SCIENTIFIC ABSTRACT INOZEMTSEV, YU.A. - INSHAKOV, N.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000618620002-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 10, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

3/831/62/000/008/009/016
..E032/E514"
meteors were recorded (4070 hours). The photographi.c observations
were carried out at two points separated by 20-77 km. One or the
points had a set of four Xenon cameras (F = 12.5 M DaF - li.2,
frame size 9 x 12). , The other point had four W.A;A~U/2e (NAPA-
3s/25) cameras with YfPo-14-q (Urnn-9) objectives (F = 25 cm, -
D:F = 1:25, frame size 18 x 24-). In each case the camerias covered
an area of about 7000 sq.deg around the 'zenith. The axes of the
.two sets were at 100 to each other, w1iich corresponded to weteor
heights of 80-100 kni. One of the photographic stations incli%ded
a rotating shutter which facilitated meteor trail measurements.
Altogether 100 meteor photographs were obtained (18 parallaxes).
The spectral observations were begun in May, 1958 (ordinary flints
prisms, dispersion 575 A/maO. The totul number of spectra which
were obtained was eightl they contained a laj~ge number of lines.
Finally, the meteor trails were investigated u-4ng a Hertz 8 X 30
binocular with a Go field of view. Twenty persistent'. trails were
recorded during the IGY period, of which three were also recorded
at the two photographic points,
Card 3/3

EELOUS, A.T.; INOZEMrSEV. Yu.A.; LYUBARSKAYA, A.G.; SAVRUKHIN, A.P.
Number of meteorites recorded annually by radar and its changes
as observed in Ashkhabad in 1959. Izv.AN Turk.SSR.Ser.fIz,-tekh,,
khim.i. geol.nauk no.1:24-29 162. (MIRA,16il2)
1. Fiziko-tekhnicheskiy institut AN TurkmenAoy SSR.

L 14854~_66 z--W(J)/EWT(m) M
uR/bo2b! 165 ~6!~- OJ
ACC NR; AP6001728. CODE. 4/0813/6816.
VY WO
AUTHORS: Sha 3.1 ne v K.- K.j Rozanov' N#'
-fi a r 0- iv~ u; 4, 1 ~'-'v
k
Inozemtsev, Yu~ P.,
ORG*..none
':.i
TITLE; Meaban:%sm of.c~iritation erosiori, of ,ceiv66'. a~di;l polymer colja.
cretes q
SOURCE: -AN SSSR. Doklady, v. 165, no..4, 1965'.4' 813~ b16
TOPIC TAGS: euvitation., reinforced~ concrete,. osion'' polymer'
plaistic Btrength
ABSTRACT: The. authors' investigated; the ef ie6t!, blplf v r~648 ac ore,
besides strength, on the resistance. to:cavitatl nal.~ efts on o
and polymer'concrete (plastic-reinf6rced c6ncr46'6 484 fit -toxils. -1;4,
were homoge'neity of the coneRte at cture cd%-osi. ionand strudt~re
to
of the filler rock- cohesion of the binding age t alldlits adh6s16n
~e. iith 6.reii
the-filler. The tests were made In a hydrodyna~dc tu
Ica d.

L i~~54-6
ACC NR:- -728
24 x 100 mm, at a stream velocity ahead:of the! ~~mplii ~~20 m/sen~
"1e

cavitation being measured on the rear end of t satj'~~e 4 dra
1 p
Pon
crete had the least resistance. to7-cdvitat.Lon, * t1d stj>6-e concre!t e the
bigbeBtj Indicating that a large mesb of the M ler~ a hamfu ' Tmm
the point of view of cavitation erosiom In th ~:tcaqk 1.~of plat! 1 0-i
n's
based concrete-the resistance to erosion wab hi her; e a
Min-
dreds of times. No connection Was establisheidl '6twe' n the:str-a ng h...
of the concrete'and its resistance to cavit~tloi In,co nt a-
diction to earlier reports. It is cdnclude4T-.tfi4t.th,i !bdv1tat1:

rosioh
damage ofconcrete
has
many:'Aimilai fdif~red
toAdmage )n*

:t
0
.
,
,
metals, so.that the. requirements' should'beAdefi jcal :6i~ all. ty pej, -
of materials.~, Tbis,report t4as present6d by.~, Aca 6mic-6:n P:. Y.
< cchina
,
Orig, art..~has: 2 figures and 3 tabl6s,~
, ;_ !''. JA
0

SUB CODE: 11, -'.SUBM DATE. 2SMar65/; ~~,~ORTG.~
00

3

1 di ~i
aTd 2 2

Kauchuk; mirovol kapitillisticheskii rynok Rubber; world capitri.list market
Moskva, Vneshtorgizdat, 1952. 164 p. (5/,-186U)
BD9161-A215 NN NNC
1. R-abber industry and Trade

Rusnia - Comnerce
"Legal structure of foreign trade monopolies in the U.S.S.R. and their historical development.
G. F. Kalyuzhnaya. Reviewed by N. Inozemtsev, V. Pozdnyskov. Vnesh.torg. No. ~5, i952.

IN N
2. USSTI (600)
4. Economc Conditicns
7. Some characte -is tics o- the rrosent-day sitliaticn In copltalitt!.c ~ccricmy. Vnesh.
tor--. 23 No. 2, 1195.1
Monthly List of Russian Accessions, Library of Congress, June 1953.tUnclassified.-.

SPANDARIYAN, V.B., red.; XUTSZKOV, A.A.; YMMOV, Ih.A.; PIROZHXOTA, Aea.,;
ZINOVIUV, N.V.; GO~", Yu.N.; BIWMEKPJal~, D.K.;' IrOWI14 A.S.;
moismm -P.; GASEEffl, B.M.; MWOV, L.'S.; Kumorl-'. A.T.; BWOV, T.T.;
GORYUNOV: VP.P., red.; INOMMSIT, N.!., red.; SRI SrATA. V.As, red.
Y"-
izcl-va; BORISOVA, LJZ. ~;r;ed. ~z-::v-a; VMKOTA, Te.D.. tekhn. red,
Dbreign comerce of the UAS.R. with countries of Asia, Afr4as.
and latin America] Theshulaia. torgbylia SSSR so stimnami AzIll
Afrlkl i latinskol Ameriki, Moskva, Vneshtorgizdat, 1958 194 p'
1. Moscow. ftuohno-lealedovatellmkir kon*yunkturn~7 Institut.
(Rmsela-Commerce) ,

IKOZEMTs"' N.
The nituation on the rubber market, Thesh. torg. 29 soj127ft33
159. (Xru 1226)
(Rubber)

SKIRNOV) G.V.; INIKOV, Yu.I.; YASNOVSKII, N.P.; INOZMTSKVAJN!-.AN#, red.
(Business conditions in the caRitalist mark&t of imohinery]
Metodologiia izuebeniia kon"iunktury kapita2ioticbeskogo
rynka oborudovanila, Moskva., VneshtorgWat, 1960. 326 p.
.~ (MIRA 14: 11)
1. Moscow. Nauohno-iseledovatell;~j kon"yunkturny:y institut.
(Machinery indus

SKACHKOV, Semen Andreyevichl SMGI-;YEV,, V.; SHMAKOV, G.;_jKQZRWff
_-L&s--red.; KORIONOV, V.G... red.; KHARIO.M., H.A.,r red.;
KOLOMMSEV., V., red.; KONOVALOVAI L.1, takhne red.6
[Aid and cooperation in the nazae of pence; Soviet econorde co-
operation with the countries of Asia., Africa.. mid Latin
America)Pomosbehl i sotrudnicbestvo vo imia mira; okonomicbe-
skoe sotrudnichostvo SSSR so stranami Azii, Afriki I Latin-
skoi Ameriki. Moskva.. Gospolitizdatp 1962. 54 p.
(MIRA 15:n)
(Economic assistance)

/22 Z~F k',"9
INOZANTSBYA,A.F. (Koakval
Professor A.I*Pospolov (1846-1916)-o fourAer of the Koscow School -
of Dermatology. Sovemel. 21 no.9:138-145 S 157. (XIBA 11:1)
(UUMTOLOGTO
contribution of A~lsksei I.Pospelay)
(POSPIMY, AIMMI ITANOTICH, lVo6-1916)

