SCIENTIFIC ABSTRACT NADGORNYY, E.M. - NADIRADZE, Y.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001135920001-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

I. N.; NADOORM , E. M.; SMIRNOV, B. 1,
Studying vbr*-sker cryetal.9 -f sodium chlorido'by ths siero-
radiograptdc method. Piz. tver. tsla 5 no.l:r7O-2%, J& '63.
(MIRA 16t 1)
1. Fiziko-tekhnichaskiy insLitut imeni A. F. Ioffis AN SSSR,
Leningrad.
(Micro,adiogra,phy) (Salt m7stals)

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NADGORNTI , E.M.
Dislocation energy qnd et,--r '.-y ,4 ~, I -
- , , - -3 4 n cf,'
Fiz. tver tela 5 nn.I)t2721-.'",15 S 163. (MIRA %
1. FizIko-tekhnIch~skIj in,91.Ltut tm. A.F.Iof -"k- AN ':.

N,ADGOWtYfp E.M.; ST-,'?A:.IOV, A.V.
Artificial shift formation and ~h-3 d-*3 ocation str,-cture o' 5o-~4=
chloride crystals. Kristallogralfiia 8 no.4:641-651 Jl-Ag 1630
(.'.[1;1A 16:9)
1. Fizika-tokiinichaikiy institut inani A.F. loffe.
(Dislocations in crystals)

ip

_L 22960-66 Ewp(j )/F_x.,T_(M_ )/alp( e-) mV-eiH
ACC NRs
AP6013353:f~z~-
60 GE--CODE: UR 0363/&
02 004/0761/076
3
hibdli
a
U: 66
0 RCE A~ SSSFi; -,-~Izve-giv 'Aeorganiches -ma erialy v no
S
16l'
TOPIC TACO: asbest6s`-'p~-'rioduct, -syntbetic fiber, fluoroaihphibole fiber, heat.
'resistance,' tensile '.6trength
ABSTRACT: Thd r~el.ative -tensile strength at room temperature has been-determined in
fibers of synthetic lithitun-magnesium fluoroamphibole L1,Z.Mg6 [Si~O~ ;r-,, synthetic
AFF.- ljbest6-,~ ich were heat-
m~.r t m_ f: %e2 , and..natural crocidolite
-treated at.a.,.ie n, 200-&0C range. These determinations were necessary
to supply. data on the effect t)f heat treatment on mechanical. properties of the fibers.
which are important for high temperature technology because of their high heat resist-
ance. All data in this.'study were related to the fibers 1.5 U in diameter.
6

L 2296o-66 I I ~ w
ACC NR-. AP6013353 - -~ I

L 04792-67
ACC NR. AP65024463 SOURCE CODE: UR/0181/66/008/007/2048/2053
AMOR: Nadgarnyy, E. M. ; Sinimov, B. i.
ORG: Physicotechnical Institute im. A. F. Ioffe, AN SSSR. Leningmd Mizi~,---
tekhra-cFW~ay- -institut AN SSSR) 4
~TITLE: Connection between the mobility of dislocations and the mechanical chamater-
istics of crystals under inhomogeneous deforvation [Reported at the All-Union Confer-
ence on Dislocations and ~bchanical Properties/of Crystals 0 ssa,Tia-y-1-9-6-41
SOURCE: Fizika tverdogo, tela, v. 8, no. 7, 19669 2048-2053
'i
MPIC TAGS: crystal &5.rocation phenomenon, crystal deforration, crystal property,
plastic deforTnation
ABSTRAM After pointing out in the introduction that many of the simplifying assump-;
tions made in the theoretical calculations of the defornation resistance are not bomel
out in practice, the authors consider the oonnection betueen the macrosoopic para-
meter~s of plastic deformtion (stress T, rate of displacement of the testing machine
clamps 5, delay time to, and length of samples), with microscopic characteristics per-'
tainijig to individual dislocations and the dislocation structur~e as a whole (the ex-
,pcnent m in the formuaa for the dislocation velocity vs. stress, the number No of gzli4
bands, and the mte w of the lateral growth of the glide bands) under less gene as-I
sumptions, especially without the assLanption that the deformation in the aample is
~uaifbrm. The following relations are obtained
1/2

1/M _M M
Ta . (~o ) , to % T I W % T
and agree with the available experimental data. The results hold trve for all crys-
tals in which the deformation occurs via generation of glide bands and their lateral
gruwth, particularly for metals with body-oentered cubic lattice. They also hold for
polycrystals in which the deformation takes place by passage of Luders bands. Orig.,
art. has: 10 fbmilas.
SL8 COIE: 20/ SUBM DAXE: 03Dec65/ OIUG REF: 003/ OTH REF: 012
-Card- 2/2afs

LIMITSKIT, H.B.. kandidat takhnichaskikh nauk; NADGOHNYY. K.P., inzhener.
Kanafacture of large retaforced-conerete panels used for enclosing
industrial plants. Stroi.prom. 31 no.6:2-5 Je 153. (XLRA 6:7)
Mrecast concrete construction)

.-NADGCRNYY,H.P.. inthener; LXPNITSKIT,M.Ye.. inxhaner: KCZLOV,P.V..
-bilKlifior
Reinforced concrete ribbed panels for beamless floors of indus-
trial buildings developed by the Leningrad State Planning Insti-
tute of Construction. Rate. i izobr. predl. v stroi. no.81:11-
12 654. (KLRA 8:6)
(Floors. Concrete)

- -~-- 1. , - - -": t - -:1 , . ,A -
LIPIIITSKIY,M.Ye., kandidat tekhnicheskikh nauk;NADGCRWff,H.P., inzhener
Reinforced concrete wall structures designed for industrial olants.
Bet.i zhel.-bet. no-5:183-188 Ag '55. (KIBA 8:9)
(Reinforced concrete) (Concrete slabs)

NAMORNTY. M.P.. inzh-
Some aspects of planning and building ore-dressing enterprises in
the KrivO7 Rog Basin. Prom. stroi. 37 no.4:14-20 Ap '59.
(MIRA 12:6)
I.Gosudarstvennyy proy-ektny7 institut. Leningradaki7 Proms troy-pro5rekt.
Krivoy Rog Basin-Factories--Design and construction)
e dressing)
M

HADGORINY. M.P., lnzh.
I-
Designs of titaniur-magnesium shops. Fron.etroi. '3IF no.2:13-18
l6o. Cliu- 13:5)
1. Zenpromstroyproyekt (for Kuznetsova).
(Titanium) (Corrosion and anticorrosives)

MARGOLIV, A.G., inzh.; RAKOV, V..V., inzh.; Prinimal uchastiye
BRASIAVSKIY, B.A., arkhItektor; ?!AR2QA
wj.'~.F.f inzb.,
nauchn. red.; ROTENBERG, A.S.0 VZ12d-va;' t I KINA
Ye.A., tekhn. red.
(Large-panel exterior wall elements for industrial bruild-
ings] Krupnopanellrqe stenovye ograzhdaiushchie konstruktsii
pronyshlenrUkh zdanii. Leningrad, Gosstroiizdat, 1963. 142 p.
(MIRA 17.2)
1. Lenpromstroypi-oyekt (for Margolin, Hakov, ~raslavskiy).

