SCIENTIFIC ABSTRACT BABACHEV, N. - BADADZHANOV, P. B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102810002-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

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rl. 7 L 1.' 1 TLf- Tr.-clnnolo,~~v ~f tho, Fxtr actif~n of' the Oil f ror.

I Khrani ~.e' na 1 vC, t ,
A.Ir, C T 11.ralytical data are for no:~e z3~,t-jls
rupe, flax) on the --~onteut ~'in ',,) of im-urizi.t!F,
shell-,, ~c-rnpl, oil, and dr.,~
,)ata are ;given on the oil yield from thu auov,~-
indicated seedt- and or. the charactfrist~-:-.-. of ~n'?
oils obtaincd. The -imourt and rypf~ of nil lcst~eS
In the processintr .~f the s eedn aril jnc!,~C~ACLI(.I, 1 1)
see r~ZhEhim, ji)5,o, ~n J~~,
N. Iap I ur.
-:4

T
"'. !,-h.
"Obstetrics at Home," Felldsher i Akusher., No. 3, 1948.
Cand. Med. Soi.

BABADAGLY, A.Kh., dotsent; VOLKOVA, Z.G.
Treutment of g3mecological diaeas~B-at the Truakavets health resort with
o2ocerite associated with other factors. Akush.i gin. no.2:74-76 Kr-Ap 154.
(KLRA 7:6)
1. Iz akusheratko-ginakologicheakoy kliniki (zaveduyushchiy - professor
A.V.Tikulov) LIvovskogo maditsinskogo instituta i kurorta Truskavets
(direktor F.S.Iredotova).
(Genitourinary organs-DiseaBes)
(Truskavets--Health resorts, watering places, etc.)

BARAUGLY I V. A.
Gravitational tectonive of molanses in the Darvasa Range region.
Izv, vys, ucho zav.; geol. i razv. 5 no.7:3-8 JTl 162.
(MIRA 15:10)
1. Problqw--ya laboratoriya osadochnykh formatsiy i onadochnykh
rud pri Tachkentakou gosudarstvennom universitate imeni V. I.
Imnina.
(Darvase, Range region-Rocka, Sedimentary)
(Darvasa Range region-Geology, Structural)

BAJAWkGLY~ VJ% -. ----
I -
Hiarog4Ths of the Neogene. Priroda 51 no.6:82-81 A 162.
(IAIRA 15:6)
1. Tashkentskiy osudaratvonnyy universitet im.
F7~Jikistan--Paleontolor,j)

BABADAGLY.. V.A.
Deep diagenesis and initial metamorphism of Mesozoic and Cenozoic
terri enous fornatioas in the Darvaza Range region (Obi-Khingou
River~- Nauch.'trudy TashGU no.203:2-1-69 162. (MIRA 16:8)
(Darvaza Range region--Geology, Stratigraphic)

BABADAGLY., V.A.
New mineral formations in progressive and regressive epidiagenesis
in a crosa sention of Cenozoic carbonate formations in the Darvaza
Range region (Ohi-Khingou River). Nauch. trudy TashGU no.203:71-
89 162. (MIRA 16:8)
(Darv~aza Range region.-Geology, Stratigraphic)

BAUDAGLY, V.A.; Yu.G.; ATAUL11,11.1,
FormatJon of the nixth Mavli,-ji ajitJcl.ine; northeastern Fergana.
fleftegaz. geol. i geofAz. no.8;33-35 164.
(mipl, 1,7:cll)
1. ('.Iavnc.),e unravic-nive guzovoy promyshlenriosti pr~. Sovelle I-Ift.1strov
SSSII i Sredpe~ziatskiy filial Va:,6.,cyuzno(:o r.-ii;,,-Ilnc-iss'~edCN'etell:3kogO
instibita pr-irodnoi-o gaza.

POFOV, V.I.; MAKAROVA, S.D.; YUlUWVA, Ye.M.; BABADAGLY, V.),.
Facies-paleogeographical maps of Paleogene formations in the South
Tajik Depression. Nauch. trudy Tasi,Gll no.256 Geol. niaukl no.22:
52-55 164 (MIRA l8t2)

POPOV, V.I.; BABADAGLY, V.A.
- - -- - I' -,~
Focies-geographAoul maps of Noc)gone format'lons In the South
Tnjlk Depression. Nauch. tvidy Ta3hGU no*256 Gool. rifluki
no.22:56-62, 161, (MIRA 380)

BIBADAGLY j%',AVTFO%,'~TCjj, Fh.L. ; KUDIC! 7,~
u:- hao,,, v (! GONCHAROVY E.S,; IONJIIA,
ved, red.
[Litholuqy tectonicos and oil and gas potentiaaE of the
northeastern inargin of the Fergana Depresf~ on.] loiyi~a.,
tektonika i neftegazonos-,cstl neogenovykh otl~)zhcni-;
sp.verc-vostoccluioro borta Fergan.,;kc-- depreo~JL i. ['Z~y
B;badagly i dr. Leningrad, Nedra, 1?64. 181
L. Vqeg,)yuzny,.N, nauc~mc-l. Ic,.dovate2!,q'Ki, !I,'
nykh gazov. Sredneaziatskiy fili~-

BOAPAGLY, Viktor Alok:;cmdrovich; YOYOV, V.I., p,or.f L)t%,. rt'd.;
MUSIKINP D.M.f ved. rod.
[1.1thology of Cenozoic molas;;O~-- ill tht" F"un,aza "an-c!
rcgionj idtolo~,Aia k%iiiozoiskikh moiass 1'ridarvazlia.
Leningrad, Pedra, 1064. 246 p. (1,11RA 18:3)

__ , -,-. -~r .
1. DtYA(,`,I-,'OV, 1. N., PIISIM4'14NM, 'R.T., BARGArV, L.M.
2. US'lP (60o)
4. K&r&W sheep
7. Re-examining the stnndard for kavd-ul slinep. Kar.i.?v~,r. No. 6 1952.
9. Monthl List of Russian Accessions. Library of Congress, Anri" 1953, Uncl.

ct%llt ftmIg,

A U;" I I OR Babnd-Zakhryapin, A. SOV/70-3 -8--t 1/40
TITLE: The Structurt.: of 12-i'llooi)!,orus-toolfraLaat(-~-~iiiions in Aqueous
solatiola(btrojer*7c v vcdn~ikh
raotvora:~h)
P-i-RIODICAL: Zhurnal ntaor6anicheskoj 1958, Vol. 3, Nr b, P!- 1970-
11071 (USSIO
A 13 3 T iA C -T By mearis of ra6io6r-iphic investi--ition the stracturt? of the
anions of 12-phosphorus-t.in,~s tic acid ,,.,is studice in a,,acous
solations at the prowrtion (P.i 0 if 0 = 1 : 65, in
12
0 2
"
3-
dilattA solutions at the pi-o,)ortiuzl (Ii-,; 0,
0 - 1 : "0
: H
)
%)
12 11 2
0 2GO. 1:ic,-,),hcto:.j,tric curvc.s ;;ere
and (P. 120~10) 3- : H 2
:)lotted of the diffractiun-aattcrn of the above rentioned so-
lationz. The r,sults Vrove that the anionF: of 12-,,'.,ozphorus-
tun,,,!;tic acid ar,~ oi::iilay 11-0 UW ~EOIiO There are
fi-uru.,i ,I table, andl 2 refurencuo, 1 of %yinich is 'Soviet.
ASSOCIATION: Institut fiziches%oy khimii naa% S3511 (In7titute of
Ph,-sical C11viA:;trk.', Ac:de~~,.i of Seiencu,.;, USSA)

