SCIENTIFIC ABSTRACT WEIGNER, J. - WEINBERG, M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001961520001-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PHASE I BOOK EXPLOITATION CZECH/5253
We4mr, Jarcmdr Docent., Engineer,, Doctor., Rudolf B"., Professor,
Englzeer, or,, Doctor of Teclinical Sciences., and Josef Koritta.,
Professor$ Engineerj, Doctor.
Pr&vsl anorganickochexticki., silikkovi a metalargle (Industry of Inorganic
Chesistry,, Bilicatest and.Netal3urgy) Prague, 81M, 1960. 333 P.
(Series: Obecna/ chenicIrA technologie, 1) 3,200 copies printed.
IV
Reviewers: Mikulas Gregorp Professor,, ZngineerL, Doctor, FrantiJek Kanhauzer,
Professor,p Engineer, Doctorp and.Albert Regnero Professor,, Engineer, Doctor.
Tech. Ed , Marie Ki4lowt. Chief Ed.: Adolf Balada, Doctor. Resp. Ed.:
Jin6icheiob.. Engineer.
FORPOSE: This book to intended for. chemical engineers and technicians working in
the chemical industry.. and for students enrol1led in higher schools of technology.
COVERAW: The book surveys the principal processes used in the pmdaction. of
inorganic chemicals,, in the technology of silicates, and in the chemical
tecbnology of metals. It h" be &n approved by decree of th-3 Ministerstvo

Industry of Iner~udc Chemistry,, 8121cates.. andMetallurgy CZWR/5253
6oletvI a Wtury (Mini an a textbook for
.a stry of 3fteation and Culture
higher schools of chemical engineering and chemical technology. This is the
first of five Tolumes to be published under the general title Obe=4 Chenieg
Technologle (Nodern Chemical Tedhnology) and deals with those branches of the
chemical industry whose base is inorganic chemistry, including, tl2erefore,
the silicate chemicals industry and metallurgy. The theoretical basis for
each ess discussTd is explained, and descriptions of the raw material used
proc
and of -the finished ~rodnct provided. Subsequent volmes of the series vi3l
deal with the technologies of organic chemistryp-ruels., water. the food and
brewing industries. The folloving personalities are mentioned: Professor
Doctor M. Gregor, , Engineer; Professor Doctor F. KanbAuser, Engineer;
Professor Doctor Regner,, Engineer; and Engineer S. Havel, and L. Koritta.
References accompany each chapter.
TANZI OF CONTCM:
preface U
Introduction 13,
1. The Production of Inorganic Cheadcals (Doctor Jaromir Weignerj,
Docent., Engineer)

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CZECHOSLOVAKIA/Chemical Technology - Lacquers. Paints. Coatings. H-30
Abs Jour : Ref Zhur - Khimiy:&, No 24, 1958, 83637
Author : Weigner.JoiAe'.. Kratochvil, Pe., Kudlacek, Vl., Havelp St,
Title Para Cresol as a Wde Product in the Manufacture of New
Varnishes.,
Orig Pub Chem. prupysl., 19.156, 6, No 6, 221-225.
Abstract No abstract.
Card 1/1

Z/009/60/000/01/004/038
E112/E253
00
Aumon: Havel S. and.We' der J A
TITLE: The Oxidation of Phen n ene~With Peracetic Acid
Chemick~ pr.uysl .19601) Nr1 pp 10-16
uthors.have -the production of diphenic
ABSTRACT:~The:a studied
acid by Ioxidation-cf technical phenanthrene with,
peracetic acid, prepared in situ from hydrogen peroxide
id. They have investigated
and glacial dcetic.a,c
different factors a.ffecting yields and have attempted
an interpretation cf the reaction mechanism. In their
studies they have followed closely experimental details
given by O'Connor.and Marriconi (Ref 20) who were the
first to prepare diphenic acid in good-yields by a one
stage.,oxidation from phenanthrene. The oxidation
medium in the present paper was 70.1yo hydrogen peroxide
3.n.a solution of glacial acetic acidin presence of
sulphi~.ric acid as a catalyst. The molar proportion of
hydrogen peroxide to phenanthren.e was 14:1, oxidation
time 3 hours at 900C.* Diphenic acid was obtained in a
74% yield calculatEid on the phenanthrene content.of
Card 1/3 crude,phenanthrene,

