SCIENTIFIC ABSTRACT BRETZ, G. - BREUSOV, O. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000306910011-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BRM, Gyula

More important
research by tho Ani3try of Construction
research

institutions. Magy op

ipe.Lr 101no.12: W-532 D 161.

BRRn, lly~
Work of the research institutes of the Ministry of Construction.
Epites szemle 6 no.1:7-10 162.
1. Epitoanyagipari Kozpont Kutato Intezetenek igazgatoja es "Epite-
SUgYi SZSM1011 82orkeazto b12OttS&gi t&gja.
(Hungary-Construation industry)

BRETZ, Qruja
The 1961 work of the Central ResOarch Institute for Building
Materials Industry.-Spites szemle 6 no.3;80-85 162.
1. Epitesugyi 14inimaterium Epitoanyagipari Kozponti Kutato
Intezet igaagatoja, es "Spiteaugyi Szemle" szerkeszto bizotteagi
tagja

BRM, Gyula
10 years of the Central Research Institute of
the Building
Materials Industry. Epitoanyag 15 no.8:287-290
Ag 163.

7%.
Bretz, K.
"Recent aspectP of j-:-,Lprovj-n;.7 technoloZr in weavi-m." p. 45.
(IT-laryar TxcUltachn-i-ka. Iio. 2, Feb. 1953, i3i"-'apast.)
SO: .-ionthl-y List of Zaz;t Europoan AQcQ:5j.ons, Vol. 2,
:,~o.q, LDbrary of Con~-re5s, Saptc~:fber
1953, Uncl.

MULTZ) K.
EREM, Y. Relationship between variety of goods and reducticii of
prime cost in the wool ,
industry. P. 393.
F'0. ICY Oct. 19515.
MACYAR TEXTILTECHNIFA.
TEC111VOLOGY
Budapest, Hungary
So: East European Accession, Vol. 5, No. 5, May 19116

BREU311, N.; HORWHY, K.; WAGBNHOPIR, B.
Aldolase test in children. Geak. pediat. 13 uo.9:803-805
5 Oct 58.
1. IL detaka klinika LYM v Bratislava, prednosta doo.
Dr. Jp-roalava
Michalickova,
(DESNOTAS31S
zymohexAse test in child., diag. value (Oz))

HORECNY, K,; Spolupraca: SULKOv M.; BREUER E.; JANOSKOVA, M.
I a-= -1-:1 -fl.
Utillzation of quantitative3y different proteins in extr-mm
infant nutrition. Bratial. lek. listy 43 Pt. 1
no.7.*423-430-
163,
1, 11 detska klinikm Lek. fak. Univ. Komenskeho v Brativia",
veduea prof. MUDr. -T. Michalickova.
(DIETARY PROTEINS) (INFANT NUTRITION)
(DAIRY PRODUCTS) (SOY BEANS) (MEAT)
(NUTRITION SURVEYS) (CHILD)

BREUER, Gyorgy
Repairing damages caused by shearing at the
GANZ-MAVAG Foundry.
Magy ep ipar 11 no.71321-324 162.

BREUE~, Gyorgy
Ponforence on statieg. Magy ep ipar 10
no.5il93-200 161.

BREUER, Gyorgy; RD7.SA, Gyorgy
Prefabrication of multistoried industrial bui-Idings.
Maa ep ipar 10
no.6:278-283 161. 1
I

BPZUER, Janos
Zoltan Kodaly celebrates his 80th birthday. Hung
TU 12-012-13
D 162.

5 C, U I ; TR'Z HILMOARY G
C-l"'p-'GORY OrKanic Chemistry.
AB'~-'-, JOUR. RZY.-him. , No. 23 19,S), 1"D. 82,128
1XI-1,410ft Ltmapart, K.; Brouer, J._L
T ITL-C Hlydarvtoins, Thiohydantoins,
.leport III. Orientation in the !:onoben7--'-"n-
tior, of
I ?UB. : hasyar kam. J~olyoalrnt, 65, 14'-c, h, 142-
5
.P3 S T f tP C Tl': No abstra-ct.
See 11221MArl. 1959, T-To 16, Vo "711'

LFMPM, Naroly; BRKNE&,,Zu~j-.L~RTNE SRF.TER, Magda; PATAKY,
Istvan;
PFEIFMR,'I~aa
Hydantoins, thiohydamtoinsp glycocyamidines. Pts. 1-2. Magy
kem
falyoir 65 no*3:107-113 Mr t59.
1. Magyar Tudomanyos Akademia Kiserleti Orvostudomanyi Kutato
Intozete-Korelettarit Osztalya., Budapest, Eotvos Lorand
Tudo-
marqpgyetem Szerves-Kemiai Intozete, Budapest, Orvostudomanyi
Egyet.em Gy-ogyozertani Intezatep Budapest.

BREUER9 J; LEWHRT~ K.
Hydantoins, thiohydantoinsj, and glycocyavd.dines. IV.
Orientation in the methylation
of 5, 5, -diphenylglycocyamidine. p. 263-
MAGYAR KEMIAI FOLTOIRAT. (Magyar Kemikusok Egyeaulets)
Budapest., Hungary., Vol. 65,
No. 7. July 1Y5Y.
Monthly List of - East European Accessions (EM) LC,, Vol... 9,9
no. 1, Jan, 1960.
UNCL

WmT, Karoly; BREM, Judit
Alkylation, realkylation awd dealkylation of 2-amino-/+-
quinazolinol by amines and ammonia. )~gy kem folyoir 68
no.lq.-.
452-454 0 162.
1. Magyar Tadowanyos Akademia Kisoileti Orvostudomanyi
Into-
zeta Korelottani, Oaztalya.

LEMPERT., K. (Budapest., XI Gellert ter /,);
MeERT-SRETER, M. (Buda t
,, BREUER2 J. ( To
II,, Gellert ter 4;: Budapest, XI., Gellert ter
Hydantoin, thiohydantoin, glycocyamidine. Pt. 2-~.
Periodica
polytechn chem 7 bo.1:7-19 163.
1. lehratuhl fur Organische-Chemie.. Technisohe
Universitat,
Budapest (for K, Lempert). 2. Institut fur Organische
Chemie der
Eotvos-L*rand Universitat,, Budapest (for
Lampert-Sreter).
3. Institut fur Facperimentelle, Mediviinische
Forschung der
Ungarischen Akademie der Wissenschaften, Abteilung fur
Pathophysiologie., Budapest (for Breuer).

IZMPr!,RT, Karoly; BRSUFAR. Judit; IEWERT UROLYNE-
SRETFap M",
Hydantoinsj,.~hichydantoins.q glycocyamidines. Pt, 3.
Magy kem
fol~roir 65 no./+:142-W Ap 854.
1.~ Magyar Tudomanyoo Akademia Kiserleti Orvostudomanyi
Kutato
Intezete Korelat~~ Osztalya,, Budapest as Eotvos Lorand
Tudomanyegyatemszerves-Kemiai Intezet, Budapest.

