SCIENTIFIC ABSTRACT REZIN, M. G. - REZLESCU, N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001444810004-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

21
3-~ Ji i~ E,
V, Zs 5 s
U19
k . ., t V2
. V ~ ~! - - a :-i: ~ .:;J r 5 -
t'J A
'a al ,piqiv-
.17
It
I A i
a i H
1 4 g r isil -3 1
.3A -9 .9 R S. 3 .2
z .9
Eel
j ku
a in 2
CS I
15
i i Z

Hungary /themica.L Techno.Logy. Chemical Products 1-15
and Their Application
Treatmenv of solid mineral fuels
Abs Jour: Referat Zhur Khimiya, No 9, 1957, 31861
Author : Korosi Sandor, Rhedey Pal
Title : Rapid Determination of the Ash-Content of Mineral
Coal by Measuring the Specific Gravity
OriF, Pub: Banyaszati lapok, 1954: 9,. No 11, 578-586
Abstract: Description of the use of a semi-automatic, hydro-
static balance of special design, for checking
the ash-content of coal, at concentration plants,
by means of a weight determination.
Card 1/1

11W .0 low "s 0 :-,w
W-
-;-i_; Z-
A" A ft
A V R A I I AA M U it' CC 4
A;
th~rxs-" -*it of the dt"d4eam No&&" p1sytosteral fusd some cassallaaft
Oft 00
Vosir Mixwucu AND ADoLPH RnnM Bell. soc. CA504- FOY. Yougsialft. 1,
No. 2. 29-31(in German 32-46) (I= Direct-bearers are hybrid American viae",
Nosh vine is a product of V. ripark and ~-. 14brasm, originated in America and frequently
metinjugodsvia. it is man Imptrunt ofThe speciez regarded an poijonow. Itsoilwas -00
obtained from 7 kg.of%erdj.&Ir-drIed3 months. They were ground and extd. with 181. .40*
Ht.05 timesou a water beth. After rvapn. of Htj0. the residue was dried with anhyd.
iNft.S0.;7fA) g.(10.7%) of oil was iktainrd. Theunsaid. -00
9qUilifAtty4Ci(fSOnUKIlIttOISS'i'7c (8UM o(theentireaciIis); nn-al.,nifi.xhl zinatterk ~-**
WAS V). trrol. tictil.
OAM%. Fruciescld,in.303 fund (the Pure acid in. .3 Phyttn e
by the Windius .00
tuethod. amounts to 0.32% of the oil. ot 0AXJf'j",e of the dry weds; itm.
lie in p. of the digitunlaphyltmteride is 214'. Flententafy analysis confirms
137 V. T .40
tile result. No phytoateful esten were J~rr?rut In the oil itself. G. TULPIN 00
--*a
a
too
00
W-41
..40
63 -00
Do
RIO E IlUffli CLISSIFK&TIC- [I- moo
-fTrLLk;VGK'L '.111N
-T-
i if Do 9 a a a
AV
is R is If of M13 0 1 1
******as 0e400060660 00600600000C90000004
V190000.000000000 0 * 0 0 0 0 0 0 0 0,0 41 0 a 41 0 0 0 0 0 0 0 0 0 0 0 0 614
0 0 : : 12

. . 1,14% &-~ &-J& -'s I .
W-W-w W-W Of IF IF tr OF tvip-4 G
it to U Is I It
L 6 --A -A-A~ a -A 14 2 J- ;-f M 1 7, to A f So a -lA3
1 11, ' '
0o I too Q 0.9111
~;4 foopcistes ..a psr~fol,qs -09.
It comisieff hw Wawm. Atwum-ganss. #mg. soc. gAim Foy
3, 10-0 - kc vwuum ~viLpu. to bc Uond witb a vwuuta
00 a =61.1. is demcribed mind a dr,=lm induded. j G Tmplm
0o see
go i a**
go age,
00 age,
ow s
no*
so*
I see
J 696
Jkts~$L& 411ALtURGICAL 1,11111AIL,111 CLASUPICATICO,
.1illi Ao a.. all
-i i - -
0 u OA143110- ;tpplp&& gang ,N I All I 1 8 1W 0 10 0 1 W 0 S ai-
0 0 o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

M.41INKIN, Kh.M., inzh., RIZZIKOV, V.I.
Electrical relay centralization of switches and signals. Torf
Prom. 37 no.4.-13-14 160. (MIRA 13:7)
1. Chernoramenskoye transportnoye -apravleniye.
(Gorkiy Province--Pe-qt--Transportation)

REZIKOV, V.I.
.
.KBG-MN capacitors. Torf.prom-32 no.8:28 '55. (MMU 9:4)
1 . Cherno lamen sko3ro transportneye upravlaniye.
(Condensers (Ilectricity))

20724
S/022/60/013/006/005/005
C'111/ C 333
AUTHOR: Re ziky!~n,__A._*h1_-
TITLE: lon formation in tthe cathode part of a glow-discharge
PERIODICAL: Akademiya nauk Armyanskoy SSR. Izvestiya. Seriya
fiziko-matematicheskikh nauk, v. 13i no. 6, 1960,63-72
TEXT: A gas is assumed to be between two infinite parallel -,;lutes
(anode and cathode). Through the gas there flows (all electric) currEnt.
A delivery of impulses by ions to the 61ectrode does not take place.
Independent of the theory of the cathode part the author investigates
the question where, for a glow-discharge, the ions arise which
reach the cathode. He obtains the relation
P P (10)
k - A = &P = -b'T 3k
where Pk9 PAare the pressure in the neutral gas on the cathode
and anode respectively, j = j+(x) + j-(x) is the sum of the
densities of the stream of ions and electrons, b + the ionic
mobility and S k the mean length of path of those ions arising in
the chathode part and reaching the cathode. From (10) it follows
Card 1/ 3

20724
Ion formation in the cathode
b+
S ' 0.133 6 P 1
k P i
S/022/60/013/006/005/005
C ill/ C 333
(11)
where P--gas prel3ure in mm Hg-column,
pressure of 1 mm Hg-column measured in
cm / ~L-- and j measured in ma
sec cm 2
cm
b+ the ionic mobility for
1
(11) renders possible to determine experimentally the strong
point of the formation of those ions formed in the cathode part
and reaching the cathode. For argon and P = 5 mm Hg-column the
author measured e. g. Sk = 0.08 cm, while the thickness of the
cathode fall of the potentials was d = 0.04 cm, i. e. an essential
piyt of the ions is formed in the glow light of the discharge
(Sk> d).
Card 2/3

2072h
S,.022/6o/ol3/006/005/005
Ion formation he catnode C 111/ C 333
There are 2 figures, and 10 non-Soviet-bloc references. The two
references to English-language publications read as follows: K. T.
Kompton, P. M. Morse. Theory of normal cathode fall in glow
discharges. "Phys. Rev,", J02, 305-317, 1927; 1. Langmuir. The
interaction of electron and positive ion space charges in cathode
sheaths. "Phys. Rev.". 31, 954-989, 1929,
ASSOCIATION: Fizicheskiy institut AN Armyanskoy SSR (Physics
Institute of the Academy of Sciences Armyanskaya
SSR)
SUBYITTED; September !,. 1960
Card 3/3

ACCESSION MRs APLO10026 8/0022/63/aL~M1?/0224
AUTHORSs Rezikyan, A. Me) Galecbg--ap 0. kel Geleabypp To To.
TITLE s 'Distribution of negative Ion partial presswes in*& positive colum Of
discharge at low pressures
SOURCEi AN ArmSSR* Izveatiyao Sere fize-eateme nauk, v. 16,, no. 6. 1961* 117-124
TOPIC TAGSs negative ionp electrode,, plasma,, aleatronp magnetic flelAs telple
coUi9ion# partial pressuxe
ABSTRACTt The positive column has ?peon studied analytically In gaxw produciog
negative ions, A two-dimensional problem In considered with dUtance d between
electrodes. For a plasma at rest with no maguttic fieldsq-the am of thepresawres
of negative ions N positive low N% s~A electrons We in given
P + N- A~ )V+.kt a- k*-Consl.
The wall is assumed oowp1*Wy aboorbUVp and.the toWerstares of the Various
Card 113

