SCIENTIFIC ABSTRACT UZAROWICZ, L. - UZDENNIKOV, A.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858310019-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

UZAROWICZ, Iudwikj, prof.
The importance of the technological book and press in the
education of engineers. Przegl techn no-40:4 5 0 160.

L 40202-66 E4T(1)ZEViT(m)/EEC(k)-?LT/E'~iF(t)/ETI - -_~r
_IJJ _~_-JD
ACC NRt AP6030043 SOURCE CODE: UR/0292/66/OC)0/006/00()4/0008'i
AUTHOR: Veytsman, L. Yu. (Engineer); Gavchuk, A. N. (Engineer); Sergeyev, A. V.---~O
(Engineer_T_-,Tz_ar5 V. Ya. (Engineer)
ORG: none
TITLE: Investigation of load characteristics of silicon power diodes
SOURCE: Elektrotekhnika, no. 6, 1966, 4-8 - ~< I
TOPIC TAGS: silicon diode, electronic rectifier/VK-200 silicon diode, PVK-200
silicon diode
ABSTRACT: Data are presented from an iiLvestigation of the overload characteristics
of silicon power diodes VK-200, VKD-200 and PVK-200, and their parameters are
compared. Practical recommendations are given for reduction of the number of
iemiconductor diodes in rectifiers of electric trains. In the diodes tested,
increasing short circuit current caused a non-linear increase in p-n junction tempera7
4re depending on the preliminary heating of the junction. The body temperatures
of the three types of diodes tested under the same operating conditions differed
very little. The internal thermal resistance of the PVK-200 was found to be about
1-5 times that of the other two types. It was decided that protection of the
rectifier of the ER-9 electric locomotive could be simplified, since the requirement5
for overload capacity of silicon diodes is satisfied in conjunction with a high-
voltage air-gap circuit breaker plus current-limiting reactor. Orig. art. has:
5 figures and 5 tables. (JFRS: 37,0611
SUB CODE: 09 / SUBM DATE: none
UDC: 621.646.ool.i
4 -111~e a

-A(XMION NR: AP5011373 MV0016/64~10WA08/0016AM8
AUTHOR: Kaxaseva, A. N.; Umbalokg .4. A.
333
TIME: Steam-forTalin disinfection chamber wiih'an internal volume of
SOURCE: Zhurnal mikrobiolcigii$ opideniologii I immobivlogii, no. 8, 1964, 16-iS
TOPIC TAGS: processed aninal product, processed plant product, textile industi-7
mr..chinery
Abstract: The Central Plaiming and Desiga Bureau and the Central DIGin-
fection Institute developed, and the Odessa Experimental Plant of MedLcal
Vares will begirt series producticn, a stationary atesa-fcrmalin chamb!r with
a Tolume of 3 m3, which will be vried for the disinfectiar, and disinfe.Ftation
Of cotton, wool, cloth, fur, and leather articles and bedding by t~ie steaz-
tir and formalft.-oteam methods.
The ch=ber conniste, of a dam[Jer properp a movsble trolley for
';iualghing the items to ba Vreatedo a drav and cxhaust fen# and a Steam cup-
lily.
The chamber can treat 7-8 acts of clothing or 50 kilograms of items
r I m0d. The chamber can bee Ustd. in nall medical-sanitary eatablieft-
pe
[meats where there Is a ccntral stqply of' stean or t. separate boiler for the'ch=laer.

AGMSSION TIR: AP50U3?3
Orig. art. has: 1 figure..
ASSOCIATION: Tsentrallriyy dezinfektsionnyy institut (Central Disinfection
Institute); TGentrallnolre proye).tno-kowtruktorskoye byuro Ministerstva zdravo-
oPhraneniya SSSR (Central Plann:Lng Design Bureau of the Himistry of Health, SSSR)
SUEHITTED. 21W-Y62 121OL: 00 SUB CODE: IE0 LS
IM REF SOV: 000 OTHER: 000 im

rcul-d Y2:

Die
LljmrrjsWl~,a tza LT,
Pan, 4 oA
1"fvm!r-w-I

UZBEK 3-3 F. Vychii Sovct n rLdno,,-,c rkho:i-iAvii.
The induntrifil ~-c,,:er of' U~ L6.ist,~n; slicrt survey r.1' the ueveloi.emerit ol' Uzbek
ind;.; stry '.-.tf zz re tic , rSsm rk!~nd 19. 7 -21"-; ~ -(rl,`~-147cql )
I.IC4137 UgA5 19 "-- -e
1. Ubeki--ten - 1:i us

JUA S.S.A.
Uzbek S.S.R. L-4s) st-aL-It'-311 etz- Lifts c~n Lhe nwal -vau-r Supply I.. "Oviet.
Socialist RepubliG as of Januarf is%, 193J.
1. Water - La,4s and le.-Ilisl-Atic)n - U%baki3t-.a. B. Water-suppl,,, - U bekisLarl.

d t.'-
`h~V "'d It-
u 'u ~69
dl A -k
~k., kJ A. KkStN glu~;~ ww froc-
cottot, (varicty 10134) con. B. qj=w-
.h~r
t ILO ',

UZBEF, V., prof .
; --l
aneuryaT: '-n the cavernous sin-as. YJ~frurgi.,.a
AL.
17 no.4-z155-158
1. Tz na fleditsIrkskata akRdemji6L-
Erfur-~.

Ussi / Pharmacology,' Toxicology. Cardiovascular Agents U-6
Abs Jour : Referat Zh.-Biol., No 1, 1958, 3493
Author : Uzbekov, A.A.
Inst :Not given
Title iThe Activating Effect of Hydrogen Sulfide on Enzymes
Which are Blocked
Orig Pub :Farmaool. i toksikologiya, 1956(1957), prilozh. Sb.
ref., 53-54.
Abstract 3 A cadmium chloride perfusion solution, in a concentration
of 1X 1074 &/M1, stopped an isolated frog heart. When
1-2 mg/1 of hydrogen sulfide were added to the perfusate,
the heart beat was restored. Dogs were given a lethal
dose of cadmium chloride (2-5 ml of a 1% solution.).
An intravenous administration of 2-10 ml of a physiologic
solution saturated with H 2S (10-50 mg/1) restored cardiac con-
Card 1/1 tractions.

UZBIKOT. A.A.
Activating effect of sulfur on enzymes during blocking. Form.1
take. 19 supplement:53-54 156. (MM 10:7)
1. Kafedra noramlluoy fisiologil (xav. - pref. G.Ta. Khvoles)
Karagondinskogo gosuderstyannogo seditsinskoge institute.
(INZYMS,
reactivation by sulfhydryl cpds. (Rua))
(SULPHYMTL. effects.
ensyme reactivation (Rum))

E
C Kc J I A 9
USSR/Huran and Anir-al r-hysiology - Genera" Problems, T-1
.L
Abe Jour : Ref Zhur - Biol., No 10, 1958, 4566o
Author : Uz'ockov, A.A., 071yeva, L.B.
Inst
Title Hurioral Blood Factors in Mud Applications.
Orig Pub By'al eknVerim. Uol. i meditsiny, 1956, 42, No 10, 44-47
Abstract As Lake Karasor (Karaganda) muel was applied to the abdomen,
back or paws o-C 45 dogs, some substances app;_~ared in their
blood which had positive inotropic effects upon heart spe-
cimens and which produced enntractions in rauscles c,f lee-
ches in 70 percent of the cases. As the blood of animals,
which were subjected to mud applications, was injected
into the vascular channel or into the isolated carodital
sinus of the dog-receipients, their respiration became
deeper, arterial blood pressure increased, and the spleen
contracted. Blood activity was at its higJiest 30 rdnutes
after applications were begun. The above effects are
Card V2

M
USSR/Himan and Animal P~ysijlogy - deneral Problems. T-1
fibs Jour : Rf Viur - Biol., No 10, 1958, 4566o
ascribed to the increase of acetylcholine and sympathi-
cotropic substances in the blood. -- K.D. Gruzdev
Card 2/2

L~ M.", a 1 a -,, "
SC4 (!Ins) -- on the phyGiolor-Ir" M. 1 a ~j
, M , CV, J.- ;~.. :17-5t,~r -., .1 1, ~
of the riechanlam of Lliq of fact of thel-fir-1.1tic rrlllol~ on blood clivall-It'lon ". Al. T; -I,. -
Ata, 1958. 2? pp (Kaza'& StaLe kP,(l Inst), 700 CoPlaB (KL, No .5, 1959, 155)

UZ8.9MV . A. ~. ,
'ReAction of the cardiovascular systcm, following ronirrnl of thp allrer-n&l
.V~ ~-- A
OWNW-11 I I medulla. Vrach.delo no.60~1-61~3 je 158 -~MTRA 11:V
,andinak,)go rieditcinskngo
1. Kafedra normal'noy fiziologii Karag
instituta.
(CARD IOVASCUII.Ak ~~JYISTI;X)
f,P)MMAL GIANDS)

