SCIENTIFIC ABSTRACT MEGRABYAN, A. A. - MEGYESI, I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001033320003-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 12, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

CHAYLAKHYAN, M.Kh.; MEGRABYANO A.A.; KAPAPETYAN, N.A.; KAIADZHYANq II.L.
Growth promoting substances in secretions of nodule-forming
bacteria. Dokl. AN Am. SSR 40 no.5:307-314 165.
(MIRA 18:7)
1. Institut mikrobiologJi AN ArmSSR. 2. Chlen-korrespondent
AN ArmSSR (for Chaylakhyan). Submitted September 15, 1964.

M&GELOYANJ A.A.;, -mUTVJNFel, R.K.
Eler;ti-,,,erice,-)hair)g-raphic pir-ture of the depersn-vilfzation ormdrome.
I, - -7.1 klin.med. I 164a
1 , .,)k . -+
(M--PA 18811)
:. Kafedra paikhiatrii Yerevanskogo maditsinEkogo instituta i
P:-oblemnaya laboTatorlya Yerevanskoy psikhl-a',ric-heskoy bollnitay.

MEGRABYAN. A.A.; ARUTYUNYAN, R.K.; AVAKYAN, S.L.
. -- ------- ..,-
Electrophys,"013gical data on the disorder of the clarity of
consciousness in epilepsy and symptomatic spasms. Zhur. eksp.
i klin. med. 4 no.2:47-54 164. (MIRA 17.8)
1. ArEVanskaya respublikanskaya psikho-nev-rologicheskaya
kli-nika.

ISAAKUS, A.L; KHZHALYAM. Z.Tq_!!!IA
~~!. G.A.
Hicroflora parasitic on moth flies and its significance in epideniolagy
[in Armenian with sumwzy in Russian] Kikrobiol.sbor. n0-3:27-38 149.
(ARMIA--KOTH FLINS) (MIRA 9:8)
(INSECTS AS CARRIM OF DISIOASE)
(STRIPTOCOCCUS)

MIRZOTAN, G.I., prof.; AVAKIMDVA, E.A.; MF)GRABYAN, M.TS,
Functional state of the pancreas in organic lesions of the brain.
Trudy Erev.med.inst. no.11:397-402 F60. (MIRA 15:11)
1. Iz kliniki nervnykh bolezney fakullteta usovershenatvovanlya
vrachey (zav. klinikoy - prof. G.I.Mirzoyan) Yerevanskogo
meditsinskogo instituta.
(PANCREAS) (BRAIN-DISEASES)

-IMRA3rAN. R*T.
-
Xlectric heating of autoclaves repldcad b7 the high-temperature
heat-transf4r medium vapor T. Suggeation by R.V.Kagrabian. Prom.
emerg. 11 3w.4:22-23 Ap '56. (KRA 9:7)
(Heating)

U33R/Mcrobiolo[Sy. Hc-,no~,lo'----L-iop",iillic Bacteria F- 5
Paateur,~lla.-,~
Abs Jour : Ref Zhar - 3iol., :,o 14, 1958, No 62421
Authov : -1.,~-rcdaJ7,L;
G,-omia-'. 3cl-,nL.-ific Res.-,,arc.1 Inst-Itute of Anl-
mal ilusb~indr~~- --.nd V.,An-riiry :ediccinc.
Tit! On ~,)uestio--.s of 'o--~centrL~.tin:;, -,--,d
Dr,,- in!-, 3,-~ S a ru'll.
Ori3 Pub : inform. !'Iruz. n.-i. in-ta
zhivot2.ovodstva i vet., 1957, --,,.-o 2, 34-38
1~
.--bstract: --~'o U,-'0,9'zr-;Uu
Card L/l
26

MGRELIDZE, D. (Tbilisi.); SHMOYAN., A. (Tbilisi)
Neebanized potato varehouse. Sov.torg. 35 no.7:57-60 Jl 162.
(MIRA 15:11)
(Potatoes-Storage)

I-TEGRELT-77~', K. V.
Viticultt~-re - 2zerbaijan
I~ro,n,ress of the 11-1,artuni Sta?.*e Farm, of the Karabck'- '-dne Trust. 12 "0. 3, 1952.
71-.1
Monthiv List of Russiar-,-.:~ccessi):is, Ll~.Im:r-, of ConCress, June 1;,)52. , ' C 1- -- ~ .

I-MGRELIDZE, K. V.
Nlagornyy Karabakh - Wine and Wine Vaking.
Rkatsitel.i wine in Nagormyy Karabakh. Vin. SSSR 13, No. 3, 1953.
Monthly List of Russian Accessio , Library of Congress, June 1953. Unclassified.

MEA36LIME, K. V. Cand Tech Sci -- (diss) "Technology of the
r -Ur-
Wines of NNESSUMMUIM Nagorno-Karabakhakaya Oblast 4F
fA I v
Azerbaydzhan SSR." Nos, 1957. 16 pp 21 em, (MOB !L~al--AA
&ag
Inst of Food Industry), 100 copies (KL, AM 25-57, 113)
- 6d -

NEGRELISHY11,1v L.K.; GVENTSADZZ, V.I.
84mod&W filter box for determining the dust content of blast-
furnace gas. Koks i khim.- no.7:32-33 J; 161. (MIRA 14:9)
1. Zakavkazskiy metallurgicheakiy zavod.
(CoW.industry-Equipmeat and supplies)

T
Treatment
Soob. All"

106S 1099
AUTHORS: Kalatozishvili, N.I.,
viii, R.I:,.
TITLE: A discrete remote control
arrangement of remote
27367
S/194/61/JOO/003/031/046
D201/1)306
N ~.
Nadiradze-, G.I. and Negrelish-
system using a contactless
control and remote signalling
PERIODICAL: Referativnyy zhurnal. jAvtomatika i radioelekLronika,
no. 3V 1961, 44, abstract 3 V359 (Soobshch. AN aruz
SSR, 1960, 24, uo. 3, 325-327)
TEXT: A description is given of a remote-measurement system (TO
(TI)) with discrete readings, which utilizes a contactless arra-1ge-
ment of remote control and remote signalling (TY-TC M-TS)). The
system (C (S)) uses binary counting, since if using decimal count-
ing, the number of the distributor elements would have to be that
of the number of scale divisions of the measuring instrument, -for
an accuracy of measurement equal to that of one scale division. The
remote measurement system consists of a transmitter, remote-control
Card 1/2

27367
S119LV6 1/000/00 3/0 31/04 6
A discrete remote control system... D201/D306
and remote-signalling arrangement and of a receiver. The previously
developed contactless remote control and signalling arrangement is
used, with the number of distributor elements equal to the number
of binary number digits. The sensing device may consist of any mea-
suring instrument with angular output indication. The transforma-
tion of this indication into the code is made by means of a perfor-
ated disc and a photo diode 6 digits counter. The Grey binary code
is used, as the normal binary code might lead to considerable errors
when going from one digit to another. The receiving installation
has a decoder and a receiver - milliameter. The decoder has 6
contact relays and 6 resistors. The transposition of the Grey code
into a binary one is achieved by a relay circuit. The system of
remote measurement does not require any special communication chan-
nel and depends little on its state. The accuracy of measurements
is arbitrary since it is detei:mined by the number of distributor
elements. 2 references. fAbstracter's note: Complete transiatio,1211
Card 2/2

