SCIENTIFIC ABSTRACT BARANTSEV, R. G. - BARANY, K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000103520016-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

- L 15471-63 - EPA (b)/EWT (:L)/BDS An?M/ASD . pd-4
ACCESSION NR: AP3005426 S/0020/63/ 151/005/1038/1041
AUTHORi Barantsev, R. 0.
-6
TITLE: Method of integral kinetic equations for moments
SOURCE: AN SSSR. Doklady*, v. 151, no. 5, 1963, 1038-1041
TOPIC TAGS: moment integral kinetic eauation, rarified gaso
distribution function, integral kinetic equation, moment
ABSTRACT: This paper is an attempt to simplify the solution of kine-
.tic problems. It is pointed out that in many cases the actual dis-
tribution functions do not have to be known. Instead of working in a',
7-dimensional space (3 space, 3 velocity components, and time), it is,
more expedient to present the functions of many variables by a com-
bination of functions of fewer variables. Authors describe a method
in which the distribution function is represented by the coefficients
of expansion of the generalized Hermite polynomials. Its first terms,
give the basic macrocharacteristics of the gas. The method is ex-
pected to be useful in numerical solutions of important aerodynamical
Card 1/2

L 15471-63
ACCESSION NR: AP3005426
problems of-rarified gases. Orig. art. has: 20 formulas.
ASSOCIATION: Leningradskiy gosudarstvenny*y universitet Im, A. A.
-Zhdanova (Lenin�r ad- State Unlymity)-
suwmm: i6Feb63 DATE ACQ: 06Sep63 ENCLt 00
SUB CODE: AS 1.10 REF SOVi oo8 OTHER: 003
Card 2/2

BkRANTSEV, R.G. (Leningrad)
"On the moment method of solving kinetic problems for a rarefied gas"
report presented at the 2nd All-Union Congress on Theoretical and Applied
Mechanics, Moscow, 29 Janua3:5, - 5 Februaxy 1964

BARANTSEV, R.G. (Leningrad); FILIPPOV, B.V. (Leningrad)
Simplified variant of an integral kinetic operator. F1427 no.2:
U9-131 Mr-Ap 164. (MIRA 17:8)

L 15783-65, EWT(l)1FWP(m)1FF`CS(k)1Wi(l) P,hldP ESD(t)/ESD(gs)/AEDC(a)/AM/
ACCESSION NR: AP4049009 : ASD(f)-2/AMR/k- ajw4 S/0O43/W0O0/0O4/0O83?6M
AUTHORS: Barantsev. R. G.;'-qhlla7.qa, Yu.
TITIE: -Asymptotic.structure oll
boundary y~~r for large M
SOURCE:. Leningrad. Universiteli,.Vestnik. Seiriya matainatiki, mekhaniki i
astronomir,-n-6-.
-C,-7)E4,
TOPIC TAGS: rarefied gas flow'! monatomic E,,zs,i nach number, aaymp.
totic solution,
boundary layer
ABSTRACT: The nonequilibrium,'asymptotic Ikihavior of the macroscopic parameters
of particle flow., generated at,;the. wall, i.-ranalyzed at high Mach numbers. The
flow of a monatomic eas outaidi the boundai"r layer. is described by a Maxwellian.
distribution function and particle flow-to the wall in limit M--~ e* is given by
-N. ='S ~S it, I f0du
2 Wh For diffil'Sely reflected molecules colliding
Y "5
ABSTRACT: The thermal zirconium"-7hafnium',l ?niobium, and tantalum carbides
.~expansion of
was studied in the 13700-31700K range. The object of the work was to-Ti-11-a-gap in
the literature. The thermal expansion was measured in a vacuum chamber (10 2 mm jig)
in which carbide samples (8 mm in diameter and 15-18 mm in length) were heated'electri-
cally. The carbide samples were prepared by hot-pressing technique and the temperature
was measured with an OPM-19 micropyrometer The individual carbide samples had the
C,,d l/ 2

L 32675-66
ACC NRs AT6013567
following porosities: ZrC--19 to 24%, IIfC--22 to 28%, NbC--13 to 18%, and TaC-27%.
The dependence of the relative thermal expansion (61/1) of the carbide samples upon
temperature is graphed. A table gives the average values of the thermal expansion co-
efficients (a) for various carbides. Orig. art. has: 2 figures, 2 tables.
SUB CODE- 07,11/ SUBM DATE: 03Jul65/ OTH REF: 003
2/2 J), i j_

