SCIENTIFIC ABSTRACT SCHWEITZER, P. - SCIPIADES, E

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001447610007-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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21
'939, F, 4 F:, SP
A I I T--T' OR Scl~werti~ssek, K Daubek, J
T1_
-A,
--o tlto Orj,?nfpd Portj Ons
n i t:
1~nd Xcr-nonLing for Them
Ibiring the Veterminrition of the Degrea.of*-
ORM. PUB. Textil 1,958, -13, No 10, 384-386
ABSTrUVOT 1idity. of 11'-termitlation metbad? nro"sed
V11
.
hy,j11'u. mixtbdrs. -was checked. By
tMs tethcd,the depree of ary-Otall-inity.or
'
Ce
llulose IAA~r bFv deterrlined xs -L' function of,
rt,,,p sorntioa OtA Ocellro in the Intrusion
of iodine into the lattice P~Jth. concentrations
0-4ine. It.was e
'~xceeC' rig 8-11 i
that, thf. effect of iodine into the
f;
*CrysiallAnity'.With Ah6 Aid o IoAina ntior
D 130_t.Ween th I?
Iodine Sornti
_ndeAjee on
e
l
mid Crystalline condition of Cellulose Fibers~

V17 Tl*-- ry Z
pfi in For r t X see Ref.,
?2, 76010.
Zhur. -Kh i
E.Kazbekov.

SCHMTASSEK, K.

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a be maily calcislatlr:d by Us- mcillvd,

FWNGjIRVChe!i.L cal Technology.- Chemical Products and Their H-22
Application. Refininr; Solid Fuel Minerals.
Jour -Ref Zhur Rhimiya, No 17, 1958,-58614
Author zchwertner Janos, Schumick-j Imre
Inst 7_7 ---------
Title, Preparation and Enrichment of Coal:in t.% eDunany
Metallurgical.Combine.
Abs Jour Kohasz. lapok) 1957, 12, No 8-9, 359-364
Abstract. A detailed description of the startind.period of.-the
coal-enrichment unit..of the combine. The coal comes
from the Pech and Komlo depositsiwith an ash content
.22-29%; proje'c'ted ash content arter enrichment %1.10.
Enrichaent is accomplished) according to the plan:of
Soviet en~i in Jigging machines for the fra ti
neers, on
1 mm, and in flotation machines for the fraction
1 mm. The floatreaGent (1.2 kg/T) is kerosene or fps
oil, as a coilector and amyl alcohol as d frothing

Card 1/1 !agent.
55

1662-46 77~77; 77
ACCESSION R:
,ging
The', ruby t _6uld:'bd,.. yatieUfro _`;4O
Ai
6mverature,q 4~
M
. .... .. ...
I i qu i d
varied roini 694~0,
f
split into two x~ay-sj'~ one,~_,l ref led ted '~'Tiom.afi, mpurity4freii~L`Corum,
t
.;i,": crystal and,the,;bther~.r6f!eoted~~:~~froin..a.-ruby
",4' flectin& ruby-was., ep a. -~-Sqns. an .: emper4 ure,~,.k~-_ d i f
t 854
-t
me a's -u' r6 d naltieb ,d :71
ference' e
I a ed
'I re ec or,
from the rub f --..or 1e 06 eotive:i: f l
and rom the
_ysta ~,revea ., ..; ~,
them p6int 1ig_%_
ru
t
by
-ru
ture -6 of lliaryexpez
h6 b
t
_Ruth aser,-* b
a nte'hsity-'-6t._,- ki6i 0-~._.nq .:~.e tier.
d,- h' bigh'i laser. on
we t
he "li t
or irvation.'of -t
~,:tial f obod t 6 "phenomenon 0,
T
0 1 ooherent pffie_,_~ r6fle - ,
bserved,in selective reflect on.*is ~ot ng
orystal:waB rotated 13lik~t3.i~'i4ith,-,resp'ect,,t6' 'tbd;- jposit.i 6n, in'j:.7_.'
-the O;i
which: light"ref lected -at---,
C vinc6;2~waV' 1 ';~
e It is.. oon6luded that','a~ `thd)*-~'r e6c e eng
C. d
an ~-~re-~'
ions lWthe e -effioi6t,,
rub
Y Ps
-to-: ehive.li U-
fract ve index ii.:: he'jnahbor iexpeo a o
2/3

