A theory on thecauses of dail~r variatiovv;~ of the earth's magnetic field
is discussed. Two turbi4ent flows, forined by particles streaming from
the sun toward'the-eart,h, are considered to be responsible for the above
mentioned.variations. A .1
-m#schanism, which would ext) ain why and how these
streaming particle's form two turbulent f3k-rF, (a day-tinte vorf-_~x and a
night-time vortex), is described. Three Mk;)*~4w4;KF 2-U33R (1952-1953)
Diagram.
-.Institution: The-Leningrad State UniversiLy im. A.A. MjT-j:j-#j-y-
-Presented,by: Academician G.A. Gamburtsev, August 7, 1411~

BaYUNELLI, B.Ye.; NIZYAYEV. D-A-
I"wmk
A magnotooraph with visible recording. Izv.AII SSSR-Ser.geofiz.
no.8:1064-1065 Ag 15n1. WaLk 10: P)
l.Laningradekly gosudarstvenny7 universitet im. A.A. Zhdanova-
(Magnotomoter)

SOV/49-58-7-10/16
AUTHORS: Bryun.elli, B.Ye- Pizyayev, D.A. and Kanonidi, Kh-D.
TITIB: Stabiliser of Magnetic Field (Stabilizator P!aEnitnogo
polya)
PERIODICAL: Izvestiya Akadem-ii NaukSSSR, Seriya Geofizicheskaya,
1958, pp 917 - 920 (USSR)
ABSTRACT: The Ceomagnetic laboratory of Leningrad UniveLsity
designed an apparatus which diminishes -'Le effect
of the exterior electromagnetic field on the field of
a measurLng instriuiei.it based on the :aaf-,n'-tic principle.
The apparatus S-enerates its own elect--ic curcent in
proportion to the variations of a magnstuic field required
to be stabilised. The Helmholtz circuit i3 added in
order to maintain an P-xact~elationship bet-ween the magnetic
field and the electric current.
The magnetometer, type Ld-2, is employed as a part of the
design (Figure 1). It was modified by the inclusion of
a hoto-electric device. The lit_ht of the small car bulb
(13 -'s projected onto the plate ('-;) by means of the
prism 2), the objective (3) an6 a mirror of the maGneto-
Dieter M. The plate screens the photocell ~6).
Pilhen, due to movement of the mirror, some liLht falls on
Uardl/3 the photocell, aii electric curreat will E,,enerate- This

Stibiliser of Lagnetic Field SOV/49-58-?-10/16
current, after beinL amplified by (7), is directed to
the coil (8) placed near the masnetometer. The purpose
of the coil is to produce an electromagnetic field in
order to counteract the variations of the rzagnetometer
field.
If (H) denotes the field inside the instrument and the
angle of maSnet reflections is k lHi the amplified
current will be i The field produced by -he coil (8)
u u
is H2 The field of the instrument will be affected
by the variations of the Earth's magnetism, as indicated
by Eqs,(l) to (3).
Seve-nal types of the amplifier can be used. The simple
type (Figures 2 and 4) will give a satisfactory result
but if a higher coefficient of intensification is
required, a more powerful type (Figure 3) should be
employed.
The ~aoefficient of intensification k in relation to
the magnet deflec'u-ion of the instrument, can be calculated
from the Eqs.(4) to (6).
Card2/3 In practice, the results obtained were very consistent.

Stabiliser of klagnetic Field
SOV/49-58-7-10,/16
The instrument, placed in a buildinE situated in the midst
of a heavy traffic of tramways and trolley-buses, gave a
magnetic stabilisation. of 2-3 y for the variations in 'Ube
magnetic field ranging from 60 to 100 y These variations,
in spite of their rapid character, never affected the
steadiness of stabilisation.
There are 4 figures and 2 referenceslof i,,,hich is Soviet
and 1 French.
ASSOCIATION: Leningradskiy gosudarstvennyy universitet im.
A.A. Zhdanova (Leningrad State University imeni
A.A. Zhdanov)
SUBAIITTED: February 20, 1957
Card 3/3 1. Magnetic fields--Stabilization 2. Magnetometers--
Applications 3. Earth--Magnetic effects 4. Instruments---
Magnetic factors