ROW
137-58-5-0452
Translation from: Referativnyy zhurnal, Metallurgi.ya, 1958, Nr 5, p 91 (USSR)
AUTHOR: Inozemtseva, I.A.
TITLE: Iodide Method of Producing High-purity Silicon (Polucheniy*e
kremniya vysokoy chistoty iodidnym metodam)
PERIODICAL- V sb.: Vopr. metallurgii i fiz. poluprovodi-tikov. Moscow,
AN SSSR' 1957, pp 12-17
ABSTRACT: An iodide method of purifying Si and producing Si rods r 4eady
for immediate use in vertical floating-'Zone refining, and of~ob-
taining single crystals, of Si from the gas phase, is des6ribed.
Si14 was prepared by-passing I vapors,over ground technical Si
purified by acid washing and heated to WOC. The synthesis, was
performed with a quartz apparatus consisting of an amp6ule;con-
taining 1, hermetically connected to a-t4be containing Si~ heated
by a furnace from without, and a condenser flask to condense
Si14. Before the synthesis the apparatus was,thoroughly degassed.
The iodine was urified bysublimation.~~ An experiment with
radioactive Ca49 showed that sublimation reduced the Ca con-
tent from 3xl0-2 to 2,10-5%. The lower the temperature of sub-
Ca rd I /,t limation, the greater the drop in Ca content. Decomposition of

137-58-5-9452
Iodide Method of Producing High-purity Silicon
Sil4 was conducted in a quartz apparatus consisting of an. S,i14 e"POratori, a
reactor heated t-o'. I 1000 by a furnace from without, and an I collector, 131efore
the decomposition%was: performed, the system was carefully evacuated (to
appx. 5. 10-6 mm Hg). The Sil4 was decomposed iTi a Ta t%tbe withiwthc *Ye-
actor. The tube was removed, and the reacted layer was removed by etching
with an HF+HN03 mixture and added nitric Hg. With a Sil4 flow Of rv2g/min,
3-4 g Si was separated out per hour. The specimens obtained were either
spectroscopically pure or contained traces of Mg, Cu, Ca, and Al. The pure
end of the specimen was determined by the magnitude of the breakdown voltage,
which was > 130 v. Production of single crystals of Si from the gas Ohase was
performed in an analogous apparatus, the rate of S'14 flow being r\J115 of that
used in making the bars. The Si was precipitated not as a solid filnir but in
the form of individual isometric crys,tals. The single crystals (up to~ 3 mm in
length when the process ran 3 days) had a gleaming mirror surface. The fact
that they were actually single crystals was checked by X-ray. The crystals,
having insignificant traces of Ca and Mg, were of the n type with a resistivity
of N2 ohm/cm, a diffusion length of the non-basic carriers being 0.5 mm, and
an inverse voltage peak of 80 v.
1. Silicon--Production 2. Single crystals--Growth 3. Silicon iodide Yu.Sh-
--synthesis ~. Calcium isotopes (Radloactive)--Applications 5. Silicon crystals
Ca rd 2/2 --Precipitation

btrk" .0,
~44
It
-- --- -- ---

PIP
Rf
4;1
UNI.-
44
ij
q :,-7,
qj
411
ul
114,
iA

/'A/Oz tFM'77~IE~ VA,
IMOZWSIVA, Z-L; XUYM. G.L; KAKOKIXAs Z.V.; XHOKIILOV, A.S.
Recomy and-purifiamtIon of phenozymetbrIpealaillins Med.prom.
11 no.1.1:11-16 N 127. (MIRA 11:1)
meow,
TsecoyustWy cauchno-iseledoystallakty institut antibiottkoy
I Righlikiy zovodL seditsinskikh preparstov
(PSNICILUN)

---- - ---- --
, L,!A-
- LNoM-f1K!-VA- -i. [.I 1" -121 --Iz. F.--EACITAT a -Y Pt. .5.)
I A?,r J, 19. -)
and MLIER., F. M. (~IOSCOW)
"Zur Chemie cles Phenoxyrwthylpenicilline. 11

LEVITOVp MA; lROMMSM, III.; GNOWSEVA, V.A.; KCHOKINA, Z.F.;
YUDINAI O.D.; KWERp G.I.; IOFFE, R.I.j NAGLE, A.M.
Production and basic properties of almeall1in (a.U$lwrO&ptoiwt4l-
penioillin). Mod. prcdo 15 no.11:12-19 N 161. (WRA 15:6)
1. Vsesoyuznyy nauchno-inaledavatellskiy iristitut antibiotikov
i Rlzhskiy zavod meditsinskikh preparatov.
,(PENICILLIN)

L&VITOV 1 M.M. - IROZ,2, TEBYAKINAO A.Ya BUYANOVSKAYA, I.S.-
SH&il I A.N CHAYKD 'KAYA,, S.M.j K01,6"J Z.F,j DRUMI111h, 4.r,
New type of penicillin -oL-phenoxynthylpenicillin and study of
its microbiological properties. Antibiotiki 7 no.2il041108 F 162.
(IU-A 15 ~ 2)
1. Vsesoyuznyy nauchno-iseledovatollsl-dy inatitut antibiotikov.'
(PENICILLIN)

imaal=

INOZEM7SEVA, I.I.; STRUKOV, I.T.; GOTOVTSEVA, V.A.
Prospects for the synthesis of now penioillins from 6-amino-
penicillanic acid. Med.prom. 16 no.7t9-13 -Tl 162.: (MIRA 15:9)
1. Voesoyuznyy nauchno-iasledovatellskiy institut dntibiotikov,
(PENICILLIN) (PENICILLANIC ACIM

INOZEMSEVA, I. L; KLEYNER, G. I.; FANINAI M. A.; KAbDKINA,, Z. F.; SrRUMV, L T.
"A study of physieo -chemical properties of methicillin and oxacillin."
report submitted for Aatibioties Cong, Prague) 15-19'Jun 64-
Cent Antibiotic Res Inst, Moscow & Factory for Medical Preparations, Riga~

STRUKOVO I.T.; TEBYAKINA, A.Ye.- INOZDTSEVA I I.; KCSTROHINA, O.Ye.; KAMOKINA,
A%.= L '
Z.F.; BUYANOVSKAYA, I.S.j CIIAYKCVSKAYA,, S.M.;
'DR~ZHININA, Ye.N,
2.6-dimethoxyphonyl penicillin (Methycillin) and its microbiological
study, Antibiotiki 8 no,.8t690-694 Ag 163. (MIRA 17%5)i
1. Vaefioyusnyy nauchno-iosledovatel'skiy institut antibiotikov,

I.!.; TIROKOV, I.T.;
SHITEEITRSON, A. r).
Semisynthetic penicillins; chlorobutynopenicLIlizi. AnttirdoUki
9 no.8:690--692 Ag 164. 1,11 RA .18: 3
1. VEesoyuznyy natichno-issledovatallskiy inatitut t"-ltibl-.jLl.K,)vj
Mosk,va.

Sam=
INM94TSEVA, I.N. (Izhevsk)
Theonm on the sign of Green's function for a linear differential
equation of the fifth order* Isv,M,ucheb,w.&,7*; mato nool:68-12
165a (MIRA 18:))

BARKOV., N.N., )mnd. skon.' nauk; Prinimali uchastipt POWMARBV, S.A.,
inzh.; rELISEMA, T.V., inzb.,-, MOLTARCHUK, G."V., kand. ekon.
nauk; IVANOT, L.N., inzh.; KASRCHMVA ", I.N.,, inzh,;
LEGORWAq V.I., lnzh.; KUZIMINA, T.T.p insh; 7gWXZ$1V4,L1.O
inzh.; YANDKOVSKITO N;A.p insh.; PAVLOVA, Ye.A.,, starshiy
tekhnik; VOUOVA 1.S.j, starshij, inzb.; GAZARITAX, G.S.,
takhnik; VOWIATAP L,V,, tekhn, red,
[Seasonal and weekday variations in railroad fivight trans-
portation]. Besonnaia i vautrinedelluaia neravnomrnoet'
gruzovykh perevosok na shoUsufth dorogakh. Moskva, Tram-
sholdorisdat, 1963, 95 p, (%weow. Vnesoiusnyil'nauohno-issledo-
vatellskii iogo transporta. Trudy,
no0 249).
(MIRA 16:4)
(Railroads-Freight)

BARKOV, N.N., Icand. eken. nauk; ZELIKOVICN:
frinimali ucha3tlyea YANDOLOVSK131,
X.11., Lnzh.; Fa-VL.MAX,. A.A., inn.; KOVAUVA, ek-oremist
LEconorLic eMc-lericy of Lhe constivnion ~;f nev railroad lines,;
problem--- LX m4thcdoloeyll 9kancWch6,e'e.-t--.L stroi-
1;,-ilstva novy;Cn Vw-lezn.>dk~roz=nykh 1--'rU,, ;opr,),-,y metiji-011'.
Moskva-, TransWxt, 19t,5, D! p. (Mcsecw. Vaesobtzrtyi nauAAno-
iss-sedovatalleVz- institut uiale%nodorozzuiog%~ transp-.,r~.a.
Trudy, no.293" 'MIRA 18:7)

GWROV, V.; 1110MUSY, , 14, ; ZTE10"WA, L.
Drug, Trade
Production o9 medicines in enterorises, of the meat industry. a*hias.And. SSSR 23 no. 3, 1952
Monthly List of Russian Accessions. Library of Congresti, Septe,mjber 19~)2. Unciattelfied.

