SCIENTIFIC ABSTRACT KELER, E.K. - KELETI,T.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000721510007-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACC NR. - Amo6206 (A SOURCE CODE: UR/0363/67/003/001/0119/0126
AUTHORs Gaushkovap V. B.; Davtyan,, 1. A.; Koler, E. K.
ORG: Institute of Silicate Chemistry im. I. V. Grabenishchikov, Academy of Soiencesq
SSSR (Institut khimii silikatov Akadomii nauk SSSR)
TAITLE: Preparation and prorierties of yttrium, and neodymium gomanatos
SOURCE: AN SSSR. Izvestiya. Neorganicheskiye materialyp v. 3, no. 1, 1967, 119-126
TOPIC TAGSt yttrium compound, neodymium comDound, germanato
ABSTRACT., Yttrium and neodymium germanates were propared by both coprecipitation and
mochanical mixing of the oxides, and the systems obtained (Y203-GeO2 and M203-GOOP-) f
were subjected to differential thermal and x-ray diffraction analyses. The formaiion~
of equilibrium crystalline products was found to be complete at 12000C in all cases.
Both systems contained compounds of the compositions InZc~:Gecg = 1:2, 1:1 and 2SI.
The interplanar distances were calculated for these compounds. The behavior of the
germanates at high temperatures was studied by subjecti-ng them to prolonged isothorzall
firing and then to x
-ray analysis. Ittrium germanates were found to be more stable it
than neodymium germanates at high temperatures. Orig. 4rt. hast 6 figures and 6
1 tables.
SUB CODE: 07/ SUBM DATEt Meo65/ ORIG REN 003/ OTH REFt 001
Card 1/1 UDCt 546.6411289

HAHN, A.; KET-18, M.
The clinical significance of iron deficiency. Lijec, vJes. 76
no.1-218-19 1954.
1. Interna klinika *dicinskog fakulteta u Zagrebu.
(AMMIAi RMCHROMIC, ther.
*iron)
(IRON# ther, uae
*anemia, hypochromic)

DOGAN. S.; KMM, M.; PERSIC,N.
Copper in blood in schizophrenia; a problem of pathapbysiolog7
of schizophrenia. Acts. med.iugoel. 9 no.1:60-70 1955.
1. Newolooko-psihijatrijaka klinika I Interna klinika Medi-
cinskog faktAtets. u Zagrebu.
(COPPIM, in blood
In sohizophrenia, daterm.results(ser))
(BLOOD,
copper in schlzmhrenia, determ. & reeulte(Ser))
(SCRIZOPHRMIA. blood In
copper determ. & results (Ser))

SKWALO, Zdenko, Dr.; KILER, Mira, Mr., pb.
Hemoglobin fofms. Ned. glasn. 10 no-8:325-331 Aug 56.
1..Intern& klinika Madicinskog fakultatu u Zagrebu (predstojnik
prof. A. Rahn).
(HDOGIDBIN,
patbol. molecular forms, propertims & determ. (Ser))

RADONTC, Milovan; RADOgL?VIC P Zdenko; KELER, Mira; HAHN, Arpad
---------- -.-
Report on the c-Ontinuation of the research on nepholithiasis.
Ljetopis JAZU 63.-415-42o '56 (publ.159).

o
1") no
"o'), olkhr. mat.
9a Of
of' Com: U,
IC a33

Mn, N.N.6 dotsent; ARONOVICH. G.D., professor, zaveduyushchiy; SHUTOVA,
professor, direktor.
Sleep therapy in chorea in children. Vop. pediat. 21 no.2:14-17 Mr-Ap
153. (KLRA 6:6)
1. Kafedra nervnykh bolezuey Leningradekogo gosudaretvennogo pediattriche-
skogo maditainakogo instituta (for Aronovich). 2. Leningradskly gosudar-
stvannyy pediatricheskiy meditsinskly inotitut (for Shutova).
(Sleep) (Chorea)

74'6yp-'ca:L forp'oto and diagnoolo of no-PI-lytic, :Latent,, sl3d
94 160. ms Of Po-"CEWGIitiB- Zhw.nevr.i paikh. 60 no.7;789-
(MIRA .14s.1)
Is Tafedra nervnykh bolesney. (Zav, _ pro.,Lo. Ye.p. Daviclenkova)
Ieningraclakogo PediatricheBkogo meditsinskogo instituta,
(POU04IMTIS)

i6
DAVIDENKOVA, Ye. F.; KELER, N. N.;.SAVELOYEVA-VASILIUVA, Ye. A.;
NIKOLAYEV, V. P.
Clinical characteristica of aerous meningitis eaused by inteBtinal
viruseB. Pediatriia no.6:3-8 162. (MIM 15:6)
1. Iz kafedry YlarrWkh bolaxney (zav, - prof. Yo. F. Davidenkova)
i virusologicheakoy laboratorii (zav. V. P. Nikolayev) Lenin-
gradskogo pediatricheakogo meditsinskogo in8tituta (dir. Ye. P.
Semenova).
(MENINGITIS) (VIRUS DISEASES)

~M,I?R, V-, inzh.
Achievenant of Academician Yok. NTO 2 no.8:24-27 Ag 160.
(MIRA 13:10)
(Pok, Vladimir Aleksandrovich, 1898-)

ACC NR: AP7012424
SOURCE: COM UR'0189!66/000/003"0029-0034--
AUTHOR:,_Kuler9',V*; Kazanskaya, H. F.; Berezin, 1. V.
ORG: Departnent of Chenical Kinetics, Moscou State University (Kafedra
kh1m1cheskoy kinetiki moskivskogo gosudarstvennogo universiteta)
TITLE: Reactivity of hydrogen In the hydroxyl groups of CH sub 3 OH, Iso-C
sub 3 It sub 7 Oil and (CH sub 3) sub 3 069 In react ion with free methyl
radicala In tho liquid phase
SOURCE: Moscow, Universitet. Vestnik. Seriya II. Mimiya, no. 3, 1966,
29-34
TOPIC TAGS: hydroxylgroupq methyl alcohol, liquid nitrogen
SUB CODE: 07
APSTRAM The .. meIthod.of ... competlng reactions was used- to: de~eri~ine -the rate 66n-
stants of ihe following elementary reactions in the liquid phase:
R(M + CHO CH T + ROO
.3 3
H (2)
n"C7H16+CH3 CH4 + C7H 15
Card V2, -541. 124 28

ACC NRs AP70JW4
vhe re R CH 3, (CH 3)2CH. and (CH3)3~
In addition, the reactivity of methyl alcohol in reaction with metbyl rad-
icals without solvent was studied.
The CH3T - CH4 mixture formed in the experiments was separated from the re-
maining.reaction productsby freezing with liquid nitrogen, and its specific
radioactivity IM (pulses-=-~ min-1) was measured in'an inte=al-filling counter.
The specific radioactivity of the original alcohols I was r-oasured with
the same co=ter.- orls. art. h"i"211guresp 4 tables.
L~Mt 4014S
416

ACC NRi AP7012424
vhere R CH H and (C'Y3P'
Y (CH3)2C
In addition, the reactivity of methyl alcohol in reaction with methyl rad-
icals without solvent was studied.
The CH3T - CH4 mixture formed in the experiments was sepamted from the re-
maining..reaction productaby freezing with liquid nitrogen, and its specific
radioactivity Im (Pulses-=71 min-1) was measulmd in an internal-filling counter.
The specific radioactivity of the original alc6hols I was rsasured with
h" 2 'f igures 5- lo~ta%~41 4 tables.
the sane counter.. OrIg. art4
ACJPRS i4094S

KELER, Vladimir
Hobbies of scientists. Mn.tekh. 7 no.7:50-53 Jl 63.
(MIRA 16%8)
(Hobbies)