FESHIKOV, F.V.; NADGORNTY.-Sh.Sh., modellyer
New developments in the design of warm women's footwear. Kozh.-
obuv.prom. 5 no-4:27-29 Ap 163. (MM 16:5)
1. Starshiy modellyer Doma modelay obuvi (for Feshikov).
(Shoe manufacture) (Clothing, Cold weather)

L.07 3)
ITADGO-RINYY1 P.
3/120/G2/000/004/004/047
S191'/Z420
AUTHORS: Mono~zon, N.A., Stollov, A.M., Gashcv, M.A.,
Spovakova, P.M., '(avno, A.Kh., Kornakov, YO.V.,
Kulakov. F.M., Nadgornyy-,-V.P:, Gorshkova, Ye.G.
T ITL K The supply syst(;`m-ttrU-WT-a-Eiromagnct of a proton.
synchrotron of 7 Cov
;IEdIODICAJ,: Pribory i tekhnika*cksperimcnta, no.4, 1962, 27-33
T
EXT: The article describes the supply system for an clectro-
.,,.Kn~t, tne field of which increases at the steady rate of
6.7 x 10 oc/sec to reach a maximum valuo of 9300 Oc in 1.55 sec
and thon falls off exponentially in 0.8 sec, the. repetition
frequency is 10 to 12 cycles per minutes. The voltage on the
electromagnet is increased from 5000 to 10250 V with a maximu[P
current of 2500 A. An induction motor of 3500 kIV, 6 kV,
740 rpm drives through a fluid coupling a 6 pha5a alternator of
peak output 37500 kW, 8.2 kV. and an auxiliary generator of
250 kW,.380 V for auxiliary supply to the 12-phase ignitron
rectifier. During the current decrement period the rectifier
operates as an inverter. A description of the smoothing circuit
Card 1/2

5/120 /62/000/0011 /00 4/0" 7
The supply system for the electro-... E194/E420
is given. Particular fault conditions of the circuit are
analysed and the protective devices Cully described. The
performance is illustrated by oscillograms. Schematic and
block circuit diagrams are given and an outline drawing of the
ignitrons. There arc 8 figures.
A550CIATION: Nauchno-isaludovatol-akiy inatittat alaktrofizichoskoy
apparatury GKAE (Scientific Rosoarch Inatituto for
Electrophysical Apparatus GKAE)
SUBMITTED: April 10, 1962
Card 2/2

MOROSZON, N.A.; STOIDV, A.M.; GASHEV, M.A.; SPEVAKOVA, F.M.;
TAVNOV A.Kh.; KORKAKffv Ye.Y.; KULAKOVI F.M.; NADGOBJffr, V.P.; --
GORSHKOTA, Ye,G.
Power supply system of the electromagnet of the 7 bev. proton
evnehrotron. Prib. i takh. eksp. 7 no.4:27-33 JI-Ag 162.
(MIRA 164)
1. lauchno-isaledovatellskiy institut elaktrofizicheakoy-
apparatury Gasudarstvannogo komiteta po iapollzovaniyu atCWoy
energii SSSR. (Electromagnets) (597tchrotron)

KRAUS,Lj.,- NADHEMI, J.
C--- - -
Pharmacc-anatomical studY 0' the leaves of the family Daucaceae.
H. Apioideae - Scandicinae. Cesk. farm. 13 no.4s1r,3-178 M.164

MDIKCAT, M.Ye.
---- --- 1--
-------
Equipnent for feed-ing the coal anc ci-ay emL-'5.'cn -.c ~LE
Lit. proizv. no.12:36 D 165. lp:i_;,

V., podpolkovnil~., 11cand. tekhn. nauk
Mortars are veapons. Voen. znan. 39 no.12:20-21
D 163. (KLRA 17: 1)

NADIN, V., inzh.-podpolkovnik, kand.tekhn-muk, dotsent
Multistage rockets. Voen. anan. 40 no.2:34-35 F 164. (MIRA 17t2)

-.;. 1, :1-
4 -1
, 3: , . , - ? ~2 .
14-~.-. . ..k . .-,I I . . . . , 1,

.1 ~- 1, 1 .1 .1 . -; t , I . I
- I I - . . 1, ~
. a , I a .1 :- I r, : . - . - 1. - . I . .

V., in-h.-polkovnik, 'Kand. Vkhri. wil-k, dotsont
z -2 ,~-
7~ockets and d 's ta.-.ces. ~ (jr!- . zna:, . -, 1. 0. ~, : 3,.-' , *
( ,- 1. ~ : ]

Construction of t.,~e .--nj Erlrorzlect!-ic L'11,nt. -,. 2~01-
LN-;--tGIJA. (i~ajedn4Cb dle',tr.
-o~uzr;a I'i'vatske i InstiLut
za ~1ektro;x1,-re-lu L; -.,-rebu) Z reb. Vol. no. ju-,y1ju,
Lonthly List of East hw-o,ean Accessions (ELAI) L", 'Jol. no. 1,
Jar.. 196"D.
Uncl.