Ell2/E253
The::Oxidation of Phenanthrene"With Pera et': Acid,
c ic
The. mechanism of tbe.reaction is.given as follows:
~Step Nr 1. Oxidation of-phenanthrene to 9.10-epoxy-
_The-authors~have proved
that the oxidant.was-the peracetic acid and not
hydrogen peroxide
Step Nr 2. Hydrolysis to~9.10-dihydroxy,9.10-dihydro-
phenanthrene,
,Step7Nr,3,, Oxodation to phenanthraquinone. The
oxidants 13i this dtep*may be either peracetic acid
or hydrogen peroxide.
Step.Nr 4. Oxidation to* diphenic acid. This proceeds
according to.,the well known oxidation of
o-qulnones to d-'--carboxylic acids by means of
peracids, It ito suggested that diphenic acid may
find applicatiolis in the field of macromolecular
chemistry e.g. for the preparation of polyamides,
a-UZrd resins.'by reaction with glycerol, for the
production of.pf)lyesters and for plasticisers,
:CDX4.2/3 These polymeric materials should be-particularly suitable

D.5

~
-
i
n
UL
0 1 OZI
"Tb -
tfc
rabiniluene with peraz
&Cj
.
davAlav&
em.7tec LU a I
e, f.. a. pramys], 10,
enalithrene 11) 76% lit ACUIL with HIS04
M)imiler varying conditions: molar
7 TN.
0
8011tilite With H
W0
.
1
2
ratio of I to AcOH and 11, tt c concii. of 11, and the ternp. 1
wemelmred; contral s;trnpI4 had the same compn. but
contained no 1. The decrewi: of 11 and peracetic a6d (HI)
Was C eii poured
ibserved In both samplesz, The mixt. was th
Into the same vol. of fee wa!er to form an orange-yellow.
solid,, . a 26% soln. of NaOH was added, the whole Ififtered
,
d solid diphen~
:an 60% HtSOi; added to flit isoln. to give
, With CC
M; m. 1100, - The - p r6duct was washed

ddriedatlIO'. Amu. yield ofWw"obtallied
water an
under the following conditioi A.
ratio AcOH-114 14:14:1, M*, a hrs.; yield was 74% of
'
0
99.97v pure IV (calcd on ut e 1). T , 3 g. 98.7% 1 in, 100
i;
dd
d 50
54
2
at 70 or ims a
e
.
ry.dioxan
% H and
g.
progress c cc td by peric;di- -

H40f, and the irtactia h k
'
a i found that the decrease hi U
tally taking sampl-.s. it "I
In this mixt. and in the 6ntjbl sample (without 1) was the
same and I was not oxidized ivith Il under diese candhIG69;
*
the presence of M was neces in the Ist steps of oxldu.
1 (3 g.) (08.7%) was oxidiud with 30 cc. 0-66AU sofa. of
perberizolt acid V) In dry CHC4 at 25% a control sample
contg..a 0 .MM soln., ON, * ins run together, and the de.
creane of V In I
both samples estd. by lodometric titration,
After 120 lira. wheit all the 11 present had reacted with 1,
CHOj was removed from the mixt. by distn. tit 26--30 mm,,
.-and.the yellow solid residue ilssolved In dry dloxdne. The
presence of epoxy-groups ille pro4ucL was proved with
H104. Thus, In the IA stei; I was oxidized with prit. per.
Lit I acI& to (1,10-~poxy-9,10-dilildr6phenantlircn~, which was
- _

,
not isolawd; - this hydrolymil AcOll fo 11
With
07- Mi

nanthrenequinoue (VI). V1 ould be
6xidized with H to giv
ii,"
.
-P. ddell

3/282/63/000/001/009/011
126
A0591A
AUTI IOM Dablig, Wlodzimierz, DevzkoWski, Bogdan,:Weigt, Waclaw
'-TITLE:
Equipment for continuounly, pressing and granulating loose materials
PERIODICAL: Referativnyy zhurnal, o-;del'nyy vypusk, 117, Khimicheskoy6 I kholo
Oillnoye ma6hinontroyeWlye, no* 1963, 68, abstract 1.47-475 P
ir
(Pol..Pat., al. 3 .9d, 19,101, no. 45389, February 20, 1961)
ie patented equipment 'see Figure)
'TEXT: T1 consists of two rolls rotating
in opposite directions.and driven'by a gear-wheal transmission. On the,surface.
-of the 'rolls, there are grooves and projections disposed in such a way that the
s of ona,roll engage the grooves of the other. On the projections
-,projection
there are lateral cogs. Over the roLls, container 2 is installed for the supply
ofthe loose materiali The rolls ar3 pressed together and the mass is cut with
the.cogs securing stretching'.6f the mass tape between the rolls thus preventing
its slip. From the periphery-ofthe rolls,scrapers 3 were fixed in order to
:,-remove,from.the grooves.the slides 4-which are passed to the container 5- In
dependence on the size of the, projections and grooves, and also on thedistribu-
Card 1/2