IEWERT, Wo3,v; LZMmTNE SRETER, Magda;
BREU~R.--LaQUZATAKI,~. letwan-,
PFEIFER, A.Kjara
-'Hydantoins, thiohydantoins, glycocyamidiness Ft.11,
MAU kem folyoir
69 no.4tl43-149 Ap 163.
1. Magyar Tudomanyos Akademia Kiserleti Orvostudamanyi
Kutato Intezets
Korilettani Osstalya, 'Budapest; Aotvos Lorarid
Tudomanyogyatem Szerves-
Kemiai fanozeke es Budapenti Orvostudomanvi EQretqm
Gyogyszertaa
Intesets,

%W:

USIQ-~RTI Karoly: BiCEUER, Judit
Hydantoins, thiohydantoins, glycocyamidines.Pt.15. Magy
kem folyoir 69
no.7:323-.328 J:L 163.
1. Budaposti Muszak-i Egyatem Szerves-Kemifti Tanszeke as
a Magyar-Tudo-
manyos Akademia Kiserleti Orvostudomanyi Intezete
Korelettami Oattalya.

IZIPERT, Karoly; BREUER, Judit
.4
Hydantoins, Thiohydantoins, glycocyamidines. Pt. 4. Magy
kem folyoir 65 no.-7-. 263-264 Jl '59.
1. Magyar Tudomanyos Akademia Kiserleti Orvostudomanyi Inte-
zete Korelattani Osztalya.

LEMPERTI K. (Budapest, XI., Gellert ter -J.'
(Budapest,
VIII., Koranyi Sandor u.2/a)
Hydantoin, thiohydantoin, glycocyamidine. Pt.
15. Periodica
polytechn chem 7 no-4:299-310 163.
1. Lehrstvl~l fur Organische Chemie, Technische
Universitat,
Budapest ifor Lempert). 2. Abteilung fur
Pathophysiologie
des Instituts fur -Experimentelle Medizinische
Forachung
der Ungariscben kkademie der Wissenschaften,
Budapest
(for Breuer).

BREUER, Jaromir, inz.
1
Mechanized supports. Uhli 7
no.4:145-147 165.
1. Institute of'-Coal Mining Machinery,
Opava.

LEWERT, Karo3,y, dr. (Budapest, XI,, Gealert ter 4.); ZAUTER,
Karoly (Budapest,
XI., GellerL ter 4); BREUER, Judith (Budapest, V111., Xoranyi
Sandor
u. 2/a)
Hydantoins, thiohydantains, gl-Tcooyamidines. Pt. 17. Periodica
polyteelm chem 8 no.1t21-28 164.
1. Department of Organic Ghemistry, Polyteolmical University-,
Budapest (for Lempert and Zauer). 2. Department of
Pathophysiology,
Institute of Experimental Medical Research of the Hungarian
Academy
of Soienoesp Budapest (for Breuer).

ROM, M.
00000*9"V
Present concepts of pathology andL therapy of surgical
inflaiwatory
diseases. lak. linty, Brno 6 no.16:473-481 concl. 15 Aug
51.
(GLKL 21:4)
1. Of the Surgical Clinic (Homd-Frof. J. Podlaha, M.D.)
of Masaryk
University, Brno and of the Surgical Department (Read-K.
Breuer, M.D.)
of the District Hospital in Moravska Trebova. 2.
Parlov's concept of
pathology and pathogenesis of Inflamations.

Emm, K.- ". "'
r------
Relation to cancerous calls to endocrine glands. Roshl.
chir. 31 no.
10-11:266-z84 1932. (CLML ?A;I)
1. Of the Surgical Clinic (Head-Prof. J. PeAlaba, M.D. )
and of Ahe
Institute of Pharmacology.,(Head-Prof. StIp. M.D.),
Masaryk Un:~ver-
6ity in Brno and of the State District Heip1tal in
NoravskalTrobovi.
(Head-Brener. M.D.).

BREUERI M.
*Blood Pressure Fluctuations with Psychoton Durinq and After
the Operation."
(Surgi,Ial Department of the CYUNZin Moravskn Trebo4a)
SO: Rozhl. v. chir., Prl--gue, Vol. 32 (1953), No. 12,
pr,--.. 630-660.

BRIM, Hiroslav. Dr; MACHA Karel, Dr
modifications of leukocyte count duriW operation.
Iek, listy
9 no.14:322-325 JI 154.
1. Z chirurgickeho odaeleni (Primar Dr M.Breuer) a
z odaeleni
vnitrnich chorob luzkove casti OUNZ v Nor. Trebove
(primar -Dr
J. Spicka)
(IMXGCYTZ COUNT,
*in surg.)
(SURGERY, OPJWIVX, blood in,
*1sukocyte count)

DREEUNM-, S.
Two "Lamiairest' from Sumatra and two new forms of Porcadion of
the Budapest
Museum (Coleoptera, Cerambyeidae). In Grench. P-403.
yar Nemzeti Mezuem Termazettudomapyi Muzeum Evkonyve, Vol. 7,
1056,
(Map
Budapest, Hungary)
SO: Monthly List of East European Accessions (EEAL) LC. Vol. 6,
no. 9, Sept. 1957. Uncl.

BREUS F S inzh.; DRUIGLO, R.B., inzh.
New deusign of hooks for climbing wooden poles. Enargetik
8 no 9; 1-2 S. 160. (MIRA 14,9)
(Electric lines--~~Oles)

I
I
BREUS, F.S., inzh.; DRUHMN, R.B., inzh.
i Sirall-sized compound pulleys. Energetik 8 no.9:19-20
r s 6o. (MMA 14:9)
1 (F~ulleys)

11%
_DgUq,_F,S., ~i~zh.
New design of hooks for climbing wooden poles. Energatik 10
no.302-33 Mr 162. (MIFUI 15;2)
(Electric lines-Poles)

5(~) SOV/71-59-3~18/23
TITLE: Determination of Acidity During the Inspection of Alcohol
Produotign (Opredeleniye kiplotn9sti v kontrole epir-tovo'go
Proizvpdotva)
PERIQDIGALe Spirtovaya promyshlennost', 1959, Nr~3, PP 41-42
(USBR)
ABSTRAM Acidity to an important Indicator of semi-produoto in
the pro-
duction of alcohol. In the determination of the titratable
acidity methyl-red is usually employed as indicator. However,
to obtain a* more marked-ohange of oolor, it is better to use a'
mixture of two indicators, viz. neutral red and methylene blue.
Comparison of results obtained in determining the titrable
acidity with methyl red and with mixed indicators are shown in
a tables In each case two parallel analyses were performed'by
2 chemists 3 times, As can be seen from the table, results ob-
tained with the mixed indicator show a closer similarity of re-
sults than in the case of those obtained with methyl red; this
Card 1/2 shows that with the mixed indicator a more abrupt
change from

BOV/71-59-3-18/23
Determination of Acidity During the Inspection of Alcohol
Production
one color to another is obtained, which change indicates the
end of titration. Analyses were made of several semi-products
including sweet mash, yeast, fermented (ripe) masht molasses
preparation.
There are: 1 table and one Soviet reference.
Card 2/2

BREUS$ F.S.., inzh.
~
14Aortruck for operations on electric lines. Energetik 9
no.8:19-23 Ag- 161s (KM 1418)
. (Eleatric lines-Overhead) (~btortrucks)

B,BEUSIV F.S. inzh.; BRUKW., R.B., inah.
Now safety belts for eleotricians. Energetik 9
no.10:25-28 0 161.
(KIFA 14:10)
(Safety belts)

BREUS$ K. A.
Breus, K. A. and D'Yachenko, V. Ye. - "Hydrodynamic shook in
a solid cylinder and in
vessels fi3-led with liquidalp Sbornik trudov In-ta
matematiki (Akad. nauk Mcr. 8SR),,
No, 121, 1949,, p. 127-43o
SO: U-411, 17 JulY 53, (Letopis 'Zhurnal lnykh Statey, No.
20, 1949).

