SCIENTIFIC ABSTRACT USMANOV, R.F. - USMANOVA, F.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858130012-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Description of the Expedition (Cont.)
conducted in cooperation with the
the observations and preliminary
of hydrology and hydrochemistry,,
hydrography, and hydrobiology.
expedition together with their
are 72 figures, Including maps.
accompany separate chapters.
TABLE OF CONTENTS:
Foreword
5
I. Purpose of the Expedition and Its Preparation N.G. Kort) 7
Purpose and problems of the expedition 7
Preparation of the expedition 8
Expedition personnel 13
sov/1637
IGY program. A large part of
findings cited are in the field
marine geology, geophysics.,
A roster of the members of the
specialities is included. There
Bibliographic references
Card 3/9

Description of the Expedition (cont.) sov/1637
T11. VAp*djtjOn,~ VoyAge, OrganIzing Hlrnyv Observittory, and
the Charact6rjOtICS of Weather CondLU0118
Eie VOY39C, al,ad organizing the observatory at MirnYY
17
(I.A. Mani
CharzacteristlcB of weather condAi6ns during the voyage
of L'-I;ie Diesel-electric ship "Ob'", and Its anchorage in
Dupo (Farr) Day and Mirnyy (H. V. Unmanov) 27
III. Planning the Expedition's Research Work (V.G. Kort) 33
17. Aerometerological Studies (L. G. Sobolev and
R. F. Usmanov) 35
V6TU_m_e_o_r 'work completed (L.G. Sobolev) 35
Methods of study (L.G. Sobolev) 36
Preliminary results (R.F. Usmanov) 39
C ard V 9

Description of the Expedition (Cont.) SOV/1637
V. Hydrological Studies (K.V. Moroshkin, N. D. Kravtsov
V.S. Nazarov, G. V. Rzheplinskiy, and Yu. G. RykhkovI 48
Volume of work completed (K. V. Moroshkin) 48
Organization equipment and methods of research
(K.V. Moroshkin) 49
Preliminary results 52
Hydrological observations (K.V. Moroshkin) 52
Hydrooptical observations (N.D. Kravtsov-) 69
Glaciological observations (V.S. Nazarov) 76
Wave observations and ste if waves, ice
and icebergs (G.V. Rzheplinskiy) 79
Registration of wave elements with a strip photo-wavegraph,
and the measurement of wave height and period with the
V.V. 8huloykin micirobar level (Y". a. Ryzhkov)
VI. Hydrochemical Studies (A.N. Bogoyavlenskiy)
Volume of work completed 91
Methods and equipment 92
Preliminary results 93
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Description of the Expedition (Cont.) SOV/1637
VII. Marine Oeological Studies (A. P. Lisitayn and
A.V. Zhivago) 103
Volume of work completed 103
Laboratory equipment 1o6
System of research 108
Preliminary results 117
Vill. Study of the Material Composition of Present-day
Sediments of the Submerged Shelf of Antarctica
(M.V. Kienova) 145
IK. Geophysical Studies (YU. G. Ryzhkov) 155
Measurement of electric currents in the ocean 155
X. Hydrographic Studies (I. P. Kucherov) 162
Problems and organization of work 162
Review of hydrographic studies conducted on the shores
of Antarctica and in the Antarctic region during the first
trIck of the Combined Antarctic Expedition 163
Re:3ults of studies 16q
r9rd 6.19

Description of the Expedition (Cont.) SOV/1637
X1. Biological Studies N. A. Arsenlyev, K. A. Brodskiy,
P.V. Ushakov, G. M Belyayev, A. P. Andiyashev, and
A.K, Tokarov (dooa;1jed) 172
Research problems and organization of atudle3 172
Plankton (K.A. Brodskiy and M. Ye. Vinogradov) 173
Problems of plankton studies during the first trip of the
Combined Antarctic Expedition and the extent to which the
plankton of the zones traveled was studied 173
Methods of study and the volume of the material collected 175
Preliminary considerations on the distribution*of plankton
the Investigated area
in Z
'
Benthos (G.M. Belyayev, and P.V. Ushakov) 1 1
Extent to which the benthos has been studied and the
problems involved 182
Methods of study 182
Volume of research 183
General characteristics of materials 186
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.ut;scription of the Expedition (Cont.)
SOV/1637
quantitative 3tudies of bottom fauna in Antarctic waters 189
3".--udy of abybal fauna 193
iuhthyofauna (A.P. Andriyashev.. and A.K. Tokarev
(deceased) 195
E,--.t,artt oi7 knawledge and the problems involved in
1.,,~'-.W',-.-yr;fauna1 atudies 195
flsth.,~ds of study 195
T?asic scientific results 197
?1shing with electro-illumination 203
Echolation by means of fish-echolot NEL-5r 203
Observations on marine mammals and birds(V.A. Arsenlyev) 207
X11. Contacts With Scientists and Other Leading
Representatives of Foreign Countries(Ye. M. Suzyumov) 213
Near the shores of Antartica 213
Ort Macquarie Island 215
In New Zealand 217
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Description of the Expedition SOV/1637
In Southern Australia 222
On Kerguelen Island 228
In Hamburg 229
Conclusion 233
AVAILABLE: Library of Congress NN/bad
5-28-59
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USMANOV R.F. kand.teografichenkikh nauk
I
Coincidence of the Antarctic low pressure z3ne with sub-Antarc-tic
underwater trenches. Inform. blul. Sov. antark. eksp. no-24:5-9
16o. (MIRA 14:5)
1, TSentrallnyy institut prognozov.,
(Antarctic region&-Ocean bottom) (Atmospheric pressure)

0,10
AU'FhOit: Upmanov,, R. F.
SAMI-11100010 10/02 2/0 51 3
D228/D304
TITLE- Aorolo,-,ic maps at standard levels and the prospects of
usinC them in synoptic moteoroloMr and aeroolif:~ttology
PERIODICAL. ReferativnTy zhurnal, Geofizika, no. 10, 1961, 2,
abstract 10B18 (Tr. N.-i. in-ta aeroklimatol., no. 14,
1061, 153-156)
T-';'XT; The introduction of aeroloGic maps at standard levels into the
practice of synoptic meteoroloMr and aeroclirmtology is sugGested as a
more porspective method of analyzing aerologic observations. When deter-
minina the Geopotential, the acceleration of the force of gravity is
assumed to be constant. Meanwhile, in the case of non-staticnary pro-
cesses, even sliC;ht variations of the force of Gravity may be of substan-
tial siCnificance. The force of gravity equation for the atmosphere has
the f orm:
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31590
S/169/61/000/010/022/053
Aeroloeic mapo at... D228/D304
0 = T (R + h)2 (W (R + h) cos
whore Y is the universal gravity constant, IJ is the earth's mass,
R is the earth's radius, (A) iv the an(;ular rate of the earth's rotation,
h is the height above the averaj-,e level of the spheroid, and W I is
the zonal anE;ular rate of air displacement at the given level. The do-
crease in the-force of gravity at the expense of the first member of the
equation from r-ea-level to 20 km reaches 6 cm/sec.2, but by taking the
second term into account. this value will increase in a direction towards
the equator. The second term's contribution is principally determined
by the increment of Ck) 1. At the time of westerly flows, the force of
gravity will decrease, but it will increase during easterly flows. The
greatest changes at the expense of the circulation of zonal flows are ob-
served at tne equator and may reach 4 - 5 cm/sec.2, which corresponds to
pressure changes of 4 - 5 mb at sea-levol. Consequently, for calculating
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Aeroloi,,ic maps at...
31590
D228/D304
the geopotential it is necessary to take into account changes in the force
of gravity, which depends on the direction and speed of the wind. "Ost
errors in the calculation of the geopotential are assumed in non-stationarT
processes. The advantage of pressure maps at standard levels is that the
mass divergence may be calculated from them; they permit examimation o.1
the atmosphere within constant volumes and the constructioti of real
particle-trajeotories. f-Abstraoter's notet Complato tranolation.-7
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USMANOV, R.F.
Aerological maps for standard levels and the outlook for their use
in synoptic meteorolog_y and aeroclimatology. Trudy NIIAY no.14:
153-156 '61. (MIRA 15:1)
1. TSentralInyy institut prognozov.
(Meteorology--Charts, diagrams, etc.)

