SCIENTIFIC ABSTRACT WINCEL, H. - WINDISCH, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001961620002-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L-31426-66 --EWP(j) -RM
ACC NRI AF6OeAl SOURCE CODE: . IPO/0046/o/011/001/0001/0005
AUTHOR: Wincel, Henr2tt-Vinteelw, G.; Keckl, ZbI6~-Kenteidjp Z.
ORGI.- Department of Radiation Chemistryp Institute of Nuclear Reaearch# Warsaw-Zeran
TITLE: Primary processes in.diation chemist fas studied by mass spectrometry. VIO
Ion recombination in tetrahydronat)hthnlene rolysis in the liquid phase
SOURCE: Nukleonika, v. 11, no. 1, 1966, 1-5
TOPIC TAGS: radiation chemi8tryp mass spectrometryt chemical decompositionp ion
recombination, electron recombination
ABSTRACT: Thermalization of electrons knocked out from the molecules and ion-electror
recombination in the tetrahydronaphthalene radiolysia process in the liquid phase
are discussed. The G(ion+) value for the time scale 1.92 x 10-13*aec was evaluated
to be 0-7. The authors thank Professor,$ Doctor S. Mine for his interest and help in
this work. Orig.,art. has: 1 figure and 9 formulas.. [HA]
SUB CODE: o7 sm DATEt 26oct65,IMIG MW OTH.Mwt OW,
1/1 T7
bard
001/

L 09188-67
ACC NR: A27002749 Sdljfi-Cb'--ddE-g.'-~6IW4~;166101110051030710317,
AUTHOH:
W' cel, Henu, Vintself, G.; K~~~bi~w-Kentskiy, Z.; Stachowiczj
1-J'aclaw-Stakhovich, V.; Mine, Stefan-Mints, S.
ORG:, Department of Radiation Chemistry, Institute of Nuclear Research, Warsaw-Zeran
TITIE: Primary processes in radiation chemistry as studied by mass spectrometry.3
VII. Mechanism of tetrahydronaphthalene radiolysis in liquid phase
SOURCE: Nukleonika, v. 11, no. 5, 196611 307-317
TOPIC TAGS: radiation chemistry, mass spe
ctrometry
ABSTRACT: The mechanism of 1, 2, 3, 4-tetrahydronaphthalene radiolysis in the
liquid phase developed on the basis of the recognized elementary radiation--chemical
processes is discussed. The calculated yields of molecular products formed as a'
result of individual- elementary processes and their total yields were tabulated.
The calculated results were critically compared with experimental data considering
the gamma radiolysis of tetrahydronaphthalene. The authors thank Professor,
Doctor M. Magat and-Doctor J. Durup from the Laboratory of Physical Chemistry,
Faculty of Sciences,. Orsay, France, for helpful discussions on elementary processes.
The authors also thank Mrs. D. Korutkowska. and Mr.'J. Pa-.helski for technical
assistance. Orig. art. has: 1 figure, 20 formulas and 3 tables. [Orig. art. in
Eng.] [NA]
07 SUBM DATE: 29Dec65 -ORIG REFt 009 OTH REF t '014
SUB_ CODE:
not

IMOKI, Zbigniev; WI!a~L Henryk
Primary-procepoes of radiation chemistry as studied by maos
spectrometry. Pt. 1. fhAleonika, 8 no.2:117-127 163.
1. Institute of Nuclear Research, Department of Radiation
Chemistryp Warsaw 9.

CZ, WIncenty; .~ZALialsu, Jerzy
Stud-ies on the possibilitv of u-,
2-,M--+ Lnazl-tha2=
thy -- -n-
in the synthesis of dyes. Pt. 3. Cherda --,Osow A 8 no-3:295--
303 164.
1. Department of Dyes Of the T,odz Technical Universitcy.

-117"xqp ell gisl~;~~E~"Z"4~~z"zfl-e~:z~;~i~~u~~eel~,L~&.1-611.lz;~f
BUJUIFWICZ Zbigniew, mgr inz.- WINCZA, Michal,-,rdir inz. (Gdansk)
Y 9 - --.. I
Use of light alloys in shipbuilding. Ba ".okcretove Warszawa 9
no.6:202-205 Je '64.

w INC Z k 9Michal, ingr inz. (Gdansk')
- Tnfluence of shifting the edgee of AlMg5 alloy steel sheets
on the vtrength of welded joints. Przegl spaw 16 no.6.-151-152
Je 164.

BUTIIIEWICZ Zbigniew, ragr inz.; WHICZA, '!ichal, mgr inz. (Gdansk)
rht
Production of wclded ahip struct,wes of I!,,- - ~-'IOY5-
Wart,zawa 10 Ja 165.

W
BURM, ZbIgniew, mgr inz.
WINCZA l4l.clial mar inz -M10 Z,
tures. Przegl SDaW 17
Automation of we2d'rg I-abt alloy struc
no,4:98-102 Ap '65.
-,,,wNW J`kkz-,~~ j
~R 131MT A-
M
4 AIN N -T--l'M- WRINIVAN W,
IM 1"If.,
10 M

PIELA, W.; PODGLODMI T.
A contribution on the determination of B- and Y-cellulose in rayon-cellulose
pulps. P. 693.
GMEMIA ANALITYCZNA. (Komisja Analitczna Polskiej Akademii Nauk i Nacze1na
Organizacja Techniczna) Warszawa) Poland., Vol. 3, no. 3/4 1958.
Monthly List of East European Accessions (2EAI) LC, Vol. 8, no. 7, July 1959.
Uncl.

