SCIENTIFIC ABSTRACT BUYUKLINSKIY, R.D. - BUZALO, F.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000307820002-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BUYUKLINSKIY, R.D., inzh. (Ufa)
Transport of trusses. Put' i put.khoz. 7 no.12:25 163.
(MIM 16:12)
--.e

SUT jjj~
- ~, Y,-,.'^.; BUDIKLI, P.I.
z;~. - I
Studying the die2pmet-,y phen,:,-,rer-77,n Ir wheat. izv. AN
Mold.
SSR no.6g5O-68 163. (MMA 17 112)

BUYUXLI, P.I.
Studying the dissymetry phenomenon in pulse crops.
Izv.
AN Mold. SSR no.6t6940 163. (KMA 17 112)

BnUK'LI. P,I.
Genetic and practical evaluation of winter wheat
developed from apring
wheat by controlled conditioning. Agrobiologiia
no.4:572-579 Jl--kg 164.
(MIRA 17:12)
1. Otdel genetiki Akademii nauk Moldavskoy SSR.

BOKOVY G.; VELEV, L.o BU-XULMEV. K.; GRINIYUK,
V.; TKACHF11KO., A.;
LUKOVETS, A., red.
(The wonderful country of Bulgaria, 1944-19641
:ArUia
chudesnaia Bolgariia, 1944-1964. Moskva,
Pravda, A64.
278 p. (MIRA 17:9)

BUY=YAX,,A.A., -,
. -,- I - - -
Effect of Ustsesta bathe on vascular reactions in
hypertensives.
Yop.kur.fizioter. i lech.fiz.kullt. 22 no.6:28-36 N-D '57.
4 (MIRA 11:3)
1. Iz terapevticbeskoy kliniki (zav. - prof. H.M.Shikhov)
Sochinskogo
institute revmatizma (dir. - doteent II.F.Vladimirov)
(MUWAL WATXR.~, SULFUROUS--PHYSIUOGICAL R-FFWT)
(HYPIIMNSION).

BUYUKLYAN, A. A.- Master Med Sci (diss) -- "The affect of
Matsesta baths
--------- --
on the vascular reaction of patients with hypertension
(Based on the data
of clinical observations and plethysmographic
investigation)". Sochi, 1958.
20 pp (Yerevan State lied Inst, Sochi Inst of
Rheumatism), 150 copies (KL, No 6,
1959, 142)

- - I - - - - -, I
FISENKO, Ye.I.; ORZHESHKOVSKIY, V.V.; BMYLYAN,.A.A,. (Sochi)
1. Modified method of vertical ballistocardiography. Vrach.delo no.11:
128-129 N t6o. (MIRA 13:11)
1. Institut revmatizma Ministerstva zdravookhraneniya RSFSR.
(BALLISTOCARDIOGRAPHr)

,PUYUKLYAN, A.A.0 kand.med.nauk; VINOGRADOV, N.A.,
prof.; SHEITIL', L.B.,
--- ~"7
d.nauk; MARKOV, D.A., prof.; GRENADER, A.B.
Reviews and bibliograpIV. Vop.kur., fizioter. i
lech. fiz.
kul't 30 no.5:468-472 S-0 165.
(MIRA 18;12)
1. Predsedalell Belorusskogo obshchestva
fizioterapevtov i
kurortologov (for Markov). 2. Sekretarl Belorusskogo
obshchestva fizioterapevtov i kurortologov (for
Grenader).

AUTHORS: Dozorova, R. Buyvol, N., and Kozlova, L. .136-7-18/22
TITLE: Discussion at the Severonikell Combine of the book,
IlMetallurgy of Nickel" by V.I'. Beregovskiy and N'.V.Gudima.
(Obswhdeniye knigi V'.I-.Beregovskogo i N.V.Gudimy
"Metallurgiya Nikelya" na kombinate Severonikell).
PERIODICAL: '1XTj~taXV_Metal1,y1'1 1957, No.71 pp.85-86, (USSR).
ABSTBACT: More than a hundred engineers and technicians partici-
pated jA a conference in Monchegorsk in February 1956
organizad by the Severonikell combine to discuss a book
?n the metallurgy of zinc, published by Metallurgizdat,
in 1956. 9. 1. Gran, welcomed the book as a contribution
to the insufficient literature on the subject and some
errors and defects of the book were considered by
I.S .. Ivanovy BV.. Liping G.P. Leshke, K.N. Dzakhoz,
S.Z. Malkin, P.A. Orlov and R.Ya. Boguslavskaya. Replying
for the authors N.V. Gudima attributed some of the omissions
to the fact that the book was written in 1954-55 and said
the criticism made would be noted. It was decided at the
end of the Conference that the book was timely, that the
1/2 publishers should be asked to produce a second edition in
1958 and that all assistance should be given to tlie authors

Discussion at the Severonikell
2/2 liMetallurgy of NiOkelll by V.I*,
Cont.)
in its preparation.
136-7-18/22
Combine of the book
Beref~ovskiy and N.V.Gudima.
AVAILABLE: Library of Congress

21357
S/021/61/000/011/004/011
D299/D304
AUTHORS: Saving H,M., Academician AS UkrRSR, Van Fo Fy and
Buyvoll V. M.
TITLE: Concentration of stresses in the neighborhood of two
holes of a spherical shell
PERIODICAL: Akademiya nauk UkrRSR. Dopovidi, no. 11, 1961,
1435-1439
TEXT: A sloping spherical shell of radius R is considered, having
two circular holes with radii r 1 and r 21 under the constant
internal
pressure q and the shearing stresses Q. The basic equation is
V 2V2~ + iv21 = 0
where w + ig?, w and Y being the bending- and stress function
2
respectively, and g =~12~(1-7)/Bh . In the case of a single hole
Card 1A

21357/02X61/000/011/004/011
Concentration of stresses ... D20W9 D304
and axisymmetric loading, the function depends on the coordinate
x only:
iC 1n x + (A + iB)H(1)(X-Fj) (2)
0
where A, B, C are arbitrary constants which are determined by the
boundary conditions, Ho is Hanckell.s function of the first kind
and
zeroth order. If the shell has 2 holes which are at a sufficient
distance from each other, then the stressed state near the holes
is
described by the function
0 = igro + + 1(2)
(3)
where T 0 is the stress function for the unperforated shell, P) is
of type (2), and k - the number of the hole. If the holes are near
each other, the function (3) has to be considered as the zeroth
ap-
proximation only. In this case the functions I are sought in the
Card 2/4

S102' W1/000/011/004/011
Concentration of stresses D299YD-304
9
form
00
ige in x + (An+ 'B j-n,osng + (Cn+ iDn)H(1)(x1fi_)cos nQ
n) z n
n=1 n=O (4)
where the constants are determined from the boisdary conditions.
The
boundary conditions yield an infinite system of linear algebraic
equations which can be solved for all n. Assuming the constants
C,
An, BnP Cni Dn as already determined, and using formulas from the
references, one obtains the corrections of the first
approximation.
Hence the function which solves the problem in the first
approxima-
tion has the form
ig + _(1) + ~(2)+ j(1) + ~0)
� 12 21 (7)
If the holes are at a distance apart, not below the length of the
Card 3/4

SAY1~61/000/011/004/011
Concentration of stresses D299/D3O*
smaller hole-radius, it is not worthwhile to find the second
appro-
ximation; anyway, the second approximation cannot be found by
the
above method. A numerical example is considered. Computations
have
shown that the disturbance due to the holes is of a local
character:
It does not reach farther than a hole-diameter's length. Hence 2
neighboring holes do not affect the stressed state if the
distance
between them is not smaller than the diameter of the larger
hole.
There are 2 figures and 2 references: 1 Soviet-bloc and 1
non-So-
viet-bloc (in translation).
ASSOCIATION: Instytut mekhaniky AN USSR (Institute of Mechanics
AS
UkrRSR)
SUBMITTED: June 26, 1961
Card 4/4

