SCIENTIFIC ABSTRACT MIKIEWICZ, B. - MIKIRTUMOV, E.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001134130003-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

141KIMICZ, Barbara; WALD, Stefanie
I
Purification and concentration of diphth*rial anatoxin. Wed.
d.oov. m1krob. 8 no.105-63 1956.
1. Z Pr&c. Serilogicsnoj Labomtorlum Techoologicsnego
Vytworal Surowle I Sscseplonek w Waresawis. Kierownik: prof.
d.r. H. Raise!.
(COffMACTIMIUM DIPHTHIRIAN,
anatoxin. purification & concentration (POW

,,KIKIIWICZ, Barbara; WALD. Stefanin
0" -
Purification and concentration of diphtheria anatoxin. IL Ned.
doew. mikrob. 9 no-3:229-235 1957.
1. Z preLcownt serologicznej Iaboratorium Technologicznego Wytworni
Srarowic I Szczepionek w Waresasie Kisrovnik; prof. dr R. Keisel.
(DIPHTHIRIA, immunology,
toxoid, purification & concentration (Pol))

HORODKO, Janina; 141KIEWICZ, Barbara~-NAIMSKI, Krzysatof(deceased];
ZAMMEWSK 1, -la-z-fizie rz
Sffect of potassium and sodium ions on the synthesis of diphtheria
toxin. Acta nicrobiol. pbl. 10 no.2:la-146 161.
1. Z Centralnego Laboratorium Zjodnoczenia Wytworni Surowic I Szczapionek
"Biowd" w Warazavie.
(POTASSIUM pharmacol) (SODIUM pharmacol)
(CORTNEBACTERIUM DIPHTHMAE pharmcol)
(TOXINS AND ANTITOXINS)

LEWENFISZ-WOJNA:-MWSKA, Teofila; BORKOWSKI, Marian T.; MIKIEWICZ. Barbara;
KAZKIEPJ)WSKAl Zdaislaws, -.1
On colijaycin therapy of infants with diarrheal syndromes caused by
pathogenic strains of Escherichia coli. Pediat. p01. 37 no.11:1137-
li45 162.
1. Z II Kliniki Pediatryoznej AM w Warazawie Kierownik: prof. dr
med. T. Lowenfiez-Wojnarovska.
(COLISTIN) (DIARRHEA INFAN TILE) (ESCHERICHIA COLI INFECTIONS)

WIMSZWKI, Edvard; HIMUICZ, Barbara; ZAIESKA, Krystyna
The content of diphtherial antitoxin in maternal serum and milk and
in neoratal serum. II. Pediat. pol. 37 no.11%1157-1164 162.
1. Z Kliniki Chorob Dzieci AM w Warazawie Kierownik: prof. dr mod.
R. Baranski i z II Kliniki Polozniazo-Ginekologicznej 01 v Warazawle
Kierowniks prof. mod. 1. Roazkowski.
(DIPHTHERIA ANTITOXIN) (I'Ve ANT NEEWBOY11)
(MILK HLTUV ) (MATERNAL FETAL EXCHANGE)

WILKOS7EWSKI, 2dward; BAUJKIEWICZ, Irena; MIKIEWICZ, Barbara;
ROMICU, Anna; KAZMIRGWSKA, Zdzisliwa
Effect of rheumatic fever and glycocorticold therapy on the
titer of diphtherial antitoxins and typhoid agglutinins in
the blood serum. Reumatologia (Waroz.) 3 no.3:22-1-224 165.
1. Z I Kliniki Pediatrycznej AM w WaLrazawie (Kierownik: prof.
dr. mad. R. Baranski), z Kliniki Pediatrycznej Studium boako-
nalenia Lekarzy AM i Instytutu Reumtologicznego w Warszawie
(Ueroiniik: prof. dr. mad. E. Wilkoazewski; Dyrektor Insty-tutu
P,eumatologicznego: dr. mad. W. Br*tihl).

141IF1121i
s/o44/63/0(Yj/o(j 1 A38A53
A060/ACODO
AUTHOR Miklowlez, J.
TITLEt Estimating the common mean on the basis of samples from normal popu-
lations with differing dispersions
PERIODICAL: Referativnyy zhurnal, Matematika, no. 1, 1963, 19, abstract IV-.71
(Zastoscw. mat., 1961, v. 6, no. 1, 119 - 126; Polish; summarles
in Russian, English)
TE=: The author considers k no5mal populations with a corwon mean value
and dispersions: C~2' C12. ..., d From every population a sample with the
I , 2 k*
size nj (i - 1, 2, ..., k) elements is taken, so that A n, - n. One obtains
a s4mple Z - (Xilp ... ft xlnl , x21' ...' x2n2 0 XklR ... Ixknk ). From this
sample one estimates 'the mean value of is called the minimax efltlmator
of the parameter fk, if it minimizes sup R ((P, ~L), where
IA.
CP, E ~ L [(P (z), (L fk~ and L (y (z), tL) (z) _ ~L)2
Card 1/2

S/044/63/000/001/038/053
Estimating the common mean on the basis of .... Ao6O/AOOO
It turns out that the minimax estimator coincides with the estimator obtained by
minimizing the dispersion of the weighted sum of random variables and has the
form
k n, Yi nj
d2
i
where yi is. the mean of the sample of the 1-th populatlon.
L.L. Vilkauskas
[Abstracter's note: Complete translation]
Card 2/2

MIKIEWICZ, J. (Wroclaw)
Levels of confidence In Wroclaw taxonomy. Zastoe mat 7 no.lil-40 163.

141Y
I JEEMICZ , Tomaaz
Recovez-1 in alumintm-treated mild 3tsial. Mechanik-a Poznan
no. 4:121-151 162.

/N1JEW1CXOVVA,,Z -
BILIMS, St.; KIKLxV1CZoWA, z.
Four cases of anomalous reproduction in white nice. Yal. b1ol.,
Wares. 2 no.2:113-121 1954.
1. Zaklad Biologil AkOdezil Wychowanix flzycznego w Waresawis.
(PMNANCY,
residual spermatozoa from previous pregn. causing subsequent
pregn. In white nice)
(SPOWOZOA,
residual spernatozoa from previous progn. causing subsequeat
pregn. in white nice)

MIYT,TFLJ, IIT-C L.
Osnovi t.thnolcvlje I poznavanif, robe. Bf-of,rnl, firlucna knjip,,a. Vol. 1.
1~ 5-', 384 p.
SO: El,'AL, Vol. 5, No. 7 JulY 1956

YUGOSIAVIA/Chemical Technology - Chendcal Products and Their H-24
Application, Part 3. - Fats and Oils, Waxes, Soaps,
Detergents, Flotation Agents.
Abs Jour Ref Zhur - Khimiya, No 7, 1958, 22854
Author Djuro L. AlktIEU
Inst
Title Fats and Oils.
Orig Pub Nova trgovina, 1956, 9, No 1. 43-50
Abstract No abstract.
Chrd 1/1
YUGOSIAVIA/Chead.cal Tec~mology - Chemical Products and Their H-24
Application, Part 3- - Fats and Oils, Waxes,
Soaps, Detergents, Flotation Agents.
Abs Jour : Ref Zhur - Khimiya, No 7, 1958, 22909
Author : Djuro L. :Kikijelj
Thst
Title Soaps ant Other Means for Keeping Clean.
Orig Pub Nova trg3-vina, 1957, 10, No 4, 263-268
Abstract No abstnict.
Card 1/1

MIKIL.CHKO, A.N.; TASTRZHENSOY,V.D.
System for measuring amplitude and phase oscillat!ons at
dIfferent points In a diffuser. Izv. vys. ucheb. zav.;
radiotekh. 6 no.5:564-566 S-0 163. (MIRA 17:1)
1. Rekomendovano kafedroy radioveshchaniya I elektroakustik~
aleBskogo alektrotekhnichaskogo instituta svyazi.

