SCIENTIFIC ABSTRACT BAYRACHENKO, I. V. - BAYRAMOV, A.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000204030008-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

- LC8Q7_67 III rv Iwo
A -6 1-6oi
SOURCE CODE: UR/3133/66/m/66i/616 Y6__
AUTHORS Fialko, Yes I.; Bayrachanko. L.-A.
'YO
ORG: Kiev State University (Kiyovskiy gosudarstvannyy
universLtet)6~-/
\V.
;TITLE: Distribution of meteoric bodies with respect to energies
,(experiment conducted at A - 9.59 m)
SOURCE: AN UkrSSR. Mezhduvedomstvennyy geofizicheskiy komitat.
Informatsionnyy byulleten', no. 9. 1966. Geofizika i astronomiya,
165-169
!TOPIC TAGSs meteor observation, radar meteor observation
A-.&V4VC"4,V6FY
ABSTRACT: The results of meteor-observations by radaroin the Geminide
shower were used to determl-ne the character of distribution of
meteoritic
bodies with respect to their kinetic energies. The observations were
conducted in 1963 at the Tripollye Station of Kiev State University,
The radar system had the following parameterss pulse power, 20 kw;
1pulse duration, 10 usec; and pulse repetition rate, 500 pulse/see.
The
Ifour-element receiving and transmitting Yagi antennas were located
at
Iheight h - 1/2 above the ground. Only those meteors whose velocity
and
.linear electron density could be determined were considered. The
dis-
itribution of meteoric bodies with respect to kinetic energies was
found
Card 1/ 2

In harmony with practice. Sov.torg. no.8:46-47
Ag '57. (KLRA 10--8)
I.Direktor Kharskovskogo institute, sovetskoy
torgovIi, Kharlkor.
(Kharkov-13usiness education)

SnOBABA, M. j gornyy inzh.; BAYRACIIM, A.;. FAUFMV, A.;
SHCHWIY, P.,, zaboyohchik; KLIKOV, k.
W49n ~ou vork vith ardor. Sov,sbakht, 3.1 uo,2:24-28 F
162. (KM 15:1)
1. Chlen shakhtnogo kmdtata,
predeedatelt*l*oisvodstvannamissavoy
komisoil obakhtyineni nlichal. Lupaskoy,oblasti (for
Serobaba).
2* Zameotitell prodsodatelya presidivAt pontoyanno
deystvuyuahchego
proizvodst~eunogo soveshchaniya ohakhtj imeiii Illichap
Luganskoy
oblasti (for BWachnyy)o 3. Zanestitell predsedatelya
shakhtnogo,
kbmiteta sbaKhty ineni nlam.. Luganskoy obusti (for
Pauperov).
'a
4. PredBedatoll Ailishihno-bytovoy komlsvii olha~ty
Imeni Illichaj.
Luganokoy oblAsti (for Shobarbiy). 5. Sekretarl
partipoy organ-
izataii shakhty imeni-Illicha Luganskoy obUsti (for
Klimov).
(Coal miners) (Trade unions)

ANDRYUSHCHENKO, F.K.; BAYFAG~'.NR, B.I.
Negative electrode obtained from Iron powders for
chemical sourc6s
of electric currant. 1zv.%-ys.ucheb.zav.; khim. I
khim.tekh. 8
no.2t279-284 165* (WIRA 18:8)
1. Khartkavakiy politakhnIchaskiy institut imeni Mnina,
kafedra
tekbnologii alektrokhImicletskikh proizvodstv.

ANDRYUSHCHENKO, F.K.; OREKHOVA, V.V.;,~AYRAqBI~Yf,
B,.I.1 DZYABURA, V.F.;
ANDRYUSICHENKO, L.F.
Electrodeposition of metals on titanium.
Izv.vys.ucheb.zav.;khim.i
khim.tekh. 6 no.5t823-828 163. (KRA 16:12)
1. Khartkovskiy politakhnichoskiy irstitut imeni
Lenina, kafedra
takhnologii elektrokhimicbeskikh proizvodsty.

rBAT&WJM=.-Vj_'-, -
Device for training snipers. Vuen. znr-n. 30 no. 8:20-21
Ag '5 4. (mm 8: 1)
1. Instruktor Rostovskogo oblastnogo stralicovo-sportivnogo
kluba Dosaafa.
(Shooting)

BAYRACHUYY,V.
Device for using optical Instruments in classrooms.
Voen.
znan. 31 no.2:23 7 '55. (HIRL 8:8)
1. Instruktor Rostovskogo stralkovo-sportivnogo kluba
Dobro-
vollnogo obshchastva, sodaystviya armil. aviateii I
flotu.
(Optical instruments)

BAYRACMM,V.
-
Optical training device. Yoon.zaan.31
no.4:19 Ap'55.
(MIRA 8: 10)
1. Instrulctor Rostovskogo
strolkovo-sportivnogo kluba
Dobrovollnogo obahchestva sodeystviya
araii, aviatsit
I flotu.
(Shooting)

mylucHm, V.
Viewer for training snipers, Voeneznan. 31 no-11:27 N
'55.
(HLHA 9:5)
(Range finding)

BAIRACHffff V. - SHAWN, L., grardli leytenant.
, -
Device for shooting at moving tar to Toonovest. 35
UO.5:73-76
My 155, (Russio.-Target practicer * (MIRA 9:7)

BAYRACMin,
Shooting at moving targets. Voen.znan 31[i.e.321 no.5:19
Mr 156.
OQA 9: 9)
l.Instruktor strolkovo-sportivnogo kluba Dobrovollnogo
obahchostva
soda.vetviya armli, aviateit i flotu.
(Rifle practice)

. DAMUOMirr, V.
Improve the activit)r of shooting clubs. Voen, zMM. 34
no-801
Ag 158. (KM 11:12)
l.Instruktor Restawakep oblastnoge stralkovogs
sporttynoge kluba
Debrovolluege obahchastva, sodaystviya armlit aviatail i
flotu.
(Shooting)

LOP
Yp-.F. 71~i'
-j

- -BAYRACIDM., V.M.
Fixator of an intracavitary chamber for measuring the
depth of
the dose in the vagina and rectums Maderade 7 no,6t77-79
J9 162.
(MIRA 15:8)
1. Iz rentgenologicheskogo otdela, (sav. - doteent Ya.F.
Levin)
Kharlkovskogo nauchno-isoledovatellskogo instituta.
meditsinskoy
radiologii,
(RADIATION-DOSAGE) (VAGINA) (RECTUM)

BAYRACHNTYP V.M. (Kharlkov, 9, ul. Zelenaya, d.26)
Det-raination of deep doses in the radiotherapy of
uterine
cancer* Vop, onk, 10 no,9136-" 164, (MIRA 1814)
I, Iz rentgenologicheakogo otdola (zave otdolom -
dotsentla#F,
Levin) Kharlkovskogo nauchno-issladovatellskogo
instituta
maditsinskoy radiologii (dir. - kELnd.med.nauk
Shantyrs, V.I.).