UTHOR: Inozemtseva, Engineer SCY-28-58-4-25/35
TITLE: Measuring Gears.(Izmeritellnyye zubehatyye kolesa)
PERIODICAL: Standartizateiya, 1958, Nr 4, pp 78 81
ABSTRACT: GOST 6512-58 standards for measuring;gear6'include rigid
and adjustable gears, the latter with cha6ging teeth thick-
ness permitting a check of the activp~evolvent porti~on of
the teeth profile of all types 'and Uienolons of geiji.s, in
:
order to reveal the cyclic error. lii4rams;tera relati
bg to,
measuring devices were established 16r adjustable and! il-
gid gears. GOST 6512-58 includes measurihg: gears of. all
moduli over 1 and up to 10 mm. As1bng as :they serVe to
check gears produced according to GOST st:an'dard 164!3'-56'
their modulus.interval and norms of accuracy were seat do-
cording to this standard. The article describes computa-
Card 1/2 tion methods to determine dimensions~and,tolerances 'of

Measuring Gears SOV-28-58-4-W35
measuring gears, including radius of the'rolling circle',,
external diameters, etc. There isil diagram.
ASSOCIATION: Byuro vzaimozamenyayemosti Komiteta!:~:standartov, merilili-
meritellnykh priborov (Office of Parts lAterchangea~ility
of the Committee for Standards$ Measlures,~and Measuring
Devices).
1. Gears--Measurement 2. Measuiement-''-Stardards
Card 2/2

11 1 suffoxmil
- --

RYBAKOV, K.V.; GUREYEV, A.A.; INOZEMTSSVAp M.N.
Contivnination of automible gasolines. Transp. i khran, ziefti no.71
25-28 163. (MIFU -170)

.',.POZEHTSEVAq N.
Poins and objects of short-term credit. Der. I kred. 19 no.4:47-51
Ap 161. (KIM .14:3)
(Credit)

INOZEKTSHTA, N.9 otv.sa ynMek; min, G.P., takhn.red.
(Soviet-Finnish direct railroad conaunioation; border railroad
agreementp effective as of January 20. 1948. Reissued with
r
ni"27 lp 'L9.
amendments and additions effective Jul 6 190, Ja )3
Decomber 1. 1936. and February 1, 19595 iovetoko-1114liandskos
priamoo aholesnodoroshnoo soobshchenio; pogranichnoo xholesno-
doroshnoe soglashanie. Doistyust s 2o janvarin 1948 g. Persisdano
a ismananiiami i dopolneniiami, vvedennymi v doistvio 6 iiulls
1950 g., 1 ianvaria 1933 9., 1 dekabria 1956 g., I fevralia 19.59 C.
Moskva, Goo.transp.shol-dor.isd-vo, 1959. 82.p. (Tariftow ruk~-
vodetvo no.16-3) (MIRA 12:9)
1. Russia (1923- U.S.S.R.) Mininterstvo putoy,wobahchonlyse
(Railroad law. International.3

USOSK3, M.M.., prof..-, TIRASCIV, M.H.9 dotsenti prepod.; INOZEMTSEVA, N.S.,
kand. ekon. nauk,, prepod.; VOROBITEV, S,F,,, d6l-se-R--
., pnpadzr-
MAKMCHKINp A.V.p dotoent) prepod.j BOROZDIN, B.., red.j IZBEDIWO A,;P
tekhn. red*
(Collection of problems on the issuing of credit, pqmeats, &nil;cur-
rency circulation] Sbornik zadach po kreditovaniiu, raschetam i dene.-
zhnomu obrashcheniiu. Avtorskii konektiv po rukovodstvom M.H.Uso-
skina. Moskvap Goefinisdatp 1963-a 206 ps (MIRA :L4tlO)
1. XuBuow. Finarlsovyy institut. 2. Mookovsk1y rinansovyy insti4ut
(for Tarasov, Inozentoevas Voroblyevo MakarocWtin).
(Finazwe)

INOZEMTSEVA GO 1.
"SOME-r-ket . ITEMTS OF INY GA OF COSMC RAY VAMTI(;NS AT HIGH
AND TEKPERATE LATITUDESIII
0. 16- Inotemtseva, E. S. Glokova.
1. In the Arctic and antarctic a somewhat greater amplitude of cosmic ray intensity
variations during magnetic storms and of 27-day variations,is observed thanint, temperate
latitudes. the day to day intensity variation at high latitudes is 20 to 34 higher than
at temperate-latitudes. The study of the geographical variation distributionand influence
of meteorological factors makes it possible to draw certain conclusions regiirding the
nature of a somewhat larger variation.
2. The-cyclic change in the phase of the diurnal variation to later hotirs which began
in 1954 was observed till 1938. A series of experimental factors.point to the differnet
nature of the-diurnal variation in years of minimum solar activity (195"19,giO and years
Of maximum activity (1957-1958).
3. The 27-day variations which were observed from July 1957,to Februaryi 1958~have
characteristic sharp decreases in intensity f6llowed.by granduallnoresses. ~ ~Iies6 de-
creases which repeat ever7 27-28 days are identified with mag~netic storms. The spectrum
magnetic storms and my be explained by means of the throey of cosmic ray scattering by
regular magnetic fields of corpuscular streax6s.
.report presented at the International Cosmic Ray Conference. Moscow, 6-11 July l"9

h2210
S/73Z/6OfOO9/000/003/004
AUTHORS: Glokova, Ye. S., and Inozemtseva, 0. 1.
TITLE: Investigation of the va-riation of cosmic rays at high and middle
latitudes.
SOURCE: Sovetskaya antarkticheskaya ekspeditsiya, 1955- [Trudy) t. 9:
Vtoraya kontinentalInaya ekspeditsiya. 1956-1958 gg. ; nauchnyye
rezulltaty. A. F. Treshnikov, ed. Leningrad, Izdatel'stvo "Morskoy
transport. " 1960, 31-49.
TEXT: Using data obtained by the Second Soviet Continental Expedition, 1956-
1958, in Antarctica, the authoresses correlate the variation of the intensity of the
hard component of cosmic rays, as measured by means of ACK (ASK) ty-pe
ionization chambers at Mirnyy station in the Antarctic and at Moscow; data from
13 additional stations from the USSR (4). USA (3), Canada (3),, Japan (1), Australia
(1). and West Germany (1) were also included. All variations were found to be
somewhat larger at Mirnyy than at Moscow. Upon application of necessary
corrections for meteorological effects (temperature, pressure) it was found that
(1) the seasonal effect detected by some earlier investigators does not actually
exist, whereas the presence of a residual global effect was confirmed; (2) the
Card 1/3

Investigation of the variation of cosmic rays S/732/60/009/000/003/004
daily amplitude is somewhat greater at Mirnyy than at Moscow, and any given phase
passes through Mirnyy about two hours later than through Moscow; (3) the day-
to-day variation is greater at Mirnyy, and the difference between the two stations
is maximal during periods of high magnetic activity; (4) both tht V-day variation
and the effects of magnetic storms are somewhat greitter at Mirnyy than at the
other stations at xhich measurements were made with the sanne instrumentation;
the latter measurements were made during the June 1957 to June 1958 period of
intense solar activity (mean number of sun sputs approximately 250) and of
extremely great P.nd intensely perturbed costnic-ray intensity in the hard and the
neutron component and pronounced 27-day recurrence. In the nt:utron-6)mponent
measurements, the ratio between the variability, the amplitude of the 27-day
variation, and the effect of magnetic storms at Arctic and mid-latitude stations
that lie above the "bend" or "knee" of the latitude effect, differ but little from
unity. Inasmuch as the greater values at Mirnyy as against those at Moscow
appear only in the hard-component measurements made with the ionization
chamber and not in the neutron-component measurements, the difference is
attributed to some high-attitude atmospheric temperaturt- vffect above Mirnyy
that might no, have been eliminated in the temperaturt corrections made. Ver1fical
soundings above Mirnyy indicate sharp temperature variations, but additional investi-
gation is regarded as necessary to clarify the relationships between the high-
altitude temperatvr~- variations and the magneuc activity, which alone can eq)lain
Card 213

