SCIENTIFIC ABSTRACT KOSHEL, O.N. - KOSHELEV, B.P.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000825110006-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

22o44
S/181/61/003/004/010//030
Cie //,t/, 13102/B214
;it 76 06 ( Y
AUTHC,.',S-. Sytenko, T. F. and Koshellp 0. N.__,
TITLE: Effect of the surface condition on the Hall effect and
the magnetic resistance of germanium
PERIODICAL: Fizika tverdogo tela, v. 3, no. 4, 1961, 1079-1084
TEXT: It has been shown by the authors in earlier papers that the Hall
effect and the magnetic resistance depend essentially on the condition
of the surface of a semiconductor. The mechanism of the scattering of
excess carriers is important for the interpretation of a number of surface-
sensitivity effects. Therefore, the authors carried out further investiga-
tions of these effects for different treatments of the surface and are
reporting on the results in the present paper. The samples were out
from a p-type Ge single crystal; they had a resistivity ? = 42 ohm.cm
and a volume lifetime T = 300 psec. After etching with UP-4 (SR-4)
they had a size of 0.4x 1-0x0-017 cM (12-1) and 0.4x 1.2,, m165 cm (11-I).
The measurements were made at a conaLant temperature, (+ 20.5 � O-5)oC,
in the field of 3000 oe, and at a pr8ssure of 10-6 mm Hg 15; sec after the
Card 1/6

22o4h
s/18,/61/003/004/010/030
Effect of the surface ... B102/B214
field had been applied. The conductivity of the samples was measured
along with the Hall potential difference. The maximum of the Hall con-
stant nearly coincided with the-minim-am of conductivity. The results
obtained proved to be well reproducible. By a short action of an electric
field only the filling of the surface states was altered. To influence
the energetic structure of the surface, samples 11-I and 12-1 were etched
once more in boiling H202, but no essential chcnges occurred. Under the
action of the electric field, an electric charge is induced in the semi-
conductor, which is captured in part by surface levels. The dependence
of the conductivity of the space-charge layer on the band curvature ol
the surface for different volume-carriei- concentrations, found theoretical-
ly by Schrieffer (Phys. Rev. 97, 6eO, 19155) and Garrett and Brattain
(Phys. Rev. 99, 376, 1955), agrees well with the experimental results.
The observed increase in the chan~:e of conductivity relative to the
minimum, occurring under the action of the electric field after etching
in H 202' leads to the conclusion that the chemical treatment affects the
concentration of surface levels and their position. This is also indicated
by the fact that the form of the dependence of the Mr.11 constant on the
Card 2/6

22044
S/181/61/003/004/010/030
Effect of the surface ... B102/3214
electric field is altered after etching in H 202* The results relating
to the measurement of the Hall constant RX and (,n ?/?~I are compared with
theoretical results of Petritz and Zeinel, and those obtained for (,6 q/?)jj
with results of 0. Ye. Pikus (ZhTFj X.Mt 22t 1956). Results of the
comparison are shown in Figs. 2 and 3. It is oeen that a consideration
of the light holes slightly improves the agreement between theory (Petritz,
Zemel) and experiment. The authors carried out the calculations for
light holes of the following parameters: r = 2.25-10- 2, b - 7.5 (r is
the concentration and b the mobility ratio of light and heavy holes).
The theory of Petritz and Zemel is discussed in detail. The comparison
of the results with the theory of Pikus showed that the effect of surface
recombination on aq/yH 2 was insignificant under the pre sent experimental
conditions. It was f6und further that the different character of the
dependence of 6 on the external electric field for two different
orientations of the sample in the magnetic field at
>
continued to exist even in the absence of any band curvature. The authors
Card 3/6

Effect of the surface
22044
S/181/61/003/004/010/030
B102/B214
thank Professor V. I. Lyashenko, Doctor of Physical and Mathematical
Sciences, for suggesting the topic and guiding the work; and 0. V.
Snitko, Candidate of Physical and Mathematical Sciences, for advice and
a discussion. There are 3 figures and 14 reference3: 7 Soviet-bloc and
7 non-Soviet-bloo.
ASSOCIATION: Institut fiziki AN USSR Kiyev (Institute of Physics,
AS UkrSSR, Kiyev)
SUBMITTED: July 28, 1960 (initialLy) and November 30,1960 (after
revision)
Card 4/6-

ROMANOVY V.A. [Romanov, V.O.J; ZHADIXO, 1., 0. N.
[Koshelto O.M.1
Some characteristics of tile photocondiictlvity of PbS films.
Ukr. fiz, zhur. 8 no.10:1092-1102 0 163. (MIRA 17:1)
1. Institut poluprovodnikov AN UkrSM, Kiyev,

KOSMI I V. ~translatorl
-
2,iidii,dIf'Yo 14 -no-1:33 Ja
i60. (MIRk 130)
(Piryatin--Phy'sically handicapped-Rehibilitation)

V. S.
USSR/Radio - Relay'statIoull Jan 1946
Radio - Training
"Preparation of Yoang Toohniolans for Terminal
and Booster Stations)" V. 8. KoBbell, Chief Engin-
eer, Kiev City Telephone Station, i P
"Vestnik Svyazi - Elektro J'vyazl" No 1 (70)
Discusses the plan for the training of young tech-
nicians set up at Kiev undor the-auspices of the
People's Coemisoaridt for. 1',ommmicatione'~(SNK).,
USSR. It is a 6-month cou:v"-; :,'Irat class
graduated 40 students. Di-ftass the subjects
studied according to the nl;vmber of hours spent an
each. Following classes.wJ11 take from 8-10 months
to complete the course.
19T40
PA 19ThO

KOSHELI-PLICSONOVA, 0.1., dots.
State of the higher nervous activity In children with tuberculous
meningitis. Report No.2:16-2o '57. (KIRA 13:1)
1. Kafedra propedevtiki detsUkh bolesney (zav. - dots. 0.1. Koshelf-
Pleakunova) Klyevskogo ordena.Trudov o T-rasnogo Znatoti moditainakogo
instituta Ia. akad. A.A. Bogoinolltealdir. - dots. L.P. Alekseyenko).
(MENING3S-TUBERGUWSI S) (CONDITION.-O RNSPONSR)

KOSHELI-PIJ-&SKUNOTA, %,j.. Aoktor med4,naukt prof&
Protection for the health of mothers and cht-ldren in new Vietnam.
Fed,, akush, i gin. 22 no-3:112-31+ 160. MRA .14:4)
(VIETNAM NORTH-CHIIZREN-CARE AND HYGIENE)
(VIEAA~, NORTH-PUBLIC HEALTH)
fA