S/169/61/000/012/0(,6/089
D228/D305
AUTHOR: Usmanov, R. F.
TITLE: The influence of the eartn's rot.-,,tion on the
general atmospheric circulation
PERIODICAL: Referativnyy zhurnal, Geofizika, no. 12, 1961,
51, abstract 12B307 (Tr. Tsentr. in-ta prog-
nozov, 1961, no. 104, 3-40)
TEXT: As a matter ror discussion, the author considers and
substantiates the following riain concYusions derived by him.
(1) The extremes of the mid-latitudinal distribution of atmos-
Pneric pressure are found on the inain critical parallels of the
rotation ellipsoid that is equidimensional to the earth. (2)
The intensity of the subtropical hign-pressure zones of the no:-
thern and southern hemispheres has a synchronous or unitary
character which cannot be explained by seasonai changes in the
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S/169/61/000/012/066/0--g
The influence of the... D228/D305
inclination of solar rays. (3) The deVormation rorces of th,~
earth's contraction, arising in rotation figures as a result
of their tendency to assume a globular shape, is of' substantial
si nificance in the formation of fields of atn09T.'heric PlIessVile.
(45 The zonal axis of the subtropical high-pressure zr-ine cn-ln-
cides with the critical contraction Darallel alone-, %-.hich the
converge-ice of the deformation T.,orces of -t-ne earth's contraction
is observed. (5) The latitudinal shifts of the zonal axes
the subtropical high-pressure belts are related to the changi. 6
-Ln the speed of the earth's rotation; in periods of the accel-
erated rotation of the earth's lithosphere, the subtropical
high-pressure zones are displ,;ced to the side of the high lat.-.-
tudes, but in period-- of its retarded rotation they Zhift to
the side of the low latitudes. Z-Abstracter's note,~ Complet,:
translation.-7
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POGOSYAN, Kh.P., nauchnyy red.; KATS, A.L., nauchnyy red.; KHRABROV,
Yu.B., nauchnyy red.; USMAN nauchnyy red.;
BLINNIKOV, L.V., red.; z HP I.M., tekhn. red.
[Transactions of the First Conference on General Atmospheric
Circulation, March 14-18, 1960]Trudy Nauchne konferentail
po, voprosam, obehcheA tsirkuliataii atmosfery. 1st, Moscow.
Moskva, Gidrometeoizdat (otdelenie) 1962. 231 P.
(MIRA 1614)
1. Nauchnaya konferentsiya po voprosam obahchey tsirkulynt5ii
atmosfery. lst, Moscow, 1960. 2. TSentrallnyy Institut progno-
zov, Moskva (for Pogosyan, Kats, Usmanov).
(Atmosphere)

S~/!69/62/000/001/056/083
D228/D3J2
AUTHOR: Usmanov, R. F.
TITLE: Acrologic maps at standard levels and their prospect-
ive use in synoptic meteorology
PERIODICAL: Referativnyy zhurnall Geofizika, no., 1, 1962, 54, ab-
stract 1B346 (Tr. Tsentr. in-ta prognozov, no. 104,
1961~ 123-128)
TEXT: The present universally adopted method of the baric topo-
graphy possesses a number of deficiencies, of which the main cne is
1:11o 11111woolbility of luly allowing for the non-stationary nature
of atmospheric proccouct-4 .I LI vp o .111 t t? (I ott ttim I. f-4 jM T, tf rom the
tMI-0011 1111136, itS 11rIgUli-Ir Velocityj the dic-tance from t1w conter,
and the latitude, tlie gravity value oritering into different formil-
las also depends on the zonal component, of 0.11o velocity., Vie ad-
vantage of aerologic maps for standard heights is indicated; these
permit the ready calculation of the divergence of mass above the
sounding points both for layers of different. t1iie),nouo and for 010
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Aerologic maps at
S11 69/62/000/01 /056/&_2_3
D228/D302
whole atmosphere, the examination of proceases with.4n constant vo-
lumes, the study of the influence of Archimedean forces on verti-
cal movements in the atmosphere, etc. It is suggested that aerolc-,
gic maps at standard levels should be introduced into aeroclimato-
logy and synoptic meteorology to ether with the use of maps of the
baric topogra. hy. 8 references. ~ Abstractor's note; Complete
translation._~
Card 212

SKM AROV pV.M.., otv. red.; GRIBAIIOV, li.N., red.; ~W.'.OMTSEV, U4.,
red.; POGOSYMI, Kh.P.p red.; PROTOPOPOV, V.S., red.; RUDHEV,
G.V., red.; SOKOLAW, A.A., red.; SOLOVIYEV, V.A., red.;
USMOVA R.F.,, red.; ZOANOVA, L.P., red.; RUSAKOVA, G.Ya.,
red''e CHEPELKINAIL.A., red.; KOLESOVA, Z.M., tekhn.red.
[Man and the elements; hydrometeorologic desk calendar for
19641 Chelovek i stikhiia; nastollrqi gidrometeorologicheskii
kalendarl 1964. Leningrad, Gidrometeorolor,,icheskoe izd-vo,
1963. 154 P. (MIRA 17:2)

UoHANOVO fi.V,
....... I-----
Use of tho technology of mochitnized coikiting for studhing
the general circulation of the tamoryhore. Trudy NIIAK
no.21:79-94 163. (MIM 17: 3)

SHTERBINOVSKII) N. (Shcherbinovskly, N.J, prof.; U31KOOV, R.
In rhythm with the sun. Pr1roda Bulg 13 no.1:78-'19 S-;. !64.
1. Corresponding Member, V.1,Lenin All-Union Academy of Agricultural
Sciences (for Shcherbinov-kiy). 2. Head, Department of SAt,)Ilite
MateorolU at the Central Institute of Weather Forecast--
Usmanov).

BACHURINA, A. A.j PAviDvskAYA, A. A.; USMANOV, R. F.
Khoren Petrovich Pogosianj 1904, on his 60th birthday, Meteor,
i gidrol, no. 4t6l-62 Ap 164a (MIRA 1715)

'ZAMSEVA, N.A.; h.F.
Vertical cross section nf the atmosphere In the eql~;atorlal
zone of the centraL part of the Pbnifir Ocean. Trudy 731P
no.137t83-93 164. (MIRA 17.9)

unwro 1. M.0 UsmMyt a. K.
Tmatment of certain fons of deafhass by tramplat of preger"d
tissm of aloe. vest.*tzrinolar. 12:4. July-Aug. 50. p. 444
1. 'Uf the 014nj (H"d--Frof.
11 X. ftvskov)j,.Avtrskb&nI Kedical lmtjLtuU (Dirqmtorprof.
S. S. SerebrenIk6y). - -- - ,
OUIL 19s 51 Nov., MO

uSmhNOv' ti. Y..
"Data on the Problem of PapillomatosLs of the 1hroat in
Children." Cand Med Sci, Central Inst for the Ad-ianceci fraining
of Physicians, Min Health, 24oscow, 1955. (KL, No 12, Har 55)
SO: Swa. No. 671, 29 Sep 55--Survey of Scientific and Technical
Dissertations Defended at USSR Higher 6ducational Institutions (15)

RUSTAMOV, Kh.R.; R.U.
Mutarotation of glucose in the presence of anion exchangers.
Uzb.khim.zhw. 6 no.2:36-38 162. (MIPA 15:7)
1. Tashkentskiy politekhnicheskiy institut.
(Glucose-Optical properties)
(Ion exchange)

USMANUI, H.U.; RU.STAIIIOIJ, dolr:tar khim. muk
Scma problems- of ardlcri-ex,!~arqge catalysis. Vzb. kUm. zhur.
0
(!. T
9 no. 4.64-68 '65. .,-=.A !F:12)
1. Tashkentskiy polltekhnicheskiy institut. Sutnitted July A,
1964.