ACCESSION NR: AT4021668 S/2748/62/003/000/0057/0066
AUILHOR: Kalatozishvili, N. I.; Nadiradze, G. I.; MeEp:e1ishviU9 R* P.
TITLE: Linear units for ferrite-diode contactless remote control and ronote
signalizaticn apparatus with unequal informaticn flow in opposing directicns
SOURCE: AN GruzSSR. Institut elektroniki, avtanatiki i telemekhaniki. Trudy*,
v. 3, 1962, 57-66
TOPIC TAGS: rerrote control, remote signalization, linear unit, oorntactles-, r,---
mote control, unequal information 'low, cost reduction, size reduction, optimal
equiamnt
ABSTRt'--Mr: Several variants of linear ferrite-diode caitactless control units for
re:-oze control and mmote signalization are described. These units are used in
systers where unequal amounts of information flow in opposite directions. The
pur7,ose of the investigation is to design units without excess distribution ele-
ments, so as to keep the cost and size down. The different features of the vari-
ant-s are discussed in sarie detail. All variants were tested under laboratory ccn-
ditions, and it is ccncluded that none can be regardeed superior to the others, SO
that the choioe of the ultimate variant depends on the spec-10-1- ccnditicns.
Card 1/2

ACMSSION NR: AT4021668
Orig. art. has: 7 figures and cne fonnula.
ASSOCIATION- Institut elektraiijci, avtanatiki i telemkhaniki AN.-GruzSSR'
(InstitLte of Electr~cs, AutaiLation,, and Teleir~~cs, AN &uzSSR)
su&mr=: 00 DATE ACQ: 07Apr64 ENCL: 00
SLS COIZ: COO IE NR REF SOV: 002 OIHER: 000
Card . 2/2

ACCESSION NR: AT4040443 S/2748/63/004/000/0089/0095
AUTHORS: Kalatozishvili, ff. I-i Nadiradze, G. I.; $egrelishvili, R.P.
TITLE: Discrete telemetering system for a comprehensive remote-
control, telesignalization, and telemetering apparatus
SOURCE: AN GruzSSR. Institut alektroniki, avtomatiki-i telemekhani-
ki. Trudy*, v. 4, 1963, 89-95
TOPIC TAGS: analog digital conversion, automatic control system,
digital data transmission
ABSTRACTt A discrete system is described designed to enable a remote
control and telesignalizotion system to p6rform telemetering.func-
'tions without the use of an additional channel. The telemetered q"*n-
tities are measured intermittently by means of an analog to digital
(Gray code) converter of the slotted disc type. Several schemes
for Gray-to binary code conversion.are described. The pulsed output
cam 1/5

ACCESSION NRt AT4040443
of the analog to digital converter is sent to the line by illumin-
ating photodiodes with commutator lamps. The telemetered pulses are
converted into dc wbich is measured by the receiving instrument.
The decoder used for this purpose is described briefly. The accuracy
of the over-all system is determined by the number of binary digits
employed, and the circuitry errorware minimal. The systeri has
passed laboratory tests and is presently in operation. Orig. art.
hass 6 figures and -1 table.
ASSOCIATION: Institut elektronikis avtomatiki i telemekhaniki AN
GruzSSR (Institute ofSlectronicee Automation, and Telemechanics,
AN GruzSSR)
SUBMITTEDs 00 ENCIts 03
SUB COM DP RR R3F SOVs 002 OTHER: '000
Card

ACC=CN NRs AT4040443
ENCLOSMSs 01
4
3
6
11, tr
Mock diagram of telW--tWing SYstem
mter, 2 ooder, 3 - cmverten, 4- -.zeno ccntml and sigadlngt*jstem~.
S deCoder,,6- irAicator
Cu-d- 3/6.

02
AW&WlCg VRl A74040443
*:A
j..ous readingS intO
cmv4ersion of amt
birUY d5lals
pard 4/6

ACCF.WICN NRs AT4040443 ENCLOSMI 03

D
vier, which
ec
cmvexts the
tollerstering
.
. W
.

PkilSCS intO .
.
. .. .
.
. .. .
. " . .
0. . ?
,,direct current

.a - with mlays
- omtactless
b
low

7-
j

Card 5/6 INI.W - x!-

ACCESSION NR: AP404Z495 S/0103/64/025/007/1101/1103
AUTHOR: Varshamov, (Moscow); Megrelishvili, R. P. (Moscow)
TITLE: Estimating a class of error-correcting codes
SOURCE: Avtomatika i telemekhanika, v. Z5, no. 7, 1964, 1101-1103
TOPIC TAGS: code, error correcting code, packet error correcting code
.ABSTRACT: A class of linear error -correcting codes which can resist "packet"-
type noise is considered. Based on R. R. Varshamov's theory published earlier
(Tekh. kibernetika, no. 4, 1964), formulas are developed which permit esti-
mating, within upper and lower limits, a minimum number h,.(rn, t) of additional
qigits required for transmitting a message of m digits with a correction of r
random and independent errors having a "packet" form and being not shorter than
t. The formulas cover aU known estimations and their generalizations. Orig.
art. has: 14 formulas.
ASSOCIATION: none
SUBMITTED: 03Sep63 ENCL: 00
Dp
SUB CODE: NO REF SOV: 00 1 OTHER: 00 1
Card

WGRELESHVILI,,._A,P.-(Tblli9i)
Methods for correcting errors in cyclic codes. Avtom. i telen.'26
no.6tIO63-1066 Ja 165. (MIRA 180)

L 37661-66 EW (d) GD
ACC NR- AT6012351
AUTHOR: Megrelishvili, R. P.
ORG: none
SOURCE CODE: UR/0000/66/000/000/0160/0164
~114
TITLE: Decoding method for cyclic codes that correct multiple error bursts
SOURCE: Nauchno-tekhnicheskaya konferentsiya po sredst,~.,am promyshlennoy
telemekha.aiki. _Moscow. 1963. Promyshlennaya telemekhanika (Industrial
telemechanics); materialy konferentsii. Moscow, Izd-vo Energiya, 1966. 160-164
TOPIC TAGS: error correcting code, signal decoding
ABSTRACT: A method is suggested for decoding binary cyclic codes that correct
multiple error bursts of any specified duration t. The method is applicable to those
cyclic codes whose parameters obey the relation n >111+t, where n is the dimension;
r
of the code vector, m is the number of information symbols and r is the maximum
number of correctable error bursts. The code is regarded as a subspace G of a
vector space (in defined over a field GF(2) with this condition: any vector
1/2

