SCIENTIFIC ABSTRACT NAKOV, TR. - NALBANDYAN, A.B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001136020005-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 31, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

- NAKOV, Irr.
Conditions fc:r a inlnlmal :3urface. '21'rud Fedag I~nit Plwdll,
1 no.l-.35-36 lo3.
1. Chair of Higher Al.-Obra, Higher Pedagogic Instititta,
c
Plo,r,liv. llead:Assistant Professor

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The basic igneous real 01 nortneast Bolkash land and .00
the discovery in th.1m Of nickel and platinum. kuv- -00
nik. 7"441. Gfa, prPsmsing Srs~fe r ~. S. $0.
1173 )(,Wjl); Nfuts jdjrb. jUjotral. CW4. 1933, Ref"alt
so 961A). -Old intrusiv" 'wag thwi Kopm consist
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rh&4-vliyyilr. rhe nso%o ini,miriAnt irimAto III wnitimasia
I. *I the Quartolwrx. where it I, in cly4tal. muAlly 2-A
anntfirnre 10 cm.. long. Ansly,it: Wth 7AXI, hIn(
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700 thin sections shows the andoluxite, -which ayffage% X&O
10-12%, to be umal y amervd. with trulamorphowd
PorpbyTific farx. C. A. Sillx-rrutf
Alm-ILA "TALLIP"KA.L LITENA114141 CLAIMPICATION
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Deposits in Kounrad, Its rocks and minerals Moskva, Izd-vo Akademii nauk SSSR, 1937. 176 p.0
20 platesl maps. (49-55367)
QL'452. RqN28

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N-1rtf&qtf-ajjvomtrs a thorough rrfxamn. at the Salair
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010matlacts. Le..changed effusiverorks
Anvil as metasomt
cwtaining. besides. quarts. pyrite. hematite. sevicite. too
alunite, kanlinite. amialualle diaspont. corundHm. pro- 0
phyllite. Alunyhr. dumcwtwtr, awl talwS. Secondary
anxit" are found mostly In Hast Nasakstan and 91-1
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NAKOWNIK, N.I.
The immersion method as applied to a petrographic microscope 2. izd. Moskvap Gos. Izd-
vo geol. lit-ry, 1948. 34 p. (51-21081)
QE433.N3 1948

Ajunits. I and relallons to cowtry rocks and or*
Was N IT NAkovnik Zapisht Vsrsoyus. Mineral.
minkral.) 77.55-4H(H148).-
The crystallochem. fornsuLl is KAW50j)2(010j. with a
IWliAI substilutlt;v of Sa for K. ()oelter dig-,injuishft
the vokank gmesis of alunite. and a hydrotheraval type -
in vrins, and a third type ch.Aracttrized by exogenic rc.
actions of 11"Sof (froln Oxidized Fe-S, anti S) with count ry
iock. In general, Munitc, 6 post.voicullic, jormell ulj(lcr
low ""T conditions wilh pseudotnorphs after Ickilsilar.
Alunile- 0 typical mineral of the epitherjual inelasotuatic
forinAtion in secondAry quartzites, replacing especiAlly the
higher silictrous alummolificutes. but not minerals with
CA. Pet Alff (limestou". serpenduites, m.,r6. tic.).
Llparitej. porphyritm. frachyles. and their tugs Anti brec-
cU3 hire principallY affect-I by alunitization, basafts anti
diAlusei only rjrrly changed to alunite, ultralsaic rock,,
never. The dicutsiun of inure than 2(g) analyses sho%ji
OLIt I[it lliglk-r it, the I%A%icity of the original rocks, jim.
MOW, ii tile NZA) c0filtht Of the resulting alunile. Ande -
sit" havc~% i-kti-itlfll-21oll: 1; thecurrespondini:
NOO for p0fllI1YF1I" ii 0.4 it) 2.7: 1. and fordaci(es 0,7 to
4: 1 fav. 21.2: 1). Nearly pure K alunites, are derived from
X-rich porphyries. trachytm, and rhyobtex (ratio 8: 1).
The analyses of ulunite-beAnng rocks snow the prnlorni-
nance of K alunites derived from high~ilica roelts. In
cavities in darites, the r4tio K,():NA,O InAY evell be
12. 1, or 31: 1, tm*. Na alunite is never olnerml in vrins
Insiliccoustocks. There is a distinct dtifference between the
nwasommic silimilvi dillkUSStd Above and hydrothemml
depogits of alunite on tile walN Of Cavities, foltred by
HS01-conig. watrio In tile coontiy t1wits which ofirn
transfer the alkali lons front .& d6lante. The optical
iouxts. of K alunitc are characteristically different from
thow of Na alunitc. anti A table i3 given which shows thc
correlation of the KIO: Na.0 with ms for 20 simple%. %4
alunites IL&ve :4 bireftingencr of 0,00-5 to 0-012. K alunitc.
of 0.01H to 0AW. The silicification of the country rack
to qUArtX, C1341ccdony, or ojhtl during alunitizAtiou i3
highly significant. The paragentsis of SKh minerals with
alunite is awled, with pyrite, of helliAtile anti rutile, anti
in tuitior Atoll. by dimpotc, dickite, tuttyite, and 14.
zVolitrib, selivile. Alorill.. tpillott. anti
Pinill.ir minvtaln tire Awnt. Alunite tocks air ofien ac.
rompanivel by vrins with minerAN of Ali, As, IIX, Sb, I'll,
Zn, Cu. Fr, 'in, blo. Bi. KanliniLition and ptopylitiu.
tion with alunitiLklion is olmervcd in ore deposits all over
the world. In cryst. schists almnie 6 entirely absent,
Al~ in Sr.6nitrs, grri~ns, skArn,,, and contArt hornfebes.
W. Elul

M~fAMGMUC CJ`T$tAIIIj&U40d With Coniltifill volumes
'.4k )vf3j'k Zapiski l7sesoyms. Alsite,al. MIA. 4"/&.I
%t,
%I It'A . ti's mintral.) 78. 270
ie~ -2(totin.-rhe mech-
anisot of tricummi.itic reactitnis Is chiefly ch;ir-Acterized
!"v the inipregnatiots fit prefitisling minCrAl coniplettes hy a
Iso,tilluille" soill. chiefly 14 majol-illie tallill. fir tit !it.
VvItile w4teis. soln. ws,-,nding along channels and thniush.
mit the capillAry sysitin of the solid frainewittli of the
fix It. The typical IMMAII011 Of pseudomsiphs by them,
trictiorij, "itiolevule for molecule." rep4cing the "hmt'*
minerals is obcrvvl in sautisuritized feldip-Am nr III the
:111111illit.11h)II anti it'lollilitizatloll of all-1.111111tr, Willi
tl-i&rtx awl dlji%pore, the clLinge of hlothe to a 11111ril
iggTrgitti; of wrivitc, rutitc, vind jqrfte. LisidgreWs ILIW (if
"cou,lant volumes- for the host anti the fraction 1)rwltzt,t%
is an im1wrtAnt principle- its petrography asid mc delitmit
,I u4sirs. P.Iftleu.Urly ints:mUng examples are Oven.
mnotil; which the following are taken frints the hydro.
thcrmAlly changed lava% of Kazaklislan: dirkile. reptscing
Motile anti pliginctav, fillivig the cavilies of the liv...
In !he first c~qe. rutile is simultantinuly forsticil with the
IbCkitV, in the %CCOIld CIAMPIC free Si(h tryAll. 4% flU IrIZ.
I'articuLaly instructive are the prallel oficiatalioni of the
,lickite P4rCCI4 in the layt-r structure of the origin al inica.
Um protiounced are the orientation effeelti (it dickils: its
p%cudomorphs after pUltiocl3sc. The pwudotnorlih, of
al4nifeafter fek6par (with smile qu;irtz) are ch.LrActer6tiv
lxvau.c of the absience of every influence of the repLuvil
structure on the growth of the new prtxluct. although th -
orighvil volume is entirely preierved and fill.-J. Aluni.
sized tok-as AlwAys show the ofientatiott of JIM! Cfy%t.Lit
pivillel to [he clc.&v-j4e plAne, like in the dickilt- I)-t:tttlrj-
niorph-. W. Ellel

