SCIENTIFIC ABSTRACT BAYEV, V. - BAYEVA, O.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000204020019-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

. --BAUV - V"-Aat"nt; AVRMOV, A., aasiatent;
BOZADZHIYEVA, Yee, assistant
(Sofiya)
Surgical treatment nf Itsenko-Oushing syndrome.
Ehirurgiia no.31:
73-78 161. (MIRA 3.012)
(CUSHING SYNDRMM) (ADRENAL GLANDS-EXCISION)

MY" (Sverdlovsk); BAGARD7, 1. (Sverdlovsk)
117 J-Y-
Econmics in the Urals* Vop.ekon. no.11154-157 Ja 163.
(KMk 3.6s2)
(Sverdlovsk RmUes-Industrial musgement-C=gresseir)

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AUTHOR: Tsys~ovakly,, V. K.; DDCharOV., A. A.1 Bayeva, T. Yes
ORGI All-Union-Scientilde, .Research Inditute of
Estrwhefflinal-2cocamms fb
Usesoyanyy nauchno-iseledovatellsk-iy institut neftekhimicheskikh
protsessov)
TITIZ: Produotion of oxyacids licmid Paraffins
SOURCEt Neftekhimiya, v. 5. no. 1. 19658 101-107
TOPIC TAGS: hydrocarbon, oxidation
ABSTRACT: A one-atop process was developed for the production of
oxygen-
:Containing acids by continuous oxidation of liquid paraffins. The
paraffins used
;consisted wAnly of normal C14-C22 paraffinsp in an effort to
produce polyfunctional
~aliphatic compounds with a straight chain and at lent 19 carbon
Mons in the mle-
'culap.which are valuable so chemical intermediates. The-basio
factors of the pro-
cess were studieds continuity of the process# influs~cs of
tomperatural and
residence time of the raw material in the reaction sone, The optimum
conditions of,
j*oxidation, extractiong and Indices of the process are preasAtede
The possibility
,,:of producing compounds in 90$ yield WOUlAted on the basis of-the
converted liquid
was domonstrat ;..the products. are obta ad 99.($ pAreo which makas
them
yLaraffA~z od in
-.valuable intermediates. Orig. art. has: 2 figures and 4 tables.
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1. !!14
-ir
"m 11-to an- ik"lo wilh - A. It.

BAYXT. V.A., insh.; VAFMMUW# A-K-, kand. takhn. nauk.
Polyavdd~ resin's and their use for sold insulation of
electric
windings. Vbst. elsktroprom. 27 no.8rl2-16-Ag 156. (mm 10:9)
1. Ikucbno-'Issledovatel'skiy institut Ministerstva
alektrotakhutcho-
skoy promrshlonnosti,
(Amides) (Ilectric insulators and insulation)

-BAYBY, V.A., inshener.;ZATMAROVA, N.P., inshener.
Uperizental investigation of the capacitance characteristics
of the insulation of low voltage asynchronous electric
motors.
Vent. elektroprou. 28 no.1:72-77 Ja 157. (MMA, 10:4)
1. Nauchno-iseledovatellskly institut Kinleterstva
elaktrotekbutcheekoy
prourehlennosti.
(Blectric motors, Induction)

SOV-26-58-4-24/7/5
AUTHORS: Bayev, V.A., and Orzhakhovskiy, 1,'.L., Engineers
TITLE: Classification of Electric Insulating 'Materials With
Re-
spect to Heat Resistance (Klassifikatsiya elektroizolyat-
sionnykh materialov po nagrevostoykosti)
PERIODICAL: Standartizatsiya, 1958, 17ir 4, Pp 76 - 78
(USS111)
ABSTRACT: The development of new electric insulating
materials re-
quired the revision of existing classification. 11'ew stand-
ards of insulating materials for electric machines, devices
and transformers have been approved as well as their clas-
sification with respect to heat resistance. The importance
of the new standard consists in the clear determination of
limit temperatures in the continuous utilization of insul-
ation in electric equipment. The now GOST standard com-
plies with scientific, technical and industrial require-
ments. The issue of the standard will entail some modifi-
cations and additons relating to the existing standards.
Classification of the new materials is based on experimen-
Card 112 tal test methods in accordance with the law of
heat-aging.

OV-28-518-4-24/35
Classification of Electric insulating 4Materials With Respect
to Heat
Resistance
The article mentions some test methods applied for this
purpose.
ASSOCIATIOE: NII elektropromyshlonnosti (Scientific Research
Institute
of the Electrical Industry)
1. Electric insulation--Temperature factors 2. Electric
insula-
tion--Classification 3. Electric insulation--Standards
Card 212

SOV/110-59-9-19/22
AUTHORS: Y.A., 14aslov, V.V. and Orzhakhovskiy~ M.L.
(all tngineers)
TITLE: The Principles of Humidity Test Conditions on Products
Intended for Tropical Service
PERIODICALs Vestnik elektropromyshlennosti,1959,Nr 9,pp 72-77
(USSR)
ABSTRACT: A great many different recommendations are made about
humidity testing of products for tropical service. It is
desirable to compare the different methods, to see how
products may be most realistically evaluated. Tests
should be of short duration but should not damage the
prod*uct. Electrical qualities may be assessed by
measurements of the insulation resistance or the
capacitance of the insulation before and after testing.
Both types of measurement were made in the present work.
The ratio of the capacitance at a frequency of 2 c/s to
that at a frequency of 50-c/s was also measured. The
recommended orocedure is to measure the capacitance of
the insulation during the process of humidification and
to determine the relative increase in permittivity of the
Card 1/6 insulation. Graphs are then constructed of the increase
in permittivity as a function of humidifi.-ation time and

SOV/110-59-9-19/22
The Principles of Humidity Test Conditions on Products
Intended
for Tropical Service
the graphs for ma~,Iiines of no-rraal and t,-_-pical
design are
lompared. The himidity testing recrimmendations of the
International Klectrot-ea'LL-i~.-,--al Commissicn (IBC) are
discussed and It is considarod that thay are of limited
,ralue and applicable -,.-:-.y tc; a narrow range of radio
components. Acf:oxsdingly~ t1he objects of the present
work- wars: to determine the best duration of test; to
determine the best temperature and duration of
ac(~elerated test conditions; and to determine the best
cycle of temperature and humidity testing. The tests
were made on induction motors types Ao6 of lo kW and Ao4
of 22.8 kW of both normal and tropical constructions. The
tropical 10 kW motors had s"licore insulation and the
J.
normal motors class B insulation. The tropical 2.8 kW
motors used glass cloth. and flexible micanite as slot
insulation, whilst cotton and pressboard were used in the
normal motors. Tests were also made on other types of
equipment, such as contactors. The humidity and tempera-
Card 2/6 ture chamber is described. Electrical equipment
in the
chamber was exposed to a relative humidity of 98-100% at
temperatures of 20, 40) 55 and 70 OC for 10-30 days.