MIKIN, G.P.
Design of an indicator-hand frequency meter. 9nergetik 5 40.8:38-39
Ag '57. (KLELA 10: 10)
(Frequency neasurements)

MIKIN.P.P.
Obligntions fortified by action. Tekst.proo.8 ao*2:7-8 F148.
(KLRA 8:11)
1. Direktor fabriki Imeni Frunze
(Textile Industry)

IGKINA, V.D.
Krrors in testing calorimeters. Trudy inst.lom.stand., ner i iza.
prib. no.6300-42 162. (JURA 151g)
1. Vdaooyuznyy r-ruchno-issledovatellskiy institut astrologii
imeni. D.I.Mandeleyeva.
(Calorimeters-Testing)

s/589/62/ooo/o63/006/021
9032/Z514
AUTHOR: Mi Ic ~na
TITLE: Theroal rfigulation in a calorimetric system
SOURCEt USSR. Koi-atet ntandartov, mer.i izmeritellnykh
pr.i',)orov. Trtidy institutov Komiteta, no.63(123).
Moiscoi,i, 19021. Issledovaniya v oblasti teplovykh i
teraperaturny1ch izinereniy. 63-72
TE,XT Tho ntithor is concernod %,rith combustion calorimeters
linviiij; isothermal or adiabatic screens. An nttempt is mittle to
estimate the accuracy with irhich the screen of the calorimeter
must be thermo-itated or regulated. In the case of an isothermal
screen, the baSic re-,uire,,innt is that if- the temperature in the
calorimeter is measured to +0.0001 de*g, then the heat transfer
correction shoit'id not change by raore than +0.0001 deg. A simple
algebraic scheme is outlined whereby 13ermi;sible temperature
fluctuations in the screen may be evaluated, and it ie estimate)%
that in the case of the precision VNIIM calorimeter this amounts
to +0.0003 deg. In ad0ition, exp4-riments have been carried out
using various temperature re-glilating circuits. The following
Card 1/2

Thermnl reguIntion in i ... s/q8g/62/000/063/006/021
E032/E514
schenies were trxed and are recommendedt 1) temperature of the
screen below room temperature - two -T- -l; (TS-15) ther.ijostats,
and 2) temperature of thf~ screen above room temperature - internal
thermostat system coniistiig of two heaters aiid a mercury in
81ass on-off switch ("contactor"). If the temperature changes in
the 5creen are to be 1~ept to within +0.001-0.002 deg (screen above
room temperature), the-i a photoelectric scheme incorporating a
thyratron and resistance therriometers turns out to be suitable.
The photoelectric device can also be used to produce an adiabatic
screen. In this device the temperature probe is a platinum
thermometer connected to a TH-1 bridge with a M24/1 galvanometer
(10-7 V/mra at 1 m). When the temperature changes an off-balance
current flows throii,.;h the ga lvnnonie ter, whose light spot is
focused on a photocell in such a way that a change in its position
gives rise to a chnnSe in tho output of the photocell. This is
then fed into the thyrntron-relay circuit mentioned above.
Tnere are 2 figures.
ASSOCIATION: VNIM
SUMITTEDt March 2,, 1901
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42674
S/589/62/ooo/o63/003/021
9032/E514
AUTHORt Mx k ina,___V. D.
TITLEi Errors in the testing of calorimeters
SOURCE: USSR. Komitet standartov, mer i izmeritelInykh
priborov. Trudy institutov Komiteta. no.63(123)-
Moscow, 1962. Issledovnniya v oblasti teplovykh i
t--mperaturnykh izmereniy. 30-42
TEXTi The testing of calorimeters for the determination of
the heats of combustion (.-- liquid and solid fuels and organic
substances is being carried otit in accordance with the scheme
approved by YXIIM. This scheme is based on three steps
which differ in their purpose and accuracy and involve standard
calorimeters of grade 1, standard calorimeters of grade 2 and
working calorimeters. Gr:ide I calorimeters are calibrated by
an absolute method in which the heat is produced by a known
electrical current and the heat capncity of the calorimeter is
calculated from the power dissipated. the time during which the
power is supplied and the temperature rise of the water with
which the calorimeter is filled. For the particular set-up used
Card 1/3

Errors in the to)itin~, uf calorimeters 5/';89/62/000/063/003/02L
9032/2514
at W111M the estimated RJIIS cri-ors are a9 followst 1) current -
+2 - 10-3',0', voltage across the heating coil - +10-3 time - 10- 3
3
temperature chan_e (merctiry in glass thermomoter) - +5 - 10-
The overall error in t1ie heat capacity of the calorimeTer then
turns out to be 7 - 10-3,,;. Mien the heat capacity of the calori-
ineter obtained in the calibration is used in calculating the heat
of combustion, the difference in the experimental conditions must
be taken into account. Thus, in the calibration no combustion
takes place inside the bomb and the energy is liberated outside
rather than inside tho boiab nnd, finally, the rate at which the
heat is liberated is very different in the two cases. It is
estimated that Cie final accuracy of the heat of combustion of
standard benzoic acid using the VNIIM equipment is +0.01%.
Detailed review of published information leads to tTe conclusion
that berizoic acid iaay be cla8.sified as a satisfactory standard
substance. The second part of this paper is concerned with the
determination of the heat canacity of second grade and working
calorimeters by a relative method in which this quantity is
determined by using a standard material of known heat of
Card 2/3

Errors in the testing of calorimeters S/589/62/000/063/003/021
E032/E514
co-nbus tion Here the main errors are in measuring the weight of
the standard wibstance and the tetiperature rise (in addition to
the error in the heat of combustion of the standard). It is
shown that whereas according to the VNIIM sche-ine the MIS error
in the heat capacity should be +0-03%, the actual experimental
error may be rediiced to +0.014%. Even in the case of working
calorimeters, the possibfe accuracy is better than that of the
above scheme, namely, 10.05%. The general conclusion is that
all these inoasurements can be carried out to a higher accuracy
than that specified in the VNIDI scheme referred to above.
Practical realisation of the accuracy quoted above for working
calorimeters is prevented by the fact that Soviet industry is not
producing suitable calorimeters. Th'ere is 1 figure.
ASSOCIATION: VNIIM
'SUBMITTEDi March 3, 1961
Card 3/3

RPROWSKI, Ntroslaw-, 41KINKA, franciazek.
ALIMnaary tubogrculosts in aged. Gruslica 23 no.4:271-276 Apr '55.
1. Z Ter"nowych I Centralnej Poradni Pr"zeciwgrualiczej v
LodzI Dyroktor: ar Jadvigo Ssustraws Lodal ttl. Jasna 36 b.
(TIJBMCUTASIS, PUL'fOUART, In aged)

L lUgo-66 Mc'~-2/&T(1) M0
GW
ACC OR: AP6002764 SOURM CODE: UR/0203165/005/006/1120/1123
AU111ORs Mikirov.' A.- Ye.
ORG: Institute of Applied Geophysics (Institut prikladney geofiziki)
TITLE: Evaluating the ozone concentration at altitudes of 44-102 km during nigl~i
launchings of geopb1sical rockets
SOURCE: Geomagnetizm I aeronomiya, v. 5, no. 6, 1965, 1120-1123
TOPIC TAGS: ozone, meteorologic rocket
AESTRACT: Measurements of lunar radiation intensity are used as a basis for deter-
mining the ozone concentration at altitudes of 44-102 km, i.e. at altitudes above
the maximum concentration under nocturnal conditions. Curves are given comparing
the experimental determination of ozone concentration with the theoretical values
calculated with resp3ct to altitudes. The experimental values are somewhat higher
than the theoretical values based on photochemical equilibrium conditions. The total
ozone concentration at altitudes above 44 km Is found to be %,0.14.10-19 Molecules/cm2,
which agrees with the data in the literature. However, it is pointed out that the
Card 1/2 UDC: 551.510.f,35:629.195.2

L 14190-M
ACC NR: AP6002764
accuracy of these d,%ta is extremely low. An account of all factom contributing to
the.error in the firtal results gives an accuracy of *100-120%. In conclusion I con-
sider it my duty to thank 5. H, Poloskov, A. N. KasatkinIA.--V:- ~~WIT)(de -
ceased), A. Ye. Khaletskiy and A. A. voya for assistance T~ fhe work and useful
consultation. Orig. art. has: 4 figures, 6 formulas.
SUB CODE: OB/ SUB4 DATE., 05Jan65/ ORIG RM 006/ OTH FT.F: 009
Card 2/2..f-,.-.

