SCIENTIFIC ABSTRACT MARICHICK, S. - MARIC, T.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001032310014-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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MARICIG 8,,
TECH11TOLOGY
Periodical: KFTMIJA U INDUSTRIJI. Vol. 7j, no. 7, July 1958.
K-AMCIC, S. Chemical and technical analysis of the possibility of processing
Hercegovinian bauxite by Bayer's process. III. Volume of investments and economic
aspect of Bayer's process. p. 169o
Monthly List of Fast European Accessions (IT-AI) LO, Vol. ~-i, no. 3
March 1959 Unclass.

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aadyds of. a posslbte processing i
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a HeriegovinUez hauxitd: by the Bayer Method. Sinib
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Al"IZOWIC. anu. MUn
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guvinian bauxite (1). vm i.,,.,d,.t r.,-!
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tween timse typicm for the European tind Amerimn varia-,
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W.. =lted graph!=Uy aw.. C. MtOfl of decompa. liquor, for
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YUGOMAVIA/PhpicalChemistry - Crystals. B-5
Abs JGur: Referat, Zhurnal Khimiya, 170 3, 1958, 6999.
greater line width and the absence of the first line bifurcation.
In consequence of the clearness of the x-ray diagrams and the
absence of line texture in them, this product can be used after
some further refining as a standard for roentgenographic dime-n-
sion determination of sooth crystallites.
Card : 2/2 -5-

C_
YUGOSUVIA/ftsical ChemistX7 - Crjstals. B-5
Abs Jour: Referat. Zhurnal Mimi , No 3, 1958, 6999.
Author S. Maricic, M. Wrischer.
Inst
Title Note on A Graphite Sample with X-Ray Diagrams- FTee of
"Orientation Effect."
Orig Pub.o Croat. chem. acta, 1956, P-8, Lio 4, 307-310-
Abstract: The dissociation product of CaCR2 containing 99-34% of C was
stLuiied by the roentgenographic and the elect,,-z-.3n-microscopic
methods. Its electron-microscopic pictures differ from pic-
tures of natural graphites by smaller particle dimensions and
by the ramification of their aggregat4s preserved after the ex-
traction of the sa=le with benzene or amylacetate. The x-ray
diagrams of the sample are basically similar to x-ray diagrams
of natuml graphites, but they differ by an insignificantly
Card 1/2 -4-

YUGOSLAVIA/Physical Chemistry - Thermodynamics, B-8
Thermochemistry, Equilibria, Physical-Chemical
Analysis, Phase Transitions.
Abs Jour Ref Zhur - Khimiya, No 1, 1958, 390
It is based on the study of the dependence of the ratio
between the final number of particles and the initial on
time. Also, some proposals concerning the practical ap-
plication are brought forward. The most convenient me-
thod of computation of the distribution of particle
weights according to their dimensions is discussed.
See part III in RZhKlaim, 1957, 25983-
Card 2/2

YUGOSLAVIA/Physical Chemistry - Thermodynamics, B-8
Thermochemistry, Equilibria, Physical-Chemical
Analysis, Phase Transitions.
Abs Jour Referat Zhur - nimiya, No 1, 1958, 3100
Author P. Bogdanovic, S. Maricie, M. Vidan.
Inst
Title The Kinetics of The Formation of Aluminium Hydroxide by
Seeding Sodium Aluminate Solutions with Hydrargillite
Crystals. IV. On the "Contact-Intererystallization."
Orig Pub Croat. chem. acta, 1956, 28, No 3, 155-162
Abstract It is shown that the growth of Al(OH) grains in solutions
of Na aluminate deposited by hydrarg2lite is caused by
merging of separate little particles, which has been cal-
led "the contact intercrystallizatilon". A method of choo-
sing a ng various crystallization mechanisms is proposed.
Card 1/2

i L, -7dCI(l, S.
Cr7~qtallopra~~hic form of alwdniun hydrc)xide iri *)z~lxxite -,nd i-.5 F~xt-~
,)y the iuycr proct~ss. i~. 201. : Ell .: .
1~ D 3-Xfji, '.'ol. 3, :; - 7, " lly
1956, Zarreb, Yufyoslavia)
SO . Eonthly list of i"ast ein ccessio.,s, " SE.L 'j , IUC, V A. ~,,, . -,. I
Jan. 1:)55, U'licl.