UZEEKOV, Anver Arlanovich for Docivrvf Yedtvid- Scienemp- on the basis
z
of diosertation defended 17 Feb 59 CPuncil of 41M KaAakh Mate
Mediq%L Inot&*"ep entitleds "'Data ~r7hyeiologi~al Analysis of the
Mechan'~IfAof Action of Mid on the Elood -Circulation Systems"
(Edvisso USSRv 2-619 210)
,O)j
IK

UZBKKOV, A.,A.-. -
Significance of tht- terrperature factor in the mction of L-.UJ batha.
Trudy Inst. kraev.pat. AN TAzakh. SSR 7:82-86 '59. (MIRA 13:3)
(BLTHS, MDOR AND IM)

UZBIKOV, A.A.
Influence of mad batba on tho circulatory organs
hypertension. Trudy Inst. kraev.pat. AN Kazakh.
(BATHS. MOR AND MUD) (BLOCD--CIRCULA.TIOII)
in experimontal
SSR 7:89-95 159.
(MIRA 13:3)
(RUKRUNSION)

~ZBB!S~Vj _A.4.,, (Karaaanda)
Reactivity of the Circulatory organB in dis6rdern of the acetyl-
choline synthenia. Arkh.pa~. 21 no.10:45-49 159. 04IRA 14:8)
1. Is Icafodry normallnoy fiziologii Karagandinakogo meditainokogo
instituta.
(CARDIOVASCULAR SYSTLE) (CHOLINE) (PANCRUS)

WDEKOV, A. A.
"Wirlmng der Moorprozeduren auf daz zentrale Nerveasystem."
report submitted for the 7th Intl. Cong. of Moorland Research Fraakskavy Lagne/
FranzenBbad-Prague, 15-19 SeP 60.

-UZMKOVl A.A.; YASNYUK, A.D.
Effect of the removal of the greater part cf the pancreas or the
ligation ot itd ducts on -.he bioelectrical potentials of the
muscles. Izv. AN Kazakh, SSR, Ser. med. i fiziol. no. 2:79-84
160, (MIRA 13:10)
(PANCPYAS) (MUSCLES) (EMCTROPHYSIOLOGY)

KHVOLES,t G.Ya.; UZOPKI)Vp A.A.
Investigation of alectri-cal processes of the cortex and subcortical
centers'during mud applicAtions. Vop, kur.9 fizioter. i lech. fiz.
kullt. 25 no* 6481-485 N-D .160. (MIRA 14:2)
1, Iz kafedry normallnoy hziologii (zav. - prof. G.Ya. Khvoles)
Karagandinskogo moditsinskogo instituta (dir. - dots.P.M. Pospelov).
(ELF,cTRoPHysioLor*) (BRAIN) (BATHS, MOOR AIM MUD)

KRUZE, V.V.; UZBEKOVY A.A.
Study of the active components of therapeutic mud. 'Vopo lalrep
fizioter. i lech. fiz. kullt. 26 no.5:396-399 S-0 161.
(Mia 14, 11)
1. Iz kafedr obshchey khimii (zav. V.V.Kruzo) i normallnoy fiziologii
(zav. dotsent A.A.Uzbekov) Karagandinskogo meditsiriBItogo instituta
(dir. - dotsent P.M.Pospelov). .
(BATHS, MOOR AND MUD)

U-ZBEKOV, A.A.; YASNYUK, A.D.
------
Cbanges in the electrical activity of the brain as a result of
-a partial resection of the pancreas. Fiziol.zhir. 47 no.):382-387
Mr '61. (MIRA 14:5)
1. From the Normal Physiology Chair, Medical Institute, Karaganda.
(PANCRFAS) (ELECTROENGEPHALOGRAPHY)

SAMOXHINAp A.A,; UZEEKOV,, A.A.
Participation of bmaoral factors in the tranxmiesion of
electrotonic effects of the diencephalon on the eardio-
vascular system. Izv. AN Kazakh. SSR. Ser. mad. nauk no.3:
1o-16 163. (MIRA 17:1)

KASM40VAt Kh.A.; BEKMISHEVp N.D,; -UZBEKOVA, B.R*-.-- ~
Antibrucenosia vaccination of subjects with positiva immunological
reactions. Zhur. mikrobiole epido I immun, 31 no. 403-58 AP 060.
(MM 1311O)
lo Iz Instituta, krayevoy patologii AN Kazakhakoy SSR i Sredneasiat-
skogo protivochi-ogo instituta.
(BRUCELLOSIS)

UZBEKCVA, BRj-_ALIIWODZHAYLT, A.A.; SOSMOVA, A.N.; LOPATMIDIA, L.G.
Bacteriological characteristics of Brucella cultures taken from
people in Akmolinsk P--ovince. Zdrav. Kazakh. 21 no.8:59-62 161.
(MIJU 14:9)
1. Iz Sredne-Aziatskogo r"otivochumnogo inatituta (dircktor -
kand.med.nauk M.K.Tleugatylov).
(AKKOFLINSK PROVINCE-BOCELIA)

UZBEKOVA, B.R.; SHMUTER, M.F.; ABDULLINA, G.A.
Simultaneous vaccination bv the epicutaneous method against
plague, brucellosis and tularemia. Zdrav.Kazakh. 22 no.7:63-
68 162. (MIRA 16:1)
1. Iz Sredne-Aziatakogo protivochumnogo instituta Ministerstra
zdravookhraneniya SSSR,,
(FIAGUE-FREVENTIVE INOCULATION)
(BRUCELLOSIS-PREVENTIVE INOCULATION)
(TULAREMIA-PREVENTIVE INOCULATION)

0 0 0
L f. L _j ..f,_ L_ jqF R I I V I_- A L_.L AA Its j t it
00
The action of iodine sets an the supply of vitamin L
in the organism, G. A. Vilckc-''kh. It'd 1,
.S R . , 13, 14ji, C 4
Aflev fit.. it K I 'I
.4 1 act,. .1. 1"
tht.
wkd
1111 !114 WIN'd liar 4-mv-11
1,11t, lit-11.1111 V ..#I tic t1,-%, I"I'llivial tit it Isyl.,
4111fil3i; tit 411,1'.111 of %V1111111%,
00 --th Ill- 1,11"t I' "IKK-11-1.
zoo
J 00
-coo
oo 21 0 0
* 40# -00
00 a ZOO
00
00
Ue*
40 0
At %mew 0 1 1
0U rl v Mv M I ta
0 e 0 o 0 o 0 a 0 a 0 0 Ile 0
60000 00 go egoIS 0 00 0 0 0 0 of

A 11 C 0 P 11 A L A 9 0 Pr, I I I W WX I V CM a 11 32 31 Id x 31 v X W a 41 a a 40 45
001 W7 A 9 0 L . A . I L I L (m
..0 M Little 11MUTTIN 0 F.
"o 41" "
.ors S 409
for

o0--
0

003 go

0032 00
go
0011
'
l' `IV ROM-)
nifi
l
v
I

son -
I
l
"I) P
I
f"Imin) jpUjwvq-ttO-AjJ
) utipgut 04111 Aq tqv2T PAMPAJ N Pin""
1
) Poo
.
F
mm JVVV" PO'lq 3`11 '100"m 10
-J POO
go. N IrnM
I
q aq 1 10 103w" a '831117A
111JI,W . OwAll JqI -14"
-
1
00- 1
p4i,3^61
lr&llxm aql ~Iqr-op 01 Ia%saS34" WSIfNA simu
uj aql pug mpg" pnulq aql vi mem"XII 116!1-111
)
mi
00. 1011A N p
!
i
v *W)p 111fuII AsALmwJ jqt r ILww4j atil jolp %Asp AAJ.4
f 1-1 na-vorl J41
0
-vid mming linjumpol" p
I'm4mol tr!ij- in vomp4lq Ju-q-tm 'I IOpel jimpy
1 10*4 ILI Cll *9 'S '3) PPA
wily -Aulwf4v":~ *Npq"p pooo"mwbro 01 J"u
POO P"n No 0 0:1284110 VON
v
es
aw
am p P"M" se
p
W WPM 10 OCKPI 9qL
Dime FMPI"i Sell PWV JWN vp

go
of- fee
roe
_
-
W 61 ft 11
4 A W
1 Ir
7 a I
7
,
,
0
,
see 0 go goo
0 0 9 0 0 0 0 0 0 0
0
0