Investigation of the -variation of cosmic rays ... S/732/60009/000/003/004
the effects obtained.. The 27-day variations observed exhibited fairly sharp
decrease:i in iriten!,ity. Each corresponded to a magnetic storm which was re-
flected in a cost-nic-ray effect. It iti concluded, by way of first-order approxi-
mation, that the 27-day variations are produced by primary particles VAth a
spectrum of the satne type as that of the magnetic 9tormc. Thoic art, 9 figures,
7 tables, 6 Soviet references, and the following 3 English-tanguago references: I
Forbush, S. E., Cosmic- ray intensity variations during two solar cycles, Trans.,
Fifth General Assembly of CSAGI, Moscow, 1958; Quenby, 1. L, and W. R., Webler,
Cosmic-ray cut-off rigidities and the Earth'-s magnetic field, Phil. Mag., Y.
no. 37, Jan. 1959, 90; Venkatesan, D., Solar activity and trantii(~nt decreases in
cosmic-ray intensity, (preprint, ) Ottawa, Canada, 1958.
ASSOCIATION: None given.
Card 3/3

S/058/62/000/010/041/093
A061/AlOl
AUTHORS: Inozemtseva, 0. 1., Kapitonov, Yu. A.
TITIk- Azimuthal telescope for the study of cosmic ray variations as.a
-function of the incoming direiietion of primary radiation
PERIODICAL: Referativnyy zhurnal, Fizika, no. 10, 1962, 61, abstract 10V~55
(In collection: "Kosmicheskiye luchi, no. 3"i Moscow, AN'SSSR,
1961, 105 121,-summary in English)'
TEXT: Describedkis an instrument for recording intensity variations:in
the hard component of cosmic rays proceeding-in the vertical direction and
from opposite azinuths at an angle of 45 0 to the vertical:. The-instrument is
based on the techaiique of crossed telescopes with 6pposite azimuths. For the
recording of the directional action of cosmic rays, the Instrument is equipped
with Geiger countors of the type CH-5 P (SI-5G). Every two counters of the
,upper and the.lower row, connected to the coincidence circuit (T - 1,,,, see),
constitute a tele;scopio system permitting the measurement of cosmic ray inten-
sity in a narrow 3olid angle. To achieve a high statistical accuracy the In-
strument Is of the multichannel type. A statistical two-hour accuracy of
Card 1/2

S-/058/6~/~/O 10/041/093,
Azimuthal telescop,3 for the study of... A061/AlO1
measurements Is 0.3 and 0.6% for the vertical and the oblique directions. To
separate the muonia component, a 10-cm thick lead screen,is Intorposed between
the counter rows.rhe Instrumental errorh do not exceed the statistical ones.
[Abstracter's note: Complete translation)

4P991
S/03V6Z/000/01VO24/079
Wo AOO1/A1O1
AUMORS: Doman, L. I., Inozemtseva, 0. 1.
TI=: Experiments with crossed telescopes and the nature of solar-diuriial
variation of cosmic rays in maximum and minimum of solar activity
PM-IODICAL: Reforativnyy zhurnal, Astronomiya i Geodeziya, no . 11, 1962,138,
abstract 11A290 (In collection: "Kosmich. luchi, no, 4",*Moscow,-
AN SSSR, 1961, 209 - 224; English'stmary)!
TEXT: The method of correlation coefficients and data on trajectories of
charged particleu of various energies in the geomagnetic field were used to sb*
experimental datu on solar-diurnal variations in intensity of ~cosmic raysiarriv-
ing from opposito directions. A special attention is paid to the nature of ex-
traordinary variutions observed during the minimum of solar activity in 4954.,
First of all, the authors determine energy and angular characteristics of the
~equipment with crossed telescopes of Geiger counters, It is shown thatlntm-
duction of temperature corrections changes considerably observational results.
An analysis of observational data, obtained by means of crossed telescopes,
Card 1/2

,9/035/62/000/011/024/979
Experiments with crossed... AOOI/AIOI
shows that solar-diurnal variations are related most probably to solar corpus-
cular streams during the maximum of solar activity, I. e., in the end to the
activity of the Sun. During the minimum of solar activity, one more source ap-
pears which is revealed only on particles having energies of a:few tens of * Bev.
A distinction of this source from the solar one consists also in the fact-that
its particles are incident on the Earth at large angles to the ecliptic plane.,
Moreover, whereas the solar anisotropy source does not change its positicin with
respect to the Earth-Sun line during the year, the new scmrce chinges esiential-
ly its position relative t6 this line, In winter its direction corresponds to
1~1p.m., in spriq~ time - to 6h P.m., in summer - to oh ana in autumn - to .8h..
It is sho-eim that this source is most probably related to a diffusion stream of
particles from our Galaxy. The presence of scattering magnetic clouds in inter-
planetary space lebLds to a sharp reduction of this anisotropy. 'Therefore,,at an
elevated solar activity it Is practically impossible, being within the solar
system, to discover a diffysion stream of particles with en4rgles of a few tens
of Bev from the Galaxy. Tjius it is possible to dxplain the apparently self-
contradictory set of experimental data with the crossed counter telescopes,
shielded ionitation chambers and neutron monitors. There are ~Q reference6.
(Abstracter,* note; Complete translationi L, Dorman
Card 2/2

S/169/62/000/004/089/103
3, L/ 0,-k0 -C i _#-7 0 r, ;..c 0s) D218/D3-02
AUTHORS: Biorman, L.I., and Inozemtseva, 0.1.
TITLE: On the nature of the diurnal vari ations of copmic ra-
diation arriving at the earth from various directions
which are disturbed during magnetic storms
PERIODICAL: Referativnyy zhurnal. Geofizika, no. 4p 1962p 1.60 ab-
stract 4G88 (V ob. Kosmicheskiye luchi, no. 4# 'Map:
AN SSSR, 1961p 237-250)
TEXT: Using the directional properties of crossed~counter telesco-,
pes, and data on charged-particle trajectories in a geomagnetic~
fieldp a study is made of the disturbed solar-diurnal variation'in
the cosmic-ray intensity. Use is made of continuous measurements of
the hard component at sea level (south-north) and at depths'pf 7,
20 and 60 m below ground (south-north) and also neutron-component
measurements. The method of coupling coefficients is used to deter-,
mine the diurnal variation in the intensity, depending on the di.rec-
tion of arrival of the particles before the onset of geomagnetic
storms accompanied by the Forbush effect, during tbe period of the
Card 1/2

8/169/62/000/004/089/103
On the nature of the diurnal ... D218/D302
principal phase of these storms# and also during the recovery in
the intensity following the Forbush effect minimum. It is shown
that in order to explain the observed properties of the solar-diur-
nal variation it is necessary to take into account the effect on
the cosmic rays of not only solar corpuscular~streams but also pro-
cesses in the immediate neighborhood of the earth. In particular?
analysis of the data shows that during geomagnetic disturbances the
magnetic field at large distances from the earth's surface is not
spherically symmetric. [Abstractor's note: Complete translationi.