USOMANOV, R.U.; RUSTAH)V, Kh.R.
Kinetics of the condensation fo furfurole with nitromethnne in
the presence of an anion exchanger. Report No.2. Uzb.khim.zliur.
8 no.102-86 164. (MIRA 17:4)
1. Tashkentnkiy politekhnicheskiy institut.

USMANGVy S.H.p aspirant
Copper metabolism in the organism of patients with acute
bacillary dyisentery of average severity. Med. zhur. Uzb.
no.9:42-45 S '62. (MIRA 17t2)
1. Is kafedry infektaionnykh bolonoy (sav. - prof. I.K.
Musabayev) TaBhkentakogo gosudarotvannogo instituta, uaover-
shenstvovanlya vrachey.

BHZHODNOV, Nikolay Aleksandrovich;,qpK"QY,..3aidmakhmud Nogmanovich;
SOLYAHOVA, H., red., BAKHTIYAROV, A., tekhn.rad.
(Accumulation of general funds on collective forms of Uzbekistan]
Nakoplenie obshchastvennykh fondoy v kolkhozekh Usbekietana.
Tashkent. Goa. izd-vo Uzbekakot SSR, 1958. 55 P. (MIRA 11:5)
(Uzbekistan-Collective farms)

USMMOV.S.Z.
. . I ~ - ~t onvarting single-phase voltage into m-phass voltage using RC
.trouits. Izv. AN Us. SSR. Ser. tokh. nauk no. 2:35-41 157.
c
(MIRA 11:7)
(Electric current converters)

S./i 67/50P/006/002/002
Al 1 O/AO29
AUTHORt Usmanovq S. Z.
TITLEt Electronic Devices for Control of the SystemrIonic Frequency
Converter - Asynchronous Motor"
PERIODICALt Izvestiya Akademii nauk Uzbekskoy SSR, 1959, No. 6, pp. 20-31.
TEXTt The main problems in modern electrical drives is the develop-
ment of controllable a-c drives and a wide use of simple asynchronous elec-
tric motors. The solution of this problem will aid the complex automation
of the industry. A new method of regulating the velocity of asynchronous
electric motors consists in the alteration of their frequency. However,
the realization needs an efficient frequency converter of which the ionic
frequency converter is to be preferred (Refs. 1, 2). In the automated-elec-
tronic-drive laboratories of the Institut energetiki i avtomatiki (Institute
of Power Engineering and Automation) of the AN Uzbekskoy SSR (AS of the
Uzbekskaya SSR) the properties of the ionic system asynchronous motor were
examined (Refs, 3-8) and electron-ion elements for control of its operation
were developed. --In order to get a voltage with an alternating frequency,
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83523
S/167/59/000/006/002/002
A110/A029
Electronic Devices for Control of the Systemeaonic Frequency Converter -
Asynchronous Motor"
the grids of the autonomous inverter are to be supplied with impulses of
alternating frequencyg following a strict sequence (Fig. 1). For the drive
system in question some grid-control devices were already developed (R9f. 9).
The grid-control device consists of: a generator of sinusoidal voltage, a
limiting-amplifier with a differentiator, a power amplifier and a rectifier.
Pig. 2 shows a three-phase grid-control device, Fig. 3 a single-phase genera-
tor (a) and a converter with an impulse-generating device for one phase (b).
Experiments have shown that devices consisting of a three- or single-phase
RC-type electronic generator of sinusoidal. voltage show the best results.
The three-phase generator is a three-valve amplifier with additional elements,
producing 150-200 v and a frequency ranging from 5 cycles per second to some
kilocycles. The following tubes can be usedt 6D6C (6p6s), 6n3C (6P3S),
6n9 (6p9) 9 014 n (6P1 4P) , 6ni n (6pip), F-807 (G-807). The output voltage of
the single-phase generator is converted into three phases by the author's
method (Fig- 3,a,b, Ref. 10). The limiting amplifier with a converter is
used to convert the sinusoldal voltageintoimpulses with a steep frontal
section, which are first converted into a rectangular form and then amplified
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S11 67/589~ONO/006/002/002
Al 10/A029
Electronic Devices for Control of the SystemKonic Frequency Converter -
Asynchronous Motor"
and converted. The power amplifier is needed after the differentiation,
yielding 40 watts at 150 volts. A 6H5C (6N5S), 6P9, 6P14P tube is used.
The mentioned device is being examined during 3 years at the inverter and
rectifier Installationsof the Power Engineering and Automation Institute of
the Uzbekakeya SSR with TPI-40/15, TPI-6/15 thyratrons. A substitution of
the electron tubes by flat triodes brought a power increase of the control
impulse (more than 100 watts at 150 volts). Semiconductors have shown
positive results. Main breakdowns are short-circuits, back-firings and the
tilting of the inverter. A circuit diagram of a high-speed grid-protection
of an autonomous inverter unit is shown (Pig- 4) and described. The relay
operates in 0.1-0-15 seconds. The unit operated for two years in the ionic-
frequency-converter installation with high sensitivity and reliability. In
Fig. 5 an oscillogram is shown of the switching off of an ionic converter by
this protective device. A stabilizing and regulating device for the output
voltage of the ionic frequency converteriwhich carries out automatically
the stabilization and regulation of the output voltage by means of influenc-
ing the angle of regulationo6, is described. A principal (a) and a detailed
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Electronic Devices for Control of the
Asynchronous Motor"
83Y523
0
S/167/59 C 00/006/002/002
A11O/AO29
System:11onic Frequency Converter -
(b) circuit diagram of the device is given in Fig. 6. There are 3 different
diagrams of phase displacing circuits with an impulse producing device
(Figs. 7a, 7b and 6). The device shown in Fig. 6b was tested in an inverter
installation (Ref. 6). Figs. 9(a,b,c) and Figs.10(a,b,c) are reproductions
of oscillograms of this testing process. This article was made under the
guidance of M. Z. Khamudkhanov. There are 10 figures and 10 Soviet referen-
ces, IX
ASSOCIATION% Institut energetiki i avtomatiki .1.X Uzbekskoy SSR (Institute
of Power Engin ering and Automation~_AS Uzbekskaya SSR)
SUBMITTED: July 12, 1959
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ACCESSION NRs AR3006173 S/0273/63/000/007/VO31/VO32
SOURCE: RZh. Elektronika, i yeye, primeneniye, Abe. M83
AUTHORt Uamanov, 5, Z.
TITLEs Electronic devices for grid control of ionic converters
CITED SOURCEt Sb, Vopr. energe, avtomatiki, mokhan. i gorn. dola. Tashkent All
UzSSR, 1962, 5-17
TOPIC TAGSi redtifier grid control, electronic circuit, tran5istorized circuit
TRANSLATIONt A description is presented of a recently developed universal, high-
speed, electronic, grid control circuit. The block diagram of the grid-pulse
generator consists of the following elements: an electronic bridge-type phase-
shifting network. amplifier-limiter for sinusoidal voltage, differentiating element;
and an output power unit. 7he phase-shiftlng network is a bridge circUt, t1le
reactive am of which is a resonant circuit, and the variable active element is a
transistor connected through a step-down transformer and a bridga-type rectifier.
The amplified and limited alternating ainusoidal voltage is differentiated with a
transistor connected as a load for the first amplifier stage. In the same stage,
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'ACCESSION URt AR3006173
I the width of the pulse is regulated by shunting the transfomer winding. '-'%e com-
i
pleto circuit of the vacuum-tuba oscillator for the grid pulse, for one phase of
ithe transformer, contains three vacuum tubes. A similar circuit, built with
transistors, contains also three amplifier elements. The pulse amplitude at the
output of the circuit is 200 volts for a load of 1,000 ohms. Me width of the
1 pulse is regulated from 10 to 150 C. Tests of the circuits have shown them to be
highly operative and reliable* The ambient temperature fluctuated during operation
from 10 to 42 C. Bibliography, 10 titles. L. R,
DATE ACQs 2lAug63 SUB CODEi BE ENCL: 00
Card Z/z

