SCIENTIFIC ABSTRACT BABAYEV, L. A. - BABAYEV, N. G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102810020-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

13 Ti:11 Y
17

KASHKAY,
M.A.; BABAYEV, L.A.
Mineralogical characteristics of diaspore from Alunitdag in Dash-
kesan District, Azerbaijan. Dokl.AN Azerb*SSR 18 no,1:49-57 162.
(MMA 15:3)
1. Institut geologii AN AzSSR.
(Dashkosan Distriot-Dinspore)

BABATEY---U.--
More about teaching equipment@ Folitekh.obuch. no.11:94 N 158.
(MIRA ID12)
1. Zavedurashcbiv Kasansayakin rayonom Namanganskoy oblasti
UsibskAny SSR.
(Kasansay District--yield work (Nducational method))

ARKHANGELISKIY, 11.,-,RlBA)9jX,,-GIADKOY, K., BLOYASHEVICH, Z., KAMTSHKO, A.;
KUZTATIN*.G.jR-. KULIYEV, S., WNSICSOV.N.. POPOV. A., PORTIIOT,T.,
RIZWIKI A I OVA, Ye., TARASOV, A., TULIN,V., SHISHKIII. 0.,
SHKOLIIIIKOV, B., SHrURRAII, L., CIUMOKOV, V., EFINDIZADR, A.
K.N.Kulizade. candidate of engineering. 3norg.biul. no- 5:23-24
H.v 158. (HIRA 11:8)
(Kulizade, Kiazim Novruz, 1908- )

SAFARI WITS. X.; KUZNCTSOV, V., prof.; ABDUNAZAROV, V.; BABAYEV, M-;
M'TITAKOV, Y.
Norms for the output of meat products. MAN. ind. SSSR 30 no.5:28-29
159. (MIRA 13-1)
l.Glavny7 vetvrach Ashkhabadekogo myasokombinata (for bafar'yunts).
2.Turkmanakiy sel'skokhozyaystvannyy inatitut (for all except Sarfarl-
yants).
Mat industry)

BABAYEV, I
J~
Group trains their character .... Okhr.truda i sots. strakh. 5
no.2:16-17 F 162. (MIRA 15.2)
1. Predsedatel' Kirovskogo rayonnogo suda, g. Rostov-na-Donu.
(Labor courts)

S/233/62/ooo/006/002/008
Eoi.o/E420
Ba~bay
'he best degree of approximation for functions of t
var'iables by functions of the form 9(x) + q)(y)
Akademiya nauk AziE.-rbayd.-hanskoy SSR. Seriya fiziko-
matematicheskikh i tekhnicheskikh nauk, no.6, 1962,
25-110
TEXT: The problem considered is the representation of a function
of two variables, I-(x,y) by the superposition of two functions of
one variable, i.e. on the best approximation of functions
F (x, y) Lp (Q) by means of f unctions of the f orm (P (X) + q) (Y) ,
Lp being a spatial function of the p-th power whose absolute value
is integrable in the Lebesqua sense. The function F(x,y) is
located in the subset Q of the plane oxy. The concept of the
distance p between the functions F and Op + LP ) in the
subset Q and the concept of the beat approximation of the function
F(x,y) by the functions y(x) + (ji(y) is defined by the following
expression
P
EI,P)=infp[F,,?+Y],,=inf(jjl,-(X,y)-,f(x)-~(y)iPdxdy
TO

S/233/62/000/006/002/oo8
The best degree ... EOlO/E420
For the case of p = C:;z) the problem was considered by P.YU.Ofman
(Izv..AN' SSSR, serlya mat., v-15, no.2, 1962). In the present
paper the problem is treated without restriction on the value of p.
The argument is carried out by formulating and proving consecutively
the five follo,.,ring theorems; Theorem 1. Let F(x,y)~ Lp(Q) and
I
.; 1Y(X) + (U(Y)~ be a class of functions with which the functions
and their'var-iations are bounded by one number. Then in this
class exists the best approximating function, i.e. the function
OW + q,,'(y) ~(p(x) + 1,I)MI such that
Theorem 2. Let Nx'y)~.'Lp be determined in a rectangle la,b;c,d]
with sides parallel to coordinate ax-es whose length does not-exceed
unity. Then the following equalities are valid
d' [F] = 2E (P) d'(Q = 2E(P)
0 F, 0 F2
Card 2/4

S/233/62/000/006/002/008
The best degree Eolo/E420
where d'[F) and d2[F] are diameters of the
0 0
families of the function F
I'heorel-il 3. Let Q be a rectangle lab;c,d]
*ith sides parallel to coordinate axes, whose
., xceod unity, and the function F(x,y)( Lp(Q)
Then there exists the best app--oximating (in
function ym(x) + +X(y) such that
first and second
in the oxy plane
length does not
is given in Q
the LP sense)
P
<
sup,
0"IbI4
bd P
I F(X+h, Y + 1) F(X, Y) I,, dx dy 2 w (8, F)p
a C
< F)V. (2)
Theorem 4 defines two inequalities whose exist..%nce is necessary
and sufficient for increasing or decreasing of'the function Nx,y).
Card 3/4

S/233/62/ooo/oo6/002/oO
Thb best degree ... E010/E420
Theorem 5 is analogous to Theorem 3. In conclusion three
theorems are formulated for the case of n variables. For this
purpose, genorilizod definitions of some concepts used in the
preceding expouition are given such as d1c[P], diameter of the k-th
family of tho.function z-= F(xl,69.txrL) etc. The proofs of
these theorems are not presented but it is indicated that the-same,
considerations are used as in the proofs of corresponding theorems
f,-r n = 2.
Card 4/4

BARAYEV, N.A.; KMIZADS, K.11.
Development of power engineering in the petroleum industry of
Azerbaijan. Azerb.neft.khoz. 36 no.11:33-36 N '57. (?IIRA 11:2)
(AserbaiJan-Petroleum engineering-Equipment and supplies)

IBRAGIMOV, I.E.; -BABAYXV, M.A.; PWROSYAN. A.N.
Use of series condensers in 6 kv. electric networks petroleum plants.
Prom. energ. 15 no.9:26-3i s 16o. (MIRA 13:10)
(Ilectric capacitors)
(Petroleum industry-Blectric equipment)

ALIYXV, G.K., zRoluzhennyy deyntell nauki, prof., BABAYEV, M.A.
Current problems in Dublic health In the Azerbijan SSH; results
of an out-of-town session in Baku of the Aendiamy of Medical
Scincea of the U.S.S.R. Azerb.med.zhur. no.6:lol-llo is 158
(MIRA. 11:7)
(AZERBAIJAN-PUBLIC HKAISH)

BABAYEV , M.A.; NA,,WILAYBV, N. I.; PE12ROSYAIT, A. 1.
Control unit for electric motors of pumping jacks. Azerb. neft.
khoz, 37 no.2t3g-42 7 858* (MIRA 11W
(Remote control) (Oil well pumps)

L 8179-66 EWT (m
ACC NRt AP5026688
Wy
SOURCE CODE:
M/0258/65/005/005/0876/0882
AUTHOR: Sabayev, Me A. (Kiev); Tsurpall I. A. (Kiev)
ORG: None
TITLE: The plane homogeneous stress state in a physically nonlinear
plate with a round opening
SOURCE: Inzherornyy zhurnalp v. 5. no, 5, 1965# 876-882
~' 0
TOPIC TAGS: elastic deformationp stress analynis.9' Mathematic analysis
ABSTRACT: In certain synthetic materials - high strength steels,
nonferrous metals, and their alloys - there is observed,a nonlinesa,
relationship between stresses and deformations even in regions of small
deformations. The curve, slightly but perceptibly,,. deviates from the
straight line given by Hookefs Law (See Fig. 1). -6
Using a nonlinear law of elasticityp the article Fig.
presents a mathematical solution to the problem of
the stress concentration around a round opening
in R platep taking into account the small physical
nonlinearity in a plane stress state extending to
infinity, Calculation results are presented in V
figures and tables, These results demonstrate i -
Z
r."I N hN TMn f, 1. r%'7'j