Ar knd DyWI (T e
t&wn~ of' procea ult

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dn-&=~ 444, av Iftec"W=L"all a" It smut
ltqff;;~- K"!o' ad 1. matni% Mmalill~! Av"M
l2w-maj.-Ua~~tm at 14 Wve bms mado Oct scuo,
safutkm, cAmIal, vatious amQcmts of red md. obtanod (rucm
WOMU44 And ffMMIVM4i" bUlftl& Thd MURS SAX idtCfPMW
in W= of Ow fthm #quatkim; it f4 fhown that the apparvat
Cdatilkv 0. cdvm buth (ho Butom couttgat # am the tfuum
alif(at" At wat. MGM. of nd mad the taktkim betaw
I rektive it AAJ cums. all M&AI Mw# two min, The
0=10.4101 ow~m. i-4044ke of X41= 4vVA al4itlaa 0l
WAVS(ka &4 drutWo a the M:2 a dt"UW41
& IL U411CIMMA.

I
MARICTC, M,
Measurement of siol rai sture in Yugoslavia. P. 90.
(GLASIM, Vol. 6 (i.e. 5) No. 3/4, 1956 (Publish-ed 1957J
SO: Monthly List of East European Accessions (EEAL) LC Vol. 6, No. 12, Dec. 1957
Uncl.

ARSIC, Bogoljubo .9anitetaki pukovnik docont dr.; BE'RDE'N, Josip, ganitot,91(i
potpukovnik dr.; CIRIC, Aleksandar, sanitetski kapetan d-r.;
j fjo tpu k ov-r., 4 '-
MARIGIG. Fran a. san J t.: t8k 4
..L -I,- dr.; PAGON, Sto-jan,
a nitetski pukovnik dr.; POPOVIC, Mdoslava, san'Ite-tski pot-pukovnie:
dr.; SOKOLOVSKI, Borivoje, sanitetski kapetan I klase dr,
Shigella in the Yugoslav National Army during 1950-1962.
Vojnosanit. pregl. 22 no.6:398-405 je 165.
1. Vojnomedicinska akademija u Beogradu, Epidemioluski institut HZ,
Higijensko-epidemioloski odredi.

FRAII.To AUJOIC; SLIVE0 rUSTA
i,.c Ldonee siek. --h-' i-rea. Vor
; z .~R
Beogr. 14 no.
_5;27,~-276 ~ Y 57.
i. J)jecji t-_,oiriat i Ba~icteriolot;ko odjeljeaje Yojn~ -31'alce u j?",
(IV,SPiAATU.dY T2ACT. dit-1.
Oeta-howlyt Le Str,!ptococcui infect. of upper
in child, (Ser))
(~)T_~ZFIIIOGOCGAL 1X.KXTIOiLS, -,n iaf. dd ciiild
:)eta-he:ao1ytit,. St_,eL)to,%.ccu causind upper reb,~. tr;i,:,.
in.fect. in 11 _,ild.

MM .QIC,, Dusica, inz, (Kraljevo, Jug Bogdana 45/1)
-Forsterite bricks mamifactured from the periodotite rocks
of the Goles Mine, Tahnika jug 17 no,10; Suppl,: Hemindustrija
16 no.10:1961.;.1965 0 962.
1" 1=46r za is-trame radove Inatituta za vatrostalne materijale
Kraljevo,

MARICIG, Alaksandar., inz,, (Kraljevo,, Jug Bogdanovaj45); MARIGIC, Dusicaj, inz,
Manufacture of forsterite bricks from the Korlace asbestos
powder* Tehn' Jug 17 no,n:Suppl.: Faektrotehnika n
no.3.1.-215-2,-2158 N 162.
1, Direktor Instituta. za, vatrostalne materijale., Kraljovo
(for Aleksandar Maricic). 2. Inzenjer za, istrazne radove
Instituta za. vatrostalne materijaI4 Kraljavo (for Dusica, Maricia).

