SCIENTIFIC ABSTRACT KUBASOV, P. YE. - KUBAT, J.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000827010014-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

24935
S/16 61/000/004/001/00
Investigation of the 'spatial ... Bi 11%209
V the turbulent velocity (Ref. 10: Chernov, L. A., Rasprostrwieniye voln
1
v srede so aluchaynymi neodnorodnostyami - Ytave propagation in a medilm
with incidental heterogeneities, Izd-vo AS SSSR, 14. - 1958). For a consid-'.
erable number of experiments, the temporal c9rrelation 9(r) may be written
as Q - exp (-Ir/a), where a has to be determined by experiment. An anaio-
gous expression holds for the spatial correlations Q(1). The*authore point
out the fact thatt in the case of slow mind velocities v 4 im/sec and
enhanced refractions, the experimental curves are near those expected.
*;,*hen turbulence is great, not only the effect of reCular drift but also
that of chaotic motion ir~ ~he atmosphere hpLa,to bq taken into account in
the formation of fluctuations. Inveetigations'at the horizon showedthat
10, for which Q(10) - 0.5, always has the same order of maenitude. There
are 6 figures and 10 references: 8 Soviet-bloc and 2 non-Soviet-bloc.,
ASSOCIATIO34: Kafedra rasDrustraneniya radiovoln (Department of Radiowave
Propagation)
SUEKITTED: May 26, 1960 (initially)
May 25, 1961 rafter revision)
Card 3/5

31984
s/142/6i/oo4/004/oo5/ol8
C/, C7 7 0 0 3 :L E192/E382
AUTHORS: Karpeyev, G.A., Kubasov, P.Ye., Semenov, A.A. and
Filipp, N.D.
TITLE: Possibility of employing the phase-meter method
in the investigation of field fluctuations of radio
waves propagating in a turbulent medium
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy,
Radiotekhnika, v. 4, no, 4, 1961, 425 - 431
TEXT: It is known that during propagation over routes near
the ground the field at the receiver is determined by the
average characteristics of the medium and the earth surface
an well as their statistical characteristics (Ref. 2 - A.G.
Arenberg - Propagation of decimetre and centimetre waves -
izd-vo Sovetzkoye radio, 1957). The presence of statistical
processes loads to the amplitude- and phase-fluctuations of
the waves and these fluctuations are random functions of time
and space coordinates. It can be assumed for the purpose of
analysis that at a point P of the space v the field
(vector or scalar) can be expressed by:
Card 1/6

'I f4
s/14"2'- ~I/oO4/004/005/018
Possibility of employing .... E192/9382
__k iYIm(P, t)
E (P, t) =J~i,,(Pj t) IS,# (P, Oe
m m
where the sum extends over all the partial fields R (P, t)
m
which can be regarded an having arrived at the receiver aliong
various trajectoriox; the fiold I(P, t) is therefore a
reault of multi-ray propagation. A two-antenna interferometor,
shown in Fig. 1, is used as the receiver; it consists of:
I - two antennae; 2 - feeder system and 3 - a square-detector.
The voltage at the point C of the receiving system can be
expressed by:
iff 2(Pl,t)
r 'Y +
6 , t) G (091(p 't)e
Ec lm m I
+ G2m(t)EW'(P21 t)e ig m(P21 t)
Card 2/G m

I I 9A
5
/142/61/6 4 ooli/oo5/w
142/61/6
Possibility of employing sv.a E192/E382
rthere G .. Ind ~2m are the gain coefficients of the two
antennae,
~O (P, t) = (PI(P, t) + y wh er e (p represents the mean
M M mp m
value of the phase in the antenna aperture,
Ynap i~z the fixed phase-shift during transmission of
the signal from point P to point C of
the feeder system.
The mathematical expectation UO(;) of the amplitude U(r, t)
of 'the output signal of the square-detector (see Fig. 1) is found
analytically and this expression in employed to determine the
conditions during propagation of ultrashort waves over near-
ground routes extending over tens of kilometres, Under the
assumption that -the fluctuations are small two cases(important
in practicd are investigated; 1) the field at the receiver
hasonly one component (m, n = 1) and 2) the field consists of
two components E 0 + Es , such that E 0 has a constant phase and
amplitude, while Es is a random component. It is found that for
Card 31,

