SCIENTIFIC ABSTRACT BABUSKA, I. -

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102920009-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

S/044/62/000/006/o-j3/127
B177/BI02
AUTHORs Babuska, Ivo 2-
TITLEs The Fourier transformation in the theory of difference.
equations in.denumerably normed spaces, and some applications:
PERIODICAL; Referativnyy zhu nal. 4tematika, no. 6, 1962, 104 - 105,
abstract 6B446 (Csop. pestov, matet vs 86t no- 4? 1961#
462 - 479)
TEXT: In RZhMat, 196o, 11602, the author indicated a sufficient condition
Of solubility, in a space of sequences not higher than the power to which
they are raised, of an equation or a system
C"
g(n) - a*(l - n)f(l), (1)
where the complex coefficients a(n) decrease more rapidly-than any negative
power of Ini. This condition was the absence of zeros in an infinitely i
n'x
differentiable periodic function detjjja(n)e' 11. It is found that the
Card 1/2

S104416210001006105311 2*7
The Fourier transformation in... B177/BI02
same.condition guarantees the solubility of system (1) also when f(n) and
g(n) are not numbers but elements 'of a denumerably normed space the con-
b the author for a Hilbert space). AbstractEea
eluding inference is drawn ?y
notes Complete tranBlation-~
Card 212

'?/.508/62/012/001/001/001
D234/D308
5~~2o 0
AUTHORS: lw Babu6ka, I,' and V~bor4, R. (Prague)
TITLE: Regular and stable boundary points for the problem
of the equation of heat conduction
SOURCE: Polska Akademia Nauk.
polonici mathematici,
TZXT: The authors refer to
and prove a more general theorem that
,8u Z 0
if, and only if it is regular for the
It is stated in a note added in proof that similar results are
given by 11. Murakami (Proc. Japan Acad. v. 34, 1958, 347-348). The
authors also introduce the notion of stable points, defined as
points y for which the generalized solution' of Dirichlet's problem
instytut Matematyczny. jAmales
v. 12, no. 1, 1962,*91-104
a theo rem of A. Tikhonov (1938)
a point is regular for
(1)
equation
6w - aw/at (2)
Card 1/2

P/508/62/012/001/001/001
Regular and stable D234/0308
U(f,y) is equal to f(y) for an continuous function f. A domain G
is called stable if U(f,x) . Nx) for any continuous f and any x 6G.
Several theorems are proved, among them the following: the domain
G is stable if, and only if the set of unstable boundary points has
zero harmonic measure; if a point is stable for (1) it is also 16
stable for (2) and vice versa.
SUBMITTED: December 2, 1959
Card 2/2

s/044/63/000/001/02~/053
A060/AOOO
AUTHORS Babu9ka, I Prfiger, M.
TITLE: Reissnerian algorithms in the theory of elasticity'
PMIODICAL: Referativnyy zhurnal, Matematika, no. 1P 1963, 61, abstract IB288
(Bull. Aoad.- polon. sci.56r, Sci. techn,, 1960., v. 8. no. 8,
411 417,English)
TEXT: The authors~consider the problem of plane deformation of a strip
I i~ x 4 1, h. _4
99
+ 14) 3-. + 11Au OP
a-a du

y tv 0, E) +
Ck + + /
under the a ction of forces fW and -f(x) parallel to the y axis and distributed
along the edges y = -Ri, respectively (the remaining forces on.the sides of the
rectangular strip are equal to zero), k /jare-the La*'constants. The-authors
Card 1/2
Ci
A numerl
eal
G. Slob
Odya
nskly

Z/02 62/007/006/005/005
D234YD303
AUTHOR: Babu9ka Ivo
TITLE: Stability with respect to the definition domain and
the problem of formulation of the plate problem (pre-
liminary communication)
PERIODICAL: Aplikace matematiky, v. 7, no. 6, 1962, 463-467
TEXT: The three-dimensional problem for a circular or polygonal
plate (P or 2 n is defined as that of minimizing the functional
2 2
W(U,V,W) + IV) + Z) 2]+
~2
nF esp.fl x (rY
2
u v ~%,, + dxdy
+ /u Y_ + .37 lu + 4) + IV 1W
x) 2+ (Z-Z TX- (TZ-- TY-11
'Card 1/4

Z/026/62/007/006/005/005
Stability with respect ... D234/D308
2 f(XY)Ew(x,y,h) + W(XIY7-h)] dxdy (1)
Fn resp F
If u nP vn' wn are the solutions for a polygon and U,V,w those for a
circle, then
(6(un - U) 2 (b(v n _ V) 2 + (6(wll w)),l
lim 2p 6x + - +
n --> ~Ixl x 6y 6z -) I
+ ~Ib(u 11 - U) + b(vn v 2+ (b(u n U) + b (N'Tn W) '2
'o y 6x 6z
Card 2/ 4

Z/026/62/007/006/005/005
Stability with respect D234/D308
()(v n V) b(wn - W)
+ 6Z - + - dy I I dx dy dz = 0, (3)
which shows that 'he paradox stated in previous papers of the au-
thor is due to inappropriate transformation of a 3-dimensional pro-
blem into a 2-dimensional one. The definition and the theorem are
generalized by introducing .
U(X,Y,Z) = -ZP(X,Y),
V(X,Y,Z) = -zq(x,y),
W(X,Y,Z) = W(X,Y) (5)
instead of
Card 3/4

Stability with respect ...
Z/02 6 /6 2/007/006/005/005
D234/D308
u(-X,Y,Z) = -z ~Nq (XIY)l
Tx-
V(X,Y,Z) = -z 6W (X,Y),
'~Y-
W(X,Y,Z) = W(X,Y) (4)
ASSOCIATION: Pla-tematickk hstav CSAV (Institute of Mathematics,
Czechoslovak AS)
SUBHITTED:
April 9, 1962
Card 4/4

L 132h5~6_1 ~:EM/EWI(h)/EW(C)/EWT(2)/UF(n)-2/BDS AFFTCASD/SSD
01PU-4 MI: S/044/63/000/003/026/047
~AUTHOR: 1. R.
Babu
TITLE: Regula:,- and stable boundary points for problems of the heat
conduction equation
PERIODICAL: Refer&t.ivrO7 Zhurnal, Natemat�ka, -no. 3,' 1963, 60, Abstract 3B2701-
(Ann. ?olon. Math., v. 12, no. 1, 1962, 91-104, German).
TE)[T: Problwis of the existence of a solution, and of regular and stable
points for Laplace's equation andthe heat conductivity equation are considored.
,The-concepts of regular and stable regions and points are introduced for these
equations and a numbpr of assumptions,concerning solutions of Laplace's equation
the heat c6nduct:I:vity equation are proved. On the basis of these assump-,
tions and a number of evaluations, it is proved that: 1) a boundary point of
-a region is regular for LaiRlace'sLequation if and only ifit is ragularfor t~e
heat conductivity equiation'-V ?-) L a boundary point of a region is stable for the
-heat conduction equat,lon if.and only if it is stable for Laplace's equation.
as~Xac~eL~s V. Buyv613 a gent- The authors call aregion regular for
olu
L49;.ace'SLequation if:a s 1 -on of the Dirichlet problem exists in it for-any
Card 1/2

._-BABqSHKA. Ivo [Babuska, I.]
Optimal. quadrature formulas. Dokl. AJt SSSR 149 ni.2:227-229
163. (MM16:3)
1, Matematichaskiy institut Chekhoslovatskoy Akademii nauk.
Predstavleno akademikom S.L.Sobolavym.
(Functions)

BABUSKA, Ivo
"Tabletj of normalized associated Legendre polynomialsu~by
S.L. Belousov. Reviewed by Ivo Babuska. Aplikace mate 8
no./+:315 163.
"Tables of integral error functions and hermite polynomials"
by O.S. Berlynnd, R.I.Gavrilova, A.P.Prudnikov. Reviewed by
Ivo BabLiska. ..; 315-316
"Tables of sines and cosines to ten decimal places at
thousandths of a degree* by H.E. Salzer, N.revilne. Reviewed
by Izo Babuska. 316

KOILUSHEK) Vladimir [Kolouiek, Vladimir], doktor tekhn. nauk,
prof.; BMUBW4, I a I. * GEIUIIKH, I.[Henrich, I];
al,,,k
YERZHABEK,YL[Je1-abek, J. WV "ll.; RYCHAGOV' G.D inzh.
,k
J.~No
[translator]; YAKUSHEVA, G.A., i zh.[translatorj,-
n
PMOPAVLOVSKIY, A.A., doktor tekhn. nauk, prof., red.
(Structural dynamicE. Translated from the Gzech] Dinamika
stroiteltnylch konstruktsii. Moskva, Stroiizdat, 1965. 631 p.
(MIRA 18:5)
1. Chlen-korrespondent AN Chekhoslovatskoy Sotsialistiche-
skoy Respubliki (for Koloushek).

