SCIENTIFIC ABSTRACT BOGAN, Y. R. - BOGARDT, A. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205810007-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

ACC NR17~
AP70050M SOURCE CODE: UR/0048/66/030/009/2560/1562
AU`rHOR: Tale 1. A. Bogan'jYaR*,* 3oxiks#VA,;'VLtol,j.K,
ORO: none
TITLI: Concerning the mechanism of recombination pr~esssem In zinc sulfide /Report,
Fourteenth All-Union Conference on luminescence (Cry stal Phosphors) hold at Wilat
16-23 Sept.. i,96s7.
SOURCE% AN SSSR, lavestlyee Boriya fizicheakoya, Y,$Og Poe9t 1966, 1560-1562
TOPIC TAGSs photoconductivity, mine sulfide, Irradiation, hole c6aduction, electron
conduction,
ABSTRACr: Theauthors have Investigated the Infrared-stimulated Photoconductivity
in different ZnS crystalas, determining the sign.of the carriers by means of Nall
effect and photoelectric polarization measurements. The Investigated specimens fell
Into two main groupst' high-resistivity crystals# and low-resistivity ZnS crystals
containing an excess of Zug whose high equilibrium conductivity was due to the *
presence of a high concentration of lattice microdefects. None of the specimens fx-
hibited thermal hysteresis of the electric conauctivity, And their luminescence yields
were very low, Miker exeltation In the fundamental absorption bands, photoconductivity
could be stimulated In specimens of both types by Irradiation in any *of four bands
peakIng,at 0e931,.1.6, 2.0, wW MA W. In the low-kesistivity specimens the photo-

ACC NRs AP7005004
current was carried by electrons regardless of the wavelength of the stimulating
photonsJ in the high-resistiVity speciviens the photqcurrents stimulated in the 0.95
avid 2.8 eV band were cirried by.electrons, and those stimulated In the 1.6 and 2.0 eV
bands were carrledby holes. Moreover, de-4xcitatl6n of the high resistivity crystal*
in the 0.950 band reduced the photosensitivity in,the 1.6 and 200 eV bonds, do-ex-
citation in the 1.6 or,2.0 eV bands reduced the photosensitivity in the 0,95 eV baudge
Irradla other three bands.
tion In the 2.8 eV band restored the photosensitivity in the'
ad
Cooling from room temperature to liquid nitrogen temperature destroy the photo
sensitivity of the 1.6 and 2.0 eTbanda; the photosensitivity could be restored only.
by further excitation in the %undau4ntal aboorptiono'band. It is concluded that the
1.6 and 2.0 eV bands are not simple; stimulation inithese bands excites trapping
centers of several different kinds; of which some have excited states in the for-
bidden gap. Sensitivity In the 2,8 eV band appeared in specimens that exhibited a
green luminescence;,the authors accordingly associate this bapd with an activator.
The photoconductivity stimulated In the 2.8 9V ban& at room temperature had both.
electron and hole components; the holes were not revealed by the Wl effect measure-
ments because of their low nobility. Orig, art, has% 2 figures*.
Sun CODR: 20 MM VATSt none ORIO. RZOs OW
Card 2/2

_i6c'1~i7-ii7004 9 66 SouitcE coDS1 UR/0048/66/030/009/1441/1442
AUT71OR:4Began, Ya.R*j. Vitol,I,X,; Portnov,A.A.
ORG: none
TITLE: use of the luminescent probe technique for investigating hole procenses in
crystal phosphors /Report, Fourteenth All-Union Conference on Luminescence (Crystal
Phosphors) hold at7Riga, 16-23 Sept. 196Y
SOURCE: AN SSSR. Izveatiya. Seriya fizichaskayn, V. 30v no& 9, 1966, 1441-1442
TOPIC TAGS: luminescence, electron hole, exciton, F band, luminescence center,
luminescent crystalg potassium bromide, thallium
ABSTRACT: The authors propose a technique, which they call I'luminescent probin9%
for investigating hole (and other) processes in crystal phosphors whose electrical
conductivities are too low to pormit application of the more unual techniques in-
volving conductivity, the Hall effect, photopolarization, etc. To employ this tech-
nique one induces in the specimen luminescence centers that radiate on interaction
with only one type of mobile defect (e.g., only with holen, electrons, excitons, or
the like) and investigates the luminescence and absorption in different bonds. F
centers radiate in the a band an interaction with Yk centers and are thus suitable
centers for use in connection with luminescent prob4& investigations. T Ihis was con-
firmed by measurements of the temperature dependences of the a luminescence* the TI

ACC NRi AP7004966
luminescence, and the F absorption of a KBr:Tl crystal phosphor. Strong cc luminescen
weak TI luminescence, and a rapidly decreasing F absorption was observed in-the
temperature range from 165 to 180 K in which the Vk centers degay. The advantage of
the luminescent probe technique is its simplicity. It is not yk known whether suit-
able centers can be found for study of electron and exciton processes, and the use of
e ceators as luminescent probes is limited by our lack of knowledge of thot conditions
under which a luminescence can appear as a reault of exciton reactions and resonance
transfer of energy, Orig. art, has: I figures
SUB CODE: 20
SUBM DATEt none ORIG" PJW g 010 OTH REF: 004
2/2

NRs AP6021967
SOURCE COW;
AUTHOR2. Tau3hkanov, V.., ~.; Bogancho Ia.
66/009/002/0195/0199
OF0*- Department of Technology of Rare and Trace Eleements, laningrad Technological
0
Institute im. lensovet (Natedra tekhnologii rodkikh i rasseyan-nik-h eleme
NiffiiiiaskV takhrAlig-icheakly institut)
o9baltio Y
Sep&rs-I& frm nickel on activated SXT carbon
SOMM IVUZ. Wmiya i khIsdaheakaya tokhnologiya, Y. 9# no. 2, 1966v 193-199 J
TOPIC TAGS$ odnltp nickelp mangamesep adsorption, sativated carbon / SKT activatod
carbon
ABSTRAM The article presents' data on the separation of manganese (n) and nickel
from cobalt (n) on activated SET carbon in a medium of amorAvm thiocyanate and
acetone. A xtuO of the adsorption of the" zetals from 09001-3.0 M moniva thi"
07amto showed that the admorptive capacity of SET carbon for nickol and acbalt is
greatest at an mwmA= tbiocyanate concentration of 0.2 and 0.? mole/1' respeotivelye
It is shown that do-U4 adsorption an SIT carbon from 15% acetone solutions with 0.7
sale ammonim thiecyarmto pw Uter and 0.1 mole RM per 34terl cobalt separates
quantitatively from nickel and manganese with purification coefficients in excess of
1030-"W. The proposed metWA of separation of cobalt from nickel on SKT carbon is

ACC Nits
0
simpler than the methods Involving anion exchange resiriag since It does not require
the use of concentrated RM solutions. In addition to manganese and nickel# alkalis
alkilim earths, and raft earth elements which are not adsorbed from 0,7 M ammonium
thiocyanate solutions can be separated from cobalt on SKT carbon. Orig. art. has:
4 figues and 1 tab3 ,
SUB CMCs 07/ SM DAT& 2?YkA41 MM AVE 013/ OTH Wt 001

L 40004-6b EWT(m)/EWP(t)/Ej1 TJP(c) M/jY*iqjEM/_Tn
ACC NRs AP6008272 (A0 SOURCE CODE:' UR/0080/66/039/002/0359/0362
AUTHOR: Kuzin, I. A.; Taushkanov, V. P..; Leonov, B. M.; Boganch, Ya.
ORG: none
TITLE: f metals from an acetate solution by SKT activated-charcoal
SOURCE: Zhurnal prikladnoy khimii, v. 39, no. 2, 1966, 359-362
TOPIC TAGS: sorption, chemisorption, acetic acid, ammonium compound , UN0qt01UnZ
ABSTRACT: The sorption 9 0 chromi 0 cadmi 17 zinc0lea 17 iicke~,~
zirconium um, UMI I- manganese, r
um'~f bariuAt a~ ~c ted--gf-charcoal from'sofutions of acetic,
cobalt. urani ~si;;~ ac iva
acid and ammonium acetate was studied. It was found that uranium is more readily sorb
ed by the charcoal than any of the other metals. The optimum mixture of acetic acid
and ammonium acetate for the sorption of uranium is 0.45 mol acetic acid and 0.05 mol
,ammonium acetate. Addition of the latter to the acetic acid solution immediately in-
creased the sorption by -the charcoal; however, continued increase in the concentration,
of ammonium acetate beyond 0.05 mol reduced the sorptive capacity of the charcoal expo4
nentially. It was found that NH4NO3 in a pH solution of.2.4-3.0 slightly increased
the sorptive capacity of charcoal above a salt concentration of l,mol/dm Experi-
mental data was obtained on a bed of charcoal 60 mm high. Passage of the acetate so-
UDC: 661.183.2t547.292
Card 1/2

