SCIENTIFIC ABSTRACT KAGAN, P. - KAGAN, S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000619910015-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 10, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

IKAGAN-, P.O.-Bej CAND PHYS-MATH SC.1 f"FuNCTIONAL SPACES C014-
JUGATED WITH TM S, L. S013OLEV SPACEG AIID 114EIR APPLICATION
TO BOUNDARY VALVE PROSLEM3 FOR DIFFERENTIAL EQUATIONS IN PAR-
TIAL DERIVATIVES*" NOVOSIBIRSK9 1961o (ACAD -SCI USSR, Slat-
RIAN DEPT. JOINT SCI COUNCIL FOR PHYS41ATH AND TECH SCIEIICE$).
(KL-DVI 11-619 208).
-12-

I. lin(l, Kar :)I'
ul-lothara,~.v on t.l;:3 J'rcvju,~nc;~ of' or-irr,~rx;~
in "wlliti Gor"..-. ln-ta domatolofji :L J K!Afudry
iri. YJro-,,L~, I.-Oue 1"~)
1:--,264, IL) Anril 1953, (Lotci)is '~,',Iurnal ""f1d, LltLtv, '1949)

A rill In,

- I-- ~. I - - -i- ---- -- ---- .--1 1- 111 1-- -'11 !J '1 11 111 It o- -,! I Ili 11- L,-~~ 4!---!i1-.1 i . :--i,- - -
.. a I --I- -.- -
I ,

It 'LU lNot

PHASE I BOOK Eamommou mt/4174
Leningrad. Glavnaya ge6fizicheskays observatoriya S01/2-8-99
Voprosy chislennogo Vrognoza i teorii k31mata (Problmms in Itumerical Weather
Forec"ting and Clim ology). Leningrad, Gidrameteolzdat, 1959. 129 P-
(Series: Its. Trudy, vyp. 99) Errata slip inserted. 1,000 copies printed.
Additional Sponsoring Agency: USSR. Glamoye upravlenlye gidrameteorologicheskoy
sluzhby..
Eds.s M.Ye. Shvets, Docto r of Physics andMatbemat1cs, aad M.1. Yudin, Doctor of
Physics and Mathematics; Ed. (Inside book): T.V# Ushakova; Tech. Ed.: N.V.
Volkov.
PURPOSE: The publication is intended for specialists in the field of dynemic
and synoptic meteorology and climatology, as vell as for graduate students in
these fields.
COVERAGE: This is a collection of 11 articles pubUohed as Noo 99 of the Trans-
actions of the Main Geophysical Observatory imeni. A.I. VMneykov and dealing
Card 1~

Pr~blems in Numerical Weather (Cont.) S(N/4174
with nev methods of numerical amLlysle prognosis. Individual articles are con-
cerned with contiguous pmblemo of climatologyt temparatwe anomalies in J;he
atmospbere, effect of the heat of condensation on premoure ebanges, numerl4al
prognodis of.the pressure pattern affected by orograpble factors,and the hydro-
dynamic theory of frontal cyclogenesis. References a"ampamy each article.
TABLE OF CONTEM:
Rakipova., L*R. Formation of the Mean Konthly Anomalies of Atmospheric
Tswyerati~re 3
.R.L& Calculating the Effect of the Condensatton Heat Flow and of
the Stratosphere an Change in the Pressure Pattern 15
Bcigdanovi, N.P. Approximative Evaluation of the Effect-of Rest Released
by Condensation on the Change in Pressure Pattern Near the Ground 3T
Du Sin-yuan'. More Precise System of Calculating the Irregulwities of
the Earth's Surfeace in Numerical Methods of Forecasting 43
Card 2/3

Nil
3M 0711150-5~ - 2-4) 114' 5
AUTHOR: Kagan, R. L.
TITLE: Influence of Condensation Heat Supply on the rrPossure ChanCe
According to Time (Vliyariye kQnkn:3at*ior-,r--!,:h pritokov
I.epla na izmenaniye dayleniya vo vremeni)
PEPIODICAL: MeteoroloCiya i "idrole.-iyal 195); irr 24, m) 7-141 (USSR)
A'93TRACT: In the article under review the change of the goopotential
according to time is lnvesti~ated. Conoiduration is L~iven only
to heat supplies caused by condens,,,tJ.Qn, -ahile heat supply
lue to radiation is not taken into nocrjunt. 1'. 1. Yudip'B
method (Ref 2) is used to determine the change in the reo-
potential, both in the presence and absence of a cloud layer.
For the heat oupply in layers I and III outside the clouds
form-Lila (1) in used, and it is assumed that 9 - 0. Ipproxima-
tion equation (3) is iiaed to determ:ive tha heat supply in
cloud layer II. E is the heat supply due -to condennation for
the mass unit per time unit in agitatood air. Formula (5)
which is used to determine the geopotential in derived. Both
the systrem of equations (10) for layers outside the clouds
Card 1/3 and the system of equations (12) for the cloud layer can be

SOV150-59-2-2125
Influence of Condensation Heat Supply on the Prej!!ure Chanj7e According
to Time
obtaine,d from this formula (5), The constantn contained in
these equations are found by means of the boundary conditions
(6) and (9). They are introduced into (10) and (12), &nd
the problem posed is solved. A concrele case is then inves-
t-.gated by way of evtnplo. On the grounds (,,,f the renults ob-
tained the author concludes an followtv: 1) The influciice of
heat supply due ti phase changes on the chitnfre in the geo-
potential of isobaric areas at a considerable distance from
the cloud in small. (Here and f,~irthir ohangas are dis-
cuased in comparison with o1wingon in 4.-.loudloos atnosphere).
The closer these isobaric areas appreach the clouds, 'the
stronger becomes the influence. It is strongest at tile outer
edges of the cloud. The signs differ at the different sides
of the cloud. The influence is lowest in the center of the
cloud. 2) If the isobaric areas are iinnediately above the
clouds, the phase supply increases the geo:potential in the
u,,)per part of the cloud in the case of heat advection, and
decreases it in the case of coll advoction. For the levels
of the lower part of the cloud and in the layer below the
cloud phase supplies lower the greopotential in the case of
Card 2/3 heat advection, and raise it in the case of cold advection.

S07/5 0.- 5 3'- 2-2/2 5
Influence of Condensation Heat Supply on the Pressure Chani;e According
to Time
3) If the isobaric areas of the layer art, situated above the
cloud, the phase supply increases the goopotential in the
upper Part of the cloud layer in the case of advection of
cyclone eddies, and also in the case of cold advection.
4 The influence of heat advoction at different levels on
the geopotential change exclusively due to heat supply through
phase transformations can be compared, in the case of levels
near the cloud boundaries .. to the influence of heat advection
on the geopotential change in a cloudless atmosphere. The
relative change of the influence of the eddy advection. due
to phase supplies is not as great, but still considerable.
The influence of heat advection and that of an eddy advection
may have diffefent signs on different lovelm$ and may thus
compensate each other. Thus, the influonce of heat supply due
to condensation may vary according to -the distribution of
heat and eddyadvection in space. The results obtained con-
firmed the assumption of some scientists that the freeing
of beat due to condensation may consierably add to the force
of the cyclogenesis process. At the amme time the results per-
mit numerical estimations of this effect. There are 1 figure,
Card 3/3 1 table, and 6 references, 2 of which are Soviet.