, , I
- _Ff-- - - ---- -j-
/ Ix-- --- ----
t) It 7ti fi 6. I- -- -
-
Bfficacy of the introduction of sibmersible electric pumps.
Beft.
khoz- 35 no.9:40-41 S.157. (MIRA 11:1)
(Oil wall pumps)

IR17M. A.F.; VAESIMOV,
,~J.A.~,~ PXRKUKOV, I.G.
I,
Measures for ivoroving the production system in
the Tuynazy
oil field. Ileft.khoz4 37 no.2:44-50 7 '59. (min
12:4)
(Taymazy region-911 fieldd--Procluction methods)

BAYRAK, h A
_ L.~
Ufa Petroleum Scientific Research Institute in the
struggle ffiq
advanced technology. Neftianik 5 no.8:2-3 Ag ,60.
(HM 14: 8)
1. Direktor Ufimskogo neftyanogo nauchno-ioBledovatellskogo
iwtituta,
(Bishkiria-Oil fields-Production methods)

B&TWO Nonstantin Alekseyevickj KMAGIN,, I.E~,,
red.; KAYWHKOvA,
S.M....ved. red.; STARDSTINA, L.D., tokkn. red.
[Economic significance of technical progress in
petroleum
production as exemplified b7 the Bashkir A.S.S.R.]
Ekonomi-
cbeskoe snaokenie takkn4okeskogo progresss, v
neftedobyvain-
shobei pronyablennosti; na primers Basbkirskoi
ASSR. Mo-
akva, Gostoptakkizdat., 1963. 77 p. (MIRA 16:4)
(Bashkiria.-Oll fields-Production methods)

-IIAYRAK,-.K.A.; SATTAROV, M.M.
Basic problems involved in the development of the
Arlan oil field.
Neft.khoz. 42 n0.4:25-30 Ap 164, (MjI(A 1719)

BAYRAK - Kong tL11 Aleksg~)ag-b; SMIGULLIN,
Anvar Samir7ullich;
-- GEINIKIN, Ld.t red.
[Let us increase the economic efficiency of
oil-fteld
development) Povysim ekonomicheakuiii
effektJ.vnost' ruz-
rabo*ki neftianykh mestorozbdenii. Ufa,
iiashkiriRoe
knithnoe izd-vo, 1964. 86 p. (YI"4j. IE:10)

BAYPJU(IMDVP S.I.
I-
Comparative study of corn for ensilage. Vest. AN
Kazakh.SSR 19 no.10:
87-90 0 163. (NIFA 17sl)

TET D-1 ULU', , -` '- I - I T - i " - - - - - ,
V-U11I.T.
"Analysis of Continuous Cold-Rolling of Thin-Wire on a TsKBMM-17
12-Stand ~ /0-7
Rolling Mill," Rolling Mills; Studies, Calculation, Design and
Operation, 'I
No. 8, Moscow, Mashgiz, 1956. 258 P.
Articles by Pobedin, I. S.; Bayrakov, V. I., and Drozd, V.G.,
describe a
new 12-stand continuous cold-rolling mill for thin wire (to 1.8 mm
diameter).
Results of the application of this new process are also given.

4-
jj d /~ r~ ~, 1~ - I I- __T_
! , 1 1 /, - ;- I ~
I - , W , - ,
p(A.7DIN. 1.S., knndidat teNhaithefihkir, nauk; SAYRAKOY V
irizheaer;
:MOZD. V.G.. inzhener. Z::~~
Investigating contiu3nus cold rolling of thin -dire an n
TSMW.-17
12-stand mill. [TruOl TSKINTMASH no.83:107-117 156. (YIYLA
io:9)
(Rolling (Hetnlvork)) (Wire) (Steel--Cold working)

BAYRAKOV, V. I. Cand Tech Sci -- (diss) "Continuous
cold rolling of fine
wireo." Mos, 1958. 14 pp (Glavniiproyekt under
lft~-Gosplen USSR. Central
7-
Sci Res Inst, of Technology and Machine Building
TsNIIlMash), 150 covies
ff-
(KL, 52-58, 101)
-43-

130-58-2-1?/21
AUTHORS: Pobedin, I.S., Bayrakov, V.I., Uglov, M.G. and Drozd,
V.G.
----------- -
TITIZ: Production of Thin "Vire by Cold-rolling (Proizvodstvo
tonkoy provoloki kholodnoy prokatkoy)
PERIODICAL: Metallurg, 1958, Nr 2$ PP 32 - 34 (USSR)
ABSTRACT: Production of wire by drawing has a lower productivity
than rolling, especially for special steels. In 1951, TsKBMM
T'sfilITMASh designed and made a 12-stand mill for the continuous
rolling of thin, special-steel wire in an attempt to replsce
drawing. The mill (Fig.1) is intended for cold-rolling 6-8 mm
diameter coiled red into 1.5 - 2 mm diameter wire in 36 passes
or hot-rolling 10-15 or 12-18 mm diameter rod into 6-8 mm
diameter coiled rod. The authors give details of this mill and
of various systems of roll- ass design which have been tried.
The system finally ado ted fFig.2) was studied when rolling type
Khl5xi6O alloy (Table 13 and showed no regularity in the distri-
bution of forces acting on the rolls. It was found that metal
adhesion was taking place in some passes and cast-iron inserts
were provided there. The rollinS speed for this type of alloy
was 20-25% greater than drawing and the authors consider that
these preliminary experiments are promising as regards higher
Gardl/l rolling speeds. There are 2 figures and 1 table.
AVAILABLE.- Library of Congress
1. Rolling mfl-Is-Applications 2. Wire-Production

