SCIENTIFIC ABSTRACT TETELBAUM, L. - TETER, J.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001755510009-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

TESTELIBAU14, L., inzh.
Now auxiliary device on loading equipment. Mor. flot 22 no.8:44
Ag 162. (MIRA 15-.7)-
- ~ . . . - (Cargo hanal ing-TEquipment and supplies) . - - - . -

MOZDV V,G.; 7STELSBAUM P.I.: PRMODIX), I.IP.
----------
ROlliRg Adn roner gtlidsg. Notanurg 6non.-22-25
2 163.,, (MBA 34:3-1)
Is Voeooyuwwy nauelmo-looledovateltokiy institut me.tanurgichookogo
mashinootroysmiya i liektmtallskiy savod tyashelop
mashimostroyoni7s.
(Roning mine)

SBATJMI Plis
The 250 continuouz rolling mill for making aluminum wire rods,
Btul. tekh.-ekon. inform, no,1:22-23 157. (MIR& 11:4)
(Roning mills)

INTEL SBAUH, P. 1. ; ZTKOV, A. N.
Working schodules In rolling mill aporations. Pretsy.o"t
v tiash.mah. no.3:3-16 155. NLRA 1022)
(Rolling Mille)

-TETELIBAUM, P.I.; KOVTUSHRjKO, A.A.
Vertical fluid-friction bearings, Metallurg 7 no.3:31 Mr '62.
(MIRA 15:2)
1. Elektrostal'skiy zavod tyazhelogo masbinostroyeniya.
(Bearings (Machinery).)

TEMLIYAUM,
..................
UCC-CL of the relationship between the diameter of the water pipe
and the width of the dam block on one of the componeLts of a
strtssed state. Sbor. dokl. po g1dr. V14IIG no.4:56-68 f62.
OURA 18:7)

S/179/60/000/004/029/030/XX
E140/E435
AUTHOR; Tetellbaum, R.D. (Leningrad)
TITLE: Shea7 of a Lai-erof Finite Width, Weakened by a Circular
--ff 0 -10 1~9
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye tekhnicheskikh
nauk, Mekbanika i mashinostroyeniye, 1960, No.4,
pp.147-148
TEXT: The equilibrium is discussed of an isotropic layer of
infinite length in the y direction, of the width 2b with a
cylindrical hole of the radius a; the thickness zo is
arbitrary (Fig.1). The continuous layer in the absence of the
hole is subjected to pure shear
0
= t
yz
(1)
It is required to find the stress state in the layer with a hole
on the assumption that the introduction of the hole does not change
the stress at infinity, The solution is written in the form (2),
or in cylindrical coordinates (22), where 4y, is a function of
dimensionless coordinate, subject to determination, Under the
Card 1/3

S/179/6o/000/004/029/030/XX
E140/E435
Shear of a Layer of Finite Width, Weakened by a Circular Hole
conditions of the problem (Eq.(3) and following equations) the
equilibrium equations require that
V '~P = 0 (4)
By analysing some potential fields, the harmonic function (5) is
found satisfying the first two conditions (3) accurately, and the
third condition integrally on each quarter of the hole, as shown
by Eq.(6)~ A semi-empirical method is given for removing the
errors of this solution and, in Fig.2 and 3, the diagrams of the
stress Toz are given, corresponding respectively to the section
0 = 0, and to the contour of tile hole for various values of
a/b). Tile dotted curves correspond to tile stress
2
t(1 + 2- )COs
Oz ~ P2
the known solution for an infinite layer with a hole (X = Oi Ref~l)~
The supplementary stress arising from the presence of the hole is
Card 2/3

S/179/60/000/004/029/030/XX
E140/E435
Shear of a Layer of Finite Width, Weakened by a Circular Hole
such that the solution is valid for a layer of finite length
t >
,p4b (Fig.1). There are 3 figures and 1 Soviet reference,,
SUBMITTED. March 14, 196o
L/
Card 3/3

ROTFELID, L.S., kand.biol.nauk; TIMIRAUM, Ye.G., kand.wed.nauk
Dynamics of blood proteins following burns. Akt.vop.pers1.1crcrri no.4:
252-253 '55- (KIRA 13: 1)
1 Khtrurgicheskays, klinika (zar. ablen-korrespondent AMN SSSR, Prof.
A:N. 711atov) I biokbimicheskays, laboratoriya Leningradekogo inatituts.
perelivantys, kravi.
(BURNS AND SCALDS) (BLOOD PROTEINS)

USSRMOicine - Blood Transfusion Mar 5
"Experiments on Transfusion of Arterial Blood," ye.
G. Tetellbaum, Surg Clinic, Leningrad Order of La--
bor Red Banner Sci Res Inst of Blood Transfuzion
"'Vest Khirurgili" Vol LXXI, No 3, PP 17-20
Method deserves close study, as arterial blood ir,
more effective than venous blood. Taking blood from
an artery is without danger to the donor, if proper
methods are used. Transfusions of arterial blood ,
give clearer and more prolonged re-ettablishment of
high blood pressure than venous blood transfusions.
More favorable change of the oxidation-reduction po-
tential of blood in patients was observed.
ST76
'USSR/Medicine Blood Transfusion mar 5 i
(Contd)
Effectiveness of method is also proved by improve-
ment of general condition of patients who re-
ceived transfusions by this method.
188T76

TETF,LIBAUI-I,, Yk. 1.
TotqlIBa=;, YA. I. "On the utilization of the stabilo-volt,11-
Izvas.tiya Kiyevsk. poJitokhn, in-ta, Vol VIII) 1948 (on
covar: 1949)j P. 61~-68
SO, U-52hl, 17 December 1953, (Latopis 11"Ahurnal IrkyIdi St-oey, No. 26, 1949)

bSdR__/Electronics - Wave Propagation PD-2448
Card 1/1 Pub 90-10/11
Author : Tetiel,'baum, Ya. I.) Active Member VNORiE
Title : Scattering of raM waves by a flat plate
Periodical : Radiotekhnika, 10, 76-78, Apr 55
Abstract : Formulas based on approximation method are presented here for cal-
culation of the intensity of reflection of polarized electromagnetic
wave at various points away from the reflecting plate. The initial
step in the solution of this problem is determination of the distri-
bution of electric and magnetic currents at the surface of incidence
of the radio wave with the plate. This is accomplished by applying
the principle of complementarity of diffraction of radio waves, as
worked out by M. A. Leontovich. The formulas so derived will solve
the problems of finding the effective reflection area-of the plate
for various specific positions of transmitter and receiver with re-
spect to the reflecting plate. Graph. Six references: 4 USSR.
2
Institution: All-Union Scientific and Technical Society of Radio Ebgineering and
Electric Communications
Submitted : November 30, 1951

t-t
USSR/Radiophysics - Radio-wave Propagation. Ionosphere., 1-6
AbstaTournalt Referat Zhur - Fizika., No 12, 1956, 35289
Authort Tetellbaum,, Ya. I.
Institution: None
Title: Reflection of Radio Waves from Flat Sheets
Original
Periodical: Izv. Kievsk. politekhn. in-ta., 1955, 18., 394JW2
Abstract: Using the approximation 1 >> A, a solution is obtained for the prob-
lem of the scattering of radio waves by a rectangular ideally-
conducting plate. It is shown that the expression obtained by
Levin (Levin,-f4-J., Inst. Electr. Nngrs.., 1948, 95, pt. 111, Yo 38)
in the solution of this problem is in error and that the method he
employed is not justified.
Abstracter's notet See also Stratton,, J. A., Chu,, Le Js~ Phys.
Rev., 1939, 56) 99.
Caxd Vl