B?-P its, KA T~- f-Id nf
Source: Hathemiatical Reviews. Vol No

MWS, K. , POIDZHIY, G.
Vadim lvgonlevicb Dliachemko; obituary.
Ukr.mattzhur. 6 n0-3:
367-368 154. (MLRL 8:5)
(Dliachanko, Vadim Bygenlevich, 1896-1954)

BRATS, K.A.
On the asymptotic solution of linear differential
equations
having periodic coefficients. Dop. AN IMSR no-5:
415-418 155.
OUSA 9:3)
1. Institut matematiki All MM. Predstaviv akademik
M.M.
Bogolyubov.
(Differential equations, Itnear)

_r- v A
124-11-13098
Translation from: Referativnyy Zhurnal, Mckhanika, 1957, Nr 11,
1) 117 (USSR)
AUTHOR: Breus, K. A.
TITLE: The Inertial Non-Stationary Motion of -A Solid Cylinder.
(Inertsionnoye neustanovivsheyesyri dvizhen'y- sploshnogo
tsiliridra.)
PERIODICAL: Dopovidi A. N UkrRSR, N56,Nr 4,pp 321 - -124,
Ukrainian.
ABSTRACT: Investigation of the problem of the inertial motion
of a solid
cylinder in rcsponst~ to the in-tpcl of a stiff plate ipon its
upper
surface.
The problem is reduced to the ~:.olution of a Laplace equation
with
given boundary condit"ons, The, equation is -~;olved on an
integrating
computer. The author points out the good agreement beiween the
solution thus obtained and +est results.
Ye, Kh- Agababvan
Card 1/1 60-N U K S Vz.

cit,

AUTHORt Breust K.A. (Kiyev) SOV/41-10-2-1/13
TITLEt On Some Differential Equations in Banach Spaces (0
nekotorykh
differentsiallnykh uravneniyakh v banakhovom prostranstve)
PERIODICALs Ukrainakiy matematichankiy zhurnal,1958,Vol 10,Nr
2,
PP 115-120 (USSR)
ABSTRACT: The author considers linear differential equations
(1) dx . A (tat) x
Tt"
where A(W t) is a linear operator with the period T
defined in a Banach space and ta is a "large" parameter. By
the substitution Qt (1) becomes
(2) dx A(-b) x
W
It is proved that there exists an operator function U( V, E)
which is periodic in Tj and analytic in E and with the aid of
which (2) can be brought into the form
Card 1/3

An Some Differential Equations in Banach Spaces
SOV/41-10-2-1/13
(3) (,EY
d t,
by the transformation x U(V, &)y , where is a
constant operator. Here U satisfies the equation
(4) dU (AU - U
71-V 112
and U( and are analytic functions of f
00 00
(5) UM 6) E + 6n Un (E) =T_ En 06h
Z n-o
The coefficients Un ('G) and Mn are determined by sub-
stituting (5) into (4) and comparing the coefficients.
There are 2 Soviet references.
Card 2/3

On Some Differential Equations in Banach Spaces
.SUBMITTEDs May 159 1957
1. Topography 2. Differential equations.-
4. Transformations (Mathematics)
SOV/41-10-2-1/13
3. Operatbrs (Mathematics)
I
Card 3/3

AUTHOR: Breus, K.A. SOV120-1 2 3-1--:4/54
TITLE: -On--tre_1'e`du"cibility of a Canonical System of
Differential Equations
With Periodic Coefficients (0 privodimosti kanonicheskoy sistemy
differentsialfnykh uravneniy s periodichaskimi koeffitsiyentami)
PERIODICAL: Doklady Akademii nauk, SSSR, 1958, Vol 123, Nr
l,pR,21-24 (USSR)
ABSTRACT: Given the system
N dx JH(W t)x,
dt
where x - (qlgq ... 9q 9p19 11(c.)t) is a real symmetric
29 m P29'-'-gPm
periodic matrix function and
0
-EM 0
(
where Em denotes a unit matrix of-the order m. Puttink Cm ot,
then
from (i) one obtains
(2) dx r, JH( V)x,
d-c -
Furthermore the author carries out a transformation x - U(C 9
)Y,
where~ U(C, f-) is a 27C-periodic matrix function in'C and y has
to
Card 1/2

On the Reducibility of a Canonical System of Differential
SOV/20-123-1-4/1
Equations With Periodic Coefficients
satisfy the differential. equation
dr JHy,
where T~ is a mairix with constant elements. It is shown that H
is
symmetric; therefrom it follows that the Hamiltonian system (1)
with periodic coefficients is reducible to a Hamiltonian system
with constant coefficients. The author uses_properties of U( C,E
of the preceding publication of the author LRef 11. The author
thanks N.N.Bogolyubov for advices.
There is 1 Soviet reference.
ASSOCIATION.Institut matematiki Akademii nauk USSR (Mathematical
Institute of
the Academy of Sciences of'-*heVk`iaini&n 33R)
PRESENTED: June 24, 1956, by N.N.Bogolyubdv, Academician
SUBMITTED: June 20, 1958
Card 2/2

'*-~ ~K.A. _(Kiyev)
One class of linear differential equations with periodic
coefficients,
0 - (MIRA
Ukr. mat. zhur, 12 no-4:463-466 160 .14:3)
(lUfferential equationev Linear)
It -

MITROFOLISKIY Yu.A.rotv.red.; BEREZANsxly, YU.M.,
red.; KOROIXUK,
V.S.., red.; PARAqUK,, O.S... red.; SoKoLoy, YU.D.p
red.;
FESHCHENKO, F.F., red.; FILICHAKOVI P.F., red.; MMS,
K.A.)
red.; MELINIK, T.Sop red.; BEREZOVSKAyA. D.No)
tekhn.-red.
[Approximate methods of solution of dAfferential
equations)
PrIblizheiu%ye matoctr resheniia differentsialinYkh
ura-vnenii.
Kievy Izd-vo AN USSR, 1963. -153 p. (MIRA 17:3)
1. Akademiya nauk URSR, Kiev. Instytut matematyky.

ACCESSION NR; AP4015117 S/0041/64/016/001/0072/0078
AUTHOR: Brous, It. A.
TITLE: Problems of steady-state inertial motion of an ideal fluid
SOUME: Mr. matem. zhurnal.. v. 16,, no. 1., 1964,, 72-78
TOM TAGS: steady-state motion., inertial motion, ideal fluid, power
impulse.,
inertial force, hollcm, cylinder., hollow sphere,, impulse pressure
ABSUIATt The author solves the problems of pressure on a hollow
cylinder and a
hollow sphere, subject to a suddenly applied impulse p*ressure
directed perpendic-
ularly to the external surface of these bodies. ~He assumes the
material of their
shells is an ideal incompressible fluid, The physical basis for this
schema is
given by M. A. Lavrentlyev (Xumu1yativny*y zaryad i printsipy* ago
raboty*,, UMN,
-t. xii,,vy*p. 4 (76), 1957).- Grige art. has: 31 formulas.
AS=IATION n&o(
SUMaTTED: O51qar62 DAU ACQ: I&Iar64 EXLt 00
MR.- Al I NO.W. sov:'~ 0034 OTHER: 000

BREUS L-K-J.-Myev)
Some problems of unsteady inertial motion of an
ideal fluid.
Ukr. mat. zhur. 16 no.1:72-78 164. (MIRA 17:5)

FPS ~. K. . 1. - I
-L -
"On the theory of almost periodic solutions to
ordinary
differential equations" (doctor's dissertation of
V.Kh.
Kharasakhala). Ukr. mat. zhur. 17 no.2:137-138 165.
(MIRA 18:5)

MITROPOLISKIY, Yu.A., otv. redo; BEREZANSKIY,
Y-i.M.P red.;-BaELU,
red.; 22-10ROVICH, V.A., red.; LYASHKOI I.I.,
red.;
MARCHENKO, V.A., red.; PARASYUK, O.S., red.;
POLOZHIY,
G.N., red.; FILICHAKOV, F.F., red.,
KULAKOVSKAYA' N.S.,
red.
[Mathematical physics] Matematicheskaia fizika.
Kiev
Naukova dumkao 1965. 156 p. (MIRA 18:81
1. Akademiya nauk URSR, Kiev.

