SCIENTIFIC ABSTRACT BAYBORODOV, Y. T. - BAYBUZ, V. F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000204020010-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

AP6033505 SOURCE CODE: URlOhl3l66100010181013610136
INVENTOR: Soyfer, A. M.; Kodnir, Do S.Q wodov.-Yu, 1.
0R0: none
TITIZ: Three-layer slide bearing. Class 47, No. 186225.
[Announced by the
Kuybyshey Aviation Institute (Kuybyshevskiy diriatsionnyy
institut)
-SOURCE: Izobret prom obraz tow zn, no. 18, 1966, JL36
TOPIC TAGS: aircraft engine bearing, slide bearing, teflon,
antifriction bearing,
engine component, protective coating , OE14'el'yc 1n'qrrR1'q.'_
ABSTRACT: The proposed three-layer slide bearing has a first
layer made of hard
material, an intermediate layer of porou*%, elastic material,
and an inner layer made
of teflon,pressed into the elastic material of the intermediate
layer vith the teflon
penetrating to a certain depth into its pores (see Fig. 1). In
order to increase the
damping.properties and the wear resistance of the bearing when
the shaft is misaligned'
as well as to ensure variable stiffness in the tangential and
axial directions, the
intermediate layer is vade of the elastic-ds;mping wire mesh
described in the Author
Certificate No. i366o8. Orig, art. has: I figure.

ACC NRs AP700760 SOURCE CODI-,~i-i~i/,Vs6/66/0d~/002/Ob9~/009C-
AUVOR., BayborodDv. Tue To; Gotts Yu @V,; loffes Me: So; Yushmanorvp
Yes Ye.
Y!
none
Xi
TITIE: Unstable tates of a plasma in a trap with combined field
SOURCE: Zhurnal ~ksperimentallnoy i teoreticheskoy fiziki. Pistma v
redaktsiyu, v- 31
no. 2,.1966, 92-96
TOPIC TAGS: plas6 instability, plasma density, spectrometer, ion
current, plasma
antenna,, plasma ipjection
ABSTRACT: The authors investigate distinct unstable states of a
plasma observed in
it trap with combined field ("minimum B11 type) and offer a possible
interpretation of
the physical nat4e of the instability. It has been established that
each density
I drop is accompanied by the appearance of high-frequency fields in
the plasma. A
I loop antenna installed near the trap wall registered a burst of
electromagnetic
.1
radiation whose spectrum consists of the ion-cyclotron frequency and
its harmonics
(Fig. Id); the frequency corresponds to the magnitude of the
magnetic field in the
31 central region of the trap. The burst duration, as well as the
duration of the
drop itself, is 1~ - 20 psee. Figure le shows the flux of neutral
atoms produced
by charge exchange and possessing an energy of 36 k9V. At the start
of the plasma
decay there are no ions with this energy, and their appearance
coincides exactly
Card
1

ACC NR, AP700768
different electro es showed that the lose occurs predominantly along
the force
:lines of the res tant magnetic field through the end and radial
mirrors. 7be
.'data shows that t e density Jumps are due to a short burst of
instability of
t
ni
the ion-cyclotron type. This is evidenced both by the frequency
spectrum of
the produc d alteinating fields and in the appearance of a group of
ions acclerated
to high energies in a transverse direction. The acceleration of the
ions is
apparently producAd in resonant fashion in fields oficyciotron
frequency that
~Lre produced in the plasma, and in this respect it is completely
analogous to the
acceleration observed in traps with external injection when the
Harris anisotropic
cyslotron instability is excited. The authors note ihat, density
Jumps outward
Aimilar to those described in this article were observed also in a
decaying plasma
with hot eleCtror~. In this case the instability develops at
electron-cyclotron
frequencies. Ori4. art. has: 1 figure and 1 formula.
SUB OODE: 20 ISUBK DAM 02Dec65 ORIG REF: 005
OTH REFe. 002
Card

BAYBUIATOV, X.B.
---m-iner-alogical characteristics of the Achik-Tash
ore deposit and
problems relative to Its.origin. Trudy Inst. gool. AN
Kir. SSR
no.10:125-15? '58. (MIRA 12:9)
(Kirghiz Range-Mineralogy)

BAYBUlATOV, E. B.: Master Geolog-Mineralog Sci (diss) --
"The geology and gen-
esis of the Achik-Tashskiy sulfur-pyrites deposit". Moscow,
1958. 18 pp
(Min Higher Educ, Moscow Geological Prospecting Inst im S.
Ordzhonikidze), 200
copies (KL, No 8, 1959, 135)

BAYBULATOV, E. B., Cand Geol-Min Sci -- (diss) "Geological
character
---I-sUl-c-s--a-na-EFe-mineralogy of the Achik-Tashskiy iron
pyrites deposit."
Moscow, 1960. 25 PP; (Academy of Sciences USSR, Inst of the
Geology
of Ore Deposits, Mineralogy, Petrography, and Geochemistry); 150
copies; price not given; (KL, 30-60, 13?)

BOBUIATOV, E.B.
--lc
Contact metamorphism of ores in the Achik-Tash
deposit. Izvo
AN Rr,, SSR. Sor, set, i tekh. nauk 2 no.9:107-3.15
'6o.
(MIM 3-07)
(Achik-Tash region -Metarmorphism (Geology)) .

POPOV, V.M.,- BAYBULATOV, E.B.
Cuprous sandstones in ancient formations of the Talas
Ala-Tau.
Izv. AN Kir. SSR. Ser. est. i tekh. nank 4 no.3141-56
16~..
(KRA 15811)
(Talas Ala-Tau-Sandstone)
7

BAYBULATCV, E.B.
Diagenetic origin of ore concentration in cuprous
aandstones in
some deposits of northern Kirghizia. 7ap. Kir. otd.
Vses. min.
ob-va no.3;59-65 162. (MIRA 17;11)

L-OROLEV, V.G., otv. red.; AINSM, M.M.. akademik,
glav. red.;
4LUBULATOV9 L.B.y red.; BUTRYMN, 1.V., nkademik,
rr4.;
GRIGORENKO, P.G., red.; DAVLETOV, I.D., red.;
KONYUK, A.A.,
red.; POPOV, V.M.., akademik, red.; SURGAY, V.T.,
red.
(Materials on the geology of ore deposits in the
Tien Shan]
Materialy po geologii, rudnykh mestorozhdenii
Tian-Shania.
Frunzes Izd-vo "Ilim," 1961+. 140 p. (141RA 17:8)
1. Akaderiya nauk Kirgizskoy SSR, Fnitze.
Institut geologii.
2. Akader.1ya nauk Kirgizskoy SSI (for Adyshev,
POPOV).
3. Institut geologii AN Kirgizskoy Sb?, (for all).

ADYSHEV , M.M., akademik, glav. red.; KOROLEV.
V.G., zam. glav.
red.; DAYBILATOV,.g~.,B.., red. BURYKHIN, I.V..,
red.;
GRIGORENKO, P.G., red.; DAVLETOV, I.D., red.;
K011YUK,
A.A., red.; POPOV, V.M.,, akademik, red.; SURGAY,
V.T..,
red.
(Tectonics of the western regions of the northern
Tien
Shan) Tektonika zapadriykh ralonov Severnogo
Tian'-Shania.
Frunze, "Ilim,n 1964. 143 p. (MIRA 17.8)
1. Akademiya nauk Kirgizskoy SSR i7runze. Institut
geologii.
2. Akademiya nauk Kirgizskoy SSR (for Adyshev,
Popov).

BAYBULATOV, Erik Begaliyevich; POPOV,, V.M.p
akadelLikp otvo redo
[Achik-Tash iron-pyrite deposit and its
genesis] Achik-
Tashskoe sernokolchadannoe mestorozhdanie i ego
genezis.
Frunze, Izd-vo AN Kirg.SSR, 1964. 190 P. (MIRA
17:5)
1, Akademiya nauk Kirgizakoy SSR (for Popov).