L 341830-66 1jp(c)
ACC NRt AP602U82 SOURCE CODE: CZ/0026/65/010/005/0"VO443
AUTHOR: Babuska. 1~o (D ctor of engineering; Doctor of science; Prague) 3o
...................
ORG: Mathematical Institute, Prague (Matematicky ustav CSAV)
TITLE: Optimal formulas for the numerical calculation of linear functionals
SOURCE: Aplikace matematiky, v. 10, no. 5, 1965, 441-443
TOPIC TAGS: linoar functional oporator, mathomatic analysis, linear approximation,
Banach space
ABSTRACT: The article is a first report on a proble T here a
Banach space B, a functional F 6 B and the series f A F- B*
k - 09 19 soot It 29 so* are given. The basic problem
of the numerical analysis is approximation of the giye7 funo-
-tional F by a linear combination of the functional
Orig. art. has: 15 fonim-laB. [JPRS3
SUB CODE: 12 / SUBM DATE: 1OMaY65 ORIG REF: 001

BABUSKA, Milan, Mr.
Is the system of school medical nervide satisfactory? Cesk. zdravot.
7 no.1:146-49 Jan 59.
1. Metsk:y ustav varodniho zdravi~ liberec.
(S-GHOOL BRAIMH
serv. In Czech. (Cz))

L 346~iR-66 E".70)
ACC NR: AP6086-62 SOURCE COM CZ/0023/65/9W/003/0302/005.

AUTHOR: Babuska Vlad-'..slav: Ruprechtova Libuse; Zenklova, Olga
0-7

ORG: Geqphys jaj_jnatd,tute, CSAV. Prague
TITIE: East-alpine-emtLhQualce of 2 December 1963

SOURCE: Studia geophyilica, st geodaetica, v. 9. no. 3, 1965, 302-305
TOPIC TAGS: earthquake, seismqgraphy, physical geology

ABSTRACT:' This article presents a brief evaluation of the available macroseismic.
material on the earthquake,that occurred on 2 Dee 63, which had its focus (0 = 47-90N,
16.4-*E) 40*km south of Vienna, and deals with the relation between the shape of
the macroseismic field and the-gpplogical structure of the quaked area.i The authors-J- i~7
.tha~*-Docto-i- J-*' -'Vanek and Engineer V, Karnik for their valuable advice, They also
thank their Austrian, 'Gormant and Hungarian colleagues for the macroseismic materia1-- 77.7
they.supplied. Orig. axt. has: 2 figures. [Orig. art. in Eng.] IJFRS.* 32,8591s.
SUB CODE: 08 SUBM DATM 2700t64 ORIG REF: 006
Card: 1A t ~rg-

CZECHOSLOVAIMI, / Gonoral Biology. Gonotics B-5
Abs Jour Rof Zhur - Biol., No 11, 1958, No 4764o
Author Babuskin.-Y.,
Inst o givon
Titlo Tho Influonco of the Exporionco of Soviot Spocialists on
tho Broodin" of Dormstic Fowl in 0--oclioslovakia.
Q
Orig Pub Druboznietvi, 5, No 11, 168-170 (1957).
Abstract No abstract.
Card 1/1

BABUSKOVAI R.
"Statistical methods in numerical calculations"
Aplikace Matematiky. Praha, C20choslovakia. Vol. 4, no. 2, 1959
~bnthly list of East European Accessions (EEAI), LCp Vol. 8, No. 7, JulY 59t Unclas

BABUSKOVA, fie s~-inz.
-
Observation on the theory of elasticity. Aplikaes mat 6 no.6:463-
469 161.
1. Fysika3.ni ustav, Ceskoslovenska akademie ved, Praha 6 - Dejvice.
MijalcovsIteho 24.

BABUSKOVA, Renatit, .inz.., -
On the numerical stability of some recurrence formilas. Aplikace
mat 9 no,3z.186-193 164.
1. Institute of Physics, Czechoslovak Academy of Sciences,
Fragus 6-Bubenee, Majakovskeho 24. Submitted May 23, 1963.

- BABUTIA 1. -
Researches on the superficial tension of glycol. Studii chim Timisoara
6 no.3/4:161-165 Jl-D 159. (EEAI 10:4)
1. Laboratorul de fizica al, Institutului politehnic, Timisoara.
(EtILvlene glycol) (Surface tension)

BORNEAS9 M.; BABUTIA, I.
On the superficial tension of liquids in rotary motion, and its
dependenco on temperature. Studii chim Timisoara 6 no.1/2.-153-
1145 Ja-Je 160. (EEAI 1013)
(Liquids) (Surface tension) (Temperature)

BABUTIAq I.
New contributions to the study of the rotatory kinetic effect of the
superficial tension. Studii mat Timisoara 7 no.1/2:215-220 Ja-Je 160.
(EEAI 10:4)
1. Laboratorul de fizica al Institutului politehnic Timisoara.
(Surface tension) (Toluene) (Benzene)
(Butyl alcohol) (Glycols)

BORNEAS, MZLBABUTIA, I.; KALMAN9 E.
Studies on the superficial pel-licle of some liquids in rotation.
Studii mat Timisoara 7 no.1/2:221-223 Ja-Je 160. (EEAI 10:4)
(Surface tension) (Liquids)

te, VA f co,iL. I o- BIbutta (Poli;~~
flo I
7vpm= "Mins
i
t 17
~
T
ns
.
M
MMM,
,
ceragri ;Wrf. Timi ro, Studii cercddri ;W S
tr.
l
chim. 6, No. 3-4. 161--5(19 -The surface tension of glyco
was investigated in a series of expt3. by means of the du
May method, in which the liquid was kept in rotation (at 85
r.pm-, a single ring of 164 mm. diam. and 0.6 mm. thicAmess
glass
-being tised, the liquid being kept in an 8-cm.-diam.
vessel). , The variation of the surface tension of rotated gly-'-,
col is not linear with the temp.; thus, the formula of Mtv0s,
'Ramsay~Shields does not apply, as in the case of lactic acid
(ZM.153). The reproducibility for a no. of measurements
was very good, indicating that the temp. is a determinative
factor in this phenomenon.' In these casts the slope of the
lines of the static values w. temp. is the same and so is the
curvaturt of the curves of the rotative values. the initial
Statle values WIng identical. For several nitauntnents.:;'.
In the temp. range 7-179, the curves of the rotative
values had different curvatures and different values; this
indicates that factors other tbanittinp. affect the ph'-
n Rli
M
D
ser~J
t
.
e
nomena.

BOUTIA, 1.
Some additional Information on the surface tension of liquids in
rotatory notion. Studii chic Timisoara 7 no-3/4:347-352 -11-D 160.
("W 10: 9/10)
1. Inotitutul politebnie Timisoaira, Laboratoral do fizica.
(Liquids) (surface tension))

BORNW, M.; BABUTIA I -
The surface temylono of liquids in rotatoz7 notion in relation-to
the decreasing temperature. Studii chim Tiziaoara 7 no 3/4;353-358
JI-D 160. Wa io: 9/10)
(Liquids) (Surface tension)

BOIU,IEAS,, K.; BABUTIA.. I.
On the surface tension of rotating liquids, Acta, physics Pol 20
no.3:187-196 161.
1. Physical laboratory.Polytechnic Institute., Timisoara., Roumania.