L 8179-66
ACC NR, AP5026686
that the coefficient of the stress concentration for the given variant
of the physically nonlinear theory decreases in comparison with the
linear case* and depends in an essentially inverse manner on the
elastic properties of the material and on the magnitude of external
loading (nonlinear). Taking into account this type of physical.
nonlinearity leads to a more regular distribution of the stresses in th
zone of stress concentration. Orig. art* has: 20 formulas# 3 figurees
mad 3 tables.
SIM CODE: ME/ SUBM DATE:
15SOP64/ ORIG REP: 006/ OTH REF: 001
nW

BABAYFV, M.A.; KHAYKINj I.Ye.
Towards a reduction of expenditures on power In the petroleum
and gas industries. 1%v. vys. ucheb. zav.; neftl I gaz 7
no.11:50,76 164. (MIRA 18:11)

L 5I4Z8-65 EWT(M)/EPF(C)/EWG(v)/EWA(d)/EPR/EPA(w)-2/E7dP(J)/EWP(t)/Wp(k)//
" _T'Fc-4/Fab-lO/Fe-5/Pr.4/Pa~4 rip(c) JD1'd'd10'dB1RM
L'W FTb
ACCESSION NRt APS01550D UR/0286/651000/008/0030/0 3
621.315.326
09
AUTHOR: Kogen V. B.; Avaneayan, -A..M.; Khanlarove, A, 9,-Xj Trifel'&_M. S.1
N,!2ndarov, ~. A_o.% Shakov, V, I.; Babayev, H. A 1 Dayenton. Yo. P.~ loanninyon,
TITLE: Corrosion resistant steel-aluminum wire. Class 21, No. 170094
SOURCE: Byulleten' Izobreteniy I tovarnykh znakov, no. 8. 19650 30
iTOPIC TAGSt corroalon protection, aluminum, steel
ABSTRACTt This Author's Certificate Introduces a cormsion rvaistant steel-alusinum
wire containing a atdel core covered with an insulating material laid over with a
cable of aluminum wires. The operational charac
,taristics are Improved by using
tranvpaz~.,nt plaqtIc for the-1youlation -rAterAalAnd soaking the entire wire in a
.solution which contains 95% cersin and 5% petrolatum.
iASSOCIATIONt none
,SUBMITTED, l0Dec52 ENCL: 00 SUB CODEt 1E, KM
Card 1/2

BABAYEV, S.G.; GANIYEVO A.M.) BABAYEV, M.A.
Unit for determining the character and extent of wear In
eccentrically loaded cylindrical partus. Zav. lab. 31 no.11t
1415-1416 165. (MIRA 19:1)
1, Veasoyuznyy nauchno-issladovatellski- i proyektno-tekhnolo-
gicheskiy institut neftyanogo mashinostrayeniya.

ACC NR- AP6032393
SOURCE CODE: UR/0198/66/002/009/0059/0064
AUTHOR: Babayev, M. A. (Kiev)
04: Institute of Mechanics, Academ; of Sciences, UkrSSR (Institut mekhaniki AN
TITLE: A stretched physically nonlinear plate with a thin-bar-reinforced hole
SOURCE: Prikladnaya mekhanika, v. 2, no. 9, 1966, 59-64
TOPIC TAGS: thin plate, nonlinear plate, hole weakened plate, stress concentration,
bi~~txial tension, pure shear
ABSTRACT: The homogeneous biaxial state of stress in an infinite hole-weakened plate
of physically nonlinctir material id annlyz(:d in a caso whon the circular-hole edge is
stiffened by it thin elastic ring which is treated as an elastic line resisting tension
and ilexure, its state of stress being described by equations of the small-deformation
theory. The state of stress in the plate is described by equations of the plane
physically nonlinear theory of elasticity. The method of successive approximations
in a form developed by G. N. Savin and L. P. Khoroshun (Prikladnaya mekhanika, v. 1,
no. 4, 1965) is used to determine the stress distribution in a plain, (nonweakened)
shell, and in shells with nonstiffened, and ring-stiffened holes. Expressions for.
bending moments and normal forces are derived, as well as for the stress components
in the plate and in the joint between the ring and the plate (made of copper and
open-hearth steel). The values of the stress concentration factor at the edge of the

ACC NRs AP6032393
hole with and without the reinforcing ring are given in a table. The variation of
the stress-concentration factor in relation to the basic stress distribution (in a
plain shell) in a shell under two-directional tension, and in a shell under pure
shear (tension in one direction and equal compression in the other) are shown in
diagrams where the results of solutions obtained by means of both linear and non-
linear theories are plotted for comparison. Orig. art. has: 2 figures, 1 table,
and 26 formulas.
SUB CODE: .20/ SUBM DATE: 04Mar66/ ORIG REF: 004
Card 212

15-57-5-7226
Translation from: Referativny zhurnal, Geologiya, 1957, Nr 5,
p 211 (U.'
AUTHOR: Babayev, M. B.
TITLE: Selectivel Repeated Application of Hydrofracturing
Petroleum3earing Stratum (Selektivno-mnogokratnyy
metod gidravlicheskogo razryva plasta)
PERIODICAL: Novosti neft. tekhn. Neftepromysl. delo, 1956, Nr 8,
PP 15-17
ABSTRACT: Most of the petroleum-bearing levels in deposits of
the Apsheron Peninsula represent an alternation of
sands and clays. Hydrofracturing of wells in this
area does not always bring the desired results. The
new method provides for determination of the most
productive zones in the well. These zones (not
exceeding 1 meter) are perforated and then hydro-
Card 1/2 fractured by the usual method. One or several

15-57-5-7226
Selectively Repeated Application of Hydrofracturing (Cont.)
fissures are thereby formed in these specially perforated zones.
The stratum is perforated throughout its thickness before the well
is again operated. The advantages of the new technology are: 1)
it eliminates the possibility of arbitrar formation of fissures in
the nonproductive areas of the stratum; 2T it increases the efficien-
cy of the fracture liquid and markedly decreases its losses. The
author calls the method the selectively repeated hydrofract method
on the basis of the fact that several fissures will be formed where
several strata are perforated. For old operating wells the method
is to be recommended particularly where plugs have formed. Use of
the method on well No. 140 of the Umbaka area, which is exploiting
the reserves of the third level in the Maykop series, increased
the daily flow of Petroleum from 1.5 to 6 to 7 tons.
Card 2/2 M. G. M.

-1 . RUSTAMOT, M.S.; Sr
1~12&12ff , M ZRANTSV, A. 1.
. S~.~
Major repairing of extradeep condensate gas wells. Azerb. neft. kh,37.
36 no.10:21-26 0 157. (mrRA
(Apsheron Peninvula-Us wells)
.~P*

,-- *1 -- - - - - Jrz '- ~'
BARAYEV. H.B.; DZHAFARLY. Z.A.
Present status of the Azerbaijan gas indvatry, and prospects
for its development, Azerb.neft.khoz. 36 no.11:25-27 11 157.
(H IRA 11: 2)
(Azerbaijan---Gao, Natural)

ADASOV., M.T.; BABAYEV, M.B.; GASANOV, F.G.; DZIIALIIDV, K.N.; DURMI.SHIYAN, A.9.
Brief analysis of the stat-as of the development of the horizons
7 in the K&radag field. Trudy AzNII DN no.9:212-222 160.
(MIRA 14:5)
(Karadag region-Oil fields-Production methods)
I

BABAYEV, M.B.; GASANOV, F.G.; LAZAREV, V.T.; TAIROV, A.A.
Some results of field studies of condensate gas wells drilled
in No.? horizons in the Karadag area. Azerb. neft. khoz. 39
no.600,34 is 160. (MIRA 13:10)
(Karadag region-Condensate oil wells)