AGGFMION NRs AP4oIW26
specieu are given by the inequalities
t+'~: T
V < T, i T.
where t - neutral gas temperature and T electron temperature, The number of
negativa ions forming per unit volume by triple collisions is given br
PtA_'
coefficient or negative ion formationo The plasma in aammied quasimu-
tra.L; negative ion and eleabron balance equations are written which# coibined
with the above equations., lead to a differential equation
.1 dly
-I '. ~
71
12 TTM .-,I- Pbt' -7 L +To
W or PW -1'j.AT1'.1PI#
Card 2/3\
- - - - - - - - - - - - - - -

AccEssioN NR, AW10026
where P/P, and X/d By integrating the lAtter equation, curves
we
w
are obtained for the partial presmwe of the neutral gas, positive loneg negative
ions, and electrons as a function of the positive column radius. Orige art. bast
30 equations and 4 figures.
ASSOCIATIONs Institut rediofisiki i elektroniki AN AraWanskor SSR (11hatitute of
Radio Piquics and Electronicap AN Armenian SSR)
SUBM=EDs 2lNov62' DATE LM 03FerA4 ENCLi 00
SUB CODEt OP OD RM SOV a 003 MMs OD1
Card 3/3

REZIMi'l., A.M.. AGABAF-YAN, K,G,-, MARYC)SYAN, M.G.
Steady-state charactperist-',- of a magnetron dicde. Radictekh. 4.
elektron, 10 .9c,.4.689-692 Ap 165. (MIRA 18-5)

PSEZIKYAN, A.M.; BAKHSHYAN, G.G.
Motion of an electron in mutually opposed inhom-ogeneous
electr:Lc and magnetic fields. Izv. AN Arm. SSR. Ser.
fiz.-mat. nauk 15 no.3:107-114 162. (MBA 15:9)
1. Institut radiofiziki i elektroniki AN Armyanskoy SSR.
(Field theory) (Electrons)

27 6o /064/086
S7(058/,61/0OO/CO7
,2 o AOO 1/A101
-2- a, - -2j 14
AUTHOR Rezil-jan, A.M.
TITLEi Ion production in the cathode par+. f glow discharge ("Ineora-cJca-,
part)
PERIODICAL: Referativnyy zhu--nal. Fiz-4ka, no. !961, 30~, abstra--zt 7Zh9O
("Izv. AN ArmSSR. Ser. Fiz.-matem. n.", 196o, v. 13, no. 6, 63-T29
Armen. sunznary)
TEXT: The author start,.=: from the notion that charged particles passing
through the gas under a3tion of elentri-c field, transfer a part of their M~xnenta
to gas molecules. On this assumption he calculated the Tressure gradient' creat-
ed by ion motion in ancde---athode direction in a glow d'-s2harge. It is shown
that pressure drop of the nautrai gaE batween cathode and anode occurs mainly in
the cathode part. G-n thia baz'-s; a method of ex-oerimental determiznazicn of the
mean ion range in a glow discharge is theoretically subs tantlat- ed for ions arriv-
ing at the cathode from the ca--,node pa---'--, Df dis;3harga. The signifl-cance of suah
an experiment consist's in %hat the Imowledge of +I-e or4gina-0cn place cf iona
arriving at 'the --athcde is very eEsentiai f--w the ttheorj of Ithe eaz.hode part of
Card !/2

,on P--oducti2n ...
'-, -. / -~ &IS
AOO 1.!AIO I
glow discharge. Tne reFults of a prelimina-I experime-nt- aglow that' ths
mean range of ions arr-virz -a-- th& in dIsaharg& In argon a-:, a prer--zlr~-
of 5 mm Hg exceeds twice t~"e t"'Itckne-4-- if the region cf cathode
There are 10 ref,~-r-~)rces,
V. Belyayev
r
LAbstractwer',-~
Card 2/2

S/02Y62/015/003/006/008
D234 D308
-%4ai na Bakinshyan, G.G.
a
'lotion of an electron in crossed inhomogeneous
electric and magnetic fields
2z, OD!CAL: -~'~I~ademiya nauk -Amyanskoy SSR. Izvestiya, v.15, no.3.
1962. 107-114
The electric field is the one between two concentric
c-,,Lizaders and the miagnetic field is produced by a current flowing
the inner cylinder. The initial velocity of the electron is
assui.-.od -"-o be di f"Iffe rent from 0. An approximate solution of the
eq--,a-Lions o-ff motion is obtained by replacing an exponential expres-
"or. by -five terms o-L" its series expansion. The electron gains vel-
ocity -In the axiaL direction; this may be used for acceleration
purr-poses anO there can be a flow of matter in plasma media placed
in such fields. There are 5 figures.
Institut radiofiziki i elektroniki ANI Armyanskoy SSR
Card 1/2

I
S/022/62/015/003/006/008
D234/D308
,~:otion of an electron ...
(Institute of Radio Physics and Electronics,AS Arm- A
SSR)
S U 311., ITT ED :February 16, 1962
Card 2/2

27761
S/058/61/000/007/065/086
2 A001/A101
AUTHORi Rezikyan, A.M,
TITLEi Ion production in the cathode part of glow discharge Mcperinental
partl)
PERIODICALI Referatlivnyy zh-urnal, Fizika, no. 7, 1961, .303, abstract 7Zhgl
-matem .n 1961, v. 14, no. 1, 87-96,
("Izv, AN ArmSSR. Ser, fiz. 0
Armen, summary)
TM: The author invesT-igatad experiment-ally the dependence of quantity
q = 9k/d (Sk is mean range Df lone arriving at %he cathode ', d is -~he ?iidth of
the region of ca'hcde p~,ten-fai drop) on discharge conditions: density of dis-
- -- 2) -
charge current (0.2 - 2.5 ma/cm , pressure (o.6-S.o mm Hg), kind of gas (N. , H2
2
and argon) and diameter of dis--harge +.,,ibe (i.8-5.6 =). The pressure difference
between the cathode and anc-de nar-.-.s was measured with a diaphragm manometer. The
results obtained are exr~lai-ned. fSee abEtract 7Zh9O for ~.heoretical Dart of the
study.) V. K.
[Abstractbr's note! Ocmp-~--,-e tran--lat-Jonj
Card 1/1

1
le, 27 8 620
S/022/60YO13/004/004/004
C111/C222
AUTHORS: Rezikyan, A.M., Agbalyan, Yu.G., and Madatyan, K.A.
TITLEz Stabilizer
PERIODICAL: Izvestiya Akademii nauk Armyanskoy SSR. Seriya fizik.-
matematicheskikh nauk, 1960, Vol-13, No.4, pp.65-.68.
TEXT: The direct-current stabilizer described in (ref.11) consis's !:f
a gas-discharge tube being within a solenoid which is series-connected
witb the discharge interval. The axis of the tube is parallel to the
ma,crnetic lines of force. In the discharge interval the anode-ci.thcde
.,.harges move on spirals, i.e. they have a tangential componen+ of
velocity. Under the influence of them the gas begins to rotate in the
tube. For an increase of the discharge current, the magnetic field
in~;reases, the trajectory of the charge strains in, the length of the
spirals and therewith the resistance of the interval become greater,,
the current decreases.
In the present paper the authors report on the measurement of the
t~tabilizing coefficient. It is stated that it depends on the magne-~-'
field and that it reaches a maximum for a certain field inten=.Jty, Tne
-oefficient is small r than 3. The measurements confirm (in Sot
e e
Card 112

836-eo
S/02 60/011-3/004/004/004
C1 119222
Gas-Discharge Stabilize.-
zome deviations) the theory developed in (Ref.1). The velocity cf
i--tation of the gas in the tube and its Reynolds number were nor
determined. Hydrogen and argon were used as gases; here the r_=Su1!-:
a.~ffered only by the fact that in the case of hydrogen the
t~tabilizatiori began for a somewhat greater voltage.
There are 3 figures, 1: table and 2 references: 1 1 Swriet and I Eng-!i;)-.,
ASSOCIATION: Institut fiziki AN Armyanskoy SSR (Institute of PhyE-ic-i
of the Academv of Sciences Armvanska-va SSR)
SUBMITTED: September 2. 1959
Card 212

- IMIMIT, A.M.; MNATSAKAlffAN, K.G.
Illumination system for bubble and Wilson chambers. Prib. i teldi.
eksp. no.6:115-118 N-D 160. (MM 13:12)
1. Fizicheskiy institut AN ArmSSR.
(Ionization chambers)

