SCIENTIFIC ABSTRACT ROMOVACKOVA, H.H. - ROMWALTER, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001445320012-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 19, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


...........
AUTHOR ROMPEO R, Pk- 2577
TITLE Certain research on "cold" electronic emission of sulphurous.
... @cadmium monocrystals.-:
(Nekotome issladovanniya "Kholodn6y" elektronnoy emissil. mo
nokristallov sernistogg kadmiya.:Russian).
PERIODICAL Radiotekhnika i Elektronika,, 1957Y Vol 21 Nr 21-pp 219 -221
U.S.S OR.
Revi
ewed 6/1957,
Received 4/1957
ABSTRXT The lecture was delivered at the All-Union Conference for Semi-.
conductors in November 1955,at:Leningrad. At first the simple,
installation itself is described. Alre the occasion of the
first experiments carried out it was observed'that.0 even in the
cassof lacking illumination, severaLcrysta18 sh6we&an'eled-
;,tron.emission which, at a'voltage,between anode and'c@ihode of
'about 7 W, had a value of the.or.der,of magnitude lo- A, and at,
p to 10 3A
@,12,5 kV of u As long as the voltage does not exceed
.8 _1o W, electron emission is@more or less stable; and an in-
crease of current intensity-(by-an increase of voltage) irre-'
versible modifications were produced on the crystal..Rising of
the emission current by no:means took place exponentially,, but
-4
rather $'in steps", and, eventually at current intensities of lo
and'11-3 4L,.led to a rapid destruction of the crystal (within a-
:bout some seconds)e Immediately before reaching its maximum the
-mloring of fluorescence@changes over to red-orange typical
__ _-4. @11 -Al@a vh@ZA II

from auuufwm
.-A 7, VOL 2
N436.2, coup. 21WS-2TIL) ts ZT0
out U 10-0 mmHg pr!cm=mvmd *44
clecum anialm rmu cds ccyuab aw
7 kv bctwc= wdwc aw QWIE40 Pruducm
a cwmag of 10-1A, wA am It kv dtfig
10-1A.
--WOO*

I @- @:,I
id,-.

-46818-66
L
ACC NRt
m6o2o5o6
calculated for'all possible combi
'parameters are pres,ented..@' The line.profiles are na
of values., of ithe. three parameters. An electronic.@ Ellio,tt.8036omput.er calculat:LM
the 140 profiles, reduced.to unity,:@and their.maximum intensity value. The author
analyzes-the shape ofthe profiles obtained and-stresses that most of the asymmetric
profiles have different:humps., saddles,@@and waves.: In analyzing the prelim inary resqlts %s
obtainedl theAuthor mentions some basic. problems. :` It.appears that active promine4ces
or flares may indeed have a 6-km/sec relative filament velocity. If the prominences.:
areassumed to have a filament structure,the Dopplerwidths d tt ermined. from the o
9erv@d profil6s dn fliebasi6 of thbir half-Widths mhy lye excessively large.'The mAximpm.
intensities obtained from the calculated profiles havenot yet been.worked out. e
TP
increase of optical depth causes the difference betweenthe largest and the smallegt,
maximum intensity values to decrease regardless of the number of filam.ents.Additi6nal.--,
filaments would therefore only widen the line profile Iand would not affe-et t 6 inte 'ty
ji n4i
Therefore it appears .possible.1to, applythe present theory to.the inte,rpretation@of
solar flarles., where spectral lines are known to belarge, In conclusion the author
remarks that preliminary results obtained with the model*described:are encouraging.
The authors hope toobtain suitable observational.material tolearn more about the
matter in prominences-and flares.. In the discussion following the article, one of the,

L_ h4084-66
ACC NRt
SOURCE COM' CZ/2514/65/000/051/0120/0124
AT6020508
@2, 9
AUTHOR:', Rompolt, B.
@ORG: Astronomical Institute of Wroclaw University
TITLE: The connection between a funnel-type.'prominence and surges
SOURCE: Ceskoslovenska akademie ved.' Astronomicky ustav. Publikace 'no. 51,
rd Consultation on Solar Ph sics and Hvdromagj&LcsL Tatranska Lomnica,
13-16 October 1964, 120- an inserts fqUowing p. 124 A
TOPIC TAGS: solar prominence, solar4ctivity, solar limb solar. magnetic field
jo
solar corona
ABSTRACT: The author tries to determine the trajectories and directions of the
movement of matter and the reproduction of the general nature'of the magnetic.field
An a region of aIctive funnel-type prominences and surges situated in.the western
,solar limb and filmed on,22 November:.1945. 'Investigation was carried 'Out on 1h e