BABATEV M.-B A
Best exponential approximation of functicns of two variabl(ts by
'-(,y). Izv. AN Azerb, SSR. Ser.
functions of the type Y~ W 1- 1.1
fiz.-mat. i tekh. nauk nr.6.~25-40 '62. (MIRA 16R6)
(Function3)

L 27897-66 EviT (S)J'~C I I C
~L ------ jEL)
ACC F4_RAm0_2__4_6_4_2 SOURCE ODDS: UR/0048/65/029/009/IL719/1721
AUMOR: Babalay, jjvK.; De4kkaySj,_&?L.*. td*Ln-A.-
--Im. Tj Murzin, KhorAenko. 0.B.
*68..A
ORa: none
TITLE: Fluctuation in the number of particles In an ele-atromaxnetic shower at 110
BeV /Report, All-Union Conference on Cosmic Ray PhysAcs__"1_d at.Apatity 24-31 August
--lm/
SOURCE: AN SSSR. Izvestiya. Serlya fizichegkaya, v. 29, no. 9, 1965, 1719-1721
'MPIC TAGS: secondary cosmic ray, cosmic ray shower, electron, photon, iron
ABSTRAC11t. Electron-photon showers were investigotted in an ionization calorimeter con-
sisting of the following components in order from the top: 13 cm C, 3 cm Fe, 8 trays
of ionization chambers each followed by 5 cm Fe, 2 trays of chambers with no absorber
between, I cm re, 160 g/cm2 C, 3 cm Pb, and two trays of chvmbers separated and fol-
lowed by 2 ca Pb. Showers Initiated by cosmic ray particles were regarded as eLectron
photon showers It they produced ionization in at least one of the two uppezuost trays
and no Ionization in the two trays beneath the large carbon absorber. Of 334 electron
photon showers thus Identified, 152 had energies between 100 and 200 BOY. The 11oniza-
tion verous depth curves for these showers were normalized to a primary energy of 110
/ :;; '-,' t -_ I

L-27897-66
ACC NRt AP5024M
SeV and averaged, and the average curve was campared with theoretical curves calcula-
ted for different assumed values of the radiation length in iron. Good agreement waa
obtained with the curve based on a radiation length of 12.6 g/Cm2. This value of the
radiation length in iron was confirmed by ocaparing the observed depth of maximin
shower development with calculated values. lbo fluctuation (ratio of the mean square
to the squa" of the mean) In the number of particles In the showers as a function of
depth was compared with the calculated curve of X.M.Garasimova (Zh. eksperim. i teor.
fix., 43, 500 (1962); 44, 240 (1963)). Good agreement was found at depths less than
23 radiation units, but at greater depths the observed fluctuations were such leas
than the calculated ones. In conalusion, the authors express their gratitude to Zh.S.
Takibayew for valuableldi6cussions. OrIg. art. bust I formula, 3 figures, and I table
ova omit NPI sm DATS: 00/- ORIO PJWt 004/ OIW RSFI 000

.BABAYEV$ M.K.; DENIKAYEV, R.Z.; YEMELIYANOV, Yu.A.; ZHUKOV, Ye.l.; LUKIN,
Yu.T.; MURZIN, V.S.; KHOMENKO, G.S.
Fluctuations In the number of pfiticles in an electromagnetic
shower at an energy of 1.1 a 101. ev. Izv. AN SSSR. Ser. fiz.
29 no.9:1719-1721 S 165. (MIRA 18:9)

Cand Tech Set "Study o. en'tuatt/ of
BABAYEV, M. K., / ^ t,
Increasine the traction of heavy tractors on peat-
boggy soils." Minsk, 1961. (Min of AgreBSSR. Sol Res Inst
of Agr*) (KL, 8-61, 240)

BARAYEV, M.M.
Studying the diversity of laurel in the Lenkoran-Astara zone.
Izv.AN Azerb.SSR.Ser.biol.i med.nauk no.301-41 162. (MIFA 15:9)
(LENKORAN LOWLAND-LAUREL)

I'd 'A't 1;
it
t .'roklu".Livit~ of
o f r S-
J,IIA in

.-_B&UYEV, MINt GUBSKIY~ V.G.
Wire made of scrap metals. Mashinostroitell no.6:19 Je 161.
(MIRA 14:6)
(Scrap metals) (Wire drawing')

.- *;.,,-v9 I yj.,..
I
S,Viiic ~56(.CC ',dlowtt - o. - : '4 'F 161.
1.'..-2)
(2',luctric *.ialdirj;--ToC'MOjOj7-'C~.j jMOVC,tjorj)
A

BABAYEV. M.P.
Pouaibility of Dreserving the Galmette-Guerin bncillus In dry vaccine.
Zhur.mikrobiol.eT)id. I imrmn.,suDplement for 1056:2q 157 (MIRA 11:3)
1. 1% Stnvropollskogo instituta vnktoin I syvorotok.
(BGG)

OIR4,
00 A
009
*OR
god
00 f
got
go J
000
004
0011
91"10 "it wow apt

-00
000
1200
. qoo

000
1100
400
we*
ago,
Noe
'See

we*
t low -00.1-ftv- Woo
b u A' 10 01; ; j j ' j g' j j i ' j~& - ', 1;; Aft 8 IW 0 A 5 1 N P 9 0 0 .7 V I
99 It
10.00:0*0000000000000egool 0*06060006060606006
0000000000000*000000~**::ioooooooo*oooooooooo

0 CC
I
\A a a I I v I I -T
At
11111111 fs*is
0
1
0
1
6
W
1

p

Detentsissation at alwaiaw. ie, vilito,%rome. m,
BaWry. Zdn%ljkdya lAb, 7, Ismomp- a
is
l X. fAillple in a F11 dish Wilb 15 ),A. 11NO. Alml F) ml.
1*
i~j ulf. add 10 g. H.9A and evap. to lumo. h-4ru the
fr,4due in water. add excimms N*44, tN%i fix Its min.. ,hl.
"It. �Rd fil'of Uff M 1111' 111C -111L "Ill
lll%'(h tQ OR Wid NVACtiMl add %M.No. Awl ppt. Al . silt
I I N, 1
AIMI 1 $
1
N
I
X
t)iW
I
M
h
,
vr t
e
.1
.
. m
.. -
I
,(
.
1-1,1 - again. ignite the ppt. at lt%kl mild i sills %. AL4 1,
IIIAM
total%) Nit off d" -i-A&II
VT
u 6 4, -0 Uji; a .11 a no a
0 * 01 0 0 0
0 * 0 * 0 * 0 *
0#4 1 a Ian I". all__
- -9 w a 9 ta 4 2 a v
a 0
0 4 0 0 0 4 0 0 0 0 0 0 0
4 0 0 6 0 0 4 0 0 0, 0 0 0 0 0 0 0 0
-00
::g,
see
000
g* 0
its e 0
ire 0
see
Igoe
:gg,
use
woo
Woe
Joe,

0 a 0 0 0 6 0 a 0 0 0 0 0 0 0 0 0 0 0 41 a
vu I v crw
A a 0 1) n 11 n 14 N b it a 0 4 41 Q 43 6; 0
4 1 uv 1,
IL -S~ 11 ON u
JL-I t 4- q 1- -6.
I-C I If-