319r')i
S/142/61/004/004/005/018
Possibility of employing E192/9382
the first case the expectation U. depends on the invariable
field characteristics as well as the statistical characteristics
of the medium. It is further shown that use of the phase-meter
system accentuates the relative fluctuations of the output signal
so that these can be measured and investigated comparatively
easily. Secondly, the method makes possible measuring the space
correlation characteristics of the field fluctuations. In the
case of the field consisting of the two components E 0 and E B
use of the method permits elimination of the constant field
component, which facilitates measurement of the field fluctuations.
The problem was investigated experimentally and it was found that
in the direct-visibility zone the amplitude-phase fluctuations
of theultrashort waves were so small that there existed practical
difficulties in effecting the measurements. Thus. for example,
during 65 measurement periods conducted between Janu2r)- and
March, 1997t in 33 cases the relative fluctuation 0.0 < 20.01,
in 20 cases 0.01 a~ and only in 12 cases 0. 25
2 < 0.25
Card 4b

31984
S/142/61/oo4/oo4/005/018
Possibility of employing .... E192/E382
A series of measurements of amplitude-phaso fluctuations waer
carried out in the autumn of 1959 at ultrashort waves by the
phase-meter mothod and It was found that Mic low-frequency
component of the amplitude-phase fluctuations was primarily
determined by the phase-fluctuations of the field; an the other
hand, the fast componctit wa3 due to the ain~)litude-fluctuationa.
This was further confirmed by some measurements of auto-
correlation functions of the amplitud'e- and amplitude-phase
fluctuations of the field at a frequency of f = 9 350 11c/s-
A preliminary estimate of the mean square phase-fluctuations
shows it t9 be of the order of 10- 2 radians, which compares with
data available from the literature (nef. 6 - A.V. Ment, S.Ya.
Braude and V.I. Gorbach - DAN SSSR, 1959, 125, no. 5, 1019;
Ref. 7 - D.M. Vysolcovskiy - 5ome problei-~ifs of long-distnzice
tropospheric propagation or ultrashort rndio waves, pub.
by AS USSR, 1958).
Card 5/6

319%
5/142/61/004/004/005/018
Possibility of employing E192/E382
There are 4 figures and 7 Soviet-bloc roforcncef3.
ASSOCIATION: Kafodra rosprostranoniya radiovoln Monhovii1co'go
ordona Lenina goo. univarsiteta im.
N.V. Lomononova (Department of Radio-wavo
Propagation of Moscow Order of Lenin State
University im. bleVe Lomonosov)
SUDMITTED: June 20, 196o
Figs lt
C,ird 6/6

24882 S/109/61/006/008,/002/018
.7, q Ig D207/D304
AUTHOR: KubasovL_P.Ye.
. ............ .... .
TITLE: invc-stigating space-tIme correlatlon rel itions at, the
level of a field of Centimeter wav,~,s with pro.pa~-ation
In a turbulent atmosphere
P11RIODICAL: Radiotekhnika i elektronika, v. 6, nc. 8, 1961,
1228 - 1236
TEXT: An accoiint is given of an experimental invez-tig,:~,tion of the
epace-tlm~'. correlation ?,haracteristic3 of int(.-n2ity 7,'Iriatiom) of
a signa, transmitted over a near-earth dire-,t-viz~ib;.Iity path of
length 36 km. The experiments were conducted dur-ing the period
T C,
~,Iun-? to December 1959. The transmitter was operated at q370 Mc/s
in Psec pulses with a repetition frequeri,-y of ~5707 pulees/se-,
The parabollc transmitting antenna had a diameter of -047 m, giving
a pr*.n,-.ipal iobe with half-power puIntis at about 3'. The radiation
wa!-i horizont.:x1ly polari2ed. The helght of the transm-tting antenna
1/3