-,XKIROV,A.Ye.
Photoelectric method for studying distribution of cloud particla
dimensions. Izv.AX SSSR. Ser.geofiz. no.1:104-108 Ja 157.
(KIBA 10:3)
1. Abdamiya nauk SSSR. Institat prikladnoy geofiziki.
(Clouils)

V~ j, / 4
AUTHOR: Nlikirov, A. Ye.
TITLE: On measuring the spectrum of particle distribution in
clouds and mists. (Ob izzerenii spek-tra raSzre~elen-7a
chastits v oblakakh i tumanakh).
PERIODICAL: Izvestiya Akademii Nauk SSSR, Seriya Geofizicheskaya,
19579 No.4, PP. 512-515 (USSR)
A.BSTRACT: knalysis of laboratory investigations carried out Ln 195;~
and 1953 by the author showed that it is posFible to
develop a photo-electric method for measurin6 the
dimensions of particles of liquid aerosols of diameters
of 211 slid higher (Ref.2). The essence of the proposed
photo-electric method for investigating the spectrum of
distribution of particles in clouds and mists consists in
using the method of the darkened field in combinzition
with skilful utilisation of the scatterin,. index. An
optical system consisting of a li~3ht souxce, a candense,,.
lens, a diaphragm, a second lens and another diaphraGr,
(Fig.1),produces a parallel beam of lii~ht of the necessary
diameter which passes throu8h the space t(, be, investirated
and is covered by a black screen behind wl.icl: ,j c'.-thode
photo-multiplier is placed. If t~.ere are any particles
Card 1/3 in the light beam, the li ,ht is -,topped b,-.! the black 3creen

49-4-10/23
On measuring the spectrum of particle distribution in clouds and
mists.
and does not hit the photo cathode. Perpendicular to the
light beam a tube T is placed in which the aerosol flows;
the particles which flow from the tube into the light bown
bring about scattering of the light and the liGht scatterint~
on the particles hits the photo cathode and brings about
a voltage impulse, the wmplitude of which depends on the
particle size. These voltage impulses are fed into a
wide-band amplifier, the output of which is connected to
a six-cliannel amplitude analyser. Field tests with this
apparatus have been carried out on the El'brus Mountain
(3050 n altitude); these consisted of measu ing the
spectrlxa of the distribution of particles in natural
clouds and gave positive results. The spectrum was
measured of the distribution of particles in several
clouds during calm weather every five minutes whereby the
measurement itself took 20 sees. Figs. 5 and 6 represent
the spectra of the distribution of particles in two
clouds based on 8874 and 9950 particles respectively.
The obtained experimental data did not permit establishinE
a relation of the change in the spectral distribution of
the particles as a function of time. Agreement of
Card 2/3 experimental data with theoretical calculations con-firin

49-4-10/23
On MeasurinC the spectrum of particle distril.ution in clouds and
mists.
that the formula of K. S. Shifrin (Ref.3) exrresEes with
adequate accuracy the indicatrix of the scatterinE of tLe
particles. It can be seer, from the calibra'~ion curve
that the apparatus per::iits measurinS particle sizes f.-o--
2u upwards.
There are 6 figures, 1 table and 5 references, 4 of which
are Slavic.
AVAILABLE: November 28, 1956.
ASSOCIATION: Ac.Sc. U.S.S.R. Institute of Applied Geophysics.
(A.kademiya Nauk SSSR Institut Priklaclnoy Geofiziki).
AVAILABLE: Library of Congress.
Card 3/3

AUTHOR: 141k=T, A. Ye. 491-5-17/18
TITLE: On the possibilities of separate study of the spectrum
of distribution of liquid particles and the solid
fractions of aerosols. (0 vozmozhnosti --azdellnogo
izucheniya spektra raspredeleniya chastits zhidkoy i
tverdoy fraktsiy aerozoley).
PERIUDICAL: "Izvestiya Akedemii Neuk, Seriya GeofiZiCheakavia"
No
(BulletU767 the Ac.3c., Geophysics Series), 1957, M5,
pp.689-691 (U.S.S.R.)
ABSTRACT: Various papers have been published v7hich are devoted to
automatic continuous photoelectric determination of the
distribution spectrum of particles. These methods are
based on utilising the scatterin6 iudicatrix of the
particles whereby the count and the dimensions of the
particles are effected independently of the aggregate state.
The author of this paper believes that the scattering
indicatrix can also be utilised for separate measurement of
the numbor and dimensions of the liquid and solid aerosol
particles. Experiments carried out by Fedorova, Ye. 0. (5)
have shown that particles of non-spherical shape scatter
Cexd 1/2 the light in a direction opposite to the propagation of the
light beam four to five times more intensively than particles
of spherical shape. Whilst for the liquid particles the

V
AUTHM Mikirov, A.Ye.
Particles of Clouds and Precipitates
TITLE: yaor of
(Anallzator chastits oblakov i osadkov)
PERIODICAL: Izvestiya Akademii nauk SSSR, Seriya Geofizicheskaya,
195?, ao.12, PP. 1529 - 1531 (USSR)
ABSTRACT: The study of the spectrum of distribution of the liquid and
solid frEtctions in clouds can be effected by means oi a photo-
electric method, dealt with in an earlier paper of the author
Ref.2,7; it is based on the principle that the scattering, of
bight by non-spherical particles in the direction opposite to
the direction of the beam is four to five times larger lian for
spherical particles. If the light scattered by the particles
is captured by means of photo-multipliers, one of which is
located in the direction of the light beam and the other one
perpendicular to that direction, it is possible to distinguish
between liquid and solid particles from the ratio of the
impulses. Thus, two impulses are obtained, the ratio of wLich
determines the sought value. If a cathode-ray tube is used
for analysis, an inclined line will be obtained on the screen
in the ideal case and the inclination of the line will deter-
mine the ratio of the impulses and thereby permit establishinE
Cardl/2 whether a particle was liquid or solid, whilst the amplitudes

Analyser of Particles of Clouds and Precipitates. 49-12-14/16
of the -'mpulses give the dimension of the particle. The image
hai3 to be photographed which causes considerable difI.cuity. Ho
VW,this difficulty can be overcome if the line is substituted
by a point, by means of a circuit, the block schematics of
which is described in this paper. This principle has been used
for building an analyser which permits distinguishing liquid
from solid particles. It al"pa=-its- determination of the di-men-
sions of' the liquid and the solid particles, inv6-At;1jg*V1sW-1~,
and establishing the relations between the dimension and the
charge of precipitate particles and determination of the
dimension as well as the charge of the particles.
There are 3 figures and 5 Slavic references.
ASSOCIATION: Ac.Sc. USSR,,Institute of Applied Geoph~sics.
(AN SSSR Institut priklad-noy Feofiziki)
SUBLUTTED: May 20, 1957.
AVAILABLE: Library of Congress.
card 212

SOV/49 -58-1)-13/15
AUTHOR: Mixii-ov, A. fe.
TITLE7--6i~=e-jVTWdtit"bf 'the cicaU~ez- in- W-footlix "~,-~a-:,31~axent
Sphere (Olb asiametrii indlkaLris rasseya.-iiya -,:7o.-.ra,~nno.-o
y
shara)
PERIODI"'AL: Izvc.,'i
I ya A,~ademii Nauk 333R, 8ei~il- f i -1
1)58, Nr 10, pp 1258-1261 (*,J3SR)
Ai3STRACT: The scatterinT fu-nction may be writteL i,~ fDrm:
2 Cos 2 jl(P .9ir, P)
iU) = 4
where i(O) is tii(,- iriLcri3iuy of i1jiL; scattoi-~--d !),-I the drop
in the directim 2M/% T(P) is a torm whJ.'Lch
ta-kes irto acco-int the geometrical scatter'Lr,,~- functim, and
2
2(1 + Cos 2 1l(P sin tak,~3 into acc unt
? p sin
Card 1/3