MRICIC.. Alskaandar,, inz. (Kraljevo., Jug Bogdanova 45); MRIGE, Dusice, inz.
Manufacture of forsterite, bricks from the Korlace asbestos
powder* Tehnikm Jug 17 no.U:Suppl.: Elektrotehnik-a 1.1
no.,11:2153-2158 N 162.
1. Dlxoktor Instituta za vatrostalne materijale, Kraljevo
(for Aleksandar Maricic). 2o Inzenjer za istrame radove
Instituta za vmtrostalm materijaI6 Kraljovo (for Dusica Maricie).

nARICHEVSKIY~ I. I.; SPEKTOR, B. V.
IfThe thermal properties of perlite-containing materials."
report submitted for 2nd All-Union Conf on Heat &. Mass Transfer, Minsk, 4-12
may 1964.
Sci Res Inst of Structural Materials & Products.

MARICIEVA, L.I. (Leningrad)
Role of the som-atogenic factor -*,-i the pat-nogenasiv am.` :!oLLr=e
0
of neurosis and nGurosis-like states. Trady Gos. nau:!h. issl.
psikhonevr. inst. 29:20'7-2'77 163. (1,41HA I-Iz8)

DMITRIYEVAl S.A.; BUDOVSKAYA, L.N.; SILINA, L.I.; MARICHEVA, L.I.; OSIPOVAp
T.A.; SHRAYBER, Ya.L.; PETRUNIKINA, Aom. -
Excretion of nicotinic acid derivatives in the urine of patients
with neuroses and cyclothym. Zhur.nevr.i psikh. 61. no.10:1520-
1524 161. (MIRA 15:3-1)
1. Gruppa po izucheniy biokhimii pitanlya Instituta fiziologli
AM SSSR imeni I.P.Pavlova i Psikhonevrologicheskaya bolfnitsa
Sverdlovskogo rayona., Leningrad.
(NICOTINIC ACID) (MANIC-DEPRESSIVE PSYCHOSES) (NEUROSES)

MARIGHNVA. L.1.
Application of neurolytic drugs in the treatment of neuroses. Zhur.
nevr. I paikh. 59 no.10:1198-1200 159. (MIRA 13:3)
1. ftikhonev-rologicheskzqa bollultes, Imeni I.P. Pavlo-va (glavVy
vrach L.I. Varicheva. nauchnyy rukavaditell - prof. I.P. Sluchevskiy),
Leningrad.
(NMROSES ther.)
(HIBMMATIOX, ARTIFICIAL ther.)

,WICMAq L. I.
-n~
Use of nouroleptic drugs in the treatment ofime=oses. Sbor. trud.
Ion. nauchn. ob-va nevr. i psM. w.6:194-200 150. (MM 13:12)
1.~ Iz PoMenevrologicheakay bollaitay imeni aVademi I.P,Favlova
(glavnyy vrach L.I. Harichavaq nauchnyy rukovaditell , prof. I.F.
Sluohavskiy).
MONCHIC DRUGS) (NEUROSES)

PLARIGHEV.I.N.Pl... -
Manufacture of excava'Gr--o. a'bor.,,,O-,rc-Yram,mashinostroi.zav. no.l.
52-100 159. (MIRA :L6-.12)

PCM, YUJ., inzhener; SHOMOV, A.I., Inshener; K&HICEMV, V.P.,
Inshener; 4MIZKIY, P.I.. inshener.
Excavators built by the Movo-Krazatorsk machinery building plant.
Gor.zhur. ao.1:47-54 Ja 156. (HERA 9:5)
Mcavating machinery)