31 ~614&4 0
S/050/60/000/05/01/020
BOO7/BO14
AUTHORt Kagan, Re L.
----------
TITLEs On the Influence of Heat Inflows During Condensation on the
Vertical Air Currents in the Atmosphere
PERIODICAM Meteorologiya i gidrologiya, 1960, No- 5~ PP. 3-10
TEM A method is given here for computing tk)oe instantaneous values of
vertical velocity and of condensation in the\bloud Eroviding the cloud
boundaries bj and b2 be known on the basis of a 9, en thermobaric field
in the atmosphere. Formula (1~ is written down for computing the vertical
velocities and is solved by means of the method suggested by M. I. Yudin
(Ref. 2): formula (9). It can be seen therefrom that the vertical currents
are safely determined in every point at given cloud b*undaries b, ana b2
by the heat advection- and whirl fields in the atmosphore. At b, - b2
the solution passes over into that for a cloudless atnosphore, which is
also made use of in the practice. A comparison of the two aolutions
reveals the followings clouds exert a considerable influence upon the
vertical currents in the areas near the clouds. This influence is
Card 1/3

On the Influence of Heat Inflows During S/050/60/000/05/01/020
Condensation on the Vertical Air Currents in 11007/B01ij
the Atmosphere
especially high in the cloud center. Clouds augment ttie innuence of the
thermal factor M - RA T (R denotes the gas constant, AT is the heat advec-
tion). The advection of the anticyclonic whirl promotes on a certain
level the formation of positive 'W"-values, i.s. of descending current3
below this level and of rising currents above it. m-L ~1 is a quantity
pb dt
similar to that of the vertical velocity. p. is the standard pressure at
sea level. The advection of cyclonic whirls exerts the opposite influence.
By and large, the influence of the cloud consists in the air-engthening
of the dynamic factor at the vertical passing through the respective point.
The influence of vertical currents at the earth's surface decreases more
slowly with increasing distance from the earth's surface in -the presence
of a cloud, than occurs in a cloudless atmosphere. Conclusions given here
are illustrated by Figs. 1 and 2. Thus, vertical curronts increase in the
presence of a cloud in consequence of phase heat inflows (heat inflows in
consequence of condensation in the time unit for the unit 4of mass of the
shifting air (Ref. M according to their absolute magnitude., This increase
Card 2/3

On the Influence of Heat Inflows During 8/050J60/000/05/01/020
Condensation on the Vertical Air Currents in B007/BO14
the Atmosphere
is of the same order as the one at vertical currents in the respective
thermobario field in a cloudless atmosphere. If the vsrticaLl currents in
the atmosphere are known, also the amount of humidity oondtnued in the
cloud can be computed from formula (14). It is shown by Fig~ 3 that the
condensation of humidity is promoted by the following factorst heat
advection at all levels above the respective point, low-toutporature ad-
vection above the neighboring points, advection o;Uantlcyolonic whirl in
the lower half of the troposphere and the advection 6 -1he"cyclonic whirl
in the upper half of the troposphere. There are 3 figures and 3 references,
2 of which are Soviet.
'~' 5,000
Card 3/3

LAYKIfTMAN, D.L.;_ KAGAIJ,R.L.
Some problems associated vith Improvod organization of mow
surveys. Trudy GOO no.108:3-18 '60. OURA 13: 11)
(Snow surveys)

I :V' I. U- ) .' - . L .
C.JCL~'. f " -.- r,--.-, . 1 -1, t: 13
I f - - i
"'A .". .14:--l'?i 1 - , I'. - . - ~.4: ~)
(c 7.,~ - -11

KAGAN9 R.-L.9 GAND P"YO-MAT" 3911 "EFrF.(,-T OF UTRATIrl-
CATION'-Sf--DYPAUICS Of LAROE-SCALE MOVEMENTS IN T"E ATMOS-
PHERE," LENINORAD, 1961. (LENiNoRAo ORDER OF LENIN STAtE
UNIV im A. A. ZHDANOV). (KLI 3-61, 203).
48

GANDIN, L.S.; RGAN, R~L.
Accuracy of determining the mean depth of tho snow cover from discrate
data, Trudy GGO no~2300-10 162a (MIRA 151?)
I- (snow ourveye)
..r
1%
1k-.

KAGAN, R.L.
Calculation of some meteorological elements a.Uowlmg for flows
of condensation heat in clouds. Trudy GGO no.12.li67--79 161.
(MM 15.5)
(Mteorology)

- KAGARP R.L.
Accuracy of extrapolating the depth of the snow coi-.r in time, Trudy
GGO no.130:38-50 162. (MA 15t7)
(Snow surveysO

KAGAN R.L.; 1AUH71-LAN, D.L.
Optimum snow surveying methods. Trudy GGO no. 112:78-86
163. (MIRA 17:5)

GANDIN, L.S. ; KAGAN R L-
Accuracy of determining the uiearj value from dBarste data.
Trudy GGO no. 112:87-99 163. (MIRA 17.,5)

ACC=~ION NR: APLO23380 5/0049/64/000/002/0302/030$,
AUTHOR
TITLE: Computation of the inertia of an instrument during matoorological. MO&MUS-0
ments
SOUI~CE: Ali S33R. IzV,. Scriya geofizicheakayap no. 2, 19641 302-305
,MPIC TAGS: inertia, meteorological meaurement, meteorological e3ment., inertial
instrument., ineetia free instrument, averaging period
ABSTMACT: It is possible to obtain average values of a matearological element r
for the preceding period of time T (the averaging period) in the record it massure.-!
ments are made with an inertia-,free irwtrwwnt, But such inal;ruments an very
complex., and treatment of the records are very laboriouse Tho metoomlogical
element may be expressed by
J.P,e) d~,,,..

ACCESSION NR: AP4023380
where t is the instant of time corresponding to the and of the aver*&g period*
Inertial instruments we tommonly used'in praotice, therefora, and UA turbul4ab
pulsations in the meteorological values are smoothed, The corrospouding function
for the inertial instrument is'
where T0 is the time constant of the instrument. The task here is to a ompare
values of fl and f2 and to/determine the conditions under which thade differ
least from each other. In this process the author has considered evrors in me&-
surement to be negligible. He has determined the mean square difference betwom
the values (0). Limiting cases are examined for T = 0 and T -;~ cc . It becomes
clear in this examination that one may chooso, for W TO; a viaue for the
averaging period T that corresponds to a minimal value Of e. Computztions are
made for several specific values,"'and it 18 concluded that the results indicate
that for the broad class of meteorological elements the optimal period-of aywaging,
Card ?_/3

ACC ESS-510,11 M: A?40233 80
is approximately 1.73 times the time constant of a linear instrument. "in
conclusion., the author eVresses his thanks to L. L4: Braginskaya for liar part in
mre,:ing the computations." Orig. art. hast I figur4, I tablej " 26 forvwUm.
AIS30CIATION.- Glavnaya geofizioheskaya observatoriyu im. A. 1. VoYG5,4cova (Nain
Geoy.mysioal Obsexrratuory)
SUBI-ELT 'I'm -. 22JU6~ DATE AGQt 217W64 MIGL 1 00
SUB CODE; AS NO REF SOV: '004 OTHER:. 001
Card 3/3