E9221
S/198/61/00t('005/003/'015
2 D274/*03
AUTHORS: Saving G.M., Van Fo Fy, and Buyvol,, V.M. (Kyyiv)
TITLE: Applyii~g the method of successive approximations to
the problems of shallow-shell theory
PERIODICAL: Frykladria mekhanika, V. 79 no. 5, 1961, 487 - 495
TEXTs A spherical, shallow shell of radius R is considered,
hav-
ing m circular holes of arbitrary radius. The shell is under
the
internal pressure q = constg and the edges of the holes are
sub-
jected to a system of e*ernal forces,. One of ihe holes is
consi-
dered as principal and the influence of the holes far from the
principal hole (at a distance of at least two hole-diameters)
is
neglected. It is assumed that k hoies are so near that they
4p=ot
be neglected. The centers of the hole6 are denoted by 0 1 U =
ly
2n co.9 k)9 the hole-radiuses by aJ9 and the distances
between the
hole-centers -- by r,,O The stress-strain state in the
neighbor-
Card 1/6

I 9t 1-It
S/1~8'61/007/005/003/015
Applying the method of D2747D303
hood of a hole is determined by the solution of
Ir 2 2 2
,' 7 'q 1~ + i V tD = 0 (D = w + i
where w and cf are the bending- and stress functions, g =
-Vl-2(-1-
-V )2/&2p h being the thickness of the shell.. If the shell
has
one hole onlyq the stressed state can be determined by means
of
the function
~D ln x + (A + iB) H (x -Vi") (2)
0
The arbitrary cuitants C, A, B are found from the boundary
con-
ditions, and H 0 1 is Hankel's function of the first kind. To
com-
pletely solve the problem, it is necessary to take also into
con-
sideration the contribution (to the stressed state) of a
constant
external pressure. If the shell has k + 2 holes which are at a
sufficient distance from each others the stressed sate is
deter-
mined by the function
Card 2/6

- Y'rr-7
S/198/61/007/005/003/015
Applying the method of ... D274/D303
k
-Do oz~o i v, + r,( (4)
J=O
where cfo is the stress function for an unpunctured shellf
and SO)
is analogous to (2). If the holes are near to each other,
function
(4) has to be considered as the zeroth approximation only.
Thereby
the boundary conditions will not be satisfied completely at
each
of the holes. This discrepancy in the boundary conditions is
narrowed down by introducing the function
. k
+ \ ' (Tkl) +
l = 1110 / , 01 i0
J=l
This function can be considered as the solution of the
problem in
the-first approximationp if k holes which are near the
principal
hole, do not interact. As, howeverp these holes do interact,
other
Card 3/6

!9"1
3/198/61/007/005/003/015
Applying the method of D274/D303
T-function have to be introduced to remove the
inconsistencies in
the boundary conditions. Hence the function which solves the
pro-
blem in the first approximation is
k + 01) + + (1+0+0
ige + 01) + P(l)
10 0/
All the functions ~D have to be determined as soluti6ne of
the ba-
sic Eq. (1). Taking into consideration the conditions at
infinity,
such a solution is expressed by
d)-JgCInx+E x-n(a,e'Oncosn&+b.e'PnSjnnO)+
(5)
+ + T),
E (c,,e'4'n cos n0 d,,eltn sin h9) H."' (x I/ I
n-0 .
where a, b, c~ a, cf. IP, and C are unknown constants by
means
Card 4/6

S/198/61/007/005/003/015
Applying the method of ... D274/D303
of which the boundary conditions can be satisfied. I~ the
second
approximation, the effect of forces denoted by TjO(l is
taken in-
to account. The process of successive approximations
converges and
a practically exact solution of the problem is given by the
func-
tion
k k
igTO + + (q)(i) + (1) 1(/)+(j-1)(Dj(.0i)+(/+1)(j)(1) (6)
Of 0 io
As an example, a shell with two circular holes of radiuses
a 1 and
a2 is considered. In this case, solution (5) reduces to
CO
q) fgC in x + Y, x-- (A. + ffl~) cos no +
n=1 (7)
(Cn + iDn) H' 1) (-%: 117) cos no.
n
n=0
Oard 5/6

S/198/61/007/005/003/015
Applying the method of D274/D303
The arbitrary constants in Eq. (7) are determined from a
system of
linear algebraic equations. Thereupon, the formulas for the
st-res-
sed state are derived. Figures show the distribution of
stresses
and moments at a cross section through the hole-center line.
It is
evident from these curves that, under certain conditions, the
dis-
turbences in the stress field due to the holes, do not reach
fur-
ther than a diameter's length. The stress function T 8 is
most Sig-
nificant with respect to magnitude and distribution of
stresses.
There are 5 figures and 3 references: 2 Soviet-bloc and 1 non-
Soviet-bloc (in translation).
ASSOCIATION: Instytut mekhaniky AN URSR (Institute of
Mechanics
AS UkrSSR)
SUBMITTED: June 30, 1961
Card 6/6

Woo 1"77
AUTHOR: (Yyyiv)
TITLE: Applying the method of
the plane problem, for
gions
PERIODICAL: Prykladna mekhanika, v
25b-
3/198)16 1/6007/0061/007/008
D299/D301
successive approximatij-r.
certain multiply-coniiected r.-M-
7, no.6, 1961, 672-675
TEXT: Schwartz's method of successive approximations is
applied
studying the stressed state of a circular plate with m
cyclical-ly
disposed circular holes. The uniformly distributed load p
-is ap-
plied to the external contour of the plate. Polar
coordinates arE
used. First, an approximate solution is sought for an
eccentric.
ring. Denoting by 90 the angle between central and local
polar -,-o-
ordinates, one obtains for the solution
1)
F = pR~- 2
0 ~0)= (~(ol P; 40) 0 (3,!
2 Q
Card 1/3

325o~~
S/198/61/007/006/007/008
Applying the method of ... D1299/D301
and
2 2 a. 2pa a
F, pR la ln p(141 (:5 99 p q,' 0; "/a= (4)
where a ia the hole radius and F the stress funC41c,n, Expanding
th,~
I
stresses ~1) and-b--~"in Fourier series, and seekina the
func,.Ioc-~
rG
F in the form of a corresponding seriess, one cbItains ~he
srur,'n-.-
2
for solution in series form. The convergence c'L these ser2--?8
I -
be accelerated, Formulas (3). (4) pluu the cai,ret3pcnd:n g
forin-.1-i'l
for F are the solution to the problem of an eccen.-rra, j-r-jv..
2 ~ (Z. I - -
vided the least distance between the hole QcntourF is no'
smal.,'.,%---
than the hole radius. Further, a plate wathm cy~-!-;_c holes -i=
sidered. The influence of two neighboring hol (neglecting ~The
in-
fluence of the other holes) is determined by means Df the
slreez-z
functions I(Q). The approximate formula
Card 2/3

Applying the method of
32563
S/198/61/007/006/007/008
D2 99/D301
2 2 2 2
,VQ2 );:~~pR t ln (Y - 2~01 COSO ~ 0) W= 7 - TO)
is obtained. The formulas for the stressed state are derived, It
was found that the influence of neighboring holes on the stressed
state near a given hole mainly affects the tangental stresses.
From a figure which shows the stresses state of a. plate with 6
cir.-
cular hole8j it is evident that the presence of a neighboring
hole
disturbs the stress field near the hole under consideration.
There
are 2 figures and 6 Soviet-bloc references.
ASSOCIATION: Instytut mekhaniky AN URSR (Institute of Mechanics
AS UkrRSR)
SUBMITTED: December 30, 1960
dard 3/3

39710
S/19 62/008/001/003/005
IS27 D299%302
AUTHOR: Buyvol, V. M. (Yyyiv)
TITLE; Action of concentrated forces on a plate with holes
PERIODICAL: Prykladna mekhanika, v. 8, no. 1, 1962, 42-47
TEXT- A circular plate of radius R is considered, having m cycli-
cal holes of radius a; m concentrated forces P are applied to the
plate. The method of successive approximations is used. The con-
centrated forces P are expressed in the form of delta-functions,
which can be readily expanded in series, viz.:
00
MP
P + 2 Z Cos (2)
n=1
Card V 6