REZIKYAII, A.M.; AGBAIXAIT, Tu.G; MAMTLYAIT, K.A.
Gas-i-ischarge stabilizer. Izv. AN Arm. SSR.Ser. fiz.-mat.
nauk 13 no.4:65-68 160,* (MIRA 13:9)
71. institut fiziki AN ArmSSR.
(Voltage regulators)

Z
REZIKYAN, A.M.
Gas-discharge stabilizer for heavy direct current. Izv. AN Arm. SSR.
Ser. fiz.-mat. nauk 10 no.5:99-106 157. (MIRA 11:2)
1. Institut fiziki Ali ArmSSR.
(Electric currents)
(Blectric discharges through gases)

IlFlace ilf Aon of 0 an d
Le r U im,~rli Lorionosov, Jun 54.
r r) f -in
7ec1_-ern-fraya Luskw-, ~,Oscow,
ov 1;5ii

86755
S/12o/6o/ooo/oo6/O3I/O45
E032/E3i4
5Z.20 0 (/ 00,2~, 11,3 Y)
AUTHORS~ Rezikyan,, A.M. and Mnatsakanyan, K.G.
TITLE., Illuminating System for Bubble and Wilson Chambers
PERIODICAL; Pribory i tekhnika eksperimenta, 196o, No, 6,
PP~ 115 - 118
eEXT~ Large--volume bubble and Wilson chambers have recently
come into use in high-energy nuclear physics, A number of
methods'(~' roducing uniform illumination have been described
/p
(Lofgren et al, Ref. I,z Ballario et al Ref. 2) but they all
suffer from the disadvantage that they involve the use of long
linear sources of light, Rays lea~,ing such a source are
transformed into a parallel beam only in the plane perpendicular
to the source and hence uniform illumination is not produced
in the direction parallel to the source, In the system
deszribed in the present paper ., this disadvantage is confid-
erably reduced,, The system employed by the present authors
is in the form of a cylindrical plano-convex lens made from
perspex and consisting of suitably cut perspex sheets glued
together as shown in Fig. 1. The perspex layers are
Card 1/6

86755
S/l2o/6o/ooo/oo6/03l/o45
E032/E3i4
Illuminating System for Bubble and Wilson Chambers
separated from each other by opaque films., This ensures
that the rays are collimated not only in the XZ plane
(Fig. 1) but also in the YZ plzine, In this arranirement
each transparent layer transmits and collimates light
emitted not from the entire length of the source but from a
part of it., which is determined by;
b
S = 2b 4- a
a[r/(l - I/n) - (11
2 2
d a
where a is the
n is the
d is the
S is the
r is the
Card 2/6
thickness
refractive
thickness
length of
radius of
of the transparent layer,
index of the material,
of the lens,
the source which is being used and
the cylindrical surface of the lens

86755
S/12o/6o/ooo/oo6/03i/o45
E032/E314
Illuminating System for Bubble and Wilson Ch-ambers
The opaque films are produced by a dichlorethane solution
of black aniline dye, The faces of the perspex layers are
wetted with the solution and then pressed against each other
_I~or a few hours until they become firmly attached., The pile
thus obtained is worked to the required shape and the surface
is polished by chromium oxide. For large chambers the
illuminating system was made separately from the chamber and
was of the form shown in Fig. 2, in which I is a glass
partition, 2 is a lens, 3 is the illuminator, 4 is the
body and 5 is the reflector- The optimum parameters of
the illuminating system and the quality of the lenses depend
on the working characteristics of each particular chambers
The qual,-ty of the lenses also depends on the focal length-
For bubble c-hambers,large fcf~al lengths are undesirable
since the illuminating system 5hould be located within the
chamber and the glass partition I must withstand the full
pressure of the liquid, For Wilson chambers a greater focal
length can he chosen, i.e. the number of illum.Lnators and
lenses -an be reduced since the system can be located outside
Card 3A

86755
S/l2o/6o/oOO/oO6/031/o45
E032/E314
Illuminating System for Bubble and Wilson Chambers
the chamber, The present authors have made three lenses of
the above type, using perspex layers with a = 2.3 and 10 mm
E. = 90 mni ande = 7 0 mm (see Fig. 1)., The radius of
curvature of the cylindrical surface was r = 80 mm and
thickness of the lens d = 60 mm, Special vacuum tungsten
linear filaments (300 mm long) were also prepared and during
the measurements the illuminators were diaphragmed so that
the length of the diaphragm was equal to that of the lens.
For lenses with a = 2.3 mm and c/a = 0,75 (Fig. 1), the
increase in the illumination towards the edges (in the OX
direction) did not exceed 6.5% of the average value, With
a = 3 mm and a = 10 mm, the corresponding figure was 9~o
and 10.4%, respectively, The variation of the illumination
with distance along the OX axis is shown in Fig. 3z
Similar plots for the OY and OZ directions are shown in
Figs. 4 and 5, It was found that the best results were
obtained with a lens having a = 2.3 mm in the uniformly
Card 4/6

86755
S/-12c/6o/ooo/oo6/031/045
EO-72/E3111
Sv~~tc- fc~r Bubb-ic and 'Uilson Chambers
chatige in illumination cloess
T17, I
c

cl:
at 41 r.'77 for
C:,
C-
T.'Iere Ire figures, "C',
ish.
L
A S 'CC I A T I ON F .4 Jnstjtj.,,;-
i V!'
-7 a- c -S Of I~he
~7'-'T T T " Dl -
Card--6/~ 6;

USSR /Zlectricity - Motors, Induction Jun 5 1
"The Nature of Electromagnetic Phenomena in a
Motor With an Arc Stator," M. G. Rezin, Cand Tech
4ci, Ural Polytech Inst imeni Kirov
"Elek-trichestvo" No 6, pp 25-29
Gives exptl curves of space and time distribu-
tion of the induction in the air gap and of the
currents in the yoke of the machine for motors
with arc stators having 6- and 4-pole pairs. In-
cludes an oscillogram of the pulsating currents
ia the outer and central zones of the arc stator
under short-circuit op4rating conditions.
20OT12
USSR /Electricity - Motors, Induction Juxi 5 3.
(Contd/,
Also presents oscillograms showing the form of
the emf in the rotor bars. Submitted 6 Dec 50.
200TIP
Z

V . A G
:.-.e-.a.1 in t.--.e lp' -ore - ica-I --a
_i
Ural, uo.' itekh. J-ns-,,, no.133:11-16 163.

~,%G-; COLIJ13:?;V, N.S.
Choice of pole separat-ion ari current- fraq-uer,---y of sLator.
Trudy Ural. politekh. inst, no-4133:68-74 .' '03, (!.qp-k 1-/:Cj)
- I

G,
~esul,s of L'i o-" c SZ4-
e invesLiSa-~
vith the '-e-, pof laboratovr equin-ent, 4,.- s
'10-133:25 ~k 17:9)
- ~-33 )

%.JWQ~ k11 . MOPACHNV, G.F.; _,.,UP-DE, L.V.; SIMGEYEV, S.V.; SlaMIOV, G.F.;
"LL21,
6=VSKIY, 1.G.; DROBINIM. Ya.l.; KOCHREV, MILAYKINA, R.N.
PATIU40140VA, Ye.I.; LIKHACHEV, M.U.[decoased].
"Elo-tric anf-.ineering." A.S. Kanatkin. M.h. Perakalin. Reviewed b7 M. G.
Rezin and others. Elaktrichestvo no-7:94-95 Jl 15?. (HLRA 10:9)
(Electric engineering)
(Kasatkin, A.S.) (Perekalin, M.A.)