24882 S/109 '61,10060oa/, woia
Investigating space-time - D207XD304
,aas about 40 m above the earth's surface. Two supc.-het receivers
were used. having a bandwid,~h of 4 Kc/s and a sensitivity of 70dbm.
Th~- rer-eiving antennae wc.-re pyramidal, with a directional diagram
about 150 in the 11 plane and 180 -.in the E plane,. The baae joining
~he two receivers was variable In length f rom 4 to 200 cm and was
aLso vriable as regardo orientation. The height of the rcceiving
'Antennae was about 4 ir, above the c:L_.-th'3 surface. The outputs of
~he two receivers viere applied simultaneously to an oscillograph
,..yp~, WD-2 (MFO-2) and a record was obtained on film. The film
5peed wt6 ad'usted ;o 2 or 4 mm/sec depending on the character of
the signal vnriationa~ TExamples of film records are illustr-ated.
The duration of re~-ording for ea-,-)l base length was 3-4 min., The
r~~.Sults of the stutistical examination of the records are shown in
+ -1bes and graphs. As 'regards the space correlation curvest the ex-
perimental results agree more closeiy with an exponential than
with a Gaus3ian curve. Values found for the radius of correlation
lie between 0.2 and 0.8 m, i.e. correlation as a rule disappears
at a distance M1 to 25 /1, confirming the findings of A.A. Semenov
Card 211`~

24882 B./lOg/61/006/008/002/018
Investigating space-time oot D207/D3o4
and G.A. Karpeyev (Ref. 21 Vestn. Mosk. un-ta, 1957, 6, 69). Analy-
sis of the time correlation curves clearly shows the influence of
transverse wind speed. Three types of correlation curve are dis-
tinculohedt viz. , roughly exponentialf roughly Gaussian, and recti-
.1.1near. Normalized space and time correlation functions are dater-
mined and estimates are obtained of radii of correlation. There
rLre 5 figures, 2 tables and 12 references: 8 Soviet-bloc and 4 non-
'S)ov i et- bloc. The 4 references to the English-language publications
read as follows: 11. Staras, Proc. I.R.E., 1955, 43, 10. 1374; J.
K,.jrihara, Proc. 1955, 43, 10, 1362; A.D, Wheelon, J. Atmos.
and Terr. Pfiys,, 1959, 15P 3/4, 185; J.H. Chieolm et allil, Proc.
I-R.B., 1955p 43, 10, 1317.
ASSOCIATION: Fizicheskiy fakulltet moskovskogo goeudarstvennogo
universiteta im. K-V. Lomonosova (Moscow State Univer-
sity im. hl.V. Lomonosov, Physics Department)
SUBMITTED: May 6, 1960
Card 3/3

KLMWV, S.A.
Abolish shift work of electrician@. Avtom.telem, I sylas'
3 nos12:24 D 139. 0 (MIRA 13s4)
1. Starshiy slektromekhanik slaktrichaskoy taentralizatall
stantaii'Balesino Oorlkovskoy dcrogia
(Railroads-Maintename and repair)

XUBASOT
,
e Attachment for the DI-12A for the purpose of short tests at elevated
temperatures of metals for tension and banding. Zav.lab.21 no*12:
1506-1507 155. (MMA 9t4)
1,Xoskovokiy Institut Waichasksgo mashinestroyeniyas
(Testing machines) (Xetals-Testing)

..U!-,:,SOV) Vo Ao
K
KUPA50V; V. A.: "Determination of the mechanical properties of soft car-
bon steel between room temperpturo and LIO dagreezi CentipgadW Min
Righer Education USSR. Moscow Inst of Chemical ~Iachlnebuilding,
Moscow, 1956. (Dissertation for the Degree of Candidate in Technical
Sciences.)
Source: Knizhnaya letopial NO ho 19% 'Voscow