-- - - -- --- - -- -- --- -- ---- - M
AZER111KOV, V.; ARLAZOROV, M.,- ARSKIY, F.; BAKANOV, S.-, BELOUSOV, I.;
13HRIKIII, D.; VAIELI, I.; VLADIMIROV, L.; GUSHCHEV, S.;
YELAGIN, V.; YERESHKO, F.; MURBINA, S.; KAZARVOVSKAYA, G.;
KALINIII-, Yu.; LEMER V.- KONOVALOV, B.; KREYNDLIN, Yu.;
LEJEDEV, L.; PODGORODNIKOV, M.; RABII,',OVICIIp I.; REPIN, L.;
WOLYAN, G.,- TITARENKO, V.; TOPILINA, T.; FEDCHENKO, V.;
EYDELI'MAII, N.; EVIT, A.; NAMOV, F.; YAKOVLEV, N.;
MIKIIAYLOV, K., nauchn. red.; LIVANOV, A., red.
(Little 3tories about the great cosmos] Malenlkie rasskazy o
bollshom Kosmose. lzd.2., Yoskva, Molodaia gvardiia, 1964.
368 p. (MIRA 18:4)

IRL119 V.Req Inshener.
NOW automatic self-filling tank of the 11sel Basin. Ugoll 29 no.3:41-43
my 154.
(Tanks) MsOl Basin-Coal-mining machinery) (KLRA 7:6)
An illustrated description Is given of a device comprising a
frum 1.56 m long and .58 m In diamter which when fed with compressed air
will suck up water from a sump and supply It to a water spray and through
a filter to Jack hammers.

UMn, v --I
-
High-heating-value gas produced from agricultural wastes. Gaz. pro=.
no.6:35-37 J 9.56. (NLRA 9:12)
(Ga: m4rufacture and works)
(Waste products)

i I
11 ~' 1, " 111 1 . 'k, ,
I v
XSIXR. Vladimir RoT~~o"ich; BREZANOVSKATA, L.Ya., red.; PONOMARIVA, A.M.,
IONFAWW"Oft
[Agricultural waste products as sources of energ7l Gtkhoay ael'skogo
khoziaietva - stochnik energii. Mook-va. Izd-vo "Sovetekaij Itoestia,"
1957. 45 P. (Bibliotechka v pomoshch' lektoru, no.18) (MIRA 11:3)
(Gas producers) (Fertilizers and manures)

KZLKR, Vl., inzh.
Spectra of energy. lUn.takh. 2 no.10:49-54 0 157. (MIRA 10:10)
Crorce and energy)

M'RR# V- v inzhener.
Blo-energ7 stations. Takh.mol.25 no.i!33 Ja 157. (NLRA 10:2)
(Nethans)

E-11, LLER-l v I
inzhener.
Mysteries of clouds. Takh. mol. 2 nO-4:9-11 AD 157. (MIRA 10:6)
(Cloads3

FROLOV. Yuriy Petrovich. zauluzheunyy dayatell nauki RUSR, professor-,
-UU nauchnyy redaktor; BIIXZANOYSUYA, L.Ya. -tor,
-4, j , redsk -
UILAGIN, A.S., takhaicheskiy redaktor
(The human. brain and cybernetics] Hozg cheloveks, i kibernetika.
Moskva, Goa. izd-vo kul'turno-proov. lit-ry, 1957- 38 P, (Bibliotechka
v oomoshchl lektoru. no.6) (HLRA 10:9)
(CYBXMTICS)

nIL'Os Tl. inzhener.
In the world of qwmt~.'Tekh*'msL' 25 20.5.-29-32 My '57,
(Quantum theorv) (KMA lOv6)

KUM, Vl-, inzhener.
On a new course. Tekh.mol. 25 no.8: 2-4 Ag '57. (HLU 1o:9)
Mbokieten-Rconomic zoning)

KELIR, VI.
Does "anticosmos" exiOtl'Tekh. mo no.9:24 s 157. Offm iotg)
(vucl*6a'PDh.Vs to a)

KELER, V1., Insh.
- -- ,
Tmval to the antiuniveres. Tekh. mol. 26 no.ls9-14 138.(MIRA Jill)
(Coomolog.r)

AUTHOR a Keler, Vl. 29-58~6-4hq
TITLE-, The Revolution-in Physicsf.Continues,
(Revolyutsiya v fizike prodolzhayetsya)'
PERIODICkLx Tekhnika Molodezhi, 1958, Vol. 26, lir 6, pp 6-7 (USSR)
ABSTRACTi On February 25, 1958 a communication came from GlUttingen
(German Federal Republic) concerning a sensational leo-,
ture on the theme "Progress in the Theory of Elementa2y
Particles" held by Professor Verner Geyzenberg at the
Gottingen university. The professor said that he had set
up an equation together with his assistants on the strength
of which "the total structure of universe can be explai-
ned". However, at the present state of the investigations
he cannot guarantee unconditionally that his theory is
right. He is, however, convinced of the fact that such a
proof can be made. As soon as this will be proved the
search for a linear field theory worked on by the famous
physicist A~ Einstein (L. Eynahteyn) in the course of many
years will be finished. The formula set up by'Geyzenberg
Card 1/3 reminds in its form to a great extent of Dirac's equation,

The Revolution in Physics Continues 29-58-6-4/19
The difference seems to be only very small. It is mainly
to be led back to the fact that Dirak used the conception
of mass and Heisenberg (Geyzenberg) the conception "mean
density of mass". The most important conclusion of Geyzen.,
berg's theory consists in the fact-that the total mani-
foldness of the elementary particles is reduoed to only
two kiTids of partioless bosonB and formions. The elemar,
tary particles discovered in the course of thepast 25
years are shown in the figured The new theory maintains
that the entire manifoldness of particles to whi~,h one
was already used does not exist at ally There were no
three dozens of particle types, but only twot bosona and
fermiona, All others are merely quantum states of thest*,
types. Electrons, positrons, neutrons, etc,.,are only a
different state of fermions; photons, K-mesons, and Pi-
mesons are different quantum states of bosons. Geyzenberg~i
theory leads to the final conclusion that the particles
have apparently no wave properties. This would simplify
considerably the total picture of the universe, There is,
however, ari argument# whereas the new equation simplifies
Card 2/3 the one thing it complicates, on the other hand, consi.-

The Revolution in.Physicis Continues, 29-58-6-4/19
derably the other, thus leading to an ambiguity of the
possible solutions. If the new theory is confirmed, the
microphysical event A is bound to have not only the con-
sequence 3. The consequence of A can be vith more or less
proba'blilty another eventt C. Dj G. etc. The physicists
assume this to be the discovery of the nonlinearity of the
,riorld. Geyzenberg's communication led to lively discussions
among the world's physicists. The results of these dis-
cussions will be communicated laterv One thing is, however,
cortaint physics *is flourishing today as never before.
There is I figure. I
1. Physicv--Theory - 2. Galaxies--Theory 3. Particles--Theory
Card 3/3

AUTHOR: Keler, V1, SOV/29-58-9-9/30
TITLE: The Language of Chemistry (Yazyk khimii)
-,t,b
PERIODICAL: Tekhnika molodezhig 19569 Nr 9, pp 12 - 15 (USSR)
ABSTRACT: In this article the author describes the development
of symbolic chemical language. The alchemists were the
first to recognize that chemistry would never be able
to do without a symbolic language. This is their great
merit from a scientific point of view. The invention
of suitable symbols, however, proved to be no easy
task and thus the symbols devised with great sagacity
by the scientists of earlier centuries were foiind to be
unsuited for modern science. Dalton (Dal'ton) made the
first step towards the establishment of a well founded
chemical symbolism. His method, however, proved to be
too complicated to render the composition of complicated
substances into a formula. The Swedish chemist Berzelius
(Bertselius) found a way out of this difficulty b
calling in the assistance of the Latin alphabet .In the
Card 1/3 last century, the final shape of the chemical alphabet