Sov/153/58-9-10/29
AUT1!ORO'_':Siunov, 11. 3, (Dr. Tech. Se ienc et?Pro f e s sor), G.
(Candidate Tech.Science), Kholil,-7ov, A. I. (Candidat-eT-ech.
Sciences, Docent), Osykhovskij- I. G, (Candidate Tech.Scienecs
Senior Lecturer)
TITLE The Clioice of Some Parameters of the Electro-I'la-netic
Stirrer for an Arc Furnace (Vybor nekotorykh parametrov
dugovogo statora elektromagnitnoogo peremeshivatuelya zhidkoy
stali)
P !ODICAL: Stal', 19-53, Nr 9, pp 802-806 (USSR)
ABSTRACT: After a brief outline of tne DrinciDle of o-oeration. of
an electro-mal:rnetic stirrer an-d. advantages in itus use (based
on Western literature) the authors consider the problem- of
choice ol" some of its main parameters for a given velocity
L-3
of -7 o7,rement of -m--al on the bottom of a furnace. The
U
-ai~ataeters are considered: num1bar of ~)oles of the
4-
suator arc len:~-th of Statuov's are, air gap are, frequency
:D t.D -
of tlie current, len-th of the core, Theoretical considera-
tions tiere tested on a model usinEr. aercury atu rooma tempera-
ture Good a-reement betwecn the calculated ard
actual velocities of the movement of the :--ietal was obtained.
T~.--,,o degigns of electro-magnetic stirrers develoDed by the
112

Sov/133/58-9-10/29
The Choice of Some Parameters of the Electro-IDI-snetic Stirrer for
an Arc Furnace
electrouechnical and electrometallurc,,ical deD~L-ntment of
0 -
tlie Urals Polytecbmical L'Istitute in coo,-Leratluion wit.1-1 the
worl:s UAZ, LJZTRJI and VIZ will be soor. introduced in~uo the
indusutry. There are 5 fig7ares
JMOCIA:TION: Ural's'~ziy institut (Urals P,:)lytech-
nical I-astitut,,:;)
Card 2/2

SOV/144-58-11-16/17
I. G.(Senior
AUTHORS: Rezin, IVI. G Cand. Tech.Sci,). Osykhovskiy,
cturer)
TITLE,* An Experimental Investigation of the M
eNnetic Field of a
Curved Stator (On an Electric Furnac Eksperimentallnoye
issledovaniye magnitnogo polya dugovogo statora)
0 0 0
PERIODICAL: Izvestiya vysshikh uchebrqkh zavedeniy, Elektromekha-nika,
19586Nr 11, PP 134-139 (USSR)
ABSTRACT: Flat or curved stators are often used to stir the liquid
steel in arc furnaces. Magnetic systems of this type differ
considerably from other kinds of magnetic systems used in
furnaces-, The main differences can be seen from the schematic
dia,sram of a furnace wi'Uh a curved stator, given in Fig.l.The
rotor consists of molten steel with a ma.-netic Dermeability of
unity. The lining, which can be up to 900 -=-tiiick, is also
non-ma-netic. In order to -reduce magnetic and electric screen-
ins- the bottom of the furnace near the stator winding is made
of non-magnetic steel of high specific resistance. Thus none
of tlie components of the system are magnetic except the stator.
'Nioreover, 'he stator and the molten.steel
the air Sav, betweeii U
is very long. A two-phase st-al-lor wi-ndin~z is g
0 - generally used.
There is no published experimental data about magnetic fields
Card .113 produced by syste-i-as of this kind. The windi-ng construction

.~30V/JL~4-58-11-16/17
An Experimental Investi-ation of the Nla-netic Field of a Curved Stator.
tw~ U 0 Q_
is de3cribed. The influence of the number of slots Der Dole
and por phase on the field distribution was studied ~y ma"l-
in,.,, three stators with different numbers of slots, and tae
construction is described. Field strength determinations
were made with d.c. flowin- in -the winding, the magnetic in-
duction bein- measured by a search coil of a flux meter as
shown in Fi- 2. The horizontal and Derpendicular components
of the field were measured. Distributilon curves of the ver-
tical and horizontal components of induction are given in
Fig 3 for a stator with 28 slots. Special features of -the
induction distribution are pointed out and in order to ex-
plain them further stators were made with 14 and 8 slots res-
pectively. It was found that whatever the numbers of slots,
the induction distribution was saddle-shaped. This is because
there is no magnetic rotor. As the distance from the stator
to the horizontal plane in which the measurements are made is
increased the.distribution becomes more sinusoidal. This can
be seen from the induction distribution curves given in Fig 4.
Distribution curves of the perpendicular and horizontal com-
ponents of induction for stators with different numbers of
slots are given in Fig 5- --'he perpendicular components are
Card 2/3

SOV/JL~4-58-11-16/17
An ExDeri-mental Investigation of the Magnetic Field of a Curved Stator
C) CD
much the same for all three stators, whilst the horizontal
components are different in the three cases. Two possible
arran-ements of stator r~alative to the molten material in
the furnace are shown in Fig 7. If the centre line of the
stator does not coincide with the centre line of the molten
metal in the furnace the metal circulates in two flows of
different diameters; the rate of flow and the mi-xing effect
are reduced in this case. Therefore, as far as possible the
stator windina- should be located symmetrically with respect
CD
to the molten metal and not with respect to the furnace frame.
There are 7 figures and 2 Soviet references.
C)
ASSOCIATIOh: Kafedra obshchey elektrotekhniki Urallskogo poli-'Uekhniches-
kogo instituta (Chair for General Electrical Engineering,
Urals Polytechnical Institute),
SUBMITTED: July 9, 1-958.
Card 3/3

REZIN, M.G. , Irand. ta!~:hn. naul:, dots.
Compensation of the pulsating fields in a motor with an are-shaped.
stator. Trud7 Ural. politekh. inst. no.90:44-48 '5P.
(MA 13:2)
(Electric motors--Design and construction)

We tla~nita I
. 2MOM !,a Mean -%tn7y
H
(probilm or .Hft&aetohplrodym=lc3 un'l u1nnen,
REM. ~.* workA of the Conference On X-enetalty1rodyruuticu,
Rig., 2.10 July 1958)o Rise,,1959, 339 pp
The tenjority of the terts of the 55 confomn- mport3 ~l iltacu3ilcna
of -Part. ~ PM3nntCd in the SMLree in abridacti forn. Previ-sly pub-
ll~hc,l -part. ~~ included th .1' .. brief b,-ract. -.17. -..he -tcrLel
Z
rublish"d them for the fl-t tLT. (abridged and -brldg~d)
on Certain Pmbl*m* in the O-'gning or Line- I.d-ticn
by A. 1. Vol'dak, Tallin, pp 273-277; discumaton of the re, orl. by L. _A.
Vertap )FoWcZW~--pp 2TT-27a
Problem of the -Electrateng-t1c Cmclbli," bry E. P. =~InLML
Leingred, pp 2T9.2,)4 (LI-luatretLosia)
."On the Turbulent Flc~ of- Liquid Metal Urdir th~ taflu-ce of a
Tm-lig X.Catic Field," byl. H. KLrk. -d 0. A. Llrl-i , .111r
pp .113-302
The U.e of Ufftw-d-Fiell P=p. for IArdA lletal.." by A. E.
Riga, pp 305-311
"D-aign of the Am Stator For StirrIng the Meta.1 in ~ Arc F,-ce
by M.-A of Induction,- 17-~ll 1 Z --14 S-ril",k, ;p 313-:21
'Feed Cirmdta of lmstmll&tLcnt r~r thc Electrm--Li !11.~inv if
a ll'tal in Electric A= F~~," by Dmblatm 1-llov-,
pp 323-333
"On the Choice of " Optl=a 5"tor Current F,..T.,eniy for --h,: Mxi-i,,?
or a lArrald Metal by Means of. Tr-11tw Zlictr-%Sn,t'c Fl-ll," by
1. 1. Bortnich =4 14. rxaty -Uy -3-1-~
pp 3r

-PM'IN, M.G.
Nature of addItIcaal losses in a motor with an open-circuited
ntator. Trudy Ural. politekh. inst. n0.79-113-117 159-
(MUlk 13:7)
(Electric mo-cors.,

ANTIPOV, M.F.; G&VRILOV., B.K.; I-IIIAYKIN, I.F.; PAVLININ, VJI.; REZIN, M.G.
IIDG machinery design" by IA.S. Gurin and M.N. Kurochkin.
Reviewed by M.F. Antippv and others. Elektrichestvo no.3:95-96
1
.,L- 62. (MIRA 15:2)
(Electricity machinery-Direct current)
(Gurin, IA.S.) (Kurochkin, M.N.)