16 .5100
AUTHORS Bayrakov, V.
TITLE: -Investigation
With Coilers
PERIODICAL: Stall, 19060,
y i C,
SOV/1 3-.1- 60-2 - 10/25
I., Fedin, V. P.
of 1,200-mm Reversing Thin-Strip Mill
Located In Heating Furnace
Nr 2, pp 130-133 (USSR)
ABSTRACT: The authors investigated the power parameters of a
two-high mill with collers Inside the furnaces at
Nove-Lipetakiy Me~allurgical Plant in Lipetsk
(Nove-Lipetskiy metallurgicheskiy zavod). The
following strips from St.2 and St.'5-steel (regular C
steel) were rolled; 8 - 10 - 12 - 16 - 20 x 1,000 mri
and 11 x 750 mm in roughing stand; 1.5 - 1.75 - 2.0
- 2.5 - 3.0 x 710 mm, 1.5 - 1.75 - 2.5 - 3.0 x 62o mm-,
2.0 - 2.5 - .3.0 - 4,0 x 1,000 mm and 1.85 - 2.0 x 900 nun
In finishing stand. The following measurements were
made in the course of testsi (1) metal pressure
on rolls by wire pickup) and torsional moments during
Card 1/6 rolling; M current voltage, and number of revolutions

Investigation of 1,200-mm Reversing
Thin-Strip Mill With Coilers Located
in Heating Furnace
Fig. 1. Mean specific
pressure of metal on rolls.
1:hm ratio in roughing
stand.
41
41
U
A
J?I
L
e--
L 1 1.
44 48
7761o
SOV/133-60-2-10/25
P a za v w v 44
Card 3/6

Investigation of 1,200-mm Reversing .7761o
ThIn-Strip Mill With Coilers Located sov/i33-6o-2-10/2-5
in Heating Furnace
Figure 3 shows the relation between p mand hl:D
ratio In finishing stand; as the strip gets
thinner, this ratio decreases while p increases.
2m
Maximum specific pressure (129 kg/mm ) was achievedi
in rolling 1.5 mm thick strip. A comparison of
experimental and calculated pressure in finishing
.stand showed, on the whole, gobd conformity,
.although in some cases the difference amounted to
30%. The latter is due to errors in measurements
of metal temperatures and reduction per pass.
Maximum torsional momenta on the main motor shaft
of the roughing stand exceed the nominal moment by
1.2-2.5 times and by 1.4-2.0 times in the fini-
sbing stand, which Is within permissable limits.
Maximum specific power consumption in roughing stand
did not exceed 24 kw/hr/ton in rolling an
8 x 1,000 mm strip'from a 120 mm thick slab. Rolling
12 x 1,000 mm strip from the same slab requires a
Card 4/6 power consumption -df 10.5-14.0 kw/hr/ton. This

Investigation of 1,200-mm Reversing 7761o
Thin-Strip Mill With Coilers Located SOV/133-6o-2-10/25
in Heating Furnace
scattering Is primarily due to uneven tempera-
ture coTiditions in rolling. Mctor was over-
heated in rolling 10-8 x 1,000 mm (from 2.1 to
2-5) in roughing stand. In rolling thicker or
narrower strip the motor has a 10-30% heating margin.
With a root-mean-square ~current In the finishing
equalling Ir-m-, ~' (o.99-1.14)i nom , the motor is
also overheated during the rolling of 2.5 to 2.0 x
X 1,000 mm strip in 5 passes, while working
normally in rolling thicker or narrower strip.*.
There are 6 figures; 2 tables; and 1 Soviet reference.
ASSOCIATION: VNIIMTMASh
Card 6/6

3/137/61/000/()07/020/072
A060/A101
AUTHORS: Bayrakov, V. I., FedinV. P., Lazutin, A. 0.
Tr=i Some datafrom the investigation of the operation of the
reversing
mill 1200 with reelers in the furnace
PERIODICAL: Referativnyy zhurnal, Metallurglya, no. 7, 1961, 7,
abstract 7D38
("Tr. Konferentsii: Tekhn. progress v tekhnol. prokatn. proiz-va".
Sverdlovsk, Metallurgizdat, 1960, 572-581)
TEXT3 Investigations were carried but on the rolling of steel
sheets mark
St. 2 and St. 3 with thickness 1.5 - 2 mm and width 620 - 1,000 mm.
It was
established that:1) -the metal pressure on the rolls increases from
the first
passes to the last ones in the roughing stand and in the planishing
stand
inversely; 2) the average specific pressure increases with
the-ratio of the
length of the gripping aro to the mean thickness of the sheet being
reduced.,(for
the roughing stand); 3) the average specific pressure increases
with decrease
in the ratio of the strip thickness after reduction to the roll
diameter (for the
planishing stand); 4) the maximum torques*on the shaft of the motor
installed
are within admissible limits; 5) the maximum specific energy
expenditure does
Card 1/2

S/137/61/000/007/020/072
Some data from the investigation ... A060/A101
not exceed 24 kwh/ton; 6) to avoid motor overheating it is
necessary to increase
the number of passes. -
V. Pospekhov
[Abstracter's note: Complete translation]
Card 2/2

PoLuKHiN. r.i.t prof., doktor tekhn.nauk; BAYRAKOVj
V.I.t ke;d.tekbn.nauk;
FKPINy V-P..v inzh.
"Changes in the moobanical properUea-of'imetals
and'&3-Ibyh*un4er the
G"tfec't~ of cold rolling" by V.A. 'Tr9t'IULk6vp N.M.
Radchenko,'Revieved by
P.I...Eob)kbinp-V.I- BeIralrov, 'F. Adin. -Nle
T 'Steal 21 noo2tI55
(HPA 140)
(Rolling (Meta1v~rk)),(Tr*tkiakovq V.A.')(R*Z-d--chenkot
KXY

