SCIENTIFIC ABSTRACT ARGIR, I. - ARQUNOV, P. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102010008-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 27, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

i-< ~ -
ARGIR, I., dotsent
Visual aide for the maintenance of motor vehicles. Ivt.
transp. 38 no.9:61 S .'60. (MIRA 13:9)
(Motor vehicles-Haintenance and re-Dair)

- - ARGM OPULO, N. A.
Bee Culture - Equipment and Supplies
Box trap used an protection against thieving bees. Pehel.ovodstvo No. 2, 1952"
2
9. Month List of Russian Accessions, Library of Congress, May-195Y, Uncl.

ZHIVKOV, E.; GOIMINOVAI R.; ARGIROV, D.; PANDOV, Kh.
Effect of quinine and aureomycin on the cytological picture
of the anterior chamber in rabbits inoculated with herpes
simplex. Nauch tr. vissh. med. inst. Sofiia 42 no.lt207-215
163.
1. Predstav.)na ot dots. E. Zhivkov.
(CHLORTETRACYCLINE) (QUININE)
(PHARMACOLOGY) (KERATITIS, DENDRITIC)
(PATHOLOGY) (AQUEOUS HUMOR)

ZHIVKOV, E.S.;ARGIROV, D.K.
-
.Zffect of adrenalin on oculw- p?resmwe 14 oympathectomized animals.
xhirurgiia, Sofia 6 no.4:228.,233 1953. (ruit 2";1)
1. Senior Assistants. 2, jWe Ollulo (Read -- Docent D. Danailov), V.
Ghervenkov Medioal Acad6mw, Safia.

ARGIROV, D., St. asistent
%1~4rimental studies on anti-allergie effect of sulfur in colloidal
aolution in cod liver oil. Xhirargiia 7 no.2:94-loo 1954.
1. Neditsinake, akademila VoGhervenkov, Sofiia. Ochns kliniks.
Dire'dtort dots, D.Daniilov.
(ALLERGY, experimental,
*off. of sulfai in colloidal solution in cod liver oil)
(SULTUR, effects,
*on exper. allergy. in colloidal solutioA in cod liver oil)
(FISH LIM OILS'S effects,
In
*cod livor.oil, on exper. allergy, with ou
colloid4'.' solution)

ZEIMOV. Xv.; ARGIROV, D. - BANKOV, P.
liperimental studies on the affect of anesthesia on ocular pressure in
rabbits vith special reference to parabicais. Khtrargila, Sofia 7 no.
10:596-602 1954.
1* Neditsinska Akademlia VoChervenkov, Sofila. Katedra po Oft&Uologila.
ZavezbdashA katedrata: dots. D.%nilov.
tension, eff. of anesth. in rabbits)
(ANNSTHISIA, effects,
on e7e tension in rabbits)

ARGIROV, D.
ICase of ~Phthalmla lenta. Khirurgiia, Sofia 9 no-5:463-464
1956.
(MIT SYNDROMM, case reports.
(Bul))

ARGIROV, D.
Non-specific desensibilization therapy of scrofulous
keratoconjunctivitte with colloidal sulfur solution in fish oil.
Kbirurgita, Sofia 9 no.6:510-517 1956.
1. Visab meditpinski Institut--Soflia; Katedra po ochni bolesti.
tav. katedrats: dots. D. Daniilov.
(TUBIMULOSTS, OCUTAR, therapy.
sulfur In fish liver oil In scrofulous
keratoconjunctivitin (Bul))
(SULFUR, therapeutic use,
scrofulous keratoconjunctivitis, in fiab 1~ver oil (Bul))
(FISH LIVM OIL, therapeutic use,
scrofulous keratoconjunctivitis. sulfur in fish oil (Bul))

ARGIROV, D.
Case of traumatic peripheral opthalmoplegia with abnormal regeneration of
the involved nerves. MArurgiia, Sofia 10 no. 12:1118-1120 1957.
1. (Iz kliiii-ata no ochki bolesti pri VMI---Sofiia)
(MUSCLES, OCUWMOTOR, paralysis,
abnorm. regen. of nerves Oul))

- ARGIROV, D.; STOIANOV, Sl.
Erperience in establishment of the tuberculous etiology of eye
diseases by the Middlebrook-Daboo hemagglutination reaction.
Khirurgiia, Sofia 11+ no.9:825-829 161.
1. Viaah meditsinski institut, Sofiia. Katedrs. po ochni bolesti.
Zav. katedrata., clots. E. Zhivkov.
(TUBERCULOSIS OCULAR inmunology) (HEKAGGLUTINATION)

, ARGIROV, Ml. D.
- -.-
Metabolic changes during the Irradiation of the organism vith various
doses of roentgen rays. Nauch. tr. vissh. med. inst. Sofia 39 no.7:
177-186 160.
1. Predstavena ot prof. Z. Mitsov, rukovoditel na Katedra "22".
(RADIATION INJURY metab)

ARGIROVY Ml. D.
Nervous activity changes during the course of eating with special
reference to the development of a protective nutritional scheme in
acute radiation sickness based on physiological principles. Nauch. tr.
visah. mod. inst. Sofia 39 no.7:157-168 160.
1. Predstavens. ot Prof. Z. Mitsov, rukovoditel na Katedra "228.
(RADIATION INJURY nutrition & diets)
(NERVOUS SYSTEM physiol)

ARGIROVA. D., arkh.; TRAIKOVA, M., arkh.
The Khaskovo and Asenovgrad substations. Tekh delo 467:1 9 Mf !63.

ARGIROVA, T.
Gollective regular points for families of functions. Doklady BAN
17 no.4s343-344 164.
1. Vorgelegt von korr. Mitglied der Akademie L. Ilieff (Iliev, L.J.