1, 00347-66
1,AccESSION NR: AP5016661 UR/0382/65/000/002/0130/0138
669.16+53 8.4
AUTHOR! Rezin, M. G.
TITLE: Development or plectromagnetic stirring of.l~qu~d metals
TOPIC TAGS: liquid metal, MHD flow, electromagnetic mixing, metallurgic process
ABSTRACT: Several meLhods of electromagnetic.stirring of cast iron and steel'in'
pods and converters as used in the Soviet Union are reviewed. The adv~i_n_tages of I
such stirring are also discussed, in particular, its importance when large amounts
of metals are processed. The induction and electric arc processes are compared;
the required power and the amount and kind of cooling and other factors are listedJ
The importance of electro- and hydrodynamic processes in improving metallurgy tech-i
nology and in development of more economical operations is stressed. A few re-
sults of flow tests are pr esented, Orig. art. has., 4 figures.
ASSOCIATION: none
SUBMITTED: 3lOct64 ENCL: 00 SUB CODE: MM.
NO REF SOV! 005 OTHER: 002
Card 1/1

s,~n*~,, kand, %ekhri, nauk, REZIN M. G kand
a6
nauk, DROBiNIN, assinte L U 11
VJ_ as5~st,~nt, KOCHNEV, E.K., stLrehiv pr"pe-)-l-!&Val.4--l,
;agneti-n sL!rrl-ng ard pumping over of molten ateel~
nau--h. t1rud. Ural, pcl-'tekh, Inst. no.122:226-2-,,-- 'bll.
'MIRA 17i!2';,

R:1,1ZIN, .%G~
------ --l'.- -
?actors determ-4,ning tt-.e 'C-P-slf; paraneters ot a statlor. Trudy
I J (MIRA 17~9)
Ure,l. politekh. -list. no-'33:510-5:3 `63~

ACCESSION NR. AT4042312 S/0000/63/003/000/0349/0355
AUTHOR; Briskman, V.A., *Qashkautsan. V. V. Rezin, M. G
TITLE: Simulation of electromagnetic mixing of a metal in the ladle
SOURCE: Soveshchaniyc po teoreticheskoy i prikladnoy magnitnoy gidrodinamike. 3d,
Riga, 1962. Voprosy* magnitnoy g1drodinamiki (Problems in magnetic hydrodynamics);
doklady* soveshchaniya, v. 3. Riga, Izd-vo AN LatSSR, 1963, 349-355
TOPIC TAGS: electromagnetic mixing, elect rom agnetic stirrer, molten metal mixing,
foundry technology
ABSTRACT: The authors discuss the importance and area of applicability of the electro-
magnetic mixing of metds, calling attention to the numerous advantages of this method. A
study was made of the processes involved in the mixing of a melt in ladles by means of a
traveling magnetic field. It is noted that this type of mixing con be employed to accelerate
uid deepen the degassing of the steel during vacuum melting in the ladle, accelerate the
reduction of the metal and dissolve the alloying additions during the desulfuration of cast
iron in the ladle, etc. A mixing technique employing low-frequency current was adopted,
in view of the difficulties that arise when attempting to make use of the conventional 50-

2' ACCESSION NR: AT4042312
cycle industrial current. The research described in the paper was conducted on a model
i .
Igeometrically similar to ladles actually in use in the metallurgical industry. The authors
e I
note that, in order to achieve physical similarit over the entire range of v locitics o
y
i, practical interest in mixing, the following two do term ining criteria constitute the sole
T~; -factors of importance- L22 2n(j(,)d2
C7
(2)
p,.
Alr
where is the circular frequency of the current; Ao is the. line'awr current load of the
stator; d is the characteristic dimension (mean ladle diameter); c7is the clectroconduct-
ivity; 19 is the density of the liquid metal; and c is the speed of light. When slippage is
close to unity, criterion (2) has little effect on mi-ang. In this case (covering the majority
of the measurements made oh the model ladle in question), the results can be extended
more widely than permitted by expression (2). A sectional diagram of the model is
shown in Figure I of the Enclosure. The ladle was manufactured of viniplast, with a casing
of non-magnetic steel. Mercury was used as the liquid metal. The depth of the mercury
Card 2/5

ACCE'SSION Nit: AT404231P,
I.-Lycr was equal to the Mean illtClf'rial diameter of the ladle (23 cm). Water was poured over
the surface Of the MCI-CUrv. The frequency of the stator current was varied from 10 to 200
cycles, With an asynchronous generator employed as the power supply. The methods and
fivilrunientation used in the measurement of fields and velocities in the liquid metal are
not described in this article. Three versions were tested, involing different arrangements
and connections of the stators: 1. two stators, placed diametrically opposite one another
at different sides of the ladle and acting on the melt with forces of identical direction;
2. two stators with forces of opposite direction; 3. one stator. A discussion of the results
follows and the authors point out that, on their basis, It is possible to construct a picture
of the movement of the liquid metal in the ladle of an industrial mixing unit and to select that
version which is most suitable from the metallurgical point of view. When designing a
specific installation on the basis of b (R) curves with A = const, a function 4 (Q) can be
plotted for constant power and the -optimal.f requency for a given ladle thus found. According
to the values of v one can determine the linear stator loads which will be necessary
A01,11-5
3/5

ACCESSION NR: AT4042312
I for the attairunent of the required velocities. Orig. art. has: 2 formulas and 4 figures.
ASSOCIATION: none
SUBMITTED; 04Dec63
NO REF SOV; 001
ENCL: 0). SUB CODE: ME, MM
OTHER: 000

ACCESSION NR: AT4042312
ENCLOSURE: 01
Fig. 1. Model diagram. 1 - stator; 2 - mercury; 3 - lining; 4 - casing; 5 - water.
Card 5/.5

DROBIN121, Ya.I.; PMIN, M.G.
New excitation networks for lo,,,r-frequency generators. Trudy
Ural. politekh. inst. no.124:81--86 162. (MIRA 16:8)

KOCHNEV, E.K.; REZIN, M.G.
Ejectromagpetic processes In molten metal-mi-Aing systems.
m
Trudy Ural. Politekh. inst. no.124:1015-117 162.
(MIRA 16:8)

L 16721-63 EWP (q)AWT(m)/BDS AFFTGIASD JD
S/124/63/000/004/007/C64
AUTHOR: Rezi-n. M. G.-
TITLE: Electromagnetic mixing of steel/in a ladle
PERIODICAL: Refereuivnyy zhurnal, Wdianig, no, 4~ 1563.,' 10.9 '~~b if- i~it4B67
(Sb. Vopr. magn-itn. gidrodinamiki i dinamiki plawy. v. 2. Riga, AN
LatvSSR, 1962, 621-627.-
TEXT: In the report (descriptive in nature), under the simplest assumptions two
Systems assuring the electromagnetic vacuum mixing of steel with degasification
are analyzed: 1) an approach envisaging-the mixing of the entire batchof steel in-
a ladle placed in a vacuum chamber; 2) a circulatory system with the degasification
of steel in a special small vacuum chamber., whence the molten metal flows continual-
ly out of the ladle uith the aid of electromagnetic pumps. In 1), with tro exber,-,
nal stators, two activation methods are possible: eophased and counterphased. Dur-
ing start up on co-unterphase, (statorst magnetic fields are directed against one an-
other), in the liquid metal one circulatory zone' develops, vALUe at cophased start-
ing, there are two such zones, symmetrical with respect to the ladle's axis. Cal-I
culations show that a power supply to the stators,of.0-315 cps assures good mixing
in a ladle 210 cm in diameter (70 tons of metal). The stators, design is such that.,.
Card 1/2

L 16721-63
S/l24/63/ooq/ob4./OOr7/064
Electromagnetic nal.-J=ig of .....
they can function without cooling for 15-20 min.,, even-though the power being fe d
amounts to 160 ka. The second degassing, method has several advantages over the
first (the sparging of steel in a vacuum chamber -upon entry into it, the continuity
of the process etc.) and has a number of disadvantages, making its adoption diffir-
cult: f) the piziping of steel with conduction pumps becomes difficult in view of the
problem. of contacting the electrode Trith the 'liquid metaljgraphite electrodes change
ihe comoosition of the steel); and 2) the e1jaVomagnetiFl2nduction puaps in view of
the 'oec~liarities of steel production (large -dimensions etc.) require a very high
magnetizing current and hence high linear current loads at the stators' surfaceso
In sDite of this difficulty, two types of electromagnetic induction pumps were de-.
Velo;ed; at frequencies of 50 and 16 cps at a depth of liquid steel amounting to,30
and 80 the output 85 and 173 cubic meters/hour at power of 2050 and 1650 lar re-
.spectively. V. X. Gretsov.
[Abstracter's note: Complete translation-3
Card 2/2

REZEN, DROPACHEV, G.P..; DROB-MIN, Ya.I.;. KOUMEV, E.K.; GOLUBEV, H-Si
"Electromagnetic metal mixin in steel snn--Iting are furnaces* by
N.V.Okorokov. Reviewed by '.LG.Rez= and others. Mkktrichestvo no-3:
q5-96 Mr 163. (MIRA 16:4)
(Electuric furnaces) I.FlecLromagnets) (Okorokov, N.V.)