Rolling Industry; Handbook
SOV/6044
Sciencesj V, 1, MeleAhkop Candidate of Technical Sciences;
No Ve Nekhovj, Engineer; A. K. Ninburgj, Candidate of Tech-
nical Sciences; V, Do Nosovp Engineer;-B, I. Panchenkop
Engineer; Oo A, Plyatskovsklyp Candidate of Technical
Sciences; I* So Fobedinv Candidate of Technical Sciences;
1, A Pri"ak,* Professor., Doctor of Technical Sciinces
(dec;asedj_;A, A* Protasov, Engineer; Me No Saflyans
Candidate of Technical Sciences; No No Fedosovp Professor;
So No Filipovp Engineer tdeceased); I, No Filippov, Can-
-didate of Technical Sciences; 1, A, Fomichevp Doctor of
Technical Sciences; No Yu.,Shifrinj, Candidate of Technical
Sciences; E. R. Ohorj,.Candidate of Technical Sciences;
No No Shternov* Candidate of Technical Sciences; No V,
.Shuralevj, Engineer; Io A, Yukhvetsv Candidate of Technical
Sciences; Ides of Publishing.Rousex V, No Gorobinchenkop
Re No Golubchiks and Vo A* Rymov; Techo Ed.: L. V.
Dobuzhinskaya.
PURPOSE: This handbook is intended for engineering personnel of
metallurgical and machine-building plants# scientific research
Card 2/9*

Rolling Industry; Handbook SOV/6044
6* Types of defects in rolled products and the pre-
vention of these defects 211
T. Special features of roll design in rolling
high-alloy steel 211
8* Rolle and their treatment 215
Ch. 41. Making of Hot-Rolled Strips and Skelp for
Welded Tubes 215
1. Types of and specifications for hot-rolled strip
and skelp for welded tubes 215
2& Methods of making btrips and skelp for welded
tubes 218
Ch. 42. Rolling of Wire Rod (N. V.kLitovehenko.,
and V. D. Nosov) 22T
Ch. 43, Cold Rolling of Wirei(f. ~1. ~yra~kov 244
Ch. 44. Drawing of Steel Wire (I. A. Yukhvets) 250
Card 0/40

EADUOVs V.I. . Imnd.tekhnmuk
The 250 omtinuoua h igh-q*od w1re MM.
BiuLtelft.-okonsinfom*Gooo-
naucho-inaloinstonaucho. i tokb*inform* no*8:8-10 162-
(MM 15:7)
(Wire drawing-Gquipment and supplioo)

BAYRAKCIV..V.I. kand.takhn.nauk
11
The 450 continuous mills for rolling very thin-valled
sectional
abapes. Biul.takh.-skon.inform.Gos.nauch.-isel.inst.nauch.i
t4kh.inform. no.11:18-19 162. (KM 15:11)
(Rolling mills)

BOCHKOV, 1..A.
Recent andalusite manifeaLation of the '11,ralrian
Crystalline
Shield. Dokl. AN SSSR 165 no.1:171-2174. N16.5.
(YJRA AM)
1. Institut minerallnykh resursov Gosudar&Lvtsnnogo
g6ologiclmskogo
komiteta SSSR i Pri&zovskaya ekspeditaAya tresLa
"Axtempologiyu."

GCROSHNIKOV, B.I.; BMHKOV, A.A.
New type of Pre-Cwnbrian corundum mineralization in the Ukraine.
Dole-1.
AN SSSR 163 no.2s454-457 J1 165. (MIRA 18:7)
1. InstItut minerallnykh reoursov, Simferopol'. Submitted March
1, 1965.

" 7. V.
BATRAXDr,
I
I .,- - '
7clsbeatos from the October alkali massif. Min. sbor. 18 na.4s-
447-450 164. (KRA 18:7)
1. Inatitut mineralinykh restwoov, Simferopol'.
k

BAYRAKOV, V.V.
Find of xenoliths of ecloite3ike rocks in a
lamprophyric dike
of the October alkali massif. Dokl. AN SSSR 156
no. 3:586-589
164. (MIRA 17:5)
1. Institut 0.neral'nykh resursov, Simferepo2l,
Predstavleno
akademikom VI#.Sobolevym.

BAYRAKTAREVICH M. [Bajraktarevic, M.) (Sarayevo,
Sotsialisti
cheskaya Federativnaya Respublika Yugoslaviya)
Solutions to certain functional and integral
equations, Mat.
sbor. 66 no.2tl6l-169 F 165. (MM 18W

USSR / H=an wA Animal Morphology (Normal azd
Pathological). S
*40206 0
Abe Jow 3bf Zhur - 31ologlyal So 1, 1"0 No. 2987
on 60 ceauvere It vas alw established that the abort
extensor redialls,, extensor ulvarle, extensor digitt
slaW proprius, ard lorg abductor of thumb together
vith the abort extensor or thumb always have a single
pormazont nerve branob. The nerve portal of the abort
ra&al extensor and ct the u1nar extensor a" located
at the extermal margin of the =mcloe at the *nd of
the upper third of the wacular amea. The name portal
of the long radial 2, easimon 2 of fingers, I digiti
&LnUd proWl%w sal 2 IndLicle MmWium as located over
tho Inner surface in the uner thiri of the xwoular
mass - TbG narre portal of t be ions abductor or the
thlab are located In the uppw half ce the posterior
aspect of the swole.
Card 2/e

BAYRAKTARSKIP :Is., stareh.11y nauohnyy aotrLAnik (Bolgariya)
Study'Ing the effieloinoy of irrigation system in northern
Bulgaria. Trudy VNIIGiM 4209-92 163. (MMA 17,6)

BATRAnMXIT, Ivan, inshener.
Changes in the efficiency of irrigation canals
resulting from
antisespage measures. Gird. i mel. 8 no,-7:6b-62 JI
056.(NLRA 9:9)
(Irrigatloji canals and fluxes) "

SHAKOV, I.I,, dotpent; POLATMANOVA, K,D.p lmnd.m",n&,xk:
BATRAJWMETLIl I,T,
x-ray picture of changea in the bonev in leproov.
Vauter-entei
rad, 40 no,5s42-45 &4 165, (MM 18il2)
is Yaredra-rentgonolcoi i maditainakoy radiolopil (zav,
- dotaent
I.I.Shakov) Azarbikydahanaiwgo inatitut&
usoverahenstvomiya
vraahey imehi A.M.,Allyeva i Aterbaydzhanakiy
reauublikenelly
kliniobankiy loprozoriyp Baku*

BAYFAMUKOVA, S.B.
I'll, - -1- ..''
Problems of industrial concentration. Trudy Inst. or,
dela AN Kazakh. SSR. 19j132-142 165. IMIRA M12)