KLIMOV, V.T.; W=jOL,-V,.T.; RUBINCHIK, A.M.; EYLER, S.A.#
nauchn. red.; ZVORYKINA, L.U., red.; BOROVITEV, N.K.,
tekhn. red.
(Construction of cofferdams and caissons) Stroitellstvo
opusknykh ~olodtsev i kessonov. Moskva, Gosstroiizdat$
1963. 247 P. (MIRA 17:1)
(Cofferdams) (Caissons)

jrtaln:s un.; mrjms7,, V.A.
1 mit for toot-ire awalimt1w. 17 Us cwti--=us
ww~~ L
,WrjlgW.g mo-,Jod. 7.xv. lab. 31 n,:. 12c2=-154 f65
(MITIA 1991)

GRIGORYAN, V.A. (14oskv&); MARIGM, V-.A. (Moskva)
Mechanism-of cast iron desul-furation. Izv. All SSSR.Ket. i gor. delo
no.5:30-37 S-0 163. (MIRA 16.-n)

GRIGORYAN., V.A.; HMCHZV, V.A*
Kinetics of sulfur transition frc& cant, iron intoplag. Lit.
proizv. no.1100-32 9 162& OGRA 15--12)
Mat iron-Metallurgy) (Slag)

BOKSHTEYN, S.A.; BRONFIN, M.B.; KISHKIN, S.T.; ~ WV,,-V.A.
Internal friction of deformed molybdenum and its alloys with
zirconium and rhenium. Fiz. tver. tela 5 no.11:3075-3080 N
163. (MIRA 16-12)

r erarures rrom::rj~paja curvesi,_tne cOetticlents
Coed

ACCESSION UR: AT4040408
higher than that corresponding to the maxim I internal frtction can be explained
not only by an increase in the diffusional mobility of the atoms, but also by a
decrease in the number of relatively free dislocations caused by polygonization
processes. The absence of an internal friction peak after plastic deformation of
the Mo+ 50%Re alloy leads the authors to the conclusion that, in this alloy,
P.Uastic defoiw--tion is not accompanied by creation of a sufficient *number of
relatively free dislocations. Orig. art. has: 3 figures and 3 foniulas.
ASSOCLMON: None
SUBMITTED; 09Dec63
SUB CODE: ILK
DATE ACQ. 28May64
NO RZ-F SOV.- 005
ENCL: 01
OTHER, 003
Cord 3/4

ACCESSION NR. AT4040408
rhenium (50%) was investigated for internal friction after plastic deformation,
and an attempt was made to correlate the temperature dependence of the maximal
internal friction with the grain size. The wire was subjected to torsional
oscillations (0.35-0.4 cycles/sec.) in a vacuum at 20-1000C, and the total defor-
mation in the elastic range was considered to be the sum of the deformations
arising from displacement of atoms and the bending of dislocation loops in a three-
dimensional lattice. The results are shown in the Enclosure. It can be shown
theoretically that a material containing dislocations has a lower shear modulus
than a material without dislocations, and that plastic deform tion increases the
density of dislocations.inside the metal grains. In freshly deformed meLals,
there are considerable distortions inside the subgrains. Annealing below the
recrystallization temperature reduces the inner distortions because of poly-
gonization, and decreases the deficiency of the shear modulus. The present
results indicate that the intensive fixation of dislocations by polygonization,
interactions with point defects and other processes occurs in a temperature range
of 250-600C. The maximal internal friction shifts toward lower temperatures
with increasing plastic deformation, and toward higher temperatures with coarser
grain structure. The irreversible decrease in internal friction at temperatures
('C)rd

