SCIENTIFIC ABSTRACT STEGETA, B. - STEHLIK, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001653110011-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 26, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

18M5 25(l) f-POL*/43-59-4-3/23
AUTHORS: Krzanowski, Andrzej, and
PtlegeVaf Boleslaw, Enggi-
_
neers
TITLE: Carbon and Alloy Too!-Steels
PERIODICAL: Wiadomosci Hutnicze, 1959, Nr 4, pp 114-117 (Poland)
ABSTRACT: The article describes the characteristics of carbonat-
ed and casting tool-steels for cold and hot working.
The carbonated tool-steels have most @limple chemical
structures. For high-quality tools, steel containing
an appropriate amount of carbonate, sulphur and man-
ganese is used. For tools that have to be ductile
to a certain degree, steel Standards N6E and N86 are
taken; for wear-resisting tools the carbonated, plain
tempered steel of the Standards NqE, N11E, N12B and
N13E are used. The tempering capacity of the tool-
steel is tested by samples in the size o 25 x025 =6
by heat
treatment at temperatures of 760 800 , 840
0
and 880 C. (Table 1). Tool-steels for casting are
Z
Card 1/2 t

Carbon and Alloy Tool-Steels POL/43--59-4-3/23
classified into (1) steels for cold working (NC10,
NC11, NC6, MVC, NCWV) and (2) steels for warm working.
The main components of tool-steels for casting are
chromium, tungsten, molybdenum and vanadium. Table
2 shows the most frequent defects of tools occurring
during heat treatment. There are 2 tables.
Card 212

18 (::,7) 1 POL/.43-59-5-5/Z8
AUTHOR: Krzanorski, V, and ;Stegen7,Va, 3_ , Engineers
TITLE: High Speed Steels
PERIODICAL: Wiadomosci Hutnicze, 1959, Nr 55, pp 151-154 (Poland)
ABSTRACT: This article describes in detail the working of high speed
steels, their plastic hot and cold transformation, their
forging, annealing, hardening and tempering, The main
quality of high speed steels is that the cutting tools,
manufactured out of theml keep their hardness to a temp-
erature of 6000C, maintaining an edge, even though red
hot.. Hence, they are called "high speed" or "quick cut-
tingn steels, The elements employed to develop the prop-
erties of high speed steels are: tungsten, chromium, moly-
bdenum vanadium and cobalt To develop the most desirable
properties in the steel, the segregates must be uniformly
distributed and well scattered and careful control must
be kept of melting and casting practice and subsequent
Card 1/3 forging and rolling operations. Heating for forging

High Speed Steels
POL/43-59-5-5/%228
should be done slowly and gradually, for if a cold bar is
placed in a hot furnace, it is liable to be overstrained
by unequalized expansion, After forging and machining,
high speed steel should be annealed before it is hardened.
The temperature of high speed steels must neutralize the
inner tension of the steel structure. It is based on the
heating of the hardened steel to a temperature of 560-6000C
(the temperature itself depends on the kind of steel and
the form of the tool) and cooled very slowly in calm air.
This is to be repeated severated times. The hardness,
developed by this operation, is known as secondary hardness.
Good results have been obtained by tempering in steam, at
a temperature of 300-5000C, in 'r_O minutes. The tools,
thus tempered, are twice as sharp and have a better look.
On the surface, there is a thin layer of Fe 0 which
.-ives the tools an esthetic looking blue hu @.4 'Due to the
bad thermal conductivity of the high speed steels, the
cutting of the tools has to bE carried out very cautiously,
Card 2/3 and absolute cleanness of the wheels has to be maintained.
V/-/'

High Speed Steels
POI,/43-.59-5-5/"-
Tn order to improve the cutting efficiency of the tools,,
they have to be treated W'-"'0-30 mirnites In a sodium-cyanide
bath, the temperature of' which is lower than the temper-
ing temperature, by 10-P-OOC. There are 2 graphs and 1
table,
Card 3/01

SMENTA, Boleal mgr inz.
! ilLA I
The Leipzig Spring Fair in 1959. Wiad hut 15 no.5:158-161
MY '59.
@!@- .. * 7 ,

KRZANOWSKI, Andrzej, mgr inz.; STEGENTA, Boleslaw, mgr inz.
Production materials for durable magnets. Wiad hut 15
no.7/8:2184220 Jl-Ag '59.

STEGEIITA, Boleslaw, mgr inz.
- -.1-1 ---- I-,-.--- ---- I
Conservation, packing, and delivery of drawn materials,
the priority problem for producer and receiver. Wiad hut
15 no.10:318 0 159.

STEGENTA, Boleslaw, mpr.,inz.; "'AJC,84, Hugon, inz.
Spring steel. Wlad hut 38 no.1,12-16 162,

STEGM, Ferenc, ok-leveles gopeszmernok, vezeto-tervezo
Endurallice tests for railroad diesel engines. Jar--.,L, mezo geep 10 no.
10061-367 0 163.
1. Ganz-'.1'ava, 1"10-torgyartas.
b

STEGER, Tibor
An illustrated account of the Telephone Factory exhibition.
Radiotechnika 15 no.6:3 of cover Je 165.

YUGOSIJXIA/Crgaaic Chemistry. Synthetic Crganic Chenistry. G-2
Abs Jour. Ref Zhur-Khim., No 24, 1958, 81714.
Author Verkade P., Stegerhoek L., Mostert-Pzn S.
Inst
Title The Utilization of Silver Salts of '.Ohenylbenzyl
Phosphoric Acid for the Synthesis of the Monophenyl
Ester of Phosphatides, (Prev!ous co:;nunication).
Orig Pub: Croat chem acta, 1957, 29, No 3-4, 413-517.
Abstract: The preparation of ROP(O)(C'H)(OC/.H,-) (I) here and
later, of R = CH.4CH-OOCQZjHq3) is described. From
(C,,4-CH,jO)4P(O) and 1% SO '.Cl,@ -'(C4HYCH'vo) POC1 is
synthesized fron, which by the reaction with C4H,-ONa,
(Ct k.-CH,@0)4 P(O) (OQ,@, IJS) was obtained, which by boiling
with NaI in acetone gives the salt (C6HCH,@0)(C(,H;,C)
Card 1/3
37

nn

STEGLIK, Josef., master radiolyubitellskogo sporta.
Czhechoslovak radio amateurs. Radio no-10:17 0'55. (MLRA 9:1)
(Czechoplovakia-leateur radio stations)

7,7`-M Tl@j @',
SILIN, P. professor
"Fund nmpntals of Supar PrMuction". !,,'.Llrakhovskaya, V. Steglik, and K.
Shandera. Reviewed by 8illn. Sakh. prom. *30 no 5:78-79 ly 156
(Su.yar Indus-try ) (Drakhovskaya, M.) (Steglik, V. Shandrra, K.( ',am 9:9)