L 3766i-M
J.
ACC NRz AT6012351 0
x' xi+j, .. , xn-11 XO, - - -, Xi-1) obtained as a result of cyclic shifting the components
of the code vector XO'=,(xo, ..., x,.,-,) by i positions belongs with G. A block diagrarn
of a decoder operating alor, -ae above Lines is ahown. Orig. art. h": 2 figures and
14 formulas.
SUB CODE: 09 / SUBM DATE: O8Jan66 / ORIG REF: 001

ACC.NR: AT6022303 S OURC.E-CODE -'.-tJA[0000/66/000/000/0018/0021
AUTHOR: Megrelishvili, R. P.
ORG: none
TITLE: On the problem of synthesizing linear burst error correcting codes
SOURCE: Vsesoyuzna~4 nauchnaya sessiya, posv-yashchennaya Dnyu radio. 22d, 1966.
Sektsiya telemekhaniki. Doklady. Moscow, 1966, 18-21
TOPIC TAGS: error correcting code, communication coding, coding d-"t,
i.ABSTRACT-. The author generalizes the concept of a code distance for the error
:"cor-r-ecting codes in binary data transmission. The new formulation encompasses a wide
,'ra-age of channel distortion characteristics, particurarly those associated with burst
error distortion with specific length and rate of occurrence. This code distance
definition includes the Hamming distance as a particular case.' The author derives the
necessary and sufficient conditions for synthesizing linear code vectors which will
guarantee data.tranamission with specified reliability. Orig. art. has: 1 formula.
SUB CODE: 09/ SUBM DATE: 24Mar66/ ORIG REF: 001
1/1

MEGRELISHVILI, T. G.
Elektrokolorimetriya sumerek (Electrocolorimetry of TvLlight). Akademiya Hauk SSSR.
Doklady, 1946, v. 53, no. 2, p. 127-130, tables, diagrs., 7 refs.
AS262.s3663

WEGMISHMI.' T-.- Cr-.' Camd. Physicomth. Sci.
Dissertation: "Stydying Certain Fhysical Properties of the Upper lAyers of
Atmosphere by the Method of Twilight Flectro-cal6rimetry.0 Geophysics Inst. Acad
Sci. USSR. 10 Dec. 1947.
SO: VacherayM Upskya, Dec. 1947. (Project #17836)

0 vliianii imeneniia tsvets sumprek na rezulltaty issledovaniia
v,ysokikh s-Loev atmosfery surnerec'mym metodom. (Akademiia lauk. SSSR.
loklady. Novaia seriia, 1947, V. 55, no. 8, p. 713-716, table diazr.~
Title tr. - Effect of c ange in t.'-.e color o' ttAli~`-,t on the re-
s~ilts of upper air research by crepuscular r.ethod.
Also publisned in English in Comptes rendas de 11A~caderie des
Qciences de l'UR.9'. Nouvelle serie, 194F, v. 55, no. ,, D. ;05-70~,
(-1,60.A52)
A.5262.S3663 v. 55
SO: Aeronautical Sciences and Aviation in the Soviet Union, r i brar- of
Congress, 195-1-).

,V):; 6 fl L J-) S 0 L/' /- J) T C
AUTHOR: Megrelishvili, T. G. 20-5-13/48

TITLE: ..........
Luminescence of 'Twili- t Sky in the Infrared Region of
0h
tne Spectrum (0 lyuminestsentaii sumerechnogo neba v infra-
krasnoy oblasti spektra).
PERIODICAL: Doklady AN SSSR, 1957, Vol.116, Nr 5, Pp. 766-768 (USSR)
ABSTRACT: The author determined data which speak in favor of the
existence of an intensive twilight luminescence of a thin
atmospheric layer in the infrared region of the spectrum
of about A - 9400 1 at a height of from 35 to 40 km and of
from 90 to 100 km. The brightness of this layer appears
clearest in that part of the sky which in the sun vertical
is situated at 200 above the horizon (There the multiple
dispersion of the light is least noticeable). The
measurements were carried out with the light filterM KC -3
and with an electric photometer. In 1953 the author
observed systematically the twilight in the infrared region
of the spectrum in the zenith and lateron also in the near
of the horizon at a height of 200. ThuB he collected about
100 zenith observations and 10 observationB at a height of
Card 1/3 200. The observations were then expressed in form of the

Luminescence of Twilight Sky in the Infrared Region eO-5-13/14.8
of the Spectrum.
ratio (1/I) dI/dh (I . the brightness) h = the hei,-cht of
the effectively scattering layer. Furtheron the author
constructed an analogous curve for the dependence of the
deduced brightness on the height. For this a model of the
atmosphere was used which was deduced from rocket datn.. The
really existing clearly outlined luminescent (luminescent
or addiotionally scattering) layer existin.- at a certain
height will not be clearly noticeable in the twilioht
curves because oil the great thickness of twilight. Without
additional calculations it is difficult to make conclusions
with regard to the real dimensions as well as to the posi-
tion of the layer. The course of the curve (1/J)dI/dh is
calculated by means c,' American rocket data and is shown
in a diagram. Furtheron the same curve is determined under
the condition that a 10 kin thick layer at a height of from
60-70 kin causes additional luminescence. From the
observation material the following conclt,3ions can be drawn:
There are two layers at a heiJht of from 35-40 km nd of
frora 90-100 km. The higher layer is less steady than the
Card 2/3 lower. The curves taken in other spectral regions do not

Luminescence of Twilight Sky in the Infrared Region 2&-5-13/48
of the Spectrum.
show these layers for which reason this phenomenon can be
attributed to luminescence and not to dust particles. The
second scattering of light in the zenith has a great influence.
The lower layer is thicker than the upper layer. There are
4 figures, and 7 references, 3 of which are Slavic.
ASSOCIATION: Abastum-ani Astrophysical Observatory,AN Georgian SSR
(Abastumanskaya astrofizicheskaya observatoriya Akademii
nauk GruzSSR).
PRESENTED: Hay 15, 1957, by A. A. Lebedev, Academician
SUBMITTED: May 16, 1957.
AVAILLBLE: Library of Congress
Card 3/3