UMMMMOV, M. Z.; TROITSKIY, V. A.; USMANOV, S. Z.
Transformer regulating output voltage by means of a magnetic
commutator. Izv. AN Uz.SSR. Ser. tekh. nauk 6 no.52IS-43
162. (KMA 15110)
la, Institut, energetiki i avtomatiki AM UaSSR.
(Electric transformers)

lOiAMUDKHANOV, M.Z.; LISM&NOV, S.Z.
Transformer with stepless control of secondary voltage by varying
the magnetic flux by means of a magnOtic shunt. Izv AM,UZ. .,
SSR. Ser. tekh. nauk 7 no.10-13 163. im7mr~1176)
1. Institut energetiki i avtozatiki AN UzSSR.

KHAMUDKHANOV, M.Z.; USMANOV, S.Z.
Measurement of the angular velocity of a micromotor. Izv. AN
Uz. SSR. Ser. tekh. nauk 9 no.lz85-86 164. (MIPA 17:6)
1. Institut energetiki i avtomatiki Gasudarstvennogo komiteta
po energetike i elektrifikataii SSSR.

KHAMUDKHANOV., H.Z.,- USMkNOV, S.Z.
Setup for transforming morophase voltage into three- and
six-phase pulse voltage for the control of multiphase
ionic inverters. Izv. AN Uz. SSR. Ser. takh. nauk 8
no.2:5-13 164. (MIRA 17t6)
1. Institut energet1kt i avtomatiki AN UzSSR.

KHAMUDKHANOV, M.Z.; USMANOV, S.Z.; MUMINGV, K.
Autcmatic damping of unwanted oscillatlonB In electrcr,~-chanical
systems with a rectifier converter. Dokl. AN Uz. SSR 21 nc. 11:
31-35 164. (MIRA 18:12)
1. Uzbekskiy nauclino-issledovatellskiy institut energetikl i
avtomatiki. 2. Chlen-korrespondent AN UzSSR (for Khanudkhanov).
Submitted June 19, 1964.

US!4MVt T".
I
, r- " -, -,- ., 1 *f~
A--le~-wry Mltlli,~. .- :*.,.rrr,tt " .. 1. - - 11)
" I ~
from tld.(!I'GCl I tUlc,. "'flp. ~. I r'. 01A.
IC5. ! ". -'I -.'~ .: 1.1 1 !

PIVOVAROV, N.V.; RABINOVICH, S.G.; TAKCHENKO, A.N.; 1JSKArWV V h -
Ip
YATMANOV, B.A.
Photocompensating stabilizers. Izm. tekh. no.3:44-46 Mr 165.
(MIRA 18:5)

L 57-65 EWT(d)/EEC(k)-a/EEc-4 Po-4/Pq-4/Pg-4/Pk-4/P1-4
LL66
ACCESSIOR IM: AP5007397 S/0286/65/ooo/ooh/0049/0050
Rabinovich, S. G.-,,Usmanov, V. B.
AUTHOR: Mints, M. B.,
TITLE: Method of determining the time conBtant-of photosensitive cells. Class 211-----
168382 -
-50
SOURCE: Byulletent izobreteniy i tovarnykh znakov, no. 4, 1965, 49
TOPIC TAGS: photosensitive cell, time constant measurement jrA
ABSTRACT: A method of determining the time constant of photosensitive cells by
varying their illuminance is proposed. To approximate cperating conditions, the
cell is inserted in the circuit of a photoelectric compensator operating under self-
oscillation c.-~nditions. The time constant is either :aiculated on the basis of the
critical conditions of dynamic stability or read from a previously calibrated
balancing resiator in the feedbac'~ -fr,.-it -f the coc-Pensator. Orig. art. bas:
I figure. [DW)
ASSOCIATION, none
sustaTTEDt P6riov62 ENCI). 00
000 07HER: 000
GOV:
SUB CODE: EC
ATD PRESS., 3221

USKANO,V. Yu.1h.; ZAVALISHIN, I.S., reclaktor
-1: ~
[Highly efficient use of grain combines] Tysokoproisvoditallaos
izpoll.,ovanie zernovykh kombainov. lassn', Tatknigoizdat, 1955.
31 P, (MIaA 10:2)
(Combines (Agricultural machinery))

opl. j.,
-.OCo ~:-,:'7. IC
;!A 3*
Ur,
SO. Knizhnnya Letopis', I ol. V Ic'r
I I ~f~L)

'rho E;Pecificily, nil.rogen nutriflOrit based On ihe evoliltion
G E R III of nitraren. Ylt. A. 1,7sm,mov. Z,,n;1r4cRc 3, tllo. 2.'72 7.
Tl.~-..`W U-.0111'4Y prvfk,rrirr-; for the raarve-bl
of N. The origiiril nilidt- foriri%i of N tart: p1mbitit-id to give
rka: to N114 1 foints -Aith the advcit 0 lift tuid t_-ttr to NO,-
all
furim. Asalrrsttlt,~omrjlh
for Nil, I [Irld 1U0 (Milt'll lLJllna11lt0j2)li13 RiCUMA 111KA!, CACIL
are wwrionophil-j, Kant:, pirtfi-rring N0j' :ire ri!trophik. b
!,I)rillg %trj)(%It, Imrivy, lupiurs, flax, (:-rn, fiernp, and %ui.
flowu itrr nilrophils. The for N
have thdr Itilluvrice on flit pr6t!tlliI:; Pjailuml Ind thi-Ir,
Ifilit In
I-AmIcirs. It Would fw pm!'M
untylts frulli. tile pollit (if view 0(11K, vVilkitloll oll IN to I he
$IA-cific requittmelaq for N itrivirm fly plarit), A).

USSR/Soil Science. Soil BioloGy J-2
Abs Jour Ref Zhur - Biol., No 10, 1958, No 43842
Author -Us_--ou v-_A
Inst Not Given
Title A Study of the Agronomic Value of Ashinskiy Phosphorite
Orig Pub V sb.: Voprn geol, agron, rude Me, AN 3SSR, 1956, 41-46
Abstract Ashinskiy phosphorite which is extracted in the Bach]cir 'OSIR
cont-ins P205 -25.83%, R203 - 9-30%- In soil cultures the
oat Grain yield on acid soils was somewhat hi&ier with phos-
phorite than with superphosphate, although it was lower on
leached chernozems. In field tests sum- r wheat yielded a
6Tain bo3st, in couparison with the unfe2,tilized control,
amounting to 11.1% with superphosphate, and 23.0% with phos-
phorite; oats yielded respectively 55-3 and 55.0%o The con-
clusion is drawn that Ashinskiy phosphorite (a fractione-3
me and comprising /1, 30% of the total weiGht of the sarTle
taken; it is easily sorted with a sieve) my be utilized as
fertilizer with good results. -- A.M. Shcbepet:Lltnikova
Card