SOY/49 -58-10-13/15
On the A8YMMOtry Of the Scatterir-, Jr4j,-at4jt of a Transparent Sphere
diffraction effect. The interference term is neglected. The
asymmetry coefficient is defined by:
F
~2 forward scatt,flux
F (Tr) - F backward scatt.flux
~7j
It is pointed out that the oscillatory character of the
asymmetry coefficient as found by Paraujpa et al (Ref.2) is
not real but due to the method of calculation which these
authors adopted. The present author has measured the
asymmetry coefficient using the apparatus shown in Fig.l.
His results are shown in Fig.5 which gives I as a function
of P . It is clear from this figure that for p> 20 the
asyuai;,atry coefficient is a continuous function of
Card 2/3

sov/49 -58-10-13/15
On the Asy=etry of the Scattering TAJ1c8tr1x of a Transparent Sphere
There are 5 figures, 2 tables and 3 references; 1 of the
references is Soviet, I English and I German.
ASSOCIATION: kkademiya nauk SSSR, Institut priklad-noy geofiziki
(Institute of Applied Geophysics, Academy of Sciences USSR)
SU'BMITTED: February 5, 1958.
Card 3/3

JU7/4 -14 IL 5
AUTHOR. blikirr),- A. Y,-~
TITLE: On Small Aii.--les of t~'Jle i7lakh
indikatrisy rasL;eyaniya)
PERIODIt~AL: Izve3t;ya kitalf,-Ilili n:k_~Y, .;eriya
1959, Nr 2;
ABSTRACT: K. S. 3i if-r-'n '~Ref 4) p) ou- i-i
ments of tj,,t? &-,.at::e_'i. iirl i,7~ at TI X 3-.-a r i -IS -Jfi~r_LE~S .llj , ~rl
pr inc ip 1e , o- A_z;~(J T_-, determine tlip size di.:,t;rib,,,.t;;.on -)f the
sc.attc-r:.ng partioll?13 Ln aerosc.is~ T'jis i)a.~ ropeated
by Shifr:Ln in t,li- ;amr,- t,~mt, thl, prps(~nt w-)rk -.-.,as
A j,- v f
otaxr- I ,.t f A
.~.i a V IN
intensity of light I of r I
in tt- dire-,ri.:n ~.f ri r, a n e a 6Y 31;lfr~n'!3
e q a n
Ca-rd 1/,,s

;OV/4~-5 1-2-14/I_):-
On Smial I Angles o 'L une 3(_ at _i,_- 1:.~_ -',at rix
wiiere 2Trr/,\ is tiie waveler.,rth, -r 1.s a term
v,Lich represents seatutering of light according t;o
of Eeometri~~al and J'-(~ sin sir,
which glvuo, tho diffraoL.(:~11jurt, vf th". i nt! I ,a t r ix .
For angles r the terM T(P) i n E q 1 m ay I f- n e, g
lected. since it is very sma-11 compared with
12 (? sin OV? 2sin 2 P For p,ir~icies with zO 30
-1(0) and J,(~ jin x 10-*' 1 L
C o n s n- q u ~- n t ly t h -- .,' n t e r i o JI- ty ,-, f I i'(', ha t t e r e, 1 b,-~ -! r '-'- Ie
of rad;us t~,e where 50
is siven by;
_17-
The auta,).:, that, ir. '~he vilwae -_Lader
Lhere ai-e N pa-rticles with th- size distribution f(r) and
tie discusoes lJossibie treOret:__-u_L aj~proaciies in calculati:)r. of
Card 2/1-'4(r) frora I(P) T~ip ~s simpiified if the form of

30 V/4'4 - 14 c:
On Small Ang~'es of
the size dis-.ribution f (r) is as 3 ime ~i e f j rz,
o f f(r) was disc,lts.-.~:!.I Khrrari and Mazin (Ref 6). found
t~I;IL
I A-i ?
d P, s c r i bt! s vi,~ j L,:,,e iistriz-it*.or, of parti.-1,3-3 'LI, cl,)uc;s.
Since P,-)Iv-ii--ova (Ref f,-ind t~,at tLe Dower
expinent r,'L r 1-3 t1lan -Lrl~ iatt-,r work (R-,f ii)
shGwed tliall- tl-'-I-LS V-111-i. betw-e-, --) and 8 and i6 -)~.ly
vo-~ry eq,)aIL t(~ ,resert a,jt.a:~r used a general
f unc 6 i in
Ar
The L,-,-ci ~c, fir'd f ( r fi- 1(0) is
s-iovin scnema!--~ -.a--'y `,n Fi~[r T--.e. s-v--e of lisht
1w-.1-;, a a dia"I,LraG:: ai~.d a
ot,j ive . A pE~ i a I b c. f r c-,I ry r i r e
Card 3/-

~:;CV/4c)-::.9-2-14 /z I-,
On Sma I i Angl,~s Of ti I tt(,'T'j llff, Jrj 11 1 c.- *-rix
is de f int!d by diaphragm.-- an.~, The- diapfira.-;m is
J
a black s,7reen with a small ap---,rt,ir,?, it is placed at a distance
of 60-80 17M from the dLaj,~,-agr The of a
lens A at viliose fo--us i., e.ther a photcgraj,hi,' amclra,
a rot-ratinir iiii3c with apertureb with a ph.)tom," plier,
or a phc to-re sis tance , The aero3ol is yla(-ed betvieer - a-nd A.
Fig ) shows four photo-raplis wlii,~'L- , fr-).r. top to totto~;.-' :~Jve
the r(:sults obta. a mono-i,sDe-se er-jzoi, in
ned. in pure air, in
a cloud., and in tobacco smoke. Lycepodiuta wag tised r..) d u c e
the mc-nodis:)erse aernsol. Calculations aade usjnj~ the data
provided b7 th,-. diffra..-ti.-).-i rin-'s cf Fig ') and com,,arison with
the results ob-~.ained by measurement of lycupodium.
Darticle diame'.-~r--, sho-ned thu, tlae apparatas of Fi,,- 8 yielded
results with an ;arrur of 5 - '17%. Dimensions of particles in
t~e c1c,,ad wer,, calc-alateu- by -,WC, Cra ruc tion
of the ilqtr.;buti:)n fui-.,~'. .,n ()r a de~-1pr-m.Lnat1jr. )f -A-e 'Ialues U
and c frafr. tbxe,~, exp(jri:7ie..1.',a'L p(,~ints, Ta e
cloud par~',L'C.Les wa~~ a.LG0 Meas~;rcdl by means of ar. c~,ticai fl-)w
me th-od , Fic-~ ~'O .:-liv.-~!s the resalLs of these Th c,
values of LL and c were found to be 8 and 1.8 res-,),~ctive5-
Card 4PYOT' "Max V-e "A -- al, ilia t jo-I UII(~ -'a-Me valu-.