IIATRA -ALIMOVA, R.T.
W -"Nk*AWW$l
Ostsom of the mwtold process.
Test. oto-rin. 17 no.5:78 S-0 155.
(KEDA 9:2)
(MMOLD PROCISS-TMORS)

A.
BAYPA'I-ALIBFymr~j T., Cand Yed Sci --
(diss) I'llatt for a
R
comparative evaluation of the newest
metriods of treatment
of trepainated mastoidal wo,inds with
naphLhalane, carotin,
d
carotonaphthalane, certain antibiotics and
hemoly;ke
blood (Clinical biological stidy)." Baku,
19~8, 19 pp
(Azerbaydz!ian State Med Inst im N.
Narimanov) 200 co,)ies
(EL, 27-589 116)
- 189 -

KASUMOV, Ya.A.,, kand. med. nauk; BAYRAM-ALIBEKM,, R.T.,,
kand. med. nauk
Some data on the effect of the nervous system on the
development
and course of hearing disorders and deaftess in
boilermakers;
preliminary report. Axerb. mod. zhur. 41 no.2:19-23 F 164
(MIRK 18:1)
1. Iz ctorLnolaringologicheskoy kliniki Azerbaydzhanskogo
gosu-
darstvezinugo meditsinskogo instituta imeni N.Narimanova.

SHAKHSUVARLI, M.A.; ALIYEVA, S.I.; PAYFW-IALIBEHOVA,
R.T.
Unusual loealization of Taenia saginata with
exhalation of the
proglottis through the nose. Med.paraz. i paraz.bol.
33 no.3:354-
355 My-is 164. (MIRA 18:2)
1. Klinicheskoye otdelenlye InEtituta meditsinakoy
parazitologii
i tropichaskoy meditsiny imeni Kirova i kafedra
bol(zney ukha,
gorlap nosa Meditsinskogo instituta imenj Harimanova.

7 ~, - i . I I ~ 7 . i
I-KL-Y Y-~- i't --I I - I- --j-- - - --- ---- - --- --
- - - - --- - - --- - -- - - -- --
C- X -L-=~
5HIMiAbIjMrLI,I.5h; KORM,G.P.; --- X.T.
Geological structure ofthe northeast slope of the
Nuzgerskii
Plateau. Izv.AN Azerb.SSR no.8:25-34 Ag'55. (MM 9:1)
(Caucasus-Geology, Structural)

Z_ '~/Z_
15-57-1-315
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 1,
P 45 (USSR)
AUTHORS: Suleymanov, S. M., ~ayramali~~yll.-
TITLE: Magnetite Tuffaceous Sandstones on the Northeastern
Slopes of LesserCaucasus (0 magnetitovykh tufopes-
chanikakh severo-vostochnykh sklonov Malogo Kavkaza-
in Azerbaydzhan)
PERIODICAL: Uch. zap. Azerb. un-ta, 1955, Nr 11, pp 31-36
ABSTRACT: Magetite Tuffaceous sandstones occur on the north-
eastern slope of the Nuzgerskiy Plateau and in the
region of the Dashkesan mining district. These
formations are characterized by abrupt facial changes.
Within a small distance from one another lie magnetite
tuffaceous sandstones, tuff breccias, tuff conglom-
erates and tuffs replacing one another and locally
Card l//+ passing into agglomeritic lavas. The content of ore

grains in the rocks is shown in the Table below. Origin of the
magnetite tuffaceous sandstones of this region is closely associated
with the simultaneous accumulation of sediments transported from
dry land and containing absorbed magnetite grains, and the
simultaneous deposition of the products of a subaquatic extrusion.
The original source of magnetite and titanomagnetite grains of this
district lies probably in the pre-Bathonian magnetite locations
which most likely, have not been uncovered by contemporary
erosion.

Magnetite Tuffaceous Sandstones (Cont.)
COMPONENTS, percent
.lic:
Magnetite
Titanomagnetite
Limonite
Hematite
Pyrite
Chalcopyrite
15-57-1-315
TUFFACEOUS SANDSTONES
Rich in Fe304 Poor in Fe304
34-50
5-8
1-2
Rare Grains
21-30
3-5
1-2
Rare Grains
Card 3/4

Of
"77 T7
MUM

Ud~ t
'by A.T.,
uydz a i to-
alai t
x1aeralogidal sciences (Gooiloglqal
-&A 33R) - on the tectonic struoturd :0.
Otbo ifimasti~v,VX*abor-Correspa.adent oUthe USSI Aq
a 7,
of 391 x**s*'*
-Professor 0.1. Uri
0
Inatttute)f "d Aoad'smigian Sb,A. Asisbek6v/j(AOsd*
coo of tho-Assibaydshap 88k~j presented data oxi';tbi
tacks a -diffe
f rent- arts of the Caucasus..,
Lecture* A31 the- -astallogwAy of diffoitat parts 6f~:-ft
oasum were gi*on bys OoA. Tvalohrolldxs, Ca. Mf
logical -Xiagralogical Scioncell I.O~ k"
tchyan' Academicians -pf'tbe Acidony.of SoleAcipc:
th a
Araealan"531, A.S. Readollazip ftote or-of: s *or
Polytechaloal lantituUt X.A. lAshkayp Academics
doxy of Sciences of the Asor4ydalian bal mad L.Pa, 414Z,
Caadid*Wof geological-KiAeralogl6al Sciences (IINA). IN
Lectures on soparits.questions of astall6gw of %be
casno-wero given b" Professor G.D. Lxbgiroy .1j)
results of wolks of & Caucasian expedition of the OVI -ftofo
Vol-. salmov (XQU) aritinized the lbiiio hypothesis at
Wd 2/4

:77; 7

"I r

via
F,ll ~,;O,

'

1143
PI @its
the
licalus I

,

sole
"Go
of, f4h* Ari
onlIffin JIM

HN, V
T W-1 I %,~l s I

I

WT

-5

I -r
-T -1

Abi "r
kia
out of th
e fint

g

I -
-- -~
15~ - ~--, -~
T:Pwffim~

ABDULLAYICV. R.N.; AZIZBEEDV, Sh.A.; BAYRAMALIIMTLI. B.T.; XASHKAT, M.A.;
KNRIKOV. A.D.; MMMOV, I - SITKOVSIIT, I.K.;
SHIRVANZAIR. I.A.; SHIINALIIWTLI, X.Sh.; MNDIYEV, G.Kh.
Principal metallogaustic clumacteristion of Azerbaijan [vith sunmary,
in Inglish]. Soy. gaol. 1 no.4:98-110 Ap 158. 1 (xm 11: 6)
1.Geologicheskly institut AN AxerSSR.
(Aserbaijam-Ore deposits)