USSR/Soil Science. Mineral Fertilizera. 1-5
Abe Jour: Referat Zh-Biol., No 6, 25 March, 1957, 2241-8
Author Usmanov. Yu.
Inst
Title Ashin Phosphorites and the Possibility of Their Use as Ferti-
lizers.
Orig Pub: S. kh. bashkirii, 1956, no 4, 14-17
Abstract: Ashin phosphorites (near Vavilovo station on the Ufim railroad)
contain from 10 to 36$ P 0 , from 45 to 55% CaO. The vegetative
and field experiments Wi E5 Ashin phosphorites, conducted by the
Bashkir agricultural institute, and also experiments in collec-
tive farms in different sections of 'Bashkiria proved their high
effectiveness. Especially large harvest increases were obtained
by the use of phosphorite for winter rye.
Card 1/1 -5-

USSR/Cultivated Plants - Fodder. M.
IAbs Jour 1jef Zhur - '.qiol... IN 1~) 1953) 15722
Author Yu. Usm"nov, Z.
------------
Inst Bashkir Agricultu--al Institatc.
Title The Effect of Fertilizer on the Mangel-Wurzel Yiela.
(Vliyaniye udobreniy na urozhay kormovoy svekly).
Orig Pub S. kh. Bashkirii, 1956; No 9, 20-28.
Abstract The clepartment of a,~a-icultural chemistry of the Bashkir
14 AE-,icultural Institute conducted tests in 1953 and 1954
to stu.,Iy the effect of mineral fertiliter and manure on
the mangel-wurzel yield on the forest steppe 7,,f Bashkir.
The Greatest yiel(I boost at 78-5 centners per hectare
was Lptten when applyinC; P 200 and Kx 100 kilo,~,Taiis
per hectare, and when 30 t8ns per ha. of manure was ad-
ded as well there was 51.6 centners per ha.
Card 1/2

UISM, /CultivatcC. 1'lUIILG - F.-KIder.
* - I - Abs Jour : Ref Zhur - Diol., No 4, 1953, 15722
Nitrogenous fertilizers only increased the toD nass,
hence their application in the first years of culti-
vated leached out chernozem soils is optional.
Card 2/2
p )

G
USSR
Soil ScIqLce. klLeral Fertilizers.
71~ Y,,v -)4i-74
Usnan-)v, Yu. k.
'urkl I."Otit"ate
Rea-,01--s of Field Experimeats with Asha *.Rock Phosphate
Tr. Bas."'AL-~;k. a.-kh. In-ta, 1~57, ~, ~40, 2, ~1-42
~i3 rtea:~ L~.e r!IY of Asha, Ghelyabinekk~ffi oblact., Lu~
In 11, v
occurrence qitp for rock pEouphate cont.afi.IM4.-, from 1Q to
25% F V- was dtscovered. !Tc stry chair uf
Bash"- :) the effect of meci
Agricultta-ni lr%stit'.Ae tested
trade- of t)-jr mck ph6sphatp or., the yield of verious crops
under fiele. aj,md ve(Cf:tt,ti-:e exper!merititl condit'lor.s. They
also stvidied the effec+ of F r on the Chnihic[d Ccni,061tiril,
Pnd y1imld q-uFjiicy 6re oL. Lbe Agroc',jewleel prope:-Lien of the j
soil. %vere CIATrif~c' D."-' OD vw-"ruE 80"s (c"` 'r7
zeme mad grey fejrest cc,113) with srp..'i4s (winter h-,vi opring.1,
potatoFs, sua~pr beo-t, luolre, vetch ano, ot~xr cropts. It
112

iG4474
vau establialied t~vt pf Increases the yie14 alwort to the
Came extent ex doen PC, of the majority of Flauto on Ali
e~r.perir,,ents,-). soils kexc~ip'.; cnrbuiiutc chernozel') .A map-
dic4-,raz, of the rej;lo-iA of rock pho%phate foruation of the
Bashkir ASSR is drawu up. The application o1" F azid--r winter,
traiiis nt the rate of 50-60 kr/hectarn of P 0 is reccircended,,
An Ic also Its uee In the for= of ccojpoetv.--;. V. Teerling
212

Yu. A. USMTOV (Bashkir Inst. of Agriculture) V. D. BOBOY, AND IN. N. DZENS-LITOVSKAY
I
-FL~-nir:Z-i ~dUH7-), K. G. RAMLItT (Latvian Uriv.), V. A. MEN'-'= (3.yeicnissi,~n
Univ.), A. V. STUPISHIN (Kazan' Univ.), B. A. LU"77M (Kirghiz Univ.)
"The economic division of their respective regions"
rqmrt preamted at an Inter-Uhlyeralty Conference on Dividine: the ~JUSR Into
Sconanic Regions, 1-5 Februw7 1956, kmcow,, (1tv. Ak nsuk SSSR, 4,146-49;
29% author - Covozdetakly, N. A.)

USMANOV, Yu.A., zaal. deyatell nauki PAshkirskoy ASSR, otv. za vypusk;
ZMAN, I.A., glav. red.; KOBYAKOV, I.A., red.; ABDULIMPOEV,
M.I., red.; DDENT, O.N., red.; IMAYEV, M.G., red., YLSKOVICH,
S.M., red.; ROZHDESTVENSKIY, V.I., red.; SERGEYEV, L.I., red.;
SIMONOV, V.D.., red.
(Chemicalization of agriculture in Bashkiria]Khimizataiia sell-
skogo khoziaistva BasWdrii; trudy konforentsii. Ufa, Bashkirskoe
respublikanskoe pravlenie Vses. khim. ob-va im. D.I.Mendeleeva.
N0.1. 1959. 117 p. (MIRA 16%1)
1. Respublikanskaya konferentstya po voorosam khimizatsii self-
skogo khozyaystva BASSf~
t.Basblciria-Agricultural chemistry)

KHRIZMAN, I.A., prof., glav. red.; USMANOV Yu A., prof., zam.
t' HE'
-,-h -N -
glav. red.; SERGEYEV, L.I o o o . nauk, prof.,
otv. za vypusk; KOBYAKOV, I.A., tekbn. re&
(Chemicalization of agriculture] Kidmizatsila ael'skogo
khoziaistva; doklady i tezisy. Ufa, Bashkirsk-os rempub-
likanskoe pravlenie Vses. khim. ob-va im. D.I.Mendeleeva.
Vol.3. 1961. 86 p. (MIRA 16t4)
1. Nauchno-proizvodstvennaya konferentsiya po mikro*lemen-
tam i ikh znacheniya v sel'skom khozyaystve Bashkirii.
2. Kafedra agrokhimii Bashk-irskogo sellskokhozyaystvannogo
instituta (for Usmanov). 3. Kafedra obshchey khimii Ufimskogo
aviatsionnogo instituta. (for Wizmnfi).
(Bashkiria-Agricultural chemistry)

BOYbUTAYEV, K.B.,, kand. tokhri. nauk; I-11RADOV, ZhJl.~ U34ARNju.,
avsistent; KOSIMOV, 4'h., red.
[Use of solar energy in the national econor7) Kuesh
onergiia3idan kholk khuzhaligida foidalaniah. Toslikent,
"Kizil Uzbekistou," "Pravda Vootoka" va "Uzbekistoni
Surkh, " 1964. 40 p. (Uzbekiston ,SR "Billm" zhamiiati,
no.2) (In Uzbek] (MIRA 18.6)