-...TETELI BAUM, Ya. 1.
Power supply for a.c. vacuam-tube oacillptors. Izv. vya.
ucheb. zav.; radlotekh. 2 no.6:712-719 N-D 159, (MIRA 13:6)
1. Rekomenctrana kafedroy elektronnykh i tonnykh priborov
Xlyevskcgo ordena lenina politekhnicbeel-ogo inatituta.
(OacIllators. Electron-Tube)

MAYEVSKIY, O.A., dots., kand. tekhn. nauk; SIVECIDUKOV, S,V., kand. tekhn.
nauk., dots., otv. red.; TETELIBAW, Yaj., kand. tekhn. nauk,
dots., otv. red.; VYADRO, Sh.fa-., 'red.; 1-11AMICHHU, A.A., tekhn.
red.
(Electronics in technology and aut6matic controll Elektronika v
tekhnologii i avtoEatike. Kiov, 1961, 40 p. (Obahchestvo po ras-
prostrananiiu politicheskikh i nauchnykh znanii Ukrainskoi SSR,
Ser.7. no.7) (MIRA 14::Ll)
(Automatic control) (Electronics)

G T
7BULIBAUM
Calculation of fluctuations of a rectified voltage in
connection with the use of a capacitive filter, Izv. vys.
ucheb.; radiotekh. 5 no.1:111-3.16 Ja-F 162. (~M 15:5)
L. Rekomendovana. kafedroy promyshlennoy elektroniki Kiyevskogo
ordena Lenina olitekhnicheakogo instituta.
Ructric power s~zpply to apparatus)

U345
s/142/62/005/006/008/011
E192/E382
el",7
AUTHOR: Tatellbaum, Yasle
TITLE: Voltage ripple in full-wave rectifiers with a capacitative,
filter
PERIODICAL: Izvestiya vysshikh uchebnykh zdvedeniy,
Radiotel,chnilca, v. 5,.no. 6, 1962, 723 - 733
T EXT Accurate formulae and graphs for calculating the
percentage ripple in full-viave rectifier circuits with a capaci-
tative output filter are given. First, three bridge-type recti-
fier circuits (see Fig. 1) are considered. * The percentage ripnle
for the Ic-th harmonic in these-can be calculated from
the formula:
r
a
k R an k
Ilk nko (1 (79 r
where 20/jr1m) C r CL is the ripple factor for an ideal
ri 0 H
rectifier in which the internal resistance r is much smaller
Ilan ti load r is a correction factor taking into account
.Ard.Ve
6

s/142/62/005/00/oWou
Voltage ripple .... Z192/E382
th e lo,sses due to a finite r and m 11 is the ratio of the basic
frequenc.y of the rectified voltage to that of the input (at the
secondary of the rectifier transformer). Curves giving ~ as a
'function of~:'. Icra/Ir are illustrated in Fig. 2 and these can be
H
used for pr-actical calculations. Graphs can also be employed for
single-phase and three-phase voltage-doubler circuits. The graphs
Eq. (1) were verified e:,,perimentally by constructing a three-
and
phase bridge rectifier circuit and a three-phase doubler system.
The ineasured results were in good agreement with the calculated
curves. For approximate calculations it is possible to use the
formula:
k N/C0rH (12)
where, C is thecapacitance of the filter in IiF and r is the
0 H
load in k11; N is a coefficient which is dependent on the
rectifier system and on the ratio r a/r H 0 For a full-wave
rectifier N = 299 - 2-5 and for single-phase-doubler circuits
2/4

5/142/62/065/Oo6/008/011
Voltage ripple ---- Z192/E382
it is 2.3 - 2'2. N =,o.118.- 9.32 for three-T circuits, While
phas e
for threo-phase.doublers N = 0.15 - 0.07. It is pointed out that,
other conditions bainnP 'ecual, the use o.f doubler circuits results
in a reduction of the Thirs, if in the doubler circuit the
ripPle is 0.50,ffl for'currents of Up to 1280-10-1-t1iis increases two- or
threefold in a bridge circuit for output currents -ran.-ing from
~L vur es-, and
100 - 280 ILIA. There Sara 6 f L 1 table.
ASSOCLVVION: Kafedr Proillyshlennoy -c4'ektronild J%':-i-y-evskogq ordena
-Lonin'Lh~ j-'o lit 011chnic liesko go ;a ; (Der)artinent or
Industrial 21ectronics of t.he Kiypv-Urd-er of Lenin"
Polyteclinic~l Instittiie)-h'
SUBMITTED: November 15, 1961
CO CO
Card 3/4 1:. 6

s/i~, 2/62/005/00VO06/011
Voltage ripp Io .... t) 2/ L;,3 6 2
Fig. 2:
47
.0,6
0,5
4j
.0
.:4
Card 4/4

'**
, ~Imel
-4
I
zz

1 1.
0,4
Up t4,c
ON

.!'L 18012-63 BDS
0310
(5N NR: AP3003396 S/014Z/63100610 Z9 0
1W
AUTHOR: -Tetel%aum, Ya. L.
electronic filter- jo
-MVLE: - Parallel tu*
SOUP. E: IVUZ. -Radipte v. no. 3 1963, 292-300
`TOPIC TAGS: electronic filter
~:ABSTRACT: A simple ripple filter that includes one 6NIP tube two capacitors,
'othing the output
-three resistors is described in detail; it is intended for s ;o
an.d
of'a rectifier. Physical phenomena and operation of the filter are explained; the
[-filtration factor is calculated and compared with measured values for various
circuit parameters. Selection of components, parameters, and operating modes
Iis ~presented in great detail; tube replacement entails a circuit adjustment.
Mdthods of filter calculation and numerical examples are supplied. The following
ap~plications are held possible: (1) when large capacitance at the filter output is