SOV/110-59-9-19/22
The principles ~X Humidity Test Conditions on Products
Intended
for Tropical Service
Moreover, at 40 and 55 OC the equipment was exposed to
humidity cycles for 10-20 days. Each cycle lasted 24
hours and consisted of 6 or 18 hours at 98-100% humidity
at the test temperature with subsequent cooling for 18
or 6 hours. These cycles were called 6 - 18 and 18 - 6
respectively. Similar equipment was also exposed under
natural conditions at Shanghai in the wet season. The
climatic conditions are described. Graphs of changes in
permittivity against time during tests in the tropical
testing chamber at various temperatures are given in
Figs 1 to 3. It will be seen that humidity testing for
13 days at 40 OC does not differentiate between tropical
and normal insulation. However, at 55 OC there is an
appreciable difference from the fifth day onwards. The
difference is revealed even more quickly at 70 OC but at
that temperature even the tropical insulation deteriorates
so quickly that the differenae diminishes again. It
Card appears, therefore2 best to make the test at 55 OC for
3/6 seven days. The temperature at which the equipment is
maintained at 98-100% relative humidity affects the rate

SOV/I:LO--59-')-l 9/22
ThiF. Prlnckn~les of Humidity Test Condit-Lons cn
P.-o"du----ts Intended
f ."PLIpi
..nal Service
of changa of elent7"-al .-ha-:-a- t,3-4 stips and is of
u-insiderable interes t. Figs 14- a,..-I 5 show -raplis of
the
.Lng;rease in parmittivity as of tima on
t,,ontinuous exposu:,e to hi)-midA!-#y at various
temporatures.
The Curves in Rig 6 show the de,,5~-iso of ancelerat"on of
tlie tests made at high tampez-atu,.-a as compared with
those
made at 20 OC. At qO OC a-i-.alaration is by a factor of
about 30, at 55 OC by a facl.-D.-..- o.t 10, and at 40 CG
by a
fa(,-tor of 2.5-3. It is a--i:3y-ding
,J)r racommanded that the
best test duration at 1+0 03 jis 21-26 days2 ass,.uning that
tliq be3tv test time at 55' OC is 7 days. ContJ-nuous and
Yclad hurmidity test s are then compared. 11; will be seen
from tie curves given in Figs 'I and 5 that the conditions
of 18 hours humidity followed by 6 hours oooling are the
most severe. 'I -.e recommendation that the humidity tests
Should be cyclic and not contirracus is confirmed by tha
attitude of the Indian Delegation IV-3 the Stof-Aholm
Session
of *.',,Ie I.E.C. In 1958 and by published work. In
Card 4/6 addition t,) test-chambez, results the ciarves of
Figs 4 and
5 show also t~hanaas in pezmittivity during exposure under
0
natura! conditiora in Shanghai. It" Is concluded that,

SOV/110-59-9-19/22
The Principles of Humidity Test Conditions on Products
Intended
for Tropical Service
approximatelyt a tropical chamber test of 21 days at 400C
with the 16 8 cycle is 20-25 times more severe than
natural expo;ure. Thus the chamber test of 21 days is
approximately equivalent to l-lj years' natural tropical
exposure. The factors that influence the rate of
humidification of insulation are briefly discussed. The
tests may be made at constant relative humidity but
different temperatures. In this connection curve 1 of
Fig 6 indicates that as the temperature is raised the rate
of humidification increases more rapidly than does the
total humidity present. Tests may also be made at
different total humidity at various temperatures, and in
this case the lower the temperature the higher the relative
humidity. Also, humidification is then more rapid at the
lower temperature. This was confirmed by tests on
Card 5/6 stators of normal and tropical construction; test
results
are plotted on rigs 9 and 10, to show change of

SOV/110-59-9.-19/22
,I h ?Pri=iplei3 - of Humidity Test Conditions on Products
Intended
P IT
Tropical Selvice
permittivity as a funo",4ion of oxjposure timme at given
absolute but var-'abl.e relative humidity.
Therer are 10 figuras and 3 Soviet references.
Card 6/6

BAYEV, V.A., inzh.; MASLOV, V.V.,, inzh.; CRZRAKHOVSKIY, M.L., inah.
Performance of electriwa equipsient designed for operation in
tropical climates. Test. elektroprom. 33 no.7:30-35 Jl 1620
(KULA 15M)
(Ilsotrio apparatus and appliances)

.BAYEV, VjA. -linzh.; MASLOV, V.V., inzh.
Polymer synthetic materials should be used on a wider
sea1g. Vast.
elektroprom. 34 no.5jl-3 Nor '63. (wRA 16 j 5)
(Polymers)

BAYEV, V.A., inzh.; ZEYTMAN, S.M. inzh.
I- - p
For the aping of nonferrous metals in the manufacture of electric
apparatus and machinery. Vest.elektropromo 32 no,8:1-4 Ag 161o
(KMA 14:8)
(Electric engineering-Materials) (Nonferrous metals)
4

BAYEV, V.A., inzb.
Use every mearw to fulfi2 the declsion&~of the
December
P2enum of the Central Committee of the CPSU.
El9ktrotekhnika
35 no.1:1-2 Ja 164. (Mn?A .17t2)

FAYEEV, V. K.
BAYEV, V. K. - "Treatment of Gunshot Wounds of
the Hip Joint.n Sub
3 Jun 52, Central Inst for the Advanced Training
of Physicians.
(Dissertation for the Degree of Candidate in
Medical Sciences),
SO: Vechema kva
ma Mos January-December 1952

BAYEV I V. K.
Cecostomy using the stump of appendix vermiformis
Uch. ape
AIROI 7:12-14161 iMIRA 126;8)
(OSCUM-SURGERY)

KOTA=I=Cp Hwl*, profe; *Wp Volt, doteent
ft-gical treatmeat of panmvatic qsts. Rhirargiia 38
no.109
81-89 0 162, (KMA 15t12)
1. Is klinAi obababey khirargii (zav. - prof.H.I.
Nolomiyobenko)
li7wakogo meditainakogo imatituta immi A.A.
]kDgomolltea.
OPANCREATIC CISTS)

Dissertation: "Free Convection Ll the, Atmosphere.' Cand
Phys-1-h-th Sci, Central Inst of
Wear.*ner Forecasting, 27 Apr 54. (Vechernyaya Fosk-za, Yoscow,
15 Apr 54)
SO: SUM 24), 19 Oct 1954

14-57-7-14709
Translation from: Referativnyy zhurnall Geografiyaj 1957j
Nr 7,
P 71 (USSR)
AUTHOR: Bayev, V. K,
TITLE: Nonstationary Convection Currents (Nestatsionamyye
konvektivnyye tecbeniya)
PERIODICAL: Tr. Tsentr. in-ta prognozov, 1956, Nr 43 (70),
pp 3-18
ABSTRACT: The article explains the construction and
solution of
a problem involving free convection in the atmosphere
with the help of a special procedural method. The
author assumes the condition of liquid adhering to the
enclosing surface and takes the temperature of this
surface as -4 = Tof(x, y, 0, where f is a known
function on the order of one The c7ondition of com-
pletely dampened disturbance; of velocity and tempera-
ture is assumed for the limiting layer at z--jo co .
Card 1/4 Equations of motion, continuity, and heat
absorption

Nonstationary Convection Currents (Cont.)
14-57-7-24709
are reduced ~o a dimensionle V5 form including a single
parameter of
the problem J5 -kl(-cl gKTO)- , representing a dimensionless
combi-
nation of magnitudes: T -- the coefficient of turbulent
cohesiveness,
or- -- the coefficient of heat expansion of the medium ( oC -
1/273),
k -- the Coriolis parameter, 1 -- the distance over which all the
temperature T changes occur Tcharacteristic distance), and g.
Here the coef?icient of the turbulent heat conduction is assumed
to
be equal to -y . The method of solving the system of convection
equations is based on the interchange of the variables.
0 = tQ(x' Y, so t0l u = t5/2 Uf (XI yl st t)
v = t5/2(f(x, Y) St td) w , t3 y(x, y, s, t)y
where s - OJT. For the case of the temperature 0 (x, y, S, t)
the author derives the equation:
Card 2/4