AUTHOR: A. A.
'11ITLE: X-R!1y Analysis of the Dehydration Process of Crystals of 12-
Phosphori c -Tunrs tic kcid (RontGenograficheskoye issledovaniye
protsessa cbezvozhivaniya kristallov 1'L'-fo!33'o,.,i-,ovOllfra,-,~ovo.Y
ki s lot,,-)
PE-RIODICAL: Zhurnal neorCaniChO 3koy khimii, 1958, Vol 3, Nr 10, pp 2313-213101
(USSR)
ABSTRACT: The dehydration process and structure of atoms and molecules of
the dehydrated product:-, of 12-phosDhoric-tunestic acid were
analyzed. by the radial distribution methiod. The foll-cwing,
hydrates of I 2-phosphoric-tungs tic acid were investigated:
F P"'i 0 .29 H,O, HP,111 0 . 23 H 0, H Ya C, 11 1-1 0 an, d
3 12 40 12 40 2 3 12 to' 2
H,P-a 0,0.5 1"0.
./ 12 ~f 1.
The dehydration process was carried out in the air at 200-2500C,
,in(] in the vacuun at 150-200'C. The zrosults shov., that anion
)3- is
(P,~,I 120 40 ~~ stablo and cannot be destroyed in the solid phase
III, to 4000C. The anion is not destroyed beforu a temperature of
; bet zzeiriC ti i:cv., cr~-~O.n' j,h;),-oc that.
C;- rd 1 70VC hu, ,!! rench(A, thu. prod

Sc -1 '17 -10-15/35
X-Ray Analysis of tlio Dc-hydration Process of Cr~-stals of 1
Ac-'Id
haz a :Aructiire in which the octihe'Aron of '.7c " r'D~ a r r p- n E- e d
6 '
in the ~-,amu 'xa After havin- 'cen
as in the structure of Rc-O
!,.Q at for t"... oI r 's t r".. C t ..*.r C -~* S fo r:-~ 0 d at 4 000 Cin which
"t. C.
di,,'~tance 2',0 IOL', and' the distance 71-,7 The
9 ~Z-
distance 71-W - 5,5 A iL chnracteristic of anion (p""; 12 040" ';-
At 7001CY the clementary parallol-cpipedon in t,-e structure of
dehydrateO 1 2-phosphor' c-tunCs tic acid only half the volume
of the elementary cell in the structure 7170,- There are 9 figures,
1 table, and 5 reference.-, 2 of which are Soviet.
SUBMITTED: July 25, 1957
Card 2/2

lw~
sAns.m. 0. V.
a r"wt pn~Wd at *wmdm of tM btamUmal %dam si
om%&Ueva* Lodw". U-" I"

ti

8/170/61/004/003/'012/013
B108/B209
AUTHORS: Izvekov, V. I., Gorbunov, N. S., and Babad-Zakhryapin, A. A.
TITLE: The diffusion of iron into titanium dioxide
PERIODICALs Inzhenerno-fizicheskiy zhurnal, v- 4, no. 3, 1961, 119-122
TEM In the present paper the authora give an experimental report on the
diffusion of iron into titanium dioxide. Titanium dioxide powder was pres-
sed to tablets under 150 atm and sintered in a quartz tube (air atmosphere)
for 50 hr at 11000C. Sample temperature was measured by means of a platino-
platinic thermojunction, the furnace temperature wits controlled by a )PM -47
(ERM--47)-type three-way thermostat. After polishing the surface flat, the 3
samples were homogenized for 25 hr. Density was between 3.27 and 3.43 glem
The phase conposition of the samples was determined radiographically. In
a vacuum of 10 ..5 mm Hg, the samples were coated with an Fe59 tracer which
was evaporated from a tungsten heater. During 1-2 minutes of annealing
between 9500C and 10500C in an air atmosphere in quartz tubes placed in a
furnace the radioactive layer (some tenths of a micron thick) becamEcom-
Card 1/1-,
.S

The diffusion of...
89933
S/1 70/61/004/003/01 2/013
B108/B209
pletely oxidized. The temperature of the furnace was kept constant to an
accuracy of +0-50C. The diffusion coefficients were determined by succes-
sively taking down layers and determining the activity of the sample every
time after one layer was removed. The thickness of the layers was found
with an accuracy of 2p. Fikis relation (1) which connects concentration
C of diffused substance at a depth x, initial concentration Co, diffusion
coefficient D., and time t permits calculating D from the experiflental curve
activity versus sample thickness. Taking C proportional to the activity N.
the authors caluulated'D from the graphs log N versus x2 by means of the
formula D - 0.1086/t tga, where a denotes the angle of inclination of the
straight lines in the graphs logN = f(x2). The results obtained for the 11
samples -rivestigated are given in Table 2. From a log D versus 1/T curye
(A'), the relation D - 2.04 - 10-2exp (-.33.4/RT) for Fe diffusion into Ti02
was obtained, The obtained data point to diffusion of iron into Ti02 and
along its grain boundary. The value of the activation energy
(Q = 35.4 kcal/g. mole) as determined by the authcrs of the present paper
from (A) is slightly lower than that of other publications (Q - 34 and
34-7 kcal/g,, mole) which is probably due to the conditions of sample prepm-
Card 2A

89933
S/170/61/004/003/012/013
The diffusion of 3108/3?09
tion. Microscopical investigation pointed to a loose structure of the
samples employed here. There are 3 figures, 2 tables, and 6 references:
3 Soviet-bloc.
ASSOCIATIONs Institut fizicheskoy khimii, g. Moskva (T nstitute of Physical
Chemistry, Moscow)
SUBMITTEDt June 27, 1960
Card 3/5

I
GORBUNOV, N.S.; SPISHAKOV, N.A.: SADROV, G.G.; B,',HAD-~~FiY,JJN,
Neut-)n-diffraction study of titan'luftj carbide and nitride. lzv.idi
SSSR.Otd.khim.nauk no.11:2093-2095 N 161. (Mlibt 14:11)
1. Institut fizicheskoy ',,himii AN SSSR.
(Titanium carbide) (Titanium n.itriue)

BARAD-ZMIRYAPIN A.A.-.GOR13UNOV, N.S.; IZBEKOV, V.I.
Calculation of X-ray patterns of flat specimens. Zav.lab. 27
no.9:1116 161. (MIRA 14:9)
1. Institut fizichaskoy khimii AN SSSR.
(Radiography)

S/126/62/014/002/009/018
E071/E435
AUTHORS: Izvekov, V.I., Gorbunov, N.S., Babad-Zakhryapin, A.A.
TITLE: Diffusion of iron in hematite
PERIODICAL: Fizika metallov i nietallovedeniyo, v.14, no.2, 1962,
195-198
TEXT: The diffusion of Fe59 iii hematite wa's investigated using
cylindrical specimens (10 mm diameter, 5 mm in height) made by
pressing (11000 to 5000 kg/p'c,2) and sintering (1100 to 12000C for
50 hours) a fine hematite powder. A layer of radioactive iron
was deposited either by evaporation and condensation of the
radioactive vapour in a vacuo or by electrodeposition. Annealing
and diffusion heating of the specimens was done in hermetically
sealed ampules so that experiments could be carried out in any.
desired atmosphere or in vacuo-(actually the exporii-ilents were
done in air). The acc-iracy of the temperature control varied
from + 0.5 to + 50C. rhe coefficient& of diffusion were
determioed by the removal of successive layers. The temperature
dependence of the diffusion coefficient of iron in hematite for
the temperature range 950 to 1050*C was found as d 1.3 x 106 exp
Card 1/2

