SCIENTIFIC ABSTRACT DUDAR, YU.A. - DUDAREV, YE.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000411420014-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PIPARI Yu.A
Atkins BotanIcal Garden in C-uha. Bot. ;-J.-ur. 4q no.S:322?-1229
Ag 164. (.i: " 1 I'O'k D : I I)
1. Rotanicheskly and, Stavropol'.

UNAT070 AoA*1 PTAR#j u 4@'! LAPSHISS mom,
E @@
Organisitig the 50th anniversary of tba All-Union Botanical
Societ7e Botosbure 50,noo?tIO43-1045 J1 165, (M;RA :Asll)
1, V"acyusnop botwdaheskoye obshchostvos

14-D *4-1-114 114@
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AUTHORS:
TITLE:
PMODICAL:
soy/32-24-10-49/70
Dudarchik V. N#, Urazovskiyt S. S., Chernyavskiy, P. A.
Mcwtly
An Automatic Apparatus forbleasuri.r4 the Visecsity of Liquids
(Avtomaticheskiy pribor d1ya tochnogo iz=ereniya v-ya7.kosti
zhidkostey)
Zavodakaya Laboratorlya# 1958, Vol 24, Nr 10, pp 1278-1279 (USSR)
IBSTRACT: An apparatus with an automatio timing of the flow of a liquid
was constr4oted. The operation principle of the apparatus is
based an the use of photeelectric pulses for starting and stop-
ping the electric stop watch. The rulees are caused by the motion
of *.he liquid meniscus and the interruption of a 'Light beam
caused thereby. The apparatus contains a so.-iehow modified
094.valld visoosimeter. A schematic representaticn, of this ap-
pa-ratus is given. The visocsimeter and the ortical part of the
apparatus are housed in a thermostat, thus securing a tempera-
ture fixed accurately to 0,01c. The method of measurement
employed for the viscosity is the same an with an c.-dinary
viscosimeter. The apparatus is practically without inertia and
given good reproduciblo results with a precision which is only
Card i/2 dependent upon the constancy of the temperature and the accuracy

InAtir SOV/32-24-10-49/70
An Automatic Apparatus foVfXeasurIrg the Viscosity of Liquids
of the stop watch. At a temperature hold constant within 0,010
and a sensitivity of the stop watch of 0,01 seconds Ihe
measuring difference is not more thnn O,C3 seconds, which
correnronds to hundredt@4af per@:entq at a flow rate for the
liquid of abc'-t 100 sozonds. Thire s I flig,.ire.
ASSOCIATION: Kharlko-rskly poll teklini -hesk@'y ins"It-it im, V. I. Lenin%
(Kharlkoy Polytechnioal lnatitii'-:@ Iment V. I. Lonin)

r C. frow.-PA.. 14ts, PA,
p
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mumcm., Dwarags aLbrobwaga. O"40dol"al I W 4.
so at . 17 ("a)
of %he sto4art "tause mkt*oro t". a
(b.tak #AAJ IN 1*4 41 *A %hF'h0Ski# L"Utlit tatALA I CIVSH06k
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am 41" air t" 02-
by the same lastibo.. mad Utah " propm@d at tr. LFAU10 "H-10.
16011 4,maeltl me (thotaut. of lot.9-1011V -
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""Ptla@aUl 40" (WIG). III *aa f~4 MA44 t3W WWftjaVRtAj ft" at
LAO Or" bGtclb4q at tb*tA$ """ad tri"t sodia #mtslood
owd va StHOPMat M0.10tO Of OU IftiftLIPSO 68"), %a at "a tiarOa us &a
LOSOCIATION. -ast.&aanaft
(gut* C-tftl Timatitats

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iar
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me
ltat* at Tu4saos WA $we 14"1 p"who-,
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Cart

Mfoctiveness of dry antigangroncus nors, In topical use under ex-
perimental conditions. Sauchs 080* PrOi3T* b~Lkt, PrSp. lOi293-301
16le (HIRA 18:7)
lo IMrlkovskiy institut vaktain i syvorotok Im, Machnikova,