BORIF,AS,. M.j ~LA
On the superficial tension of jW aUohol, Acta physics, Pol 18
no.5:521-522 159.
1. Iaboratoira de Physique,, Institut Pplytechnique, Timisoara.

RABUTIA . I.; TATU, Gh.
Experimental research on supplementary losses in asynchronous
machines. Bul St si Tehn Tim 7:207-212 162.

OPRENDECK, Bernard., ing.; BABUTIA, Ioan, ing. (Timisoara)
Efficiency of the serial technical control of induction
machines. Flectrotehnica 11 no. 11/12:408-415 N-D 163.
1. Chair of Electric Machinery, Polytechnic Instituto, Timisop-a
(for Oprendeck). 2. Head of the Office of Laboratories, "Electromotor"
Enterprises,Timisoara (for Babutia).

POPOVICI, Alex, ing.-, TATU,, Ghc-orghe,, Ing.Y NICOARA, Nvel, ing.;
CRACIUN'ESCU,
BABUhA,
Victory inF. (Timisoara)
Idn, ing.~
On the reduction of sup -ementary no-load losses in
. P-L
asynchronous motors. ElectrotehnAca 12 no.5.-166-171 I'tr'64.
1. Director, "Electromot-or" Erterpr-.1se, Timisoara (for
Popovidi). ~;~. Assistant Chief, "Elect--o'notor" Enterprise,
T.Imisoara (for Tatu, Nicoara). 3. Head of the
Laboratories. "E1ectrewt.o::,-,' Enterprise, Timis.loara
(for Babatia). 4. Assiatant Chief'Designer, "Electromotorl:
Enterprise, Timisoara (for Craciunescu).

BABUTSIDZE... V.V.
Indices of business accounting. Put' I put. khoz. 9 no.1:29 165
(MIRA 18-.2)
1. Nachallnik distantsii putl, stantsiya Makhachkala, Sever-
Kavkazekoy dorogi.

3ABUTSIDZE, V.V.
Suggestions should be put Into practice. Put' I put.klioz.
no.11:20 11 159. (MIRA 13:4)
1. Hachallnik distantaii piAi, stantsiya Saratov I, Privolzh-
skoy dorogi.
(Saratov--Ranroade-snow protection and removal)
I
1-7

the rt-.,d,,- c)4- r C-
vor'~ers in rnni~ectir:n he
repor submitted at the 13th
C, F

3.*"1;XTS1D'-E, Yu.K.. (Tbilisi)
Organivttion of medical pnd sanitary services for sheep raisers
on ranges. Sov. zdrav. 19 no. 8:47-52 160. (MIRA 13:10)
1. Iz n-rtuchno-issledovatellskogo instituta, sanitarii i gigiyeny
(dir. L.Z. Gomelaurij zameotitell dir'--otuorE-t po nauchnoy chasti -
zusluzhennyy de5ratell nauki prof. A.G. 1,1maladze) Minic;tentva
zdravoo'Miranoniya Gruzinskoy SSR.
(PUBLIC MALT11) RURAL)

BABUTSIDZFL.-Y"-,
Professor A*G.Khmaladze; on his 70th birthday.
no.6:96 161.
Sov. zdrav. 20
(14111 14:7)
(KINUADZE, ALEKWDR uomiaiu, 1891-)

BABtTTSIDZE,Jgji.; NATADZE, T.A.; SAMADASHVILIp V.A.1 SHALAME$RIDZE,
' O.P.; GOMELAURI, L.Z., kand. mad. nauk, red.
[Bibliographic index of the works of the Scientific Re-
search Institute of Sanitation and Hygiene]Bibliograficheakii
ukazatell trudov nauchno-isoledovatellskogo instituta sanitarii
i gigglany, 1926-1960 g. Tbilisi, 1962. 56 p. (MIRL 16:4)
1. Tiflis. Nauchno-isoledovatellskiy institut sanitarii i
gigiyeny.
(BIBLIOGRAPHY-PUBLIC HEALTH)

35,--.'5B
P/046/62/007/002/001/003
D256/D302
AUTHORS: Grigorov, N.L., Tretyakova, Ch.A., Shestoperov, V.J.V
B an, Kh.P., Bayadzhyan, N.G.p Bujap Z., -Loskiewiez,
J., Massalski, J., and Oleb, A.
TITLE: Integral spectrum of ionization pulses caused by
nuclear active particles of cosmic radiation at
mountain altitudes
PERIODICAL: Nukleonikaj V. 7, no. 2, 1962, 61 - 73
TEXT: The investi ation was conducted in order to obtain informa-
tion concerning: 15 The pulse spectrum and its dependence upon the
aimensions of the apparatus, 2) the altitude dependence of the fre-
quency of the registered pulses, 3) the mechanism of local genera-
tion of m0 mesons b nuclear active particless The apparatus cove-
red an area of 10 m
and it consisted of 6 horizontal trays of 33
ionization chambers eachp the trays being separated by graphite and
iead absorbers, arranged to enable detection of electromagnetic
cascades created by the decay products of JTO mesons and evaluation
Card 1/4

P/046/62/007/002/001/003
Integral spectrum of ionization ... D256/D302
of the energy transferred in the interactions up to 2 x 1013 ev,
The pulses and pulse heights were recorded photographically from
screens of 6 cathode-ray oscilloscopes with waiting spot. Using me-
chanical selectors it was possible to register subsequently indivi-
dual pulses from all the ionization chambers, each of them being
connected to its own amplifier. The experiments were carried out at
two altitudes: 200 m (Moscow) and 3200 m above the sea level (the
Mountain Station of the Armenian Academy of Sciences at Mount
Aragac). Owing to the independent registration in each ionization
chamber it was possible to divide the registered pulses into two
groups: 1) Single pulses, i.e. events in which the pulse in each
tray was registered by a small number of ionization chambers; 2)
'Structural' pulses aefined as events occuring at least in one of
the trays 1 to 4, in such a way that the groups of ionization cham-
bers showing pulses were interspaced with one or more chambers
without any ionization. The first group of pulses was attributed to
nuclear active particles as well as -~ mesons, and ihe second one
could be produced only by groups of nuclear active particles fall-
ing simultaneously on the apparatus, as it was borne out from the
Card 2/4

P/046/62/007/002/001/003
Integral spectrun, of ionization D256/D302
investigation of the influence of the dimensions of the apparatus
used upon the ionization spectra. The dependence of the Dercentage
of the structural pulses upon the registered pulse height was exa-
mined, showing that the percentage of the atructural pulses is a
monotonic function increasing with the increase 6f the total pulse
height registered i.e. with increasing the total energy. In order
to assess the role of i~ mesons, the altitude dcp,3iidoii(;u az,6 -Liives-
tigated of generating pulses of different nature. The integral
spectra viere found to be exDonential: N = AI-Y in the region of
pulse heights from 103 to 165 particles. The following conclusions
were derived from the analysis of the experimental results: 1) The
spectra induced by nuclear active particles depend essentially on
the dimensions of the apparatus and on the pulse heights. The expo-
nent y of the integral spectrum for pulse heights (measured in num-
bers of particles) ranging from 2 x 1o3 to 2 X 1o5 particles chan-
ges from Y = 1.41 to X = 2.00 for the area of the apparatus chang-
ing from 330 x 330 cm4 to 10 x 330 cm2 respectively. 2) At mountain
altitudes the exponent y of the integral spectrum for single nucle-
ar active particles was determined to be 2.01 t 0.08 for 3 x
Card 3/4