a Ell 0 0 0
a it .4*p *!
09 000 0 0 0 0
-4 _J1 10 IL 11 11 it
00 1!, Alw~_Jmv "vels AC All IX X_
ig 60 TWIMAIS C 04%84 Of tfgfk A" cbmk
ousam. 0. A. Usbelcov. XhirprItyu 19W. No, 4. 214 so
11 IF
it --jail (no nliagave) V. be. 4"" that
so 4h, INSUAll vwmd tissw has a low wittutein C cvxltrlll.
'p'T"J artwit the dirt is poor im.thl- Vitamin. In the -00
ptneat conummaimiess pig. have dwmms-
Is 0 omc"l thist slits bbmd X==,= is ZZ with .00
toIll 4 ~os
so f laftemmawboat
%I* Witsaft com"Eat kupad 4000 of .00
fed sby timm, bat in slowly boom
ift 0 '1 1.- oil ills
throembutickvTf Thelcmammotsem.0wa7 " 1-- 400
sea 6AIVIV. This Wbtm- a I" atl4tame 16flal"S its -0
~%xmsd dav 9. the t-toat"t 6rThatigm. It to f-
that its this corulmon the ability to( the Omuc tt, e
4-insilair ths. vitamulm isdevroramd at Im. sidpourritru-
IAtHk" cut. off its supply vvm further. ldtkw*tmwnv,A
vitansill C tho --arien of The darmwed milml 1. IN't ZOO
so
q INWAble. 11m, - of to tin tow amirtmorttic will ~ -
Ivnt, %4 wvU as to both the toducvd atut enliflant frarilcm,
J1 F"Tther emns. an in Prill. C. A. Shapica F go*
Ii1i zoo
4 See
All too
IL I LA* too
it A SIT& VIGICAL LITM meff C
SWK0100i
ties
1646"~ " -0.,Qc wee,
U iii ~ -i r U-6--~---4-7
I T
.09040towleg waste stuarn of a I Olt A 1W it *,
0 sees
0
_0 e

Tj o- k ov G. or
nc-pl.0ic 't,;;rri Tr
ftir:ctioninf7 t .-?-T--'tCJ-"!
viV, p. 43-1514 21 itt.-9
(Letolds 1~11,jrvial In-kh lic. l-"
So: U-1~66, 15 1-2rch 51, .1

100*
0

0 VII U&IN *bon ped"Wadd-I $I CA a 0
0

:
0".
00 .0a
,!Dt .41 L S 00"0f

00 - --- ___ I
L

Ma 7vw
ago

go:! roe
0o=
0e.
.
t i3opq 14st jaAq ltq"l jqi a! S u!ji(u4 pue
'
l
00. SOMSITrInI
jAjj%Ajj)jn4 .1111 99 Suflaafn v Ill )in*
,uv AK4411,11,11 PJLVPIW 1"'PI aqj tnvgv-~Lsap v ut
.11
K%tl
00
1
1
I
'111"s mir Iluswrood qa *OquOultv Oda)% :dnsn 441 M
x
t
sa
HE
tKy!Iji~11A 511 %u"JO Ituialu! 3qj tq ptm I
"q NI
q
".
-u!uj!p 3wluw I" olqjm~v aq
L sj%mutrpA~:) 3!sn)
.
U! slinsai J-21/-Ium p) 9j lo s3id rvatrJ altq "v3afu!
I
f
00
rl &(PWPfqOV
~twqurjwpts Apriv jqj.-
. jZt
'
mod-
IJO !
1
410
gangly$ JUMV0 al spt
I
R :1
-jjnp puy pj3p D!qjo"v j9 juspv3 otp uo pom pa I"jM

00

k N #
AALO *.to not ffst nit U*
0 0 0 41 0 4 000
0 % 10, 0" 1 no "o 110
40 01 0
-
-
~~6"90*0*0
0t004 00
-~---g 0 g-A to

Kilect at al.-Mble acid *n the gamma Inflaboll .46m of the
anintal brain C. %l"I. lust.. sI4vrs4WAI
thokkow~0.1 to, )III mininio It.. It,, aml RkN~
link =; 17411 "St"I the 11111101,4114V III COIN111YOrAlt OMI ffa.
melssimAism of the animml t-cahs Immaho alKjut h
kmord cartmillyttutediet ( 1'rovdy.%vvojW'jkoCo 312-4.9"Z
3. 115(1919)). When the dog is mut.l. with awtxhir acj&
(I), by dAilY subt-utanews Injection of :141 Ing. lfkg.. the (I
mulent IncirAws in the arterial ljkmxl anil dmraws in thr
vetRout blood. The ccwff. td 0 utibratkpn In the twain ri*"
f"mv, 29 111 ALI~,. The hn"I,"n conletif of chq IJ...t
ilivivasVII from 1:1.11 to The nmi. of I limilik-til l,v
Itle 14 'SpIM141111V i1164111141rus (I'l IfIr 111,1%
lhel.limbim jm%v~%, It Pfir.ilrv

UZBBKOV, G.A.
Determinntion of amino nitrogen in proteins nnd amino Pcids b7
a colorimetric ninhydrin method. Vop.med.khim. 4 no.1:69-76
J-ft-7 ' 5 8 (MIRA 11:5)
1. Kafedra biologicheskoy khimii Ryazanskogo meditsinskogo
instituta imeni I.P. Pavlova.
(NITROGEN, determination
amino nitrogen in proteins & amino acids, colorimetric
method (Rua))
(PROTEINS,
amino nitrogen content, detarm. by colorimetric method
(Rua))
(AMINO ACIDS,
amino nitrogen content, determ. by colorimetric method
(Rug))

UZBEKOV, G.A.
Role of ascorbic acid and cysteine in disintoxication of the
organism in lead. poisoning. Vop.med.khim. 6 no.2:183-187 Mr-Ap
160. (MM 14..5)
1. Chair of Biochemistry, the "I.P.Pavlov" Medical Inst~tute,
Riazan. -
(ASCORBIC ACID) (CYSTEIDE) (IZAD POISONING)

UZBEKOV. G.A.
Chemical and phyoicochemical basis of the transparency and
opacity of the optic &.pparatug of the eye. Vop. med. khim.
7 no.2:190-196 Mr-AP-161. (MIRA 14:6)
1. Chair of Biochemistr the I.P.Pavlov Medical Institute., Ryazan.
fky~)

UZBEKOV, G.A.
Disorders in the structure arul function of tiseue 1froteim
in the aging of organisms and methods for their restoration
by chemical means.Trudy MOIP.Otd.biol. 6:100~-106162.
(MRA 16-7)
1. State Medical Institute named I.P.Pavlov, Chair of Bio-
chemistry) Ryasan'.
(PROTEINS IN THE L--.-" (AGING)

U7BI;lKc,v) 1110-1~
cha:,;,c, ;-.1 bicehe,,J,~&l In ~ra r- ; 1 - ' ,
, - 4 - - I- 1. 1
trudy Riaz. med. inst, . ---, --)~;
1. Kafeara blologicheskoy khimii (za,.. knfedroy .-
G.t!,Uzbo)kov' Ryazzanskogo ry--dll~-Anskogo institzu.1 imeal
rq"rlo-,h.

00
904
008
00
00,3
;0p
0*
:00
56
:oo
800, POWDER 9UARTZ.-A;I, 11hilla% X R. Usbekqv. X. P. lChatevs. and A. V.
Sftrtftyu (BoU. Airce Ural ladual"ej - No. 2, ION). - "V9 4"ts of "
Ind.,
TbemategiaJilij t
to have originated in the weatbering ofsUkAW limestone, &M occurs asa, vi~ r-9!
Jones powder. A typkAl sicusple contained 91% of graLus less than 0,M was.
(apprm. B.S. M nx%h) mul only 7w coarser than 94 mm. (M me*. B.3.). The
material is 141ttly contAUdUttad Wiiesn Rrgiltlcews Impurity bet may be dained
air sepuatwo to give 97% Si0j. The bog samplescoutalsecl Was them 0.2%
V
.A. mid tba, jkvcmp Fv,04 content tbroogbout the deposits Is below 11~, Irkh
am clextibed in which this powder q%uU was used in tus meaufacture ad sodiass
ducate. porcelain. awl acid-1poof commL Costs an ndv"d by AA eliminatka al
Fielding.
j4JALLW4K&L 1.111VAU01 CkAISAFKATM
is AT 00 a L -0 - -
*'*'W low 18;114
0 0 0 *so* * 0
0 0 o o 0 0 0 a 0 e 0 0 0 a 0 0 0 CIO 0 0 0 0 0 *4 a 0 a 0 0 0 0 4,