L 3683-66 EWT(ci )/-L IJP(C).
ACCESSION NR., AR5009892 UR/0044/65/000/002/BO97/BO97
517.948-32:517.544
SOURCE: Ref. zh. Matematika, Abs. 2B400
AUTHOR: Barkhin, G. S.;'Ys~
TITLE: The Hilbert problem for piecewise regular generalized analytic fun
ctigog
CITED SOURCE: Sb. Issled. po krayevym zadacham teoriy funktsii i differents.
uravneniy..Dushanbes 1964, 113-132
TOPIC TAGS: Hilbert space, mathematical analysis, differential equation, analytic:;
function
TRANSLATION: In the multiply connected region D bounded by m + I simple closed
Lyapunov-type curves: L = LG+Ll+ + L~., of which Lo contains the rest, and
cut along n simple closed curves: 11-t ... t Z , the following boundary value
n.;
problem is solved: To find a solution to the differential equation
097
-+AW+BW-0i (1)
A 0Z
(a generalized analytic functioO satisfying the botindary conditions.
Re IG (t) W- (1)] - g (t). IEL, (2)
W+ (i) - a (1) W- (f + bW- (i), IC-1. (3)
!-,Card 1/2

L 3683-66
7~ ACCESSION NR: ARS009892
.,The following restrictions are imposed: the curves 1. have curvature satisfying
the H81der condition; G, g, and the derivatives of a and b satisfy the Hblder con-
dition; a and G do not tend towards zero. It is proven that if, in addition,
I a b (1) 1
then in relation to the number of linearly independent solutions and conditions
of solvability, the problem (1) - (3) behaves in the 'same way as the Hilbert bound-
ary value problem (2) for analytic functions with index
x- ln'dG (1') 4- Jind a (t).
The method of solution consists of introducing a new function which satisfies the
Beltramie differential equation in D and for which the boundary condition (3)
reduces the condition of continuous extension. The results are used to calculate
the number of solutions to problems on infinitely small and finite deformation of
surfaces. r. Gakhov.
SUB CODE: MA ENCL, 00
Card 2/2

T T?i~Ao
ACCESSION NH- AT4404(Pig? 15
AT-ITMR: T~-irnann-~ 7 Kq~-f-n4~ -Y
;j r ~A 11 %1
1-4
SOURCE: AN UzSSR. Institut khim'I poli-rorov. Fizkia i khimija prirodnv kh i sinted-
FgAIT-rtPT-1)~ IVI I ~4
ir- T A 'k, 'I -. 'IT i 'I; ;t r L
nP
AIISTRA~CT! In a anntintution of their previous work with furfural and acetone, the
authors piepareu furfurylidene "'v o-'I
'Iethylketotle at 10C and allot.-. n'.
I - - ' "
for ~ hr,.q., yielding an oily yellow-ormcre liquid in ~7'~t Tlinrrnal rns inif I cation
took place when this pr(w4uct was h-~au-d at 240-45C fr)!- 2 iotiz,3. Ifeat-ing in the
,)f .3-n initiatc,T- ~i.~ ~)-n-)v!
Car,, 1 /2

L 376()o-65
ACCESMON MR: AT4040802
rn the pre-genee d m1kaline caWysta furfurylide-ne methyletfly lketone forms a f us ible.
soiuble pulymer at 130-18GC-. Uhin w4lynidr ;.;arz Llht:n hai-dt~led in the presence 'Al,
M C117, !I-1 A In - -1- 7-'-1 ?1-1 1)", h, -1--1 -4,"- hanf.,l "n
rf f-n f- I i h y I L t h pl-- t ''1!1 F LLY a T-11
Y
A
Qf
UT 58HM
S T -B N11 TED:
NO REF SOV: 008 OTHER. 006

I Ir

-
AT40-402
T
0 0. fe
l, 6 IS
-
.,jN,
F.;
ACCESSjO e

s. - 1. "'. ~
n,
A TMTOR~ US-,r,=-(,-v, Z. Kaipp,, Idy I P F,,rv a rgkava. B. M.

-r~ V a
--
~J I-
i 'anti Inv vi-, t is
, a L Im i
TA -
,
y
EiN'

cho-skikh volimero,.,. n~) 1962 1 :7 - 12-7
T 11
hardeniag, ank? i ine ca m x
AFr~ TR-A-": Ln of thcIr carlier vvork wifb rno-Vivlethvlketouo (see Part F).

ACCESSI()M MR: AT4,'1409-00"
Co,d
IL:

I rli
A (C C' 0 NR., AT40,46-403
ASSOCIATION: Institutkhimllpolimerov UzSS.R flmstillutoa[Polymar Chemistry,---
SMUTTED: 00 F-ITCL! (10 SUM CODE. 0c
140 REP SOV; M OTHER'. 001

L w662_6 EPA( F;) m) /ZPF(C ) /EFR/E-v,'P( J )/T
All
ACCESSION JfR: AT4040404
AU'MOR: Usrnanov, Z. F-imemild-v-, 1 V irw~qev~ I.P. i~_rlvargkava'
i 4 r
SOURCE. AN UzSSR. Jnstit-it Uhimi-i Polimerov. Fizz-1-ka I kldmiya Pr1rodc-YU L Sin-te-
tichesId U- polimerov, no. 1, 1962, 123- 136
TOPIC TAGS: furfural pot)-mer
polymer, palyketone, ionle caWys', tin,c ~jj 1,; ~ljjl !~)T-Mllj''T! .-TTI T_
hardentno, alkaline catalyst, therniad re..'sinificaiinn
ABSMkCT: in contmuauun ~i
'jljL-JJ 2). thf- !:u1thors furfuryli~4,~ne
reshiv distilted furfural Lad Me-M- nil which wis
'rh's'rmal resinificatior. of L!--is ou wa5-
r1ace at

3760'-,2-65
ACCESSION NR: AT4M8044
catalyzts. In view of the long peria&q of beating required for resinification in Lhe Dic-sence
of KnOH,
nu~" ~6 Ot~"-r t~""-' all UnIc ~Lclci Or rl.3"4
(less rapirfly ith n C' S r~
4 figures, 5 tables and 2 formulas.
AS90CI-ArION- Institud khImH AN U115ST, of "r chamistr7
AS UzSSH)
SMAITTED: 00 ENCL; 00 LSTUB CokLIE: O-C
N~' REP

ACCESSION NR: AR015668 S/0081/63/000/021/0490/0490
SOURCE: RZh- Khlmlya, Abs. 21S116
AUTHOR: Usmanov, Z.1. Kamenskiy. 1. V.; Losev, 1. P.; Kovarskaya, 0. M.
T'ITLE: Synthesis and study of the condensation products of furfural with higher
aliphatic ketones and the polymers based on them. Parts )-3.
1
CITED SOURCE: Sb. Fizlka I khImiya prirodn. I sineetich. polimerov. Tashkent,
AN UzSSR, vy*p. 1, 1962. 105-130
TOPIC TAGS- furfural, furfural condensation, aliphatic ketone, higher aliphatic
ketone, ketone polycondensation, ketone based p9lymer crystallization
ABSTRACT: The authors studied the polycondensation of furfurylidene methylethyl-
(1), furfurylidene methylpropyl- (11) and furfurylidene methylbutyl- (111) ketones.
When heated to 240C in the presence of alkaline reajents, I forms a soluble and
fusible polymer,which can be hardened under the'Anfluence of Ionic catalysts
02SO4, benzenesulfonic acids (IV), Lewis acids). According to data from thermo-
mechanical studies, hardening In the presence of IV proceeds In 3 stages: I) a
fusible, low-molecular, soluble tar; 2) a high-molecular tar, swelling In solvents;
3) an 19jusibleand insoluble stercospecific polymer. Hardened tar prepared from
C-' d

ACCESSION NR: AR015668
I shows increased thermal stability (up to 300C). Tars can be prepared from 11
and III in the presence of ionic catalysts and require longer heating periods due
to the spatial effect.of the alkyl radicals. V. Namirovskiy
OATE ACQ: 090ec63 SUB COOE:. CH ENCL: 00
2/2
C. rd