SOV/137- 58-8-17784
Translation from: Referati%-nyy zhurnal, Metallurgiya, 1958. Nr8, pZZ7(USSR)
AUTHOR: Kubasov, V. A.
TITLE: Mechanical Properties of Mild Low-carbon Steel at Temperatures
Ranging From Room Temperature to 450'C (Mckhanicheskiye
svoystva myagkoy malouglerodistoy stali v intervale temperatur
ot komnatnoy do 4500)
PERIODICAL: Tr. Mosk. in-ta khim. mashinostr. , 1957, Vol 14, pp 31-54
ABSTRACT: Mechanical properties Lr ,O_ b,S 6 ~ I
Tk , 4) , and ak) of steels St. 3 and 2 rimmed'open- hearth
steels with standard and increased (up to 0. 1%6) As content
were investigated at temperatures ranging from 200C to 5000C.
also steels containing 1. 776 Mn. It was established that the cr b
decreases, as the temperature is raised to 1000, increases
(up to 150/6) as the temperature ;s increased from 1000 to 3000,
and, finally, diminishes again. The level of potential ener,'y
expended in the destruction of the sperimen decreases at tem-
peratures up to 1000, increases as the temperature is increased
to 4000, and decreases again thercaiter. It wa5 confirmed by
Card 1/2 means of the tests that heating of specimens which have been

SOV/1 17--58-8-17784
Mechanical Properties of Mild Low-carbon Steel (cant.
preliminarily work -hardened to a temperature at ?000, with some subsequent
exposure at that temperature, definitely determines a plateau of plastic flow
upon the stress-strain diagrams; no such plienomenon was obser-,-ed i'i the case
of specimens which had been hardened by stretching, a fact which apparently
is attributable to the anisotropy in properties at t.).e metal that. Fad been sub-
jected to deformation in different directions. Notched specimens exhibited
a ff b which was 20c/)o greater than that of smooth specimens.
G.
1. Stoel-16echanicil, prorarties 2. Steel-Terperature
factors 3. Steel--Tcot resultv
Card 2/2

K, V, 11
AUTHOR: Kubasov, V. A.
TITLE- Perfecting a Machine for Hot Cyclic Tests of Metals under
Conditions of Varying Plastic Deformation (Usovershenstvo-
vaniye mashiny dlya goryachikh taiklicheakikh ispytaniy
metallov v usloviyakh peremennoy plasticheakoy deformataii)
PERIODICAL: Zavodskaya Laboratoriya, 1957, Vol. 23, No. 1, pp. 101-102
(U.S.S.R.)
ABSTRACT: Reference is made to a device constructed in 1938 by L. T.
Timoshuk for the study of the behavior of metals under cai-
ditions of varying plastic deformation with the surface
of the metal in contact wit t a corrosive liquid medium
and a temperature, above 200 0. The heating and chemically
active medium was a liquid of the sea water type. 0 In the
present study, testemith temperatures of 400-450 are made
with a limited ef f ect of the medium, quartz sand bei ng used
for heating instead of a liquid. A drawing is presented
showing the principle of the heating device. Quartz sand in
found to be superior to a liquid on account of the elim-
Card 1/2 irstion of vaporization. There is one Slavic reference.

Perfecting a Machine for Hot Cyclic Tests of
Metals under Conditions of Varying Plastic
Deformation
ASSOCIATION: Moscow Institute for Chemical Machine Construction (Moskov-
akiy institut khimichaskogo P-ashinostroyeniya)
PRESENTED BY:
SUE24I TTED:
AVAILABLE:
Card 2/2

MUSOV, V.A., kELnd.takhn.nauk
Static strength and placticity of low-carbon and lov-alloy
manganese steel at high temperatures. Trudy TSHII M no.195:74-
88 160. (KLU 13t9)
(Kanganese stoole.-Testing) (Ketals at high temperatures)

XUBASOVY V.L.; VOLKOV, G.I.
Potentials of chlorine evolution from common salt solution
on a graphite electrode. Elektrokhimiia 1 no.11:1395-
1400 N 165. (MIRA 18ill)