7
SWIN Unn of stan-niferaus materials and sablimadon of tin
tim v"num. 1; N. Mushin and
-0-11ME dIZ7
-TFTJT- mc- I-
IIV~, ~29 TIM I F , ~ -c ,
extraction of tin irom srannticrous Biag Uy meana of a reverberatory
JR) or electric !E', furnace at 10:30-1100' and con,-,rant presstirs.
> 0-15-0.1 nrI "y "f Mixblz,~-, nf Fn-(711
frvrit,3 J, ",-th

100 (:,f I "itb 'r It IM) t1134if x~savv
P71
137-1958-3-4881
Translation from: Referati%-nyy Z~Iurnal, Metallurgi,.;a, 1958, Nr ~, p cO ~USSR)
AUTHORS- Klushin, D. N., Nadinskaya, 0. V- Botatina, K. G.
TITLE: How to Work Lean Stanniferous Substances (K voprusu
pererabotki bednykh olovosoderzhashchikh matertalov)
PERIODICAL: Sb. nauchn. tr. Gos. n.-i. in-t tsvetn. met., 19';7, Nr 1 3,
pp 211-216
ABSTRACT: The sulfidization process of Sn-bearing materials was investi-
gated on a laboratory scale. It is established that 97-98 percent
of Sri may be extracted in the form of sulfides from lean
Sn-bearing materials by heating the latter Linder a vacuum to a
temnerattir,- nf in;nO Tk~

KLUSHINI D.N.~-_NADI~SK~YA, ID.V,; BOGATINA, K.G.
Studying tw interaction of stannous and tin oxides with tin
sulfide. Sbor. nauch. trud. GINTSVETMET no.15-180-191 159.
(MLIA 14:4)
(Tin--Hetallurgy)(Metals, Effect of temperatire on)

SOVAO-32-2-6/16
AUETC-iS: Klushin, D.N., 11adinskaya, C.V., Bogatina, K.G.
TITLT". The Problem of the Interaction of Lower Oxide and Oxirle of Tin
With Tin Sulfide (K vo rozu o vzaimodeystvii za~isi i okisi
oiova s sullfidom olova~
P_7~'IODICAL: Zhurnal prikladnoy khimii, 1970, Vol XXXII, Ir 2,
pp 273-280 (USSR)
A!~~'-~-.ACT: At temyeratures between 6GG - 1,1000C an interaz:ticn of sulfide
and the lower oxide of tin in a neutral atmcs~~'-_ere ices not take
place. In an atmosphere of nitro:en t*-e lower tin oxide is
-'ecomposed at t".ese At 6CIC - 9500C the reaction
3SnO- Sn + Sn203 Frevails, at 95C - 1,1000C the reaction
2SnO- Sn + Sn02- In t'-.e IenLer--ture interval 75,D - 1,13COC
an interaction of sulf--*.--e irith tin oxide dces nct trike place.
At temperalures above q.'00C the lower tin oxide --r,.rj t*-,- sulfide
form a eutectic struct,ire. --,'-.e above-mentiored t ions
1/2 are important for the concentration of poor tin ores.

s QvI/a 1
The Problem of the interacticn of Lo-rv.r CxI:!c- and Oxide of Tin Yith Tin Sulfide
Th:re are 5 tab'es; 4 grap~is, I diagram, and 6, ref:rci.--s,
4 of ui,ich are 2cvj2t and 2 Gorman.
STJ'2.;,*-7 ' " 7 ED: July 2'), IL~~")7
Car()

18(5) SOV/80-52-3-5/43
AUTHORS: Klushin, D.N., Nadinskaya, O.V.
TITIE: The Investigation of the Interaction of Tin Sulfide With Sulfur
Dioxide (K issledovaniyu vzaimodeystviya sullfida olova a ser-
nistym gazom)
PERIODICALt Zhurnal prikladnoy khimii, 1959, Vol XXXII, Nr 3, PP 482-485
(USSR)
ABSTRACT: The article continues the investigations of fRef 1-3-7 con-
cerning the extraction of tin from poor ores. 3ulfur dioxide
was passed over tin sulfide at a rate of 500 cm3/min. The
temperature ranged from 550 to 1,1000C. The date of Table 1
and Figure 2 shows that-the maximum 0weight increase is at 7000C.
In the interval between 550 and 800 C the reacting substance
consiste of tin oxide, sulfate, sulfides and metallic tin. Above
8000C the tin sulfate is practically absent. This corresponds
to the results published in fRef 42 that S02 oxidizes metal
sulfides and reduces sulfur at the same time. At low tempera-
Card 1/2 tures prevail sulfates, at higher temperatures oxides.

SOV/80-32-3-3/43
The Investigation of the Interaction of Tin Sulfide With Sulfur Dioxide
There are 2 tables, 1 diagram, 1 graph, 1 photo and 4 refer-
ences, 3 of which are Soviet and I German.
SUBMITTED: September 6, 1957
Card 2/2

KLUSHIN, D.N.; ~~INSKAYA, O.V.; Prininala lichastiye: BOCUMNA. K.G.,
laborant
Studying the mechanism and the kinetics of tin sulfide
oxidation by atmospheric and pure oxygen. Sbor. nauch. trud.
Gintsvetmeta no.18:350-363 161, (MIRA 16:7)
(Tin sulfide) (Oxidation'

S/08 6 / 0710`7 6
0/ 1/034 OJ
D223/D305
AUTIIC RS. Kl~;snin, D.N. , and Nadinskaya, O.V.
TITLE Ir.',-3e-,L,,at:.on of the reaction of stannous and s'anni-_
C~
~,x~_d, :i ~h ir,,3n s_,Iphide
PERIODICAL: Zhurnal prikladnoy khimii, v. 34, no. 7, 1961,
1461-1469
TEXTj The rea:-Lon -.f metallic oxides with sulphides is of gre_ot
raetallurgil-al in't.,rest, -,n particular reaction with pyrites and
~Phid&. '_-n:.s --action is Particularly important 4n '-,,.e cose
-'r,-;n sul
rif non-fc-rr-~us m-- t;~_.13 espe"31a_-, ly in the extracti,)n pro:_~esses. The
present. wot-A' me,--hansm and kinetics of these reactlol,3
for the t~_--impucatAr,,, interval 6(-0-9000C. The set-up used for the
suilphidation -r cr s-.,annous and stann-Lic oxide with iron sul-
phide is shovir ~n F-..__-. The experiments are then de-scribed in
detail, znc -InI-er..,_ction of stannolj-- oxid.~
with 'iron s,,~lph'd"_ at a :ompara-~iveiy lox temperature (b'~'C;OC)
Card 1/5

S/08 61/034/007/307/016
Investigatlon --)f the rea_-tlon D223YD305
agrees ;,,,-."Uh previous work by D~N~ KILIS".1n, O.V. Nadinskaya, and
K, G. Bogatina (Ref - 5 -. LLPF-Ti, , ~76 ~ 19~- 9), and follows -,111e
reactiong
"~SnO - Sn,O, Sn (1)
where the ratiLo of trioxides tc -,,In in the residue is
found to be 2. Then as the tempera-ure -increages to 7500C _-Tid the
formation ratle of tin s-Alphide lncre%ses, th,:. quantity of tin oxf-
des and metalli,.~ tin decreases indlcat'Ang that the simultaneous
reaction
2'OnO , SnO2~ Sn
is taking place. At a higher temperature 90COC, the oxide and me-
tallic tin content decreases which indicates that reactions (1)
and (2) are practically absent. It is also shown that molecular ra-
tions of magnetic iron oxide and tin sulphide at all temperatures
and Sn : S ratios equal V3 which indicates that the principal reac-
tion in the sulphidation of stannous oxide with iron sulphide is:
4SnO + 3FLS = 3SnS i- Fe304* Sn.
C---.rd 2/5