311691601000100610011021
AO05/AOO1
Translation from.- Referativnyy zhurnal, Geofizika, 1960, No. 6, P. 19, # 5680
AUTHORS: Bryunelli, B. Ye., Dobrovollskaya, M. A.
of the Electromechanical Connectivity Factor of
TIMS: The Determina ion
a G22phone
PERIODICAL: V sb..- Vopr. dinamich. teorii rasprostr, seysmich. voln. 2.
Leningrad, Leningr. un-t, 1959, pp. 312-320
TM- Four methods are described for laboratory determination of the
electromechanic connectivity factor of geophones within the limits of linear
displacements of the inert mass (the ballistic method, and t1ie methods of
inclines, weighing, and shocks). The analysis of accuracy of these methods is
carried out.
Translator's note: This is the full translation of the original Russian
abstract.
Card 1/1

BAMINSKIT, S.P.; BBrUNELLI, B.Te.; KROMICH, N.Y.
RecordirAg geomagnstic pulsations by a highly sensitive nagneto-
graph. Me2bdumr.geofiz.god. no-7:65-67 159.
(MLRK 13:2)
(Magnetometer)

SOV/49-59-7-16/22
AUTHOR:Berdichevskiy, M. N. and ~pyunelij_ BYe.--
TITLE: The Theoretical Considerations Regarding the Application of
the Magneto-Telluric Method in Profiling
PERIODICAL: Izvestiya Akademii nauk SSSRI, Seriya geofizicheskaya,
1959, Nr ?, pp 1061-1069 (USSR)
ABSTRACT: The relationship of the electric and magnetic components
of the plane wave in the horizontal homogeneous media (Fig 2)
is considered. The assumption is made that in the case of
sloping rock layers, more complex relationships take place
which can be utilized in determining the mean longitudinal
conductivity and the inclination of rock layers. This can
be done when simultaneous observations of the electric
(Ex I E ) and magnetic ( J~x I Hy ) field components (Figs
4 and ~~ are made. The analysis of the data thus obtained
can be performed by means of the-variable diagrams, as em-
ployed in the method of telluric currents. There is a
series of advantages in applying this method in oil geo-
physics. Some of them are: .1) it becomes unnecessary to
carry out observations at two different points of an area,
therefore the network of outstations can be neglected;
2) the observations become greatly simplified; 3) the

SOV/49-59-7-16/22
The Theoretical Considerations Regarding the Application of the
Magneto-Telluric Method in Profiling
absolute value of S is determined (Fig 4). As a result
of the first two points, the prospecting can be made more
economical. The third joint gives a better accuracy of
the geological analysis, There are 5 figures, 1 table and
6 references, of which 5 are Soviet and 1 English.
ASSOCIATION: VNIIgeofizika Leningradsk'y gosudarstvennyy universitet
im. Zhdanova (VNII Geophysics; Leningrad State University
im. Zhdanov)
SUBMITTED: March 3, 1958.
Card 2/2

sov/49-59-8-15/27
AUTHORS- Bryunelli, B. Ye,, Berdic.hevskiy, M.N , Alekseyev, A.M.
andIH-urao, U,A.4Deceased)
TITLE: Observed Variations of the Micro-pulsations of the
Earth's Electromagnetic Fieldl.-
PERIODICAL: Izvestiya Akademii nauk SSSR, Seriya geofizicheskaya,
1959, Nr 8, pp 12o6-1213 + 2 plates (USSR)
ABSTRACT: Observations of a magnetotelluric field were carried
out on September 4 to 9, 1957 in South Tyumensk
(y = 5604ol, X = 67*), where a method of measurements
illustrated in Fig I was applied (I - oscillograph, see
Fig 3. 11 - magnetometer, see Figs 4 and 5). The
variations of the period between 10 to 50 sees were
recorded. The reciprocal impedance was defined as
Eq (1), where H yEx - amplitude of monoharmonic
variations of the components H and E expressed in
y and mV/km, S - total longitudinal conductivity of
the top layers, Eqs (2) to (4), T - period of variations,
P - specific resistance of the foundation layer. The
n
curve of the dipole azimuth sounding near the point 0
Card 1/3 observation is shown in Fig 2. Its left-hand curve ~~