Ps"re N.bmittd far th- 20th Piano ScI&M. Conersim, Honolulu, K...it 21 Aug.
6 Sap 1961.
MMPnnMV B- A , M-Lz. EYdrophYlled Institute, Academy of 5.1co-V Ir-M
-Investivu.. into =-zerOlIcation of cre;wla substances of dead
V1-ktCQ under anaerobic coaditims" (Section VII.C.1)
ORTAMI D A. Institute Off Oc.azol.Ey - "Same regularities ...c.raing
oc@
Lb.-I. of chmsl.&l baract.ristLca in the -t.re of
the central part of the Pacific" (Section M.C.1)
All-Umicra Scient ific Research Institute of Marine Fishing
4ad Oc*aaQSrA;.,Ar - "Subcarine 15"arywka, - a nev Means for marine
fishery In .. tigaticca" (Section 11I.C.")
SOKOLOVA X 3 Institute of Ocemoloa - "The distribution of deep-seft
(Section. arx) the PscLfIc in connection with food conditions"
Dow=_ Tu@M@ Ine-4 tute of Biology of Reservoirs, Acadeny of Sciences
UISR - "Me sub.--im. and the pri=oxy production of photo-
synthest. in the seC (Section III.C.4)
X.. Institute of Btolorj of Reservoirs, Acmd-y of Science*
WM-@,@sblem of Beringlan continental connection in tha omitho-
PoGrapisi. lu.ldatLvn'
_A. It., and U-;,7T_.V..A- Institute of Cei-cloj7 - *1 , tc@
.AMTE@ Th rt
tent of deep oceanic currents vLth the application of mchrr buoys
(natbads# apparatus, results)" (3nctiom TZI.D.5)
TMMYEV, ?.. A, asd ra@aCJC71, OL. V., Institute of Ocesmolaa - "Geo.tro;hic
currents In t AntsLr@mtic sector of the Pacific" (3ectIcA
70010=1 V. T.@Znst-tutq of Geolog - "Neu data an th@ tattonice of
southern KamthatW (Section VU.C)
AUWI=@.D, 1) Institute a., Ethwlca - @Tho ethnolcgic study or the
peoples of Otemis, In the UZMI" (Section TT.B)
T2zm=_1q. B --tut, or Oceanology - *Features of -lutLm 1. the
_@ Ins
to2ography Of the Pacific 0.1aw (Section
TAXMW=J' 7 A X=.stLtute of Gtology - @Crttacecus florna of the
_@;'th, USM for the subdivision of centInantal
deposits of this acle@ (Section 1111.0
TMOaR&XVA_Z_G., Institute of Oceanol,gy distribution
of abyssal bottom ra@- end the ;mbl= of vertical -onation"
(section 111.0
VITNIZIMICIT @Gzl-k Mome,ow State L1.1,er.ity, Tme.1ty -
"On the mature of *be =zrer =- Is ... t Asia" (Section VX.C)
@M-, .st.Itu..of G@orj - -ho, island arches and the peripheric
.nZ
folded -.- 1, the -tem belt of the Pacific belt" (.Iecttcn V-11.0
Wj9%`SA%A, T._B,., &zd_r_TL',5-:CFD%, V.-I., t..tItute .1 Earth Physics
Imen.1 0. In. Scl=ilt - "Sme po.jIbilitie3 In Interpretation of surface
",,a of the P-IrIc" (3e.tic. M.C.2)
_WSIM, )@. I.. InstLtut. of Gt-l.ey - "71m. tectonic c,ap of Earmain"
Se .0
%A@@- UnInerad Forestry Enanecring
Academy Imai S. M. ?Li.-v Soec pr.bl-, In-l-led @tth -d xtdl@s
in smtbcamt A.W (3-t on T%.A.7)
kist. Director, Georraphleal lksaamc, M-cow State
University zmstien of tl-.. and
the VCuril Islands' (Sec".- VI. D
D._Z=st.1tu-? -1 Gcolcae - 'C@ the reintlona bet-a
the U;per Cretac-s and Pa!@Zrni f1cra. or Aunt.-Ila, N" Zoml&zd,
and EarsaIC (11-ti,= M.Al.
ZE=nCH, L. A., acd r@tATVA, Z. A., ln3tttutq of Octencloa - "General
X;i@lftrl@LeWln the ctjta@_'- and q'mitte.Lye distribution of the
bottm faune. In the ?uLfLc- (5ccti.n III.C)
ZIMOVA, :;. :;., Instit"t, f 7,cl-,-j - "The c-parett-
study In methods of prLrar-y p.-oductlcm 1nvcstLFfttttn of fresh-nter
pL.Atca" (Section 111.C)
ZIUM-UN'Tay, A. V., :.Stttutm of Cyt.I.C.' Ln1c1tiCtI-
or temperature &!a;-tm-tcn3 of twcrt@sbrmt- In the north@3tcrn area of
the Pacific Occaa@ isectic-1 r1r,C)
_ZjaVA*O, A.. V.,_Ins- Ltute of G@Crl phy of southern "Pan
pccorphloe (Section
-M Inatit Lor ZcolojMr. Invited to a" ;,mper In the session
-RTI_@@Ilwll _7e lat iout si= on Pac iric Basin UoGer,--.1,y
(section VI.E.3.0

smama, KAZD4IERZ.
STECAIAll, KAZD4IERZ. Kultura stawu rybnego. Warszawa., Panstwove Wyd8wn-
Rolnicze i Lesne, 1952. 87 p. (Pondfish culture) DA Not in DLC
AGRICULTURE
Poland
So: East European Accessionp Vol. 6, No. 5, May IL957

STEGMAII , Kazimierz
Selection of carp spawners on Poland's fish farms. Postepy
nauk roln 10 no-4:109-113 Jl-Ag 163.
1. Katedra Rybactwa, Szkola Glowna Gospc,d,-,rstwa Wiejskiego,
U'arszawa.

Lifferential
Flow 1; lers
- 1.1 e 1,
(T!,'@Gll !C!'A '@Jol. 6, 1-541
1-@anoreters Y. 267.
-,ratisla-ja, czechoslovr-M-a)
-P,jn Aerce- - io, ITAL), LC, Vol.
310: 'ont,,'I'v o' I'ast FiircT _,s
170. 1, ;Tan. Unca.

3TECAA*N'%` , G.
Production of half cellulose
P. 63
Vol. 10, no. 4, Apr. 1955
PAPIP A CELULOSA
Praha, Czechoslovakia
SO: 1-ionthly List of East European Accessions, (EEA.L), LC, Vol. 5, no.2
Febi-aary 1,056, Uncl.

"'onthT-v 1.1!st nt' @iirr@oari lccess-ims 'J@ T,r, To. 6, Jur Unclas

S""::'I"AN", I.
I'Ne-it automatic mobile irrigation unit, a new technique in 01-ant production."
Czechoslovaka.) Vol. 8 no. 1,
il. (0 of cover. (EinisterstT6 mimedelstvi --Praha, J,
Jan. 1954
SO: Monthly Inlex of &-Lst Furopean Accession (@@'"EAI) LC, Vol. 7, No. 5, May 1958

L 13312-63 EPF(n)-2/EWT(m)/BDS AFFTC/ASD/AFINL/SSD Pu-4 A''
40
G/02,-;/63/006/003/006/007
AUTHOR: Siewert,.G., and Steamenn. H
TITLE: Approximating calculations for an irradiation ista.11ation with
simplified radiation shielding
PERIODICAL: Kernenergie, v. 6, no 3, Mar 1962, 124-130
TEXT: The calculations presented demonstrated that it is possible to
approximate 1ky relatively simple means the strength of radiation field surround-
ing an irradiation installation of known dimensions if the composition of the
materials used is known. The calculated results correlated satisfactorily with
data obtained by actual measurements around an installation housing a 2000-curie
cobalt-60 source (which was used as an example to Mustrate the calcualting
procedures involved). The individual steps in the calculations include the
determination of the locations for which the prevailb-gr dosage should be
calculated; estimation of direct radiation penetrating the roof; estimation of
the radiation reflected from the floor and the walls; ealculation of total flux,
its aonarent activity, and scattered radiation at the roof-top; estimation of
weakdning in radiation through the roof; and calculation of the scattered radiation
in the area surrounding the entire installations*
Card l/A/ Associatin: Peore-Orpec r
LFn4r and
01 fo &I D
pqs
ar- e ogle Me t
annin or uc nffialla Ms.

STMMN., GuSV6LV,- doc., inz.
Determination of the characteristic dimension of segmental
orifice plates. Fnergetika Cz 13 no.5:240-.243 My 163.
1. Sloveziska vysoka skola technicka., BratiElava.
f IV

STEOANN, Gustavq doe., inz,
Economic: importance of regenerative boilers and oummwy of the
experience acquired in Czechoslovakia and abroad. Energetika
Cz 13 no.60031-306 A .163.
1. Slovenska vyuoka skola technicka., Bratislava.

STEGMAIT , Gustav, doe., inz.
Use of sulfite waste liquor from cellulose production as
fuel. Tech praca 15 no.llt888-891 N163.
1. Slovenska vysoka skola technicka, Bratislava.