ACCESSION UR: AT404008 S/0000/64/000/000/0052/0058
AUTHOR: Bronfin, M. B.; Marichev, V. A.
TITLE: Internal friction in stressed molybdenum alloys
SOURCE: Protsessy* diZfuzii, struktura i avoystva metallov (Diffusion processes,
"StrLiCture and properties ol. metals); 6bornik statey. Moscow, Izd-vo Mashino-
stroyeniye, 1964, 52-58
TOPIC TAGS: internal friction, molybdenum, molybdenum alloy, stressed molybdenum
ialloy, plastic deformation, sintered molybdenunmolybdenum zirconium alloy,
molybdenum rhenium alloy, rhenium, zirconium
ABSTRACT: Curves characterizing the temperature dependeace of internal friction
in cold-worked metals sometimes show a peak whtch is reduced after low-temperature
annealing and which disappears after recrystallization. Previous studies with
iron have shown that a significant increase in internal friction can be produced
only by relatively free diulocations existing within the sub-grains, and onl'y in
the presence of dissolved nitrogen and oxygen, In the present study, wire made of
ainvered molybdenum and binary alloys of molybdenum.with zirconium (0.137.) and

!~ACCESSION NR: AT4040407
pure molybdenum. A mechanism of boundary relaxation Is therefore suggested which
is connected with a migration of Interstitial solutes such as oxygen, carbon and
I nitrogen. This migration requires less energy than the displacement of the dif-
fusionally more-inert atoms normally occupying the nodal points In the lattice.
. This could explain the relatively low activation energy of Internal friction found
at the grain boundaries. Qualitatively, the Influence of diffuslonal replacement
i nd
components can be explained by the mutual Interaction between these components a
the migrating atoms of penetrating components, as well as the ability of the re-
:placement components to alter the structural Imperfections In Intergranular zones.
:"The authors express thanks to Ye. M. Savitskly and M. A. Ty*lklna for supplying
i!the Mo-Re alloy." OrIg. art. has:. 5 figures and 4 formulas.
ASSOCIATION: None
SUBMITTED: G9aec63 ENCL: 02
1:SU8 CODE: MM
315
NO REF SOV: 003
OTHER: 005

ACCESSION RR: AT4040407
0.008% C- 0-006% 02, and 0 0007% R2; and I#A+50% Re. The specimens were subjected'
to torsional oscillations 6.3-0.4 cycles/see.) at various temperatures in a range;
of about 20 - IGOOC, after annealing at temperatures up to 2000C. The test
installation was originally developed by V. B. OsvenskLy and is shown schematically
In modified form, In Fig. 1 of the Enclosure. The activation energy R of Laternall
friction.was.determined from the expression
log Q-1 = log Am - 0 4346 WT-
4" Ot
under the assumption that lot 4g-,~e,,=Const. 'Fig. 2 of the Enclosure shows the I
temperature dependence of for Ke 3 materials compared. The results showed
that the boundary relaxation begins to grow at different temperatures In Uffereati,
alloys. Thus, this temperature is 700C for the No-Re alloy and about 600C for pure
molybdenum or Ho4-0.13% Zr. Beginning at 700C, the highest level of Internal
friction is shown by unalloyed molybdenum; the lowest - by Its alloy with 50%
rhenium. If the Internal friction &Ion$ the grain boundaries depended only -.
on the activation energy, It Should be maximal In the Ma-Zc alloy, and no't in
2/5

=6
ACCESSIOU HR: AT4040407 S/0000164/000/000/0040/0051
AUTHOR: Bokahteyn, S. Z.; Bronfin, H. B.; Kishkin, S. T.; Narichev, V. A.
TITLE:- Investigation of conditions at the grain boundaries in mcpLybdenum and
its alloys with zirconium and rhentun by the method of internal friction
SOUPCE: Protsessy* diffuzLL, struktura L svoystva metallov (DLffusLon processes,
structure and properties of metals); abornik statey. Moscow, Izd-vo Hashino-
stroyenLye, 1964, 40-51
"TOPIC TAGS: molybdenum, molybdenum alloy, molybdenum grain boundary, molybdenum
rhenium alloy, molybdenum zirconium alloy, rhenium, zirconium, internal friction,
stress relaxation, alloy diffusion..
ABSTRACT: The mechanism of stress relaxation at the grain boundaries in pure
metals is known to be affected by the presence of alloying elements, but precisely!
how is still unclear. The study of internal friction, based an measurement of
the forced oscillation dampening of a polycrystalline specimen is a sensitive
method for investigation of the structural condLtions of a metal generally, and
particularly at the.grain boundaries. The present authors experimented with
sp--cimens of 99.98% pure sintered molybdenum; a Ho --Zr alloy coutaLaing 0.13% Zrol
115
ROW-7-7.7 777_01M ~-71-717---- M-3 M-11 ~v i-&WIN OWN W-00-