q~ -
7-TT
AP6033302- SOURCE CODE: UR/0293/66/004/005/0701/0708
AUTHORt Ku;asov, V. N.
ORG: none
rev,
TITLE: correction of iqlULaneta to es with the aid of impulses in tbA
direction of a radial heliocentric velocity
SOURCE: Kosmicheskiye icaledovaniya, v. 4, no. 5, 1966, 701-708
TOPIC TAGS: interplanetary flight, Interplanetary trajectory hello-
centric trajectory
ABSTRACT: The article is a study of multiple corrections of interplanetary tra-
jectory by means of impulses in the direction of a radial hellocentric velodity
("solar" correction) under the assumption that the space vehicle moves along a non-
perturbed Keplerian orbit. In this study, linear approximations are used and
corrections are considered only on the heliocentric portion of the interplanetary
trajectory, although, as it is pointed out, all results of the article can be
extended to the correction of planetocentric trajectories. General properties of
multiple corrections are analyzed. It is proved that the number of flight paramt-
eters to be corrected as well as the number of correcting impulses can not exceed
four and the optimal number of impulses for correcting the vehicle coordinates'la
the picture plane can not exceed two. A system of equations is derived from which
Card 1/2 UDC: 629.191

kCC NR% AP6033392
the magnitute of impulses AV, and AV2 for correcting the coordinates n and C In the
picture plane can be derived uniquely if the determinant of the system in not
equal to zero. It is pointed out that the determinant of the system is distinct
from zero for almost all interplanetary flight trajectories, However, the condi-
tions which the optimal energy corrections of coordinates in the picture plane have
to satiafy are derived. The-question of the instant of carrying.-out the secoud
correction is analyzed for two connected (dependent) corrections. Orig. art# hast-
3 figures and 14 formula*.,
SUB CODE: 221 SURM DATE: 1OM&y66/ ORIG REFt 003/ ATD PRESSI 5100

r (do-cansed]: PIXLjIR. A.P., Inshener;
KMSOV, To.A., inshene
AdZiMSIV. S.N., redaktor; OUROVA, 0., takhnichadkly
rodaktor.
[Routine dwelling repair operational TakuBhchil remont
shilogo dom. Isd.2-es perero I dop. Kooky&, Izd-vo
Kinisteretva kDmmmllnogo khosiaistva. RSYSR, 1953. 283 p.
(microftiml OUak 7:12)
( M ldinc--Repair and reconstruction)

VOL"YKOVICH, S., akademik; KUBASOVA, L., inzhener-khimik
Chemistry,, the groird,, abundance. Starsh.-serzh. no*3s30-31 Mr
164. (MIFA 17SA

PHASE I BWK EXPWITATIO11 SOV/5536
Baklushin, Petr Aleksandrovich, Igor' Konstantinovich Kiselev,, and Lidlya Ivanovna
Xubasova
Avtomatizatsiya teploemergeticheakikh uatanovok (Automation of Heat Power
Installations) Moscow, Gosenergoizdat, 1960- 351 P, Errata slip inserted,
15,OW copies printed,
Ed.: P.W. Manuylov; Tech. Ed.: G. Ye. Larionar.
IMPOSE: This book is intended for stuAonts of heat power problem in pol"ichnic
and power engineering schools of hipr~mr education. It may also be useful to
heat -power engineers dealing with Y-utomation of beat processes at electric rxmr
stations.
CO%r- _. -'-: The book discusses the automation of beat power installations and the
1)_~~_ical nature of automatic control. Fundamentals of automatic control and
certain procedures -of its engineering utilization an presented, Schematic
circuits of the automation of basic assemblies and auxiliary equi;ment of beat
power installations are discussed. Elements and structural features ofthe
most widely used types of automatic regulators are described and analyzed.
C a r d - 1,L_ 1-1v 1.

Automation of Heat Power Installations S"15536
Problems of disposing automation components on the instrument boards of steam
electric power stations am also discussed. The Foreword, Cho. 1p VMp Up
XIII, XVI, VIII, XX, and conclusion were vrttten by P.A. Baklushin, -who also
carried out the general planning and editing of the book; Cho. V, VI., and VII
by I.K. Kiselev; Ohs. II.. ITI.. IV, X., U., XI',~., XIV., XVII and XIX., by L.I.
Kubas3va. The wathors thank B.G. Gerasimoy, I,rofessor., P.N. Yjmuylov.. Engineer.,
and M.A. Tartushkina..'Engineer.. for their help. References to each part are
listed separately in the Bibliography. There are 42 references., all Soviet.
TABU OF CCUrEWS:
Foreword
Introftetion. Concept of Automation of Heat Power Tnatallations
3
1. Elementary concepts and historical references 9
2. Types of automation for beat power installations 21
3. Economic importance of heat power installations 17
4. Remarks on mathematical foundations of the theory of
automatic control in beat power instalUtions 17
Card-2/--U-

KUBASOVAI L.V.
ra
Ammonium polyphosphates. Zhur.prikl. khim. 37 no. 5:955-917
Yq 164. (MIRA 170)
1. Moskovskiy gosudaretvannyy univeraitet.