CHRMWA# F,A.1 GRMKOj N.Aol USHAKOVA, A.A.; DENISOVA, 1.Uq
KATO# FN.L,-.P a
.R@@ @
SUnd&rd antiboWUm serus type I. Zhur. sikrobiol epido 1
31 no* 4184-OAp o6o. iMIU 13: 10)
lo Is Gowdaretvemp kmtrallugo iwtituta meditainskULb
bioUglcheeklM pnparatov 4-ni Torasovicha i Khartkovskogo
iwtituU Y&kUin i opwatak imai YWchnikova.
(BOTULUM)

DODUFMOS VIP*
Proventlon wA troMmant of raftWon reactions and lesions
of the rectum witb plascorbla. Vrach. delo no.6s 76-77 J41639
(MIU 16:9)
1. Wedra maditsirskay rediologii (zav. - prof. N.j?.LipkL*)
Kiyevskogo instituta usovershenstyovanip n-acbey.
(EXCTUH-DISEASES) (RADIATIOG-FMIOLOGIUL ZFFWT
(ASCORBIC ACID-MMMUTIC, USE)

WDK(MOs V.P.
Provauttm =@ of gal"corbin in rodiothmpy. Vrach. dolo
w. 8 A29-130 Ag 163. (MM 1619)
1. Ufedra wditatnakoy radlologii (sav. - prof. N.P*Lipka-n)
Kiyurskogo inatituts umoverahenst-YoTaniya Trachoys
(ASCMUC ACM) (RADIOTMUU")

DUMM
Sm&U end-milling cutter, Hashinostroltelt no.32:21 0 161a
(metal-c-utting to.018) (MM 14:12)

DUDAREV, AnatoUy morovick;-LAMEV., M., rod. 1 KTJZM"OVA, A.
Una. red.
(welding in enterprises of the co-istruction industry]
Svarka na prodpriiatitakh strottellnot Industrii. Mo-
skva, ?%sk. raboahil, 1962. 43 p. (KIRA 16:6)
(Conarat* reinforcemsmV-4elding)

A fpu !,gc

DUMUT. A.I.
Kaguetto proportles of rocks #A4 ores to the Altal-Sarm ar".
Geol. I coafte. no*lIU7-IU 660" (KMA 13t 9)
1. lastitut geologii i CoottsW Sibirtkago otdaleniya AN SSSR,
(Altal Ko=talax-Fistralogy)
(Sera K*=talm-Patroloa)

.13/169/62/000/010/010/071
D220/D307
Dudarevj_t4
"I'!- Z':
Ltelation betiieen the porosity, volumetric weight,
an(I iron content in rocks and ores of the Tashtagoll
skoye iron ore deposit of Gornaya Shoriya
iteferativnyy zhurnal, Geofizika, no. 10, 1962, 12,
abstract 10A79 (Geologi@a i geofizika, no. 9, 1961,
101-105)
T _: 1Z Z T jUi attenT.)t is made to ascertain the value of the to-
tal -0orosity of ores and rocks of the Tashtarpllskoye deposit on the
11frounds of taking into account rock specific-gravity and density
measurements. The question of the correlation between the rock den
sity and the amount of soluble iron in a lump of ore is considered. V
-x results of -he work carried out showed that the porosity of mag---
-,etitc ores aad the magnetite-rich rocks ranges from 0 to 22%, 90%
oF the specimens having a porosity of not more than MA.
fi@bstra*cterlv note: Complete translationi
Card 1/1

I - ---- - - -- - - - -,- - -- - - I - I - - - -1 - --- - - -
- DUDAFXV. A.M.
Changes in the speolfie gravity, beat capacity, and cheadcal
activity of rocks darin(; calcination. Geol.i geofiz. no.12i
125-128 161. (MA 15:5)
1. Listitut Seologii i. gootisiki Sibirskogo otdeleaiya AN =fit
Noyoaibirsk.
(Petrology)