NOILT34411ST13 )VILV41111 11311J1111,11. v 1 9 v
00
00
09
eel,
of,
so= 0 0
go,
60
so-, so
00
00
so
0 00
00
jo
jttAI!jU~A%IW All pu!vjqu N
44; 4)!IA I)-)IVdW4" Jig "1111"S 441 1 U
'P-" A14U!l )0 1 1)[11 IIIIJA 1311ul atil V) (101 tauu"I
%il.sip 4lep 4qj bu~%Jvqj All PPP III AYS p 'P ~41
9 ;ItIlA t~W4J -1111
ium sulsw(ja A41 3140111
49'u-141 Alv.*4 M
9
1"I"Ilma v
V iv -110-41JJ4 40A 1-14VIIJ -1 '01114
,
tt"I~ Pang -I.-Ip vu!~-3119 V- at-41
a
u
moi
4do
x
2
4tAvi
sit
3VI3
ppm
l
tunlwujq3 u1 U931111 10 uojjw%!uu*jvp ORI Sol pacpa- v
go"
eel
f �t n at so vv r A r-a t 4 j t j it w r--r-r-
i
n it is x &( v a scupt
a ail
asi oil ji A it 11 P, ;l # s 1 9 j v
I 110
* OL-* a
s - 1 ~ ! 1 ! ! !11 ! t-6 -~~ * o *-o 0 0 0 0 0 0 0 a

I to Ilullk'11116 Ills it' n' a 34' b Ad A 36 IF III p a 11 4 &1
I -, -1-1-k I I
AW

06 A!

6i W AnsbviL

IND, No. 3, Ills. 317-3W). (fit Rummian). CO&
ii-i sm-mvalian, V IN-vild im-111-i"Is.
l
. taki-ii iii itimilwIllIA,
ptjwmial jim-atiti-ins W%hh-h hava-tol woo
igh-catIWAnk ferni-chn-mitim, low-radmin fum W. chr. Wilk
descritiod.
Ze 0
Joe
A S I, A AWITALI.OGIC&L LITIOW16411 CLASSIOPKATIft 2-
too
us( 04, 41,
u it so
0 0 LIP it 4K 0 A W 9 KUCK HICKWO;ju
i
0 0 0 0 0 0 0 a 0 0 0 0
0 0 0 0 0 0
i

USS/Inginsering Oa t 48
Fordelain, Iaboratory
Porcelain Industry
'It Is Necessary to Revise GOST Standards for
Porcelain Tubing," M. V. Babayev, Read of Chem Iab,
Ferric Alloys Plant, 1 p
"Zavod Iab" Vol XI7, No 10
PA2811j)1'61
Complains that quality of the porcelain tubing
used to determine carbon and sulfur by combustion
In a jet of oxygen has been greatly reduced. Main
defect is that the oval hole is deformed at high
temperaturea (1,2oo-1,4ooo). Be'l1eves that
tolerance should be reduced to a maximum of one ma.
q4w 28/49T61

00 4
z
0,
a
0
09*11
Sol
It a 0 AP II Q 41 All
INOCISM AQO ~111016t1k .-I a P
Dattermlaustloas of allicoval by spateffic volume In faffo-
Z4MdSb4y8 Ld&- 14, 661-9
(194R).-IA)w-C alloys of Pe-Si (t,,ntg. up to 1% C)
can be ansillyzedsudkienthi well by,letn. ofsp. vol. Ifigher
thin 1% C owleal shmply thanil" the op. vol. ad the
iott:AltothrCcmtent; theinil.
ot t%ci in to about 2.7'; Si. Invievrof
ar"rent =
in existing data on the ruhj~t the
curves used in previous work (H., C.A. 3?. 441141) in 45-
71.% fm.i Won could not be uarl for IS',: ferr,"dimia.
The errm obtained tar the ulte of the curveq Vicar
in cornparbaxi with c will. ineflitadi. Virref-Pre, a new
curvar was conitrur(rd for op. voli. of llar,14 jIloys; it is
accuf~te for Fe-Si with lea than 0.6% C. I fir results
are givrn graphicully and in a table.
content lowers the soly. of C in Fe. the high-Sa alloys
slystudied were not affected by their low-Ccometit.
rV1,111,01U...re than 17o C is present. it lirecommended th.it the
C content be drtd. find the vialue obtained be muhildird
by 2.7 and the praduct subtracted from the actually
found Si r%intent by the sp.-Yol. method. Curvrs are
append"] showing the C4& ratio in allo" with varying
C content; all are linear. G. hf. KO%OUPofl
09
00
00
Its
109
vat 0
000
i Zoo
00
NIIAI.LUKKAL LITFRAIIJ12 CLAWIFICAllold
00 t,::
A 1 .11 -
I V '?A A4 A 1 0 'W 0 1 IF 14 -0 a I
It It It tt it N I( K A( IT a K 11 It it I al I is
0 0:0 9 000 000000 00 0 0 0 0', ~6, :* 00 090 0 00' 600000 0 0

0 0 o 0 0 0 o
o aj

,A 9 0
a

L

60 It Chmmium determination 14 f0frochrome without siliter
nitrate. )Lt. V.. lialmov. Zdt~44a)u bib. 14, ".511 1111.10.
'
2"
I
f i
_11'rat m
0inple
%ith .
o n,I. 4 il N .1,1
s o
r"u
tilt Iting Lin. fit ofolout 4711 nit.,and add 411 IMA
(Nll,lw%O,sOln. %%d-1rt,%,A,
add 6 till. of 6% MAU luall. to F"Itl(v NftlO.-. 1K"l 2 3
'~
--
-O
min
nd tit
te th
d4
Al
b
J
ra
t
t
os
m
., a
.
y the rwr-
g.
.
sulfatt method, the qwtntity of AgN(h ii-I can he tr-
=o#
ductd; 5 ml. of a viln coutg. 1.36 g. AgMs, oi-t 1. 1. -tith.
cient
Cis 0
Go .
of 0'

00

see
00
00
i 40
It Aft
L) t% A 9 it Of 6 tt it &
it
00 * 0 so 0 00 000 09 90 *~;Ollll 00 *OIL 0 000 00 0 0 0
: : w0 0 o 0 o 0 4b 0 6 see 00 0 110wool
0 0 Ole *goo .9 0 0 * 0 00 00

g-Gj 7
A 7 7 T r 7 7 7 7 ; -" ; -I
I
&04

00 1 7

00 J
00

-T. " ~11% r
a I I I -~~ , cx a
i of Work of lAborstartes 4An-
(In Russian.) A. M. Dynwv.
Y. P. 1. Shpartenko. 11. N.
1. Orsn1wairl). Ylk.
IV, T. 1. Veltahlit. N. . Klux.
anansev. K. A. Nabatova. 1). V.
vv. K. 1. Nikalskaya, and F.
nulevich. Ykavo"k va Labom.
ary) . v.
tFactary IALbc)rik(l. it.
.01 1.
In tables.
di
IMILURCICAL MEN Twt CO.ASIVICATIO&I
81
it Mc" .10 a.. oat
USAVIOlt'; ; tin It it sit 111111 nail 11411
cles indicatins thI,,
r different analy.
analytical Inborn:
C. volurnetric, eol
metric. And pulat-
Intions us applied
s, alloya and orrs.
rmation Is Phown
IM, .91111 as Qv all
An I 1 9 so 0 a a 3 1 v
40 n I U
00
.00
goo
=00
coo
000
woo
coo
60, 0
age
use
age

5_~ 411

of A C A

A 2
1
8
z
I
046 J
*0 0
00.43
00 to
00

APP&Mwe fw ealm 6stwombafin.
1!:b-ow~
Zd
&4
d 1A
IM
4
14
4
948
Th
-
).--
M
3
.
e .
,
Y
0
lKilb 4lesi
ed I
(u
USM) I
iii
l
i I Moo
s
n
s cr
c
an
gn
n n%prct to e".
tfapW bubble tomition owing to faulty shaping of the
moo
glass pwu and Impropm valve mating. 71w app. for
gasomtric deto
of CO
6 im
roved b
add
of
2
d 410 *
.
o.
a
n
s
p
y
stopcock whklk peratits Wation of the furnace from the IPo*
6
gas buret and the atm. dutim absorption of the products
'ni
of combustion durin
t I
n ti
l
d
(
i moo
o
on.
s
n
p pertn
ts
g
g
JACCUrate wislysla at siamples Ciontg. 1( 30% C In 0.5 S.
Ud
V
samples,
.
Kowlapoff fee

moo

SIN.SLA MIALLU46CAL LITIRATWO CLASINFICASION Wes
7:-, too
1w
Iff IN
U is AV so 1, Ot a it It CI of 11 It r. I
; ~ 1, 1, it
o 0 0 0 0 0 0 0 0 0 e so 0 0 a 6 0 0
016 o
sea 006
0 0 * * 0 * * A # 0&0 111 a * a * 111 0 0 0