33710
S/19 62/008/001/003/005
Act.-I-on c.', ccnicentrated ... D299YD302
Ac(,Drding to Eq, (2), the solution to the problem can be divided
in two: The solution for a load corresponding to the constant
term
of Eq. (2), and the solution for a load corresponding to the
other
terms of that equation. The first solution was obtained by the
au-
thor in an ealier article (same periodical). The second solution
is
dealt with in the present article. Approximate expressions are
de-
rived for the stresses. Thus, for the stress component cr one ob-
P
tains in the zeroth-, first- and second approximation
respectively
the formulas:
0 4 P
'IrR 1 2 _ 2 5011 c 0 s (6)
0
Card 2/ 6

33710
S/19 62/008/001/003/005
Action of concentrated ... D299%302
00
0~ + Z- Z j E(n + 2)b naj ~2 + (n + 2)(a - b
p JrR TR n 1 n n)j 'y
n=l
n cos nf3
1 1 (9)
00
d~( 2 k ~l + E [(n -2 + n 2j (n + )Xncos n
n=1
Card 3/t

33710
S/198/62/008/001/003/005
Action of concentrated D299/D302
The complete formulas (6), (9)~ (11)9 in conjunction with the
so-
lution to the problem of an eccentric ring loaded by the force
-PltrR, describe the stressed state of an eccentric ring under
the
action of two concentrated forces. The error in the solution
does
not exceed 10%, provided the size of the holes is not greater
than
the smallest distance between them. The stress function which
de-
scribes the stressed state of an eccentric ring, whose external
contour is under the stresses
QO
c os 2nal,
r In Z
n=1
has the form
Card 4/6

33710
S/198/62/008/001/003/005
Action of concentrated D299/D302
F(Q 0)'~-~f0(00) + f1(00)+ f2(0 0) (12)
As the zeroth approximation one takes the function
m
2, P(Q n) (19k =(k - 1)00)
n=1
(for a plate with m holes). In the first approximation, formulas
are derived which make allowance for the influence (on the
stressed
state near a hole) of neighboring holes. Adding together the
stres-
sed state, described by the obtained formulas, one obtains the
to-
t-al stressed state for a plate with 6 holes, under the action
of
6 concentrated forces. A figure shows (for comparison) the
theore-
tical and experimental stress distribution in the neighborhood
of
one of the holes; the experimental measurements were conducted
by
Card 5/6

Action of concentrated ...
33710
S/19 62/008/001/003/005
D299%302
the optical-polarization method. There are 2 figures and 4 refe-
ren~~esg 3 Soviet-bloc and 1 non-Soviet-bloc (in translation).
ASSOCIATION:
SUBMITTED:
Instytut mekhaniky AN URSR (Institute of Mechanics
AS UkrRSR)
December 30, 1960
Card 6/6

ACCESSION NR: AP4037990 S/0198/64/010003/0263/0270,
AUTHOR*. Buy
yq~,,.V. M. (Buyvol, V. N. ) (Kiev) ; Goloborod'ko , S 0 0.
(Goloborodlko, Shnerenkop Ke Is (Kiev)
TITLE: Stress distribution in a spherical shell with a hole
stiffened on the edge by an elastic ring
SOURCE: Pry*kladna mekhaTkika, v. 10, no. 3, 1964, 263-270
TOPIC TAGS: spherical shell, shallow shell, spherical shallow
shell, stress concentration, stress distribution, minimum stress
concentration
ABSTRACT: The stress field around a circular hole in a shallow
spher-
ical shell under uniform internal pressure is investigated '
The0dge
of the hole is stiffened by a thin elastic ring which is rigid in
i.
flexure and in tension. The hole has a cover transmitting only
shear.
stresses. All these component parts (the shell proper, the
stiffening
ring,and the hole cover) are treated separately, and the forces
and
moments acting on them are calculated taging into account the
inter-
action between shell and ringp and ring and cover. The effect of
Card 112

ACCESSION NR; AP4037990
rigidities of the stiffeni.ng ring on the stress distribution
around
the hole is evaluated in numerical examples, and it is shown.that
by'l
varying the flexural and tensile rigidities a combination of,them
can be found that will make the stress concentration at the.hole
edged
a minimum. The values of rigidity'parameters for such an optimum i
ring and foran almost, . -, perfectly rigid ring are determined.
Orig.
art. has: 13 formulas and 3 tablos.
ASSOCIATIONi Instyltut 6ekhaniky*. AN URSR (Institute of Mechanics,
AN URSR)
SUBMITTED: 27Apr63 DATE ACQJ 12Jun64 ENCL:- 00
SUB CODE: AS NO REF SOV: 007 OTHER: 000
Card 22
------------ ------- over=-
:7q~

ACC NR: AP7002556 SOURCE CODE: UR/0413/66/000/023/003T/003T
INVENTOR: Buyvol-Kot, Yu.j.; Chuprov, M.Ye.; Tsybayev, B.G.;
Akimov,
V. M.
ORG: none
TITLE: Dipole-slot antenna. Class 21, No. 189032
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki,
no.
23, 1966, 37
TOPIC TAGS: slot antenna, dipole antenna, waveguide antenna
ABSTRACT: An Author "Ceitificate 1~as_'Seen issued'for'a
dipole-slot antenna which
comprises a symmetriqql dipole and a waveguide slot radiator in
the form
of a shortcircuited section of-'a.rectangular waveguide. To
secure
separate reception or transmission of mutually perpendicular
electro-
magnetic signals in a wide range of frequ'encies, 'the
symmetrical dipole
is placed above the waveguide slot radiator in parallel to the
slot.
SUB CODE: 091 SU13M DATE: lUar65 / ATD PRESS: 5113
UDC: 621-396.677.71

BUTVOL. V.N. [Buivol, V.M.j (Kiyev)
Biharmonic problem for multiconnected systems with
cyclic 97mmetr7o
Prykl. mekh. 5 no.3:276-287 '59. ( MRA 13:2)
l.Institut stroitelluoy mekhaniki AN USSR.
(Ilastic plates and shells)

BUYVOL, V.N. [Baivol, Y.M.] (Kiyoy)
Experimental investigation of the stressed
state of
multiconnected regular plates. Pr7kl.makh. 6
no-3:
328-334 160. (MM 13:8)
1. Institut stroitalluoy mekhaniki AN USSIL
(Elastic plates and shells)

BUYVOL~ V.N. [Buivolq V.M.) (Kiyev)
Using the optical method in determining stresses in
the vicinity
of trapezoid holes in a circular plate. Prykl.mekh. 7
no.2z2O7-
212 161. (WRA 14:4)
1. Indtitut makhaniki AN USSR.
(Elastic plates and ohells)
t.