The Language of Chemistry
SOY/29-56-9-9/30
was developed after D.I.Mendeleyev had discovered
the periodic system of elements. Once the chemical
alphabet existed, it was no longer difficult to write
up formulae describing chemical processes. The use of
the chemical notation alone, however, did not succeed
in removing the misunderstandings resulting from an
inconsistent nomenclature of chemical substances.
Mendeleyev's suggestion of designating chemical sub-
tances according to their composition, was adopt,~d by
cientists the world over. After the phenomenon-of
:
valence had been discovered it became customary to use
the so-called structure formulae as compared to the
conventional molecular notation. This type of formula
is generally used in organic chemistry. In 1892 the
so-called Geneva nomenclature was adopted, which is based
upon the theory of But-lerov. it was zubsequently
acknowledged by the whole world. There is ne way of
including even the basic rules of the Geneva nomenclature
and of the supplementing Lile'ge nomenclature (1930)
Card 2/3 within the scope of this article. There is every reason,

The Language of Chemistry
howeverp to asoert that everybody who
in the intricacies of the language of
will be able to grasp its essentials
difficulty. There are 6 figures.
SOV/29-58-9-9/3o
is interested
organic chemistry
without great
Card 3/3

24(0)
AUT1101i t KO ~tEngl lie a r 307/29-59-2-20/41
TITLE: Imponderability - Is It Possible ?
(Nevesomost' eto vozmozbno ?)
PERIODICAL; Tekhnika molodezhij 19591 Nr 21 pp 22-25 (USSR)
ABSTRACT% This is the closing article to a consideration on
imponderability published in the periodical "Tekhnika
molodezhi", 19591 Nr I- In the last 2-3 years, very much has
been written on antigravity both in the foreign and Soviet
press, Beside the discovery of fabulous antigravitation.means
and deviceep there are many theoriee of purely speculative .
character, such as the theory by Professor K. P. Stanyiaovich
of Moscow. In his opinion, the fcroe of attraction is no
constant force, but it can change according to the state of
elementary particles and especially according to temperature.
Under his theory, bodies with a temperature near the absolute
zero are much less attracted by the earth than warm bodies.
An important and much promising idea was pronounced by the
American Professor Bondi at the Conference in Chapel Hill. He
started from the theory of relativity and showed that the
Card 113 negative masses in gravitational fields do not fall down but

Imponderability - Is It Possible ? SOV129-59-2-20141
are repelled with normal acceleration. On this basiel it would
be well possible to make bodies of anti-matter with a negative
weight. Also interesting is the theory based on the hypothesis
that the fields exclude each other. Under this theory, magnetic
and electrostatic fields must push off from the field of
gravity. The theory of gravitation by Professor D.D.,Ivanenko
iseems to be beat founded in'a scientific respect. It proves
that the gravitational waves, up to a certain degree of
probabilityp can be tranamited into electrons, positrons and
photons. Such transmutations comprise even more intensely the
different forms of matter, particularly if one considers that
the gravitational field, according to the theory of relativity,
is closely connected with the curvature of space and time.
These conclusions by the Soviet physiciat are also shared by
P. Dirak. There are many unfounded and unproved opinions about
the problem of gravitation and antigravitation. Yet it may not
be put aside as R fancy. Recently on an international fair in
Paris, the firm ,- "Philips" demonstrated a metal disk hovering
30 cm above another disk. Such phenomenon could only be
attained, however, with a very high power expenditure. A very
Card 2/3 interesting.experit.9jent was demonstrated by the Soviet scientist

Imponderability - Is It Pos7ible ? SOV/29-59-2-20/41
Professor Vladimir Konstantinovich Arkad'yev of the Moscow
State University, using a lead ring cooled to a few degrees
above the absolute zero, and a magnet made of a special alloy
of iron-nickel-aluminum. The constant magnet induced a closed
circuit in the lead ring, which had become a superconductor
due to the intense cooling, thus turning the ring to a magnet.
The repelling force caused between the two magnets prevented
the upper magnet from falling down. This experiment was
repeatedly demonstrated in the Physical Auditorium of Moscow
University. It cannot be stat9d yet what consequences the
experiments by Alle and Arkad'yev will have for the future.
Nevertheless, some scientists and visionaries try to imagine
the future of antieravitation. It is certain that the control
of antigravitation would fundamentally change the traditional
way of life. But there is no doubt that this problem will once
be solved. At the beginning, some sentences by various
scientists on this problem are given: V. I. Siforov,
Corresponding Member, AS USSR, Professor S. Tolanskiy, English
physicist, D. D. Ivanenko, Professor, Emil Dorel, Member of the
French Academy of Sciences, as well as from papers by L. Infeld)'
Academician of the Polish Academy of Sciences. There are
Card 3/3 5 figures.

24( 5) 30) 3OV129-53-8-6129
AUTHOR: Keler, V., Engineer
TITLE: The Flow of Time
PERIODICAL: Tekhnika molodozhi, 1959Y_,Y1TP,4r:i'-, pp 8-11 (USSR)
ABSTRACT: To fulfil the wish _ny readers, the discussion on matter,
field~space an"fine, started in the past year, is continued
here withthWpublioation,of the extraordinary time theory
of the aitrophysioist N. A. Kozyrov of Leningrad. No judgment
is given about the theory developed by the scientist who gained
world-wide fame by his astronomic discoveries. Readers shall
only be given the possibility of getting acquainted with the
theory. Experts - physicists, astrophysicists and philosophers
are invited to say their opinion about this hypothesis. Pro-
feesor Nikolay Alekaandrovich Kozyrev, Doctor of Physical
and Mathematical Sciences, spoke about his theory in a report
delivered in the large hall of the Geografichesko e obshchestvo
Soyuza SSR (Geographical Society of the Union SSR~ in Lenin-
grad. On the basis of investigations over many years into the
structure of celestial bodies, Kozyrev arrived at the conclu-
sion that particular - formerly unknown - forces exist in
naturep the origin of which is the flow of time. This theory
has not yet found general recognition, and in much disputed.
Card 1/4 The "asymmetric" or "cau,sell-mochanics created by Professor

The Flov of Time
SOV/29-59-8-6/29
Kozyrev is known to few pernons only. The book explaining the
principles of this mechanics was published by the Academy of
Sciences, USSR ilk an edition of 500 copies - It became a biblio-
graphic rarity immediately after its appearance. The asymmetric
or causal-mechanics is based on the statement made in nuclear
physics and on the basis of astronomic data saying that the
cosmos and its reflected image are not equivalent. This asym-
metry is caused by the asymmetry of time, i.e. it is the con-
sequence of an objective difference between past and future.
Up to now, theoretical physics and mechanics used only one
property of time, namely the possibility of measuring the
duration of an occurrence or the length of a period. Every-
day lifet however, shows that the properties of time are not
exhausted with thin. The sequence of occurrences is ordered
-with respect to time, the causes always appear before the con-
sequences. There in a principal difference between consequences
and causes, thus also between past and future. This shows that
time has another property, not used by the exact sciences, which
can be termed direction or course of time. The theoretical in-
vestigation of mechanical axioms has shown that the course of
time must be a quantity which has the dimension of velocity
and is equal for the entire cosmos. The flow of time is the
Caid 2/4 velocity at which causes are transformed into consequences.