P/046/62/007/002/001/003
Integral spectrum of ionization ... D256/D302
103 --- I%:::~ 3 x 104, and for all the nuclear active particles includ-
ing the structural pulses y = 1.62 � 0.04. 3) The integral spectrum
of the large pulses by u mesons is also of an exponential form
with y = 2.22 � 0.14. 4) At the sea level the contribution of the
ji mesons consiitutes approx. '10 ~'- of all single pulses with a
height >,2 x 1o3 particles and 50 % for heights >,2 x 104 particles.
There are 5 figures, 4 tables and 4 Soviet-bloc references.
ASSOCIATION: Institute of Nuclear Physicsq University of Moscow;
(N.L. Grigorov, Ch.A. Tretyakova, and V.J. Shestope-
rov); Institute of Nuclear Physics, Armenian Academy
of Sciences, Yerevan; (Kh..P. Babayan, and N.G. Bayad-
zhyan); Institute of Nuclear Research, Polish Academy
of Sciences, Cracow; Academy of t1ining and Metallurgy,
Cracow, II Department of Physics (Z. Bujat J. -loskie-
wicz, J. Massalski, and A. Oleb)
SUBMITTED: January, 1962
Card 4/4

MKRYAN, G.M.; B,LBYAN, V.O.; WAZYAN, N.A.
Compmcde of the acetylanic series from 1,3-dichlorobutene-2.
Part 3. New experimental method for the preparation of methy-
laCetyleUG. 12V.AN Arm.SSR.Ser.YM nauk 5 no.lt17-24 152.
(KM 9:7)
SSR.
l.Khimicheskiy inatitut Akademii nauk Armyanakey
(Propyne)

BABYANSKASI M.
"The Prospects for Scientific Research work on Parasitology and
Natural Foci. of Infestation in the Lithuanian SSR in 1959 - 1965
in the Light of the Decisions of the Twenty-First Congress of the
CPSS.11
Tenth Conference on Parasitological Problems and Diseases with Natural
Reservoirs, 22-29, October 1959, Vol. II, Publishing House of Academy of
Sciences, USSR, libscow-Leningrad, 1959.
Institute of Zoology and Parasitologyp Lithuanian SSR (Vilnius)

D D 1-1 . 'v t e t -I n. a ~-I~ 14,~ EY111"31K A M. M. juand.
fh.-
It: s i q., x a ri- I i.; c) i,n !i fa. o 2 na 14
42 r. 5, 7 (~FIRA 18.10)
"r;.'sc -azn~-y 'ns-,.: tu t T C,.*i:ryab'!ia
~fur Demldi:~v-). 2. -1--ovokiz
(for Baby-anckas,

BABYATSKIYJ, A.Ya., inzh.
Types of transporter cableways. Shakht. stroi. 6 no.12:4-8 D
,62. (MM 160)
1. Proyekbiaya kontora Pro=ekhanizatsiya Ministerstva stroitallstva
UkrSSR. , I
~(Cableways)

BABYLTSKI-1, A.Ya., inz,h.
Gircular c:,.bleways for dumping with rectangular dump piles.,
Shakht. stroi. 9 no.9:9-12 S 165. (MIRA 18i9)
1. Proyektnaya kontora Prommekhanizataiya, Khartkov.

KILICHEVSKIY, N.A. [Killchevs1kyi, M.O.] (Kiyev); PETRENKO, M.P. (Kiyev);
BABIGH, D.V. J.Babych, D.V.) (Kiyev); BARSUK, R.P. (Kiyev)
Approximate calculation of longitudinally radial vibrations of
a system of cylindrical shells partially filled with liquid.
Prykl. melth. 10 no.6:660-663 164. (MIRA 18:2)
1. Institut mekhaniki AN UkrSSR.

YUSUPOVv A.M., kand.meditsinskikh nauk; BABYEV, A,L
re blic.
Raise the hygienic requirements for iArb~n construction in the
Zdrav. Tadzh. 7 no-4:21-24 Jl-Ag 160.,1,', (KIRA 13:9T
1. Iz.Stalinabaclakogo instituta epidemiologii i gigiyeny.
PLANNING-HYGIENIC ASPECTS)
(TAJIKISTAN-CONSTRUCTION INDUSTRY)

)randidat tekbnicbeekikb nauk; BILICOK, G.A., kandidat
.; - - tiI&M~beekM nauk.
Selecting conditions for welding and deposit welding of carbon -
steel. Svur. prolsy. no.1:8-12 Ja '57. (NLRA 10:2)
1. Leningradskly korablestroltellnyy institut.
(Steel-Welding)

ISMAYLOVAY F.M..L1;AB?g~V~GQ----.
Soils of Kubatly District. Trudy Inst. pochv. i agrokhim.
AN-Azerb., SST, 10: t125-158 161. (MIRA 15:1)
(Kubatly District-Solls)

BABIIY,V, N. N.
ussR (6oo)
Loading and Unloading
Our experience in mechanWng unloading sugar beets from flatcars. Sakh, prom.
26, no. 8, 1952-
9. Monthl List of Russian Accessions, Library of Congress, Nnyombor-1951, Uncl.
2

DAWYEV, N. N.
"Coefficients of the Tramfer of Heat and Moisture in Capillary-Porous Colloid Bodies (New
Method of Calculation)." Cand Tech Sail Moscow Technological In3t of the Food Industry,
10 Fab 54. Dissertation (Vechernyaya Moskva Moscow, 1 Feb 54)
SO: SUM 1860 19 Aug 1954

f,~ a I-) ~ Y f 1-~) /0, N,
UsSR/Processes and Equipment for Chemical Industries - K-1
Processes and ADDaratus for Chemical Technology
Abs Jour : Referat Zhur - Khimiya, No 9, 1957, 33259
Author : Pa~Ll L~v.,_ N.N.
Inst : Moscow Technological Institute of the Food Industry
Title : Conjoined Determination of the Coefficients of Heat- and
Moisture Transfer in Moist Materials.
Orig Pub : Tr. Mosk. tekhnol. in-ta Dishch. prom-sti, 1956, No 6, 48-
56
Abstract : A procedure is proposed for a conjoined determination of
the coefficient of heat transfer (heat conductivity /\ ,
thermal diffusivity a, heat capacity C) and coefficient
of moisture transfer (potential conduction,thermagra-
dient coefficient C., ) in a single experiment, which is
based on the solution of the problem concerning the hea-
ting
Card 1/4

USSR/Processes and Equipment for Chemical Industries - K-1
Processes and Apparatus for Chemical Technology
Abs Jour Ref.Zhiir - Khimiya, No 9, 1957, 33259
of a system of 2 bodies (a bounded and a half-bounded
shaft) by a constant heat flow, and also on some General
propositions of moisture-exchange in capillary-porous
bodies. The apparatus consists of a heat-insulated Glass
tube 25 mm in 'diameter and 150 mm in length, filled to a
length of 115 mm with paraffin, with the remaining 35 mm
portion filled with the material (M) under study which
has a uniform moisture content. Along the axis of the tu-
be, at the juncture of paraffin and M, and also at the
middle of the layer of M, are located the hot junctions
of 2 differential thermocouples, whiie their cold junc-
tions tire located at a distance of 35 mm from the cold
end of the paraffin layer. The tube is suspended by
both end, in horizontal position, from the pans of an
analytical balance and is equilibrated. The and-face of
the tube, at the side of the M, is closed by a Cu-plate
Card 2/4

USSR/Processes and Equipment for Chemical Industries - K-1
Processes and ADoaratus for Chemica Technology
Abs Jour Ref Mur - Rhimiya, No 9, 1957, 33259
and is heated by an infrared light bulb. After the bulb
is switched on, periodic determinations are made of the
changes in loads carried by the pans of the balance (due
to a redistribution of the moisture within the sample of
M), and readings of the thermocouDles are recorded, after
which all the coefficients are computed according to the
calculation formulas that are given. Depending upon the
nature of M and its moisture content W a determination of
the coefficient of heat transfer requires from 5 to 15 mi-
nutes, and determination of all the coefficients -- from
2 to 3 hours. A study i-ras made of changes in the coeffi-
cients of heat- and moisture transfer in sand, clay, peat
and some M of the food industry, depending on W. It was
found that in the case of all the M the criterion of iner-
tia of the field of humidity in relation to the field of
temperature, varies linearly with W. Criteria of heat
Card 3/4