BIDKH, Ya L - I1102EMTSEVA 0.1.; WIDER, N.S.; KOPYLOV, Yu.H.;
K;Mxj--T.-r.-j SEMMEy, A.V.
Variations in the intensity of cowda rays recorded Nov. -12-150
1960. Geomag. i aer. 1 no.3*.441 MY-Je 161. 14:9)~
1. Institut zer~mogo magnetizmallonosfery i rasprostramniYa
radio,roln AH SSSR, Inatitut zm=go magnatizma,, ionoefery i
rasprostraneniya radiovoln Sibirskogo otdeloniya AN SSSR i
Institut geofizild AN GruzSSR.
(Cosmia rays)

5 /62/002/003,/005/021
V/d
1023/,IR50
AuTlion: Lormnn, L.I, and InqzQMtO-OYa, 0-.X.~
TITLE: The nature of a local source of diurnal anisotropy of
cosmic rays during the maln, ph&3-0 of it mgnetic storm
PERIODICAL: GeoizingjtizinI Acroriomi-yaq ve2; no,.3. 1962, 453-463
TEXT: The hrticle p asents an investlgat~lon ofi the:'anomaloua d I-
urnel variation during the mnin phase of the magnetic storm of
February 11, 19589 based on data obtained by means of the cro~aad
telescopes mf tho Capetown station and the neutron monitor* world
network. It is shown thnt In thIn case, npart from~a remoto source
of anisotropy.. there is a local ono. Tho renioto source Is connected
with. the action of the electromagnetic field of tho solar wind oil
copric, raya. The local source appears an a result of a direct in-
fluence of an asymmetrically distorted goomngnetie field on cosinic
rays, A quantitative estimate of the effect is obtained, based 6n
theoretical calculations given in literature. The results are c6m.-
pared with experimental dnta. There are 8 figurns, 2 tables.. 10:'re-..'
Caid 1/2

S/203 62/002/003/005/021
I023YI950
The nature of a local isourcerot
ferences. The most important reference: T., Obaypsi. 'Rept. lon63pheril'
Re3s Japan, 1959v L30 11o.5p 201.
ASSOCIATION: 19agnitnaya Laboratoriya Akademli nauk MR. Inatitut:
zen-nogo viagnottzma, lonosfery I ras pros tranonlys.
rndiovoln Akademli nauk SSSR (Magnetic Laboratory,,
Academy df Sciences of the USSR; In3titute of
Terreatrial Magnetism, lonoaphere and Radiowave
Propagation, Acad=7 of Soienooa of the~USSR)
SVBMITTEDi February 19p 1962
Card 2/2

. - 1~ E -VFb-4
171 35-61r, F11C - 41~`--f(" v h F"' T ( I E C
AFNL~
FIS!FTI() N "i A :til qd fi, 0 V0269/44 '001" qfYF /00-1 Vf-r(MI)
"M
It"rin --:1
AUTHOR: P2=.M T A
-7- zurnad varladon and the ananialfto ine
Disturbancea in the go ar rwwe W
of -OV311,.IJQ uvs durt-14j, thqi per-lod (A the magnetic storm of 11 Ir eb ruar y 11168
CITED SOUITWF: Ab. K,)87jjjch hichA. No. 5. M. , AN SSSR., L963, 02-91
TOPIC TAGS- wisriic rELV, at,,imn~ solax diumal varliaticru, cosmic ray
r-.IV va.riation geornagnedn NeHl cosink., riy
I)C. M~e
RAVI~'I-A -IT(-)t;, 7.1 g a detiffle, analvigis of obeenabixiW duita or 4- r
I-av Intensil:", it! U10 Minim;jw ii
it t u rhod ;;,)l)ix i.i j-u ii, i ul~

W~- ,Iiobk~dl W14ft-WiA kliO"
rdrt-wh decw- A-sae) tar tha Pamme, 6f doiwdl4l I IV%
jjec~yverjng a lor-ij ' -, ignetic, 11,61d on t1 e
"".top: In q;bere of Influence of the gwril."
rr a T-V i it ci-Istimt qqmrve of diurnal vnriatl on In WrIttion t33 dala
Card

"
41;
'
A i
.
L 171,15-
ACC EMION NR- At4')4
'it;k"lollfil tho au tho r ~oi oi IF a P( i

s. r I
9 -A at ul e. tj -m oot thts sturm Lo
gllI
0-qpr--iiH,iiit4 hv rhf.'i world netwolrk A aewtron mot I Io rHa
lt-r-volif, onaracter u-, Ult! nioving 4 (11"194,6 ,-at Oki- el.

4

k
-A

,,:.r v o~s wiLh (-.y4)4! !-I IIWIL-LI 16, 1-! oa~ o-Aa i-imuluumous presuli,:'.i~ ~f b0d) i f
fi-usotmp-~' n Uht 4 v!d hov I P-Citudesi ~ the I ixv a b o (i ifou ree, vVs
rr -azij f 1~ F, t 'Nir ~i I v I :-k -,,a,' ta -,Owroas In Or, ~u ~;Iu w6es I L
rliiP A&P !:Mig--Aw -r. -P.,P 10 1"Pi~,ed hy dho aulhori, lo rb p an] ol rot Ft c

LCa,d Z/3

W
L 17135-.,5
6 A k -i
-AODEMON NR.i AH0465 8(F
effect of solar corpitsculir strearns on galactic cosmic relyn ahAl the 14,ed scurea Iq
related to the direct distortion of the paths and cutoff rllgidtUas of co6witc rays In Oo
earth's magnetocphcm, i1kovnimenit-dly wider the Influtn"i 14" i-tlnr a
J-13

magnetic otorm). L- Dovinm.
4at tW dUmo a 0,
Card

'ACCESSION NRI 04=632 $/020D/W0D4/0Ci/021S/G2 89
:AUTHOR% lnoz"a4va, 0. 19
an
TITLEt Diurnal anisotropy of condo rap v&riatio in the geonapetic.
SO=Et Goomapstiza i aeronamiya, Y. 4. no. 2,
204 0
TOPIC TAGS: cosmic riq, geomWetic field, earth field,, diurnal varlatt-19110
corpupaular stream
iABSrRACT: At least two causes have been found for anizatropyof cosmic r*" duriAg
!magnetic storms leading to anomalous pxoperties of the diurnal variation. OAQ
cause is the modulation of galactic, cosmic particles by corpuseular streams 0~ the
:sun. The other lies in the sphere of influence of the geomagastic field on the
trajectories of cosmic particles, The author has amp" the disturbed di=T41
2-8 w the Sd
:variations in the neutron component of cosmic rays for 32 February 19 ith
variation of the geomagnetic field. She has shown that in the, inves'~ige-*d pw1od
the 3d variation in the geomagnstia fiaM cianot be coVUW7. deteraLned by.
:Cardl/2

ACCESSION NR: AP4031632 N
.disturbed diurnal variation of cosmic rays, Statisticaianalysis of counter-tele-
!scope data in Moscow for the year 1960 and of geomapetio-field data at the equator
Iconfirm the conclusion thatalong with the 1wal source ot diurnal variation in
,cosmic rays during changes In the geomagnetic field exceeding 1W g&waauj the
iinfluence of the distant source greatly increases--the xodulatiou of cosmic r&A
iby solar corpuBeular streams. "In conclusion,, I consider it Mr duty to expr"s
!thanks to N. P. Benlkova and L. 1. Dorman for discussing Us r4o&ults of this vork
.and for their valuable advice," Orig. art. bass 3 Apires and 2 tables.
iA&90CWI0N: Institut zennogo magnatizoa., iomsferyo i resprostraneara rad"Von
I I
'AN SSSR (Institute of TerreArUa HaVotim,, the Iowsphwoo and Prc~tion of
:Radio Waveala SSSR)
SMMMU 1 35 Oat,63 DATE AGQs. 3upr64 EWLs W
=III In 1~ M MR SM 004 OTHERs 001

R: -C&t9la i 64racceriwe rot nit
Al
06if
i;~ -A!,
J!A jq i': :1
ABSTRACT: Owtma=
Sud, -Ma eff
ace-
rare cases the getanagnetic sWrJnu'hvk~e riot: een,b( xot lpa~.q b
E. ~r ash, 0
~at most observato ries A dextailed -tnve,stj atjb4 !W o calmic 6 ~'Ot~o Ifi 0+iWiri
9 ad, vy ~ 1
1960 invrlved flie ise o[ data obLalncd by Ititerseoting the teLeooopesl Ott tit
01 Iw
obBervatory (55'2W W 37'191 E) and that af Tokyo-4tabashl q,,Irv4-5'l N. , 13-9.4,1,
scallstical error f )r tho i'vToocow and Itabantif telescop" wan Elie gailio, Rnotufting In
in 'i 2-'iokir .)f a~,Hzrkr3t.ion Tn Tnake the aivilvdral results Twirp ir-i-wnl-
v- r 1 th'i-
r -zil "i AI
Card

L 20028-6
.57
A~',;ESSIONIVR; A-P5000528
-wave was esd consp!
a diurnal culouilnld all
,)ut. in the castem aad estern dir di h~ a I a aktll
w o b IV adh ~.6W
cl-wimise rotatlo a ot the vectorm dming Vha 04acted riestontlon I oil od flonowit t, gh
".!~q.,ebush drop"
"In coucluslonu.
mat far
iva--~Qoasl
kpur.dutr
W-
,
u an
T
--- h1a: -.,om m'enis on the.Wo-..&, and.Z :j- S I
as-
ofl: --id, bbsekvatfdi i -Sam Qq
it
I;j I -4~,
ASSOCLkTIONi I astlWit zlemninlogo: r1i 0
4ip q pr
AM SSSR (lutita a of Torres.,
tj A )~,ikjlflon-
Xgbg
AN SMI
4-
TED14: 42STare,
No REF SOV.. 0(6 OTHER.*': 007;''!