~ -i %.: i
z ~ -, :,' 1 0
.1 .
~48a,'Z-~61-

DOROKHOV, Aleksandr Petro-vich; KOROBKIIIA, Galina Stepsnovna;
SOTARODUBTSEV, Viktor Aleksandrovich; TS&MM, Vladimir
Tinofeyevich; VOLK-01J, A.A., retsenzent; 0GORODMEMPUK,
I.F., retsenzent; RUDMIKO, V.S., retsenzent;jTTEL'BAW
IE~J,., retsenzent; FIL0141-24KO, S.N., dots.,, otv. red.;
DESITiMKO, A.S., red.
[Principles of industrial electronics) Osnovy pronlyahlennoi
elektroniki. [By) A.P.Dorokhov i dr. Kharlkov, Izd-vo
KharIkovskogo univ., 1964. 214 p. (MIRA 17:8)

TTIELIDAUM, Yakov isaakovioh, kand. tekhn. nauk (docoased];
SVECHNIKOV, S.V., kand. tekhn.nauk, retsenzent
[semiconductor rectifiers] Napivprovidnykov! vypriarr,-
liaahi, Fyivf Teklmikap 1964. 25? P. (MIILA 17:8)

VEKSLER, Grigoriy Solomonovich, kand. tekhn. nauk; TETELIBAUM,
Yak v Isaakovich, kand. tekhn. nauk [deceased]; KITAYEV,
Me., kand. tekhn. nauk, retsenzent; OGIYMT.IY, V.V.,
prof., rptsenzent; WORA, Ye.F.p dots., retsenzent;
SUTUOV, G.A., retsenzent; SHVETSKIY, B.I., retsenzent
(Electric power supply of radio apparatus] Elektropitanie
radioustroistv. Kiev, Tekhnika, 1964. 383 P.
(MIRA 17:9)

F- ~
TZTELIBAUM, 466.1.
Certain cardiovascular changes daring polyneuritis in toxic diph-
theria. Pediatriiao Moskva no.2:17-wU Mar-Apr 1953. (CLML 25:4)
1. Of the Infectious Division (Head -- Doctor Medical Sciences M. Ye.
Sukhareva) of the Department of Pediatrics of the Central Institute
for the Advanced Training of Physicians (Head -- Prof. G. N. Speranskiv,
Active Member AMS UM) located at Clinical Order of lanin Hospital
imeni Botkin (Head of Infectious Division -- A. N. Buznikov).

RABINOVICH, I.Sh., Inzh.; TETEL'BOYM,__P,,M., Inzh.
Determining parameters of the driving-wheel profile of centerless
grinding machines. Vest.mashinostr. 42 no.6:67-69 Je '62.
(MIRA 15:6)
(Grinding machines)

TETEL inzh.; KOMHAGIN, B.N., inzh.; KURGUZGV, V.P., inzh.
Introduction of gas-electric cutting in shipbuilding.
Sudostroenie, 28 noi,7:65-68 JI 162. (KIRA 15:8)
(Electric metal cutting) (Protective atmospheres)
L. -

77e 77,t~_ S_
AUTHORS: Puke 11 man M. L. 1e te 1 i sN Y. a nd Ho s s i ne vi c h,
'Engineers
T1 T LE Problems of T ~~y 1 cr (; d e '-.7e d i n F b Lr ~. 1 trn a t i r. g
Current With the 11 r-.u iso G-nerators Vopro-
su o svarke elektrodami ti-q~ ~Xi,'T na poremennor, toke pri
pomoshchi generatorov impullsov)
PERIODICAL: Svarochnoye Proizvodstvo, 1958, lir 1, pp 27 - 28 (USSR)
ABSTRACT: The authors state that experiments carried out at their
plant and at the Institute of Electrowelding imeni Ye. 0.
Paton, have shown that the application of impulse genera-
tors for alternating current welding by electrodes with
coatings, which poorly stabilize the arc process, can re-
place the application of direct current ,-ielding. Impulse
generators (shown in Figure 2) have good operating proper-
ties, small si - b
ze (350 x 300 x 250 mm) and a weJght of
26.5 kg. The required power does not exce,~d 200 watts.
Gas thyratrones of TG-1-2-5/4 t-pe are utilized for these
generators. Two machines of this type have been working
for 1,000 hours under workshop conditions without failure,
and the quality of joints is no worse than in welding by
direct current. The authors come to the conclusion that
with the aid of impulse generators connected in parallel, it
is possible to perform arc welding by alternating current
Card 1/2 with UOINI-13 and other types of electrodes ,,iith coatings

1 35-56,01/2A
Problems of UONI Type Electrode 'Nelding by Alternating Current ldit~"
the Aid of Impulse Generators,
devises for direct current welding. The application of im-
pulse generators ensures stable proces5es and a roiJable
re-excitation of the ar-.. This is a portable de-vice, is
light and comfortable, which permits welding at any temper-
ature of the surrounding air. These devices can be recom-
mended for industrial application in various methods of gas-
electric welding and for carbon arc ,fielding of nonferrous
metals and alloys by alternating current. There is 1 photo
and 2 circuit diagrams.
AVAILABLE: Library of Congress
Card 212 1. Welding-Processes 2. Impulse generatuor5-Applications

";,;IV) "h.; TETELIS, H.K., inzh.; ROSSINEVIGH, O.P., inzh.
inz
UONI electrodes for welding with alternating current and with
use of pulse generators. Srar. proizv. no.1:27-28 -Ta 158.
(KIRA 11:1)
(Electric welding-Equipment nnd supplies)
(Oscillators, Ilectric)

TETELWU V.E,.(XurmanBk); MALTSM, Yu.1. (Leningrad); GREBENNIKOVA,
(Leningrad) BAZHENOV, V.S.; IVASHKEVICH, E.I.;
SAFROMOVA, A.I. ~Vltebsk)j N0VlK, M.G.; OKUNEVA, G.N.
(Novosibirsk); NEDVETSKAYA, L.M. (NoBkva); SENT-UMEROV, S.M.
(Vladii~ostok); FELTAVSKIT, I.P. (Odessa); LIPSKIY, L.I.;
NUTRIKHIN, N.A. (Arkhangellsk); KERIMOV, G.M. (Baku);
BARAKOV, V.Ya. (Samarkand)
Abstracts. Grud. khir. 6 no.ltll8-126 Ja-F 164.
(MIRA 18:11)

Y,
L
PHASE I BOOK M(PLOITATION SOV/5309
Kordbeynikovl, Vitally Grigorlyevich., Boris AleksandroviCh Sak-Shak, and Yuriy
rAonidovich Tetelyutin
Aytonatizatsiya universaltnykh met&Uorezhushchikh stankov (Automation or Universal
Metal-Cutting Machine Too].s) Moscow, Mashg:Lz., 1960* 157 P- 15POOO Copies
printed.
Ed.: Yu. S. Sharin; Tech. Ed.: N.A. Dugina; Scientific Ed. of Ural-Siberian
Department (M"hgiz): G.A.,Sarafannikova.
PURPOSE: This book is intended f9r technical personnel.
COVEUGE: Information concerning the automation of metal-cutting machines is
giYen. Included Ftre descriptions of modernized lathits, milling machines., and
drilling machines. Automation schematics are givensand devices for feeding and
chucking are described along with continuous production lines consisting of semi-
automatic and automatic machine tools* The ToUowing are mentioned as having
been the originators of automation in Soviet machine plants: T.G. Levin, Yu.L.
Tete1yutinJ, V.F. Savst3yev, V.G. Korobeynikov, and V.S. PisImenskiy. There
are no references.