USSR/Processes and. Equipment for Chemical Industries. K-1
Processes and Apparatus for Chemical Technology
Abs Jour Ref Zhur - Khimiya, No 9, 1957, 33259
conductivity and thermal diffusivity, of moist bodies,
K \ :- ( >\ e- ~\ ) /,\ and Ka ~ %./a - 1 -t K N , have been
set, which make it possible to take into account the in-
fluernee of moisture transfer on the process of heat trans-
fer; in these criteria \e and,\ -- the equivalent and
the true coefficient of heat conductivity, a. and a --
the equivalent and the true coefficient of thermal diffu-
sivity of the moist M. The dependence of K>, and Ka upon
W ha-s been determined and it is shown that the values of
the criteria have a maximum; with a moisture of the sand
of about 10% the a. exceeds a by 50%.
Card 4/4

GINZBURG., A.S.; BABIYEV, N.N.; MIKHAYLOVSKAYA, Ye.I.
Experimental stady of the contact drying process of some
materials of the canning industry in a single-rol-ler vacuum
dryer. Trudy MTIPP 16:57-66 '6o. , (MMA 16:6)
(Food, Concentrated)
(Drying apparatus)

GINZBURG, Abram Solomonovich, prof.; MIKHEYEVA, Natallya Semenovna;
RABIYEV NikoW.-NIAala evich; SYROYEDOV, Viktor ludovich;
Pavlovich; 2WRbLEV, Vyacheslav Fedorovich;
UlTi
DASHEVSKIY, V.I.; FEDOROV, N.Ye., prof., retsenzent;
SEREGIN, P.V.j dots., retsenzent; GORBATOV, A.V., dots.,
retsenzent; ROGOV, I.A.,, dots.p retsenzent; KOVAlEVSKAYA,
A.I., red.
(Processes and apparatus of the food industry; practical
laboratory work] Protsessy i a raty pishchevykh proiz-
vodstv; laboratornyi PrBY1 A.S.Ginzburg i dr.
praktik*.
Moskva, Pishc-hevaia promyshlenn'osti, 1964. 270 p.
(MIRA 17:11)
1. 14oskovskiy tekhnologicheskiy institut myasnoy i molochnoy
proinyshlennosti, kafedra protsessov i apparatov (for Fedorov,
Rogov, Gorbatov). 2. Vsesoyuznyy zaocYa3yy tekhnologicheskiy
institut pishchevoy promyshlennosti (for Seregin).

I
VAKULOVA, ',,.A.; KUZNETSOVA, V.P.; KOLOT, F.B.; BABI_~~NAj I .,' SAMOKIIVALOV, G.I.
Rapid riethod of quantitative determination of ~-carotsne Jn micro-'
organisms. Mikrobiologiia 33 no.6.41061.-IO64 N-D 16.4. (MIRA 18:,4)
1. Vsesoyuznyy nauchno-issledovateliskiy vitaminriy7 institut.

DOBROVOL'SKIT, G.V.; BABIYZVA, I.?.; LOBUTEV, A-P-
' ~-Wo'
Characteristics of moisture.. gases, and microflora in flood and
soils. Pochvovedenie no.ll-.41-54*N 160. (MIRA 13:11)
1. Moskovskiy gosudaretwennn universitete
(Soil moistura) (Uses in soils) (Soil micro-organisms)

BABIYEVA. I.P.
Study of microflora in bottom-land and turf-Podzolic soils of the
upper Klyazima Valley. - Nauch. dokl. vys. shkoly; biol. nauki no-3:
185-188 161. (MI M 14~ 7)
1. Rekomendovana kafedroy biologii poohv Moskovskogo gosudarstvefinogo
universiteta im. M.V.Lomonosova.
(KLYAZIMA VALLEY-.-SOIL micn-oRaNisms)

S/020/61/141/006/021/021
B-103/B147
AUTHORSs Krasillnikov, N. A., Corresponding Member AS USSR, Aseyeva,
I. V., Kaptereva, Yu.' V., Shirokov, 0. G.,
and Korshunov, I. S.
TITLE: Biosynthesis of amino acids by soil microorganisms
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 141, no. 6, 1961, 1480
1432
TEXT; 1290 cultures were studied which consisted of a) bacteria,
b) actinomycetes, and c) yeasts, isolated from USSR soils. Nutrient
media according to T. Asai (see below) were used for a) and b), and
according to J, Lodder (see below) for c). It was found that many
cultures of soil microbes synthesize a single or several amino acids and
excrete them into the nutrient medium. This is true for cultures raised
in synthetic nutrient media containin glucose as carbon source and
ammonium chloride as nitrogen source ~apart from small amounts of other
salts). No strong correlation exists between the species of the microbe
Card

S/020/61/141/006/021/021
Biosynthesis of amino acids by soil... B103/B147
and its capability of synthesizing amino,acids. Different strains of the
same species show a very different behavior in this respect. Neverthe-
less, a connection can be established in individual cases,~,at leas,t with
the group characteristic of the strains. N. A. Krasillnik~v assumes
that the wellknown actively glutaminic-acid producing strain of
Micrococcus glutamicus also belongs to the actinomycetes. Usually,
several amino acids are exuded into the nutrient media, Cultures
producing only one amino acid are rare. The majority of the active pro-
ducers synthesize alanine. A smaller group of species produces glutaminic
and aspartic acids, and very few produce lysine, valine, cystines, et al.
Both the quantity and the type of the amino acids depend on the oomposi-
tion of the nutrient medium (particularly on the C and N source, and on
vitamins, trace elements, etc.), furthermore on the conditions of growth
(temperature, aeration, etc.). Some highly active alanine producers
were isolatedi four strains of Mycobacterium, which produced from 6 - 8
up to 14 - 16 mg/ml of nutrient medium. Some strains of actinomyoetes
produced 8 - 9 mg. Many active yeast strains produced 5 mg/ml. Valine
producers vAth an activity of 3 - 4 mg/ml were found among a). From the
Card 219',~

3/020/61/141/006/021/021
Biosynthesis of amino acids by soil ... B103/B147
strains considered as possible producers of amino acids, strains with
increased activity were isolated by selection, which are able to
guarantee industrial production. From Myoobacterium cyaneum which
produces almost the same quantities of glutaminic acid and alanine varie-
ties were obtained which synthesize exclusively (or dominantly) either
glutaminic acid or alanine. Thus, the yield in glutaminio acid was
increased by a multiple. There are 2 figures, 1 table,and 5 referencest
2 Soviet and 3 non-Soviet. The three references to English-language
publications read as followat Ref-3t T. Asai, K. Aida, K. Oishi, Bull.
Agr. Chem. Soc., 21, No.2, 134 (1957); Ref-4s S. Kinoshita, Advances Appl.
Microbiol., 1, 2071-0959)l Ref-5s J. Lodder, The Yeasts, Amsterdam, 1952.
ASSOCIATION: Moskovskiy gosudarstvenriyy universitet im. M. V. Lomonosova
(Moscow State University imeni M. V. Lomonosov)
Institut mikrobiologii Akademii nauk SSSR (Institute of
Microbiology of the Academy of Sciences USSR)
SUBMITTED: September 20, 1961
Card 3/,4,'
11-L)

BABIYEVA, I.P.; SAVEL'YEVA, N.D.
Yeasts in the rhizosphere of plants. Mikrobiologiia 32 no.la
86-93 r0'3 (MIRA 170)
1. Biologo-pochvennyy fakulltet Moskovskogo gosudarstrennogo
imiversiteta imeni IDmonosova.