&~CIAE Y R. L. ; %ljjTj:jj:C)V,
, K . 'Ya .
Mapiling of radiation mcalurnment:9 rrom or~tellites-
Trudy GGO no.166:227-234 164.
(, U I u, I,,-, : I I )

L 14022-66 E1Yrj1)LfFCC G11
ACC NRs AT6004187
AUTHOR: Braginskaya, Ka
L. L R. L
ORG: none I
TITLE: Precision determination of mean values using instantimeoua readings ol~ in4 ir-
tial devices
SOURCE: Leningrad. Glavnaya geof izicheakaya o~seSKatqrty.4. Trudy, no. 174, i 1965.
Metodika meteorologicheskikh nablyudeniy i obrabotki (Methodir of ileteorologWil
observation and processing observation data), 3-20
TOPIC TAGS: meteorologic instrumentl meteorologic observatiwm, extror functloji, error
correction, inertial equipment
ABSTRACT: The authors examine th oblem dealing with the accuracy of subs.0tuting
grg
averaged values of meteorologipq ements for a certain t1to period using inst~tntaneous
readings of inertial devices. It is shown that the optimum period of averagilig the
readings for a linear device is approximately 1.7 t(mes grestor than the constitnt i4ne
of the device. orig. art. has: 24 formulas and 9 tables. 111ased on author'll
abstract],
SUB CODE: 04/ SUBM DATE: none/ ORIG REF: 004/
Card

L--L49Z1--f&' 514 1 U ;r all
ACC NRs AT6004188 N SOURCE CODE: Ult/25~3l~105/(',100117410021/!OOA
AUTHOR: KH ~,R.~L.
ORG: none
TITLE: Calculation of inertia of a device for teorologic mit4witr0oxints
SOURCE: Leningrad. Glavnaya geofizicheskaygl obseygt9r Irrudy no. 174, 1965,
Metodika meteorologicheskikh nabludeniy i obrabotki (Methods of meteorological!
observation and processing observation data), 21-34
TOPIC TAGS: meteorologic instrument, meteorologic o"b rvatiom, error measureftntp,
error correction, inertial equipment
ABSTRACT: The author analyzes the problem of accuracy of reullngs ~of an inertial
device which characterizes the instant and averaged values oT the m*asured maA.,nitVide.
The effect of inertia on the correlative functions obtained bil, an watp-erimental methlod
.is evaluated. Orig. art. has: 52 forumlas and 2 tables. (8-ased on author'o
abstract].
SUB CODE: 04/ SUBM DATE: none/ ORIG REF: 005/ OTH REP., 001/
-Card

1 1, 1 1 j:, r
I fl j,i ,l - ;-;- , t..' ati. - :,. 'r:-,'Y GC' I '~ 1 -1 'V) "o
.4 ; ~lp , -
( I LAI 1. ~ 18 )

L 14217-66 EwT(1) w
ACC NR: AT6004197 SOUPCE CODE: (JR/2 01/6 5/OOD/1711/01.4 0/0114
AUTHOR: Kagan, R. L.
ORG: Main Geophysical ObservatorLL to atori-
(Glavnaya Si
izieliel kaya obt. irv
ya)
4q,
TITLE: Calculation of tbvimol
lMxqs in the cl-ptidles-.t., atmosphere
_rAdjalLoIL f
SOURCE: Leningrad. Glavnaya.geofizicheskaya observatoriyai~ rruajf, no. 174, 1965
Metodika meteorologicheskikh nablyudeniy i obrabotki (Yatlields of~ mateorologica-1 fob-
servation and processing observation data), 158-174
TOPIC TAGS: radiation intensity, heat radiation, ozone, Wimsphimic radiatlon
q
ABSTRACT: The author considers various proble-,ms involved In usitig computeVa fot
calculating thermal radiation fluxes. It is found that XbjjdVat1j1v-Nii1isk tranEimis-
sion functions give results practically identical to thase'of Sl!iikhkter fund'tiolds in
calculating flows of ascending themal radiation in the cloidleop atmospheve without
consideration to the presence of ozone. Accounting for tho' albedia of the ~~derlylng
surface for thermal radiation introduces Blight correctionm into: the calcul.~tio~s
Card V2

L U217.&
ACC IIR: AT6004197
.which may be disregarded as a rule. Outgoing radiation flini iat tlic boundary ~af ~he
atmosphere may be identified with the flow of asconding rad liat Lori' at. the 10Q mb lev-
el within the limits of computational error. fn calculatiliji the iiscenang, vidia-'
tion, data on standard isobaric surfaces may be used. When ~calctillcrting &84;anding
and effective radiation, it is necessary to use data from porticti.1ar sounding pa-"nts.
Random errors of 20-30% in determining the humidity at high,, leveip introducit! 'Comp-ar-
atively low errors into the results of tho calculation. Thil reli*Ive humidity or
downward dew point deficit may be extrapolated when there aive no iMita an th,i,- taimj.di-
ty for these levels. The accuracy of flux calculations usiillig thl~ proposed iiatho~[ is
comparatively low (relative errors of up to 5% are allowablil!). t1hill calculati.6na,may
be made more accurate by taking account of the pmsence oil itiacne !arld the ground I.ev-
el temperature discontin-eity.' Orig. art. has: I figure, 8~tabldsj, 23 forrilAas.
SUB CODE: OB/ SUBM DATE: 00/ ORIG IMF: 003/ OTH REN ~105
Card 2/2 .. . ... ....

KAGAIJ R. L.
of dr~tr.rininirg thi nrivi ar~--crdlrjrf, to ttala of pol,,nr,
Trudy G';O n-,,! 5.-!*;7--i~'~. 1~r,
(MIRA. 1W)
1. Gl,,.t-vndia in. A.I.Vayeftova,
Lanipgrad,

t ,T -. '7 5 S - t) _7
-AzC-7qV-
AT6029354 SOURCE CODBi UR/?53lA6/OcA)A91/C,035/d0h6
AUTHOR: Guahchinap M. V.; Kagan, R.-L. ~17
ORG: none
TITLE: Statistical structure of a ecipitation field
;SOURCE: Leningrad. Glavnaya geofizichoskM observgt Trudyi, no. 191, 1966.
iPrimeneniye statisticheskikh metodov v meteorologii (The application of statistical
6thods in meteorology)) 35-46
(fOPIC TAGS: practical meteorology, rain,, diurnal variation., otatistic analysisj
Icorrelation statistics, error statistics., mean square error
IABSTRACT: Tho statistical structure of the rainfall field in north-central regions of
~the SSSR is analysed and the data is used for evaluating the accuracy of rainfall
:estimates avbraged over a given area* Correlation functions wore calculated for the
;amount of precipitation over short periods of time at two points under three variantsr'-1:
1for days of simultaneous precipitation at both stations, days ithen there was rain at
!only one station, and regardless of the presence or absence of rain at either station*
;The precipitation field has a well defined statistical structure and correlation
ibetween the amount of rain at different stations extends for considerable distancess
IThe territory and especially the topography of the region very significantly affects
Card 1/2