L 40004-66
ACC NR: AP6008272
lution through the bed occurred at a rate of 1 cm3/an2*min. OrIg. art. has: 2 tables,;
-2 figures.
SUB CODE:,07,/// SUBM DATE: 19Apr65/ ORIG REF: 006/ OTH REF: 002
OP
11b

YEGOROV, A.P., shofar; VOYTANIK, N.M., shofar; KOZINTSEV., D.K., shofar;
POLULYAKH, V.Ya., shofar; KAMATSKIY, V.N.,, shofar; VARSHAVSKAYA,
A.A., shofar; VATULIV, G.N.--shofer; SHANDURSKIYp P,T,j shofar;
YEMELIYANOV, G.A., shofar; VERBOV, A.G., shofar; DAN=S., P,P*,
shofar; BOGANClWQ,,.-,.V,Aip shofar; PRUDNIKOV, A.F., shofar;
VIYUNIKCV-f S.I.., shofar; SOLOVEY, I.N.$ shofar; MURASHKO, D,F.$ shofar
We prize our workerbl honor. Avt. transp. 4P no.12:3-/+ D 162.
(MIRA 15:12)
1. Simferopollskiy avtobusnyy park (for Yegorov, Voytmik).
2. Simferepollskiy taksomotornyy park (for Murashko, Kozintsev)o
2. Kerchenskiy avtobusno-taksomotornyv park (for Polulyakh).
4. Yevpatoriyakiy avtobusno-taksomotornyy park (for Kamatskiy).
5. Yaltinskiy taksomotornyy park (for Varshavskaya). 6. Feodosiyskiy
taksomotornyy park (for Varshavskaya). 7. Sevastopollskiy avtobusno-
taksomotornyy park (for Yomellyahov). 8. Simferopollskiy gruzovoy
avtopark (for Verbov). 9. 2-y Simferopollskiy gruznvoy avtopark
(for Verbov). 9. 2-y Simferopollskiy gruzovoy avtopark (for Denilets).
10. Bakhohisarayskiy avtopark (for Boganchanko). 11. Sevastopollskiy
avtopark (for Prudnikov). 12. 1-y Simferopollskiy gruzovoy avtopark
(for V8Yunikov,, Solovey).

BOUM, M.1 STRHADt A.
------------
Neurological manifestations of ornithosis. Zhur. nevr.i polkh.
60 no.lOsl297-1299 .160. (MIRA 1411)
1. Nevrologicheakoys otdoloniye (zav. A. Strnad) instituta sdra-
vookhraneniya 9. Ugerske Gradishtep Chekhoslovaldya.
(ORNITHOSIS) -

BOGANIK,.G.N.
Determining efficient speeds from single hodographs when processing
reflected wave observations on digital computers. Ger.'". ra-iod-
no.16:24-40 164.
Estimating error in ti- Antermir-t-ion nc effJrient speeds from
reflected wave data, Ibdk~i4g*54- -~ I---- - ~."
(MM 18:2)

USSR/Geophysics - Getologic Age by Radio- I JulAug 511
active Xothode.
"Radioactive Decay and Radioactive Method for Deter-
mining the Absolute Geological Age of Minerals and
Ores," N. S. Bogamik
"Iz Ak Nauk SSSR, Ser Geol" No 4, PP 5'(-'1'5
""Present widely held concept suggesting radioactive
-2
*-#process as process that proceeds with constant speed
co
of decay independent of external conditions is, in
Boganik's opinion, idealistic. He gives certain
crit remarks on this problem. He bopes this article
will initiate extensive discussions on: present
state of the problem; formulation of conceptr N4
&4
LC 18&f45
USSRI/Geophysics - Geologic Age-by Radio- Jul/Aug 51
active Methods (Contd)
concerning the conszancy of the radioactive process;
sci,entific inconsistency of the principle of con-
stancy and independence of radioactive decay; geo-
.logical data; philosophical remarks on the problem
of radioactive decay; certain conclusions. At the
-end of the. article are discussions by the editors
6f,tals Verlodlc&I and 3 Corr Members of the Acad'
Sci Mnz A. P. -Vinogradcrv, 1. M. Frank, and 1. Ye.'
Starik. They comment on the timeliness of Boganik's:
ideas, altbough they point out certain erroneous
notiolos..
18ft45
It4

BOG A Nj Y11 1 "Ut'S"i 'N M r
.. st L I 1 .1. y...
Callaulk-t2o'l of 3tandarcfzed oiz,~u ,-,~; ,,3r ;ne ~',
inductAon loggIng, VY5. licheb, 7,8v.; -~ ra2r.-8
r.o.9iL14-134 3 165. (WrR-~ -,,8,9)
1. tbskrvabay- ge,)Icvcrazvedo2hny3? " .

30GAININ, V. S.
Bogp.n!n, V. S. - "The struggle to prevent the drying tip of thp stenne lakes of north
Xa2pklistan for the purpose of utilizing them for water supply, n Tr"~dy (VSPs3.;naZ.
nauch.-issled. in-t _-idrotekhniki i meliorets1l), Vol. XXV, Iscue 2, 1918, p. 'f,?-qq
SO: TJ-L355, lb August 53, (IAtoPis 'Zhurnsl Inykh Statey, No. 15, 191$9)

-0
1
BOG"Ov, zh. (Leningrad)
1 G- A., In
-Boat made with paper floats. Tekh.mol. 28 no-8:25 160.
(MIRA 13-9)
(Boatbuilding)

L 28463-66 EWPjW/J6ajmj__WjGP/WH.~..
C SMGN Coma MVOOOO165 32'..
A
0 NRs AT5027958-
AUTHOR; Bol"ove A,, 0; 1PIroj avp ru. k* lj!~wovp L* P*
CROs nonb
Zjt/
TITLE iEffective beat conductivity and thermal radiation capacity of gn=aame
ceramic coatinge
SCURGEs Seminer-po sharos!Lgkim po~~Iyane Leningradt 19640 2"ostoykiye
Pokrytiya weat-realstant coaunp)l trudy seminarae Leningrad# Ixd.,vo Naukap 196S
22-232-
TWIG TAGS t ceramic coatingi beat conductivityp aluminum compounds, zirconium
compounds, rapeetWo compound# titanium compounds steels ceramic coatings, thermal.
radiation~ St-.3 steel
ABSTRACTs A study was made of the effective heat conductivity and integral
thermal rahation of Al C~j ZrC~s A3L20)*MgOp TiC~j and ZrSLO4 coatings applied
on plato and oylindrio:f steel St. 3saiples by ga -name sprdyinge *'Me thickneso)
taken'an an average of 15-20 measurements made in various parts of the sampleso
was determined for coatiniM consisting of m A12N, 0. 07 mm Zr~v 0*65 mm

:D, 28463-66
ADO NRs AT5027958
ZjrSIO 0o55 mm TIC~v Oe55 mm Al Oj'*MgO and 0*55 ra Cr Ojnp respectively. The
effective hPat colacluetivit f.tie coagnga- was measurei a vacuum of l(r? = Bg
Ito
and In an Ar atmosphere-(thif heat conductivity of Ar is similea- tothat of air)
at 300-9DDO and at a pressure of IOD and 300 mm Hg. The values of the heat
conductivity coefficient ()~) wets plotted in the graphs in A va temperature
coordinates'. The values obtalned for ?, werapon the averages 5-10 times smoaler
than those obtained for the asm materials tested in the form of massive samples
having a porosity of 20-30%, This was caused by the coating structure which
formed under ppecific conditions of the gas-flame methodt the layer of sprayed
particles.a~ no", a homogeneous ones but consisted of.irregularly superimposed
particles containing numerous pores* A sharp decrease In effective beat conductiv
ity was observed under decreased pressure because of the greater effect of the
pores, The radiation beat exchange was predominant in the gas-flame.oxide
coatings at moderately high temperaturel( - 1000G), Because the thermal contact
resistances between the individual grains*of the coating controlled the total
beat tranater, the values of a~speaiflo thermal conductivity of the gmins
which was different in various materialss had ltttle effect on the thermal conduct
ivity of the eamplese We use indicated by the fact that the curves of conduct&r--~-
Ity obangeo,plotted fron c9atio'go nado of A1203, Zr(~v A-12(~&MgOp TLO~pand
Card 2/3,