S/080/61/034/007/007/016
Investigation of the reaction D223/D305
The isobaric-isothermal potential of the above reaction for tempe-
rature T is given by
Z = 8709 - 46.46T lgT - 1~36 - 10-3 T 2 -t 111.2 T.
This shows that reaction (3) could take place at 400 00 and higher
temperatures which agrees with experimental data. Hence it is ob-
vious that for the temperature interval 600-7500C, the decomposi-
tion of SnO follows reactions (1) and (2) with the simultaneous
reaction (3), At 7500C and higher, only reaction (3) takes place
perhaps with a negligible extent of slight side-secondary reac-
tions. The interaction of stannic oxide with iron sulphide was in-
vestigated at 6009 7009 900 and 10000C for 15 and 60 minutes and
with charges containing 1.5 9r- of Sn02 and 0.9 gr. of FeS which
corresponds to equiatomic proportions of tin and sulphur in char-
ges. The results are given in tabulated form. The products of in_
teraction of Sn02 and FeS obtained were tin sulphide, magnetic
iron oxide and sulphur dioxide hence the reaction is as follows:
5SnO2 + 6FeS - 5SnS * 2Fe 304 + SO2 (4)
Card 3/5

S/080/61/034/007/007/016
Investigation of the reaction ... D223/D305
and its isobaric-isothermal potential is given by
Z = 250792 * 7.54T lgT - 6~86 T 2 ~ 10-3 _ 124.7 T.
This gives a practical operating temperature for reactior (4) of
10000C. There are 8 figures, 5 tables and 6 referencest 5 Soviet-
bloc and I non-Soviet-bloc.
SUBMITTEI)g June 24, 1960
Card 4/ 15

KLUSHIN, D.N.; ILA~IN Prinimali uchastiyes BOGATINA, K.G.;
qM
SHELERM, T.N.; KUZNETSS, T.P.; SAVIIIA, Te.V.
Reaction between stannous and stannic oxide and ferric sulfide.
Zhur.prikl.khim. 34 no.8:1668-1679 Ag 161. (MIRA 14:8)
(Tin oxide) (Iron oxide)

KLUSHIN, D.N.; NADINSKAYA, O.V.; BOGATINA, K.G.
Investigating the interaction of tin oxide with ferrous sulfide
in the presence of carbon. Sbor. nauch. trud. Gintsvetmeta
no.19:608-617 162. (MIRA 16:7)
(Tin oxide) (Sulfuration)

KLUSHIN, D.N.; NADINSKAYA, O.Y.; BOGATINA, K.G.; Prinimali uchastiye:
SAVINA, re-m, -n~u'ch~iy'y sotrudzlik; KMNETS, T.F., mladBhiy
nauchnyy sotLmdiik; SHEIZKHES, T.B., laborant; KMOVA, I.S.,
laborant
Investigating Mw interaction of tin oxide with iron eisul-fide
in the presquce of a deoxidizer. Sbor. nauch. trud. Gintsvet-
meta no.19:61"30 162. (MMA 16 3 7)
(Tin oxide) (Sulfuration)

KLUSHIN, D.N.; NA.DINSWA,,, 0.7.i BOGATINA,l K.G.; Prinimal uehastiye.
On-M
Investigating the interaction of tin protoxide with ferrous
sulfide in the presence of carbon. Sbor, nauch. trud, Gin-
tovetmeta no.19-631-636 162, (MULA 16: 7)
(Tin oxide,;- (Sulfuration)

KLUSHIN, D.N.; HADINSKAYA,-O-V.; BOGATINA, K.G.; Prinimal uchastiye:
SHL?LEjMi9-.T.'5-..-i~khnik
Investigating the Interaction of tin protoxide with iron
disulfide in the presence of carbon. Sbor. nauch. trud.
Gintsvetmeta no.19:637-641 162. (MIRA 16:7)
(Tin oxide) (Sulfuration)

KLUSHIN, D.N.;_~A.DINSKAYA,-Q-V-.
Reaction of tin dioxide .Ith iron disulflide in 'he presence of
a reducing agent. Zhur.prikl.khim. '115 no.6-.1209-1216 je
162. (MIRA 15:7)
(Tin oxides) (Iron sul-fides)

MMSKAYA, O.V.; KLUSHIN, D.N.; BOGATINA, K.G.
Study of the reactions of tin with ferrous sulfide and ferrous
disulfidef. Zhur.prikl.khim. 36 no.3z469-474 YW '63. (MIRA 16:5)
(Tin) (Iron sulfides)

KLUSHIN, D.N .; NADINSKAYA, O.V.; BMIATINA, K.G.
Sulfidation of tin peroxide, tin oxide and mettpall ic tin by gaseous
au-Iftir. Zhur. pr:Ur-1. khJm. 38 no.5%972-978 My 165.
(MIRA 18:11,1)

dr 2,

L 18418--66 __ Eff(a)/tWP(~)X JW/FM
A70-M-s-76003426 SOURCE GODP,- Ulf/0190/66/008/001/0146/0152
AUTHORSs.~ ~imirnova;,.- O.~-V.; Koleanikov, G. S., Vlasova, V. A.; Nadir's R. Ke J 7
-ORG: Mosc6i-rnstitute,of Chemical.Engineering im. D. I. Uendeleyev (Moskovskiy
1(ilimik telchnologicheakiy institut)
-'TITLE: Synthesis __ethane carbonate
and--twestigation of the properties of polyur
based -on .4~O~-(4~-hydroMh6nyl)isbpropyl7-phenyI ester of hexamethylene dicarbamic
acid and-phoggene,
soyedineniya# v. 8, no. 1, 1966v 146-152
;TOPIC TAGS.--, polyurethans, polycondensation, phoagene, polymer structure
ABSTRACT: The effect of:reagent 'concentration, excess of alkali and phoogene,
presence of*. emulbifierss~ and nuinber. of- pi
hosgenations upon interphase suspension
droxyphs*ny1)isopkopyl7-7pheny1 eater of hexamethylene
polycondensat ow Of 4~044-hYl
dicaklianic:-giald- and. has b ed: The basic reaction proceeds
pho~sgane een investigat
according to the' schme s Cgs Cw
OCHN(CH,),NHCO __C_ oil + ncolrl,
0
UDC: 678.01:53+678.664+678.674

18418
ACC fiR: AP6003424.
CE6
OOCHN(C1f,)iNHCOO-C-
CHS, Q
'yield carbonate -I). It was -established that the highest values
ing polyurethine
for reduced.viscositj (0.42) and highest yield of 1- (40%) are obtained with the
;re 1e/1 and at 40% excess of phosgene. -Five
agent concentration of 04 nP
phosgenatioiis -yielded'-'65% of .1 having #7 - 1.2. Its physical and chemical proper-
.-ties were -
2y inert to alkaline.hydrolysis and to
;-A 7 7
5.figures..and 1 equation*
50 CODES 07/ SM'DATE.-- 04N&r65/ ORIG'REP: 001/ 6M REPS 004
Cmrd 2/2,02"., 1 -

-33128

4 0
e
T
im

The': ild
emMra ur,
rig
ur

.........................