" r I - - - , - ~ . . . . . . . 1. 1. vose 0t ego we gov-,
jr IF -a It
44 4;
o a A
. 0 10
14000
Is 41 A
lee
M.- V. 11absov. (ZAvodskaya LAboratoriyA. 1948, vol. 14,
dic*' ppe 1480-1496). (In aussian). lit:uidard nussi&n
so procedure for the determi.tation of carbon is forrochromiul
lee
by the Arts-Strolein gas-volumetric method is crILically
oxmined in the light of expertnental data which show that
a sing1v combustion Is not sufflaient for the conversion ofall
logo
the carbon Into carbon dioxide. Neglect of this fact is postul-
ated as one reason for tho low carbon contents frequently
ascribed to ferrochromium by steelworks analysts, further
0 0 reasons for divergent results being lack oA' proper calibritLion we*
Gas
*0 ~11
of tho apparatus vW failure to carry ouL advquate blank
JU
oxperiments. Attontion is drawn to defisots in the system
task-A for the cinasirication or rerroch7'tuttium acconAWA Lo
Its CAIAKM content. 3. 1%. see
i wool
ties
goo
1*1A%AkW4VCAL LntlAIWSI_ WtWICAVOW
ago., 00.1ftv
101380 At C"W *69 011111008 111111 W Oftv 0I
0, P 'T_X T TA An A I a IM a M 8 1 W wedge 319 V.Mj';_
U a IV 40 Al @I n to NAO I " d'",
0 4 0 0 0 4 0 0 0 4 0 0 0 0
0 90 0 40 01941.0te, *ego 0 0 ve 0 too e 0 00 00 0 00000 0 Is 6 0 0 0-0
0 a 0 0 0 0 Is 0 0 0 0

DAP", V - 11
. - , 1 . . V .
;-I. 1
'28929. BABAYEV, O-rrodlcnic Fosfora v Ferroklirome. (ro PovcOu Govt. 28M-45)
Zavods-,ya Laboratoriya, 1949, No. 9, s.1108-11,
SC: L-,to-,~isl Zhurnallnylh Statcy, Vol. Y,-,, Yoskva, 1,,-4~)

if 6e*Oqfqwww1W77,
A' 14 iL 0 'too

00 Al ir- -00
of DfOrmination of r~oisturt and molybdenum in unig-
90 afted "Ybdonum or$ ccnmtmtes. U. 11. flAtmev.
ZeWskaya Lab. 15. 237-80949).-7-he drin. W-tnoiiffiFri-
i,oo
should
be by beating 2 hrs. not above 110% the detn. of
-
flatation wat "clum anti oiti is itude hv trimitin ta 0 0
*0 300-10' for 2 hn. or by t"atment wtith 3:1 ht,0-j;t0jj C
ndRt., followed dryingst 110% for the samj&. aml
by
eTapa. at 100, 1. be At. 'Me variAble rumilts "buincli
00 by ignitions abome IUU' (up to 315') are CXplAined by thr
lou and dftmmpa. of the flotatinn rroidum The dc.
'
'
00 O)
compa. c( 261%% don not brgin brlow.
. G. M. K. r0 e
00 i-o 6
oo
00
00 00
o0 lee
00 --4 0
go
ro 0
0 -.00
00 !% 0
00
-0
00
:00
00
00
oft
00 An L t N
it w
't U a 0 0
0 o o 0 0 0 o o 0;0 go 0
o
*oooooo
::::Oooooo
0 0 0 * 00 0

V' A,JA
Dotoradmatift of phospborus In l*rmcbmina. %1, 1
Ilatwev. Juvolfska ,vo L,oh. 15, 110-4 14094V, Thirr
tit istr tT,1"Im%vmlvJ .%, lulwfl," I., Ill., oth J.ila
lllrt~%I. (1) Ifeat lite 'miple iolith 11, pe'l,
t 1,
sao, 11 ~Iltlhlwmvviaoul Ak little li%O,. 1,14 111c
Fell with .01 and 11 the IINO, vdii. if lite pla
det, the P with molyllitatir aIl in the Mindy mithol I,jt_
delit. v in sterl. IL,.) I)iulvr the Nample Ill IICI tit, It
1401al(l. With Bf,44141MMI. )INos.andirvall ; thriticim%ii
thew last collerutionli. Plit. with twilyll,lair at the riKht
aridity and ImVer vootrut tol! io (tic pirwace
(It A little Ft Sall. Cil I)ilwl%-e the satmile m ICN(s, + b
II.SA. temove and ppt. Fe" and Ilo,I by a4ding
N111,011, leaving CrO., in "it. the Fvllo,
pill. In II.NL1,, and ittat vtilh molylillate -., imul.

A I ai~ " 7n.
I_L. & _T-& A A.-I ~4, a .0 It. 1,
A
0o
go be" SAW& to Am** of FUN45WL Mee
tn' YA%%xUkays IAIWMtOn%-*. 1949. 11A. M. OIL. 1'1l-
41 - 47(). 11ft Hawaiian). Tip iftukqwy to -it-IV tiaml Of
rh4rifflis in framo-Allo), 111FAN IN (fifflomml, duld claillaa-dia Of
talthig samplars fmits tlw funwmv. frivill tip FlIT'Aral during t, Moo
from the Polid ingot &" mrasiakmi. Various .00
taw iatwartruin *WyaW &m dew-rilaml iand examunow am gi%m of
nworautarl"iftl wiml to tip 'Wer.
-6w-fr- w lmrl. Wyo.
chmanlaktas -attaining 0-2-3-21~ or stilictran. mul in high.
bilimin frammuritromium maritainins A-1110. of that; vkjl~t.
t (4-10)% in tIp drat oiame
lrtw reliative mcar wm found to ba,
10% in OW Omrul, L X.
Zee
lase
too
too
A
I If - I L a AttIAL1,1024KIt LOTIOM01 Ct&%j%FeCAt*w
too
sea." .,* 'I.. .0t . . . ..... a fee
a I
U Ill AT of ll~ at a 1 7 1
"title" sawn man IfIll me A I Am at 1_0 o
Goo 000 00 Zli
AD 0 00000 000 0 * 9 go 0 go

tSSR/Ragineering - Carbon) Determination Feb 50
Iron Alloys
"Flux in Determination of Carbon in Ferrochrome,"
M. V. Babayev, Chem Lab, Chely&binsk Ferroalloy
Plant, 4 pp
"Zavod Lab" Vol XV1, No 2
Describes experiments with various fluxes for
combustion of samples in process of carbon de-
termination. Concludes best results are ob-
tained with copper shavings partially oxidized
by holding them in muffle furnace for one hour
at 800-9000.
159r25

t
BABATIV . ' I yevioh; GRIMOZOV, B.A., rodaktor; CMUIYAK. I.G..
reds, ';*. , O.G., takhnicheskir redaktor
[Testing iron alloys] Oprobovante ferrooplavoy. Moskva, Goo.
nailohno-tokhn. ird-vo lit-ry po chernot i tovetnoi metallurgii,
1954. 68 p. (MLFA 8:7)
1. Chelvabinskiy ferroeplavMy savo& (for Babayev).
(Iron alloys--Testing)

rl~,V, -
POZHARITSKIY,K.L., professor
"Ferroalloy assaying" H.V.Babaev. Revieved by X.L.Pozharitakii.
Zav.lab.21 no.6:758 Je '55. (KLRA 8:9)
(iron alloys-Analysis) (B&baev.M.V.)