SUBJECTt USSR/Luminescence
AUTHORSt Boganov A.G. and Khomutetskaya R.A.
TITLEs Additional Data on the
SrTiO3 (Dopolnitelinyyo
PbTiO SrTiO
. . 3 - 3
48-3-21/26
System of Solid Solutions PbTiO 3
avedeniya o sisteme tvardykh rastvorov
PERIODIGALt Izvestiya Akademii Nauk SSSR, Soriya fizich*skayaq 1957,Vol 21t
#3* pp 433-438 (USSR)
ABSTRACTs The system of solid solutions of forroolectrics PbTiO SrTiO
3 3
was investigated in respect to the temperature-dependence of
the following proportiest dielectric permittivity, tg(F1
coefficient of linear dilatation, piesonodulus, and also dieleo-
trio hysteresis loops and values of full polarization and co-
ercive force.
The measurements of dielectric permittivity E and tangent of
the angle of electric losses tg~rwere carried out in a special
vacuum installation at a frequency of 5 kilocycles/s. It was
found out that compounds containing 65, 70 and 80 % IDS SrTio 3
Card th have very high values of E , of the order of 20 x 10 .

48-3-21/26
TITLEs Additional Data on the System of Solid Solutions PbTiO 3 -
SrTiO3 (Dopoinitelinyys ovedeniya o sisteme tverdykh rastvorov
PbTiO 3 'SrTiO3)
The curves tgF(t) show a characteristic increase of losses
before the Curio point.
Measurements of the relative dilatation of samples were carried
out with a mechano-optioal dilatometer with the value of its
constant equal to 4,600. All samples showed positive spontans-
ous electrostriction, increasing with the increase of lead
titanate content. The value of linear dilatation coefficient
for the tetragonal region d9orsaaes w4th increase of lead
titanate content from 9xlO-1 to lxlO- and is confined in the
limits from 7 x 10-6 to I x 10-6 for the cubic region.
The rigidity of ferroelectricity rises with the increase of
PbTiO concentration in solid solutions. The curve of the full
polarization has a distinctly defined maximum whioh corresponds
to comgounds with 70 % to SrT '03- Its value is equal to
12X10- CGSU.
The value of piezomodulus decreases from lxlO-6 to 0.5xlO-6
Card 2/f CGSU with the increase of the PbTiO 3 content.

TITLIt Additional Data on the
SrTiO3 (Dopolnitellnyye
PbTiO 3 -SrTiO 3)
48-3-21/26
System of Solid Solutions PbTiO 3 -
evedeniya o sistem* tyerdykh rastvorov
The compounds containing 60 to 70 ~ of SrTiO 3 and possessing
high values of dielectric permittivity may be of a consider-
able interest for application as sensitive elements of radio-
meterio indicators in servoneohanieza based on the infra-red
techniques. The sensitivity of a sample with 60 to 70 % of
SrTiO3 can attain 10-10 to 5x10-10 w.
Advantages of the proposed radiometric indicators will bet
1. High senzitivity, 11 12
2. High specific resistance (10 to 10 ohm.cm) and very
low losses at high frequencies;
3- Simplioity and reliability of the synthesis of the
sensitive element material.
The article contains 7 figures and 1 table. The bibliography
lists 6 referenceag of which 3 are Slavic (Russian).
Card

48-3-21/26
TITLE: Additional Data on the System of Solid Solutions PbTiO 3 -
SrTiO3 (Dopoinit#llnyyo evedeniya o sisteme tverdykh rastvorov
PbTiO 3 - SrTiO 3)
INSTITUTION't Institute for Chemistry of Silicates of the USSR Academy of
Sciences
PRESENTED BYt
SUBMITTED% So date indicated
AVAILABLEt Lt the Library of Congress.
card */f

il: A -(7 F~~-T p T T'7rTiY,
s-, t
ng ba!at c n c,-' u c,v
ABSTRAC-'-. An inveF:tigation has 'teen -Ande o7 the ef fecjt4 ve tf-at Crnd,lct i vi t and
total etnissivit- of several refract!,)ry oxide coatings ',,,I
bx i de t &bt 1-;' zed -,4,r-~ on I i= rixidc- , 7A 1rcor, titanium
and -hnimium oxide verv flaine 9-P7 01) Stee!
w C q,.-e r P'R e
Card A 2

A
~R m AP 647
dividuaL particles of the coat�mg- ThiB, and the lov hent,
~dayer in the coating porea, are the two main caucE.F
i vi ty -The tctal hent emlssivity vas measured on coatinrE
6 q t h i c~ i 8 t ut 1 n I eti 5 t e v I cy I i nd e rr-;n!
a (if, at e-!1 -r- rat "l-r
tll cxldt hTLS the highest and chromIun oY.L'd--
11-t. h~.s flFures and I table.
+ -
conduct '-,r!4-y o uie g"
0.1-1 rnm tbi,,--k ,f 1
T. 11 r. ;z
411h-,~-Chnviiletffof Silicates,
'V 2

1ACC1-*5S1JM4
NR: AP5007561
WTHOR:
TITIX.
S/0020/65/160/00511065/1069-.-
S.; Makarov, L. P.
110ganov, A. G.; Lu~e~o$
X-ray diffraction study of zirconlur. dioxide and hafniui,-) dioxide at tem-
up to 275000
'SOURCE*
TOPIC TA
ftaction
M SSSR. Doklady, v,-160, no, St 1965, 1065-ID68
17
0: zirccnium AAox1de strilcture. hafnium dioxide structure, x ray dif-
analysis, polymorTihism
1ABSTRACT: X-ray diffraction studbma of the polymorphism of Zr02 and HfO2 were made'!
!by using a high-temperature x-ray camera which tbe authors designed and which was
imotmted on a URS-50-IM ionization diffractometer. During heatir.g of anhydrous
ZrO2, a reversible monoc-linic * tetragonall polymo-rThic transformation %4as observpd
$-,TI the 1100-12COOC range. Subsequent beating to about 23000 vevealed a second,
I
'Itetragoar~A -_o- cubic transformation. The stabilized high-temperature cubicforn- of
'ZrOz at ~'3300 has a fluorite-type lattice witb parameter a= 5.2561 0.003 A. ~n
I the
icase of HfO2, the pr--sence of a revemible monoclinic * tetragonal polymorphic
trans r-orT)atlon was established at 1900-20000. A sceond transformation. similar to
Card 1/2

r7- - - - - - - -
L
46- 8,1~~
44
ACCESSM- HR: APS007561'
the tetragonal, :t ccubic trans fo t34. on, of ii,02 could be recorded only at very high
te7iperatures Lose to the M-1ting Point of Hf02 (the melting point was estimated to
be 2700-77500 from the power dissipated in the sample by the electron be--n used to
produce these high temperatures). Tbis transfornation is also revarsible in Hf02-
jTbe lattice- parawster of Vic vubito, =41fication at 27S01 lz-, ,,5.300 t 0.010 A, it
'is concludp-d that f0`-- Pure ZX'02 aid V.1fiD.,, the following crystalllnc~ modifications
lare stable: mo-noclinic from room teriperature to 11500 for Z-~02 and 19500 FOr Hf02;
!tetragoral from 1150 and 19500 to 2300 and 27000 respectively, and facc-center~--d
Icubic ftom 2300 for ZrO2 and 2700 for HfO2 up to the inalting points. OrIg. art,
has: 3 figures and I table,
ASSOCIATI0144 Institut kbinik zlilk~tov it. -I., V 4-brebenshchikova Akademii nauk
I
SSSR (Institute of Silicate 6~=,strzt Academy OF Sciences SSSR)
ENCL: 00 SUB CODE - IC
!SUBMITTED: 08ALgE54
iNO REF SOV: 004 OTHER: 002
C-,d 2 L2