Name: KOSHZL':-PL2SKUNOVt%, Yelena Isidorovna
Dissertation: Data oil the subject of the treatment
of tuborcular meningitis in children
Degree: Doc Meft Sci
Affiliation: CNot indicateg
Defense Date) Place: 10 lie-Y 56, Council of Kiev Order of
Lvbor Red Banner Led Inat imeni
Bogomolets
Certification Date: 15 Jun 57
Source: 131iVO 16/57
48
A, V r'll 41
Ali
~CERPTA MEDIC ___ZJo1,X Fpq e 58
?L_ _kptrics Jun
J 1692. THE REMOTE SEQUELAE OF TREATMENT OF TUBERCULOUS MENIN_
GITIS IN CHILDREN (Russian text) -Koshei-Pleskunova E.I.
TRUD.Il.SEZDAVRAC.-PEDIAT.USSR-f"D-Mr,--2 F
Of 250 children who remained aliv~v after they had a timely, planned and leng0ky
treatment, 85% showed no residual symptoms of any kind. Recurrencea were
noted In 8%, 50% of thlese cases recovered. Complications (motor, speech, visual
and auditory disturbances) yield rapidly to a comprehensive treatment and seldom
leave any sequelae. Psychological disturbances are much more rare than foraf-
I Children who had had tneningitia did not. in the majority ofeases, showany
e
r y.
deviations'from normal, neither irk physical nor in mental development. The peri-
od -of observation was 2-6 yr. Such chtldren adjust well to an active life, they do
ed, however, a lessening of the educational load for some years and they should
ne
beregularly exa.mined by a pediatrician. (S)

NOSHRMXO,A.M., inzhener
-
improving the 350 rolling mill. Stall 15 no.9:844-845 S155.
(KW 8: 12)
1. Stalinskiy metallurgichookiy zavod
(Stalino--Rolling mill)

YIKTOV, I.M.; ZARUYEV. V.M.; GUROV, S.A.; RRVINKO, I.F.; V rabote
prinimali uchastlye : KAJXUOVIGH, Yu.R.; GRIOCRIYEV, F.H.;
KOSHELENKO, A.M.; LITVIMINKO, Yu.P.: DMITRIM, V.D.;
.-POLyaw, T-.v-. --iP.WUSMOV, Te.S. ; FrRSOV, P.V.
Rolling doable bulb-bar etapes with longitudinal cutting U
the finishing mill. Stall 20 no. 12:1113-1115 D 'l6o,~.-.
(MiU 13:12)
1. Stalinskiy metallurgichaskly zavod i Donetskiy politekhnicho-
skly institut.
(Rolling (Heitalwork))

KOSHEMKOp A.Ye.p assiatent
Breeding fl" varieties for planting on stubble. Naucb- trudv
UASHR 10:89-95 160. (Flax breading) (KUM 14:3)

KOSHELENKO, A. Ye.
Cand. Agr Sci - (diss) "Study of the biology of growth and selection
of fiber-flax (L. usitatissimum var. elongata) for afterharvest
sowing." Kiev, 1961. 20 pp; (Ministry of Agriculture Ukrainian
SSR, Ukrainian Academy of Agricultural Sciences); 180 copdes; free;
(KL, 6-61 sup, 232)

KOSHELENKO, I., kand, geofraf. nauk
Satellite, rocket, and atmosphere. Nauka i zhvttia 13 no.10:25
N t63. (KIRA 16:12)

Jqv.
Meteorological conditionseavaing advaction. fogs over the central
portion of Jkropean Russia. Trudy Ukr.NIGMI no.4:29-35 155.
(M1RA 10:1)
(Fog)

KOSHILEM, Ij.
--
Forecating radiation fog. Metaor. i g1drol. no-3:28-32 Mr '56.
(Fog) (MIBA 9:7)

KOSHBLMO, I.V.
The role of heat advection I;n the formation of advective fog. Trudy
Mr. NIGMI no.5rl59-169 156,. (MLRA 10;9)
(log)

KOSHEIXNKq,_I.V. -
I ~.l - ~
Sv,-noptic.conditions for the formation of advective fogs. Trudy Ukr.
NIGHI no.5:-170-177 156. (MLRA 10:9)
(11bg)

AUTHOR: Ponomarenko, 1. V. 50-58-3-21/22
TITLE: Scientifir -Seminar for*Operatvional Sections of- the
1~ydro.-ticteorolo~;jc,ul 3ervice Olauchzijy seninar v operativnYkh
podrav,deleniyakh id:vomoteorolor I)
,ichcol.oy oliizhby
PERIODICAL: Ilicteorolol-.1ya i Gidr)lo~,,iya, 1958, 11r 3, pp. 69-70 (USSR)
ABSTRACT:
Card 1/2
The arranLrement of e--iontifIc somintirr, in tlie t-_,chnical sub-
divisions of the hydvometcorolo,.,,1-icvl service - veather bureaus,
hydrommeteorological bureaus etc.,is of sl)oci[,.l importance
for the airect conta--t between the collaborators of research
stations and experts which occupy themt_elvec with the practi-
cal work of the hydrometeorologrical care of national economy.
From October 22 to 2.4, 1957 such a seninar -aae held in the
hydrometeorological 'bureau inr-.Llvov in the presence of
representatives of t:,1c'.-"L1Vov,- State University and the
meteorolot~ical servi,.-e of the VVo'V .. Railroad Office
Six lectures were held. 1. 1-1. Ponomarenko, in his lecture
characterized the scientific research ttarks ahich have 'been
performed in the division for the synoptical investigations
and forecasts within the entire period of the existence of

50-58-3-21/2-2
Scientific Seminar Xor Operational Sections of the'~
Hydrometeorological Service
the Ukrainian Scientific Research Institute for Hydro-
meteorology, 1. V. Koshelenko, N. M. Gavrilenko and N. M.
Volevakha in their lectures dealt with perfected forecasts
on fog and lot, clouds, on deterioration of the sight in
snow-storms and snovi-falls, and on precipitations of various
phase states (in the cold half-year). A. I. Romov in his
lecture treated pecxiliarities of the influence of the
Carpathians upon the modification of the atmospheric pressure
on both sides of the mountain range and the gradual develop-
ment of orographic rrecipitations by the displacement of the
south cyclones, 11. 2. Astakhove. reported on scientific
research works for the PPrfectilng * of long term weather
forecasts which ware performed in the Central Institute for
Weather in the Geophysical Main Observatory in the Arctic
Institute and in thc-Khzakh-i Scientific Research Institute for
Hydrometeorology. T~.i6 participants in the seminar were uni.-
animous on the expediency and the usefulness of such seminars.
1. Fieteorology--USSR 2. Weather forecasting--USSR
Card 2/2

sov/169-60-3-2832
Translation from: Referativnyy zhurnal, Geofizika, 1950, Nr 3, p 119 (USSR)
AUTHOP., Koshelenko, I.V,
IY
TIME: On the Radiation,Factor in Forecast of Fogs
PERIODICAL.- Tr. Ukr. n.-i. gidrometeorol. in-ta, 1959, Nr 11, pp 3 - 20
ABSTRACT: The radiation factor plays a considerable part in the origination
and dispersion of fogs of agir nature. The author undertakes an
attempt to take approximatel~r into account~the quantitative effect
of the radiation factor on +2-.ie va:~iation,of temperature.and its
vertical gradient in the boundary layer of the atmosphere.
Approximate formulae are preisented for determining the variations
of the vertical temperature gradient in the layers from the earth
surface to the upper bcundar~r of cloudiness; moreover, for night
hours the variation of the mean temperature of the layer is deter-
mined. The effective radiation is computed by means of the
Elsasser radiation nomogram. The author'shows b,~ an example that
the rated decrease of air tenperature during the night is near
Card 1/2 the actual decrease both for clear and cloudy weather, Certain