USSR/ Analytical Chemistry. Analysis of Inorganic G-2
Substances.
Abs Jour: Referat. Zhur.-KhImiya, No. 8, 1957, 27197.
Author : M.V. Babayev.
Title : Determination of Siliclum In Tungsten Alloys
and Ferrotungsten by Phosphate-Sulfate Method.
Orig Pub: Zavod. laboratoriya, 1956, 22, No. 1, 1294 -
1296.
Abstract: The phosphate-sulfate method of determination of
SI In W alloys and ferrotungsten (Pen1kova, Ye.
F., Yakovlev, P.Ya., Zavod. laboratoriya, 1950,
16, 12) was checked. It is shown that this
method does not yield stable and reproducible
results.
Card 1/1

b.
32-2-52/60
AWLAHORS: N. 11. Palba,ev, V.
Aic D, t~: ri.din,i ',ion oC Coil~or, 'ilin, Anti;iony, Aroonic
~ -n 1.] L,2:id i-.~ II'o,-rotun_;jten (Oi,~cJo]cniyo Vi 3'.IUta, olova,
ourl,m,y, ny~,,ilyzt%a i svintsa v forrovallfrt!x)
PERIODICAL: L_,bor.:tCj~j--a,I ")_,Vol.,' I,, !!r 2, pp.L'Ij.',-25*1-(U:3jR)
AB5TRACT: ex~)Cditc -.1,~thods o" the detomination of the clements
mcntionod in tli..- titic are afplied in t1lo, L-,'bor_-,tc..ry of the
Inotitute for Forrous Allo,,s in Oliclyabin. ThL exact course
oZ aij -.ly3is of every :-,ethod ~:).' 3ctcr:.iination ij ;iven, accord-
in_ to which co:,..er ij d;J_Jr):.:_-trf_callj , tin by mean3
of tl;c ujual iodido ijr-t!icd with , -L I
-I accur, cy ol + 0.01 ar-
007lic b.~- means of tho -i,_t!iod r)" Gutzcit, bt.;muth mc-ans of
tin c:)lcride anl (-,ilium iod-'I.Oo 1,1%, color a
st,-_idit rd o ~. i,,, It c c () n t.; i n i n , a~~; c0if ied -.-,:O,~mt uf 0i.3:]ut:Iq
colorinc-trically, a'ierc
t rcs,, lad t1pun th,~
,3o o" th-,., nd,.Ii tion o re-.cti cn ct-.- n -. n3 , all 10 ad
c3lor uo:.-,,p.-.r_4nDn .-7ith ~, otandlard ccntaiT-,_JnC molyL-
Card 1/2 dt.,nwi. All t.iQoo Octor:.,,in,ition :ictlhoilo '~;oru alr~_itdy described

32-2-50160
Tbc Dcter!:iination of Copper, !3i-,! nith, Tin, Antimony, Arsellic ~tlld Lead in
Ferro tnn_-Stcll
bly ~;. Yu. Faynber.- (reforcnce 1). '2hcre ij 1 ri~fercnce, viiiich
ij Slavic.
ASSOCIATION! Chelyabinsk Ferroa-Uoys Works (Chelyabinakiy zavod ferrosplexov)
AVAIUM: Lib*--ary of Congress
1. Copper-Determination 2. Bismuth-Determination 3. Tin-Determination
4. Antimony-Determination 5. Arsenic-Determination 6. Lead-
Determination 7. Forrotungsten-Contamination
Card 2/2
Card 2/2

AUTHORS: Babayev, M. V., Kostyanovskaya, 11. M. SOV/z,2-24-10-5 /70
TITLE: The Determination of the Phase Composition of the Cinders
of Silicon Alloys (Ob opredelenii fazovogo sostava shlakov
kremnistykh splavov)
PERIODICAL: Zavodnkaya Laboratoriya, 1958, Vol 24, Nr 10, PP 1183-1184
(TISSR)
ABSTRACT: The data on an ordinary chemical analysis are rather in-
sufficient in characterizing the cinders of silicon alloys.
The components of the phases must be known in order to
gain an insight into the melting technology. In the
laboratory of the works mentioned in the association a meth-
od was worked out for determining silicon carbide and sili-
con oxide (SiO) in cinders. The other ingredients of the
cinders are determined according to usual methods. Exact
descriptions of the course of the analysis are eiven for
the silicon carbide deterninationg the determination of
the elementary silicon, and of silicon oxide determination.
A formula for calculating the silicon oxide- and elementary
silicon content is Iriven as well. In all determinations a
Card 1/2 weighed sample of 0
of the fine-ground cinder was used
25 (r
.
,
,

SOV/32-24--lo-5/70
The Determination of the Phase Composition of the Cinders of Silicon
Alloys
ASSOCIATION: Chelynbinakiy ferrosplavnyy zavod
(Chelyallirsk Ferro.-Alloys Works)
Card 2/2

5(2), 7(0) SOV/32-25-1-50/51
AUTHOR: 11~~~
TITLE: On the Determination of the Moisture and Oil in Iron Turnings
(Ob opredelenii vlagi i masla v zheleznoy struzhke)
PERIODICAL: Zavodskaya Laboratoriya, 1959, Vol 25, Nr 1i pp 127-128 (USSR)
ABSTRACT: Metal turnings contain 6-23% so-called "non-metallic fractions"
(oil, water and other wastes), which means a loss to the buyer.
There are, however, regulations (TU MChM, January 26, 1957)
which suggest laboratory investigations for certain cases, but
these again are rather inaufficient, including the regulations
(Table). A new method of determination is suggested which
provides a moisture determination by drying in the usual way as
well as an oil determination by heating up to 280-3000~ A
variant separating the iron turnings magnetically is also de-
scribed. One control method provides an oil extraction by means
of benzene.
ASSOCIATION: Chelyabinskiy ferrosplaynyy zavod (Chelyabinsk Ferroalloy
Works)
Card 1/1

RABOXV, M.V.; POPIKOV. F.
Determining moisture and oil in iron shavings. Zav. lab. 25 no.1:128-129
'59. (MIRA 12:1)
I.Chelyabinakiy ferrosplavnyy zavod (for Babayev). 2.Zavod
"Blektrostall" (for Popikov).
(Scrap metal) (Moi8ture)
(Mineral oils--Analyeis)

PHASE I BOOK &~PLOITAT~)N SOV/5316
Babayev, Mikhail Vasillyevich
Uskorennyye metody analiza na ferrosplavnykh zavodakh (Accelerated
Analysis Methods in Ferroalloy Plants) Moscow, Metallurgizdat,
1961. 325 P. Errata slip inserted. 3,150 copies printed.
Eds.: A. A. Yeliseyev and N. V. Buyanov; Ed. of Publishing House:
S. I. Venetskiy; Tech. Ed.: L. V. Dobuzhinskaya.
PURPOSE: This book is intended for engineers and technical person-
nel of ferroalloy plant laboratories and may be useful to stu-
dents of high*r educational schools and technical schools for
metallurgy and related fields.
COVERAGE: The book describes the setup and equipment of field lab-
oratories of ferroalloy plants. Methods of sampling ferroalloys,
initial (raw) materials, and slags for analysis are given, and
preparation of samples for analysis is described. Methods of
chemical control during the production of ferroalloys are aloo
discussed. The author has attempted to sum up the practical
Card-1745