-AP 4 04 7 81

-,,:'SUB -CODE
ENCIa -M

. .... D
-005,
-,
-, P RE 8 S
K 0 Iter. t
sov
,
,

NAI IP AP il,' A A.; 'A N' i p G
ThermcAvria.nics of tne lar.*~ianc- ai.:,
ytterbium oxide. Soob. AN Gniz.
(M:F,A
Gruz insk iy i na ti, Lu t me w I !urg-, *~ I"Ju ~n i tz-ed Arr 1", 5, 1965,

NADIRADZE, A.D.
Bearing capacity of concrete under repi-lated loaalng'.s. Soob,
MI Gruz. SSR 38 no.1:147-152 Ap 165.
(~U---A, 18:12)
1. Tbilisskiy nauchno-irsledovateltskiy i,istl-,ut E~ooruzheniy .:
gidrotekhniki imeni Vintera. SubclitLed Nov. 12,

27367
ID69, S/194/61/JOO/003/031/046
D201/D306
AUTHORS: Kalatozishvili, N.I., Nadirad ze G.I. and Negrelish-
vili, U.P.
TITLE: A discrete remote control system using a contactless
arrangement of remote control and remote signalling
PERIOD ICAL: Referativnyy zhurnal. -Lvtomatika i radioelektron.,ka,
no. 3, 1961, 44, abstract 3 V359 (Soobshch. AN 3'ruz
SSR, 1960, 24, no. 3, 325-327)
TEXT: A description is given of a remote-measurement system (TM
(TI)) with discrete readings, which utili ,zes a contactless arran-ge-
ment of remote control and remote signalling (TY-TC (TU-TS)). The
system (C (S)) uses binary counting, since if using decim--.l count-
ing, the number of the distributor ele~aents would have to be 'Lhat
of the number of scale divisio-,is of the measuring instrument, for
an accuracy of measurement equal to that of one scale division. T'he
remote measurement system consists of a transmittcr, remote-control
Card 1/2

27367
S/19 6 1/000/00 3/031/04 5
A discrete remote control system.,. D20IX306
and remote-signalling arrangement and of a receiver. The previously
developed contactless remote control and signalling arrangement is
used, with the number of distributor elements equal to the number
of binary number digits. The sensingr device may consist of any mea-
suring instrument with angular output indication. The transforma-
tion of this indication into the code is made by means of a perfor-
ated disc and a photo diode 6 digits counter. The Grey binary code
is used, as the normal binary code might lead to considerable errors
when going from one digit to another. The receiving installation
has a decoder and a receiver - milliameter. The decoder has 6
ccntact relays and 6 resistors. The transposition of the Grey code
into a binary one is achieved by a relay circuit. The system of
remote measurement does not require any special communication chan-
nel and depends little on its state. The accuracy of measurements
is arbitrary since it is determined by the number of distributor
elements. 2 references.. L/'_,~bstrac ter's note: Complete translatioLn
7
Card 2/2

ACCESSION NR: AT4021668 S/2748/62/003/000/0057/00.66
AUIHOR: KalatOzishvili, N. I.; Nadiradze, G. I.; Megrelishvilig R. P.
TITLE-. Linear units for ferrite-diode contactless remote ccntrol and rmote
signalization apparatus with unequal infonnation flow in opposing directions
SWRCE: AN GruzSSR. Institut ele)ctra-dki, avtcmatiki i telmekhm-dki. Trudy*,
v. 3, 1962) 57-66
M:-';C TLA~33: ri~-,te control, remte signa-lization, Linear urlit, contactles~. rv-.-
Mote unequal information flcw, cost reduction, size reduction, optimal
equipmant
--d od cn co tro , s for
S7RA7.": Saveril variants of linear ferrite i e c tactless n 1 un.t
c=t-n-,1 and remote signalization are descrihed. These units are used in
sys',ei--s unequal amounts of info-L
-wtaticn flow in opposite directions. The
pur~s,:~ of the investigation is to design units without excess distribution ele-
so as to keep the cost and Gize down. The different features of the vari-
ants ane discussed in sarie detail. All variants were tested under laboratory ccn-
ditions, and it is ccncluded that none can be regarded superior to the others, so
that the choice of the ultimate varimt depends on the spe-49;- cmditions.
Card 1/2

ACCESSION NR: AT402-1668
Orig. art. has: 7 figures and cne fomula.
ASSOC=ON: Institut elektrmiki, avtanatiki i telenekbaniki AN -QmzsSR
(Institute of Electradcs, Autanation, and Telenedbanics, AN GruzSSR).'
SuByd=: 00 DATE ACQ: 07Apr64 ENCL: 00
SUB COM: CG, IE NR REF SOV: 002 OTW: 000
Card 2/2

ACCESSION NR: AT4040443
S/2748/63/004/000/0089/0095
AUTHORS: Kalatozishvili, N. I.; Nadiradze, G. I.; Megrelishvili, R.P.
TITLE: Discrete telemetering system for a comprehensive remote-
control, telesignalization. and telemetering apparatus
SOURCE: AN GruzSSR. Institut elektroniki, avtomatiki i telemekhani-
ki. Trudy*, v. 4, 1963, 89-95
TOPIC TAGS-. analog digital conversion, automatic control system,
digital data transmission
ABSTRACT: A discrete system is described designed to enable a remote
control and telesignalizotion system to perform telemetering func-
'tiona without the use of an additional channel. The telemetered quan-
tities are measured intermittently by means of an analog to digital
(Gray code) converter of the slotted disc type. Several schemes
for Gray to binary code conversion are described. The pulsed output
C'"d 1/s

ACCESSION NR: AT4040443
of the analog to digital converter is sent to the line by illumin-
ating photodiodes with commutator lamps. The telemetered pulses are
converted into dc whicb is measured by the receiving instrument.
The decoder used for this purpose is described briefly. The accuracy
of the over-all system is determined by the number of binary digits
employed, and the circuitry errors.are minimal. The system'has
passed laboratory tests and is presently in operation. Orig. art.
hass- 6 figures and I table.
ASSOCIATION: Institut elektroniki, avtomatiki i tolemekhaniki AN
GruzSSR (Institute of'glectronics, Automation, and Telemechanics,
AN GruzSSR)
SUBMITTEW 00
ENCLs 03
SUB CODRs DP UR REP SOVs 002 OTHERt 000
Card 2/5.