KOROBETNIKOV, Vitaliy Grigorlyevich; BAK-SM, Boris Aleksandrovich;
TZMTUTIN, Turiy Leonidovich; SMIN, Tu.S. , red.;
DUGINA, e
[Automation of universal machine tools) Avtomatizatsila uni-
verselinykh metallorezhuohohikh stankov. Moskvs, Goo.nauchno-tekhaw
izd-vo mashinostroit.lit-ry, 1960. 157 P.
WHA 14:3)
(Nachine tools) (Automation)

TETENEVA, V. F.
Two cases of hemorrhage from the aorta in complicated traur-a of
the esophagus. Grud. khir. n0.5:1.10 161. (MIRA 15:2)
1. Iz otdeleniya grudnoy khirurgii (zav. - zasluzhennyy vrach
RSFSR P. A. Bayandin) Murmanskoy oblastnoy bollnitay (glavnyy
vrach Z. V. Macharashvili)
(ESOPHAGUS-WOUNDS AND INJURIES)
(HEMORMAGE) (AORTA,-WOUNDS AND INJURIES)

TETEWE
U) V.F.
Three cases of a celomic cyst of the pericardium. Grud. khir.
2 no.4:120 Jl--jlg 160. (IMU 15:6)
1. 1z otdaleniya grudnoy khirurgii (zav. - zasluzhennyy
vrach RSFSR P.A. Bayandin) oblastnoy bollnitsy Murmanska
(glavnyy vrach Z.V. 14acharashvili).
(CYSTS)
(PERICARDIM4-TUMORS)

TSTEWBAUM Ya-T-
New method -for measuring electron,-tube wansconduetance. Iw*vyo,ucheb.
zave; prib, 6 no,lt3-10 163. (MIRA IW)
lo Kiyevskiy ordena Lenina politekhnicheskij institut. Rekomendovana
kafedroy promyshlenn* elektroniki.
(Electronic measurements) (Electron tubes)

AMIKOVAI R.Kh., kand. ist. nauk.,_TETJNEVAL.G-, kand. ist. nauk;
ALIMOV, I.A.j DMIMMY, U.'U ; vIjnpjwU'Uv' O.B., doktor
ekon. nauk, redaktor ; DZHU;~YEVA, T., kand. ist. nauk,
red.; ATFENYUK, S.Ya., red.; DANILOV, V.P., glav. red.;
BELOV, G.A., red.; GRIGORIYAN, L.L., red.; IBRAGIMOV, Z.I.,
red.; IVNITSKIY, N.A., red.; ILIYASOV, S.I., red.; KAKkBAYEV,
S.D., red.; KAMENSKAYA, N.V., red.; KRAYEV, M.A., red.;
KULIYEV, O.K., red.; MAKHARADZE, N.B., red.; OBICHKIN, G.D.,
red.; PLESHAKOV, S.T., red.; ~ADZHABOV, Z.I., red.; SELEZNEV,
M.S., red.; TURSUNBAYEV, A.B., red.; FEDOROV, A.G., red.;
SHEPELEVA, T.V., red.;,PATLAKH,'.B., red.; MASHARIPOVA, D.,
red.; BULATOVA, R., red,; GORIKOVAYA, Z.F., tekhn. red.;
KARABAYEVA, Kh.U., tekhn. red.
[Socialist reorganization of agriculture in Uzbekistan]
Sotsialisticheskoe pereustroistvo sellskogo khoziaistya v Uz-
bekistane, 1917-1926 gg. Pod red. O.B.Dzhamalova. Tashkent,
Izd-vo Akad. nauk UzSSR. Vol.l. 1962. 792 p. (MIRA 16:5)
1. Akademiya nauk Uzbekskoy SSR, Tashkent. Institut istorli i
arkheologil.
(Uzbekistan--Agriculture)

VOLKOVICH, A.V., inzh.; KOCHERGIN, A.I., inzh.; GREKOV, S.D., inzn.;
ZINOVIYEV, A*F., Inzh.; TETJENEVA, M.S., inzh.
Mechanizing the production of cadmium sulfate. Khim. i neft.
mashinostr. no.1:39 J1 164. (MIM 17:12)

STOLBOVAJ, A.; UMAROVAJO M.U.; UVAROVA., A.I.; VISHNEVETSKaA., Ye.A.
TETFIIKO. N.I. 1. meditainskaya sestra.
Nurses I councils. Med. sestraL 22 no.6 z42-45 Je 163. (MMA 16:9)
1. Rredsedatell Soveta meditsinskikh sester Vladimirskoy ob-
lastnoy bollnitsy. Detskaya bollnitsa No-3 Tashkentskoy zhe-
leznoy dorogi (for Umarova). 2. Glavnyy vrach Detakogo kostno-
tuberkuleznogo sanatoriya No.2., Dnepropetrovsk (for Uvarova).
3. Detskoye otdelenip Krasnodarskoy krayevoy klinicheskoy
bollnitsy imeni, prof. S.V.Ochapovskogo (for Tetenko),
(MMM. AND NURSING)

ILETELISKIY , Vasiliy Vladimi-rovich; TETENKOVA., l4ariya Froloviia;
POPOV, P... red. - - ---
[Potato] Kartofell. Kemeraw, Kemerovskoe knizhnoe izd-
vo, 1965, 59 P. (MIRA 18:10)
I',-

TETENYI,- - P.--- - - ---- -- - -
SOILe problems of development of a species of Arachis ~Uogaea L.;
excerts from a candidate's thesis, p. 293,, Magyar Tudomanyos
Akademia, Agrartudomanyok Osztalya, KOZLbME'IIYEI, Budape.-t., Vol. ~,,
No. 1/3, 1956
SOURCE: East European Accessions List (KAL) Library of Congress,
Vol. 5, i4o. 11, November 1956