L 01867-67,
ACC N1, S
AT6029361 1253,1661ooOA911012210132
AUTHOR: Kagan, R. L.
01,10: none
\rK
TITLE: Reduction of motoordlogigpl elements over an area
,SOURCE: Leningrad. Glavnaya geofizichaskayA oboorntgriyao Trudyp no. 191., 1966.
~Primeneniye statisticheskikh metodov v meteorologii (The application of statistical
.~nethods in meteorology), 122-132
PIC TAGS: meteorologyo weather forecasting., weather station, stom,, atmospheric
vement., wind velocity., rain, statistic analysisj correlation statistics., probability,!
ast square method
STRACT: The author had concluded earlier that in problems of reducing meteorologi I
ca
ements values of measurements at the center of an area could be replaced by values
-eraged over the area. The present work discusses the correlation between values of
meteorological element at a point and averaged over an area and the greater ac=,acy it
tainable by exchanging the latter not with measurements at the central point but vithL
ta obtained by some method of averaging, considering the statistical behavior of the
ement. The method of least squares is proposed for correcting data at individual
ints. The regression equation is examined: f I (f r, where f 11, is
5 0 0 (r,5
ord - 1/3

1 ACC NR1 AT6029361
Ithe
avbrage value of the element f over an area S, IT + C are the mean square
'deviations of the averaged and the point values, and P is tRe correlation coefficient
I
ibetweon the point and averaged values. Errors obtained by using th13 regression
equation are significantly smaller than when using data for the point at the center of
the square. For occasions where To ~ ?,, such as rainfall ocemrring over on17 a part
of the area, the probability of simultaneous precipitation at different points is
calculated and the proportional value for precipitation is assigned to the central
points The specific reduction coefficient p can be deterodned by integrating
2 2
P v(lV-x2+y2 )dxdy.- (23)
2 T
if the relationship between the distance 1 and the probability v(w1-th coordinates x,y)
of precipitation at a certain point is known. Examination of earlier data showed p
depends on the 2area but is essentially Independent of the shape of the area. For areas,
over 10.,000 km I p - < 0.8; for 1000 la~l area p, 91 i.e.p on days when it is rainingl
at the station the rainfall depth over the 1000 Weis only about 90% of that at the
station. There is comparatively little difference in the duration and recurrence
characteristics at individual points and over the territory for local phenomena such as
radiation fogs and frosts. But the probabilities of advectiva phenonena, such as rain
and thunderstorms# change rapidly* Models styllzing data of the phenomenon were used L

L 0186.7-67-
ACC NRs
AT6029361
'in order to readily establish aquantitative relationship between probability
icharactoristics of the phenomenon at an individual point and over an area# A simple
,Model with a minimum number of parameters was constructed to simulate thunderstorms.
IVormulas were developed for approximating the average duration of the storm at a given
point and over a given territoryp and for determining the number of stormy days over
~the territory, Assuming wind velocity of 36 km/hr the average duration t . in hourej
of the storm in a territory of r kilometers radius is approximately tr - to + 0.035r.
The developed equations are not applicable to largo torritorien and do not provide for
differences between frontal and air mass storms. However.. the data obtained Alom. these
calculations compared favorably with empirical calculations described in A* No
ebedev's works* It is concluded that formulas of this type can be used to approxLmate
the probability characteristics of advective type phenomena. Origo art. hast 33
equations, 2 figures and 2 tables@
COM 04,v 12/ SUEM DATEs none/ MIG REN 005
Card 3/3,t.Y-(--

III I It 119 N 11111 li.,I 111; 1111111 a in I ~ I~ I
L 079,03-6,1 G,
ACC N"' AT6029352
SOUICS7 CODE: UR/2531/66/0G0/19l/0018/GCJ2"
_Ga.-din,_L. S.; Kagan, R. L.
ORG: none
T.-'LL'-: Approximation for characteristics of a statistical structuro
SOURGE.- Leningrad. Glavnaya geofizichoskaya observatcriya. 'Trudy, no. l91.. 1966,
T'r
:1 -'eneniye ta'is'icheakikh matodov v metoorologii (The application of statistical
Mathods in matoorology), 18-21
TOKC TAGS: meteorology, statistic analysis, interpolation, correlation function
A 3 ZAIACT: Statistical characteriz;tics such as correlation ;.nd structural functions
are iT-.,-,)O-,tint :Ln the theory of rando-a functions as applied to
ine parareers of these characteristics are determined by tha statistical tr6atment, of
t an
experimental material. The authors doinionst-Aate, for a one-dimensional case ho~
polation for a -meteorolojical elo-mant can be mwade by uz:Lng measurements of Vais
clement at equidistant points. The opti,=1 interpolation sugCest.,d by Gandin is used,
or s al
b_nsad on t"a mathod of least, squares. It is also sho,= that ' he data , tatistic
5tructure can be used for find4n" the formulas of optimal in-vtoggration; howavar, the
construction of the correlation functions requires more detailed information than
needed for t7he solution of a concrete Problem. Ori.,r. art. has: 13 equations.
SUB COD-: 04: 12/ SUBX DATE: none/ ORIG REF: 002
--,A 'I h ,I ,

L 0769 b.,67
ACC NRt AT6029360
functions. Tabulations are given of the values of correlation fuctilon3 for exponential,
structures, of the relationship between correlation functions of averaged and Point
values
,, of normalizod correlation functions of point and averaged values and of
normalized cross-correlation functions of averaged nzirl point valuesp of factors
calculated for various structural parameters, and of deviat,4 on and Carl-elation of
.averaged values for various structural parameters, By using, these tables the
trans.-Ition from point value functions to correlation functionu of averaged values may
be readily accomplished. This is illustrated by examples basiDd on previously
p-Xb1ished data wherein comparisons of spatial correlation flLictions of total rainfall
at individual point3 and averaged over a given area, or of the time correlation
functions of rainfall per unit time and averaged over a longer period,, are graphically
presented. The tabular data presented may be used in evaluatir.2', other aspects of
statistical structures Orig. art. has: 17 tables, 5 figures and 57 equations.
,sn com o4, 12/ SUBM DATE: none/ ORIG REF: GOV OTH REF: 001
i Card 2/2

T f
ACC NP.
AT6529358
AUTHOR Ka an, R. L.
ORG: none
TI-ILE: Optimal formulas for numerical integTation of random functions of a sr)Ocial
kind
'30b-RCE: Lening-rad. Glavnaya gcofizi heskaya observatoriya. Trudy, no. 191, 1966.
- - L. . c
Frimeneniye sta,.is'vicheskikh matodov v mateorologii (The application of statistical
Tmethods in meteorology), 77-85
TTOPIC TAGS: correlation function, least square method, -wind, atowspheric turbulence
I
iABSTRACT: The authors obtained formulas for num crical inte'-~,vzition:; of stationary
!random ftlactions with a linearly docreaoing correlation functf.;on. The formulls arel
I I
optimal in the sense of the method of least squares. The case of exponential
correlation function was treated by Candin, L. S., Soloveychik, Ro Zo (Zap.
-Loningradskogo gornogo instituta, t. 43, vYP- 3, 19611)o The case of a linearly
t,
!docreasing correlation function is of practical importance, for in1vtance, at large-,
I
ianiplitude wind fluotuations for distances of about 1000 1w. Cwig. art. has: 2 tables
,and 35 equations.
~SUB CODE: 04, 12/ SUIN, DAM none/ ORIG REF: 002
SOURGE GODE: UR/2531/!;6/boo/i9iAO77/bo6"
1 r^,,j I A 44--'

Of
tlw
M*a we lwateA lu the following saMis (Vw,.-
eaa&lve copwlt;y of sodium oleate lelng usW-
ak~ linity) tCUates Rat Xt' At Ce It
2&t 5.0. '80innitted 2 Oot 4-7.-