4)-.
'THOR:, INI~ 11 -Ili T, G.
IT LE -T~'-Ie Possibi lity of Investigating Aerc6ci Layers by a Twili-rtT,
U
liiE-~.'aod (0 -,.,C7MC-zbnost-;L issled~)-anaya aerozol`nyld, slcyev
metcdom.)
-,E -'AL:
R I OD T r- A.Kadeui4i Nauk SSSR. Serlya Gecf-zL,-hezkaya.
1918, Nr PP '160--563 (USSR)
U1 STRACT ir, is suppc,-,ed in the theory of tivilighr that the light
C.D
is srat-~-ered ~Irom air molecules and the effect of la--e
aerosol parti,ies is negligible. The author has previous-
ly put forward IhE- suggestion that the excess brightness
C.)
of the tw-Jli',~ (which is observed in rocket data) may be
iue tc, aerosoi particles ~n 4[be upper layers of the atmos-
PI,ere. Thesj -articles are assumed to be of meteoritic
origin? aithou-h par~'-icles from the Earth's surface might
also arrive in the stratosphere from mixing with the tropo-
sphere, The aurhar meia-~ions the work of Bigg (Ref.2),
StLtaude (Ref,~-) ~xrandmontagne (Ref.4), Link (Ref.5)- Vau-
oulcurs (Ref,'), Karandikar (Ref."),qnd Shvestka (Re'f.8).
Somiz of 1-hese alithors mention a in the twiliChtu curve
which can lnte--P~.eted as :i.ndJ.,,iati-ng strongly scattlering
dl-,si: layer, in the. high atmoqphere. The author examines
in detall, The author states that, he -1im-

49-58-4-15/18
i,)f inv~sttgatin- Aerosol Layers by a Twilight Meft!Dd
L I j a U.
sr;lf Las nr~-.f~_r fourld this break, Irls appearan~~e pperhaD_s;
depends on the srability of rhe t---ansparency of t~e -uropc-
spheric layers. Thus the atmosphere above the Abastuman
V
Observatory, where lae carried out his work., was very stable.
Th-17~,; hypothpsis sciems to be confirmed by Karandikar's results.
These would seem 'o lead to the following conclusion:- if
the dust p_srticlez are of radias 10-ILON and a-re evenly di~_---
tributed in a layer three_km thi3k, then the maximum concen-
tration is only 10-8 - 10 9 partic_les/cm3, However, absence
of breaks in i.hp ii-ht ounye need not indicate absence of
ie,les in 1-1he upper layers.-. merely shows that there
are no --.early dr-fined layers. Link. (Ref-5) suS.ests that
r'ie I-art-icles ar~, evenly distributed throughout the atmos-
i,,here. Tn-~ autlaor next -ives a det-ailed cr-_;Iti.-.is:m of Big,,-,'s
paPer. Bir;-- :.arried out h'.-E observations in the eclipti,:~ in
th!~ beiief tha'.- 'he particle scattering effect would thereby
be Increased. It: also detarmlqed the temperature at the, oame
Bi,,-- p2oted graphs of rate
by sen(I-*.riir Uj; 80.,IU3 t -- -, f
han'D (- c~ f i I " rr-h t in t e n against the hei6ht of the
s~,adc,.,, He obtained maxima for -the former at hei-hts
80' I-Tn, There were tbi-ee separa-i;e maxima. at the
if
o q.-- r p (:'s an . -,,;r)i-ch 7~_-t7ua -d at the temp-~rature- inver-

L~ -)-56-14 --l 5/18
"_-,e Possibility of InvestirTlatin- Aerosoi Lay,~rs by a T-wilight llethod.
ED
Sion height, Bigg decided t-'-Lat tiiere were dust accLLnalat-
at these hei-hts connect-1 with the inversion, The
0
author now stat=s t-hat Bigg's theory contradicts the twi-
CD
light theory~ Big- is incorrect in that he uses the height
CD _CDO C~
of the Earth's shadow, but this is not the height at which
we have meoimum scatt-ered light for a -iven zenith distance.
The theory of the twilight method of studying high atmos-
pheric layers was put forward by Fesenkov (Refs.13, 14). The
twilight brightness is given as an integral expression which
depends on the scattering constants of air and the intensity
of Sunlight. Only a small layer is important in the scatter-
ing of sun_.Light. since the upper layer is not sufficiently
dense for zca-Itering and the lower layer absorbs. Thus the
li-ht can be treated as if it bends round the Earth at about
20 ~m from the surface, The author now obtains a formula for
the height of the effective scattering layer giving the maxi-
mum scattered light,. This shows that 20 km is the lowest
level at whif7.11 it is wortL making measu--ements., Bigg obtain-
ed maximum rates of change of intensity when the Earth's
slaadow was at heights of 15-20 km, In this case the heighU
CD
of the eff~?ct_ive scattering layer is 35-40 The next
change in B-1- s work which is required is in the resolution.
I.ard 3/5 0 -~-,C!

49-58-4-15/18
The Possibility of Investigating Aerosol Layers by a 2wilight hiet_,_:,d
The twilight phenomenon depends on a layer which is only a
few tens of kilometres thick. Hence if vie have two thin
dust layers., and the interval between them is saall in com-
parison with their thickness, they :annot be observed by this
method,, Thus tohe closely-.packed maxima of Bi~l-g's curves
cannot be interpreted as being due to different layers., The
author next gives a graph calculated on the assumption of
molecular Ecattering Of light, using data supplied by the
.USA Rocket Panel. This gives change of intensity with height.
He supposos that a narrow layer- thiclaiess 10 km. is situated
at a height Of 0-0-70 kmi, creating an extra illumination equal
to that from molecular scattering in this layer, He gives
the -raph of 1 dI (T - ill,.imination intensity, h - height)
I dh
a~Tzainst effective height for this case, and also for the Case
--T - 5 1
,'1'~n anotder layor is 6icuated 1cm lower, He shows that, the
4 S
resultin- di.'L-'ur,-nc,. indetectable so that Bi-g's senarate
close maxima between 10 a--ld '20 Im do not correspond to r~~al
layers, The -u:-laor then ~,-_)es on to his own results. T~--io
t -::,: i "L ih t dravin fro!a measurements made at the 3ame
ti-:.e in -~ns Of tfle soectrum (X = 52'~O

491-58-4-15/18
"de Possibi I ity of Investi-atinp: Aerosol Layers by a T,;iili~ t " - d
0 - ~h Me i, - ~ _; .
94-00 The curve for X = 5270 R gave a monotonic
fall in the value of 1 dI The infra-red curve, however,
I TT
was ent-.irely d-ifferent,, (Both curves were constructed to be
dependent not on the height of the Earth's shadow but on the
height of the effective scattering layer). The infra-red
curve gave a maximum of 1 dI at a height of 4? km and a
IE
,second maxim-xn at 100 1cm., This -could be interpreted as
being due ro flucreacence,, Big-, from his measuremonts in
CD IDU
the infra-red, deduced the existence of particle layers, but,
in ttis case, there should be a similar maximum in other
re---j'ions of ~,~e spectrum. Acknowled-ements are made to I. A.
0 C.3
Khvostikov for his useful advice and criticism. There are 3
figures and 15 ref,,.-rences, of which 10 are Soviet, 3 English
0
and 2 French,
ASSOCIATION., L.,ademiya naWi Gruz, SSR, Abastiannskaya astrofizi--hes-
kaya observatoriya (Academy of Sciences Georgian 5SR,
AbastumariAstrophysical Observatory)
SUBMITTED- June 4, 1957,
Car(! 5/5 1. Sky brightness-Theory 2. Light-Scattering 3. Particles
(Airborne)-Properties 4. Mathematics