WINCZA, Michal, mgr inz.; BUJIII-ImilICZ, Zbigniew, mgr inz. (Gdansk)
--- -'-4
I
. Weldable aluminum alloys in shipbuilding. Przegl spaw 16
no. 1: 24-26 Ja 164.
0

NJJI I iL C,
in '3h f,
of allardrium
y
cnnstrucmon. ftad okr-3towo "arszava 9

uman wax m2 tae popw industFy
thel,
j,,s,,LiJ Asp,, 4. J NIONI
T. R. Zeerm

WA
rpo
boot" jetv'v
WX_

b,
of
I IIA M. III
UntlieitChed kfal ShoWed that %ity- A1141 WCI'
U&I rnolh prnmrtk~ W2. 1,.U=PZd to a Intall Wall. it,
1,1411sr Of its reLitively bilgh price and little RlIvAl-tage It-In-1-
c poller tjot. vv,,, imirntled.
(be lt... 0( ill tile 1,01141

C, zi4 co W
Winczakiewicz A.
Apr Winczakievricz A.J. Eng. "Paper Dyeing." (Barwienie papieru.) Prze L-lad
Papierniczy, No. 3., 19503 pp. 79-84,, 2 figs., 1 tab.
'Classification of dyes used in paper manufacture. The theory of
dyeing. Methods of dyeing: a) in the pulp, b) by immersion, c) by
printing or coating. Factors influencing the process of dyeing: 1)
fillers 2) the pH-value of paper pulp, 3) the chemical nature of paper
pulp, 0 tenperature, 5) water, 6) adhesive,, 7) rate of glutination.,
8) calendering. Equipment.of the dye shop. Impediments in dyeing.
Laboratory testing of dyes.
30; Polish Technical Abstracts - No, 2j 1951

pro log weato!
6. best%W
C%A
day ra 01 on owe
.
frogmf t
A OP. 9r. %tW*- &.6
Ito Owe aw
for
tog
tea to.

aj
1.

Labershery Wale en was as vem rpr is new"t
Mastelftre. QdI dLJPO5,saM rarglad Papner 6,
a to
IMI-91964-4lubst to of growndwood by
'Ir
waste paper (1) In the N)/:N) wroundwood/sulfite furnish
gave a newsprint sbeet of good strength and printing proper.
ties. but baviss a Cray slade, which wu not considered
objectionable. I can be disintegrated - In kollergangs.
hydrapulpen. or beaters wkb ' roll. Dezalrin of I
w1ut judged tw expensive and detrimental to the strength
of ff.roundwood fibers. T. R. Zegree
Z3

P-V,nik jc_ %,In,zak,
z
k el- an 1-e--p-
uwj Il7q I
PP. 17 4-,!; si'mr f
-21. 3 AlPieru-
Tht. The articl Prz:,,!.j ;j 13
0- deaL
pt.l. tollo -frig Matter% %"th 'he Pllbl
are dl '"", of sur"'.
rhe utivant V-4ca. I ~p Of
-3 Of P I'si
a4( " Ca
Slirfa,e , pe.
and ncc I
essa L.9 tnl of p
mu ae,14 rv I ne. r"'t' lliatp ' aLs J.
Wlth thp ' Propertle., . r1l -1c s
c
InUallatt, su 1, ln*V!.-r
to Indica PJPer dryl,- I for jtjrf]
te the I ", n ronclusi", ce
c liange.., in th ll't -j.. i WI 11
ifintlence I nullieri", ; z
Ot surrilce Izlng. 6 Phjv-,qmj PrOPOrl I , Druod .,4
CIS
r
I
,1:t

IX2 61& 1 ~033.7 53 1-)!
Laboratory Resirarch *4 Determining tho. Iteli'lloll
Ivelabl, aml Sising of r4prr,
..H.Ldallla lavitAtorylile "Ad kistalenlent taletti,L~et rjjk-,jjy rtitt%~%-
!i.1,j a zakvjqnlvm paplerowl. Przeg4d Piplernirzy. No 4, 1931, 1);)
abs,
92, 7 15 t.
At flit, Central Pulp ard Paper Laboratory jtj Wdt tile ro-Lul-m
deterrillned bt!twcen jilzing of paper$ unit 1)~%3tr welght It ivji
;;,oved that. in Order to maintain an equivalent tl~,grct! at slAng Ili
stints of paper W. D and Ep, it Is neces3ary to add vaore ret-On
stn, vi relarlon to disnlnlsht,,d ba;lc welilit. -nie degree at swit!z ii
determln(41 by 'lie coefflefent of absorptivenvu f=10 - very go,,Yd
SlAng. or I = 20 -- sittlafactory sIzing. On Elie h.M13 of approxinut-
'cc%. a calf.
I ulation of the Ilauible drop In the weight of piper vxN
MICIC. It %4w proVed that the dhvilnutlon in welsh: Is only justilied
v-en the cwt of rv.,in s'zc and alunitnium sulphatc duel. not grratfr
vvered that of fibrmis raw roaterlaN. and whon flit, effirlency of f1v
P.1pt!rInaking In.-II-111,11C Ls riot Nwered by the toak6nq of Mnn-r oa-
pcr LaWratory re:4ults are confirmed by factory experience.