@L 44084-66:
ACC NR, AT6020508
basis of 200 selected fr am es out of the 628 obtained. Enlargements,on photographic
paper facilitated the determination of the,trajectories of, individual promilnence'knots
and streams. , The pattern of the, magnetic field in the'active region above the
chrom'osphere was constructed as -a result. Fr6m,analysis of other films of promif, J.;
nences, it was concluded that surges are the main suppliers.,of matterto'the corona
withih an.active region. - The general characterof the magnetic field in thelcorona
is.shown and explained in detail. ,, The general pattern ofl.the magnetic field in the
funn el-type prominencIe 1s des.cribed as departing distinctly from pr econ.ceiv.ed
notions. The m ost:chara'ct e'ris tic valu es of thevelocities-of matter in the region of
active prominences are listed and explained, The mechanism carrying the surge
matterl.b.ack to the chromosphere, along thesame route as the@ascehding trajectory
is probably,the same as the one controlling the matter in the loop-,type prominences.
.All the surges observed emerge from,.the solar surface regions.where two systems
of magnetic lines of, force converge, as was found previously in the case of the regio 1
-of active prominences of 4 January.1945 [Rompolt, B.' : BAC 16, No-4, 2271, @19651.
,The author is especianj ihdebted to Profess6r. W..@Roberts for permission to *use his

S/080/62/035/002/009/022"
Blec k.rolytic preparation and D204/D302
Ag and Cu.in the original, alloy were removed together with the@Pb..
Measurements of the anode potential showed.this quantity to be ac-I
determined by the extent of purification, increasing from
0.08 - 0.14 V to 0.36, -- @0.4 V as the Pb was removed..It..:Ls, there
fore, believed thatthe process could be controlled.adtomatically
by a:simple potentiometri.c..m.ethod. Transfer of.Bi to.'the,cathode:-:
was also investigated, at 0.5 amp/cM2 on a 75Bi25Pb.alloy, f ind7.
ing that the Bi. increased at first slowly and then.rapidly, up to.,::
1% in the cathode Pb, when -92 - 98%.of * the anode,Pb was 'di'saolved,:
deoreasing thereafter, to 0.,6,: - 0@.90%. The results are discussedo
'Using electrolyte (b) and commercial Bi containing 2.5%@Pb@ 0.'3@9_
Ag and 0.007% Cu., at 0.1.7 amp/c 2 and'at 550`C, at was found thatl-
m A. 0
h-gher purif ic,at L
Jons could be achieved The lead was reduced
0.00i%, Cu.to -0 and Ag,to 0.01%. The results were confirmed.on.,-
re eating the process on a.larger scale with commercial.2ead,c-cn_._'I
p
taining 16.8% Bi and admixtures of Ag Cu and Sb. There are 5 'i
gures and 13 references: 9 Soviet-bloc and 4 non-Soviet-bloc. The
references to the English-language publications.read as f o'llows:
G-. Cleary and D. Cubicciotti, J. Am Che 5 5 7
m. So.0 74 19552)

t 32439-65 1WT (m) /WP (w) 11WA (d)/'ZPR/T/-9WP(t)/n? (b) P" UP(c) KW/JD
A CC FvS TON NR- AT4045958 S/2563/64/000/23410062/0068
A1JTW-)R: Rnmu, V. G. 3s-
T1"J--1 F.- TnvPqttg;ttinn nf the rnpper rorner nf the Cu-Al-Mn-Fr phase diacram
SOT-TRCF- Leningrad. Politekhnichest!y !nstitut. Trudy*, no. 234, 1964.
MetalInve,leni.vp (Metal iography), 62-68
TOPIC TAGS: quaternary phase diagram, copper, aluminum, magnesium. ironj
crystallization range, martensite transformation, metallographic examination,
microhardness
ABSTRACT: Although the quaternary Cu-Al-Mn-Fe phase diagram serves as a
basis for the development of new high-strength alloys Epd for a most thorough