CC N6705_024661 34
sow=
AUITWR: Slokht Ya.16o; Domas MUSUMA Ight" 01 C' Any T.A.
ORO I n*UG_
h'
TME: Counter telescope for recordIng the total
-11nion 92gere=e on 00M16 4&i
1istics Asport, 41 ~,*Y, 1;4.3
NUf= t ~AN SSSR* xxveittya.~ W. 29, no Ci 47in-ITSU
Pe Goosmic llisag r~fteftt icooko,
XoPtc TAos: Particle counter, cosmic ray telesco
ray anisotropy
AM The authors discuss the design, of CrOSS4 ese
for: ot4
.ABSTP ad qMMtextJ
a* urm
heltotal'aasmio.rar flux. A design goal was to achieve W stsk41 tic r o,
0.1,% in 2 hours of counting. IDesign calculationil f(ir',25 dif fe, t Z!q t wei-e
r~* we ries;
performed by a generalization of'the wethod~previously givem by a.L. t' ; ob. *Qs
I*h
atchesiclys luchl", K0.3, ser. Rsxul*taty MG. str. . 80'. tzd.' AN'09SR, 116 ,1) for Old ICU-
lating directional curves for cubic geometry. The' instrument w~i ilesi
lead to simplify the construction and to permit recording of the'elect aceponent.,
which is most sensitive to anisotropy effects. The final desAIM, 06nsfigt~ ~t 16 1:44in-
tjoal 60 X So X go CU3 SIMents containing 10 QMntGrs1*&Ch &nd
Ij-rsng~t
spacing between elements In a 270 x 270 x 90 cm3 rectangular paiatlele~iiiedl with t4ea. i-
Ll~ ~rd

DORMAN, L.I.; INOZDfTSEVA, 0.1.; IMAZARYUK Ye.A.; SOLOVIYE'VA Z."r
Modulation of the solar diurnal effect and the r-scibility for
establishing variations in cosaic ray intensity as rwasured
in sidereal time, Izv. AN SSSR.Ser.fiz. 29 no.10:1898-1901 0
165- (MIRA 18t10)

ACC NRt
SOURCE CODES UR/0203/661006/005/0959/0959':
AP7008940
AUTHOR:Dorman, L. I.; InoZemtseva, 0. 1.
ORG: none
TITLE: Third all-union school of space physics
SOURCE: Geomagnetizm I aeronomiyao v. 69 no. 59 1966p 959
TONC TAGSt solar wind, solar activity, cosmic ray, solar flare,
supernova
SUB CODE: 03
ABSTRACT:
The Third All-Union School of Space Physics was held at Bakurani.
during the period 15-26 February 1966o It vias sponsored by the Cosmic
Pays and Radiation Belts Section of the Interdepartmental Geophysical
Committeeo Much of the work in organizing the school was done by the
Acadoqr of Sciences of the Georgian SSR and the Geophysical Institute
at Thi1isi. It was attended by about 80 scientists from moro than 20
Soviet observatories and institutess The program covered a %.--"de run8a
of problems in space physics. A total of 39 lectures were presented'
on several themes. The first-group of papers-was devotbd to the origin
of cosmic rays and the acceleration of charged particles to great
energies under different space conditions (in solar chi-omodpheric
flares quasars,, aupernovaep and in the tail of the earthts, magneto-
sphere~. The main lecture ms given by So I* Syrovatekiys *o told
in detail of the now mechanism of acceleration associated with the
'dissipation of magnetic fields* He demonstrated that the acceleration
of.particles can occur under ver7 different phys~c.al condition,s., How-
Card__l/2_.___ UDCs 002.704.31

ACC Nk-,-AP7008940----
ever, most of the lectures were,on tho physics of co=ic rays and their
,,variations. L. 1. Doman gave a classification of variations and their
-possible reciprocal interference and discussed the problems of the
nature of cosmic ray variations of ditferent types. On the basis of
data on the 11-year and 27-day variations of cosmic rays it, now has
been possible to estimate the dimensions of the region of the solar
wihd and their change with the cycle of solar activity. Xt is found
t*.Iat on the assumption of a spherically symmetrical modelthe radius of
.the region of modulations, attaining about 100 asue at the maximaun of
solar activity, decreases by-about 2-3 times in the period of decline
.of solar activit7* Go M, Nikoltskiy9jo Va.Vitkevichp A~:Zo Dolginova
and V. 1. Shishoy discussod studies of tho solar coronas, solarwind and
interplanetary magnetic fields bi study of canets and use of radioastro-
namical mthods-*' LYPRSt 38,67,77
LSSIA-212

ALIYKV, Sh. U., zaochnyy unpirunt; RIO4IjF,14Tl-,-&'VA; V.G., stud=4
Echinacoccosis of the breast. Uzh. z P.. gos~ Mad. Insto
W59-161 1163 KIRA 1.7t7)
1. Kafedra obsbehey khirurgii ( zav. kafedroy prGf. Yu*So
Gilevicb) Stavropoltskogo meditainakogo insti~~ta (rektor
zasluzhmmyy deyatel" nauki., prof* V.G. Budylln) i khirurgi-
cheskoye otdelenlye Karachavskoy gorodskoy bollnitsy (glavn7y
vrach Sh.U. Aliyev),

(Aapeqwl
jf*9 9-M) VAV4Gqq49U *)J*A ';UOMT V~W~Tq~glrT OBOXOGIIDTBOT
-OJA:aotj3jTad- 0203ll,t94vAOP9T8VT-OuqonvN (uWadi-Evaj -(1-X ojoxd
- &Aus) VaCTUGTOP40 OLOXONOTBOTOUSAUS4 T (AOA,qoaoA 0d-5
il-nTPOAkw "AMM) OLTUOTOMO QAOII'l9tlOT96TOI"U 04-L *T
Wa ym).
~Mo 105~'L6186'ou -jau T OqXTod dOA asuTvqdGOOJPhq
paomwaoad~ uT u-TvJq Otil JO RQTITtvTju4nod Xjo!~vouodmof)
&1(*A IYAMSM) f'9 0A 9VAISI WMNI

IDKTIONOVA., N.A.; Prinimali uchastiye: PANTYUSHKOVAO N.S.; POWCHIU, T.V~.;
KWNOVAp A.I.; FELIDMAN, F.Z.; INOZHARSKATA, L,A.; BOGUKOVILMAj
Z.V.; PRYTKOV, I.I.
Increasing the dimensional stability of A19 alloy castings
by heat treatment. Alium. splavy no.lt80-91 163.
~ (MM 16 t n) :

;WAROV, A.
Session of the Republic Loocal, Building Materials Repeareb
Institute. Stroi. mat. .8 no.6-.37 Je 162. (MM 15:7)
(Building materials-xongresses)