SHIRNOVp A,; SILKIN, A. (Zhdanov); SHCMBAKOV, G.I._.KAGAN, S.; KOZWV, P.
(g.Rovno) .... ...
Readers relate, advise and criticize. Sov. profsoiusy 18 no.16t
34-35 Ag 162. (MIRA 15:8)
1. Chelyabinskiy metall4gicheskiy zavod (for Smirnov).
2. Sotrudnik Kostromokoy oblastnoy gaxety "Knanyy Sever", g.
Vologda (for Shcherbakov). 3. Zaveduyunhehiy yuridicheakoy
konsul'tataiyey Kostromakogo oblastnogo sovsts professionaltnykh
soyusov, g. Vologda (for Kagan). 4. Noshtatnyy korroppondent
shurnala "Sovetskiye profsoyusym (for Kozlov).
(Vologda Province.-Employees, Dismissal of)
(Rovno Province-Blodd donors)
(Chelyabinsk-Steel industry-Tachnological Innovations)

KAGAN, S., inzh.
Testing a sealing paste. Mor. flot 25 no.11:30-31 N 165.
(MIRA 18:11)

r: 1'. r.-I 2f
.-C3 'TI J 1,; 1'-. 1
3 a V

Id
1: ~

KAGAN, S.A., kand. med. naak
Rcperience In the study of the ultraMe struoft?e of human
spermatozoa in oligovoospemia and necrospermis., tlrologila
28 no.504-38 S-0163 OURA 1!7 ZO
1. 1% urologicheskoy kliniki ( zav. - prof. H.11* Zhukova) Go-
sudarstvermogo ordena Lenina ins-tituta usovershenstwoveniya
vrachey imeni Kirova.

KAGAN, S. A.
Antitoxic liver fimction in surgical renal disoanes. Vast.
khir. Grekova, Leningr. 71 no.4:8-11 1951 (OLML 21:1)
1. Of the Department of Urolog7 (Read - I. N. Shapiro).
Leningrad Order of Lenin Institute for the Advamced Training
of Physicians imeni S. M. Kirov.

11 IF. I 111~ I t I P I :F IN ~fi Mill PIIIIJ111111 I PI'dPIP Nrflp I volwl I, In I V I I I I I* Ail M. Hl Vill: I
KAGM.,p S.A., kand.rod.nauk
Uretarolryoloplasty of a single pyonophrotic kidney. Vwqt.khir.
no.6:112-113 161. OURA 15:1)
le 17. kliniki voyenno-morakay khirurgii (nach. - prar. A.A.
Bochtrov) Voyenno-neditsinakoy ordena Leninn akiWomii imani
Kirova i bollnitBy in. Uritakogo ( I vracb - D.A. Shushkov).
(KIDIMYS.-DISEASES) %DNIE~SURGERY)
(URETEM-SURGERY)

'1]D/WWV%
T
AP6006725 SOME CODE: lfillbmA 11/0-07W
AUTHCH: -TasinskVa, Go A. 1411
7
ORG.- none
TITLE: Now refracbory materials for boiling zinc
SOURCE: Lakokrasochnyye materialy i ikh primeneniye, no. 1, 1966, 73-79:
TOPIC TAGS; refractory compound, corrosion resistance,, zinc, metal phoadaaL~_
metal grain structure,, protective coating A
AWTRACT: Corrosion resistancek"to boilipg zinc and-zinc vapors of nuowcow-;
jjgh-t~Mp~rature refractor materialsl2was tested-under laboratory
and working conditions because of the failure of presently used xnate
'to withstand the sustained action of molten zinc at~boiling temperatum
'This problem ar,,)se, Lor Instance, in conreying,,~A_~Lu d t I
I me a
where thermocaiples, pipings, and electromagnetic pmum 0. have to be
made of corrosion -resistant materials or coated with such materia",
if they are to withstand continuous and prolonged use in contact with
liquid metal at high temperature. The tests described in this article
were conducted jointly by the Institute of the Scienmq;. MWd4x* _A~_
MSSR, and the lAoinuad 9-h.-
UDC: 667.613

precisely develops new refractory materials which would meet the above
requirements.
Samples formed into crucibles or cylinders were first submitted to
the action of molten zinc under laboratory conditions, andthen. to boiling
zinc, contained in a muffle, for periods up to 12.5 days. The corrosion
resistance of the samples was evaluated from visual and micrographic
observations and changes in weight and dimensions. Some of the data
are summarized in Table L
The m~,qro-strVcturq_fnd properties o!,Ahe boride (TIB2, ZrB2.
CrB 2, and W BS). _i2~ N 'ZrN, an5l'AIN),, Si3N4+SiC,
jthe nitride (Ti__o
BNC, and Si3N4 + BN samples did not change after Ney were exposed to
the action of boiling zinc, Formation of a dense,, zinc -impregnated
titanium* oxide crust on the TiB2 sample protected it from further corro-
sion by oxygen present in the muffle atmosphere. The most corrosion-
resistant carbide, fitanium carbide, displayed a change in struchire
and decrease in mic.!ohardness.
Refractory compounds of the nonmetallic type, AIN, BN, SIjNt(sicj,
Si N 4 + SiC alloy, S13N4 + BN alloy, and BNC were singlp-d out for
3
practical applications as highly corrosion-resistant to aild barely wettable
Card 2/1,

>

able 2. Experimental data of the C)
n,R
refractory samples In b;iling
int at 9400C Z "0

Residence position specific
Visual C)%
Sample time in dm, th
It
I corvair. e
v
tio
b e rr
s
r
a
n
n
cm o
hr

Titanium On the Insignificant
boride 240 surface *0.02 slag adherence
Zirconium Slag adherence
borlde 180 #0.15 padi=W &bast
Chromium
borlde 120 +0.006
Tuagaten c3a4n surfbw, no
borlde 168 Immersed -0.014 slag adherence
Utsal,ua On the Unchang"
c4rbide IM surface -O.Ok2 externally
Zirconium 14w* Semple.
Carbide 220 -3.8 lost strength
Ckiradvis ft%le diamohied
castide 24 in the malt
"bdenum Donsiderable
Caftids 168 +0.14 slag sticking'
Tungsten axIde
Ibl
carbide 1414 Immersed -0.015 "

Molybdenum on us - savOk vwraaw
IlIeI11* 204 surface instable
Tj:
salon Iftaignifican-t
attride he #0.02 vzlkce aMation
A114com On the 81cmifican
Nitride 20T& lFurrabe +G.= slag
Silicon Thin cinder-
300 *0.041 like layer
Box to visible
Cattlatwo 2014 -0453 change
Boron 91-dAcort over-
C&AW&Aam 204 -0.026 zinc
dei UI& s
,
qw
able)
264 .0.008
a
Q>