BABYKIN, M.A.; GAVRIN, P.P.; 'I'A%,'OY.,,KIYY Yo.K.; RUDAKOV., L.I.; SOEIRIPIN) V.A.
Turbulent heating of a plasira in a straight discharge. Zhur. ek-sp.
i teor. fiz. 47 no.4:1597-1600 0 164.
(MIRA 18.- 1)

L -U
. ........-`_ ,.- i_"*_/ J.) A-, S'.
AP6028590 S _iCF
ACC NR: N OU , COIDE: UR/0129/66/000/008/0062/0064
AUTHOR: Raytbarg, L. Kh.; Kozlovskaya, V. P.; Babykina, I. M.; Petrov, Ye. A. 4Y
ORG: none
TITLE: The dependence of the properties of cold-extruded semifinished products made
from aluminum q,1loys on the billet condition
ly
SOURCE: Metallovedeniye i termicheskaya obrabotka metallov, no. 8, 1966, 62-611
TOPIC TAGS: aluminum alloy, extrusion, extruded aluminum, mechanical property, heat
treatment, cast structure, annealing, homogenization heat treatment, grain structure,
metallographic examination / AD1 aluminum alloy, AV aluminum alloy, Mg aluminum al-
loy, DI aluminum alloy
ABSTRACT: Optimal heat treatments weredeve ~0.pellllfor altAinum alloy billets used in
making cold-extruded tubes.i~ Alloys ADlP AV I Li~j, and Dl;'w'ere extruded on a mechanical
press into tubes havfn-g-a7lameters ofIV- 12, 16 x lit, and 16 x 15. The original
temperature of 15-200C increased -to 250-3500C after extrusion. Mechanical properties
are given for cast, annealed, and homogenized billets and tubes made from each. Cast
iand previously extruded billets of AD1 and AMg alloys performed identically in tube
;extrusion; extruded AV alloy billets had better yield strength and reduction in area;
and annealed D1 billets bad the highest plasticity, Microstructures of cast and er-
UDC: 620.17:669.716:621.78
Card 1/2

ACC NR: AP6028590
truded DI billets and the semifinished tubes made from these were shown. The grain
structure of tubes made from cast billets was smaller and more uniform, while those
made from extruded D1 billets--large grained and elongated. Optimum quenching temper
tures for cold extruded AV tubes were 515-5200C. By heating in a circulating-air pit
furnace after quenching, the maximum properties were obtained after holding for 10
min; the properties did not improve if the holding time was increased to 30 min. An
increase in quenching temperature from 480 to 5000C for alloy D1 resulted in raising
the yield strength by 2 kg/mm2. Orig. art. has: 1 figure, 2 tables.
SUB CODE: 11 13,10/sUBM DATE: none
Card 2/2 t-~

DARIYEVI A.D.; BABUYEVA, TS.M.
Composition of a wide fraction (165 - 1950C) of pyridine bases of
tar obtained in the semicoking of Cheremkhovo coals. Izv. SO AN
SSSR no.11 Ser.khim.nauk no-3:131-134 163- (MA 17:3)
1. Buryatskiy kompleksnyy nauc!hno-issledovatellskiy institut Si-
birskogo otdeleniya. AN SSSRP Ulan-Ude.

~.7-
COUNTRY
CATWORY Goner--.11 Molorg. B
Q
individua! Dc-velopi,lent, L7,pulbryonic Developnent. i
AM, JOUR. RMBiol., Not :-, 1939, NO. -1,091
AUTITOR Babyovp-,, V. A,
11M. t
TITLE i "tho MorpholoCy of the GmGlia of the Solar
in Embryos end. mr-an Fle~-tusas.
Yed, zh. ITzbo'k.l.stanam 1957) y1o. 10, -53-57
ARSTRA CT As C~ev-:dopmorit
nrocoeds tl,~c quantity of j
,,
of tlie molar gratchlally. at
ponso of -tho fusion Of -,(~T:-Rratc, 1 0 -n
(in 3-5 month,~ olcl embr,' .1 os o 22- ") (in 7-9 montl-1,
Old ~,)tlwos ). In the courv.; Of tj,.)rto ganglia
Which arn initially oval, triangular or Spindle
shtiped, become more cloarly crescent zlmred.
Thell, (listribution becones moro concertrated andl
the soparating intervals bocona c,.,1n:,'uvictc.,d.
CARD-

if A
TATAME, Ye.V.;BABYKWIYA, V.D.
Separation of the aarcomatous kidney. Khirurgiia, Moskva no.9:63-66
Sept 1953o . (CIKL 25:5)
1. Of the Department of General Si;rgery of the Sanitary and Pediatric
Faculties 9f Tbilisi Nedicall Institute and of the Second Surgical and
Urological Division of the RT91 Hospital, Tbilisi.

AuTHORS.- _p_abNt Gavrin, P. P.; Zavoyskiye Ye - K'; Ruda-
kov, L. I.; Skoryupin, V. A.
TITLE: Turbulent beating of a plasmarin a direct discharge
SOURCE: Zhurnal eksperimental'noy i teoreticheskoy fiziki, v. 47,
no. 4, 1964, 1597-1600
TOPIC TAGS: tuirbulent plasma, plasma heating, discharge plasma,
ionized plasma, plasma injection, bremsstrahlung
I

L14o3?--65
ACCESSION NR;
AP4047934
duced by plasma injectors. The plasma was adiabatically compressed
by a factor 25 after heating by the current. The magnetic field
at the instant of injector operation and during the direct discharge
was 350 Oe, and rose to 9 x 103 Oe at the maximum of compression.
The electron temperature estimated from the spectral distribution of
the bremsstrahlung is -200 keV, and the ion temperature -3 keV. In
addition to the hard bremsstrahlung, neutrons amounting to -105 per
pulse were also recorded. The heating is due to the discharge of
an appreciable fraction of the energy of one of the injectors through
the plasma along the magnetic field to the other injector, occurring
when the electron velocity reaches a certain critical value. The
plasma thus produced -.,7as contained in the magnetic mirror during the
entire lifetime of the magnetic field, approximately 2 msec. "The
authors thank A. 1. Gorlanov who directly participated in the ex-
periments.' Orig. art. has: 4 figures.
ASSOCIATION: None
2/

BABYKIN,- Mj.~. GAVIIIN, P.P.; ZAVOYSKIY, Ye.K.; RUDAKOV, L. I.; SKORYLIFIN, V.A. 0
SHOLIN, G.V. J
New results in turbulent heating of a plasma. Zhur. eksp. i
teor. fiz. 46 no.2:511-530 F 164. (MIRA 17:9)

L 10,045-65 9dT (1),/FNNl (k) /EPA (sp)-2/BPA (w)-2/FM (t)/T/FT, (b)-2/'E.WA W-2 fo-h/
Ff-47pz.Z7p-ab-10 AFDC(b)/AYMi /.ASt)(p)-!/RA-rX(a)/SSD(b)AFIL/PSD(gs)/TJP(c) AT
ACCESSION NR: AP'5000307 S/0056/64/047/005/1631/1643

12
--rImenI,;,A1-- ~~etup
1 :-2 , -Longitudin4; x-ray probes; magnetic7mirror coils;:-. 14, - -m-oho-
chromator with phoi:.omultiplier; 5 ion probes; 6 - microwave probes;-
7 coil, for adiabatic compression ; 8 high-frequency shock excita-
tion circuit; 9 - vacuum chai-aberl
-
, 10 plasma,injector- 11 -
i scintil-
lati counter2wit)
on
i collimator; 2, .1- monitoring scinti
lation counter-
Card 4/4

BkBYKII~9_-M.V.;, KLL114TAK, A.A.; PTAKHOV, A.G.
Results of observations of the O'Nar corona according to
data on the solar eclipse of June 30, 1954. Iav.GAO 20
no-3:67-74 156. (14M 13:5)
(Sun--Corono) (Bolipses, Solar--1954)