S/126/62/014/002/005/Olb
Diffusion of iron in hematite E071/E435
(-100200/11T). The results obtained are in reasonably good
agreement with literature data. There are 1i figures and 2 tables.
ASSOCIATION: Institut fizicheskoy khimii AN SSSR
(Institute of Physical Chemistry AS USSR)
SUBMITTED: August 1, 1961 (initially)
October 31, 1962 (after revision)
Card 2/2

BABAD-ZA-KHRYUIR., ~.A., MIEUINA, Yu.F.
X-ray diffraction study of saturated aqueous solutions of
tungstates. Zhur.obkhim. 32 no.11:3474-3476 N 162.
(14IRA 15: 11)
1. Institut fizicheskoy khimii AN SSSR.
(Tungstates)
(X. rays-Diffraction)

5/053/62/077/004/006/006
13102/13104
AUTHORS, Babad.-Zakhryapin, A. A., Gorbunov, N. S., Izvokov,'V. I.
TITLE: Experimental. methods for slow electron diffraction studies
PERIODICAL, Uspekhi fizicheskikh nauk, v. 77, no. 4, 1962, 727 - 746
TEXT: The principle underlying slow electron diffraction studies and their
present state of development are surveyed as was done for Russian works in.
1949. Modern experimental technique (up to 1961) and the problems it
raises are discussed, disregarding elementary matters such as, e. g.,, the
Aorking of a diffraction chamber. The survey has the following sections;
Introduction. I. Experimental methods for obBerving-slom elGitron
diffraction. a) use of diffraction chamber; b gas injectiorr systemst
c) the vacuum system; d) the crystal holder; e~ methods for recording the
diffraction picture; f) diffraction chamber vith photographic recording
of the diffraction picture. II. Peculiarities of the slow electron
diffraction method. a) Peculiarities of the diffraction effects; b)
purification of the surfaces to be investigated; c) structure of the
residual gas layers on metallic ourfacee; d) dependence of the type of
Card 1/2

3/053/62/077/004/006/006
Experimental methods for slow electron ... B102/B104
diffraction picture on conditions and geometry .of exposu.re. III. Some
applications of the method. a) Determining the internal potential of a
crystal lattice, b) gas adsorption. Concluding remarks. There are 19
fieures, 2 tables, and 42 references.
Card 2/2

BABAD-ZkMiYAPIN, A.A.; GORBUNUV, N.S.; IZVLKOV, V.I.
Hoti~%tion-o-f-~Me error in the values of interatomic distfncts obtained
by the radial distribution method. Izv.AN SSSR.Otd-khim.nank no.9:
1673-1674 S 162. WU 15:10)
1* Institut fizicheskoy khimii AN =R.
(I rays.-Diffraction) (Ghemical structure)

UBAD-ZAKMIYAP114 A.A..; GOMUNUVP N.S.
Structure of 12-oilicontungetate and 12-phosphomolybdate anionsIn
saturated aqueous solutioi;s. Izv. AN SSSR.Otd.khim.nauk no.10:
1870-1871 0 162. (MIRA .15:10)
1. Institut fizicheskoy khimii AN SSSR.
(silicontungstic aoid) (Phosphomolybdic acid)

BABAD-ZAKHRYAPINVA,A~; GORBUNOV, N. S.
Str=ture of the calcination products of aome 12-heteropoly-
acids. Izv. AN SSSR. Otd. khim. nauk no.1:14-16 '~3
(MIRA 16 .1)
1. Institut fisichaskoy khimii AN SSSR.
(Phomphotungetic aoidig)

BABAD-ZAKHRYAPIN, A.A.
X-ray examination of the proceas of dehyoratlon of 12-ailicotungstic
and 3.2-phosphomolybdic acids. Izv.AN SSSR.Otd.khim.nauk -
no.2:215-220 F 163. (MIRA 16:4)
1. Institut fizicheskoy khimii AN SSSR.
(Silicotungstic ac4s) (Phosphomolybdic acids) (Dehydration(Chemistry))

BABAD-ZAKIIRYAPIN, A.A.; BEREZKINA, Tu.F.
Mechanism underlying complex formation in solutions of tungstates
and molybdates. Zhur.strukt.khim. 4 no.3:346-349 My-0e 163.
(mmk 16:6)
1. Inatitut fizicheskoy klAzii AN SSSR.
(Cosiplex compounds) (Tungstates) (Holybdates)

BABA[~-ZAIIREAI IN, A.A. [Babad-Zakhryapin, A.A. N.S. ;
IVVEKOV, V. 1. - -
Experimental.mothods of the study of slow electron diffraction.
Analele mat 17 no. 3:117-141 JI-S 163.

BABAD-ZkKWtWINJ, A.A.
Structure of Lhe calcination productz of som salts of 12-
phosphotungstic acid* Zhur.mtrakt.khim. 4 no-51724-727 S-0
163, MULA 16:11)
1. Institut fizichaskoy khimii ki SLI-~,';R.

M~Tk 1 .1M. ; PINI ! . t.,
"e)rLrdn of dl;Lf-.;sicn pr,,)ues,;Pc in the fol-,I.ation
~t -nntings by the omdunsation met.'ioi. Fiz. met. i metalluved.
1,~
.L~ no,"AU11-604 Ap 164, (MIIIA *,L7-.8)

YP
AIN

=L IaM6,45 AEDC(a)/SSD/~1WL/ESD('t) JD
-48 -----S/0126/64/OIU/002/0210/6214-
ACCESSION R: AP40441
AUTHOR: Gert, L. M. ; Babad-Zakhryapin, A. A.
. ....... .
TITLE: Characteristics of the mechanism of the formation of diffusion coath!g by
rinethod of evaporation
SOURCE: Fi7ika metallov i metallovedoniyc, v. 11~, no, 2, 1964, 210-214
TOPIC TAGS: eva oration coating, diffusion
ABSTRACT: ---The beItween-tIm-process of evaporation and-that-of-,
diffusion was found to shape the curve of the growth of the coating during evapora-
tion coating. The method of evavoration coating is characterized by temperature
conditions which are identical for the surface being coated and the metal used
for that purpose. Curves plotted according to the formation of the coating approx-
imate a linear relationship in short holding periods while the curve of longer
processes comes, close to a parabola, When the diffusion coefficient of the sublay-
er metal in the coa-~ing, the shape, of the formation curve changes in the initial
Card I / p'-

L Aa366-65
ACCESSION NR: AP4044148
section in comparison with the general character of the diagram. Orig. art. has:
5 figures
ASSOCIATION: None
SUBMITTED: 16Sep63 ENCL: 02
NO REF SOV: 003 OTHER: 002
SUB CODE: MM
Card2/4

I -~ o A. P.
L-J!. , BABrJ)--'ZAKliTiYAIIJN,
`cr~ L V,3 I
ain chm-act vlSttas of Effusion ;.-ror-eises in multiphass coat- .
in.g.s -lorimci by tlrt~ condensation imts.1irKi. ~-iz. imt. i met-allmed. 19 .
no.?~!.06-4'10 Ya, 165. (MRA 1884)