ACC.TSMON :at A24016h95 3/0210/63/()00/012/0243/014-5
MATS& High t6mperature transfer of material in porous bodies throug:; the effect
of an electrical fie3A
SPUMS: Goologiya i.geofisika,, no. 12,, 1963., IW-W
TOPIC UMs material transfer, high temperature transfer, porosity, porous mediutt,!
zinc.. silicate, fire -clay,, steady electrical fiold,, Sa3 tr=sfer,,'
eleetrical field
sublimate
ABSrRACTt Work has been carried out on the machanism of gaseous transfer of or*
material (in porous bodies under the effect of an electrical fiaIA) in the
laboratory of ore-field structures at the Institute of Geology and Geopkiysics.,
Siberian Departawit,, AN SSSR under the direction of G. L. Pospelov. This paper
presents the first results of these exparimeats. Tests vere made on the transfer
of zinc through coarse-grained silicate saj;ples (porosity up to 40%,, high
parmsability) wA fine-VairAxi fir* clay (up to 50-60% porosity, low permeabiuty)
Card 1/2

'ACCESSION NRt AP4016495
'The coarse-arained material gave the beat results. Studies were made on the effect
of local cooling an the transfer and deposition'of the usubllmate,," as well " on
the effect of the electrical field. With local cooling, gas was observed to
"precipitets" with a clarp frontal son* of deposition (of the zinc) arid of alter-
ation. The application of a steady electrical field to a saVle was found to
increase the transfer of zinc upuarld. In the absence of an electrical fie3A. a
dow,ruard drainage of zinc was observed. The slactrica.1 field may.inereass or
decrease the transfer of sino according to the charge on the material and to the
current diroction. In these exparlAents, metallic zinc was deposited In the
porcus modium. Orig. art, hast 1 figuree
ASSOCIAXIOUs Institut goologii I pofiaiki Sibirskogo otdalerAya AN SSSR,
Novosibirsk (Institute of Oeologr and Geophpics,, Siberian Department AN &M
&jBMTMs Wiay63 DATZ ACQs I&Xar64 Me 00
WB CZS; PH, CH NO REF SOVI 000 OTM# 000
CQ1d2/2

ml,.",P-,vj;
,*uvi:V ion of the rcie of ewloalr4 moks in an ore formation,
4
1 19,5.
- (-l"RA 1819)
1 ', n I - V
@. @ -itivul gfoll2gll i ge.)flfl@A S!btrs@og..- OtJtlenlya Ah '58R,
itxeko

P=USOV# AJ,; DMARVt
Praotics In &,nalysinj the rook density of ancient isffusive.
sedimentary complass in the Garn" Altai. Oeol. I geafle.,
no.1004-" 165* (MM M12)
1. Tnatitut geologil I geoftsiki SibIrskogo otdolonlya AN
383R# Novooltdrska Submitted January 10# 1964.

LUDAR-EV, A.R.
SignMes-noe --f @eat rapa-ity 5n the evaluaU@-.n cf the role of
enclosing reake In Ceo1.vjd.uv-,stcrczh. 7 na,407-
K' J'1-Ag 165- (IJIFA 28:8)
2 Txtstitut geologiv- i geoNzik-4 S!b1rskvgo otdlelen!ya AN SSMt

TN Cori$
"ect
On Pr as ance Ot. the
Oblem 4 means q.
sou,@c Of 'S here eaftnal
ke )t()nf Pace A
Che3k.0y erentel,74 6P(U0i143q"'Pg 9*n*ra"ad t4ftld gla
C,Vov, I meca t 31nv, 0 )*34 in r*314t,2110 _ndg when
TopIc r., 966 mft 0 lip, ada
31 , 156- (Prab'"40 k... Cov Aqctj Z4 t "r pro Ptatlon to
accel 157 Aftbifts oir spa
eratl,, thvrol(l a)*@kq 027
MYSIO, tojer J%djt sented
8S77?A J-0gy' al kv 1W, at the
CT. p1heancep bj& Iddrora, es W&CaolnO h #IIW' 1966,
00d ChItt, czar
hyroid * An I.., ftt PrOblev P
ro's,2 71 4 "44 kwerent...,
114nds of, 8
9rQdu,j,,,V4* 0 tot-Q,
-4daptive e P,4 , tit! to Z., cot
It i's frect of alpt" it 4CCUM . aor roplo '4
kn 4ttigation 0 about hor"ne, NO *rrs(lt
nhro QTqn that Qtjtj@s
3 a Ccjim4Uz4tj0, 04OUnt the rol
LS (,a U 1. 1 06 2 ZI lb a of t.@
.ra,nccyte and heraagidreniQecto 0 ad
Pi Cm accelerati rus) 4nd in t
Bone VVI) Of 4 in eoateammJr to rat, t On to Aw
I rat,& and des n1tal e Of the c, sea level Caus lerance.
In 4dr *V,cOr(jCOg XPOSUre to 40 'r-cult,,,,
Onsist
trait blood es 4 drop I
eat eh enQec te
- a 0 and d a 'k
0 tt*Mhed 4 ecre, the
erreclue acetat 0 re Of accelerati Sed
P.... rat,
-V2 bt::@o On- ACTjj
"0
ere tion su.,
r.
but Caused
rat
rats IVA!
globVI 'r
Sk L@POtwt