STEGMANN, Gusta , doc., inz.
Flow measurement of liquids containing sedimentation sludge. Papir
a celulosa 18 no-4:89-90 Ap 163.
1. Slovenska vysoka skola techniqka, Bratislava.

STEGMANN, GLwtav, fto. inz,
Mbtl,od-z cf calculating univeraall c-.=buation triangles. Enefgetika
Cz 14- no.8081-385 Ag `64
1. Slt@vak Higher Schud -)f Ta,.\bnol-zgyq B:--.LtIala7r,.

L 31752-66 EWP(k)/T-2/EWP(w)/EWP(V) IJP(c) INVEM
ACCNF@-A- --- SOURCE CODE: CZ/0032/65/015/008/0575 1
P6021663
AUTHOR: Stegmannq_C@,(Doctor; Engineer) 1,7
ORG: Slovak Institute of Technology, Bratislava (Slovensk@ vyaoka skola technicka)
TITLE: Calculation of the optimum arrangement of nozzles for boilers operating on
waste sulfate liquor
SOURCE: Strojirenetvi, v. 15, no. 8, 1965, 575-581
TOPIC TAGS: steam boiler,.no zle design, fuel nozzle, combustion
ABSTRACT: The article briefly outlines specific phenomena characterizing the
combustion process in steam boilers operating on black sulfate liquor. Then
with a simplified physical model a determination is made of the optimum height
at which the injecting nozzles should be located. Several simplifying assumptions
must be made on account of the complexity of the system, but nevertheless the
conclusions indicate ways to improve the efficiency of regenerating boileres The
article was presented by Engineer J. Votoupal. Orig. art. has: 3 figures and
28 formulas. [JPRS)
SUB CODE: 13 / SUBM DATE: none / ORIG REF: 004 / 50V REFS 004
Card 1A UDC: 621.181.6o.621ol8l.67/.68:621.18.001

VARDAY, Qyorgy, dr.; BICZOK, Imre; OCSVAR, Rezso; LAYTOS, Zoltan; SZIMELYP
Karoly; BMIP,7YT, Akos, dr.; FEHER, Gyula; GALLI, Laszlo; BAKCS.,
Laszlo; CZjIQIMA, Vilmos; GABOS, Gyorgy; SZILAGYI, Gyula; RCFAI,
Andras; KOVAGS, Gyorgy;BACHMANN, Alfredl; STEGMLER, Jozsef;
RETHATI, Laszlo; VAGY, Zoltan.
Hydrological quostions of the construction industry in Hungary.
Hidrologiai kozlony 36 no.3:169-170 Je'56.
1. "Mdrologiai Kozlony" szerkeszto bizottsagi tagja (for Galli).
2. "Hidrologiai Kozlony" felelos szerkesz:toje (for 4ovacs).

@M-1(11.'d,) G.
"Results of -the Mobilization of Plant Power 9tations and the Regulation
of the Power Sup lied from the Network of the Ministry of Fuel and Power irdustry
to the Lumber, Pulp, and Paper Industries,in Slovakia,"p. 9.
(Energetika, Voli3, No.1, Jan. 1953, Flraha'*)
SO: Monthly List of East European Accessions,Vol.2, Vo.9, Library of Cok-ress., September
1953., Uncl-

STIGNAR, Marjan
Prevention of rickets. 7drav.vest., LJubljana 24 no-3:91-93 1955.
1. Otrosid oddelek splosne bolnisnice v CbIju - sof Dr. Marjan
Stagrax.
(RIMMTS, prevention and control)

-C@, - C- IV L
I JL -
-
-
o-l

VALITER, A.K.; KOPANETS, Ye.G.; LIVOVJ, A.N.; STEGNER, A.; TSYTKO, S.P.
Study of the reaction Mg 26 (p,r) Al 27 at proton energies ranging
from 1.8 to 2 Mev. Izv. AN SSSR. Ser. fiz. 27 no.11:1419-
1426 N 163. (MIRA 16:11)
1. Fiziko-tekhnicheskiy institut AN Ukr6SR. 2. Institut
yadernykh issledovaniy, Varshava, Pollskaya Narednaya
Respublika (for Stegner).

Cdik -@
z"'TEG.-NER, G. . CPnd Chem Z@ci -- (di ss) 11 Yeohanism and kinetics of the formation
"@ @( @.- %
-9Z-aoal-duving the decomposition of alcohols on catalyzers." Mo$, 1959. 10 pp
(Mos Order of Lenin and Order of Labor Red Banner State Univ im. M. V. Lomonosov.
Chair of Organic Catalysis), 150 copies (KL, 45-59, 144)
-17-

M
1:@ 71000
_Qov/62-6o-i -5/3Y
A"THORS: SE'tegner, G., Balandin, A- A... Ru,@.enxo, A. P.
T.'@ TLE Tnfluence of Dit'Cerent S-ages or Polycondensation
of tile Products of CataLytic DecomposLtion of Ethyl
Alcohol on til-le Falle of C arboni z a'.-. --on
PER-MICAL, _Izvestlya Akaderrij-1. nauV S33R.. 0-,deleniye khimicheskikh
nauk, 1960, Nr, I.. op 24-50 (US3R)
ABSTRACT: ThIs Is a continuation of the author's previous work
(Izv, AN SSS,11-, Chem. Ed., 1959, 1896) on the mechanism
of carbonIzatlon ir the decomposition of ethyl alcohol
over copper-silica- Experimental data presented
in this paper confIrm. previous conclusions (3ee above
reference) concerning the mechar-Ism, of carbonization
which accompanies catalyt 'tc decomposition of ethyl
alcohol. Carbonization Is considered to be a multi.-
sta,ge polycondensation or eth 'yl alcohol and the pro-
di1c @s of 'Its catalytic decompo3,._t'o-). The so-called
Card 1.42) low temperature carbonization 'beLow o0oo) proceeds

influence of Dlflere-l@ Stages of
Polycondensation of t@le Pr-oz;,! T8059
c!, 'Z i
Catalyt4c Decomcoslio 1107/62-60-1-5/37
0,
klcor,o-ll on the Pate oc Carbon 4.2at ion
ASSOCIATION:
SUBM-7TTED:
through dehydrocgenatlon of erhyl alootol, Accele-
ration Or slowln.g dowr oiL' ethyl a--co'llol decompositlon
1.ale@,.ydrogerja-l@on and, dehydration) causes a cl-iange in
the rate of carbon4zatlor There are 4 figures; and
li ret'erences. 1 German, 10 Soviet..
M. V. Lorlo,,loso%, Floscow Stal:e (mosicovs-kiy
gosudars,,%-'e,,-,ryy -universitel: 'Irner@l M. V. Lomonosova)
May 4, 1958
C a r d 2/2

S//062/60/000/011/003/016
3013/3078
AUTHORS: udenkol A. P., Balandin, A. A.
TITLE; Carbon Formation in the Decomposition of Isopropyl
Alcohol, n-Hexyl Alcohol, and Cyclohaxanol on the
Copper - Silica Gel Catalyst
PERIODICAL: Izvestiya Akademii nauk SSSR. Otdeleniye khimicheskikh
nauk, 1960, No. 11, PP- 1930 - 1937
TEXT: A study has been made of the mechanisms of carbon formation in
the decomposition of isopropyl and n-hexyl alcohols,as well as of cyclo-
hexanol in the temperature range of 200 - 9500C, proceeding in the same
manner as with ethyl alcohol (Refs.1,2). The experiments were conducted
in a continuous system for heterogeneous catalytic studies at atmos-
pheric pressure and a volume velocity of 2.25 h-1. Fig.1 shows the tem-
perature dependence of the carbon formation rate in the decomposition
of the above-mentioned substances. The presence of three mechanisms can
be inferred from the course of the curves. Diagrams are suggested for
the three mechanisms: the low-temperature mechanism in the temperature
Card 1/5