BUYVOL, V. N. Cand Phys-Math Sci -- "Plane problems of the
theory of elasticity
for multiply connected regions with cyclic symmetry*"
Dnepropetrovsk, 1961
(Min of Higher and Secondary Specialized Education UkSSR.
Dnepropetrovsk State
Tiniv im 300th Anniversary of the Re I of the Ukraine and
Russia). (KL, 4-61, 182)
-9-

SAVIN, G N. (Savin, H.M.], akademik; VAN FO FY, G.A.;
QVYVO-L,_V.N.
tnuivol, V.M.]
Concentration of stresses near two apertures in a
spherical shell.
Dop. AN URSR no.11:1435-1439 161. (NIRA 16:7)
1. Institut mekhaniki AN UkrSSR. 2. AN UkrSSIR (for
Savin).
(Elastic plates and shells)

SAVIN, G.N. [Savin, H-M-J (I'iyev)-, VM FO FY, G.A.
[VAN FO IFY, H.k.j (hiyev);
V-M-3 (Kiyev)
Applying the method of consecutive approximations to
certain prob-
lems,in the theory of shallow shells. Prykl.mekh. 7
no-5:487--hQ5
161. (MIRA 14: 10)
1. Institutmekhanil,~. AN USSR.
(Elastic plates and shells)

BUITOL,, V.N. [Buivol.. V.M. I -' (Kiye7)
Applying the method of ouccessive approy-Imations to
the P1B3* :
problem for certain multiconnect~ed regions.
P%7k1.m&U. I
no.6-,672-676 161. (MMA 14 -IU)
1. Inatit-ut mekhanlld AN USSR~,
(St,-ains and s+treasee)

3/679/62/000/000/006/086
D234/1)308
tkUTHORS: Savin, G. K., Van Fo-PY, G, A. and Buyvol, V. N. (Kiev)
TITLE: A spherical shell weakened by two unequal circular holes
SOURCE: Teoriya plastin ioboloefiek; trady II Vsesoyuznoy.konfe-
Vov 15 61 g. Kievq Izd-vo
renteii, L' -21 sentyabrya 19
AN USSRv 1962v 89-93
TEXT: Using the results of two.previous papers by G. N.- Savin,
the allthote obtain.the first-order correction for the above pro-
0 -0)
_.'blem The solution in-the first approximation is igT V~*
+ where the first term corresponds to a shell
. - 0, ~) - + '-F2(1 .,+ '0112 )1
:without holes, the setond and third are given by
k)
ia(k 1n. (A(k)+.iB( k) H (k 1,2) (3)
(01) ('k
xk~
'Caird 1j2
.. . ..... ....

S/198/62/008/005/008/009
D234/D308
AUTHOR: Bette, 0. V.
TITLE: Dissertations defended in 1961 at the inutituteB of the
Division of Technical Sciences, AS UkrSSR, in the
field of mechanics
PERIODICAL: Akademiya nauk Ukrayinslkoyi RSR. Instytut
mekhaniky.
Prikladna mekhanika, v..B,-,no. 5, 1962, 571-575
TEXT: The following dissertations were preaented by the
c6habora-
tors of the above section and approved. For -the degree of
Candidate
of Technical Sciences; In3tytut mekhaniky (Institute of
Mechanics):
Vas 11' Ilykol
.__f_yl --t- IA2,yqyy_ch Bj!Zv~a , Aspirant. !PlbLne problems
of the theory
o
0 e
e as 3_61ty for mu=lply-connected regions with cyclic
symmetry',
-on I-larch 16, 196 1, at Dnipropatrovsk Univeraty. YAKoulav
Dlykhaylo-
yich Hryhorenko, Junior Scientific GollaboratQr,: 15t'reised
state
of round plates and conical shells of linearly)varying
thickness
under asymmetric loads', on April 6, at Dnipropetrovok
University.
IEE Tymoriyovyc -h Selazov, Aspirant, 'Investigation of the
propa-
C~rd 1/3 W

1 1. 5/198/62/008/005/008/009
Dia3ertationa:defended in~... D234/D306
gation, of elastic waves in plates and shellsl,*on June
19, at 'j-1-
yivs",qry politekhnichnyyinstytut (Kiev Politechnic
Institute),
_~'Lnariv Fcofanovych Ulitkoj Aspirant, 'Solution of
3-dimensional
pr 'elasticity by the method of vector elgen-
functions', on Sepiember 26, at Kiev University..Mikhaylo
Petrovych
?ctrenko, junior Scientific Collaborator, 'Transverse and
longl_
1(~aiii7a_l vibrations in short rods of constant and
variable thick-
ness, due to impacts', on October 24, at Kiev Univeroity.
ilariya
Dnytrivna Synyavs1ka, Junior Scientific Collaborator,
'Increase of
Wear ra:34_stzihdb__of piston rings of integral combustion
engines
with the aid of galvanic coating', on October 24, at
Kyyivs'kyy
avtomobillno dorozhnyy instytut (Kiev Institute of
Automobiles and
Highwayu). Hoorkiy Ivanovych Dybenko, Engineer, 'Change of
strengih
and deforma"bility 'of ~kCn
.(DSP) plastics in time at increased tem
peratureal, on November 28, at Kiev Institute of
Automobiles and
Highways. For the degree of Doctor of Technical Sciences:
Instytut
elektrozvaryuvannya im. Ye. 01 ~atona (Institute of
Blectric Weld-
ing imeni Ye. 0. Paton): Boril Oleksiyovych Movehan,
Senior Scien-
-tifio Collaborator, Candiditi,of-Tec-hni6al Soienoes,
'Microscopic
Card 2/3

S/198/62/008/005/008/009
Diuaci7tation8 defended in ... D234/D308
inhomogeneities in cast alloys', on May 16, at
the-Siberian sections
of AS USSR. 2.or the degree of Candidate of
Technical Sciences: In-
stytut mashynoznavstva ta avtomatyky (Institute of
Machine Science
and Automation)% Hryhoriy Semenovyen-Kit, J 'unior
Scientific Colla-
borator, 'Approximate sol-E~tion of the problem of
free torsion',
on March 16,.at Dnipropetrovsk University. Hryhoriy
Vasyllovych
Plyatzko, Junior scientific Collaboratort
'NonBtalionary problems
-.6f-h-ea'Y-conduction and thormoelasticity4, on
April 20, at the In
stitute of Mechanics of AS UkrSSR..~Iykola
Yuriyovych Shvayko, As-
pirant, 'Some problems of elaatoplaatic torsion of
prismatic rods'..
on December 25, at Llviv University. Instytut
metalokeramiky i
spetsial'nykh splaviv (Institute of Ilietal.Ceramies
and Special Al-
loys): Volodymyr Ivanovych 4ov 'Investigation of du-
_1_--pak, Aspirant:
-dur PF change of load a
rable'str6ngth lirfe 6grammea nd temperature,,
on October 23, at Kiev Polytechnic Institute.
C'ird 3/3

L 1774o-63 LVT EDS A. C
ACCESSION NR: AP3006955 S/0021/63KOW/066/1635/1640
J AUTHOR: Bxiyvol', V M
TITLE: Shallow sphericil-''ahell weakened by an eccentric cive
hole.
SOURCEt AN UkrSSR, D6povidio no. -8# 1963# 1035-1040
-TOPIC TAGS: shallow spherical shell,-hole weakened spherical,
he I'l
stress distribution,, stress concentration, clamped spherical shell,.
..hinged spherical shell
'ABSTRACTt The stress
distribution in a shallow spherical sheii
[A':
with a circular,hole-pl-aced at-a certain distance,from the top~is`
a
na yze S,
I d. The shell is~ under internal pressure, and the hole-~a
a -cover which transmits' only the shearing forces.*.
Expressions[for..:
forces and moments in radial and circumferential sections of a!'
'shell without a hole ar.e determined for cases of clampe
d -and 6fJ.
hinged edge of the shel'I. In order to satisfy the boundary con-*
n the edge of."the hole, an additional function
Aftions o is intio,--;:!,r,i
dticed which, in connection with the initial equation furnishei -Tr
Carci 1/ 2

L
;%
c c
2. -- -----
t L 1`~ 7 4 0 -6' ~3
ACCESSION NRj AP3006955
J1
inite system 0 f-: I inta r~ a 190 b T a if. `ii~q -ch an app.rox-
U-sit Otis 0M..Uhi
jiPate soluiion' can easi~7 be obtained. In oTder to evaluate t~e~
influence of the hole'ou~,the stmte of stress' a numerical computd--;,
tion;'was carried out, and"4esults for both cases of shell
duppqrt~~,k-`
jhe-stregis concentration, the support f
a:re given in a table, ef e:ct I
and the accuracy of,the' solutin as-related-to theAls
tance 0.9 thc"
hole from the edge of the:~shd,ll are discussed. Orig. 4rt, has. :1
and 10 formulas,
AI
....,-ASSOCIATION:-... lusty tut.:mekhaniky* MUM (Irfattfut.e
of.Mechanics
-AN. URSR)
..I,SUBMITTEDt: 26Juu62 L
DATE ACQt 2?Sep63 ENC 00,;
SUB. CODE: -.AP 'NO REF SM 002
OTHER: 00
tj
CaM 2/2

BUYVOL V.N. [Buivol, V.M.] (Kiyov)
Stressed state of shallo.w spherical shells wit# circular
holes.
Prykl.makh. 8 no.2.212-216 163. (MIRA 3.6-3)
1. Institat makhAniki AN UkrSSR.
(Elastic plates and,shells)

BUYVOL, V. N. (Buivol, V. M. I (Kiyev)
wmwffmo.,~
Shallow spherical shell veakened- by-
sy=etrically placed
holes. PrykI. makh. 9 no.11.52-59 '63. (KM 16W
1. Institut makhanild AN UkrSSR.
(Elastic plates and shells)

BUYVOL, [Biii-vol, V.11,11.1
---- ~ 1-
Conur,rtral lon Of stressez In a sp~erJcal nL,&-.r a
reinforced
u 1.
.1
hole. Dop. AN U-11SR no-11:1460-1464 263.
Oli-rvl 17: 12)
1. InsLitut mekhaniki AN UikrSSFI,.