66!~~65
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ACC SSION'"
-AP5011139
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,that'. 'o3c:Ljla.t6-. ; cohererit Y.
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ASSOCIATION:,;' e'.- c
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'ic Cliemistry.,Analysis of Inorganic
MIGPM/Analyt,
Substances
Abs Jour: Ref Zhur-Khim No 23.1 1958, 772T5-
Author
Imt Huneirian Acadeqr, of ScienCeSo:
!Title : ,New M6thod Of Microchemical,Detection of,Ions of
Trivalent-Iron.
Orig Pub: Acta'chim. Acado.scient. hung.; 14, No 3-'4,,
311-313
Abstract: A method basel on the formation of-a colored com.-,
pound of Fe-; vith diethylparaphenylenediamine (I)
is described. Mie dro]~ variat.ionof,.the ijithod.is
I
'
-3 ~
to 1.0
containing P-2 16
samples
applied to
lo--S% of Fd +1 the r~s~ent is the I .~-ual solution
of I. If Fe is present, rose color vill appear in
Card :. ,1/3,
4
74
Card

213
"Ut.110r.

TYNTICKI, .,',ozef; SCIBIOR-MMOSKA, Jadwiga; ZRUBEK, Henryk

an

t I
oa
con
SIM q
n6w tax Conm. ft f
Im fle"Sys
b
safuM I Marlt W
)"311.0o) was
Ch
jjns Ste,
tar tatiol
't t the %Mt- Ot
in
2ff': soltls~ CO BY "I'val prepd.",
from a(l. 0 5 t-41 iti.s. t' ACCK"NOOZ
m Ca(N()s t1compates,
it 0-urea 1
opicity 0
CO'nP"-" ThehYff'"-C ~A lertilize(i corttg"
Ifea a Vjawnatteady- ' )2411-0
Which be uscd
h lhlt 01 ea(NO3 =ft
lavorablf W1 t tilat 1()t'ts .'~Vtvltr
2C(j
er j'

Course of "th t G"Ornpon,
on
a vrapot Dresssuo 1.
M ~Qwski,~ J. Z cHo and I
solutions. 11.
ye
MIN :
p
C

X, r
ORE.
(1pit. S Its.
W1, 3243 -.-Solld -Sm7was
-6(IVbbj; C
34, 427,
d M
D
Od
C
r
A
rs, an
added to
solos, of CaCls. M g(NOj)jj
iYb;;
e measurements weft done rdld to an W
tb
'

if
ng the
bel
piethod, pure salt solns.
'
amt of urea Is fairly hi

n 84
changes
gh (enct value
~
to salt) an 11~ of t

:
I i
f
n
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d Ir pressure of the I is

Din
he TapC
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lt'
7 In
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ra
obtain
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con
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on to
aou
ct
s law.
4
d.;:Kes a,max., beyond which the
crease
=

1 I.,
increases. At veMs
decreases as conen
M.; Inteilroutdons, M
uteW Raoultls: law ls'obeyed.
wMr and j 2 did - IbM. 426-~
$arnowskl B o
"y

0u SM,
r
t
nes o t effe
Reones ct. fro

Alsevissed As none of. thew can explain thi observations -"4 7:ipr'~

d on the con
sfactorily, a new hypothesis 6 given, base
cept that mob. of double salts exist In soln.i accompanied
Is cited
Py complex Ions. Expd. work by other Authors
b 56 rclerea
stich assum
tions
which would Justif
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ACCOSION NRI AV422289 P/2335/64/000/612/0083/0088