BAYBULATOV; P. Kh.
DemonatratIon of the Doppler affect in acoustics.
Uap, fizo
nauk 84 no.4029 D 164 (MIR& 18d)

A~C N.R: _SOURCE7CODE~-_URJ_6_2~Sj _~666_j6_6C1jJ6!~f1i060-*_*.
AUTHOR: _..Paybulatov, R. B. ; Krasnushkin, P. Ye.
ORG: Hathematics Institute im. V. A. Steklov, AN SSSR
(Matematicheskiy institut AN
SSSR)
TITLE: Determination of the daylight profile of electron
concentration of C and D
layers of the ionosphere as determined from very long wave fieldb
and atmospheric-
pressure profiles
SOURCE: Geomagnetizm i aeronomiya, v. 6, no. 6, 1966, 1051-1060
TOPIC TAGS: ionospheric electron density, ionospheric radio wave
ABSTRACT: A method optimizing 'the correlations between low
frequency radio waves
Iand ionospheric properties is described. Review of present
status of predictions of
the electron concentration profiles*in the ionosphere is given,
showing the weakness-
es of present methods. To improve the accuracy of the electron
concentration and
collision-frequency-of-electrons profiles, use of more accurate
data is made. The re-
arg umb 'of itera-
Isulting problem requires very long computation runs due to the 1
e n er
tive steps required. This approach is simplified by recourse to a
computational
method called the "optimization method" as outlined by Bellman.
An example of the
su=er profile (for temperature latitudes) of the ionosphere
consisting of two sub-
UDC; 550.388.2

ACC NRt AP7002193
layers is given. At the present time equatorial profiles can not be
obtained due to
in3ufficient data, although approximate computations show the absence
of a C-layer.
Several profiles are given for sets of parameters that have been
tabulated in the
text. The effects of these parameters .on the profiles is discussed
and the most cri-
tical parameteri are identified. Orig. art. has; 4 figures, 14
formulas, 1 table.
SUB CODE: 04,=I/ SUBM DATE: 1lNov65/ ORIG REF: 009/ OTH REF: 015
LC.c.rd-

ACC NR. AP6036843 souRcE coii~:-uA/66io766/171/00i/0340'/03ii37
AUTHOR: Krasnushkin, P. Yee; Baybqatov, R. 11.
ORG: Mathematics Institute im, V, A* Steklovq Acadenq of Sciences
SBSR
(14atematicheskiy inatitut Akademii nauk SSSR)
TITIX: On the violation of reciprocity principle in daytime
propagation of superlong
,radio waves aroua4 the earth
ZIMCE: AN SSSR. Doklady, Y. 171s no. 2. 1966s 340-343
.4;~.k-WIC'TAGS: radio wave propagation, v1f propagation,
vaveguide propagation, earth
spheric radio wave
jtdpetic field, iono
AXTRACT: The authors uxplain a phenomenons which they call the
valve effect, and
which consists in the fact tilat the attenuation of superlong
waves on paths from east
to vest is larger than in the OPPe)site direction, especially,
during daytime propaga-
tion near LLe geomagoetic equator. Although this phenomenon has
not been taken into.
account in the existing vsyeguide theory of superlong waves, it
is shown that allow-
aace for the valve effect can be made by using a method developed
by one of the au- -
thors earlier (Krasaushkin, DAN V. 1711 no. is 1966). This method
is used to calcu-
late the impedances coat-dned In the equation for the wave
numbers of the normal
waves, vith account t&kGL Mot only of the vertical compment of
the earth's magmatic-
um 536.566

ACC N& Ap6o
field, but also of the horizontal components along and across
the propagation path.
It is shown that the parameters of TH waves for arbitrary
daytime paths on earth can
be calculated with sufficient accuracy by means of the derived
impedance equations.
The damping coefficients and the differences of the angular wave
numbers are electron-
icully computed for THI WaVes Vith Wo types of profiles (medium
latitudes in the
summer and equatorial zone), In medium latitudes the valve
affect is attenuated by
the C layer of the ionosphere, vhich in produced by cosmic*rays,
and by the decrease
in the latitudinal component of the magnetic field. The absence
of the C layer In Us
equatorial zone Is also confirmed by the present results* Origo
art* bass 3 figures
and 6 formulas,
SUB OODE: 091 SUBM DATRs 27Doc65/ ORIG W: 004/ OTH REF: 010

-L 40086-66 EWT,(d)/T IJP(C) GD
AT6019247 SOURCE CODE: UR/*Mf65/0i0Jf000/0l74/Ol8l'
AUTHOR: Amerbayev, V. M. ; Bqbulatov, R. B.
ORG: none
TITLE: On one case of the reconstruction of an original function
SOURCE: Kazakhstanskaya mezhuzovskaya nauchnna konfer2atsiva po
mat,
,anike. lst, Alma-Ata, 1963. Trudy, Izd-vo Nauka KazSSR, 1965,
174-181
TOPIC TAGS: ordinary differential equation, integral equation,
Laplace transform, ap-
proximate solution
ABSTRACT: A method is considered for the inverse La2lace
transform for equations with
constant coefficients. The procedure is divided into two steps:
the determination of
the poles of the given function and their multiplicity; the
construction of the ori-
ginal function by the use of the Cauchy-Heaviside formula. An
example is offered to
illustrate the use of the algorithm adduced for finding the
multiplicity of poles.
Orig. art. has: 41 formulas, 2 tables.
SUB CODE: 12/ SUBM DATE: 18Nov65/ ORIG REF: 004/ OTH REF: 001
Card 1/1 Va-

k
BAYBULATOVA, S.G., aspirant; GAVRILOVA, T.B..,
kand,tekhn-.nauk
m. .......
Dispersion capacity of flour obtained with separate break
systems.
Soob. i ref. VNIIZ no.4sl6-21 061. (KM'16t5)
1. Vaesoyuznyy nawhno-inaledovatellskiy institut zerna i
produktay
yego parerabotki (for Baybulatova). 2. Moskovskiy
gosudaratvannU
univeipitat (for Gavrilova). (Flour)

BAYBULAMNA Z.K.1 LEM. A.1.; RMTER, V-G-
Relation between. the buic structural elements *f
the Kara-
Bogaz region. Izv. AN WSR Ser. geol. 29 no*702-58
J1 164
(MIRA 18t1)
1, Nauohno-isFIPdovatellska7a laboratori7a
geologicbeakikh kri-
teriyev otserki perspektiv neftegazonosnostig
Moskva.

ARKIHIPOV, A.Ya.; ALTAYEVA, N.V.; ~IAY -Z~L ;
VISKOVSKIY, Yu.A.;
MgATM,
GOLENKOVA, N.P.; KRAVCHENKO, M.F.; KUPRIN, P.N.; LEVIN,
A.!.;
POLISTER, L.A.; SEHDV, V.N.; SYRNEV, I.P.; USHKO, K.A.;
SHOIDKHOV, V.V.; Prinimali uchastiye: RODIONOVA, M.K.;
CHELITSOV,
Yu.G.; KUZNE7SOV, Yu.Ya., kand. geograf. nauk, nauchnyy
red.
[Geology and oil and gas potentials of the south of the
U.S.S.R.;
Kara-Bogaz-Gol (Gulf) region (eastern part of the
Middle Caspian
oil- and gas"bearing basin).) Geologiia i
neftegazonoanoott iuga
SSSR; Prikarabosaz*e (vostochnaia chast'
Srednekaspiiskogo nefte-
gazonosnogo basseina). Leningrad, Nedra, 1964. 300 p.
(Trudy
Nauchno-isaledovatellskoy laboratorii geologicheskikh
kriteriyev
otsenki perspektiv neftegazonoanosti no.12).

KHUI)YAKOV,, I.F.; TIMONOV, A.I.; RYBNIKOV, V.I.; Prinimali
uchastiye;
PODIYACHEV, Yu. A., inzh.; H&X%LPV, D.Kh~tj inzh.; OSOKIN,
V.V.p
inzh, -
Copper balance in the retallurgical production of the
Karabash
Mixing and Metallurgical Combise. Sbor. nauch. trud. Ural.
politakh. inot. no. 134:34-22 163. (MIRA 17;1)
.J.
I

~ BAYBUIOV. D.Kh.; KOMLILT, G.A.
I,-
Increase copper smelting at the Karabash Mining and Metallurgical
Combine. Tgret. met. 33 no.10:24-26 0 160. (MIRA 13:10)
(Larabash-Copper-Metallurgy)

BAXBURINIV G.
c-
At the Sterlitamak Grain Milling Combine.
Muk:e2ev.prom. 27
no,5:9-10 My 161, (HDA 14;6)
lo G:Lavnn inzh* Sterlitamasksogo melIkombinata.
(Starlitwaak--Flour idlls)

14240 SOURCE CODE: UR/0109/66/011/005/0860/0869
AUTHOR: Bayburin, V. B., Sobolev, G. L.
ORG: none
TITLE: Calculating spaca-charge fields in a plane-parallel magnetron
SOURCE: Radiotekhnika i elaktronika, v. 11, no. 5. 1966, 860-869
TOPIC TAGS: magnetron, space charge
ABSTRACT: An analytical solution is obtained for the space-charge
field in a plane-
parallel magnetron; the solution takes into account the specified
electron "spoke"
(stream) shape and specified bounds and holds true for any point of
the interaction
space. The transverse component of the electric field of the
"spoke" space charge i
determined. Triagonal, multi -trapezoid, and arbitrary shapes of
the "Spoke" are
examined. Two extreme cases of zero boundary potential are
considered: (a) zero
potential approaching infinity and (b) zero potential at the
"spoke" boundary. An
exact. solution is developed for the "a" case and an approximate
solution for the "b"
case. Orig. art. has: 5 figures and 42 formulas.
SUB CODE: 09 / SUBM DATE: ZZDec64 / ORIG REF: 004 / OTH REF: 004
e, rd I/ UDC: 621.385.64.001.24:537.525.9

li-I.
a~.- --U -:, *~ I
Cllnqtotl~erapy in the COMOCLnd treatment of pationts
nonspecific pulmonary disaaaes,
inst.kur. i fizioter. 17:67-71 169'.-, ~M!YA 1P.7"i

BAYBUROV, B. S.
Avtomaticheskii kontroll razmerov v mashinostroenii. lbskva,
IMED~ Gosplana
SSSRP 1948. 32 p.
Automatic control of dimensions in mechanical engineering.
SO: Manufacturing and Mechanical Engineering in the Soviet
Union., Library
of Congress, 1953.

alk)60V) - B 0 5 a
-- - --- - I
Avtomatizatsiia kontrolia detalei dvigatelia. Novye
Iconstruktsii priborov
i avtomatov. Yoskva, 14ashgiz, 1948. 46 p.
Automatic control of engine parts. 4ew designs of
instrwnents and automatic
machines.
SO: Manufacturing and Mechanical Engineering in the Soviet
Union, Library
of Congress., 1953.