F, -r I d FUT 1- P-v?f m 7-W-P w F-W A f d T -
A=ORS: A.
-r.'k a3np----- me~:Jna.-AkF-, v.
TOPIC TAGS: yeve pr py,'Rtion, continuum mechanics, elastic wave, plaotir
p3ve,
viscoalastl*cltv

L 505-46-65
A C C a~, Z- T "'.N' 1,1 R k-1350" 1595
q'Inn-If -.:Aves
A.- I A
C.,d 2/22

BUYVOLP -yvt!z-Wvf!y)
- -------
App4ing Sneddonlq approximation to the probleme of a
strip.
Prikl. inekh. 1 no.4t127-130 165. (MBA 18: 6)
1. Inatitut gidromekhaniki AN UkxSRR.

ACC NR:' -A~6024327----
-~66kt~CC61it-.-61~[00-if[6~~10661004104371C)4
AUTHOR: Buyvol, V. 11. -- Buyvol, V. N.; Huz', 0. M. -- Guz', A. N.
;ORG: Institute of Hydromechanics, AN UkrSSR (Instytut
hidromekhaniky AN' URSR);
!Institute of Engineering, AN UkrSSR (Instytut mekhaniky AN URSR)
'TITLE: Two cylindrical shells in an incompressible flow
SOURCE: AnUkrRSR. Dopovidi, no. 4, 1966, 437-441.
TOPIC TAGS: cylindric shell, shell structure, incompressible flow
i 1
~ABSTRACT: The dynamic phenomena occurring in an elastic
cylindrical shell in a poten-,
itial incompressible flow have been studied in detail by V. V.
Bolotin (Fizmatgiz, i
1
1961), who assumed that the shell was thin and infinitely long,
whereas the flow was-i
along the generatrix of the shell. This paper makes the same
assumptions in studying
i
itwo identical parallel cylindrical shells of thickness h and
radius R. The authors
!Start from the theory of sloping shells where the tangential
components of the energy
:Lorces may be neglected and from 'Linearized hydrodynamic
equations. Subjects treated
are waves of certain phase velocity propagating along the shells,
the contents in-
Ivolved, resultant finite equations, application of Kramer's rule,
lowest flutter rate,,
land application of Il'yushin's "law of plane intersections." The
paper was presented
'by Academician AIN UkrSSR H. M. Savin. Orig. art. has: 16 formulas.
SUB CODE: 20/ SUBM DATE: 07Aug65/ ORIG REF: 008/ OTH REF: 001
Card 1/i

IKAYXV, R. (g. Sukhumi); BUTLMTAN, S. Q,Patrodvorets,
Leningradskoy obl.
VOROZHKO, V., (g.D-n-ep-rq-p-e-V-6V-sk-.T-, BUREMIN,
V. (g.Tegorlyevsk,
Moskovskoy obl.); SAMYLOV, I. (Krasnoyarekly krayJ;
TARAM-NK0. I.
(g.Kstialavll, Mogilevskoy obl.)
I
Suggestions of readers. Radio no.4:47 Ap 160.
(MIRA 13:8)
(Rad;q)

LMSH/Wdiclne - Nervous System, Sop/Oct 48
Effects of Electricity
Medicine - Nervous System, Physiology
"Physiological Analysis of the Function of
the
Afferent Aortal Nerve (N. DepressoriB): I.,
Reaction of the Vasomotor System to Irrita-~
tion of the Aortal Nerve by Stimuli of
Diverse
Frequency," IR. A. Buyya, Div Physiol. of
Nervous
Syst, Inst Physiol, Acad Med Sci. USM, 8 pp
"Fiziol Zhur SSISR" Vol AIM, No 5
DeBoribes experiments on stimulation of the
cexx-
tral ring of the aortal nerve of rabbits by
WSR/Me&lcine Nervous System, Sep/Oct 48
Effects of Electricity
(Ccatcl)
discharges from ei condenber. '
Freqiienc.T'usad
Va a 1 850 cycles. Submitted 7 Feb 47.
34/49T~ 15

BUZ.A. 1.
Quantitative determination of instability energy.
Meteor.i gidrol.
no.2:32-33 1? '52. (MLRA 8:9)
1. GUMS Idtovskoy SSR, Vilnius.
(Meteorology) (Atmosphere)

sov/169-59-2-1723
-7~rans2atlor. from,~ Referativnyy zhurral, Geofizika, 1959, Nr 2,
p 111 (USSR)
AUTHOR~ Buz~ A.I.
M.17
The Variation of the Velocity of Wind In the Lower Layer of the
Atmosphere
PERIODICAL,. Nauchn. Soobshch. AS LItSSR In-t geol. I geogr,,
1957, Vol 5, pp 31 - 39
(Res, Lit., Engl.)
ABSTRACT-, A comparison of the signs of with the signs of and
Zi
for different seasons (t is the time, z is the vertical
coordinate, s
- u + iv, u and v are the horizontal components of the vector of
wind
velocity) is carried out for examining the question on the effect,
of tk~?
variation of wind velocity with altitude on the time variations of
velocity, on the basis of the analysis of actual material from
obsen-!a~,-'-=-Sw
Moreover, thediurnal course of the expectancy of coincidence in.
s-gns Of
at and ~151 is analyzed, It is stated that by day the opposl-,e
sIgns
d'a
of the variations of the wind velocity with time and with altitude
are
predominant. In the cold season of the year, the coincidence in
th~- course
Card 1/2 of variation of the wind with time and with altitude is
somewhat greater in
V

SOV/169-59-2-1723
""lie Variation of theVelocity of Wind in the Lower Layer of
the Atmosphere
I
the morning and, especi&lly, in the evening hours. A method for
determining the
turbulence factor is described and a comparison of the results
obtained with the
results of L.D. Laykhtman (Tr, G1, geofiz, observ., 1952, Nr
37/99) is presented,
(UGMS, Lit, SOR),
Sh.A, Musayelvan
Card 2/2

kk
3(8) FHASE I BOOK MIDITATION SOV/2263
USSR. Glavnoye upravleniye gidrometeorologicheskoy sluzbby
Sbornik rabot po sinoptike, Nr. 2 (Collection of Articles on
Synoptics, nr 2)
. Leningrad, Gidrometeoizdat, 1958. 157 P. 1,200 copies printed.
Ed. (Title page): G. D. Zubyan; Ed, (Inside book)i R. V,
Grosman; Tech. Ed.:
A.* N.. Sergeyevj.
PUFd"OSE-. This collection of articles is intended for
meteor6logists.
COVEELA.CE- The book contains 12 abridged extiales written by
synoptic
meteorologists of the Weather Bureau, the Gidrometbyaro, and
the ANBG (Air
Weather Station of the Civil Air Fleet). All articles deal with
the local
features in the development of atmospheric processes and
weather. There
are no personalitiOs mentioned. " There'hre,35--ref6rene6s o'
~,-34; Boviet
and I German.
TAKE OF COMERS:
Card 1/3~ --~-