On the Radiation Factor in Forecast of Fogs sov/169-6o-3-2832
synoptic conditions for conservation and dispersion of fog originated in
evening are discussed. The scheme of origination of fog and low clouds
under the affect of radiation cooling is presented. Two'examples for
calculating this cooling are given. Conditions are pointed out which favor
or prevent the' sinking of the aloud base in'riight. It is shown that the
radiation fogs in Kiyev originate in 9% of all cases 'of fog frequency,
when the preceding day was cloudy; the 1requency of fogs in clear day
weather amounts to 7%.*
Ye.M. Kozik
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80512
15-0 0 0 soV169-6o-3-2831
TTanslation from: Referativnyy zhu=al, Geofizika., 1960, Nr 3, p 119 (USSR)
AUTHOR% Koshelenk IN.
gr-~ \11
TITLE. Foremting Adveative Fogs With Due Regard for Fundamental
PhysiaFa Factors
PERIODICAL: Tr. Ukr, n,-i. gidrometeorol. in-ta 1959, Nr 11, pp 21 - 41
ABSTRAM An amendment to the method of forecast of advective fog is
proposed; the low cloudiness is considered only at an altitude
of 100 - 200 m, when it is connected immediately with a fog,
A formula for the variation of the turbulence coefficient with
the altitude is presented. (On this basis, an expression for
determining the altitude of 'the lower inversion limit is ob-
tained. The author shows th-it small exchange coefficients in
the layer under the clouds favor the lowering of the cloud base.
The effect of the adiabatic factors on -the origination of
advective fog under the condJ.tions of rugged terrain is ana-
lyzed. The author proposes im approximate formula for determining
Card 1/2 the vertical temperature gradient with due regard for advection,

80512
SOV/169-60-3-2831
Forecasting Advective Fogs With Due Regard for Fundamental Physical Factors
turbulence, mid radiation, and cites an example of computations by this
formula; it is neoessar7 for the origination of advective fog that the
vertical temperature gradient slioula be smaller thin the adiabatic humidity
gradient. It is Impossible to judge from the magnitude of heat advection
on the origination of advective fog, because the advection is caused by two
independent factors: the wind velocity and the horizontal temperature gradient
along the our-rent, Fog originatep, as a rule, when the wind is weak and the
horizontal temperature gradient is considerable. The criteria for conservation
of the fog-zone on the spot or its displacement are given. A formaula for
accounting the effect of the radiation factor on the vertical temperature
gradient is quoted. The author subdivides the advective fogs into two groups:
1) fogs immediately connected with heat- and moisture advection; 2) fogs
caused by lowering of olouds, The former can be observed when the wind
velocity amcunts to 10 - 15 iTVsec, and the latter at 3 - 4 m/sec., The author
presents an empirical graph for forecasting advective fogs, the graph takes
into account the advection, radiation, turbulence, degree of saturat-ion in
air, and the properties of the base surface. -The warrantability of the fore-
casts made 8 - 10 hours in advance amounts to 80 - 85%. Bibl. 15 titles.
Card 2/2 Ye.M. Kozik

KOSHEUCNKO, I.V.
Some recommendations in.the prognosis of radiation fogs.
Trudy Ukr.NIGHI no.11:42-51 '59- (MrR& 13-3)
(Fog)

KOSHMNKO, I.V.
A new approach to the study of aridity and some other phenomena.
Trudy UkrNIGKI no-17'.16-30 159- (MMA 13:1211
(Droughts)

EDSHKMM, I.V.
Effect of local conditions on, the formation of fogs. Trud7 Ukr]IMI
no.21:3-15 160. (KM 13:10)
(Ukraine-,-Fog)

IMSMETM, I. V.
Scheme of the formation of lov clouds and fogs due to the effect of
radiational cooling. Trudy UkrNIGMI no.21:16-22 160. (MIRA 13:10)
(Cloud phriies)

BOGATYRI,, L.F.; KOSHELENKOp
Aeros)moptic conditions cauaLng advaction fog and low clouds
in the Ukraine. Trudy UkrNIG14I no.27-15-25 161.
(MIRA 16-7)
(Ukraine.-Fog)

D207/D308
AUTHOR: Koshe"Lenko, I.V.
TITLE: Measuring the humidity of air in a fog and the role
of condensation nuclei
SOURCE: Kiyev, Ukrainskiy nauchno-issledovatellskiy gidromete-
orologicheskiy institut. Trudy. no. 27. Kiev, 1961.
Voprosy sinopticheskoy meteorologii, 56 - 68
TEXT: The main purpose of the paper is to show that fogs do not
normally form unless the relative humidity (R.11.) is 100 ~o or even
slightly more. Valuer. of the R.H. less than 100.~'~ reported for fogs
are due to: 1) Unjustified rejection of psychrometer observations
above OOC whenever the'viet-bulb t4aermometer shovis a higher tempera-
ture than the dry bulb; 2) Incorrect calculation of the R-.11. with
respect to wate~r when ice is present in a -fog below OOC, (!~.H. shaild
be found with respe'ct to ice under these conditions); 3) Incorrect
assumption (in humidity tables) of 0.8 m/sec air velocity inside a
psychrometer housing while this velocity is frequently'less or may
be even zero in the housing; 4) Tkie effect of fog droplets, deposi-
Card 1/2
S/599/61/000/02"7/001/001

S/599/61/000/027/001/001
IL,easuring the humidity of air in a D207/D308
ted orn the dry bulb of a psychrometer, on the temperature readings.
The author also examines the currently accepted iaea that condensa-
4-
tion nuclei of industrial origin, present in heavy concentrelions
in cities, can cause.fogs below'10b lp~' R.H. Laboratory experiments
in a closed 5-liter vessel half-filled with water and with plenty
of smoke above the water surface showed no fog or condensation un-
less the R.H. was 100 ~'- or more. Similarly an analysis of the obser-
yations carried out in many Soviet-cities and in the open country
indicated that fogs were not formed more frequently in cities de-
s1pite the very iarge number of condensation nuclei, unless the R.H.
was 100 %. The author shows that large amounts of water produced by
the chemical reactions*of burning various fuels in cities may in-
crease materially the relative humidity only under calm conditions
belwo -150C. There are 3,figures mid 7 tables.
Card 2/2

KOSHELENKO I.V.
- ~--S - 7
Vertical distribution of meteorological elements in fog and
some physical regularities. Trudy UkrNIG141 no.27:69-78 161.
(MMA 16:7)
(Fog)