ARGIROV.A., T. (1-k-1gariva)
flpeor6n on the ccverl,ng for quasi-conforral on a plarle
and in it space. Osp. Plat. nm~k 20 nia.12181-184 . Ja-F 16.5.
(MIRA 18:41'

ARGIROVA Tatiana- GENCHEV, Todor
Lt, -.-I
On certain properties of the series of Jacobi polyncmials.
Godishnik fiz 55 no.1;199-204 160/161 (publ. 162)

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621.396.111
6,-
4273. rraotioal siethods for oAlculation of U10 pral-agottion of elootroma
notto Pround wevs*. M. El*ktrotok. Vestn., 18 (No. 5-6)
-so
117-23.(1950) In Serbf4i.
.00
In most calculations of electromagnetic ground waves the range of the
transmitter has to be determined for a given field value or Aft field
=00
relations. In such cases the Somerfeld-Van der rol formula cannot be used
-40
In its original form. This formula in its explicit form for the range
in a complete cubic equation which can be solved on a logarithmic
slide-rule if it is expressed as a trina"al. For approximate calculation
: 1'00
the wpiation has been transformed for three boundary conditions and a WAXI
relative error of 12% was found. Curves of propagation according to 9.
A. Norton are given in nomogram form. Numerical examples illustrate the
matmdA calculation. A.
WIN 00
40
is IL ii--
i- t bAo
I UIt AV so It Ad oasis Plact 1409
0 0 0 0 0o1 0" "J":sJe*sqOO6* e:4 e a 0 0 0 C & 0 0 4 'S 0 41 0
61
0 ii0 a 4 0 0 4 41 0 0e, 6 0
O's 410 1

44.1 P
G I

21
661
39 It
6
5383
.
.
Prnnfln"110" a r elec(roninrmetle waves over,

Ait
frotelf.
No jawpoflencowl if. M
=
Vrstil., 19, 225-31 (W 11-9, 193 UP".
A now analytical niethod nf calculating the propa-

ncous soft.
g4linn or gtound,waves over an. Inhonit;irc
at distance In
Da.0 on the formula ror the numcrlc~
the field equation It Is proved that the total numerical
distance p ectuals the surn or the part icular dislanocs.
thk Ii true up to the point where the total numerical A
distance exceeds M critical value which Li
2.74. To thi% caw negative roots ror the numericAl

now adratic
L resulting from the q11.
equation
di
defining p must bo taken Into nccount. By means or
two example,, or the calculation of theorelicni cu
ror field. attenuation, the causes for iho Irregular
thape of thcric cums (Lc, the ncId In1cmification
With distance) at the propagation over Rca and shore
kto shown, which Imcgulatity could not be fully
hitherto. The rormula for (ho equivalent
=
Ity enables it:simpte method or mcmudng
ihosIngte vattieso(theconducilvilyofinfiomdgcmatu
soils to be used In the caw If p < pk,.
-~'e A
1;Fk4
K.
Y".
-j
v
:N

-AR"31IROVIC, "~..
"The applic~3ti--n of to-po.gram in t.~e calculus of ~reshworks.ll " VLSTNIKI
. .J
Vol. 21, no. 1/2, 1953, Ljubljana.) .'
SO: I!onthly List of East European Accessions, Vol. 2, i/3, Library of Con-gress
August, 1953, Uncl.

p -M. -
Effect of variations in the conductivity of soil on induced charges in
telecommude.tion lines. p. 19
TELEKOHMMCIJE, Beograd., Vol I, No. 4s Oct., 1954
SO: EEAL, Vol 5s No- 79 JuIYP 1956

ARGIROVIC) Y.
Absorption. p. 7., TELEKClTlJYACIJE, Vol. 4, NO. 3, July, 1955.
Belgrad.
SOURCE: East European Accessions List (EEAL) Library of Congress,
Vol- 4, No. 12, Dec. 10,55.

ARGIROVIC, H.
ARGIROVIC, M. Extension of Sabine's formula; atmospheric influence on
acoustic constants. p. 1
Vol. 5, no. 3, Aug. 1956
TELEKOMiUNIKACIJE
TECHNOLOGY
Beograd
Sot East Rurop-~an Accession, Vol. 6, no. 3, March 1957

ARGIROVIC, M.
A simple nomogram for calculating the impedance in transmission liness p. 8e
(Telekomunikaoije, Vol. 5. no. 4. October 1956. Beograd, Yugoslavia)
SO; Month3,y List of East European Accessions. (EEAL) LC. Vol. 6, No. 7,
JUIY 1957. Uncl.

ARGIROVIC' M.
Impedance of overhead lines and cables in reference to the earth. p. 1161.
(TEHNIKA. Vol. 12, No. 7, 1957, Beograd, Yugoslavia)
SO: Monthly List of East European Accessions (EFAL) Lc. Vol. 6, No 10, Octob~r 1957. Uncl.

2093-1
Y10011601000100110011001
Pod (O/cd Idle, /641/, 11-0.3) D251/D301
AUTHOR: Argirovi6, Milenko, Engineer (Belgrade)
TITLE: Absorption, refraction and reflection in heterogergous
media
PERIODICAI: Tehnika, no. 1, 1960, 97-100
TEXT: The study of absorption, refraction and reflection in hetero-
gemus media is of particular significance in research on the pro-
pagation of electromagnetic waves. The article reviews these
coefficients in the series and parallel connection of electrile
constants of a heterogenous medium, as well as some factors which
affect their changes in the course of time. Strictly speaking,
homogenous media through which electromagnetic waves propagate do
not exist in nature. In their propagation over the earth's gaseous
belt, electromagnetic waves practically always encounter more or
less heterogemus media. For the purpose of simplifying the calcu-
lation, the heterogezwus nature of the medium in question is dis-
Card 1/16

20911
Y/001/60/000/001/001/001
Absorption, refraction and ... D251/301
regarded. The author's aim is to show that the concept of equiva-
lent constants, coefficients and factors can be applied to hetero-
genious media which will simplify considerably the calcUlations and
allow a more precise consideration of main factors which affect the
ropagation of electromagnetic waves. The author cites L. Bloch
ef. 1: Precis dl6lectricit6 th6orique (Essay on Tlieoretical Elec-
N
tricity), Gauthier - Villars, Paris 1935) to show that for a homo-
genous conductivity medium Cr, dielectric constant e , magnetic
permeability ~k, and frequency f, characterized by complex dielec-
tric constant (in ESJ)
C-C = Ef - 12 61f M
the absorption coefficient is
ce, 2 = f (-\/ E2 + 4er2 2 _ E) (2)
the absorption at distance d
a = md (3)
Card 2/16