BREUS, K. A.
Session of mathematicians of the Academies of
Sciences of the
U.S.S.R. and the Ukrainian S.S.R. Ukr. mat. zhur. 17
no.6:
135-137 165. (MIRA 19:1)

L 44335-66 EWT(d) 1JPW
ACC NRa AP6019054 SOURCE CODE: UR/0041/66/018/001/0003/0010
AUTHOR: Breus K. A. (Kiev)
ORG: none
TITLE: Canonical Systems of differential equations with rapidly
variable parameters
SOURCE: Ukrainskiy matematicheskiy zhurnal, v. 18, no. 1, 1966,
3-10
TOPIC TAGS: mechanics, Hamilton equation, partial differential
equation ) MA7-R14
rc-Werv-OA-~ 3 e0A>srot-,vr
ABSTRACT: Numerous problems of physics and technology are
reduced to a study of ca-
,nonical systems of differential equations which may be written
in the form
ItIX
JH (c4 x,
dt
where x is a vector whose'components are all t~e ca"nonical
coordinates and momerita
.describing the system, H( wt) is a real symmetric matrix
function whose elements are
coefficients of the Hamiltonian describing the system (these
coefficients are periodic
functions of t with a 2 w/w period), and J is
0. bn)~. -
(-1,. 01 - (2) -
(0 and Im are zero and unit matrix-of order m, xes'pectively).
The author establishes
a transformation x - y such that the original canonical system
(1) with variable
coefficients is replaced by a canonical system

44335-66

. k ,
MUS, K.A. : I
- ..---b"i:L:-Aiiiiimclrovich Grave; 6A thb 100th
anniversary of his-
birth. Alki. mat. zbur. 15 noj.-'235-239 163,- (KERA
16:12)

L_46582,46-. "T(4) I
7 7
ACC N& AF"1089
SOMM CM, MVQ041/65/017/006/0135/0:L37
-AUTHCHt Brous. K.
0:
cffiGt' none
T=t Soosjon:of mathematicians of the acidomieo,of o
clences of the WSR and the'
AwaInjin ''SSR
SOMM I Merainskir matematich")dy,. shurnel
To 17j to, 6,, 19650, jj~_j37
-TOPIC TAGS: ordinary differbntial e4uatiOnp asYmPtotic methodp
pathematic conference,
~bqrtiM problem, differential
equation,, celestial chanics nonlinear .
equation
joint m e:
A* thema c8 of iiii'Of
TPAcT,, - eting of the f)6jTaiArnbnt of Ma the Acade'
Sciendes SSR and the Departme MR and Cl-her-
';t6ber
0
linetics of the Ukrainian Acaderny of Sciences was held in Xiev, 14-15
F19659 Academicians and corresponding members -working in the most
impor-4,
Itani mathematical centers of the USSR took part in this meeting. The
tre 9 of:
-ineeting was- dedicated to evaluatingthe.pre,"nt ~qtabis.and the
basic nd
studies for the last fe'w"_ i e-a'rs in the field. of ordinary diff
erential equatLon'J-._-_-
i' A survey paper. evaluating the progress: made in ordinga
differentiiLl
ai ian
MftropoPs~q, an Jkr n
,_*~s esented by Yu. 'A. academician of the T
Tr
ca IL6

~-_L 2658246:
ACC NR: A,16W.1089
He
.A66demy of Sciences. st'r sed that the needs of modern phyBics and
engineering have brought about increased study of ordinary
differential equatio,
ns
,in various scientific centers of the USSR.
Essentially new results were obtained In the' field of systems of
ordiruir
idiff erential equations with a small parameter multi lying the
highest order.,,,.
p
d vative~- An entirely new approach-foi studying such equations was
eri pr
ryakin on the-ba'sis of studies of faBt motions. A very
posed by 4 S. Pont
Amportantrole in developing the' general theory of ordinary
differential
equations was played by a cycle of studies on the mathematical theo of
ry
-optiffium processes. Of particular interest are 'studies of
nonlinear sys-,
tems..with a small varameter inultiplving.the,.de,ri,~ativ'es,l,
A new method was developed in the theory of stability of p6kiirbed
.11amiltonian systems which makes it possible to prove the existence
of a
lar IRS
ge class of stable solutions in the c sical three-body problems This
method is applicable to the study of both classical and modern
problems,;
An important placein the the'or~ of differential equ~dionsls occupied
Tby the -asymptotic methods of nonlinear mechanicsd -,In a series of
studies
by N.- N. 13ogolyuboy, ound mathe Imatical foundation's were laid for
the
.method of averaging which has been' applied1or ~a long time in
problems of
'kelesti gnicsj~ knew.approacht the qualitative Jheor. n,
mech v--qf differe
-Cbrd ell

582-66
iCC *R,
. 1. fP6001089 0,
tial- equat ons based,on the ideas -of Ihe theory of inte
almanifoldsmide
gr
sit possible to. establish a mathematically better grounded relation
between
the solutions, of exa,et and approximate, equations obtained by the
averaging
,:method. . The method of integral- manifolds made it possible to
lay rigorous
mathematical foundations forthe single4requen~y.rnethod of nonlinear
-mechanics and to extend considerably the domain of its
'applicability.
in the last few years, considerably. greater attention has been paid
to
the study of differential equationsmith 'random parameters and random
unc ons, These -studies'dealt not only With the existence and u
quenesso-
solutions of stochastic differential -equations, but also with their
stability,
boundedness, on the infinite interval of time, and asymptotic
expansions'.
The application of modern methods of: functional analysis to the
study
~Iof ordinary differential equations in 1unctional spaces appeared
to be very
fruitful in the d e*velopment of the theory. of such equations.
Very important and extensive studies -were carried out in the theory
o
differential equations with a. delayed argum ent. Particular
attention'was
'paid-to the,,study of thoseequations -which d6scribethe processes
Withafter-'-
jWfe6ts that ate connected with'numerous urgent problems in
engineering. ands
3A
Ca~d