I
Collection of Articles on Synoprtics, nr 2 (Cont.)
SOV/2263
Yerofeyeva, A. I. '(Otsk Weather Bureau], Synoptic
Conditions of Heavy Snaw-
storms on the Omsk Railroad 3
Koshin kiy, S. D. [Baku Weather Bureau], Synoptic
Conditions of Strong
Southeasterly Winds in the Makhachkala Region 16
Koshinskiy, 8, D, [Baku Weather Bureau], Characteristics
in the Distribution
of Winds on the CaspipLn Sea During Severe Storms.on the
Aysheronskiy
Peninmila 3T
Mogdym~ N. S. [Saratov Hydromet Bureau], Synoptic and
Loocal Conditions
of Strong Winds in the Sarstov-Region 53
Kolesnikov, L. D. (Arkhangel I sk Weather Dareva],
An&175is of Gale Wind Con-
ditions in the Soatheastern Partof the Barents Sea 59
(AMG, VilAius].' Datermildng the Poobibilities of
ConV66tive
Movement by the Layer Method 66
Card, 2/v,

Cc
'Ir
it;
sr
rg X. R
zg a ';Aw or- FYI, r~
c A Eli I'll
nr,I
if
p

BUZ, A. 1.
Determining the poanibility of convective notions
by the layer
method. Sbor.rab.po sinop. no.2:66-82 158. (MIRA.
12-6)
1. AvlameteorologichMkaya Btantsiya v Grazhdanskon
vozduabnom
floto, Vilonyus, (Weather forecaBting)

BTJZ) A.I.
------------ --
Effect of the shore line on air currento and
distribution of
prcioi-pitation. Sbor. rab. po ninop. no.~-3-12 160.'
(MMA 14-8)
1. Upravleniya gidrometoomlogicheskoy sluzhby
Litovskoy :SSR.
(Baltic Sea region-Precipitation (Meteorology)
w -

Afil-PR:
309~6
S 124/61/000/009/017/ 05 8
D234/D303
Buz, A.I.-
TITLE: On the problem of determining the stability of the
atmosphere with respect td vertical motion
FMilODICAL: Referativnyy zhurnal. Mel-chanika, no. 97' 1961, 76,
abstract 9 B552 (Vilniaus univ. Mokslo darbai, 1958,
19, 171-183)
kA.
TIMT: C& *~hthod of calculating the energetic characterlst-
ics of thermal inaVability of the atmosphere is offered which is a
kind 'of generalization of the well-known layer method. The gencra,2-
-;,o
ization refers mainly~ to the method of calculating these character-
istics from the data of vertical temperature 13ounding. 1-2 a layer
between isobaric surfaces is-considered one can calculate three
quantities - Hj,Hc, HB with the aid of an aerological diagram; H i
is the dynamical thickness of the layer in question and.Hc'and
-differ from H by being calculated from~temperatures taken respect

30996 -
S/124/61/000/009/017/058
On.the.problem of determining... D234/D303
ively from the dry and the moist adi4batic-curve. Then the
follow-
ing, f ormulae are valid;
A n [(IiB - n % -, 11d] (20#1)
N [(H - He)/(HB - He)] z (211)
H
14 (H13 ]I)/(HB c
where n is the cloudiness i4 fractions of 1, A the energy of in
:.stability, N the optimum mass part of ascending motions of
the air
and M the maximum part possible of ascending motions of.the
air.
It may be remarked that according to (211) and (221) the
following!
relation is.valid:
which io mora oonvonient for calculating N, Sevaral axamplea of
the use,-of A, M9 N for forecasting purposes are given, viz. in
forecasting the quantity of convective cloudiiiesag thickness of

ViS 9~1/000/009/017/058
On the problem of determining... D2347D.3!03
of cloud layers, intensity of precipitation as much as in forccas-t-1:
of wind near Earth. Methods applied to these purposes have been
tested on few data of two points - Kaunas and Xalininr-rrad, and re-
quire an investigation of more numerous material.. stracter's
note: Complete translation-7
Card .3/3

BUZ, A. 1.
Determining the therzod~mamic stability of a
boundary la7er
of the atmosphere cn the basis of pilot balloon
observation
data. Meteor. i gidrol. no.8:29,-30 Ag t64 (IERL
17:8)
1. Upravleniye gidrometeorolcgicheskoy sluzhby
Litovskoy SSR.

ACC NR- AR6016956
AUTHOR: Buz, A,!.
TITLE: On foc, formation in
SOURCE: Ref. zli. Geofizika,
REF SOURCE: Tr. Villnyussk.
S0URk-'---' CODE- UR/6161~;/ '65/C00/0!-2/3C64/3"4
Villnyus region during cold ttililcs of the year
Abs. 1213389
gidrometeorol. observ., vyp. 1, 1964, 131-139
TOPIC ZAGS: fog,
V14 A),V
ABSTM.CT: llydrothermal charactc):izitics of the ground layer,
iheir influence upon fo-
formation, and local applicability of thc TsIP criteria of fog
formation were ~;tuc;icd.:
Oct. - Mlarch cold periods of 1957-1960 were used. 10 proccs-,;es,
owclogous to the Gall 1
tsov process were cliff crentiated from a study of dew point ('Z~
'ariation clurin- the
ni-ht. About half of the processes had a radiative character; in
661;~ of cases thcy
were observed at cloudiness ratings of 0-6. Fog fort-mation and
coilinGs under 100 n
are probable with all process tyges if t -Tdoes not increa:3e
durinr, the nirht; if,
at 13 or at 21 o'clock t -Zz 1 , 16-he probability of for,
f3rna-zion at 7 10 cloudi- I
nc.-ss ratini ., reaches 30,11, and that of for, an3 low clouds
us.".
CZ-zaze tlais probability. Decreaz;es of air and cllc%r; point
temper
for fog prediction. Tables of average decreases of terp. and dcw
point are -ivcn, cie-
pending on wind velocity and direction. Radiation fogs lift "ker
sun-
rise at temperatures cxcccdin(; the temperature of fog formation
by I Duripj
Card 1/2 UDC 551.57-S. 1 (474)

ACC NR: AR6016956
the colder half-year, advective fogs predominate. For t4cir
Prognosis; the crIterion
is used, where Ta is '-he dew point Of the arriving air IF low
and .t - is -,he tem").
at the point of the forecast. However, the map values of
tA'ic!-.e cluaititics muLl.- be coz-
rectcd by 4t Tabl'
conditioned by inflow air transformation. e, OZ. such coz.-ectiona
is given for eaclZ'term of the iAps. ~Translation of abstract].
SUB CODE: 0,;

L 11217-67 EM(l) GW
ACC NRi AR6016950 SOURCE CODE: UR/0169/65/000/012/BO36/BO36
AUTHOR: -Buz, A. X.
TITLE: On the dependence between temperature profile's and wind
velocity in the boun-
dary layer of the atmospher ~_and determination of the
thermodynamic stability of thit
layer from baZoon sounding data
SOURCE: Ref. zh. Geofizika, Abs. 128233
REP SOURCE: TR. VYP. 1. 1964, 140-146
TOPIC TAGS: bit-* atmospheric temperature pr-vf5a;e.,
atmospheric tur-
bulence, storm
,,,.f ore casting,
ABSTRACT: Por a comparison of temperature profile steepn--ss and
molillus of wind vel').
city in the boundary layer, finite differences of the second
derivatives on height, o1
the above meteorological elements, were utilized. Similarity of
wind and tenperature
profiles is related to turbulent exchange along the height, in
the boundary- layer. Thf
results gained from experimental data show that during the
increase of the vertical
temperature gradient with height, a decrease in the wind
velocity gradient is obser-
ved. The sign of the seconiderivative of wind velocity on height
is diagnostic for th(
presence or absence of thunderstorms (totfil justification 63%).
Changes of wind velo-
city profile with time even better reflect the condition of
thunderstorm activity (to.
tal justification 66-77%). Both in the first and in the second
case, positive signs
Cord 1/2 UDC 551,571.3