L
00737-66,:-
-T ACWSS1dK-4K*: APS022693
"aluaiinum-magnesturn -alloys are examples:9-f. such sy0tems.-.3he-authors study the
_f irs-t :siigia 6~ the. sublimation prqcess.:~ Th~rma*L dissolution of magnesium and al
M_ in= oxides Is'pr- ssible'at exper
mental'temperatures
becaiise ofitheir
actically impo i
,
.
the 6tabilt-
tyo:. Therefore there should be another. techanism, responsible for. the,...
destruction of thes6!_films. ~ Nearly all'surface,1ilms on
metals exce t.for aluminum*
P
.
types 0 microscopic disdoiMinuities. During isothermal annealing n
42wlou'
a.vacuum~.-&toms- df:~the volatil co-mloonent pass - throtugk.these defects and leave the
-
'
:
fa ~thd
-
A ~ the concentration of, vacancies in the defect
m&al, thxi~ increasi
9

the interface between. the oxide* film
coagulaftion, takes place due to
e.
=
,
,
arid.the metal With the.-formatLon ~~of ..Microscopi c;Pores close this inter ace.
the . bond between - substrate: and oxide 11,la 14:bvoken and-.the film.is:destrdyed,
creasing them- d4fdait'. area. thus the.:61novity atoms-are mor 6,:rapidly evaporated
mi L 'foruied and th i f~film removal-is ac,~
croscap=,poree-are. e~lautocat'alyt a process, d
~cdlerated.:i: A"klnetic'~.eqxzation Is. pxwosea'for the. iroc'ess -,of- sublimation whe-n ther i
'islan oxide Mat o6-the~aurface of,the metaL. ~-TheoreticaL calculations show exw-
,
6*, has::., -3: figures, 14 formu-~
i.- .Orig. art
C6.11eft aijuvement'vith: ex0erimentai.%results
l
-7
ASSOCrATI I.:.no a
EHCL&.
SUBMITTED: '06F66S I UB CODE,.,Ici W
OTHERt., 001,
1(6~ ~EF SOV
2/3

GALEVANOU, Rashida,, aralirovshchitsa; MARI V,
GIM -&,r
jwy.
Ilikanorovich, mekhanik; CHERNOV, Ye., red..~.PAIMA.. B.,
t~-khn.red.
[We are using nonferrous metals sparingly] Ekonomjz~ tsvetnye
metally. Iloskva, IIosk. rabochil, 1961. 57 p.
(MIRA 15:3)
1. Podollakiy zavod "Mikroprovod" (for Wimzyaaov&,, 14arichev).
(Yonferrous metals) (Metels, Substitutes for)

MAPIGHEV, R.D., inzh.
Calculating the electric resistance of the glass batch. Stek.
i ker. 22 no.1-1:4-7 N 165. (MIRA 18:1-1)
1. Gosiidarstvennyy proyektnyy JLnstLtut GPI-3, Loningrad.