5M!.-::t UN E-~E 2~fsr fli
nma mining EMN W" Gidium dll-
4"
P110816d PdM& 7-
a",
"
Ills tyim paper with a
"We 2~MN Ord on dz pulp IN)
the two
Paris was baltol, imm gains 3 pefts of vitillf
agents. Poor siting was pfuellwell on a wfid"N 11.11*r PM
confg. roundwooml. T. R. Zrarre

00(j
ol &7w.
atl
,I ljj~
04 Cf.., the
lie
.. -,t,4dttt
oil, 'CILI
It
147- dwc ",,'I rbe
uct"It. lta%kkl
lipwassigm
AMUR- iffille-PIMM.N. S-
Am - D-A."k

I E: W I C Z'.
670 LQ
zakiewicz A. New Clivinlea
PolishIechnical Abst. Palenik K., W*nc I Auxiliary Praducls in it:.
No- 4v 1953 P2per Indus.ry.
pomacn!cz-- w pmcmyll,~!
Chemistry and Chemical 'Prz2glid Paplernl:zy, No. 1, 1933. pp, 12-18.
Technology
This ar1c'.c dzaLs with auxiliary chemical mW13, tued in W!).-r
-rnRn-jfat!ure Jaail-frolh and d!.pa:jln-. md!j); mulla for lmpar:L-ig
:speci:il pro;vortle3 to the prper produced (bLL-w3x cmuls-lons, irisec'l-
;cilts, water - pro3fing, water - tlgh!erung, flzre-proafing, anii-carrosion
m-iJi3 etc); m-,&a f3r Improving the whiteneas of thz paper (leu-o-
'phom - blancophors); media f:,r fix'ng acids, basic and direct dye3;
tand m--Jia far c,b*aln'ng unItormity of calouring. hfelhodi of adding
(such media to the papar Substance.

-J, 4~

-Tel-4NIA"'
~
.1-Le~..ne7extraction;
1
3) pulp #btained
outcnt andia ow 16h
,
ram,
A the entire straw 6n titutes a poor Vaperfinking faw mateTial

bil flax straw requ res
byeornpailsm w th /rye -. straw, foe Instance,
~
-a great quantity at alkalies In cookin
and gives products'witli poor
9.
~,jtrengvh propertles;:4) pulp obtained froft, at&eialsa gives a-
oor
p
-material; lovi
Inaking Strength properties and short fibres In iqueh'pulps
indicate, that the best use far th's material Is as filler for lower gmdes
.

1 paper-boardg.
0
7
41

!L- I ~rrz 34 P.Dennakin A raw Zia ton-1 1, -1
rag.- M tu~ g1,41 paj,~" .4.,nz ;t~t, '! 1,
free U,, t"st fibs" court. about 34% ibive5 1,11), -~hvfz~-
-1 IL; or- !M% tr-d shivel alone (IV) lvcre LmakM
pul1r,; it fttiturcd a rd-tivcly higb iiiii. of alii` awl
ytO,ie-l pu!pi of i- ~trerigth. Pulp ohnived from P/ wal
.,;_ "! qu-ilu.- trid !6~ vi~aKth; hn.c-r. i,,b
p"IP au~l t,,-! - ~ hill r 1- -:~ir,e f,4pct cT I-
4-m-, Wit gth Tlic tstilmitwn of I ..,d
4 :,:1, "1 p"p- m P,~bwl I,
R Zg-

C7- 11

~,ith Acids. elizvt1i". OxIda-
atilt etherificutitm. ;md th. ir
P'.-r inamif. zi, alditi-i 10 PUIP ('r
ruvi, T. R

I ~& / -7 "1
N
Poland/chemical Technology. Chemical Products and Their Application -- Wood chemistry
products. Cellulose and its manufacture. Paper, 1-23
Abst Journal: Referat Zhur ~ Xhimiya, No 2, 1957, 6290
Andrzej
Author; Winczakievicz)
Institution: None
Title: Combined Milling
Original
Publication: Przegl. papiern., 1954, 10, No 11, 335-337
Abstract: Description of laboratory experiments on milling of pulp for the pro-
duction of paper of the required quality by combining two batches of
pulp of different degree of milling. Blotting paper (100 g/m2) was
made., frcm sulfite spruce cellulose, the absorption capacity of which
exceed.s 60 mm/10 m, and the breaking length is of 1,200 m. The best
ccmposition is a mixture of 15% pulp milled to 800 ShR with 85% of
unmilled pulp.
Card V1

- - - - - -------- - - - - - - -
Poland/Chemical Technology Chemical Products and Their Application. wood Chemistry
Products. Cellulose and Its Manufacture. Paper., 1-23
Abst Journal: Referat Zhur Khimiya, No 19, 1956, 63374
Author: -,~inczakiewicz, Andr~~
Institution: None
Title: Fiber Structure in the Light of Recent Investigations
Periodical: Budowa wlokna v 5wietle nowych badan, Przegl. papiern, 1955, 11,
No 6, 161-165; Polish; Russian and Ehglish resumes
Abstract: None
Card V1

NMYCHIF,WSKI, Tadeu3z, mgr inz.; TdINCZAKIF51ICZ, Andrzej, doe.
Determination of the influence of the composition of raw
materials and the way of producing the corrugating medium
on the strength properties of corrugated board. Przegl
papier 21 no.2:33-40 F 165.
1. Pulp and Paper Institute, Lodz.

POLAND/Chemical Technology - Chemical Products and Their K-5
Applications. Cellulose and Cellulose Products.
Paper.
Abs Jour : Ref Zhur - Khimiya, No 2, 1958) 6625
Author : Makowska, ~J~ ~Wicz
Inat ; -
Title : Laboratory Investigations on the Use of Zinc White as
Paper Fillers,
Orig Pub : Prace Inst. celul.-papiern., 1956, 51 No 1, 31.37
Abstract : On laboratory equipment, a number of test sheets of
paper No 1, 2, and 3 weighing 30 gm/m2 filled with zinc
(2 types) and titanium whites in such amounts that the
ash content of the finished product be 15% were prepared.
When the paper was sized with 2% of resin with 1~ starch
added, the filler being added first, then the resin sizing,
the starch, and the aluminum sulfate solution, the filler
Card 1/2

POLAND/Chemical Technology Chemical Products and Their X-5
Applications. Cellulose and Cellulose
Products. Paperi
Abs Jour Ref Zhur - Khimiya, No 2) 1958, 6625
retention was 39*8%. The mechanical properties of paper
No 3 (filler content 15%, weight 30 g~/-m2 thickness
26AAr, Ostwald whiteness 85,6%) were satisfactory.
Card 2/2