1 ;7
US fl.R/-rnrine erl ng
Gau clt- s
Menruration
"Automat-r, Contro~ of Diamsi.-na," -To-f' I.Ye. Gorol-t--kiy,
Dr Teci Scl, Yu.G.
Gorodelzl.-;, RngT, Sci Iles Bu of Inter c': iangeabli. i ty,
';I'~ -:ian, Can I Tee, Sci, Sci
2es Electroautwiatic Lfb, 73.% Baybljrov, RiFr, Con Inst of Lbor
aM !!ec:-" Ye.
Tevenson, %i,, r, Aut-.~ WorkB imeni Stidin,
"'lest '.o. 10 -(q4k
Dvscrlbes vart-mc; molels of autmatic gaiges, wit'. 12
illustriltlons
lea-1 of Departinent for the Lutooatization of ~.ontrol
A"'Itholp at the Centnal
institute for the Orraniz,ition of LeCoor F-nl
!;echanj;;&ti-,,-n of Yroduction
0

----
BAy3L,.ICVI I. S.
Prioory dlia statischeskogo analiza I knotrolia produktsii i
masni!iostroanii (Instrti-
meats for statistical analysis and production control in
machine-building). 14oskva,
Mashgiz, 1952. 176 p.
SO. Monthly List of Russian Ac,~,essions, Vol 6, No. 3, June
1953

RATBUROV, B-s- Eauthorl; ZRMVLET, A.N. [reviewer].
----------
"Instruments and automatic machines for statistical analysis
production In machine building. I B.S.Baiburov. Reviewed by
SOT-knige, n0-8:40-42 Ag 053-
(Produotion control) (Balburov,
and control of
A.E.Zhuravley.
(MLU 6:8)
B.S.)

BAYBUROV, B.S. [author); KMC IKIR, V.I.; ZUMOVITSKIT. A.Y.
[reviewers].
OInstruments and automtio machines for statistical analysis
and control
of production in machine building.6 B.S.Baibarov. Reviewed
by V.I.
Serchiker, A.7,Zhukhovitakii. Avt.trakt.prom. n0.9:32-3 of
cover. 6 153.
(MLAA 6:9)
1. Xinisterstvo mashinostroyanti (for Urchiker and
Mmkhovitekly).
(Machinery induati7) (Baibarov.

DAYBUROVj BA.
Raise technical standards in agriculturel machinery
production.
Trakt. i selikhosmoh' to.3:27-32 Nr 158. (Nm nt5)
I* IIPOIUYVUBhCUY Obyasamosti, mmostitelys direktora, po
mamobacy
chaxti *mchno-loolodovatel'okogo Institut&
2j"Morgellkhosmash.
(Agricultuml usabluery industry)

BATIUROVO B.S.
- 1,1111,1111W
Automation of tractor and agricultural Mcbinery plants.
Trakt. i sellkhosmob. no-10:31-17 0 158. (MRA. 11:10)
1. Nauchno-iseledovatellskiy Institut
Traktorosellkboseaeb.
(Tractor industry) (Agricultural macbinery industry)
(Automation)

BIESLATD, I.K.; WROCHU3, I.P.;,.LTAKROVSKIT. I.V.; MMOV,
A.M.; CM=Vv
V.A.; BAYBUROV. -B.S.. r#d.; IOCHWOV, M.L. red.; IMff,
DeDs,
r,
red,; VIOAJUMNATA. T.P., nauohn" red.; YlLISTIV, M.S.,
red.
izd-va-, TIKKA OV, A,M3,, taklm.red,
[Traneduasre and measuring gages) Datohiki i
ismeritelinys golovki.
Pod red. B.S.Baiburovag M.I.Koohenova. D.D.NBlogo.
Moskva. Goo.
nsuchno-tekhn.isd-yo washinostroit.lit-ry, 1960. 158 p.
tMIU 14:1)
(Transducers) (Gages)

BERKL&yDv I,m.; VXMKM- V.S.p doktor tekhn. nauk; DRAUDINq
A.T.; KOPANMCH#
9
N.Ye.) OVCRAMKOI G%I.j TUBMMWAKV ZLj CHASOVNIKOV# G.V.; TSMT
LIN, latHol DA7 - D-.Sa-j rod*,I'KOCMUOV9 M.I.j red.j MAW9
D.D.t
ZR~vh-~.
red*; SATwQAWvp u.r,v*Mt red, izd-vai DOBMSYNAt Rol.v tekbno
red o
[Autqp;ttic controUeral KontrollxWe avtoraty. Moskvap Wmwbno-
tekbn, izd-vo zaebinostroit. lit-x7p 1961. 193 p. (Kn~A 14t 6)
(Blootroule meamLremen'6)

VYSDTSKIY, A.V.; DVORETSM, Ye.R.,- KONDASMSKIY, V.V.;
KUZIMICM, V.T.;
MOROZOV9 I.K.; POLYANSM , P.M.; TUMSHLYAK# Z.Li;
KHOKHLOVA, G.V.;
CHASMIKOV, G.V.; SHLUM, M.L ; BAYBUROV B S red.;
KOCHENOV,
M,I,p red.j MAMp D.Dep redo; ELIKIND,
V.D., tekbn. red.
[Instruments ex-A devices for operating dimension
control in the
manufacture of machinery) Pribory i ustroistva d3la
aktivnogo kon-
trolia, razmarov v maohinostroonii. By A.V.Vyootskii i
dr. Monkvaj
Gos. nauchno-tekh. izd-vo wwhinostroit. lit-ryt 1961.
303 P.
(KERA 14:9)
(Machinery industry-Equipment and supplies)
(Automatic control)

BOURN. B'S.
r----
Automation and mec*ization of production processes in the
agricultural machinery industry. BiuLtekh.-ekonsinform.
no.10:
62-67 161. (MIRA 14 - 10)
(Agricultural machinery industry-Technological
innovations)
(Automation)

ROBI]OZON.Te.k-,GRISHINA, O.N.-, NUELUOWVA. L.A.t
URHANCHNIV, F.A.;
IZHATLCIV, R.I.; BOMHXR, L.Ts.; KASHATIT. S.-Jli.G.;
A)URKHAJIDTA,
N.G.; OONIK. V.10; BAYBURDVA, X.Kb.; HICHArIVA, M.A.
Petroleums of the Tatar A.S.S.R. Izv.Kazan.fil.AN
SSSR.Serekhim.
nauk no.4:93-113 '57. (MIRA 3.2:5)
(Tatar A.S.S.R.-Petroleum)

SOV/65-58-9-4/16
ATITHORS: Mukhamedova, L. A;,_Bayburova, 14. Kh; Robinzon, Ye. A.
TITIZ: InvestUatiohoof; H7CTrOcarb6jLs -of Napbthalene Series
Int thb. Keros&ne
gracti6n of., oil fr8m tLe,,RomashkinskoyeXil Fleldoin'tbe
Vdnr4i,~aYavs
Area.. (Issledovaniye uClevodorodov ryada na-f"Calina, v
kerosinovoY fral,-tsii nefti Ro;Pashki-ns%o,-o ne-storozlidenlya
Minnibayevs1roy ploshchadi)
PERIODICAL: Rhimlya I Tel;hnologiya Topliv I lk.'asel~ 1953, Ar
9,
pp 18 - 24, (MR)
AB3TjLhCT- The kerosene fractions of Devonian Taitab p6tiol-
contain considerable quantities of aromatic hydrocarbons-
Investigations were c!arried out with the aid or the pl-
crate method and ultra-violet spectra of condensed .
hydrocarbons of the kerosene fraction (2000 - 32000)
of Romashkino-- petroleum. This fraction was separated
by'ahromatography on silica gal ASM (50 - 100 mesh) into
a naphthenic-paraflOinic fraction and aromatic concentrate.
The latte was*divIdod'into monooyalit'and dicyclic com-
pounda. ;he anlphur-oontaining compounds were sepa-#.,,-_A-,ed
by oxidisinr, the aromatic concentrate vith hydrogen perox-
Ida in a,redium of glacial eacatic aeld and the oxidised '
sulphur-containing compounds adsorbed on silica rel A16K.
Card 1/3 The desulphurised aromatic hydrocarbons -:iere vacuum