---- --- -

'
M
i -in the fir3
t gioup, 6 0 01 t. 8 for
il
eral facloo, en Oslo, and prictl6l Importance
of Re0l, to 7 to 0 In the
propylltind Zal'ttki Vsejoyur.
I&
l
Mircrak
A
h
8
l .
challged Ly prollylilha Han n re the 111CIAU offal fu 1111CAtu. (of-
I -
d %
F
h
K I
U
b
l
~j
,
ud
gr.
0 rvm m
ra
3, P&-P I
.)
(1954).-N. defines the prorpylites as a complex of uralitized, rom a
owed
atest t
oclase. sai
e
C
v,
tj
y plag
tevicir of wpyntes hom linportwit art dcpCr~0, N. give-,
chloritized, or albitizLd rocks, distinguished frmi tiva, diagrams which clcmanitrate the chern. di4nges occur-
rocks, secondary quartzites and greenston" of ring in intermediate, and In basle rocks during, propylitiza-
reglonal-inetamorphle nright. Propylites are hydrotherinpi tion, e-.1'Crilily for SO,, Algol, FCO, FLION"'C;10, h1go.

1
decompn, - arts of primary intermediate or hasic --ffu3ive
g Na~0, X.O. CO., reSs, Cu. and An. In the ilifection from
wlt
. .1
, Ite, adutarla, uralite, or tu:tInalite, evidotro,
= tile exterior to t1n: Inner zonns tho data for Slrh "tilt AII01 are
rutile, catbonato, quartz, scricite, and pyrite.
,
They are intinult
l
d
h h
h
t
i
d
l
d not c-sentlally vaxiahle. but CaO, M40. FcQ, and PeA
'&
-1
ili
d
l
i
t
I
d
I
U
.-
e
y connec
w
e
rot
erina
ore
r
t
y
posits of Au. Alf, Cu, Zn, Pb, As, Sh, Hg, IV, Mo, and sub- c-
ent
tt an
Ls
corit
nuoug
n
crense
v
y, more
nk
dacitic rocLs than in those of pbbroidal k~p.~' Mi,() and
ordinate Sn. Nj, Co. Pt, assocd. Irith veins of ankerite, calf K20 beliave reciprocally, with a max. III NlijD. a nAn. In
tile, rhodocbrosite, quartz, PAc. Tile chem. rold mincral- K201 for the tPiflote-C111-110 7onM Parallel to the enrich-
o0cal 4=pn. of propylites derived from andesitIL-dacitle or ment In Y-0 in the Inner une-i. 140. CO,, and sulfides are
dintritic; rocks near the ore velas chnngc3 in a characteristic Incremed, and Cis and An cre parallel to the enrichment In
zonalityAn the Inner zones, next to the ores tile quarU- tile voLitileg. SL Al, 11 are the lwt mobile Plement-3, more
-eeridte assocn. prevails, while epidote, chloritc, and artino- mobile are Ca, Mg, Fc. Nfit, mont mobile Na. K, Cu. Au.
lite are: typical minerals of exterior zone. Prnpylites de- and the vulatilescomingfromdee"Cated sources. Arough
rived firom basic rocks (e.g. gabbros) show the type of list- parallelbui exints with tilt Ionic tadil of these elenlentN.
veriltes, high in carbonates and scricite. often urith Cr-miLa. The rare and exceptional 'iydrothermal rock type of the
The Inner zones am always smaller than tile extcr;,r mics. b~"_ ites (tinaftz-jau5covite aplite-j, without any K feld5par,
'
This characterbstit-for the reactions (arnphilluh~,
,db,te!a
e
T
dote) - (chl
rit
it
RCO
- (
i
i
+
) 0~c veins of Dcre;wvsk (Ural) is In ace^ respect5
in the Au

k!s
e
f
liti
d
o
l
th
I
ti
t
"
a
e
e
sex
c
te,
P
pyr
,
5ttartz., sulfides),, with a gradual change of PH from 11 to 8 .
nner zone
orma
ze
r
c
o
ons o
ana
ogous
e
propy
W. Eitel

J
NAKCVNIK.N.I.
Concerning articles in the collection 'Basic problems in the
theory of mngmPtic deposits." Zap.Vses.m1n.ob-vA 84 no.2:237-
239 '55. (KLRA 8:10)
(Rocks, Igneous)

NAKOVNIK.N.I.
T1-7z;w:T~
Classification and terminology of pyroclastic rocks. Zav.Yses.'
min.ob-va 84 no (NUA :11) '
-3:381-385 155. % 8
(Volcanic ash, tuff, etc.)
I
. . ....... I- . . - - -4

NAKOVNIK. N. I. - ,,,
Some observations on D.S. Korzhinsk-ii's work "Study of
metasomatic processes.ffi Article reviewed by H.I. Nakovnik.
Zap.Vaes.min.ob-va 85 no.4:597-603 156. (MLRA 10-2)
(Metasomatism) (Korzhinskii. D.S.)

NAKOVNIK, Njk CHETVERIKOV, S.D.. redaktor; NIHANOVA, GJ.,
.2bZ.jXgA=!ch:
"'redaktor izdatalli-tv-a; KRYNOCHKINA, K.Y.. takhnicheakiy redaktor
[Immers'ion method as applied to a patrographic microscope]
Immersionnyi'metod v primenenti k patrograficheskim shlifam. Izd.
3-e.* Moskva, Goo.nauchno-tekha.izd-vo lit-ry po geol. i okhrane
nedr, 1957. 40 p. (MLRA 10:8)
(Petrographic microscope)

N"OVNIK, IT.I.
'! -7- ~__ - -
New type of change zones adjacent to or& bodlov. Zap. VBes. min.
ob-va 86 no.6:713-716 157. NTU 110)
(Argillite) (Ore deposits)

NAKOVIUK, 11. 1.
Determining quantitative change of substances in h7drothermal
metamorphism. Zap. Vass. min. ob-va 87 no.4:401-417 '58.
(MIRA 12:1)
l.Yeasoyuznyy geologicheskiy institut, Leningrad.
(Rooks, Grystalline and metamorphic)

WVSKIKH, V.vo; NAKOVIUK. N.I... MROVA, TO.V.
New dumortierite-corundum-andalusite depooit in Kaza".stan.
Zap. Vues. min. ob-va 88 no-5:521-532 159. (MIRA 13:2)
1,Vseso7uny7 nauchno-isFiladovatellokiy groologicheskiy inotitut,
Leningrad.
(Balkhash re&iou-Mineralogy)

VOLOSTNYKH9 G.T. L~AK~VYIKV N.I. i_ROZENTSVIT9 A.O.; KLIMOVAq M.S.
Remarks on IU.V. Nuzitsyn and G. V. Alelivandroy's article IMeta-
somatic zoning in the oxgillization of granite-porph7ries near
ore bodies." Geol. vu&~.mestorozh. no.6t9l-97 N-D 1 60.
(Mira 14:3)
1, Voesoyuznyy geologicheskiy nauchno-issledovateliskiy institut,
Leningrad.
(Clay)
(Nuzitsynp IU.V.) (Aleksandrovp G.V.)