L 42069-66
ACC t4R. AP65667-2-5
by molten zinc at boiling temperature. Moreover, these materials can
easily be profiled into a -given--sbape mith the, help ot-wetal"Cuttilkif "Ols
and are cheaper than the refractory compounds of the metallic type
(compounds of the IV-VI group transition metals).
1'* Boron carbonitride, silicon carbonitride, and AIN refractcwy
I CrB2, W2B5, TIN,
'materials of the nonmetallic type, TiB2, ZrB2,
trN. and~conditional on an increase in thermal stability, MoSil mater-
Ws of the metallic type may be recommended for use in contact with
e
molten and boiling. zinc. In view of the relatively high price of -th
metiMc-type refractory compounds, their iise as protective coatings)
was indicated; they may be conveniently sprayed on ceram.1c or tallic
As by meam of plasma guns. Orig. &A - h'as-. 1 table. [FSBI
produd v. 2, noo
sUB C~I*j~ 11 SUBM DATE: none OTH RU 001
Fig
4A af

KAGAN. S,G.
WeAr resistance of D16.5/20--l diesals. Energ.biul.ne-7:1-4 JI 156.
(Diesel engines) (MLRA 9;10)

KAGAN S.G.
Modernization of *Pionarg diasels. Inerg. blul. nool:t.-24-28 N 156.
(Diesel engines) (MIA& 9:12)

AID P - 2367
Subject USSR/Engineering
Card 1/1 Pu b. 28 - 1/13
Author Kagan, S.
Title Operation of the 2d - 16-5/20-1 engine with water-
cooling loop system
Periodical Energ. Byul 6, 1-3, Je 1955
Abstract In order to make it possible to operate the 2D -
16.5/20-1 diesel (50 HP and 750 rPm) in arid reg:'ons,
i.e. with a closed circulating water system, the
~-80 tractor radiator and fan'driiien by'the
KDM - 46 motor were utilized with success.
A sketch of the Installation, a diagran of engine
performance, and two tables with pertinent data are
attached.
Institution: None
Submitted: No date

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PHASE I BOOK EXPLO=ATION 215
Pakidov, 15etr Aleksandrovich
Novaya metodika rascheta tekhnolog:ichesklkh razmerov I dopuskov pri mekhanl-
cheskoy obrabotke detaley (New Yethod of CalcuDding Tachnological Prr>.,ass
Dimensions and Tolerances in Machining Parts) Ymcow, DULShgIz, 1956. 42 P.
(Obwen tekhnieheskim. opytom) 6,500 copies printed.
Reviewers: Zaretsk:Ly, A. R., lhgineer, and Kagan, S. L., Rugiuer, Tech. Ed.:
Dagina, N. A*; Ed.-of the Vralo-Siberian r thgiz: Smntavov, X. I.
PURPOSE: The booklet Is Intended for eng1maring and techalcal personnel.
COVKRAM: The booklet describes the basic properties of 4imnsion ebalms emd.
methods for chain solutions, characteristic features of a1loltances and tol-
erances b6tween successive machining operations. A method lo g1m for cal-
culating technological dimensions and tolerancet1nvolved in nachining parts.
A nev method of calculating process dimensions measured from reference planes
subject to further machining In presented and a new method of studying cmiplex
dimension chains having practical applications in plants is given.
Card 113

New Method of Calculating (Coat.)
21,-)
Ptabl-ImtIon of the booklet was xecem"ended by the Owk Nlkzhime Building
Institute and the Ural Branch of the Scientific and NcWc~al Society of
Machine ladustry, There are 6 Soviet references.
TAM OF
C
Foreword 3
Dimension Chadne 5
Basid definitions 5
Structure of dimension chain 6
Solution of dimension chains 9
Operating onchs-In 14
Order of calculations In s4ving dimnslon chains 15
interoperatimmi (Process) Allowances and Tolerances 16
Basle definitions 16
Interrelationship between interoperational. allowamees, toler"mes,
and'dimensions 17
Methods of determining interoperational allowances 19
Card 2/3

89822
s/lio/61/000/002/009/009
9141000 (10'VW,0t?,1067) E194/E455
AUTHORS: Lavrinovich. L.L., Candidate of Technical Sciences,
Barsukov, I.A., Engineer and Kagan, S.M., Engineer
TITLE: Increasing the Accuracy of Measiire '0"".r tertain
Parameters of Electrical Machines
PERIODICAL: Vestnik elelitropromyshlennosti, 1961, No.2, pp.64-75
TEXT: There are numerous types of instrument for the
measurement of the frequency, rotational speed and slip of
electrical machines but their range of measurement is very
restricted and they are not very accurate, For greater accuracy
of measurement it is necessary to develop counter-type instruments
which give a direct reading of the values to be meamsiured. With
counter-type instruments, the accuracy of measurement of such
magnitudes as frequency or speed is much higher. However, until
recently, although methods existed, there were in fact no
Instruments suitable for measurements at sonic frequency and high
speeds, With the development of Soviet decatron lamps which can
be used to count in the decimal system, it has become possible to
make a fairly simple instrument for general use for the
measurement of speed, frequency and slip. The use of decatrons
Card 1/5

89832
S/110/61/000/002/009/009
Increasing the Accuracy ... E1911/E'155
sets no limits on the range of values to be measitred. The
simplicity decatron circuitry and tile fact that direct readings; are
obtained in the decinial sy.4tem is advantageous ill tile Aonic and
infra-sonic frequency ranges, An instrument has been developed for
the measurement of sonic frequency, speed arid slip of electric
motors which can handle frequencies up to 20000 cycles, speeds up
to 1200000 rpm in three ranges, and slip in a number of' ranges up
to 0.000001%. In principle, the instrument consists of a photo-
electronic signalling device and a decatron co4nter, with an
appropriate supply source, The photo-clectronic signalling device
converts light signals into voltage impulses which are ineasured by
the counter. The principal components of the counter are the
special gas-filled decatron lamps which count impulses in tile
decimal system, The decatrons are described, along with their
control circuit. They fulfil the role of a counting and memory
device, The decatron counter is the fundamental part of the
instrument; it consists of a counting-cliain and a time-chain, a n
electronic switch and quartz oscillators of 10000 and 16666.6 c/s,
The counting-chain comprises 6 decatrons which shine immediately
opposite numbers on the front panel, The counting-chain is
Card 2/5

89812
S/110/61/000/002/009/009
Increasing the Accuracy E194/E455
controlled by a rectangular switching impulse of positive polarity
received from the electronic switch, In the abmence of a
commutating impulse, the counting-chain blocks and input signals
received from the former do not affect the countot,, The time-
chain is identical with the counting-chain and im provided to
increase the period of repetition of time signal4i. The signals
applied to the time-chain are: from the quartz generators of
16666.6 c/s, for measuring speed; from the supply circuit of the
induction motor, for measuring slip; from the quartz generator of
10000 cls, for measuring frequency, The electrical part of the
photo-electronic signalling device consists of the following
componentsl an incandescent lamp; a photo-electronic convertor
based on a photo-electronic multiplier type 13y--31 (FEU-31)i an
amplifier based on triode type 6HZr7 (6N2P), A ray of light from
the lamp passes through an optical system on the rotating object
and the reflected beam is picked up by the cathode cf the photo-
electronic multiplier, which has eight emitters, At the moment of
reflection of the light beam, a negative impulse is formed in the
anode load of the photo-convertor and is applied to the amplifier
triode, Under static conditions in the absence of an impulse
Card 3/5