SOV/65-16-8-9-4/18
.Investigation of Hyaromcaib~~s-~of NaP1LUA-3M0Se*1'ieG in
the'XeroEdne
Fraction of oil"from-69 R~mashklijskoye Gil*Fidild i-n
the'YAlnnibayevskaya Area
distilled into three - five-grade fracti(ons in a 57-plat-e
column- Each fraction was treated wt-Uh picric acid and
the naphthalene hydrocarbons 7iere separ.11ted. The h6no-
logues of naphthalene were separated by rectification,
and in some cases the isomers were also split off. The
liquid isomers were separated by repeated recrystallization
OLrom ethyl or'methyl alcohol and subjected to further
decomposition. The crystalline hydrocarbons were puri-
fied by repeated recrystallization from methyl alcohol.
The separated hydrocarbons viere identified by elementary
analysis and by comparing the physical constants ard
melting points'of seoondary'ptorates with literature
data. The inid-ividual'napthalene hydrocarbons,as well
as mixtures of lsbmersluere'further subjected to spectral
aiialysis of the zie a r U'ltta-vlolet region (2 v 900
3,300 AO). The absorption spectra were measured on'the
speo't-r-ophotometer SF-4 ( in a-pentane solution)(Fig.
on page 19). Constants of the separated hydrocarbons
L
are given in a table (pages 20 and 21). 'The separated
Card 2/3 hydrocarbons consisted of naphthalene, P
-methylnaphthalene,

C.
Investie'--.tibn"of'Ry~rocai~bo~s .6f Kero ~~ 'Fraction
n t 8 a
of Dili fr6m-irj,6. Roinuatflffh6koye-011 Field ih
't~e'Ydnnibry'evekaya Area
s, 1 37q-, 1,2,D^- and
2.6- and 2,3-dimethy1napthalone L
2,3,6-trimethylnaphthalones, 2,3,6,~- and 1,2,5,6-
totr,_-,-.ie 'Chy1naphthale nos and tetramethylnapWtlene
(boiling, point', 107.0 - 107.20C) of unde-fined structure.
1.3,7-trimethy1napht'halene was separated from pet*roleum
for the first time-With the aid of dtra-violgt absorption
spectra, i.t was possible to'establish the presence of(x-
methylnaphthalene, 1,6-, 1,7-, 1,2_" and 1.3-dimethyl-
naphthalenes and of 1,2,7-,-l,4,5-, 1,4,6- 1,2,5- and-
There is*l T'
1,2,4-trimethylnaphthalenes. able, 1 Figure
and 21'References: S EnClish, 1 German, 1 Sviisb and 11
Soviet.
ASSOCIATION: Kazanskiy filial AN SSSR (Kazan-"- Branch of the AN
'USSR)
1. Petroleum--Fractionation 2. Naphthalenes--Separation
3. Hydrocarbons--Chemical analysis 4. Ultra violet spectroscopy
Card 3/3

ROBIIIZON. Ye.A.-. MUKHAMMVA. L.A.; GRISHIRk, O.N.;
BAYBtWVA, M.Kh.
Studying the aromatic hydrocarbons of kerosene
fractions
obtained from the Romeahkino petroleum (Minnibayevo
sector)
and Bavly field. Isv.vys.ucheb.zav.; noft' i gat 2
no.11:
99-105 159. (MM 13:4)
1, Kazanekly khImiko-takhoologicheekiy Institut im,
S.,14OKirova
I K"auskly filial AN SSSR.
(Wdrocarbous) (Petroleum products)

15.4100 77929
SOV/65-60-3-2/19
AUTHORS: Mukhamedova, L. A., Bayburova, M. Kh.
TITLE: Tetralin Series Hydrocarbons in the Kerosene Fraction
of Petroleum From Romashkinsk Deposit
PERIODICALz 10iimiya i tekhnologiya topliv I masel, 1960, Nr
3,
PP 5-8 (USSR)
ABSTRACT., This work is devoted to the study of tetralin
series
hydrocarbons and is a continuation of the investigation
of aromatic hydrocarbons of kerosene fraction ob-
tained from petroleum of Romashkinsk deposit.
Chromatography, rectification, catalytic dehydro-
genation, picrate method, and spectral analysis were
employed in.the study. The results are shown in
Table "All.
Card 1/5

Tetralin Series.Rydrocarbons in the Kerosene 77929
Fraction of Petroleum From Romashkinsk Deposit sov/65-6o-3-2/,19
Table A. Characteristics of the napthalenes separated
in the courve of dehydrogenation.
75-80 200-207 79,5--WO t48,5-tA9.5 - -
85-96 212-224 34.5-35,0 115-10 - -
9C-102 2124-233 f.6025 1,0036 - 122-123 92,85 7,27
92,90 7,26
102-110 233-245 13 14 1. 1,0051 - 113A-HO M41 7,&R
" 7,91
Of -M 273-278 1* /7 1,C0.35 1,0000 - t(A-10S 9f,66 8,18
91,54 8,06
Card 2/5 135-M 278"2815 IS- /9 j,6M - 112-114 9t,23 8r8
91.201 9:G,7

11101-l"LlIll III Lh, KO~J*O.'~i:lt(:
Key to Tablo: (2) )j), OC lit; (3) 9 Inin
760 nim ILL-, (5) llL'tj)lltllZL.Leiik2,; uc-parated pplor to
del'iydrol.,onation; (0) l4riplithalenca s8parated after
dehydvol-lonation; MON.-une; (8) nip, C; (9) nip of
lecondary pleratc...' C; (10) olumentiLl COMPOSItIOn
I jk
found; (1.1) Naphtl ne.; (12) /3-Methylnaph-
thalene; (13) C( - and MethyInciplithalenes; (111)
Tri-inethy1naphthalenes;
(16, 1,6-, 1,7-, and 1,2-Mmethy1naphthalenes; (17)
Methylethy1naphthalene; (18) Totramethy1naplithalefie.
Card 3/5

Tetvalin Series Ilydrocarbons In the Kerosene 77929
Fraction of Petroleum Vrom Roinw;hkin.ok Depoolt
SOV/05-60-3-?/19
The maxinia of U'~c ultraviolet absorption spectra
(all in Angstroms) of P-methy1napthalene (from
fraction 96-1020) are'3,140 and 3,190; of hydrocarbon
from fraction 102-1100, 3,070, 3,145 and 3,'.1-120; of
hydrocarbon (corresponds to the empirical formula
C1311.1), ) from fraction 131-1350, 1220; and that of
hydrocarbon (corresponds to the empirical formula
C14H16) from fraction 135-1400, 3,195, 3,210 and
3,250. The pos.,11ble structure of substituted
tetralins is ohown In
Plir. A.

Card 11/5

,,-, t f."11 I I I j.'I (I I A) (...I I -boi I. ~ 111 1 11 e
Ef., J,u;,#A v" 77 92 9
PI-act-1.011 of P( t 1-olk, toil V1.0111 D~--poolt
SOV/65-60-3-2/19
There ia I table; 2 I'Igures; and 9 references, 3
"Oviet, 14 U.S., 1 U.K., 1 Swl8u.
S The U.S. and U.K.
refevenceo are: Mair, B. J., Strelff, A. J., J. Res.
Nat. Bur. Stand., 2'j, 3113 (19111); Mikiewicz, M. I.,
J. Inst. retr., 315, 1125 (1952); Rossini, Fr. D..,and
co-workern, Selected Values of Physical and Thermo-
dynamic Propertleo of Hydrocarbons and Related
Compounda, Pittsburgh, Pennsylvania, 79 (1953);
Rulley, A. S., Bryant, K. c. Hancock R. A., and
others, J. Inst. Petr-, 33, ;03 (19471; Morton, R. A.,
de Gonvela, A. 1. J. Chein. Soc ., 91 (1934).
ASSOCIATION: Institute of Chemistry of Kazan' Branch of the
Academy of Scienoes of the USSR (Institut khImii.
Kazanskogo filiala AN SSSR)
Card 5/5

HJKHAMEDOVAI L.A.; BAYBUROVA,, M.Kh.
Investigation of monocyolic aromatic kerosine
hydrocarbons of
Minnibayevo curdes by their absorption spectra in the
ultra-
violet. Izv.Kasan.fil. AN SSSR. Ser.khim.nauk
no.6:87-92 161.
(NIRA 1615)
(Minnibayevo region-Petroleum) (Hydrocarbons-Absorption
spectra)

MJKHAMEDOVA, L.A.; BkYBUROVA,, M.Xh,; MLLYSHKO, T.M.;
KUDRYAVTSEVA,, M.I.
Synthesis and properties of dialky2opoxyhexahydrophthalates.
fieftek-bi-iia 1 no.ls88-92 Ja-F 161. (MIRA 15:2)
1. Institut o anicheskoy kbimll AN SSSR, Kazan'.
rMtero) (Phthalic acid)

MUKHAHEDOVAP L.A.; KUDRYAVTSEVA, M.I.;
BAYBUROVA.--M-..Kh.; MALYSHKO, T.M.;
LEPLYANIN, G.V.
Some derivatives of 4,5-spoxyhexahydrophthalates.
Neftekhimiia
2 no.3072-377 Ff-Je '62. (MIRA 15:8)
1. Institut organicheskoy khimii AN SSSR, Kazan'.
(Epoxy compounds) (Phthalic acid)

MUKHAMEDOVAt L.A. ;_~A71TC!~j~~M*Khe
Synthesis of some epoxy eaters used as plasticizers for
polyvinyl
chloride resins. Neftekhimiia 3 no,6t9OO--904 N-D 163.
(KIRA 17:3)
1. Institut organicheskoy khimii AN SSSR., Kazan'.