SOV/169-59-4-4209
Translation from- Referativnyy zhurnal, Geofizika, 1959, Nr 4, p 139 (USSR)
AUTHORS-. Megrelishvi i, T.G
Fishkova, L.M.
TITLED On the Investigation of the Upper Atmosphere Glow
PERIODICAL- Mezhdunar. geofiz. god, Inform. byul., 1958, Nr 5, pp 43 - 44
ABSTRACT-, The authors report on electrophotome-tric and spectrographio
observations of the%'Wlow of the night and twilight sky, which
were performed by the Abstumanskaya astrofizic-heskaya ob-serva-
toriya AN GruzSSR (Abastumani Astrophysical Qbservator7j of the
AS GruzSSR) in accordance with the IGY program, There are
brief descrivtlons of TMP devIces w".h which the aforementioned
investigations were performed. The bdsic purpose of the spectro-
graphic observations during the IGY was the discovery of lines in
the night sky spectrum, belonging to the spectra of the aurora
polaris occurring in low latitudes during Intense geomagnetic
disturbances, especially in years with maxiarum solar activity.
CL/
Card 1/1 L-T.

30) SOV/30-58-11-7/4e
AUTHORS: Kharadze, Ye. K., Dzhapiashvili, V. P., Megrelishviii, T. G.
TITLE: Investigations of the Moon and the Planets in Abastumani
(Lunnyye i planetnyye issledovanlya v Abastumar-i)
PERIODICAL: Vestriik Akademii nauk- SSSR, 1958, Nr 11, PP 42-4'~ (USSR)
ABSTRACT: Many important data for research-work on the moon and the
planets are obtained by photometric, colorimetric, and polari-
metric examinations. At the Abastumanskaya astrofizicheskaya
observatoriya. Akademii nauk Gruzinskoy SSR (Aba3tumanskaya
Astrophysical Observatory of the AS Qe0-_Z_1= SSR) pciari-
zation properties of the moon surface were investigated
according to the method of precise electro-photometry in the
course of recent years. Photometry of the moon is also ix-
portant in connection with lunar eclipses. During the great
Mars opposition in 1956 visual, photographic, and electro-
polarimetric observations of the planet were carried out at
the Abast=mi Observatory. . Recently at this observatory a
self-recording electro-polarimeter of the system according to
V. I. Myukhkyurl has been installed and is now employed for
Card 1/2 systematical measurements of the 3= surface. This d,~vice will

SOV/30-58-11-7/44
Investigations of the Moon and the Pip-nets in Abastuman'
also be used for the observation of Mars, Jupiter, and its
satellites. V. G. Fesenkov, Member, Academy of Sciences, USSR,
worked out the theoretical basis of a method for the investi-
gation of night effects in the terrestrial atmosphere. By this
method it was possible to investigate the terrestrial
atmosphere up to an altitude of 120 to 130 km. Since 1952
electro-photometr-4c observations of the luminescence of
nocturnal sky especially in the infrared spectral reEion arc
carried out at the observatory Abastuman'.
Card 2,12

NEGRELISHVILI, T.G.; KHVOSTIKOV, I.A.
law bands In the ffpectrum of twiligbt skies. Astron.teir. no.197:
6-8 K '58. (MIRA 12:7)
1. Abastumanskaya astrofizichaskaya observatoriya AN GruzSSR.
(Twiligbt-Spectrum)

SOV/49-59-6-16/21
AUTHOR: Megrelishvili, T. G.
Z__
TITLE: The DeteT~r-m-6i-n-aFt~'1-*'o-n---oT--C~'j Infrared Spictrum of the Twilight
sky
PERIODICAL: Izvestiya Akademii nauk SSSR, Seriya geofizichLeskaya,
0
1959, Nr 6, pp 910-918 (USSR)
ABSTRACT: The analysis of observations of thinleyers of tLe atmo6-
phere at 35-40 and 90-100 km hi.-h made by the Abastwnar'.
astrophysical observatory is described. The photometer U_LS
was employed, the range of which is X = 6000 to 11 00011,
The purpose of the investigation was to establish the presence
of a luminous layer on the upper layers. The ana.lysis is
based on the relationship of l/I dI/dH,-, to the heicght of
the layer Hef , Figs 1-3 illustrate some of the curves for
the sun's azimuth h = 200 (z = 700). The comparison of the
theoretical curve (Fig 4, curve 1) to that obtained experi-
mentally, shows a discrepancy which is explained by the exist-
ence of the luminous layers. This can be assumed when a
luminous independent layer 10 km thick at the height 60-70 km
Card 1/3

SOV/49-59-6-16/21
The Determination of the Infrared Spectrum of the Twili,ght Sky
is considei~ed (Fig 2, curve 2). As can be seen, the ef-fect
of such a layer would be noticeable far above or below it,
e.g. 40 km on both sides. The intensity I of the light
C3
in this case can be calculated from the formula on P 912,
where z a - sun's zenithl F(hT) - air diffusion7 IhT -
intensity of sun's rays, hT - height of the earth's shadow.
As an example, the calculation was performed for z. = 92'15'
and 94034' (Pig 5). Fig 6 iilustrates the results of cal-
culation for the layer 5 km thiok at a height of 60 to 65 km
for intensities B = 1 (curve a), B = 2 (curve b), B = ~
(curve c) and B = 4 (curve d). If an increase of the ill-
uminatin- surface (shaded area in Fig 5) in the case of B L
is taken as a unit 9 then for B = 2, 3 and 4 this increase
will be 1.4, 1.8 and 2.1 , respectively. Thus the addition-
al luminous layers can be determined for different thick-
nesses and heights (not-bss than 15 to 20 km) (Fig ?)~ The
curves constructed from the data obtained by observations
are illustrated in Figs 8 to 11 for the sun at its zenich,
These curves show two luminous layers at 35-45 km and at
Card 2/3 90 to 100 km. This type of curve was obtained in 3? cases

SOV/49-59-6-16/21
The Determination of the Infrared Spectrum of. the TwiliE;hu S-~7
out of 50. A metl.,od of Ilu /I 0.?U was also applied, Tli-'Ls
is illustrated in Figs 12 to 15. The c3inparison of t
metliods is illustrated in Fi-s 16-18, silow,-.-,- a generai
agreement. It is assumed that tae addi~;ional iuminosi--,,y
the atmosphere can be caused by its own lumintscence or by
diffused light. This was actually observed when
iatin- filters were applied, Aii exal-iple of sucid a dDable
luminosity is illustrated in Fig 15. Thaniis are .-iven for
advice, to 1. A, Mivostikov. There are 18 figures. 1 table
and 19 references, of waich 12 are Soviet, 2 Frencii ana 9
English.
ASSOCIATION: Abastumanskaya astrofi,-,ich-eskaya ob.3er'iatoriya YLN
SSR (A:oastuma2d Astroplr~ysical Ob:=vaUory., Acade:.~y of
Sciences. Geor-ian SSR)
SUBMITTED: July ill 1958.
Card 3/3

HEMLISMLII T. G. and IMVOSTIKOV, I. A.
"02a Emdasions, 1n the Spectrum of T41ight."
report muA presented at the 12th General AssenZly of the Intl. Union of
Geodesy and Geophysics, Helsinki, Finland, 25 July - 6 Aug ig6o.