AUTRORs Swierzawaide Tedouss (Doctor of engineering); Sxve&,' Josef (YA8t*r Of
OngirISSring)-, Saisivid namems (Master, of, engineering) jZlibike Andrs~3
f

the mole"
TX=s Design ot,mbuttled systom operating In.oontwetion with.
-il reactor

SOURCEs.
MiVi**. FoUt*dadk& W&SM &WS
TV "%*OW*o "0 19&*
.
Znergetyka, no. 12. - Naterialy MIS ~ Sumaatarim Spotkanle i;ohniki KOM*wjon&Uj
a Tedud" Mclearns,
d Ikelear
(MatArlAs of the Conference an General an
.
83-0

TAN a vaboritical moderating water reflootine
watore grapbAte ebmber. tbomal idle uroduat mriabod

AWTX=s A suberitima astm is a* widek oontauv flesionaue materiAl and
a mckierator in smob qmantitloo and oonfIguration, Ust Is can a~ reach th

y vAeftl for search: &6d Xp"*Mt"~
critical state, ftbaritima systems are ver We

C
d
W

ACCESSION NRx A24022289,
tion in nuclear physics ~ wA engineering. A nscess"7 condition for. the
&I courc outro
Ach system is the 03dftenc* Of an Oxt*rn 0 Of ft n5
fessibility of r
as R&-Bog pu-Be , Po-Bs, Sb-Dap-or the accelerator or.the thermal pile of a
such
1h0 analysis and evaluation of various types of suberitieal
critical reactor.
U Wi coma
systms have led to the selection of enriched uranium moders. d th n
to
water as best suited to conditions and requirements in,Pol",: It Utili a the
'thermal pile of the IRT pool-type reactor as wctornal cource of neutrons* 4
graphite chamber w" designed for deflooting the path of neutrons. Those
neutrons which have been dispersed by the graphite walls toward the gate on
t0pV
constitute a powerful scurce for the subaritical system loo ted above the
chamber There are two shutters in the tbernal pile, at a distance of 340 mm
it; end surface: one made of cadmium I mm thick and one made of lead 150
the'raftation doas inside, the graphite chamber*' The core
thick; they control
and the water, which serves as moderator and reflootort a" in a container. 16000
mm in diameter and IM, ma high. This container is made of aluminum shoot, is
red with a biological shields another aluminum. t and a cadmium coat*'
c
ova
a" surrounc one"
Both Us suberitical system and %a graphite chamber led by a a
structure 2?OOx28OCx5M = wA 1000 mm thick# A labyrinth passage for the
Persoandl Is provided In the bask of the biological sMoldinp The rear wall

2
90,
3
D236/D308
~~UIMORS Kolber, Stanisxaw -and ~Ci6sin'slci, Jan
-ic control for a neutron s-pectro-meter
M Automa+
-190,
lluhlconika, v. 71 no. 3, 1.962, 193
J-1 0 trL
~. . : L~ ' -ior
d scripi given of an automatic 0
and dat"L _Ccorall!""~ Pystem for.a neutron crystal ol)ectrometer used
total cross-section m. ur 'I
for ncutzoft scatterin- "nid 6~a an, The
Q.)
sy-_t"Cm- orovides fully automatic control o~' the spectrometer
o'.-3crat-ion following 'A prcdeternined el-qDeriraeatal -program, comprising:
caan:~c of tL-.c GDectro-mater.turn-table angles, L rem'oving, an4 inserting
-j Los for bacl~:,-roundruns etc., as well as timing the-exposuresi,
,)a in-
0_
rati-age and resattiny the scalersLand vocrating the data pr
e
out. The- latter includes 11formatio-a cone riung the~spectrometer.
setUin6ez-, the tinc of'cxposure and the scalar readings. There are
areS
As"'GOIATION: :4 lLstyttut f izylci jqdrowa j. 111!a1, "ako"17, Dzia-I elek-,
Sti-Ute Or-L
tronik-I (!-.I Nuclear 11hysics, PAS Krzatow ,
C s
Card 31_/'~'. 9apartment, of. Electroni
sj