NAKCIVNIK, N.I.
Study of kaolin minerals. Min.abor. no,,14:396-399 160.
(raRA
1. Vsesdyuznyy nauchno-.issledovatel'skiy geologicheckiy
inatibit, Leningrad.
(Kaolin)
15;2)
~ "I
. 4 ~_

NAKOVNIK, N.I.-
History of the study of secondary quartzites. Izv. AN Arm.55H.-
GeolA geog.nauki 14 no.4:73-84 161. (MIRA 14:9)
1. Vsesoyuznyy nauchno-issledovatellskiy geologicheskiy
institut, Leningrad,,,_
(Quartzite)

AVIKSON, Tu.A. . inzh.; WOZIN, N. I. . inzh.
Drilling and punching openings in high-manganese austenitic
steel. Sudoetroenie 29 no.2260-62 F 163. (MIRA 16.'2)
(Shipfitting) (Manganese steel)

NAKOVNIK, ~N.I.
Vertical zoning of the products of Po3tuagnetic metasomatiam and the
place.of the formation of secondary q'uaj*tzites,and propylites in it.
Zap.Vses.min.ob-va 92 no-4:394-409 163,, (MA 17:2)

NAKOVNIK, N.I.; KAZITSYN, Yu.V.
Conference on the metasomatic alterations of wall rocks
and their role in ore formation. Zapo Vises. min. ob-va 92
no.5:626-629 163. (MIRA 17-1)

PAKOVIIIK, N.I.; TATARINOVI P.M., red.
[Secondary quartzites of the U.S.S.R. aryl mineral deposits
connected with them] Vtorichnye kvartsi-kir SSSR i sviazannye
s nimi mestorozhdeniia po:Leznykh iskopaejVkh. Mos"ral Izd-
vo I'lledra," 1964. 338 p. (MIRA 17:8)

NAKOVNIK, N.I.
Detemination, of the "subtraction-addition' of a substance
during metasomatism and the lav of Lindgren. Zap. Voss, min*
ob-va 93 no.1t110-113 164 (MIRA 18s2)

Y~
a VIP
~bl!,
P124;, Dde-VAUUOn nd
v
Pra"a a
a kmgov (Co' V, dtjrACG7.~.
ft&cts idth
--t Ro
so,
'Cl
Ko. + zRj
rLdr, Lius: and is uSec, 11, 00 per'ren'.
+ KCI + ICI kt, H ') d"s potentio-, I .
ICid to t tram'. Rllphati, RUI&J, bnt,
cetic
hen ASSOlve(l In A M'XtllreQf dl
water
met-ically m :L,:etc ~'lf%
phtha%to (35 Pt.). Lcl (0-4 N):j
(CI %--l - .
fL C.
the cq;nr I, :E I prr cent.
7(-j

8707
S/191'60/000/01,0/01117/017
X
Doi Bo6b
B004
AUTHORS: Moshkin, P. A., Rubtsova, I. K., ZhJLLina, R. D.,
Nakrokhin_,h,~G
4111111100111~__ , Itenberj&, Sh. Id.
TITLE: Alcoholysis of Some Di-ppf-C yanethyl E~terj, and
Investigation of Products Ob tained
PERIODICAL: Plasticheskiye massy, 1960, No. 10, pp. 60-6!
TEXT: Proceeding from acrylonitrile the authors syrithE-sized the
following compounds: di-OPI-cyanethyl)-sulfidej di-PPI-cirariethy! ether;
furthermore, Pp'-cyanethyl ethers of ethylene-, diethylene- and tri-
ethylene glycols and butanediols. By alecholysis by means of 2-ethyl
hexanediol one obtains the 2-ethyl hexyl esters of oxadipropionio acid,
2,4-dioxahexane dicarboxylic acid-,1,6, 2,6-dioxaoctane dicarboxylic
acid-1,8, 2,4,6-trioxaoctane dicarboxylic acid-11,8, 2,4,6 8--tetraoxa-
decane dicarboxylic acid-1,10, and thiodipropionic acid. [Abstral-ter'3
Note: the conditions under which the alcoholysis wat3 performed are not
indicated]. These esters were found to be resistant to frost down to
-45 - -580C (determination by L. I. Burinova), and yielded, when mlxed
Card 1/2

8707
Alcoholysis of Some Di-ppl-Cyanethyl Lz-vers, S/191/60/0GO/010/013/017
and Investigation of Products Obtained B004/BO6O
with polyvinyl chloride resin in a ratio I : 1, plastics which satlsf-'ed
the technological requirements. There are 3 tables and 4 rcferu.,-,ces:
3 Soviet and 1 US.
Card 2/2

SHIBANOV, G.V.1 GINFUGH, G.1.-, OBRAUS01, A.T.;
MATHOS, Yu.Sh.; SKUE, G~1.; NAROKEP, V.B.; ITEMERG, Sh.M.;
RUHRAGUICH, Kh.D.
Oxidation of methanol to formaldehyde on oxide catalysts.
Kh1m. prom. 41 no.2-17-19 F 165. (MIRA 18.4)

NAKRCRYIN, D.G.; SHIBANOV, G.V.1 GINFVICH, G.I.; OWAZTSOV, A.I.;
MATRODS, lii.Sh.; SKTF--, G.I.; NAKRCK.HIN, V.B.; ITENIERG, Sh.M.;
RASHIRACKNIGH, Kh.D.
Oxidation or iriethanol. to formaldehyde on oxido catalysts.
Kh1m. Proni. 41 no.2:17-19 F 165. (MIRA 18:4)

NIPUIIWUI.~11.11 ~'i.

NAKROPIN, 0.
- -
Instrument of aggression. Voen.vest. 34 no.io:94-96 o '54.
(KIRA 10:10)
(United States--Politics and government)

107-57-2-63/56
AUTHOR: Nakropin, 0.
1ITLE: A Voice of Instigators (Golos podstrekateley)
PERIODICAL. Aadio, 1957, Nr 2, pp 59-60' (USSR)
ABSTRACT: A review of activities of "Itadio Free Europe" is presented.
A group.of American magnates founaod the "Crusade for Freedom" organization
in 1949, which quickly built a network of radio stations in Western Europe.
"Padio Free Europe" operates 29 radio stationsg that transmit 20 hours a
day to Poland, Czechoslovakiap and Hungary, and 8 to 10 hours a day to
Rumania and Bulgaria. Its headquarters are in Munich, and the total per-
sonnel number 1,200, of whom 120 are American citizens. S. Mikhallskiy,
a Pole, and former employee of the Munich radio center, related in the
Polish press that Hans Fisher, Chief of the Security Division of "Radio
Free Europe", made it clear that obtaining a permanent job there depends
on good relations with the Security Division and with the American
Intelligence. The West German magazine "Spiegel" commented that "Radio
Free Europe" can speak with the voice of a private organization, and
still be taken as the official voice of the USA. The'role of "Radio Free
Europe" in ihe Hungarian r-prising of 1956 is discussed in the article,
and a number of West European publications are quoted in this connection.
Card 1/2
Card 2/2

AP60317 29-----g-o'uR'C-E~-C-OD'P.'-7--Ul~'/0-1*36-/"6-6'/006/00!~/-0-078-10080-----'
ACC NRI
AUTHOR: Polin, 1, Va; Hakaimov, Ve Mo; Darmograyl Ve Ve
ORG; none
TITLE: Results of experiments on deoxidation of titanium
SOURCE: Tsvetnyye metally, no. 9, 1966, 78-80
TOPIC TAGS% titanium alloy, titanium zirconium alloy, titanium
gadolinium alloy, titanium yttrium alloy, titanium dcoxidation, metal
Property,3 OXVGFA) j --11?C0AJ1UM (VA-~7n/A.01A.)6 17440c1 j 13At-OLI e0/nP0'5j'7'0't)
ABSTRACT: The possibility of lowering the oxygen content in vacuum arci
meltod titanium by alloying with zirconium, gadolinium or yttrium has -I
been investigated. Commercial-grade titanium with addition of the above:
alloying elements was double melted in a vacuum of 0.012-0.1 mm Hg
into 5 kg ingots 130 mm in diameter. It was found that zirconium lowers!
considerably the oxygen content. For instance, while unalloyed
commercial-grade titanium contained 0.102Z oxygen, an alloy with
1.5-2.5% Zr contained only 0,055-0o075% oxygen. . ResuIts of
experiments with yttrium and gadolinium were inconclusive due to the
Card 12 UDCj 669,295.046.55

ACC NR.- AP6031729
,very small number of tests conducted. It was concluded that it rs
possible to deoxidize titanium by alloying it with zirconium. Orig.
lart. has% 3 figures and 3 tables,
ISUB CODE: l1/ SUBM DATE: none/ ORIG REFs 001/ OTH REF: 001

KC14AROV, P.V.;-NAKTINAS, Ye.M 01.1.,
Fluorine, chlorine, and boron as elements--ird jeatorS 4r., gecchsmfc~al
prospecting. Geol. rud. mestorozh. 7 no.3:65-74 My-Je 165.
(MIRA 18:7)
1. In-titut geologii rudnykh mestorozhdeniyj petrografiip
mineralogii i geokhimii AN SSSR.