14-57-7-14709
Nonstationary Convection Currents (Cont.)
d2o + 2s do - 4G = 4t do + t 7/2 ( 2vf !LQ + 2!LQ_ d
7s2 ds dt dx dy dz
The remaining equations of the investigated system have an analogous
structure. Assuming that the function f may be transformed into an
infinite series
tn/2
f(x, Y, t) = t fn(x, Y)
the author searches for the expression f or Uj in the f orm
of analogous series for tl/2. In this process he obtains a re-
current system of differential equations for the coefficients of
transformation, so that nonlineal members are found in the seventh
and furtber equations. The solutions are expressed by auxiliary
functions related to the polynomials of ChebyEhev-Hermite. An
analogous method is used for solving a more general problem of a
Card 3/4

Nonstationary Convection Currents (Cont.) 14-57-7-14709
two-layer medium (air-earth) with a given heat balance at
the earth's
surface * Th pthor presents examples of calculations for the
case
of i.~ = te-al (the case of an island in an endless ocean or
of a
city). He plots the flow lines and the wind profiles at a -
0.1 and
at a = 10. In the former case the temperature contrasts are
small,
the wind involves a layer on the order of 100 m-thick
horizontal
velocity alters its sign at a certain altitude, and How lines
assume the form of helices on toroidal surfaces. In the
latter case
horizontal velocity becomes positive at a certain height,
flow lines
(projected) are not closed, the activity progresses in a
more in-
tensive manner and involves a thicker layer. The author also
carries out a calcutation of convections at 4 = tthx (the
case of
a breeze). He discovers a sharp drop of temperature
following the
passage of a breeze front. A maximum horizontal velocity
(about
5 m/sec) is reached at a distance of some 15 km from the
shore. The
height of the disturbed layer is about 1.5 km.
Card 4/4 P. L.

SOV/124-57-9-10497
Translation fromt Referativnyy zhurnal, Mekhanika, 1957, Nr 9,
p 87 (USSR)
AUTHOR:
TITLE: Nonstationary Convective Flows (Nestatsionarnyye
konvektivnyye
techeniya)
PERIODICAL: Tr. Tsentr. in-ta prognozov, 1956, Nr 43(70). pp
3-18
ABSTRACT: With the help of Blasius' method (the solution is
sought in the form
of special series with respect to time) the author solves the
nonlinear
problem of the development of laminar convection generated by a
thermal heterogeneity of the underlying surface (the so-called
breeze),
the temperature of which is either prescribed in an arbitrary
manner
or is determined from the state of the heat balance (the exact
solutions
of the breeze problem for certain specific cases of
temperature dis-
tribution on the underlying surface were obtained by the
reviewer
[ DokI. Tsentr. in-ta prognozov, 1947, Vol 1, Nr 3; Tr.
Tsentr. in-ta
prognozov. 1948, Nr 8 (3S) ]. Without considering the question
of the
convergence of the solution, the author adduces some velocity
profiles
calculated for actual cases of the temperature distribution on
the sur-
Card 1/2 face of the earth. These calculations expose for the
first time certain

Nonstationary Convective Flows
SOV/IZ4-57-9-10497
features of thermal convection (for example, the origin of
downdrafts over a heated '
surface) which had previously been experimentally established.
L. N. Gutman
Card 2/2

3(7) PBASE 1 BOOK EXPLOITATION SOV13249
Moscow. Tsentrallnyy Institut prognozov
Voprosy dolgosrochnykh prognozov pogody (Problems in Long-Range
Weather Fore-
castinR) Moscow, Gldrometeoizdat (otd.), 1959. 62 p. (Series:
Its:
Trudy, vyp. 85) Errata slip Inserted. 900 copies printed.
Sponsoring Agency: U'SSR. Sovet ministrov. Glavnoye upravleniye
Fidro-
mateorologicheskoy sluzhby.
Ed. (Title pape): G. 1. Morskiy; Ed. (Inside book): L. V.
Blinnikov; Tech.
Ed.: T. Ye. Zemtsova,
PURPOSE: This issue of the Institute's Transactions is intended
for scientific
research and field workers in meteorology as well as for
advanced students in
schools of higher education.
COVERAGE: This Is a collection of three articles in synoptic and
general meteorology
Two of the articles deal with problems concerning the general
circulation of the
atmosphere while the third discusses the matter of forecasting
mean ?-day pres-
sure maps. Referencesaccompany each article.
Card 113

Problems in Long-Range (Cant.)
TABLE OF CONTENTS:
SOV/3249
.Bayev, V. K. On ~ha Theory of the General Circulation of the
Atmosphere
f-he -author attempts a theoretical description of the general
circulation in
the most general statement of the problem. This entails, first
of all, the
consideration of nonlinear and viscosity members in
differential equations,
and also the consideration of the nonadiabatic effects which
play a basic
role in the general circulation of the atmosphere. 'Shia work
diffels, from
others on the problem insofar as the author pays stricter
attention to the
dependence of the thermal properties of the underlyinE surface
on geographic
cooidinates. Computations are introduced to show that
temmrature in time
and'space as well as all elements of motion may be determined
when the initial
distribution of meteorological elements and the heat Influx
from the Sun,as
a function of timeyare known. There are 4 references; ~ Soviet
and I English.
Zverev, N. I. Forecasting a Mean AT 500 Seven-day Chart
Since most extended forecasts do-not deal with weather
conditions to be ex-
pected in the week immediately following the date of chart
compilation, the
author presents a statistical method of compiling mean 7-day
charts. The
author works on the basic premise that the development of
synoptic processes
in the future is completely determined by the history of
synoptic processes
over a given region. There are 7 references: 4 Soviet and 3
English. 27
Card 2/3

Problems in Long-Runre (ConL.)
SOY/3249
Morskoy, G. 1. On the Zonal Circulation of the Atmosphere
The author restricts himself to those questions related to
the formation and
evolution of the profile of westerly winds. He understands
zonal circula-
tion as a planetary, rather than a regional, phenomenon with
like value
everywhere on the latitude circle. The author gives a
detailed history of
studies made on this question (his bibliography includes 84
items). In
striving for simplicity in the basic equation the author
considers the main
factors: horizontal displacement, wind departures from the
geostrophic, and
the action of the thermal field. There are 84 references: 33
Soviets
39 English, 11 German, end I Frenqb. 40
AVAILABLE: Library of Congress
Card 313 TM/1sb
3-1-60

BAMOV, V. K.
OMWI-W-A-ft-
,
Theory of general atmospheric circulation, Trudy
TSIP no,,85:
3-16 159. (KIRk 12:8)
(Weather forecasting)

SHA,LIY,OV, Aleksandr Alekseyevich; REDIKIII, Sergey
111kolayevicb;
.,QL,_IL.jKjj,, red.
__&Y
(Atlas of surgical operations on the organs of the abdomi-
nal cavity) Atlas khirurgicheskikh operatsii na organakb
briushnoi polosti. Kiev$ Zdorovlia$ 1965. 422 p.
(MIRA 18:9)

BRODSKIY Andrey Faustovicb; HaEv. 11,14, r .
$1 _:2d
(Preservation and homotransp~lantation of
tissues] Kon-
servirovanie i. gowotransplantatsiia tkanei.
Kiev Zdo-
rovIla, 1965, 142 p, (MIRA 18:81