Accelerated Analysis Methods (Cont.) SOV/5316
experience in the control of industrial processes of producing
ferroalloys gained by laboratories of ferroalloy plants with
much attention paid to the problem of selecting average samples
for analysis. The following are mentioned: laboratory personnel
of the Chelyabinsk Ferroalloy Plant, N. M. Kostyanovskaya, T. A.
Popova, A. A. Sukhoguzova, S. K. Drovorubov, P. N. Shurov, and
A. G. Fedoseyev; Head of the Chemical Laboratory of Zaporozhlye
Ferroalloy Plant, V. P. Sergeyev; Head of the Spectroscopic Lab-
oratory of the same plant, L. E. Topalov; Head of the Chemical
Laboratory of Aktyubinsk Ferroalloy Plant, D. A. Valldman; Head
of the Chemical Laboratory of Klyuchevsk Ferroalloy Plant, N. I.
Chebanenko; Head of the Central Plant Laboratory or Zestafoni
Ferroalloy Plant, D. S. Chikashua; Head of the Spectroscopic
Laboratory of this same plant, 0 1 Vo tenko; Head of the
Kuznetskiy Ferroalloy Plant Labo~at;ry fin Stalin8k), M. 0.
Rubinshteyn; Acting Head of the Central Plant Laboratory of
Lipetsk Ferroalloy Plant, T. V. Petrova; and Acting Chief
Engineer of the Chusovoy Metallurgical Plant, K. N. Rispell.
There are 76 references, all Soviet.
Card=2/25-

BABAYEV, 11.
Radio-relay lines in electric Power systoms. MO no,9:50
S 159. (MIRA 13:1)
1. Prodsedatell bruro saktait avtomatiki. telemaklumiki i
elek-troavyast Rostovskogo ineshoblastnogo pravlonlya Naucbno-
tekhnichaskogn obahcheatva energeticheskoy pror:Vshlonnosti,
Rostov-na-Donu.
(Radio relay syetems)

GOLOVANOV, N., zaaluzhennyy inaster sports; BELIMAN, B., sudlya vsesoyuznoy
kategorii (Kharlkov); BABAYEV N , sudlya vsesoyuznoy kategorii;
ALEKSANDROVA, T.; NOSK'6ii~ ~,;'MSTRASRZ, Yu., master sports
(Tashkent)
Facts, events, people. Kryl.rod. 14 no.6!32-33 Je 163.
(KMA 16:7)
1. Predsedatell aviamodellnogo komiteta Federatsii
aviatsionnogo sports SSSR (for Noskovich).
(Aerial sports)

B.ABAYEV, Nik, sudlya vsesoyuznoy kategorii
Records should not be lost. Kryl,rod. 14 no.ls25-26 Ja '63.
(MRA 161l)
Waromater)

--DA.Aw, N.
f\
Aviamodelisty SSSR. 3, perer. i dop. izd. Moskva, OboronFiz, 1939. 119 P*,
illus., ports.
Earlier ed. published under title: IUrWe aviastroiteli.
Title tr.: ~bdel airplane constructors of the USSR.
TL770.1325
SO: Aeronaiitical Sciences and Aviation in the Soviet Unionp Library of
Congress, 1955.

1-11krI6 N.
Malaia aviatsiia. (Tekhnika molodezhi, 1949, no. 1, p. 22-24, illus.)
Title tr.: Aircraft nodeling.
T)j.T22e8'.-' 19h9
SO: Aeronautical Sciences and Aviation in the Soviet Union, Lit-rary of
Conpress, 1955.

BABALIEV, N.
Babayev, N. - "Small-scale aviation", (On the 25th anniversary of the model
airplane movement in the USSR), inua trated by S. Vertaramb, Tekhnika - molodexhi,
1949# No. 1s p. 22-23# 32*
Sot U-3042, 11 March 53, (Imtopis 'Zhurnal IrWkh Stateys No. 7. 1949).

BABAYEV, N., glavnyy sportiviiyy sudlya abora.
All-Union Meet for model airplane enthusiasts. Kryl.rod. 4 no.8:1) Ag 153.
(MI-RA 6:7)
(Airplanes--Xodels)

BABATIV, 11.
I a 00,awftw*&~
rlying models ready to go. Xryl.rod. 4 no.10:13-16 0 '53. NLRA 6:10)
(Airplanes--Models)

A ID P - 481
Subject USSR/Aeronautics
Card 1/1 Pub. 58 - 10/15
Author Babayev, N.
Title For Each School its Aviation Modelling Circle
Periodical Kryl. rod., 9, 16, S 1954
Abstract The author underlines the necessity of a widespread
organization of model making in schools.
Institution DOSAAF (All-Union Voluntary Society for the Promotion
of the Army, Aviation and Navy)
Submitted No date

BABAYICVS N.; LEBEDINSKIY, M.; MLWK, S.; MARTYNOV, B.;GRIGORIYEVA, A., re-
'--'- T-dAtor; MUNTTAN, T., takhnichaskiy redaktor.
(Flying models in the air; international competition of aeroplam
model makers in 19541 V vosdukhe - letaiushchle modeli; mezhduma-
rodnys sorevnovaniia aviamodelistey 1954 god&. Hook-ya, Izd-vo
DOSALF, 1955. 103 P. (Microfilm] (MLRA 9:6)
(Asroplaneo-Hodels)

,_ALBA-X%V,, Nikolay Alekseyevich; GAYXVSKIY, Oleg Konstantinovich; KORYAVTSEV,
Sergej Stepanovlcli~,- )ttlWUMOT, Xmmanuil Bogdanovich-, KHUKHRA, Yuriy
Stepanovich; KANEVSKAYA, M.D., redsk-tor; ANDRIANOV, B.I., tekhniche-
skiy redaktor
[Airplane models; a manual for the first and second years of study)
Aviatsionny-i modelizm; Uchabnoe posobie dlia pervogo i vtorogo godov
obuchoniia. Pod boshchei red. Z.B.Hikirtumova. Moskva. Izd-vo DOSAAF.
1956. 294 p. (MLRA 9:11)
(Airplanes--Models)

-BABAYXV, N.
hm
The 1957 all-UniQ;LOO.Mpstitjqa. for model airplance builders. Kryl.
rod. 8 no.5:11 W '57. (MIRA 10W
(Airplanoa--Xodals--Gompatitions)

BABAYHY. Nikolay. 4qkseypytq4,-,_PAYEVSKIY. Olog Konstnntinovich;
IYANXI K-,O*Y. Dmitr iy Andreyevich: KUIRTATTMff. Serpey Ste-
panovich; 14IiIRTUMOT., Bmmanuil Bogdanovich; KRUKHRA, Tu.;
YIPMOTA, Ye.T., red.; KARYAKINA, H.S., tekhn. red.
(Airplane modeling; manual for makers of nirplpne models and
instructors of circles for the first nnd second troining year]
Aviatsionnyi modelizm; uchebnoe posovie dlia eviamodelistov i
rukovoditelei kruzhkov porvogo i vtorogo godov obucheniin.
Ixd. 2., perar. i dop. Pod obahchei red. N.Ii.Mikirtumova.
Moskva, Izd-vo DOSAAF. 1960. 286 p. WRA 14:5)
(Airplanes--Models)

NIKAILOV, M.A.; BADAY"W, N.B.
Vegetative rerroductJon of the girtnt reed (A-mindo donax L.).
DAL AN Azerb. SSR 21 no-3:75-79 165. (MIRA 18:7)
1. I11.9titut botaniki All AzerSER.

Bitl~Ale';) 6and "')ci - (L-iss) "Stu('y 01, tl,,-; Lulull,iiity of ~;et.L4 in JiUlt;-Sol-
Uble UWAC SaltS Uf I,vLC!-L)j~O~YaC!dS," A.:L
'culty; L;hAr of lnDrt~aniic 61icrils tin Th~~ lnstitl,-,tt~ of
V. Lonionosovj~hc,,dstm r~L
~..emdsti~y, AS UzSSR) (KL, 35-60, 123)
.5- '?