THTENI. P. Cand Chem Soi -- (dine) "Kinetica of dehydrogenation of blcoholze-
and the effect of the nature of oatalyzer metslO upon it." Mos, 1957. 11 pp
(Mos Order of Lenin and Order of Labor Rod Banner State UnIv Im IA. V. L40monogov.
Chem Faculty), 120 copies M, 45-57, 97)
-4-

rf~,Ti Y
HUNGARY
G' ut, va f .,)d PJx n ta Indutitriftl, Dlalfarnlm, awrar.
T,%~3.v. of ;Ciezzicas
1 -a, E. Stuaps of Davelopment in Feezuts.
a c c i 11 ad - n a i u n tat, 11) 5 7 11 o . Z 0 1 -2, 16
A uhe UIIDIW~ 86ed.5 1,30.~~-I_-23 Ut 20-1_0,4 h=IfUt7
and at 7-41A. A minimi-zm, t.~m,_.pira `-,-ure of 110.501
ror 16-2,0 djp is -i-aquired for vinializatlua. llw.-obperv- i
;.1=03 ut, Sovirl"? det,3.-; Vw.0IIcFtrdtd Vor diftex,"rt i,-Lreau of
Joadr. '-o ;,t Iv, raring of the yield by 30,1,0~~. 7~1 o
ri.,LiA&nc0 Of a,,nhoriem2d' Uy is most offa;~~Uiva atar~in&
v! th -tJif) thtrd ~.-tf to r th.v appa,~, vaa.ic of' tne sprouts and 1
~,.ontiw~iag for 6 daya. At the U.11ori tig, stfiga, t4o- mir.L-
tcmip%mt-u.ek matit, L*j abovo *,hwJ.oU,j,-j hi~vvif,g wa
L-pri,,-"It !:ihap-j of ths b~,ksh am maturing faster (by 5-15
1;h-~,n wi. th trai4ling lateral. brarichos. The
are not zuitable 1"sr. c-ultivation
in fiu.-Lgary. Ye. Z. Gey-dollberg
V1

AIT~HOR BALANDIN A.A,., Member of the Academy5 TETENI, P. 20-5-41/67
TITLE The Kinetics of the Dehydrogenation of Alcohols Over a Copper
Catalyst DepoEd.
(Kinetika degidrogenizatsii spirtov nad oaazhdennym mednym kata-
lizatorom -Russian)
PERIODICAL Doklady kkademii Nauk SSSR,1957,Vol 113,Nr 5,PP 1090-1093(U.S.S.R.)
Received 7/1957 Reviewed 8/1957
ABSTRACT This problem was investigated by previous papers by the same au-
thor, where it was shown that the activation velocity and -energy
of this process is either not at all or to a very low degree de-
pendent on the k-structure of the alcohols.It was further found
that the adsorption coefficients of ethyl-,n-propyl-,and isopro-
pyl alcohol are equal to one another on the copper catalyst.In the
present work alcohos differing considerably in structure were in-
vestigatediethyl-,isopropyl, benzylalcohol, and cyclohexanol.In
contrast to previous works the catalyst was produced by the preci-
pitation of copper hydroxide by ammonia from a 2o% solution of ni-
tric copper. As already previously proved, alcohol dehydrogeniza-
tion subordinates itself to the general kinetic equation of mono-
molecular reaction in the flux. In the case of the dehydrogenization
of alcohols without admixtures this equation is as followst
dm Al - M
Gard 1/3 T1, Al + (z2+z3 ; where k denotes the constant of reaction;
, k 717~m

The Kinetics of the Dehydrogenation of Alcohols 20-5-41/67
Over a Copper Catalyst Deposit.
ki-the afflux velocity of the alcohol, and m-the velocity of the
elimination of hydrogen(further details in a previous paper-8).
The "lues of relative adsorption displacement were the same as in
the case of other substances.The values of the relative absorption
coefficients for acetaldehyde and hydrogen differ from those obtai-
ned by previous works,-but at that time a catalyst was used which
was produced by the annealing of netric copper, and was subsequent-
ly reduced by hydrogen.As table 2 shows these coefficients for hyd-
rogen are independent of temperature.The aggreement of physical ad-
sorption heats of the alcohols investigated indicates the partici-
pation of chemical forces in the adsorption process of the.alcohols
during catalysis.The results obtained show that the structure of
the hydrocarbon radicals of alcohol exercises only little influen-
ce on the value of the activation enrgy of dehydrogenization on
the metal copper catlyst-.The insignificant influence exercised by
the hydrocarbon radical on the activation energy confirms the multi-
plet theory. It may be explained by the fact that the substituent
outside the frame exercises nearly the same influence both on the
value of the atomic bindings within the molecule which disintegra-
tes duringthe reaction, and on the bindings of the atoms of the
reacting molecule with the catalyzer atoms.
Card 2/3 (With 1 illustration, 6 tables, 9 Slavic references)

The Kinetics of the Dehydrogenation of Alcohols 20-5-43./6T
Over a Copper Catalyst Deposit.
ASSOCIATION Moscow State University "N.V.LOMONOSOV"
PRESENTED BY
SUBMITTED 6.12-1956
AVAILABLE Library of Congress
Card 3/3

AUTHORS Balandin, A.A., Academician, 2o-4-26/6o
Teteni F.
TITLE The Kinetics of the Catalytic Dehydrogenation of
Isopropyl Alcohol in the Presence of Fourth-Peroid
Tranaltion Metals.
(Kinetika katalitioheekoy degidrogenizateii izopropilovogo
spirta v priautstvii perekhodnykh metallov IV perioda.)
PERIODICAL Doklady Akademii Nauk SSSR, 1957, Vol- 115, Nr 5,
PP- 727-730 (USSR)
ABSTRACT This kinetics of catalysts such as iron, cobalt and
nickel has been little investigated. But this reaction may
serve as a model reaction in the study of the above-
mentioned catalysts which are widely spread in practice.
In the present paper these metals were used in a form
obtained by precipitation. The experiments were carried
out in an ordinary flow set-up. It was found that the
investigated catalysts (temperature range: for iron and
cobalt up to 2500C, for nickel up to 2150C) exclusively
perform the dehydrogenation of isopropyl alcohol to
acetone. In that connection pure hydrogen developed. The
oatalyeate contained only acetone and the not thoroughly
CARD 1/4 reacted alcohol. As it was shown earlier this reaction

2o-4-26/6o
The Kinetics of the Catalytic Dehydrogenation of Isopropyl Alcohol
in the Presence of Fourth-Peroid Transiti on Metals.
is subject to the general kinetic equation of the mono-
molecular catalytic reaction in the flow. For alcohols
without admixture it has the form:
dm,
1 (1)
k
71
A1+ (z2+ 23-t)M
where k - is the speed constant of the reaction, A the
supply speed of the initial substance, z and z - the
relative adsorption coefficients of the ietone and of
hydrogen, m - the quantity of hydrogen separated per
minute, and 1 - the length of the layer of the catalyst.
The Integration of equation (1) leads to:
Al (2)
k A,& n (Z2 + z3
(22 + z3 A M
Tables 1 and 2 give the results of the determination
CARD 2/4 of the coefficients of adsorption. They show that the above