-7/4
On Small Anjl(,3 of
The aul~.,,)-,. --y tll-
me thAc. o dc- 3,~- r i 1: - i ~.,im a 7. -` t-y f I cw me a; r o:.1 y -u n
the oar ~i--, E" al, 'y .q -Lx
aul-hor uve,_1 ~1- (1--,a of iind
no+~ p~;,-: sibl- --2 re 1 ')y some
other :..u--)! i dtl -r, -,,)ba-.cc
smoke is (f 0." (Ref 10) 10 'i:,,Lires
a nd 11 r;~ f eza c s vi:, -I c n~
tr an s 1 a t -; o n I'l n' ~, P i i s La:
AOSOCIATICAl' Akad-7J,-v, rialiK Z
A, lea .-)f
SUBMIT~ED: lilar,-I, 1
Card 5/ 5

87975
S~00 S/049/60/000/010/011/014
E133/E4i4
AUTHORS! Omitriyev. A.A., Mishina. M,I.. iki-roy--A.Ye., and
Cherenkova. Ye.P. 800~ -- ~ -
TITLE: The Influence of Cosmic Dust on Certain Solar
Radiation Characteristics in the Atmosphere
PERIODICAL: Izvestiya Akademii nauk SSSR, Sertya geofizicheskava,
1960, MoJo, pp.1518-1528
TEXT: Kalitin has shown that there is & small decrease in the
measured solar radiation correlated with the date of the
Perseids (Ref.1). Zacharov found that the minimum measured value
occurred three days after the maximum of the Perneid stream but
that the time depended on the wavelength used (Ref.2).
Giovanelli (Ref.3) calculated the size and number of the particles
responsible, and informs tion on these data has also been obtained
from radar (Ref.5) and rocket (Ref.6) observations an well as from
,collection of magnetic material (Ref.7) and work on the zodiacal
liXht. It seems likely that the dust in the troposphere derives
Card 1/6

87975
s/049/60/000/010/011/014
E133/E414
The Influence of Cosmic Dust on Certain Solar Radiation
Characteristics in the Atmosphere
from the Earth, whereas that in the stratosphere is of InterPLanetMN-
origin. An equation is derived giving the distribution of dust
with height in the presence of convection (Eq.(7)) . This formula
is considerably more complicated than the exponential expression
which holds in the absence of convection. A lower limit for the
number of dust particles in the stratosphere is then derived.
assuming that tropospheric convection does not extend into the
stratosphere. It is found that the mass of particles enleering the
Earth's atmosphere is 5.5 x 10-15 gm/cm2 sec. The authors next
consider the effect of the dust content an the solar halo and in
this connection derive an equation to represent it Fix I tA
obtained from this equation and consists of a plot of halo
brightness against height for various wavelengths. (The
observations were made from an aircraft.) The atmospheric
transmission coefficient is closely connected with halo brightness
but effects in the lower atmosphere can be sufficiently large to
blot out effects in the upper atmosphere. From data obtained in
Card 2/ 6

87975
s/o4q/6o/oOo/OiO/Oll/0]4
Et33/g414
The Influence of Cosmic Dust on Certain Solar Radiation
Characteristics in the Atmosphere
the period 1933 to 1955. it is found that the intensity of motar
radiation seems to oscillate with a period of 5 to 7 days as
well as having minima during meteor showers. It is show-i that
there is a linear correlation between the intensity of short
wavelength solar radiation and the number of meteors per hour
found by radar observations. A correlation was also found
between oscillations in solar radiation and radio-echo
observations, although m&xiw& and minim& of the two curves were
displaced. The authors finally calculate the ratio of the
intensity of light scattered by meteoritic dust to that scattered
by air molecules at varying heights. The results are shown in
Fig.6 for different angles of scattering and different elapsed
times after the initial influx of the particle stream, It wnfq
found that the ratio had a constant maximum at 87 km for all
angles of scattering near the level of the noctilucent clouds
(Fig-7). There are 7 figures, I table and 20 references
7 Soviet and 13 non-So4,iet.
Card 3/6

87975
S/049/60/000/010/011/014
E133/E414
The Influence of Cosmic Dust on Certain Solar Radiation
Characteristics in the Atmosphere
ASSOCIATION- Akademiya nauk S3SR Institut prikladnoy geofiziki
(Academy of Sciences USSR Institute of Applied
Geophysics)
SUBMITTEDi December 25, 1959
Card 4/6

87975
S/049/60/000/010/011/014
9133/E414
The Influence of Cosmic Dust on Certain Solar Radiation
Characteristics in the Atmosphere "k
I - Halo region between 5*121 and 4*27';
2 - ditto for 20111 to 1*441.
The dashed curve marked 11 represents
the Rayleigh component for the curve 1.
The dependence of the halo brightness
on height for different wavelengths (p).
3 - 0.4; 4 - o.45; 5 - 0.55.
The dashed curve marked 31 is the
Rayleigh component for curve 3.
The left scale refers to curves 1, 11
and 2; the right scale refers to
curves 3, 3', 4 and 5.
1)
Fig.l. Halo brightness as a function of height (km) at X 0.411
9,11.1
Card 5/6

87975
S/049/60/000/010/011/014
E133/E414
The Influence of Cosmic Dust on Certain Solar Radiation
Characteristics in the Atmosphere
Z.MW
07
Our. 7. Uuncamocn. arr
WCOTU GTHOffreliffif Hu- to
TMMICICTH P8CCCflUH0r0
na bteTeopffwx qacTuttax
caeTa ic nnTencit-lom,
cism, paccessnuoro na
mnaeKynax. Yron pac- so
cIRRHR P':
t7O'
48
Fig-7. Dependence of the ratio of the intensity scattered by
meteor particles to the intensity scattered by molecules for
01 = 10* (curve 1), 900 (curve 2) and 170* (curve 3),
where 01 = (180* - angle of scattering).
Card 6/6
4 to 1/6

85431
5/170/60/005/011/002/01~,
A mi'VE'050
AUTHORS: Kusakov M. M Yco 11-~-n : cAYL. Mikirov, A, Ye
TITLE-, Investigation Gf the St;A te ~f Water n a Hydrocarlcon Fuel
by Means cf Light 3 atter
PERIODICAL: Inzhen9rnc-fiz,-hesk1y zh-irna. '96G 701. 3, Tic,
pr'. 11 17
TEXT: On the basis of experiments. resulitz-, cn-erning the scattering of
white light. the fcrming (~f micrcdrr,~s r. a fue, cf the tylie (T-1)
the case of a terrparature de,-reqse i nvegtlgated in the present
pacer. In the first part the a,thora the influence exer%Pd
by the drop dimensitonsupor. light a,,~itter by maans of thb Rayleigh equa.
lion. Next, the exparimental set tip ..i de-q-rlbed, The scattered 1.ght
;ncides upon a rotating spirally perf:ra'qd J,3k The light passing
through the perforation 'Insideq upcn the -athcde of a photomultpler,
F~g~ 4 shcvs the scattering as a fur,~tirr, tf the angle f,r the fuel wh-,-.h
was qaturated with water at 50"C (Curve ") and at 20C~C (Curve 2). Scitter-
ing was measured at 20C C~ From the furthe- c.nsiaerations it follows that
Card *14

85431
ir,vs~,tigation of the State of Water rj a Hydr- 3/170/60/003/0-1/00?/O'~
-.arb(,n Flu-91 by Means of Light 3~atter B019/BO5(
:f the fuel ja cocled m i : r od r c pa f th-, crder ~f 550 to 600 micrcns are
t'- rmed and that they at tar, a c c f, en t -at ion ~-f aeveral' tens cf millicnq
Ter -'--blo centimeter. Further the j druwn that with rapl]
c-,-1-'-.r.e cf a closed system the excaug -F vater is d.stributed uniformly
e?, th a emul a ion p1lase and the wa- 1 1 f *he con%ainer. There are
figures ' table-, and 8 referen-,93~ 4 1 German, and 3 US
ASSOCIAT ION: Ins titu t nef tekh--mi-heae, gc a nteza AN SSSR g Mcqkva
(institute cf Petr(-.',e,m.- -1,em.'al Sjnthesis.of the AS USSR
Moscow)
FUBMITTED: February 4 '960
Card 212

KDCMV, A. Ye.
"Aerosole Scattering Coefficient Heasurement at the 80-100 km"
Soviet Papers Presented at Plenary Keetings of Committee on Space Research
(COSPAR) and Third International Space Science Symposium, Washington, D. C.
23 Apr - 9 may 62.