The Flov of Time
SOV/29-53-a-6/29
It must also be a finite quantity. By an experiment with a
rotating bodylKozyrev proves that during rotation additional
forces - tensions - are formed from the course of time. These
forces are always in pairs, and act in opposite directions.
Due to this circumstance, the center of gravity of the system
cannot be displaced by a variation of the flow of time, but
the energy of the body can be changed..Thus, the course of time
may be a source of energy similar to the energy of running
water. Mechanics acknowledges the temporal symmetry of occur-
rences; before they take place and after their occurring. The
difference between causes and consequenceeg however, excludes
such a symmetry. Consequently, a more accurate mechanics must
be established which makes a difference between cause and con-
sequence, and considers the effective asymmetry of occurrenoone
This mechanics must primarily consider the.course of time.
The new quantity must be introduced into the laws of physics
and mechanics. The most important prooffbr the circumstance
that the flov of time can carry out work is delivered by
the shape of the celestial bodies. Rotating celestial bodies
are not shaped as had been assumed up to now, but they have the
shape of a cardioid, a heart. This shape Is caused by the effect
Card 314 of various forces originating from the flov of timL in dif-
V

KEIBR, V14, ~nzh.
Power plant in a yard. On. tokhn. 3 ne.6:46-48 To 159.
(Waterheaters) (Heat of decomposition) (MIRA 12:8)

24(o)
SOV/29-59-1-9/26
AUTHOR : Kelerj, Vlop Engineer
TITLE : Weightlessness - is it possible? (Neresomst, - eto vozmzhw?)
PERIODICAL: TeWmika mlodezhij. 1959, yr 1., pp. 12-14 (USSR)
ABSMACT : This article is one of a popular series discussing the basic
coniaepts of modern physics: matter., field, spaced and time, The author
emphasizes the mysterious aspects of the law of gravity and the lack of
experimental data in this field. The article begins with a description
of the pendulum experiments carried oat by Ybucault and the experiments
conducted in 1953-57 by the French scientist Maurice Allais vbLich were
recently reported in the European press. The author says that if the
ecxperimental data from Allais" work now being studied by scientists is
found to be correct$ the results mEq lead to the establishment of a new
science of gravity control. The dual states of gravity are evident in
the opposite effects observed in the macrocosm and nicrocoim. Up to the
present a feeling of weightlessness has been achieved only for brief
'Deriods of time., namely for 40 seconds in jet, aircraft flight, The
iWing of weightlessness is caused by "antigravityll., that isj, a balance
Card 1/2
WtLgLtlessness - is it possible? (Cont.) SOV-09-59-1-9126
of centrifugal and centripetal forces. 110 actuall state of weightlessness
!-as yet been achieved. Excessive gravity loads have also been experienced
X
MY man. V. Chkalov has repeatedly endurOd gravity loads of 11.5 9's for
f&t'71Y long periods of time, The rocket sled track at, Holloman., Nev
Mewxiao is described and john paul Stapp's rocket slel ride is conmwnte&
On- RIC91eriments with anlynal a have sl~ that physical injury occurs at
tae level of 135 91s; animals the at loads of 237 91s. ('Xo be conaludeA).
There are 9 figures,
Card 2/2

rzrmu_ VI.A4-4- tiobt-MCIMMO, T., red.; OCIMOVA, G.,
takhn.red.
[On the threshold of the unknown] Na poroge navedomogo. Moskva,
Izd-vo TaX VLKSK 9KOlodaia. gv~rdiia,- 1960. z2i p.
(Physics-Juvenile literature) (Km 14:2)

68283
24(0) 30) S/029/60/000/02/011 3/02 5
AUTHOR - Kel(.,,V, V1.1 En-incer BO08/B015
TITLE; Journey to the Mega-world
PERIODICAL: ,Tekhnika molodezhig 19609 Nr 29 PP 34 - 36 (usa)
ABSTRACT: This paper deals with the applicability of physical laws to
the mega-world. Under the term mega-world the author under-
stands a system of bodies and formations which does not fall
under the concept of macrocosmos in consequence of its
infinitely great dimensions. The mega-world is the counterpart
to the infinitely small world wbich'is subject of the ao-called
uniform field theory, The periodical "Tokhnika - molodezhill,
1958, Nr 11 deals with thifs matter6 The author reports on the
processes occurring in the region of diatant 6alaxies, and the
shift toward the red, lie mentions the explanation for this
phenomenon given by the Soviet mathematician ttleksandr'
Aleksandrovich Fridman , Leningrad, Furthermorp, he deals with
Newton's laws of mechanics and Einntein1f;.thoory of relativity4
By means of some examples he proves that these laws cannot be
Card V3 applie& to the mega-world, and that other, hitherto unknown

68283
Journey to the Mega-world S/029/60/000/02/023/025
B008/3015
lawag are valid there, The continuous formation of new stars
and entire stellar systems with very high temperatures and
engergy reserves found by the Soviet astroph~iicist Viktor
Amazaspovich.Anb6rtsumyan indicatca that the energy processes
in space do not follow the second law of thermodynamical-
but hitherto unknown laws. The Soviet scientist B.I. Plotkin
gave a further proof for the invalidity of the second law
under cosmic conditions. He proved that the 8tatistio laws
set up for finite multitudes of particles cannot be applied
to infinite multitudes of particles, The Soviet astronomer
Professor toris Aleksandrovich Vorontoov-Vellyaminov
discovered more than 500 peculiarly interacting &Iaxies
where the Newton law of gravitation gives way to forces of
unknown origin. The finding that the law of gravitation
becomes invalid at very great distances leado to'a number
of important conclusions, They make-a revision of the theory
of relativity necessary, basing on the field equations which
are subject to the Newtonian law, and therefore invalid for
weak fields, In 1958 the Soviet astronomer Abram Leonidovich
Card 2/3 Zellmanov proved mathematically that the comparison of the

AUTHOR: Keler, Vl. S/029 60/000/04/028/032
B 0%009
TITLE: Rainbow of the Cosmos
PERIODICAL: Tekhnika molodezhi, 1960, Nr 4, p 34 (USSR)
TEXT: In this article the author reports on the feasibility of taking color
photographs of celestial bod s~VSuch photographs are taken with long exposures
on,highly sensitive filmolibapable of responding also to colors invisible to
the human eye. In 1953, e.g., the Soviet astronomer N. P. Barabashov published
color photographs of the moon. In the United States dosm c nebulae were photo-
graphed in colors. The last page of the cover shows color photographs of cosmic
nebulae. The question as to the scientific value of color photographs is as yet
undecided, but it is evident that by means of colors it is possible to dis-
criminate bodies of identical luminous characteristics in thi nebulae. There are
3 figureso
Card 1/1

-I-_ KRTRR,-V,-
Is it possible that seconds can be ahorter or longer? Mast.
ugl. 9 no.10:20 0160. (MIRA 13:10)
(Relativity (Phyaics))

XELER, VL
- -- - ----------
Neutrino astronomy will let us see what happens inside the stars.
Tekh.mol, no.1:12-13 161. (MIM 14:3)
(Stars-Observation?
(Neutrinos)

~ KZIZR ,
Why in a liquid liquid? NTO 3 no. 1i47-48 A 161. (MM 14:2)
(Liquids)

- KELER I? V.
Her majestyp symmetry. IUn.tekh. 5 no-5t62-66 My 161. (MIRA 14:5)
(Symmetry)

KELER, V.
Her Majesty, the Syrinetry (conclusi)n). lUn.telh.Sno.6:59-62
ip , (a . (Symmetry) (MIRA 14t9)

KFLER, V.i., otv. red.; MILLIONSHCHIKOV, M.D., akademik, red.;
bLUKHIN, N.N., red.; BLOHIRTSEV, D.I., red.; MIEDEITKO,
B.V., akaderrlik,, red.; ZAYCHIKOV, V.11., red.; KELDYSH, M.V.,
akademik, red.; KIRILLU;, V.A., akademi-k, red.; KORII"!OV,
V.V., red.; MOUIN. Andrey Sergeyevich, prof., doktor fiz.-
matem. nauk, red. (1921); NE,%,!E;YAI,,'OV, A.N., aktidemik, red.;
PARIN, V.V., red.; REBINDER, P.A., akademik, red.; SFIENOV,
N.N.9 akademik, red.; FOK, V.A., akademik, red.; FRANTSOV,
G.P., akademik, red.; ENGELIGARDT, V.A., akademik, red.;
KRUCEVA, G., red.; BALASHOVA, A.., red.; BERG, A. 1. , akademik, red.
[Science and mankind, 1964; simple and precise information
about the principal developments in world science] Nauka i
chelovechostvo, 1964.; dostupno i tochno o glavnom v miro-
voi nauke. Mos-kval Izd-vo "Znanie," 1964. 424 p.
(MIRA 18:1)
1. Deystviteltnyy chlen ANN SSSR (for Blokhin'i'?PiLriAy-,r---e"-;-Chlen-
korrespondent All SSSR (for Blokhintsev). 3. Akauemiya nauk
SSSR Ukr.SX (for Gnedenko).
4'