L 22485-65 -tWT(a) AS (np)-2/~';'D(g,-,)/D I AAII
ACCESSION RR: AT500.1495
6/2759/64/000/006/0043/0050
AUTHOR: jDa -y V. K., Ga V. F.
TITLE:. Dynamics of particles in a cylindrical cavity operating
at the E mode
010
SOURCE: Moscow. Inzhenerno-fiziche-skly institut. Uskoriteli-,
no. 6, 1964, 43-50
TOPIC TAGS: electron bunching, electron acceleration, electron
dynamics,
cylindrical cavity, electron be= acceleration
/64
ABSTRACT: The authors calculate the dynamics of longitudinal-
-part 'A C le notion, n
a round cylindrical cavity operating in the K010 mode, using a
cam-bination of
an-a!A,icl and graphical methodo. The electron kinetic enera is
determined are-
lytically as a first integral oal electron motion, and faailies
of curver, are
platted with which to determLqe the phase-energy relations and
the energ7y
oi the electrz;n beam at the output of single cavities and of
s-ver&I cavit'p.-~ in
cascade, as functionB of the cavity length, the fle'Ld
-Anter-Sity, --rd the freTaency
of the electromagnetic field. A nimnerical exanple illustrating
the applic&tion of
tbt.- method Ghows that a mnoenergetic electron bunch with phase
dir-enDign, of 1100
Card 11 /2

L 22485-65
ACCESSION.NR: AT5001495
can be accelerated with the aid of a system of three cavitiea
from 50 heV to
I Mev, thereby reducing its phase dimension to less than 100 and
retaining its
--onoenergetic character. Orig. art. has: 9 figures and 4
formulas.
ASSOCIATION: In-zhenerno-ft--icheskiy institut, Moscow
(Engineerinj-Phy8ic&
inssitute)
Fj3U=: OD 121CL: 00 SUB CODE: EC2 NP
ER REP SOV: 001 07MO: 005
Cord 2/2

ACC NRj AP6030933 SOURCE CODE: UR/0&107/66/000/004/0145/0149
AUTHOR:. Bayevp--V. K. (Novosibirsk)
ORG: 'STn'e S7
TITLE: Criterial description of the flame.geometry of a
homogeneous mixture
SOURCE: Zhurnal prikladnoy mekhaniki i tekhnicheakoy fiziki, no.
4, 1966$ 145-149
TOPIC TAGS: combustion, ramjet combust;oh, combustion chamber,
combustor, combustion
mechanism
ABSTRAM. The generalization of experimental data on combustion in
burners.of vari-
ous designs is important for designing new combustion chambers
with the aid of pre-
viously published~experimental.material. Therefore, in this study,
a dimensionless
parameter based on the energy equation was derived for use in
correlating flame
lengths with other flow parameters in burners of various
geometries. It was shown
that the dimensionless flame lengtb X can be correlated with the
parameter B by the
equation IIX - c Bin J 'where 01
uo is the initial flow velocity; un;,normal burning velocity; a,
thermal conductivity
d, burner diameter; and 00 is the dimensionless temperature. Plots
of log X va B,
gave straight lines for experimental data obtained previously
in-various burners at
Card 1/2

_L U5216-67
ACC NRt AP6030933
initial temperatures of 20-600C, at flow velocities up to 160 m/sec,
and at various
air excess coefficientsj~-, Correlations were made of data obtained
by Rauschenback
with a ~~ajet combustor using a trough shaped flame holder and
gasoline fuel, by
Andreyev in a tunnel'furnace using a utility gas-air mixture, and by
Kozachenko
'with a Tquare burner using a utility gas-air mixture. The parameter
B, can be also'
used for calculating the maximum flame length at flame blow-off and
the minimum i.
length at flash-back.. Orig. art. has: 9 formulas and.4 figures.
(PV].
SUB ODDE.- 21/ SUBH DATE: .-'-,,,3lJan65/1 ORIG REF3_ 008/. OTH
REF:, 001/.1
m!
f %
F
2/2
Card

BATIT, V.M.; RTABOV, ROA*
linetics of the separation of IWdrogen from steel*
Trudy Urals
politakh. inst- mo*921110--113 '59- (K= 13:12)
(Steel-Ardrogen oontent) (Diffusion)

S/1,37/61/000/'012/115/i4g
Aoo6/AlOl
AUTHORt BayevP V.M.
T=: The effect of structure on hydrogen dIffusion in carbon steel
PERIODICAL: Referativnyy zhurnal. Matallurgiya, no. 120 1961 2
abstract 12Zh12
("Tr. Ural'skogo politekhn. in-ta", 1961,-no. 114, 138 - 143)
TMS Me diffusion process was studied by measuring the rate of H
desorp-
tion from a cylindrical Y -12 (U-12) steel 1peoimen (5 M-A in
diameter, 70 mm
height). The specimen was charged with H by tKe method of
cathode polarization,
and was then placed into a quartz tube connected with a vacuum
system of pumping
and measuring units, Desorption wan studied within a temperature
range of 500-
7000C. Specimens were prepared having a perlite microstructure
with a normal
and a "torrP cementite network. H 4 iffusion is noticeably
higher in the latter
than in the former structure. The activation energies are close
for both cases,
since diffusion proceeds over the same struoi~re (forrite).
--The difrusiRn factor
for perlite with a torn cementite network Is equal to
(2-07-3.04).104 cm4/min
Card 1/2

The effect of structuz* ...
3/137/61/000/'012/115/149
A006/A101
within 47~ - S750C, and for perlite0With a normal cementV~e
network it is (1-52-
-1.82).10 em /min within 590 - 685 C.
A. Rusakov
[Abstracter's note: 'Complete tranalation]
Card 2/2

136357-66 EWTM
SOURCE
ACC NK, Ap6oo5312
INVENTOR: Sayev. Ye. ?,;,Burylin, Yes I*; Oneshko, Tue Ve;
Shershunoys,
S. 1.
ORG: none
TITLE: with Inductive elements containing ferromagnetic
toroidal cores. C &s& 21, No. 177496
SOURCE: Izobreteniya, promyshlej;nyye obraztsy, tovnrnyye znaki,
no. 19
19669 46-47
TOPIC TAGS: delay line, ferromagnetic material, inductive element
ABSTRACT: An Author Certificate has been issued for a delnj line
with
inductive elements containing ferromagnetic toroidal cores. To
obtain
the optimum coupling coefficient of inductive elements of the delay
line, these ferromagnetic cores have four protrusions located in
pairs
UDC: 621.374-5

L 36357-66
ACC NR, Ap6005312
on both toroidal sides diametrically opposite to each other, one
above the other (see Fl.g. 1). Orig, art* hass I figure.
INT)
Tigs I@ Delay line vith inductive
[
elements containing ferromagnetic
iferoidal core* 1-torold; 2-prot
-sions.
SUB CODE: 091 SUBM DATE: 06Apr6k

KIRILLOV, Ivan Aleksandrovich; BAYEV, Tevg.,
red.; JSUPOVA, N.,
tekhn. red.
(Wonderful peninsula] Udivitellnyi poluostrov.
Simferopol',
Krymizdat, 1963. 92 p. (MIRA 16:10)
(Crimea-Economic geography)

: YERMEYEVA, Yelena Mikhaylo%ma;
Yn&., red.
[The Black Sea] Chernoe more. Simfcropoll,
Izd-vo
"Krym,- 1965. 107 p. (FIRA 28:7)

KHOKHIIYAKOV, Yuriy Aleksoyevich; BATEV,
Yevg., red.
[Southern shore of the Crimea] IUzhriyi
bereg .Kryma.
Simferopol', Izd-vo VKrym,w 196,1. 158 p.
(MIRA 1711O)

, :;ergoy FaVID-vi.-fl; W-Mv" Y(:vf:-, 1-tid.
fF.iokh,-r,, Kore-.'zp Gaspra; a regional.
study] II/liskhory
Koreiz, GasFra; kraeve-4-cheskii ocherk.
Simferopol',
Izd-vo I'Krym," 196/4. 147 p. (MIRA .18-1)

KOKMOMICH, !-Mikhail VssiVyevicl., prcr.,
lnx~.~. na-u-k;
RMV, Yevg., red.
(Mineral waters of the Crimea; thei-r
tferapeutic s.Ig-
nificance] Yliriernllnye vody Kr-jtia; ikh
le~-hebnoe zna-
chenie. Simferopol', Krym 19~,4. 171 po
(14.111A 18:1)