L l5oOO-66 EWT(M)/T/ (t)/EWP(b) JD
ACC NR: AP5028560 SOURCE CODE: UR/0126/65/020/005,/0708/0711
AUMOR: Babad-Zakhryapin, A. A ; Gert, L. M.
ORG: none
TITLE: Characteristics of pbase formation in coating roduced by condensation on
hot substrates
SOURCE: Fizika metallov i metallovedeniye, v. 20, no. 5, 1965, 708-711
TOPIC TAGS: phase equilibrium, phase composition, phase diagram, annealing, metal
physics, condensation reaction
ABSTRACT: Possible causes underlying retarded growth of phases in multiphase Sys-
tems are studied. Theoretical data indicated a much faster phase growth on hot sub-
strates than by diffusion in semiinfinite media, Experimental evidence reported in
the literature was used to substantiate the theoretical outline. The absence of a
particular phase is attributed to low diffusion time or the characteristics of the
diffusive processes in multiphase wivatems. An equation was given for two phase
diffusion a semiinfinite mediwn:
Card 1/3 Uj.)C: 539.12.172

L igooo-66
A C NR: APS028560
(b V V)
where b (b)
0
C is thickness of the y-phase layer; P Y Is the diffusion coefficient in the y-phase;
Da is the diffusion coefficient in the a-phase; DYIDC. The concentration pene-
tration curve for this case is shown.
Card 2/3
0
0
.r4
V
V
a-
V
U
thickness

L 13ooo-66
ACC NR: AP5028560
A similar curve was postulated for diffusion in multiphase systems. For bounded
media, however, alterations in the equation were necessary. In these cases the con-
centration depends on the growth laws for the coating. Typical growth curves are
given. Thicknesses of the phases formed according to linear and parabolic laws are
compared. Also for coatings grown according to the linear law, the pattern of the
distributed phase is elongated. The growth of the coatings (linear law) creates
conditions with a narrow region of homogeneity for the rapid incubation of the phase.
Predetermined compositions for the phase layers could be attained by selecting the
appropriate growth law or combination of linear laws. This could prove useful in
the construction of temperature profiles for constitution diagrapas. Orig. art. hast
3 figures, 1 equation.
SUB CODE: 11,20/ SUBM DATE: 2SNov641 ORIG REF; 002/ OTH REr: On
Card 3/3

BABADZELU, A.
.
Preface. Trudy Inst.khImA not. no-3:3 '55- (MLRA 9:2)
(Nonforrous metals-Metallurgy)

BABADZHAN, A.A., kand. tekhn.nauk; DoGowlov, V.I., lnzh., reteenzent;
BUIATOVP V.D., inzh., retsenzent; VETRENKO, Ye.A., kand.
tekhn. nauk, red.; VETRENKO, Ye.A., kand. tekhn. nauk, red.;
LUCHKO, N.V., md.izd-va; KOVAIENKO, N.I., tekhn. red.
[Innovators' practee in the copper smelting industry of the
Urals] Opyt novatorov medeplavillnoi promyshlennosti Urala.
Pod red. E.A.Vetrenko. Sverdlovsk, Metallurgizdat, 1953.
133 P. (MIRA 16:8)
(Ural Mountain region--Copper industry)

PIII I 11111"ll!'N ~ .1 . A I
Opyt novatorov medeplavil I noi promysh7ennosti Urala fExperience of innovators of
the copper smeltine industrZ7. Moskva, Metallurgizdat, 1953. 131 p.
SO: Monthly List of.Russian Accessions, Vol 7 No. 1 Ar1ril 195L.

BABADZHAN. A.A.
%~ containing copper concentrates in converters,
TSvet. met. 29 no.8:45-50 Ag 156. (MLRA 9:10)
1. Unipromed'.
(Ural Mountain region--Ore dressing) (Copper--Metallurg7)

LYAPUSTINA. Ye.H.: BABADZHAN, A.A.; BULATOV, V.I).
," N -
Producing and processing gr-inulated concentrates at the Kirevgrad copper
smelting plant. TSvot.met. 29 n-o.9:24-28 S 156. (MLRA 9:10)
(Kirovgrad--Copper--XetollTArg7) (Ore dressing)

SOV/ 137-58-7-14490
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 7. p 80 (USSR)
AUTHORS: Babadzhan, A.A., Bulatov, V.D., Vetrenko. Ye.A.
TITLE: Volatilization of Elen-ients and Compounds With a Loxv Boiling
PC, lit During a Pyrosvle( tion Process (01) uletuchivanii leg-
kokipyasloLhildi elementov i soyedineniV v protsvsse piroselek-
tsli)
PERIODICAL: Byul. tsvetn. n-ictallurgii, 1957, Nr 24, pp 19-20
ABSTRACT: A study of the cornposition of sublimates obtained by pro-
cessing metallurgical dusts by pyroselective inethods has re-
vealed the following fac.ts: 1. Cu, Fe, Si, and Al pass into tile
sublimates as a result of mechanical carry-off of flic dust being
processed and matte which itt being blown with air. 2. In and
Ge sublimate most intensivel- during the first hours of the oper-
ation. The content of these Aernents in the sublimates dirnin-
ishes as the process of blowing progresses. When processing
sulfide concentrates with increased In content, 95% of this ele-
ment may be removed froin the melt and utilized to increase
the In content in the sublim;.tes by as much as 10- 15 times.
Card 1/2 - 3. Most intensive fugacity ~" Pb, Cd, Tl, and As is observed

SOV/ 137-58-7-14490
Volatilization of Elements and Compounds (cont.)
at the halfway point of the operation (at a high temperature of fusion).
4. Since in the early stages of blowing Zn volatilizes less rapidly than other
metals, its concentration in the sublimates increases as the operation pro-
gresses.
G.S.
1. Metals--Sublimation 2. Intermetallic compounds--Sublimation
Card 2/2

BABADZW, A. A.
Beep. ed. of Book, Collection of Studies in the Metallure7 of Beavy Non-ferrous
Metals, Sverdbovsk, .1957, i68pp. Trudy, Inst. metallurgil, Urallskly filial,
Sverdlovsk, Aced. Sci. USSR.
p.44- Babafthen, A. A. "Determination of the Speed of Oxidation Of MOS2
as a function of Temperature.
P- 47 Babadzhan~ A. A. "Sublimation Roasting of Combined Cqppor-Mol~,bdezum
Concentrate."
P. 74 "The Dependence of the Vapor Pressure of MoO3 on Temperature,"

SOV i 137- 58-12-2-1308
Translation from; Referativnyy zhurnal. Metallurgiya.. 1958. Nr 12.- p 54 (USSR)
AUTHOR: Babadzhan, A. A.
TITLE: Determination of the Nominal Oxidation Rate of MoS-) as a Function of
the Temperature (0predelenive uslovnov skorosti okisleniya MoS-3 v
zavisin-jostj ot temperatury)
PERIODICAL: 'Fr. In-ta i-netallurgii. Ural'skiy fil. AN SSSR~ 1957, Nr 1, pp 44-
46
ABSTRACT: The nominal oxidation rate, v, of MoS? is defined by the amount of
S02 liberated in roasting. The experiments are run in the 130-5500C
temperature interval. It is established that the v of MoS2 does not
exceed 7.55 mg S02 per min (4940 temperature). The v of MoS? is
similar to that of FeS and is considerably higher than that of CuS,
ZnS, and PbS.
N. P.
Card 1/1