KEIER, Vladimir Romanovich; BERG, A.I., nauchn. red.
(Homo sapiens - man of reason] Homo sapien. - Chelovek
razumWI. Nauchn. red. A.I.Berg. Aoskvap Molodaia
gvardila,, 1964. 220 p. (MIRA 18:4)

ARSENITEVAj, G. P.; KRM V V
- =:j * .
Coordination of the operations of electric spindles and intake
cylinders durtug the run and slowdown till the complete stop
of a ringleae twister. Izve vyso uchabe zavN takh. tekBt.
prom. no.0111-121 162. MIM 15:10)
1. Hoakavakiy takatillrqy inBtitut.
(Spinning machinery-Electrio driving)

ARSEB I TiVA , G. P. ; _ KFIEF( V. V. , ".
Electric drive of a r-ingles-, t~Astirig :mcIrIne wrlth eltir!.rilc
spArdleg for the twiotlng of nyl()n yarn, TLvs vyus u(meb. zav.;
takh. tekst. no.l.-334-137 101..
04TRA 17. 12)
1. Moskovskly tak.4ttlln~"y Instit-utt.

or
G nd Gap
'It f I
A

KELL:-hl~- BACOKA, M.
XUJM-BACO.KA, , M.
QvAntitative Photometric determination of the sugar (reducing
compounds) in the urine. Radovi Had. fak. Tol-1:31-34 1954.
1. Interna klinika Nedicinckog fakulteta u Zagrebu, Kamijoki
laboratorij; prlmljeno 20.VIII.1951.,
(GLYCOMMIA, determ.
*Photometrv)

ke, fe

War..
'en .. AIM
,,d 30 235 (Id4ld- 15 as 'I'tw
i9ss, 153, T, -tiA to' rftoldZ" ,
=Z4.0 w !-"' t"t,.Ita t,tb3lcCl'
t"t is a sp-, (C', 210 Y-6 W. It.
cc
tL(", Li ou Spec. an)
leac
the pt&ol

14
1j
282A The sAhr"t Ifti 4A a Mkt*-Meth&4 Itir
I
tha &.tefwjQzti-r,,* Oto Y-iricibulint In $-rum Iks
Kefer-liVok.t. (Univ. Clinic, &tgrcb, Yupaiii,--T.
.1-Mr-M-UM-471a, L056, (t -3~. 237 -243-Detads are
given of the 1(cla-Bai!.Aa and bevie-MikA, subb-
suatc test whith i4 sile(ilk Only for r;old
r-globttfin-vatuel. Sobt, 0.073 g of
KI-f PO, in H k0 tip I litre. (ii) 11-876g of
.%,a,ljpo,.2H,O in HIO to I hire (sii) Mix 28 rvil
of soln. (i) %~jth 72 ml of soln, (h). (srj SobliniEttv
Vc r 4,,,, it I, fig.0, ir: 11.4 ti
:,,,6 11if (it (Ut) Odd, by Initiftit 1111),Aw, 0: 10 ful
I ivrtjol~ Add 0-4 itil of iolij, (iv) and inix. Itun
it blank to corripensate for the xvtuyu rofour by inix-
ing 3-4 ml of sain. (iii) and 0. 1 ml of scruivi. Maas-
ore thc extinction at 430 m14 after '!0 min, in a
Prilfrich phot"'Metcr in a 10 'allit cell. L,10-07 -
3riblini.ite urnh inarnial valuti I to 5'j. ill,,t the
c'I libratiors curve mith HaS04 by thL Shank and
Ituaglzild thymol pcw-edurc. .%1t invcstigation
Made ut the uhliniatc teit ppt. by papcr vlvctrt~
jiltureiis hhowed ja) the I~sitive te-it is s1weitic unly
f~,r raised y-globulist viifuci; (b) otluir gicibubit
frr'letioliv, ix.. M, or, and, j) fractivill. itre not catrwil
dowl, by thi, test, even in attongly hiurvawd colt,
cerar,iti-,tiq; (e) pas5djihtli!4 exist ior obtainliig aud
ty'lating largel (I"'Intitit's of Y-globillin frout tho
s~rurn by mvan~ of tire ~ubjimatv teic
I

- XWR-BACOKA,-Hira__
Sublimate solution in colloidal serum lab,-1ity test. Radovi med.fak.
Zagreb 7 no.2sl43-148 159.
(AGAMKAGLOBULINEHIA diag)
(GAMKIL GLOBULIN)

KELER-BACOKA, Mira;.HAHN,, Arpad
Serm copper and ceruloplasmin (PPD oxidase) in hypertbyroidism.
Rad. mad. fak. Zagreb 8 no.3:244-248 160.
(HrPERTHYROIDISM blood) (COPPER blood)
(SERUM GLOBULIN)

KALLAI, L.; KELER-BACOKA, M.
Lipoproteins in diseases of the hepatobiliar7 tract. Acta med. iugoolo
14 no.3:266-277 160.
1. Interna klinika Medicinakog fakultata u Zagrebu.
(LIPOPROTEINS blood)
(LIVER DISEASES blo6d)
(JAUNDICE OBSMUCTIVE blood)

FUCARp Z.1- KEIER-UGOKL., M.
Molecular weight of colloidal dextrans and ita affect on human
serum lipides. Bul so Youg 7 no.1/2:19 F-Ap 162.
1. Institut *Ru4er Bookovic,,* Zagreb.
R

YUGOSLAVIA
KALLAII Dr Laszlo, and 1OJM=B6C_QKAL DF Mira, Clinic of Internal Medicine
(Interna Klinika), Raoulty of Medicine-(Medioinski Fakultet), Zagreb.
"Essential Hyperlipemia.11
Zagreb, Lijecnioki VJesnik, Vol 85, No 8, 1963, Pp 843-851.
Abstract: ZA-uthors- English summary modifie2d Four patients suffering
from essential hyperlipemia were subjected to clinical and laboratory
examinations and the heparin clearing test. A turbidity resulting from
an increased content of total fats (primarily neutral) was found in the
serum of these patients by means of chemical determination and paper
6leotrophoresis. Heparin applied intravenously to such a patient on an
empty stomach was found to reduce the total fat content, but identical
doses of heparin reduced the total fat content in the serum more slowly
in cases of lipemia caused by a fatty meal (exogenous fat) than the
endogenous fat content. A parallelism was found between total fat con-
tent and thymol turbidity but no complete parallelism between total fat
content and serum turbidity. Heparin partially cleared serum turbidity
caused by endogenous lipidsy but no clearing effect was in evidence in
serum turbidity caused by exogenous lipids following a fatty mealiin
patients suffering from essential hyperlipemia.
Two tables,, two graphs, 23 Western references.
TOMASEGOVIC, Z.; JAINKOVIC, Z.; PETKOVIC, V.; 3TANIC, N.; SETUE-IM, S.i BLAZEVIC,
,CRO B. T. 7
D.; PERSIG, N.; ZORI111c, S.; TEO' IF. C,
ANTONIAZZOP 7.- CTJLTr,, R,; GALINOVICTWEIMLA3AS, 14. R,10ANOV, Z.;
*41111NAr,, B.; KOERER-OBELKA, 14.; CHNER, M.; KOHN, ., inr .. V61G) B.;
VITTA, H.; SMFOUP S.; SOOS, E.; VUKSANOVIC, V.; JAIIJATOVIC, M.;
DERVISEVIC, I. I OUENWALD, P.; SKRABALO, Z.; CF05PIKO, I.; HAUPTMANN,
E.; S.; HORVAT, A.; MIOCKA, 0.; IVANCHIG, P.; PERGFR, A.,
KRS!IJAVI, B.; PRAZIG, M.; SALAJ, B.; SUPPTIC, R.; RAD09,V!C, Z.; KEIS.R,-,
BACOKA, M.; HA1111, A.; MATKIT11G, B.; RAPONIC, 1-1.
Reve1w -f periodicals; medicine. Bul se Youg 9 no.415sV.5-147
Ag-0 16:,.