BRUSIU,VSKIY , Isaak Abramovich;
MlLOSLAVSKIY, Vilen Naumovich;
DAYEEV, Yevg. , red.
(Saki; an historical reg-")nal study) Saki;
istoriko-
kraevedcheskii, ocherk. Simferopol',
Krymizdv, 19N..
79 p. (MIRA 17:6)

YENA, Vasiliy Georglyevichj kand. jeogr. nauk;
13AYEV, Yevg.,
red.
,Land~orm momments] tandshaftrqe pamiatniki
Simferopol',
Izd-vo "Krym," 1964. 74 p. iMIRA 17:10)

VCi,-')SHIN, ; ikh-a-11 ~etrovjcfz, kana. bio',~
i):Y;-~, Ye,.,ger.-,yj, reod., I
11'arks of the CritrRaj hirki Krylrz. -.111fm Opel,
, Izd.-vo
"Krym," 11964. 1~8 P. (1-.IR.;*-; 17.101

F7LIPPOV, Valentin Vasi-11yevich; ~~Bv, Yevg-tred.;
FISENKO, A,P tekhn.
red.
(In the main di"ction]Na glavzoin rApravlenii.
Simferopol'
Krymizdat, 1961. 27 p. (MIRA 15:ni
1. Sakretarl partiynogo kordtata kolkhoza
ffRossiyaff Krasno-
pardeyokogo rayona (for kilippov).
(Krasnogvardeyokoye District-Oollective
farms-Management)

GRIGORIM Nikolay Nikolayevichl SEVERINOV, Sergey
StepanoeLch;
WEL Ilya., red.
[Yevpatoriya, the city of sun; a brief assay on
the
history of the town, A device for guests at
Ysvpatoriya
Health Resort. For whom treatment at
Yevipatoriya Is
recommended) Evpatoriiap gorod aolntsaj ~ratkii
rasakaz ob
Istoril goroda, Sovety otdykhaiushchim na
evpatorliskom
kurorte. Komu rekomandovano lechenia v
Evpatorli, Simfe-
ropoll, Izd-vo "Krym," 3.965. 140 p. (MIRA 38i11)

BUM,, A. I.
"The Effect of Orranic Fertilizers in the Liming of
Meadow-Faftolle Solis on the
Yield of Agricultural Plants." Cand Agr Sci, Inst of Socialized
Agriculture, Aced
Sci Belorussian SSR, Minsk, 1954. (KL, No 2, Jan 55)
Survey of Scientific and Technical Dissertations Defendod at
USSR Hipher Educational
Institutions (13)
SO: Sum. No. 598j. 29 Jul 55

I 0t MODWS. 0. X, KiWov-Zilth-p and A. 1.
it. PvcAmWrii4 195S. No. 1, ",41ml Welft
Z.04i-k- in decreasing mobile Al compd. mW ruWng the pH
thim irmnurt. By adding lime, the quantity of manure emit
be reduced to I/r without dectraving the ykid.

BAYEVA, A.I.
Uranium content in the mountain Chernozem soils of
Kedabek District
(the Lesser Caucasus). Izv.AN Azerb.SSR.Sor.biol.nank
no.509-93 164.
(xau isso

BAYEVA, A.I.
Natural radioactivity of soils in the Nakhichevan'
A.S.S.R,
Trudy Inst. pochv. i agrokhim. All Azerb.SSR
22;149-157 164.
(MIRA 18:11)

HMKUSHEVICH~ Aleksey Ivajiovich; BAYEV.A,
A.P.?.' red,
[Integral fuwtions; an elementary outline]
TSelye
funktsii; elementarrqi ocherk. Moskva,
Nauka, 1965.
106 p. (MIRA 18:7)

-- -- - -- - -- - - -- - - --- -- -- -- - - -- -- - - - - ----
VULIKH, Boris Zakharovich;,~ P., red.
[Short course in the theory,of functions of real variables)
Kratkii kurs teorii funktsii veshabestvennoi perememoi.
Moswas Nauka, 1965. 304 P. (MIRA IS:8)

4,41
ZTLER, LFionnrd [Pular, IpHoubard]; MNKL',~?.I.
(translator];-BATNU., A.Pa,
red.; MUR&SMVA,-N.T^., te".n.red.
(Integral calculus] Intograllnoe isebislanis. Monkva, Goa.
izd-vo
fisiko-nntem.lit-ry. Vol.3* 1958. 448 p. (Translated from the
Latin) (MIR& 17:1)
(Calculus, Integral)

MOW, Aleksandr Genwdiyovich; BAY-ZL4,a,", red.;
BRt=Oo I.Pot
takhaered, Nftwwow-
[Course in higher algebra] Kure vyeshei algebry.
Izd*6v
perer. i dop. Xo&va. Goo.izd..!vo
fiziko-matem.lit-ry, 1959.
431 P. (mm 13-.2)
(Algebra)

PONTIUAGIN, Lev Smemovich; BOUTANSM9 V.G.j reCj; BAMA#
A.P.# red.j
YMKAKOVAp Ye.A,p tekbu. red,
(Ordinary differential equations] Obyknoverzqe
differentsiallmve
uravueniia. Moskva, Goo. isd-va fisiko-matem. lit-~
1961, 33.1 p.-
IMIU 3A37)
(Differential equations)

MERKIN,, David RakbmillyevichL,~A ~A-P-,,j red.;
PTAKSHE, L.Yu,, tekhn,
red,
[Algebra of free and sliding vectors] Algebra
evobodvykh j skop-
ziashchikh vektorov. Moskva., Fimatgiz,, 1962, 163 P,
(Vector analysis) (KM 15:5)

SHRMER9 Tuliy Anatollyevieb; FA,~AiP.A, red.;
PLAN=, L.Yu.,
tekbn. red.~
[What is distanee?) Chto takoe rasetoianis?
Moskva, Fiz-
matgizp 1963. 75 p. (PolupliarrWe lektaii po
matematike,
V0.38). (MIRA 17-.2)

POSTNNOV, Mikhotil Mikhayloviob; BATEVA, A.P..,
red.1 AMELIFOD, I.Sho,
tokbn, red.
(Galois theory]T*oriia Galuao Mookya, Fizmatgis
1963. 218 p.
IMIRA. 16:4)
(Fields, Algebraic)
- "St
f

FUKS, Boris Abramovich; SHABAT, Boris VladWrovich;
BAYEVA, A.P.,
red.
(Functions of complex variables and some of their
applica-
tions] Funkt 14, kompleksnogo peremennogo i
nekotorye ikh pri-
lozheniia. Izd.3. Moskva, Izd-vo "Vauka," 1964. 387
p.
(MIRA 17:6)

ZAYTSEV, Ivan Lazarevicb; BAWENKOV, G.S., red.;
UYEVA, A.P.p
red. . . .............-
[Elements of higher mathematics for technical
schools)
Elamenty vyashei matematiki dlia tekhnikumove
Izdo7,,
parer. Moskvaq Naukaj 1964. 422 p. (MIM 17:10)

VENTTSEL'q Yelena Sargeyevna; BAYEVA, A.P.,
red.
[Elements of dyw-mlc programming] Elementy
dinamichs-
skogo programmirovaniia, Moskyap Izd-vo
"flauka, It 1964.
173 P. (MIRA IS- 2)

VENTTSELI, Yelena Sergeyevna; AY-EV&.A.T,, red.;
DDItCHENKO, Map
red.
(Theory of probability] Teoriia veroiatnostei.
Izd-3., ispr.
14oskva, Naukaj, 1964. 576 p. WIRA 180)

MESHALKIN, Ye.N.; SF.RGIYEVSKIY, V.S.; FEOFILOV,
G.L.; SAVINSKIT, G.A.;
BAYEVA, A.V.
...... w--
First attempts at the surgical treatment of
bronchial asthma by
the autotransplantation of the lungs. Eksper. khir.
i &nest. 9
no.6:26-33 H-D 164. (MMA 18:7)
1. Institut eksperimentallnoy biologil i meditainy
(nauchnyy
rukovoditell - prof, Ye.N.Meshalkin; direktor -
dotsent Yu.1.
Borodin) Ministerstva zdravookhraneniya RSFSR,
Novosibirsk.