ACCESSION NR: AP4010564 8/0291/63/000/006/V076/0079
M,
AUTHOR: Usmanov, Z.; Kamenskiy, 1. V.; Tadzhiyeva,
TITLE: Investigation of the process of forming polymers based on polyene furah
aldehydes and some of their analogs. 1. Investigation of the process of harden-
ing polymers based on: 2- methyl- 3- (alpha- furyl)propene- 2-o1, 2- ethyl- 3- (alpha-
furyll) propene-2-61, and 5- (alpha- fu ryl)pentadi no-2,4-ol.-
7
S01ORCE: Uzbekskly khimicheskiy zhurnal, no 6, 1963, 76-79
TOPIC TAGS: polyene furan aldehyde resin, polymer formation. furfurylidene-
!f aldehyde resin, furfurylidenealdehyde condensation
I
ABSTRACT: The furfurylidenealdehydes form infusible and insoluble resins In
the presence of ionic catalysts or on heating. In a reaction with benzonsultonic
acid (less exothermic than with H S04), the solidification in faster with higher
temperature and larger amount of catalyst. The eitrength and thermal stability
.1/2
card-i

ACCESSION NR: AP4010564
'of the polymers obtained are lowered with increasing alkyl chain length, and
increased with a greater number cpf ethylene groups in the side'chain. Resinifi-
cation and hardening of furfurylidenealdehydes are apparently realized by the
condensation of the carbonyl groups with active hydrogen atoms of the furan'ring:#'
and also by partial exposure of the side ethylene group. Orig. art. has: 3 equa-
tions, 3 tables and I figure.
ASSOCIATION: Moskovskiy khimiko-tekhnologicheokiy lAtitut im. Mendeleyeva
Institut khimii polimerov AN UzSSR (Moscow Chemical Engineering Institute,
Institute of Polymer Chemistry, AN UzSSR)
SUBMITTED~ 17May63 DATE ACQ: I lFeb64 ENCL- 00
SUB CODE: CH NO REF SOVO 001 OTHER: 003
2/?

Pr--F., 'Jzbe'r-j--, k, J~ y 'fL, L-,Jl 7 h -f: 'F-j V 7 -n
TOPTO S&G-5 - f twaf comfensatimn
kWTF?PCT- Pol-mr.4~-rs on
no-t. r)ean prtavic-itsiv neTx--~rtt'~6, I wn~s fin-xi;IC-r~je4n
Card

T N-
~:,f a fusi'Die ormnic ao,Lvent-,7-oL;kjl,,l
aa aa MI, ua llie !fI.,j.LLuj LUI ;J, j a--Fzu T

USMANOV, Z.
Fungous diseases of grapes in the Fergana Valley. Uzb. biol.
zhur. 8 no.2:18-21 164. (MIRA 17:9)
1. Sredneaziatskly nauchno-issledovatel'skiy institut zashchity
rasteniy.

ACCESSION NR: AP4035112 S/0291/64/000100210058/0061
AUTHOR: Tadzhiyeva, M.; Usmanov, Z. U.; Kamenskly, I. V.
TITLE: Investigation of the process of forming polymers based on polyene
furan aldohydou and some of their analogs. Communication 11: Investigation of i
the process of forming polymers based on furfural and butyraldehyde
SOURCE: UzbekBkiy klilmicheskiy. zhurnal, no. 2, 1964,.'58-61
TOPIC TAGS: furfural butyraldehyde condensation pro'duct, polymerization,
furylpropenal, preparation, curing, heat polymerization, radical initiator, ion-
ic catalyst, alkali catalyst
ABSTRACT:The preparation and curing of polymers based on the Condensation
product of furfural with butyraldehyde was investigated. It was established
that the 2- ethyl- 3- (alpha- fu ryl)- propen- 2-a1 can form polymers under suitable 1!
;j conditions. The temperature required for heat polymerization was above 250C
Radical initiatoro, specifically benzoyl peroxide, were found to have no effect on
ard: 112

ACCESSION NR: AP4035112
the polymerization of this compound. With 516 alkali as catalystlat high temper-'
atures~a fusible polymer was formed (no polymerization occurred with 1% al-
kali at 180 and 250C). In the presence of Ionic catalyst si the rmo setting poly-
mers which will form three- dimensional structures were readily formed.
Controllable curing was - effected In the presence of benzenesulfonic
acid or very small amounts of sulfuric acid. Orig. art. has: 4 formulas and 1
tableo
ASSOCIATION: NIITsF Gookhimneftekomiteta pri Gosplane SSSR (NUTsF State
Petrochemical Committee Of the State Planning -Commission SSSR)
SUBAUTTED: 07Jul63 ATD FRFSS 1 3078 ENCL: 00
SUB CODE: OCt GG NO REF SOV: 007 OTHER: 003
2/2
Card

L 'F
Arl r~S 5 10: 1 RId, 5 oo 2
Z. (doceaood)
1 AUTIAURS: UsIriallov
-7 -------
SyTithesis aml ilfllVfjstig-L~ior. of condens-ation nroducto or furfural iritil
ldvher J-lc~tonc.7 [Ind '-l'hqJ.r C (,xT J_
5.
wl"maj. th =AA mayl
PrOC'056 for COTA%ms,-tio_rj pruclu --j Of 0
~Uzbelkskiy khimidheskiy,:zhurnal, no. 1, 1965, 47-51
C,
f
'rOPI(; TAG$ i fur.~u Ll
__p4~7er, condensation
- ----------
_RRACT-i-Tive-iriv
Ostl-6tion ls-an_- extension -of- previo iork by-Z- -Uswan
- - 0 0
B Ovarskay 11 TH
Km-,GnE3Viy) 1. P. L a-y-a
was SyriUlasizarl aftc-r the
Uz,';SR, v-~rT. 1, 1962). FiLrALrylider
m;6thGd of A. A, BV (IssledoTmniye v oble-sti fll;',Inolr~lch .Lllde_v.-do7,r j 1,~,torlov
Doktarskaya dj~ssortatsjya, inciu., 19,54).
ev (aabove) -Ir,,d of
-PrOPawOd et,~'~,tbe MO--hDd__vf,_."S A. Ponomar
n
--(DAN 1483R,- 93)_1110 __21
A, A.: Ponomarev, Z. V. Til 1, 1. 1 Icus una,, and K, Sap
3)-.-- -The- polymorizaM an Tme6 -thr
2971 95.' 1 P - ouch- three -stages A) products are fusitilo
arA soLible, in ord6a_c olventa, 2) products are nordu.sible and only partiraly
[Card 10

VOCESSION RRi AP5010258
soluble in org.,anilc solvents; 3) products are nor"fusible and aro insoluble n
Tho ~,- --.A
nn th;%
cabalyot is Ic-33 pr(Drit)unced for Spo. r-rlirl
of the pol~mmric form nf th) absence of tlie
ethylene (16~0-1600 cm-1), carbonyl (1700-1650 cm-1) I-Sthylene (1-100-1060 cn-i)
and the c~,t-hydrogen furane rinC (1070-1000 cr,,-') absorlZon bands. To obtain the
-rd-harde-ni-ng-sta-gu,,- the- vero:heate~.v 1-or, -1. &-hours at, U.5G,, i-.o,, t
thl
VIOG, I hour at 1800p and 0.5 hour at 220C in the presence of 5% sulfuric acid Ln
the case of furfurylid onem-et hylamylk et one and D"i, benzen6sulfonic acid in th,3 Qase
of furfuz-ilidgner.,c~tl~ylli-3)cyll,.etL~ne. 14ater is liberated dur-ing naardenirig a,
elevatwJ terVeratures. Samples of
methy1hexylIetone deforra when heated to 120-12% argi 100-10C reGpectively. Orig,
art. has: 3 tables and 2 graphs.
ASSWIAT1.011-It MoskovsUy khiniJko-tekhno3.ogichosUy inatitut, im. Mendeleyeva
(14oscow Chemical Tei:hnulogical Institute)
EM"I's 00 ITUB CODE- OC
MMITO t 21,jul.63
UO REF SOV: 007 OTMERt 006
C(A-21P