Will C ZAKIE74ICZ ~ A.
Tsai-Lun, the inventor of paper.
P. 12J;. (PRZEGIAD PAPIERNICZY) (Lodz, Poland) Vol. 13, no. 4, Apr. 1957
SO: Monthly Index of East European Accession (EEAI) JC Vol. 7, No. 5, 1958

POLIUND/Chemical Technology. Chemican Products and H
Their Uses. Part IV. Cellulose and Its
DGrivativeso Paper.
Abs Jour Ref Zhur-Khimiya, No 15, 1958, 52353
ILut ho r Winczakiewiczq
Inst I-
Title :Production of Paper Used for tho Prepare-
tion of Micanito Cambric and Micanito Paper
(for Eloctrical Insulants).
Orig Pub :Przogl. papiern., 1957, 137 No 41 127-128
Abstract :1, description of laboratory and factory
oxperinonts dealing with clactrical insula-
ting paporg and consisting of the paperit
pulverization and starch glue treatment. The
paper's properties depend on the processing
Card 1/2
166

POLAND/Choi-4cal Tochnology. Chorlical Products and
Thoir Uses. Part TV. Cellulose and Its
Derivativc.~s. Papor.
Abs Jour Ref Zhur-Khimiya, No 15, 191581 523n
conditions. Physical and chemical proper-
ties of tho paper were listed. -- Ya.
Shteynberg
H
Card 2/2

NCZAULN1 ZIA
W1 N
The IsograrA, method.
P. 129 (PRZEGLAJ) PAPIERFNICZY) (Lodz, P61and) Vol. 13, no 5, May 1957
SO: Monthly Index of East European Accession (EEAI) LC Vol. 7, No. 5. 1958

POLOD/Chomical Tochnology. Chmical Products and H
Their Usus. Part IV. Collulose and Its
Derivatives, Paper.
Abs Jour : Rof Zhur-Khimiyaq No 159 19587 52351
Author : Winczakieviicz, Indrzej
Inst :
Title : ChinesorTissue.
~Orig Pub : Przegl. papior-q.9 1957, 13, No 6, 165-169
Abstract : Production data for a Chinese paper plant in
Hangchow wore presented. This type of paper
is called Japanese tissue in Poland. Refo--
renco to it as Chinese tissue in tho future
L
is proposed. -- From the author's rosimo,
Card 1/1

ID
Covntry POUI,
catc,?ory
Abs. Jour 410 6
Author Winczakleviez
Inst I tut .
I itio The rrobler, of Deterindnine Solubility Z)f
Gf-~llulopsc in --lkalies
01~ig, Pub. Prz(,gl. papiern., 1~-58, 14, No 2, -8-41
Abstract Remilts o~ s',udiea rzondurjted in accord-nee
wiLh a p-lfAn of tho late'l,natiorail comlikltee
oncellulose ~~nalysls (ICCA), on verific&tiou
aad aixtnarizou.of threp, methods for do bermin-
ilit bility orl,oellulose C) in aO[T.
~,Vledus-h CCA: 6-55A Coorr"na Il ana Can-
ad-an Tcstine was vDaucted On 5
4.
oapplas of C of differirk:' charactPristiceu.
Jolubility wzAsdatermiamd in-10, 1.8, and
2-1 5 .116 OB -J o 14. u t i or) .111, (1 Morcerization time,
of" 30 and:80 minutes. In bho sa-me drimplas
ard

1 5 Vv 4- f7
-W/Ar C- ZRA,
CATEGOPY
AB3. JOUR. : RZ:Chlm, ,-0.
i . r 't , WinczaL~iiewicz
AUTHOR : Ficia, `4- lo-gloack, T.-
I-Y -:) T
T W 1, rs : Detcrniriation of' Beta- and Gamma-Ce.11-ulose-
4 Cellulos,: Intended for -'-'yntl1-IeLlc Fiber
n. j -L
C. a 1~-! . PUB. ; l,`r:cr;,,. ana'"t., 15581 ~1) 1-10 3-1,) fc/3-697
coy parison is made of four inethods oP
1,132~TRACT 1A
unc, gurl
ftter!!tination !ri.-:i-cc~llulose: tLe classicil
P ~.E 4* L, j:~,
'i ~L ,, u
of 'C'racs-hevart, ~3wc-;dis:h St-andard CCA-10-1-:41, -he
Czcch and the Swedish T.--iodified
7.E~ L d a v.-,, i it a p, an6 (jisa6var-ta-r-'s 04 these, 1J.'Ethod's are
)LC r which, 'hats Its ad.vantages is
-a, Irlethod)
uz~liLtv cont'rol of ce"llilose- i tn r
for a ~ I n p f0
f..ber. TI)e were conduatcd with tl-.rec
d lf* fc-:r; 'It 5TX. C '- T.I=, ns, of cellulose huv.-h,-F Llifferent anal-tiQ
L
tc: i s t ic -
CIOLD:

COUMY
CATEWRY
A-as. JOUR.
: POLAND
: Chemical Tecbnology. Chemical Products and Their
Applications. Cellulose and Its Derivatives. Paper
: WhKhim-, No 17, 1959, No. 63076
AUTHOR Gzylewski, J.;
INSTITUTE f
TITLE Electrotechnical PrO
ORIG. pUB. Przogl. pa-niern.t 1959, 15, Nol, 12-16
ABSTRACT Presented are requirements for electrochemical
PrvijBpahm (mechanical, physioul, chendcal, and:
eleatrioal properties.). Charnateriation-of
Proospsha made in the GDRj Sweden and Switzer-
lawl are compared. Described is the present-
day condition of Preus~alm production in the
Polish Dwocratia Republic.
From the authDris resumo.
Card:
H - 153

IMICHI&M,.1, Ta&uszs, MP-1=10 WINCZAKMWICZ, Andrzej, doo.
Studies on the determination of the-scattering results of
calculating the strength properties of sheets formed (m a
Rapid-Koethen apparatus from chemical pulps ground in a Jokro
mill. Przegl papier 18 no.8:241-246 Ag 162.
1, Instytut Colulozowo-Papierniezy, Lodz.