INSAROV. Ivan Pxi3imoviah MORBIDITY STATIESTICS
"Towards Improving the Work on the Protection of Health, dnd tho Prolon-
gation of the Life of the Qoviet People", by Minister of Health of the
Belonissian SSR,.I.A. Insarov., Wravookhranemiya MoruS~iif N13 2.,
FebruarY 1957Y Pt-3-'e-
The.author reports on a conference of health workore ~hichtook pla-
ce In Moscow at the end of October 1956. 'A
"he 19551mortaUty rates of
the,urban population in the USSR, as comparea with the m6rtal4ty rateS
of 1940p have decreased as follows: from infectious an& Iparasitic di-
seases (excluding tuberculosis and syphilis) 6.6 times, from Id#bthe-
ria 5-5 times; and from tuberculosis 4.5 times. Ln'.Balorussia proper)
the death rate from tuberculosis has decreased 2.8 times in t~e~course
of the last 5 years.
As for prolonfang the life-spans of Soviet people, the averagu duration
of human life ir, said to be twice what it was before the Revolution.
The sixth Five-Year Plan provider, for on increase of hospital beds
by 28%,
card 1/1 46
(Ivan Anislwvieh)
KMSHOT. S.V.; ]KARTNRAY3V, S-R-; SHUPIK, P.L.; -DISIAJAW0, A.P. MAKWAVRI-
SHVILI, D.G.; XRAUSS, A.A.; DANIWV, YU-Ts-; SAGATOY, R.S.; PUIXIW-
SKIT, B.R.; 12MOT, D.N.; IN") KRUNDOT, Van.; NaMrAlf
A.I.; AKEMKDOV. X.I.; BAKMjW._1�.!01j"*_,AR0V, A.I.; DAVYDOVSXIY, LV-;
GRiSHMMMOV. N.I.; IMMISBVICE, A.Y.; KISMAY, X.V.; nIVW0, L.K.;
HINZH&SAROVA, Z.; YAJ[0VUV,M.D.; XOZWV, I.I.; POnOVSKIT, D.T.;
N1 V, G.A.
Dtecussions6 Sov.zdrav- 16 no.1:18-60 Ja 157. (NM 10:0
1. Kinletr xdravookhreneniya RSM. (for lluraehoy)a 4, Ministr xd",vO-
okhreneniya lazakhskoy 30. (for UryU4760. 3, Kinistr sdravo*hn-
nenlya Ukralaskoy &U (for Shipik), 4, Minjetr xdravookhronenlya: I.
Moldavokoy SSR (for Disimleako). 5. Ministr sdravookhranonlys OrvzIn-
skq7 =.(for Kazamtavrishvilij. 6. Kinistr %dravookhrananiya IAtVt7-
skoy SSR. (for Krauss). 7. Minister zdrsvookhraneniYa Kirgizskqyi:SSR *
(for Danilov)o 8. Ministr tdravookh"nonlya UsbekskoyiSSR. (for S"atoy)
9. Ministr zdravookhrananiya Litovskoy SSR. (for ftnlko~,skiv). 10-
Htnistr sdravookhraneniYa Turkmenskoy SSR. (for NePesovl- 11. Kinistr
sdr V i
oftrananlya Belorusekoy SSR..(for $arc ). 12. Ministr vc-
okhranenlya Aze;~ijy-d`jii"Wi~j -ssR. (f or mLov;. 13. Ministr %dravo-
okhreneniya Armyanskoy SSR. (for Mulmlyaa). 14. Miaistr sdray 'od&ra-
neniya Tadshikskoy SSR. (for Akhmedov). 15. Prexident Akedemil Nedi-
tainskikh nauk SSSR. (for Bakulev). 16. Vitae-prezideat Akadeali:xedi-
tainskikh nauk SSSR. (for Nesterov). 17- Chlen PrOziaiuma &kOdfift"
medi tainskikh nauk SWR. (f or Davydovskiy) . 18. Predseda tel I TfebenQgo
neditsinakogo soveta Hiniaterstva zdrevookhraneuiya SSM (for .
Grashchankov) W tinusd on next Icard)-

KUUSKOT,. (continuect) CArd 2.
19. Sokretarl Porisovskogo gorodskago kowiteta X=mnistichaskar
partii Belorassit. (for Deninevich). 20. Zowstit6ll predse"to2ja
Soveta Ministrov Belorueskay SSR (for Kiselev).' 21. 2aft'stitell
--ivenko). 22.
prodeadatelya Irasnodarskogo krsyispolk~wa (for L,
Zamstitell.predsedatelya Karagandiaskop oblaspolkons. (for Musku-
sarova). 23. Zamestitell predskatel" Gomplans OSSR. (for Yak"v)
24. Uveduyushchty otdolon votsialluago strakhowaniya lsssoyunoga~
Mutrallnogo Soveta professionsllaykh soyusoT (for lo4ov). 25.
Fredsedatell TSentrallaugo tomitats profsoynsa neditainakikh rabot;Li-
kov (for Pokrovskii)o 26. Predsedatell Ispolkows Soyuss Obahchestv
grasnogo Irests i rasnogo Poluessystes SSSR (for Nitervy)
' (POLIC MUIER)

(:Evah Anisimovich)
Por further improvement in guarding the health of ths public. ZORT.:
Belor. 5 no.30-7 Mr 159.
1. Hinistr adravookhranenkya 3M.
(WHIM RMSIA--PUBLIC HIAIMR)

lbr further Improvaest la ruml madloal cars. Zdrav.Belar. 5 U0.1t
3-8 Ja 160. (KMA 13 t5)
1, Nialstr sdravookhmmenlys Seloramebmy M,
(vzrn jm=iA.Pmio mm. RUAL)

INSAROV I.A. (Minsk)
al statistics in the public health system of White Russian
Republic. -Sovadrav. 19 noolOs22-25 160, (MM u.:
.1. Miniotr sdravookbrardniya Belorueskoy SSR.
(WHITE HUBSIA-42DICAL STATISTICS)

INSAROV, I.A.
Public Health Service of White Russia greets the 22nd I ess- of
the CPS11. Zd--av. BeL 7 no.9:3-8 S 161. 34t 10)
le Minintr adravookhranenip BSSR.
(GO114UNISM) (WHITE RUSSU-PUBLMHEALTH)

- ----------
sl!3816WO0010WO031005
A0~01~6
AUTHORS: Gallperin, F.I. (deceased); 01'shavskaya, ye*S.; Jn�v.~_AtY_,._
TIME: The.visco-fluld properties of certain rubber's an& rubber mixes
PERIODICAL: Kauchuk i rezina, no..2, 1962,10 12
TEM An instrument has beondesigned for determlinIng ~r6pertles char-:
acterizing the behavior of rubbers and rubber mixes at v:aAou~~tlimporaturoa
(Fig. 1). It is composed of a cylinder with a piston, ens'urinwf, the.required
degree of compression of the sample and its heating to the tem'i)eratura of,vul-,
canization. The properties of the rubber mixes are determinedl:from the V12scosi-
ty index. The following rubbers were tested: Butadiene-styrene,CKC-30:1"s~KS-30)
(non-masticated and thermo-masticated); CKC -30 AM (SKS-30AM), CKC -40A (SKS-40D),
butadiene-nitrileCKfl-40 (SKN-40), isoprene CI(H(SKI), nitural rubber (lift), and
low-temperature polymerization nairite HT (NT). The off 0~ct of the, filler& on:
the visco-fluid properties, the effect of sulfur on the fluidity of the maisti_i
cated rubber, SKS-30 at 20 and 1600C, and the causes of"fluidity reduction with
an increase in the test duration were further investigated. Finally, the fluid-
ity of SKI rubber mixes was determined as compared to that of the SKS-30:rubber.
Card 1/2

"T //,i~fl
'I m
k
h
PC
oil 'f iiiij ~ijl
ACCES310,
SOU
RZh. Khimiya Abs. 12T172
~!j
j
t
AMOR: Gal~zf~riq 1* 01 shovs gro
~7,
lu: Viscous flot. p arties of V and,' tvihdr t~,z
rop ubber
CIM SOURCE: Naue'tao-Lasled. tr. U1, n.-i. in-t ob
(p m
1962, 192-205 ..J,
TOPIC TAGS: rubbe-- flow, rubber viscosity, pynthetic rubber, riqblser e4truston,,,'
szyre;,e, plasticfz-2r, sulfur content, SKS rubber, SKW rubbar, rubber,
MC rubber
S TRANSIATION: The authors studied changes in the index oe Visoatty of rubier jirtd
rubber mixtures. In order to determine; the Lo4ex of visoosity, they usee, a piiston,
in the center of which therp. ins a capillary through-hoilo, Z rqii in diame,:-er, Oo-r
~-xlrusion of r-he rubber mixture. The viscosity wao dawmine44 firom the of
ey- rud;ed rod and from the kinetics of its for=tioz, 4a e'011 as firout 64) Jime ;.,q
of a C(ALTMI of ru-bber 3 mm high.
ird SKI I ubbei: tae-e tested at 20 and 160 1 3C., T~z lympst viscoat

USPIR/Kedicine "Vii": ies.-
I 7ClinicAI --Aspects- of--Serouti-Mening!4.-ir,-.Occurrj-vNg-.-
in- cases-, of,Epid4mic__ParotItis," G. S. Kirkevich,
Pediatrics Inst RSFSR., and Clinical Children's
Hoop
Nevropatol i'Psikhiat" Vol XX, No 2, pp 12-16
16 i ~ 1 n S'pie'_ n-'-c ei Ae)zs--,-of severi'11,77.-
(up to.most serious rorm occurs a vhen'parotitii'
__=rus - af f The bx-i m. is affected.
sve Iling.e- klAzds~ -.1 a, -A&t d7r"d b r. e AV~
Onset of the'disease is: violent, but there- is
USSR/Medicine Virus Diseases Mar/Apr 52:
(Coa~d)
plete re-
nWid improvemant-and.invariably con
covery vithout. Afti!r'e'ff ects. Serous meningitis
caused by -parotitis-. virus is distinguished froms
t0erculous MeAingitis.by,the violent onset
ac.companied .* vom'iting, low or n'or-I pressure .
of cerebrospiral-liquid Y and sugar content in
cerebrospinal liquid exceeding 45 m9%.