Sol,',] ~7 ~,-l
Translation from: Rcfcrai.ivnyy zhurnal. Metallurg.va N r 1) 7 "!'S,9 R
A UTH OR: Babadzlian, A. A.
TIT L E: Sublimation Roasting of a Copper jlt~~b ccrcc'vra-t~ Su')
linialsiontly obzhig kollell!i%nogo incdn( - inc'~ 1-detie og(, 1~,- SL'!-,! ata)
PERIODICAL: Tr In ta metallUr)],ii, Ura-skiv ii. AN SSSR 19;7. Nr I pp 47,
51
ABSTRACT- Experiments were Carried ot.- 'ur it ~1: c Iccri'l'-ple 1( - Sep
aration of Mo irorn it Cu Mo cC,Y'C'C?- -,I c I- -ca",I)v \%. .,. ul,l 111(1*
of MoCi~. At 9000C the t~t Me I,i c ocl, ,e I~c
10 tile Cttl(illg 01 tile C0')CCI'1,rA'V dIlVil.g !(,I"' t~g ZI!,d -I.t- L.l-,saiis:ac,( iv
extractioui the stibliniation roatoi-g " be rt-k orninvild -d A rt-
combined m!- -thod is recommended v.;-4,11 01's~sts ct a prehnl~.Iar,~
Oxidizing ruasting al 600 - 700'), leach-g Gil,, oi Nit 0 t wo'.n Na0H oz
Na2COI with subsec '-.1cill treallnen, (A !I t, Ctl ( I,? fili"i"I" St.-dimc?,;
will' 11.604 ;111(1 it", c" I'! 'lie Wd 111CI", 101, 'lie prep
aration of crude Cti.
I
Gil rd II

SOV /137-58- 12-24042
Translation fron-v ReferativnYy zhurnal. Metallurgiva, 1958, Nr 12; p 18 (USSR)
AUTHOR: Babadzllan, A. A.
TITLE: Temperature Dependence of M003 Vapor Pressure (Zavisimost'
uprugosti para. M003 01 tcniperaturyl
PERIODICAL: Tr- In-ta nietallurgii Ural'skiy fil AN SSSR, 1161i, Nr 1, pp 74-
79
ABSTRACT: The vapor pressure of Mo03, ph,100'is defernimed b~, saturating, a
-apors
gas stream will' M003 3 For 111L CMIC1111011S of C.11
it is established that at NZ flows of 0.4170 0. J
lie, -e
c-n,,rol "~. ox,;,,-
Card 1/1 Coppel I i._ .

BABADMAN, A.A.
StuVing the possibility of selective dust collection in converter
processing of complex ore concentrates. Trudy Unipromedi 1ko.2:
343-354 '57- (MIRA 11:11)
(Ore dressing) (F3,v ash)

BABADZHAN, A,A.; RITM, L*G#; UDINTSIVA. V.S.
Using gazes from pyrometallurgical processes for the production
of sulfuric acid. Trudy Unipromedi no-2081-387 157-
(Copper-Metallurgy) (Sulfuric acid) (MVIA 11111)

14.
137-1958-2-2620
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 2, p 59 (USSR)
AUTHORS: Babadzhan, A. A., Shreyber, K. Ya., Galimov, Mi. D.
TITLE: Using Mazut as a Reducing Agent in the "Pyroselection" Process
(Ispoll zovaniye mazuta v kachestve vosstanovitelya v protsesse
piroselektsii)
PERIODICAL: Byul. tsvetn. metallurgii, '1957, Nr 13, pp 7-,8
ABSTRACT: A pyrometallurgical selection method for the treatment of
Cu-Zn and Gu-Pb sulfide concentrates and other complex multi-
metal substances in concentrates has been worked out and intro-
duced into industry.
1. Copper alloys-Pyroselection
cations
G. S.
2. Mazut-Reduoing agent-Appli-
Card 1/1

136-1-6/20
AUTHORS: Babadshan, A.Af, Aglitskiy, V.A., Drobchenko, A.T.,
Garenskikh-,V.D., Bulatov, v.D., KonOxashov, D.P.,
Medvedev,t V.K. and Milyayev, V.L.
TITLE: Treatment of Polymetallic, Sulphide Ooacentrates in a
Converter by Pyrometallurgical Selection (Pererabotka
polimetallicheakikh sullfidnykli kontsentratov v
konvertere metodom pirqpj~allurgicheskoy selektsii)
to .3 1
PERIODICAL: TsvetnyA tlletally, 1958, ANo.1, pp. 24 - 30 (USSR).
ABSTRACT: The method described for the treatment of copper-zinc
and copper-lead beneficiation products depends on the blowing
of these in a converter with a carbon-air mixture after
preliminary oxidation. The method was adopted at the Kirov-
grad Works after tests in which the following participated:
L..N. Leonov, K.L. Demyak, L.M. Kabanov, Sh.G. BolL-,ozhin,
P.I. Dochello, G.I. Chermnykh, F.P. Kulenko, N.P. Savchenko,
K-Ya. Shreyber and 1LD. Galimov at the Kirovgrad Works and
P.S. vlasov, M.S. Khamylov, I.S. Reunov and others af, the
Karabashskiy Copper Smelting 'Norks (Karabasliskiy mede~ilav-
il'nyy zavod). After briefly mentioninC_ preliminary experi-
ments in 16- and 40-ton converters, the article goes on to
describe the characteris tics of the materials used. These
consisted of a wide variety of polymetallic materials with a
Card 1/3

136-1-6/20
Treatment of Polymetallic Sulphide Concentrates in a Converter by
P3-rometa.].lurgical Selection
copper and zinc content of 5 - 25% and a sulphur content of
over 3001o. Difficulties with coal injection were encountered
in tests and care had to be exercised in balancing concentrate
feed rate with the blowing rate. During the first (melting)
stage, the gas is rich in sul hur trioxide, which is neutral-
.Lsed in the second.(oxidation
J stage by the zinc dust evolved;
for ths third (reducing) staGe, a bath temperature of 1 350 -
1 450 C is recommended. The article discusses the character-
istics of the stages and shows contents of sulphur and zinc
against time (Figs. 1, 2 and 3). From a jcint study of the
full-scale process by the Unipromed' Institute and the
Kirovgrad Works, the following were amonG the main conclusions
drawn: the method is practicable for the treatment of copper-
zinc and copl~cr-lead-zinc sulphide concentrates to give a dust
containing zinc, lead and rare metals; the ratio of previously
charged liquid inatte to concentrate is 1:2.5-3.0; coal con-
sumption in the reducing period does not exceed Mlo of the
concentrate weig1t; melt' temperatures should be 1 ~50 _ 1 25L-
in Stage 1, 1 200 - 1 400 in II and 1 350 - 1 4-50 C in III;
Card2/~omplete oxidation is neither practicable nor desirable; the

136-1-6/20
Treatment of Polymetallic Sulphide Concentrates in a Converter by
Pyrometallurgical Selection
air/coal ratio should be such as to Give 4(Yo' C02 and Ga,'~ CO
in the gas phase; copper contents in the ferruginous slag
are 1.5-3%, hence the slag is treated furtheri 80% of the
zinc is trapped in the dust; 8ai6' of the copiicr is in the crude
copper (98-0-98-50,5' CU, O.O'(,1j'L Ni, 0.004-0.02% Sb, 0.002-0.004%
Bi; crude dust yield is 11111o' of the concentrate weight.
The present form of the plant layout is shown (FiS.4) and
the economic advantages of the process for Kirov6rad-region
ores are said to have been confirmed by calculations by the
Giprotsvetmet anrl Unipromed organisations.
There are 4 figures and ? references, of which 6 are Russian
and 1 English.
ASSOCIATIONS: Unipromed' and KirovGrad Coppr SmeltinE; Works
(Kirovuradskiy medeplavillnyy zavod)
AVAILABLE: Library of Congress
uard 3/3