MUKHAMEDOVA, L.A.; BAYBUROVAj, M.Kh.; SHAGBUIJ,IN#
R.R.
Reaction of bis- A-chloroethyl and his- f$ -
(~I-chlorr-ethox7)
ethyl esters of cis-Aq-tetrahydropbtbalic acid
vith sodium
alcobalatoo. Izv. AN SM. Sere kbim. no.ID2019-2024
165.
(MIRA 18i11)
1. Institut organicheakey Irbi-Ii AN SSSRp Kazan'.

2619
S/ gi/OOO/Oi2/023/028
OBXB202
B103
AUTHORS: Lavrentlyev, V. I., Bayburskiy, L. Ao~ Droning As Pot
Denezhkina, Ye. A.
TITLE. Production of fuels for gas and turbine engines from
products obtained in Groznyy
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 12, 1961, 525,
abstract
12M172. (Tr. Groznensk. neft. n.-i. in-t, 1960, vYP- 7,
73-85)
TEXT: The authors studied the following distillation and residual
products of direct distillation and of secondary origin in order
to ob-
tain gas-turbine fuels: kerosene gas oil fractions of the
Aohalukakiy,
Ozek-Suatskiy and Turkmenskiy petroleum, mazout of the
Anastasiyevskiy
S4
petroleum, kerosene of thermal cracking, cracking re due,
contact-coking
distillate of pitch of petroleums containing sulfur. It was found
possible to obtain gas-turbine fuels with satisfactory values of
viscosity, solidification point, and vanadium content from the
products
of Groznyy. The following products were recommended for
examination on
Card 1/2

26196
S/081/61/000/012/023/028
Production of fuels for gas and turbine ... B103/B202
field plants (naturnyye ustanovki): mazout of the Anastasiyevskiy
petroleum and its mixtures with the kerosene gas oil fractions of
Achalukskiy (80 : 20), Ozek-Suyatskiy (85-15), and Turkmenskiy (80 ;
20)
petroleum, mixture of the Groznyy cracking residue with
sulfur-containing
cracking kerosene (75 : 25) and the distillate of contact coking of
asphalt from which gasoline had been removed and to which 1.5% of
Groznyy cracking residue tied been added in order to lower the
solidifioa-
tion point. (Abstracter's note: Complete translation.]
Card 2/2

KOZOREZOV,-Yu.l,- BAYBURSKIY L A - MkNOVYAN, A.K.
Effect of the intermediate circulating reflux on the process
of
distillation in a colu=. Khim..i tekh. topl. i masel 6 no.n,
27-32 N 161, (MIRA 14:12)
1. Gr6znenakiy nauchno-isoledavatellskiy neftyanoy institut.'
(Plate towers)

1 17
S/081 62/000/002/090/107
B157 B110
rB
&
AUTHORSs Malin, 1. G., Bayburskiy, L. A., Krechetova, P. I.
TITLEt The possibility of obtaining gas turbine fuels from
products
processed at the Groznyy refineries
PERIODICALi Referetivnyy zhurnal. Khimiya, no. 2, 1962, 495,
abstract
2H297 (Tr. Groznensk. neft. n.-i. in-t, no. 11, 1961, 25-38)
TEXTs The results are described of an investigation into the
possibility
of obtaining gas turbine fuels from gasoline-free oils, from
various
distillates and residual products, by simple distillation and
secondary
refinery products, or from mixtures of these products. It was
established
that the production of fuels with low ash content requires the
crude oil
to be treated so that the chloride content amounts to-e, 30
mg/liter and
dehydrated so that the water content amounts to,/, 0.1 - 0.2%.
Groznyy C-Al
mixed paraffin crude oils gasoline-free to 160 - ,1700C,
Achalukskiy and
Karabulakskiy mixed crude oils, and Ozeksuatskiy and Turkmenian
crudeoils can be used as fuel for stationary gas turbine
plants. Simple
distillation fractions, filtrates of paraffin production and
kerosenes
Card 1/2

5/081/62/000/022/056/088
B1801bI86
AUTHORS: Amerik, B. K., 11
TITLE: Raising the octane number of automobile gasoline
PERIODICAL: Referativnyy zhurnal. Xhimiya, no."22, 1962, 426,
abstract
22M82 (Neftyanik, no. 5, 1962, 15-16)
TEXT: The article considers methods of increaging the production of
high-
octane automobile gasolines in Groznyy refineries. These methods are:
1. thermal reforming of the straight-run 120-1950C fraction, raising
the
octane number from 35-36 to 68-70 by the motor method; 2. altering
the
conditions for catalytic cracking with a bead catalyst (raising
temperature
from 400 to 4450C and reducing the volumetrip rite from 0.7 to
0-5-0.6 he-%.
which increases the gasoline yield from 16-16 to 32 ~ and raises its
octane'
number to 76; 3. redesigning existing catalytic cracking plant; 4.
thermo-
catalytic treatment of residual oils, including the destructive
vacuum
distillation of residual oils and the catalytic cracking of
distillates
which, on the example of the residue from Ozeksuat crude, gives a
considerably higher yield of gasoline with octane number 77 than does
Card 112

S1408 62/000/022/056/088
Raising the ocitane number of... B180YB186
thermal cracking. At the same time diesel fuel type A (L) will be
produced with cetane number 50, which requires no further treatment.
[Abstracter's note: Complete translation.]
--II

KOZOFMOV. 14.1.,- BAYBURSKU. L.A . MANOVYAII,, A.K.;
GONCHAROVA,, N.A.1
IMC j, D.A.
Studying the operation of troughed plated of
industrial reotifi-
cation columns. Khim.i tekh.topl.i mas6l 7 no.2:40-"
F 162*
1 (MIU 15:,l)
1. Groznenskiy nauchno-issledovatel'skiy neftyanoy
institut.
(Plate tovers)

S/065/63/000/003/002/006
E073/z436
AUTHORS: KazImin, G.I., ~ ~ybur~skiy ~L.A., Odintsov, A.B.
TITLE: Preparation of a solvent for the production of
polyethylene
PERIODICAL; Khimiya i tekhnologiya topliv i masel, no.3, 1963,
19-22
TEXT: The solvent was prepared from commercial extraction grade.
benzene extracted from low-sulphur, paraffinic Groznyy crudes.
The most suitable fraction of the enzene had the initial boiling
points 75 to 9r*C, benzene content 1.5 to 2.3 wt.%, sulphur
content < 0.005 wt.%, naphthenic hydrocarbons 40 to 48 wt.%.
The production costs of this solvent are lower than those for a
similar solvent produced from catalytic reformates. The costs
could be decreased further by employing fully instrumented and
automatically controlled fractionating columns. The authors
recommend that the centre for the production of solvents for the
manufacture of copolymers should be situated in Groznyy because of
its resources in raw materials. There are 1 figure and 4 tables#
ASSOCIATION: GrozN11, GNPZ
~._Card- 1/1

MANOWAN, A.K.; RAIMRSKIY, L.A,
Particular features of tbv duslo of the
intermediate
sections of emplex reatifteation col=mso MAm, I
tekbe top2,
i nasal 8 no,4120-26 Ap 1,6% (KMA 16t.6)
1. Grosnenskiy nauchno-iseledovatel'skiy neftyancy
inBtitut.
(Petrolem-Sefining)
(puts towers)

BAYBURSKU., L.A.; MUOVYAN, A.K.
Operation of the stripping sections of.complex
columnso
Khim. i tekh., topl. i maBel 8 no.9:55-59- S 163.
(NIRA 16:11)
1. Gromenskly naudhno-ioBledovatellskiy neftyancy
institut.

MALIN, A.G.;_BAUWI~MY, L.A.; KRECHETOVA, P.I.
Obtaining gao-turbine fuels from high-paraffin
crude. Trudy
GrozNII no. 25:94-104 163. (MIRA 17:5)

KOZOREZOV, Yu.I.; BAYBURSKIY, L.A.; MANOVYAN,
A.K.; GONCHAROVA, N.A.
Operation indices and the evaluation of certain
methods for
designing rectifying column for industrial
petroleum
refining.plants. Trudy GrozNII no. 15:148-164 163.
(MIRA 17:5)

BAXBURBUYO L.A.; MANOVYANj A.K.; ODIMTSOV, O.K.
Diagram of the atmospheric distillation of oil and
the operation
of topping towere. Nefteper. i neftekhim. no.8:12-15
163.
(MMA 17W
1. Groznenskiy neftyancy
nauchno-isoledovatellskiy.institut.