L 32439-65
ACCESSION NR: AT4045959
Armco-Iron (0. 7716 C; 0. 28% Mn; 0. 015% P). Fe was added as an AI-Fe alloyingi
agent. The chemical composition of specimens varied as follows: At -4; 7; 9;
11 and 14'16; Mn - 2. 5; 5; 10 and 1516; Fe - 0. 5; 1, 2 -1 3 and 5%. In all specimens
4 "@ - --f, 1 1 ; @ @# 4- -- - = nn v@@- =nd @irnnn cis. rl qq Mn wnR ;a ddpd The intro-

ance of the region of an at-aolld solution. A new ferruginoua component appear--a',
ed after 516 Fe was added. An increase in the amount of Mn brought about the
formation of a homogeneous structure which became martensitic as the Mn con-
tent was lowered. The microhardness of thetg,,phase which depends on the alloy-
ing component lies between 280 and 412 kG/mm Orig. art. has- 4 figures iind
I table.
Carce/3

t 32h39-65
ACCESSION NR: AT4045958
ASSOCIAMON: LeningrudBkiy politekhnicherkiy institut imeni M. I. Kalinin
(,T,Pnlng-r-ad Polytechnic Tnstit,,rte)
SUBMITTED: 00 ENCL: 00 SUB CODE: MM
NR REF SOV: 000 OTHER: 000

(Copper-@aAuminum-nickel alloys-Testing)

USSR/General Problems of Pathology - Comparative Oncology U-1
Abs Jour Ref Zhur - Biol., No. 181 1958., 84971
Author
.'_BDMU117
Inst : KurdcMedical Institute
Title : 'Pathologic Changes ific Heart in Malignant Tumor
Disease
Orig Pub Sb. tr, Kurskiy med. in-t., 1956, No. 11, 183-187
Abstract In 1.12 autopsies on patients.dying.from malignant
tumors -it wa s shown that metastases to the heart
(16.percent):.are most frequently seen in cancers
of the lungs, :as the:re.sult of-emboli along the
blood.-and lymph-.-vessels..@Metastases to the heart
often provided by tumors which have a tendency
to degeneration;-,non-specific changes.in th6,form.
of brown atrophy.,,dystrophic processes., 'and lyaphlo-
cyti6.
infiltrations were-often seen,-,and-deat,h. of.
patients with @ -tumors, not infrequently occurred due,

C
rd to cardiacrdecompensation or acute cardio-Vascular
a insufficiency,, Ye.- F.,

ACC NR1 AP6020280
SOURCE CODE.- HU/0028/65/012/003/0289/0294
AUTHOR: Romvar -1, 28 BUdaPest);.Takitsy, GYLaa (Budapest); Farkas, El @2q
b ek
(Budapes0-'
Bud am
ORG: Stat6 institute of Ug@iene/directed by T. Bakacs/. a st
Re ch Inst ute directed by
kozegeszsegugyi intezet); LRomvaryj Veteri
J. Meszaros/ MTA Budapest (Allatorvostani kutatointezet MrAJ
TITLE: Serological evidence of the incidence of influenza equing A-1-virus(infection
among horses in Hungary
1'2, ' no ___6
'3, 19 5
13OURCE: Academia scientiarum liu7ngii@@a'e. Acta micro iologica, v.o
289-294
TOPIC TAGS: animal
o,anti o yo , al d so vi so se
ru
b d a.nim-. seas rumpldisease incidence
virus disease
ABSTRACT:-. Horses ..stocks were@screened for . hem
in 12: agglutination-inh ibi i ng
antibodies to the:subtypes equi e A-1 and A-2,
n human A-2 and, swine A-lof the inf lumB a
virU5.1 A total:,of 835 sera were tested., 487 of whic'h were taken from..race horses*-- x@-
Antibodies were found only to the subt quine A-1 virus. The incide ce of the e
ype e n 8
antibodies was high in horses over 3 years of age, in each of the stocks tested.
Colts 2-3 years old were tested in 4 stocks. Of these an average of 49 per cent
were found to have equine A-1 antibodies in two closely related stocks. In the.
other two stocks, the 'colts were.practically seron-gativeb It is concluded that*
equine A-1 virus has been highly disseminated in Hungary before 1961.and that it
-,,persists -in certain horse stocksf_'@.Origs arto has, l.figure 2_.table.s.,:, [Ori
910