BUSEV, AJ; XAKU, A. [Nacu, A.]; Prinimals. uchastiyet DZERZHINSKAYA, L.S.
Use of mercaptopropionic acid derivatives in analytical
ohomiatry, Report No*13 Extraction-photometric determination
of palladium with p-anisi~ide-l-mercaptopropionic and
p-toluidide-l-mercaptopropionic acids. Zhur.anal.khim. 18
no.4:500-506 Ap 163. (MIRA 16t6)
1. M.V.Lomonosov Moscow State University.
(Palladium-Analysis) (Proionic acid)

BUSEV, A.I.; NAKII. A.
- - - - -
Eytraction-photometric determination of palladium by means of
thionalide. Zhur. anal.khim. 18 no.12:1479-1482 D 063.
(MM 17:4)
1. Moskovskiy gosudarstvannyy universitet imeni Lomonosova.

IUSEVP A.I.; FaJDZIT, G.P.,- NAKU, A.
Use of 1-mercaptoprovionic acid in analytical chem-listry.
Report No.4: Extraction-photonetric determination of
molybdenum in steels with p-phenetidide-l-mercaptopropionic
acid. Zhur. anal. khim. 19 no.6:767-769 164-
WIRA 18: 3)
1e Moskovskiy gosudarstvennyy univer.,ftet imeni Lomonosova.

SAVUL, M acad.. BOTEZ K. [Botez, C. I IONESI Y L.J, OLARU , D. P
;IA'KIJ.9 A. [1-lacu, A.]
Chemism of the rocks of the Palegogene Flysch transient
facies, developed in the Moldovita Valley (Northern
Moldavia) for the Co, Ni, Mn, Cu, Pb, Zn elements*
Rev geol geog Rum 7 no. 2; 217-244 163.

BUSEV, A.I.; NAKU, A.
Use of 1-mercaptopropionic acid derivativas in analytical chemistrj.
Report No.2; Photometric determination of palladium witi;
r-phenetidide-l-mereaptopropionic acid. Zhur.anal.khim. 18
no.10:1233-1238 0 163. (MM 16:12)
1. Moscow State University.
'A

DUSEV, A.I.j., II.A.KU, A.; RUM2T, G~P~
Us,i of af~id dsrlvat-lv,~B in anhly-.tcbl
cherdBtry. Report No.3il-ML~rcaptoproplonlc acid anl sm,:s
of its anilides as reagente for the ex-tiaction-photometric
del.cri-al-nation of' m,-)lyWc)nu.,n. Zhur. anal. khim. 19 no.3?
33'7--3-'5 '614. (M-TRA 17::9)
1. Moskovskiy gasudarstlrEnn)-y tirilvernitet, imeni Lomonosova.

ACCESSION NR: AP4019509 S/0075/64/019/003/0337/0345,
AUTHORS: Busev, A. I.; Naku, A.; Rudzit, G, P,
TITLE: Use of 1-mercaptopropionic acid derivatives in analytical
chemistry. Communication 3: 1-merca topropionic acid 4nd some of
its anilides as reagents for extracUon-photometric determination of:
molybdenum
!.SOURCE: Zhurnal analiticheskoy khimii, v. 19, no. 3, 1964, 337-345
TOPIC TAGS: molybdenum, determination, extraction, photometric
extraction determination, m'ercaptopropionic acidl mercaptopropionic
acid derivative, phenetidide, anisididef touidide, analytical
chemistry, quantitative analysis
ABSTRACT: A study was made of the interaction of Mo( V) and Mo(VI)
i ions with 1-mercaptopropionic acid (i) and some of its derivativest
o- and p-phenetidide, o- and p-anisidide, o- and p-toluidide-l-
morcaptopropionic acid. It was ostablished that I and its p-
phenetidide interact with Mo(V) and Mo(VI) ions in tho-ratio of 2:1
(In'fig. 1: thetangent of the angle of inclination numerically
Card V6

ACCESSION NR: AP4019509
equals the number of moles of reagent interacting with one mole of
Mo). The compounds of molybdenum with p-phenetidide-l-mercaptopro-
pionic acid (II) are most readily extracted with a 1:1 mixture of
isoamyl alcohol and benzene, and the compounds with I are extracted
with a 1:1 mixture of isoamyl-alcohol and chloroform, when1diphenyl-
guanidinium or benzylthiuronium cations are present in the aqueous
phase. During extractibn one diphenylguanidinium or benzylthiuronium
cation is added to a complex anion of Mo(V) with I and--two cations
are added to a complex Mo(VI) anion (fig. 2). Extraction-photometric
methods were developed for the determination of molybdenum with I
and with II in the presence of other elements. A sample containing
molybdenum is treated with a solution of I and benzylthiuronium
chloride, extracted with 1:1 isoamyl, alcbhol:chloroform solutions
and the optical density is measured and compared with a calibrated
graph. It was found that: Cr, Ti, Co, Ni, Zn, Al sulfate and
nitrate ions,.do not interfere; in the presence of large amounts of
vanadate andle (III) ascorbic acid should be added; Cu ions lower
the accurac f the determination; and very large.amounts of W make
determinatiWdifficult, but with smaller amounto# the optical
Card...2/6..

ACCESSION NR: AP4019509
density may be measured at 350-365 and at 430 millimicrons. A
similar determination may be made with II, using 1:1 isoamyl,
alcohol:benzene solution for extraction and measurin the optical
density at 360 millimicrons. It was found that: Cr fIII), Ti, Co,
Nil Znj Ali Fe and V do not affect this determination; Cu lowers
the accuracy; and W in a 100:1 ratio to Mo has no effect. I does
present an odor problem; II has no odor.. Orig. art. has: 2 tables,
5 figures and 6 formulas*'
ASSOCIATION: Moskovskiy gosndarstvenny*y universitet, im. M. V.
Lomovosova, (Moscow State University)
SUBMITTEDs 27jun63 DATE ACQ: 31Mar64 ENCL: 03
SUB CODE: CH NR REF SOV: 006 OTHERV.004
Card 3/6

ACCEssiox Has AP4019609 INCLDSUMI 01
.3 H0441
f ig.I
Determining the composition of the compound of Mo(V) with 1-mercaptoproplonic
acid (1),,' p-phenotidide-l-me'rcaptoproplonic acid (2) a~d compounds of Mo(VI) with
1-marcaptoproplonic acid ~3) and p~-phenettdlde mercaptoproplonio acid (4)
Card 4/6

.ACCESSION MRs AP4019509
fig. 2
Relationship of IgK to Ig [Rjin extraction of diphenylguanidinium and benzy1thiur-
onium salts of mol)b'denum compounds with 1-mercapto-propionic acid (1-4) and with
thioglycolic acid (5, 6)
1-diphenylguanidinium salt of Mo, (V); 2-benzylthiuronium salt of Mo (V);
3-diphenylguanidinium eUt of Mo (VI); 4-benzy1thiuronium salt of Mo (VI); 6-diphenyl-
guanidinium s~xlt of Mo (V); 6-dipheny1guanidinium nalt of Mo, M)
Card 5/6