KUBASOVA, N.
--, --
Interaction of colors. Tekh. eat. no.6jl9-21 Je 165.
(MIRA 18:8)
1. Vaesoy-uznyy nauchno-lunledovatel'skly institut tekhnicheskoy
entettki.

allu
-hnp IIAVP
rmw th-A MLt--VLVIELtiUU CU-KISX
i n

Es ts 0

Liz=

I Pal
sm- 0 E
- W.A-
11-01 -I

KIBISOV, Grigoriy Illichj ANTROPOV, Rikolay PavlovichOLUBASOVA, Hatallys.
r
---BoxW9jM!jL REZVOVA,, Mariya Ivanovna; SHALLING,, VX.---6d-.: GVIRTS-,
V.L.# tekbn. red.
(Development and application of a universal method tor quantitative
spectrum analysis] Opyt razrabotki i primeneniia universalinogo meto-
da. kolichostyennogo opektrallwgo analiza. Stenogramma doklada na
Beminare v UNTP. Leningrad, Lepingr. Dom nauchno-tekbn. propegandy,
1961. 53 P. (KM 140)
(Spectrum analysis)

LUISOV, G.I.; XUBASOVA, N.B.
Zffoet of the extent of grinding of materials on the results
of the quantitative ape-3tral analysis of substancea downfed
by means of air, Zhur.,analkhim, 16 no.W60443 N-D 161.
(MIRA -14:12)
1. State Institute of Applied Chemistry, laningrad.
(Spectrtm analysis)

XUBASMA, JI.B.; KIBISOV, G.I.
Excitntion of spectra in the universal method of' quantitative
dotermination of elements. Zhur,anal.khim. 18 no.loiII84-1191
0 163. (KIRA l6t12)
1. 3tate Institute of Applied Chemistry, Leningrad.

KUBASOVA, N.B.1 KIBISOV, G.I.
Special characteristics of a high amperage discharge of a lov
voltage spark and its use in universal quantitative spectral
analysis. Zav.lab. 29 no.4006-508 163. (MIRA 16s5)
1. Gosudarstvannyy institut prikladnoy khImii.
(Spectrum analysis) (Electric discharges)

~~C)V~A N . B. ; i, .' H 1 ~~ 07, IL. . j .
. ..... I......,
ElImInation of the rul~.ual effect of elementf: in spectrar, analyrJs In
relation to the problem of establishing standard samples. Zhur.anal.
khim. 19 noolOill8e-1191 164. (MIRA 17:12)
I* State Institute of Applied Chenistry, Leningrad.

rasms) Y .P.1 IRBASPYA
j R. H,
Arachnodactyly (Marfav's disaaae)o Thrapearkbe vo*W23-124 162o
~(KMA 15112)
1* Is Pyatigorskoy kliniki Ekltmeologlobeakogo iii-ititata (dir. -
kand.med.tauk Ye.Ao WTmoir-Emmenakiy).
(InCENODACTnY)

- - ---- - - - --- A
KUBASOVA, Ye. G., Cand Med Sci -- (diss) "Comparative evaluation of
the action of oxygen during various methods of administrotion to chLild-
ren suffering from pneumonia." Krasnodar, 1960. 15 PP; (Ministry of
Public Health RSFSR, Kubanskiy State Medical Inst im Red Army); 210
copies; price not given; (XL, 52-60, 123)