4-
ACC NR;_
Despite wide icceptancie of the ne U*r0humoral theory of hematopoie'sis
regulation, which attributes a leading role to the thyroid and adrenals, ani-
,mals adrenalectomixed after acclimatisatioa are able to adapt to hypoxia,
1with increased erythr6cyte.and hemoglogin counts, and show considerable
croes-adaptive increase in acceleration 'tolerance. Pressure-chamber train- i
Ing of adrenalectomixed rate had similar effects.
The role of thyroid in the regulation of hetnatopoiesis Is well established:
hypothyroldism or extirpation of the thyroid results In irreversible bone mar-!
.,row hypoplasia which to not amenable to treatment with hypoxia.
Data collected on expeditions to Mount MO brus show thyroidectomized.
rats to be capable of active acclimatization. Erythrocyte counts and hemo-
globin counts increased in the experimental animals almost as much as in the
intact controls (though 02 requirement remained 1@w), and their tolerance
of acceleration also increased considerably. In both thyroidectomized and
control animals, the increases in erythrocyte count and hemoglobin were
greatest In the animals with the lowest initial,lovels and exposed to the
severest conditions of wtygen Insufficiency.
It to concluded that the role. at the "hormone Unk in hematopoiesis regula-;
t ion'deersaaes during aoclisati"tion to aj@j= aonditioni, ' [WeA. No. -221
Repwt 66-U61
SUB COM 06 SUIR DAU W%IM
Cmd 2/2

ACC NR: AP6020034 (A SOURCE CODE: UR/OOG6/66/000/002/0032/0036
AUTHOR: Rialenray- A, J.(Candidate of technical sciences); Luklyanltsa. L.&';
U ahkalay"V. -, -Ndarev, -0.3LlPgurechnikova. N. V. roml MM-Upli S.Upg te" Yu.
ORG: (Pisli-carev, lAiklyanitsa, Ushkalova, Oguracbntko%,a, Dudarev) All-Union Scientific-
Research Instituty of the R2friaratioa-ln&-strv-(Vsoso~,uznyy nauchno-issledovatellakly
institut kholodillnoy promyshlonnosti); (Fominova, Sangaylenol Klaypeda Branch, Central
Design and Technological Bureau Maypedskly filial Tsentrallnogo proyektno-konstruktorskogo
I tekhrologicheskogo byuro)
TITLE: Investingations on the storage of North Sea herring in refrigerated sea water. 1.
Technological Investigations
SOURCE: Kholodillnaya tekhalka, no. 2, 1966, 32-36
TOPIC TAGS: foodrefrigeration, food preservation , fishing ship, sea water
;-2,-
ABSTRACT-. The purpose of these investigations was to elicit the technological advantages of
storing fish in refrigerated sea water in comparisoa with storage in ice and the effect of
additions to the water of high-polymor compounds on the physicochemical indexes and quality
of the fish. During the cruise of an experimental" fishing boat two experiments-wiii--id-u@-F
Card 1/2 UDC-. 637.66.004.4:551.463/.464