KOSHELENKOp I.V.
Sounding in the surface boundary layer, Trudy UkrNIGIff no.27;
79-85 '61. (mim 16:7)
(Atmosphere) (Balloons, Sounding)

KOSHELMO, I,V,
'Conditions governing the appearance of sea fog on.the coast;
reply.to O.K.Illinskii. Trudy UkrNIGI-a no.32:29-35 162.
(MIRA 16:11)

PMWF
T!'
'ACCESSION NIL: AT4018987 P-,,/,2-599/63/000/036/0056/0062
Kosbelenko. I. V.
TITLE: Fog dispersal under the influence of radiation heating
SOURCE: Kiev..Ukr. n.-i. gidrometeor. institut. Trudy*, no- 36, 1963. Voprosy*
fiziki atmoefery* (Problems in atmospherfic physics), 5"2
~TOPIG TAGS; meteorolo I tog? air tentpeirature, scattered radiation, effective
gy
~radiation, fog dispersal
,ABSTRACT; A relationship has been derived1making it possible to determine fog
;thickness from a. surface observationsof scattered radiation and effective radia-
:.tion. Thickness is used to determini fog dispersal time. Vertical distribution
of illumination in a f-Z has been deteroined. The study was made on the ground
and in the air in 1959-1961 by the Ukraiuskiy iiauchno-iseledovatellskiy gidro-
moteorologichookiy institat (Ukrainism Hydrometoorological Scientific Research-
'Institute). Fig. I of the Enclosure chows the dependence between-scattered ra-
!diation D and solar altitmd* h 0 for 6ifferent cloud thicknesses; considerable
.Changee D are observed in a fog of small thickne but in-fogs over 200 m thick
*variations D usually are insignificant. Fig. 2 N'the Enclosure shows change D
X.ard.

ACCMION NR: AT4018987
at the surface as a function of fog thickness on the basis of computed and em-
pirical data; with an increase of fog thickness D first increases and then de-
creases. Dispersal of fog under the influence of radiation is dependent largely
an fog thickness and intensity of heating. Fig. 3 of the Enclosure shows the re-
lationship between fog thickness and the time required for its dispersal under
..the influence of radiation when a snow cover i present and absent. Hours from
;09 (less than 100 w) is dispersed
sunrise are plotted along the x-axis. A thin
2 or 3 hours after sunrise; in the case (if a fog 200 m thick the dispersal re-
quirei 4 to 5 hours when there in no snoir cover or 6 to 7 hours when there is a
Orig. art. his: 6 formulas, 3 figures and I table.
snow cover*
ASMCIATION: Ukrainskiy onchno-iselodairatel'skiy gidrometeorologicheakiy in-
stitut, Kieve'(Ukra~nisn Scientifid Research Institute for Hydrowtoorology)
SUENITTO: '00 DATE AM 21'Kaze" ENCLI 03
OTMMS 000
SO CODE: AS No Be? SOW 006
'Cardi
RX.-MMMIMS,

KOSHELIP I.V.
Changes in the paripheral. blood indices in children with acute
leukemia during steroid hormone therapy.Pediatriia 42 no,S:
69-74 A9163 (MIRA 17W
1. Iz kliniki starshego dotskogo vosrasta Insti*Wta pediatrii
(dir. - dotsent M,Ya, Studenikin) AWSSSR ( nauobnyy rako-
voditell - deystvitelInyy chlen MIN SSSR O.D. Sokolova-Pono-
mareva).

I.
Fog dispersal under the influenoe of radiant heating. Trudy,
WkrHIGMI no.36S56-62 163 (MIRA 17t7)

~Fquuu~~; am, mus invvio oi

KOSHEIENKO, I.V.
Resulto of a fog study with thj~ help of an airplane. Trudy
UkrNIGMI no.43s65-79 164. (MIRA 18W

CHISTYAKOV, A.D.; BIJRKOVA~ M.V.,- ORLOVA', Ye.M.; GIAZOVA, O.F.;
PEDI~ D.A.-, BERLYAND, Me.; AlIMOVICH, K.G.; POPOVA,
T.P.; MAIViYEV;. L.T.*O- BACHURnils, A.A.; LEBEDEVA, N.V.;
PESKOV., B,,*Ye.,-, ROMANOV., N.N.,- VOLEVAKEA)N.M.; PCHEIKO,
1. G. -, PETRENKO, V IT W) qTlVLF11jj'O , I J. -~ PINUS. N. Z.
~ MINI A
SIBETM--, S.M.. L.S.; avLISKAYA,
N,.N., nauchn. red.; ZVEREVA, Yl.: nauchn. red.-.
KM6J,!SKAYA, VJI., nauchn. red.'; \ERTSAIDVA, A.h., nauchn.
red.; TOMASUVICH, L.V.., nauchn. red.; SAGATOVSKIY, N.V.p
otv. red.; RuTUOVSKAYA, A.D.,. rorl.
LrManua2 of short-range weather Rukovodstvc
po krLfJ-,o.,-rochrqm prognozam po(rody. Leningrad, Gidro-
meteoizdat, Pt.2. lzd.2. 1965~ 491 v2.
(MIRA 18.8)
3. Moscow. TSentrallnyy institat prognozov.

KOSHEIRNKO
Some radiation characteristies in fog. Trudv UkrNIGMI no.47%22-29
,65. (MIRA 18:7)

1. BELYY~, No L. ; VAXHNINA., 0. A. j XOSHEimo, L. P.
2e USSR (600)
4. Dneprodzerzhinsk - Pharmacy
7. Dneprodzerzhinsk Branch of the Dnepropetrovsk Province Section.
Apt. delo. No. 5. 1952
9. Monthly List of Russian Accessions Library of Congress, January -1953, Unclassifiec

POLYAKOV, N.S.; LIPITSKIY, G.T., inzh.; KOSHELENKO, P.I., inzh.
Now type of~flexj.ble rollers for large-capacity belt conveyors.
VOP. rud. tmsP- Zo-5:42-46 161. (MIn 16:7)
1. Dnepropetrovskiy gornyy institut (for Polyakovt Lipitskiy).
2. Somenovsko-Golovkovskiy ui;ol'W razrez (for Koshelenko).
3. Chlen-korrespondent AN UkrSSR (for Polyakov).
(Conveying machinery)

GRECHUSHNIKOV,S.Ya.. inzhener; KOSHWINKO V.I., inzhener; NIZUROV,D.Ta.,
inzhener; ZAVODSXIY,Ya.M. 11ner
Obtaining rapid-hardening cemeni; from the fine particles retained
in bar, filters. TSement 21 no.!i:25-27 5-0 '55. Wak 9:1)
(Cement industries)

% " i I
KOISH~.ILEI ~'] ~ 0 1*1 .-
Fruii~ Cul-Lure
. , , for S, I i o'. 110. ~,
Preparin.~ 0~ :-o11- -ruiu - L, , ~~, .- ~).)
Mbntlily LLL of Russi an Ac - e ss, ions- , Librar:: of 0 o,,,, 7 - o 2-;- , 0%.'. ~ 1- 1--~ - ljlc la:~ s *. f-i.