ACCESSION NRs AP4010509 jwu)svas.03
t
gel.
fig. 3
Calibrated graphs
I-determinatiOn of molybdenum pphonetidide-i-mercaptopropionic acid (360milli-
microns); 2-5. determination of molybdenum 1-morcaptopropionic acid: 2-350,
3-365, 4-380, 5-430 millimicrons
Card 616

NAYU) A.G., Cand Yed -c-', -- (diss) I'linle of
%plQA4l'lu
infection in the all-) c ;1-.9c of
schizophr~,nj.a.ll Kishinev, 1958, 15 PP
(Kishinev State 4-'..!ed Inst) 250 copies (KL, 29-58, 137)
- 123 -

MOLOIGIOV2 A.N.; NAKU2 A.G. [Nacu, A.G.)
---------
Rheumatic amentia, Zdravookhranenie 2 no-4:14-18 Jl-As, 159.
(MIRA A: 6)
1. Iz kafedry psikhiatrii (zav. - prof. A.N.Holokhov) Kishinevskogo
meditsinsko o instituta.
SOMATIC FEVER) (MENTAL ILLNESS)

NAKU, 102ristodor [Naku, C. I., Inzh. (Rwiumskaya Narodnava Reapublika) i
Corrosion of the alloyed digester shpll and methods for its
control. Bum. prom. [38] no.6:16-18 Je 163. (MM 1617)
(Autoclaves-POorrosion)
(Woodpalp industry-Equipment and supplies)

NAKU) N.F.; SHO'YKHET, R.N.
I--
Nonspecific pyelonephritis in renal tuberculosis. Zdravookhra-
nenie 6 no.507-40 S-0163 WIRA 16t12)
1. Iz urologicheskoy klinili (zav. - doktor med. nauk S.D.
Goligorskiy) Kishinevskogo meditsinskogo institutao

NAKU, N.F.
Three cases of conser7ative surgery in secondary renal hemorrhages.
T
Irudy Kish. gos. med. inst. 24:234-236 264 (MIRA 18tl)
1. Urologicheskays, klinika Kishinevokogo gosudarstvennogo medi-
tsinskogo instituta.

KMCIKU, K.; MIHO, K.; ~4LK~~Tj, M.
5 cases of keratoacanthoma. Bul,Univ,Shtet.Tirane
no.3/4t74-80 163-
1. Klinika e Demato-venerollogjise (Slief Doc. K. Kercikm),
Universitetit Sliteteror te Tiranos.

KERCIKU, K.; HAKUCI, M.
Results of the treatment of psoriasis with aminopterin. Bul.
univ. shtet. Tirane [14jek] 2:72-75 '63.
1. Katedra e dermato-venerologjise (Shef Doc. K.Kereiku) Uni-
versitetit Shteteror te Tiranes.

KERCIKUP K.; NAKUCI, M.
-
Results of the treatment of psoriasis with wriinopterin. Bul. univ.
shtet. Tirane [Mjek) 2:72-75 163.
1. Katedra e denaato-venerologjise. Universitetit Shteteror te
Tir--nes.(shef doe. K. Kerciku).

BAKULI, V.N., kando te".n. nauk- ZAKHARENKO, I.F., Imnd. tekhn. nauk;
BABIGH, M,M*, kand, takim. naukl. iNAKUL,-' I''.S., kaM. tekhn. nauk;
DIJBITS&AYA, I.S., kand. tekhn. nai~c
Haxd-alloy taps. Mashinostroitell no.12:15-16 D 165.
(MIRA M12)

NAKUrNYY, D.D., ENG.
Electric Power Plants - Moscow
Activities of inventors and rationalizers of the Yoscow Regional Power System
Administration. Rab. energ., 1., No. 2j, 1951.
2
9. Monthl List of Russian Accessions, Library of Congress) October 1951, Uncl.

AUTHOR: Nakutnyy, D.D., Engineer SOV-91-58-11-10120
TITLE; The CentralizeT-S4ply of Hydrogen to Generators (Tsentral-
izovannoye snabzheniye vodorodom generatorov)
PERIODICALs Ehergetik, 1958', Nr 11, pp 21-22 (USSR)
ABSTRACT: In order to improve the exploitation of the hydrogen cool-
ing of electric machines, Engineers G.D. Vullman and V.S.
Ivanov, of the Mosenergo TETejhave realised a new system
for the centralized supply of hydrogen to the generators
of power-stations. This consiste4of installing a recept-
acle with a capacity of 10 cutiof hydrogen at a pressure
of 10 atm. near the machine room. Next to the receplable,
a building with a gas ramp for discharging the hydrogen
balloons into the receptacle was erected. Gas pipes con-
Card 1/2 nected the receptacle with each generator. -A detailed

The Centralized Supply of Hydrogen to Generators
SOV-91-56-11-10/20
description is given. This system has proved to be satis-
factory. Engineer S.A. Mandrykin also took part in the
design. There are 2 diagrams.
Card 2/2 1. Generators--Equipment 2. Hydrogen--Applications

NAKUTNIY.,-D.h.,-inzh.
Damage of disconnecting devices installed between the outlets
and the cable assembly of the generator. Energetik 9 no.6:
16-17 Je 161,, (MIRA 16:7)
(Electric power distribution)
(Riectric owitchgear)

V- Ya
*1141q-N;ZON
-Vw/h~gineerinez Theory of elasticity
Ord IA Pub. 22 7/44
Authors Nalanzon, V. Ya.
Title On a change:of a boundary condition of the flat problem in the
theory of elasticity
27-29, Sep 1., 1954
Periodical Dok,,,AN L&~R 98A
Ali Ot.rdct -1: The so-called flat (two-dimensional) problem of the theory of
elasticity, solution of whi .Ch usually has been reduced to finding
two functions satisfying the boundary condition of Muskhelishvili,
can be solved by a slight change in the boundary condition., namely.,
by expressing the variable.unlmowns in parametric forms of periodic
functions-, Graphs-,
Institution
Presented tor :,.Academician Muskhelishvili, June.1, 19%

NALBODW I-e~ B., inzh., nauchnyy sotrudnik
1 11
Mechanization of the removal. of rubbish from construction.
Zhi-I.-kom. khoz. 11 no.12:15-16 D 161. (MIRA 16:.U)
1. LerdngradskAy nauchno-issledovatel'skiy institut, Akadendi
komnunallnogo 1zhozyuyatva.

LANTSOV, V.A., kand.tekhn.nauk; NALBJkNDOV,.B.A,, inzh.
Using chain save in the major repair of buildings. Stroi.i dor.
mash. 7 no.lot22-23 0 162. OURA 15:11)
(Chain save) (Apartment houses--Yaintenance and repair)

-- --
NALBANDOV$-B.,t-inzh.
I- ~- N
Over-all mechanization of the removal of construction rubbish.
Stroitell 8 no.5:28, 3 of cover My 162. (MIM 15:7)
(Refuse and refuse diopooal) (&Mding)

TIALBAI
E2~~~
~ turly of the mwating vrr~,Pgs Of rACHMS '13 3 1 1
:_i . 6 v
the. mnjar repair of buildino. N3im~. trudi ~FT~4 no. IA~P-^-105
162. fl-UP", -';17;

XU.BANMV, G. Z.
Application of secondary methods by means of Intensive water
flooding of oil zanda at the Krannokamak oil field. Neft.khoz. 32
no.8:31-32 Ag 154. (MLRA 7:8)
(Krasnokamsk--Oll field flooding) (Oil field flooding--
Krasnokamsk)