WINCZAKMICZ, A's
and ultraviolet
*Research on the effect of temperature';.infrared
rays upon the aging PrOOOss of road tars" by dr iuz, Ryozard
SzczeparAko Reviewed by A,,Winczakiewicz. Przegi papier 18
M.69001 S 162.

WINCUKMICZ., A-
ion of forestry waste wood for the production
."Mechanized exploitat
of pulpO by E.MaiUet. Reviewed by A.Vinozakiewiez. Przegl
papier 18 no.9:303 S 162.
I NVRIO
IN
- IFINVIRRIN,
i IN I VIEW

WIMZ"Mr.Z. A.
"Physicochemical and biological purification of some diluted
waste"ters from the production of fiber mauses (method of
monoaulfite and otraw mass with the help of-soda)" by G.Brebion,
'B.Ebriet. Reviewed by A.Winczakieviez. Frzegl papier' 18
no.9:304 S -162.

WINUZAKIEwjr,Z, Andrzej, doe.
-------- 23 0 162.
Paper for notebooks. Prsegl papier 18 no.10:320-3
1. Instytut Celulozowo-Papierniezy, Lodlz-

I Z~IW~ ~AV~k-~It~i!-U,-IAD~I!M,
WINCZAKIEWICZ A
Modern technique of measuring the substance in papermaking" by
cj,Oehmichen. Reviewed by A. Winczalziewiez. Przegl apier 18
p
nb'.102335-336 0 162.
~ vil
ON

WINCZAKIEWIGZP A,
ffTreatment of the paste from old paper of higb c9psistence".
Reviewed by A.Winczakiewicz. Przegl papier 14 'Ao.100% 0
162.

TIFIMIZAKIEWICZ., Andr7,ejt doo.
tion in the paper
Achievements and shortcomings of standardiza
induptryp Przog3. papier :L8 no.11:359-360 11 162-
19 Inatytut Celulozowo-PaPierni"YO

IfINCZAKMINj ZAJa
"Chemical technology of cenuloge and paper production" by H*
Hentschel. Roviewed by A. Winczakiewiez- Przcgl papier 28 no.11:363

WjyjcZAKjEWjCZ A.
02dn disc-a-sco citused by profe.aidonal work in the paper industrY;
Prevehtion and protectioe by W, Schweiohdmoro Reviewed Dy A.
Winczakiewicz. Przogl papier 18 n0.12067 N 162*
%
M-

WIRCZAKIEUICZ I A,
"Recent progrean in paper wood digestioe by C,W, Evan., Reviewed by
A. Winczakiewicz. Przegi papier IS no*11:367 11 162.

~INCZAKME&,-A-- -
OForms of mass veto and agitation of the pulp mass"
by A. Normann. Reviewed by A. Winczakiewicz.
I . . Przegl papier 19 no.1:31 Ja 163.
m

LIRO KIEWICZY A.; OPECHOWSKA, A.
CZUBRYT,,J.; LESZCZYIOKI, Cz.; WINCZA
Review of publications. Przegl-papier 20
Przegl dokum papier'15 no.2:63-64 F164.

OPECHCWSKAP J.; NOWAKOWSX19 J.- WINCZAKIEVICZ A LIRO M.;
LESZGZYNSKIJ-
Reviews of publAcations on paper. Przegl papier 20 no.3:
Suppl.:Przegl dokmn papler 15 no,,381-2, Mr'64.
MIAMI-

the !~,n of c~ ga,e- 4 1 c-n p-
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papior 20/ Je 64.
Lodz.
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NIERYCIRDISKI, Tadeusz, mgr-iaz.; WINCZAKIEWICZ,. Andrzej, doe.
Deternination of the influence of the quality of uncorrugatoAr
plies on the strength properties of corrugated board. Przegl
papier 20 no.3:65-70. Mr'64.

I-"
"m t9l"W Alip
WINCZOP J.
.In the interest of the gliding sport. p. 3. (SKRZYDIATA POISKA, ';arszawa, Vol. ll,
No. 8. Feb. 1955)
SO: Monthly List of East European Accessionsq (EEAL)p Us Vol. 4, No. 6, June 19559
Uncl.
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Ip 1
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IAN

VYA
Aj 16,e C-1
CZECHOSLOVAKIA/Naclear physics - General
Abs Jour : Ref Zhur - Fizika., go 4, 1958., Ila 7625
Author : _WIAde.,]3wrtr6zL-
Inst Not Given a-nd Taclear Engineering in the German Demo-
Title Nuclear Research
cra4~,ic Republic
Orig pub jp-derna energ~e, 19571 3, iio 81 248-252
Abstract No abstract
Card

--------------------------
-Reconnaissance Of the rftoon.
p. 6 (Zolnierz Polski, No. 27, ifov. 10/57.. warszw,'03 Poland)
no. 2,
Flontilly IndeX of 1.:ast European Accessions (EIE-AI) vol. 7
February 1958