RG .fVA RY.,Jozsef..-Dr,-ca-nd. __ of-ve t.-sci TAKATSY, Gyula,_-Dr, FARKAS-1 Elek - ------
5_r_,6_and`1-da_tes-Tf _@;d. sci.; Hungarian Academy of Sciences, Animal Health
Research,Institute (director: MES-ZAROS, Janos, Dr, cand. o f, vet. sci.) (MU
Madyar Tudomany9s Akademia,.Allategeszsegugyi,Kutat.o.Intezet),.ahd National.
Public Health Institute (director.-,BAKATS, Tibor, Dr, dr. of med. sci.) (Or-
szagos Kozogeszsegugyi Intezet).
11S erological Proof of the Occurrence of Influenza A-1 Equi,Virus Infection
in Hungarian Horses."
Budapest, Magyar Allatorvosok Lapia, Vol 21, No 2, FeV66,-pages 56_58o@@
Abstract: [Authors' English ified] Seru samples taken froa 12,.-
summary mod m
,horse breeding stocks were tested1for the presence of antibodies against'..,
equine influenza A-1 and-A-2 viruses by means of.-the hemagglutination in-.,..
hibition test. The sera@were tested also with human influenza A-2 an&with.
the Shope virus. Of the total of 835 blood:samples, 487 were taken from race
horses. Antibodies,were found only,to. equineinfluenza subtype:A-@l. In all
stocks, thesera. of horses over .4 - years old had . ahigh antibody,titer. Sam-
ples taken.from 2-3 year old,foals were,,tested in 4 stocks. In 2 stocks which
were in contact,.nearly one-third, of.the samples contained antibodies while
.nbarly,all,samples were negative@in,the other2 stocks. The,results indicate
that infection was very common among horses.4 years ago and such infection
also occurs sporadically today. 2 Eastern European :12,Western references.

Sc: pepn kccessicn,'V 1. 11-:6Y. 191;6
as, Dim.

KOVES, 4emer; ROMWALTER, Alfred; KRETAI, Jozsef, w#rnok; KAVPA@I, Gyula

t*l.,k,0ww was detit.
w "od th _5 @=
t of th,
J. D. Gul

64,

@'A UT HORS:
o, S.P. and Romu, Go
Butomot D.G., Laz arenk
TITLE.- Prodaction::Of,,copper With a low oxygen content (Poluchen-
iye medi@s nizkim,soderzhaniyem kisloroda).
PERIODICAL: il'Tsvetnyye Metally,t 195 7 P No 7t P@ 701.175 (USSR)
ABSTRACT: The pra sent:art icle is -b as ed,' on.mat erial o,btai ned.bythe
Central-Research Institute of,the Ministry of Shipbuilding
Vyborzhets" works@
of *the USSR togeither with the ','Krasnyy
,
.
o
on.the:production,.of copper, with. an; oxygen -content O:L%
ct-@ ad-
Copper with such.low oxygen contentsAs.,not,zffe
versel y annealing,in a re ucl phe e nd can:be
y@ b d ing,@ atmos r a
welded satisfactorily. :,It,was,found that contamination of-
copper. with:: oxygen. during, the pouring, of ingots (th6.:..
I
witli type
rincipal contamination-stage) couldbe avoided
-
te ing . vlert ical t flat,,,, castm-iron ingot moulds
Copp er.@.@by
without water cooling. :.Comparative'.tests were,- made with
this type o.fl,,mould. and: also ,water-cooled moulds with in-
.
:
1000 mm.
ternal-dimensions:.123:@x 670 x 850 mm and..206 x,
735,,x
In addition,to the investigation of the structures.and'.
properties of..:the ingotst their rolling into,sheets a:nd@@
the.welding;of these latter.with various electrodes were
studied for types M3C -and M3 copper. Welded joints in@
M30
.@copper were.@superior to those in M3.,