ACCESSION NR: AP4019,,?16 S/0056/64/o46/002/0511/0530
AUTHORS: Baby*kin, M. V.; Oavrin, P. P.; Zavoyskiy, Ye. K.; Ruda-
kov, L. I.; tkoryupin.~-V.- A.; Sholin,, 0. V.
TITLE: New results on the turbulent heating of plasma
SOURCE: Zhurnal eksper. I teor. fiz., v. 46, no. 2, 1964, 511-530
TOPIC TAGS: plasma, plasma heating, turbulent plasma, heating, plasma
ele,etron heating, plasma Ion heating, collisionless plasma heating,
pla'sma confinement, plasma confinement timed electron confinement
time, Ion confinement time
ABSTRACT: This-is a continuation of earlier work by the same authors!
on turbulent plasma he:ating In a rapidly alternating magnetic field
(Yaderny*y sintez) Appendix 111,,1962; ZhETF, v. 43, pp. 411, 154T,
and 19T6, 1962). Me present paper reports the results of exteTiments
with a net netup, the parametdrs of which have made possible I
rapid collluionless heating of the plasma electrons to 1.5 keV by a
strong hydrodynamic wave propagating In the plasma transversely
Card .1/93

...ACCESSION NR: AP40IS1216
..through the magnetic field; (2) investigations of the confinement of
..a plasma in a magnetic trap; '(3) observations of the c6llisionless
.-heating of ions, which accompanies the turbulent heating of the
electrons under certain conditions. The electron temperature was de-
.termined from the absorption of the electron bremastrahlung in thin
carbon films, from the ratioiof the rates of decay of various spectral
,lines, and from readings of a probe. The plasma concentration was
determined by optica2 means. The noise produced,:in the plasma was
due to ion cyclotron oscillatipps andjo mlignetic sound resonance. A'
..plasma electron pressure of 10-1:) eV/c (approximately 20% of the j
...alternating mp netic fleld pressure) was obtained in the concentration!.
1019 3
to 10 /cm . Confinement times were-130
range from gsec for
..,-.100-eV ions and- 60,LAsec for'590-eV electrons. No strong instabil-
-~ities were observed (luring the time of plasma confinement In the trap.~
'Ion cyclotron waves and natural oscillations of the plasma Polumn were
Card 2/)t 3-

IN 11 ~ IV
SUBJECT USSR PHYSICS qARD 1 / 2 PA - 1511
AUTHOR BABYKIN,Iil.V., PLACHOV,A.G., SKACKOV,JU.F , 9APKIN,V.V.
TITLE PlaneparcL e1 Scintillation counters for the Measuring of Short
Times.
PERIODICAL Atomnaja Energija, 1, fasc. 4. 38-45 (1956)
Issued: 1 9.10-195c-
The hitherto obtained curves for the half width of relative delays amount to
(5-6).10-9 see. For a further reduction of the scattering of the delays at least
two possibilities are offered: Increase of excess voltage at the counters and
decrease of the distance between the electrodes. Besides, the development ve-
locity of the discharge is influenced essentially by the gas used as well as by
organic admixtures. In the case of favorable conditions the planeparallel Scin-
tillation counters have good counting characteristics: the inclination of the
plateau amounts to some % at 100 Volts. The amplitudes of the emitted impulses
attain some hundreds of Volts, so that no preamplifiere are necessary. Among
their disadvantages there is, above all, the high amount of "dead time". Be-
sides, they are very sensitive to temperature, and have only a certain time of
operation. (After from 10 6 to 108 impulses these scintillation counters ipust be
rinsed out and newly filled). Together with measuring the lift of the excited
states of the nuclei it is possible to obtain also data concerning the angular
n,orrelation of the r - T , P - ~ , and a - X -processes.
The structure of the scintillation counters is quite simple: A valve for the

O"OV",'120-53-5-12/32
AUTHORS:Artemenkov, L. I. and Babykin, M. V.
----------
TITLE: Invest;i,,,Pation of the Resolvinr~ Time of Scintillation
r-)
11,30unters (Issledovaniye vremennogo razresheniya is=lovykh
scheLuchikov)
PERIODICAL: Pribory i tuakhnika eksperimenta, 1958, Nr 51 pp 48-5-)
(USSR)
ABSTRACJT: Tb.e re-solvin.-, time characteristics of scintillation coup--
ters -.7iere investigated on about 30 specially prepared samr 'Jes.
Most of these vvere filled with a mixture of 02 and A and the
investi-ation vias carried out in a special high pressure
chamber. The measurement system is shown in Fi,-,.3. The
counters were situated in the high pressure chamber K at
a distance of 4 mm from each other. The external electrodes
of t'',Le counters ivere supplied from stabilised high vol-tagre
sOurcas throu-h load resistances of 7.5 MCI. The external
electrodes were connected directly with the centreconductor
of a iii-h frequency cable. An electron source was situated
,.__;,re(,tly at the in',-ernal el.,.ctrode of the left-hand side
1/3

,30V/120- 5'-)- 5-12/32
Investimation ol" the Resolvinn- Time of Scintii1ation Counters
counter. The electrons had to penetrate three layers of
copper foil having an overall thickness of 45 ji and Produce
discharges of the left-hand side and ri--ht-hand side counters.
A y-source was also employed and tAs vias situated outu-sidc
the pressure chamber. Tae --rayrs w~.,re sufficiently intense
to produce secondary electrons in the counters and result
in a scintillation discharge. The signals from the counters
were applied to two delay lines and then to a fast coincidence
circuit. The resaltin- si-nal was then amplified and applied
c:~ L3
to a discriminator where an additional discrimination of
coincidin,sr a-Lid non-coinciding pulses took place. TIae e-x-
perimental results are shown in Figs.4, 5 and 6. Fig.4
shows the curves of delayed self -coincidence which charactu-
erise, the resolution of the equipment. Thesewere obtained
when i)ulses from one of the counters were applied to the
delay line, while both the outputs of the line were connected,
to tae fast coincidence circuit. Fin:',.5 shows the de-nendence
of the widtili of the delayed coincidences on the --aSr-itz"de of
the overvoltage applied to the counters; the counters aad a
0
In-ap of .26 and viere filled with 600 ira H- of oxy-en and
atm of arr,,on. Fi~,-.6 shows tiie curves of delayed coinci-
U ~D
denGes for various oxygen-argon mixtures. From -the
C"ard 2/3 U

-OV/120-5--5-12/7'
Investic-ation of the Resolvin- Time of Scintillation Counters
rients it was found that the best results can be obtained
when the gap is .1 to .015 Mn, and when the counter is fill~:~~d
with a mixture of o.,U-en and argon; on the other hand, a
Mixture of xenon-heliun was found to be less satisfactory.
The aatliors express their gratitude to Ye. K. Zavoyskiy for
valuable advice. The paper contains 6 fir,ures and 5 refer-
ences; 2 of the references are En~:-lish and 3 are Soviet.
CD
SUB1.1-ITITED: November 12, 1957.
Card 3/3

C2 A S-0 0 0 S1120AW00010110101051
2
AUTHORS: Artemenkov, L.I. and Babj-31WAN.
TITLE: Analyser for the Time Measurements Employing,�nark
Counters
PERIODICAL: Pribory i tekhnika eksperimenta, 1960, Nr 1,
pp 43 - 47 (USSR)
ABSTRACT: The equipment is based on the device described by
Co' Cottini and E. Gatti (Ref 1) but it differs from the
original in that there are no amplifiers precedin* or
following the resonant circuitsisince even a small
portion of the pulse power from a spark counter is
sufficient to produce an initial amplitude of about
50 V. A block schematic of the equipment is shown
in Figure 1, while its detailed circuit diagram is
given in Figure 2. The pulses produced by the spark
counters are applied to two resonant circuits tuned to
26 and 26,13 Me/s. The oscillations thus produced are
amplitude-limited by means of limiter valves and are
then applied to a ring phase detector via buffer stages.
The phase of the signal of the difference frequency
Cardl/3 appearing at the output of the phase detector is
LK