L 14904-65
~)/AEDG(b)/AFWL/AB(Izp)-~/BBD/AOD(a);,i5/Z$Otd'p)/ESD(gis)/ESD(t)- JD/JG/
&T
Aklvms.S,10~ ITR: AP,4047387.,
S/0294/64/002/005/0829/0831
AUMRS:,' Andreyeva., T. V.; Barantseva, 1. G. I Dudnik, Ye, M.; Xupko, V. L.
TITIE: Study of awas. pbysical properties of aluminum nitride
SOURCEs'. Tojilofizika vy*aoktkh tomperaturs'-V*2 ko~'75 -.1964--Z29-831,
TOPIC TAGS: aluminum. nitride,, specific electrical resistance,, thermal conduc-,
tivity,, thermal expansion coefficient, dielectric constant,: dielectric loss#'
thermocouple.. dilatonster/I OPY 019 pyrometer, MOM 4 resistance measuring apparato I
.10
ABSTRACT% The'temporature dependence,of specific electrical resistancej, cooffi
cient of,therinal conductivityg coefficientof thermal expansion, frequency,depand-
once of.the dielectric constant '-and the dielectric 16se angle-of aluminum nitride
have been investigated, The measurements were made on compact specimewvith
porosity of 10-20%,, obtained by. cold praising and subsequent caking in an atmos-
phere."of:nitrogen at 217.3L. The apecificelectrical resistance measurements
were nado in a temperature-range of 3OD-1873K'on specimens 9 =z in diameter and
high, using an WH-4 apparatus. The temperatures were measured by
platinum-platinum-rhodium thermocouples, The specific resistance was found to
decreaseImnotonically from 2025 x 10 11 at 673K to 9 x 103 j&m-cm- at 3473K.
Card IA

ACMSIOW WR
APIA7387
The-thermal conductivity WU13 ured InAhe range of 3OD-1473K* For room ton-
Was
pentwe the ~ wthod described by,V. ~ S* Neshpcav and 1. 0, Barantam (Iniffi-Fiz.
zh.. -No. 1, 1963) wai usea,,t -aw for high tenperaturen the vathod of,V. V.
Pustonlov (Zavodskaya laboratorlya,.,~]No. 9 10930 1957).. High temperatures were
xneant3red bya pgroriet"er of the i.;76;:Oi9O.- A monotonic decrease in the thermal.
coliduatbrity vas observed. in Ahis a. The "uency depandence.of the dielec-
gim
tric constant and the dielectric~loss'anglewere reasured In the range of 73
knocycles to~26 negacyoled; The dielectric constant dropped up to a fr uency
8q
ofabout.300 kilocycles,, and thereaftar-increnaed.very slowly. coefficient
ok-thwMal expansion was wasured in the range of 3OD-1373K,, plAng an optical
4darls dilatometer. The mean value of,this coefficient was,-~buad to be 4.8 X
I%e sp6cimens were p6pai~ed by Yu. 0. ReWdn.' OrIL,. art. havat 3 figm-es
IAT%IOG
la Inatitut probli6m.raterialovede iya~ Akadenii nauk SSSR (Institute
0
Materials Research Problems OUSCUnces SWZ_R~
if:a
Su~~: 3L5yAy4 ENCLI 00
SUO OM Mi NO IW SOV 1 012 OTHM 1 004

BARANTSEVA, Klavdiya Petrovna, zasI. -j,ekI".ni--'zatcz FOFSR; VISHNIAKOVA, Ye.,
red.; POKHLEBYINA, M., tekhn.red,
[I like my occupation] Linbllu svoiu professiiu. Moskva, Nosk.
rnbochii, 1963. 34 p. (MIRA 16:8)
1. Kolkhoz "Zavet Illichall Moskovskaya oblast' (for Barantseva).
(Farm mechanization)

ACC NRt AP6034764 SOURCE CODEi UR/Ol~07/66/ooo/ool/001~3/0050~;
AUMOR: Barantseva, 0. D. (Taganrog); Malysh(nr, V, A. (Taganrog)
ORG: ncno
TITIZ- Study of the surface ionization of dielectrics by determination of the
conditions for ignition of the discharge
:'SOMRCE: Flel~tronnaya obrabotka materialov, no. 1, 1966, 43-50
TOPIC TAGS: dielectric,property, surfaco ionization, ignition point, uloctric
!discharge
ABSTRACT, I-lic articlo prosonts ar, approxisrmto calculation of the conditions for
ignitlon of a dltschargo and an oxperhoontal application of the theory of Ignition Ln
the presonco nyid bi trio absence of an external ionizer. According to Townsend, the
breakillmm condiitivn is described by Uie equality
do
where 'X &n('! 'Al are tho first And third Toirnsend coefficients, determined by tho
relationc,,iipCi
e (2)
I== ka .(3)
Card 1 pd

ji-I Vnich the charge on an electron; k Is a coefficient depending on the material
and the conditimi of the surface layor of electrons and on the nature of the ions
coming from. the electrode; V, is the ionization potential of the gas, /A is the
length of tha froo flipht path of a moloculo of the gas; U is the ignition potential
of the dischargo; d is-the diotomce botwon oloctro,ims; p N the pressure of the gas.
r
k - 10
poHmont5il dati on surfaco ionizat' n are comparod satififactorily with valuos
claculated on the bases of tbo above theoretical concidorations. Orig. art. hass
23 formLlas &rA 5 fUuros.
SUB CODES 09,20/ SUBm DATI-SA nme/ olum PVFXJ 010
~Ikx"Tik