KOCHNEV, Eval"d Kuz'mich, starshiy prepodavatell; REZIN, Mikhail
Grigorlyevich, kand,.tekhn.nauk, dotsent
Study of devices for electromagnetic transportation of molten
metals. Izv.vys.ucheb.zav.; elektromekh. 5 no.93963-973 162.
(MIRA 16:1)
1. Kafedra obshchey elektrotekhniki Ural'skogo politekhnicheskogo
instituta (for Kochnev). 2. Kafedra elektricheskikh mashin
Ural'skogo politekhnicheskogo instituta (for Rezin).
(Liquid metals)

SEmOV, N.M., AGAY911OV, A.Y.-, REZINKO, D.S.; ROZHKOV, A.A.
Effect of the severe winter of 1955-1956 on some mammalw in
steppes of,phe Sarpa region [with summary in English]. Zool. zhur.
37 no.8:1421-1227 Ag '58.. (MIRA 11:9)
l.Gosudarstvpnn7y nauchno-iseledovatellskiy institut mikrobiologii
i epidemiolokii Yugo-Vostoka SSSR, Saratov i Stalingradskaya
protevochumriaya stantsiya.
(Sarps, region--Zoology--Ecology) (Winter)
-N

jcand.tekhn.nauk., dotsent; KROPACHEV, G.P., kand.tekhn.nauk,
"' o;s'ent; DiOBIIFLN,
'~G -Ya.-I., inzh.; KOCMEEV, E.K., inzh.;
GOLUM~V, N.S,, inzh.; MASHKAUTSAN, V.V., inzh.
"Physical and mathematical principles of magnetic transportation
of molten metals" by G.A. Ostroumov. Reviewed by M.G. Rezin and
others. Elektrichestvo no.7:911-93 J1 162. (MIR-k 15:7)
(Liquid metals)
kustraumav, G.A.)

PARZHINI, A.A.0 inzh.; REMK, V.I. . inzh.; KHR TICH, L.M.
New boiler units at the Taganrog Boiler Flant. Bezopp~'ruda v prom, 7
no.1:13-15 Ja 163. (T4anrog-Boilers) (MIRk 16t2)

MIRONOV, N.P.; NELIZINA, Ye.N.; KLIMCHENKO, I.Z., REZ,INKO, D.S.; CHERNOVA, N.I.;
I)ANILOVA, G.M.; SAMARINA, G.P.; RODIONOVAY'
Spatial distribution of fleas in the burrows of the lesser
suslik (Citellus pygmacus) and efficient methods of estimating
their abundance. Zool. zhur. 42 no.3:384-394 163.
(MIRA 17:1)
1. Rostov-on-Don Research Anti-Plague Institute, and Astrakhan
Anti-Plague Station.

F2 1,V,,,(',Ol 12,
SMMV, N.M.; REZINMKO D.S
Reaction 'of lesser susliks (Citellus pygmaeus Pall.) to various
baits and to methods of setting them out. Zool.zhur.34 no.1:208-
215 Ja-F '55. (MLRL 8:3)
1. Gosudarstvennyy nauchno-issledovatellski7 institut mikrobiologil
i epidemiologii Yugo-Vostoka SSSR ("Mikrbb") i Stalingradskaya stan-
tsiya Ministerstva zdravookhraneniya SSSR.
(Susliks)

S/2621162/00MI OJOI 5/024
1007/1207
AUTHOR. Rezinkov, V. D_ Puchkov, N. G. and Borovaya, M. S.
TITLE: Calculation of proper concentration of neutralizing additives to motor lube-oils
PERIODICAL Referativnvy zhurnal. otdel'nyy vypusk. 42. Silovyye ustanovki, no. 10, 1962, 68, abstract
42.10.384. In collection "Prisadki k maslarn i toplivam", M., Gostoptekhizdat. 1961,
297-304
TEXT: The influence is studied of the degree of concentration or uttaTlfm 339 (tsiatim 339) and BHMI Hn-360
(vnii np-360) additives on coke formation and weat in a four-stroke diesel engine. A method has been devised
for determining the proper concentration of neutralizing additives. For the second type of additives to fuels
with a varying sulfur-content, used in a A-38 (D-38) diesel, the predicted values (of concetrations) show good
agreement with the experimental data. There are 4 figures and 7 references.
[Abstracter's note: Complete translation.]
Card 1/1

REZIIIOVSKIY, A. (Kiyev)
Design of a multistage divider. Radio no.3:57 Mr '61.
(MIRA 14:8)
(Electric networks)

REZINSKICH, F. F., PLATONOV, B. P., RABINOVICH, Benedikt V.,
"Thin-vaUed sand moldum
To be submitted for the 28th International Foundry Congress,, Vienna, Austria, 19-24
june ig6i,

~; E " lm ~ w T ~ F . 71
- '~5 .
Mzchiardnm of ppok-Ing by ramanlng tine mixture I-n a closed fla-z".
I Mr 161:
.At. proizv. no.309-42- I ( M P, ~'A I --'~ ~ 6 'l

RABINOVICH., B.V.; PLATONOV, B.P.; REZRISKIKH, F.F.
Thin-valled molds. Lit.proizv. no.7:10-14 JI 161. WIRA 14:7)
(11~blding (Founding))

KANAVETSO P.I.; GESS, B.A.; SPORIUS, A.E.; CHERNYSHEV, A.M.;
MELENTIYEV., P.N.,- GHERNYKH, V.I.; KHROMYAK, R.P.;
KHAYLOV., B.S.; DCRISOV, Yu,I.,o TSYLEV, L.M.; SOKOLOV, V.S.;
Prinimali uchastiye.- MARKIN, A.A.; GORLOV, M.Ya.;
VORONOV, Yu.G.; BULAKHOV, K.A.; KREMYANSKIY, V.L.; ARSHINOV,
G.P.; MAZUN, A.R.,; PISARNITSKIY, I.M.; BOKUCRAVA, O.A.;
KIRILLOV, M.V.; TSELUYNO, P.I.; POLYAKOV, G.O.; RN4K0V,, A.S.;
ZHUCHKOV., M.I.; ROMAHKIN, A.S.; ZUBKOV, A.S.; KOZLO~, N.M.
Pilot plant for the nodulizing of finely ground charge mix-
tures by the method of chemical catalysis. Trudy IGI 22:
93-109 f63. (MIRA 16:11)

-A k a X v t I I AA m CC M U 2 b g 41 1 1 t A 1-1-
r
00

Tildess brmxo.
1935, .14". 1, I,nj.. tanz,
d-fird a%foll,.: (it At brunzr~ihavin.: to) Sor 10%
At 1w r"t is c 1). (f.) A] to and Mn 2%, to At 9 and.Fe
,~
-00
4
fdj At M. Fe 3 and Ni I.-Pl. (a) At 5- 10 ami Ni
1.0 Al 7 atul Si 1%; t2i Si lwmr" with (a) ,;1 0
I I S 4 r 3 awl Zn 4 or 11%. W Si 3 and M) 11%;
ee
cl) MIT lwTNnAr (Ain .5%). The main ativant:,ge oi Ain s

00 Iffunic I% its hesti rmistance:
at 400- its ten-ale strenicth
66 dr-T, frofn kg-hki. mm. only to 26 kg.!%q. rnm. coo
A P-toff
oe
Kee
00
of go

z--
r tic 9
ASSALA SIT LUNG AL
AL LIT
TURE CLA$SIFICATICO
-
we*
1.1e.4 -I- C- a., viLIJI ON i.- III
4
to
1