SOV/4 9-59-8-15/27
Observed Variations of the Micro-pulsations of the Earth's
Electromagnetic Field
represents the layers of the Quaternary formation
with 20 to 30 Ohms of resistance, while the right-hand
curve corresponds to the Paleozoic period showing
resistance 500 Ohms. The corresponding total thickness
of layers is 1125 m. its mean resistaVce 3.2 Ohm and
the total conductivity S = 350 Ohms Tfie examples
of recordings of the variation Is of a magnetic field%,V
obtained by two magnetometersla-re reproduced in Fig 6
and those of electric and magnetic fields (perpendicular
to each other) are shown in Fig 7. The oscillogram in
Fig 8 illustrates the magnetotelluric variations
during a magnetic storm.ky The results of statistical
analysis of the data and the calculations based on
Eq (3) for the oscillograms illustrated in Fig 7b are
tabulated in Table 1. Table 2 gives similar results
of analysis based on 23 oscillograms. The results
obtained signify that a new method of geophysical
Card 2/3 surveying can be developed based on the experiments

sov/49-59-8-15/27
Observed Variations of the Micro-pulsations of the Earth's
Electromagnetic Field
described.
There are 8 figures, 2 tables and 8 references,
6 of which are Soviet and 2 English.
ASSOCIATIOM Ministerstvo geologii i okhrany nedr VNIIgeofizika
(Ministry of Natural Resources VNIIgeofizika) and
Leningradskiy gosudarstvennyy universitet imeni
A. A. Zhdanova (Leningrad State University imeni
A. A. Zhdanov)
SUBMITTED; March 28, 1958
Card 3/3

7
S/169/60/000/009/005/007
AOO5/AOO1
Translation fromt Referativnyy zhurnal, Geofizika, 1960, No. 9, PP. 196-197,
11612
#
AUTHORS:
TITLE:
e4v"
Bryunelli, B.Ye., Bandulenko, S.M.
Radar Observations of the'Polar Lights at,Mirnyy
'4~~
PERIODICAL: W orm. byul. Sov. antarkt. ekspeditsii, 1959, No. 13, pp. 29-33
X"'?
TEXT: ThAradar observations of olar lights began at Mirnyy in 1959. A
radar with revolving ALitenna h operates at 72 Mc frequency, the
g#pect whic
coverage of the radar is 1, Rm. Altogether 7,333 shots were taken during the
observation period; 585 of them were with reflections. The reflections represent
in the overwhelming majority of the cases a totality of individual pulses which
are nbt resolved Th respect to the distance. The aurorae were observed in the
main from 4h to 20 Greenwich Time; two maxima in ~h _ 8 h and 12h - 16h are ex-
pressed clearly. In March, the reflection rose is presented by a three-lobe
configuration, the main lobe of which is directed to East; in April, the main
Card 1/2
i

84587
S/169/60/000/009/005/007
AO05/AOOl
Radar Observations of the Polar Lights at. Mirnyy
lobe has 400 azimuth. In May, a nearly uniform distribution of the reflections
was observed in the sector from 300 - 900. Reflections from distances of 650-
750 km occurred most frequently. The altitude values obtained were less than
100 km.
N.V.Z.
Translator's note: This is the full translation of the origInal Russian ab-
stract.
rA'A

S/203/6 1/00 1/005/009/0 26
Aoo6/A lo 1
AUTHQRS: Bryunelli, B.Ye., Sandulenko, S.M.
TITLE: Radar observations of auroras at Soviet Antarctic stations in 1959
PERIODICAL: Geomagnetizm i aeronomiya, v. 1, no. 5, 1961, 679 - 686
TEXT: The authors analyze the results of radar observations of auroras
carried out at the Mirnyy and Vostok stations in 1959. Peculiarities in the sea-
sonal variations of the nuiber of reflections at Mirnyy are noted. In the diurnal
rate two maxima were observed, which are created by reflections received from
various directions. They are probably connected with the basic and inner zones
of auroras4 Similar conclusions can be drawn from data obtained from the Dumont-
Durville station. The diurnal rate of the number, the azimuth, and the distance
of reflections is illustrated in a number of graphs. At the Vostok station, the
d:Lurnal variation is Aaracterized by a minimum with almost complete absence of
reflection during the morning hours (local time 0 - 5 hours UT). During the day
the number of reflections increases sharply, attaining a maximum in the afternoon
and early evening (8 - 10 hours UT); and then decreasing. The radar observations
carried out at Mirnyy and Vostok during a relatively short period revealed a num-