SPITSYN) Vikt. I.1 BABAYEV, N.B.
Solubility of some poorly soluble alkali salts of heteropoly acids.
Zhur, neorg. khim. 5 no-3:580-585 Mr 160. (MIRA 14:6)
1. Moskovskiy gosudarstvannyy universitet im. M. V. Lomonosova,
kafedra neorganicheskoy khimii.
(Phosphomolybdates)
(Phpaphotungstates)
(Silicotungst,ates)
(Silicomolybdates)

RUbTAM.ICOV, A.F.,; BABAYBV, N.B.: IZRAILISXIY, AOH'; FINULISMYN, G.K.
Reducing the consumption of casings. Aserb.neft.khoz.35 no-7:8-10
J1 156. (WLRA 9:12)
(Oil well drilling--Iquipment and supplies)

FROTASOV, G.N., kand.tekhn.nauk; RUSTAMEKUV, G.N., inzh.; BAUM, N.B.,
inzh.; SHMSTNXV, N&M., inzh.
Consolidated data on well sinking in the Kura Lowland and recom-
mandationa for increasing drilling rates and lowering the cost of
drilling operations in the Xyurovdag field. Truyd AzHII DN no-5;
2~-68 '57. (MrRA 12:4)
(Kura Lowland--Production methode)

BABAYEV, 11,B,
."
Soma problems relative to maintaining the quality of muds during
drilling. Azerb. neft. khoz. 36 no.6:14-16 A 157. (MLRA NO)
(Oil well drilling fluids)

IABAYEV H.B.
Calculating the efficient profile of deep directional wells.
Izv.vys.ucheb.2aV.; n8ft' I gag 2 no.12!35-42 159.
(MIRA 13:5)
1. k2erbay'dzhavskiY institut nefti i kh1mii imeni M.
Azizbekova. (Oil vell drilling)

_.-BABAYEV, N. B.
On-site cementing of an offshore deep toot-well production string.
Azerb. neft. khoz. 18 no.5:15-17 My 159. (MIRA 12:9)
(Karadag region--Oil woll cementing)

SHAMSIYFV, A.A.; RARAYFV, H.B.
Drilling under great Pressure drop in the bit opening. Azerb.
neft.khoz. 38 nooll:17-18 N '59- (MIRA 13:5)
(Boring machiner7)

SIWISIn-Vp A.A.;-BABAYLV, N.B.; PUKELISHUYN, G.M.
One cause of the collapse of casJzp vdDsp-in th& process of
being lowered into a well jIn'LzerbRIJ&M with summary in
Russian]. Izv. AN Azerb, SSR. Ser, fiz.-mat. i tekh. nauk
no.6:159-161 160. (MIRA 14:8)
(Oil well drilling)

PROTASOV, G.L; BABAYEV, N.B.; ASKEROV, A.G.
Effect of prooee-a-&tors on the quality of oil well osmuting,
Trudy AzNII DN no610005-316 160. (MMA 14W
(WI well cementing)

RMYST. N.B.
New design of a turbodrIll. Heft khoz. 38 no.106-38 A 160.
(HTU 134-7)
(Turbodrille)

BABAYEV. H.B.
Practices in drilling deep inclined vells with an efficient
profile. AZGTb. neft. khoz. 39 no.2:13-16 F 160*
(MIRA 14:8)
(Oil well drilling)

BABAYEV, SHAMSIYEV, A.A.
0---
Drillinp wells with tbree-b2aded bits under heavy load. herb.
neft. khoz. 30 no.3000-15-17 Mr '60. (MIRA 14.9)
(Rock drills)

L7~~
BABAYEV, N, B. Cand Tech Soi -- "Study of t*e problems of, technology of'
fl'
drilling deep sloping wellag" Baku, 1961 (Committee of Higher and 6eoondary
Specialized Eduestion of the Council of Ministers AzSSR. Aterbaydzhan Order
of Labor Red Banner Inst of Petroleum and Chem in M. Azizbekov). (KL, 4-61, 194)
4~-

BABAYZV; N.B.
__
Calculating a suitable hole profile for deep slant wells* Azerb.
nefti. khoz. 40 no. 3:14-17 Mr 161. (MIRA 1l,%5)
(Oil well dri-1ling)

BAB~AYFW, N.Be)-SHAMSIYEV, A.A.
Gauses of possible freezing of drilling pipes due to the differential
pressure between the well and the layer. Azerb.neft.khoz. 40
no.12z28-30 D 061. (MRA l5s8)
(Oil well drilling-Safety measures)

ASKEROV, A.G.; SEID-RZA, M.K.; BABAY'EV, N.B.
Combating circulation losses by controlling hydrostatic pressures
in wells. Sbor. nauch.-tekh. inform. Azerb. inst. nauch.-tekh.
inform. Ser. Neft. prom. no.6:41-44 163. (MIRA 18:9)

V113,qey
n7nvestigations of Pcssibililies of .7.liployi-g Nydrocompasses
Ie n t a -
With Liquid buspensions of the 'sensitive -lement for -.!,,o Or
t-ion of an Underground Md-o Ourvey." Cand Tech Sci, Leningrad
inst of Aviation Instrument building, L,,riincrad, 195~. ~IiZhAstr, Feb 55)
S=. No. 631, 2^6 Aug 55-Survey of S~7_lentific aro. Technical
Dissertatdons Defended at USSR Nigher 3ducational -is~,dtu-
tions (14)

IAPIN, Xark Mikhaylovich, professor; XOMSHKOV. Nikolay Stepanovich,
kandidat sell skokhozvaystvannykh nsuk;4UALM,-Ukv1&y-F&4kUAUxUhj.
SUIMTSIVA, Klavdi7a Dmitrivovna, kondidat sell skokhozyayetvemykh
nauk; TRUYBVTSBVA, X.Y., redaktor; RYBIN,I.V.. takhnichaskiy redaktor
[Principles of cultivation practices; a manual for students tn
agricultural schools) Oenovy agrotekhniki; posobie dlia uchashchikheia
sellskoi shkoly. Pod obahchei reds M.X.Lspina, Xoekva. Goo. uchabno-
peds,rog. izd-vo Xinisterstva proeveshchaniia RSrSR. Pt.2. [Plant
growing) Bastenievodetvo. 1956. 318 p. (HISA 10:1)
(Agriculture)

1),; f: -,d bue, j ure tr,~ I til t' r)n 'lie
V',NKH
TI:
a ly,
TV k
BV` '.,)VCV Z: va

BABATRV, N.G.
Analyzing the utilization of mine hoisting ropos and wayo to
Increase their life. Sbor.naucb.rab.stud. LGI no.2:142-149
157. (MilLk 13:4)
1. Leningradskiy ordenov Lenina i Trudovogo Krasnngo Znameni
fp,orW inatitut Im. G.V.Plalchanova. Prodetavlono doteentom
L.P.Severinym. .
(Mine hoisting-Equipment and supplies)

ACC NR- AP6021376 SOURCE CODE': Ull/0423/-J5/000/012/0001/0004
AUTHOR: Babayey,-N. Ge
ORG: "Nel tekiii niavtoni tit" So I enti fic -Hes enrch an(] Dcs!69i Ingtitute (Nauclulo-IsaledoVatel'Skly
I proycJktnyY_iii ~titd''Nefteldiiiiiavtomat")
TITLE: Reversible counters for servo-type d1g1tal coders I ~fj
SOURCE: Za teldmicliesldy progress, no. 12, 1965, 1-4
TOPIC TAGS: electric relay, servomechtuilsm, analog digital computer, computer component,!
analog digital encoder, circuit design
ABSTRACT: The auUior describes a reversible counter circuit composed of semiconductor
clomonts and electromagnetic relays, operating in pure binary-decinial codes with values of
1, 2, 11, 8. A oil-cult dlagrain Is provided (Fig. 1). This circuit is convenient, simple, Rua
quitable for many analog-digital computer applications; It has supplenientary gatIng for con.-
trol of counter function and for effective decouplIng of tliv firat and fourth binary counter
elements. Counter discharges control the operation of relays througli amplifiers. Another
circuit described uses an efficient binary-decimal code with the values of 1, 2, 4, 2. Its
-C,,d 1/3 UDC-. 62-791-681