11118-66
ACC NRt AP6007728 SOURCE CODE: UR/6413/66/000/003/0155/01 --1
and
AUTHORS. Mayevskiy, A* G*;, -Nalb ovp.,V,~Ae~
ORG: none
TlTLE: Caterpillar drive for heavy machines. Class 84, No. 178753
SOURCE: Izobreteniya) promyshlemyye obraztsy, tovarnyye znaki) no, 3,, 1966) 155
'TOPIC TAGS: tracked vehicle, ve~iole component
ABSTRACT: This Author Certificate presents a caterpillar drive for heavy machines.,
particularly excavators, including a lower frame and caterpillar carriages. To
improve maneuverability and to decrease power requirements during turning, the lower
frame is equipped with, a pivot, plate which can rotate in the horizontal direction and
which is connected with the carriages so that it can operate vertically with the
help of a lifting device (see Fig, 1)# As an additional foaturo, the lifting devices
(hydraulic cylinders) are rigidly connected to the lower frame and are pinned to the
2,
Fig. 'a 1
1 lower frame; 2
2 carriages; 3 - pivot
plate; 4 - raising mechanism.
UDCs
Gird 1L2 621-879.48t629.11.012.57

ITALRANDYAN, A.A.
Eliminating the formation of ~ce locks in railroad tank cars
transporting liquefied gases. Gaz. prom. 4 no.7:28 JI 159.
(MRA 12:10)
(Liquefiod gasoo--Tranaportation) '

I"J. Lasidleav mW tin-frito opaque $lam (or well Ilk* matt nialtilkil.-
A. A, 4NAtNAWfWAw4S&k X#Tjw. 8. Nit. 1, 19, 19811 Muir anti tolouresi iqhujue
1114iiev are virry SUIIAIjk Pit ltleartt.
with Sno, 64 all f1wifirt. &A"Ity tit III OW11 So Cphi. necesititatt% the lite of
sultalituipt, s, g, Sit, 11, Ce. As. F and tr elidi. In 1%47 it Ruto-tark rewstirb In-lituto
,dovirl,-lied the f,41,mmil otl4olve fkatift for III(,#, etc. MA& tit Moscow and tither
tiny* (in p V.1AW*-I,ikW C I If.Zr In thrw 11vitand I arroitout 111MI
I,Y thrdl, It CION . F it. Colemanito (C4,11.0"All o tit hytitot-irvicito
4(a.Sigiltoo,61110). An socFeaw of 41kiiii content bryontl 3 mol. and of 11,0%
obirve 04 wealcruis the opaclAcatkot and cauws erasing. 10 obtam tire nt%ediiary
Icl.^4 and tit lower the in p. a or"All amount tit TOO. which Us 4 high rrfriictive Index
12.3- 2 0). i_4 added to the, glass. Up to 114 TKI, in the fill lowrts thr, m, p. of the
AlAte, by 2W C. MWI iRCMAO's the Alosi; by We ; to 6,14fition, TIO. Intea-Allev the
I import. a pleavict isarm trino 44) the KtAse. As a substitute for
C Is. IV urml (If"Wi0j. The opacifyitirl cil4vt of this in Immd on
the co-existence 11 2 ph&" having diffmat refractivi; ta4scirs and solubilities.
The tipacificaticin Increases with increasing difference licticti-it the indices of the
c, ond gtair. The indictit tit normal glazes very twtwvvn 1-3 anti 1 -6. whereas
M, 1 '40
'it I has so In.lex of 1-83,
SnO it 204 anti thAt -1 Sb,O, Is 2 6. Zen
During coating, ASO relrat-i 1K), with an Itolex of 24 (1.#,. higher than that of
SnOj. With ;J;, anti &0 dixectl" In the glitzo at the fusion temp. but separate
out agaia during vociling. ~nvnbrr merit of ZrSiQ, is He low coett. of thermal
expansion. rxpts. have shown that tho frill 1 14 e@ at* critisiderably
oil ~SujK1".to
raw ones of the "tit! COM The a4ditim of 53T Zoo and 10-15% YJ, Ann A
Simultaneous MIuction Tsios llnplov~ the Kkvts anti 0 h
I, addiiij.,ticification., T e best
opscif)mp vilect tia achieved when 8-40% of Zff"'Uj toth"frit. nils-10%
to the. lwttb~ Tho to p. of lite Ala" I* WSW-I.fX)OI C., the owd -1 linear thermal
0 asItoo of its eq.timum comp. 13 3.37 Y 1". the whilimem tin - anti the glims
At stubt.1tutt,'
7& for lilt clids., cilcrrZ~;ite. hydn~
borarst 1 .1 tit were used. Z^iO,. owinit tit its chem. inertness. is
not #iMble'loc I lit cotoor shades: thew frits were theretwe used without Zr%10#
with on incrvas" coat I of 110 Thiv rnlucrit the tit It. of Irils it- I.W01- 1,0501 C.
And i,f rlitars 1 40-- E, file latter W a low viscotaty on.1 a good gl,.o.
on the bosi:i of lite at~ve frits, by the addition to the mill botch tit pigments and
fn-glAZV C-1101111% IL palette of glazes of var-ious Wit colotiris was olittained.
The tit p, was 940"ANX)l C.. the coed. of linear thermal exiiiiisiun 4-77 v 10-4. and
gloss 71r~ F Prelimimiry expts. have shown that NalIUVO can he used as

C~emical Abst.
Vol. 48 No- 6
.Mar. 25t 1954
Glass, Clay Products, Refractories,
and Enameled Metals
Firing of N1va;j1b~1tVpAqug AlrlijWlum 214 a. 0v
4. Q. Tu an.
and A. A. yan. Steklo i Kera-its. 10, No-. T;-rS:W
(19 -11rolonged hording at I haprovcs the surface
and luster of boro-Zr glaze, but opacity and whiteness are
Impaired. Prolonged holding during cooling Impairs the
surface A1ld-CJjUS1:S CTyOtJ;.-.. OptinJU111. heat Cycle Includes
holding at 1000* for OX-1 hr. and cooling in a short period
(up to I hr.). Microscopic study revenla that opacity is
caused by Zr, accumulation of fine-grained needle-like
crystals of unknown origin, and quartz. H. Z. Kainich

--T,- .T7 - -.
- -. -.-- - - --- - -- - - --- - - -- - --- ---- - -- -- -- - - - - - --- -- - - -- - ---- - -- -- - - - - - - - --- -
Dissertation: "Investip.ation of the rcssitility of lmprovirE~. the ',unlity of :FuLdlule,
, Cpaq e Zirconiw-, Glaze." Can6 Tech -ci, Yosco," of Lenin
EQron-Gont,aininU u - - - -
ChemicotechnoloEical Inst ij-.~cni D. i. ll,'en6eleyev, 7 Jim 54. Vecherrryay-a '.0skva, I'OE:Cow.,
27 MaY 54.
SO: "SUIP-81+1 26 Nov 1954