GUNBIN, N.Ya., gornyy inzh.; KOSHFLENKO,, V.M., gornyy inzh.
G-ro-dth of labor productivity at the KArov Mine. Gor. zhu:,.
no.5:12-14 My 164. (MIIIA 1716)
1. Rudnik im. Kirova, Rog.

Country : USSR
Catcr,ory: Cultivated Plwnts - Fruit - I)erries.
Abs Jour: RZhDiol ., 110 11, 1958, No 49083
Ixthor : Koshelmiko, VAL
Inst F oronc.-zh 'qSra. Inst.
Titlc: On the Problem of Vitality in the Seeds of Fruit
Bearing Plants
OriG Bib: Zap. Voronozhsh. s.-M. in-ta, 1956, 20, No 2, 81-87
.',bstract: Experinents carried out by the Chair of Horticulture
of the Inst.';.-L,ute have shovii that the storaLjp of
seeds of stone fruit trees in dry air is the nain
reason for a low (;exTdnation. It is rccomx-nded to
let the seeds tuiderGo stratification i3miediately
after gatherin3 or to store then in a hunid place.
Free access of fresh air arid hunidity during stmti-
card 1/2
m-147
bsJour: MhDiol-, 110 11, 1958 No 4903
fication, shortens the rest parioO. and ir-Troves
[;errdmtion. The action of 0OC on the seeds in-
creases the vitality of the seeds. -- I.K. Fortunatov
Card 2/2

KOSHEIImKp-jp--.M~-;
Analysis of min:Lng methOdr, in utic of the it'.'X Parts' ezdl* Mine.
Sbor. nauch, trud, KGRI no.23%5'1-6Z, 16.1 NIRA 17 t8)

VENIYAKUW, A.N... prof.., doktor sell sk(-.,khozyaystvenwy" aank; KQ=LFMO-AJm1-
kand.sel'skokhozyayvtvennykh nauk
I
Use of hy4rids in producing seeds of apple motatock. Agrobiologiia .
no%ltll4-116 Ja-F 163. (MIRA 160)
1. Voronezbokiy sel'skokhozyaya*bvewiyy institut.
(Apple) (Seed production)

MASHKINY P.A.; ~9�HEIM V
.. Q".
Now and highly efficient mining SyStemo In the hrivoy Rog Baoin.
Met. i gornorud. prom. no.108 A-F 164. (miRA laF3

KOSHRLHV, A., master
Our proposals. Graghd.av 17 noOsI4 Mr 160.
(KIRA 13: 6)
1. Line7no-ekspluatatsjonnaya i xemontnaya masterakaya,
Sverdlovsk.
(Aeronautice, Comwercial-squi-pment and supplies)

, Ya., inzh.; KOSHELEV, A., inzhq
Methods of avoiding defects in cast iron engine pistons.
Rech. transp. 21 no.12:29-30 D 162. (MM 15:12)
(Iron f~A~---Defects)
(Pistons-Defects)

KOSHE 'V,,
LE (Irkutsk)
1,16deli-n- by means of hvdrc-a0-ic varixble modes of oper-
R
at.-Lon of heat supplyi~-:-, sy--l- A" Energ. i transp.
no.4:525-530 -;-4 '630 (ILTYU1. 16:3-1)

KHODOSR, I'll - I'
Broach for machinin .rectanguIA3- ho~esjjh5~lnoqtrpttell
no.12:21' D 163. 9 1 . I . (MIRA 17tl)

KUZNETSOV, Yu.A.; MAKAROV, A.A.; MELENTIYE11, L.A.; 14Mn-IKOV,
A.P.; NEKRASOV, A.S.; TSVETKOV, N.I.; KU23,'ETSOV, Yu.A.;
MAKAROVA, A.S.; KARPOV, V.G.; Yu.V.; SYROV,
Yu.P.; KHRILEV, L.S.; TSVLTKOVA, L,A.; VOYTSEEIIOVSKAYA,
G.V.; YEI-MIOV, H.T.; LUFNIIALI, G.B.; KIIANAYEV, V.A.,-
BE1YAYEV, L.S.; GANI-1) A.Z.; KARTELEV, B.G.; MU1041, L.A.;
LIOPOY T.N.; SVIRKUNOV, N.N., DRUMININ, I.P.;
KONOVALENKO, Z.P.; MIX-111YANOVA, N.V.; SHVARTSBM-G, A.I.;
NIKONOV, A.P.; STARIKOV, L.A.; POPYRIN, L.S.; PSHENICIDI'OV,
N.N.; TROSHINA, G.M.; CHELITSOV, M.B.; SVETLOV, K.S.;
SIZIAROKOV, S.V.; TAKAYSHVILI, M.K.; TOUIACHTEVA, N.I.;
KHASILEV, V.Ya.; OREM-, A.A.;,KUDINOVA, L.I., red.
[Methods for using electronic computers in the optirv-iza-
tion of power engineering calculations] Metody primeneniia
elektronno-vychislitelinykh masbin pri optimizatsii energe-
ticheskikh raschetav. Moskva, Naukay 1964. 318 p.
(YJRA 17:11)
1. Akademiya nauk SSSR. Sibirskaye otdeleniye. Energetiche-
skiy institut. 2. Chlen-korrespondent P11 SSSR (for Fielentlyev).

GRACHEEV, Yu.P., inzh.; XOSHELEV, A.A., Inzh.
Econcmic effectivemss of elect-ric heating in ciUi6a, V(jd, 4L San,
tekh. no.7:24-29 J1 165. (MIRk 1838)

FELIDMANY I.Ye.; KOSHEISV, A.G.; KATEROVA, N.A.
Automatically controlled eleatrolytic unit for use in experimental
laboratories.. TSvet. met. 36 no.5.-8Ml My 163. (MIRA 16:10)

LIPATOVA. Valentina Alekseyevaa *I XOMEM, Aleksey Georgiyevich
(Collective-fare tractor brignae on a cost-accounting basis]
Rolkhosuals traktornalm brigada na khosraschate. Moskva,
Sovetakaia Roselis, 1938. 22 p. (HIM 13: 7)
(Tractors)

USSR/Mathematics - Potential Theory
MW/Jun 53
"Differentiability of the Solutions of Certain Problems in Potential Theor7,,n
Ira k'% Math Inst imeM Staklov
A. I. Noshelev, imvdxWqWs Leningrad Acad Sci USSR
Matemt Sboraft. Vol 32(74)., No 3., pp 653-664
Obtaims results similar to those of S. G. Mikhlin (nCertikin Evaluations Connected
with Orem's Function," DAN SSSR.- Vol 78a No ~3 443-446., 1951) cmcerning the
twice-differentiability aW inequality of sclutim u of the Poisson equatUa
uxixl+ux2x2of (boundar7 conditivat u/0-0); namely., for the came where the functim
f is summable in the region R of boundary 0 with a certain power p)l (Hilchlin used
p-2)* Shown that u satisfies the inequality
(ffR/ux4x^dx2)1/P - C((f./f/Pdx-jdx,>)l/P (isk-1,2).
T?