Carbon Formation in the Decomposition of S/006 601000101110031016
Isopropyl Alcohol, n-Hexyl Alcohol, and 3013Y3078
Cyclohexanol on the Copper - Silica Gel Catalyst
range of 2000 - 6000C acts, like a pure polycondensation of aldehydes
and ketones, accordina to the following sch6me:
-H jaldehyde _-H 0 polycyclic saturated, un-
2 ' 1 2 , saturated, and aromatic hydro-
alyti . /ketone/ 1polycon-- carbons and oxygen derivatives
dehydro- densation of different densities, up to
genation carboids
This scheme is applicable to all alcohols co 'ncerned, including ethyl
alcohol. The intermediate mechanism in the temperature range of
6000 - 7500C is a polycondensation of products of the catalytic dehydra-
tion of alcohols (proDylene, hexylene,*cyclohexene). Possibly, a poly-
condensation of ethylene takes place likewise under these conditions
but since the rate of this process is too low, it occurs only at higLr
temperatures, in the course of the high-temperature mechanism. The
following scheme is offered for the intermediate mechanism:
Card 2/5

Carbon Formation in the Decomposition of S/062/60/000/011/003/ol6
Isopropyl Alcohol, n-Hexyl Alcohol, and 3013/BO78
Cyclohexanof on the Copper - Silica Gel Catalyst
polycyclic saturated, un-
_H 0 _H2 etc. saturated, and aromatic
alcohol -4- olefins hydrocarbons of different
-,Icatalyti polyconden density-degrees, up to
dehydro- sation carboids
genation
The replacement of the intermediate mechanism by the high-temperature
mechdnism manifests itself by a marked retardation of the process at
temperatures above 750 OC.-In the range of 7500 -8750 the carbon forma-
tion is slowed down, after which it is again speeded up vigorously
beyond 8750C.*- This mechanism (7500 - 9500C) comprises the following
processes: pblycondensation of decomposition products of the alcohols
used (lowest paraffins and ethylene); polycondensation of aromatic
hydrocarbons, resulting from the decomposition of alcohols; polycondensa-
tion of the alcohols used. A general scheme applies to them;
Card 3/5

Carbon Formation In the Decomposition of s/o62
./60/000/011/003/016
Isopropyl Alcohol) n-Hexyl Alcohol, and B013/BO78
Cyclohexanol on the Copper - Silica Gel Catalyst
_H20; -H2
polycondensation- . polycyclic aromatic
hydrocarbons of dif-
H 0- +H [-1cwest par7affins .-H ferent degrees of
2 2 ffins 2
alco ol -.* I and etl ne I density, up to
decomposi- polyconden-' carboids
tion poly- -H2 sation
conden -H 2 poly-
sation\_ SiMDlest az-omaticl conden-
_H2 0; H2 hydrocarbons sation
aro
matization
As opposed to the two first-menti6ned mechanisms, aromatic hydrocarbons
only are given here as the end products. This is explained by the fact
that under the conditions of the high-temperature mechanism the forma-
tion of saturated, unsaturated, and hydroaromatic polycyclic systems is
practically impossible, which is indicated by the composition of
Card 4/5

Carbon Formation in the Decomposition of s/o6 6o/ooo/oli/003/016
Isopropyl Alcohol, n-Hexyl Alcohol, and B013YB078
Cyclohexanol on the Copper - Silica Gel Catalyst
resinous polycondensation products. Their ccmposition and aromatic
character is almost the same in all of the alcohols investigated.
Table I gives the composition of gaseous decomposition products of the
alcohols on the copper - silica gel catalyst. The composition of the
hydrocarbon part of the gaseous decomposition products of isopropyl and
n-hexyl alcohols on the copper - silica gel catalyst is given in
Table 2.There are 4 figures, 2 tables, and 4 references: 3 Soviet and
I German.
ASSOCIATION,: Moskovskiy gosudarstvennyy universitet im.. MiV. Lomonosova
(Moscow State University imeni M-V.. Lomonosov)
SUBAITTED: June 29, 1959
Card 5/5

BALANDIN, A.A.; WDENKO, A.P.;.STEGNER, G.
Formation of coal dendrites in the course of decomposition of
alcohols on nickel. Ozv.AN SSSR.Otd.khijn.nauk no.5.-762-770 My
161. (KMA 14:5)
1. 14oskovskiy gosudarstvannyy universitet im. M.V.Lomonosova.
(Alcohols) (Coal)

q
@cetone from Acetylene and Walter, Part 11 by 4-
'ThE5ZGZAhNjcz
.. Page 463, Przem,si Chemiczny

eq i

ceitg7frorl de and steam

and R@ Trcszc-anowiezi
S t

St

err,
axsa ei6
YS
em:
7 "n is
ry) -
des@rihe,d for synth of acetow: from dil. CzHs @based
the ESIS
on the rnethod used at Oppau, Gurnany. - CjHj is oblained
from partial bianing of methane which is a cheap rair lna@
tetialinl1oland. A I u1l-@%cale plant worLing on tws ill ethod
was recently conatrucied in ffuugary. . Theernpiricalliqua-
tion for the synthesis is: CsIll + 1.41 VsO 0.47 CILCO-,
CHI + 0-06 C113CHO + 0141 Cos,+ O.P7 CO + 0.10 Hl.
The reaction Is exotherrnic and is curied out@ with 10-fzhi
excessofstramat4501,
:
'
of C511, the -temp. on the catalyst should not cxcetd
500
.
A catalyst was prepd. by mbdut I pait of contact mais used
for the couvemion of watrr gaswith a parts of Zu,D (Zu
white). The compn. of the mixt. ww: Za 80, P6 14, and
Cr 1 3% by wt,; It was pelleted ta$ mirt. d4z. X 4 mra,
b@@d. before activatiou 1.68, 41ttr actlyatiou 1.62, "d.
1.99 %rdee. The acti7ation

STEGNER, Halina
Obtaining tatrachloroethylene from carbon tetrachloride.
Przem chem 42 no.6:306-309 Je 161.
1. Zaklad Syntezy Kontaktovrej, Instytut Chemii Ogolnej,
Warszawa.

STEGNER, Z., mgr inz.
---
Fu -information concerning patents. Techn motor 12
no. 4/5: 144-1@/6 Ap-My 162.
1. Biuro Instrukcyjne Przemyslu Motoryzacyjnego, Warszawa.

NAVAUTIKYANY A. O.J. kand. med. nauk; LYUBOMDROV, V. Ye., kand. mod. PL
nauk; SHU=AYOVA, 0. 1.; PAVLOVA, 0. A.; BASAMYGINA, L. Ya.;
STEGNIY, A. S. (Donetsk)
Evaluation of the arterial pressure in workers of certain pro-
fessions. Vrach. delo no.7:136 JI 162. (MIRA 15:7)
1. Laboratoriya klinicheskoy fiziologii (zav. - kand. med. nauk
A. 0. Navakatilcyan) i otdel professionallnykh zabolevaniy
(ispolnyayushchiy obyazannosti zaveduyushchego - kand. red. nauk
V. 0. Lyubonudrov) instituta. fiziologii truda i kafedra, fakull-
tetskoy terapii II (zav. - dotsent, N. S. Karenetskiy) meditsinskogo
instituta,
(BLOOD PRESSURE)

STEO.IIY, A. Ye.
Stegniy, A. Ye. - "On the problem of pbyeiotherapy- in the treatment of ulcers from
stumps,* Uchen. sapiski (Ukr. nauch.-issled. in-t protezirovaniya), Issue 1. 1948p
p. 79-90, - Bibliog: 11 items
SO: U-4355, 14 August 53# (letopis 'Zhurnal fnykh Statey,, No. 15# 1949)

0
N
SGR, Jar.
STJIGR, Jar., Dent. (Praha)
Technic of roentgenography. Prakt. sub. lek., Praha 2 no.4:
83-94 1954.
(TaTH, radiography,
technic)