ACCEWICH NRj A74040443
JXCL40SURE 1 01
4
-3
2 3
r
offs''R~ *9 -f. a-40006
Mo& diagram of telematering system
I meter, 2 coder, 3 - CMverter, 4- - MIKA omtml and signaling-Vistem,
5 daooder, G - indioatw
VS

ACCLSSICIN Nits AT4040443 M;C=Uazs 02
rd.
Zz-~
Cmversion of contimmus readings into
binary signals
.Card 4/5

ACCESSIM NRs AT4040443 ENCLOSUREg 03

Decoder, which
converts the
teleretering
Pulses into
"Lt

a - with mla~m
b - amtactlew 'A
R
A

card 5/5

Mital-dyeieba" 1965'~'S ~52~;Se
TOPIC-TAGS-i--remotis control,- supervisory control, transistorized circuit
7717
ABSTRACV.- TIiii developmont of a- new semiconductor -device sups rvisory-control
system for industrial- plants is reported, a two-cycle distributor is used in the
t~ system.' Principal connection diagrams of a control (dispatcher's) station and a
plant stati6iL4re.'shdiPii.'-" Each station comprises: a distributor, a line unit, a
coinciden-ce.1u4t,''O'. ontactless") relays. and a power-suppIty unit. The
utput gate c
odd distrib-u't'b-'ir--t-,n*ggqr'.-a respond to positive a-c half -waves; the even. to negative
of both stations in briefly explained. Relatively-long
10-Maec Woes U'AGA InIhe connection line are expected to have -high noise immunity.
A laboratory vnodetwas built in 1962; the first complete act of equipment was
d
installei atA -ThiHA plant in 1963. brig. art. has: 3 figures.
SUB CODE:~~_09-~'/~ SUBM-DATE: Z9Sep65 ORIG REF: 003
cwd-~. 11,

NADIRAM.N.
Flora In the vicinity of Tiflis [in Georgian with summary, In
Russianj. Zam.po siat.i geog.rast. n0-17:161-166 '5~.
(Tiflis--Botany) (912A 8:9)

I ~ g,-
IJADIF-~ I
2E310
Proizrastanii viola mirabilis L. V. gruzii. Zan7etki po sistyemat-'Lkye i g7eografii
rastyerdy (akad nauk. gruz.SSEL In-T Botaniki), byp. 15, 1949, S-83-P5-
ryezyuuWe na gruz. yaz.-Bibl-ogr. 11, nazv.
SO. U-TOPIS AO- 34

KAJANDAM, L.P.; BATIASITVILI, I.D.; NEBIMUME, Z-Ya- Ldeceased];
NADIRA , N. V.
Stud7ing the European corn borer under conditions prevailing in
Georgia Lwith summary in Enplishj. Zool- zhur. 38 no.4:565-578
Ap '59. (MIRA 12:5)
l.Chair of Zoology and General Entomology of the Georgian Agricultural
Instituta, Tbilisi.
(Georgia--European corn borer)

0,::*qoeq**9oOo#o:G -coo-w- too* too* to a**&* t,&
46 -, all a*.* as****** 0 4046040
000000*000090 Owe
0 1. w it I a 14 m It t,
1
10
00
cau"Sus) waptea de
V. R
'
s
1.111r, All'i
G. A. I'vah-11101,14- 1"0. No
1,- 12,11 J. -slibulf" ict1wiliv. At- -00
W110glytitC %P1141CIIII? alltt OOIVF dVj%Ml4 aft- deft-111KA.
14.4111.11.1111

00
of
60 .
of to
00 t ,Go
1,00
S too
n 1~ I
4""
0

0 a 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 a 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0

IUDIRADZE, V. R.
Nadiradze, V. R. - "Intrusions and the ore manifestations in the Zekar mountain -
pa3S area.* A comemorative collection of transaction dedicated to t,.e 25th
axuiiversar7 of the Institute, (Gruz. politakhn. in-t im. Kirova. No 17).
Tbilisi, 1948, p. 329-50, (In Coorgian, resum in Russian), - Bibliog: 8 item
SO: U- 52W9 179 DOC- 53, (Latopis 'Zhurnal 'nykh Statey, No. 25, 1949).

, ~. v. P'.
~r. 11 - - , -
" r i ~ : r -- lie ~.-- ~-' ~ ~ - ; .. . - -,- -. ~' . - -1 - ;.,. -IZ3 -" .-,. I.
6airr;~~ nec-;-tru~3 -~on - . -- . '."l . ) -' '. I .
L'.' --'3 tic. ~- , '--lf.
503 Monthly List of Russian Accessions, Library of Congress, 1953, Uncl.

Luvl~'L-.ur~i n~o-intrujicn (-U-(,rr ;n ~o~.l.
32~
SO: Monthly List of Russian Accessions, Library of Congress, 1953, Uncl.

T;
y9jj7j;7
the

Ust itut ion 1-0,

NADIR-OZZ.V1 IL --
Rare and disperse (minor) elements in cagmatic rocke aad ores
of endogenous deposits of Adzharo-Trialett region. Soob.AN
Gruz.SSR 23 no-1:55-60 J1 '59. (MIRA 13:1)
1. AN GruzSSR, Geologicbeqkly, institut. Thiliai. Prodstavlono
akademikom G.S.Notsenidse.
(Azerbaijan--Mineralogy) (Metals, Rare and minor)

MALYUGA, D.P.; KADIRADZE, V.R. ; CHARGETSHVILL Ya.H.; MAKAROVA, A. I.
Biogeochemical prospecting in the high-mountain area of western
Georgia. Geokhimila no-4:33G-338 160. (MIRA 13:10)
1. Y.I. Termadakiy Institute of Geochemistry and Analytical
Chemistry, Academy of Sciences, U.S.S.R., Moscow,and the
Geological Institute. Acadenq of Sciences of Georgia. Tbilisi.
(Adzhar A.S.S.R.-Geochemical prospecting)

NAD ADZE, VR
,; NAZAROV, Yu.I.
Conditions of formation and regularities in the location of endr,.jentiz
deposits in southeastern Georgia. Zakonom. razm. polezn. iakop. 5.
267-282 :62. 041RA 15:12)
1, Gealogicheskiy institut AN Gruzin8koy SSR i Geologicheskoye
upravlaniye pri Sovete Ydnistrov Gruzinskiy SSR.
(Georgia-Ore deposits)

NADIRANE, V.R.; BE711ANISHVILI, G.N.
1. 1.
Genesis and prospects for ff'indlrij~
Poladauri group. Soob. Gri,z. :~,
1. AN Gruzinskoy SSR, Gecloric~eskjy 4;.: -")
mitted July 28, 1901.