20911
'Lbsorption, refraction and ... Y/001/60/000/C01/001/0-31,
D251/D301
The refractive index
n' - -t ()1&& -+4 V2 + (4) (4)
2
and the coefficient of reflection, i.e. the relation between the
reflected and the incident surface at normal incidence
(n -P),
(5) (5)
(n + P)2 +
or with the Fresnel equation for a smooth straight surface at in-
cidence angle -1V'(Ref. 2: G. Goudet, and J. Voge, Rayonnement et
propagation des ondes e'lectromagnetiques de courte longueur d1onde
(Range and Propagation of short electromagnetic waves), La revue
d1optique, Paris, 1948)
r = Pei (P -M sin
M sIn
Card 3/16

20911
Y/001/60/000/001 /001 /001
Absorptionp refraction and D251/D301
where m = 1 for horizontal polarizatio Inand m = E. for vertical Doi
larization. The relations between (z and n are (Ref. 1: Op.cit.)
nt - as + p e (7) (7)
n a (8)
(9)
In a heterogemus medium with different conductivities 61, 6 2 -
Ono dielectric constants El, C2 en (takingw = 1) with correspond-
ing absorption coefficients c41, OC2 --- 01n, qt distances dl, d2
dnP with d = dl + d2 . ..... dn and designating with index "ell the
equivalent coefficients the author cites his own work (Ref. 3: Ap-
sorpcija (Absorption), Telekomunikacije, br. 3, juli 1955) to show
a series connection of absorption (Pig. 1a)
Pig. la. 44 t q42 41
dF dZ di)
Card.4/16

20911
Y/001/60/000/001/001/001
Absorption, refraction and ... D251/D301
ct. d - at dj+ct2dt+...+ d. -I.. d (10) (10)
or
at ~ as+ a2+ ...+an
and at parallel connection of absorptions (Fig. 1b)
I dn
Pig. 1b.
S1. 1b

20911

Absor
tion
refracti
n
d Y/001/60/000/001/001/00.1
x
p
, o
an D251/D301
we have v
-
-'-
+
+
d-
4=W
~ +
-
-
dj
j
2
%
t and" an do
(12)
or
+ +
all an
(13)
with
(V.2,+ 4 ,2,71 (14) (14)
2
Absorption o n the basis of Eq. (9) will be
dd
a = ad
(15)
On the other hand according to the Descartes Law for the different
Card.6/16

209U
Y/001/90/000/001/001/001
Absorption, refraction and D251/D301
refractive indices nl, n2 .... nn:
n sin 13 n sin B n sin 8 n siA 13 (16)
n e
2 2 n e
For different refracctive indices Eq. (15) gives at series connec-
tion of refractive indices (Fig. 2a)
Fig. 2a.
f
nn

20911
Y/001/60/000/001/001/001
Absorptionp refraction and D251/ D301
a,, d ajd!+ajdj+...+ ond, _j aadn'
_=_
(17)
(17)
n, nj n. nd n,
n
and with Eq. (16) the author obtains
aedsinpc-cf,dLS'nPlta2d231npa+...+
+ an d. sinp, - J.. d. sinp, (18) (18)

At parallel
connection he has simil
arly (Fig. 2b)

It, nj n.,
+ n.

d
d
d
;~d ag d3 a

19)
.
n
a
a
and
d. d sin crdLsinp, + .,djs~lnpa_
1 1
+
-s1, P
sin d
d (20) 20)
.
a,
.
,
-Card 8/16

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Y/001/60/000/001 /001/001
Absorption, refraction and ... D251/D301
or also
+ rl (22) (22)

and at parallel conneciion (Fig. 3b)

2
+ [2
2 + f2

23)

23)

and
P! ej2oc P2 eJ201 ej2og + +
P2 eJ2,0, P. ej2(PrI
(24) .(24)
1.1
Similarly, for the homogenous medium the author develops in the V
case of a non-homogenous medium, the equivalent complex dielect-ric
conslu-ant
j ' 6e /f
r-ce (25)
equivalent coefficient of absorption
Card 11/16

Absorption, refraction and ...
(11;2-
2 T
equivalent indice of refraction
4 .2,70 +
Similarly to the Eq. (7), (8) and (9)
n;
ne at aell
The'coefficient of reflection is
(n, - U2 +
C
(n, + + a!
Card.12/16
209n
A
YD21501OV3001 00/001/001/001
(26)
(27)
(28)
(29)
(26)
(27)
(28)
(29)

2 11
Y/ool/60 000/001/001/Ool
Absorption, refraction and ... D251/D301
or
insin
re -Pt j'I'e (30)
mslni~t+Vjc~ ~cost*e~ (30)
The use of equivalent coefficients permits the author to use the
same equations for homogenous and non-homogenous media. From these,
it may be seen that des, ne and re change not only with the fre-
quency but also with the total distance d and the equivalent angle
of incidence fe, in relation.to the distribution of 0~, and Er, at
individual dn and Vln~ Observing the most common type of distri"Du-
tion of electric constants 6 and E:in any type of heterogerwus me-
dium, the distribution of 6 and e in a vertical plane (Fig. 4) can
be presented with various irregular planes of the same value 0'
(solid lines) and E(dashed lines). The appearance of the 6 and F_
distribution will be similar if viewed in.a horizontal plane. Know-
ing the distribution and the quantities 6and F_ in space, while
Card 13/16

Absorption, refraction and
Pig. 4
Y/00 2
1 Z607DCM/001 /Ool 1001
D251/D301
SIA
,.performing calculations, one can consider more precisely those
quantities C and E which are in the*path of electromagnetic waves.
It is known that conductivity 6 and the dielec-bric constant e can
change in the course of time under the influence of various fac-
tors, such as temperature T, moisture w9 pressure p, and electron
density N. Under the influence of the changes in these factors,
Card,14/16

20911
YlOOlZ601000100110011001
Absorption, refraction and D251/D301
the 6 and e will change and. the equi-valen-t 6e an& Ee will- corres-
pond to the equivalent temperature Tep moisture wet pressure-pa
electron density Net etc. Instead of an unchanged appearance
6 and F_ (Fig. 4) there will be a variable picture of their distri-
bution and their value. The variations of the constants will de-
pend on the changes of the above-mentioned factors. Similarly to
the transformation of the complex high-tension electric network
with distributed constants into a section which contains only two
points, a transformation of the heterogenz)us medium can also be
made into a simple section of the homogenous medium of equivalent
electric constants. Equivalent orbiting of air and equivalent elec-
tric constants fully determine the corresponding heterogeryous me-
dium at a given frequenoy. This method permits, in addition to
simple and more accurate calculations, also a choice of optimum
conditions for individual cases of electromagnetic wave propaga_
tion. There are 7 figures and 6 non-Soviet-bloc references. The
Card 15/16