-1,'~6 -66
_582-
ACC Nit:,-
'AF6001M
In a
pap6f by N. P, YerugW_'and A~ I.,Yablonsktv entitled "Studies
in the'analytic theory of differpntial.~ecq~ations, " the latest
results.were
presented in the theory of moving singular.points of a system of
two ordinary;
differenti
al equations, and of -.one, second-order equ~ation of the Painleve'.-.
type.
--A p~perb INs D. Sokol6V: and 'A* Luchka entitled "On the
y
ns, cited
~development of the method Pf averaging of functional correctio a
studies on the aj
arge number of pproximate solution of ordinary differential
equations carried out at the Institute of Mathem&tics'of the
Ukrainian Abademy
'2f Scienem
th
L 1. Gikhman presented a paper*entitled On certain problems.in i e
S
theory of differential equation in the presence of random
distarbances,
in which the problem of the existence afid stability of solutions of
a sto-chas-
tic differential equation which describes the- didturbqd motion of a
dynamic
system was analyzecl, C6 nditions under' whieb solutions e--dst and
are stable,
were established.
F
lball~ Vi At Milli onshchik by iar ew
J yp esen,ted A paper entitled. N
stability criterionfor nonlinear- equations with periodic
coefficients,""
Orig, art.
has: .2 foimu~o.
424o4_7
S UB C=-t 32 O.'r, SU3M DAV,*! nolm
6/6
CiArd-

BREUS, N.
K voprosu 0 planirovanii perevozok. ZO-n the question of
planning freight
traffi,C7. (Planovoe khoz-vo, 1934, no. 8W, P. 79-89). DLCi
HC331.P52
SO:
Soviet Transportation and Commnications,
Reference De~ ~tmeHt, Wa-shlngton, 1952, Un-c
Library of Congress,

BI.EUS, 11. and SIILEKFI-!~'~*, ~.
odvi-7hnoi ,:osittiv zheleznodoruhnogo transporLa I ego
lspollzavarlie. fThe rollinf?
r -
stock or railroad transportation system an(I its
utilizatlon7. (Planovoe khoz-vo,
1935, no'. 8, p. 72-92).
"Discusses Kaganovichts fori~ed meksures."
LILC: II(',33l.P52
SO: SOVIET TRATISPORTATION AND COI-MUNICATIGHS, A
BIBLIOGUPHY, library of Congress
Reference Department, Washington, 1952, UnclassifiPA- I- ,
- - .

BREUS~ O.M., inzh.; TILLES, S,A.y kandtekhn.nauk;
ORINICHEV,, K.F.~ inzh.
"Economic control of the operation of a
Aleksandrovskii. Rev.iswed by 0,,M*Brew,,
no.7.-89-90 il 161.
(Industrial --gement) (ileksandrovskii., A.P.)
machinery plant" by A.P.
S.A.Tilles. -Yeatmash, 41
(MM 14.-6)

1UTHOR:
TITLE:
PERIODICAL:
W440
S/057/60/030/009/004/021
B019/BO54
Breus, S. N.
The Stability of a Liquid Current-carrying Cylinder of
Pinite Conductivity
Zhurnal tekhn-icheskoy fiziki, 1960, Vol. 30, No. 9,
PP- 1030-1034
TEXT: In the introduction, the author discusses some theoretical
con-
siderations on the experimentally proved deterioration in
stability of a
mercury jet by an external field. He mentions papers by V. D.
Shafranov
(Refs. 4, 5), who investigated-the stability of a plasma~tolumn of
finite
conductivity on a model taking account of the penetration of the
longi-
tudinal magnetic field into the column. The author points to the
short-
comings of this model, and in his investigation proceeds fru the
magnetohydrodynamio equations for an incompressible liqui~.NThe
magnetic
field components inside and outside the plasma column are
discussed along
with the correction of the internal magnetic field, rendered
necessary
by the finite conductivity of the plasma. Therefrom, a dispersion
equa-
tion is,obtained in an extensive expansion. From the study of this
Card 1/2

The Stability of a Liquid Current-carrying S
0~'k60/030/009/004/021
W I
Cylinder of Finite Conductivity B019/BO54
expression, the author concludes that the stability of a
plasma of finite
conductivity deteriorates as compared to that of a plasma of
ideal con-
ductivityo In particular, he studies long- and short-wave
disturbances,
and shows that the resdlts obtained here are in qualitative
agreement with
the experimental results. Finally, he shows for the case of
good conduc-
tivity that an additional surface current is induced by the
shift of the
plasma boundaries. The instability of the plasma column
develops within
this layer, and it is thought possible that these
instabilities do not
appear with a smooth distribution of the undisturbed current
if the plasma
column has no sharp boundaries. The author thanks V. D.
Shafranov, Doctor
of Physical and Mathematical Sciences, for advice M
assistance. There
are 6 references: 3 Soviet.
SUBMITTED: February 29, 1960
Card 2/2

SVENTITSKIYy flikolay Semenovich; KOIUTSM , V.G.,
retsenzent;_BREUS T.K.0
red.; KOZLOV, V.D.$ red.; BRUDNO, K.F., tekhn. red. ___L__ J
[Visual methods of emission spectrum analysis] Vizuallnye
metody emis-
sionnogo spektrallnogo analiza. Moskva, Gos.izd-vo
fiziko-matem.lit-
ry, 1961. 314 p. (MIRA 14:12)
(Spectrum analysis)
0

ZISW~ Girgb Abramovickj dote.; TODES,, Oskar Movs~evich,
prof
T.K,., red.; VMES, L.F., red.; KMCHKOVA,-V.N., tekhn.
red.
(General -pby~iea evarm) Kurb obshchei fiziki. Moskva.,
Gos. izd-To
fiziko-matematicheskot lit-ry. Vol.3. (Optics, atomic
and molecular
pbysics, pbysics-af atomic nuclei and elementary
particles] Optika,
fizika atomov i molek~lp fizika atomnogo iadra i
elementarnykh
chastits. 1961. 444 .p. (Pbyeico) (MIRA 14910)

SAVELIM, Igor# Vladbdrovleh BREU�,-TZ. red.;
KUZNETSOVA,
Te.B., red. ; 14URASMA,'-W.Ta., tekbn. red.
[General physics course]Kurs obshchei fiziki.
Moskvat Fiz-
matgiz. Vol.l.[Meohanioap vibrations W wivenj,
molocular
pbysios)Mekhanika., kolebaniia i volzW$
molekuliamaia fizika.
1962. 403 P. (KERA 15-9)
(Physics)

ZELIDOVICH, Yakov Borisovich; RAYZER, Yuriy
Petrovich;
red.; J3RUDNOj K.F,,, tekhn. red.
[Physics of shock waves and high-temperature
hydrodynamic
phenomena] Fizika udarnykh voln i
vysokotemperaturnykh gid-
rodinamicheskikh iavlenii. Moskva,, Fizmatgiz,
1963. 632 p.
(MIRA 17:2)

FABELIIISKr_ llrmanuil Lazarevicb; BREUS
N.A.9 red. I . j~ -ToKup red.; RAySyAyA
.1
[Molecular scattering of llght]
eveta. Moskva MOJekuliarnoe rassaianie
I j, Nauka, 1965, 511 p.
(MIRA IS:12)