U\ C:
AUTHOR; Lazarenko,,@, S.P. and Romu, V.G. 1@6-4_12/23
TITLE: Clad Metals. (0,Plakirovannykh Metallakh).
PERIODICAL: IlTsve -us Metals) 1957, No.4
-twe Metally'@ (Non-ferro
pp., 56 60 (U.S@S.R.)@
ABSTRA91T After a.brief waceount of@the uses of bimetallic sheets
and strip the authors describeltwo methods-of producing clad:
steel. One'method,is f or welding copper: billets.t o. steel
billets followed,.by hot rolling; in the other 'earth moulds'
with a steel core,,.are filled. with brass, this being also,:
followed by:hot,-rolling.: The first, afterltesting 8y backwards
and foiwards bending to,tracture and bending'to.,180 round a
bar two sheet-thicknesses in'diameter,,'and'tensile,,testing
were found to give@good results indicating good adhesion bet-
ween the copper.and steel., Strips.produced,by the second meth-,
od showed no sep'aration.between brass and steel when,tested by
bending through:180 with the brass,both inwards and.outwards;
no cracks we re nd pecial tests- showed that.a stress
_,obse rved. a s
of 10-20 kg/mm',was required to cause separation.. It@was shown
that to avoid'the'clad layer creeping off during rolling small
Caxd 1/2 reductions shouldbe used in the.first passes.,-Some recomm n-
dations are given on selecting the method of clddding,for.diff-
eient sizes of strip or sheet and thickness of. the cladding* ,

So..: East.Eur opean, Accession, Vol. No. @5@@ I'llax. @957

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i

ttalin JIM111 U 33 ]A a v U x I t a 0 a 41 of 040
u v I I - I I AA a
0
Ole A . ...............
Pa"11114 Alto PROP941%% to-Oft
Operating expriankcria with a Runglarlan low-com a
00 j lure carbonizatift plant. A. Romaralter. Roy. / 'It.
Vvir. rwk. of .1104itet
v
1
Ole In it.-Th,
Met. 13, PS M(194 1); CAralt. 7tivir.- 1%2, U. 1
9
00 devrIcipment of low-temp. carbonization In Hungary I* dis- -00

0 ClUtint with .-pect to Its frvh. anti rentiontsk-al prfg)[vin.. -00
Pxpcfkncrv o1)1aInnI its it lbingarian plant including t,-n@
so
99 a ;1 :Nfluctat'll nlairtkal I-coblellas anti tile latillbAtUal of

00 far. ga- And xnv 111111,W air Film- lions Srhin.1W -00
got
200
GOO coo
Of 0 .3 roe
00-
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coo
coo
ago
I
Noto
9 r
ties

ILL, sITALLURGICAL LITIO&TURE CLASUPICA110411

old", its to,

2.6flovo a
Oka des Sasaki(W
11414,111h)
U T . - ;
AT 00 7 o r ' i;t '. k; A. . .
to V ka q as L 1 0.
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:
1

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a I K t
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.4-1111-F 9 2 1-1. A T Z M A
A
0
The rate of buyllium oxide In "do Aux treatmont of

00
b4imititse. A, Rainwalter. Pub. Dept. Atiouixg Met. .00
Vair re(A Eton. Si I
.00
So" 6. M W1104101s ucw@qt
06 llunsolian 14111%ite lar% 41.1 [let),
'rho usual otw1a dion treatment its stutlysmit lush ones was
coorried out with weighed suits. at JkFo. T
be sq. votit of
00 j
the Aux woo filtered end the miducisailed. 11recticully
0
till the BrQ was oblained, 3%6 BeO wus then tfeated
with cumil. NsOll. then dad. &ixeim and filtered. @ tru,
r, are 0
rr%idue then contained the ro-Ad &mt. Id 144`0- Thit,
00 ill expl. ptuved thst practicjsHy all abe be content of beu%itrx I =00
i
00 a I ftmains in the red slag of the "is flu% land the filleted

l
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t . S. de Finfi
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00 @
00 0
00
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1
1
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A I A I L A 14TALLUROkAt L11961TURt CLASSIFICATION ==Z
too., S Sit. '14., #j.IMl woo