,1
at if K RM a
-
0 0 0 0*0
0 0 0
0 9
0 0 0 & 1
0
0
0 *
0 0
0 : 0 000.0 0 0 00 0 0 0 *1 0 0 0 *
0 0
0

t a a a S; A LA a I I I c . 9 . . _. z 9 r
06 60 a 0_6 0 4-111-*9 4v
0- 1 1 t )a it 1) 13 W 3 16 ly 4 r m a 34 is is v ft of 40 41 Q 4)
A IL-r a ff 0 A m P a a A T_j 4 , I , 4 -A--- - - !-A
A A 06", 1.0 ND I r c4 e~s
A.tD_~r_ T
_9
d t~~
00. PPOCIASIS AND pbeftelifs 1.01.
-00
00
00
N-Rms" (VmkL 8INW., 19M.
140. 1, 21- sad Un-brensm am
summ"imaL Un-breaft has good host~re.6itsme. It.
tens& Anngth drops trout 38 to 26 kg./sq. tnta. at 4w*. 0" a**
00
I zo
see
goo
A I s - I L A -1 fALLURIOC4L LOTWO41UOI CLASSWICA110"
goo
goo., W..
u u AV -0 U I A. 0 0 6 1 w 0 0 is a 3 a
0 Potypilova maws Platt 1949mon I

IN - - ~ -
-Ii4 0 0 0 0 0 * W Q-W-W a-w-w-w-
1314 IS64 UM 1610 Hn 133413 UBMIN all Ilu 34*36
A -I-L- L--t-J--i-
IND Akb S
..De
Xf
9
tetkov ffritnik Staxilartliml:ii. LOW, (0- 21-26;
0 Ao.. IV :--Th Rjudj&n.j Fxamp)co of tinkw - bronza"
mn -" hronexa" having (n) shimanimn 5 or 10~,
n
nl
ji1w n-st bring mpper). 16) Rhatninjon, 9 &nj Inallganew 21,1... (,-I aluminium
KII'l in'll 4"". (d) aluminium 10. imu 3, mmt manganem, 1-5"- I'l 4114111inium
lismidniA0141" I. . (2) miliom - Immu-Im
(f).junlini,im 7 and wilimn I _
ith (a)silit-on 4 or3 and zinc 4 or 9"_ tc)silicun 3 antl Irad 6",;
t3i mangaw-w-- bmire - (unAuganese The numt. im rtant advantage
00 .4 111finglillm. b"mm. im its III-At-n-imancr: at 4041' C. r., aurngth
00
At.-ILA AtTALLUPIGICAL LITIMOURE CLAHWICATION
*Ilse CPI
u IS AV .0 IS IN I T -9-11-
T T
00*04100600 *0000000060:0000000
to
10 a 41 a a a esto
09"A".
te 10 0
I L
-00
-o*
Ale*
=00
=00
;;o
goo
goo
moo
400
moo
1110 0
000
goo
66099
0 0 0 0 0 0 0 0 0 * 0 0 0 0 0 0 0 0 t 0 , 0 * L 0 0 * 0 0 0 0 0

Ise ::6
1 0 1 0 0 a 4 0 * 0 0 0 :
314' 1 q ? f I % I , ; 12 JA 2 is y m 10 43 .1 C:
69- - - - :-k, m, , m , ~mr
-A I
t-00
-
00

if -00

12
-
00
-
=
09
aranm Without Tin
. It. Ariltor stmlatiuni; (.M,-~Vgwy "f
19M. IN-imml Twhniml ma.)nm or"
gm,n for tlw- 4 -of I
h- Itu-ml, Nforiflant lin)nw 00
ONT: VKS 75112. - N. A.

:0 -00
"go
4:00

00
woe

I L A_ a TALLURGICAL LITERATURE CLASSWKATPON M=--
CIO !L 11'. a 3 woo
O'D
oo
E) U z AV is 40 g V ZA An L M CM 0 0 - I W 0 9 A 4 31 8 V
X04 0 0 0 0 0 0 0 0 0 0 0 IS 0
.T.4

'4!kl
'TEUCV, ~ ~ ha-i-I Alekseyevich, jt. au.
The standards of non-ferrous metals and alloys. vyp. 1- Moskva, Standar-tizatsiia
i ratsionalizatsiia, 1933-

AZOS, S.; AREFIYEV, A.; ARTAMONOV, I.; RABINA, L; B OVSKIY, V.; BLOZHKO,V.;
BRAURMLN, A.; BYKHOVSKIY, Yu.; VINOGRADOVA, M.; GAIANKINL, Ye.;
GILIDENGHRSH. F.; GLOBA, T.; GRWfTM, N.; GORDON, G.; GULIDIN, I.;
GULYAYWA, Ye.; GUSHCHINA, I.; DAVTDOVSKAYA, Te.; DAMSKAYA, G.;
DMUACHEV. D.; YSVDOKIMOVA, A.; YJIGUNOV, V.; ZABF.LYSHINSKIY, I.;
ZA.YDW3RG, B.; AZMOMMIKOV, I.; ITKINA, S.; KARCHF.VSKIT, V.;
KWSHIN, D.; KU71NOV, Ye.; KUZNRTSOVA, G.; XURSHAWV, I.;
LAMMIK, M.; LBYZEROVICH, G.; LISOVSKIY, D.; LOMMOV, F.;
MA13VSKIY, Yu.; MASLYANITSKIY, I.; MAYANTS, A.; MIT-1-MR, L.;
MITROFANOT, S.; MIKE[AYIDY. A.; MYAKINENKOV, I.; NIKITINA. I.;
NOVIN, R.; OGNEV, D.; OLIKHOV, N.; OSIPOVA, T.; OSTRONOV. M.;
PAKHOMOVA, G.; , S.; PLAKSIN, I.; PLETMWA, N.; POPOV, V.;
PUSS, Yii.; FROKOFIYEVA, Ye.; FUCHKOV, S.;,RE3KQVA-.--Y.L;_-AUMYANTSM.M.;
SAKHAROV. I.; SOBOLI, S.; SPIVAKOV, Ya.; STRIGIN, L; SPIRIDONOVA,V.;
TIMKO, Ya.; TITOV, S.; TROITSKIY, A.; TOLOKONNIKOV,.K.- TROFIMOVA, A.;
F3DCROV, V.; CHIZHIKOV9 D.; MIN, Ya.; YUKHTANOV, D.
Roman Iazarevich Yeller; an obituary. TSvet. met. 31 no.5:78-79
It '58. (MIRA 1l: 6)
(Veller, Roman Lazarevich, 189?-1958)

KOSTIYANOVSKIY.9 I.A.; PRILUTSKIYq G.Ya.; SlITERN, M.A.; GORELIK, G.N.;
REZKOVA;-F'.Ii
Introducing a new method, for the production of zin(~ oxide for
needs of the paint and othpr branches of industry. A.K.
Evdokimova, M.V.#Potapov, A.K.Shakhnazarov. Remarks by I.A.
Kostianovskii and others. Authors' response. TSvet.met. 35
no.12:69-72 D 162. (MIRA 16:2)
1. Gosudarstvennyy institut po proyektirov i predpriyatiy
nikelevoy promyshlennosti (for KostlyanovsN , Prilutskiy).
2. Gosudarstvennyy nauchno-issledovatellskiy~~proyektnyy
institut, lakokrasochnoy promyshlennosti (for Shtern, Gorelik).
3. Gosudarstvennyy institut, po proyektirovaniyu redpriyatiy
promyshlennosti tsvetnoy metallurgii (for RezkovaK
(Zinc oxide) (Evdokimova, A.K.)
(Potapov,M.V.) (Shakhnazarov,A.K.)

FRANEK, J.-, PROCBhZKA, 0. Technical assistance; RFZKOVA, Vera
Fluorescent antibody demonstration of Pa3teurella tulp--ensis.
Folia microbiol. (Praha) 10 no.2t77-84 Mr 165.
1. Ydlitary Institute of Hygiene, Epidemiology and Microbiology,
Prague.

j.- W--,'.'LFOvA, 7w,=4-al ssslstanze,~ REZIKOVA, VerB
p o.r--ths -'Ijmunr-,flu()r-esci--nc,- mr-ll~od in rin epidemic focus of
tularaamia. Fc"a 10 no.2t35-92 Mr 1'5o
'D I s e' o f Hy g -I 1 0 & and Ml- Crobielo gy
Fragu,~i~ Disi.,--Ic+, Station of Fhrgiane acd Epideffdology, Louny.