AUTHORT:
69787
s/655/59/m/b6/13/027
B006/BO05
Ignatlyeva,-L. A., Bashulin, P. As, Bay
TITLE: The Integral Intensities of Infrared Absorption Bands in the
Series of (CH 3)nSiCl 4-n CompoundsI
PERIODICAL: Vestnik Moskovskogo universiteta. Seriya matematiki,
mekhaniki,
astronomii; fisiki, khimii, 19599 No. 6, pp. 127 - 130
TEXT: This article reproduces a report delivered at the Conference on
Chemistry
and Use of Orgranosilicon Compoundp in September 1958. The results of
infrared
absorption spectrum investigations are listed in a table, and
subsequently de-
scribed !n detail. To exclude intermolecular interactions, the
spectra of the
gaseous compounds were recorded at low pressures. The spectra were
registered by
means of a split-beam infrared spectrometer of the type IKS-2 in the
range of
I
from 4,000 to 530 ca- . A bismuth bolometer with a sensitivity of 25
v/w was
used as a radiation receiver. To avoid distortions of the band form,
recording
was carried out at small velocities. The samples were placed in glass
ouvettes,
45 and 100 mm long, with a KCI window. Vapor pressure was measured by
a mercury
q1
Card 1/3

69787
The Integral Intensities of Infrared Absorption Bands
8/055159/000/06/13/027
in the Series of (CVn8'Cl4-n Compounds BOM/=5
manometer. The experiments were carried out at pressures of 4
and 10 torr (i.e.
1-10% of the saturation pressure). Cuvettes evacuated to 5o10-3
torr were
introduced for compensation into the second channel of the
spectrometer, The
+ CD
integral absorption coefficient A - a9dO, where ap is the
absorption coof-
-00
ficient referring to unit length and pressure, was used as a
measure for the
integral absorption intensity. It was possible to measure the
pressure with an
accuracy of iO-15~. without corrections, the total error of
intensity measure-
ment was 20-25%. Results (0 in am-I)z
Card 2/3

0787
The Integral IntensitiOg of Infrared Absorption Banda
9/o55/59/ooo/06/13/027
in the Series of (CH Pnsici 4-n Compounds B0o6jBo05
Substance

opoillation
t"a

symmetr.

asymmeirs

symmetr.
a7mmetr.
asymmetr.
asymmetr.
valenoy-

valenoy-

deforms-
valenoy-
valenoy-
valency-

CH 3
CH3

tion-CH 3
Si-C
Si-C
'Si-C

V A
1~
A
V A
0 A -
2 A
V A-
(CH3)SiCl 3
2920 48
2985
103
1266 310
764 490
- -
575 458
(CH P28012
2920 100
2980
170
1264 37o
691,
220
804 407
538 258
(CH 3)3 SiCl
2905 145
2975
280
1261 415
631 105
761 239
- -
(CH 3)4 Si
2900 210
2970
360
1259~ 500
- -
690 225
- -
M. 1. Batuyev# A* D. Petrov, V. A. Pononarenko, and A. D.
xatveyeva are mentioned.
,raere are i table and 4 raterenoes, I of which is Soviet.
ASSOCIATION: Kafedra optiki (chair Of Optics)
SUBMITTED: April 23, 1959
Card 3/3

37771
~5- Irl 10 S/661/61/000/006/062/031
10 DU243/D302
..UTHOIRS Ignailyeva, L. A., Bazhulin, P. A. and 3-1.,Yeva I
TITLE: 21he intensities of the infrared absorption bands of
sili
co-organic compounds of the.t3eries (CH 3)n Sic" 4-n
SOURCE; Khiniya i prarticheskoye prineneniye kre
soyedineniy; trudy konferentsii, no. 6; Doklady, diskus-
sii, resheniye. II Vses. konfer. po khimii i prakt. prim.
kremneorg. soyede, Lan. 1958. Leningrad Izd-vo AN S333R,
19-01, 277-282
TISM The authors studied the integral intensities of the
infrared
absorotion bands of the above compounds, where n = 1,2,3,4, and
fol-
low the change of intensity and f"requency of the absorption.
bands
for separate bonds in the molecule when ClIs we:~e subslituted
by
CH3 groups. All investigations were carried out in the vapor
phase
at low pressures to exclude intermolecular reactions. The
spectra
were recorded with a two-ray wkr_-,'_(IKS-2) infrared
spectrometer iv
Card 1/3

S/6'1/61/000/000'/062/081
The intensities of D243/D302
in the region 4000 to 530 cm- 1 , a bismuth bolometer acting
as ra-
diation receiver and the SDectra bein- recorded at lot..,
sneeds to
avoid distortion. The experiments were carried out at 1, mm
and 10
mm pressures. The average error in measurint; the integral
intensity
was 20 - 25%. A. L. Smith's interpretation of the I-R
ab*or,.)%ion,
bands was accepted but the 761 c_-1 frequency band was tuken
as --he
m V
valence asymmetric oscil 'lation of Si-C in 3)3 SiCl. The
results
are given in tabulated form and show the claracter-'stic s
it
which occur. It is su,-ested that the rise in irtel"z- y o-
tne si-C
Ot>
oscillation may be due to the large diffei-ence in
eiectrorcq;at-4~,.rity
bevv.een the Si a-Voms (1 .8) "nd t1he Cl ('3.0),
the diDole moment o-i' +'-c. Li-C bo!~d. t,%e ~--:Ork
of T.". 1. Batuyev, A: ?e-,,rov, V'. A. Pono.=.;.r,-;!-':o A.
D.
*-,~ & hii-1, "L;
vey~ava in zhi3 conn.---c-I.-Jon.
ch:i.,,"rcj in a:L:1U_,V f 1. 1 1, 0..
atomns L- .1 , ds
'fCc-L. On Lhc 'J"i-U '.'c or,
ma-,, h,,,.ve a n C_'
ci
- Il a- z i o n i n -. cn. z; i o f e I, r -.,) r i o;--. . Th
v.~ --b- I a ! i d 4
referen.-cs: 1 to
Card 2/3

S/661/61/000/006/062/081
T,loe intensities of ... D243/D302
the E~.-Izlish-l.nguage publications read as follows: T.
Shimanouchi,
I. Tsachiya and Y. 0ITHikawa, J. Chem. Phys., 18, 1306, (1950);
1. Du-
che3ne, J. Chem. 'Phys., 16, 1006, (-1948).
ASSOCIAMION: 1-1
Aoskovslciy gosudarstvenny universitet im. L. V. Lomo-
nosova (Moscow State University im. 11. V. Lomonosov)
Card 3/3

KOPTYUGJ, V.A.; VOLODARSKIY, L.B.; BAYEVA, I.K.
Use of ultraviolet and infrared spectra for determining the atruatW*
of condensation products of
N-(I-cocimino-1,2,3,1~-tatrahyd~ro-2-,naplitiI.ki)
hydroxylamins with aromatic aldehydes. Zhur.ob.khim. 34 no.1451-157
ja 164. (MIRA 17: 3)
1. Novosibirskiy institut organicheRkoy khimli Sibirskogo otdoleniya
AN SSSR.