209.U
Y/001/6o/boo/boi /ool /ool
Absorption? refraction and ... D251/7%301
reference to English-language publication reads as follows: D.
Kerr, Propagation of short radio waves. McGraw-Hill, New York,
1951. ZA-bstractor's note: This is essentially a complete transla-
tion.7-
SUBMTTTED: July 25, 1959
Card 16/16

28893
Y/001/61/000/007/001/002
q, D208/D303
AUTHOR:- Argirovi&, Milenkol Engineer
TITLE: Propagation of ultra-short waves in the troposphere
I)ERIODICAL: Tehnika, no. 7, 1960, 1247-1253
TBXT: The author puts forward a hypothesis on propagation, based
on material conditions of the medium together with the theory of
equivalent parameters as factors of propagation, i.e. resting on
absorption, refraction, and reflective diffraction. An expression
for the power of the receiving signal is obtained, from which the
method for measuring the refractive index of the troposphere-fol-
lows plus explanations of other anomalies, phenomena, etc. In
scattering propagations with directional emission from T, and re-
ceiving,by R (Fig. 1) at distance d (in km) with earth's radius
R, or R1= 4/3 R,.
0 = ort + crr +13 (3)
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288
Y1001161 000/007/001/002
Propagation of ultra-short ... D208/D303
d (4)
148
are valid. For homogeneous gaseous medium,
3.25 108
.-YL (5)
2
V
(6)
2 3,25-108d2
E +
C!
(7a)
-Card 2/ 12

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Y/001/61/000/007/001/002
Propagation of ultra-short D208/D303
follow,where:F is magnetic permeability,Fdielectric constant,
(:r conductivity, f is frequency in Mcs., ccis the absorption
coefficient, n the refractive index, and E complex dielectric
constant, On the basis 0of Debye's equation, which links n with
air temperature T (in K)
n 1 = 77,6-10-6 p + 4810 pze (8)
T a f
is obtained, where pa is the atmospheric pressure in millibars,
p - saturated vapor pressure in millibars, e - relative humi-
dfty. Using a modified refractive index N
N = (n - 1) 10 6 (9)
which is relatively small, the approximate
-.1 = 2NlC)-6_ 155,2-10- Pa + 4810 pze (10)
T T
Card 3/12

28893
Y/001/61/000/007/001/002
Propagation of ultra-short D208/D303
results. There are further factors such as density, height,
suspended droplets and particles which all affect the incoming
signal. In -the non '-homogeneous troposhere, propagation follows
other routs. By considering equivalent absorptions,for small
height changes in the direction of rays
-3 -\1-N 10-3y--
OC= 1,4 10 1,4 '6 n (18a)
2
A n el)H (19)
h
result, (h - height difference, or thickness of reflective layer,
Nell Ne2 are values of N at heights 1 and 2) where4 n is the
true gradient of refraction index for unit length. Lines of
constant,4n:on the H-h graph can be set up as seen in Fig. 59
and these fluctuations inA n, as seen, explain large fluctuations
in the short-wave signals sometimes obtained. The propagated
Card 4/12

28893
Y/00 61/000/007/001/002
Propagation of ultra-short ... D208YD303
wave is -thus refracted due to its inhomogeneous refractive index
in the layer, but also there are diffractions of Bragg's type, i.e.
by reflection, given by the Bragg-- expression,.. and due to the pre-
sence of the suspended particles in tripospheric layer. Energy is
also lost due to absorption a,
-VZI n
(21)
where 6 represents Bragg's angle. The damping factor A = e-a
Pa/Pt - ratio of emitted powers through the medium and vacuum
respectively. Reflection coefficient r is the ratio of. the re-
flected and incident electric fields given by
SIn�- 8,2-1 +51n2
2 2
sin-L+ &,2-1+slnt0
2
Card 5/12

28893
Y/001/61/000/007/001/002
Propagation of ultra-short ... D208/D303
and using Equations (18a) (21),
R r2_ ( 1 1 + 5, 3 - 10 a (23a)
results, Finally, the ratio of received and transmitted powers
P P t is obtained in
Pr 5,7-10-4G tGr '-a
_= - 2 2 e R (24)
Pt f d
Fig. 8 shows dependence of (e-a. r) on a, and "that of signal on
the range. From th /,raph, the critical value of a is 2, when
critical 0 = (6 2 n)' I I.e. angle of crossing of beams for maxi-
mal power ratio. Equation '(24) shows that if e -a -R outweighs d 2
card 6/12

28893
Y/001/61/000/007/001/002
Propagation of ultra-short D208/D303
then signal strength still grows with range which can happen if
sudden falls in6 n occur due to inversions. In summer strength
is higher due to higher T and lower6 n and a, and the same is
valid for the fact that strengths are maximal during 10 to 16.00
hrs. in daytime. During rains, equivalentA F_ rises causing a
rise inA n and a, so the signal fades; during snowfalls, fading
increases as temperature lowering increases a. Also the refrac-
tive index of the troposhere can be measured from 24: rewriting
one obtains
Pr/Pt = k-,P(a) (27)
a
(a) = e- R = k1Pr (28)
where k1 is known , P can be measured and so a is found from
pigs 85 6 is known frEm
(26)
C~ + C(2
Card M 2

Propagation of ultra-short ...
28893
Y/00 61/000/007/001/002
D208YI)303
and to get the a range, one repeats the measurement of P at
another e and a,. If 6n = const., at height 2h, a e = a1e1 =ra2e2
etc., and,6 n is obtained from Equation (21). Equation (24) has
been checked by the recent experimental work and found to com-
pare favorably. There are '10 figures and 23 references: 2 Soviet-
bloc and 21 non-Soviet-bloc. The 4 most recent references to the
English-language publications read as follows: J. Feinstein, Gra-
dient reflections from the atmosphere, Trans. IRE, Professional
group on antennas and propagation, USA, Dec.1952, PGAP 4; H-Friiag
A. Crawford, D. Hogg, A reflection theory for propagation beyond
the horizon, Bell syut.techn.-journ. USA, maj 1957, 38, no. 3;
A,. Grawford, D. Hogg, W. Kummer, Studies-in tropospheric propaga-
tion be-yond the horizon, Bell sy-st.techn.journ. USA, Sep.1959,
38, no. 5; H. Booker, W. Grodon, The role of stratospheric scat-
tering in radiocommunication, Proc, IRE, USA, Sep.1957, 47,n0.9.
Card 8/12