/j/ DZ_ t t"_41
S/011/63/000/001/002/002
Aoo6/Aioi
AUTHORt Azizbekov, Sh. A.
TITLEt The Third All-Union Conference on regularities In the formation
and distribution of endogenous m1neral resource deposits
PERIODICALi Izvestiya Akadamil nauk SSSR, Serlys goologicheakaya, no. 1, 1963,
1,-6 - 128
TEXT: The Conference was held In Baku from September 0 to 23, 1962; it
was attended by 455 representatives from scientific and industrial geological
organizations including 24 Academicians and Corresponding Members of AS USSR and
AS of various republic, 49 Doctora-Professors and 164 Candidates of asological
and Mineralogical Sciences. The Conference was opened by Academician D. I.
Shcherbakov, secretary of OGGH, AS USSR. The program of the Conference was di-
vided into three main groupst a) regularities in the formation and distribution
bf endogenous deposits in the Caucasus; b) regularities In the formation and
distribution of endogenous deposits of other folding regions of the Alpine cy-
cle; a) general problems of motallogany. In group a) reports an basic features
Card 1/::L'

S/Oii/63/ooo/ool/002/002
The Third All-Union Conference on... A006/Alol
of metallogeny and models of detailed metallogenic charts of the Caucasus were
delivered by Sh. A. Azizbekov and R. N. Abdullayev (IreAzerbaydzhan), S. S.
Mkrtychyan-(in Armenia), G. A. Tvalchrelidze and Yu I Nazarov (in Georgia) and
_

ie
V I Orobey
(in the Northern Caucasus); V. 1. Smi~ ~ovrepor
Z on peculiarities
In mag__ma_t_Fsr~ and metallogeny of the geosy-ne-1-1-n-e--an-&--plateau stage in the evolu:
tion of the Western section of Northern Caucasus. Reports were delivered on mag-
matism and meta1logeny in the DaBhkesan ore region (M. A. Kashkay, M A Mustaf&-
*
-
-

Ve
_a Su I e
beyll) Southern Georgia (V. R. Nadir d the Sevan-
razone
ymanov
i;';~
7Ge~llaverdav-Bolina ore F-e-gTo-n-T _.sh Go&
IehvIl1j and In the small C U s1wi
____
I
_
__
_
Intrusives. 0. S. Dz seni ze reported on "Paleogenous volcanism in the Caucasu
and metallogeny related to it"; V. N. Kotlyar on "Deposit types related to paloo-
volcanism"j papers were delivered on pyrite deposita.in the Sonftito-Karabakh
and the Savan-Akera zone (P F Sopko)l Northern'Cauessus t4 5 Skripchanko.
'
_
'
:
-
-
-
"i___7
'
~1
-
u
f0r.. region
Ver*
v. r. AL.4..) the Chubukhl
s
fti
3. 3h. S O
i~ne
po
y
read an polymetalic deposits in Northern Caucasus TJF -M. Kraanov ova , North-
-West Caucasus (G. P.-Kornevj and the Makhmany ore field LN. V. Zartseva h
1. 0t or
reports dealt w1%_`go_1_d_(N. Ye. Gukhman, D. 0. Sallya) mer_a4x~7. V~_Abuysv)
and rare metal (F. V. Mustafaboyll)-olner~Liza~tlon.~roup 2 Included-r-soaftw on
Card a4

NADIRADZE, V.R.
Igneous activity and metallogeny in southern -,eorgia. Za ~ , r. -.:n, :-:~ z.T.
pole7n.iskop. 7054-356 164. (MIRA '---.6JN
1. Geologicheskiy in3titut AN GruzSSR.

ITADIPADZE, V.R.
A-Itaite in the 3ulfide ores of AdzharlsLan. Soob. MI Gmi,-.
SSR 34 no.3:605-.608 Je 164 ( I I 1-;;,, 18-1)
1. Geologicheskiy ir..-~'Litut Ail (j-uz'A,.:-,'r.oy SSR, Tbilisi.
Feb-uary 27, 1-164.

Translation from: Referativnyy zhurnal, Metallurgiya, 1956. Nr 6, p 61 (USSR)
AUTHORS: Mikeladze, G.Sh., Nadiradze, Ye.M., Pagava, T.A.,
Tskhvediani, R.N.
TITLE: Use of Aluminum- silicon as Reductant in Smelting Ferroman-
ganese of Low Carbon Content (Ispol'zovaniye silikoalyurn-
iniya v kachestve vosstanovitelya pri vyplavke ferromargantsa
s malyrn soderzhaniyem ugleroda)
PERIODICAL: Tr. In-ta metalla i gorn. dela AN GruzSSR, 1957, Vol 8,
pp 43-51
ABSTRACT: Test heats were run in a two-electrode, single-phase. 30-40
kw furnace, magnesite lined, with a power density in thelicarth
of 2.7-3.6 k,.v/drn?-, employing a charge of Mn ore or converted
Mn slag and time, the reductant employed being Si-Al with
36.061o Si arid 44.02% Al. It is established that when Mn ore is
employed the oxidation of the Si proceeds more intensively and
results in < 1% Si content in the alloy. This is explained by the
presence of Mn304 in the ore, whereas the slag contains MnO
only. Optimum results in terms of Si content in the alloy and
Card 1/2 MnO content in the waste slag when Mn slags are employed are