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0
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If 11yrrs the Inell lias has no efitcl on The lower limit. but
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I + couxt. For vatims tttixt,.,
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Ff
4XI ;
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(IM97(in English).-the vclmity of the phol,whem.
-00
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light of 1300-IM A. is givrn by u - (rJ/0JI61,41 .40
it C-V) 11 - (-II1,134pd) (J. 401j.fmfl, w1wre
intensity of illuminatilm, 0 - probdInlits, of chain -0
rupture. d - diam. and I - length of rvactiun vrs,-I, .4
/' - apd.
k - abustrption coeff. for 0, 4 - % (3 1,, 14 )4), x
00 8 1,,-.no. of collissionm undergone by 11, before rviletinn with .00
ne. J. (ix). J.(sx) are Bessel functiom of 0 and Its
order. The mechanism of the zone birrivition prin-e-i is; v
LN + is, - 0' + 0: 0 + Its + bt - Hit) + iM, -any A A
00 su,C); 0 + Ot + (h - Lh + (h; 0 + will VON. Thr
Inobability of the reaction 0 + 11 Is III Thr quan.
06
tons YkId Is 2 moll. a U.0 + (h v (JoUnIum Abo'llmil.
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exited and normal atorms act as activ,- centerm.
F. It. Rathmann
A
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Srl OF uhrtam in MUTS' womok.
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MALBANDYAN, A. B.
- ------
"The Kinetics of Hydrogen Oxidation in the Regton of Low-Temperature IgAiticn,
I. Dependence of Induction Period on Pressure and Temperature, II. Influence of
,11
Admixtures Acta. Phys., No. 6, 19441,

tPl*;22, NOW I'll jet *4401 be at*
A f- L-1
04
f-00
:ra 0 A
00 The effect of a AC "ifeco on the expl"ion limite of a
cf. C..J. J7.
411411
Ile stiuly ig file vilthrdots of 11-0 nilits. III As
ve-eb is conflatiM, The luwa expit"W limit was detd.
0 In Ilyrr% vm4els cents. As wims a( varimi %is", This
i,
:0 1 nit 6 higher when the wire It prer"t and is ithifted by
11IM104114 If &91ft-11 tGWArd higher tempst.g $be ithill 11 '09
o: IrrAter the lgfmtrr the wire diam, The great effect of As .00
j 1114M." of .111011 amt I% altdNited III 1hr high prIxImbility
W A. 1ivf.vIIl,.W-"I the fil,.141 %]lofmv.
:0 If "'1199
0
:0
00 .09
'00
1:0 0
If !,ego
OOA
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4o;f
I 1J.- -IAI
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An 1 1 a
41 0 3 0
as o a 0 0 a 0 a oil It
.0 *0 Ve 0 0 a 0 0 411 0 0 0 0 0 0 0 0 9 0 0 111 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ei

The kinetics of hyd'RE14 olldsuon in the region ot tow-
fel""Agluff IgnItlM A. Dependence of fUdugt on P
on. pressure Rua temperature. 4. 13, Nall~lnfivall.
AcIaPh vicachh". U.R.R.S. 10, 493-W09i'l) (its Lngli.411).
~1193cYon the mechAnIsin of H oxidalinn %siggested by
Lewis and Elbe (Combiwion P14mes and PzpInsion of
Gciies. CambrIdge, IW4) and on Seotenov ,s * met hod of
partial stationary conen. (Chemical Kinclks and Chnits
Rfactidns; C.A. 29. 17064), a formula for the dclicudenre
of the Induction pcr!cKI upon-prtsmirc: and tcnip. inside
the peninsula 61 low-tenip. Ignition of 2111 + 03 was
derived. . Expt. shows this forntida. to be well satisfied an
a
mlbi
the n? the ViOut 23,OM Col. to the activation energy of
cha n-btanching reaction It + 01 - Off + 0, which
ultimately dets. the over-all rcoetion rate as well aq the
tetnp.dependenczttfttictippcrliinit. Therntcoflloxifla-
tion was Investigated as a function of the contpn. I)[ the
"c
milt. I]Npt. and thenry aft shown to lie I W I I
407- 7.
hirreement, It. Effect of admixtures. 16fd 2
The effect of water and 13 on the cxpIrAInn limits nnd the
kinetics of It oxidation with'In the region of low-temp.
Ignition were Investigated. . 11,0 vapor bt shown to Imi-cr
the upper limit -one to displace the Ignition Peninsula the Upper expirsinn thillit shifthli the region of -,elf-
towards higher temps. HiOlsftittliersitoutitonctoiitlic ignition towards higher IC 'he kinetics of;
upper limit as an Inert gas, jtq efficiency being six tillics as 2143 + 02 Ignition. III .11frast. to Ilo'!'Ct"Mols. exert a!
large as that of It. and to have no cflcct on the tenip. tie- direct actian on the branching reaction H , 0,-011+1
ndence (it (fie parameter ip chararteri4sr, the veleycity of Os rtsidting In chnnge.1 III the tem - dence of ip.;
r, Oxidation. Tracci of 11111 the 11-0 mixt. greatly lowei, kjttin It. Slagle

111111" 1)% ilia "M ilu njon)SPAIII
it
N11 Jill Jim is A
if -W-64-41,C&
A 11- L-11 I IF Is A j L 1. 'AL a - F 2 a 'I I . W T I L-1 --- l- M 14 cc OR _u Io A -11 0 0 Jut 0
A ost 0 4-0 f1pulot
to

"
J O
IMP
S
V
Pirmurs limit of an explMve .0

0 mixture of SH, + td f& an Fe vMel its W awe Od in .00

0 a Sios Vaud. on other hand. the lower lormure WWt is &A
Fw ve-d Is > in W,
ThU -990% that The fictive cestres; of the

*0
:0 a -tion viorst cattily on met&llbc thag on nowr,&%ft =00
Md-411111, ThO temp.-d"ilm" Of the IQ"* Uttaft U glvn by
a
P41118-7I Ar
14 !- C. R, It.
. 000
40. r4lo

00 000
4111ALLOWAIL LITIMAIL1011 CLAISIFICATICII
At. -I L A
D
u t. to, 03 too tio 1,
it ot a u n It n it
it a 0 o o 0 e 0 0 0 0 0 0 o 0 o 0 4 0 0
0 0 0 0 0 0,01 0 0 0 0 0 41 0 0 0
roe
00
.4,11% s" a., 'to
too
cc mLo n iiios 4,14
4 9 0 010 0 0 0 0 0 0 0 0 0 0 0 0 0 0 41 a *1
0 0 0 411 0 0 111

A a C a t F a I a L I#- r--2 A -1 V 1 11 1-1 M ft cc up it W, 1 0 S I
-0 0
K"M Lt IkMeWft 41itIOR he lain at lowlanywature
00 A 1,00
0
'I V
rh I . A. Nalbandjact (Acid
x MAN, 11-R.S.S., 1943. W, 31-11).-Fxperlmentat data for
the kinetics of oxidaticia of He itt a Rumixtit vessel wathed with It
00 oil solutioll of XCI wW In a stainless steel vessel do not Indicate any
00 of Matetion rate on the conditit-a of the vessel walls.
de
.,. of ilia lower limiting pressure In the tamer cam is
Occounted (orbyansuming tfieprobabilltyaldestruction of the active
centres an the walls of a vessel covered with it layer of KCI to be 5 =0 a
the probability of destruction on clean walls. (Cf. A.. 1943. 1. 1 dg.)
S. It W
0
2 ve 0
z Ize .0
=9j : &so
00 U
MITILLMICAL UYINATURI CLAISIO'KAMN tt**
0 see
it Oil
U 91 AT W) All,,
r, it OW of "limit pit% Is eg 14to A I
0 0 0 0 0 O's 0 0 0 0 0 0 * 0 0 a 0 a 0 a CO 0
16~044 0 0 0 0 0.0 0 0 0 0 0 * 0 0 * 0 0 0 a 0 O,0 0 oi~