CZECHOSLOVAKIA / EAST GERMANY
RUTTKAY-NEI)ECKY, I.; ffELZN_VA._E.,-..FIC11TEL, K., Institute of Nor-
mal and Patholop~ical Physiology, Slovak Academy of Sciences, Bra-
tislava; Institute of Corticovisceral Pathology and Therapy, Ger-
man Acadomy of Sciences, Berlin. Corig. versions not given7.
"The Role of VaSDMOtor Reaction In the Complex of the Orienting
Reflex In Man."
Prague, Activitas Nervosa Superior, Vol 8, No 2, Jun 66, pp 217-218
Abstract: 12 healthy university students were tested with weak
light stimuli to find the incidence of plethysmographic waves cor-
responding to Sokolov's criteria for the vasomotor component of
the orienting reaction and to find the course of "Spontaneous"
waves of the 3rd order.The vasomotor component of tile. orienting
reaction Is probably a phenomenon orcuring "spontaneously", and
with Increasing stlmulqtion it enters Into a time relationship
with it. 1 Figure, no references. Submitted at the 4th Conf.
of Exper. and Clin. Study of Higher Nerv. Functions at Mar. Laz-
ne, 12-15 Oct 65. Article Is In English.
I1-_AC=Srcff'=s__'AT4 W'7044 8/498/63/000/010/0218/OM 3
AUTHCR: Uvanov,, Vo A*; Keleshlym Faynbrcat S. H.; Pyabova,, R. M.
TITLE., Composition and properties of production heate of AT-3 titaniun allap
SCURCE: AN SSSR. Institut metallurgUo Titan i yego splavy*,, no. 10,, 1963,
Issledovanlya titanovy-fth splavov, 21&223
1 TOPIC TAM: AT-3 titanium alloy, titanium alloV,, AT-3 sUoy structure, AT-3 allay
I property, forged AT-3 titanium &UPY, cast AT-3 alloy, extruded AT-3 aLloys, AT-3
I alloy heat resistance,, complex titomium alloy, titanium aluminum alloy
ABSTRACT: Dlechanical properties and cross-sectional macro- and microstructure
have been invactigated, in cant, forged,, end extruded specimen of high-quality
AT-3 alloy coatain~ Al, Cr., Pe,, and Si. The macrostructure of the AT-3 allov
sharcd a flne, uniform grain size under aU test conditionse With increases in
tcmpcrature of the forgins and extrusion processes, the structure ves affected
caly slie#tlye The 'A, chan-Scal properties of the tested aLUW vere uniform an&
stabie, aithousu in rods with dimeters cc i.6D,, 1W,, and- 65 = so= anisotropy
vu fouado TU& anisotropy am be explained 1W the ocamwnw of saw Incla, ims!
d
q
q!~ __ 1/2

ACCESSICU IM; AVIM044
distributed alcag the direction of defo=tioa of the metal. These inclunicna
in lm&;Ltudjna speciam did not affect the mechanical yropertles, cC the &LUW
but markedly decrease& the metal strength in the croas sectimse The izdcroatrua-~i
ture of the AT-3 allOY vas an a-solution w2der s.11 tested coaditimso The AT-3
al.loy is thermally stable In the Intervul 4W-450 C. does not becaue brittle
after 3.00 hours of exposure,, and shows high azAlmg-lasting heat resistances
'IV. S. Mikheyev an& S. Yo. Xvanom also took part In the vorken Orige art* bast
6 figures. 0 ;: I
MSOCIATICET: Institut MetCUMVEL AN MR (KetalLurgica lastltutas* AN &M)
SUMCMIM S 00 MW ACQ: 2IDec63 MiCL% 00
SM CCDR: H MA. 10 MW BOY: 000 'Mill: 000
ad
,.C 2/2__

ME"it'llfAN, 11,11o VU10(iliA.007, T.N,
IMaking use of alurrinwa alloy 32agr for tho mur.!illh3tore of abrasive
I
'FSvat-,lPjt- 38 ro-',':")3--94 j"l 16 "' a
(MJRA 3818)

S/803/62/000/003/001/012
D20110308
AUTHORS: Gribanov, Yu.I., Kalutskaya, K.D., Kelesnikov, V.D.
and Sholokhov, A.".
TITLE: A bench for the analysis of transients in nuclear
power installations
SOURCE: Moscow. Inzhenerno-fizicheskiy institut. "vtomatika
i telemekhanika, no. 3, 1962. Sistemy upravleniya
yadevnymi energeticheskimi ustanovkami, 5-15 -
TEXT: The authors describe a measuring bench built around
the 24-channel OT-24-51 oscilloscope. The magnetic circuits of the
frame galvanometer make the oscilloscope sufficiently sensitive to
be operated directly from the pickups. The characteristics of the
six types of galvanometers used are given. The circuit diagrams and
the operation of all measuring channels is described. The operation
of any channel depends on the type of channel pickup or on the mea-
suring instrument. The measuring pickups or transducers are of the
following types: 1) Chromel-alumel thermocouples with grounded hot
Card 1/2

S/803/62/000/003/001/012
bench for the analysis ... D201/D308
terminals. 2) Resistor thermometers. 3) Induction type pickups.
4) Tachometric pickups. 5) Selsyn channels. 6) Channels vith com-
pensated ionization chambers KHK-53 (IGM-53) for measuring the neu-
tron component of the reactor power. The bench is a modification of
the tensometric device OT-24-51 designed by the 'Neftenpribov' plant
of the Mosgorsovnarkhoz. The equipment has been successfully used
for testing the automatic control systems of nuclear power plants
operating under normal and emergency conditions. There are 6 figures
and I table.
Card 2/2
pg
M -

AYDARKHANGVP B.A#; ZELFTSERp M.F.; KIM, G.G.; TSOYp V.P.
Spreading of sheep goiter in A2ma-Ata Provinoe. Izv. AN
Kazakh. SSR. Ser. biol. nauk 3 no.5:102-105 S-0 165.
(MIRA 18:11)

TMOSINI, T.-KILITIO B*;KnjCSZS, A.;SZM, j,
Naphroso-AMphritig haemorrhagioa
'1163-1165 18 Oct 1933.
//1,# 41004,
I* Doctors. ;,Sople's Aror Service.
infactiosa. Orv. hatil. 94 aQ.42:
(GlXL Z5.5)

/Is.
4 4"C I, Tibor, dr.: XMTIO Bela dr.; KINGSES, Antal. dr.; SZABO.
W-1-31711 -lie .
Judit, dr.; SZ1 - BARGSAT. Ferene, dr.
Naphroso4ephritle haemorrhagica Infectiona,; clinical aspects based
on observation of 58 eases. Orr. hetil. 95 no,24:645-656 13 Ame 54.
(MISMIG HI[MaUtRAGIC YRY )

TRIWCSF,NI, T.; 23IINT B.; KrNCSES, A.; SV". J.,- SZENTEST, H.;
BARCSAPr"-.
The clinical picture of haemorrhaeic naphroso-nel;hritiB on
the basis of 58 cases. Acta med.hung. 7 no-1-2:59-81 1955.
1. Medical Service of the Hungarian People's Army.
(EPIDEMIC ROMRAGIC nVNR,
clin. aspects)
= i~

KINCSSS, Antal, dr.; 1, Bela, dr.; TRINCSXNI, Tibor, dr.
Follov-up In Infectious hemorrhagic nophroso-naphritio.
Ory. hattl. 97 no.26:715-716 24 June 56s
1. A Wephadmereg Ikessagu#71 Ssolgalat&nak koslemanys,
01PIDINIC RMORBRAGIC M . apideziol.
In Hungary, follov-up in 44 cases. (Hun))

.b d
. Jr.: FUZI, Miklos. dr.: ALIDLIff, Zoltan, dr.; KISERL, Janos, dr.:
Gyorgy, dr.
Explosive leptoopirosis in the northern mountaineous region,
caused by swimming pool water. Orv. hatil. 97 n0-37:1014-1018
9 Sept 56.
1. A Magyar Haphadeareg Agessiagugyi Szolgalata as a Budapeati
Orvostudomanyi Egyatem Mikrobiologiat Iatezatenek (Igazgatoi
Alfoldy. Zoltan, dr. egVet. tanar.) kozlememys.
(LIPTOSPIROSIS. spidemiol.
leptospiromeningitte, epidemic in Hungary in army camp
(M caused by infected swimming pool water (Hun))
ENINGITIS, etiol. & pathogen.
Leptospira. epidemic in Hungary in army camp caused by
infected swimming pool water (Hun))
(APIUD FORCES PERSONNEL, dis.
leptoopiromeningitis, epidemic in Hungary in army camp
caused by infected swimming pool water (Hun))

TRENCSMI, Tibor, dr.;_R;~~TI, ~!la, dr.
Hemorrhagic nophrosonaphritis in our ocnmtry and In Fn=OPe-
Orv.hotil. 100 n0-52:1872-1876 D 159.
1. A Nephadsereg Zgessesgugyi Szolgalatanak koslemanyo.
(lPIDXMIC HEMORRHAGIC FEVER statist.)