137-58-6-11658
Use of Alurninurn-silicori (cont.)
attained when 0.5-5 mm Si-Al is charged onto the -urface of the slag intro-
duced. The C contents of the alloy fluctuated from 0.09 to 0.34%, the higher
values being the result of periodic immersion of the electrodes in the slag,
which cannot be permitted to happen when the standard three-phase furnaces
are used. The concentration of P in the alloy was in direct relationship to
the [P ]in the charge, as Al is highly reductive of P205. When Mn slag is
employed, tP) did not exceed 0.08%. The [Mn) in alloys smelted from Mn
ore attained 84.64% while that in metal smelted from Mn slag attained
85.5711u. Calculations of unit ore consumption per ton of alloy are presented,
although it is noted that these figures may be cut down, possibly, when
larger furnaces are used for the smelting. Bibliography: 3 references.
A.Sh.
1. _Dres--Processing 2. Aiumimim si I icon--App -!tea tion 3. Blast furnaces--Per-
forma-ice
Card 2/2

sov/137-59-5-9842
Translation from~ Referativnyy zhurnal, Metallurgiya, 1959, Nr 5, P 52 (U3SR)
AUTHORS-, Mikeladze, G.Sh., Pagava, T.A., Tsk~,vediani.R.N.
TITLE! Electric Smelting of Silico-Aluminum From Coke and Tkibuly Shale
Cinders
PMIODICAL. Tr, In-ta metallurgii AS Georgian SSR, 1958, Vol 9, PP 59 - 68
ABSTRAM The authors investigated the possibility of obtaining 31-Al from
the coke and cinders of Tkibuly shales. The cinders contained
(:Ln %): SiO 54.9, A1203 30 1 Fe2o 10.8. The smelts were
carried out L a one-phase elec'tr'ic furnace of 175 kva capacity
with magnesite lining. An alloy of the following compositlon
was obtained (in %): SI 39.8, Al 30.8, Fe 26.79, The alloy
can be recommended to be used as a complex deoxidizer in steel
production and as a reducing agent to obtain Fe-alloys by the
metallo-thermic method. The consumption of electric power under
industrial conditions is 8 - 9,000 kw-hrs/ton of Si-Al; the cost
of Si-Al obtained on the base of Tkibuly shales is lower than that
Card 1/1 of 75% Fe-SI. V,B.

ILASHAKASUILI, N.V.. prof., otv.red.; GAMBASHIDZE. R.B.. ~Mnd.nauk, otv.
red.; AGLADZZ, R.I., prof., red.; BIEUDZE, T.M., vrof., red.;
GIGINSTSHVILI, K.K., red.; GORIASHVILI, T.B., kand.nauk, red.;
TAT-ADZ , F.I.. prof., red.; UM IDZH, K.A., doktor nauk, red.;
KIKALADZI, G.ai.. kand.nauk, red.; NADDMZE, Ye.M., kand.nauk.
red.,)
[Metallurgical terminology] Metallurgicheskaia terminologiia.
Otv.red.N.T.Kaskialaiahvili I R.B.Gnmbashidze. 7bilini. 1959.
324 p. (MIRA 13:2)
1. Akademiya nauk Gruzinakoy SSR, Tiflis. Institut ynzykoznaniya.
(Metallurgy-Dictionaries)
(Russian language--Dictionaries-Georgian)
(Georgian language-Dictionnries-Russian)

MIULAME, G.Sh., kand.tekhn.nauk; L441ALLDU,-Ya.X-,,-kand.tokhn.nauk;
GOGORISHVILI, B.P., inzh.; TSKHVEDlAI-11, S.N., inzh.; CHIKA6HUA,
D.S.., inzh.; METIUVELI, A.I., inzh.
Making ferrochromium in closed, electric ore reducing furnaces.
Biul. TSIIGHM no.1:18-23 161. (141RA 14:9)
(Iron-chromium alloys-Blectrometallurgy)

MIKELADZEI G.Sh.; NADIRADZE,_Jef~.; BEURASHVILI, Sh.M.; DGEBUADZE, G.A.1
TSKIIVEDIAIII, R.H.; CHIKASHUA, D.S.; METREVELI, A.I.
asking ferrosilicon ift a closed electric furnace. Stal' 21 n0-5:
419-422 My 161, (MIRA 14:5)
1. Institut metallurgii, AN GSSR i Zestafonskiy zavod ferrosplavov.
(Forrosilicon-Elect'rometal-lurgy)

REZNICHENKO, V.A.; TKACHENKO, V.A.; MIKELADZE, G.Sh.; KARYAZIN, I.A.;
KCZLOV7 V.M.; NADIRADZE, Ye.M.; SOLOWYEV, V.I.; GOGORISHVILI,
B.P.; Prinima-i-i--uchastiye: PKHAKADZE, Sh.S.; NETITLEVELI, A.!.;
CHIKASHUA, D.S.; KHROMOVA, N.V.; KAVETSKIY, G.D.; TSKHVEDIANi,
R.N.; ARABIDZE, T.V.
j
Making titaniuin slag in an electric closed reduction furnace.
Titan i ego splavy no.8:28-40 162. (AURA 16:1)
(Titanium--Electrometallurgy)

UDZE,,-Ye.~L.; PKHAKADZEP Sh.S.; GOGORISHVI*.,T
G.Sh.; 14ADI, -, B.F.;
MIKELADZEP
pA. S HK, I N , I
DGEBAUDZE, G.A.; SCLOSHFNKO, P.S.; SE1,TNOV, ',,.Ye.; BA
V , yA.T-;~VTCH
YU.S.; ?OSpEjj ;' 7~7
SHIRY-AYEV j yU.?.; L.S.; PC77-l;B-'.
Prinimali uchastiye: LOPDKIPANIDZE, I.S.; TSK19VELDIANI, R.N *'
DZODZUASHVILI, A.G.; DUNIAVA, A.G.; PEAAFSKIY, L.F.; GRITSFNYLIK, VU.V.;
ZHELTOV, D.D.; LUZANOV, I.I.; GLADKOVSKIY, V.P.; PODWGILIffy, V.P.;
VOROPAYFV1 I.P.; BRIKOVA, O.V.; VRUBUNSKIY, Yu.P.; KLYU-T--:V, V.I.;
BAYCHER, M.Yu.; LOGINOV, G.A.; SHILIN, V.K.; POPOV, A.I.; ZASLOTIKO, S.I.
Industrial experiments in the smelting of 45 o/o ferrosilicon in
a heavy-duty closed electric furnace. Stall 25 no.5:426-429 My 165.
4 (MIPJ, 18:6)
1. Gruzinskiy institut metallurgii (for Lordkipanidze, TSkhvediani,
Dzodzuashvilip Guniava). 2. Nauchno-issledovatellskiy i proyektnyy
institut metallurgicheskoy promyshlennosti (for Brikova, Vrublevskiy,
Klyuyev). 3. Vsesoyuznyy nat;chno-issledovatellskiy institut elektro-
termicheskogo oborudovaniya (for Baycher, Loginov, Shilin, POPOV,
Zaslonko).