STIGUYU, S.I.
Oourses for public health organizers lit &qbyshev. ZdravRose
Fed, 2 no.9s44-45 S158 (KU 11: 10)
(EMYSM-PUBLIC nam)

Vv.

c @--,-.c tion
otij
3P Ti

n(l 'lli: 21f!

assistent
YEROSHEVSKIY, T.I., prof.;_qTEGUNIN, S I.
Kuybyshev Medical Institute during the years of Soviet power. Trudy
Kuib.med.inst. 11:3-12 160. (NIFA 15:8)
1. Kafedra organizatsii zdravookhraneniya i istorii meditsiny
Kuybyshevskogo meditsinskogo instituta (for Stelmin).
(KUYBYSHEV--MEDICAL COLLEC

STEGUNIN. $.I.
Nikolai Alakseevich Ananlev; on the anniversaryof his death. Sov.
zdrav. 20 no-5:89 161. MRA 14:5)
(ANANIEV p NIKOIAI ALUSEEVICH, lgql-1960)

ARTEMOV., P.I.; ZINOVIYEV, G.A.; STEGUNIN,.�_.I.(Kuybyshev)
Diseases of ' he circulatory, organs among the population of
Kuibyshev (as revealed by extensive stmly of disease incidence
in 1958). Sov.zdrav. 21 no.8:47-50 162. (KIRA 15:11)
1. Iz kafedry organizatsii zdravookhranianiya i istorii meditsiny
(zav. - prof. I.M.Bulayev) Kuybyshevskogo meditsinskogo instituta.
(KUYBYSHEV-CARDIOVASCUL.M sys,nm-Dimsm)

28
tjl,' jj,@, f- I@atEjjts. S,, ei
f0l
12
A r, ' 6
tj3j-' zdravookhraneriya i istorii rmediLsiny
Ira orp-miza
zav. rll-, ser @ -7. 1. 3tegunin'l K-ayb,,,,-'r,-vsl-o4o ineditsinskogo

SEBEVDA, J.; STEIILICEK, J.;
Alkaline polymerization of 6-capro-lactar-5. Ft.10. Coll
Cz Chc-vi 26 no.10:2731-271+3 0 163.

STEHLI'@'EK, SEBENDA,
29
-,l.ka--Ane poliymrr,@---
Academy
-u inr .,-,herni @-o*ryo
1. cl, Mae rlllll@; -
r,c llra,- t .

CZECHOSLOVAUA
3TEnICEK, J; GEHR1,161 K; SEDE-@,MAR J
Institute of Macromolecular Chemistry, Czechoslovak
Academy of Scisnees, Frague - (for all)
Prague, Collection of CzechoslQyak Chemical Commur-i-
cations, No 1, January 1967, pp 3,10-3al
"A11--alinq polymerization of 6-caprolactam. Part 26*.
N-carbamoyleaprolactams as activators of the alkaline
polymerization of caprolectam.11

CZECHOSLOVAKIA
STE1MICEK, J; LABSKY, J; SEBENDA, J
Institute of Macromolecular Chemistryo Czechoslovtak
Academy of Sciences, Prague - (for all)
Prague, Collection of Czechoslovak Chemical Communi-
cations, No 2, February 1997, pp 5 5-557
"Alkaline polymerization of 6-cal:rolactam. Part 25:
The effect of structure of the acyl on polymerization
activated by acy1caprolactams or diacylami-nes.11

-f(;i thed.iirminixticin:a org ond
,;;k iiiihfitid
In Ogj@onateti oU5-, nLn d Boleslv Novl9.ftki
H InSt., LWOXOVIre,@
Czech.). Ccskoilov. kotaftivi 3-,5&-7(I963).-Known meth-:
ods kHurt, C.A. 28, 4250d, Burton and Byrne, C.A. 41,
1117s) were tested. For isolation of sulfo, esters- shake
iEt weighed 1.5-3.0-g. sample with 20 Pat. Et%O and 20 mLi
satd. NaCI soln. contg. 12 g. AcONa and 5 mi. AcOH per'
250 mi. satd. NaCI sola. Drain, wash the ether layer with
20 mi. qatd. NaCt soln., and evap. the ether. Add 20 mi.
O.INNaOl-1andRsO evap ignite for 15min. with asTnall-
flame, wet with H3@;. (R.), evap., and ash at
Titrate the ash against methyl red and tnethylMtha@
with 0.05M H?SO, A crucible of stainless steel, but not of:
Pt,cunbettsed. When only CHOSOjH groups are present_
the results c=rspond to those of the gr4vimetric method.
e
If CIISOiff groups are present, the resultsbythe 13 'IV method
are higher, the Increm corresponding to CHSO, H groups
prmnt; these can be calcd. from the differince. L;

V rv I /V

dii'i6k* and -Aftir Wl 04t6ri-of
t=ln "ple. 'Antonlia Bteblfk.. M. GolLoviij and B.
IAW"v& (Leatil, Resegiih last.,
Gottwaldov, Ciech@,)- KefafsW 4. 105-7(IOS4).-The-
results can be calcd. according to the equation 71 +
(NINj)), in which T - tannin by, the filter bell
method of analysis, AV @ nontarmins by 1, Tt @ tannin y
the shake method (11). and N, - nontarmins by U. The
value NINI, characteristic for each tanning material. muit
be known and be const. These values have been 4etd. by
the Czechoslovakian . standara hide powder. Values
K NIN, anet-K, - MIN have been detd. ;?or que-
bracho ordinaryj quebrao, -i-.%utfited,-Syutar, Y@D. S@ataft
SNSU xoct"R t!y( spr t,
;em

_4
New analytical mo@hodde@nl=
*I r. . 11
gj,,clb,;r aku'l A1111e, . *@ Norr A W
c 1, . 'J.1, i S, 35@7(1055).-ln tMiul! leather for
ruirability to Ulf, Fodor's app. (front gives
pe
(Ire coulparable results than cities flergruaita'scc Schapper's
"i , A test for (lie dt-In. (if stability of
Setuble,tunticit joather Imit J)eeit juirckbiced. A acw
ve
ethod (or tltt-. detit. -it arptiledily bound SC@ lit millated
olh (C.A. 49, flill7a) gives better results it exi:r@s ll:,V), Is
added. CO, removed by boiling, and cite soln. Egick-titra 14.41,
For delli. ljf Sulfonyl Chlorides tile sample in burnt4l in tile
Grote-Krekck-ir (C.1t. 27, 1841) app., aud tho onobustion
ucts am, absorbod lit n1k. IfiCt, soln. The ratin of
goil
t .SOx is always higher than 1; Unce Cl is.@ko boulad by!"i I
addi
11 fir slibqtitation. Tile SOXI concent cated. fro
5G.-Cl + 2KOll - -SO'K + kC1 + 11@0 givei tile same
results its the o6rographic detu. of A'vlajriuovskij uud
p
Nejuitin (CA. 46, 28e). For the polarographic deta, of
3ullonyl ehloride, cyclollexanone is 4 suitable solvent; the
hall-wave potential is near zern (to tile CalOtTICI electrode).
TI ere is a linear relation between the coucii. of sulfonyt
chUftle and the height of the wave, unless tile proriortion Of
wilvents is etcutged. L. Ma@vur

STERLIK, A.
70th anniversary of reclamation activity.
p. 213
Vol, 5, no* 6. June 1955
VODUI IIOSPODARSTVI
Praha
'90. Monthly -List of East European Accessions (EULL), LG., Vol-5, no. 3
March 1956

CZECHOSLQV.,@KIA / Chemical Technology. Chemical Prod- H-35
ucts, and Their Application. Leather.
Fur. Gelatin. Tanning ,"tgents. In-
dustrial Proteins.
Abs Jour: Ref Zhur-Khimiya, No 1, 1959, 3364.
Author : Muller, K., Stehlik, A.
Inst :Not given.
Title :The Effect of Tanning Agents Blends Whioh Are
Used in Czechoslovakia Upon the Tanning of Lower
Part of Shoo Wear, and the Application of Some
Less Frequently Used Methods For Their Determin-
ation.
Orig Pub: Veda a vyzk. v prumyslu kozedeln., 1956, 1, 7-26.
Abstract: The properties of natural tanning agents which
are used in Czechoslovakian leather factories
were investigated. The content of salts and
weak acids, the degree of astringency were de-
Card 1/2