t@ 3896@46
ACC NRs AP6020034
the first was on the storage of herring in refrigerated sea water and in tee and the second on
the storage of herring in refrigerated sea water with the addition of carbovrnethyl cellulose
(CMC)j- which counters -swelling- and extraction of nitrogenous substances,- Ina quantity- - -of ___ ____
0.6%wt. Large beriring measuring 23-25 cm were used in the first experiment and average-
sized (18-20 cm) for the second experiment. Two hours after the start of cooling the sea
water the temperature of the herring dropped to -IC and was later held during the entire
experiment at the level from -1.2 to -1.5C, the temperature of the water during the entire
experiment being maintained at 0.1-0.2C above the cryoscopic point of the herring. 7be
investigation revealed that the main defect of herring when stored in refrigerated sea water
was oxidation of the fat. As a result of this the large herring of the fall catch can be stored
in a gDod condition for no more than 3 days. If the herring are stored for a longer time it
Is necessary to introduce additatives Inhibiting the oxidative rancidity of the fat. To prevent
the formation of cracks the herring should be stored at a temperature close to the cryoscopic
point but not below it since freezing impairs the structure of the muscle tissue. 7be addition
to sea water of CMC in a small concentration (1.6%) does not promote a decrease of swelling.
Further investigations of the use of larger concentrations of CMC are needed. It Is- a-iso-_
pointed-but that when herrffj storid In sea water for 3 days it Is not necessary to change
the water, which appreciably simplifies storage. Orig. art. has: I table and 3 figures.
SUB 'CODE: 06/ SUBM DATE: 00/ ORIG REF- 003/ OTH REF: 004

3M
AUTHOR: SOV/76-32-11-6/32
TITLE: Power in Acid Copper Electrolytes
(Pol-yarizatsiya i raseeivayushchayn sposobnost' v modnokielykh
elektrolitakh)
PERIODICAM Zhurnal Msicheekoy khixii, 1958, Vol 32j Nr 11# pp 2500-2506
(TISSR)
ABSTRACT: It may be assumed that in the case of a sufficient decrease of
the CuSO4 concentration and increase of the H 2so4 concentration
the throwing power of acid copper electrolytes will considerably
increace (Refs 3,4 and 5,6). In the present paper *xpoilmental
investigations as to the changes of the polarization and the
throwing power are carried out in order to find the coapoeition
--of that-- electrolyte -which has a-sufficiently goof -throwing
power. The concentrations of CuSO 4were modified from 12#5 to
100 g1l, and those of H2so4 from 25 to 200 g1l. A potentiometer,
PM-1; served for the measurement of the polarization. A glaea'
Card 1/3 lamellat metallized on one side, was used as cathode. The e1eq-

SOY/76-32-11-6/32
-Polarization and Throwing Power in Acid Copper Electrolytes
trolyte had a temperature of 20 -+ 0-50C. After the precipitation
the copper layer was separated from the glass and its thickness
was measured by means of a vertical optimeter XV-1 . A decrease
in CuSO4 concentration &nd an increase in H 2so 4 concentration
led to a more uniform distribution of the precipitate as well
as to a considerable Increase of the cathode polarization. There
exists an almost linear dependence of the logarithm of polariza-
bility on the logarithm of the activity of the Cu2+ ions. The
agreement of theoretical and experimental values caused the
author to maintain that the polarization in acid copper
solutions can be observed from the standpoint of the diffusion
kinetics. The magnitude
Q ' Ai
may be regarded as characterizing parameter for the throwing
power of theme electrolytes. An electrolyte of the composition
0.05 N CuSO4 + 2.0 9 H 2so4 is with respect to its throwing power
equal to a copper cyanide electrolyte. There are II figures,
Card 2/3 2 tables, and 9 references, 6 of which are Soviet.

DUDMV, 1. R.
DoLREVP I. R, i 01mostigatice af the screw-press method of hulling moistened
wheat", Ode*sag 1955. Kin Higher FAucation USSR, Odessa Technological
In3t imeni 1. V. Stalin. (Dissertations for the degree of Candidate of
Technical Science,)
S02 Knignan Leto-pis' go. 50 10 December 1955. Xoscow.