ic.-nibbe.ir
ro a'. I
etrblpt

COUNTIIR'~' 'Czochos1ovak:'-a
CATZ-GOI-Iff
1' ) 59, NO 59547
ABS. JCUR.
:Ben,~~tt, H. and Weill, G.
R
."ot -iven
11" 1 3 :Some Aspect6, of the Theory of the -,z~cat.tering of
Light; Stud-li-s on Polydispersenesti and of the
Effect of AniGotropy
OUS P U :Cc>llection C2.echoslov Cher. Commun, 2,2, Spec Issue,
48-4r:~ (1957)
-435T. XT :The aijthors ~-iscusa the effect of Lhe polydisperse-
ness of macrcmoleculea on the an;_~ulzar asynmetry
of Light scat,.erin--. 1-1' f(N)dN is the weight
fraction of rmleeuleet -,yith degrees of polymeriza-
tion between N aad N + dN, tile integrated curve
zor the angular dezendence of light dispersicn. 16 1
given by.the equation
C-01
f(PI)N? (Q)dN
W 0
where AN is the weighted average de3ree of
C AIRD
417

COUNTRY
CA-TWORY

ABS. JOUR.
ilzi
1-6 111, 59547

T ITIL!"
0 il cl! .PUB.

T !".)I Y m eri t:_0 I, 1~r- PQ) it; the an gull ar de-Fene
for of de,:.ree u,'
1,;. lisin,z exrerimentany dg--ter-
m-ined value;5 of' "he function L and values of
the functio,i P calcuiated from models, one can
in prIncipl! calculate the trialocular weight
J-~stributioa f(N), in practice, ho-aever, is
Canno~ be deterwined with thc--, necessary acc;irucy.
r-rom tlio iniusal .51ope of Mf4) one crin deTerimlrse
';-ie RM;~ ot 411- radiu.,~ of inerti8 of Ole chain

AFAR
CAI,
kuT '10
F1,16T.
ITL 2
0.-Z I C- PUB.
N-
f 0'41) It TAN
(fOr GaU.7,Sjari nepheres the anove exprf;z3ion is
7-
mliVillf.-It to 7, ti,e average value of hr). The
Slope of the aspaptote to the L(Q) curve and
the intercept of trie asymptote on the r-rdinate
-axia are )I-termlned by Lhe average valm- of
lir and of the triolt.-cular veight, reapec'ively.
An ari 0-VIII'llde Of tht' OPPUVAt.10n Of trlu rie-thOd
for tne evalitation of polydisper-souern by the
CL
31S-

COU14TPIY Czechoslovakia I
CATEGORY
ABS. JOUR. RZ Xh i!I1. 170. 19, _50, :;o. 59547

VITLE
OR I G PUB,
k-,-3 -7,4 A'~ T F.04) -urve, t~!e aljtl--,orrj laave invest-~ tee lizh~
"
-
113
in
polyaftyrente obtained from vario
"-he Oblock' U.-Julk?] 6olymerizatior.
The t1heory of tt.,e depolarization of light E;Cat-
tered b., polymei Solutions is discussed. For
molecules sm-siller tha'n the -wavelengtt, of the
light, Wie anisatropyZA of the polarizability
~gn3or decIrta&e:3 In proportion to N, a .'ste't
t4hilch has beer. borne out: by experimeit. 7) h,- n
'
t"Ie dimension&
of thc molecules are of the eame
4/5

a 0 01:4~ - 1: -a Z Czecho"Slovakis.
C A T ~!, G OF ~ Z
DU R m. No.
ABr3. J0 Rzlthi 16 1959, ITO. 5954
WST .
T IT L']
oillcl PUB.
ABSTIbICT order of magnittida as the vinvelength, the appar-
ent value of ~T2obtainr-d from the initial i3lope
of 1,(Q) wil I bu affected by anisotropy.
0. ptitsyn
CARM: 5/5
419