00241,nru
ACC MRs AIM303 S CODE: UR/031 6
RM (0/64/ODO/012/
AUTHOR: &r3 in, A-# G G 11t ~Nrecheto
Nikolayeva, V. Bayburgkiv. Va' P. I.;
Rudayev, V. Ye BOIA-0-MA -r- _JMBnLkovL Fe V e; VIA-sov, F 9
I Qp , F
71111-
ORG: GroZNII
TITLE: Production of gas turbine fuel on-the basis of products of
thermal cracking
SOURCE: Nettepererab.otka i neftekhimiya, no. 12, 1964, 24-26
TOPIC TAGS: gas turbine fuel, troleum refining4YI'l
ABSTRACT.. A fraction Vi Ih a boiling range of.200-6500 obtained b
thermal
.cracking of a mixture of mazut with a low sulfur content (0.31% and
S
solar oil (with 0.15% S) was found to be a satisfactory fuel for
gas tur-
bine locomotives. The fuel had a low ash content (0.0007%)p a
sulfur con-
tent of 0.2%, a low vanadium content (traces), and a pour point of
minus
170 against minus 120. required by standard specifications. Orig.
art. has:
2 tables& ZJ-FRjS
SUB CODE: 21 SUEM DATE: none ORIG HEN 002
UDCt 662.7

AR6031902 SOURCE CODE: UR/0058/66/000/006/HO43/HO43
AUTHOR: Kaplan, Ye. S.;Bayburs-yan, E. Dp
TITLE: Magnetic type transmission line using ferrites
SOURCE: Ref. zh. Fizika, Abs. 6Zh297 14
REF SOURCE: Tr. 1-X Mezhvuz, konferentalt Ped. in-tov 22
radtofiz. t
spektroskopit. M., 2965, 126-137
TOPIC TAGS: transmission line, reluctance, permeance, ferrite
magnetic
circuit
ABSTRACT: A two-conductor open magnetic type transmission line
using guiding
elements in the form of round ferrite magnetic circuits to
investigated. The
reluctance and permeance are calculated. It to shown that at
given ft-equencies and
electromagnetic parameters of the ferrite, the nature of Its
internal reluctance
reactance depeadm on the magnetic circuit diameter. Conditions
for line trans-
parency are established. Problems concerning the correct
selection of the ferrite
brand and transverse dimensions of the Une are discussed.
(Trawlation of
abstract]
SUB,conxt 09. 20/
wd I I ;;~

BAYBURT, G.A., kand.med.nauk
-r"
Acute arythematovisoaritio. Sbor. naucb. rab. po lepr i
dam.
n0.13:134-142 159. (LUPUS) WRA 14:6)

15(2) SOV/72-59-3-4/19
AUTHORS: Kitaygorodskiy, I. I., Bayburt.-L. G., Zertsalova,
I.- N.9
Karpechenkol V. G,t Paynberg, Ye. A_._
TITLE:
Investigation of the Possibility of Obtaining the

"Vizhurit" Glass (Issledovaniye vozmozhnosti polucheniya

stekla
vizhurit)
PERIODICAL:
Steklo i keramika, 1959, Nr 3, pp 12 - 13
(USSR)
ABSTRACT:
The shatterproof glass presently manufactured
has the

defect of completely disintegrating into fragmentsp
although

not dangerous ones, when given a blow. It is however
re-

quired in motor car traffic that on destruction of the

glass
at least a small part of it, the one in front of the

driver's
eyes, is left undanaged. In 1956 the authors of

the present
paper carried out investigations at the Gusevskiy

zavod imeni
Dzerzhinskogo (Gusev Factory imeni Dzerzhinskiy)

for the
purpose of obtaining a "Vizhurit" type glass, which

is produced
abroad by various patented processes. Experi-

ments were made
on the flat windshields of the "Moskvich"

car (974')(327Y 5-5
mm). The results obtained are shown in
Card 1/2
figures 1 and 2,
but they are not regarded as satisfactory,

Investigation of the Possibility of Obtaining the
SOV/72-59-3-4/19
. "Vizhurit" Glass
as the glass, according to figure 2 burst after 10 - 15
days as a consequence of internal strains. These experi-
ments must now be carried on. There are 2 figures.
ASSOCIATIOIT: Gusevskiy zavod imeni Dzerzhinskogo (GuEK-A-4 y
Factory ime-al.
Dzerzhinskiy)
Card 2/2

ALIFIX)R L. G. Gorbachev, A. A. Levitins, A. V.
T 1T LEK ! St~.~v of structural transformations In crystallizable
glasses by r.-ans
of TUTY absorption spectra
SOURCE: AN SSSR. Doklady, v. 162, no. 5, 196", 1079-1082
TOPIC TAM: glass c stallizatiol?. nc>na'-k&li glass, thermal shock,
titanium
dlloxid-~, glass strjcturc, ultraviolet abnorptton spectr---112
ABSTkAC71: The subject c~l the study was alk.91L-free ElasB in the
system SiD~, -
All 0 - C--0 - ?kgG with ad:rA--x*ures of VO (glass No. N, D2, mrd
The f~ ~ !-!dy
2 3 ?
D3, 'I glass
Wa5 partic-alarly concerned with No 4hich is an optim-in for
Pre-aring
Exrocer&--ica.' The 'kinericig of the ~irruc-ural t rmn!~formaL
ions were i'ludied bV
UV spectra in D3 glass sauples subjected to thermal shock (from 750
to 900C at
50-deg-ree intervals) for I min, A corTarison of the mini;w on the
UV curves for
tezreraturf~D of heat tredt-~nt (9!~!e Fig. of the Enclosmre)
F qt t. '- t W~) i c h t r- 0 C I 'A rat 11 t t-A n.- f orvin t I
onc -,cc ur tr-c r a -see w i
ICU lar ~ V ra~~'-"t C t r 6 C L-2 r 1-i 1 3 F; 5 t: e
Card 1/3

L 59592-65
ACCESSION NRt AP5017456
reducing medium than for those melted under oxidizing
conditions. The speztre
indicate that the defectiveness of the Oass Gtructure,
characterized by the
n2i,nltude of the mini=7un, is rf,lated to the cry3tallizing
properties of the
glass. 'i-ray anaivsis showed that crvsiallLzaLion vroceeds at
a -Fh rate a!
99,OC and ends at 1050C. this is associated with the
appcarani:E~ ot high r.7.axirna
on 'he 7%, spw-crrs' wrl'~ch shit:' toward longer
wavelf,,~?,ths witl~ rising
cr-,stallization t empcrn t tire, As the titanium content
increamcb, 6~ thc dL-
fectiveness of the giasses, whici) predvLvr-u,.ir-t!,-,
thi-,ir crystal 1-,_abiliLy. 7'.t JV
spec'ra! M-'k_-S it po~;sll)IQ to account for the obsi-rvudl
(,xl)cr a I f 9 c r
e r t_ I C 0 ~j 4 t C2 0~ increases Oi,~ crvq ta I I i zii~,i
t~! a Sj - vh~ln
Ti is reduced, the d~-tectiveness or the glass incrV45VS
2
shk-;~_-d tha t the s t r--ic -_-a 1 -Parrangf-T~-_-n t q q s
-c la i--d itn
c r-,78 ca i i iza c ,on d i I ., ~r i rOM pr-~Cy&La 1 1412L t
iOn r ;,_ai S.
th B! , n- met "..ad V~-r'; i, ~fec t ive in account ing for
che st rLic i iirtd of
r"' a :23' 1 t' t;t-~, anid an '.e k:sed t or inves t iga t
ing he I c , :-vt, I iz a t
Or "Lz. ar he 5 4"t r e 3
A~ TLAT I -:~N 7ov.chno-lssledovstel 'skiv institut
elektrovakuucrzc~,~;O
stelklea (State Sc-ientirFic-Regearch 1nBtItute_.Of Vacuto
Tube-Glass)-
S "_ Fy! 1_: 0 I~IUT 1) I)TV /')P
- 2
C

ACCESSION NR: A25017456
I-MCLOSURE- 01
Figure 1. Differential absorption spectra of D1, D2 an&W glasses
beat-treated
for I hr. ar 800t: a - glaase;3 prepared under reducing
conditions; b Slassea
,,5der oxidizing conditions.
,Spared y,
Cgr
373

13AUURT. Ye. A.
BayLvrt, Yes A. -- "On Tauma of the Cervical Repion.
(Experimental Investigation)."
Kishinev State ried Inst, Kishinev, 1955 (Dissert:ttion xPor
the De;,ree of Candidate
in Medical Sciences) 0
SO: Knizhnaya Letopis', No. 24, M03004, Jun 55, pp 91-104

BAYFURTTSYAN, A.A.
42518. EffaiktivW Operativuo-kowervativVy isposob
leebenlys Zeb6le vanlya
Kholki. V ogl: Balburtyan A. A. Trudy yeravansk. Zoovot.
Tri-Ta, Vrp. 10,
ISM, S. 167-c8.