DUDAREV9 I.R.; XWSHMCH9 I.T., KDTLURO L. 1.
Tachnoligleal imstigatlons of huskers of moist wheat,
ucheb.uv.;pishah.tekh. D71-70, 161. (KIRA 14:3)
of
1. Odeseldy, telftologicheeki* inellmitut imeni I.V. StAlinap
Nafedra takhnologichaskop aborudovwiya I Wedra tekhnologii
mukmollno-krupyano o i kambi omovogo roizvodstva.
&3.19 and wIll-WrJ

BMTj T9*A*j VAINBEW, AA.j I , I.Al
ft-inciple of tM operation of a centrifugal f1mmeter, Isve vps
uclwb. say.; pishch, talch, no. WO,@--107 161, (KMA IA15)
1, Odeaskiy tokhnalogickwakiy institut imeni I.V. Stalima#
Wed= tekbaclogIdwski oborudovaniya,
orylawmetero)

DUU@W*-JA.06. kwd.t*khvwum=kj GECHGIp NOT,O, insb.
SersdauWmatlo pneumaUc nall-drivivC m"hizw. Makh.i avtom.
prolavo 16 no*7&0-1,t il #62. (MPA 15 18)
7ft;r tools)

am=, V.T,;.,D@MAW@_L&LXOTLURt L.I.
Effect of ultrasonic vwms an the resistance to impact of vh9at
grains during vashing vith vater.. DM. vp. ucbeb* savel pishch,
teA. no*205-63 -163.' (MIRA 16:5)
1, Cdeeekiy tekbnologicheeldy inatitut imni Lamonoisova,, kafedr*
tekbnologicbeak6go oboradovani7se
' (GrALM.-Msaning) Nbeat-Testing)
(Mtraaonic iM'T9v--Lxluztri&l applicatiow)

XCTLYAR, L.I.; GALTMUM, -GOD.; DtM=Vi LRO; WIN, S.M.
Grain-processing machinery. Izv.vya.ucheb.zav.; pishch.tekh.
no.1:171-172 164. (MIRA 17W

I @ t .
3 @@ .. - -
A,;- @ - . -, - - i--r, 1, - , 't. - -4 1, !, -I-

"Orgwmization of yeterinoxy servi" in vilals-If
Veterimriyal Vol# 3TO No. 5,1960l -p--18 ---
vt@ v

SELYUCHWO, A.1 I _".; B&MM, r.m.
Informatim and nova,, Veterinartia 38 no*3%93-96 Mr 161
(KMA VOK)

DUDAREV, X.N.1 @HEVEM, A.0,
Work of meat, milk, and food control stations in Vilnius.
Vaterinariia 39 no.6t55-57 Ag 162. (KIRA l7sl2)
--4
r,
. 10
1
i
t

DLIDLI:-,Vj X. S. -
114jur7 of the h4ing organ by lightnlM. Cost. oto-rin. 14# No 5j 1952.

MDARNST, K.S.
Using N.N.Burdeako's method In treating fractures of the petrous
pyramid complicated by otorrhes. Yest.oto-rin. 15 no.6:60-81 N-D
153. NLRA 7:1)
1. Is otdaleniya. bolesney ukha. goria I nova Hichurinskoy prod-
skoy bollaitay. (Bar--Diseases) (Temporal bons--Fracture)

Impairment of the hearing apparatus in DreCrAncy toxicosts. Yost#
oto-rins 18 uo,3:ge-" $-0 156. (MlaA 9:11)
1. Is otdalenlya bolevney ukhm, gorla I mesa Corodskajr bollmitsy
Kichurinska.
(OTrrIS, stiol. and pathogens
preo. tozicosts, camsing hearing disorde)
(SMING DISCUM,-stiols and pathogen.
otitle Is preca, taxlecels)
(PMXANCT.TOZIKUS, compl.
otitis with bearing 41sord.)