Radar observations ...
3/203/61/001/005/009/028
Aoo6/Aloi
ber of substantial peculiarities in the geophysical phenomena of these regions.
Two types of reflections are detected
J, the one of which should be connected with
the basic zone of auroras and the other one with the inner zone. This statement
does not only support the hypothesis on the existence of an inner zone, but re-
veals also some of its properties, such as activity during the day. This fact
proves the efficiency of employing radar methods for geophysical investigations,
which should be preferably used when investigating the second zone. Another pe-
culiarity is the absence of correlations between radar reflections and magnetic
activity, characteristic of intrazonal stations (e.g. Mirnyy). The observations
are continuing. There are 9 figures and 5 references: 4 Soviet-bloc and 1 non-
Sovi6t-bloc.
ASSOCIATION.' Leeningradskiy gosudarstvennyy universitet im. A.A. Zhdanova (Lenin-
grad State University imeni A.A. Zhdanov)
SUBMI TTE D- July 15, 1961
Card 2/2

BEEDICHEVSKIY, M.N.; BRYUNELLI,, B.Ye.; LANTSOV, A.Ye.; RASPOPOV, O.A
Use of natural elau6tromagnatic variations for studying the upper
layers of the earth, Uoh,zap.ILU no,303:49-55 162. (MIRA 15:11)
(Electromagnetic prospecting)

BRYUNELLI, B.Ye.
Polar magnetic disturbances* Geomag. i aer. 2 no-5;801-821
S-0 162. (MIRA 15:10)
(magnetic storms)

BRrURELLI, BeYe.
Variations in the magaetic field at conjugate p6ints. Geomag. i
aer. 2 no.5:933-942 S-0 162. (MIU -15:10)
1. leningradskil gosudarstvennyy universitet.
(14agnotism,, Terrestrial)

BRYUNELLI B.Ye,
Electric field of a polar magnetic disturbance* Geomag& i aer*
j no.4:929-937 3-0 163. (MIRA 16:11)
I* Leningradskiy gosudarstvewiyy universitet.

Y Boris Mikhaylovich; Frinyol uchastiye ERYUN~11.1, -~'%'Ye.,
dots.; I'SARIKC;V.41, M., red.
[Terrestrial magnetism] Zemnol magnetizn- Leningrad, lzd-
vo Leningr. univ. Vol.l. [1-14orphology and theory of the
eni-th's mngnetic field and its variatioix] 1"Orfolof"Jin i
teorila mngnitnogo polia Zen;li i ego varintsli. 19Q.- U,,5 P.
(11,1111A 17:8)
1. Kafodra fiziki zomnoy kory JAningradskogo gosudarstven-
nogo universiteta (for Bryunelli).

ACCESSION NR: AP4043137 S/0049/64/000/007/0999/1006
ALMHORs Yanovskiv, B. M.,,O)octor of physico-wtherAtical sciences B w Be
I q ULp Too#
Kortun, A.Aep Xuznetsov, NeSey.Ptaspopovy OoMev ChicherirA. NeDo
TITLE: blagnetotelluric sounding in the Central Russian Depression
SOURCE: AN SSSR. Izv. Seriya geofixicheakaya, no. 7, 1964, 999-1006
TOPIC TAGS: magnetotelluri~'sounding, geology, geophysics, terrestrial conductivity,
xnagnetotelluric profiling, electrical profile
ABSTRACT: Information published earlier on magnetotelluric sounding work in the
Central Russian Depression is reviewed, and now work done in the central part of the
region Is described. The work was undertaken to determine the value of the total longi-
tudinal conductivity and the depth and thickness of the poorly conducti4 basement. Informa-1
tion on the relief of the bottom of the depression Is contradictory; data obtained by drilling,
logging and sounding are compared. It, is noted that the electrical profile of the studied
region can be represented schematica *, as a three-layer structure with an upper layer of
Card 1/3