BATRA14ALIBITLI. X.T.
Occurrence,of C-Iayey g3rpsum In the Kirovbad-Kazakh
sloping lovland.
Ucb.zap.ArtU no-3:67-73 ' 50. (MIRA 12:1)
(Kura Valley-07paum)

BAYRAMALIBEYLI, 8. T. Cand Geol-Min Soi -- (diss) "Geology
of the ir6n-ore
I
- Shwakhorohay-Koahkare
deposits of the(inier-river a --- and their prospects*"
Baku, 1959. 25 pp (Min of Higher Education USSR.
Azerbaydzhan.State Univ in
S. M. Kirov), 100 copies (KL, 44-59, 126)
-13-

L.T.j &IMOVp A.D.
Recent data on the ore resources of lower Iliocene
extrusions
in the vakhichevan fqM9*vP*&*. Ddae AN Ambe M 17
nPe$sO7-
700 162, - (141PA 14'.20)
1. Predstavlano, akadudkom AY Axerbaydshanskoy SSR
Sh. A
AzJ.zbokov7m, (Norashen ration-Ore deposits)

BAYRAMALIBEYLI, E.T.; ABDULLAYEV, N.D.
New locality of Danian sediments in the Kazakh trough.
DAL
AN Azerb. SSR 20 no.gt4l-44 64. (MIRA 18:1)
1. Kavkazskiy institut minerallnogo syrIya.

ISHMILTW, S.G.; SAYRLXALn=l, I.T.
Cowpwative evaluation of the results of oomblued sulfonotherapy
In Aserbaijanian lepromarium. Axerb.sed.shur, no.308-60 * 160.
-WRA 13.-6)
(MWOIMS--THEWPNDTIC U831) (LBMBT)

- - - - ___A3AYAA' V.;SMTILI I -I. __ .!,.-.__ __ ____
RAYRAMASHVILI, I. A. --#0n the Nature of the Growth of Gray
Cast Iron.R
4(Diseartations for Degrees in Science and Ingineering
Defended at USSIII Higher
Zducational %stitutions) Min of Higher Education USSR,
Georgian Order of Iabor
Red Banner Polytechnic Inst Imeni S. M. Kirov, Tbilisi, 1955
SO: Knizhnan -Ietopis', No. 25, 18 Jun 55
* For Degree of C..ndidate in Technical Sciences

us"nxis of:PR MIA
. EX.
M. Yavtdte an
Moo 195T.-No. I., M.
tron is amod. with its high gas content was che4ed by
melting Specimms of-IMPIU mapesite crucib" under
10-8 mto. HS, holding at IVO' for 20 min. and de
11. their
growth afterbeating up to36hrs. at730*. After MAR.
growing dwe. the growth of the original Iron was 2.32%,
and of the degessed.one 0.' .217 Howevs--. melting
the original compn. of iron 31.9.7% total C, 0.59combeinmend
a-losi. OA5 Mn, 0.20 P, 0.158 toaftavtrage CM36% total
i C. 4-18 combined C. 2.W Si, 0.69-1.60 Mn, tru*s of P,
The change in growtJ3 characteristka is sLp-
0.0.'2% S.
par attly connected with the clang" in graphite structure.
J.D.2a

r I g. 1%. s I,

i
i
I

Y 04 om ~ P 1,11L_ A 137-58-2-4019
Translation from: Referativnyy zhurnal, Metallurgiya. 1958,
Nr 2, p 251 (USSR)
AUTHORS- Tavadze, F. N., - 4ay
TITLE: The Effect of Low Pressures on the Graphitization of
Gray Iron
(Vliyaniye nizkikh davleniy na grafitizatsiyu serogo
chuguna)
PERIODICAL: Tr. Gruz. politekhn. in-t, 1957. Nr 3 (51). pp
97-105
ABSTRACT: The graphitization rate at low residual pressures
exceeds that
in atmospheric air because of the elimination of the
hydrogen.
After a certain exposure time the growth curve for air
intersects
the growth curve for vacuum and goes on upward. This is
attributed to the fact that in the case of long exposures
the oxid-
ation process starts to predominate over the graphitization
process. A.S.
1. Irm-GraphMsatim-Pressure factors
Card 1/1

AUTHORS:
Tavadze, F.N., Bayramashvil SOV/128-58-11-11/24
I. A.
TITLE:
On the Nature of the X-Phase (o prirode X-fazy)
PERIODICAL:
Liteynoye proizvodstvo, 195R, Nr 11, pp 18-20 (USSR)
ABSTRACT:
The X and X1 phase in heat resistant grey cast iron
were in-

vestigated. To obtain the large inclusions of the
X-phase,

which is a result of oxidation processes, specimens of
cast

iron with varying silicon and manganese content, and spe-

cimens of wrought and magnesium iron were subjected to

20 hrs of
isothermal treatment at 730 0 C. It was found that

the X-phase
formation did not take place in cast iron with

a 6.25 % silicon
content. In al I other cast iron specimens,

the X-phase was
observed. The X -phase depends on the man-

ganese content, it is
reduced with an increased silicon con-

tent and rises with a
higher manganese content. It also de-

pends on the shape of
graphites. There are 5 sets of micro-

photos, 1 table, 1 graph
and 7 Soviet references.
1. Cast iron-PhagG studies 2. Cast iron--Heat treatment
3. Silicon--Metallurgical effects 4. Manganese--Metallurgical
effects
Card 1/1

TAVANE, F.H.; BAYWASHVILI, I.A.; TSAGAWSHVILI, G.V.
Zffect of manganese on the removal of sulfur from cast iron
smelted under vacuum. Soob. AN Grus. SOR 22 n0-3:329-336
Mr '59. (MIRA 12:8)
1,Grusinskiy politakhnicheekiy institut im. S.M. Kirova.
2.Chlon-
korrespondent AN GruzSSR (for Tavadze)
(Manganese) (Cast iron-Notallarg7)