KOPTYUG, V.A.; 51111BIN, V.G.-, D.11.;
KOMAGOTROVI A.M.; RFZTJKliIN, A.1*
Infrared spectra of protonated aromatic
hydrocarbons. Izv.
AN.SSSR.Ser.khim. no. 5048 My 164. (KRA 17:6)
1. Novosibirskiy insutut or&ardchcsk--.,y khimi
StUrakogo
otdolaniya AN 331"R.

KOPTYYUG, V.A.; SHUBTN, V.G:; BLYI~~A,2.Kj
KORCHAGINA, D.V.; KOYAGOROV,
A.M.; REZVICHIN, A 1.
Complexes of aromatic hydrocarbons with metal halides
and hydrogen
halides, Part 3t Infrared absorption spectra of
complexes formed
by methylbenzone with aluminum bromide and hydrogen
bromi-de.
Zhur. ob. khim. 35 no.6-.11-11-1116 Je 165. (MIRA
18:6)
1. Novosibirskiy institut organichaskoy khimii.

BAYXVA I4Y
Peculiarities in the course of bacillary dysentery associated
with pathogenic protosome Zdrav*Tixrke 2 no.1:23-27 Ja-F
158, (HIM 12:6)
1. Is AahkheLbadekoy gorodek infektsionnoy bollnitsy No.2
Qlavnyy vrach - I-Te.BVevaEjL
(DYSNMRY) (PRMOZOA, PATHOGMC)

*ITVA~ a V7RVA. Te.Y.; GAZLL'TAN, S.I.; KRAUOVA, N.I.;
SHAXEMIA,
__IY,,; SIZAIr
N.N.; SIHSL'NIKOV. N.A,
Use of a decoction of Alhagi camelorum for the treatyeent
of
dysenteryo Zdrav.Turke 3 no.3:46-M Mr-Je '59. (MIRA 12:11)
1. Is kafedry mikrobiclogil (sav. - doteent
A.I.Zovallchuk).
Takmenskogo meditainskogo goeudaretvannogo institute. Im.
I.V.
Staline, i infektatonnoy bollnitay Laninskogo rayona
Ashkhatma
(gl&vW vrach.- I-Ye.Bayeva).
(DYSENMY)
(ALHLGI CAMELORUM--THKRAPBUTIC UHN)

BAUVA., Laborantka (Rootov-natDonu)
Mutual help and strict inspection are required,
Stroi,, truboprov,
7 no.1:24 Ja 162. (MIRA 16:7)
1. Polevaya laboratoriya stroitallnogo uchastka No.5
tresta.
'ruzhgazprovofttrcy.
(Pipelines) (Protective coatings)

-V r7-,---
DIM1120Y. MA. (Bolgariya. Sofiya, ul. ON.Gogol',
116.1); RAMA, U.N.
Remote therapeutic effect and byperargic reaction in
radiotherapy
of a malignant melanoma (with sunwary inInglish)
Yopeonks 4 noel:
111-112 158o (HIRA 11:4)
I
1. Is ckruzhnogo Inkologicbeskogo dispensers (glavnyy
vrach -
MeXeDimitrov) Boviya, Bolgartya.
(IWIOTHRUPTI, In var. din.
melanoma , there off. & byperergic reaction (Rue))
(MIMMONA. therapy,
s*in, x-ray tbqr., off. & IWporergic reaction (Ibae))
(SKIN WMIASMS, therapy,
melanoma, x-ray there, off. & hyperargic reaction (Rue))

USSR/Cultivated Plants. Potatoes, Vegetables, Melons. M
Abs Jour: Bef Zhur-Diol-, No 17, 1958, 77689.
Author : . M.1----~
Inst ---f-C-Amea Agricultural Institute.
I
Title Raising Winter Cabbage In the Southern Littoral of
Crimea.
Orig Pub: Tr. Kryusk. a.-kh. in-ta, 1957, 4, 249-255.
Abstract: In 1952-1954 the Derbentskaya, Koporka Odessa
and
Sudya varieties of cabbaGe were tested; the most
prorAsing proved to be Derbentskaya. It is recou-
mended to plant seeds for geraination in ground
ridges from 15 to 30 of September, to set the plants
in apenianent place fron 25 October to 10 November.
The beat predecessors are perennial gmases; vith
good preparing of the soil with organic fertilizers,
Card 1/2
71

KIRPICHNUXOV, TILHASOVA, Z.N.; BA "E-A, N.A.; FEDOROVA,
T.V.
. Su-Ifur-ontaining polyphosphltes and their use as
stabilizers
. of britadiene-styrene rubbera. Vysokom. soed. 7
no.8:1368-1372
Ag 165,9 (MIRA 18:9)
-, Xazarski7 khirniko-tekhnologicheskiy institut Dreni
S.M.
Ki.rova, illauchro-is--ledovatellskiy institut shinncy
promyshlennosti.

L 64'156-6~ Ry~
ACCESSION' NTI~ iP5020968
~qk
7'i
V
60-yc6mumya, v. no. 8, 1965, 1368- 1372
TOPIC TAGS: svnthetir rubber, butadiene
ABSTRACT: More effective hydrolysis- resistant stabilizers
for polymers are
required. Hydrolysis-resistant polyphosphites ~verf-
svrithegi7ed hv ester ~Wt'r
Ar"; i,
S' The syntheses cr)jj~JuCterj irl tWc, z~i
"A t!"zoel vd( uliM pr-~ducts xert~ very
nard powderabie yellov,, rnaterials, soluble in 1)enZerie,
chlor-oform,
They were oxidiz-ud to polyphospiqates with oxygen, a-rid
formed thiopul)-phosphates
Card 1/2

L 64556-65
ACCESSION NR: AP5020968
on heating with rx)wdered sulfur. Polyphosphites based on
4, 41-dihydrox.v- 2, 2'-dirnethylsulfide and 4, 41-difivdroxv-
3. 3'- d1r-net111ViSLJ1f1d('
verv Iv and the product with 41, -V- Aitivdr~lv;-
5 -di-lert. but.)i1dipnenvIl sul!ide 11) iv--iq 'A
I T
Ligue a4e: 'An filled and unfi!led ~KS- 30 A iWN
W P 7 C t'7 7 i
/ASSOCIATION: Kazanskiy khimiko-tekhnologicheskiv institut
ir-n. S. 0. K; rov
Institute
"-ai.iviiv iicucarcn inButute for the Tire hidustry)
SUBMITTED: 14Sep64 ENICL: 00 SUB CODE- GC' ?v
NR REF SOV, 007 OTHER: 003
Card- 2./ 2------

ACC NR, AP7001964 SOURCE ODDE: UR/0120/661000/006/0204/0206
i I
AUTHOR:
ORG: Physics
Danilova, N. P.; Shal'alkov, A. 1.
mt HGU (Fizicheakiy fa kultet MGU)'
TITLE: Cryogenic! ultra!high-vacuum pump
SOURCE: Pribory tekhnika eksperimenta, no. 6, 1966, 2K-106
-70FIC TAGS*. vacuum pump, ultrahigh vacuum purip, cryogenic
vacuum pump
'ABSTRACT:. A simp4fied version of acryogenic ultrabigh-vacuum
pump has been'de-
signed,: builtIand tested. The pump can evacuate the working
chamber to
a pressVre below 10-6 torr. Backstreaming at a rate of about 0.01
MM3/sec I
was foq6d to have no effect on the pum3 performance. With a total
capacity
of about 251, Introduction of 0.03 cz- of gaseous helium did not
increase
the chamber pressure above 10-6 torr. Apparently most of.the
helium was
absorbe? by the walls cooled by liquid helium.. Orig. art. has: I
figure.'
SUB CODE: SUBM DATEs OlDec65/ ORIG REP: 002/ ATD PRESs.- 5112
CWd IMCO