2o-4-26/6o
The Kinetics of the Catalytic Dehydrogenation of Isopropyl Alcohol
in the Presence of Fourth-Peroid Transition Metals.
mentioned coefficients of acetone and hydrogen on
iron- and cobalt-catalysts do not depend on temperature.
Such a dependence is only observed in the case of nickel.
Here the coefficients of both substances decrease with
increasing temperature. The dependence is logarithmic
(fig. 1). From the obtained results the heat differences
of hydrogen, acetone and i9opropyl alcohol were
calculated and the following values obtained:
Aac - Aale ' 3,7 kcal/Mol and -A H2 - kic
14,5 kcal/mol. In the case of iron and cobalt the ad-
sorption heats of alcohol and the products are equal
or approximate. Further the adsorption coefficients
were used in the calculation of the reaction constants
at various temperatures. For determining the true
activation energy of the dehydrogenation with every in-
dividual catalysts experiments were made with different
temperatures at a constant volume speed. For calculating
CARD 3/4 the speed constants the values of Al, m and z +Z were
2 3

2o-4-'26j6o
The Kinetics of the Catalytio Deh;~drogenatinn of Isopropyl Alcohol
in the Presence of Fourth-Peroid Iransition Metals.
ASSOCIATION:
SUBMITTED:
AVAILABLE:
introduced to formula (2). For the nickel catalyst the
value z2 + z3 was found at the necessary temperature
by interpolation of the straigth line of the logarithmic
dependence (fig.1). The results are given in tables 3-5
and fig. 2. The true activation energy of alcohols on
Fe and Cc was for the first tima determined here. From
the results it follows that the activation energy here
decreases from iron to nickel. The activity of the cata-
lyste of the fourth-period transition metals increases
with the decrease in the atomio number of the metal and
with the shortening of the interatomic distance. These
new results are of importance for the determination of the
dependence of the catalytic activity of the elements on
their position in Mendeleyev's periodic system.
There are 2 figures, 5 tables and 9 Slavic references.
Moscow State University imeni M.V. Lomonosov.
(Moskovskiy gDsud&rstvenny*y universitet im. M.Z Lomonosova)
March 23, 1957.
Library of Congress.
CARD 4/4

It_7
35, Determination of the surface area and activity of metal
cataly~Stll.`~ 4T. IC i r A Ly. P. T 6 t 6 in v I. MQUYar Kil jlias
Paydirai, Vol. 01, 1 5g, No'._11" 4 figm., 3 Who.
Data derived from adoorption 1-Casuromen tit (aperific
surface area, adsorption capacity, heat of adsorption, pore
structitm etc.) are of grout importance in studying the lj)iymi-
Cal properties of motal catalysts. The knowledge of the spe-
cific surface makes possible the determination of the n1w.61fic
catalytic activity while information on the potential activity
of a catalyst may be derived from tit% heat of admorlition.
The adsorption. isotherms of nitrofenviweris detormlowt for
Fe, Co, N 'I, Cuj Pt and Ag catilLysti tit -183*0, the toinlier.
atwo of liquid oxygen. The surface ares, of the ratalysta
wo4 calculated from the iisotherms (space requirement for
~ha nitrogen molecule being assumed an 17.0 M anti this
so-called not adsorption, beats were computed from equation
AA - RT In 0, where R in the universal gas constant, 2' Out
absolute temperature, 0 tit* conalant of this 13LT equation.
The specifia catalytic activity of the ithavo coWyata wast
41otermined by dehydrogeriating leopropyl' alcohol unit cyclo.
hoxanol. As shown by the experimental roqulta of the do.*
hydrogenalitig reactions tine misecific citinlytio activity of tbo
metals of the fourth acrio.-i of the 1wriodits soyAtem Incroamm
from iron to olekel anti deemissen al. copper. Catftlytio activ.
ity i-i laiv,-r %ritla P& anti Ag than w4h metali; In lite sonto
col timi is I)iit its the Nurth m:rien.

87667
S/081/60/tOO/02,3/003/'021
5,11 C) 1214 -JI AOO5/AOO1
Translation from: Referativnyy zhurnal, Khimiya, 1960, No. 23, p. 67, # 91656
AUTHORS: Balandin, A.A., Teteni.-J~
.WOOMWWI-
TITLE: On the Problem of the Role of d-Electrons in the Catalysis. The
Kinetics of Dehydrogenation of Isopropyl Alcohol in the Presence-of
Copper, Cobalt, Nickel, Iron, Silver, Platinum, and Palladium
PERIODICAL; Probl. kinetiki i kataliza, 1960, Vol. 10, pp. 339 343
TEXT: The values were determined of the actual activation energies and the
specific constants of dehydrogenation rate of isopropyl alcohol with Cu, Ni, Co.
Fe. Ag and Pt as catalysts. The temperature coefficient of the dehydrogenation
rate of isopropyl alcohol over Pd was determined. It is shown that there is no
direct relation, at the dehydrogenation of isopropyl alcohol between the catalytic
activity of the metal and the incompleteness of its d-level. However a relation
exists between the catalytic activity and the atomic radius of the metals crystal-
lizing in the facecentered cubic crystal lattice. R.A.
Translator's note. This is the full translation of the original Russian abstract.
Card 1/1

TETENI P.- SHEKHTERY K.
Effect of the method of preparing on the activity of nickel catalynts.
Dokl. AN SSSR 146 no.3:621-624 S 162. (MIRA 15:10)
1. Institut izotopov Komissii, po atomnoy energii Vengerskoy Narodnoy
Respubliki.. Budapesht, Vengriya. Predstavleno akademikom A.A.Balandinym.
(Nickel catalysts)

TETE~~ P
_ Al.;_ RA CS., Lajos; SCHACHTER, Klara
Determination of the bond strength genarated between the
reaction of atoms and the nickel catalyst. Magy kem folyoir
66 no.10:378-380 0 160.
1. MWfar Tudomanyos Akademia Kozponti Kemiai Kutato Intezete,
Budapest.