136-56-3-71- 21
AU`nIOIIIS Babadzhan, A.A., Aglitskiy, V.A., Surcyber, K Ya., Galimov, ILD.
and Shirii&ihi,' -N.A.
TITLE System for feeding coal dust into a converter used for pyronclectit!n
(5istema podachi ugollnoy pyli v konverter dlya protses3a piroselelit-six)
PJDtIODICAL, Tsveinyye Metally, 1058, Nr,J,, pp. 38 - 46 (USSR)
ADSTRACT, The authors describe preliminary investigations at tbe Kirovgradskiy
copper-swelting works before the adoption of its pyroselection method
which involves the injection into the converter of coal dust at a
fixed rate in relation to the air flow(pre.4surc 0.7 - 1.0 atm gaugge)
The initial system involved pressurization of the bunker, but later an
atmospheric pressure design, as tested at the Krasnourallsk copper-
smelting works was adopted and incorporated in the full-scale
installation commissioned in AuLust 1955. The installation (fig.l.)
consists of the following parts, each of wilich is described and
discussed. The pneumatic screw pump has an adjustable speed of
revolution and a pump (fig.2.). the latter being based on one made by
the Pavshinskiy mechaninal works; a KSE--G compressor supplies
compressed air. The air/dust mixture (5-10 hg coal dust per k.- air)
moves to the converter at 12-15 M/sec. A critical part of the instal-
lation is the air and gas distribution system near and in the
converterz here a blind-pass collector Proposed by
Card 1/2 N.A, Shirinkin, M.D. Galimov and A.A. Babadzhan, and designed with the

System for fcoding coal dust into a converter used for pyrow'31ection, 13c)-58-3-7/ 21
participation of H.D. Galimov, Ye,A Verk)!oturova and B.P, Smorodyakov
was fou.nd to give even feed to all the tuyeres. An ejector type of
tuyere with individual air and air/coal feeds, proposed and designed
by II.D. Galimov, A.A. Babadzhan. B.P. Sworodyakov. S.Ya. Musikhin
and A.A. Verkholetov was chosen (fig.7)., To avoid air losses during
tuyere clearing a ring seal designed by S.M. Popov, Engineer, is
used. The authors recoinmend the system described for other processes
requiring the injection of coal dusts into a fused mass. There are
7 figures.
AVAIJADLE-, Library of Congress.
1. Coal dust-Applications 2. Fuels.-Control syste=
Card 2/"

SOV/136-59-4-3/24
AUTHORS: Drobchenko, A.T., Bulatov, V.D.t Babadzhan, A.A., and
Kabanov, L.M. --------------
TITLE: Treating the Dzhezkazgen Copper-Lead Ores by Differential
Flotation Followed by a Pyro-Selective Converter Treatment
(Pererabotka medno-svintsovoy rudy Vzhe%kazganskogo
mestorozhdeniya po skheme kollektivnoy flotatsii a
posleduyushchey piroselektalyey v konverter,~,)
PERIODICAL:Tavetnyye metally, 1959, t,r 4, PP 10-15 (USSR)
ABSTRACT: There is a considerable qvar.city of ore used on the
Kirovgradsky copper smelter which is obtained from
Dzhezkazgan and contains 4--5% Cu and 0.,8-1.5 Pb.
Selective flotation was at first used in th~_l scheme (Fig 1)
for extracting the metals but this was f(,und to be
unsatisfactory as the ratio of the metals was unsuitable,
the metal content varied within wide limits and the
quantity of reagents used was very co3t1y. The cost-price
of lead produced by this method was high &nd the yield very
variable (table 1). Work carried out at the Unipromed
Institute on copper-zinc production by pyroselective means
Card 1/2 bad shown that lead was recovered at a greater rate even

SOV/136-59-4-3/24
Treating the Dzhezkazgan Copper-Lead Ores by Differential Flotation
Followed by a Pyro-Selective Converter Treatment
than zinc. An experiment was therefore carried out and
was successful leading to the production scheme in Fig 2;
differential flotation of sulphides followed by
pyroselective treatment. The concentrate from the
flotation contained 30 to 33*0 Cu and 9.25 to 10-72% Pb.
This was passed to the converter where coke was used as a
reducing agent. The results of this method are given in
table 4 and the relative cost compared with selective
flotation in table 6. This shows its advantages over
selective flotation which are: higher aniount of lead
extracted; copper content in dust from pyroselection
much less; extraction of zinc and rare metals as well
as lead; copper extraction higher by `P to 4%, no
poisonous cyanide materials used and runaing cos4.s
signif-kcantly lower. There are 2 figures, 6 tables and
4 Soviet references.
Card 2/2

5ov/im,6-59-4-7/24
AUTHORSt babaCzhan, A.A., Bulatov, V.D., Vetrenko, Ye.A.,
Konr1-e-v7-G-.-A-.aY1d Medvedev, V.K.
TITLE: Ways of Improving the Technology and Requirements of the
Process of Pyroselection (Puti sovershenxtvovaniya
tekhnologii i trebovaniya k agregatu dlya protsessa
piroselektsii)
PERIODICALt Tovetnyye metally, 1959, Nr 4, PP 30-33 (USSR)
ABSTRACT: The paper reviews a lot of work carried out in the field
of pyroselection, a method of extracting easily vaporised
substances. Work has been carried out on the KivogradskIY
and Irtyahakiy copper smelters and also in ".he Kamenogorskjy
lead works on the preparation of Cu- Pb- and Bi-containing
matte in a converter. According to the AltaYshtt garno-
metallurgichesMy institute, sublimation of Pb reaches
70% and recent kinetic investigations (Ref 15,16) have
shown the high values of subldmation of Zn and Cd.
Pyroselection can result in an increase in the rate of
using raw material of 10 to 12% (Ref 9). It ha3 been
shown that preliminary granulation of the charge is
advisable (Ref 10). The melting time was 30 to 40% 01 1
Card 1/3 the total cycle, some heat being used in drying the charge

SOV/136-59-4-7/24
Ways of Improving the Technology and Requirements of the Process of
Pyroselection
and in the dissociation of sulphur. By preliminarily
heating the charge, production can be increased. This
can be done by heating with carbon-type fuel. The next
stage for Zn-containing matte is an oxidising blow
which quickly extracts the Zn. The ZnS is extracted by
blowing, with a neutral or a reducing atmosphere, the
temperature being obtained by carbon fuel. After
extracting most of the ZnS, the remaining ZnS is removed
by oxidizing to the oxide. Afterwards it is reduced to
metallic Zn. From the practical point of view, lump
coke as a fuel gives quite good results. The slag
largely consists of irou oxide. CaO can bc used an a
flux, as it has a positive influence on the extraction
of volatile elements. The furnace for pyroselection
must be sealed and have an automatic continuous charger.
There must be some means for preheating the charge.
Card 2/3 Production can be increased by decreasing heat losses.