L 12�U-63_ Wp(q)/EW(m)/PDS-.AFFTC/ASD--JD
AG=I(ff fiR,, A-F3M50
S1002016311501003103441VA6
AUMCR: Tavadze, P. it (AcadmicU4 An Gra*SR); B
Oafranashvili,
Kbantafte, D_, *-; Ts
agareysbvili, 0. V.
MrZ: Density, and surface molten borm4l\
tension ~f
SOUXM: AN MR. Doklady*, v. 2-30, ~AO- 3.. 1963., 5"-546
TM7M OW: liquid-borca density, liquid-looron surface teusjLon,
localized
melting, electrm-beam melting., drop-volume image, contact anglo,
'ABSTR&M: The density and sueaft tenSIM -of U01ten, borca (B) bave
been me&.
sure& for tb* firvt.tIme by the Pendant-droP and sessile-drop
methods. A Pro-
cedure for zone melting vithout a crucible, reporbed previously by
Tsagareysh-
vili (TsagareYabvili, G. V., Peredovay nauebno-tekbnIcheskly i
proizvodst-
Ve=YVY 071ft, GOMM, twa 37, V- 7 (1962) -), vim adavte& vith
modifications
for the use Of an electrM beam of a cathode-rV tube for localized
melting*
Experiments vith Ni drops have established.that surface tension is
not affected
by electroa bean beat. The volune of the drop vas both date=iued frcm
its
Tbotolmage in a calibrated optical system for precise measurements of
expansion
coefficients and calculated frcm the function VO/V f (1/H) for
various Contact
Card

L 10629-63
AC=I(N NR: AP3000750
angles e, vith 1 the radius of the equatorial cross section of the
drop;
H, the distance between the equatorial cross section and, the top;
V., the vol- I
ume of the drop, determined frc.m the Bashforth and Adams tables
(Bashforth, P...
AdAms, J. An Attempt to Test the Theories of Capillar7 Action by
Comparing the
Theoretical and Measured Form ot Fluid Drop, Laadm, 1883) and
calculated on
the basis of parameters 1; Hs e ; and V the volume of a rotating
ellipsoid vith
semimajor axis 1,, semiminor axis'S, J'height h. Correctim to actual
drop
voume Vag ac,ccaplished by means of the above functions The accuracy
of this
method, uzLUkb that of 'the Bashforth tables, is not influenced by
errors.~In the
measurement of the contact angle. The degree of heating vas
determined by
means of an. OPM-17 pyrometer to be appraximatelY 50C above the
melting points
Surface tension was determined by melting crystalline B rods, 4, 6,
and 9 =
in Mam ter with an electron beam removed after formation of a drop.
Results
obtained vere similar for rods with different Alan ters. Surface
tension was
determined to be 1080 dyn/cm by the sessile drop method and on. the
basis of
Previously reported data, 1060 to 1070 dyn/= by the
pendant-weight-drop
method depending on the data used and 1030 dyn/cm by the vaight-drop
method. At
temperatures 500 above the melting point of B the denaity was.2.08 1
0-03 gr/CM3
and the average surface tension vas 1060 t 50 dyn/cm. Orij.. art.
has: 3 figureL
care,

ACCESSION NRI AT4030796 0/0000/63/000/00010110/0118
AUTWRt Tavadtat Y-Ne; Dayromashvilit I.A.; Xhontodse, D.V.;
Ordsolishvilip V.A.
TITLEt The influence of boron on the outface tension of nickel
SOURCE: AN UkrSSR. Inatitut metallokeramiki I spetsiallny*kh oplevow.
Poverkhnost-
ny*ye yavleniya v rasplavakh L protsessakh poroshkovoy metallurgii
(surface phenoomw
in liquid metals and processes In powder metallurgy). Kiev, Ind-vo AN
UkrSSR,1963,
110-118
70PIC TAGSt surface tension, boron, nickel, beryllium oxide, aluminum
oxide, nickel
based alloy, boron containing alloy, hydrogenIhelium
ABSTRACT: The authors Investigation was conducted by the lying-drop
method on an
Instrumenr designed and constructed especially for this purpose. The
fundamental
diagram of the instrument Is presented in a figure. The drop was
magnified four
.times. The surface tension of the metal was determined on a
flat/support of alumin-
um oxide and beryllium oxide. Special experiments were perform" to
study the
effect of the materials of the beater and the supportU, an velleas
the sodium (by-
drogen, hollum), on the surface tension of nickel and Its alloys with
boron* The
COM 1/2 ......

ACCESSION NR: AT4030796
results of the Investigation vere presented in micro-photographs,
tables, and figur".
The values of the surface"tension of nickel in a hydrogen and
helium atmosphere
vere pratically identLear. Boron, an inactive element in relation
to nickel, did not
effect the value of Its surface tension and the grain also. :The
calculation of this
generalized moment and thi static generalized'Weent of nickel ~nd
baron atoms con-
firn" the inactivity of boron in nickel-boro6 alloy systsms-. Orig.
art. has: 10
figures and 2 tables.
ASSOCIATION: Institat ustallurgil AN GruzSSR# UfUs chotitute of
Metallux"
AN 'Goomu'lLUR).
SUBHITM: 23Xov63 DATE ACQ: 16Apr64 ZwU .' 00
SUB CODE: ML ND Rsr amt 006 01=s 003
Cpr4.2/2

1-6-r8-1-65
7_7)
.-,'VrT" -51~ (mp)-2 jD'
ACCESSION NR: AP5000294
/ ~_'3D(q- D/
S/0070/64/009/006/0918/0920
AUTHORS: Tavadze, F. N.;.Pamamashvili, 1. A.; Tsagareyshvili,
Go V..; Tsomaya, K. Z-oidze, N. A.
TITLE: Structure of crystalline boron grown from a melt
SOURCE: Kristallograftya, v. 9, no. 6, 1964, 918-920
TOPIC TAGS: boron, crystal growth, x ray structure analysis, zone
melting
ABSTRACT: The crystalline boron was obtained by vertical crucible-
less zone meltinq with simultaneous rawing. T-,.e initial boron was
obtained by pyrolysis, electrol sis and thermal decomposition. An
x-ray structural investigation showed that regardless of the source
of the initial boron, the remelted boron crystallizes in the same
structure, data on which are tabulated. An analysis of the x-ray
structural data indicates that the remelted boron has a f~-rhombo-
Card
1/2