CHECHOSLOVAIMI/Cherd-cal TeelunoloL;y - Chemical Prod-acts and if-35
Tlicir Application. Leather. Mechanical Gelatins.
TanninG Materials. Technical Albumins.
Abs Jour Ref Zhur - Khin-iya, No 1T, 1958) 596W
Author Stehlik Antonin, Kokes Drahoslav, Porlolska Riroslava,
Muck
Inst
Title Deteridnation of the D(--(Xcc of Sulfitization of
VeGetable TanninG Materials.
Orig PWL@ Veda a vyzk. v prunyslu kozejoln., 1956, 2, 53-58
Abstract The mathod Is based on the determination:
1) of the quantity of free SO2 (from sulfite or bi-
sulfite) and
2) of the quantity of SO2 connected with the tanninG ma-
terial. The method provides reproducible results and
can be applied in any laboratory.
Card 1/1
- 115 -

is 11 Ad IV Go #IU0
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- @'"R
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d '
-
i
slow, OWN, OMM"Wr4sips It 3(13-l4(l(k1O).--CoM@
TV
w
t
o
. P.
jocopically pure. Heating CWVM SbMW no Crit. point from room temp.
b @-00
ecause
st. 4W.01 is mcwt. Thin point Is lowered In If and COs by 0.15,0.2% resp.,
of W*n. of the saws. Amm NicnotP)m Map

00
06 A. AINMU AND 8. SrEalit. C4ftd"
The ashl" j" d
'
-
-
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@
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C:4chosim. CAem. CoxmL 2i "7-W(IM); d. C. A. 24.4--Z4.--TeOj zoo
'rhis value was dctd. by ai d extrapolsfim from heating cia-ves. TcOj crystallins -00
from the melt; it is uniaxisi and poL, d. 6.02.

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0 0 0 i ; 0 0 0 0 0 4 0 0 0 0
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(- A
7
ftNudameftic &ftindmdan of M*O,iOHI in 3.3-
6.I;%*kydcwJa*rkmddatSD'. BLiI%,.LvStdt'ik. Cht,,o
I.fity 38, 1 3(14M).-Thc bluiih@rumtvl. prtwhitvol liv,
rrduction of N:k maly"te with Zn. Ph. or Ticl.
in strongly acidic mAn. can lit titnit@l with ,
K.Nfn(l. it, the pr@mv 4 Ifn.%O, it jwotcvf@d ax--in,t @ir.
M,Ayoll) + CO, F 11.0 - MoO., 4. Ct 1, @. 311 '.
Nfilo, fludlickv

CA
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t
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(IM7) --Cw"* cannectins veloritr of osigiveis with mo
compn: of the binary systrins exhibit well-defined min.,
00 suggesting forniation of the mot, cornixis.: IlCO.II.-
31%feOff: Ak-011.3126frOll; 110-ClIsC(NILIMcOll. (C(h-
lf)t.fltlu()Il: (cIf3cO'II)'.d'%IrOII; ICII(OH)CO2111'..
'QuOll; anti citric ac6i -10SIrOll. In gencral.11irno.
09 of mols. of isle, its the egimptis. 6 equal to the no. of Off
groups in the acids, relrArding COOI a.% C(Ollh. B.A.

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It AMD Jim
--)No AND If" teatat
pecKe"Is Aso p1toelfattat love$
-00
-00
w
0 O"Mds through a rub moseelerwels left diem sisixturees
LI
-00
of ass"hydric allsolialls wisis pe@w Misleffsk. a. I
f
t
To
k
i6
l
C
u 6
go, as
.
c
noi..
fi
se.
ava).
a
lidwl Cas@
CAM
C
is
04
11
1947
i 04111
C
96 -
-
.
.M.S.
n
-
,
)(
(
H"Alisis)-wattr Pum throsigh a rub seessibeaft Isla a -00
00 a 9411- at 9 NOM*WtrelYto with a Velted y that in roallely WrAIA @do made by dUkmt northods were detd. For
- - -nk"
"
h
d
b .00
41 to t
so-
e m
w
et to the wt. Ossetia. of the am
F "04
00 ode. The initial velol;Wat anods into a 4% mixt. d PH ad the byl solids content of the le'di ,
9 monobythic and polyh Z. leablibit. a ad.. at the &W
l
of t1
baft
edium end to
o
Na

008 le
m
reen
w
e
p
mol. ratio of the components A.- B so a. 7U min. 4oea lowl trosu the gel. In t cam of W@-AlAh Bob. Particle
not a
pear It the h
dratt
s
l
ou
att
h
d t
di
t
t 00
we
ac
e
o
s
an
p
y
fr
y
p
d. decreased but surface wee hwrcawd with Incrawang PH

C atoms. e.g.. in 1.3-Pruponedial or 1.4-butailledial. and solids content. The effect of to the of
20
When the 2 Of i's we placed on velillibutinst C Is e
to wee

00 g..
the pd price to ban exchange w" to the .
of
etbYkm glYcol of 1.2,54saimneukt. a - 1. fi; no. n t -exchange treatment n
be base to the Amob of
see
00 0 coincides with the no. of neighboring 0111's, eg., with
the g period. U. A tw as 400
a
00 girts" a - 3. with monnital a - 6. wklk@" tbw 8
so ad I w do of C. J. Flank. Ibid.
06 and wit Is trislycol. a - 2.
Warner see

W .
3-27- ext ne y re sektion of Sol MW
50dimmftUm and frewsakessellry of 1". C. Road AI
l
liti
h
d
li
wee
*O
0*1 er certa n cont
rusu
s unt
ons and t
e smiskiwity
A y
and R.Haldscd. CAsx4v&i4dss&k14,=3-7(j94?); at pleltion film to PH was demonstrated exped
d
73DI
-7U g
A
41
Ww
C
aw
wdd
die
n b
= goo
.
.
.
.
I.
e
m, ca
,
. p
q
e The MW10 %uUegt that be plation reaction
dotd
by intom of a mob
formak and 00
.
.
nature. It Is-piroposed that the intermicellar biends we
-
CWVCS. By c"""IM Of the Inetes' into Clen"Welti" It beends, witluse rupture In add nwdis leads to the forma-
CMIM (motlead of tangents) the state c4 subdilvision of the tion of smallor particks of higher d. and higher surface
Simple can he evaluated. A. Folieloomi-Couturs
d
i
A
h
I
b
d
l
i
d*
%-
on
o
a an
am. In S
e
].% gd%. t
f
ng
sjin
Dillarvessess; beetwessis alliess sad pill. , 1. Shis
ro-
eec, media
, are most jM
x
iall
tou
t&"t
p s
l
w
.
g
, S
p
r
p
i Ireeft" affent" the pewlemn wait the fupturt of thew lxxids and lened to the formetw'" o
Platsk and L. C. Livake (Swuny-Vactsum Oil of smaller anicks of hi her surfam Wes which have
two. N.J.). J. Ce" SH. S. 1201167J.-The A
l see
luse
lest
pirticis d. (answered by HS Md pop$ MM rMpy a Irritil"al Position an the 1"Irs, thal" wee

if .
of" (menesured by N adeaqwl a mile of ow
11111111*

141ALLbftKAL Ll"l&f~ CLAUMTON
- I
9014W Nip 0MV Got lownsiel 43111211 m off All
U Is AV so is .0 1. a V, as An a t 9 the a a 9 1 Me a 9
46
l
A Ot
7 A
6 a e-* 0 0 0 0 a 0 0 0-0-0 0 ,