TENYI Pal a kemiai tudomanyok kandidatusa
The developmentp achievements# and present state of the multiplet
theory. Kem tud kozl XTA 13 no.2:217-230 160. (UAI 9:8)
(Catalysis) (Dehydrogenation) (Hydrogenation)

1~k
I-UNdapest)
On a kinetic method for determining adsorption coefficients. Acta
chimica Hung 22 no.3s247-253 6o. (EEAI 9:31)
le Central Research Institute for Chemistr7p Hungarian Academy of
Sciencesp Budapest. Presented by G.Schay.
(Adsorption)
.. It

TETEIM, Pa'l (Budapest XII., Nekgolyo u.5); SCHACHTER, Klara (Budapest XIV.,
------7u-ngaria korut 114)
On the kinetics of catalytic dehydrogenation of hydroaromatic compounds.
III. Comparison of the dehydrogenation rate of various cyclic bydro-
carbons. Acta cbimica Hung 29 no.2:199-206 161.
1. Central Research Institute for Chemistry, Hungarian Academy of
Sciences.
(Dehydrogenation) (Aromatic compounds)
(B~drocarbons)

BALANDINt A.A. (Hoskva)4-THTF.NIO P. (Moskva)
Kinetics of the dehydrogenation-of alcohols of various types,-On
copper. Zhur. fis. khim. 35 no.lt62-71 Ja,161, (MIRA 14:2)
1. Hookovskiy goeudarstvennyy universitet U6. M.V. Lonmosova.
(Dehydrogenation) Wiper) (Alcohols)

TETENYI, Pal.. a kemiai,..tudomanyok.kandid&tuaa
Situation conceiming the application of radioactive isotopes and Its
possibi3ities in Hungar7. Magy tud 68 no.7/8:455~-466 JI-Ag 161.
1. Intezeti igazgato, OAB Izotop Intezete.

S/02Y62/143/003/022/029
B101 B144
AUTHORS: Tk4nZi, P., and Babernios, L.
TITLE: Effect of irradiation on the catalytic properties of copper
PERIODICAL- Akademiya nauk SSSR. Doklady, v. 143, no. 3, 1962, 616 - 617
TEXT: The effect of irradiation on the catalytic properties of a copper
catalyst was tested on the basis of the dehydrogenation of oyclohexane.
The catalyst samples were prepared from copper nitrate according to a
method described earlier (ZhFKh, 22, 72 (1961)). The catalytic activity
was determined by a method described in Acta chim. Acad. sci. hung., ila,
375 (1961). The degree of conversion of C 6H 12 into C 6H6was determined
from,the change in the refractive index. The catalyst samples were
13 2.
irradiated in argon atmosphere in a reactor with 10 neutrons/cm see for
about 100 hr. The catalysis experiments-were performed with specimens
having an activity smaller than 1ACUIg. Results: (1).The initial catalyst
possessed only slight activity (0-040 ml/min at 310 C) and an apparent
activation energy of 41 kcal/mole. (2) After irradiation, the activity
Card 1/2

S/020/62/143/003/022/029
Effect of irradiation on... B101/B144
was increased (0-148 0.100 ml/min) and the activation energy decreased
(17-5 and 18.1 kcal/mole, respectively~. (3) Gamma irradiation caused
no increase in catalytic activity. (4 Solution of the catalyst in HNO
3
and recrystallization produced catalysts of still greater activity
(0-376 - 0.510 ml/min) with approximately unchanged activation energy.
It is thus concluded that increase in activity is not due to structural
changes.' It still remains to be investigated whether (a) the radioactivity
of the specimen, or (b) a furthering effect of Ni and Zn mioroquantities
arising from decay of radioactive Cu is important here. There are 1
figure, 1 tablep and 3 references; 2 Soviet-bloc and I non-Soviet-bloc.
ASSOCIATION: Institut fUr Isotope des Staatlichen Komittees fUr Atom-
energieg Budapestf Ungarn (Isotope Institute of the State
Committee of Atomio Energy Budapest, Hungary)
PRESENTED: November 30, 19610 by A. A. Balandin, Academician
SUBMITTED: November 29, 1961
Card 2/2

GUGZI, Laszlo; TETENYI, pal, a kemiai tudomanyok kandidatusa
.The effect of radimative radiation on the ada#ptive and catalytic
Properties of the so-lids. Kem tud kozl MTA 18 no-4.'595-601 62.
1. Orazagoe Atomenergia Bizottsag Izotop Intezete, Budapest.

TETEMI P _(Tetenyi, P.]
-Intraspecific chemieal taxa of plants. t. zhur. 47 no.12-
1731-1741 D 162. (MIRA 16: 6)
1. Nauchno-iseledovatellskiy institut lekarstyennykh rasteniy,
Budapesht.
(Plants-4hemioal analysis) (Botanyb,~cology)

:T~TENYlp ?p4; SCHACHTER, Klara; BABERNICS, Lajos
Kinetic method for determining the energy of bonds occurring betveen
catalysts and reacting atams. Magy kem folyoir 69 no./+sl8l:-183 Ap
163.
1. Orazagoo-Atomenergia Bizottsag Izotop Intezete, Budapest.

&SZTF,R, Szaniszlo (Budapest.* 1141.,, Budafok, Pek u.7)j TETERYI, Peter
Variability of Sqdun acre L. Botan koal 50 no.2:67-78 i1 163.
1. GVogynovany Kutato IAtezet.. Budapest, XII., Daniel ut 40
'(for Tetenyi)

TF.TEKA. Pall-dr. (Budapest, XII.a Konkol~ Thege Ut); BABFMIICS, LaJos
1"*-(BUdfLpest' XII.) Konkoly
Thege ut
'
*On the kinetics of the catalytic dehydrogenation of hydroaromatic
compoundoo Pt. 3o Acta-chimica Hung-35 no.4sl+19-432 163.
1. National Atomic Energy Camission, Institute of Isotopes,
Pudapeste

TETENYI, Pal, dr.; BAHERNICS, Lajos; GUCZ1, Laszlo; SCHACHTER, Klara (Mrs)
Effect of the method of preparation on the adsorptive and
catalytic properties of nickel. Pt.l. Acts. chimica Hung 40
no.4:387-396 164.
1. National Atomic Energy Commission, Institute of Isotopes,
Budapest, XII., Konkoly-Thege ut.

TETFWYI? Paij, dr. (Budapest, X11., Konr~~oly Thoge ut;, C;UCZJ, Laszlo
. ~, X 1 -T . , K o nk o 1 7- e. g e u I ~
Y
Effect of the method of proptimitlor; %)n the Adfiorptive and
catalytic properties of nickel. Ft.2. Acta chimica. hung
41 no.4;383-399 164.
1. Instituteof Isotopes of the National Atomdc Energy
Commission, Budapest.

- TETENYIJ, Pal,, dr. (Budapest, XII., Konkoly Thege ut); SCHACHTER, Klara
-~,~i~=4706 t,XIT., Konkoly Thege ut); HOLLY, Sandor (Budapest,, XI."
Budafoki ut 8)
On the kinetics of the catalytic dehydrogenation of hydro-
aromatic compounds. Pt. 6. Acts. chimics. Hung 40 no. 2:145-155
164,
1. National Atomic Energy Commission, Institute of Isotopes,
Budapest, and Central Research Institute of Chemistry, Hungarian
Academy of Sciences, Budapest.