ACC NR: AP7005393
1AUTHOR: Polisadov, V
~Galunenko, I. P.
SOUBCE CODE: - -UR/6i46i6f[666/601/0066/oo68---7
N.; Sidorenko,,M. F.; Gladkov, M. I.; Barantseva, Z, V.;
'ORG: Moscow Evening Metallurgical Institute (Moskovskiv vecherniy metallurgicheskiy
institut)
:TITLE: Effect of rare earth metals on the properties of steel in the liquid and solid
I
istates
ISOURCE: IVUZ. Chernaya metallurgiya, no. 1, 1967, 66-68
7OPIC TAGS: alloy steel, ferroalloy, rare earth metal, impact strength
ABSTRACT: The authors study the effect which ferrocerium (60% Ce, 25% La, the re-
mainder--other rare earth metals) and an alloy of rare earth metals with a high lan-
thanum. concentration (60% La, 25% Ce, the remainder--other rare earth metals) have on
the properties of 4OKhL and 35GL acid steels in the liquid and solid states. it was
found that the kinematic viscosity of 4OKhL steel containing ferrocerium admixtures
increases with the concentration of nonmetallic inclusions, sharp-angled alumina inclu-.-
sions having the strongest effect. Metal treated with ferrolanthanum admixtures has a,
somewhat lower kinematic viscosity, especially at high temperatures. The overall con-I
centration of nonmetallic inclusions, and especially alumina, is also lower in steel
Card 1/2- uDc: 669-15-194:669.26:669-74;669,85/,86

ACC NR, AP7005393
:With ferrolanthanum impurities. This is due to the higher deoxidizing capacity of
11anthanum in comparison with cerium which reduces the concentration of oxygen dissolved
;in the molten metal and also improves conditions for elimination of oxide inclusions.
I
iLanthanum is more effective than cerium in increasing the impact strength of 35GL
!steel. The introduction of rare earth metals into steel in quantities exceeding the
optimum values has a detrimental effect on the mechanical properties of the metal.
'Orig. art. has: 5 figures.
SUB CODE: U/ SUBM DATE: lOMay66/ ORIG REF: 03/ OTH REF: 01
Card 2/2

ACC NRj
7002545 (A, SGIFIG!", COTE:
Z. V.; SVidn4-~,skiy, T. V.;
Polisadov) V. N.; Karavayov, A. G.; Barantseva,
Zalavskiy, N,. A.; Polisadov, V. V.
ORG; nona
TITLE: Synthetic slirr. Class 18, No. 189002
SOaCE: Izobratoniya, pronyshlennyye obraztsy, tovarnT,o znalci, no. 23, 27
u
--'OPIC TAGS: synthotic slag, raro oarth motal , cll)~I(Ilul)z OYIDE,
Author Certificato prosont~; -~ynthotic sia- contiirir,,-,,
To -1'esulfiLrizo acid stool, tho 31ar, cont,121r,3
0-25'~' raro-wirth mutalu. Thoso raro-oarth I.,iuL;jIq aro Unkon in tho I'o!Iow.;:-.,I ~Vopor-1
(in terz_s of 100 parto by woight): corium 60, lanthanum 20, nGojymium and
prasoodyraitm - 10, and iron - remaindar.
SUB COD--: l1/ SUBM, DATE: 230ct65
Card 1/i UDC: 669.0,~,6-5S?

RARANTSEVICH, Ye.V.; TARUSHKI:, O.V.
Comparative evaluation of the results of treating muscles on the
lower extremities weakened following trauma by labile and stabile
impulse galva-nization of varying frequency. Trudy Len.gos.nauch.-,
issl.inst.travm.i orton. no.8:123-129 161. (AURA 15:9)
(FLECTROTHFRAPFUTICS) (KISCLFS-WOUNDS AND INJURIFS)

I f IT
A th"
u Per 1AYets 1q, %I I
Te m POT'" rt ~j tht M.~ v I , 11 .4
J,,10
.0-01

Udb,H/14eT.eCro1ogy
Ionosphere
Geamagnetism
jan 450
Vew Data on the Sporadic layer E,1 V. A. BeLranul'-
ko, I p
Priroda" No 1
Sporadic- layer E often appears during periods of
Usturbanc1q,in the earthlexagnetic; field irhen the
normal statVof the ionosphere is disturbed. Zev-
akina introduced, data from 32 ionospheric stations
-shoving that sporadic layer E has a definite daily
and ie4eonal behaTior depending on geographio lati-
tuAe.. Mevyshav and Ferrell have submitted data -
~ft 47&~
MR/Mateorology (Coutd) jan 49
on speed and direction!of oporadic formation. Dri-
al,ekly first d.iscovered magnatio-ionic fission in
the sporadic layer.
47/49T95

USSR/Radiophysi~s Ionospheric studues r Lj- 1', 1'.

Card 1/1 Pub, 90-9/14
Author V. A. Baranul'ko, Active Member of VNOBiE
Title Radio engineering method for investigating winds in the ionosphere
(letter to the editor)
Periodical Radiotekhnika 9, 54-55, Sep/Oct 1954
Abstract The Soviet method for observing winds in the ionosphere is more highly
perfected than methods described by N. S. Gerson ("Continental sporadic
E activ-ity," Trans Amer Geoph Union, Vol 23, No 1, PP c`6-30, 1951) and
V. Aono and T. Minaguchi ("on the movement of the sporadic E region,"
Report of Ionosphere Research in Japan, No 2, 1950). The Soviet method
Tm- -70 MO
uses a number of radio stations ost suitable frequencies are 40
spaced 600-2,300 km apart. Movement of electron-ion clouds is determined
from the precise instants when communications are established and dis-
rupted among a network of stations. In recent years radar has been used
and has verified the northwesterly and southerly movement of clouds in
the sporadic E layer. Several observations made in the Moscow area in
June and July 1952 are cited.
Institution All-Union Scientific and Technical Society of Radio Engineering and
Electric Communications imeni A. S. Popov (VNORiE)
Submitted