00 A
00
00
00
00
so W1
0 1
004
004
00
GOIN

a 31 31 IS ld Is 10 M 2
k
, I
1 '
I
A
A
.
.
i"
VWf%S#S AS1a F*9WvRf1t* 6.D4 I -

"
2UVA %~rwdW*djWWM
n
60
n
di" fil"S. M. Kirao No. 1;-ar,
T, Y U
--TU deposit isitualdbt2i im. Wuth o((hr
(1=) .
.
icityal Alpas"Llo the Ursh. Ustasivskvisouthege. .00
wtrvpby, and genesis of the powdered quarts.,
i
d b
b
d

cra"Ac ax.
ge
y m
t
e ju
1 t Thquarts am
w conlain, at kaso a6%'
-
amla
=2.M%. White vvictin
oxides at Te = =
contain 0.08 to 0.501; FtA. Arellaceous vuidk,% em-. .00
talc 5 tb 1017, alumina. whereas pure wallet" contain nct
el I -
h as 217
;IX" onl
a few Cap" 84 hi
0,AICS of
o
-00
v
..
iv
y
g
Ca awl MS in all varietki am 0.3 to 1.07c. The amount
d
I
4
i
k 80*
~
not
it
n (
mpure types an
of allics was not. below 82.
8%
less than 97% (in soft Up to W.2'1'v) Its the- pure
-00
4n@

ISO
Poo
as*

860-
041ALLURSKAL LITINAIMS CLASIWICAYXMI
U Is A, III;
*10 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 e 0 0
0 0 Ole 0 0 0 * 0 0 0 0 0 * 0 W 0 0
it low do" &"V
4111j, CK 4--
a
0 0 0 0 0 0 0 6 0 0 0 0 0 0 0 0 0 0
-0 0 0-0 46 0 0 0 0 0 0 0 0 0 * 0 0 0
--Of
400

U -~L V
127-58-6-2/25
AUTHORS: Uzbekov, Y,R. and Magomedov, S.G., Geoloeists
TITLE: The AtanGor Iron Ore Deposits in Razakhstan (Atansorskoye
Zhaltzorudnopa me:3torozhdeniye v Kazakhstane)
PERIODICAL: Gornyy Zhurnal, 1958, Nr 6, pp 5-9 (USSR)
ABSTRACT: The Atanscr ore deposits are situated on the south-western
shore of Lake Atansor, in the Kokchetay Oblast' of Ka-
zakhstan. The deposits were discovered in 1932, but were
not fully explored until 1953, when magnetometric pro-
specting showed their importance. The ore bodies are formed
by layers of magnetites, garnet-magnetites and amphbolic-
magnetite scurns, the contents of iron reaching in some
places 53-3%. Many other ore-deposits are known in this
region, and many magnetic anomalies observed here permit the
estimation of the available deposits of the Stepnyaksko-
Atansor area to be 500-600 million tons. In future the
Atansor region could serve as a second ore base for the
Karagandinskiy metullurgicheakiy zavod (Karaganda Metal-
lurgical Plant).
Card 112 There is 1 map and 2 graphs.

The Atansor Iron Ore Devosits in KUzakhotan - '7 - - 7 , - ;~'- / -, :~
ASSOCIATION: Tuentrallno-Kazakhatanskoye geolnticheok,),vt~ w,r,!v1eYjij0
(The Central Kuzakhotan Gv)!,-g 7. !.
AVAILABLE: Library of Congresu
Card 212 1. Magnetites 2. Magnetometers 3. Iron 4. Geology

BCWTOV, G.P.; VOGMAJI, D.A.; NOVOKHAT.SKIT. 1.F.; VERK, D.L.; M'UGATKV,
I.V,; KAVO, V.M.; XUIUMO, A.A.: UMMOV, M.R.; ARSHN17-ET,
5.7a.; TEGORKIN, A.N.;XCRWOV, P.P.; XMIMIN, V.H.; STMTS.
B.A.; PATKOVSKIT, A.B.; BOLESLAVSXATA, B.M.; UMMOH, D.B.;
FINK&'SHTM. A.S.; SRAPIRO. I,S.; LAPIN, LdTu,o Prinimali
uchastiye: MSEATA, G.I.; FEDOSLYM, V.A.; KASPILOVSKIT, Ys.B..
MMNOVA, K.V.. BARDIN, I.P., akademik, otv.red.; SATPAUV, K.I..
akademik, nauchnyy red.; SMUMILIN, akademik, nauchnyy red.;
ANTIPOV, M.I., nauchnyy red.; BILTARCHIKOV, K.P., nauchnyy red.;
TXROFMV, B.H., nauchnyy red.; KALGANOV. M.I., nauchnyy red.;
SANARIN, A.M., nauchnyy red.; SrAMTUE, Me., nauchnyy red.;
IMZBNIKOV, T.B., nauchnyy red.; SMTS, N.A.v nauchnyy red.;
BANKVITM, A.L., red.izd-va; POLTAKOVA, T.V.. takhn.red.
[Iron ore deposits in central Kazakhstan and ways for their
utilization] Zhelazorudnye mestorozhdeniia TSentrallnogo Kazakh-
stana i puti ikh ispollzovaniia. Otvetstvennyi red. I.P.Bardin.
Moskva, 1960. 556 p. (MIRA 13:4)
1. Akademiya nauk SESR. Nezhduvedomstvennaya postoyannaya
komissiya po 2helezu. 2. Gosudarstvennyy institut po proyektirovaniyu
gornykh predpriyatiy zhelazomdnoy i wrgantsovoy promyshlennosti i
promyshlannosti nemetallicheakikh iskopayemykh (Giproruda) (for
Boldyrev, Vogman, ArBenlyev, Tegorkin, Koreakov, Kuzlnin, Streleta,
(Continued on next card)

BOLDYRIV. G.P.--(continued). Card 2.
3. Institut geologiche6kikh nauk AN Kazakhakoy SO (for liovokhatakiy).
4. TSentrallno-Kazakhotanskoye geologichoskoye upravleniye Ministerst-
va geologii i okhrany nedr SSSR (for Verk, Dyugayev, Kavun, Kurenko,
Uzbekov). 5. Ilauchno-isaledovatellskiy institut meldianichenkoy ob-
rabotki poleznykh iskppayemykh (Miklwnobr) (for Patkovskiy). 6. Goeu-
darstvannyy tnatitut proyektirovaniya metallurg.zavodov (Gipromez) (for
Boloolavskaya, Indenbom, Finkellahteyn, llevsknya. Fedoseyev, Karpl-
lovskiy). 7. Hezhduvefloms%vennaya postoyanuoya koirdasiya po zhelezu
AN SSSR (for Shapiro, Zernova'IKalganov). 8. Goaplan SSSR (for Lap~n).
(Kazakhstan--Iron ores)

UZBXOV, N.
-
After the contest. Obshchestv.pit. no.10:30 '59. (YI-RA 13:4)
(Ghelyabinjik Province--:Aestaurants, lunchrooms, etc.)

TJZBEKOV, N.
Twelve factory lunchrooms work with semiprocei3bed food. Otahehestv.
pit. no. 3t29 Mr 161, (MIRA 14:4)
1. Starshiy inzhoner-teklmolog upravleniya raboebego snabzheniya
sovnarkhoza,, g. Chelyabinok.
(Chelyabinsk-Reataurants, lunchrooms, ate.)

V.V.
Reflex ln.,,~*,.;., -
50' i~~, .
Piz I-ol cgicLeskiy
undver-sit.pta, Lerdngrv~.

KOVALENKO, V.M.; NIKIMROV, I.N.; Prinimali uchastiye: VORONOVA, M.Ye.;
KORNEYEVA, N.M.; UZBEKOVA A Kh - YI-RHDLAYLVA, L.K.
New gasoline-, oil-, fat.., and water-resistant paint coatings.
Lakokras. mat. i ikh prim. no.5:33-35 163. (MIRA 16:11)

ACC*NR%, AP7000018 (A. N) SOURCE CODE: ~UR/0080/66/039/011/2521/2524
AUTHORs Frost# As M,; UsbekoY&p A. Kh.
ORG: none
TITLE: Preparation of coatings by polymerization of carboxyl-group
containing monomers on metal surfaces
SOURCEt Zhurnal prikladnoy khimii, v. 39, no. 11, 1966, 2521-2524
TOPIC TAGS: pim%t~r_ coating, carboxylated monomer, monobutyl
maleate, neutral ferric maleatep polymerization
ABSTRACT: A study has been made of the preparation or coatings by the
polymerization of monobutyl maleate (MBM) on steel a ,urfacea. Prelimi
nary experiments showed: 1) that stoichiometric amounto of MBM and
r,'educed iron powder react to form netural ferric maleate; and 2) that
the ferric maleate polymerizes in MBM solutions in the presence of 1%
~urzoyl peroxide. The coatings were -prepared by the polymerization of*
MBM on sandblasted, xylene-degressed ateel surfaces in two steps,
first for 2 hr at 60C and then for 2-4 hr at 110C. This stepwise
temperature increase pr oved to be necessary to prevent decomposition
of the MBM and to produce strong films. Homogeneous coatings were
prepared by spraying MBM on the steel surfaces, The coatings were
Card UDC! 542.951,7+66.095.263