L iwia~6 E-VII/E-1-i~( -- I
It) 7~
Ji(~Wu,=60 0i~-am
Fr-4/Ps-47pu-4 IJP(c)o JD/7,7%X1,
Acassni; N-R: Amioi6o
UR/oo2o/65/ift/002/0332/0335
AUV.OR: Boganov, A. G.; Makarov L. P.; Rudenkol V.-
TITLE. X-ray cELmern to operate at temperatures up to 25000 for diffractometera
with io. zation registration
souRCE.. Av SsSR. Dolkjady,' v. 341', no. 2, 1965~ 332-335
TOPIC ThGSi X rm_~~arqer ray diffTaction -4 h!.Sb te:*erature reaearch
ABSTRACT: The axticle describes a ldgb tempereture vacuum x-ray camera, develcped
and constructed by the autbors at Institut khimii silikatov AN SSSR (Institute of
Chemist.-I of Silicates, AN SSSR). .,he camera wqd Its vacuum system are shown in
Figs. I and 2 of the Enclo"re. The camera is Intended to operate at high temper-
atures, using a tungsten x-adiation lsheatter. for temperatures up to 2000" and electron
bomb&renent fox higber temperatvrea. At =wdmm temTerature the anode voltage in
usually wA more than 3-5--4 W, and the emission current is una.Uer than 10W --k.
The camera and'its cperation arc described in detail, It was used for high ter.-
perature researcb on bigb neltliig point oxides" f grow M and elements. Zrp-

I Cam 2/4 . i

E
_6 (C )/Efit/f/f.0ft )/EVVP' b)/Di A
ACCEMOIN NF.: AP5010580 30/JG UP./0020/65/161/003/0690/059-3
i AUTHOR: Bogano,~~,. t Velf
'-'77TL-E- Natifft of the lrr&enjible. polymorphic transformations of rare earth oxides
SOURM AN 8SS%_ Duklalyp*.y$ 161, no..3, 1965, 590-593
TOPIC TAGS.-'rare earth oidde oildo-polpfi6xWe transformation, oxide crystal
structume, x-ray dIffraction, Mgb temperature transition, sesquioxide reduction
ABSTRACT- To determine th6 existence of blegh-temperature Polymorphic transforina-
tions in the oxides of Pr, Nd, Sm, Gd, Tb, and Dy, the authors c&rried out x-ray dij'L-
fraction studies with a spec, al vacuum x-ray camera at 2200-2300C. In addition, the
weight loss in the region of the transition point was measured, the influence of the gas
medium (oxidizing, reducing, vacuum) and its pressure on the transition temperitture was
studled, and che-falmd annlysis for "excess" oxygen (above the sesquioxide ratio 2:3) was
Derformed lodornetrically. The temperature of the C -~ A transition for Pr2O.3 varies
between 700 and 1350C as a function of the medium and In k9uch a way that the structural
chanze for ".,npositlons of thin oxide which are close to the sesquioxide value is directly
th the thv=106SORI~d 1 ~jEU t 10 Ws. Iba-w =- -Vhaage -ia
a
0 co transformation in Pr2O3 icarmot- id6re
th :In thib oenso 1h 0 A

mocimom Tnatitut khtmin allikatov im. 1. V. Grebonshchiliova Akademil nmk MUR

i54" T:~ m, ZWP~~t_/
r 4
ACCESSION- IIR NP501_1)7715-'~ IJT;,/, 15 "000/007 /1131/11
5 Ii 9. 3,
AUTH OR: Glu ikova, V, 3. Boganov,~ A, 0-
Polyiriorrffiism- of rave".'earti qi-,
SOURCE - R 1 MR. lVestlya., 5eriya: Rhim1~61eOyiI, no, 7, 19U,51 1.1,31-1138
eartn qx4je,
TOPIC TAGS rare
The polymorp isn, of.rare.4~arth -ses^ *d- s studied in the folio
IABSTRACT; h quIoXI ("s 14a wing
three aspec ts. ~1) effect- of, conditions- of preparation of the oxides On --their Phass
I%tate and determinati6n of -the lowest 'temperatures at which the pure oxides C-911 be
d (2)-- study of. the--presence of revel-sible po - -Phid
_~Lous. ~~POMVPUTI PA lymor
------ - ---
e-GaG QU'- to" fi~~vernlble ors~lowr ol~morphlc

.7
L 64.18.5-6.5
ACCESSION NR: APS019775
_lts or the hydroxide while heating
oxide cannot be obtained by dec6mpo ing oxygen sa
I t6 The C form of neodymium oxide was obtained
In air at pressure f rm, 760, mm 11g.
by decomposing neody-mit= nitrate, carbonate, oxalate, and hydroxide. The irrevarsi-
,ble transitions C 4 A Nd203 and C --e B SM203 are aFsoclated with a consicier,-_Ible evo-
lution of gas (1.5-2 wt. %). It is postulated that the low-- temperature fornms of
oxide5 of neodymium, ramaritim, radoliniimi, and europium ave lm"t~.Stabio modific'-it icric
,whicb are thermodynamical4 stable in their temperature range of existence only be-
;caLse of the presence of foreign ions- in thp oxide lattice. Orig. art. has: 4
:ficrUreS, Lj tables.
TA Ms
GE r IM I
of Silicate Ch4mistvjs AcademV of Se-iences SSSR)
SUBMITTED: ENCLI~ SUB CODE: I
OTHER, 023
iNO REF SM 004
Ca d 2/2

L 23791u-66 EWP(e)/EWT(s) WK
ACC NR., AP6007260 UR/0363/66/002/002/0363/0375
AUTHOR:, Bogauov# A.G.!; 4udenkog V.S.; Bashninap G.L.
ORG: Institute of Silicate Chemistry.1m. I*V. Grebenshchikov.--AN SOML
(Institut khIm1I silikatov AN 85SR)
TITLE! The laws 'governing the crystallization and nature of quartz glasi
SOURCE: AN SSSR. Izvestiyas' Noorganicheskiye materIaly,v.2,no.2j1966j
363-375
', "AMU-
TOPIC TAGS: glass p &,,
roperty,:crystallization, quartz's T
V
ABSTRACT: A study was made e.,'the process of orystallizatio4 of Indus-
trial domestic quartz glassi ~"i~
I e crystalliza Ion took -pTa-ce at a temper
ature of 130oua in an air atmosphere. The heating time usually did not
exceed 10 to 15 hours. It was established that the crystallization taken
place.from the surface. Microphotos of various samples are given.
Crystallization in a vacuum not only slows down the process, but.takes
place with a holding time of 30 to 50 hours and a temperature of 130000.
Aualysis of the experimental data, as well as later foreign experimental
results, leads to the conclusion that quartz glass Is always a non-stol-
chlometric product. This faotj plus the striotly covalent nature of the
bonds explains the nature of the glassy state of silicon dioxide. Orig.
Card 1/2 UDO: 666.1:542.65

t )/!:-PI 10P(c) AT/ V f JJ )/JU
ACC NRs AP6018560 SOURCE CODE:
I
s,
WTHOR: Boganov, A. G.; Cheremisin, 1. 1.; Rudenko, V. S.
ORG: I a eMLLtMof Silicates im. 1. V. Greb`Ahchikov,_J~L%P~-d (Institut
khimii silikatov) ki I
TITLE: Development of a direct method for calculating the electrostdtic energy of
ionic lattices
3OURCE:~-Fizika'tverdogo tela, v. 8, no. 6, 3.966, 19lo-iglB
TOPIC TAGS: crystal lattice structure, ionic crystal, crystal unit cell, ion energy
kBSMCT: In view of a new interpretation offered by the authors earlier (DAN SSSR v.
161, 590, 1965) for the mechanism and nature of irreversible polymorphic transforma-
tions of oxides, they calculate here the energiewf cubic (C-PrO3, C-Pr203) and heXa-
gonal. (A-Pr203, a_A1203) lattices of such oxides,~,bsing the direct summation method
proposed by H. M. Evjen (Phys. Rev. V. 39,77-5) 1932). Inasmuch as the Yadelung con-
stants for these lattices have not been published in the past, they had to be calcu-
lated in this work. In addition to giving the different -values of the ion energies,
the authors present lattice plans and unit-cell diagrams of the crystals, and a ten-
tative scheme for the coordination environment of the oxygen ions in the A-Pr203 lat-
tice. In all cases, the sunimation method employed gave good convergence of the poten-
tial in the center of the cell (with increasing cell) and the accuracy was adequate forl
practical purposes. Orig. art. has: 6 figures, 4 formulas, and 1 table.
SUB CODE: 2D/ suBm DATE: i2jui65/ ORIG REF: 003/ Mi PMF: 007
/r4-/