USSR/Pathematics -_ Nonlinear Elliptic 21- Aug 53
1Pquations
"Newton's Method and the Generalized Solutions to
,Nonlinear Elliptic-Ty,?e Equations,'!"A. I. Koshelev.,
-Leningrad Textile Inst im S. M. Kirov
DAN SSSR, Vol 91, No 6, pp: 1263-1266
In 1919--B. A. Chaplygin (Novyy Metod Priblizhennogo
.Integrirovaniya Differentsiall nykh Uravnenly [New
Method for Approximate Integration of Differential
Eqs], 1950) utilized the fundamental idea of the
linearization of NewtDn's method in the solution
275T78
of ordinary differential eqs. Later L. V. Kantoro-
vich (Usp Mat Nauk 3, No 6, 1948; DAN 80, No 6,
1951) proposed a rapid-convergence method for solv-
ing functional eqs by a generalized analog of
Newton's method. Establishes e. g. the sequence
of approximate solutions u,, (x,y) of the nonlinear
eq (ltu~)uxx-2uXuyIxyt(jtjjj)u ' 0 (u ~G . f0q)),
Acknowly
and its convergence. Uges gui ance of
Prof L. V. Kantorovich. Presented by Acad V. 1.
Smironov 11 Jun 53,

SUBJECT USSR/MATHEMATICS/Mi-Lfarential equations CARD 1/2 PG 133
AUTHOR KOWiLEV.A.I.
TITLE Differential oorresponding spaces and existence theorems.
PERIODICAL Doklady Akad. Nauk 22-25 (1955)
reviewed 7/1956
The*at~thor oontinues his investigations on the applicability of the Newton
method of Kantorovig in the theory of the boundary value problems for quasi-
linear elliptic equations. Let be:
n
def a2u/ ;x, ~Dx
PU F. a ik(xtuv U/ 4) X) k 't f (X V u "a U/ C1 X)
i,k-1
0
a ai (xl'ou/~x); f ' fo(x)
ik k(x) + Xoaik
The following theorem 12is valid: Assumptions: 1) aik1f are continuousl
aik(xt*to)tf(xt*#*) OC 1 2) The first derivatives of a ik are bounded and
me*asurablel foF_LP(a),- p>ni 3) The boundary 20-Q of _QC C2 1 4) Za ik~i ~k
2
>10 EK (elliptioityl). Statementt The boundary problem: Pu - 0, upf& 0

" Q ".~ \r' l
p 4-'P( f1d) dP(m1n"P) -Un- 1 1 n-1)
Hore B 1 and B 2 are constants being indepondent of u and fe P is a positive
number depending on mjn and p onlyl -a .. I are the (n-l)-dimensional plane
n
intersections through -a do
INSTITUTION: Textile Institute, Leningrad.

KOSHBIV, AOI. -.7- -'
Some problems in the theory of plasticity [with oummry in 3nglish].
Toot, IGU no,19:20-29 157. (MIRA llrl)
wires)
Plastio
(Differeutial
rods and
equations, Partial)

Kos, t r_-Lav,
V/DjECT A.&A."t-Differ- ial _S4UAtJ on CARD 1/2
AUMOR
Mia _01n_ the._Affersat*~bI!t_j. of elliptic
- _ .-.,differential --squotions.
PZRIODICAL Doklady - Almd.'~.'Iqnk 806-809 (1957)
reviewe& 01-1-957
The.alliptic differential equation
PG - 666
L(u) a U f(X)
Z � 7x(&:Lk('X) ku,
i'tkal I k
shall: bo - integrated In - ths..opsa boundfid domain DA with the boundary for
the homogeneous-. boundary. condition
UIr, - 0,
where aik(x) is two. times coutinuounly . differentiable inn+ r and
~2 IA> 0 - constant.
s`ik k i Ik i
i,k-I iw'l

1UTHORt KOSHELEV, A.I.- 20-4-5/51
TITLE: On the. Poundedness,. in the L of the Derived- Solutions of
P,
Elliptio Equations, an&.3yatems,(Ob ogranichannosti Y L p
proizvodnykh resheniy ellipt1cheakikh,_,uraT-neniy i.sistam)
PERIODICAL: DoklaAy Akad'*Nauk SSSF) - 1957,Vol-116,Nr.4,pp-542-544.(USSR)
ABSTRACT% Lot --the boundary. 6 of the regionSlin the
X(xj' - - -'x.). be ~ a closed, sksply~.conn*zted -surface. In._-the
neighborhood of each.point of 3 let a be:-representable I-A-local
coordinates by a suffioient4j differentiable function. In 91 lot
te-given--the,,system elliptic in the.sense of.Petrovski
n ~(kj,-,k 2m) a2m U
(1) Lu (x) + Tu - f(x),
kjo ... k2m =1 *3xki' k2m
where u(X) - &%j(x)'---'u1(x)1 - f(x) - [f,(x),-..f,,kx)3
ak(x).-- is. a qua-dratic. matrix.,jmd Tu -is a Aiff erential -opeTator
Card 1/3 of the order smaller than 2m. Let the~ganaralized solution of (1)
On -the Boundedness in the L of the Derived Solutions of Elliptic 20-4-5/51
Equations and Systems p
fun-ation.of k-th order, for boundary.conditions (2) has a
generalized solution f or I/C F_ if a(k)b(k), If are continuous
in all variables; b(k) 9 are differentiable with respect to
all variables except of x &ad f e L (a), P,>U.
ASSOCIATIONt Leningrad Textile Institute im, S.M. Lov (Loningradskiy tekstillwy
ilistitut imo S.M. Kirova)
PRESE= Eft V. I. Smirnov, Academician, April 19, 1957
SUBMITTED: April 11, 1957
AVAILLBLE: Library of Congress
Card 13/3

Doc Phyn-Lath Sol-(diss) priori tdoiv- in Lp
ol' f;,r ollip'ia 0,
t, u 11
(L-os Ordor o-i' L(.li--il L-e),er o-.' ";:.d t U
-cul-ty j.'O Co~..jC,,;. B4 d
121-1)

AUTHOR: Kosheley, A.I. SOV/42-13-4-2/11
TITLE: A Priori-Estimations in the L P and Generalized Solutions of
Elliptic Equations and Systems (Lpriornyye otsenki v L P i
obobshohennyye resheniya ellipticheskikh uravueniy i sistem)
PERIODICAL: Uspekhi matematicheskikh nauk, 1958, Vol 13, Nr 4,pp 29-88 (USSR)
A13STRACT: For elliptic equations-'and-systems the first boundary value
problem with homogenedub-bow1dary conditions is considered. With
the aid of a priori estinations and by continuation with respect
to the parameter the author investigates the existence and
properties of generalized ablutions.-The results were already
announced by the author in several publications ( see Kosheley
f1lef 11,12,13,14,15,16,17 1161 ).
There are 43 references, 31 of which are Soviet, 5 German,
2 Polish, 2 Italian, and 3 Ameribl%_n.
Card 1/1