8/194/62/000/012/02/101
1)201/D308
W Ji"i nd 'Sim j Mir 'elav
AUTHORS aill- Cj
-6e Control, I.
T ITIB I A r 'Tao
notallation
RIODIUL i Ref e:kutivriyy zhurnal,. Avtoufatika i radioelektronikn#
1"?,119621 68, abstract_1,2-2-135 g (Ozechs pat.1
/50, not'
u14 -21a? 46 ::9990 Jvne 15P 1961)
TtXT i A: patent for* a -deviae.'for' remote.~ of one or, aeveral
timing components', such as a variable ' capacitor, Variame.ter r6-
volving swi'u,,aht: etc. The deivice ~ oets -the 'co'moonent to 4 predeter-
tifig utr~ipj reeipro- I
Wined position It.cbnaists 6'f, q.: Moving connee, n
cated -by mevtnd -of an electromagilet and. spiraCl a i ing. T~q strip i
PT
haa--socke+.o with'ineerted catch0s)* the.athe~r.'ends of which are ri-
gidly fixed,at the component shafts., Thei-oatabes. stop the'-compo-
nent when they hit the. grooves ofia di so. `.:The. ~ component a are r6ta- i
ted by,, free ~pin.ioins- on' the shafts and. worm-drives operated by a
special cam-aciuated'motor. The circuit dialitiam of the device is
:given. ./-Abstracterls note i Complete, trdrxelation.,7
'Card-1

fHMARr
pital City Istvan Hospital, X-Ray
JOIL-Kra,-LE1CHNER, Zsuzaa, Dr; Ca
Department,(Fovarosi Istvan Korhaz, Rontgen Ontaly).
"Primary Bone Infarct of a Patient With Vltium."
Budapest, Omosi Hetila Vol 104, No 26, 30 June 63, pages 1229-1230,
Abstract: [Author's Hungarian sirvanz7] The author presents the X-ray
picture R a 30 year-old womanwith pathological configuration of the
heart. The X-ray indicates a primary bone iaarct in the proximal
metadiaphysis of the left humorus. It is suggested that this rare
change in the bone) was caused by aA embolus which became detached fm
the thrombus of the left aur-Aj,-le. 7 Wastern references.

Therapy
N UIN ~,A q 1
RM"N'CZ, Laszlo, ~)r; VAOZO, lyor~;y, Dr,
Dr;
Capital-City Council, Isluvan Hospital, UroloLicAl lurgery and "iadiolo-
ZY
(Fovarosi Tanacs, Istvan Korhaz, Jrolovlai Sebeszet es Rontgen Osztaly),
Budappst.
11CO
mplex Treatment, Combined with X-Ray'Irradiation, of Imbedaed Juxtavesical
Ureter Stones.
Budapest, Orvosi Hatilap, Vol 10~, No 39, 25 Sep 66, pages 1845-1846.
Abstract: "Authors' Hungarian surimary-' The passing of juxtave5ically stopped
L
ureter stones is hindered by edema of the ureteral mucosa and the reflex
cessation of urine filtration, that is, by mechanical and dynamic factors. In
the course of complex treatment ased by the authors, the edeiria is controlled
by small-dose X-ray irradiation. the spasm by interruption of the reflex
arc, with novocaine blockadethus restoring the physiological conditions re-
for passing of the stone. 3 Hungarian, 4 Western references.

or; CAqtt"..'i ci+Y !24 t~n
tne
Abdo!dnal Spqptcr~s,"
1,103. VV, %,10 14 Jan rugec; ).-;3.
kbe" aclt [Aulclhorls :mmmary irodliflecl! Ba:sed Cr-. 12 C6CeS Veeifi-ed
Rs_:,~M
-,,- _f, the X,ray nyir:p-r.om cbro,--~c apprAlcitis are v! z c
by sn~ ~z-
and the inp,.).rtance r,-' X-ray with contras"t rate -of tric
-,I -( - -k'lp i~
nne). :~- -~rd the c.,,
a
p Ut!, i ,
chmnic a s ciften accmmml,--d 1%, regicna o r
de-z-ar-nAlril- cnll~,, and 11n, -mamy ca,~,~s appen-di,cl-ti-c-, -A,,i SAdLa-7-a
of e~olt-.t~.s or of'
'Cohind :-e
the t m en o ~1- lv.Mob after c-u-.,cn5
--er nces

Zoll 2 v a, r -
RDO I J, I ri a, d: I !--,1 41
I !t t r t T,
sylldrome) In flurigary. Orv, hotAl. A0 164.
1. YovaTosi Ist-van Korhaz., Gyer,..-.akonz+i y (foorvos: Wkacs
Jczsef dr.) er, Rorltgenor;ztaly (fool-vos: la-3c]-mcr ZZu7sa
dr.)

L 05730-67
ACC NRt AP6028492 SOURCE CODE: HU/0018/65/01'1/006/0611/0614
AUTHOR: We' Jusztina-Veimann, Yu, L.; Kertai, Pal
ORG: Department of'Biological Drug Control, National Public Health Institute
(Orstagos Kozegeszsegugyi Intezet, Biol