28893
Y/001/61/000/007/001/002
Propagation of ultra-short ... D208/D303
ASSOCUTION: Uprava za radiosaobra6aj, Beograd (Bureau for
Radio-communicationsp Belgrade)
SUBMITTED: December 7, 1960
Card 9/12

S/194/62/000/003/059/066
D271/D301
%/
AUTHOR: Argiroviel'.Milenka)
TITLE: Multi-beam tropospheric wave propagation
PERIODICAL: Referativnyy zhurnal, Avtomatika i radioelektronika,
no. 3, 1962, abstract 3-7-45shch (TelekomunikaciJeq
1961, v. 10, no. 1, 1-5)
TEXT: Wave propagation over the mountain range peaks is studied.
Non-homogeneous troposphere is considered which c%.1ses a complex
wave type due to absorption, refraction and diffrQtion. Two beams .4
appear above the range: One of them is tropospheric and the other ;
is diffracted by the mountain ridge, sequentially with the beam re-:
flected from earth. Formulas are derived for diffraction coeffi-
cients, for sequentially and parallel diffracted beams. At frequen-;;
cies below 10 Mc/s both beams are parallel because of meteorolo-
gical conditions. In practice, the tropospheric beam disappears.
Constant phase formulas are derived for both beams. 4 references.
Abstracter's note: Complete translation.
Card 1/1

ARGIROVIC, Milenko, ing.
.........
Influence of the underground conductivity on the curved propagation,
of telecom=ication waven. Telekomunikaoija 10 no.311-7 J1 161,
(EFAI 10: 9/10)
(Telooomunication)

3.~000
2-11THIOR:
VOOI/r)2/000/012/0'al/001
D294/D308
'x,rirovi6, Eilenko, I]jn~,rinccr
U
T I'ME The al
pplicantion of radiowave propagation in various
branches of the economy
Tehniha, no. 12, 1962, 2325-2330
T The author nug-ests that the methods utilized in
'j
radio encrincering for the measurement of electrical constants o-c
4j .6 A.
ground could also bc applied in.telecor,-3municattions, geolociy and in
the buildinc, and mining industries. Yx brief" survey is given of math-
emat.ical ex-)ressions rblating the complex permittivity and the con-
ductivity of ground to the absorption Qf rhdioxy--vc in the case of V/
homo-rciicous as well as hctcro[;cncour. ground. These constants are
determined not only by the composition of ground, but also by moist-
ti c, temperature and frequency. Methods of measurement of conducti-
VIty and permittivity ire systematized: measuremcn-, of samples in
laboratories; the four-sonde imethod for the measurement of conducti-
vity; measurement o-AE the inclination of the electric field of verti-
Card 1/2

Y/001/62/000/012/00i/OOL
The application of radiowave ... D294/D303
L.
cal polarized wave; mcasureme-at of the attenuation of the ground
wave; me asurement. of the attenuation of the electron. agInctic field
below ground surface; measurcriont of the phase shift of --round wave
a-Lid measurement of th2 coefficient oj-'- re2lection. Various factors
influencing the conductivity of ,round arc discussed rcfcr3~ing to VBI
the maps of.ground conductivity in Yugoslavia, made for seven fre-
quency- bands - covering the rcnge from 600 to 1500 kc/s. The advan-
tages are emphasized of those maps not only in solving problems of
tp . L3-
radio broadcastingr, r,-.dio communication and radio-oniorietry but also
in geology for the determnation of mineral layers, in hydrology
(research of underground waters), in telecommunications and power
distribution (study of grounding, lightning protection, short-circuit
currents, transmission line irwpodance, coupling of power and trans-
mission lines etc). There is I table.
-~S~;UCL'STION: Tehni&-a homisija Jugroslovcnnokc
Dcoarad ('20chnicall Corimission of
13clgrade)
celevisio-al C2
radio-televizije,
the Yugoslav Radio-
SUBIIITTED: I-Alay 17, 1962
Card 2/2

ARGIROVIG, Milenkoj inz. (Beograd, Bircaninova 18)
Influence of ionospheric electric constants on various ways of
propagation. Elektrotehnika HrV 5 no.4:121-132 162.

ARGIROVIC Milenko, ins
Maps of tropospheric'eonstants of Yugoslavia. Telekomunikadije
11 no.3-:1-6 J1
'l.,Savetnik Jugoslovenek.a radio-tAlovizije, clan Redakcionog
odbora, 11-Telekomunikaoije".
L
A

Anz.
AftOGIMOVIC
Use of axograms in the condensed representation of short,~wave
propagation. Telekomunikacijg U no.4il-6 0 162.
3. Savetnik nake radio-teleirizije, clan Redo#bionog
oabora, "Teljeuk oijen.

ARGIROVIC, Milenko, inz. (Beograd, Bircaninova. 18)
Influence of certain chracteristic factors of the environment
on the propagation of ultrawoundo. Tehnika Jug 17 no.10; Suppl.z
Elektrotehnika 11 no.10:1943-1949 0 162.
1. Sekretar Tehnii;ke ~qmisije Jogoslovenske radio-televizije,
Beograd,''

ARGIROVIC, Milenko, ins. (Beograd, gli-caninova 18)
- Use of radio wave propagation in economic research. Tekhnika Jug
17 no.l2s2325-2330 D !62.
1. Sekretar Tehnicke komisije Jugoslovenske radio-televizije,
Beograd.

ARGIROVIG, Milenko, ina. (Beograd, Bireaninova 18)
Influence of trop6sp4eric characteristics on the radar equation.
Tobnik&.Jug:Supp,I*Vaektr6tahnika-13 no,1i122-1247Ja.- 163&
1. Sakretar Tehnicke komisije Jugoalovenske radio-telovizijep
Beograd.