USSR/Electronics - Icnosphere
Card 1/1
Author Baranullko, V. A.
Title I-linds in the ionosphere
Periodical Radiotekhnika 9, 73, Jan-Feb 1951,
Abstract The author presents further evidence to support his view tLat the
electroll-ioll Es clouas ill the European part ot, t-'he M~` ~P%, for the 11"0.5t,
part, move in northwesterly or southerly dircct.ions at --WO
Experiments were conducted with a network- of radio stations around
Moscow. The operating frequencies chosen dependea on th~~ ion~.-.ation
density of the sporadic E layer. Seven reforenecs: 3 in
En.--lish.

RARANUL110. V.A.
Remarks on the collected works "Problems in modern physics; radio-
emission of the Sun and Galaxies," 3rd series. no.15, 1951. usp.
fi2-nauk 53 no.1:157-158 NY 154. OWA 7 -.7 )
(Radio astronomy)

PA?,?,.'T'*'TO, V.
T
Vol. 4, no. 10, 1755
RAD I I-,
1 1 k .
TE
Srofi-a, Pul~-rl-
En:-Pcon Acoo3~;Ionr, Vol.. no. r,, '':1.v

BAROPT1,01 V.
Solar Radio Noises. "RAI)T.C)II Ministry of Commimications, i/10:16:Oct. 55

BARAMIKO. VA.
New investigationa of magnetic disturbanceB in the ionosphere.
Blaktroeviazl 10 no.12-,38.-41 D '56, (MLRA 9,12)
(Ionospheric radio wave propagation)
(Magnetic atorms)

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w*.Itb" rm wo C=t-a-a tb. Bi-tlflo T"b-OIWO-l S-L-%Y -f
ROAIO Rmj~jm4 " llsatricki ocmmmj"Ikj~ Ia. A. A. 7opov (romsx), mm*m,
B-12 :.-. IfS7
on o rf-..Li I ~
of I
j~(_! con it

S1108 ,o/015/06/02/006
B007/B014
AUTHOR: Baranul Ike, V~ A., Yeunber of the Society

TITLE: Transmission of Si-nals During a Thunderstorm
PERIODICAL: Radiotekhnika, 1960, Vol. 15, No,, 6, pe 10
TEXT: The author of the article under review -ives a brief description
of experiments carried out in the USSR at a frequercy of 200 Mc/s.
referring to experiments made abroad (Ref. 3)~ ThQ Soviet experimenters
worked at two radio-bearing stations, a stationary and a portable one,
The frequencies of the two stations were carefully controlled. During tile
thunder5~torm the pulses transmitted by the portable station were received
by the stationary one. The distance between the two stations was
140-300 km. Thus, it is possible to establish a connection during a
thunderstorm, due to the reflection of radio waves from the ionized air
column. The wave range to be used in these cases covers 1.,5-6 m. The
shortest range of the station is 600 km. It is pointed out that with thin
aid of rbdio-bearing stations it is always possible to determ,ino over
what distance and in which section radio si,-nals can be trunsmitted-
Card 1114'

Transmisr,ion of Signals During a
Thunderstorm
3110816010151061021006
B007 B014
Finally~ it is noted that observations of the radio echoes of lichtnings
are very important for aviation and the operation of hieh-volta~Te net-
works There are 3 references: 2 Soviet and 1 British.
SUB111, TTTYD: May 20, 1959 (initially)
December 8, 1959 (after revision)
L._~
Curd ...,/ 1~,

B.I., and Baranul'i V.A.
1"H,! AillVil-LOV C!'I'OCE GIO it i Si ~'I;j fiC
DO 5 3/D1 13
11,C0 il.; 1'0,?
tOIOV:ijj0n
I'lo2, 40-4)
Of (r0-" -I)o;-~!"ic
101,
a '~-ecu coii.']~~ts dii zJic i-act that radio
T I i ca i iov
llc~iccccd the ionosplicre, upon returnin to Earu;,i, are part].,,-
.~czlt-Lcrc"' che ZarLhl--~ sm-faCC; aS a I-CS111t, it CCrtiiill INIrt, Of thO 'iCltLOI-0J
CIICJ7-'~ VOW rl'- ',-,) LAW riidia~.ion iource and cai,, he a., ccho i -,i i, i.,,
f:"e Sporadic iayor ha.i it iicbulou:~ strucuire Coil.,! ~i t'; i,_ of Clouds tip hun-
L-eds of Liiou.~ind~, oi -,quarc I:ilmictor-; in The cloud, appoar at the
liciJit of the -,~ Tayer and have a conl-ideraoly hi-hor clectron-ion dei,sity than
the !:, and F laycr~- fhey refiect radio wavc,,; up to 3 m in ler!~;th. Tile `c-
f1cetion of radio waves froi-ii the L iaycr pormits a T; tran:,i,laision to .Oc 'con-
clucted at a distance of -600 - 2,500 km, Tile transmission ran~;c depends
Card 1/2