16(l)
AUTHOR:
TITLE;
PERIODICAL:
ABSTRA.CT:
Ko~hel
Letter to the Editox
SOV/42-14-3-22/22
Uspekhi matematicheskil-ch nauk,1959,Vol 14,Nr 3,
p 235 (USSR)
p
equations and systems (Uspekhi matematicheskikh nauk,1958,
Vol 13, Nr 4).
The paper contains corrections of numerous errors and mis-
prints in the paper of the author on apriori estimations in
spaces and on generalized solutions of elliptic
the L
Card 1/1

18 -,, 6
5/020/62/142/005/005/022
__S L~ B112/BIO2
AUTHOR: Koshelevt A. I.
won--
TITLE: Convergence of the method of consecutive approximations for
quasi-linear elliptic equations
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 142, no. 5, 1962, 1007-1010
TEXT*: A function v satisfying the equation
n .
a,(X,U,pi )av/axi + ao(XfUfP j )V]dx 0
f
is said to. b6 a generalized solmtion of the equation
n
2~~ aai(X,U,P~)j0Xi ao(Xquip 0.
it is demonstrated that the-bourdary value problem u 0 has an
Ir
utiambiguous generalized ailotAition which can be approximated by the following
convergent process:
Card 1/2

S/02 63/146/002/008/037
111 72YB1 02
AUTHOR., A. I.
TITLE: Involution transformations and the method of successive
approximation for elliptic equations
PERIODICAL: Akaden.-Lyanauk-SSSR. Doklady, v-'148, no. 2,.1963,
274-276
TEXT: The quasilinear equation
n
x a (X'utp 0 (pj au
77 [a i u,,Pj ax
a n- space
is considered in limited domain of the n~*dimensional Buclide~
under the boundary condition
U 0
ir
Conditions are formulated under which the generalized solutionIu ofthis
problem can be reduced under the condition div ~1,.=-O to a vector func-
Card 1/ 2

S/020/63/148/002/00,9/637
Involution transformations and Bl'.7 2/B102
tion. which satisfies the equation
n
div + )dx 0
Pi i
for any sufficienily smooth function that vanish6s in a boundary strip,
(u 0 follows from a i_) )
o(x)ujp 0). Then pi P*'i(x,4idiv X) (i.0,11 .... n
is the solution of the system
ai(x)utpj) - Xi (i - 1,2,...,n);. ao(XjUjpj) div
A formula for successive approximation i,s given for the determination,of...,
PRESENTLD: July 10, 1962, by I. N. Vekua, Academician
SUBMITTED: 'July 7, 1962
Card 2/2

XOMLEVY A.I.
Future application of contInually working lines of automatic live
traps for studying the ecologic characteristics of some passerine -
birds. Vop. ekol. 4:122-123 162. (KRA 15:11)
1. Zapovednik, Burayanskiy rayon, Bashkirskaya ASSR.
(BashkI,r Preserve-Birdbanding)
, (Passerif ormes) -

XOSWILEV, A.I. (Leningrad)
Convergence of an approximatAl nothod for degenerate elliptic aqtationa,
Izv. VY6. ucheb. zav.1 mat. fio.308-104 165. (MIRA 18%7)
Lf-ar.d- 1/2
UDC: 517.946.9
ACC NRs AP7005578
iThe following boundary conditions for the first boundary value problem are applied:
81-lu / Ov"I r = 0.'
111,= aalavir= (2)
The iteration pnKess proposed for finding the solution has the form
~Dau.,jD*vdx== E ~D'u.D'vdx-
04Q a 14CP h'v dx. (3)
-9 tjaa(z; tins..., Mg.) D
where all un satisfy the boundary conditions (2), u0 is any function in W2(z,) and c is
some small positive constant. The following theorem is proved: If there exists a
general solution of the problem (1), (2) belonging to the space W2 the successive
approximation process (3) converges to thim solution.in the nom W2. for all
c > 0 sufficiently small.* Presented by Ac3demician I. G. Petrovskiy on 19 March 1966.
Orig. art. has: 10 formulas.
SUB CODE: 12/ SUBM DATE: l6Mar66/ ORIG REF: 0031 OTH*REF: 001
LPqrd-

KALININ., S.s..,.KOSHFlEV,, A.K.
Sprayer with a reciprocating motion. Biul,tekh.-ek-on.inform,.
no.10:46-48 161. (191A 14:10)
(Spraying and dus-Umg equi*idj

BZZUGLOV, I.Ye.; KURDYUMOV, V.N.0 Anzh.; V rabote prinimali uchastire:
GABRILMIKO, I.V.; GRABOVSKIY, I.I.; NESHCHADIM, A.G*; BELOBORODOV,
V.V.; VISHNMLISKAYA, P.A..; MATSUK, Yu.P.; GAYTSKROKI, N.I.;
USACHZV, A.S.; OXINA, N.Y.; RUWANTSIVA.
GRIGOR -'YFV, F.L.; LUXASHINICH, A.M.; STTAZHKINA, A.G.; MIKRAYLOVICH,
A.N.; YEDEMSKIY, P.M.; U&SLOV, F.Y.; KUDRYASHEVA, Z.P.; PROSMUSHKIN,
R.M.; SHTALIBIMG, V.A.; BOTTSOV, N.I.
Operational experience vilh a newly introduced oil-extraction line
equipped with the DS-70 belt-conveyer extractor. Masl.-zhir.prom.
26 no.3:29-31 Mr 16o. (MIRA 13:6)
1. Vsesoyuzny7 nauchna-isaledovatellskiy, institut zhirov (for
Bezuglov, Gabrilenko, Grabovskiy I Neshchadim, 3eloborodov,
Vishnepollolmya, Matsuk mid Gaytskhoki). 2. Leningradskiv
2hirovoy kombinat (for Lm-dyumov, Usachev,tAbkina, Rumyantseva,
Koshelev, Grigorlyev, Lakashevich, Styazhkina, Mikhaylovich,
Yedemskiy, Maslov, Kudryash6va, Prosmushkin)o 3* Leningradskoye
otdeleniye treBta "P~rodmontazh" (for Shtallberg and Boytsov*).
(Leningrad--oils apd fats)
(Sxtraction apparatus)

KOSHELNV, A.Y.
Reducing the cellulose comitent of newsprint. Bum.prom. 32
no.3M-18 Mr 157, (MIaA 1014)
1. Setochnik Balakhninskogo tsellyuzno-bumazhnogo kombinata,)
depatat Ver-rhovnogo Soveta RSFSR.
Plewsprint)

N
RM
[Principle of material interect and the means of developing it
In Soviet Industry] Printsip materiallnol sainteresovannosti I
formy ego osuphahestvleuiia v promyshlennoott SSSR. Predstaviena
presidiumom pravleniia Obshchnetva, po rasprostranentiu politicheakikh
I nauchnykh snanii RSYSR. Moijkva, Isd-vo "Znanle," 1957. 31 P.
(Vsesoiux-aoe obshchestvo po rasprostransniiu politicheakikh I
nauchnykh znanii. Ser-3, no.24) (MIRA 10:12)
(Wages) (Labor and laboring classes)