-- --
$ M.; KMULARUICHO T.1%; KUWSKIYx S.I.; LAPSHIllp F.V.;
REYZ14M) YU.B., nauchnyy M.S., red. izd-
va) VOCHALWA, ZOS., tekhn. red.
(Automation of the grinding and cnlcination of gypml-l Opyt
avtomatizataii pomola i varki gipsa. Moskva, Gosstroiizdatj
1962. 59 p. (O"Mim) (MIRA 15:7)

KAHMNOVICHp T.M.1 ObASUTY, S,I., Ilivi., glav. red., AJiTG1.'GVA,
N.N.; i0,! , ~,~
(CompleLely profabrJuated bathrooma; practices of the
Danilov Plant of the Main Administration for Industrial
Building Materials in the City of Moscow] Proizvodstvo
aanitarno-tekhnichaskikh kabin polnui zavodskoi gotov-
nosti) opyt Danilovskogo zavoda Glavmospromstroiviterialov.
Moskvap Goestrolizdat, 1963. 28 p. (MIRA 17:5)
1. Akademiya stroitel'stva i arkhitektury SSSR. Nauchno-
isoledovatellakly Institut organizatsill mekhanizatall i
tekhnicheekoy pomoshchl stroitelletvu. 2. DJrektor
Danilovskogo alebastrovogo zavoda Glavnogo upravleniya pro-
ryshlermo:3ti stroitellrWkh materialov I stroltellrqkh de-
taley (for Kakhanovich). 3. Danilovskiy alebastrovyy zavod
Glavnogo upravleniya promyshlennosti stroitel'rWkk, mate-
r1alov I stroitellrjykb detaley (for KubasskAy).

HUNGARY
KUBASSY, Lasi~lq, Dr; National Ambulance Service (chief director: OROVFCZ,
ulance Station of Miskolc (chief physiciant KUBASSY, Laszlo.
b
at
Dr) (Orszagos Mentoazolgalat, Miskolci Mentoallomas).
"The Development of Express Ambulances and Experiences with Its Use at tho
Ambulance Station of Miskolc."
Budapest, Honvedorvos, Vol XVIII, No 4, Oct-Dec 66, pages 259-264.
Abstract3 (Author's Hungarian summary modified) The development or well
equipped, express ambulance wagons by the domestic and foreign ambulance
services is described. These wagons are equipped w1th hir
.,hly specialized,
intricate equipment to be used by a physician travelling with the ambulanc-9
to prevent or relieve shock and other severe traumatic conditions at the
site of the accident. It is concluded that the quality of first aid which
can be provided by the express ambulance has fulfilled the expectAtions in
the Miskolc area as well. not only in traumatological but in other emergency
cases too. The immediate treatment of accidents and the expansion of the
express ambulance services is of decisive importance, especially in the
provinces, More appropriate ambulance wagons and their operation from an
ambulance-hospital base are recommended. All 24 references are Hungarian.
1/1

305G. KUBAA-1A M., PROCIIAZKA, J. VIKTO,(1% J. and CERNIX F. Vnitp.
Ojornouc; Vnito. Min. VLA Jana Ev. PurKyr.4, Hra ~r
Pa "a d; c k s.
I(M. Klinickd zkuAenost" s Act inrinnycin'e m C (Sanamycine'r-.). C I L ni ca I
e xpe r i e n ce s w 1 th sa na myc I n VNITA. UCK. 1~56, 2, 11 (1031- loil)
Fifteen patients with Ecidgkin's disease. 5 xLth chronic lyrnphadenosis. 2 wlth reti-
(,ulocytosis. I with atypical myeloma and 2 with inojjera~le carcinoma have been
trealed with actinomytin C (sanamycin- Hayer). With the exception of Hodgkin's dis-
case, the drug proved to be ineffective. In 15 patients with Hodgkin*s disease. the
result may be considered as relatively good in 4 patients, not so good in -1 patients
gerthan
and in 4 patients the therapy failed. fhe result obtained has not lasted 'on
for 6 weeks. Compared with the X-ray therapy and cheniotherapeutics of the nitro- i
gen mustard group, the results of the treatment with sanamvcin are worse. Thus
this drug cannot be considered to be a particular enriching of the therapeutical
at disease and cannot be recommenried for routine application
-senal in 11odgkin's
(VI, 1e

F'