The !-',a6aiiov cffcc-,~ .....
J/1 ~~,7/(,'-'/C)C)~I/Ot)7/OC)3,/003
D053/D1.1 3
oil tile del'si tv of tho Z . la"Or, Jlt'. 11"I'd :olll it L soee~~ o" tI.0 c 1.ou6 , alid ~I'c
i,-,c i c'*ence ansle of i:he radio waves. uz,ict- tile i~abailov cl~ec.L' ti'.c po';.'i[)ic
-IV 'Cransiai.ssion ran,~c can be forecast 6y .,enci-Ing ou~ a pul"'C si-111ill ant]. rccordjn~;
Chc recept.ion zol'o. By vacyin",
it.-3 echo re'l.ectecl b-, the Surface ill
-'7h0. i'ncidcacc an-je of rhe puh-;c.,~ u,cd in o0l.iqtie ZI'-,o sizc of tho I-c-
C'~ption zone mid lie horizoiital jpecd of 'che -1-" cioutll can be detenAnc(l. Ooii-
ation of a po:~siblc FV pro_,raia or it ~,,.tvcil recepcion .-.onc ca,,
,coluent1y, the Caw, v
L), c-ilcii-Lated. Therc are 6 Ci~-urcL;. 'file lan~;ua~,c reference. i"--.
.',.:)pIci:on, Prv~,:. Phys. Soc., London, 1933, -15, p. 671-.
Gard

Card V3

T ranslat loll f rom. Ikeferativityy vilurnal, 1145~~ :",r 10 P 7 0 1 USS R
AUTHOR: Barantsev; V.I.
T I T 11 E, lk-drocivilamic cli'll-Ak till'i~tik , of Rmldcvs Dkirim,
g I lotimi Astovii )f
Ships 1dmi-aktci-i-,k11~i J_U1CV N' SIU~havc zadneoo
khoda sudna)
PERIODICAL- Tr. Leningr. korablestro:t. in-ta, 1956. Nr 18~ lip 191) -ill
ABSTRACT A des( -ption of a n expe-.i-nent a I invest; ;at ion of the hydrod-~
narnic .hai-actcristics of isolated rudders and of rudders located ncxt
to tile holtom of ~i Ship Is (--ver for the ca,-c, of motion aStcrn of 'i
The inve~t-loations .vere (-onducted in a wmd tuniwl Ti"c Re\ -
nold~ number %va-9 appro-~:mately 3.3xIO', The ship bottorn was
sin-iulated by a flat plate. Values of the norinal-force coefficients,
I I-,(- k ent k, r ot.pr(ISSUrk" ~lllcl the 1110111011t (0U_ff1k:]e1!t rL'1cl11VL' t0
tile proille )'lost, Obtaillud bv Lcliculation from Ihe measure-
ments of the incillients of the hydrodynarni( forces in relation to t,,,,,o
cl.XOS It OTIC ill1d tile SZ1111C ot attack. A nomoorani has
bee?) 1310tll-d 01) tile b,151S Of tile rcsults ohzaJned for a re~tanpilar-
Card I /Z j)l,MfOr]1j l_1AddCl_ havinf, a i-ellative ratio 6= 12 to 20' and

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'dujs aLlt ~o ~JL~10',,?A OLJI 01 )~',p 1~10TLJOILJ )III ~Luojjoq atil pul2l
';)p o1 pue
.1 1) pp 1'.1 )111 70 pu.-) '1111 ripe" " ~lw.ll'oj ) ')qj "ImpW 0.11 SJOI.mil'.1ml )1,;T!(1 ,,It
pul') ol"i~ll' lo"w.11 -lopplu ')tIl fo 011-11A J-)O[Il )od., ~' .101 .111tullo
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O,N%l 01 LlOljrl[OS P SI)JO-IJU ILILIA'OOLLIOU 0I Cl '0= \ olle.1 I-)odsl? uu
Tlo I I o I 11.1 h(I '4.1 -) ppn ~j _j T'll') 1-11 1) ().11) ~\ I I
rA ! I 1 1) 1 -P~- f` I /A OS

BARANTSbV, V,.T,,
Distillation of molasses beer under vacuum. Spirt.prom. 27 no.3!
19-20 '61. ;1 (141!1
(LokhvItsa,---AIcc)hoI) (Plate towers)

STAEJ.~IIKOV, Vsevc-:2,-)d Ill:'kollaye-rich: TyanoV~ch;
Lj
MALISKIY prof.., re-,-~-enzerT; !..,. : 1 -,7, h
retsenzent; F2\,-,ELTITSYI-AYA, A.Z c rej.
[Processes and apparatus C,4~ food processing industries]
Protsessy i apparaty p-.lshAev:,,kh pr')--zv(-.dstv. 1.'oskva,
Pa'shchevaia promyshlennost', 1965. 3~10 p.
(Vili'A IS:US)