MI?MW, A. Ye. , FROSKOV, S - M.
"Serpencular Solar Steeams with Force Free Magnetic Fields"
Soviet Papers Presented at Plenary Meetings of Committee on Space Research
(COSPAR) and third International Space Sumposium, Washington, D. C.,
23 Apr - 9 May 62

[!1911
9/560/62/000/013/007/009
1046/1242
A ye,
7)ky I awl the .3c.,tttering (,oefficient of
iT
tile h,,re
SOURCE., ifikisstvennyy 3,~itniki
Zerr"Li. n-).13. -)3cow, 1962, 97-106
T ---'XT The livninrince the day-time i3ky Fit wrious hei~,hts
wi.zi me-mured in i )ti* -.viLh o.il*erential phot')el"Ctric'
photome hers . In f-.,:,c?i (t,vire, -t 100 beam of indirect light (the
direct ,wnli jit, hy ,ie,,nii o1 ~i njecill !-~,utter coupled
wIth a photoreuiot)r) intr~rceijted by vftrious combznationo of
filtprs (3450, 415'), 510~' "rid 5,~50 1), phosphors (lwninrince ranging
Card 1/3

3/560/62/000/013/(()7/(-)09
1046/1242
Sky lumin,nce -n %ht-.
f rom 0. -, - 10-8 to 3.7 - 10-)~ .-,t ',Ib) ind reducers (0, 4, 1, 10, md
10011116 t r, tn s m i t t n c e .) -:,. .0 ro t' t t 1 n_ , i i .. c.,; .r1ne comnietp
cycle -)-- rae-I L; Arr~.%Pqt' L4 aepar',tp me-is;,ire:rents of 6 sec.
The sensitivity of the 0.9-10-9 stilb for integ-ral light,
1.5-10-10 'Natt.cm-;?-stf!r-l/ -1 for individual wivelenthq. The me-,-3u-
mble lui;.irr,rice r-n -P i.-, t'rom C.5-10-8 to 0.5-1o-5 stilb. The mea-
F.urement-,z show th -1 in Lh l.ItLtudes in the IJ7)-)Fi the
aerosol c intent at altit ide .1rom 90 to 100 km is c-msider-Ibly
higher than in the northern lit.tudes. The 3critterLng coeffi'7i-nt
", ~aer) -tt-~iw-, iti; maxii,, i:% ~,t h-92 km in intermedir,.te l-It'.tIIde'q,
and qt h-85 km in nort!i-rn 1 titudes. The earth is thus -,.irdled
by an aeros)l layer (~/nerl from 5-10-12 to 20-10-12 cm-1) above 80
km. At h-100 km, i..e., above the aerosol density maximum'~(aer)is
Card 2/3

3/560/62/000/013/007/009
1046/1242
Sky lwnin-t.nce -mri the.
still considembly hi8ht.-r Lh-m Rayleigt~, indic-iting- that the
aero.iol layer exist: - 1: -) -t h> 100 km. Lhere are 8 fie-ures and
2 tables.
SU,dl,,I'PTED: August 2, 1961
Card 3/3

3049
S '0201,)21'142 003! :11, 72-
A 1.
~'ITLE The aerosol layer in the upper atmospnere
M~ 1.0 0 : 17A L ~Akademiya na,jk SSSR. Dok.adj, v 1 ~ 2
X7 : An aeros-)l layer surroand i nF t ne eartn at an a I t . t,; j e -,r
more vas detected by brf7htness meas-irements in tt.e in-er
Brightness investigations of the laylignt, sky were conducted -it various
altitudes by photoe-,ectric devices with a sensitivity of- 0.5-10-8 stl~bll
-10 , 2
for tqe integral light, and 1.5-10 W/ cm ..9teradian-. for the indivilua:
wavelen[,ths. The brightness measurements were made in the ran;?e J-
a - -5 aph
0, 5. 1() 0.5-10 s t 1 1 b 9 .The resultinf, gr, shows t '-it rriehtness
is weaker, i. e., tne aerosol Jensity is lower, in norti~erly than in
midlie-latitudes. '.'he optical thickness, and ttie I!ayleiWh and ;Ierosol
scattering coefficients could be calculated from tI,e intensities in two
wavelengths, or in two different scatterinf,, ani-les After meas,irinr
the brightness of scatterei lir,,.t at t:ie i:):,er anJ IwPr houndaries
Card 1

5/0201(~ ?/ 14 2, 1
The aerogoi layer in the up;~er. B 14 2/B 1 ) It
the aerosol layer, the o-,tical tnic~ne.,is of the aerosol lajer -fian
calculated by the formula -r. Pr layer ~ Taer (n-,dn) - I aer h' w") ere
2 , 5
r = inei~r,
aer layer ~ K ( Q ) i - r lij In ; N = rumber of particleF per cm
raliua of scatterinp Darticles, K(Q) = Stretton-ilcuphton coeffciert
Thus, it is possible to determir,,e trie coefficient of aerDsol scatter;:-,F,
19 aer' which, with (i Rayl' and the coefficient of Ri.yleigh scattering. was
Plotte: against al', itude for nin and miJdle-lati--ules in tne '35P - Tne
0ajrt curves show a maximum at )2 km for high, and at 1 n'~ km for midde-
1 12 , :m- At 10C KT, , t I 'I
I a 1 ud es aer 113 Of t rie order of 20 10-
still a multiple oC 0 Ray 1 , * hich shows that tne a-?rosol layer exi5ts eve!.
at altitud!?s above 100 km. There a., figures ail ~ references I 3ovlp',
and 2 non-5oviet. Th e two reference~i to Enj7l 1 s.,~ - lanruai,7e p,jb I Ica t i
y E. ~a I I er-if, t on F. Bed i n Pe r, r;, -9 .
read as follows : q. A. Mi I e
Am. Geophy-3. Union, 5 4 , 4 0. E Bert,,_ e r) L s Re
NO I 15
ard 2/4

The aerosol layer In the upper ...
ASSOCIATION Institut prikladnoy geofiziki
of Applied Geophysics of the
PRESENTED: Septenber 4, 1961, by Ye. K.
SUBMITTED: September 2, 1961
Legend to Fig. 1: 1 north latitude, II -
x-axis:stilb.
3/020/'62/142/003/016/027
B142/1150
Akademli nauk SSSR (Institute
Academy of Sciences USSR)
Fedorov, Academician
middle-latitude. y-axis: km,
Legend to Fig. 2: 1 aer for high latitudes, 11 aer for middle-
la.itudes, III - PRayl*
Card 3/4

POLOSKOV, S.14.; IUMOV, A.Ye.
F,Iectroohotmetry of a sel,:cted region of the out-er solar co-
rons, in the visible spectral region during the total solar -
~S]Jpae of February 15, 1961. Geomag. i aer. 3 no-5-803-811 3-
0 163- (14IRA 16:11)
1. Institut prikladnoy L,,cofiziki All So6R.

L I VOVA, A. A. ; . MIKIROV, A-!- ~Ye- I FOLOSKOV J, S. M.
"Rocket mea.surement:3 of ozone profiles above the mAxiTLL-, densit., -e-.*e-' -*IT-'-F
the total solar eclipse of Feb 15, 1)61."
report submitted for "th Intl Spac-e Science Symp (CO3PAR), Florence, ltal~,
12-16 may 64.

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ratott
V1
au 'tip elt$
tar
p - -A
ky
UZ
te-
V Q
MN w -L.