TRENCSRNI, T.; KIDLITI B.
zziaw",~
Hemorrhagic nephroso-naphritis in Hungary and Europe. Acts, mad.
hung, 16..no.3:303-311 160.
1. Geundheltedienst der Ungarischen Vollmarmee, Budapest.
(EPIDEMIC HEMOFdMGIC 1WER epidemiol).

Hungary/Military B-605
MUM, Bela, Orvosalezredes fNDJ; and
PIN -Zoltanp. Orvosornagy LMD_I; co-authors of
article: 'Uta on the Problem of Ino*ulative Hepatitis.
(Donvedorvoop Budapest, Ayr-Jun 61, pp 99-no)
kv.-
34
(2)

KELETI, Bela.# dr.; PINTER, Zoltan, dr.; VALFI, Frigyes, dr.
Data on the prognosis in epidemic hepatitis. Or7. hetil. 103 no.14:
628-636 Ap-162.
1. Magyar Naphadsereg Egesasegugyi Szolgalata.
(HEPATITIS INFECTIOUS diag)

PINTER) Zoltan, dr.3 DAVID, Gabor.,tdr.; GYA1*JATI, Laszlo, dr.; KLLETIq Bela. dr.
Change of plasma tyrosine concentrations in liver diseases. Orv.
hetil. 10~ no.lgt879-881 13 MY 162.-
1. Magrr Nephadsereg EgeszseM~ Szolgal&ta.
LI T
LIM DISEASIES blood) YAOSINE bljod)

PINTER, Zoltans dr.; F21GLANDER, Zsuzoanna, dr.; KFLETI, Bela, dr.
The evaluation of serum glutamic pyruvic transaminase determinations
in obstructive jaundice and cholelithiasis. Orv. hetil. 10~ no.39:
1847-1849 30 8 162.
1. Magyar Hephadsereg Egeszsogugyi Szolgalata.
(JAUNDICEp OBSTRUCTIVE) (CHOLELITIIIASIS)
(LIVER NEOPLASMS) (AIANINL AMINOTRA',SFLRASF.)
(Erlzrc~ TESTS) (BLOOD)

FMGARY
PINTER, Zoltan, Dr, lieutenant colonel-physician (orvosalezrades),
Kq!?~ ~r, lieutenant colonel-physician, STRAUSZ, Pal, Dr,
major-physician (orvosomagy);Cno affiliation given].
"Rubeola-Like Infectious Diseases in the Army."
Budapest, Honvedorvos, Vol XV. No 2. Apr-June 1963. pages 143-148.
Abstract: [Authors' German summary modified] In a two-months period,
70 soldiers from different units presented symptoms of fever, retro-
auricular lymphadenopathy, conjunctivitis, rubeola or scarlet fever-
like rashes. About halt of the cases were accompanied by an enlargement
of the liver and spleen. In the blood, elevated plasmocytes with
leucopenia or a normal nmuber of leucocytes with normal or slightly
elevated blood sedimentation rate were found. Gingivitis was present
in one third of the cases. The authors suggest that the disease is
caused by a virus which Is very close clinically, or possibly. is a
variation of the rubeola virus. The incubation period seems to be
14-16 days. During the last 14 years, the authors have seen fewer
cases of rubeola-like rash in their hospital than during the 2 months
discussed in this article, 1 Hungarian, I Western referenoe.
with renal S
sts jndjcated-tna,~,
diseas 50 patients hors. The results of Une te
der the supervision of the aut residual sYmPtoms or subsequent
after the acute staffe of the diseases no in bpite Of
;1 s or,in the Oituitary,
di.easen should be oxpected in tho kidnCY ed durin,, the acutO
rved among those who succumb
the severe acute changes obse ervation is in accordance with the rather scarce
sta,e of the disease. This obs tore. 3 Western, 3 Eastern European referencas-
medical litera
data available in

PINTER, Zoltan, dr.; KELETI, Bela, dr.; LIS-,KAI, Lavzlo, dr.
Chemotoxic hepatitis in carbon tetrachloride poisoning. Orv. hetil.
105 no.43:2031-2035 0 25 164.
1. Magyar Nephadsereg Egeszse&-agyi Szolgalata.

IaWTI I J.; RugiNKO, M.
Contribution on the biological properties of Clostridi-am velchii.
Ceok. fam. 12 no.1:35-38 Ja 163.
1. Katedra, hygieny Lekarakej fakulty Univerzity Komenskeho. - Katedra
bioohemie a mikrobiologie Farmaceutickej fakulty Univerzity Komenskeho.
Katedra mikrobiologie Slovenakeho uatavu pre dookolovanis lakarov,
Bratislava.
(GLOSTRIDIUM PERFIRNGENS) (BIOCHWSTRY) (PHrSIOLOGY)

-EETr T i) U R A
IMITY, 16il: INUFf I, Juraj
Method of control of efficacy of disinfection. Cook. hyg. opidem.
mikrob. 2 no-5:399-4~ Oct. 53.
1. Z 4gienicksho ustavu lek. fak. SU Y Bratislava. Prodnosta prof.
Dr. Y,Kucha.
(ANTISVSIS AND ASOSIS,
control of effectiveness)

XURI, Jurai (Bratislava, ul. CA 52)
Pfoparation of o-toluldine tablets for quantitative determination
of active chlorine in disinfected potable water. Lek. obzor 3
no.3-43185-188 1954.
1, Z Hygionlakeho ustavu, LFOU.
(CEMINZ,
*in water, daterm.. o-toluidine technic)
(WATARP
*chlorine. daterm., o-toluidine technic)
(TOTA , dorivatives,
*toluldine, determ. of chlorine in water)

KHM, Emil; KELETI, Juraj_.____
Effect of certain disinfectants on leptospiras. Cask. spidem..
m1krob. imnn. 5 no.6:295-300 Nov 56.
1. Hygienicky ustar. lek. fak. KU v Bratislava, predn. akadamik
V. Much&.
(LEMSPIRA, effect of drugs on,
disinfectants (Cz))
(ARTISIPTICS, effects,
on Leptospira (Cz))
Concn. of 250 mg. active C1 per 1 1. kills pathogenic strains of
Leptospira icterohaemorrhagiae and L. griffipo-t,7phosa within 1-2 min. in a medium
with high content of org. compda/ Ns.0H (0.1%) kill in 20 see. The amts of Cl used
for disinfecting drinking water t1-2 mg. A.) are effective as a preventive measure.
CZECHOSLOVAKIA / Microbiology. Sanitary Microbiology. F
Sanitary MicrobioloSy of Water.
Abs Jour ! Rof Zhur - BioloGlya, No 5, 1959, No, 19513
Author : Kol"ti j
Inst i Not given
Title : Determination and Survival of Clostriditun
perfrinSenB in the Surface Layer of Water
Orig Pub : Ceskosl. hyg., 1958, 3, No 4, 223-227
Abstract : No abstract given
Card 1/1

MUCHA, V.; KELETI, J.;. DAUBNER, 1.
ReaEons for advocating standardization of hydrobacteriological
methods. Cesk. byg, 7 no.4:209-.215 My 162,,
1. Ustav bygieny Iekarskej fakulty Univerzity Kmenskeho a Oddelenie
experimentalnej bygieny CSAV Ustavu experimentalnej mediciny SAV,
Bratislava.
(WATER SUPPLY microbiologyO

jg~~ETI,,Juraj, doe., Dr., PhMr, G.Sc. (Kalinaiakova - 8, Bratislava);
KAMENSKY, Favol; TOLDYOVA, Viera; HUNKOVA, Zdena
Data on the mechanism of the development of methemoglobinemia
In the suckling. Acta pharmac W88-177 163.
1. Chair of Biochemistry and Microbiology, Faculty of Pharma.-
CeUtiCB, Komensky University, Bratislava (for Keleti and Hunk-
ova). 2. Children's Ward, City Institute of Public Health,
Bratislava (for Kamensky). 3. Institute of Suckling Infants,
Bratislava (for Toldyova).