I, a fl 17i I
rkith~A for th~:
'3-47

TETENYIJ, Pal, dr. (Budapest, XII.,Konkoly Thege ut)
On the kinetics of the catalytic dehydrogenation of hydro-
aromatic compounds. Pt. 7. Acta chimica flung 40 no. 2.157-166
.64.
1. National Atomic Energy Commission, Institute of Isotopes,
Budapest.

TEMNY I, Fal, a kemial Udomanyclil.- kan-11j,ttiisa
Adsnrpt4on and cat-slyti-c- propertAes of ni-okel
Drapared by various -nethoAs. Kam tud kozi MTA- 21 rc."~
~59L275 264.
1. Isotope intstit-titag Nati:;nal Atomlz flnerU Co.%misslon,
Budapest.

MON"

_0

F A

7 -3
T
an",

El::
-v ed
e
r a nd
Ma

-3 3 nd a pe r i7
a rig

I AT N a
Bu 'a )e 8 t

L 1185-66 E'.1F(c)/WP(j) RM
-XMTWb11 NR: AT502519 HU/25* /032~/0337
kk ~W/004
AUTITORi Tatertri. Pal (Teteni, P,) (Doctor) (Budapest),- Schachter, Klara (Shekhter,
(Budapeftjj6'BA~~'e,~~Lajos (Ba~srnioh, Le)(Budapest)
TITLE; Effect of the viethodof preparation on the adsorptive and catalytic 55
properties of nickel, Part 4: Kinetics or the deb3rdrog2nation of Isopropanol
SOURCE: Academia scientiarum hungaricae. Acta chimina, ve 42, no* 4, 1964, 325-
TOPIC TAGS: nickel, dohydrogenation, catalysis, alcohol
7
ABSTRACT: The kinetics of the dehydrogenation.of idopropanol was investigated with
the various nickel catalysts described in Act& Chimica. Academiae, Scientiarum
Hungaricas, Vol 42, 1964, p 227, prepared by.various methods, and the activation
energy of the reaction'was determined* The activation energies were found to be
affected by the method of catO7st preparation* Orige art* has: 7 grap~srl tablis,
9formilaso
ASSOCIATIONs National Atomic Hr~rgr Commission, Institute of Isotopes, B~dapest.
summurm: olApr64 ENCL: 00 SUB WDET Oct GC
M REF SOVS OTHM: 010 JPRS

L 21335-66 EWP(J)/EWP(t) IJP(c) RW~PIMV
ACCESSION NR*. AT50215~9 llU/2~02/61#/0142/003/0227/0241
-,AUTH08~1:- Tete ~iP (Teteni, P.)(Doctor)(Budapest); Schachter, Klara (Shekhter,K.')
(Bud pea am cas Lajos (Babernich, Lo)(Budapeat)
%V.
3..7
TITLE: Effect of the method of preparation on the ad6orptive and catalytic
properties of nickel. Part 3: Investigation of the kinetics of the dehydrogenat
of sx2lohexane-
SOURGEs Academia soientiarum hungaricae. Acta chimica, v. 42, no. 3, 1964,227-241
TOPIC TAGS: catalysis, nickel, dehydrogenation, cyclohexane, sorption, adsorption!
'ABSTRACT., The effects of catalyst preparation on the ability of nickel catalysts to
accelerate the rate of.cyclohexane debydrogenation were investigate. Sorption
processes were the rate-deteminipg factors in the reaction, and there wan no
evidence of relation between the heat of hydrogen adsorption and activation energy.;
It was thought likely that both th,-. carbon and the hydrogen atoms joined by the
bond are adsorbed on the surface of the catalyst. Orig. art. has: 9 tables,
4 formulas, 4 graphs.

L- 41686-66 _M11(j)- RtA,
14-M-W ~A%Oj= -SOU-RC-E -CODE-:---
HU/2502/65/043/002/0101/0117
AUTHOR; TeteW, Pal-Tatenip P. (Doctor)
ORG: Institute of Iaotozno National Atomic Energy Commission# Budapest (Orszagos
Atomene-rgTU-31-zottsagV Izotope Intezet)
TITIE: Effect of the method of preparation on the adsorptive and catalyticiproperties
of nickel VI. Bond energy values characteristic of'the interaction between substrate
Iand catalyst
SOURCE: Academia scientiarum Hungaricae. Acta chimica, v. 43, no. 2. 19651, 101-117
TOPIC TAGS: activation energy-, bond energy, dehydrogenation, nickel
ABSTRACT: Balandin's kinetic method was used-for the calculation of bond energies,
from the energies of act~'vantion., for the bonds H-Ni, C-Ni and O-Ni formed in the
dehydration of t-butanol, i th presence of catalysts prepared by different methods.
The correctness of the n rical values obtained as bond energies proved the
reliability of the applied method. Although the values for the individual bond
,energies were different depending on the catalyst used, their combined sums -
differed from one another to a very slight extent'only. Orig. art. has: 2 figures,,
10 formulae and 4 tables., [Orig. art. in Eng.) 1JPRS: 33,5401
SUB CODE: 07 / SUBK DATE: May64 / ORIG REF: 008 SCV RW: 003
OTH RM: 010
af

L-4660-3. -DD
SOURC.1--, CQD~14-11U/250 165 61001WW
ACC NRt AT6025198 R -/01 0-2406]
AUTHORt Schachter, Onra-Sholffiter, Ke; Tetenyi, Pal-Teteni, P. (Doctor)
ORG; Institute for Isotopes, National Atomic Energy Commission, Budapest
TITL3; Dohydrogenationlof tertiary butanollon motal cat%4sts
SOURCE: Academia scientiarum hungaricaes Acta chemica, v. 46, no- 3. 1965, 229-24o
TOPIC TAGS: dehydrogenation, alcohol, activation energy
ABSTRACT: Dehydrogonation of tort. butanol, takes place on metals such as Fe, Co, Ni,
Cu, 11h, Pd, and Ag. The activation energy values characterizing the dehydrogenation
and the frequency factors of the Arrhenius equation were determined. A linear rolati
e:;dsted between activation energy of dehydrogenation and the lattice constants of the
mitals studied. The results indicated that the dehydrorxranatiorl~of alcohols take plac,
on the same active sites of the surface* Orig. art. has: 3 figures, 5 formulas, and
12 tables. fO-rig. art. in Ene,.7 fjhs: 34, l6ff
SUB CODE: 07 / SUM DATE t 29&pr63 / ORIG REF: 004 / SOV REF: 008
OTH PX,-F: 011

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JANCZEWSKIY Z.; TETER, J.
Comparative studies of testicular biopsy findings and chromatin
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