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('Atee3tt4
do 0~,-T5~R ~Nw,,o 477T-trn.~~iy 1"I Facul.,
totil Li., ruznsal-~), Ducharalt'; ;p 263-266.
Ist4ld7 or 5u-%:Jrwqr- 011 Up -d In tni-ctA, ^114 Solutitil
Pmr v. 'Ll-ma. -mrz A- i

"S. r work -perct-S. a' 'ho ;At.,,ta n.16

tall., de ftrtlzlo), Cluj;
rharmavy (mLl Pavul
.67-275.
"T~~ ldvilirlast-lon, Dotomizsation m"it. !;xtrsctlom or
-a t -c-
Allmt*ln from -%J~!tLn vjl~tu ~ If '.

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277-262.

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009/60/000/006/004/005
cg, A124YA026
neer
AUTHOR,- Scinteie Stefan, Engi
:TITLE! The'Piotection of Eng ne Bearings by Surface,Deposition of
Metallic Indium,/\
PERIODICALi Metalurgia.si Constrqctia de lilasini, 19604,No# 6, PP. 544-546.
TEXT. After a certain number of operating hours, the.bearing sur-,-
acelbf internal,combustion engines shows a.certain degrqe' of corrosion,,
f
which is -caused by.the-'self-oxidation of the lubricantVused. : Even lead,
whichAs applied as a-thin layer on the surface~of bearings and bushings-.
Of modern, high-speed internal combustion engines~ is corroded by-organic
acids originating from the lubricants. :By,searching for a more advanta-
geo us material than lead, 'indi um,-was fou n.d ..to be the metal, which can
~accomplish the same,functions.' It can be.,easily applied on' the bearing
and is resistant against the I corrIo sl v VactiotAof organic .acids.' High-
speed,engines are.equipped either with bearings of bronze coated with.,
lead, or steel bearings coate(i with silver and a layer.of lead. In,order
to protect the lead agains 3 'on, both types-of bearings have to,be
t corro i
covered with indium-. After briefly i7eferrin to the general. properties of
9
Card 1/2

83425
R/009/60/000/dO6/1004/005
The Protection of Engine Bearings by Surface Deposition of'Metaliie iadium
indium, the~author describes a'few experiments conducted with this material.
In the first stage, indium was.electrochemically deposited on plates in~' 11
cyanioland sulfuric electrolytes.. ~The sulfuric electrolyte~proved to:.be
more advantageous,. since it,,has a stablecompoa.itim, a good dispersion
capacity-At does not'contain poigonous-componento and hau a current
efficiency of~60-001-- In the next stages of the experiments, indium,was
applied in a sulfur-ic electrolyte on a lead-coated bronze bearing, and on.-
a silver and lead coated steel tearingo, Due,to the fact that indium is an..
expensive metal, the,rinsing water and~.the electrolytes are collected for
the recovery of indium* Fin'ally,,,the-author desc,r,ibes the preparation of
a sulfuric electrolyte, the.plating of.a piston rod with a lead-coated
bronze bearing and the equipment~used. The anode wasacyli,ndrical indium
plate. The indium coated bearings were installed in an enginet which first
had been checked on a tests,tani. After sat.isfactory~results the engine
was put.into'trial.operation., The~deposition method:of indium on silver
,and lead-coated steel bea,rings will beworked out after having completely.
developed the technological prceess.ol.depositing indium on lead-plated
bronze b-arings. There are 3 figures and, 5 reference s ~t2 Rumanian, 2,Sov jet
and .1 Engli3h.
ASSOCIATION-,~ IO~C.RVM.A.
Card 2/2