s.on.j W, all
S.-.0
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$111410N.1
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- - - - - - - - - - - - - - As a a a a a a m a a a a a a a 9 a 9 9 V 9 V v V - Is
91* je* t"C9,11
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A ConWwadon of Ow Winninc of Imn in Rawaft am LA -
IMO IF,," I' I I !
in do Somn (Odoubww) DiArict. A It ater.:
I'M .400
(Pu I plivitt i.1110 %if ths, lk-lutrtitiont it( Mining a,11.1 Nlelmr.'V'91111 On,
I Iungarian PalatintOoswpli Unitri-Fily of Ti-chnival 111111 3 Fee
F4.411)(111litt 8cleurt's, '19:18, vol. 10, Part L. ' lilt. 17 3 - 1 *4 1). The age
author traves the history of fron-making fit tho thlenburg and
0
I Ilia at t)llllt Wing
Burgenland (lintricti; of flungan- in Roman tinit's -t
lin,"I Imirtly on the ilimm@-er@ of Flag it 1-14) 1`9 is IT Ing the =Go
roo
irtmint I lon ;if runt ninn ill 011@ If&%' AN A I lilt o?".1"itiptri'min. tho,
that tho coat of pnitlucing. iron Wits Olen 1111til tittles aria 0
00 at
lie prepient ligure.
see
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10 *
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@JLUX, REDUCUUM VIC-
59M, J., and RMW&IW
-iiiVW NAvxrms. Roy. Hung.
PKXIXHNTS WrTil 4RIt' 00

06= k Dept-Himixg
Palati-joseph Vvit-. rth. Er".Sti.. Pa,
1
i
i
h
i
1
l
0 0:1 an
14UX
tc% art! Very r
c
-111 (IM).-I
tt"MLr
Mrs- 7, 42
in Ite and contain appreciable amounts of Si and TI; it is 0 0 0

00= -sses, as
th"eft ee difficult to separate Fe by magnetic proct
-;C, 00
Fe a ud Al are present in colloidal dist6bUt ion' Itsee'"S'
0 qp!& 110%ever. economically possible to apply a reduction with
%"IA and carbon as ironsponge, and AIM can be produced

e
il
b
hi
h F
i
f
00

00 e mor
eas
ront w
c
e can
in twit heating operat
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y
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_11, ted Experiments are (lescrt
pirl!
00

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W. %ITA&JJJ*4 0- SISS)WA, 00
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v The role of suffur III the "dtm at wilmom .p."
go

I ri A. ILgitwaltrf., Ray, Yang,
crat
xx
00
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,;
l
l
1
t
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wFate
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e to fi
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I:Y till. of $ flingriv. .1 purl
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Out If's is evolved duting the cmLins littxvii [limit
conilmis. as the S unites with intcrmt%IL&tc non,@141. hyttro.

carlminstind alk
l rAilk-414HIK-FAttil-1111111
th
t th
.00
0

1 ecuumo
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9
y
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600
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A
I

00
I
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M&C111119 CAUIC-6 A 91P.41" 11*111, iol Of 1" 1.1
.

j scitift-like. which rutiltilliv Willi tile frrr 8 In tntar st.iblr'@
*
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Asa I A @@TALLUI!GMC.t LITIRATUNI! CLASSIFICAT041
----- ------
IS
lie.

-
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IV IS It
v
K a It9KU a It 14 An L I a pw a a 0 1 At At At a 11, 1
n
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1
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go A (14,040f

00 00

00
*00

go '00
00 S 4737. RFMVAL OF ASK 0ONSTrTu&M rx oDAL By mum OF cHEmAL wnom'
00 Ronwaltler,'A. (BoWassatt Rahassati Lapok (Budapest), 1949, vol.
00 4, (1); abstr. in Gluckauf, 10 Sept. 1949, vol. 85, 692). 00
oo Ghealcal extraction of ash from two Hungarian "a of coal is
discussed. The ash content of Evaigarlan brown md mineral
coals could be reduced to under
1% by this method.
,

00 '041

fee

t LUkUK At
I tC L MIf IC A t Igh

V;T
It
W T
U S% AV .0 it
110 1 0 0 Is 0 goo 0 0 0 0 ;o a 0 a 0 0 0 go 0 9 Is, a 0 00 a
00 0 Is 0 0 0 0-0 9-0 -90.00 0 O..q 0 0 so 0 0 * 0 0 00 g 01
oo,

gall I__L4 I &.Y I loilli
'A I
L
A
litillisty
M
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0