BOGANOV# T.- _(g;!r..Tu*hnq-SakhiLlinsk).
W~rmii~
Rr ' 57.
up of engines in radio stations. Grazhd. av. 14 no.3rl9
(Km lovs)
(Dievel engines)
..10

BOGANOVA, A.S., kand,meda'n'auk
Antibiotics in the compound treatment of complications following
antirabies inoculations. Loch. infekts. boll. no.4:271-278 160.
(MIRA 14:5)
(RABIFZ) (ANTIBIOTICS)

KURDYUYDV, 0.1., inzh.; GHOPOROVA, R.I.; Prinimali uchastiyez AZRILYANT,
Ye.A.; kQGANSKIY, G.I,.,-. SWRNOV, L.F.; PRAVDA, A.I., LIVENTSEV, A.Y.
Design and use of vibration-proof foundations for forging
hammers. (Nauch. trudy) ENIKMASha 11:63-77 165.
(YJRA 18:6)

AMQR, Jazoef, fomernok; BOGAR,,,_Istvan; CORBIDES, Gyorgy; HMPAY, Imre,
adjunktus; M&GYAR' 'j 9, dr.., egyetemi tanar
Silviculture and exploration in the high* Productive beech-
voods of the state forest farms in Southern Zala County. Erdo
12 no&8:352-362 Ag 163.
1. Delzalai Allami Rrdogasdasag, Nagykardsea-(for Andor).
2. Orazagos Erdeszeti Fol,&azgatoeag mussaki fej1eszt9si oezt&lya
epitesi c,9oj>6rtjanak ve"toje, (for"'Dogar). 3. F-rdeazati es
Faipari, Tervezo Iroda erdofeltarasi osztalyanak vezetoje (for
Cornides), 4. Erdeszeti es Phipari Egyetem (for Herpay).

DOGAR, j.
Pracitical application of the Feldmana-spior theory of Immbering.
p. 15 (rAIPAR) Vol. 7, No. 1, Apr., 1957
SO: 1.$Dnthly Index of East European Acessions (AEEI) Vol. 6, No. 11 November 1957

BOGARIV J.
Ifeasuring timber varieties in forests, P*2., p, 218.
AZ ERDO, Budapest, Hungary. Vol- 7, no. 6, June 1958*
monthly List of East European Ac-essions (EEAI)p LC. Vol. 8, No. 9, September 1959
Uncle

BOGAIR. Jozeef
On the now budgeting experiences of the Baranya County- CouncJ3. of
Trade imione. Munka 11 no.9:7-8 S 161.
1. Szakozervezetak Baranya megyaj Tanaesa vezeto titkara.
(Hungary-Trade unions)
(Hungary-Budget)

BOGAR, Jozeef
Thus we startedt t4e solution of the new tasks of the Trade-Union
County Cormails, M~tft .10 no.I.,8 Ja 160,
1. Szakszervezetek Baranya megyei Tanaesanak e1noke.

BOGAWAs N.
We are creating a school state fam. Prof.-takh. obcr. 19
no.5:10 My 162, (MIRA 15:5)
1. Direktor Temirskogo uchilishoha makhanizatsii sellskogo
khozyaystva No.6...Aktyubinskaya oblast'.
(Agriculture-4tudy and teaching)
19

BOGARkDA, N.,- USPENSKIY, B.
- - ------------------------
On a large school farm. Prof.-tekh. Or. 19 no.9 16-18 S ~162.
(MIM 1) -. ZJ)
(Agriculture-Study and teaching)

W
64
0
81
I -) is R it At IV a a
It III" 11 111 M~' 9 Al it a AV 4) 6) a
I Aj M cc
-a- A
FATRICTIC)- OF ThT. CPLCIUM ALLMINATE 51A S OBTAINED FRCI~~ BLAST
MUFNACS 15ER-`TING '14TH BAUXITE, Eo BgSiaoi.. (Aluminium, 100
-
vol. 2, Sopt., pp 222-223.- Supplement
To banyozzati es Fohrazati
09 n L!pok, 1950, vol. 5. S-pt). In Hunrvrinn. The author describes
*0 a; his experimonta on the oxtruction tir P.120% from the otilclum alumitiv-to
slags which form v by product in the pro4ation of pig Iron from
bousito ores in a small Hungarien blast rurnace.-E.G.

A%*-%L& NITAtCUKOKAIL L1111RAIM CLAIU~IICATWM
4$1'
U,
t*t
to 9
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.00
410 0
COO
woo
see
be*
use
j too
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T i T, u -1, i 7% i T i To i
4-A-4-A I a I - L, v _1 JMU a MA
jw"jak,0111
ALUMIN"M Vol. 11. 1950
No. 9, Sept.
h.,tom.g. Ill.- 1-.0-me alum ... A. 'L.g
SITALLUROK&L LITMOURE CLASSOPKAT800i
L2=1 -11,
Selaw .10 441 list saiiii
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2.: Pptcisc cittermil" iilon of small- q6andtles OP
Ward In air for Atter.1pin tht.-PO%sible,
acarbouallpflon due to the appillflon of the:
ProM$ CO, tollyal W9
fWal4w jigyMn lr~rl- , I . -
Id X., 1!214rdf. (lbs"
Ynt.
P;' 1434-14o. 3;.PP-' 730-
1q
In tb6.ko"tse of Investigaling the alr-raixilig p`i4ecAl
In -M?4tnln* rifalftts Ofv.flanja6 test$ Qn 'thr
JkAalble 4mbonatWOOn of alkill, doe'to mr ralibilt have
C rho CO, quantitylabsoilleo In-the alkali.
.,A A. =ZZ ,fro" Aha, diff"enct, of' the -quantity ni
c io.1ned Ini Ibi ll#~ bubbled ~ 1hrough.the Akali -with,
roll.,A Of A. Alkhty sc~arafvlanrl mrniftive prmg~ml. Aplitax
i r we're taltelf strat" ttie $641(c pipe ~ of tile-,
t *qir A - I . , -
tft i~ designtEl"Innnel-1111aped: I I . I -
till . -Tha r0. conttnt'of the ;%It was meas-
br- attealioffist's basium JYdi~jlde -mothod. The
arn k uatus *aA deo4gned to+ this 1.11 purpme
~ T_ m1t,
dVFi1m...?,rjb' o Ilar of jinthipf mg/1 in CO. coldent
the mem
Tenits0l, I mire::
Ao%\td Ualt the 'air' I I
he compressotil.
.90 mt ,z
c(nithified 6.80 fi) i bf cOf Whi , 4he (7.0, cpqttnt,
'Iffic a r-lift 14pe whs'6.25 tol-
lik"ily -tile :f*cs.1w. tity ofthe'
"N4304011 COO I
a bould. be compelail froip t5e llphtily
114mad =Iwil
itif ~ aft,, 'a teAM wevi -CM000 in. 72,1~! high Illixer

own
fit IF,
-,Irii 4-ilid
N.&M. 0i'v1stisvili Vol"
($7) 195:1i I
Ilk, it not, trNpurimit tivrvkl ;III
l1welilk-e forAht- expoi imi-ni s . 'rhe solol i,,v of
rloki r achnixed evall- Ilsvil
I Ulm, to lite tul
11, lite -iii)(1 kvill'al. 11' bitiling IvInjivial im.- ~vas
n
oi
AWIIly~ sIIff;dqk1)y CHN-tive Ili .1111
'it t
ni illw, it s of
jt~ 1% COSWIRAV4i tit KVI'JI-sq \yiltll ritull.-
pj.i,parv(l 16nder diffelvill ril't 11111011IM'S
it, tit,! I'millof"111-yy wo gkvll 110mv. TO, alitaill lit,
vil'i
lit tile filitir solliliolt othlvil lit t
~Jjlj"Jltl
red mud-alwi
V 11:13W~J)~OLTSS, 11W.411IT'l ill lilt'
A. by I 'A
116(livit Uour Ilmst Ili pre'scol ill l1w [orIll tit diNsolveLl
Dik- to lilt; ulfccl of thill .01,116 fillil
Sit
A whi vIt -tilt', IIIIIII'A"i"J"