L 11217-67
ACC NRt AR6016950 __O1
lead to convective events, At stable stratification, a sharp
convexity of the wind vej
locity profile toward the side of higher velocities and an
increase, during the day
hours, of the wind velocity maximum is observed. In an unstable
air mass, a decrease
of the maximum wind velocity and im intensive decrease of the
convexity of the wind
velocity profile takes place during the day hours; the profile
often acquires a conca-
vity. With the development of turbulence, a shift of the wind
velocity maximum toward
the higher levels takes place. The positive effect of turbulence
in the development of
convection is emphasized. In closing, the author explains
changes,of wind profile in
time from the standpoint of the coefficient of turbulence
changes. [Translation of ab.
stract].
SUB CODB: 04
Card 2/2 jb

ACC NR, AT6033295.
SOURCE COD91
AUTHOR: Buz, A. 1.
ORG: none
UR/32301641000/0011013110139
TITLE: Fog formation in the vicinity of,Vilnius during the cold
season of the year
SOURCE! Vilnius. Gidrometeorologicheskaya observatoriya. Trudy,
no. 1. 1964,
131-139
TOPIC TAGS: gmw4lmmeteorology, weather forecasting, fog f===tzE=
at"mrnp4wr+c
surface boundary layer, cloud Qe4lipwg 4-- ,~4v~
CT.
ABST CT: This artYcle continues a 1959 study of the
meteorological conditions
favoring fog formation near Vilnius, in which it was found that
69% of all fogs
occur during the period October-March (averaging one every third
day). Most
favorable air temperatures (-l, +1C), and winds (southerly) for
foe formation were
determined. The present paper discusses the
h),gmt]-i--rrm-dcli~iracturistir-s of die atmospheric
surface boundary _layer and their effect on fog formation. An
evaluation
was made of the applicability to local conditions of certain
criteria in fog pre-
diction,,which were recommended by the Central Institute of
Forecasts. Since fog
formation is closely related to local changes in temperature and
humidity (dew point
and the difference between the temperature and the dew point),
it was possible to
isolate 10 processes resembling Galltsov processes. Changes in
temperature and

AT6033295
dew point were measured)accurate to V. It was found that in
spA-.te of the pre-
dominance of overcast weather during cold weather, about
half of tile processes
were radiational and were usually combined with advection or
evaporation of pre-
cipitation. Formations of fogs and low clouds (below 100 m)
are probable in all
types of processes except those.during which the dew point
spread increases in time.
If the dew point does not increase during tile night, there
is a 33% probability
that fog will form near Viinius, and a 52% probability of
fog or low ceilings.
Maximum probability of fog formation (over 40%) and low
ceilings (over 60%) is
noted during the cold season with advection of heat,
evaporation of precipita-
tion, and slight changes in air temperatures and the dew
point in a state of near
saturation. Minimum probability is associated with advection
of cold. It was
found that 20% of fogs formed during oVercast weather and
54% of fogs formed with a
0-6 cloud cover were caused chiefly by radiational cooling.
The principal con-
clusion drawn in the paper is that taking changes in air
temperatures and dew
points intp consideration significantly improves the
forecasting of fogs and low
cloud ceilings. If the criterion Xa - t >.O (where T is the
dew point of the
invading air mass and t Is the temperat.ure at the point for
which t.he forecast is
compiled), the probability of fog.or low ceiling is 70%, and
if the criterion is
T - t '> 2% this probability is'increased to 96%. Orig,
art,, has:. 12 tabless*
a
[WA-50]-
SUB CODE: 04/ SUBM DATE: none/ ORIC REF1 003
'2

ACC NR. AT6033295 SOURCE COM UR/3230/64/000100110131/0139
AUTHOR: Buz, A. I.
ORG: none
. , Qr
TITLE: Fog formation in the vicinity of.Vilnius during the
cold season of the year
SOURCE: Vilnius. Cidrometeorologicheskaya observatoriya.
Trudy, no. 1, 1964,
131-139
41-11
TOPIC TAGS: S=meteorology, weather forecasting, fog
surface boundary layer, cloud 2siA4M c.-1-4-,, oclnu-,~-T-14~
CT.
. This artYcle continues a 1959 study of the meteorological
conditions
favoring fog formation near Vilnius, in which it was found
that 69% of all fogs
occur during the period October-March (averaging one every
third day). Most
favorable air temperatures (-l, +1C), and winds (southerly)
for fog formation were
determined. The present paper discusses the hygmtharmal
chazacteristics of the atmospheric
surface boundary _layer and their effect on fog formation. An
evaluation
was made of the applicability to local conditions of certain
criteria in fog pre-
diction,which were recommended by the Central Institute of
Forecasts. Since fog
formation is closely related to local changes in temperature
and humidity (dew point
and the difference between the temperature and the dew point),
it was possible to
isolate 10 processes resembling Gal'tsov processes. Changes in
temperature and

AT6033295
.-dew point were measured.,accuratt! to 10. Ic was found that in
spite of the pre-
dominance of overcast weather during cold weather, about half of
the processes
were radiational and were usually combined with advection or
evaporation of pre-
cipitation. Formations of fogs and low clouds (below 100 m) are
probable in all
types of processes except those.during which the dew point
spread increases in time.
If the dew point does not increase dt,,ring the night, there is
a 33% probability
that fog will form near Vilnius, and a 52% probability of fog or
low ceilings.
Maximum probability of fog formatio%i (over 402) and low
ceilings (over 60%) is
noted during the cold season with advection of heat, evaporation
of precipita-
tion, and slight changes in air teriperatures and the dew point
in a state of near
saturation. Minimum probability Is associated with advection of
cold. It was
found that 20% of fogs formed during o,;ercast weather and 54%
of fogs formed with a
0-6 cloud cover were caused chififly by radiational cooling. The
principal con-
clusion drawn in the paper is that taking changes in air
temperatures and dew
points intd consideration oignif1cantly improves the forecasting
of fogs and low
cloud ceilings. If the criterion Ta - t > 0 (where T is the dew
point of the
invading air mass and t is the temperature at the point for
which" the forecast is
compiled), the probability of fog or low ceiling is 70%, and if
the criterion is
Ta - t *> 2% this probability is increased to 96%* Orig, art,
has;- 12 tables*
IWA-50], I
SUB CODE: 04/ SUBM DATE: none/ ORIC REPI 003

1EMEDEVI P.D., prof.; BUZ, M*Aef Jnzh,
A nothod of calculating the conditions of
nondefective drying of
ceramic wall materials on the basis of the theory of
probability,
Stroi. mat. 11 no*8:12-14 Ag 165. (MIRA 18:9)

UJV.ARi, losif; BUZ, C.' -l-,, .
t'ri-'leMS Cf t110 7' '-," ~ Univ, B-B Is.
.1 A
Ge( 9.8 nn.20.07,0..~ 3 9 ~ ..),

DtZ,A, A.
-.i:c,ncjTraT-,S for
ar
115, C H:,. 10, vol 1~4
f St 7.OT(
pear Avccssiors (M Al
SC: T'nrthly Ids,

BITZAY Antal, okleveles kohomernok
Theory of operation and application of
"oentralograph" plant
control instr=ents. Koh lap 96 no.10-.471,-475 0
163.
1. Dunal Vasmu.