MCaRELISHVILI,, T.G.1 TOROSHELIDZEp T.I.
Twilight luminescence of OH. Astron.tsir. no.225.'9-10 S 161.
(MM 16si)
1. Abastumanskaya astrofizicheakaya observatoriya.
(Night sky-Zpectra) (Hydroxyl iroup)

MEGREUSHVILI, T.G.; TOROSHELIDZE., T.I.
New CH emission in the spectrum of twiUght sl~v. Astron,tair,
no.2251ll-12 S 161. (MIRA 16s1)
1. Abastumanakaya astrofizichoskaya obsgrvatoriya.
(Night sky--Spectra) (Hydroxyl group)

ACCESSION NR: AT3012983 3/2501/62/000/029/0093/0102
AUTHORt Megreliahvili,.T. G.
TITLEs Light polarination of tho twilight sky
SOURCEi Abaetumani. Aotrofizich. obaervatoriya. Byul., no. 29, 1962.
Isoledovaniya po programs MGG i mezhdunarod. geofiz. sotrudnicheetva, 93-102
TOPIC TAGS: light polarization, atmosphere, twilight sky, aerosol, scattered light
'ABSTRACT: This paper is based on observations made at the AbaatumanBkaya
!astrofiziche6kaya observatoriya (Abastumani Aotrophysical Observatory) from 1946 to
1952. The author points out that the degree of polarization in polarized scattered
light of the twilight s1V depends not only on the position of the sun but also on
.the physical state of the atmosphere -- on the scattering capacity of the atmos-
phere. He has plotted the relations between average (monthly and seasonal) degree
of polarization and the zenith position of the sun for the years 1948, 1949, 1950,
and 1911, and he has indicated that almost all curvos show a minimum of polariza-
tion that apparently corresponds to high layers of partiolos coarser than molecules
(i.e., aerosols). The minimum ocaurs at zenith distances of 98, 99, and 100 and is
probably due to layers of dust at these hein)ita. Orig. art. hasi 8 figures and 1
table.
Card 1/2

ACCESSION ITRi LT3012983
.ASSOCLMONj Abastumanakaya astrofiziohaskaya observatoriya (Abastumazii
Astrophysical Observator7)
.suBmiTTED, oopeb62 DATE ACQt 150ot63 ENCLs 00
,SUB COIGs ES, OP NO REF SOVI 011 MTERI 004
Card 2/2

=ESSION UR: AT3012984
3/201/62/000/029/0103/0109
AUTHOR% Mogrelishvili.. T. G.
TITJZ: Spectral investigation of hydrcoWl anis9ion in twilight sky
SOURCEi Abastumani. Astrofizich. observatoriya. Byul., no. 29, 1962. loaledovaniya
po programme 4MG i mezhdunarod. geofiz. sotrudnichestva, 103-109
TOPIC TAGSi hydroxyl radiation, twilight sky, spectrograph, SP 48 spoctrograph
ABSTFUCT: The spectral investigations viere made at the Abastumanskaya
astro.-Cizichosicaya observatoriya (Abasturrani Astrophysical Observatory) from 1957
to 1961 with an SP-48 spectrograph directed to the north at a zenith distance of
670. The rain purpose of the paper is to furnish data on observed OH omission
in the ti- ght sky during the summer of 1960. OH bands consistently appear in
t'-Io twilighlt spectra, and photometric studies sliow tliat changes in intGn3ity of
the bands depend on zenith distance. Different hydroxyl bands were noted (6.1)
and (9-3). Mw~imums of OH luminosity woro observed in November., DocGrabor, and
Janiax-f. The bands were obtained in a spectrum of the twiligbtu slqr chiefly at an
Cardl/2

I
ACCESSION hrRi AT3=984
angle of sun's inclination of 8.8-16'). Errors in temperature measurement were
patently large, but the values were used to define rotational temperaturo by means
of the hydroxyl bands of the twilight sky. The exact, nature of the hydroxyl
luminosity at twilight is not known, whether it is a superposition of night a~x-
glow or whether it is purely a twilight effect. Grig. art. hasi 5 figures and
2 tables,
ASSOCIATION: Abastumanis Astrofizich. observatoriya (AbaBtumani Astrophysical
Observatory)
SUB,=LMI 0OFeb62 DATE ~OQi i5oct63 =L: 00
SO CODE 3 OP, ES No Ra sov , oo5 OTHER: 003
3rd 2/2

L 37703-66 DT (1) /EWT (m) /F CC/EMP W /ETI IJP(c) GW/JD
ACC NRt AT6017165 ~/V ) SOUICE GODE: UR/2501/65/000/032/0165/018
AUTHORS: Megrelishvili., T. G.; Torosholidze, T. 1.
ORG: none
TITL,-,-: The problem of variations in sodium --jussion at twilight
~-T (
SOURCE: Abastumani. Astrofizicheskaya observatoriya. Byulleten', no. 32, 1965, 165-
182
TOPIC TAGS: sodium, solar radiation, astronomic observatory, twilight, spectral line,
line intensity, solar radiation intensity
in ilj47
ABSTRACT: The results of a study of seasonal variations in the tensity of tw Jit
sodium emission are given. The data were obtained in spectrographic observations in
1961, 1962, and 1963 at the Abastuman AstroDI-Lvsical Observatory with SP-48 spectre-
jzraRhs.,,Jhe elevation above sea level is 170CI M, (p = 41045'N,, I - 2D~51m E. The
spectrogYaphic observations were made simultaneously in three directions: 1) in the
solar vertical (h - 20--250); 2) to the north (h - 230); and 3) at the zenith. For
the north direction, the principal maximum is observed in April and somewhat more
weakly in November and in July. Unlike the observations in the solar vertical, the
seasonal variations for morning and evening differ in the north direction. A study
of the change in the elevation of the maximum of the emitting layer in two directions

I
L 37703-M k'-
ACC NR, AT6017165 40
separately for morning and evening showed that. vertical displacement occurs without
a doubt and that it deperxLs upon the season. Orig. art. has: 17 graphs, 5 tables,
and 1 formula.
SM CODE 2 03/ SUBM DATE: none/ ORIG REF: 001/ OTH Ra: 024

BOSHBYAK, Leonid Loonidovich; BYZOV. Lev Hikolayevich; KBEMTSKIY,
P.P.. )csnd.tekhn.aauk, retsenzent;.WRIN, ItG,, inzh,, red.;
FMCM. A.G., red.izd-va; 'RAR IRA, A.A.. takha.red.
[Nessuring small consumptions of liquid] Iswrenis malykh
raskhodov shidkostai. Koakva, Goo.nauchno-takhn.lzd-vo
mashinastroit.lit-ry, 1961. 77 P. (KIRA 14:4)
(Plowmaters)