ARGMOVIC Milenko. inz.
sea of nonreciprocity of radio waves. Telekammikacije
Gart,itin rA
12 no62al-4 mr 163.
I* Savetnik Jugoslovenalm radio-itelevizije i clan Redakcionog
odbora., OTelekomunikaoije."

ARGIROVIC, Milenko,,inz.
Factors i I neing propagation over artificial earth Oatellitese
Te3.ekomunikacije 12 nool:12-18 Ja 163.
1. Savetnik Tugoslovenalm radio-televizije, clan Redakcionog
odbora., *TeIek=unkacije&~O

ARGIROVIC, Milanko, inz. (Beograd, Biromidnove 'A )
Formalism in expressing various aspects of energy. Tehnika.
Jug 19 no.5:813-817 Yq 16,4.

ARGIROVIC, Milenko, inz.
Hypotheses on the simplification of certain cases of
gain due to obstacles. Telekomunilcacije 12 no.3:1-7
Je 163
1. Sekretar Tahnicke komisije Jugoslovenske radio-
televizije, clan Redakcionog adbora, "Telekomunikacijell.

ARGIROVIG,,jfiIenko,.#z. (Beograd,, Bircaninova 18)
Basic principles in computing radio wave propagation.
Tehnika Jug IT no. 8: Supplement: Elektrotihnika
12 no. 8: 1520-1523 Ag 163.
1. Sekietar'Tehnicke komisije Jugoslovenske radio-
televizije, Beograd.

ARGIROVIC, Milenko, inz.
Ionospheric -medium of propagation, and simplified exprespions
for computing its parameters. Telekomunikacije 13 no.1/2:1-7
Ja-Ap 164.
1. Secretary, Technical Commission of the Yugoslav Radio
and Television System.

ARGIROVIC, Milenko, dipl. inz. (Beograd, Bircaninova 18)
I
Universality of snace symbolism and the triplet principle. Tehnika
Jug 19 no.6:99&-1002 Je 164.

EFROS) L.S.; POLYAKOVk, R.Rt; A~qIZTj,
Derivatives of piazthiole and piazselenole. Part 7:
Monohydroxy derivativei. Zhur.ob.Ichim. 32 no.2:516-521
F 162. (14IRA 15:2)
1. Leningradskiy tekhnologicheeki7 institut imeni Lensoveta.
(Henzothiadiazole)
(Benzoselenadiazole)

ARGO Yu.A
Principal stability and deformation properties of asbestos cement
during cross bending and monoaxial tension and compression. Trudy
NIIAsbeattsementa no.l6s56-69 163. (NIRA 16j8)
(Asbestos cement--Testing) (Strains and stresses)

ARGO, Yu.A., inzh.
Deformatioh and stability properties of asbestos cemerm subject to
axial tension and lateral bending. Trudy NIIAsbesttsementa no.14.-
71-79 162. (NMA 16:9)

ARGOSKIN2 A. A.
At the plenary meeting of the conference of the Power Establishments of the Academies
of Sciences of the Union Republics and of the Affiliates of the Academy of Science,
USSR., the following paper was presented by Doctor of Technical Sciences A. A. Agroskin
0 "High-temperature working of fuels".
SOi Elekrichestvo, No. 9 YDscow,, Sept. 1947 (U-5534)

SPIVAK, M.Ya.;AFAUDAUTAp,RA,~; NABIYEV, E.G.; CHISTOVICH, G.N.;
M.Ya.; KRUGLIKOV, V.M.; SHALIN&VAp A.M.;
TITROVA, A.I.; RAYKIS, B.N.; MILYAYEVA, Te.N.; BRUDNAYA, N.I.;
GODINA, I.F.; VOLIFSON, G.I.; SOSONKO, S.M.; KOLESINSKAYA, L.A.;
VYSOTSKIY, B.V.; MALYKH, F.S.; MIROTVORTSEV, Yu.I.; SYCHEVSKIY,
P.T.; GOPACHENKO, I.M.; KARPITSKAYA, V.M.; FETISOVAp I.A.;
MARTYNYUK, Yu.V.; RMINA, I.A.
Annotations. Zhur. mikrobiol., epid. i immin. 40 no.3:128-131
Mr 163. (MIM 17:21)
1. 1z Kemerovskogo meditainskogo instituta i Kemerovskay
k3inicheskoy bollnitsy No-3 (for Spivakv Argudayeva). 2. Iz
Kazanskogo instituta usovershenstvovaniya vrachey imeni
Lenina (for Nabiyev). 3. Iz Loningradskogo kozhnogo dispansera
No. I (for Chistovich, Rk7lin). 4. Iz Rostovskoy oblastnoy
sanitarno-opidemiologicheskoy stantaii (for Semenov). 5. Iz
Stavropollsjcogo instituta vaktsin i eyvorotok (for Kruglikov,
Shallneva, Titrova; Raykiv), 6, Iz Kuybyshevskogo instituta
epidemiologii, mikrobiologii i gigiyeny i TSentrallnogo insti-
'luta usoverBhenstvovaniya vrachey (for Milyayeva). 7. lz
Voeqayuznogo nauchno-issledovatellskogo instituta zhelezno-
dorozhnoy gigiyeny Glavnogo sanitarnogo upravleniya Minis-
terst'7a putey soobshcheniya i Detskoy polikliniki st. LYublinO
(Gontiymed-ou,nex~-qard)

SPIVAK, M.Ya.; Al~'GUDYAYEVA, N.A.;
Antimderobial propert'las of phytonc4din. a mied4cilnall ~,,arllic
preparation. Antiblotiki 8 no.9:832-833 3 163.
( " - 11, ~"i 17: 'L 11)
1. Kafedru gospitallnoy terapij (zav. A.A. Korolleriko) lie~marov-
skogo meditsinskogo inst-ituta 3-va Ketrerovaokraya gorf-is-kayet
klinicheskaya bollnitsa (giaimyy vracti -,.Ya. Frldaan) .3 K',mo-
rovskiy oblastnoy prot-votuberkulezny,
A y di-spanser vrach
G.V, Popova).