L 16581-6
ACCESS18 NR: AP5000294
hedral structure and does not experience polymorphic transformations.,
Dilatometric and thermal analysis has shown that the remolten boron
does not experience polymorphic transformations, and when pulverized
in a pestle it does not go into the amorphous stage, as does the
boron obtained by thermal decomposition. The cleavage plane is
(0001). 7rie boron crystals have a tendency to maintain this plane
perpendicular to the crystallization front. It is concluded that
ct'ner modifications of boron reported in the literature are probably
unstable. Orig. art. 'has: 2 figures and 1 table.
ASSOCIATION: Gruzinskiy institut metallurgii (Georgian Institute of
Metallurgy)
SUBMITTED: llJan64 ENCL: 00
SUB CODE: SS
NR REF SOV: 001 OTHER: 002
Cord 2/2

ACC N.R: ,u-j6o354o5 SOURCE CODE: UR/O137/66/OOO/O09/AO07/A007
Amtiioi: Tavadze., F. N.; Bayramashvili., I.I.; Khantadzep D. V.
MTLE: Surface tension and density of borides of iron., cobaltp and
nickel
iSOURCE: Ref. zh. Metallurgiyaj, Abs. 9A39
I~RET- SaIRCE: Sb. Paverkhnostn. yavieniya, v rasplavakh i
Yoznikayushchikh iz nikh tver
Ifazakh. Nal,chik, 1965., 376-382
TOPIC TAGS: boride., metal compound., surface tension.. zone
melting., metal surface
I~Ww=: The authors investioated the surface tension a and the density
y of Fe-B,
ICo-B, and Ni-B alloys. These were determined with apparatus for
crucible-less zone
melting by an electron beam, using the lying and hanging drop method
in the 1500
1900" interval. The substrates were made of an alloy of boron nitride
with graphite
(B.NC) and high-purity graphite. The value of cr of B was determined
in a single ex-
perimment by two methods (by weighing the detached drop and by
determining the shape
of the hanging drop), while a and 7 of the alloys Me-B were
determined by the 111arge
1drop" method in a helium atmosphere. The drops were'produced in cups
made of BeO.
FThe following data were obtained: 7Fe = 8.325 - 0.862 x 10-3 TOC,
7C0 - 9-& - 1.020
Ix 3.0-3 TOC and 7NJ - 9-338 - 1.036 X 10-3 T*C. a of B near the
melting point is
1060 erg/;~2. The investigated systems belong to that class of
systems in which the
icomponents with low melting temperatures have a higher value of a.
The experimental
lisotherms of-a lie'in all cases above the isotherms calculated from
the equation for
C,,d -1/2 TJDC: [469-781'1 + 669-781124/251:[532.14 + 532.61)

ACC NR; ARW35405
,ideal solutions. This shows that the Me-B bonds are more favored
from the energy poilri
of view than the adsorption of B on the surface of the metal. That a
strong inter-
I
particle irrberaction exists in the Me-B systems is also indicated by
the appreciable
I negative deviation of the experimental valua of the molar volumes
from their additive
1values. The investigated-alloys, bave apparent3y a quasimolecular
structure with quasi-
molecular groupings close in composition to FeB,, CoB,, and Wi3B2.
From among the in-
vestiga&.,ed melts., the lowest stability to quasimolecular structure
is possessed by
Imelts of the Fe-B system. 2 illustrations. BibliograpkWp 24 titles.
M. Krashenin-
I nikcv [Translation of abstract)
~SUB CODE: 3.1
Card 2/2

L 07806-67 T(q)/0 I JI) (c
AEC RK, A 017483 SOURCE CODE: UR/0137/66/000/001/VO21/
AUTHOR: Tavadze, F. N.; Bayramashvili, 1. A.; Sakvftrelidze, L. G.;
Metreveli, V. Sh.
TITLE: Zone refiniM, of iron
1,10-
SOURCE: Ref. zh. Metallurgiya, Abe. 1V158
REF SOURCE: Tr. Cruz. in-t metallurgii, v.. 14, 1965, 123-127 e
TOPIC TAGS: zone refining, carboffl iron, metal purification
''1
ABSTRACT: Data are given from experfmonts on zone refining of two
Iron ingots: the
first of Armco iron and the second of carbonyl iron. The first
specimen was purified
in an argon atmosphere on a copper hearth at a rate of 4 cm/hr. The
second was puri-
fied at the same rate in a helium atmosphere on a lime hearth. It
was found that zone
refining may be done successfully on a hearth made from a mixture
of calcium and mag-
nesium oxides (5% MgO). Frank-Read cources at all stages of
development were observed
in the iron. Horizontal zone refining produces perfect crystals of
iron including per.
fect single crystals. Purification results after nine passes on
bDth specimens were
as follows (the numerator indicates % in the initial material, the
denominator -- %
after zone refining in the head of the ingot): first specimen Si
0-17/0.002, P 0.007/
0.003, S 0.028/0.007, C 0.017/0-009, Mn 0.13/0.025, Cu 0.16/0.09.
Second specimen
Si 0.0001/none, Mn 0.00005/None, Ni 0.02/0.007, C 0.011/0.006. 10
illustrations, 2
tables, bibliography of 5 titles. A. Pokhvienev. ETranslation of
abstract)
SUB CODE: 11 13
1/1 tnn 66oaft,4_492

T 61295c--61- A: 1 ',_).rZ - 7T-, 1-. 1 J I'A:I + i Z L(b) I TL
r
A-1 S 3N N F AF
A~TTHOR: Tavadze, F. N. (Academician AN ~ruzSSR); Bayrandshviii
'K
D. V.
TITLE: Surface tension and structure of molten ~orides of iron.
cobdit and nickel
SOURCE! AN SSSR. Doklad-y, v. 162, no. 1, 1965, 67-69
TOPIC TAGS: surface tension, boride, iron compound, cobalt
ccnrpound, nickel
ccnnpound, molten metal J~
ABSTRACT: The surface tension was measured for various
concentrations of boron, bV
the large drop method with an esti-mated accuracy of t1.5%. The
boron used contained