Mau
fits
A I PSIDMAIS aim 00"19

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MEGROYAN., -R.A.; TONAKANYAN, S.N.
Microdetermination of sulfur in organic compounds. Report No.l:
Now -ELriant of the quantitative method for the microdetermination
of euLfur in organic compaimds containing CV, H, Op S and Cp H.,PjA~ S.
Izv.AN Arm.,SSR,Miimsnauki 15 no.1:33-Y7 162. (MIRA ,,7:7)
lo Institut tonkoy organicheskiy kbJmJJ AN ArmyansUy SSR.
(Sulfur organic compounds) (Sulfur-Analysis)

KEGROYAN) R.A.1 TONAKANYAN, S.N.
Microdetermination of sulfur in organic compounds. Part 1~
Version of quantitative method for the microdeterminaticn
of sulfur in halogen-containing organosulfur compounds.
Izv. AN Arm.SSR. Khim. nauki 18 no.21219-221 165.
(MURP 18~11)
1. Institut tonkoy organiQheskoy khimii AN ArmSSR. Subirdtted
July 10, 1964.

K
Name: MIPURFANU, MLIL
Dissertation: Epidemiological characteristics of scarlet fever In pediatric
institutions in Leningrad and means for reducing it
Degree: Cand Med Sci
'00 D OR Leningrad Sanitary Hygiene Yledical Inst
A- -2- Min Health B,14?SR,,
pubL)C-ATio
---- -- Place: 1956, Leningrad
Source: Knizhmya letopis', No 52, 1956

45~~- ; , 1, * , -
Epidemiological characteristics of scarlet fever in Leningrad
children's establishments. Trudy LSGAII 32:35-55 '57.
(KIHA 12:8)
1. Kafedra apideniologit LeninFadekogo eanitarno-gigiyaniche-
skogo meditsinskogo Institute, zav. kafedroy - prof. V.A.Bashenin).
(SCARLET FEVER. epideniol.
in Russia, in child. institutions (Rue))

MEGURRAHU, A.
N- ~-
-M, ~,- :;A,4 ~-
.
1 Some data on the imrmology of scarlet fever. Trudy 1,SGAI
1.- 32:56-62 '57. (KM 12: 8)
1. Xafedra epidemiologii Lenirf, adskogo sanitarno-gigiyeniche-
skogo meditsinskogo inatituta av.kafedroy - prof. V.A.Bashenin).
(SCARLET FEVER. Immmol.
Dick test in child. Institution (Rua))

KONJAJEV, A,;-,MEGU3AR, F,
Changes in the soil microfl,)ra in forest solls used for
agricultural pruposes. Zem.'Jiste b11.4ka 12 nc,1/3:34',-
348 Ja-D 163.
1. Faculty of Biotechnology of the University of 1,jubljana,
T.Jubljana,
,0

VODOPIVEC , Frano., dr. iiin.. ~ -MMUS A%R, Jane z p dlpl . inz. mote ltxgl j s
Effect of the noncildized aluxLnur, and n1-trogen e-ontent on
tha austenitiq grain size irn Irc-n and stee-l. Rud met. abor 3.-
297-305 164.
1. MetaUurgieal InatitutA, IjubIjana, Lapi pol. 11.

'"FRNYAK , 1". . rA . ; It,- . M f NA . . i . ;
1. -.4YINUYL. A. , er, IK 11 Lr'N(N , 11 . I . ; !X
1~1-1-1,1-1?7HKTNA, V.I.
I
ignition tr-mperaturn of' : weir-resistint vqriql:!,,i. for
the oxidntLon of milt'lir (ILoxJr!4-. WhPn. prom. 41 F 16~.
'M
,
-T(A 1A!4)

Megyar, A.
Educational problems in the technical colleges of the construction industry.
P. 83.
EPITESbGYI SZEYIE. Budapest, Hungary. No. 3, 1959.
Monthly list of East European Accessions (EEAI) LC, Vol. 9, no. 1, Jan. 1960.
Unc-1.

Gi'-SY;A?,DY, Goza, dr.; MEGYERI, Agneo, jr.
7he gc-Oy ~'.dney. IC~-, (-) l2c- 17 e 1 ~ 5
.3-i lrtf-,zet, "Gol R~nourria Csztal-v
1. Orszagr~s Rheurn&- es F~iHjaug
(f4-orvns: Glaspardy, Cj-.-,,a, dr.)-

MEGYEP.I, Bela, hegeaz tote chnikas
Teckmological bases of CO -welding and their technological data tabula-
tions. Gep 14 no.2:69-73 F 162.
1. Wilhelm Pick Vagon- es Gepgyar, C~,or.

MIKOLY, Tibor, dr.; BAUER, Ferenc; ME:GMM,..Bela
Some data on the tecbnology of arc welding performed in the
C02 protective atmosphere. Gepgyartastecbn 3 no.5:168-171
W63.
1. Budapesti Muszaki Egyatem Ifech. Techn. Intezete (for
Konkoly and Bauer). 2a Wilhelm Pieck Vagon- es Gepgyar,

MEGYERI, GY.
New instruments and their application in the oil indust, . p. 621r.
'.ITY,~-MATI LAPOK. Vol. 11, no. 10, 6 . Hungary .
(BA. Oct. 195 Y7
SO: Monthlv List of East European Aceessions LC, Vol. (-, no. (, Jw1a 19-57. Uncl.

r
T,JF,TRY
. 3 Ln

P ZYII!n -
j CUT

C) ilo

T o
A93TRiX 1:
u

v c
0,
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bL
c on

Cf

HUNGARY/Cosmochemistry. Geochemistry. Hydrochemistry. D
Abs Jour Ref Zhur - nimiya, No. 8, 19577 26551+.
Author V6ro"s, Istvan, Megyesi, Imre.
Inst
Title Microelements in Hungarian Bauxite and Their
Practical Application.
Orig Pub Ba'nygszati lapok, 1951+, 9, No. 12, 658 - 664.
Abstract Ko abstract.
Card 1/1

MIGnMI, Istvan, Dr.
Plant fibers as substance causing reral calculi. Mag7. sebeszet
12 no.2:158-160 Kir 59.
1. A Szombathelyi Markusovsky Korha2 (Igazgato: Dr. Fadas Iaszla)
Urologiai Osztalyanak (Foorvos: Dr. Zoltan Tibor) kozlemenys.
(KIMUM, calculi
caused by -)lant fibers (Han))

dr.
Lithiasis in renal tumors. Yagy. sebeszet 14 no.2'128-132 Ap f6L
1. A, Szombathelyi Markusovsky Korhaz (Igazgato: Dr. Cselko Laszlo)
Urologiai Oaztalyanak (Foorvos: Dr. Zoltan Tibor) kozlemanye.
(KIDNEYS neopl) (URINAlff CALCULI atiol)