BIJZ,A, Antal, kohomernok, egyetemi tanarseged
Constructin of nomograma for determining the
power demand
of roll trains. Koh 'lap 9 no. 3: 115-122 Mr 154.
I

IGOUNTRY
CATEGORY rjrganLc Chemistry--Theoretical organic chemirtry
ABS. jOUR. ARZIE.InUa. , i~o. 21 1959, ~,-.O'
c"a Uuza, D. all-I T-Olocz1~ui;a, Vi.
-,
T
7
a 1"~3 On Tatitczierism in tha Oxirie-- of Isophorone
7478?
0 A TT' . ~Fu B Roczniki Chem, -)2, No I-, 10~1-i--11(:6
(1956)
Tne meti.~'Iatiln cf the f:""Tk- and ant`_-Oximes 0-1
.~_,iorjhurone with (!'d% )2 SCI; in aliualire zedium
gives petroleum ether scluble O-methyl deriva-
tivez, ( 0(-I and IS' -1) (yield 15.5 and 24.5%1
bp 84-85o/14 = and 89-90*/14 mm, n2()DI.4-914 and
1.4921) and in8oluble in petroleum ether M-methyl
derivativea ( Y-11 and fi - TI), Oiln ESiC]i 'Ile -ii
.deccoposez on distillation under high vacu-um; the
hydrochlorldes (yield ~"(.l and 83%, resPectively)
are hygroecopic and melt at 116-117 (from arbydrou,
C A tID I/if

COU11TRY Poland c- - I
c it I 191 G OR"I
AB.S. JOUR. RZI(htj. Z10. 21 '1959, ?4787
IT I
ORIG. FUB.,
"F~ A Ti
jerivative. mii ?oz- co-_-pArison D
also -urepared by the met.hylat-l':,n of
~11
vvaq
u-!nZ.alisophorylarnine with (UH, '2 SC, followed -by
hydrolycois of the 14'-cethylbpiizalisophoi-3tit),.izaoziium
st;lfomethylate'whicl) is formLd; yi-ld of III,
bp 64-65' m-m, "90/10 mm, 820'20 man, 84c/
/7 13
23 mm, r?"D i.46.61. The authors are of the
opinion that the data presented ane the f.,Lrct
Proof of tautomerism in saturated ketoximes with
conjugated Ctlv tind C-aN bondIc accordine to the

G-1
T --Vf Pol a nd
No. 21 19 -59 k,'c) 7471"17
OR
I i 73 T ,
T IT
I ?UD.
3 52 TA C T Scheme:
,,~C=NOR /C= PH 0 - R. Topschteyn
CARD: 4/4
97

WOLINSKIp Jerzy; BUZA, Daniela; CZERWINSKA-FEJOIN,
Eugenia; ZAMLYNSKI,
Waclaw
A new method of determining amines and phenols. Chem
anal 4 no.5/6:
989-993 '59- (EEAI 9:9)
1. Katedra Chemii Organiczne Politechniki, Warszawa
(Amines) (Phen i

BUZA KISS, Iajog._
Mutual effects between railroad cars and tracks.
Jarmu mezo gep 9
no.1:32-37 Ja 162.
1. Fooaztalya marnok-fooloadoja.

IUCIZ19 ) Z- .
Hungary/Diseases of Farm Animals. Diseases Uaused by
R-1
Bacteria and Fungi.
Abs Jour : -'ef Zhur-Biole, No 18.. 1958, 83553
Author : Buza, Laszl
Institute : Vo institute -was-given
Title : Examining Several Hen Flocks for Brucellosis
by
Using the Laminated AgFlutination Reaction Per-
formed in the Eastern Part of Hungary,
Orig Pub : Meyer yllatorov, lapja., 1957, 12,, No 6,
179-181
Abstract : The performed examinations involved
13,650 hens.
On farms, where large horned cattle brucellosis and
swine brucellosis were in evidence- 28 out of
lp692 hens gave positive reactions, and on farms free
from brucellosis not even one out of 4,491 exarbined
hens gave a positive reaction. The problem of whether
positive reacting hens are dangerous for large horned
cattle and swine needs further study.
GArd IA
28

T
Buza, T.
I'Cleanjzi~,- -? f 'ura':c dr-Li;--, -L-,o i.D-- ovent, 10
(-kllto ~:otor. Vol. 6, no. 1?, Junic 1-1~53, -3,j-djt-)est.)
J_ - -11
SO: :lo-nthl~, L~,st ol -la~-,t 3-m-o-ccan Accc:;z-.io,;-.,s Vol. 2,
:-o. Librar-,- of Con7-
1953 Ljrlcl.

Z'n rr a
pre C i P 1ae C' N1 r
SOURCE . Academia scientiaram liungaricae. Acta chimica, v. 4i, no.
1-2, 1 Otl~
109-122
TOPIC TAGS! chL~m-_"-:a_1 precipitation, barium compound, sulfate,
Plectron microscoDy
Baritm snl tate -precipitates obtained in variour. afialyt ital-
pre-, ipitatiofis
were eyartined by derivatography and electron miscoscopy. Pure barium
sulfate wag
4ilUte scluticns even aft-r it'! v,'P,' I-
77 e WC 7' F! E3 nd d i scussed. C!r i g. art., k7 a r,
en TI"
Tm-titut fur allgemeine Chemle der Technig-ch
&-I C-h emni a t r,.Tcr 1 c alv 1
'lard 112

Card 2-12

f4f
~lq&- -
19"
1 16
~j
,4 ~
"It

PAULIK Ferenc (Budapest, XI., Gellert ter I+)- BUZAGH Eva
~,:rs);
(Budapest, XI J. Gellert ter 4); POLOS, SZ10 Budapest, XI.,
Gellert ter 4i; ERDEY, Laszlo dr., prof. (Budt-pest, XI.,
Gollert
ter 4).
Der4v--tographic analysis of barium sulfate precipitates.
Pt.l. Acta chimica flung 38 no.4:311-323 161"..
1. Institut fur Allgemeine Chenie der Technischen
Universitat,
Budapest.

BUZAGII'VE GM, Eva
Separation of precipitations in homoUeneous mediur -for
ignalvtical
and preparative purposes. ',!a ---:- 1--n, lap lo'
no.~- SUPPleMent A~alitikai
Kozlemenyek 7 no.3:429-433 S 161.
1. E-udapesti Muszaki Pgyetem Altalanos Kemiai Tanszek.

TUROVA, A.D. , professor; BUULi=, GeV*
Kidney tea (Orthosiphon Stomineno Benth). Sov.med.
17 no.12:
24 D 153- (HLRA 6:12)
1. Is Vaesoyushnogo nauchno-iseledovateliskogo
instituta lekarstvap
nykh i aromaticheakikh rasteniy Ministerstva
sdravookhraneniya SSSR.
(KidneyB-Dieeases) (Botany, Medical)

BUZALKOV, R.; DAJA, I.
Effect of chlopromazine on lethargic hypotberrda
procchxed by
confinement in rarefield air. P. 73. Srpska
akademija nauka.
Odeljenje prirodno-matematickib nauka. GLAS.
Beoprad.
No. 216, 1955
SgJRCE: East European Accessions List, (F.;,AL),
Library of
Congress, Vol. 4., No. 12, December 195.3

TZALYOV ST71:11~-:)ITJC V.
Glucemia and Inorpanic phosphorus in rats deprived
of thyroid
Jin bypotbermia. p. 89. Srpska akaderd-ja nauka.
Ode1jenje
Prirodno-matematichih n.Taka. GUS. Beo.r~rad.
Tio. 216, 1955
SOURCE: -East Earopean Accessions List, (FT-AT ),
Library of
ConFress, Vol. No. 12, December 195~

BUZALKOV, Risto
Thermogenetic characteristics of the
suprarenalectomyzed rats
after a prolonged stay in the zone of hyperthermia.
Arh biol
nauka 12 no.j/4:123-128 -60.
1. Fizioloski institut Prirodno-matematickog
fakulteta u Skopju,

KIRSANOV,IYu.V. (Vvov, USSR); BUZALO, F.F. (Llvov,
USSR); KOBERNICHENEO,
N.I. (L'vov, USSR) ft~ -
"What ever7 hospital attendan't should know."
A.G.Kapralov. Reviewed
by IU.V.Kirommov, F.F.Buzalo, N.I.Kobernichenko.
Med.sestra no-5:
28-30 VT '55. (MIRA BiQ
(KAFRALOV, A.G.)
(NURSES AM NURSING)