--Act NR3___
P7000018
hard, elastic and firmly adherent to the metal surface. Colored
coatings were prepared by the addition to MBM of inert acid-resistant
pigments such as titanium oxideq chromium oxide, red ocher, or gas
black (MBM/piguent ration varied from 5/1-t0 1/2). Orig. art. has:
3 figures and 3 tables.
BUD CODE: 119 OT/ SURM DAM 120ct6h/ oRiG REY, oo6/'IOTH RX?t oo6
ATD PRESSs 5107

2/2

... - . .. . - _... - _- ...-( A
ACC NR.. AP?O082?2 SOURCE CO0E;: UR/0080/0/040/001/0160/W64
AUTHOR: Uzbekovap A. Kh.; Frost, A. M.
ORG; none
TITLE: Reaction of n-monobutyl maleate with metallic iron
SOURCE: Zhurnal prikladnoy khimiij, v. 40, no. 1, 196?,, 16o-i64
TOPIC TAGS: iron, maleate, colorimetric analysis
ABSTRACT: It has been shown earlier that in preparing coatings by polymerization of
carboxyl-contain'ing monomers on metal surfaces, the monomer reacts with the metal to
form salts, and the latter then polymerize or copolymerize, the overall rate of the
process and nature of the products formed being dependent on both stages. In the
present article, the process is examined by taking as an examnle the reaction of n-
monobutyl maloate (YIBM) with metallic iron. The composition of the roaction products
was studied at one of the stages of the process by using a modifiod sulfosalicylate
I method of photocolorimetric analysi-s in which the total content of Fe2+ and Fe~+ was
determined from the optical density of Fe2+ and Fe3+ sulfosalicylates in a weakly
ammoniacal medium. MBM vas found to react with metallic iron *to form noutral ferrous
and ferric salts soluble in excess M, and an insoluble basic f err6us salt. It is
concluded that a rapid method of datermining Fa3+ and Fe2+ in a mixture of salts
dissolved in excess MBM has been p-3rfected. Orig. art. has: 2 figures and 5 tables.
'-Card.. /2 uDct 620.ig,?.6

ACC NRS AP7008272
SUB CODE: 07/ SUBM DATE: 06Yar6.j1 ORIG REF: 003
f
I
p -
I ~:~
~k

UZ 66--Kovi9 h

307/16-450.4-12/%7
AVnM. K-Y-... Kh.A.- 011 N.V. 11
s
TITLE, Va- Instion, of P-on With Positive Istainological
Anti.brucel lost i
Pat"17.
PIMIODICALi Zh.M&I Mlk"bto',rj4I I, *V1,1041610411 I txsw&nob1QlojgI1. 1960, Wr 4,
Vic 53 - 58 ("SR)
ABSMCT. The authors carried )vt vaccinations Of Par$*- with positive 1-010-
&Ical rotation& In fcl Of h -", brucolloat#. 7h# vaccin: used
4
P
::
"
.
xrout, Va.c Inalon i,
d
.
4.%0 - 5,CfA still- be t4rW
U
P
fabr".
" Into., 510.
e
":
la) was prepared at the K&.hlnt4* kay; Wc
~
(
h
v
ated persons
coin
o
S
;gcpll& abortus strain I f
plano frm T or, the
contract" or showed my aa4ravatlon of the disease In the low-disto
Pos%vacel"L period or at later date. (7 wanthe to I year later).
Vacc Inatloo of po,rjoij with positive Inummlogical reactions or with
rlom chronic Illnesses caused no severe v4cclnal roactions or aggra.
v

re
v %Iof the Mesa frows which they were suffering. A geror
:
o
l

v,
in 44.6% of the pervona with positive in-nolus &I
: as noted
ttw
tions before vaccination, a local reaction In 57% and swelling of th
:
Card 1/2 regional lywph nodes In Ik,6% of the casts. 3ote 1.30 of the person
AMOCUTICK, gatitut k;~y'-Ioy Plitoloill AN YAzakhokay = (In.tttU" Of Ft.
,

th.l," Of th. AN of th. UAW% MR dn*ulatakly Prot
.
F
instItut L9104 V
IVBGTM, Noveabo, 16. IW
Card 2/2
7-1

UZBEKOVA9 B.R.s- SIIMUT3R* M.F.; BARAKp TS.M.; BOLTUNOVp P.I.
IzXluonce of Preventive inoculations on the incidence of brucellosis
in the Kazakh S.S.R. Zdrav. Kazakh. 21 no. 3:66-70 161.
(MIRA 14:4)
1. Iz Sredne-Asiatskogo protivochumnogo instituta (direktor -
kandidat meditsinskikh nauk M.K. Tleugabylov) i Kazakhskoy
respublikariskoy sanitarrio-epidemiologicheskoy stantsii.
(KAZAKESTAN-BRUCELLOSIS)

SMIRNGVJ S.M.; TLEUGABYLOV, VA.; SHMUTER, 14.F.; UZBEKOVA, B.R.
Epi~4tanaaua limnunization of subjeoto against brucellmiu with
a vaofine from Brucella abortus otrain 19. Zhur.mikrobt-ol epid.
i immm. 32 no.1:51-5,4 Ja 161. (MIRA 1~:6)
1. 1z SredneaziatakogD protivochumnogo inatituta Ministeretva
zdravookhraneniya, SSSA. (BRUCELLOSIS)

SADYXOV, A.S., alcademik; ISKkITDV, A.; UZBHKOVA, D.
New metbod ford etermining gossypol in the various organs of the
cotton plant. DoI-.I.AN U:s.SSR no.3:40-43 159. (MIRA 12t7)
1. Institut kh1mH rastitellnyk'n veshcbestv AN UZSSR. 2. AN
UzSSR (for Sadvkov).
Possywl) (cotton)

ZAYTSEV, V. P.; NIKULIN, A. A.; FOLYAKOVA, N. B.; SUSNINA, I. V.;
TROSHINA, A. Ye.,-. UZBEKOVA, D. G.; USPENSKIY, V. A.
Proper utilization of medicaments is one of the basic conditions
for the further improvement of medical attendance for the popula-
tion. Zdrav. Ros. Feder. 6 no.8:13-17 Ag 162. (MIRA 15:7)
1. Iz Ryazanskogo oblastnogo aptekoupr4vleniya (upravlyayushchiy
V. P. Zayteev) i kafedry farmakologii (zav. - dotsent A. A.
Nikulin) Ryazanskogo meditsinskogo instituts, imeni akademika
I. P. Pavlova.
(DRUGS) (MEDICAL CARE)

UZBFKOVA, D.G.
Influence of glutamic acid and caffeine on the amount of
glutamine, ammonia, and glutamic and adenosinetriphosphoric
acids in the greater hemispheres of the brain. Vop.med.khim.
8 no.1%83--86 Ja-F 162. (MM l5t1l)
1. Kafedra farmakologii Ryazanskogo meditsinskogo instituta imeni
akademika I.F.Pavlova.
(BRAIN) (GLUTANIC ACID-PHYSIOLOGICAL EFFECT)
(CAFFIITE-PHYSIOLOGICAL EFFECT)

KRIVITSKIY. Ya.Ye., kandidat maditsinakikh nauk; UZBIKOVA, T.N. (g.Fergann,
u1. X.Gorlkogo, d.48) 9' - . ~ I - --
late results of suturing cervical tears during labor [with summ z7
in English] Vop.onk. 2 no.3:351-353 156. (MLRA 9:10)
1. Iz rodilinogo doma gaerganv (glaynyy vrach - zael. vrach Uz.SSR
G.S.Makhey)
(IABOR, compl.
cervical lacerations. repair, follow up)
(GIRVIX, UTJIRINI rupture
in labor. repair. follow up)

UZBIIRG, A.I.
Unburned magnesite steel pouring nozzle. Q#neupory 22 no.7:289-
295 '57. (Km lOt8)
1. Zavod "Macnesit."
(Svielting furnaells-Iquipsent and supplies)
(Vaguesite)

his'
loss
r
I
2gli
10
Am; all
all
fill,
ha
j
jail
fit IVE

AUTHOR23:OtW?imovich, B.P. (Engineer), Pribyt-ov, A.fi~--. T
and Rumm, P.A.
TITLE: Testing of Unfired Magne3ite-Cliroakite Roof Brikk~;.
(Is
pytaniye svodovoo-o be:,,obzhigovogo aiagfioz- -i bo~ fix
kirpicha)
PERIODICAL: Stal', 1956, Nr 2, pp.126-130 (USSR)
ABSTRACT: Testing of the behaviotu- of unfired i:iagueg
bricks in roofj Of ODen hQ!1Vt11 and electric i.3
described in som,~~ detail. Unfired bri,-,ks '~.ade
'the same iaate--r~ial as fired bricks. The cost5 of t,.eir
manufacture is l.?-2 times lower than that of th~-'- fdred
bricks. Properties Of the bricks before and after
and the comparison of the final length after service Of
fired and unfired bricIrs are given. On the 1)a.3i.l Of tli~'
results obtained the followin- conclusions were mc--idi~.
1) The character of the wear of unfired bric_',,i3 differb-1-
little from that of fired bricks and takes place by stcady
spalling with the j-jro.-.,,,re3S1n- zonality and al)r),~arancce of
breal-r.ing stres,~es. 2) The rate of wear of unfired bricks
Card 112