O.qIT T 7 T T, T 7 T T T 71, 11 'F, wl, 'F 7,r 7 ?r 19 LP[Iff, T @rw`1115_ T TV'WIT IT 111F
' 7
A I L b L,-I L_ It- A F. L a x Y 1A a S I M. Y. 't-A. _X_ 4 AA is CIL L
O LE I t
fie
.40CMIS
0
-
09
0

:0
00
_
06
09
00
00 Cobirdination Mf MICOAT" SlcAolll, OthOrS, Of 400009 1

to hydrogen ions. B. Stchlik (Slovak. Just. Technol., **
so C7 Bratislava). CoUtdi@@'C' 109- CAM- COwmvx$- 12-
r 42, 436f.-By measuring the
516-21(1947); d. C.A.
f
aq.
initial rates of osmosis through A rush membrane o

ts. of 0.25 M HjSO, or 0.5 U IICI with the following
mix
b
goo
etween a
ances, compd. formation is shown to occur
sut!st
iso-Mil
of
PrOll
4 HtOll
Oll
l
M
d 6

00 .
,
mo
s.
e
,
If ion n
,
MeCO, 3 RuOll, sort-BuOH, or EW. The max. tool. 0

0
wt. of the cooledisuited tuals. produced rice between 240.6
and 256.3. The H ion belongs to the pas. group of sub- C
stances of JUN (cf. preceding abstr.) and reacts only
%ith his neg. substances. David tzwis

"0 0
tto 0
-to SL A
OtTALLUEfKAL LITINAT01 CLASSIPICAVICO
Is
10,
-1 _T_
U &V K) TA AA 0 4 e Is,
n 1P as 61 Ica itu Kan Ita 4@0 n 1 14
60 0 0 0 0 0 0 0 0 0 0 0 0 0 04 Ole 9 * 0 0 0 00000 0 0 0 0 0 0 *1
:
10 a 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 * Ole 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

9 01. 41'4111@'W. . .a Ww" WIW
IT 1. 1, :; a is a A 27 X ?o' r P 1: 13 un lay jess a an -vat
L F. L L A AA U M M U 00
-A
!
'

00
00

00 I"Imsitt lk'ms I k'
wroo,aml CO 'glitt 1 ""4' .4
4@9 Iit.-, mj-; Is 1.71w'- A and I 'A'I A, 111, 1- 1
00 1 Kr"I&p iN It: - V 1'2'*.' (a 9'. - I It, 1. f@I
,.I Otv rrm'"Il .41, .111 -4 OIr
eez I - 11 17-.. 111@
00 j I,* I'll'y"IbIt.
a
000
0* j goo
go*
00
goo
Seim

goo
900
110*
'00
sell
A I At - A L A .4TALLURGICAL LITC*.TLAC CLAIWACATIC& wool

m. .0
It
1!2q..) 'v.. GAIL 11141,111 m Qv sit

u it AT 113 Is An A
a pw 0 a a 9 AD 4
;
0 g, to It
As W

- A
The cooldillatiol, d t., the I, vd I oje.i
.t.- L. th. hyd..xvl 111.1-4- 11.1,11L
Cke'". Zwjlt 2. -.9-81 ( 19181, Fhc t-@ 1-
jmwea by the Illeamirrectolf "t r'str%of 01r.nigh Ille
olchla ni-If fm ritte'pe. 110 na
The AILVI",c mbir hg"I of th'-w ,;I,
fiisoM Cl t' @ 1 4.1. 1... %I,, I .

A A
00 4
00
0
*0
so
00
C C @L-1 -L-k-k-k-L
-rbe sbiwtum of smxk acid. JILAhmLtv St
I, CA,.. Zwjti 2. 103-60M).-O"rkdIr a tolimmir ;-00
thAt th"V k 110 MOL CWIpd- a' 11VAW" W'"t " 7- ,lee
drk sks., atW bewe tW Ift 4k-vl "uts &A 8 Irw'A "m
(11A, ).) Wills a CbelAte rind- Jan Xlk
Aa
ag pbosp"ous "-,d* 0:PH10H',-
CA,, Z@tti 2. Ir, -20D 114si-,
S-M.
owulAv. with lo. 6. tv 4 trjc4@
,,Stitntmn of 0!PH!0H,. "S
enwh, drk b Jan Nficka
Lfinned.
:'lee
coo
Coo
Coe
too
0, 00
go*
goo

woo
t!eo
I
wo*
A I MI L AatTALLURGICAL UT114ATUME Ct"U"""To"
-------
AV
17, @ -3. in
a 1W 0 a a .3 A3
it it AV 0 Wsp it pa 'ff
t K
0 0 000 000 00
0 0;9 0 0 0 0 0 0
0 0 0 0 0;0 0 0 0 0 0 0 0 0 0 0 0 0 Ole 0 0 0 0 0 0 0 0 0 0 0 0 0 0 6 of
Iwo*

o7i J) it to Ali$ a a
j- -I V-
ConatiletWo of ortbotaLlark acid. lllal@lav 11L.
CAWM. AW19i 2.
IT
nwis.of RuOll and l8mols. ot PrOll, Ecolf. or McOll are
indicated by the ommotic studies. Six Oil groups in
I jaTq% me cmilirmed. Jan Nficka 00
60
00
go
00 go*
00 =00
590
I%*
i goo
fee
M7
Aid-SLA a-ZI. --r.
MtTALLtIV6K6L LITtIATUNE CLASUPKATION -Z
00
1.1asa .1, q., oot QNC! m 1@1 "I
I
S-- 00
to a
0 U AT
C, 11 41 a, 'IF "r .1, 4 wn ;xm a 1w a -4 dMG,
0
set:

00
00
00 -C I
09 a
00
00
oo
00
a4-3 4540
7; 7; ; 7
-14,cc M A %
A.
The pd&dPk of *A Ok"eftm at aw"t": Illaboamy
Zrwdi 2,.2354MUM). ]sin Alkti
A S a - S L A04TALLURGKAL LITINATLO9 CLASSSFICATICO
^Oo
to
4
-00
iago
=00
00
roe
=00
'00
coo
see
goo
co 0
Ifflavi It cov cat
- ,- . I I v
it 0 An i i v rw o m v w
It AV 10 19; alftf WO Kit 199 K a t,c ;
1 0 0 ;
Do 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
-9066666606000
woo

feein, go* 00
W 1, 11 11 1. It 4 1? is 1. 11 n1411AZIAN lull ull bid blu "I'll; .1 a I are
a IL I L., m of cc IN I
I-V A--- It-
90

!-go

All omm-tic 6111,111 -If "'MM-1114 111,111-14%
-1. ;. ',.1 4, 1111-4. 11'. "I'li I I**
\If . ..... I tit I
N 11" 1 IL 111, a I L iM..1
t--I, or 3 1-,, ..h -dw@tt, thm Nit. ' I, . It un,
by Otle in"I a Nll'@ J.tn Ntirk.%
see

00
00 =00
oo -
00
Ale
A,

&%..it A MlAtttiftrKal ILITIRATU411 (Il-11111FICATION 0901
00 t I. Will

0 o o
OT Ole:
4
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 -0 0 0 0 6 0 0 0 0 0 0 0 0 0

.,- j
ortho c"Vet of 111tro phosluic If. Sh 1111U. 4 4"'s.
42, 1-,1 3t 1.14st. ull .1
shoised that u-nitrophenol dot, not form is mul. comIxf. is ith
,
1 3. as cmtitrast to jilictio), which himi, I moll of ;sit Av.
Isv tfiffereii I Wm"ir (if thrw -1 plictioli, i, is %- I. wit It fit,-
V
!Iltrjllltjl. 11 Imind wIlkli preveliti; file phri-lk- If from forit,
ang a bridge to my alv. I W group. M. Ihoflis-ki-