L 1049-456 RWT(l)/F3S-2/FCC/EWA(h) GS/jW
ESSICH MR
ACC I &5W3561 UR/0000/65/000/ODO/0056/0056
AUTHOR i Mikiro, A Ye
TITLE: Estimate 0i ozone concentration at the helght of 44-102 km from data
obtaineel during night launchings of geophysical rockets
12 4915~r
SOURCEI V3640yusnaya konferentsiya po fizae kosmicheskogo prostranstvas Moscow,
1965~ Icaledovamiya koamicheakogo prostranstva (Space research)j trudy konferentdL
Mbscow,, Ind-vo blauka, 19650 56
TOPIC TIOSs ozone. up er atmosphere,, atmospheric probe, upper atmospherio
radiation, 1u
ABSZRA(;I,'# Results from measurJng the brightness of the atmosphere at the
1. altitudo of 44-1-02 km by geophysical rockets are presented. I-a these experiments
one of the measuring devices was oriented toward the moone The distribution of
ozone was determined from the mepured intensities of lunar radiation in the
spectrwit range c-f 58% and 4200 A. The values obtained are somewhat higher than
the theoretIcal3y calculated ones. At the elevation of 65 ka the concentration at
night 11 10j tioles greater than in daytime,
!Card

I
I

MTK7RTT('HAJ1, 0. V.
"Transistorized Power Amplifier," pp 4-38, Ill. h ref
Abet: An analyste to given of the onerRtion of a pe,wer aunlifter for
the frequeacy spectrum In which it is possible to dit;regard the effoct of
calf -capacitftnee of the triodo and transit time of tho minority cqrriers
of the charge. The mterfal presented makon It possible to -ompiite, with
sufficient accuracy for nrpitinal vurposos, a transistorized power
amplifier stage.
SOURa,: &j&ejLoA_Uj) PQ,1nDrQvod v T 41r. P"--japy S37mj~ Jr1form,
Sbornik, (7he Use cf Semiconductors in Wire GotstTmmientions kngin-~,,ring.
Colleattor. of Inftrmation). Moscow. Svyazlizdat. 1957
Stim 1854

r4

t 19
Hs

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1:3
Wu
"01-6
33
till
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.V. uses
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to tv~
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of ]!Xur.Ia.Ila
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:,e "n e I . I
tie
,n) t e m,~ 7- i c
der.s.w eq),irm.-r., YV, Z-,!, --r ~-;r -
mwiicat~on , ine,; nhk..,.P- tre f e r,I r re r
Find Nhere tn~? irrrl L"iric- ~o e.r,.f. i-,,:s rc
vc
A50-~r'IATI',N: T-lil
Ca rd

NURADYAM, Ashot Gerigenovich; SHAMSHIN, Valentin Maksimovich;
BORISOV, AlekBandr Ivnnovich; 11jKIRTICHAb. ri
KlImt1timicb; RNKIN, I.Kh., otv. red.; VOLODARSKAYA,
V.Ye., red.; CHURAKOVA, V.A., tekhn. red.
(Use of' transistors in long-distance telecommmication
equipmentl Primenenie tranzisZorov v appnrature dallnei
sviazi, Moskva, Sviazlizdat, 1963, 71 p. (?CRA 16:7)
(Transistors) (Telecommunication-Equipment and supplies)

red
IF, IHT I Cii;d'. , Origcriy
P:-e
Fo, table ~-r
otorudin. Xu.,
rlosnyi tranziot(~r-..11 --upert: vu I zd -,/ o
"".nergiia," 1~64. 31 (:&:Lo~;a1a -A ~7:8)
110.

Ln7h.
"I
Seven-hand ara*.eur Rudlo no.~:24-8 F 1, '.
(11/:J;tA !p:-)

MIKIRTICHAN, G., inth.
Seven-band &=tour superbaterodyne receiver. Rad!o no.~t40-42 Jo
165, (MIR& 18110)

For De~-Iree of Doct,-)r o' Teciinic-d

AYZPNBERG, B.L.~ ALMSANDROV, G.N.1 GRIBOV, A.N.; GRUZDEV, I.A.; DOMANSKIY, B.I.;
DUBINSKIY, L.A.; ZALEMIY, A.M.j KOSTENKO, M.P.j KOSTENKO, M.V.;
LLMNSHTF,111, M.L.1,MIRTICHU, A.A.; HIMAYLOVA, V.I.; NEETYAN, L.R.;
RUZIN, Ya.L.; SMIRMY1, V.S.; STEFAKOV, K.S.; USOV, S.V.; KHOHFRG, V.A.;
SHCHERBACFEV, O.V.
Professor M.D.Kamenakiij 6n his 80th birthday. Elektrichestvo no.7s
92-93 Jl t65- (MIRA 180)

SMIRKOVY v.s.; KoSTENKO, M.P.; NETMAN, L.R.; KOSTENKO, M.V.; DOHANSK17,
B.I.; ZALESSKIY, A.M.1 USC7, S.V.; AYZFNBERG, B.L.; DUBINSKIT,
L.A.; ALEKSANDROV, G.R.; GRIBOV, A.H.; GFUZLEV, I.A.; LEV12SHMN,
M.L.; MMAYLOVA, V.I.; RUZIN, Ya.L.; STFFA?ICV,
K.S.; KROBERG, V.A.; SHCHERBACHEV, O.V.
M.D. Kamenskii; on hi'a-80th birthday. Izv. vys. ucheb. zav.;
energ, 8 no.7t130-131 Jl 165, (MIRA 18:9)

214
ACC NR- AP6012968 SOURCE CODE: UP/0143/65/000/007/0130/0131'
AUTHOR: Smirnov, V. S.; Kostenko, M. P.; Neyman, L. R.; Kostenko, M. V.;
Domanskiy, B. I.; Zalesskiy, A. M.; Usov, S. V.; Ayzenberg, B. L.; Dubinskiy, L. A
Aleksandrovq G. N,; Gribov, A. N.; Gruzdev, I. A.; Levinshteyn, M. L.;
Mikirtichavp A. A.; Mikhaylova, V. I.; Ruzin, Ya. L.; Stefanov, K. S.;
i~~erg, V. A.; Shcherbachev, 0. V.
ORG: none
TITLE: Honoring the 80th birthday of Mikhail Davidovich Kamenskiy
SOURCE: Izvestiya vysshikh uchebnykh zavedeniy. Energetika, no. 7. 1965, 130-U1
TOPIC TAGSi electric power engineering, electric engineering personnel,
hydroelectric power plant, thermoelectric power plant
ABSTRACT: On 19 April 1965 ?rof. Dr. Teohn. Sol. Mikhail David-
ovich Kamenskly oelebrated his 80th birthday and the 55th anni-
versary of his aotive work as a power expert. Mikhail Davidovich
Is a 1909 graduate of the Petersburg Polyteohnio Institute - sinos
his graduation he has been assoolated with this Institue, now
renamed Leningrad Polyteohnio Institute, as an Instruotor. He Is
a major solentist and speolallst In elsotrio power grids and sys-
tems. He has been a major aorstritritor to the setablIshaent of
the Leningrad Power Grid and various large thermal and hydro-

L 22149-66
ACC NRt AP6012968
electric power stations and an active participant In the design
and construction of high- and low-voltage power systems In many
cities of the Soviet Union. During the Siege of Leningrad In
Worle, War II he was a member of the Municipal Party Defense Com-
mittee. Since the war Mikhail Davidovich has been head of the
Chair of Electric Power Grids and Gystems at the Leningrad Poly-
technic Institute and has been working on the methods of calcu-
lating the economic regimes of power system operation and on the
problems of the present-day development of urban power systems.
M.D. Kamenskly has published more than 80 works, Including both
original studies as well as textbooks that are popular in the
Soviet Union and abroad. He to the chairman of the Section on
Power Systems and Grids under the Leningrad Division of the Sci-
entific and Technical Division of the Power Industry and organizer
of and participant in many solentiflo-teahnioal conferences and
meetings. Ols w9rIts as an eduoator of a now sahool of Soviet
power engineers are equally large. Orig. art* has: 1 figure. (JFRS1
SUB CODEt 10 / SUBN DATE: none
)ift'

or
y-77 C
SC S um. "o. 26 AUV rjt;f~c an -c ca
Qr

MIKIMCI!NF~A, Z,
Y.-,, starshiy nauchnyy aotrudnik, kand.biol.nauk;
MjwM=TSKIYf A.I,,, starahiy naucbnyy sotrudnik,, inzh.-podpolkovzxik;
GMIOV, L.A., starshiy nauchnyy sotrudoUg k&nc4tskhn.nauk,, inxh.-
polkmiik; OBOTOVA j M.N. , mladshiy nauchM sotrudaik
Dressing materials made from cotton and rayon. Tekst.prom.
21 no.,32:1.1-12 D 161. (MIFA 15:2)
1. Kauchno-issledovatelfakaya laboratoriya-3 Voyenno-moditainakoy
Ordena lanina akademii imeni S.M.Kirova.
(KXQJOW AND UNDAGING)