N _7~
L 1540-66 ns-2/mV %)LF
...... War. v
I EP~(c)&CqLg L Ft it
r3/
ACCESSION NR: -AT50235T7 UR/0000/65/000/000/M51/0
AUTHOR: Afonin V. Vt; Preus. T. evich G, L.~';' Gorozhankin, B N
rifikadz_~
Rybahinakin R. Ye. G
TITLE: Kosmos-2 ionosphere experiments
SOURCE: Vsesoyuznaya konferentsiya po fizike koomicheako&o vros
1965. Isiledovaniya koemicheskogo prostranstva (Space research),
t?nLq konferentai
Moscow, Izd-vo flauka, 1965, 151-167
TOPIC TAGS: 'artificial eartboatellite, ionosphere, ionosphere
composition, iono-
spheric plasma, ion temperature,,electron.t.emperature, ion trap,
honeycomb trap,
metal-photoemizsion,_E_ysEion, Kosmos 2
Kosmo hed on 6 April 1962 into
ABSTRACT: ThL s-2 artificial earth sateUite laune
-491,
(peeig,
an orbit from 490N to 8 ee.muW kmand.spogee A,1546 kin), was intended
for
structural-study of the,ionosphere and-the attendant characteristic
processes
-therein. In addition tb~a direct telemetering system, information
storage 6quip~
ment was installed on' board;Lhe:-satellite.'' The rincipal tasks of
the iateuite verett
p
1) to remeagure the ion conc~ntrdtl:ch. tnd the cheiaic!al
coMositiorr of the io-nospheric'-
region from 500 to 20010, ki (fjrst~done in,1958 ~tha thir 0 -et
-Sputnik) amugg

ACCESSION NE. AT5023577,
eriod decreased-solar activity, 2) to investigat the ionospheric regfo
a 0 e
p
above 1000 km under"nocturDal and~twilight-cohdit ons,
1 3) to measure the positive
ion temperature by means of a: n'w method - using honeycomb-type ion
traps with a very
narrow directivity pattern; h) to:sound both the ion and electron
components of the
ionospheric plasma in order to measure the electron,temperature and
concentration
(from 1--212 to 6oo km) by me an sof.cylindrical Langmuir probeB; and
5) to use a sys-
tem of plane ion-traps for determining th~ satellite attitude with
respect to its
velocity vector. A honeycomb-type ion trap isshown in,Flig. 1 of
Enclosure. It
consists of three electrodes (collectors-antipbotoelectron grid for
suppressing
photocurrent on collector surface, and an external honeycomb cap,
connected to the
satellite).. The maximum ciurrent in such a trap is 'achieved when
the velocity vee-
tor of the incident ion biam is normal to the collector. In addition
to the above
experiments, measurements--.6f the variation in photoemission from
metals, (due to the
sbort-wave solar radiatioi the. frequency region 'near the ionization
maximum of
the F-region) were made u, determine the -total ultraviolet
absorption in the F-re-
gion. It is, stated that, 16 "experiziental. rehUts ftom Ue Kosm'084,
Mitision will be
in preparing noif nospherib studiest. Grigfk~ &4. haa.--,,.l table,.
6-fonmulas,
and 15
[IrKI
figures
ASSOCIATIOlu 'none~., x-

INV
xv~r, WWI i Vy
ZLA.M 4:

-

Cam'

LI-274-66 EWA(b)/EWT(m)/FCC-. 4/M_
i'ACCESSION HR., ATS023581 UR/0000AV000/000/0189/0192
1AUTHOR, Breust'T. K.;~Gdal6vich, G. L.,
'TITLE: Electron andion temperatures
in the ionosphere
1SOUPCE:~ V konf6rentsiva Do fizike:koamichesk rostranstva. Moscow,
-sesoyuznava ogo
~1965. Issledovaniya koamichesko oprostranstva (Space researqh);
truay konferentsii.
9-
Moscow Izd-vo',Nauka, 1965, 189-192
jTOPIC TAGS;~ iontemperature, electron temperature, 'ionosphere,
artificial earth
!satellite, satellite' data analysis
IABSTRACT: The authors analyze-data from direct ineasurements of Te
and T,- made by
I xplorer-8,11 "Eiplorer-17,11 "Allouette-lill ."Ariel-1,11. "Kasmo
American
pnd by
and Japanesevyrockets The results of the analysis show daily
vWAations in the
electron teMp2raturTikup to A1200 km as a function.of latitude
and.altitude. Since,
ithe ion temperature was measured in only; three.ex eriments, one of
which has not ye
I p
~been published,there was no basii,i for conclusive results. A
maximum in the elec-1
I;tron temperature is usually observed-in'the morning hours
immediately after sunrise..
jhe T,,ITi ratio -is considerable in-the maximum.region of the F
layer and may reach
Card 1/2

ACCzNRI
AP6000305
ia. the'nean miaso of the )Lonis. P~tfier'more ~,ihe relationship
between the eleetrpn and
-temperatures: alw~db&-i6ieriieb 'the hiat balance in the
i~nosj&ere. The, study is
;Ion,
performt e-and r6cket'- prcbe~ data'and: otlhei,l AndiriaLt n6sns-~
of me
"~ar-tia d t~n
iIi;f&e_i9nosphere,AFPrior risearch and data
.0611i~cting-nlssione are reviewedi-, including the flights of
C& : i1je. "~Wj"i6n Of L sJ60titij temj*ratare with height - anti
tiM16 Of-
.6utfi~ similtaneous.-talu s-of'eleotron tem
y-4ra 1--baeAtea:along, W't4 'aL:j?lctL*, 0
jiA th -there
.1 9 emperature ofmAhe amtra' cono ude L ~hjt
"U .0"
th_
in~
tio-T
-kidlibrium a,- onom pre'and"undeir,ciertain 6 .cuditions the,ra
hi- .'"-2 or -3- t hisk-Alt -'&W T
8 as . 6b.+Ii 'the: about
"M,b gh A V
4 n~'L I t IkeAoA e6tron t6mpe a are -'about:.
0 3, in the :lower.: lati. and el' tillie
Ual V the 44~iitor- with Increasing at greater latitud B.L ~ T
.=es a 374pidl *i h4jelt: Up' to L406- )in :aftbr i&ich, a negative
gradient a ts 6 in.-'L
y th e
The data~tor beyond 409 kd are Insuffi bient to allow-arq
generalizationLof resultip
'ahdo in gmerall, the data on Ti it", less abundant than those for
Tee The authors
thank IL I. Orimmus for his constructive criticism. Orig. art. has:
5 figuds and 4
equations.
CODES 04/',B= PM: OftIG RM 012/ OTH MWs 043
Lc-*%.-
2
L Card

BREUSENKO, D.
Correlation between economic thought and economics.
Vop. ekon.
no.8-125-129 Ag 161. (MIRA 14-7)
(Economics)

BREUSENKO D-P - ORESHKIN, V.V.; SHUKHOVI
N.S.;-MALININ, P.V., otv.
t Al OTOPOPOVA, N.V., red.; VidnVA, I.V.j'
r .; PR tekhn.red.
[Methodology problems of the history of economic
thought]
Nekotorye voprosy metodologii istorii
ekonomicheskoi mysli,
Moskva, Mosk. in-t inzhenerov geodezii,
aerofatos"emki i
kartografii, 1963. 71 p. (MIRA 16:3)
(Economics)

BRI-lJ-SCV,G.P.,Cand 6hem Sci-(diss) 11~'tudZr of
flno--~ide :~~nd
cea-tain flu c-bcry1h7A, c ~; . 111113~%. 12 (~-O-
"-~;;,4,, U i--.,
T Gt-Ij
of 1nor(:-,-ii-Jc Chcm*1.~;ti-,,), 100 on ANOM-wp"t
(!'-'IvO-5~
1 -in)
;V/
- 149 -

AUTHOR S:
Kuvyrkin, Oo No, Breusov, SOV/156-58-4-12/49

Novoselova, A.
TITLEi.
Thermal Analysis of the System BeCl -BeF2

(Termicheskiy analiz sistemy BeCl 2-BeF 2)
PERIODICAL:
Nauchnyya
doklady vysshey shkoly. Khimiya i khimicheskaya

tekhnologiya,
1958, Nr 4, pp 660-G63 (USSR)
ABSTRACT:
In the present paper the
thermal investigation of the system

BeCl 2-BeF2 was carried out
and the phase diagram was plotted.