ARGUN, B, G,
Out-Of-towff conference on plant protection. Zashch. rast. ot
vred. i bol. 5 no.10:62 0 160. (MIRA 16:1)
1. Glavrqy agronom po sellkhoznauke Ministerstva sel'skogo
khozyaystva Abkhazakoy ASSR.
(Georgia-Plants,, Protection of-Congresses)

(__1 llj~ r
-4
ARGUN, H.M., oty.. za v4'ek; GCRDEZIANI, S.I., takhred.
[Statute of standing committees of district, city, village, and
settlement soviets of workers' deputies of the Abkhazion A.S.S.R.-
Adapted by decree of the Presidium of the Supreme Soviet of the
Abkhasian A.S.S.R., September 9. 1958] Polozhenie o postoian"kh
koxisellakh raionufth, gorodakikhq eallskikh i poeelkovykh Sovetov
deputatov trudlaahchikhela Abkhazakol ASSR. Utverzhdano Ukasom
Prezidiuma Verkhovnogo Soveta Abkhasekoi ASSR ot 9 sentiabria 1958 g.
Sakhumi, Abkhazakoe goo.izd-vo, 1958. 13 P. (KMA 13:4)
1. Abkhasian A.S.S.R. Laws, statutes, eta.
(Abkhazia--Soviets)

/0 RY ) 135-58-4-4/19
AUTHORS: Chgrnyy, G.V., Garnazhenko, 1.0., and Argunov, A.A.
TITLE: The "USL-111 Device for the Welding of Mine-Car Bodies
(Ustanovka "USL-111 dlya svarki kamvov vagonetok)
PERIODICAL: Svarochnoye Proizvodstvo, 1958, Nr 4, PP 13-14 (USSR)
ABSTRACT: The article contains a detailed description, illustrated
by schematic drawings
,,and a photograph of a new device,
type "USL-111/for the assembly and automatic welding of
mine-car side sheets. The device was designed at the To-
retskiy mashinostroitelinyy zavod (The Torets . Machine-
Building Plant) and can process 80 to 100 sheets with
200 m of total seam per shift.
.There are-2 figures and 1 photograph.
ASSOCIATION: Toretskiy mashinostroitellnyv zavod Torete Machine-
Building Plant)
AVAILABLE: Library of Congress
Card 1/1-

tivriv equiviient to the 6
z lob an,] xm -x -moo. In this par-wr rb-- iwhnr F-0 bc wt (1~' I is wt
in teftwo, tA tile atin, 110, 49 -fd,%dQ1M; IeEwoeft- CGRA
of ea
Can. g(jimtfort tFebr"nis. F~a~

ARGUMOTA Boris IvanovIch; 13A , Mark BenevIch; ST7XMOV-A,L.A. , redaktor;
12Wfff.'*-*.d-.,--redaktor; RYBIN,I.V.. takhnicbes)d3r redaktor
[Constructions In plane geometry; senval for students of peda-
gogical inatitutes3 Geometricheside postroenita na ploskooti; po-
soble dlia studentov podagogichosidkh institutov. Kooky&, Goo.
uchabno-podagog.isid-vo Ministeretva pronveshchanita RSPSR, 1955.
268 p. (MIRA 9:3)
(Geometry. Plane)

ARGUNDT. Boris Ivenovich; SKORNTAKOT. liev Anstollyevich; IAPKO. A.F., red.;
khn. red.
(Configuration theorem93 Xonfiguratsionnys tooremye Moskva, Goo*
izd-vo tekhniko-teoret. lit-ry, 1957. 37 P- (Populiarmys lektsii po
matematike, no.24). (KIRA 11:2)
(Configurations)

ALK# Mark Benevich; OSTIANU, NPK*o redaktor;
4ARGaUNO?V Boris I B
kha*ic'heakiy redaktor
[Constructions in plane geometry; manual for students in pedagogical
institutes] Geometricheskis postroanita no plookosti dlia studentov
podagogichookikh institutov. Izd. 2-oa. Moskva, Gos.uchabno-pedegog.
izd-vo X-va proav. RSFSR, 1957. 265 P. (KLRA 10:9)
(Geometry, Plans)-

ARGUNOVO B.I.
.. Geometrical construction" bY the use of rulers and compasses
of limited size. Uch. zap. Smol. gos. ped. inst. No.100-11
162. (MIRA 17:1)

ARGMMV, B. N.
- "Couf igarat tonal Postulates in Projection Planes and Their Algebraic
Equivalents." Sub 29 Oct 47, Sci Res Inst of Mathematics, Moscow Order
of Lenin State U imeni M. V. Lomonosov
Dissertations presented for degrees In science and engineering in
Moscov in 1947
SO: Sum No. 457, 18 Apr 35

ARGT!g3_LA._. red.; VASILYEV, red.; KOIUAKIN, P.I.,, red.1 KROTOV,,
M.A., red.; LUXONIN.. G.A.,, red.; TONSM, S.K.,, red.; CETARSKIX,
N.V., red.; CHMAM, G.O., red.; D^OWVTMAj Ye.P., tekbn.red.
(Forty yeara of the Yakut A.S.S.R.] 1+0 let IAkutskoi ASSR.
ILImtsk., IAkutskoe knizhnoe izd-voj, 1962. 189 p.
(KIRA 16:1)
(Yakutia-Economic conditions) (Yakutia--Culture)

I ARC, 0 NOVI.- I. I -
VAYSMO, Lazar' Solomonovich. kapitan 1 ranga; ARGUNOV, @I., kapitan 1-g0
ranga; STRELINIKOVA, N.A., tekhnienesicly redamw
[Maneuvering boardl M~nevrennyl planshet. Moskva, Voen. izd-vo M!nl-
sterstva oborony SSSR, 1954. 107 P. (MUIA,8:6)
(Navigation)

VAKHTELI, V.YII.; ~ DREYNMNP P.A.
Motinting stresses in cylinder heads. Trah. i sellkhozmash.
no.5:6--8 My 164. (KRA 17:6)
1. Cosudarstvennoye spetsiallnoye konstruktortikoye byuro po
dvlgatelyam.

VAUTEL I 1 11, Yll. ; ARGUNOV , L.S. ; GUBVI , M. Ya.
Tightening of Important threaded joints of an engine. Mash-ino-
stroanie no.3:88-91 My-Ja 164.
(M IRA 17: 11)

ARGUNOVY Me
viniting'our.Bulgarian-friondso.Hatallurg-10 120,10.-38-39 0 165.
(MIRA 18:10)
1. Zamestitell gii~nogo inshonera Kusnetskogo metallurgichookogo
kombinata.