REZKOVA-MOUR,UOVA, H., Madr,
The concept of physical education as a scientific nedical specialty.
Cesk. zdravot. 17 no.10:612-617 N '50
1 1
1. Minlsterstvo %dravotnictvil odbor lecebne preveritivni pece.
(PHYSIGAL SDUGATION AND TRAINING)

SAITM. J., ILn7". Arch. I. BOITAC, V., Liz". Arch.; IUMOVA-MOMA1011A, H., I-Mr.
- . I
Patho-mintomical dennrtment in. regional hospitals. Cesk. zdravot.
7
f no-7:366-373 Aug 59
1, Mirdsterstvo zdravotnictvi.
( TIOSPITAIS) (%PATHOWGY)
.0.1-

REZKOVA-MOUIRALOVA, H., MUDr.; WUNSCHOVA, B., MUMr.
L~ibvement'in medical care for mentally ill. Cesk. zdravot. 6 no.2:
81-84 Mar 58.
1. ?41nisterstvo zdravotnictvi - odbor lecebne preventivni peas.
(MENTAL DISORDIM, prev. & control
in Czech., improvement (Cz))

,1L., IrLastimil
FS7 J.
IV " to E.- -
. , ~E tho ahizzlo~llne--% bY 9&S-"IqWd ---~Xl - P
a,z= pn=. !2 --G.5:246-2-7 Ity 16Z.
,Z-
%:zt.&T pre Zrwovr m&*r--d:--, z Z~ S.

EXCERPTA MMICA Sec.2 V01.9/10 Physiolog7,ete. Oct56
4803. REZLER D. and MARTNEK K. 3. Vnittrif Klin., Brnenake Univ., Endo-
_R_rrn_o_r_0_&d_- KrJNZ, Brno. *Lddenf thyreotoxikos chloristanem draaelntrr.
Treatment of thyrotoxicosts with KC104 VNITR.LEK. 1956,
2/3 (269-271) Tablee I
KC104 was administered to 29 patients with thyrotoxicosis of different severity,
including 5 patients with toxic adenoma. The daily dose was 4 X 200 mg. In 5 pa-
tients the treatment was stopped because of side-effects. Of 24 patients under
treatment for 42 days to 8 months, 2 did not respond. The condition improved In
13 patients and 9 were well compensated. The greatest success was observed in 5
patients with toxic adenoma. (VI, 2)

CZ;-,CliOSLO%!,'dM*..,~H,-,:-.,~a-,: ar-,2 "Iniml
Tl-.e Thyroie...
ii :.,Ythor Wzlt2r, Dusa"; Spurny,
Title Tvcat,.!Qnt of Thyr-oto;-1cusis with Potassiun Perchl-orato.
Oric, Zub Vnitrni -1ok-arstvi, 1957, 3, N-D 12, !C89-1095
"Ou-st-ract FQr 2-16 mritis, 11 j?,ationts with Basedow's disease, 31
1)aticnts With taxic al,(~ 137 P--'-i ants wit- --L
~oxico~:;ic of raculiura sovori'l-y itcre Ci-ven
r of -,)otassium perctloi-ate 4 tk.,.cs daily. Dest results
,tore obtained in patimi-Lo the 3rC~ ~7,Laupi who recovercd
I ', ' Du , , -;1 01 L.
.L--:3st co:.:plcte2y, L-.-.. -;-:o ~-,- -.,- the C. -resul's
were not as favorable as in -'-,Ilc 31.-(-' iTOUP. It is recon-
171C.110'er", that methyl-Uniouracill (0-5 C-- 3 times cLailY) should
.)L, a0ndiiisturcd simultaneously. -- V.V. Yazv:U~ov
Card" 1/1

EXC~RPTA MEn CA Sec.6 Vol.11/1 Internal Med. Jan 57
ttEZLLF,~
582. REZLER D. and MARTNEK K. III Vnitfnf Klin., Brnfinskd Univ.; Endo-
-VF_no_1_._O_d'(T._ KdNZ, Brno. *Lddeni thyreotoxikos chloristanem draseln)Fm.
The treatment of t4yreotoxicoses with KC104 VNITA.LitK.
1956, 2/3 (269-271) Tables I
KC104was administered to 29 patients with thyreotoxicosis of different intensity,
including 5 patients with toxic adenoma. The daily dose was 4 X 200 mg. In 5 pa-
tients the treatment was stopped because of side-effects. Out of 24 patients under
treatment for from 42 days to 8 months, 2 did not respond. The condition im-
proved in 13 patient@ and 9 were well compensated. The greatest success. was
observed in 5 patients with a toxic adenoma. (VI, 2)

KROPAGlK, J..;REZIAR, D.;ZAPLETAL, K.
Strumectomy with complez preparation. Rozhl. chir. 39 no.4:270-278
Ap 160
1. 1. chirurgicka klinika University v Brne, prednosta prof. dr.
J. Podlaha Iadokrinologicke oddeleni KMIZ v Brne, prednosta Drim.
dr. D. Rezler.
(THYROID GIAND, surg.)

BORKOWSKI, B.; RNZIJR, H.
"Piummm
Oil in Salve, officinalis leaves during annual vegetation. Acts.
Poloniae pharm. 12 no.1:39-48 1955.
1. Z Zakladu Farmakognozji A.M. V Varazavie. Kierownik: prof. dr
Jakub Deryng.
(PLANTS,
~alva officinalis, oil content,, annual variations)
(OIL,
Salva officinalls oil, annual variation in leaves)

RezIer, P.
Pezler, P. Certain experiences in evaluating preliminary plans for
housing construction and community facilities. P. 442.
Vol. 4, no. 12, Dec. 1956
POZEMI STAVHY
TE C ILNOLOGY
Czechoslovakia
So. East European Accessions, Vol. 6, No. 5, May 1957

REZLESCU, Nicolae
"Bases of cosmic electradyna.Tdcs I by S.B,. Pikel.ner. R--,A eved by
Ificolae Rezlesca. Studil. fiz tehn Iasi 13 no,1:147-148 162.

mps I tion

REZLFSCtJl ll,i SUCIU, M.; STEFAN, V.
Amplification and generation of electromagnetic waves with the
aid of quantomechanic systems (Maser, Iraser, Laser). Studiii fis
tehn Iasi 14 nzc,.1:203-~34 163.

REMESCIT, N.
"The theory of the electromagnetic field" by B.Ya.Brunov,
L.M.Golldenberg, I.G.Kulyatskin, L.A.TSeytlin. Reviewed by
N.Rezlescu. Studii fiz tehn Iasi 14 no.1:245 163. 1

REZUNSCU, N~
"Autoelectranic emission" by M.I.Yel-iston, G.F.Vasilliev. Reviewed
by N.flezlescil. Studil fiz tehn Iasi 13 no.2:305--306 162.

REZLESCU, N.
Detecting methods of bata radiation of low energy. Stud.1i fiz
tehn Iasi 13 no.2:263-284 162.

REZLESCU, 11.
jenzineering",by V.G--,yntse. Ft. .1.
"Introduction to Yacuum U
Reviewed by N.Rezlescu. Stuidii fiz tehn Iasi 13 no.2:308-309
062.

REZLESCU, N.
"Industrial electronics" ky Zh. Gude (Goudet, G.]. Reviewed by
N.Rozlescn, Studil fiz tehn Iasi 13 no.2:310-311 162.

REZLFFSCU, N.
"Neutron physics." Reviewed by N.Rezlescu. Studii fiz tehn Iasi
13 no.2014-315 162.

"':ethod3 of the- -.,uant,Lr!: theorv in the field of st.--t, st'cal
physics" by .'.A.Abrikosov, A.P.illoryakov, l.Ya.Dz-YalQ3l-dnsl-ii.
leview~A by -1--scu, Sl-udii fiz tehn Ias' 14 no.2:4131 "3.
~'Theoretical physics :)f the 20th century." lerriewe( by N.Rezlescu.