T

kdli~N(F Tid F 71 7.
fivili [licit latimi ii
11'ea(ty, di.-atilpears Itz wiiter enat'aining, I (it Ni t .0
_
tivr1iin, rifta Wiling for 8 Sibirrs. to of-111111

111ittl tvAI1nkcr1L-u`--_-
C 01)(illillill MCCI 1~'jjlt_ lilt! 11tittil
liblir 1v 1he:pn,pamjIop'_,iv6 1 11 lile taltillittil tit tilt,
t --m
finite
to livoill vVC11111111 divollilloslilon It 13 ntivimillit, 111"It
a fn~sh floar Solkilioll. 1w preptleed twely 8 Ijultr's
lilt,
rk
and it)
p
'
(
Y. the 11011f sallifial
l of
whe lilt full
pvr uO boiled fur it shm 1,
liple, haer it Is suffidont. to kep, iiii-, solillim) tit
(3) 111 prellaring tile flour soltill
on spopial
vat's imist lie takvic to wo porit wdt - ill.
wolvi wml 6
ln'
11 o ordinary alowi
1 M
n, O
it I Nimt
a
r
N
N
e
o
w tc
I
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l
p.
4~" ~
16,
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i;oji
e1)
o
1v
01
ms I% t
ctrinivititil -(AV,(- ull
' hillak
~
;
I
1,11)v 01VONvilviis of
tile flour soluflori
Thc t(II
l1
'
,
,
N xnt. of [lick I&
111,0 coil, .~tvr for Alw -mllul ;w%
All"11111 not A-xvired 0.2 p,r Ifier

No

B'OGARDI , E. Reanarch on tll,-, rfoducti -,ii o'k batudta frov; ~'t-tLxm:i-aation
of a balmeed i,.~olemdvr rat-ioil. I.: . 2, (-t~ .10 j- P.. I
Wzj--v,r Fa.-~,--aiviti ca hollazzPti e3ulet) Fuc- a post
Wi' I Y
Vol. ~,*, no. 9, 3ept. 1954.
SOURCE: East European Accessions List (MAL) LC' Vol. r, No. June, 1956.

;1 77.1-
J.,
t4pjz"P, 17:-7~jfk4);
lozl f
Of -7
till, 1~
ri
nt~te Yu. CmICII ~)V'uid
'N"t; hltt~ 1Z 15 S-Of-I-CiEnt t" k~-12 0;I
Nve;l wittr rv~ten(j 13! tjj~ I.;
the alU7LU C~ntvnt J U-%:
flucnc~. on f-ic effectivenc"6 o? the ~"Xjr I-,
'N-.170 C-iuii~v. C1 Ite 1jsr'3 for t'he 5)-ouk
cerd 0.2 g./1
RY

IIUNGARY/Anal,,,,sio of Inorl~mcnic 10jubotancco G-2
Ab:3 Jour: Rcl' Zhur--Klaii-.iJ.ya, Ilo 6, 11-57, 1~660
solvit'lion A, it i3 dilvtcd to about 50 ril,. 0.02 n.
IC'b'04 ~~rc added drop bly dim (-.-IntJ-l slir~~Itly
- I nI of 10,.' K3CN crc
rosc colorcation r .9
addcd, ~Il is dili.itcd to 100 ul cnd photonctcred
u ~.. i - ion o-
i'll f 1tcr S 50, For the dctcrri-Imat I
w
POO~j, solution of 1111),011 (1:1) is ~iddcd dro,) by
drop to 2r.- i2l of' the solution A until Al (011)o is
dissolvcd, tolic soliitlon l-,3 ncutr.~ilizcd w-- th lul OH
1:3 or Il,,c ''01 1:-J-1 (whJlc cooling) usin-,, None-0,
ml of rJoi,rbaciluti rc,,iC.,,;nt und watcr -rc zaddcd, thc
volumic Jo bro-o-lat iv,) to 100 i.,,1 with fD drops o'L
thc h~~drochlorlc solution of 5nCl,, cmd 10 min.
lo-tcr it- J.s ~'hotoiictcrcd. CLilibrEtion curvcs crc
uscd for computations. For thc dctcr,"Aination of
Ccrd 2/5 - l'! 0 -

1,UNGARY/Anal,,,,s.`Ls of Inor-nnic Substuonccs G -
0
.("tb"j Jour: Rcf Zhur-Irthiniya, No 6, lq~Y, 19660
of I arc dIssol,;e(I whilc lir.,,'-cd in 20
TIO -,, ~) -
r,l Of MON (1:3) with the addition of FC-olum,
t;ll is 'L)oi.lcd with 3 n1 o" T,;" 11,0.- un'-j.l the brown
coloration disappcora, filtcrcd-."nd vochcd with
hot 11,7tcr. VO 5 is dcterm-'ncd- in the filtrctc
The )rccipit,~tc ic dissolvcd in GO ml of hot -.,jj
Mi., 1 ril of conacntratcd H POI! ~nd 5 n1 of
C~ dilLcd J-o 100 i--il and
IInO, arc adJcd, all in L.
10 iffn. lntcr ILt is photometucrcd with a filtcr
C, I!,)
j -, 2.5 G of Cluminum oxide arc fuscd ivith 3) C
of II-.-,CO, rii.,,cd with TL,B,,O-. (1:0.35) at 1000 to
11000' 1.;) is dissolvcC ln-'L~out 100 ml Of Watcr
iThilc bcinc hcatc(:, 217 r" 0.1 1f-- addcd,
-'304 (1:1) z;rc
all is fil'Icrcd., vosi,.cd with h6t vatcr, the
C,:rd 315, - lla -

irmay/Analysis of Inorganic Substanccs G-2
Abs Jour: Rr,.f Zhur-Ehiriiya, No 6, 195-7, 1P610
filtrctc is,diluted to 200 ril (solution B).
FC-10 la dctcrni.ncd In 0 P.1 ol' thc solution B,
and k05 is detcmincd in 20 ril of th~.'U solu-
tion, Z70 ra of t%c solution B crc -Liltcrcd zd-
ding, 1 ril of concontmtcd if 3 PO, -nd 5 ml of 3/':';
HoO,-3 siiaultancously, c.11 is waghcd and dilutcd
t6 100 ral, and 10 min latcr it is -,.)Iiotorictcrcd
with filtcrs z 113 and S 53. The TiO2 contcnt
(in 0.0934UD~j'q - 0.1011;D~ If D <
.~_> O.r
0.500, V20r~.) . 06_~ if D ~083 V?05"0
0.0 5fD5- *- .9n
0 if vic V20' conto
boncontra'-cd H61 and 1:11
< 0. 010"' 14 bl ol Q
of 0.2 n. diplicn,.Y.I.-xiinc solution arc zdded to
10:0 T11 of the solution B, c.11 is licatcd to 500,
Card 4/5 - 1) ~ '12 -

BOGMI p L
Determination of losses caused by SiO in the exploitation of bauxite by the
,Aye~r process* P. 38. KOWZATI LAR, (Magyar Banyaszatt es Kohaszati Egyesulet)
Budapest. Vol. 10v no. 19 Jan. 1955.
SOURCEt East European Accessions List (EEAL), Library of Congress
Vol. 51 no. 6. June 1956