"Gelding of sheep and goats, keeping appendages and
jointtissued of
testicles."
Veterinariya, Vol. 37, No- 6, 196o, p. 48
")I, . d.-" &fOZU4 lx~m, ~~ 7-orrotf %~

BAYBURTTSYAN j, A. A.
Castration of smaller cattle witb retention of the
appendix
testis and the connective tissue basis of the
testiclese
Veterinariia, 37 no.6s48-51 Je 160. (KMA 16%7)
1. Zaveftusbchly kafedroy operativnoy khirudi
Terevanskogo
sooveterinamogo inatitutao
(Castration)

doyatell naukp prof.; USACHEVAI
I.G., red.; IZMAp V,M,, tekbno redo
[)law method for increasing 4vestock productivity]
Novyi matod
povyaheniia produktiTnosti skota. HoskVaq Izd-vo
sellkhozlit-
ry, zhurnalov i plakatovp 1961. 150 P. (MIRA 15:1)
1. Zaveduyushchiy kafedroy operativnoy khirurgii
Yerevanskogo
zooveter-inarpogo instituta (for Bayburttoyan).
(Stock and stockbreeding)

KADILOV, Ye.V.; BAYBURTTSYAX, A.A.; OVSBTYAN, A.A.
Anatomical and hintologXcal characteristics of somA argens
in
farm animals to related to different methods of castration.
Izve
AN Am. SSR. glol.'nauki 14 no.6%1-13 161. (MIRA 34:10)
1. Kafedry gistologii i operativnoy khirurgii,
Irerevanskogo Sooveterinar-
nogo instituta.
(CASTRATION) (MUSCLE)

BAYIB-U'R*T'T^S-T-M'2-A,A,.; KENTIKYAYp H.L.1
STEPANYAN, A.S,.
Chemical composition of the mat of wethers,
coptrated without
the removal of the'spididynis and the connective
tipsue bass 0t
the testicle. Zhivotnovodstvo 23 no.5237--38 My t6l.
1. Yereva"T sooveterinaj_W lugstitut. (MIRA 16s2)
(Hatton-Compositon) (Ca3tration)

P-4Y-TRTISYAV, A.A., (Professor of the Erevan looveterinary
institute)
"Attairownts of veteftrutry science should be introduced into the
practice
of livestock breeding more promtply",
Veterinariya, vol 39, no.1 Jan 1962~ pp 34

BLYBURTTSIAN, A.A., prof.
Speed up the introduction of the accomplishments
science into animal husbandryi, Vetarinariia 39
1. Yerevanskiy soovaterinarnyy institut.
(Veterinary medicine)
(Stock aW stockbreeding)
of veterinary
no.1314 JA 162.
(MBA 15 s 2)

JILIBURTTSYAN, A.A.,, prof.; AKRUMUN, V.A.; KAZAKYLN, G.A.,
kand. mad. naukI
ARUTYUNYANP R.R.; HUMAN, S.A.; ARMYUNYAN, V.M.
Radioactive iodine (1131 ) used In determIning the hormonal
activity
of the thyroid gland in rats following castration. Vop.
radiobiol.
LAN Arm. SSHJ 3/4 725-228 163. (M1RA 17t6)
14"

BAVA, R' Y.', NA.G.
- j ~
Content of wzonla ftnd g1i'-Itamine In the arteria.L
blocd and
cerabrospinal fluid ix. some nervous and mental
diseases.
Vop. medo khim. 9 no.6:60'A'-603 N-D 163.
(XTPA 17:10)
1. K-afedra btokhim,11 Rostnvskcgo-na-Donu
univeysiteta.

K --.
. A-, , K. -
PAYDW."All"Y' K. R. -- "A CO.7.,~,aratl~,e of 'Varims
of -5clar
Water "eaiers.11 Acad Sci USSR. Power Enfrineering
InstAtute G. V.
Krzhizhanovskiy. Moscow, 1955. (Dissertation for the
re,7r e of .andj4-ate
in Technical Sciences)
SOURCE Knizhnaya Leto!,)is', '~To 6 1956

233-10-13/26
AUTHOR: Semchenko, 0. A. , Baybuz , A. 11. 9 L*.edvedeva, 1-7.
1. and
Azarov, A. T., Engineers.
TITIB: Heating of Alloyed Steel Ingots in Recupeiutive Soaking
Rts.
(11ftgrev legirovannogo Slitka v,Rekaperativnykh Kolodtsakh)
FORIODICAL: Stall, 1957, No-10, pp. 915-917 (USSR).
ABSTRACT: An investigation of the distribution of temperatures
across ingots and the differences betwden indicated
and actual temperatures of metal during heating in
recuperative soaking pits is described. Heating of ingots
of WX15 and WX15Cr steels as well as some other high
carbon alloy steels was unsatisfactory, namely axial
overheating of the ingot was observed. The investigations
indicated that the existing practice of heating up to
1230-12160C was incorgect, the limiting temperature was
found to be 1160-1180 C. There are 3 figures.
ASSOCIATION: Dneprospetsstall Works. (Zavod Dneprospetsstall).
AVARAME: Library of Congress
Card 1/1

5W
AUTHOR: Baybuz, V. Fo SOV/76-32-11-29/32
TITLE: -Me-aInTe-rmoleciudar Potential and the Second Virial
Coefficient
of Sulfur Dioxide Gas (Mezhmolekulyarny potentsial i vtoroy
11~
viriallnyy koeffitdyent sernistogo gaza
PERIODICAL: Zhurnal fizioheskoy khimii, 1958, Vol 32, Nr 11,
pp 2644-2645
(USSR)
ABSTRACT: The values of the virial coefficients can be
calculated for
diverse temperatures from the intermolecular potentiall from
these values again the compressibility, the specific heat and
other thermodynamic properties of a real gas can be determined.
Stokmayer calculated the intermolecular potential of B02 ac-
cording to the dipolar moment A& - 1.61 D, which had been
determined by Zahn (Tsan) (Ref '1). Raw1lason (Roullwon) (Ref
2)
represented the virial coefficient accoraing to tne potential
by Stokmayer and the traditional mechanics. To determine the
quantities of the intermolecular potential of the 502 molecule
data by Ried:l (Ridel) (Ref 3)f and Cooper and 1(aass (Kuper
Card 1/2 and Mass) (R f 4) were used. Based on these
quantities the

SOY/76-32-11-29/32
The Intermolecular Potential and the Second Virial
Coeff1cient of Sulfur
Dioxide Gas
values of the second Yirial coefficients of SO 2 up to 12000K
were calculated (Table) using the table by Rowlineon, 7he
calculated values of B agree well with the experimuntal data
of B supplied by Yarioue authors.
There are 1 table and 6 references, 2 of which are Soviet.
ASSOCIATION: Akademiya nauk SSSRJInstitut goryuohikh
iskopayemvkh (Academy
of Sciences, USSR, Institute of Ximral Faeu)
SUBMITTED: May 8, 1958
Card 2/2

5W SOV/'16-33-1-10/45
AUTHORS: Medvedev, V. A., Xorobov, V. V., Baybuz, V. F.
(Moscow)
TITLE: Investigation of the Thermodynamic Properties of
Substances
According to the Method of the Explosion in a Spherical Bomb
(Issledovaniye termodinamicheskikh svoysty vashchestv metodom
vzryva v sfericheskoy bombe) II. Hydroxyl (II. Gidroksil)
PERIODICAL: Zhurnal fizicheskoy khimii, 1959, Vol 33, Nr 1,
PP 58-64 (USSR)
ABSTRACT: In t),e investigation under review a spherical bomb
with a
capacity of 20 1 was used. AA optical instrument (Fig 1) based
on a design proposed by Vyuis and Ellbe (Ref 1) served as
pressure indicator. The changes in pressure were recorded by
an oscillograph of the type 9SO-302 and the recordings
measured
by means of a measurement microscope MIR-12. Publications de-
scribed various methods for the deternination of the dissoci-
ation heat of water vapor on hydrogen- and hydroxyl ions, and
the different results which were obtained (Table 1). So far
AH - 67 1 0.65 kcal/mol (Dweyr (Dvayyer) and Oldenberg (Ref
16))
has been regarded as the most accurate value. However, the
spectrographical determinations of A. P. Purmall (Ref 17)
Card 1/3 which resulted in a value of 64-4 � 1.0 kcal/mol seem
to be
I

SOV/76-33-1-10/45
Investigation
of the Thermodynamic Properties of
Substances According to the
Method of the
Explosion in a Spherical
Bomb. II. Hydroxyl

more accurate. It is stated that the
investigations carried

out by Wohl (Vol), Magat (Ref 11), Lewis and
Elbe (Llyuis and

Ellbe) (Ref 14) furnished too low results, in
reference 11 on

account of wrong calculations, and in reference 14
on account

of heat losses. In the present determinations according
to the

explosion method, an oxygen-hydrogen mixture with a surplus

of oxygen and an addition of water vapor was used, since heat

losses occurring with the cembustion of these mixtures are

smaller.
21 explosion experiments were carried out. The cal-

culation method
has already been given (Ref 19). The mean

value obtained for the
reaction H20
+ 1/2 H2
V* OH
s

gas
ga
gas

is AHO = 65.5 kcal/mol in accordance with the dissociation
0

energy of the hydroxyl of D (OR) - 102.2 kcal/mol. Thp equilib-
Q%

were calculated for various temperatures
rium constants K

p
(Table 4). There are 2 figures, 4 tables, and 22 references,

5 of
which are Soviet.
ASSOCIATION:
Akademiya nauk SSSN Institut
goryuchikh iskopayemykh (kcademy

of Sciences, USSR, Institute for
Wineral Fuels)
Card 2/3

I
,,BAYBUZ, V*F.; MEDVEDEVP V*A.
-w--
Consideration of the affect of pressure on the
thermod7namic
functions of real gaaeo. Trudy IGI 12:190-195 161.
(miRA 3-4:3)
(Gases) (Thermodynanion)