S108 1/62/000/024/044/052
B1 o6/Bl a6
AUTHORS: Mikirt Shluger, N. A., Menzheritakly, A. I.,
Obotova, :4. N.
TITLE: New bandage material from synthetic and artificial fibers
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 24 (11), 1962, 952,
abstract 201027 (Tekstilln. prom-at', no- 5, 1962, 29-50)
TEXT: A number of gauze samples of synthetic and viscose fibers were
developed. The test results showed that various combinations of
synthetic and viscose fibers yield materials superior to cot rton gauze as
regards functional and therefore also medical properties . ~Abstractorls
note: Complete translation.-.]
Card 1/1

SHMIGER, N.A.; IUKIRTICHEVA, Z.V.; WNZIIERITSKIY, A*I.
Cotton viscose gauze of loose weave atructure. Voon.-md.zh--,-.
no.1103 164. (MIRA 1815)

MENZHERITSKIY, A.I.; OSIPOV$ A.V.; YEFRE~W , M.D.; KRUKO'VSKIY, Ye.V.1
SHLUGER, N.A.; REPSHILI, A.P.; MI7SKEVICH, V.M.; MIXIHTUCUVA,
7,~IL.; POIDUSKIY, V.V.; OBOTOVAt M.N.; SEMFWVSKIY, A.A.;
GARASEVICH, G.I.; VAYNBERG, Ye.l.; DOMNICH, A.M.; LFVCHENKO, V.L.;
RAFALISCIN, V.D.; ROMAWNKOp Ye.I.; SHPINER, Ye.I.- TEKLIN, V.G.
0
Innovations. Bum. i dor. prom. no.208 Ap.-Je 165.
(MIRA 1816)

I'V, arid
Atlas chertezhei letaiushchikh modelei. Mosk-va, ~Iav. red. Pvi-ts. lit-r%
Title tr.: AtIns or dravinfs or flyinf- airplane mofels.
"C'
N -
'n: Aemnautiral Scie--ces and Avi-!tion. in the '~-vi,-t Union, Librar7,r of

D' t ir~ 1
Le- r 'er

MIZIRTUMOV, E. B., Engineer rand. Technical Scl.
"Dynamic Investigation of Urplane landing." Sub 23 Apr 47, M41itary
Red Banner Order of Lenin Aeronautical Ekigineering Academy imeni. Prof N. Ye.
Zhukovskiy
Dissertations presented for degrees in science and engineering in
Moscow in 1947.
50; SweNoo 4579 18 Apr 55

79A R V, A.A.; KIK=HOV, Z.. redaktor; BZLYAKOV. A.. takhaicheakiy re-
daktor.
[Airplanes, gliders. autogiros, helicopters] Samolet, planer.
avtoxhir. gelikopter. Koskva, Redizdat TaS Soiuz& osoaviakhim
SSSR. 1948. 192 p. (Kicrofilm] (KLRA 8:1)
(Airplanes) (Gliders (Aeronautics)) (Autogiros) (Heli-
copters)

'PHASE I TREASURE ISLAND BIBLIOGRAPHICAL REPORT AID 716 1
BOOK Call No.: AF212565
Author: MIKIRTUM01r, E. B.
Full Title: LONGITUDITIAL STATIC STABILITY OF HIGH-SPEED AIRCRAFT
Transliterated Title: ?rodollnaya staticheskaya ustoychivost'
skorostnogo samoleta
PUBLISHING DATA
Originating Agency:~ None
Publishing House: VVIA 'Military Aviation Engineering Academy
Prof. N. Ye. Zhukovskiy)
Date: 1949 No. pp.: 107 No. of copies: Not given
Editorial Staff
Editor-in-Chief: Klimenko, L. V., Eng.-Col., Doteent, Kand. of
Tech. Sci.
PURPOSE: The purpose of this book Is to systematize problems of aircraft
stability at sonic and near sonic speeds and to arrange these prob-
lems in conformity with the level of students starting the course
of aircraft stability.
TEXT DATA
Coverage: The author considers problems of the longitudinal static
stability of aircraft In rectilinear flight. Attention is paid
only to the composition of the physical and qualitative aspects
1/2

Prodoltnaya staticheskaya ustoyiehivost' A ID 716 - i
skorostnogo samoleta
of the probleni considered. This is indispensable for further
comprehension of stability calculation. However, the technique
of calculation of the longitudinal stability of aircraft at the
time of the publication of this book has reached such proportions
that it is impossible to do without very complicated computations
and empirical formulae. The combination of these materials in one
book was difficult. Therefore, the physical fundamentals of
longitudinal stability were published In a separate book. In par-
ticular the author considers the following subjectat elementary
analysis longitudinal static stability, longitudinal static
stability of aircraft In flight, and stability and aircraft control.
A number of names of Russian scientists and scientific institutions
are mentioned in the second part of the first chapter. Diagrams,
graphs.
No. of References: 6 Russian, 1938-1948.
Facilities: VVIA (Military Aviation Engineering Academy im.
Prof. N. Ye. Zhukovskiy).
2/2

VA % K~ I (I 'N M 0 V, F- - L") .
PHASE I TREASURE ISLAND BIBLIOGRAPHICAL REPORT AID 573 - I
BOOK Call No.: AF 342328
Author: KOSTENKO, I. K. and MIKIRTUMOV, E. B., Editors
Fall Title: RECORD AIRCRAEV MODELS
Transliterated Title: Rekordnyye letayushchiye modeli
PUBLISHING DATA
Originating Agency: None
Publishing House: State Publishing House of the Defense Industry (Oborongiz)
Date: 1950 No. pp.: 242 No. of copies: 11,000
Editorial Staff: WIne
PURPOSE: A textbook and handbook for aviation modelers and for instructors of
aviation modeling centers.
TEXT DATA
Coverage: This book contains descriptions of Soviet flying models, which broke
many national and International records and therefore represent the best Soviet
achievement in thin field. The book contains working drawings and specifications
for the construction of several flying models. In the appendix several tables
give geometrical characteristics of several recommended airfoils. Diagrams,
graphs, photos, tables.
No. of References: !i9 Russian, 1877-1949
Facilities: None

1!11YT'?T;i'~1v1 E. (DC("_-"7)
USSR,/Fnrineer`r.,- - Ac-r
Jc t
"Speed 'lua I i tie a of I )der,,: D',ror,t -1. "T)"i-tu: ),v, Em-r-(o I,
Docent 1'. Lysenko, Fr,[-r-Lt ~ol, 'bnd -.ec,, .3c"
Vest Vozhus~; Flota, "o 1 43-53
-4
SCI.SS(-.S la'as o:' chr_nt-es in rrax P.&. i:-,
speed of Lir la:ies w-t- turbojet enj~_'nes, usi:.1 Znu~.ovs,.",-'s craf-vc-s!,eec! c.ir-vc.
Analyzes effect of flit-lit al'itude on speec qualities.

05 J
KIKIRTUMOV, S., inshoner-polkovnik, doteent, kandidat takhnichookikh
Forces acting on the pilot in
34 no.11:76-82 N 151.
(Flight--Physiological
curvilinear flight. Vest.Vozd.Yl.
(KLU 8:3)
aspects)

MIKMUMOVA, dotsent, kandidat tekhnicheskikh nauk; LTSUR0,11.,
Kanaidat tekhaicheakikh nauk
Principles of the theory of flight. Kryl.rod. 3 no.2:17'-18
F '52. (KLRA 8:8)
(Y1 Igb t )

VASIL' TZV, G.S.; MIKIF4TMOY, 'S.,B., kandidat takhnicheakikh nauk. redaktor;
1.~
LOYD In I To.*., redaktor; ZUDAKIN, I.M., tekhnicheakiy redaktor.
[Principles of flight applied to airplane models vith flapping
vings] Osnovy polets, modelet 9 mashushchimi krylliami. Pod red.
E.B.Mikirtumova. Moskva, Goo. Isd-vo oboronnoi promyshl.. 1953.
123 p. [Nicrofilml (KLRA 7:10)
(Airplanes--Models) (Flight)