Testing of Unfired Yagnesite-Chroinite Ro:)f Bricks.
in the roof of open hearth furnaces is 1-~flo than
that of fired bricks (in roofs of electric farriace.-, about
twice higher). 3) The use of unfired bricks in roofs is
economically expediont except in sectors of maxlnizm wcar
and for suspension. 4) Further improvement in the quality
of unfired bricks is necessary. There aro 3 tables and 3
figures.
ASSOCIATION: Zlatoust Metallurgical Works "Magnezit" works and...ptDogmupor.
(Zlatoustovskiy MetallurgicheskiyPZavod, Zavod "Maenezit"
i Gisogneupor)
AVAILABLE: Library of Congress.
Card 2/2

15 (2)
AUTJ10RSs Uzbergj A. 1,0 Bron, V. jw. 3OV/131-59-10-3/10
TITLE s An Attempt to Produed Metallurgical Powder With Increased
Calcium Oxide Content
PERIODICAL: Ogneupory, 1959, Nr 10, pp 443-448 (USSR)
ABSTRACTt The "Magnezit" WorkFj produced experimental sets of such a
metallurgical powder from dolomitized magnesite of the
Volchlyegorskiy and Gologorskly sections of the Satkinskoye deposit,
which is presently being mined. Table 1 shows the chemical
composition of the raw magnesiteI table 2 the granulation of
dolomitized magnesite after its crushing (Footnote 1),and table 3
the chemical composition of this magnesite in the individual
fractions. Table 4 illustrates the welded fractions as well as
powders of the fraction 10-0 mm. The chemical composition and
granulation of metallurgical powders with increased CaO-content
may be seen from table 5. Table 6 contains the chemical
composition of the metallurgical powder with increased CaO-content
in the individual fractions, The properties of cauatic magnesite
produced by baking raw material with increased CaO-contgnt are
listed in table 7. Table 8 shows the behavior of stored metallur-
Card 1/2 gical powder. Conclusions: The influence exerted by the

An Attempt to Produce Metallurgical Powder With SOV131-59-10-3/10
Increased Calcium Oxide Content
chemical composition of raw magneBite with increased Cao-
content upon the quality of the metallurgical powder was
determined by investigating commercial sets. Good sintering
at regular operation of a rotary furnace is guaranteed by
using raw magnesite with a CaO-content of from 4 to 7~6 and
SiO2 of from 1.5 to 2%. Magnesite powder with increased CaO-
content does not decompose when stored, especially with a
CaO-content of 1e. as a maximum. At a CaO-content of more
than 14% stabilizere are to be added, which needs, ho7ever,
further investigation. By using,magnesites with increased
CaO-content, it will be possible to utilize those magnesites
which are presently being mined. It is considered necessary to
issue specifications for the production of metallurgical
powders with increased CaO-content in order to promote their
production in the "Maguezit" Works. There are 8 tablets and
1 Soviet reference.
ASSOCIATIONs Zavod "Magnezit" ("Kagnezit" Works). Vostochnyy institut
Card 2/2 ogneuporov (Eastern Institute for Refractories)

-;z 7~w ',-VXA1
4d:;

pl. A.-".-,
tj., I i-'-, ru.

;-v j.

Z-1-Z P..3
uz .(I;XA -41 J., J.~ .,i4
(XU dC4 .,;I jr.) 9- 1..
jq.3
..jj_P%A2
R4 I ;-U) -T;: ... q.-.,4_, 'A IT
1-.KTj 0 *1 L 1.XU .... 12 '-ptp
I.W4x-m -2 -S J.r..
tioi .44 'Na"IL -1 016
P, _;Q110 V_ 1 411 J~ V-"a J.
jrdd 1--d -qZ 'V-l"TP-; -A-
~
.. 4. J. u."J.. fto. q% I tq~j .1
Tsa -44 -1 1:
pu. 4twit.2.4 zQ v*tj..2R_ P" .4TV I.-Ti %.I*TNISVT
(ussa) Ogg-CGS In All '616t 't-oda-VO 111TOIC01124
.6-1u.0 PT%O
~1*1%3 F"v"vuz Uv 4". jo .011 r1zT&

15(2) S/131/60/000/01/014/017
ATJTHOS# Kotik, P. L.0, Uzberff, A. I., BO15/B0O1
D'yachkov, P.
TITLEs Inter-works Couree6for the Production and Use of Refractory
Magnesite-chromite Crown Bricks
PERIODICALs Ogneupory, 1960, Sr 1, PP 44 - 46 (USSR)
ABSTR&CTt In this paper, the authors describe the course which was
arranged by the Gosudarstvennyy nauchno-tekhnicheskiy komi-
tet Soveta Ministrov RSFSR (State Committee of Science and
Technology of the Cabinet Council of the RSFSR).25 engineer3
and teohnicians of metallurgical factories and of factories
of refractories took part in this course. The work was carried
out at factories of refractories and at eight metallurgical
factories. The following lectures were delivereds Professor
Semikin and Profeesor Frenkell - On the wear of refractory
bricks in the crowns of Martin furnaces, and on the ways of
increasing the crown stability; Docent Lyudvinskiy - On the
briquetting and use of refractory spinef--pr-o-E-ots; Docent
Tovarov - On the working conditions of milling aggregates in
Card 1/2 factories of refractoriee. On behalf of the participants of

Inter-works Course for the Production and Use of S1131V60100010110141017
Refractory Magnesite-chromite Crown Bricks B015/B001
the course, Engineer Orlov reported on the experience of the
Zaporozhakiy zavod (Zaporo Wye Factory in the operation of
hydraulic presses, and Engineer Kotik on the burning of
difficultly sintering dolomites fi-r-o-lary kilns. Table 1
shows the average stability of the crowns of Martin furnacesp
table 2 the physico-chemical properties of the crown pro-
ducts produced in 1958. The participants of the course offered
proposals for improving the quality of crown products. It was
recommended to replace the outdated equipment of the
factories by a modern one. The development of the production
of periclase spinellide products for crowns of Martin fur-
naces and converters was considered necessary. The results
of this course and the exchange of experience proved valuable.
There are 2 tables.
ASSOCIATIONs Nikitovskiy dolomitnyy kombinat (Nikitovka Dolomite Kombinat).
Zavod "Magnazit" (Factory !M~~ ~ Vostochnyy institut
ogneuporov (Eastern Institute of Refractories)
Card 2/2

BRON, V. A.; UZBERG, A. I.; DIYACHKOV, P. N.; KUZNETSOV, Tu. A.
Use of caustic magneidta dust for the production of netal-
lurgical powder.-Trudy Vost. inst. ogmeup. no.2:6-25 '60.
(MM 16:1)
(Refractory materials) (Fly ash)

DIYACHKOV, P.N.; IMBIRG, A.I.; CHXIMV, F.V.
Recovering the caustic maguesite dust b7 means of granulation.
Ogneppory 25 no.8:345-352 46C& (MIRA 13:9)
1. VostochVy institut ogenporov (for Dlyachkov). 2. Zavod "14agnezitl
(for Uzberg, Cherepov).
(Magnesite) (ore dressing) -

SIMONOV, K.T.; UZBI , A. I.-, VATNSHMN. O.Ta.
for a successful realization of the resolutionm of the
July Plenum of the Central Committee nf the CPSUo
Ogneupor7 25 no*9:389-397 160. 041" 13:8)
1. Tostochn" institut ognsuporoy (for Sizonov). 2. Zavod
"Magnesit" (for Usberg). 3. Chelyabinskiy astallurgichemkV
savod (for Vaynshteyn).
(Dolomite)

BRON, V.A.; SIMONOV, K.V.,- CB1KUROV, I.F.L~~
Xagnesite brick with a spinel bond for the valls of high
capacity electric arc furnaces. Ogneupory 27 no.8:345-350
162. (MIRA 15:9)
1. Vostochnyy institut ogneuporov (for Bron, Simonov). 2. Zavod
"Mapezit* (for dhikarov, Uzberg).
(Firebrick)

VYDRINA, Zh.A.; PANARDI, A.P.; G I ; Prinimali uchastlye:
VVR A. 11.
KCZHBWUY
BAFWlOVA, N. ff. e. KUKUSHKINA, A.P.;
e"
SAGATULDIA, Ye. A.
Testing periclase-aptml firebricks in open-hearth furnace
crowns. Ogneupory 28 no.,:206-212 163. (MIRA 16:6)
.5
1. Nizhne-Ta illskiy mebillurgicheakiy kombinat im. V.I. Imnina
(for Vydrina5. 2. Zavod Wagnezit" (for Panarin, Uzberg).
(Firebr,ick-Testing)
(Open-hearth :l'urnaces-Design and construction)

UZBERG, A.I.; BUGAYEV, N.F.
Mag.,esite-chromite stopper nozzles for the vacuum treatment of
steel in the ladle. Ogneupory 30 no.12:1-7 165. (AURA 18:12)
1. Vostochnyy institut ogneuporov (for Uzberg). 2. Zavod
"Magnezit" (for Bugayev).