C ZE C70 S LO 'IT AKI A
jgj~~tTi, J; RUSITTKO, M.
1. Chair of Biochemistry and i Crobiolo-y Par-LIK (Katedra
biochemie a mikrobiolo,,,de FaFUK')-, 2. Chair of L',icro-
bioloi.71y SUDL (Katedra inikrobiolo..~,Iie SUDT,)
Bratislava, Lekarsky obzo , No 9, 1963, PP 553-557
"Cl. Perfringens: a Causative A,-,ent in Diarrhoeal kifections
of !-,-,an. Its Occurrence und Methods of its betection."

MUCHA y V. ; KMO ISKY, 11. ; KEIETI J.
Apropos of the pathogenesis and yrerention of alimentary
nitrate methemoglobinemia in infants. Bratiol. lek. listy
14 no-8:457-466 164.
1. Katedra hygieny lpk. fak. Univerzity Komenskeho (veduci
akademik V. Mucha); Katedra biochemie a mikrobiologie Farma-
ceut. fak. Univerzity Komenskeho (veduci prof. A. Jindra) a
Dotske oddelenie Mestskeho ustavu narodniho zdra-v'L (veduci.
MUDr. P. Kamensky).

L 14828 M4A(J)/T/E~-1A(b)-2 J1K
ACC NR: AP6008340 SOURCE CODEt
CZ/0049/65/000/003/0157/0164
ti, yu. (Bratislava); Ri4sinko, Nikulas (Bratislava)
AUTHOR: Keleti, Juraj--Kele
ORG: Department of Microbiology and Biochemistry, Pharmaceutical Faculty
Comenius Univerait 9 Bratislava; Department of Microbiologyp Slovak Institute
for Postgraduate-Medical Training...Bratielava,
TITLE: Study of the survival of Clostridium p2rfringen from the Danube
SOURCE: Biologia, no. 3. 1965P 157-164
TOPIC TAGS: bacteria, bacteriology, clostridium
1the'p6riod of survival of the thermo-resistant and
ABSTRACT.
th6nresistant 'strains of Clostridium perfringens tYPe A Was In-
n sterilized samples -Ity,
vestigated L of wellp and surfaoe waft
tor from the river Danube* The temperatures investigated were
,20*5o 4.9 and 370C- It was found that the strains not thermo-
!resistant had a eignificantly longer period of survival, When
.compared to some bacteria like the Enterobaeteriaceas, the
-thermo-resistant strains of 01, perfringens type A (causing on-
terotoxicoqes) survived for a shorter period* Imrortanas of the
tihdipge 'in bygiene and. in epidemiological practice *is discussed
Card 1/2

ACC_NR%_AP6oz61)qo-1 (A) -9`O`U_RCE-7C'ODE_:- CZ/00.67166*/00-0/004/0209/0213---!
AUTHOR: Keleti_,,.,J,,; Ruoinkog M,
ORG: Chair of Biochemistry and Microbiology, School of Pharmacology,
UK, Bratislava (Katedrabiochemie a mikrobiologie Farmaceutickej
fakulty UK); Ch~air of.Microbfofogy; Institute for Postgraduate Studies
for Physicians and Pharmacologin'te, Bratislava (Katedre, mikrobiologie
Ustavu pre dalsie vzdclavanie lekarov a farmaceutov)
TITLE: Determining lecithina9e activity of thermoreoistant strains
of Clostridium perfringena
SOURCE: Ceakoslovenaka-epidemiologic, mikrobiologic, imunologie,
no. 4, 1966, 209-213
TOPIC TAGS: clostridium perfringenss lecithinane activity$ bacteriaj
bacterial disease, bacteriology
ABSTRACT:
The paperrigmpares lecithinase titer and hemolytic activity
with a determination of the lecitho-vitellin units in 62
strains of Ctoatridium parfringene of types A, B, C, and F,
and of the thermoresistant type A strains (enterotoxiconis--
agents). The strains originated from state collections in
Czechoslovakia and Hungary taken from the.faces of people
nuffering..froin.diarrhea,--Caused by Danube*Rlver water@ --The
Card' 1h
ACC NR- AP6026990
lecitho-vitellin uni'ta were determined by calorimetric do-
.termination of concentration of soluble phosphorus by a
modification of the Fiske-Suba-Row method. The correlation"V
'between the lecithinass titer, hemolytic, activity, and
lecitho-vitellin units wan determined. The heat-resintant
*strains of Clootridiumporfringone type A investigated had
A significantly lower number of Is 'c1tho-vitelline units
ithan non-heat-realotant units had,' The author suggests
that this be used for the identification of those bacteria.
(WA-50; CBE No. Ill
SUB CODEt o6/ SUBM DATE: 238ep65/ ORIG REFt 0041 OTH AEFt 004/
Card 212
......... ~, .7777774PTT

CZECHOOLOVAMIA
AUTHOR: Keleti, J.; Rusinko, M.
CZ/006T/66/000/004/0209/0213
ORG: Chair of Biochemistry and Microbiology, School of Pharmacology,
UK, Bratislava (Katedrabiocheiaie a mikrobiologic Farmaceutickej
fakulty UK); Ch~air of.Microbiology, Institute for Postgraduate Studies
for Physicians and Pharmacologis'ts, Bratislava (Katedra mikrobiologie
Ustavu pre dalsie vzdelavanie lokarov a farmaceutov)
TITLE: Determining lecithinane activity of thermoreoistant strains
of Clostridium perfringens
SOURCE: CeBkoslovenska.-epidemiologie, mikrobiologie, imunologie,
na. 4, 1966, 209-213
TOPIC TAGS: clostridium. perfringena, lecithinase activity, bacteriat
bacterial disease, bacteriology
ABSTRACT:
The paper p9mparea lecithin4se titer and hemolytic activity
with a determination of the locitho-vitellin units in 62
strains of CZostridium perfringens types A, B. C, and F,
and in the thermoresistant typo A strains (enterotoxicosia-
agents). The strains originated from state collections in
1/2

A. KELETI9 Magda
Evolution of the theory on nolecular forces. Term tud kozl
6 no.5s210-212 My 162.
1. Tudomanyos Ismeretterjoa.71o Tarsulat budapesti fiz:Lka-
coillagaszati ezWwasUayanak titkara., Budapest.

I-o rFga?-F
-RUM, 1,0!!

laia U2~

-a" 01-11.

17-
ANTONI, 7. MaTI, T.
Imnune-biological study of the crystalline alcohol dehydrogenases lavlated
from closely related yeast species. Acts, physiol. hung. 13 no-3:187-197
1937.
1. Biochemical Institute of the Hangarian Academy of Sciences, Budapest.
(DEffMOGAMBAS
alcohol dehydrogenase from baker's yeast & brewer's yeast,
immune-biol. studies)
(TASTS, metabolism
alcohol dehydrogenneas, immune-bial. studies)