SOV/136-59-4-7/24
Ways of Improving the Technology and Requirements of the Process of
Pyroselection
The most frequent cause of trouble i;s a gas leak
between the lining and the case. Th4re are
26 references, 24 of which are Soviet and 2 English.
Card 3/3

GJkLIMOV, M.D.; BABLDZRAN, A*A.; BXWOV, S.Y.; TIMOSHIN, D.Ta.; SAVIK, A.Ya.
Converter dust screen with water cooling. Biul. THIN tevet. met.
no.4131-32 158. (NIRL 1125)
(Converters) (Dast collootore-Gooling)

BAIAKIREV, V.P.; VETRBIIXO, Ye.A.; TISHCHINID, A.A.;_ 4BAM4kj
,t,4pk~-~
Zinc passage from matte to the gaseous phase under the effect
Of Converter blow. Trudy lust. met. UFAN SSSR no.4-81-85 '58.
(MIRA 12:10)
(Zinc--Metallurgy)

I-BARADMAN, A.A., kand.tekhn.nauk; VETRTMO, Ye.A.v kand.tekhn.nauk;
~=-WMKYAK, F.L. Imnd.takhn.xwuk; EMMET, M,S., red.izd-ve.-
IZMODHNOVA, L.A., tokhn.red.; SM=INA, N.Y., tekhn.red.
(Complete utilization of copper-zine ores and concentrates]
Komplekenoe ispolIzovanie madno-tainkovykh ru*d i kontsentratov.
Sverdlovsk, Akad.nauk SSSR, Urallskii filial, 1960. 169 p.
(14:1)
1. Nauchno-tekhnichaskoye obshchestvo tavetnoy metallurgii.
Urallskoye otdolenlye. 2. Inotitut "Uniprom9d'" (for Babafthan).
3. Urallskiy filial AN SSSR (for Vatrenko). 4. Institut Tral-
mekluinobr" (for Nagirnyak).
(Cop-per ores) (zinc ores)

GAZARTAN, Levon Martirosovich; GKIRITOV, V.I., skademik, retBenzent;
BABADZM.-A.A..,-.kand.takhn.nauk, reteenzent; GUDIHA, N.Y., rod.;
MIKIND, L.R., red.isd-va: KARASN, I.I., tekhn.red.
(Pyrometallurgy of copper] Pirometallurgiis madi. Moskva, Goa.
nauchno-tekhn.izd-vo lit-ry po chernoi i tavatnoi metallurgii,
ig6o. 261 P. (MIRA 130)
1. AN Kazakhokof SM (for Smirnov).
Copper-Aetallurgy)

BABADMAN, Artein AlckpandrovIch; RALITM, Boris Vasillyevich; TM;YDLEH,
A.A., dolctor tekhn. nauJ,, prof., ~,etsenzent; SARKISOV, !~G.~ inzb.,
retsenzent; VERTMO, Ye.k., red.; EaRCEINA', M.M.9 rF,d.izd..va; TjF,~,-
KINA, Ye.D., tekhr.. red.
[Production of blister copperl Proizvodstvo chernovoi medi; uchobnoe
posobie dlia podgotovki kvaIifitsirovL=.ykh rabochikh na proizvodstvo.
Sverdlovsk, Gos. nauchno-toklan. Izd-vo lit-ry po chernoi i 'Isvetnoi
metallurgii, 1961. 352 p. (MIRA 14:12)
(Copper--MotallurUl

BABADZIIAN, A.A.; ZIIUKIYISKIY, V.M., ZAPONOVAt K.F.; MEMO, Ye.A.
Kinetics of volatalizing zinc, lead,, and certain rare elements during
the. treatment of metallurgical dusts by the pyroselection method. Tsvet.
met. 36 no.11:20-22 N 163. (MIRA 17t1)

BADAID7,11ANP A.A.; Z"IRIKOVSKIY, V.P.; Tt~'FFLEINKO, Yo.!,.
Thert.T,.odynamic analysis of the behAvior of rare elements in
the pyroirx)tal'lurgical pro-ess. TSvot. met. 37 no.6*.;:5-58
Je 164. (MIRA 17:9)

aA13ADZHAN; A.A. ; FIRS ' Va Yeo
Sclentifia investigation and advanced technology in reseach
projects at the 11nipromod' Institute. TSvet. me'.. 38 no,lal.6-22
ja IC5 (MIRA 1W)

BABADZHAN, A,A,.; I'll PKOVSK 1 Y , V.M.; BUTITZOVA, L.N.; VETRENNO, Ye.A.
'111orvirdynWic, nimlygis of, germ-mium behavior in the py.-oselection
pr,ress- TSvot. met. 38 no.4,.59-(---~ Ap 165. (MIRA 18%5)

GA2'Ali)!AN, Levon Marterosovich 5MIRNOV, V.I., Prof., retsenzent;
- BABADZHUP A.A., kand. lekhn. naukr retsenzent; GUDIMA,
- 11 '.-T. 'I,'- r 6 d ~
[Pyrometallurgy of copper] Pirometallurgila medi. 2. izd.,
perer. I dop. Moskva: 14etallurgiia, 1965. 3571 p.
(MIRA 18~4)1

TYURIN, K.M., inzh.; SYCHEV, A.S., inzh.; PRAG11"R, V.A.Y inzh.;
P-MIP inzIl.
Investigation and development of a lining for a shaft siank
under particularly difficult hydrogeological zonditions.
Trudy VNIIOMS11Sa. no.15:94-114 164.
(MIRA 18-11)

240)
AUTHORS: Babadzhan, Ye. I., Rozenahtraukb, L. D. SOV/32-25-2-56/78
T,TTLE: The Application of the "Stylometer" ST-7 for the Immediate
Spectrum Analysis of Steele and.Slags (Primeneniye stilomet-ra
ST-7 dlya spektrallnogo ekepress-analiza staloy i shlakov)
PEMODICAL: Zavodskaya Laboratoriya,.1959, Vol 25, Nr 2, pp 233-234 (USSO
ABSTRACT: Since Granovskiy's method (Ref 2) for the;&i1n6di:1 to. spectrum
analysis of basic open-hearth slags did not';%ioi-!,, .;aL'isfaotorily,
the method developed by Veselovskaya (11ef 2).Was use 'd, in which
the "stylometer" ST-7 with'the generator IG-2-is employed.
Considering the properties of the generator IG-2 and the slag
composition the following.a%ialysio.conditions were establishedt
C - 0.01,AF, L - 0,01 &H, i - 2-5,A, V = 250,V. The standard
samples were manufactured from industrial samplas; calibration
diagrams were developed frorn the mean values found in
50 measurements (Fig 1 ).The analysis is carried out in the
following order: basicity CaO (20-40), and
T
J
i
k
content is determined from the basicity
MnO (6-2CP;4,). The SiO
Card 1/2 2

The Application of the "Stylometer" ST-7 for the SOV/32-25-2-56/78
Immediate Spectrum Analysis of Steels and,Slags
and the CaO content; FeO is determined by chemical analysis.
If more than 2096 FeO are present, it is not recommended to
carry out a spectrum analysis. Likewise, the tungsten content
of steel 5 KhNV was determined..It was possible to determine a
minor tungsten content with the.help of the "stylometer" ST-7
on the basis of styloscopic data. In this examination the
generator PS-39 was used as exciter of the spectrum, and some
modifications had to be-made. High6r tungsten contents
(0-5-1.1%) were analyzed photometrically on the
"stylometer" ST-7. The calibration curve (Fig 3) was plottod on
the basis of data obtained from the standard samples of a V-set
of the Laboratoriya standartnykh obraztsov Urallskogo instituta
metallov (Laboratory for Standard.Samples of the Ural Metals
Institute). There are 3'figures, 1 table, and 2 Soviet
references.
Card 2/2