L - 16170-66 EWr (m) /EW, J) /T RM
ACC NRt AP5025430 SOURCE COM U11/0291/65/000/004/0035/0039
AUTHOR: Usmanov Z Kamensk1y,, I. V.111LOsev, I. P
I ORG: NIIKHTTs
and
TITLEs Synthesis and investigation of conlensationj products of LU_r f lur 4 " I
higher aliphatio ketonso and of the corre'aponding Polymers. 6. Investigation
on the curing process of furfural-methyl isopropyl, ketone and furfural-methyl
isobutyl-ketone'condensation produefs
SOURCE: Uabekskiy khimichaskiy zhurnal, no. 40 1965# 35-39
TOP'IC TAGSs aliphatic ketone,, chlorinated aliphatic compound# ketone, polnLacp_
condensation reaction, catalytic--- polymerization
ABSTRACT& The title condensation products (I and Ils respectively) were
synthesized by thq methods applied by Y-asiwagi (J., Bull,, chem, Soc, Japanf 1.,
No 5p 90(1926) and by Wienhaus and Leonhardi (C. N 1# 224# 1930). The
polymerization was carried.out at 80-85 and at 115-12009 in the presence of 5-15~t
of benzenesulfonlo acid as catalyst. The latter vaa added to the monomer at room
Card 1/2

L i6l7o-66
ACC NR: AP5025430
temperature, Without a SOJVqnt. The duration of the process depended on the
amount of the catalyst and on the tem~Arature. I was an orange oil which con-
tainea C 73p H 7, and had djO 1 2, n 'j 12858, b.p. 118-121C,/8-9 mmi 11 was a
j8 LOY, 1.5518, b.p. 119-122/7. The
yellow liquid, G 74.11 H 7. , d nD
polymerization of I and II occurs In 3 stages, In the 1st and in the 2nd stages
solidification is accompanied by saturation of the ethylene Fwoup. In the case
of II this is accompanied by a partial condensation of the GO with H atoms of the
CH2 group and separation of 0-09 mole H20. The 3rd stage occurs owin-, to further
condensation of the GO with the o(-H of the furan ring and the CH2'group., The
formation of a dense space structure rosults in a mod thermal stability (up to
250C for I ani up to 200C for II). It Is shown that formation of polymers from
iso alkyl ketones requires more severe conditions than those needed when normal
ketones are used. Orig. art, hass 3 figures and 3 tables*
SUB CODEt 07/ SUBM DATE: 24jul63/- - ORIG MFi. 10O5/1(j',0THRZFt ~007-. -1

USSR / Human and Animal Physiology. Growth Physiology. T
Abs Jour: Ref Zhur-Biol., No 9p 1958, 40897.
Author Usmanova A F
Medical Institute.
Inst
Title The Reaction of Balance in the Ontogenesis of Man.
Orig Pub: Tr. Blagoveshchensk. med. In-ta, 1956, 2, 130-133.
Abstract: No Abstract.
Card 1/1

A.Ya.; IRAH-HITi, O.V.;
Entropy rellhod of analys-5 of
uchob. zav.; khIm. I MhLm. te.,kh. 't 64.
(,l V A !7: 10)
1. Kazanskly khimiko-tekhnologicheskly in3titut lv,v-.n! K..r..:a,
kafedra protsessov i apparatov khimicheskoy tekhnnlr~~Iil
tekhniki.

~/O 0 0 "0 0 3 "B 113/",3 114
AUTHOR: Wvako-iov, S.G.; Usmaxi-ov,
VLTLE. Sonwo statistical principles of turbulenco. in the presoace of shear
CITED SOURCE: Tr. Kazarisk. kldm. -teMirwl. In-ta, vyP. 32, 1964, 36-43
TCPIC TAC,:,: turbulenco th(,ory, pUjSItjOj CrIL,:Or,y, 'k1CIjUj0rC-C teMPer;tWrr-,
turbul2ace heat capacity, transverse Fh*,-,-Lr,
t _4
A., 4

~'r, 4j4 -
LA
c1 Fi
c f
tL y
kJ c~
cc
rd

BEIEZilKOV, L.i.; GA!-:(X~'%-, 1,1_ ILLI.ZAJ""JVA, A,V.j Goj~b~T:'C~A,
N.G.;
s of c~,ur3e of zoXic 'c"7.-s of air,"heria o' th~
(Wring ic)5',-1955.
Nauch. rab, anip. i klin. urd.
(MUA 1l,:1.2)
1. Kafedra j,cdiatrii (zav, deystvitelinyy ciden JUU'l SSSR Prof. 'ij%
Sp-~rzinj:,iy) T3f)i-,trr%l 'noco instititta usove,-shengtvovaniya vrac-hey.
(D11111THERIA) (PHARYNX-DISMSES)

USMANOVA, A.V.
Problems in the diagnosis and treatment of typho-paratyphoi-4
diseases. Sov. med. 25 no.11:123-128 11 161. VUFA 15:5)
1. Iz kafedry infektsionnykh bolezney (zav. - deystvitelInyy chlen
W,W SSSR prof. G.P.Rudnev) TSentrallnogo instituta usovershenstvovaniya
vrachey.
(TYPHOID FEVER) (PAILATIPHOID FEVER)

USMANOVA,_A.V.; KURDOVA, U.S.; BOGOMLOV, -B.P.
Clinical and microbiological characteristics of Salmonellosis
produced L-1 S. Breslau. Zhur.mikrobiol.epid.i in=. 33 no.5:122-
123 Mir 162. (MIRA 15:8)
1. Iz Astrakhanskogo meditsinskogo Instituta i Infektsionnoy
bollnitsy imeni V.M.Bekhtereva.
(SALMNELLA)

VETLUGDIA, K.F.; USIV110VA) A.V.; KOLIYAKOVA, T.A.
Liver abscenses of amebic etiold9j. FAz.med* zhurs noo5:68-70
S-0163 (MIRA 16:12)
1. Kafedra infektslonnykh boleznoy (zav. - dotsent A.P.
Vozzhayeva) Astrakhmiakogo maditsixiskogo Instituta i Infek-
tsiorunaya bollnitsa imeni prof. Bekhtereva (glavnyy vrach
V.I.Gembitskiy) Astrakhan'.

S/081/62/000/001/046/067
AUTHORSs Khodzhayov, G., Zoolinakiy, E. To., Chornov, M. F.,
Kvaunikova, X. A.,~Kullmetov' Toapanko, U. It.,
D. A. isiL__A~ U11-nova"
TITLE: Petroleums from fields in Southern Ali,myshik
PERIODICAL: Reforativnyy zhurnal. Milmiya, No. 1, 1962, 439-440,
abstract 1M79 (Uzb. khim. zh., no. 1, 1961, 55-64)
T
7EXT: Uzbekian petroleums from the field mentioned have low sulfur con-
tent, are resinous, have a paraffin base and have a composition approach-
ing that of petroleums from paleogenlo and neoeenio beds in the same field.
The average clear fraction content Is 35%, this boils at up to 3000C;
the gas oil fraction (300-4000C) is 11-12~, light oila (400-4600C) 13%
and asphalt (74600C) 53-5%- The oile obtained are of'low viscosity and
require deparaffination. The solid paraffin yield (on petroleum) from
fractions up to 4600C is.