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0 A contribution to the geochefulatr stitto -_1 A.
I'
W A
1 -00
.
d"M
d
RM111AUIM ROY- 11lott,
.0-10M).-
13
Atimutif Met
Dept
0
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.
.
ithm a(differrut living
0 con-tun
th
I -00
00 e
It, jj,
rr I., coullmuc
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in
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or cu
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.
.
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.
va
w
e
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sig.,
i .0
00
be 11
fullfril1
clition to the wt. (if water-free protein. nusy
,
icetwimij, In, wsohutes qutiticut. Nenost-d I r Q. Thr. -00
00 a vilur 4 0 fix a man writhing 70kit. 1% 1-111 while the value
-00
hIr sinall lAids may be alitwe Mll. The prolitilile sucan
Villur 1,.r Oil living befit
1. 2, 5. and 10 the ratios I)( the rn"w% of living beinp
t::
nsee
00 o,ulninx 0 to the nmws of living nustefiaN lifit,r2ling U
,
S;
%VjtrtI
s
V)
I I I
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Ala. I I
9 _CLASSIFICATION
-Jam
stl.tft.
,
1. 4.1 .111310.1
I is F 3 still! Ci. @0-111
-
00
U im ii, No is
It 0 61 V 1, a a
Is a R a it Ita It oft- 5 Ir go 2
0 0 a 0 0 0 0 goo 0 0
I
0 0 0 0 0 0 0 0 0 0 0 0 4
- - -
SO 0 0 so 0 f 0 0 L 0 0 0 0 0 00 0 0

A 14 it of I W 1# -if U N ft IF A " a 41 41 41 a

00 k-A
F. Coal#&
POOCCINS A-4) FOOPINT.1
r
e l
s
@

00 ir
t 2338* ROLE OF SULPHUR IN NWUCTION OF ORGANIC COMPOMS IN CRACKING .00

es
.90
i
PROCESS. Rowalter, Ao So
(Roy. Hung. Palatine-Joseph Uhir.
-
*00

a
ll' Tech.. Don. do-r.
P S_x_.Upte Min. Met., 1942, 14, 40-711 Chem.
'Abstr., 1947,41, 1714). quant. expts were maTs' to liberate

O
` or&.-bouDd H.ae H.3 using 6 parts by wt of 8 flowers, 3 parts

's,
#- ; of crushed kioselluhr. and 4 parts of first-class soap powder.
2
a; I
, - I :
..Twelve of these expts are deworib@@d and the results tabulated.
These indicated that B28 is evolved duringthe cracking process,
from 8 compds as the 8 unit*& with intermediate nonsatd hydrocarbons CID 0
V and alkyl radicals liberated during the course of the cracking.
so ;I The decrease in the yield of H2S if the cracking is accelerated
is explained as being due to the fact Uat accelerated cracking
ago
causes a greater formation of tar wW somicoks, which combine
with tht from 8 in more stable compda. A review of the lee

literature is inoluded.
C.A.
lee

'0
jt :1; lee

ss"
0

&I. I L A jTALLVR(;KAL L1It4ATtAVCkA%$1F1CAT1QX
lee

j 10 so
It / sold" "it c4v 04C V11131 am 0" 111
U AV 00 ltj,',
or
4, U It
no V, I
" An I I W (W a 01 2 1 ff@w 5
I I - "I a
0 9"s 0 So 0 0 se 0 0 0 41 0 0 0 0 0 0 a 000 0.0
0 ev 0 0 0 0 0 a 0 0 0 0 V: 0 0 0 0 04 0 0 0 e 0 0 0
IN

'S' '0

I
Is r 0 ff 0 r, 0 1 is 11 1113MIS14, IIIII "Jell, a a 3. b Is Isa A) 11 Is U M a 41 43 40
a L T
L-M-1011 ImU

Oct $%1 t..C) ... If.11ti

Of C"I proces sing In llang*7, 'I.Aulit"
eth
F-en op@.,ft
llatatin
n
Joseph Univ
/l
of -
.
.
u
g.
Pub. Vem. Atiminf Met. 10, 11t. :1. 382-92;wxi@j 6's c.-,-'
a rite tin*-edure, now uwa iiwisstriaiiy its itutt4g-try b

All Ate lit-at-irvittlIctti, jaiificg1jitill atul flytIn%etkatitus. Thr
tithilbratuch Uf the coal iw
bimmi"I tattil trehu" data
1 du%try Ate stiven. NuAly