P-arestbarylliumhydroxide
was used as initial material for the

chlorides and fluorides.
Beryllium hydroxide was converted into

beryllium oxide by
annealing at 10000 C, and was then converted

into beryllium
chloride by chlorination with carbon tetrachloride

at 10000.
Beryllium fluoride is obtained by thermal decomposition

BeF
of (ITH
in vacuum. The thermal analysis of the system
)

2
4
4

BeCl 2-BeF2 was carried out by means of Kurnakov PK-52
pyrometer

with platinum-platinum-rhodanid. The fluorides and
chlorides of

beryllium form a simple eutectic with the
composition
Card 1/2
72.5 mol~o BeF2, and a melting point at
3o6Oc.

I .
Thermal Anallysis of the System BeCl 2-BeF2 SOV/156-58-4-12/49
The thermal analysis shows a weak endothermal effect at 1100 C,
which indicates the transformation of unstable beryllium
f^lucride into a highly stable form. The melting point of
beryll'i,im fluoride was determined to be 4211C. The
heatingeurves
of the samples show effecits at temperatures higher than the
liquidus temperature, which indicates the boiling of the
BeCl -BeF2 melt. In the case of a higher beryllium chloride
f=I-ent no solid solutions were found by means of X-ray
analysis.
There are 1 figure, I table, and 8 references, 4 of which
are Soviet.
ASSOCIATION: Kafedra neorganicheskoy khimii Moskovskogo
gosudarstvennogo
universiteta im. Me V. Lomonosova (Chair of Inorganic Chemistry
at the Moscow State University imeni M. V. Lomonosov)
SUBMITTED: June 20, 1958
Card 2/2

AUTHORS: Brousov, 0. N., Novoselovat A. V., 20- 118-5~,.,~4/59
Cor-r-e-s-p&n-& Hn" mber of the AS USSR,
I e
Simanov, Yu. P. !;
TITLE: Thermal and Roentgenophasic Analysis of the CsF-BeF 2
System and Its Interrelations With the
MeIF-BeF2 Systems (Termicheskiy i rentgenofazovyy analizy
sistemy CsF-BeF 2 1 yeye vzaimootnosheniya a sistemami tipa
MeIF-BeF 2)
PERIODICAL: Doklady Akademii Iffauk SSSR, 1958, Vol. 118, Nr
5,
pp. 935-937 (USSR)
ABSTRACT: The Me+ F-BeF2 systems can be regarded as weakened
fluoride
"models" of Me 2+ O-Sio2systems with Me 2 representing Li,
Na, K and Rb (references 2-11). The first system mentioned
in the title above was to be investigated from the aspect
of the changes of stability of different fluoroberyllates.
In this system four compounds were found: Cs 3BeF5
Card 115 CS2BeF3 , CsBeF 3and CsBe 2F5* They all could

Thermal and Roentgenophasic Analysis of the OsF-BeF
20-118-5~24/59
System and Its Interrelations With the MIF-BeF 2 2
Systems
easily be produced by fusing together the component
mixture in stoichiometrical proportions. The investigation
of the system in the 0 - 33 % BeF 2 range is rendered
difficult by the extreme hygroscopic properties and other
disturbances. Thus a part of the diagram (figure 1) is only
based on the cooling curves. The other part is based on the
heating curves. For CsF the the melting point was
determined to 6880C (similar to reference 13). With 14%
BeF2 and at 5980C Csf formed a eutectic with Ca 3BeF . This
melts incongruently at 6590C. At 6170C this compouna
suffers
a polymorphous transformation. For Cs 2BeF4 the melting
point
was determined to 7930C.
1tv polymorphous transformation took place at 4040C. CsBeF
3
melts congruently at 4750 C and shows two polymorphous
transformations. The eutectic of Cs 2BeF4 + CsBeF 3 is at
A490C and with 48% BeF 2- CsBe 2F5 shows its polymorphous
Card 2/5 transformation at 4500C, melts congruently at
4800C and

Thermal and Roentgenophasic Analysis of the CsF-BeF 2
20-118-5-24/5o,
System and Its Interrelations With the MIF-BeF2
System
forms eutectics with CsBeF3 and BeF 2* The great similarity
between the phase diagrams of the CsF-BeP2 system and of
the CsF-ZnF2 system is striking (reference 14). The
individuality of the ceasium-fluoreberyllates was confirmed
by roentgenophasic analysis. It was found that the
quartzous BeF2 exists only up to 5800C and melts at higher
temperatures. The cristobalite-like form occured only up to
535OG and slowly changed into the quartzons form (from
1500C UP). It could not be determined, whether the dis-
appearance of the cristobalite-like form of BeF 2 above
this temperature is caused by its melting. The polymorphous
transformations of CsBe2F5 and CsBeF3 were confirmed by
X-ray analysis at high temperatures. Moreover the absence
of polymorphism with CsF up to 4000C was proved. For
Cs2BeF4 and CsBeF3 the values of the axis parmneters of the
lattice were determined, which proved to be rhomboid. The
pycnometrical density was measured. With regard to the axes
Card 3/15 CS2 BeF4 is a better crystallochemical analog of
B2SiO 4

Thermal and Roentgenophasic Analysis of the CsF-BeF 2
20-11-8---5:-24/59
System and Its Interrelations With the MIF-BeF 2
Systems
than Rb 2BeF4(reference 11) in spite of the difference
of the radii. Figure 2 shows the dependence of the
destruction temperatures of the crystalline lattices of
the fluoreberyllates (congruent melting, inconGruent
melting, decomposition in solid state) on the cationic
radii. The diagram shows that the compounds of the MeIBeP
are most stable. This stability is increased from Li 2 4
to Rb, and is decreased insignificantly from Rb to Cs.
For MeBe2F5 compounds there is hardly any change of the
decomposition temperature from Li to K. Compounds of this
Rb and Cs combination are considerably more stable and melt
congruently. There are 2 figures, 1 table, and 15 referenceq
7 of which are Slavic
ASSOCIATION: Moskovskiy gosudarstvennyy universitet im. N.
V. Lomonosova
(St~te'University imeni M. V. Lomonosov, Moscow)
SUBMITTED; October 8, 1957
Card 4/5

I Thermal and Roentgenophasic Analysis of the CeF-BeF 2
20-~18-,r?~-,24159
System and Its Interrelations With the MIF-BeF 2
Systems
Card 5/5

AUTHORS:
_J~~~Trapp, G. SOV/78-4-3-27/34

Novoselova, A. V.,
Simanov, Yu. P,
TITLE:
- BeF
Thermal and X-ray Phase Analysis of the System SrF