KRUK, David 1-ioiseyevichj_IIISHAKOV,__A.N.,, red.
[Structure of an industrial enterprise and the ways to
its improvement] Struktura promyshl=nogo predprilatija
i puti. ee sovershenstvovaniia. Moskva, Ekonomika, 1965.
224 p. (MIRA 18:6),

FEDOROVICH, Mikhail Mikhaylovich, doktor ekon. nauk,, prof.;
Prinimal uchastiye POGOSTIN, S,Z,j kando ekon, nauk;
INS KOV, A.N., red.
(Organization and planning of a chemical enterprise] Oiga-
nizatsiia i planirovanie khimicheskago predpriiatiia;,,
'Moskva, Ekonomikav 1965. 462 p. (MIRA 18;: 8),

AGAPOVA, Z.N.- DISHAKOV, I.Ye.
Dynamics of some vegetative trophic changes In limabosacral
radiculitis under the influence of the Dzhety-Oguz radon
.mineral waters. Sov. zdrav. Kir, n0-4/508-81 JI-0163
(MIRA 17 %1)
1. Iz Kirgizskogo nauchno-iiseledovatellskogo instituta biror-
tologli i fizioterapii (dir. - dotsent B.V. Babakhanov) i
kurorta Dzbetp-Oguz (glavny7 vraoh - N.A. Frolkima).

DJSHAKOV, LwNe
Surgical treatment of rectal polypi; data of the Institute of
Oncology of the Academy of Medical Sciences of the U.S.S.R.
Vop onk. 10 no.8:99-105 164. (MIRA 18:3)
1. Iz 2-go khirurgicheskogo, otdoleniya (zav. - chlert-korrespondetit
AMN SSSR prof. A.I.Rakov) In-tituta onkologii AMN SSSR (dir. -
deystvitellnyy chlen AMN SSUER prof. AJ,Serebrov). Adres avtora,t
Leningradv St. Fesochnaya, 2v u1. Leningradukaya.. d.68p Institx1t,
onkologii AMN SSSR.

USSR/Chemical Technology. Chemical Products and Their Application -- Wood chemistry
products. Cellulose and its manufacture. Paper, 1-23
Abet Journals Referat Zhur - XhImiya,, So 2# 1957., 6265
Author: Gurich.. N. A., Ihshakov., Me Ps
Institution: None
Title: Composite Utilization'of Low-Pitch Wood
Original
Publication: Gidroliznaya i lesokbim. prom-st'. 1956j, No 5" 25-26
Abstracts Atperimental cooking was carried out vith freshly cutstumpo of Pine*
trunk lightwood,, pine guA spruce wood and composite batches of plue
and spruce wood with addition of 10-30% or stump lightwood or .50% of
extracted chips. It was conrimed.. experimentally, that freshly cut
pine stumps and trunk lightwood can be utilized as additional )MV
material in sulfate cellulose production. Sulfate soap or tall oil,,
obtained with higher yields than on cooking of only pine or spiruce
wood, will provide an additional source of rosin.
Card 1/1 -r5eYTr%j1&vy pittur-6yb- is

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mn I W210 and NI 01M,90 P I I T4~1 '4I_
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IN' S4AYOVp--N. N., Cand Tech Sci
'USSR/Metals -1 Steel., Casting Apr 52
ORailroad. Car Hollow Axle Cast by Centrifugal Metbods" 11, R~ Dudnik~ EWO N. i
In'shakov, Cand Tech Scij, I* Me SW, Engr. Glavvagonproll
"Litey Proizvod" No 4., pp 2-6
Discussos progress in development of method for obtaining contrifugally cast!QX164
since 1946o Carbon steel with 0.3-0-45%C and low-alloY eteal with total 1-5;- 107%
Cr and Ni were uaed for exptl caetingse Latest,castings entirely satisfy specifica-
tion requirements, being superior to.starped axles in certain. re*ecta ass flor
example.. higher impact strength at -200 and higher fatigue limit of notched ipecimenso
PA 213T99

IN I SIUKUV, N. 11.
Coxylings
Surface tempering of friction parts of an automatic coupler with high frequenc; current
.y
hoalv. Vest. mash. 32, no. 2, 1952.

INISKMV, Nikc!j~lik~lay-evich; SKORBYASHCHENSKIY -Alrkaandw Alaksanilrevichl
mmIWVbJLII' veg-.~ inzhener. reduktor; UIwv, PoA*, tekhnichaski.T
redaktor.
[wear resistance of brake shoes] Isnooostoikoet' tormoonykh kolodok.
Moskva, Gom. transport. sholeznodor. izd-vo, 1954. 67 P. (MIRA StO
(Brakes)

A MW
"44
ts
;4y, 3
4HIP
1

4
1
ib
4 Od
1
41a
1
4vA at
IG00

Un-"*m k% 4w. a

t A, !p
I Ij, 1;

-
j~ --t.
"The Effect of Alloying Elements on the Mechanical Properties of Centrifi
Cast Steel Axes." From the book, "Beat Treatm6nt and Properties of Cost
edited by N. S. Kreshchancrvokiy, Mushgiz, Moscow 1955.

SOV/13 7-57-1-1374
Translation from: Referativnyy zhurnal. Metallurgiya, 1957, Nr 1. p 182 (USSR)
AUTHORS: Volokhvyanskaya, E. S., In!shakov, N. N., Shchapov, N. P.
TITLE: Investigation of Structural Steel With a High Arsenic Content (Iss-
ledovaniye stroitellnoy stali s povyshennym saderzhaniyemmysWyaka)
PERIODICAL: Tr. Vses. ni. in-ta zh,d. transp., 1956, Nr 116, pp 16-46
ABSTRACT: The authors carried out a comparative. investigation of St - 3 steels
with different As contents as well as of killed steel containing
traces of As (0.017o) and of rimmed steel rolled into plates and chan-
nels . Deep etching exposed a relatively-,low liquation in killed steel
and considerably greater liquation in rimmed steel. The. character
and distribution of nonmetallic impurities are not affected by: a high
As content. The microstructure of the steel from all the heats is
identical to that of the St. 3 steel. The strength and ductility of the
steel were determined by means of stati 'q tensile testing of flat
specimens cut out lengthwise and crosswise fr*orn the rolled steel
and of Gagarin samples. For the study of susceptibility to aging
Gagarin specimens were cut out of plates that had been strain-
Card I /Z hardened by 1076 stretching with a subsequent one-hour aging at

SOV/137-57-1-1374
Investigation of Structural Steel With a High Arsenic Content
250OC; the Gagarin specimens were cut along the direction of stretch and per-
pendicularly and at a 450 angle thereto. Moreover, the hardness was determined
on the Brinell apparatus with a 750-kg load and a 5-mm ball diameter; the ak Of
the experimental heats was determined on standard specimens, cut lengthwise
and crosswise from the rolled steel, both as delivered and after strain -hardening
and aging. It was established that up to 0.2376 As in open-hearth Steel has no
marked effect on its mechanical properties and susceptibility to aging: crW., the
sensitivity to stress concentration and overloadi , B..well as o-w in acoriosive
medium are virtually the same in steel with 0.23 o As as in As -free steel - A
certain decrease in ak values occurs with a > 0.181a content of As - A local,
increase in As content is possible as the result of liquation. Consequently,. a
maximum As content of the order of 0.14 - 0.15 is recommended for acceptance
tests.
A. M.
Card 2/2

111SH&Mg NJIA,O,.~Idat tekbuicheskikh nank; OWN&M, S.F., doktor
-O-'--iekhnIch9skIkh nim*, professor.
U.-2 low-alloy structural steel. frudy TSPII WS no.116:163-261,
156. (am 9:130
(steel. Structural)

INISHAKOV, U.N., kandidat takhnicheskikh nauk.
- -
Investigation of increased strength low-alloy steel for railroad
cars. Trud7 TSNII M no.116:18&195 '56. (KLRA 9:11)
(steel Allors)