69075
S/12o/60/000/01/010/051
El?I/E;82
Analyser for the Time Measurements Employ ng -park Counters
proportional to the interval between the exciting pulses.
The phase is measured by a millidiscrIminator whose
threshold is In the vicinity of zero. The discriminator
produces an output pulse when the signal of the difference
frequency passes through zero for the first time. This
pulse results in determination of a linear rise of the
voltage on an integrator which is triggered by a delayed
pulse from one of the counters. This delay pulse first
passes through a gating circuit which is controlled by a
coincidence circuit having a resolving time of
10-8 sec. The devlatl6n. of the pulse amplitude on the
integrator from the value corresponding to an exact
coincidence Is proportional to the interval between the
pulses, so that the pulse amplitude distribution, if
measured by a multichannel amplitude analyser, gives the
distribution of the events in time. The amplitude
analyser employed by the authors was the equipment, type
ELA-2, designed by Markov. The authors were principally
Card2/3 interested in the range + 2.5 x 10 0 sec or the frequencies

1
6
907
S/l2o/6o/ooo/oi/olO/051
EJ22/Ej
Analyser for the Time Measurements Emplo ng 8p2ark Counters
of the order of 200 Me 'Is. However, they had to be
satisfied 'With the frequency of 40-50 Mc/s in view of
the impossibility of constructing satisfactory amplitude
limiters. Consequently, it was decided to use the
frequencies of 26 and 26.13 Nc/s so8that
the measured
times were in the range +~1.9 x 10 see and it was
possible to obtain the lengthening coefficient of 200.
The equipment illustrated in Figure 2 was thoroughly
screened and was situated in a thermostat whose
temperature stability was +~-0-5 deg. The time half-width
of the equipment was measured by means of one counter
which was applied to both resonant circuits. The half-
width was 2% = 5 X 10-11 see. The authors express
their gratitude to Ye.K. Zavoyskiy for valuable advice
and for his constant interest in this work. There are
3 figures and 5 references, 2 of which are Italian and
3 Soviet.
SUBMITTED: January 14, 1959
Card3/3

BABYKIN, M.V.; GAVRIN, P.P.; ZAVOYSKIY, Ye.K.; RUDAKOV, L.I.;
SKORYUPINJ, V.A.
Capture and confinement of a turbulent heated plasma in
a magnetic trap. Zhur. eksp. i teor. fiz. 43_ no-4:1547-1549
o 162. (MIRA 15:11)
(Plasma (Ionized gases))
(Magnetic fields)

43382
S/056/62/043/005/053/058
B125/B104
J
ATITHORS- .-Babyk-in, M. V., Zavoyakiy, Ye. K., Rudakov, L. I.,
Skoryupin,-V-.--*-.
TITLE; The observation of a two-flow ion.instability in the case of
turbulent plnsma heating
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v. 43,
no- 501), 1962, 1976-1978
TEXT: The method of turbulent heating of the electrons was used for
observing, the abnormal scattering of plasma beams (produced by two
titanium guns). The experimental arrangement was described by M V.Babykin
et al. (ZhETF, 43, 1547, IQ62). Two plasma beams (density 2-10'j to
5-1013 cm-3) travelled in opposite direction inside a quartz tube of 3.6 cm
diameter in a homogeneous magnetic field (600 oe) at the maximum speed of
1.4-107 cm/sec, interpenetrating within an oscillatory circuit which served
for the turbulent electron heating. Throughout the entire space between
the guns the electrons were heated to 300-400 ev during 0.2 lisec. The mean
Card 1/2

S/,056/62/043/005/053/058
The observation of a two-flow ion ... B1-25/BiO4
free path of the hydrogen ions with respect to the Coulomb scattering
through the an.-le n/2 is found to be several meters. The temperature of the
I .:
plasma flow e'merging from the guns, as measured using a special probe, did
not exceed 5 ev, whilst the ~iniietic energy of the tr'analatory motion of the
beam protons reached 100 ev. 15uch ion temperatures are reached also when
two beams collide. As the density of the beam in'creases, the temperature
measured with the probe incre~ased slightly to 10 ev, due to the Coulomb
scattering of the ions. The signals recorded by the probe correspond to
maximum ion temperatures of 50 ev. The ion temperature decreases at first
rapidly and then more slowly as the response of the circuit to the operation
of the guns becomes attenuated. The strong mutual scattering of the plasma
beams occurs only at high temperatures of the plasma electrons and cannot
be explained by Coulomb collisions. Possibly it is due to the scattering
of ions from electric microfields which occur within the plasma owing to
the instability of the two-flow motion of the ions. There are 2 figures.
SUBMITTED: July 16, 1962
Card 2/2

BABYKIN, M.V.; GAVRIN, P.P.; ZAVOYSKIY, Ye.K.; RUDAKOV, L.I.; SKORYUPINo V.A.
Turbulent heating of a plasma. Zhur. ekap. i teor. fiz. 43 no.2:
411-421 Ag 162. (MIRA 16:6)
(Plasma (Ionized gases)) (Electromagnetic waves)

29066
S/179/61/000/004/010/019
E191/E435
AUTHORS: Babykin, V,V~ 'and Romanovskiyv Yu~M, (bloscolf)
TITLE: Non-linear aircraft wing oscillations when flying in
disturbed air
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye
tekhnicheskikh nauk, Mekhanika i mashinostroyenie,
1961, No.4, pp.83-90
TEXT; The effect of the non-linear properties of several
elastic elements of a wing and movable control surfaces upon the
critical flutter speed has been established in certain cases.
Dry friction in the aileron and rudder hinge and friction in the
control transmission linkage plays a substantial part, The
relation between the critical speed and the design parameters of
the aircraft is unaffected by dry friction and the limits of
instability regions remain unchanged but vibrations can build up
only with certain initial conditions which depend on the speed.
Since the build-up of flutter depends, in the presence of dry
friction, on initial conditions and thus on the nature of the
external excitationg it is expected that, when flying in disturbed
air, the atmospheric turbulence characteristics may determine the
Card 1/4

29066
S/179/61/000/004/010/019
Non-linear aircraft wing ... E191/E435
instant of flutter occurrence and the probability of its
appearance at a given flight speed, This problem was treated in
another context by P.S.Landa and S,P.Strelkov (Ref.2t Avtom. i
telemekh., 1960, v.XXI, no.10) for non-linearities of the clearance
type in the control transmission, Inherently non-linear elements
in the structure and control system components may also have a
large effect on the magnitude of various statistical
characteristics of the forced motion of aircraft parts subject to
continuous atmospheric turbulence,, The present paper is a study
of the effect of dry friction in the aileron hinge upon the
oscillations of an elastic wing when the aircraft is flying in
disturbed air. The purpose of the study is the selection of the
dry friction torque in the aileron hinge so that reliable damping
of forced vibrations is assured and also the examination of the
possibility of preventing flexural-aileron flutter with the help of
dry friction dampers, Electronic analogue simulating circuits
were used to obtain the results presented in the paper, In the
analysis, the wing is assumed to perform symmetrical oscillations
in the fundamental mode and the aileron rotational motion as a
solid body with a single degree of freedom, The mass and moment
Card 2/4

29066
S/179/61/ooo/oWolo/o19
Non-linear aircraft wing ... E191/E435
of inertia of the fuselage are considered infinitely large
compared with those of the wing and aileron. The basic equations
describing the flexural oscillations of the wing with the aileron
are taken as the non-dimensional equations obtained by the Bubnov-
Galerkin method with the addition of terms expressing the dry
friction torque in the aileron hinge and external regular or
random disturbances. For the solution, a standard analogue
computer was provided with some special apparatus and the numerical
constants of the aircraft examined by Landa (Ref.2) were
introduced. Flexural aileron oscillations were first examined in
the absence of external disturbances and in the presence of gusts
of a definite shape, considering the effectiveness of dry friction
dampers. In the presence of dry friction, the flutter regions
depend on the amount of friction. At zero initial conditions and
without external disturbances, no oscillations are excited even
inside the flutter regions. The effect of dry friction dampers
outside the flutter regions was examined, The effectiveness of
dampers in vertical gust conditions can be summarized as follows:
(a) the flutter region is sharply reduced even at small amounts of
friction; (b) doubling the friction increases the critical
Card 3/ 4