Increasing the Accuracy ...
89832
S/110/61/04)0/002/009/009
U194/E455
this triode is quiescent, The instrument as a whole consists of
two units, the photo-electronic signalling device and the decmtri)n
counter,._ The power supply is fitted below the decatron counter;
the electronic switch, quartz generators and other equipment are in
Lhe upper part, The instrument is simple to time, The accuracy of
the instrument proper depends on the accuracy of adjustment or itts
parts and in particular on the adjustment of the quartz oscillators,
The inherent error of the instrument is analysed and ts shown to be
the same as the frequency error of the quartz generator.
Consequently, the inherent errors of the instrument when measuring
frequency and speed are + 0,01%; When measuring slip the inherent
error of the instrument 'is zero, as the source of time -signals is
not the quartz generator but the motor supply circuit at the time
Of measurement. As the counting method can only count whole
numbers of impulses, errors can arise through failure to register
fractions of a period, This error is analysed for two casen~
when it is positive and too many impulses are counted and when it is
negative and too few are counted, The method of calculating the
total error in particular cases is explained anti two numerical
Card 4/5

IAVRINOVICH.9 L.L., kand.tekhn.nauk; BARSUKOVp IsAsp iKIZII*; KMA11', S.M., inxh.
Increase in the precision of the measurements of certain parameters
of electric machl ry. Vest.elektropram. 32 no.2t64-75 F 161.
(14IRA 15:5)
(Electric machinex7) (Mectric measurements)

Ztudics in the Field of FomoloTics of the Cr..mphor .-roup. XIV. Cn rome 'low Ley.j-,jA41VCB
of a-Isocar--phynylcre and on I ts tvro ncarcst homol. by N; r-,otkin and S. S.
LKa.ran (p. F~O)
SO: Journalof Gent-ra-I Ch~-mj.n (Zhurnal Cbrhchcl. KhAmJl) Vc,,Tumc 1i--, 12k,
LU
C'6W
UUU4. ahxE~

MAN, S. S.
Bonus system for engineering and technical personnel In plants of
the chemical industry. Xhim.prom. no.2;97-98 Mr 136. (KLRA 9:8)
(Chemical industries) (Bonus system)

SEC-AL. A.Ya.j KAGAII, S.S., red.; SIIPAK, Ye.G., tekkin. redo
[Ha.ndling of nitro and amino compounds] P=iatka po obra-
ahcheniiu a nitro i aminoproduktami. Moskvao Govkhimizdat,
1961. 19 P. (MIR-A 15W
(Nitro compounds) (Amino compounds)
(CbM4 &Is--S&fety measures)

DOBKIN, V.M.; KAGMT, S.Sq K.K.
Automation of batch manufacturing procenses in the chemical induatry.
Zhur.VKHO 6 no*5:559-563 16L (WRA 14:10)
(Chemical industries) (Automatic control)

Ka,.;an, S.S. "A complex o~' the .;ctLl#,,mr:nt of a rv.,jon, und Ilik! llmj.-.,-v-,erri(nt. of'
conditions", (the or:_,anlzation and pro.ram of op.-ra'.ions of Uiv Kiev Inst-i::,te),
Vracheb. delo, 1949, :;o. 1, para,Yai)ils 73-76.
SO: U-30142), 11 Narc,'-l 53, (Letopis InyMi Statey, No. 9,

NAGAN, S. S.
?A 48/49T59
mw wA'
got.;. A*
Medicine Social B$glene
Meory of the Soviet Health Program," S. S.
EWn, Prof.. Kiev, 4 pp
"Sov Zdravookbran" No 2
Disagrees vith various parts of Prof.Batklol
article. Questions Batkis' statement that
social bygiene should be re-established as a
separate subject for etudT. Criticizes Betkis
statements on sanitation statifftice and on
narging of social byglene services with taber-
cqloaio and venereal disease. services

K Aoki 1 5. 6.
-657~
VeksamLrovich emashko, E-7c liiin/ Yat clbnrjtb (18-1,4-
Ilikolay erillvy FuLb' D/-2
1949) vrachlob 101o, 10,49, No. 9, STB ")9-441 6, Foltr,

KAGAN, S. S.
USSR/Me%P-4-ne-Diagnosis, Quality JanlFeb 50
Hoopitalas Children's
"Quality of Diagnostic Procedures in the Unified Children's Therapeutic
Prophylactic Institutions," N. N. Sachuk, Chair of Orgn of Pub Health, Kiev
Order of Labor Red Banner Mad Inst imieni Acad A. A. Bogomollte
*Pediatriya* No 1. pp 50-55
Tabulates and discusses data on results of consolidation of childron's consulta-
tions and p6lyclinics with children's departments and hospitals in Kiev. QLality
of diagnosis has strongly improved. In the age group up to four quality is better
than for group from four to 14. Chief, Chair of Orgn of Pub Health: Prof S. S.
Kagan.
PA 163T33

PTUKKA, M.V.. professor: XAOAN, S.S., doktor meditoinskM rA44, professor,
Over-all morbidity regiRtration method of the MiAstry of
Public Health of the U.S.S.R. Sov.sdray. 14 no.5:27-32 S-0 155.
(MIJU M12)
1. Dayetvitel'My chlen AN QVSR,
saslushenr" dayatell neuki USSR
(VITAL STATISTIOSO
morbidity registration
in Russia)
chleif-korrespokident AN SSR,
(for Ptukha)
system of ministry.of bealth

XAGAN, B.S., professor (Kiyev)
?asks of sanitary and epidemic control stations In the control of
tuberculosis, Gig* i sane 21 no* 9:51-54 5 156~ (Mija 9:10)
1. Is Kiyevskogo oblastnogo otdoleniya Toesoyasnogo nauchnogo
obahchastva gigiyanistov.
(TUB]IRCULOSIS, pray. and control
in Russia, tanks of sanitary & spidemlol. stations)

YCAGAN, B.S., prof. (Kiyev)
`~~I;igllns of Soviet sanitAry orgnnizntion in the UkrAlte- motme
features of its develooment. Gig. i san. 22 no.12:16-43 D '57
(SANITATION (MIRA 11:1)
in Russia, develon. & organiz. (Rue)

11 '1 V I I I A q; 7!
prof. (Kiyev)
Petr Xvnnovich lurkin, the founder of Ruestan public health
statistics. Vrachdelo to.91969-991 S158 (MM 11:10)
(MMICAL STATISTICS)
( .1 E, PETR IVAROVICH, 1856-1934)

KAGAN 0 B.S. prof
Aleksandr Vasillevich Gliko,- one of the oldest Soriet sanitarjr
plWaiciana. Gig. t san. 23 no.4:85 Ap 158. (HtRA 11-6)
(OLIKO, ALIMSAER VASILINVICH, 1874-1956)

*1 v; , 1 ` ,z .~z .
I , -. ,
"Pro'bl,ms of stu,-Iy of nonulation irorlcd lity."
?.~ir.-ort itu th-:~ 13th '~Jl-Unlon I- or,~roq3s of
1. nildmioloj:As an-, Infectionists. 1959

BRUSHLINSKAYAp L.A.; MAZURv M.M., dotsent; RODOV, Ya.l., doteent;
KAGANy S.S.v prof,
"Critique of bourgeois theory and policy on population" by
B.IA. Smulevich. Reviewed by L.A. Brushlinskaia and others.
Sovo zdrav, 39 no,7:83-85 160. WIRA 13: 8)
(POPULATION) (SMULEVICH9 B.IA.)