NESMOV, B.V., kand.iskusgtvoved.nEjukL_KOSHEM, A.Ye., arkhitaktor;
ASTROVA, T.Ye., arkhitektorl; SHIKHEM, V.N-.,arkhitektor;
VOSHCIWIOVA, G.K., arkhitektor; GORBUNOVA, V.A., arldlitektor;
KOVALIKOV, V.G., arkhitektor; MARKEM, Yu.S., arkhitektor;
YAVCROVSKAYA, H.R.. arkhItektor; OGRYZKO, F.V,, arkhitektor;
TMWOVA, N.V., arkhitektor; MANANNIKOVA, L.V., arkhitektor;
GRADOV, G.A., red.; PAVLF.NKO, N.Y., red.
[Furniture and equipment for public buildings; catalog based
on materials from the 1zhibItion of furniture and Equipment
for Public Buildings, 1959-19603 Rebell i oborudovanie dlia
obshchestvannykh zdanii; katalog soBtavlen po materialam
vystavki mebali i oborudova.,2iia dlia obahchastvennvkh zdanii,
1959-1960 gg. Moskva, Goo.:Lzd-vo lit-ry po atroit., arkhit. i
stroit.materialam, 1960. 136 plates. (MIn 14:2)
1. Akademiya stroitel-Istva I arkhitaktury SSSri.. Inrtitut
obahchestvannykh zdanly i sooruzheniy. 2. Chlon-korrespondent
AkBdemii stroitelletva i arkhitektury SSSR (for Gradov).
(F=i ture --Ca ta loge) (Public buildings-Equipment and supplies)

ZUYEVJv V. Ye. KABANOV, M. V.; KOSHELEV, B. P.; TVOROGOV, S. D.; KWELEVTSOV, S. S.
"The Influence of microstructure-parameters of clouds and fogs on their
spectral transmission in Region 0.5-14 Microns."
report presented at the Atmospheric Radiation Symp, Leningrad, 5-12 Aug 64.

ZUYFV, V.Ye., KABANOV, M.V.; KO.13HEIF'11, B.P.; TV(Iil(',G(,V, S.D~i
KHMrf-rVT,-,('V, S. S.
Spectral transparency and microstriiet-ire of artificial fogs.
Part 2. Izv. vys. ucheb. zav.; fiz, no. 3-,92-96 11614'.
(1,111-M '170'
1. Sibirskiy fizIko-tekhni-.hc-sMy institut pri Tomskom g sudarstvi3nnom
universitete imani Kuybysheva.

TI-IC)ROGOV, S.D.; KHMELEVTSOV, S.S.
tion o" the vlr;ible and infrared radiations by artificial
riglii. *[-,7,v. Po' Fiz. atm. i okeana 1 no.5:509-516
(MIRA 18: 8)

ZUYF,Vl V.Ye.; KOSHELEV, B.P.-
Effoct of tho opootrometor alit width on the measurable
spectral and integral absorption.' Izv. vys. ucheb. zav.; fiz
no.6:172-173 161. (MUU 15 J)
1. Sibirskiy fiziko-tokhnicheskiy inatitut pri Tomskom
gosudarstvonnom universiteto imoni Xuybysheva.
(Spectrametry)

rti
m,ifl6go-i"~'~-,quailtit4tivi6~;44~~;bi;~:isLi~''~--,6bt.~-iliL-41--'- tral eMo
bh-lthi~.Mj~ec :~Oo i ants
ID .-a:, ~lp '113~ la
e mi~':fbr the'abm 6d+17.

1, 093(-,3-(,7 FMFr(l)/F(,C OW
ACC NRi Sjoul(CE CODE'; UlVol39l661c)ooloo3lol261c)12.c)
AU'!1;OrA:' Ko.-helev, B. P.
O','G: Siberian Physicotechnical Institute im. V. D. Kuznctsov (Sibirskiy fiziko-.
tckhni~~e`skly institut)
TITLE: Conce:ming the connection between optical and microphysical characteristics of
SOLRCE: IVUZ. Pizika, no. 3, 1966, 126-129
'TOPIC TAGS: atmospheric transparency, atmospheric 'water vapor, fog, atmospheric cloud,
light absorption, distribution function
ABSTRACT: This is a companion to a series of articles, the last of which is published
'in the present source (p. 121, Ace. Nr. AF6023419), dealing with the'~~Dtic traliSparency
and attenuation coefficients of fogs and clouds. The purpose of this investigation"das
,to deterrune the reason for the disparity between the absolute attenuation coefficients
calculated from the microstructural data obtained with a flow-through trap, and the
values measured with a photometer. To this end, determinations were made of the water
Iontent of the trap simultaneously with measurements by the filtration method, using
,for the latter a procedure and apparatus described by V. N. Balabanova (Izv. AN SSSRO
Isar. geofiz., no. 1, 1961). Measurements of 73 artificial fogs have shown that in
Iapproximately half the cases the water content measured with filters exceeded the water
I
pontent calculated with the aid of the trap, by factors exceeding 3-5 and reaching 7
1-.Cor.d . -2

L 09363-67
and more in one case. An analysis of the d[ata shows that this discrepancy is due to a
!systematic underestimate of the absolute d:(,op concentration when the trap is used. On
Ithe other hand, the trap does yield accureve data on the size distribution of the drops
I
lin the fog. Orig. art. has: 3 figures andi 3 formulas.
CODE: 20,, o4/ suBm.DATF... 26oct64/ oRiG REF: oo4
2/2

JACCESSION NR 0090
AP4036563 7
JAVTHORSs~ Zuyev$ Ve Ye.; Kabanov, M. V.1 Kosheley, Be Pm; Tvorogoyt Be Del
Khmelevtsovt S. S.
TITLE: Spectral transparency and microatructure of artificial fog. I
SOMCE: IVUZ. Fizikav no. 2. 1964v 90-!)7
TOPIC TAGSt fog, spectral transparency, infrared opectrometerp photometorp'droplat
concentration, water ountentp speotrometor M 6p photometer FEU 22
ABSTRACT: The details of an experimental analysis in the study of..artifioial fog
microstructure and spectral transparency are presented. All measurements were Made
in artificial fog created by evaporation in a 15-3 m chamber. An IM-6 infrared
j spectrometer wasused to determine transparency in the region 2-15 jup' and a~
11photometer M-22 was used to determine Ile transparency in regions 0-429 0,68, 0-94
and 1.03 ~a with 20-30 m IA width. Probos were placed in the chamber to determine F-
17
droplet concentration, droplet distivibutl.on fvtnotioils and parameters, and water
content of the mist. The instruments inoluded flow traps of shaft and real-type$
curvilinear flow traps for fine-droplet 4apturep and optical instr=ente:~ith remoU ;
control* An attempt was =do to sesoure spectral transparency simultaneousIr-Lvith
Cr