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/V /t7/'(, -Z-
HUNGARY Organic Chemistry. Natural Substances and G
Their Synthetic Analogues,
Abs Jour: Ref Zhur-Khimiyaj No 18, 1958, 61055.
Author A. Gerecs, M. Windho-Lze
Inst Academy of-�c-Iences of Hungary.
Title iPreparation of Some Derivatives of Glucopyranosyl-
benzene (Brief Report)i
Orig Pub: Acta chim. Acad. sci. hung., 1957, 13, No 1-2,
231-2-32.
Abstract: The previously described nitration conditions of
tetraacetyl- P-D-*glucopyranosylbenzene W (Craig
J. M nner W, A.) J. Amer, Chem, Soc., 1950,
72, 4608') (tetraacetyl- P-D-Slucopyranosyl = TAGP)
Card 1/3

HUNGARY / Organic Chemistry. Natural Substances and G
Their Synthetic Analogues.
Abs Jour: Ref Zhur-Khimiya, No 18, 1958, 61055.
Abstract; having been somewhat altered, to ether with n-TAGP
(II) also o-nitroisomer thereof MI) was obtaired.
100 9 of Cu(NOj)-3H2O is added to the solution of
20 g of I in 320 ml of (CH3CO)2O (400) 30 min.)
and is left to age (40., 7 hours). The solution
of the reaction mixture in 800 ml of water is ex-
tracted with ethylacetate and II is obtained, yield
21.8%,melting point 161 to 1630 (from absolute
alcohol), and from the mother liquor of III -
yield 7clo) melting point 118 to 1190. The cata-
litic reduction of 11 (4 g in 160 ml of absolute
alcohol + 0.5 G of Pd/C) results in n-TAGP-aniline
(IV)p yield 92.51/~o'j meltinG point 156 to 157-50,
n-TAGP-acetanilide (V) was prepared by acetylizing
Card 2/3
49

HUNGARY / organic Chemistrya Natural Substances and G
Their Synthetic Analogues,
Abs Jour: Ref Zhur-Khimiya, No 18, 1958, 61055.
Abstract: IV, yield 79col, melting point 148 to 150 0. Diacety-
ation of V (5-32 g in 210 ml of absolute CH OH +
+ 15 ml. of 0.1 n. CH30Na. 2 days, about 200~ re-
sults in n-(/~-D-slucopyranosyl)-acetgnilide,
yield 63%, melting., point 191 to 192.5_ (from iso-
amyl. alcoherl with drying on P205). n TAGP-(nl-
acetamido)-benzenesulfamidobenzene was prepared
from 2,74 impure IV In 25 rill of Cr-.H5N (00) +
g of n-Ch3CO11HC6H4SO2Clv yield 84d0,. inelting point
290 t0,2210 (from dilute aeetone, after vh1ch from
(CH3CO)201-
Card 3/3

102TQRY/Organic Chemistry. Synthetic Organic Cherdstry.,k G
Abs Jour: Ref Zhur-Xhim., no 2, 1959, 4688.
Author - Gerecs, A.
Inst - Hungarian Academy of Sciences. 0i U'V t L) SVI
Title : Syntheses Dased on Tetrahydrofurfurol. I, II.
Orig Pub: Acta Chim. Acad Hung., L4, No 3-4, 333-338, 417-420 (1953)
(in Germn with Summaries in English and Russian).
-Abstranct: I. The possibility of obtaining monomers suitable for
the production of synthetic fibers from 2,3-dihydro-
pyran (I) has been investigated. The reaction of I
,~OH.HU is accompanied by hydrolysis followed
with N11
by the conversion of the intermediate J10(CHg)yC11O (II)
which is fonied to the oxime (III); the latter is also
obtained directly from II. The action of (CH'?CO)~O (IV)
on II gives 2-acetoxytetrahydropyran (V) (also obtiined
Card 1/8

jujauy/organic chenistry. synthetic Organic Chemistry G
Abs Jour: Ref Zhur-Khin., No 2, 1959) 46W.
fron I and IV), whereas the acetylation of III with
exceas IV in pyridine ( ^/ 2DO) gives C11jC00(CH.?)q
C11-NOCOC11jt (VI), which Is formed together with the
previously noncharacterized CHICOO(CH).)4CI'l (VII),
obtained by heating II in a solution of IV or by
the action of C113COCI ffresur.-ably on Q7I; VI is
also obtained by the reaction of IV with 110(C114)jCN
(VIII), synthesized in turn by the action of HCONH
on III. The reaction of III with PBrj,and with
SOCI~, gives respectively Dr(CH41)~CN (IX) and Cl(CH,)~
CN (X) (the latter is also obtained from VIII and
SOC14); when X is treated with KCN, CN(CH
CN (XI)
is obtained. Preparation: 0.075 mol IV are added wtth
cooling to a solution of 0.05 mol II in 5 ml pyridine; the
reaction Ldxture is allowed to stand 2-4 hrs (1v 2o0)
Card 2/8
27

HUNGARY/Organic Chemistry. Synthetic Organic Chemistry. G
Abs Jour: Ref Zhur-Khim-, Ito 2, 1959j 4688.
after which it is distilled, giving V, yield 71cp',
bp 67-700/7,mn. V (3-88 gms) is also prepared
from 0.06 mol I and O.o8 mol iv ( Al 100 01 1 hr)
To a solution of 0.32 mol NH,;OH.HC1 in 2D ml
water are added auccessively a solution of CH~ONIL
(prepared from 0.27 g-atom Na and 110 ml CB:-JOH)
and 25-2D gms II, the reaction mixture is b7eated
(1 hr, 50-55P), cooled and filtered. The solvent
is distilled off from the filtrate, the residue
is refluxed twice with CHM
(250 and 50 ml);
111 10 obtained) yield mp 09-92 0(frcn,
a 20% solution of NaCl). 0.24 mol I are added
dropwise (/V 20 min, 20-300) to 200 ml of an
aqueous solution of 0.3 mol NHJOH-HC1 (pH 2.5-3-0);
after 20-30 min the solution is neutralized with
Card 3/8