BABADZRANIDI, Mj., inzh.
Engineering regulations for the installation of vertical-shaft
hydraulic turbine-generator units. Elek.sta. 34 no.2:89-91
F 163. (MIRA l6s4)
(Hydraulic turbines) (Turbogenerators)

DABADZIIANIDI, M.I.v Jnzb.
Dr~aking of the r6toi- bolts'of a FrAncis-ty-pp hydraulic turbine.
Emprgomasbinostropnie 11 no.3:45-46 Mr 165. (KIRA 18.6)

BAB=HANOV, 3.
Relation between the wire diameter and the card fillet number. 1xv.
vys,ua4eb.zav.,,tskh.prom. no.4t84-85 160. (MIRA 13:9)
1. Tashkentakiy taketilinyy institut.
(Carding vachines)

WAYLIV, L.M. FSm, ',r B.~ ! I E
FANOV V 0.; st'lls - L.N.J. B. .
[Babadzhuiov, D,IE,l
L'ttachment for clewiing the slindlzs .~,f !~I;!niu!tjo zajh- ; Ll. , ,~ 0. .4
~:l 6 -
rollers. Leh. prom. noo.U35,-~136 Af,,46164 (MIRA

BABAWHAIM, F. A. Cand Agr Sci -- (diss) "Changes in the pro'duatA-Ke and
valuable properties of varieties of cotton under the influence
of vegetative and sexual mentors,Lllr--- r-species of Miohurints Mentor Methog,
Tashkent, 1957. 15 pp (Min of &riculture USSR. Tashkent Agr Inst), 120 copies.
M, 4-58, 84)
-47-

13A.13AMHANOV, F. 1., Cand Med Sci (diss) -- "A study of the metabolism of iron
usinE t~.e metliod of radioactive isotopes In certain anemle states (Clinical-
exT.erlmmtal investiCation)". 'Nshkent, 1~)(,O. 11 pp (Mi!! Health T.Tzbek SSR)
1,
Tashkent State Med Inst), 400 copies (IM, Do 12, 19~0, M)

1-7 f17
USSR/Ifuran and Animal Physiology. Blood. Blood Diseases. T-4
Abs Jour: Ref Zhur-Biol., No 12, 1958) 55489.
1.uthor : Babadzhanov, F.N.
Inst
Title :The Problem of Iron Isotop Distribution ThrouGhout
the Various Organs in Standard and in Dcperimental Anemia.
Ori(, Pub: Med. zh. Uzbekistana, 1957, No 3, 62-64.
;,bstract: Anerdze dogs (D) were intravenously inoculated
with FV?C1 3' Subsequently, at various tiim periods,
the dogs were killed by complete exsanguination. Then)
the radioactivity was determined in a 100 mg tissue
sample of the liver, bone marrow, spleen, cardiac
nuscle, kidneys) large and small intestines, as well
as in a 0.2 ml, plasna saxiple, and also of erythro-
cytes (E). Uter 3 hours) the largest nnount of
Card 1/4
63

ISSR/Human and Animal Physiology. Blood. Blood Diseases. T-4
Abs Jour: Rof Zhhr-Biol., No 12, 19581 55489.
radioactivity was found in tho livorp in tho kidnoys,
and in the large Intestine, while the smallest amount
of activity was found in the spleen, in the skeletal
-.muscles, and in tho small intestine. The cardiac
munclo containod mro Fo than the skolctal muscla.
After 3 days, the radioactivitios of the liver and of
the spleen rose sharply, and then subsided. The accu-
raulation of Fo59 In the bone marrow, in the cardiac
and skeletal muscles, and in tho large and small in-
tostinos developed gradually, and still continued to
develop on the 10th day. In 2 dogs with standard and
with experimental post-homorrhagic anomia, the Fo
orythrocyto activity wan highor at all timoa than the
activity of the plasm, and roachad its maximum after
36 days. Tho E activity was highor in oxsanguinatod
Card 2A

USSR/Humn and Animal Physiology. Blood. Blood Disoaans. T-4
Abs Jour: Rof Zhur-Biol., No 12, 1958, 55489.
dog3 than in normal dogs, and its docroaso pro-
coodod with greater speed. Whon toots ware made
on two other dogs, it was found that in cxacingui-
nation the Hb content decreased to 35 percent in
one of the dogs, while in the othor dog a twofold
administration of n 2 percent phonylhydrazina
solution (0-5 mg/kg) for 6 days decreased tho 11b
content to 30 percent. At tho samo timo, both dogs
received a Fo59 injection. In dogs with a phanyl-
hydrazino anemia tho E activity reached its maxi-
mum earlier (on tho 11th day) than in dogri with
poothomorrhagic nnomia. However, the E activity
in dogs with a phonylhydrazino anomin decreased
Card 3/14
64

BABAK]j~NOV., I ~,_
Everyday work of Mintivar Azimovna Sabirova. Voterinariia 41 no-3:14-
15 Mr 165. (MTRA 18:4)
1. Zamostitoll nachallnika veterinarnogo otdola Khorezmskogo
oblastnogo upravleniya proizvodstva i zngotovok sellskokliozyaystven-
nykh produktov.

BABADZHANOVA-N-.
Tajik S,S.R. Prom.koop. no.1:16 Ja 157. (MLRA 10:4)
1. Predeadatell Prayleniya Tadshi)cpromsoysta.
(Tajikistan--Cooperative societies)

TN
"An
lc- cf L~nl;ll
sc.; 311r..

BARADMANOV, Pulat Babadishanovich;SOLOVIYEV, A.Y., otv.reA.; JX)BROVOLISKIT,
!SKV, L.A., red. BAKHARIV, red.; FROLOV, P.M.,
0 V., red.; KAT
t;khn.rod.
[Investigating the rate of the ejection of mater from comet
nuclei; oTigin of meteor showeraj Iseledovania okorostoi
izvorzhenila veshchostva i iader komet; Ir. voprosy * proiakhozh-
donii mateornykh potokov. Stalinabad, Izd-vo Akad.nauk Tad2h.
SSR. 1955. 67 P. (Akademiia rauk Tadzhinskoi SSR. Stalinabad,
Trudy, vol. 38). (MIRA 12:11)
(Comets) (meteors)

-..BABADZFAROV, P.B.
Precision in determining the radiants and velocities of mateors
by photographic observations. Biul.Stafastron. 'do-17:3-13 '56 0'
I-- -, --.. -- , .-,. ~MIAA 10:1)
(Astronomical photography) (Meteors)

BABAMUNOT,-f ,e,
z-" --,. A
?hall -Aquarid photographic meteor. Biul. Stal. astron. obser.
no.180-4 '56. (Meteors) WaA 10:6)

RADADZILANOV P,B - ISAKMDIIIOV. Sh.O.
Determination of coordinates for the meteor station of the Stalinabad
Obeervatory. Astron.tsirk. no-170:20 156. (KLRA 9:10)
l.Stalinabaduke,va aetronomichesknya oboorvatoriya AkAdemil nrmk Tad-
zhikskoy SSR. I
(Astronomicul observatories)

KATASEV, L.A.; SOSNOVA, A.K.,- BABADZHMOV, P.B.
Reslilts of photographic observations of matoom at the
Stalinabad Astronomical Observatory in 1954-1955. Biul.
Stal.astron.obser. n0-19:33-34 157. (MIU 13-3)
(Meteors)