L'N 0, V, b) - I
BARDIN,I.P.;BORISOV,A.F.; FAMU,R.V.; YERMOLAYEV,G.I.; VAYSBERG.L.R.;
ZHEMBIN.B.N.; BCRCDULIN,A.I.; SHAROV,G.V.; DCKNITSKIY,I.F.; CgUSGV,F.P.
.SOROKO,L.N.; KLIKASENKO,L.S.; PAVLOVSKIY,S.I.; ZILRMMTRTN,M.B.;
LYUIJWKOV,I.S.; NIMIBSKIY,I.D.; BRAGIIISKIY,I.A.; SALOV,Ye.M.;
TROMilN,N.F.; PETRIKSM,V.I.; IIRIIPOV Mol.; DULINKV,F.S.; BIDULYA,L.N.
GAYNANOV.S.A.; FROLOV,ri.r.; VIVIUMMAM KOGAN,Ye..A.
G.E.Kazarnovskii; obitua37. Stal' 15 no.8:757 Ag'55. (MLRA 8:11)
(Kazarnovskii, Grigorii Kfimovich, 1887-1955)

ARGUOV M S. - GAVRIKOV, S. I.
B&Iagan-Tas, the early (baternary volcano. Izv.AN SSO.Ser.geol.
(MIRA 13-8)
.e5 no.8z90-93 Ag 160.
1. Verkhne-Iudlgirskoye geologorazvedochnoye upravleaiye,
pos.Ust'-Nera, Takutskoy ASSR.
(Balagan-Tas Volcano)

IkGUMOV, 0.
The first woman in spade. Kryl.rod. 14 no.7.-B-10 J1 163.
(MIRA 16:9)
(Tereshkova, Valentina 'lladimiroyna)

MIKOYAN, A., general-mayor aviataii, voyennyy letchik pervogo klassa;
VAZHIN, F., polkovnik; _ V,.O., podpolkovnik
In Major Zakharovia group. Av. i kosm, 46 no-4.-37-49
Ap 164. (MIRA 17:3)

AFaUNOV, P.
PA 164T75

p
"Method of'Quick Determination of Mechanical Ground Characteristics in Construction
Sites," Iz. AK. h1auk SSSR, Otdel, Tekh, Nauk, No. 3-4, 1943.
SO- MLRA

-- AzwN6V,-PJP--.--- -- - - - --
- M , ft im
Improvement In the laboratory technique for the determination of the
percolation coefficient of clayey soils. Trudy VII oan. I fund. no.11:
63-73 '48. (MLRA 7:11)
(Soil percolation)

-ARGUNOV, P.P.
I............... o~~
Artificial raising of ground water levels in loess-like soil
layers by Infusing water into drilled wells. Trudy KII oan. I
fund. no.11:74-85 148. (MLHA 7:11)
(Water, Underground)

ioh, prof., doktor takhn.nauk; XKHITAT? 1.X.
-MgNil- ~Svei ~Favlov~j
spetsored.; RMICHUM, I.Ts.# red.; ROMVINA, A.L., red.:
YUNOVSKIY, Ye.B.#-tekhn.red.
tHydroelectric power stationel principles of the utilization
'6f*vater power] Gidroolaktrostentaii; oanovy ispollsovaniia
voduot energil, Kiev, Gossigd-To lit-ry yo strolt. I arkhit.
umR, 196o. 452 p. (XIRA 13:10)
(Hydroelectric power stations)

ARGUROV, P.P., prof.; STEPANOV, N.N., inzh.; GLADOVICH, G.U., inzh.
Turbine blodc with ejection from a conical auction pipe with an
internal cone insert. Izv. vys. ucheb. zav.; energ. 3 no-11:100-
1:04 N 160. (MIRA 13:12)
1. Odesakiy inzhenerno-strottelIrWy Institut. Predstavlena
kafedroy ispolizovaniya vodnoy energii.
(Yqdroelectric power stations)

L 52168--65 EWT ( I ) 1E-_WG(v) P9-5./Pae-2 GN
ACCESSIC-fl N.R- AT5013228 UR/2556/65/000/0-36/9,)6.6/'r"073
AUTHOR-. !XqunoV, P, P. (Odes3a)
__ __ - M~ A -e,
TITLEi Catadioptic telescope with mirror-lens correction
SCURC7: Vsesovuznoye astronomo-geodazicheskoye obshchestvo. Byulleten', no, 3,15,
196~~, 66-73
7-PIC T,%._~S: catadioptic t~ele~ teleacope speed, cardmatic aberration
111'77-AC-: Combinations of mirror and lane optical ellaments in teloscope desiar
snci,.-' r9suit, in principle, .n an instrument rilth ;reatpr spiql~ and better
~:n~rrlmatl~- a0erration correctl-3n tnan Is ths case with refractors anc reflectors.
:7 i w-3 a
ano 5 4
is free of the ab-ove--mentioned deficiencies. The assentiai teature is the iocation
of the ;orrecting element in the converging portion of the Deem. A similar
Card 1/3

L 52168-65
ACCESSION NRi AT5013228 3
system was proposed earlier by 0. G. 51yusarev (A. 1. Tudorovskiy, Teoriya
cotiches~iKh Prl!>orov, v. 2, ~ost-khizdat, 1052, p. 36P, b,-,t its construction
was T~"re 7- 1 11 e c 11 e i i #-r, C a 1 C U 1 a * 1 -1, 5 -~ -_ '-"r
published in a separate paper, nere, the authcz prese^,*s 4 'ot~iii~c
of the constrjction and operation cf the first such instrument with a mirror 225 mm
di3meter, The aut'r.or nctes 1-~ -orcluslion t4a~, second s_,ch in$+rurn4r+t with a
I ;.
nas Z>ee-~
or '.-ie _xe s &.ka i a as a'~ rv a V(3 a t- r"
-rig. art. hast ~~; figures.
ASSCCIATIM i Odesskoye otdeleniye VAGO (Odessa Section, VA,3_-.'!
SUBMITTED. 00 ENCLi 01 SUB CODE: OP, AA.
NO REF SM 002 UMRs OW A'SD` 4018
Card 2/3

princlPle or tht; [ICW
Mal n � p-ne, r i r a-I md -ror', 2 ung
lers with m-irror or, its back eurface',
3/ 3