Hprwy/chenical Technology - Chemical Products and Their
Application, Part 2. - Elements, Oxides, Mineral
Acids, Bases, Salts. - Other Elements, Oxides,
Mineral Acids, Bases, Salts.
Abs Jour : Ref Zhur - Khimiya, No 7, 1958, 21995
H-8d
Author : Endre Bogmrdi.
Inst : -_
Title : Research with a View to Determine the Temperatures Necessa-
ry for the Disintegration of Halimbai Bauxites, in Particu-
lar to Find the Optimun Treatment Regime for the So-Called
"Difficultly Disintegrating" Hungarian Bauxites.
Orig Pub : Kohasz. lapok, 1956, 111, No 5, 225-232
Abstract ; A progressive decline of the decomposability of Halimbai
ba=ites, as well as of other Hungarian bauxites (e.g. of
NUrad bauxites) has been observed since recently., In view
of the above, an investigation was started in order to de-
termine the optimum temperatures of the autoclave process
Card 1/p

BOGIRDT, E.
Solubility and precipitation of the silica content of bauxite In caustic
solutions. P. 485.
KOHASZATI LAPrK. Budapest, Hungary Vol. 14, no. 11, Nov. lq59.
I
Monthly List of East &wopean Accessions tEAT)p V4'v Vol. &%)Lx%j*xfftTAm")*.XX
Uncl. 9, no. 2,,Feb. 1960

BDIZARDT, E.
On testing the basic solubility of some accessory constitiltents nf bRi1xites.
P. 488.
KOHASZATI LAM Budapest, Hungar7. Vol. 14, no. 11, Nov. 1950.
Monthly List of East European Accessions (FRAT), LC, Vol ft ' - ' cc N Wft
Uncl. (90 no. 2, Feb. 1Q60)

BOGARDI, Endre
Accurate determination of CO from the air in order to do-
2
termine the possible caustic soda formation. Koh lap 9
no. 3: 130-132 Mr 154.

_POGARD , E 0
- - 'I __--n a.,
Data on the technology of the alumina factory mealy red mud
sedimentation-improvement. Koh lap 9 no. 4: 172-177 Ap '54.

BOGARDI, Endre
Analysis of alumina hydrate and alumina by the Pulfrich photo-
meter. Koh lap 9 no. 11: 517-520 N 154.

DOGARDI Endre-
Certain problems relating to cauatification technology of
alumina factory red mud, Koh lap 12 no. 4/5 194-199 Ap-My 15?.

BOGARDIP Istvan
Rapid method for determining seepage factore. Vlzugyi kozl no*2;
232-236 163,

_~99ARDI,, Istvan., okleveles mernok, tudomanyoB munkataraj PERMI, Karo:~y,,
okleveles merxxok,, tudomanyon winkatars .11
Uoing plastic boas in irrigation. Vizugyi kozl no.444.17-4-40 163.
1. Solentifto Researob Institute of Water Resources Development,
Budapent.
k

IBOGARDI, Istvan, okIeveleO ernoks, tuciomanyos munkatars
-4 -------- - - I-
som data on vator distribution in sprinkler irrigation. Vizugyi
kozI no.42506-510 163.
1. Scientific Research Institute of Water Revourcee DeTelopmeev,
Budapest.

BOGAROI, 1,31.vvi
Some c!7i%.raatcrJstdc: types of bydraulic numpei otonge. Vi-wyi, kl7,"L
no.2:33(,341 164.

BOGARDI, Istvan, mernokV tudomanyos munkatars
r~ -
H
Y a lixamination of pipelines equipped with equi-
distantly placed water discharge nozzles. VLzugyi kozi
no.3t432-443 164.
1. Scientific Research Institute of Water Resources
Development, Budapest,

BOGARDI, Istvan
fqdvaulio problem relating to the irrigation using plastio
hoses, Hidrologiai kazlony 44 no.111-8 U264.
1, Viogazdalkodasi Tudomenyos Kutato Intezet,, Mapent.

BOGARDI, Istvan, mrnok-doktor
Friction i;-Ilsea in plastic hoses with allowance Ar flattenIng.
Hidrologlai. koz1vny 4J. no.l2s562-%S D 164.
1. Scientific Research Institute of i4ater qesources Development,
Budapest.

141111101tv, tit exillillultill vitrialifilt,
i6
l
~ kvi%i 6
d
i
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s
-
r
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a
n
111ir GrIS3
sit jlrol
o
111 1111fullitrion
.
'Ard', (Avla 'Ivelmien

IM-27.5. fig.,
3.- 1,
~virvel tit favllsn~ 1111,111olcing 1) p
i!Ivr 16T .01,1
Wit (111211110111"w thila "In, Ilill vurv flolicit-I)t
Volldlicted tor the purimm- ill
14,1voilblino llik.~ .11rialloill lit A% Ilp Its

nevoi tlingt tit I ime were, (Avii hilo vollsid-

lgjvitq~i rokillb. proved Ilml the groiciall-
c I Is (10 Is.-
*
( iolk dqlvi%d lit) *%Wl
Watvr 100 doeg %lit
oll Imalitill. lit Ilvalill", ~11111 %,.it I
-lifnifions lit ro-ju-ct, I I Cilit, awl
hic-anilt'l ate ilvall N ,
1111in'. (it Ulm!

.ol-IncvIllill
tnr~- varvi wordi.0 rn 1.

11011 I~ t1cri
in ktpoo lw'~ fillet ol tino ill I lie grolind-
%vn!cr level. tI)V vollillit, of.willer rumillig (41 tile
-t~.
ground surriit

-ief It II It#; to-I if A
i
ldo 11 monot of lirt?Ojill.
11111st he flilobrished Junt-corlimict. Willi tile limpor-
4firictits Tht- referring
tion of lite runnif
l'
linve proveo Ilint remills lit llflq field toolfille achieve
l
only 1A, takim, lite actiml rimoff rilt-AMC It'll IS into
nV I- ['lrio"' )e
and perviolisile.,is or tilt- soil, the flept It fit I lit- grokilld

water 11016ttl the-sot s Onr
H I e. Or. lite 160 st
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lit"
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IeWI detwirid largdy upoil-Ille-Arpill.
of lite ground ~Oter tienfaill- tilt- -wit ~"llrlllrtl w, well
m lipoll tile CoMlcivnt Of-the Tier vIo lisli M." ill (lie 1
soll.The remill 4 or tilt, jime,ugatimmigoity im ii,31ol'.
In (lie 111oldlig-111) of I-1-svill-ch in
in toration nild

AnDT, MS.
Bogardi, Janos, Korrelacioczaritue os alkulm4zaaa a b1drologia-,.un. Sudupe a t ,
akudemlai riado, 1952. 254 p, (Tho calculation o," cor alation and Its up-
plication to h,,,tlrolcgy)
SO: Monthly list of European Accessions, LC, Vol. 3, No. 1. Jzm- 1954, Uncl.

pr6b*Wt .* vtroal-.- inaitiviltyll

ta

33- 9933-1"Os It--121 PP- 434-4-21, z lip., tabs,)
The imcast of gmuntl ivnter lcvrb shotihi he 4-1cu
Tated by Yntan vaittex For t", reastm in tortca~ting the
inaximum vemal ground water levrb the pp3bable value
of the maxL-num mean water level is tie-ermined Thc
anticipated ma-imum versial inranthly tnean wateT ievel
YO ) can be forecast on the basis of the nunimurn r"onthiv
mrall W4tCT !CVL:l Of the 1111CMfing AntUMD (Xj). ti~b total
minfall of 0--tober. Novtnibe% March J X,,), tht vital Tnin
fall of Dccember, January, February ( X,), anti the mean
value of The of the average Iemjxr?t un-s of Pecernber.
January. February JX4). Thz carrelatium wera eilabli%hed
by ihe multiple brieur wethod. The Ri.-nerll form of the
re--3-ing the relation Is Y 0 v a + b, X, f
Tuation ex
,
b
X
~

,
3 + The Coeffici-rits a, 6,, b b
x + ba.
j
im wrl) as the factors of partial and total cwreljt10n3nQ
the total hypothetical dope-miun hFivo beti) titterniinLA
for 28 grownd w
aw wells situated in the Great Htin.
c
i3
PlAin
Th
al
t
t
d f
d
ovi
n
.
u
an
uie
verri
twounimi
e Ax
gat

0
in nthly mean wiiker levels of the iS wellA wr iq3j are in
1 cDriforraitythim provinif the reliability of the correla-
111
Lions used in forecaning.