Al
F,XCI!RPTA ~12:DICA Sec.12 Vol-11/7 Ophthalmology July 57
1073. 13AIIANY E., BERGGREN L. and VRABEC F. Pharmacol. Inst., Univ. of
IU-ppsal-a, Ffrst Eye Clin., Univ. of Prague. * T h e m u c i n o u s I a y e r
cove ring the corneal endothelium on the owl st ri x aluco
BRIT. J. OPHTHAL. 1957, 11/1 (25-30) Illus. 5
Observations on the properties of the aqueous in five tawny owls ser-re as the basis
for this report. The authors found a thick, viscous substance in the anterior por-
tion of the anterior chamber. The substance cQuId be depolymerized by bacterial
hyaluronidase. Its viscosity decreases with the distance from the cornea. It is
postulated that this mucinous substance is produced by the endothelial cells of the
cornea, and that a similar substance Is produced by the endothelial cells of the
trabecula. This substance might account for the hyaluronidase- sensitivity of the
outflow resistance of the chamber angle.
Frayer - Philadelphia,, Pa.. (XII, 1)

-DARA2-*'Y,, Istvan
Somo un,-olved queotions of production organization in fou-ndrieo. 11,11oh
lap, 95 noo9.-Supp:L.,- Ontode 13 r2o.9.108-211 S 162.
1. Ganz-Mavag.

- ~ARANTYy---Istvan
Mechanization of the foundry production schedule.
Koh lap 95 no.10:Suppl,,s Ontoas.13 no.10:237-239 0 162-
1. Ganz-Mavag Ontodegyar.

BARANY, Istvan - -
Technical survey, comparison of plants in the hosiery industry. Magy
I-
UeXtil 14 no.11:503-506 N 162.
1. Kotszovoipari Igazgq6tosag fomernoke.

BA RM Y - I s tvan
The organization and cooperhtive tasks of the foundry production
-management. Koh lap 96 n0-43 SupPl: Ontodo 14 no-4:88-92 Ap 163.
1. Kohasztechnikus, Ganz-Mavag Ontode.
,_1

#'AR-A,

sit

on. in Th
ZmOon tod. Moints- o
tPftO)OjV "d a dim
ritipped to Ato and zov"Ob. eve4olly, of. Spiral little (in
RuppriAr
crow;niops are roalm th the "me w'Ay

4mr gom Tho pitt,
h.cone angla of a4win SeAn
the "pitcb But PlAne" of 13"'~ cm-ft."
goAN colueld" with their
and the
hm plimi, vertex of, 4;1 Ateneallng lints of the tooth

06intmes, W-
Uh tht point of Intorutdon of the f`bm plane" and
iho um of the gear In this t)Pe of crown Pa. In f? Appmimate 41
em" amp tki~ pitch line plimp and base plano do tot coincide.,...
Ei~hmt)Wcrov~ngeucanbeof~tbe contra or corrected
didciraal frao-
"whole number'! W a -
degin, I Fath can Uvs a
generalin&'i
tioll" (bBgIbm) number of teem st*hi pr?610
Im comidigmed " 1~ tooth bf a - crown grar. The.!
neineekei"Rogram straight Wiem bovel goal Prientor oper-,
ates on the Ideal crown Re= PAUCIPk, wmlb other types (Ifelder,
beck, ele.) a3i basod. an the approximte croFn gear.
beriik6u and Fiat apiral bevel gear g6erat6rs work

Oinciple ~nd Gleason spiral beft genem
OeA*tbn ideal crown gear
too on the approxmate crowa tear. The calculation Of jj;eM:'J
dwers Wmartling to-& type, of the crown gear, the gerarally,

II Ople ter computing A 51~41xht
d deduction ~ m well fiA an em
V
"A'

C beiel gear tu-, pry?qhA in tlis
I IT

17.
Lajos Szeniczeils A fo,--askerekgyE~,.as kezikonyve (Fandbook for '!P-nufacturiny
~,2gHLeel_q); a-book review. D. 358. Vol. q, No. 9 Sept. 1956. GEF.
Budapest, Hun~ary.
SOURCE: East European List, (EE!AL) Libran- of C ngress Vol. 6, 'N'b. 1
0
January 1956.

BARANYI, Janos, dr.
-------- 1- ''
The measurement of distortion on roentgenogram. Nagy. rediol. 6
no.4:175-181 Oct 54.
1. A Veszprem megyei korhaz rontgenoaztalysLnak kozlemanye. Foorvos:
Baranyi Janos dr. az orvostudomanyok kandidatusa.
(RC31ITGENOGPJIM
measurement of distortion in)

BARANY, Janos, dr.
-. 17-1--,
Problems nf grid radiatinn, Magy. radiol. 8 no.1:42-48
Feb 56.
1. Az Orvostlidomanyok kandidatuas., foorvos.
(RADIOTHERAPY, appar. & instruments
grIds, eff. & value. (Hun))