WMFM, Istvan, dr.
on the problem of ureteral valves. Magy. sebeazet 14 no.4:263-269
Ag 161.
1. A Szombathelyi Markusovszky Korhaz (Igazgato: Caelko Iaszlo dr.)
Urologial Oastalyanak (Foorvos: Zoltan Tibor dr.) koslemonye.
(URETEW abnorm)

In"MyUZ I, J.
Comparative investigation of s =--er plankton in lakes; a preliminary atz;dy. p. 4-411
.r-
Vol 2, 1952, (published in 1954) A '.a.GYAR -ITDr.--'.M HZIi-== -~I-' -,GTAI INI Z-- r4-7~--
- -.7E
EVOW72E. T~EGEDI RFSZ. Budapest, Mingary.
t~
So: Eastern European Accession. Vol 9, no. 4, April 1956

j. Fauna and f1cra ii. scme rer~i cr~r ztz.Enbrit ,cc:ls in a meadow cf
the Eorzscny Ycunt.Lins -r; iLp.-zr Hungtiry. ..L.L.
--nert,! considerations. In C-f3ri-rbr,.
p
5, vio. 3!4, 19'4.
4-.'Tt~ EhIcCicii.
SCL:-,~XE
Eudtj~est, Fungary
So: !Las t --.--rc,-, ez n Acc es sc I ay

milm, J.
In-gesti.-ation of plankton in the Szeged sedtion of the Tisza River.
p. 280. HimmcGiAi KozmNy. umoixaCAL JOURNAL. ( 14agyar
'Mdrologial Tarsasag) Budapest. Vol. 35, no. 7/8, Ju2Y/Aw-- 2955.
SOURCE: East European Accessions List (EFAL), Vol. 5. No. 2,
February 1956

mim-zP'T, T.
Peport on the three-year activity, 1' 52-11 55, of the Szeged Group
of the Hungarian Biological Society. T. 72.
BICL(GIAI KC7,LEI:h:YEK. '(Magyar Biologlai Tarsasag.
Altalanos Biologiai Szakosztaly) Budapest.
V01. 4, n0-1, l"' t'.
SOME: East European Accessions List (EEAL), Library of Congress,
Vol. 6,, No. 12, Decomber 195&

/prc VC-p- / / T.
HUNGARY/General and Special Zoolo!,y. Insects. Iixlurious p
InsoctB and Ticks. !?osts of Cereal Crcps
Abs Jour : Rof Zhur - BiDl., No, 11, 1958, -No 49579
Author t Mo3ycri J4, Szokor T.
Inst
Titb Watcr Posts of Rico
Ori- Pub i~-rurtudo-.3anyj 1957, 9, No 6, 31-36
0 Q
Abstract No abstract
Card 1/1

BMSSYP -4.ndras; BIRARI, Imre; MEGYFM, Jeno
Determination of 3ableway arcs from their geomi-tri-, data. Mat. kut.
kozi. MTA 8 Series B no.4,617-,630 16"14publ. 164).
lo Mini-sta-y of Transportation and PasLa2 Affairs, Budapest (for Mogyari).

MEqXERI, Jeno, okleveles mernok, egyetemi tanarseged
Dstemimtlon of cablewa;r curves by graphIc methods.
Kozl tud oz 14 no. 6: 271-274 Ja 164.
)p,-

li5,GY-ERJ Jerlo egyetemi
I~etermination (Z zk,6 tiag of (-al-,!-wuy r!urv,-s on -,hr, -zi--"~ ~),"
dynamics. Kozl tud sz 14 no. 8~363-366- A;- Ir,4.
w

MEOERI, Jeno, okleveles mer-nok, egyatemi adjunktus
'"
Analy-tic detemination of cableway arches. Melvepitestud szemle 14
no.8/9:403-409 Ag-S 164.
1. Chair of Road Construction, Technical University of Building
and Transportation, Budapest.

___a A Jeno, okleveles mernoko egyetemi tann seged
Detei-mining cableway designs by means of the-wgrh&rcanslytic
methodo Kozl tud Sz 13 no.7~0'421-326 Jl 1630

.-. Jy.

I gggZJjL. Jeno, okleveles marnok, tanarseged
Accurate and approximate computation of the cable curves of cableways.
Melyepitestud smemle 13 no-4.-171-176 Ap 163.
1. Epitoipari es Kozlekedesi Muszaki Bgyitem Ut-Vasutepitesi Tanazeke.

SZABOr Zsolt, dr.; MEGYM.-Azaef , dr.
Autopsy material on infants under I year of age with and without
congenital abnormalities. Gyermekgyoaaszat 12 no.11:3"-348 N 161.
1. Tatabanyai Megyei Korhaz (Igazgato: Lalmtos Istvan dr.) Korbonctani
Oaztalyanak (Foorvos: Szabo Zsolt dr.) koslemenye.
(INFANT MORTALITY statist)

HEGYNRI. Laszlo; SZILAGYI. Janos; SOLTZSZ. Margit
Essential pulmorALz7 hemosiderosis and tuberculosis in the adult
Tuberkulozis 13 no.9:277-279 s f6o.
1. A Debreceni. Orvostudomanyt Eg7stem Korbonctant Intezetenek
'kIgazgato: Endes Pongrac Eg7etemi tanar) es The Klinikajanak
(igazgato: Pongor Ferenc egyeteml docens) kozlemenye
(TUBERCULOSIS, PULMORW case reports)
(HEMOSrMOSIS case reports)
(LUNG DISEASES case reports)

NEGYCRI. Laszlo, dr.
Visceral thromboangiitis obliterans. Orv.hetil. 102 no.8:361-362
19 F 161.
1. Debreceni Orvostudomanyi Bastem Norbouctani Intezet.
(THRO14BOANGIITIS OBLITERANS case reports)

KMMZTURY, S.; MgGr=, L.
Histology of renal pyrwdds with special regard to changes due to
aging. Acta Morph. Acad. Sai. Hung. U no.2:205-215 162.
1. Department of Pathological Anatomy, University Medical School,
Debrecen (Director: Prof. P. Endes)
(KIDNEW anat & histol) (AGTJIG)

MEMERI . Iaszlo, dr.
Renal adonomyosis (bilateral renal endometriosis). Magy. sebesz. 15
no.3:187-191 -Te '62.
1. A Debreceni Orvostudomanyi Fgyetem Korbonctani Intezetenek (Igaz-
gato; Dr. Endes Pongrac egyetemi tanar) konlemenye.
(KIDIMS neopl) (ENDOMETRIOSIS case reports)

HORANYI, Janos, dr.; MEGYERI, Zoltan, dr.
Presternal bronchial cyst. Mag7. sebeszet 14 no.2.-92-94 Ap 161.
1. A Budapesti Orvostudomanyi Egyetem II. az. Sebeezeti Klinikajaziak
kozlemenye.
(CYSTS case reports) (BRONCHI neopl)

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