HU11GARY/Organic Chemistry. Synthetic Organic Chemistry. G
Abs Jour: Ref Zhur-Khim., No 2, 1959, 4688.
a calculated amount of NaHCOj, 40 gms NaCl are
added, and the solution is Atracted with 160 n1
iso-CfHiIOH; the extract gives III, yield 73-5%
(from 201% NaCl solution). 0.08 mol HCOVHZ is
added dropwise at 130-1550 to 0.04 mol i=, the
solution is heated for an additional 1.5 hr,
cooled, and extracted with C44 (8 x 10 ml);
VIII is obtained, yield 51.5%, bP 115-120"/12=;
VII is produced from 0.019 mol. VIII and 0-039 mol
IV (refluxed for 1 hr), yield 79%, bp 115,-117/"=-
VII is also obtained in yields of 78% from 0.04 mol
III and 20 ml IV (I hr, 1350) or from 0.04 mol
III and 0.1 raol CH3COC1 (35 min). 0.03 mol III is
added to a mixture of 3 ml abs pyridine and 0.07
mol IV; the reaction mixture is distilled after 2dhys

HUNGARY/Orgaxdc Chemistry. Synthetic Grganic Chemistry. G
Abs Jour.- Ref Zhur-Rhim.j No 2y 1959; 4688.
(,V2D') and VII is obtained, yield 2.25 gms, to-
gether with VI, yield 0.55 9M., bP 143-156*/t-8 m,
mp 72-730. 0.12 mol III in 15 ml C6F16 and 0.3 mol
Swiz ( -.) 00) are heated (80-85'0, 1 hr), and
the solution is evaporated; X is obtained, yield
81%, bp 90-920/11m. Using a similar procedure,
0 .02 mol VIII and 0 .02 mol SOC4 also give X, yield
ft-5%. A mixture of o.o4 mol III and 10 ml C44
is added dropwise at 55P to a fraction of a solu-
tion of 0.047 mol Pbr; in 5 ml C6H~ (solution A),
the mixture is heated to 8010 (over a bath), and tha
remainder of solution A is added over 30 min; 20 ps
ice arLd 4.5 gms NaCl are added; IK is isolated,
yield 29%, bp lo6c/umn. oA mol x is added to a
mixture of 0.05 mol KCH and 50 ml tetrahYdrofurfurol
Card 5/8

HUNGARY/Organic Chemistry. Synthetic Organic Chenistry. G
Abs Jour: Ref Zhur-Khim., No 2, 1959, 46W.
(XTI) and the solution is heated (4 hra, 12o-1250
(over a bath)),- on booling XI is obtained, yield
78.5%, bP 145-1470/11M.
II. The reaction of X with RC04ONa gives
RD, ~(CH;
OIC )~R' (XIII, R' = CN; a, R n H; b R
0 ; cp R - n-NO ; d,, R - p-ND ); the saponi-
fication of XIIIb-d gives the corresponding nitro
acids (XIIIe-g, R' * COOH) which on hydrogenation
over Pd/C give the corresponding amino acids
(XIIIh-k). The latter on polycondensation give
substances of the composition (C/jH!,jNOj)n
(XIVa-c). 0.018 nol %HS-0H is added to a solution
of 0.0178 g-atom Na in 15 n1 XII and the resulting
solution is treated at tv 2Cewith a solution of
Card 6/8
29

HUNGARY/Organic Chemistry. Synthetic Organic Chemistry. G
Abs Jour: Ref ZhurmKhim., No 2, 1959, 4688.
0-.017 mol X in 2 ml XII. The mixture is heated
(1.5 hrs' 90-10(?; 1 V, , 120-1251) �iving XIIIa,
yield 77%, bp 162-163 /12 mm, mP 30"'. A mixture
of 2.86 gms XIIIb, 15 ml CH COOH, and 15 ml
cone HCII is refluxed for thive hre, giving XIIIe,
yield 82-55%, MP 78-800 (from benzene). A solu-
tion of 1 gra XIIIe in 40 ml alcohol is hydro-
genated over 0.1 gn Pd/C (,V 2o0 , 76om,tv 20
min) giving XIIIh, yield 90.5ch., MP 116-3.18 0
(from ale). Using a procedure similar to that used.
for XIIIa, e, and hj the following XIII have been
prepared (the product, yield in %, op in VC (Sol-
vent are given in that order): XIIIb, 76, 36-38
alc~; XIIIc, 82, 15-16 (ale); XI11b, 76, 37-39
alc); XIIIf, 85, 78-80 (benzene); XIII9, 77,
~
Card

MnIGARY/Organic Chemistry. Synthetic organic Chemistry. G
Abs Jour: Ref Zhur-Khin-, No 2, 1959, 4688.
100-101 (benzene); XIII 1, 42.8, 85-86 (water);
XIM, 64, 170-171 (water). 1.366 Sm XIIIh
is heated in a stream of N2 for 2 hra at 2D0-
230'0 and then for 10-20 min in vacuum (15 m);
refluxing with 10 ral C~H4 gives XIVa, mp 162-
1780, iaol wt 1200) 71'r. 1.03 (0.5 gra in 100 ml
m-cresol, 2oP). Using asimilar procedure, XIVb
is obtained from 1.0488 gra XIM; mp 152-178 O(after
treatment with alcohol), mi wt 1650, /x1p l.o85.
Likewise 1.0051 gm XIIIk give XIVc, i3p 265-275'01
the molecular weight of which could not be deter-
mined. -- V. Zaretskiy.
Card 8/8
30