AUTHOR: Ba sov/io6-58-10-7/13
TITLE; Investigation of the Mean Power of a Multi-Channel
Signal
in Symmetrical-Cable Apparatus (Issledovanie sredney
moshchnosti mnogokanallnogo signala apparatury
simnetrichnogo kabelyii)
PERIODICAL: Elektrosvyazt, 1958, Nr 10$ PP 1+7 - 53 (USSR)
ABSTRACT: At the present'time, a wide investigation into the
operating conditions of high-frequency telephone and
telegraph systems is being undertaken by th~ TsNIIS
together with IXIS and NIITS in
which the author of this article is participating. One
of the problems in this large undertaking is determination
of the mean power of signals in a group path.. This is
the subject of this article. The power transmitted along
a group path is characterised by the instantaneous and
mean values. This power is fundamental for determination
of the non-linear interference and the mean power trans-
mitted along a single telephone channel. The latter
value is also fundamental for determination of the level
Card 1/3 of cross-talk interference in multi-pair cables.
For
determination of the mean power of a multi-channel signal

SOV/106-58-10-7/13
Investigation of the Kean Power of a Multi-Channel Signal in
Symmetrical Cable Apparatus
two methods can be used. In the first the mean power of
a sIngle channel Is determined and then the mean power a''
the multi-channel signal is found analytically. In the
second method, the mean power of the multi-channel signal
is measured directly and then the mean power of a single
channel found analytically. In this investigation$ the
second method was used, Measurements were produced
using a thermo-ammeter designed to measure small values
of alternating current. The apparatus consisted of three
thermocou-oles with different rango3: 0 - 2 DiA; 0 - 10 mk;
0 -1 50 mA-; and a d c indicator. The integration time of
the apparatus was 2.5 seconds. The apparatus was con-
nected in series with the output of the transmitter
amplifier or at the output of the receiver amplifier and
consequently measured the current flowing at the outputs
of the given amplifiers. In all eight different systems
of types X-12 and K-24 were-investigated. The mean power
Card 2/3 transmitted along the group path was determined
using all
the channels for telephonic conversations-. the effects of

SOV/106-58-10-7/13
Investigation of the Mean Power of a Multi-Channel Signal in
Symmetrical-Cable Apparatus
the method of exploiting the channels and of the presence
of channels used for tone-telegraphy, were investigated.
To enable the various factors to be compared a series of
trials was made varying one factor only at a time, the
remaining factors (level of ringing currents, carrier
frequencies, noise.etc) being held constant as far as
possible. Maximum, mean and minimum readings of the indi-
cator were noted every 10 seconds. The characteristic
time-change of the minimum and maximum values of the level
of the mean power at the output of a group aurplifier is
shown in Fig 2. The curves of the distribution of the
levels of the mean total power for the'receiver group
amplifiers are shown in Fig 3. The curves for the trans-
mitter amplifiers are similar. The method of working of
the channels does not have any substantial effect on the
mean power. There are 3 figures and 6 references (4 of
which are Sevi6te.
SUBMITTHDz* April 22, 1958
Card 3/3

S/7376
194/61/000/003/042/046
0,0 D201/006
AUTHOR: Bayeva, N.N.
TITLE: Addition of noise generated by the main line symmet-
rical cable transients for a small number of influ-
enciug sectors and a small number of systems
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 3, 1961, 10, abstract 3 175 (Tr. uchebn. in-tov
svyazi, M-vo avyazi SSSR, no. 1, 1960, 115-124)
TEXT: A method of determining the power of transient noises (niu
(PSh)) in multi-channel table communication lines is considered.
Determination of noise amplitude probability distribution is, in
this case, made difficult because of the fact that all transient
noise harmonics have different amplitudes. The approximate method
of evaluation is as follows: The whole aggregate of transient
vol-
tages is split into 6roups in such a manner that in every group
the
amplitudes of harmonies do not differ by more than 7%. Next for a
Card 1/2

27376
SA9,4/61/000/603/042/046
Addition of noise... D201/D306
given probability the value of voltages Ures is determined,
this
value exceeding by not more than a fraction, the voltage
equal to
the sum of amplitude added in the group. The averaged value
Of Ures
= W
permits determination of the power of noise of transients
Wtr P0
exp (-2 In Ures), where Wpo is the power in one telephony
channel
at the point of zero reference level. Results are given of
measur-,
ing noise of linear transients of the main line, consisting
of 28
amplifying sectors with 9 systems operating in parallel K =
24. 1
reference. Z-Abstracter's note: Complete translatioU2
Card 2/2

BAM"A M. V. C Y y
Doklad
pletel factorizable groupa.
~~. &SM(N.S.)02,877-88ojjCS!).
Pathamtical Review.
June 1951,
Aleebra
10
A group is sitid to be completely facturizable if each Sub-
group A of 0 has a complement D in G;~ i.e.' there exists a
subgroup D such that AD = G and A r% D = I - 1'. 1 fall .1 - 8. It
London Math. Soc. 12, 201-2G4 (1937)] showe~l Ifiat linite
completely factorizable groups are tho-w which ate !still.
groups of direct pioducts of it finite numlk.r of giotij,,. of
square-free order. Without procifis, the author stites thAt,
even in the infinite case. generalizing ;% rv,ult (if Hall, (1)
the commutator subgroup of a completely conspleniented
group is abelian; (2) G is locally a belian; (3) i f 1, i.,
U is elementary abelian; (4) G is, equiv,iletitly. the
direct prodtict of it normil abelian subgroup A and of in
abeltan subgroup D, where both A and D splits iito tlicet
products of cyclic groups of prime ordcr~, which, in the cae
of A, are nornial subgtGupS of G. Furflier typicj rL-stille
are: (5) a locally norm.-O grotip is completely foctoril-ible
if and only if it is a subgroup of a (possibly ini'mite) ditect,
product of the type given by I lall, above. (6) F-Ich group G
tx)sses5iPg an ascending normal series widi cyclic Licturs
with non-Tepeilting prime orders is coniplutely factorizable.
In g rc % sew.
[see 11%v follows

BAYEVAp O.A. --- --- -
35590 BAYEVAt O.A. Obeabolivaniya rodov vitaminom (V.) Trpdy
saw,-oset,, Goo. mod.
In-ta, Vyp. 4, 1949, C. 101-106
SOs Letoplol Zhurwllrqkh Statey, Vol. 45, 1949

XMINT, Tu.Le; FARMIN, A*X.,- _BAIWA, O.Xt; OSMUM' P.O.;
KAUROVSKIT,
A.G., prof., doktor blolog.nauk, red,; BROMM, G.F.,
kand.biolog.
nsukq red*; BUTOTA, L.0 takhn.red,
[Ralzinth faum of Yar Jbsteru salmouids in connection with the
problem of local stocks and migration routes of these fisbas]
Gellmintofauna dallnevostocbnykh lososevykh v aviezi a
voprosom
o lokallnykh stadakh i patiakh migrateli etikh ryb.
Vladivostok,
Primorskoe knishnos izd-vo, 1939. 72 V. (MIRA 13:10)
(Soviet For last-Worms, Intestinal and parasitic)
(Parasites-Salmon)

BAYEVA, O.M.; SOBOIEV, G.I.
Unit for simultaneous determination of Ve viscosity and
electroconductivity of slags at high tempratures. Zav.
lab. 31 no.1:125-126 165. (MIRA 18:3)
1. Nauchno-issledovatellskiy institut metallurgii, Chelyabinsk.