2
2

(Termicheskiy i rentgenofazovyy analiz sistemy SrF 2 - BeF 2)
PERIODICAL:
Zhurnal neorganicheskoy khimii, 1959, Vol 4, Nr 3,

pp
671-677 (USSR)
ABSTRACT:
The system SrF 2-BeF2 was investigated by
the method of

differential-thermal and X-ray phase analysis.
Beryllium

fluoride was produced by thermal decomposition of
ammonium

beryllium fluoride and strontium fluoride from strontium

carbonate and hydrofluoric acid. For the production of melts

with
a content of 0-50 mole % Bep 2 Srp2 and strontium

beryllium
fluoride were used. For alloys with 50-97 molel",

BeF2 melts from
strontium chloride and ammonium beryllium

fluoride were used.
Melts with more than 50 mole 1,; BeF 2 are

hygroscopic. The phase
diagram of the system SrF 2- BeP2was
Card 1/3

Thermal and X-ray Phase Analysis of the SOV/78-4-3-27/34
System SrF2 BeF2
plotted. At 683�180 beryllium strontium fluoride forms a
eutectic with strontium fluoride. Strontium beryllium
fluoride
melts congruently at 95.4,+-100, and at 923�30 a. polymorphic
transformation occurs. SrBeP4 forms with beryllium fluoride
a eutectic at 582+270. On the thermogram of the melt with
65 4!. BeF2effects-occur at 384�130 and 334�~o, the nature of
which could not be found by X-ray analyses. The compound
SrBeP4was determined by X-ray analysis. This compound occurn
in three modifications: oe, ~, and r. From an aqueous
solution
theP form of SrBeF 4 precipitates with impurities of the
g form. Thermal and X-ray investigations of strontium
beryllium fluoride were carried out and two schemes were
given for the formation of the modification;
9540 923 66AL
melt 0t -SrBeF4- ly- SrBeF4 -SrBeP4
Card 2/3

Thermal and X-ray Phase Analysis of the SOV/78-4-3-27/34
System SrF 2 -BeF2
and the transformation:
9540-- 923' __=1200
melt 04
0
378
There are I figure, 3 tables, and 10 references, 5 of which
are Soviet.
SUBMITTED: March 1, 1958
Card 3/3

SOV/7Bz4-10"7/40
AUTHORS; Breusov,LL.~,-Vagurtovaj Ni M., Novoselova, A. V.,
!�J'Ma40V, YU. ~ P.
TITLE: On the Thermal:Decomposition of Ammonium-fluoro-beryllate
(l'H4.)2 BeF4
PERIODICAL'- Zhurnal neorgani6hoskoy khimiii 1959,9 Vol 4; Nr 101
pp 2213--~2219 (DSSR)
ABSTRAM Since the-reaction under review represents the principal
method
for the production of-brystalline beryllium fluoride, the
course of this process was Investigated. The authors mention
in brief the publications available so far on this problem and
espedially point out the paper by A. V. Novoselova and M.-Ya.
Averkqva (~ef 14) who first-obtainea the ammonium-meta-fluoro-
beryllate NH BeF in addition to-the ammonium-ortho-fluoro-
4 . 3
beryllate (NH 4)2BeF 4& The.thermal decomposition-of the ortho-
compound in the inert gas current gives only low-yields, where-
fore this reaction'was-invest'i9ated under decreased pressure.
Figure 1 shows the decomposition curve at continuous increase
Card 1/2 in temperature where no breaks can be seeno On gradual
heating

SOV/78-4-10-7/40
On the Thermal--Decompositim of Ammonium"fluloro-beryllate (NIL
) BeF
4 2 4
up'to 1-65, 1810, 220 and 2400 (Figs 2 and 3) it becomes
evident that the de.oDmpoaition takes place in three stages:
(NE4 ).2BaF4 --P.NR4BeF 3--> NE4B92F5--_.b-BeP2" Table 1
presents the
analysis of (NE BeT table 2.that of NE Be F . The lattice
4~ 2 . 4 4 2 5
constants of NE 4Ba2p5 were calculated on the basis of a radio-
gram obtained by means of the RKU-86 chamber and found to
beibng to.'the-hexagonal"syngony (table 3). In the same way the
correBponding,lattice constants were calculated from the radio-
grams.of KBe F (Table 4) and a-*CsBe F (Table 5). The ra:dio-
-2 51 .1 - .. 1 215
grams are shown in figure 4. Table 6 presents the data for the
compounds of the MeIBe2F 5type, table 7 compares the lattice
constants of NE4Be2F5, XBe2P 5and a-CsBY 5* There are
4 figures,- 7 tables, and 12 references, 8 of which are Soviet.
SUBMITTED: June 19, 19,98
Card 2/2

5(24)
AU~HORS:
TITLEt
, 8 -1
Br YU. P.
X-Ray Investigation of the System CsF BeF2
05880
SOV/78-4-11-33/50
PERIODICAL; Zhurnal neorganicheakoy khimii, 1959,-Vol 4, Nr 11,
pp 2582 2590 (USSR)
ABSTRACT: In reference 1, the authors analyzed the system CoF BeF2
thermally. The compounds Ca BOF Cs BeF . CsBeF and GsBe
3 5) 2 4 3 2F15
were determined which undergo-the following polymorphous.trans-
foritationst
617 4040
a-Cs BeF 16. P BeF =~t
%-7- -Cs BeF a-Cs .08 BeF
3 5 0 3 510 2 2 40
36o 141 450'
a-CsBeF P'-CsBeF -CsBeF la-CsBe Ta:k- P -CsBe F
3 3 3 2F5 2 5'
Here it is reported on the jinvestigation carried out by means of
the X-ray apparatus of type URS-70 and the cameras of type
RKD and RKU-86, as well as the cameras "Unicum" (Ref 2) for
Card 1/2 high temperatures; the results of this investigation are

KUBYRKIN, O.N.; BREUSGV 0 N ; NOVOSELCVA, A.V.;
SEMENENKO, K.N.
Polymorphism of beryllium chloride. Zhur. fiz. khim. 34
no.2:343-348 F '60. (MIRA 14:7)
1. Moskovskiy gosudarstvennyv universitet im.
MN.Lomanosova,
(Beryllium chloride)

L 12 ~58_65 EWT(m)/Slk(d)Avip~t)/,L'IIP(b) A~SD(m) - 3/ASD (d)
1AJF'W1_-/_~SD1' KIYW/
ACCESSION NR: AT4o46118 F-TW, S/0000/63/000/002/0054/oo6o
AUTHOR: BECUSOVI Q. N.; RevzIn, G. Ye.; Le5hchenko, V. .;
Zelentsov, 0. P..'
Derbin, 14. M.; VeH~ed5bqv, N. P.; Makarov, G. 1.
TITLE: Preparatlon of high-purlty0tallurluAy zone malti.nn and
the coi-,verslon
of metal waste to te))Urlu-m--CompounCs-o'rre-agent-~uri-ty -
SOURCE: USSR. Gosudarstvenn-;*y komitet khImIcheskoy I
neftyanoy promy-shlennosti.
Prami*shlennost' khitrichet. ki; ktivov I osoDo chfsty*101~
veShcgeStv (I-nTu-stry
of chemical reagents and extra pure substances);
Informatsionny*y byul~eten'
no. 2. Moscow, IREA, 1963, 54-60
TOPIC TAGS: tellurium, zone-meltIng'i selehlumi Iron,
aluminum, sodium, silicon,
zone refining, tellurium refining
ABSTRACT; The apparatus designed and constructed for preparing
high-purlty tel-
lurium by zone malting In an argon atmosphere Is Illustrated
and described in de-
tail, aIGng with the mechanical drive of the melting pot which
makes possible a
complete automation of the reciprocating movement of the pot
during refining. It
was established that, In principle, high-purity tellurium can
be produced directly
from a technical-grade tellurium by ;one melting. the content
of Impurities In
the end product Is less than 10-3-Ift, except for selenium,
the conient of which
Card 1/2 1