t1rab 4%~furvfikltohof, I
ydn
and Ix -9 T'gullapest - "I,
M; Rdb0z V
A
7-20
CR
,
rant the"
C.A. 63j'101(%e,~A WrICS of cam a.. wirq prep4. I
-
CN, N
41
r
it. (0,
eaAy accessible CI(CE
relatively
0
I
11
69
l
1
f
1
,
ur
C. (
- 9
dissolved In 16 raL tanhydro
ur/
),
0 room,
PhOH added (w int ti~) the HAL eWed t
thimUt. heated withAtfrring
IlMtul
Mod
emp
S
.
.,
,
,
1.6 firs; at 00-1001 and I hr.'at,120-5% Cooltdo Mire& the; -
'
j.) treated with 15
filtrate conw. in Mew,
Ah~ residue (328
'
ml.
H,O. crystd;. the nalld filtered off, and washed with k".
'
'
*
, M. 30*.
s 162-3
cold H4 gave 2,311. 'PhO(C1fj).Cx, bs
Z-OANCAOTI: triated sliMbirly but heated 2 bro. nt 10%,
the mLxt. fijtrrird, thi fifirate coned. in. POCUO, the re3idut
:Mixed:%vith 40 ird. 3%. C4H6, the Aq.
XaOH 04 12 nil

C
bL
d
ne
A. the emn
phase sepd.,.eitd. twica-mari with
ct with to int. poklons a 'NaOH and
Tfs "a. Washed twL
tiMcewlth 10 MI. pardans 110t drltd.- treated - with- Ci fil.~
tereii, -and the filtsate conpd~- in wc46 gave from 2.49
._o-O~NC#HOH (M)'9A crude 'o,-OtNCtH4O(Cffj)#A
(IV) m. W-S* (BtOH),~ 3.24 g. m-M gave 4.20 x,'vs.1Vj w.
15-106, (RtOH , 4X0 g. p.IU gave 6.83 j IV In 374
,c
l ~21
AcOH L; 15 MI
d
E
86
I
15
hl
.
one
.
.
t
to
n
,
j.)
(
HCI refluied 3 bra., the soln. treated with C, the filtrate.
coned. in oacsto, the residue dissolved In N NaM the saln.

-K--

Vouatry HDITGARY G
Catc.-ory Organic Chemistry. Synthetic Organic Chemistry
Abs. Jour Hof Zhur - Ulm.., No 5. 1959,# No. 15379
Author Gerees, A.; Windholz M.
Institut. : Hungarian AS
T It I : Syntheses from Tatrahydrofurfuryl Aleohol.III
Ori,-, Pub. : Act& chim. Acad. Belent.hung., 1958, 16, No 3,
363-368
Abstract : 6-Chlorovaleronitrile (I) is condensed with
tetrahydrofurfur-vl alcohol (II) and ethylene
glycol (III) In A-R-valeronitriles (IVa, b,
where a is R =tetrahydrofurfuryloxy, b is R=
2-okyethoxy),'transformed by the reactions
with methanol H01 (24 hours, 200) In methyl
ethers of the corresponding S-R-valeric acids,
b-P. 138-1450/2-5 mm. and 135-1380110 mm. Dur-
Ing condensation of I with hydroquinone (V),
6-(P-oxyphenoxy)-valeronitrile (VI) and di-

lcountry
Catogory
A:38. Jour Ref Zhtw - Nxim., No 5~ 1959,
Author
Institut.
Titlo
So. 15379
G
Or i!: '~' u b.
.Abstract (4-eyano-n-butyl) ether of hydroquinone (VII)
I
cont'd. are.obtained, the relative quantity of which
can vary depending on the ratio of the origins
substances. VI and VII are hydrolyzed with a
boiling mixture of CH3COOH and concentrated
HM (1:1) in 8-(p-oxy-phenoxy)-valeric acid
(VIII), yield 76%, m.p. 142-11e (from water),
and di-(4-carboxy-n-butyl) ether of hydroqui-
none (IX), yield 80%, m.p. 147-1500 (from al-
cohol), and ara transformed (see above) Into
Card: 215

G 7
1070U-Itr,y
G ?. t P,~; o ry
Abs. Jour Ref Zlm, KUm... No 5., 1959p No. 15379
Author
inatitut.
T it1c.
OrIS Pub.
., m-p- 71-72
Abatract :methyl ethers of VIIIS yield 82% 0
corit'd. (from GC1 ).and of IX, yield 85%, m-p- 55-560
(from CH ~H). IX is condensed with III by hea-'
ting. in g N atmosphere In the presence of
(CH3COO)20a Itwo hours, 1800; two hours, 22001
I inm.; two hours, 2500; one hour, 2700) into a
substance with m.p. 120-1220; from 1Vb a non-
crystallizing substanco was obtained under the
same conditions. 0.109 mole of I is added to
a solution of 0.109 gram-atom of Us in 44 ml*
Card: 3/5

Gountry-- G
Cato!jory
I' i
llijs. Jrur Ref 2bw Xhim... No 5) 1959.. No. 15379
Author
Inatitut.
Titla
Ori!~ Pub.
0
Abstract :of II, heated for 1.5 hours at 140 0, the solu-
conted. tion is distilled and Va is obtained, yield
50%, b.p. 155-1600/16-17 mm. 1Vb is obtained
analogously, yield 4WI, b.p. 150-1550/3.0 rmi.
0.25 mole of V and 0.05 mole of I are added to
a solutlon of 0.05 gram-atom of Ila in 40 MI-
of II, heated for 1.5 hours at 1400 and, after
cooling, VII Is separated out, yield 57%, M-P-
121-123' (from alcohol); mother liquor is dis-~
tilled, the residue triturated with 20 mi. of
Card: 415
G

Country G
Abs. Jour Rel" ZhLw - XWM-o -No 5.. 1959., No- 1.5379
Author
- itut.
nat
I
T itle
Or 13 Pub.
Abstract :water andXI(is separated out, yield 39.7%,
cont'd. M.P. 92-9 from water). Part JI, uee Ref
Zhur-Khim, 1959v 4688.
"ON
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