WO MW

A-
VUAOT -Ir;~ YX $954, t40.
ttitb)
4 figs
.,
endo -.11atter *as fintOM31MAU 1871`1
Sv5p
'
~;
it the Budapm mcb
of the DoubJ rlver~ but,t~v.
~
-

rtematic 19osvirements of, if only a!,
6rted
'
l
Of
quantity OkBus*ded matter'and
of the bed loiLdf
-the lm
And' -cstigau n Of the bed materlal.~BeCause of th8~

.,j -W 10 ,
shortomings of k4e~ be4 lead traps data on sq.
mi de
:r-jwvcm,oj rt.jt,be cc sl red only us a,beg niuag 4nd~~
4he,,-
4 b mults, ximatt; At every.
~Lrans
orked grumd
I
Is *
I
hed
i S
e
O Un
-A w& te
,
PLMP
p
g
-
Inater4l &,ltnpk4 are taken from the 'bel, - Besides m
"
urrm~nt of the wmir stage, V00city, Is ~ AW measilred." 1
In tli4 copme of thwmluafion~ of the resultUf fal!a~Li'eA,
~
-di
th
h
mt
i
~
W

s-
_.
at- wa
.
er
ht
M
arge,
e ~Trea C Centre Dn
Char.
Itteriatie Ot the entire cro" pvc-li ;-"d thr'-Suq.~
;I)Zndrd '
it t and bed Ioad 4r~,iv,
~
B
b of the tedlmtnt and Wd m1tatwi wvplcg, '

4% in maay.taso they lkm-,iut a-' a

A7
:AM
E -w

'
ic
T
j~
d Md
~

ow t
On- IrM m cotAbi
AM
Thr
S,
s
-13 - Coll
His Institute- fai Via"
OV,
~m on VIM livem 3
statlotn; Besides thvt Danubs and the tivert OW,
Tim

Mr conditirms of aldiment mn5pirtation alttad ~.bo~

_-UwIRDII. J.
Claims in the field of scientific research; also, renarks b.,-, D. 1hrig and
others. p. 517. KOZLaWNYE:I. Wdapest. Vol. 14, No. ~, 1954
SOURCE: East European Accessions List. .(EFAL) Library of Congress
Vol. 5, No. 6, June 1956

BOGARDI2 JANOS.
A hordaleknozgas elemelete. Budapest, Akedemiai Kiado, 1955. 547 p. (Theory of
the movement of 312t. illus.. bibl., graphs, index)
So* Eastern European Accession. Vol 5, No 4, April 1956

0" jl~,

801!M1, J., Vildaflw of bo 100d, Chameteristies along
r
with th; tutteat (in Hangs.6wil Rez, Inst, jurr Water Reso-u--rez,

Budapest, 1954 ftpon, 51-64, 195.1.
01~servstlozs La Dmnube Rlvrt show that die zixe of sih
diminiMes downstream, a4onj vith &.creaag of the
flow. RelhtloasMp bc%vaen ibt bed ivad wd mean vrlotiry im
Danube std in Tian is estsk-limbed, as Mso between the brie
load and vices discharse. S. Kolupails, USA

777= 77-

OR ~I FEN J . . .... ~1

7-7--
X1.
: ' .14- - ZLracietbilt
s vl~ ~nd i, d11) a
lin-wi. 3?
Ot
"'Ere

BOGARDI, J.
BOGARDI, J. Some characteristic relationships in the movement of floating
alluvia. p. 10.
Vol. 36, no. 1, Feb. 1956
HIDROIXIAI KOZIDNY. HYDROLOGICAL JOURNAL
GEOCRAPHY & GEOLOGY
HUNGARY
So: East Europeon Accessionog Vol. 5, No. 9, Sept. 1956

b"1*00-tht tmAjvw of
C~OM~SIICS
&745ri.i K7; --'3- 3,1

INN,

BOGARDIO J.
Hydraalie i.A .-Aty river models with movable beds and rules of sediment
movement. p. 247.
Hungary.
BESZAHDID. Budapest,/ 1957 (published 1959)
Monthly Ust of East European Accessions, (EFAI) LC, Vol. 9, No. 1, Jan. 1960
Uncl

BOGARDII J.
---------
Hydraulic similarity of river modAls: with movable bed. In English. p. 417.
ACTA TECHRICA. Budapest, Hungary. Vol, 2h, no, 3/4, 1959o
Monthly List of East European Accessions (EFAI), LC. Vol. 83 No. 9, September 1959
Uncl *

BOGARDI, Janoo., dr.
Queolt.w: of ainuarity WMA- teaft of ads"
iment transporting watercourses. Hidrologiai kazlony 43 no-3:189-
197 Je 163.
1. Vizgazdalkiaaai Tudomanyos Kutato Intezet, Budapest; a Magyar
Tudomanyos Akademia levelezo Tagja.

BOGAMp Anos, dro
Some characteristic correlations in the tranoportatiem of
suapended sIlts. Hidrologiai koz3.ony 36 no.ltlO-16 F"56

BOGMI) Janos., a muezaki tudomanyok doktora
- -- -
Some new regularities in the theory of sediment transportation.
flidrologiai kozlony 38 no-0241-252 Ag'58

BOGARDI.. Janos, dr.
"Correlations among the pracipitationp runoffp evaporation
and water supply changes in the catchment area of the
Upper Mns River* by Walter Sperlimg. Reviewed by Janos
Bogardi. Hidrologia-1 kozlony 36 no.3tl85-196 Je'56.

BOGARDI, Janos,, dr.
Determination of sediment transporting capacity of watercourses.
Hidrologlai kozlony 42 no.31273-282 Ag 162.
1. Magyar Tudownyos Akademia levelezo tagja,

BOGMIp Janos, dr.
-----------
"Sy&omechanicall by Dr.Phdre Vemeth. Reviewed by Janos Bogardi.
Hidrologiai kozlony A.4 moolt32 Jat64.

400
BOGARD
Development-.of zodel.-teste-and their role in water economy.
Muszaki kor;X'.-M'33 no.3/4155-61 164.
1. Hagyar To 'out a Akademia levelazo tagja.

ACC NRs AT6021130 WUHU6 UOUS: ILUIZ,~wlo.~lu.~ulljuulvuuluvzji~
AUTHOR: Bogardi, J*-L*--Bogardis Ya (Corresponding mDmber WA)
-.-- __,_ , ~ '* 4-
ORG:: -none
TITM': Some concepts in the study of water courses transporting sodinent"i with thO
aid of nodal experiments
SOURCE: Acadomia sciontiarum hungaricae. Acta technica, v- 50, 1963,,n-24
TOPIC TAGSt fluid dynamics, fluid property, dimension analysis, hydraulic anginooriA,,
ABS-IMM. The basic considerations in the study of waterways transporting sediments
with the aid of model oxperimnts wero discussed rainly on the basin of references
published in the literaturo, The following subjects wore covered: the acting foices
and the properties of the moving fluid, special forms of the dimensionless values
characterizing the properties of the flixid, simantion of watercourses transporting
sediments by models, dimensional analysis to deterr&no similarity criteria, and
do 3rn calculations for the model. Orig. art. has: 32 formulas. Orig. arts in
E*3 * JPJg
SUB CODE-. 08, 20 SUBM DM: 18JuI63 CRIG RD-F% 007 OTH REFs 010
Card 1/1

NILCH, Hadda; EORSI. Maria: !xAm"
The incidence of staphylococci in hospital personnel and patients,
as studied by phage-typing. Acta microb-hung. 7 n0-3:285-296 160.
1. State Institute of Hygiene, Budapest, and Paul Heim Children's
Hospital.*Budapeet.
(STAPHYLOCOCCAL IMOTIONS transm)
(BACTERIOPRAGE)
(HOSPITALS)

BOGARDI,, Mihaly., dr., gyermkorvou
General information on waales, Elet tud 16 no.22:674 28 My
163..

BODARM, A. A.
Nonlinear meson field of muclsons at rests DAL AN SM 109 no.6:
1107-1108 Ag,156. (Nam 9:11)
le Dneprop-etrovskly &osudaretveunyy univorsitst iment 300-latiYa
vossoyedineniy-A Mmaimy a Rossiypy. Predstavleno akademikom I.E.
Bogoly1maime-Ous) (Nesous)