KAGAN, S.S.p prof. (Kiyev)
,
'I., - ,- "
Modern meaning of the terms "morbidityk:and "diathemis"..
Sovadrav. 19 no.10154-58 160, (KIRA 1411)
(MEDICINFTEMINOWGY)

KAGAN
!i?
NCritique of bourgeois population theories and policy" by B.IA,
Smulevich. S.S, Kagan. Gig. i san. 25 no. 5:111-115 MY 160.
(KIIU 13: 10)
(MIOGRAPHY) (SMULEVICHp B,IA,)

KALYUZHNYYO D.N., prof.;_KAGAN, S.S., prof.
Exhibition which has gone dcim in the history of hygiene and
public health; on the 50th anniversary of tho Dreadon
International Hygiene Exhibition. Vrach. delo no.5:125-128
My 1629 (MIRA 15:6)
1. Chlen-korrespondent AMN SSSR (for Wyuzbnyy),
(PUBLIC HEALTH-EXHIBITIONS)

1. 11-111111111
j'!j't�n, 111 1 -L 141

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131AWSBYARG, P.I., Irandidat teMh-nicl:no;~ikh nauk; KAOAN, S.Ya.. iM71~ener.
Induction motor Pitr, i-Diiase and short-CIrcuited vindings rn tzla
rotor. Vest.slektroprom. 27 ao.^i;27-31 5 156. (M'.IAR.A 1(1:9)
1. Moskovskiy -inzhonerao-stroitelIrkyy Institut imeni V.V,KUybFzhG--a
(for Krptyeberor.). 2. Kharlkcmakiy elaktratelthnuichenkly zeyod (for
Yam).
(Electric motors, Induotion)

SOVI 112-58-1-570
Translation from: Referativnyy zhurnal, Elekirotekhnika, 1958, Dix 1, p 84 (USSR)
AUTHOR: Maleva-iyy, A. I., Kagan, S. Ya., and Mayzlish, Ye. Ya.
TITLE: Electrical Equipment 0~ffimersfbtE-Plamps for Artesian Wells
(Elektrooborudovaniye pogruzhnykh elektronasosov d.111a axtezianskikh skvazhin)
PERIODICAL: V sb.: Raboty M-va elektrotekhn. prom-4iti SSSR po mekhuniz. i
avtomatiz. nar. kh-va, Moscow, 1956, pp 38-40
ABSTRACT: The Khar'kov plant KhEMZ manufactures immersible MAPZ electric
motors Z, 5, 12, 35, and 60 kw, 380 v, for driving Immersible pumps intended
for artesian wells with pure water (without mechanical or aggressive chemical
impurities) with a temperature up to 200 C. Motor cooling and bearing lubrica-
tion is effected by the water being pumped. Stator winding has vinyl insulation
and is not sealed. Motor journals are of stainless steel pr-essed over the motor
shaft; bearing bushings are made of textolite. A control station and PVVP
cable are furnished with the motor. The control stationst for 35-- and 60-kw
motors have a provision for connecting a float relay for automatic pumping.
AVAILABLE: Library of Congress
Card I / 1 1. Pumps--Control systems 2. Electric

KAGAN, S.Ya. (4talinskaya oblast')
Formllae of the roots of quadratic equations* Wto v shkole
no* 3t61-62 HX-je 161. (MIRA 1435)
(Equations, Quadratic)

YE.
U-.]
:-,0- 72-7~-
-C
Translations "Case of Dislodgement of a Foreign Body in the Upper Part
of the Esophagus of a Ton-Month Old Infant."
Honored Dr. RSFSR, Cand. Med. Sai,
Otorhinolaryngological Unit, 6th Gorlkiy Polyclinic

KAGAN, S. Z.
PLANOVSKIY, A. N. and KAGAN, S. Z.
"Continuous 5ulfonation of Denzene,41 Al N. Planoyskly amd S. Z. Kagan, Promyshlennost
Oiganicheskoy Khimii (USSR) 7: 2964304, 1930.
Since we are not experts on the subject of sulfonation, it is difficult to
evaluate the article. It contains a far more extensive theoretical study of
the problem than any other found so far. Apparently the authors are acquointod
only with the pilot plant operations and are fairly new to the field. The article
makes no pretense to show knowledge of actual plant operations.
Ix
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Chloride min (U. dibitityl plilbolate 22 and emkitt 14%
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phthaUte 50. too 40 parts by wt. and Ca Mew -
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very scrykTable in chem. industrial &M. G&Aets vW age
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: &$
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KASATKIII, A.G.; KLGAN, S.Z., redadtor; POGUDKIII, P.V., tm)dmicheskiy- re-
daktor.
(Basic processes and apparatus in chemical sngln9mAng)O3novrqe pro-
tsessy i apparaty khimicheakoi tekhnologit. lzcl. 4-oe, perer. Mo-
sk-vA. Gos. nauchno-tekhn. isd-vo khlmichaskoi lit-ry. 1948. 916 p.
(Ghemical anj4,nenring) (MLRA 8:7)

ix-ikN, 3. L.
OrEanic h2-,,rn Tom,,-.erature thermoconauctarz-, ari ti-,,jir ujo in inciussixy ios-
nouchro-tokhn. Jzd-vo lit-ry, IS~51. 171 1), ~ ~r I -~', I )
qD51 i - &-)-5

A
KASATKIN, A.G., professor. doktor takhnichaskikh natk, re(Laktor; UMMIOT,
V.A.. radaktor; IMAROT. V.T., rodaktor; KAGAS, S.Z., redaktar;
LIMOY11, H.S., tekhnichaskiy rodaktor
[Processes and apparatus used in chemical tochmology3 Protessay I
apparaty khimichookol takhnologit; oboralk rOot. Pod red, A.0.
Itasatkina. Hooky&, Goo, nauchno-tekhn. tzd-vo khImichookol lit-ry,
1953. 115 p. [Microfilm] (MIaA 7:10)
1. Russia (1923- UIS.Sala) HInIsteretwo kh-LmIchookoy promyshlon-
nosti.
(Chemistry. Technical)

f-- , L41 i /77 A, j7 1-1
I Y IL E;- iv
FLOOVSKIT, Aleksandr Ifikolayevich; RAUH, Vitaliy MaIrsimovIch: XWAN,
Solomon Zakharovich; KUROCHKINA,H.I., reduktor; jRLU(H,TeI-Ir*-T" 121.4,
IeMMelsl"aaktor
(Processes and eqnipment in chemical tachnoloa] -Protuessy i
appai-aty khinicheskoi tekhnologii. Moskva, Gos.naucaiao-tekhn.
izd-vo khim.lit-ry. 1955. 580 p. (KUtA 9:3)
(Chemical engineering--Apparatuo and supplies)

XLGANO S.Z., kandidat tokhAichesklkh nauk.
Hydrocyclones, their construction and design. Wnprom.no.6047-
357 6 '56. (mm 10.: P)
(separators (Kachlues))

RUMMIDI/Chemical Technology - Chc!jiLcal Priducts and Their H-2
f,pplication - Processes and Apparatus for
Ch~miical Technology.
Abs Jour : Ref Zhur - Khiml-ya, NO 3, 1953, 8236
Author :
rnst
Titlo : Hydrucyclones, Their Construction and Desilgi#
Orig Pub : An. Rom.-Sov. Mi!ta1urC;ie si constr, msini, 1957, 11,
No 2, 67-09
Abstract : A translation; See RMICUri, 1957, 17907.
Card 1/1