00

AT to is
it go us, I I a Od a I w ft q Ai a 3 Is
J 0 0* a
0 a 0 0 0 0 0 0 0
9 0 0 1 0" 0 : : : 0 0 0 0 0 0 V: 0 4.0 0 0 0 :,: :
a @a
-00
CA
0

0 TO- a 0 0 0
I I a I; It It If Vs is 1. it is a I a
,I
I I Is IN if Is It 14 IS 1. It a 1. 6 of it 0 j:S
A a
_Y V__@L_j__Z_AA 14 CC LV tj 0 d I
Flux and reduction experiments with [too -rich bauxites
09 f J. 'kkki and 4, Routwelter. Roy. /lung. Palahn-Jo pk -00
I'mic. TWA. Pub. Dept, Aiming Met. 7,
42 Fxplx. were trinsfir wills a h6mossriin-tis
coilloldal. dcril rest I lutiltariatil orr mill coulss. SRI, OAP.
00
-not 1.8. Frous 24.3 (- lo.99% Fe) and Alml.), 47.75%.;
Amsou Iffohion was 25.38%. Ale
.41144ts of this c4c was l1nolki-e-hil, The tnltwt6.ll -*9
00 r@ I'I'Mdowt Plublibly "into Ined bul h 1118glirl 4, 41141 A [It S 1116 0 41
within less n4kablael Patfis-Irs, Fgwa-miival w,,Aiotx sit, i-f
0 0 ::14-11 Inca PMIN INMAil.
Ir by turailb of a ol,tvidl inhirlos
On flux by whivh both Alj(h aud sL jl%jnSy mccalhe bion 0
00 Cult) be P"41tic."l, 0
(le M11MY
0 0
00 Z60
0 a Z41 0
00 70 to
10-01 1 Alo,%t A sIlALtLj*GKAL 1.1116416119 CLAISIPICAMb 0
LOS
"4' 'jj e*
vt IV
U
14 Of it 14 a rat 0 It 1 10 11 4
0 0 0 0 A IF 0 0 0 0 0 0 0 0 0 0
0 A Is a 0 0 0 0 90,411 0 a 0 0 0 0 T@O 0 0 146 0 a a IF 41. 0 0 0 0.0 0000 0 0 0

0 0 0 0 11, eip Fs
A 4 xit U It uIt 14 It 111 if JV It V M
L -t f--L-A - r. V@ 4 cc. VD U-4A
JL-1
00 1.. OD-k a%
RelAtion"s; In the development of the atmosphere and
We. A. Runswulirr (Roy. Itunic. llal;ltiite-jt@ph Uiiv.). 410
ROY'.' Ilia Wi7l"4141iiii-Asseph Ussm. reek. &-on. ]'"be.
go -00
C.A.,
AW. 12, 33 i
30, W11471I.-A getichous. atutly tit lite C1111%.n. tit 0 its lite
tl@! gitut. R. gives at paph allowing thocutwit. %ifOliti lite Air
114 3 littictin't eJ strol. t1me, This showi atuut 1, i,q 1
Vill. 14 () its thr Oir At the I)CSinnillit tif the LhiloVIV1.111
Iteri4xi, alit"It tile twKilkslillic tif tile,
.
Mllfialf) 111ili lit Ilw britilluinst (if Ole li'voili.in, 411.1
1
'A"', ishirr tile N-11111011., 14, V4111.1,41, Ill., 1,41. .1
CO, aild 1), Ill lite lite 1.1 site INI'MI'llpir And 111j. ItI.Iti.mi .4
I he'r gwt% to I lie A.-ittittkilAt it Its And lit tile ev'.1116,1114
tt. r. i-'A,j,t
Ag 0
vie
A 0
,die,I
40
tie
to 0
WERiTURI; c t, A 11 F IC A T 10
IL t Tik'L%J.GK OIL
'7. 20
'777-7-777
--# I @- - -71-it
r I, V-1 ;, 11 @i 1 0 0 1 If A)4
01 It It 11 10 It .1.1 01
uVI A F" 0 0 1
00 0 0 0 .00 00a0 0 O's0 0 : : :0
0 0 0 o 0 0 0 a 0 0 0,0 to 0 a 0 0