S,
/4 "2.20j) 109280%1/140/006/023/030
//, Lre? 0 0 D107/B101
AUTHOR% Baybuz. V. F.
TITLE: The explosion method and the heats of formation of CF4
CF3Cl, CFCI,p and CC14
PERIODICALs Akademiya nauk SSSR. Doklady, Y. 140, no. 6, 1961,
1358 - 1360
TEXT: The present publication describes a way of calculating heats
of
formation from explosion tests in spherical bombs, and gives data
on the
combustion of H and 0 , as well as the heats of formation of CP CW-
CM
2 2 4 5- 3
and OCI4- The theory of the normal velocity of flame propagation
was applied
for the calculation (L. N. Kbitrin Fizika gorenlya i vzryva
(physics Of
combustion and explosion) M., 1957~- Spherical glass bombs were
used for
the experiments. The experimental arrangemen t has been described
in detail
previously (V. A. Medvedev, V. V. Korobov, V. F. Baybus, ZhFKh, 31,
58
(1959)). Heat losses during explosion tests are due to 1) heat
conduction
Card 1/4 -. .1 /1

29824
S/020/61/140/006/023/030
The explosion method and the... B107/BIOI
by the walls, and 2) to a boundary layer of ibe gas at the walls
of the
bomb remaining unburned. The thickness of this layer was
calculated at%
AX - CO XTO(pe/po-1) a is an apparatus constant, determined
HT -HT 0
TP-T0 dt
experimentallyp,;L the coefficient of thermal conductivity of
the gas
mixture, T0 and p0 the initial t9UPOrLture and the initial
pressure, p 0 the
maximum pressure during the explosion, H TP-B To the change of
heat content
of the gas mixture on heating from T 0 to TP, TP Is the
temperature of the
flame front. Applying the equation of state for ideal gases one
obtains
for the explosion temperature
Te . T Pe [1 + 3&x (2,,- 1 where r0 is the radius of the bomb,
O(K- PO r0
Card 2/4

S/020/61P,40/006/023/030
The explosion method 4M.'ths... B107/BIOI,
C( - Effle/zi; 2:'1 theSpolar number takint part in the
re4ation12:2 a the
molar number of doetA41oa products. Assuming the transferred heat
to
' V
be sufficient to hiatthe boundary layer up to T the heat balance is
0 p
ZM AE* (E +2214zfT + DX(; ' E where Ago is thii,
fT0 Zme T T T fT
a if.. 0. 0 p 0 0
beat of formation of *he-OOmponents of ths;mIxture at the
temperature T
1. . L 0
'0
ET - ET the energy 4ango atralaing the temperature from To to T.,
2Am"
0 0
the-molar number of tio " 6nburned mixture. On an average, heat
measurements
in tests with mixturka-'of H 20 020 C09 and Y gave an error of
0.5%.
Explosion tests with 13 2 and 02 under addition of water vapor
yielded results
whicb were in contr4419tion to previous dstas X, Wohl and 0. Bib*
(Ze.
pbya. Chemj' 5B9 241:11929)) and K. Wohl and M; Magat (Zoo physe
Chem,#
117 (1932) reported that slight quantities of water vapor
considerably
decrease energy losses during combustion. A check of the methods
ShO ed
that these authors haA npgleoted the adsorption of water to the
walls of
the bomb. The beats of formation found for C"4 , cy3CIO Cel 3F,
and CC: 4
Card 3/4

29824
S/020/61/140/006/023/030
The explosion method 4nd thoo.,* B107/B101
were: AH' (CF4, gai) a -220.1 1-4 kcal/mol*1 ABO,g,o,(cr Cl,
gas)
f298*K 0 f 3
- -166.2 + 2.2 kcal/mblej AH t298*K(OC23F', gas) a -66.4,1 2,1
kcal/molel
4HO gas) os'24.6 + 1.9 kcal/mole. There are 21 reforencest
f298oK(CC'41 & f~
8 Soviet and 13 non-Soviot. The three most r'scent references
to English.
language publicatidne'read an followat We T. Davids R. M.
Parkinson#
Phil. Vag., 15# 96 (1933)1 S. Lewis, 0. Elbe, Phil. Nag. 20, 44
(19B);
R. W. Fenning, A. 0. Wiffin, Phil. Trans. Roy. Soo., A M, 142
(1939
ASSOCIATIOR: Institui-goryuchilfi iskopsyssykh Akademil. nauk.
SSSR
(Instittt6; of Mineral Fuels of the Academy of Sciences USSR)-i
PRESENTED:
SUBMITTED;
Card 4/4
May 27,.1961, by V. N. Kondratlyevo Academician
May 24,.1961

PHASS I BOOK EXPLOITATION 3OV/6260
Gurvich, Lev Veniaminovioho Oeorgly kkopovich Khaohkuruzov,
Vadim
Andreyevioh Hadvedev, Inessa Veniaminovna Veytas QeorxIX Andre
a
v1ch rymsin, Vladimir Stepamoyloh Yogman, N etrovna Rti h-
cb=a, Idd . a ire-dorayna Kumtova, 09orgiy Niko yevioh Yurkov,
AMkILyAJ, _E~pe, _Borfa FedorokLQh Y f __q~
_~din, ~ 1~~ ti
Termodinamloheeklys avoystva IndividualInykh veshohestv,
spravochnik
v dvukh tomakh. tom 1: Vyohlslenlyo termodinamloheskikh
evoyetv;
tom-2: Tablitay tormodinamicheakikh avoystv (Themodynamio Prop-
erties or Individual 3ubstanoes, Referenoe Book In Two Volumes.
v. 1: Caloulatlon of Thermodynamlo Properties; v. 2j Tables of
Themodynamlo Properties). 2d edj, rev. and enl. Mosoow, Izd-vo
AN sssR,,i962. 1161 and 916 p. 000 oopies printed.
Sponsoring Agenales: Akademlya nauk SSSR. Institut goryuchikh
-Iskopayemykh; and Gosudaretvannyy komitet 3oveta Hinistrov
SSSR
Card' 240 11

'Themodynamlo Properties (cont.) SOV/5260
po khWi. Institut prikladnoy khImIle
Reap. Ed.t V. P. Olushko, Academician, L. V. Ourvich, 0. A. Mach-
kuruzov, 1. V. Veyts, and V. A. Medvedev; Ed. of Publishing Housel
K. P. Gurov; Tech. 2d.% V. 0. Laut.
PURPOSE: This reference book my be used in salentitio-researoh and
experimental-design work in Institutes, design offices, and
schools of higher education, as well as for training specialists
In chemical thermodynamics w*A thermal physics.
COVERAGE; Volume I of this work deals with methods for calculating
thermodynamic propertion-and with the selection of constants re-
quired for the calculations. Volume 2 contains tables of thermo-
dynamic properties (reduced thermodynamic potential, entropyp
enthalpy, and ;.he logarithm of the dissoolatlon or IgnIzation
constants of equilibrium) compiled, where data were laiking, on the
basis of published and unpublished material from a number of Soviet
research Institutes.~ Thermodynamic proportion for the ideal gas
Card 2/J9

7
Thermodjnamic Properties (Cont.) sov/626o
state are presented In table form for 335 gases, 44 liquids, and
45 solids compounded from 33 chemical elements and their isotopes,
viz.; H, Do To He, Lis Be# Do 01 No Os Fa No# Na, HS, Al, Si, P,
3, Cl, Ara K, Coo Bra Kra Rep Sr, Zr, 1, Xe, Coo Ba, Hg, and Pb.
Thermodynamic Properties are given for the following 22 gases In
the range from room temperature to 20,OOOOK: H,H*, H-, 0, 0*, Be,
Cj, Os, OH, OH*, HAO, No N% Na, Ng', NO, NO*& 0, 0% CO, CO4' and
d; for the 14 least stable fases up to 4000 K; and for the re-
maining 299 gases up to 6000 K. Virlal coefficients for 34 &"*a
are also given up to 60000K.-

2 8
5/076J62/036/006/002/011
BIOI/B144
C, C,
AUTHOR: Baybuz, V. P Moscow)
TITLE: Heat losses during explosions in a spherical bomb
"ilhurnal fizicheskoy khimii, v. 36, no. 6, 19062, 1280-1286
TEXT: A new method of calculating heat losses during explosions in
a spherical bomb is proposed. A theoretical study suggesta that ow-
ing to heat transnisnion to the walls of the bomb, a certain layer,ax,
o' the gas mixture does not burn, as it is not heated to the
equilibrium
temperature. Lx is calculated from the equation Lx
-~e XT (dp/dt)t.~r )/(T, - T where 4
0 o(pe/po T" T 0 0
t
coefficient of thermal conductivity of the gas mixture, c, 0 = constan
pressure after the explosion, p - initial pressure;'t. duration
Pe = 0
of explosion; T- the
is.the temperature of the gas mixture in front of
--~3F&Oagating flame; H HT a, change in enthalpy when heating from T
T 0 0
'Card 1 3