P,
v K
Treating primary retroph*ryng al abscess by expiration followed bY
penicillin injection. V*st.oto-rin. 19 no.6:95 I-D 157 (MIRA 11:1)
1. Is otdolenlya bolesner ukho. C*rU i nos& 1-y gorodskoy bollnitey
Kichurinskm.
(PUICIUIN) (PHARYNX--ABSCZSS)
Al

mums 146.0 vasiumbeam vmtk
ftserntims on tbrmbosts of the samnmw sivu saxpliaeW
by -malawalse T-est.otarin. 22 no. 5t68-69 84 960a
(EPA 13tU)
1. rs otdoleniya bolimmey ukba,, gorla i nos& 1-y Niohm-inakay
gorodskay boltni+ww-
(MMMOIFM,3 'T (CAVEMM SINUS--MSZASZS)

DUDAM, L.Ye., lush.
Automatic control-of phase Insulation in the circuits of Us-
connected minq motors, 1sv.Tr8,ucheb.x",; Gor shuro noel$
87-95 159. iHIR& 13il)
L Donstakly lodustrialloyy Institute Xrdomandovana kafedroy
gornotavadskoy Olektrotskhniki.
(21actricity In mining)

mulums LOT** I lush#; US r, I Pmff, Kh,Ne lush.
In R*U.T.-2 loakep roUq alroult dl"w.
Much, 4101, Voe shkoljq gOr. dole uaeltI45-150 @39.
(MIRA 12 1
1.Prodstavlom Wodny gornosavedsk6y elaktretakhniki Danolftep
Induntrial0nego iustituts In* N*S. Varnahcheva.
(11octric currents, Leakage)

DUaWV
Samigraphical method for calculating currents in the branches of
s single balf-4mve rectifier network vith a shunting rectifying
element. Vest. alektroprom. 32 no.l2t69-72 6 161*
(MIRA 14:12)
(Bleotric current rectifiers)

DUDA M L.Ye.. In2b.
Wgnetic atartars for s=al mine enginess Ugol Idprom* no-4:67-
69 n-Ag 62. (KRA l3t8)
1, Donetakiy politekhnichsakiy irmtitut,
(Electric notam-4tarting davices)

LUDAM, L.Te., kand.tokhn.naukl POGODIN, M.K., inzh.
'%Wawm,-- ---
Contactor with arc suppression for 660 volt networks, Isrovye,uchabo
zav,;gor,%hUr* 7 no.7:140-3-43 164. (MIRA IMO)
1. Donetskiy politekhnichookiy institut.

-2P@
Raising the 9.0ficlenol of are quenchers of magnetic startera
An 660;volt networks. Ugoll 38 ro.105-37 J& 163. (M-10 1813)
1
.. Canetskiy polltekhni*eskly Institut.
IF

N.A. Dudarev, leporellorltlyAlZ g1tomaik L Forest Melioration Tree Nurserlejo,
selikhozEls, 12 shoots.
Yannal for graving1he planting material of tree, krub, and fruit-bearing
species in the forest melioration nursery.
Intended for workers at forest melioration unraerlese
SO: U-6472, 15 Noy 1954

----- ------- ---
PLYASHCHEIMOp Mop dotatnt; DMAWvj".9 Kladshiy nauchnyy act-m-L-w1k; XNA,
ROVSKIYO V.10,
Case of maBs,poiaoniag of suckling piglets by ergot. @eterlnarlla 4@,
no,909 S 63# (MIRA 11:1
1. Belerusakiy nauchm-isoledevatellskiy Inatitut zhivotnovodstva (for
Plyashchankot Dudarev)e 2. Glavnyy vaterinarnyy vrach sovkhoza "Podo-
1631ye", Gomellskoy ablasti (for Komarovskiy),

31995
S/142/61/004/004/016/018
% 9192/9382
AUIrHORS: Men'* A.V., Zhuk, X.N. and I>udarev, N.I.
TITLZ; Hultiprobo measuring line with a contactless switch
PERIODICAL; Izvestiya v-yeshikh uchebnykh zavedeni
Radiotekhnika, V. 4, no. 4, 1961, 494 - Z916
TEXT: The instrument described was designed and-built at
the IRE AN UkrSSR (Institute of Radio-electronics of the AS
UkrSSR) and has an operating bandwidth ranging from 10-40 Me/$.
Constructionally, it is in the form of two separate units;
the radial frequency unit and a mechanical system. The mechanical
syftem comprises a multiprobe line, a high-frequency capatitative
witch, a capactative current probe-And vollector and a
:
ynchronous drive motor operating at 1 500 r.p.m. The line of
the system is in the form of a coaxial cable, type ?@