PILIPENKO; M.S.1 ZAMYA71N, B.R.1 UZBERGj V.Pol MOROKOV, PA.; SMHANOVA, Z.V.j
DEMMA, A. P.
Production and use of ladle brick. Ogneupor7 29 no.12t529-534 164.
(MIRA 18i1)
1. Kuwataidy metallurgicheakiy kmbinat.

rr'.5:23-27 165,
1. Kuzn0Z!-jy

J71. Vidata& A. 1, pen caus it Antsalcople twa-
layereCiEgm &j`tmnSTO!rS?e .9 (in lltumian), liqhc
SWm4k, A k44. Nauk ESSU 15, 35-42,1053.
A prvWmi of rin butrollic two-layard cylindnr hms litim &Aved
hy N. 1. NfuAlleR.Alivill, 19-13; rind a ii"Intioll for it SimIlle Itn1wl.
trnpic Clive was obtrilmd. by S. a. IAllnit~M1, 19.-A). In 0.19
paprr, a proUem of& hollow cylinder, con~i-ting of two rl;tEdi,.Plly
diffictnt ronentitrio Layer-, is mlved for wwrill dt4otrwitionn. ur,der
"I"Imption fliat the layere nre boundul rigidly one to arotber.
Tim nwditml of the roltition cowshtq of eTlimming Ntrt;t~;(,j ns R
corinlAtintion of pri-mem nf r rind triginsomptric Nrictimin of 0;
r, 6 n m I 13t. Coardir.-Mcr.
The followhq cont Inniomi havi, 1wen rearhed: (1) If olm ~ Wn,
I, hm! a~,,, - 1, 2 air rh~U,! constatif i of tht- ext,rwil ;v-
trm,,l rcrlwlively, thcm, (lie mtrp!~~ri nre finite,
tl!p%, ind,fillit"ly ill 11w of the "xii of the
rylird, rj - all,, Own ' lnuot;-,
v~,Wbit di.--mlijittily va 11w-itintwe ormlih(A.
A r(W nuirwrii'lil vi."Ijlph'~t for the iipecific 1,1011c's of the plastip.
r"ll.&IIIN 11,1.4trati! th, MAILS.
It. M, Eviin-1wanowsM, U.3,kj

SO V/1 24 -58-5-57~ 3
Translation from: Relerativnyy zhurnal, Mekhai-ika, 1958, Nr -5, !-;'USSR)
AUTHOR: Uzdalev, A. 1.
TITLE: A Problem on the Nonl inearly-- elastic Flexure of a Rectangular
Strip (Zadacha o nelineyno-uprugom izgibe pryamougol'noy
polosy)
PERIODICAL: Sb. nauchr.. 5oobshch. Saratovsk. avtomob. -dor. in-t,
1957, Nr 7, pp 11' - i I
ABSTRACT: The flexure in a uniformly loaded rectangular cantilever
strip is examinec'. Contrary to the classic interpretation of
the problem, the law ot deformation is considered nonlinear
although differing little lrom the linear, and consequently the
problem is reduced to d nonlinear equation. However, the
method of a "smallness" parameter reduces the problem to
the successive integration of a biharmonic equation ior dit
ferent boundary values. The classic solution of the flexure
problem of a cantilever strip under a uniformly distributed
load is obtained in terms of polynomials, which makes it
possible to obtain the succeeding. approximation in terms oi
Card 1/2 polynomials also. The numerical'examples given in the

SOV/124-58-5-57Z3
A Problem on the Nonl inea rl y- elastic Flexure of a Rectangular Strip
article reveal an extremely slow convergence of the successive approxima-
tions.
L. A. Tolokonnikov
I.. Mritllena-~ics 2. Elasticity--Theory
Card 2/2

SOV/124-59-1-756
Translation fromt Referativnyy zhurnal. Mekhanika, 1959, Nr 1, p 111 (USSR)
AUMOR: Uzdalev, A.I.
TITLE: The Stability of a Circular Curillinear Anisotropic Plate
PERIODICAL: Tr. Saratovsk. avtomob.-dor. In--+a, 1957, Vol 15, Nr 1, PP 113-12-1
ABSTRACT: A circular plate of radial-eircular-symnetric anisotropy is loaded with a
radial compressing and evenly distributed load along the contour. The
stability problem is reduced to a Bessel-equation, the indexes of which are
depending on the parameters of the aviisotropy. A numerical example is con-
sidered.
V.I. Fecdoslyev
Card 1/1

s

L
AUTHOR: Uzdalev, A. I.
2,"',359 S/124/61/000/607/032/044
A05P_1A1O1
TITLE: Temperature stresses in a multilayer anisotropic cylinder
PERIODICAL: Referativnyy zhurnal, Mekhanika, no. 7, 1961, 3, abstract W20
(Izv. vyssh. uchebn. zavedeniy. Str-vo i arkhitekt., no. 1, 1960,
30-34)
TEXT: The axially-symmetric stress distribution due to the difference of
temper&tures in the inside and outside surfaces of the tube is investigated in a
tube made up of an arbitrary number of cylindrical layers soldered or pasted over
the surfaces of contact without prestretching. The problem is solved on the
following assumptions: 1) each layer is elastic, cylindrically-anisotropic and
at the same time orthotropic in relation to both elastic and thermal properties,
whereby the axes of anisotropy of all layers coincide with the geometric axis of
the tube; 2) physical constants of different layers are different; 3) the
temperature distribution in the outside and inside surfaces is a stationary and
uniform one; 4) the tube is in the state of a flat deformation. The problem
consists of two parts: determination of temperature and determination of stress
Card 1/2

28359 S/124/61/000/007/032/044
Temp*rature stresses in a multilayer A052/AlOl
in each layer, A method is applied to the solution of these one-dimensional
problems, which is essentially the method of initial parameters. When determin-
ing the temperature field, the temperatures Tn in each layer in the surface of
contact are taken for unknowns; ar. equation is obtained from the conditiens of
the conjugation of layers, which connects T,-,,. T. and Tn+1 (n = 1, 2, _, N-1 ,
where N is the number of layers). Having determined the temperature field,
the author finds the stresses usiM,, the familk expressions for stresses in a
one-layer cylindrically-andsotropic tube at an axially-symmetric distribution of
the load and taking for unknowns normal forces Pn in the surface of the layer.
From the conditions of contact an equation is obtained which connects pn-1J Pn
and Pn+1 and makes it possible to find consecutively all forces. [Reviewer's
note: A similar problem was investigated previously by V. M. Sobolevskiy but
only for a particular kind of anisotropy when each layer is transversal-isotropic
relative to the radial direction and has thus five independent elastic constants.
(Dokl. AN BSSR, 1948, 2, no. 3, 91-99-RZhMekh., 1959, no. 7, 7948). In the
reviewed article a-more general ceze of anisotropy-, orthotropy, has been studied
at which each layer has nine Independent elastic constants.]
S. Lekhnitskiy
[Abstracter's note: Complete translation]
Card 2/2

S/147/62/000/003/006/007
E199/E488
AUTHOR: -Uzdalev. A.I..
TITLE: Non-stationary thermal stresses in an anisotropic
cylinder
PERIODICAL: Izvestiya vysshikh uchebnykh za -vedeniy. Aviatsionnaya
tekhnika, no.3, 1962, 111-121
TEXT:. A finite circular cylfnder (a - *internal radius,
b - external) has insulated bases and temperature distribution at
any time given by f(r). The standard heat equation has the
following conditions
R(r,O) = f(r) (1.2)
T(a,t) = TM, T(b,t) = Tb
and is solved on the assumption that
'r(r,t) z TOW + '11(r,t)
where TO(r) is stationary temperature, TI(r,t) deviation fromit,
Card 1/3
V1

V4
S/147/62/000/003/oo6/007
Non-stationary thermal stresses ... E199/E488
Introduction of the last equation satisfies the following
0 To + -L ~_To ~ 0, (1-5)
r dr-
T, (a) = T., To (b) - T,,;
k + , ' ~ _T, ) ,
dr' r Jr 6
T, (r, 0) f (r) - To (r) f, (r),
r, (a, t) 0, T, (b, t) 0.
To is obtained by integrating d2TO/dr2 equation.
To determine Tl(r,t) expand fl using cylindrical function UO
Uo Vo a ). fo v0
To satisfy
A,,U.
(1-9)
Card 2/3 n-1