ZXC&--Ul*TA ITDICA Sec.16 Vol.6/4
7
Cancer APril 58
i. If' .I. Probleim ~,f Megrid-theral).y. 11. Compariion qfgrlds of (1~lfcrculfimn A riksos sug;~ir-
zas khd~scl. 11. A rAcsok 6sszeliasonliulisa. M"NY J. A
l(w. Rathol. 1957 1 (,-,6-34)
Graphs i TabICS 2 111US. .1
Comparison of grids Nvith orifices of (fifferent f0rin (equilateral triangular, qua-
drallgUlar (square or oblong), lic,\agotial, or round), concerning the pmentagc of
the volurne dose. 'rhc regeneration quotient expressed by tile theoretical gradc of
efliciency shows that the greatest efficiclicy is ail'Orded by grids with equilateral
triangular orifices. irradiation by grids with small orifices is more efficaclows than
with larger ones, and the increase of the non-irradiated areas lUrnislics a reduced
irradiation OUtpUt, Gy6rg),i - Budapest

'RARANY, Janos
lechanism of the biological action of roentgen rays. Magy. radiol.
M
9 no.4:232-243 Dee 57.
1. Irta: Barany Janos az orvostudomanyok kandidatusa, korhazi foorvos.
(ROMITGEN RATS, inj. eff.
on body cells, mechanism of action (Hun))
(CELIS, eff. of radiations on
mechanism of x-ray actions (Hun

iXCERPTA MEDICA See 14 Vol 13/11 RactioJogy Nov 59
2077. CSASZAR'S ERGOMETER - A Csiszar-We erpmeter
MAG.RADIOL. 1958, 1012 (100-105) Tables I Illus. 3
This apparatus, constructed in 1935, is suitable for ~ irect measurement of the
energy of X-rays, It consiqjr, of at) absorbing colie 4 nin. in thickiless of an alloy
of Irad and tungsten in which the temperature rise caiised by incident and absorbed
radiation is registered by a thermoelectric pile of silver and tellurium. The inten-
sity of the electric current as shown by a galvanomet,!r is proportional to the
energy of the absorbed radiation. The dose rate may :)e expressed in erg/min. and
r. /min. bY the use of a suitable table. GyOrgyi - Budapest

BARAJIY. Janoo, dr., kundidatus, korhazi rontieneii foorvos
14idiation protection In childhood. (,.venaekjrvop_yaf3zUt 11
r.o.2:45-50 F 16o.
1. Kozlemerky a Veezpremi Meuei Tanacs korluizabol.
(RADIATIO11 PROTECTION)
(PEDIATRICS)

BARANY, Janos, dr., kandidatus, rontgenes foarvos
Radiation protection in radiographic lung examination. Tub--rkuloziF
14 no.7:211-215 JI 161.
I. A Veszpremi Megyei Korhaz kozlemenye.
(LUNG radiog) (ITIATICril PROTECTION)

BAILMITY, Janos, dr.
Roentgenopolypragmania and medical regulations. Orv. hetil. 102 no.23:
1084-1086 4 Je 161,,
(RADIOLOGY)

. BARANY, Janos, dr.
The hit thoor7. P~ig7
. radiol. 14 no-1:51-57 JEL &.
1. Kozlemeny a Venprem megyei ko:rhazbol.
(RADIOLOGY)

I 111 91:1
1 V021/621000100610021002
/7
D296 J307
BarL-ay, J' os, Doctor
=HO? all L
T ITLE Quantum chemical exi)lanation o:-Z the biochemical
effect of radiation
i~'E!-~10- ICAL: 'Nagyar radiolocria, -no. 6, 1962, 360-368
I 1-i CD
T-Z~T: The prcsont paper is a thcoretical discussioil ia
which the author tries to crive, on the basis of knoun facts, a new
explanation for the biological effects of ionizing radiation. The
author criticizes. the so-called 't=ffet theory" hitherto invoked
to e>colain these effects, saying that this thcory applies a purely
physical phenomenon to biological pi. ~oce6ses such as call death or
mutation of ge-nes, completely dis-regardincy the interveninr; bi-ological
chances. The tarcret theory tries to fill the gaps e>dsti-ag in our
biolOcriCal knO1,71CCIge With MathClllatiC~11 fOl-MUlas. A new e:,planation
is Proposed for the biolo(fical effect of radiction, the 'quantum
chemical theory' . Acc,ording to the qtlantum theory every chemical
Card 1/2

11/021/62/000/006/002/002
QL'antx.all Chemical 0%-planation ... D296,/D307
transfox-rnation t.]-.cs place in the ouni-mosst el2c-~.ronic shell. ~%qlen
an electron is rciaovCd -ErOM ~I VZIlCT_IC:j' SjjC 11 fo:n-ning a covalent bond,
this not only leac" to ionizatiua but also to the Ixcalcdourn of
the bond so that the molcculc~ is s~~Iit into a :radical ancl an ion.
These two parts can rapidly combine with othcr rac1icals or ions,
foriaing, completcly new molocules. T~.ic, author t-rics to show graphi-
cally and by schematical illustrations that in thc biological environ-
ment consioting of" multiphase solutions in cont:;_,nuoT_,s transfor-Lation,
the 'L)rc_-kdoiPn of7 a singlo molecule ca-a lead 41-o t~lne forr.,--tiorn of at
least 6 di.-Eferent -acii riolecules and tries to calculate the encru'-ies
involved. The abnornial i,.ioloculos can disturb metabolisra and cause
the death of the cell. Intramolccular and peri-pheral brezdkdoirn of
p-
.otej*nS May alter thei,2 ~3trUCt1_1re alld tliuis ild: lucnce C-az~T'Iatic pro-
coesscs. The sauc za)oLics to chancres in tlic physicochemical state
caused by disintcLvration of '%:ILo water molecules in the solvent.
There are 3 figures.
Card 2/2