IntrawAsgWeir bridge In pyrocalechol and hydro-
SlahoslavSteblik. ZJicm.Zrr;li2,SI-4(I94S).
m1l. compds. of dihydruirytienzencs with moinhydric
Alm have been found ljy o6m,)sis through a rush itimilirane,
,howing tW there is an Intrinjol. 11 bridge in pyrocate-
quin tie. J:ln Mklcl
,hol and hydto

f

,Mesohydric tautomerism of ures. BL,b-lav Stchhk
and Alvxmider Tki@. Chem. zw@t, J. -A"14401. -
Act-rding tit fluntcr', r,toception of the tnr,,)hydric
tAtOMM-TI%111 f C".1. 40. 1 by o5mi,,is through i
rn,li itit-inhranc, urra It.&% 6vit found to h;tvv thi, strisc-
tmi- If-Nil CtNif,):0. In a miAt. with IICI,ivln,rr the
N i, c-irdinated to the 1( ion, the an-11.111MI
.,It !Cl) \*1f-Y,.lfCl 1- been f,mtt,l.
Jmt Micka

CA
/ D
f
CbAlatlam of allocissawk add. bLabogav-Stehl(k.
(Vm. Zzyjti 3. 71-6(1949).--Ounmis through the rush
monbrane points to a mol. compd. of PhCH.ClIC001
with 15 tvA&. butanol, which intfivates that the It atom on
Ihe bensent fing in the ortho po%itkm torms a bridge to
I Ile c-arbonyl 0. ]an Micka

C-4( Id
An assmalmotric study of chloroform and Chl0l'Al hydrate,
1141mLy, Stchlik awi Alrwi-b T TW Not-A Ti cis
Umv, IIr4tL4AV-.l, czLi.h. @. Chem. Ztest, J. 10-41-1
(It) I!)). __ It W.&NI"'11111 by th. cv,111,111l'tri" flit-th.'I %ith IA
ru5b illembraile (1) thlt the If moill of CIICI, 6 1)ol;tr arad
able to form a If bridge willa she Oatum4 of a1cs, and (21
that ill cishir.11 flysirale tile fit) groupi are clipw(l illro 2
cheUtt-I ring, by the bridge 0 -11. . @ - - Cl. J. %[.

An OaMometric study of 1111101411 ona
lil.thosl,tv 140ilik (`J,mak I'vch. Uitiv , lIrmiAtAn. C-0,
Chf,". Zre'll 3. -3'.It IV till. fly li'mss a tu'll
thr lit-II.-d'ic of alh-m Im, 1-11
I Isis, of If's .411"%mims'l "Im"llvi'sihmils I, $,.It W'll I
Oki "Irmi" I-lit dicillicallse I'mo "lols. .1imcOwl,
is, His( lit fol-Ill Willi :.' mol, flq,'[ mt mlmsmhns@ sit
twis I. 't'. I" Ill.- , '. .- ,I Itili if I h" %I'.A.4

A It f. I-A-1
90 A
*oil
C
of
400 ji
a
sell
Now somotgollit; PAI,
low
(C.I. Q,
430) anil with somr,icitf, tj,j,I qttttt%. the twill ahik", If,
14 1114141tir"ll tho- "" 4 it 1. J il.
....411116110 "it I mw Iml, 4 "144.1lot-1 C'.111141. 1141-6611 "..
4-o-111141lisil with the II oil the aw., Atli) Is orpir-jilrd fly
tile uAtkul X - Zhi 04 - 1). wher. b,. It, . . . k, art tile
A is Ifid, CIO.
me. of flw If it$ it I ... i. ,rIW4 .
0MIM0111 -
clef was umf; IS COMISAW rush rowinbrant was fillril
"ith mIxtv- "MIS, warkma folkis of 4% w)hm III alm mild
-11 -%Wits fft of ariolo. and thir initial ~hAk, mi.
fillit.) Was phottof Against ftw -mmilpoi., the 111111. fit the
1-tirvir whis mr. The WIWI oon"ic sale woo dcttl. by ex.
tr.1mlating to wm these the ownwic cate vs. little curve.
x was drt4I - for 9111willwo mWWw. Inarloor. formir. micirtic-,
ormak. majok, molecink, lactic. tartark, Citric,
1-110r@ t pbomphark Sews with Afe0H, EtOlf, PtOlf,
JOY-NOH. and a-. itc-, and kri-BuOlf. If. S.
--06
goo
.411411111
'Go
go
do
see
do*
ago
see
Moo
see
1900
see
see
moo
woo
good') .10 a
%,notio, -s V mi
of so of 0
4 a a 4 a 4 a @0-0014 1-00
0 0 a , : 00 00 09 q Z 0 0 0 0 0
000 0 0 00 oe@@6610 Nev@_4:1180 ** -1*0** 00@
t: : : : 0 : : 10 " :
0 of 0 0
@@a a 0 0 0

PROC11911 &ND MON.
A
sell "W;119"16 abomem"m to as p
la 0.
Got
I -W190)(1a Ung)"); cf.

Chm
14
z
`
1411k.-Rush am. of mr-H0-
S. mad TW, C.A. U. 7
( q. 0. A. 8)tH0CJLN0N 19. 9. a. 5). picrip: Witt
th
5
14
, 1
),
M-110CS11
J
12
I 4COtIl (12. It. a. 04, end t-11twell.littil
kid
6) o
Int 0011 (11 )
111011 j111)
V

000
iij .
.
.
.
.
w
,
t4 PhOll It, 1). 1111%,tt, (1), m.
wui 11moll (IV

060 dud PhC(hIl (11 11) fur and IV. and W o-IIUC41H.NLh
%
b
l
f
Bi
s in
atul IV. The peartive o
H
oa
(v) (1), 0) for
004 W V (if of OH W lam its ability to aild ales.) and I (amanotd

00 3 a". added to the embusyl H. and 3 tics. to each H in
s
h
i
. m
A new tat
tmm- is
the Calfe rim) was comi
tim-ribed for the mv*rswtmwm9 of very unad raies of
P.M. Downey
Is
1011,00441 stand migum
0 00000000000000000000006
000000100000*0000*000,o
. .. ...
F'A 44 1 0 "A IN a 0 A0
000000000000
a G, 0: : 0 0 0 * &
'1@44 00000000000000000
::0
doo
000
400
coo
ISO
see
400
goo
too
woo

c 1@
IV
1.
Ths abictars of *MW*Ilurk. Phosphorous. and or-,/
sonfous adds. B. Stehlik- Coumliox Cmrkwlm,. CA,-.
Coommaxs. 14. 24PM%M(in English). Sm C.A. 43,
'A'.34CU.. F. J. C.

1 4
Cry" aftucture of tollarium diazide. 14,Sj@hlik a ...I
ILIfilk I.Nfd@Fyk tlli@_ Illuol- ('44IAtw. t=31m@
X
'hem. C"Mm1wols. 14. 11415AWI(1940)@in IF.stalihl. -'k,-
C-1. 43. N791f. . .. . P, E. IlraM

c #
OSEWMWrk =@ Of SAIIIIIIIIIIiIIIIIII " II . It. *eblib
Skwuk Tech. . Bratislava). ca"two n*xortn--
@
-'Aofw. commomou. 14, *J14-14(1949)(111 ugleliall).-Sg
C.A.41,11111qj. .... R. M. S.

Tborowdymmic cakdodest d the I --- amis In the
rAm. =., Swim
kete 1froti-14va. ewirfolh--tvilov-
(Mov
.44filliall'. mi,01-4 404440 4f.
Films Ow lww dAld obr ralvil. fill tile of llw 11141110
it: (NO)s + U.711110) *K .. w1w" 1' 61 the Indw Igloo).
)An MiCkA

IIw wasiscow d Slytime and ve.-alfielse.
"labmisir SUM* . Aitzandew Tkik. and Nwilk LAkovi
(Slovak "'Tech. Univ.. llraf6lava, Circh.). Chen.
Zvoiji 4. 53-9(IOW).-Tbe amnometric meaw"utruts.
especially Ilar indkation of an anomalous hydiochloride,
show that both Slycim and PL-alsaine do not have the
form of the dipab im but the forso of strong polar hydro-
Sew of the same grasp. These sweasurements agm with
pect caropic onew bat differ in their explanations. The
I stsuctum is diactowed. ]an Micka