W10
a I
a o'$
*09 P DOC I t%C% A
00,4 a of 019111"" systems.
CorDpf,rf%d,drA4,Mf.
11 Ou"r-5-V5 46, 107-00946); Poklay A "d. t%'4xb S.S.S.R.
9 46, II3-i6(IQ*).--Th* specilic effect d dw vulume of
00S the asegm or traparom pgoducts of an explosive reaction,
go the rats of detonation tras favestipted. A scries of
**JI caprritnents were patormed will; rub d I aptcak" a-P,!
tuns which had oduos in adilsor the NAW OW,
final stases.- ~ (1) rA'XCI(Z+ P,.%. - 3.GXCJ + 9.511.0
+ 4ZOSA. and (2) KCXX + 2M - KCI + A40o. Time
o Of exploolvit corrsito of the two "PAIM " mixtures - to
doid. by nuasuring the compremlons cl a lead column Ob-
bdoed by employing a modilled Ifess method artil a No. 8
CAPSUIV detonator, In 3 nins using the VAIX-
lure XCA + 11c0i the diamcfer of charge, wt. of Aup
in g.., mud comfir" al! the lead Mumn In into. was,
0060 resp,: 40. Wt 0; M 240 0 7 * and 77.5, 49). 15.1. By
8: 8 the $plain KEK ~ i4 I.; it. am diameters and
400-11 weights of eJarp am above rod & mixturc density of 0.96
JLLJ S./cc. " emp" with 044 Above, the "opective cam-
orc2sions of the kad colutaw were 6,40. 10.73, AM 21 A%
006 The KaO4 am Al juixturs, Fives a Y"Ivvly
repo". Wltb 60 g. ~d~tbo ' sadem" tolsture
ii-O --a
......... .....
af-KCX). sta At a ccutpreacim d I&W im. 6 obtaicted go
compared wit b IfAY Mut. prodate-4. by LU wxw qm AtIff
td the MIRAUSO KC10o AM PM, Irtick 0" 40 1- 4
ma pradmu. Kn9wimento to determine Um =
oftbodetmadmaAdlWitelocity ei carrit4otatia tubes
of diffoat dkmtftrs. In the case of bAk Paless mix-
turcs, the Moulin wsa stable wben tub" ter than
III an. In diam. vat used. For Ow 9 and FCSI
inixt. the detacation YtWdtY stessured by the 11-utricht
melbod In a tube X1 tom, ki diam, was I ITO m4s it.. In a
tube 27 tam. Is diam., 1270 tn.jw~; for the K(30j and
Al mixt. the 4efoooJoa vtkcity in a tube 21 Mo. In dism.
was 1300 m./oce, and In a tube 40 mus. is diaxi., 1370
M-/soc. Rapts.to-ktatia voi.of pocamexploswo prod-
uctsforthe KCKN ~x4 Al systernwere maids to a Postal bomb
In which a premed liad w4de detowar was oW,Akb wea,
ad ad alecUlcully. The gaftous val. was 1=4 to be In.
s1guificant, sW wati Jo4A4 to c== 46% carboo-4at"is
cocapas. Howevet. at= s, Iable put of the es-
plosim work of boCs gask=tcm k expended I" a temp.
much higher than dic crit for KCIt it follows dot
substance sbmW bo! In the vapor state during a considerable
portion of the explaDion process and consequendy believe
Me 4 AlLs. Hyto'llds vat. of vapor b -11 cocipared to
that given off by tho usual cxpWv". Allattcutputopro.
duce stable detonation in systems ykiding scitliti, gas am
vapors C!rn ~! bigb tempo were futile. Ph Y
ASA.ILA ARIALLWGXAL UTUATURE CLAMPICATIN
NOWAY
MOV9 M&? CRT 999 as"" am OtffT Lis
z 1 F q - I - -P a I ff
0, ; 00 It V Of a 9t 09 1! - PC It K~00 A T 1A I I bd
0 4 0 0 0 0 0 6 0 0 0 4 0 0 0 0 :119 .6 0 610 6 0 6 0 0 0 0 0 0 411 0 0 0 0
2
0-0-0-0 0 010 o 0 O-C 009006 0 0 0 .1, 0 0 0010-4-0 a- 0 0 0 0 0 0 0 0 0 0 0 0 00
.00
.00
"of
.00
800
=so
4*0
too
Coo
ago
111949
Ifo*

0
0
0 ips st 0 of 0 0 goo 0 0 0
.
.
1 . U U

s
14 It a 0 a 41 a At it dZ 0
t ~-j

I oCK %tilt 1.4 #40#90t.tt 1.041 .1411i_

Expetimectut deteltuaination at the probability of the
di
f
i 90
sappearaws, o
fict
ve centers. A.-U.-NallaudyAll
0
: Fend. acdd. sti. I klady w1kad.
so MA SAS.H. 47. 208 t)(19151-The C4
p
0
Of nk-fill wife Into glatim, or quarts vi-sorls inafitirdly
lite lowvr ituitloil Until of conitku.111)k filkliti ,3j1c-/S z 1/a
,
rlw vitillefis"i dryckliml by SrIllellow Md. is, :11mul).
-1/1"In (d1a)
wherf, p lit the lirvilmat, at tht

u
.
:
lutirr limit fit cololluololl. it 14 lite 41111111. 44 tile rt.1c
e, y

0 lims .1 Illedifilil. of The wile, luill /I a coll4t. tie.
l
l
th
l
d f
tie 0
li
ing fill
e Icillp., was colli
tine
or the mist.
lit
jil, join- (h at 406'. '1 lit lowrr linilt lit lplitholf In 111111.
of lit Without a wile was U
911b l"In
; for wire iff distill
.
.
.
0.2 ctn.. 4.20 mm.; 0.1 tin.. 3.80 mm.; (11.015 cm.,
1
1 I&C tin
3.10 Mot. it. (

COO
Igoe
1:9 0
W10,111fill CLASWCATICK use
go -4.1 J.Jnv
It[ tonat's Islas,) at Qs I got a I I I j II silill " 4.. m
V
I U S 41 to is All I 1 0 Rd 0 M 8 '1 W of -3 a a 2 0 1
of or $0 at It a IT it it Is No
0 0 0 6 0 a 0 0 0 0

UALiM'DIJAN.', A. fJ.-
Measurement- of tile Cod, ecoru*aruatton 'of
t varjou. 1011i`esolryl a der;rminat on
0 t 0
4. 11, Nail aram vital itkut ~. M. Shubia (I
V. q.1. U.S.S.R1, hInsrow). J. FAY5. C pol,
ZU, tu-ill-oak "'IV III Atl5sialn).--The lowest i
R
tilt
toint pressure p It 11rhiell C Ild) 2 112 + Os can be ig-;
nited at.,140* Is 1.05 and 7 mam, -jig ill glass vessels ilki
6.50 alld 131 call. dirun. . I'llament.4 of othcr solids, "' '
raise P. The greatest increabe wro ob
i0.1 Cut. Ill dimil.
I',
served lVith ZnCr3Oj alld grapilitc; both give p
tillit. in a vessel tbat, alone, gave p - 0.53 at 490% Au,
NV, Ill, and staltilms steel show sinaller incaar,.=-, of p.
rIZ rakpil p at 4,10* front 0.04 to 2.3 1, ;laid
uIllareated qua
-quartz rinsed ivith Ill? rai%.:d p to 1.48. KCI dirt tioLifIcCt
,,p,jat,,6tV I larcause of rapid cv3pat. I'll [uld (above 390 ) Pt
it y ell tile colijbilstioll of Ill so tilat p could Iva be
measurcd. Frout the expil. P villni-r. the coLff. v of Te- 1
combination of It tatoms at varimt% surfaices, call IK: ca
ZIICrt(Ji and graphite have 1 .0 tit AM', Ali Wills at
4-10 *, Pt OAW~ At W.
, W Wim), m.
0.0029 at .110*, jultle.1ted (piartz 00M) at -110% quartz
Till,`(l Wit 11 11 V 1).(XxrJ nt -110 % and pyrex glalsq washed
The pirtsmirrebi tile
PrSst'll" of Farrillhite ivai detil. niso sit 5M, Suld .5,58 ; frail,
tiles(.- value- the ettergy of netivatirlit of flat- reaoialn if +
02 - 011 + 0 9-1)1-cars to be 17,8") rnl. Froui thp hir; elase
40f tile upper limit of izilitb)II will, telop. lx,t jvecII;jI()* and
IV in n glass vessel w.-mlied svith KlIt.61 solo. file ar(i-
vation entirgy (if 18,M) cal. 1% computed. All tile nlvovc~
results njorce %%rith Ixtrienov's theory (C.A. 38,