MARICHEV. R.D., Inzh.; SIIEGALOV, I.L., inzh.
Nomograms for determining power losses in (tecZrIC PO-Mer trans-
formers. Elek. sta. 32 no.7-49-54 Jl '61. 1 1 (MIRA 14-11(l)
(Electric transformers) (Electric power distribution)

I-LARICHEVO R.D., inzh.; SHEGPJDV, I.L., inzh.
New data sheets for longitudinal side view of overhead electric
power transmission lines. Elek. sta. 31 no.9:35-37 S 160.
(MIRA 14-.W)
(Electric power diatribution)
(Electric lines--Overhead)

KARIMV, R.D., Inth., SHKGALOV. I.L.. inzh.
Homographs for mechanical calculation of wires and electric traas-
mission cables* Zlek' sta- 31 no-3:49-55 Mr 160. i
(Zlee'tric lines--Overhead) (MM 13:0)

N41916,11-1~Z41, Z-/-) I
KARIMV, I.D., kand. takhn. nauk.
Designing gear transmissions for contact strength. Sbor. at. CM
no.10:83-94 157. (KM 11:1)
(Gearivg)

1,10, ICIM-1, A. V.
A. V. Marichev, director of the Leningrad K--asnaya Zar,-),a Plant, states thatt
during. 1954, the plant's products list was changed in many aspects. The plantu is'
supposed to double its production of city automatic telephone systems, and to cut
its production of bther items. He states that this is a very difficult task.
SO: CIA, FDD, Sum T#479, 5 Mey 55, Unevaluated, For Official Use Only.

SANDLER, R.A.j PEREPICHAY, A.T~; KHOIMOVSKAYA, N.A.; MaIGHEV, A.A.
l,btb,od of evaluating the quallty of titanium tetrachloride
an v. 3aboratory oca36. Zhur.prikl.khizi. 38 no.1l.-2415-2421
N 1654 (MIRA 2,813-2)
1. Submitted March 31, 1964-

SANDM, R.A.; STRELF.TS, Kh.L.; OARMATA, V.A.; RODYAKIN, V.V.; ARUTYUNOV, E.A.;
FFTRUN#KO, A.N.; SOKOLOV, I.I.; Prinimali uchastiye: USTINOV, V.S.;
KIIZLFV, O.G.; FER]PTICHAY, A.G.; IAA~RICHRV, A.A.; YRUSEYFWA, 1.B.;
SMOLISKIY, I.Ya.; GOT,OV, A.G.
Effect of the rate of feeding titanium tetrachloride into the reactor
on the indices of the magnosium thermic reduction process. TSvst. met.
37 no.1008-60 0 164. (MIRA 18:7)

KARICHEM Vladimir Aleksayevich: SMUTSOV, H.A., radattor; BRITCHM
SOV, H.S., redaktor; MMWBTASHMIT. N.Y.,
redaktor; ATTOPOTICH, M.K.. takhnichaskiy redaktor.
(Squipaent for three-phase current direct-are electric Pirnaces.
textbook for gchool*and coiu-see for macheinics) Itlektrooborudovanie
dugovykh pechat trekhfasnogo, tbka; ucheinik d1la shkol i kurso-w
masterov. Hoskwa, Gos.uaucjtw-takhnAzd-vo lit-ry po chernot i
tavetnot metalbirgii, 1955. 468 P. (KMA 8: 11)
Onectric fnrnacss)

CHERTKOVp Ya*B.; R&GOZINq N.A.; KMORNKOI, H.I.
Chemical composition of the 4#pbsits acc=ulating an the fuel
-filters of jet transpot plands. Khim.i tekh.topl.1 mazel 6 no-4:57-
60 Ap 161. ZWi4:3)
(Jet planes--Fuel)

KWORi Yu.V.; VOYTEMO, I.P.
7-~~
MectrIcal contacts vith the use of 'bronze' dye paint. Lab.delo
7 no,11:60 N 161, (KIRA 14:10)
1e Chernigovskaya oblastnaya sanitarno-epidemiologicheakaya
stantsiyao (ELEOMC CURREKS"ROUMNG)

VETROV,, Yu.A.;j-MMCH, V.V TIKOV, A.S.; CBER1,EGOV, Yu.A.;
,; MWI
SHEIMER", A.I.
Selecting the efficient operating conditions for a
high-