:ACCESSION NR: AP4043137
relatively high resistivity, a layer of low resistivity and a base of high resistivity. It was
with these initial data and concepts that an expedition from the Leningradskiy gosudarst-,
venny*y universitet (Leningrad State University) began magnetotelluric sounding work in
the summer of 1962. Sounding was done at four points along a profile running across the
assumed strike of the axis of the depression. Several days were spent at each point.
The variations of the Hx HyEx and Ey components of the electromagnetic field were recorded.
Variations with different periods were recorded continuously for the period from 14 August
through 4 September, 1962. A spectrum of variations from 5-10 to 2000-3000 seconds was
obtained at each point. The vectors of variations in E and H in most cases were not per-
pendicular to one another. For periods of less than 400 seconds they were nonperpendicular
by only 2-80, but for greater periods the deviation was 10-150. The methods and formulas
used in processing the data are presented. It was found that all the curves obtained in ap-
proximately the same geological region differ In behavior in the region of small periods,
indicating considerable variation in the sodimentary complex of the studied region. In
addition, in the region of large periods on AU the sounding curves, there was a ma-7dmum
indicating an increase in conductivity at great depths. A formula for estinmUng the thick-
ness of poorly conducting layers Is glXen. no now inagnetotelluric sounding data are
Crd . 2/3
.......................... V.-

ACCESSION NR:. AP4043137
compared with drilling data. It was found that the depth of the upper surface of the Well-
conducting layer varies from point to point in the range 200-400 km; it is noted that varia-
tions of this scale also have been reported elsewhere in the literature. Oi1g. art. ban:
.7 formulas, 3 figures and 3 tables.
ASSOCIATION: Leningradsidy gomadarstvenny*y universitet imeni A. A.- 21danova (Lenin-
grad State University)
'SUBMITTED- 10JU163
ENCL: 00
SUB CODE: ES 1~0 REF SM. 012 OTHER: 002
:;Card 3/3

ACCESSION NR: AP4043136 S/0049/64/000/007/0990/0998
AUTHOR: Bryunelli, B. Ye.
TITLE: Magnetotelluric profiling in the case of a horizontally nonhomogeneous medium
~SOURCE: AN SSSR. Izv. Seriya gpofizicheskaya, no. 7, 1964, 990-998
t-OPIC TAGS: magnetotelluric profiling, ge.omagnetic field, geophysics, terrestrial
d.lectromagnetic field, terrestrial conductivity, electrical profile
ABSTRACT: The magnetotelluric sounding method as developed initially by Tildionov and
Cagniard and the magnetotelluric profiling method as developed by Berdichevs1dy and the
present author are briefly reviewed, with emphasis on their limitations. In particular,
in the method as developed until recently, it has been a common simplifying assumption to
consider the layers to be homogeneous in a horizontal direction, which limits the method
because horizontal nonhomogoneities ar6. common and often of considerable extent. In this
paper, Bryunelli considers the relations between the components of the electromagnetic
field when magnototeRurio profiling is done over horizontally nonhomogeneous media. The
coefficients of linear correspondence between the co'M''ponents of the electric and magnetic
or 1/2

ACCESSION NR: AP404306
fields are derived in explicit form for a case when the electric properties of the stratum are
characterized by three parameters: The conductivit~-es along t1he two mutually perpendicular
axes and their azimuth. Forr~ulas are presented for finding the coefficients of correspon-
dence on the basis of the 6~s4ved amplitudes 'and phases of the variations. The problem of
taldng into account the conductivity of the basement iis considered. the author 'recommends
that the interpretation of data: for the case of a two-d~lmensional structure be done separately
for the two principal polarizations and suggests that polarization be determined from-the
character of the variations of the vertical magnetic component. Orig. art. has: 26
formulas and 5 figures.
ASSOCIATION: Leningradsldy gosudarstvenny*y universitet. imeni A. A. Zhdanova
(Leningrad State University)
ENCL; 00
SUMUTTED: 10.14163
SUB COD9';--.ES NO REF BOV: 012 OTHER: 002'
CG,d 2/2

YANOVSKIY, B.M.; BRYUHELLI. B.Ye.; KOVTUN, A.A.; KUZIIETSOV, N.S.;
RASPOPO'F,'-b~.~g.~',~~..'CIftHEMA, N.D.
Magnetotelluric sounding in the Central Russian Depression.
Izv. AN SSSR. Ser. geofiz. no.7:999-1006 J1 164.
(MIRA .17:7)
1. loeningradskiy gosudarstvennyy universitet imeni Zhdanova.