S/147/62/000/003/006/007
Non-stationary thermal stresses E199/E488
the coefficient must be
b
2. f
b
An - - a , 3 (1.12)
bl. JUO'
A solution of a non-stationary state is obtained by separating
the variables
T, A.-UO n. re _P,11
b).
Stress equations obtained by the author are based on the
equations of axially symmetric elastic deformations. The author
proves the validity of his equationsby comparing them with
equations for a cylinder under internal and external pressures.
A numerical example is included. There is-1 table.
SUBMITTED: March 23, 1961
Card'3/3

40033
0 S/259/62/0021002/0081018
1028/1228
AUTHOR: Uzdalev, A, 1.
TITLE: The plane thermoelasticity problem for an anisotropic body
PERIODICAL: lnzhenernyy zhurnal, v. 2, no. 2, 1962, 280-286
TEXT: The elastic equilibrium of a homogeneous plate of uniform thickness, anisotropic relative to elastic and
thermal properties, and in a state of aress due to the action of external forces and a stationary temperature
field, is considered, and the possibility is indicated of reducing the solution of the problem to the determination
of three analytic functions of a complex variable. The law of temperature distribution over the plate is deter-
mincd, in the form of a function of a complex variable, from the equation of thermal conductivity for an
anisotropic plate, and a differential equation for the stress functions obtained with its aid from the equations
of the theory of elasticity. The integration of this equation gives the stress components as functions of
three analytic functions of a complex variable; they are introduced into the system of elasticity equations,
whose integration, in turn, gives formulas for the displacement projections. As an example, the problem
of the concentration of temperature stresses in art infinite plate about an elliptic orifice is solved.
SUBM17TED: March 20, 1961
Card 1/1

UZDALEV. A.I.
Nonstationary thermal stresses in an anisotropic cylinder. 1Z7.-
vye.ucheb.zair.; av.tAikh. 5 no-3:111-121 162. (MIRA 15:9)
(Thermal stressos)

UZDALFV, A.I. (Saratov)
Concentration of thermal streBses in the vicinity of an ellIptic
hole in an orthotropic plate under the influence of a thermal flow.
Izv.AN SSSR.Mekh. i mashinostr, no.5sl69-172 S-0 163.
(M:1RA 16:12 )

(W
ACC NRI AP6018591 SOU14GE GUDZa UR/01IW66/000/003/017-1/0177
AUTHORt Uzdalov, A, Is (Saratov)
ORG: none
T-ITLE- The distribution of temperature atresses in an elliptic anisotropic plate
SOUMEt 1VUZ. Matomatika, no. 3. 1966p 171-177
TOPIC TAGSt temperature stress, anisotropic material, heat stress, elliptic plate,
glass textolite, complex variable / K= - V glass textolite
ABMACT: In this article the possibility of reducing the planar problem of
thermoolasticity of an anisotropic body to the determination of three analytic
functions of complex variables is demonstrated. A solution is dovelopod for the
problem of the distribution of temperature stresses in an elliptic anisotrop
ic plate
under the effects of temperatures defined along the edge. Tho initial problem
conditions aro expressed for the condition of elastic equilibrium of a uniform
i anisotropic plate of constant thickness, situated in a Generalized planar stressed
condition, due to the effect of a stationary temperature field and external forces.
Other conditions and assumptions are statedt 1) the plate is anisotropic with
respect to both elastic and thermal properties; 2) there is a linear relationship
1/2 UDC: 517-544
Card

L 08779-67
ACC NRi Ap6018591 0
between stress and strain components; 3) global forces are inactive, surface
pressures are applied at the plate edges; 4) the base of the plate is thermally
insulated from the plate, temperature is invariant with plate thickness, and the
edge temperature is given. The differential equation for the stress function F is
given, and the general solution is expressed as three analytic functions of complex
variables. Analysis of the roots of these functions is duo to S. G. Lekhnitskiy
(Anizotropnyye plastinki, Gostekhizdat, M., 1957). Temperature conditions are
introduced as a system forcing function. Polynomial expressions are derived for
solving for the stress deformed state. The extension of the results to the case
of an orthotropic material, such as glass-textolite KAST V, is discussed. Orig.
art. has: 38 equations and 1 figure.
SUB CODEs 20/ SUBM DAM 22Doc64/ ORIG REFs 007
2/2 n'5t

00
of a,#
00
00.0
got
09
00,31
0013
0013
Aa4
A moms -M ISO-i-omwm-
ILa A I A I -A-r
00
Ff(KQ%It;'.Q fort* rt
- -- - i !
md a "IbRam", 4ROML CNN.. IoM. tk 37&-
M% ado Wom phm d* ft
Wow dw 'd The waftemby or 61
.
is at do thm
The voodoo i"c--
slow 41 'aliv"
WOW* A T- t.14" It. c". Got
, I . I . , I
a on 4 a 'c a ; a,
OF" D p 0 0 a is
0 010 * 0 0 0 0 0 so* 0 0 0 * 0
'0;
00
*00
-69
-see
zoo
goo
see
is Owe-ow is,
V too
r A S aad 0 1 or ei9a43
I'P 0 0 0 00 0

0 0 0 0 to "44 sw ; ;0
11 It "
7 0 a It 0 a id is is v a )f to it m
I w a 1$ 11 0 or a, 41 u " 0 a co
a a P 11
0
11
R it -1- 1 "1
I-A- U j a cc 0 al. 1 9 J~,
t" "Viol
#
,

0 O 44 41111". J. sover MA S.
401her -00
00.0 -
Allan. ChM. 14. 1. CUM. -00

04 at A0, ads takes
4JI;
ic
W at P
k
h
-00
x
H
o am. w
at 8-10 $ad s
y

Os f it rime at temp. The weiatwitr of dintaturalkm
-00
Wed? metWm a was. at a certain
00 momitimc cows. NCI. The mwtkm om J The 3jd twd" -00
WA Involv" automislysis. Tito m-pults W"te that

l
P"*~
Coagulating &W crysts. we asslopm
. A.
Rc .00
00

0 =00
0 too
00 a
'00
00 =*0
0 500
0 300
0

002 itloo
L fIALiVVGK-L WfN-164 CLASWKAIKk 00
Woo

it tv to it It 01 A Am A I I w
it 6 of it ft it 1. A I I* I w IN (3 1
0 a 0 0 0 0 0 0 0 0 0 6 0 0 0 0 0 0 o 01- 0 o * 0 0 4 o 0 4 0 a 0 0 0 0 0 0 0 0 0 0
0 0 a 0 0 0 0 a 0 0 0 0 0 0 0 0 41 0 0 0 0 0 0 0 4 0 0 4 0 0 0 0 a 0 41 0 0 0 0 0 0 0

UZDENIKOV~. ~..; SHEDIIikum, E.M.
Abstracts. Apt. delo 11 no.1:82-83 Ja-F 162. (MlRA 15:4)
(PHAR4ACY--ABSTRACTS)

UZDENIKOV, A.; ALYUSHIN, M.T.; ZAYTSEV, V.; IVANOVA, V.M.; ZDR.U.', Ye.
Resmes. Apt. delo 11 no.2:83-85 Mr-Ap 162. OKIRA 15:5)
(PURMACY-ABSTRACTS)

UMINIKOV, A.11.
--------
Review of "Pharmacological control of drugs". Apt. delo 10 no,6:
83 N-D 161. (Di(UGS-STAWARM) (MIRA 1~,:2)

LOKSEMA, R.D., kand. elcon. nauk; KOROLEVA, M.G., kand. farm. nauk;
KOROBOVA, MMYNOVA, M.P.; PANCHENKO, Ye.I.
ANAN I -YEVA, A. T.
Development of a methodological basis for the determination of
- medication requirements*. Sbor. nauch. trud. TSANII 4t2O-30 163
(MIRA 170)
1. Otdel organinataii. i ekonomiki aptechnogo dela. (nikovoditell
otdela - kand. farm. nauk A.M. Sidorkov) TSentrallnogo aptechno-
go nauabno-isaledovatellakogo instituta.

UZDENNIKOV, A.; IVANOVA, V.M.; SALO, V.M.; ANANIYEVA, A.
Abstracts. Apt.delo 12 no-3:83-85 e 162. (KIRA 16:1)
(PHARMACY

UZDENNIKOV
The AL-27 automatic line. Biul.tekh.-ekon.inform.Gos.nauch.-
iasl.inst.nauch. i tekh.inform. no.6j24-27 162. OURA 15:7)
(Machine tools) (Automation)