7-
U01 1 0
01
'Iuiaoest. Ya~var R-idiolo:,ia, Vol ~V, '~'O
Al)st-act: ~Aut'norl 5 Eun~.arian sur,-,;~ ~.ry~ 7,-. ra C.~
~ical on
L,-
T
,4 ~atJon ~):,otpction is a manifold an~, xt ve lDroble-,T.. he
jef survey ol the pr ob, 1 E~ 1,1 .Deficioncies c' the --u-p,
for their correction are discussed by the author. No referenc,~3.
1/1

BARANY, J.
Comments on Dr. Gy-ula Kock-al3l article: mOn changes in the
concept of radiotherapy dosage". Magy. rudiol. 15 no.6--375-
376 N 763.
(RADIOTBERAFY DOSAGE)

Janos, ILI'-; raffiliation not Eiven].
L
_adiaTion Protection in the Course of the Zxa:mI..na-Lion of the 'Hin Joint
of Children.
Budapest, Grvosi Hetilap, Vol 104, 110 45, 10 I= -63, paiie~, 212.1-2124.
Abstract; One of the lectures, delivered at the round table conference on
"The Diagnosis of Con:,enital Dysplasia of the Hip Joint", is reported in
the article. The conference, held 9 'Feb 19063, -,,7a5 attended by representa-
tives of pediatrics, orthopedics, the National Radiation 'Holol-ical Cn-
st-itute and radiolo-lists. in the present article, the requirrrerts of
radiation protection are given as follows: 1. the rational evaluation of
the necessity of X-ray, 2. the modernization of the X-ray laboratories. The
need for the best equipment and specialists in the X-ray diagnosis of
dysplasia of the hip joint makes it necessary that the test be carried out
in clinics which are specially equipped for the technique. The problems
of shieldiw- are discussed in de~aii. An evaluation is given on'the need
of control X-rays during treatment. No references.
1/1

EARANY, J.; WIRTH, Fereno., dr,
On tho importance of med!cal documenll,~,t~on. 01-v.'-Iet,,l.105
I
no.10.949-951 My 17 164.

BARA'NY,J. TJOFFLIM,J.; ORBAN,T.; KATONTA,G.
Some problems of orthography in HLmgarien medical teininolopy.
Orv- 105 no.151713-715 12 AP'64-
4

T. ~-: -" L. I
~ 1 ~ U . .- ,
P i.. 1, 1 '. ~ , .- I -, '. . . ' . I I I
I I .~ . I , ; - ; 1 1 '1 ! -.* ,I, ~ : ' 1 ' 7 , ~j TI ;- , c t f-', (,. t ; ~ - I .
Ol -,, . h,~ 1, 1-1 . r! (~ . , , 0 St, I
-11 ( i -- 2 ()~

BARANY, M.; GUBA, F.; KOTELES, Gy. ; WkGY, E.
Preparation of actin without previous extraction of ayoBin. Acts,
physiol. hung. ll(Suppl):33-34 1957.
1. Bioche-tigeheB Institut der Medizinischen Universitat und Blek-
troenm27-oskoplache nbteiluni,, des Instituts fur Measungstechnik- und
Instrimentenk-unde der ungarischen Akademie der Wissenschaften, Budapest.
(MUSCLE PROTEINS
Actin isolation without previous extraction of nWoain (Ger))

BARANY, M.; BARANY, K.; GUBA, F.; KOTELES, Gy.; NAGY, E.
State of actin in muscles. Acta physiol. hung. 11 no.2:145-164
1957.
1. Biochemisches Institut der Madizinischan Universitat. Budapest
und ElaktroTjenmikro8kopische abtailung des Instituts fur Massia-baik
und Instrumentenwasen der Ungarisch"n Akademie der Wissenschaftan,
Budapest.
(PROTEIN MUSCLES, determ.
actin (Ger))

BARAIL' 4skolai tanar; PAPAI, Bela, oklr;vc-'~io
) Lajos, oklevelej kozepi
kozepi,kolai tanar
Commutation traffic in the vicinity of Budapest, Koz-1 tud sz
14 no.3:97-107 Mr t64.
1. Group Head, Budai-st Cit-.- Directorate, Central Statistical
Office, Budapest (for Barany). 2. Deputy Director, Budapest
City Directorat-C!, Central Statistica-I Office, Budapest (for
Papai).

VUKOV, Konstantin, dr.; BAT-INY, Ldszlone
Changes in the technological quality of sugar ',)--ets as affected
by storage. Cukor 17 no. 1: 19-22 Ja 164.
1. Cukoripari Kutatointezet.
2. 'Tul~ovip-irll szerkeszto bi,-.ot.tsaf-,i t:i!-,Jx (for Vukov).

V-UKOV, Konstantin, dr.; BARANY, Iaszlone
Determination of white sugar and molasses sugar obtainable
from sugar beets. Cukor 16 no.8:217-219 Ag 163.
1. Cukoripari Kutatointezet. 2. "Cukoripar" szerkeszto bizottsagi
tagja (for Vukov).