SCIENTIFIC ABSTRACT PISAREV, I. V. - PISAREV, S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001341020017-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

FISAMI) LIV.
We are improving production. Gidroliz. I lesokhIm. prom. 10 no.8:24-25
157. (MIRA 10.-12)
1. Tikhvinakly lesokhtmicheskiy zavod.
(Wood-using industries)

Y,
I r he f;
paper m, bm i t t t.-I
f f

Pmam, I.TU.
Study of labor productivity and real wages. Yop.truda no.l:
00-101 058. (MiEh 1-):9)
(TAW)or productIvIt7) (Wnges)

VA',;LGV,P*P.; PISAREV,I.Tu., professor. redaktor; KRETNIN,G.S.; MOSIVI-
chovI.N. 1:7-ii'AilAesIrly redaktor
[Critical analysis of bourgeois statistical publications] Kriti-
cheskii analis burshupkanykh statiaticheakikh publikataii. Moskva,
Isd-vo Akademii nauk SSSR, 1955. 477 p. (MmA 9:1)
(Statistics)

PISUEV, Innokentiy 11111yevich
[Some problems in the s%atistical study of labor &ad production!
Nekotorye voprosy statiaticheakogo izuehesila truda i proizvod-
stva. Moskva,, Nauchno-isal. in-t truda i zarabotmoi platy,
1961. 42 P. (MIRA 16:4)
(Labor productivity-StatiaticB)
(Pmductivity accounting)

PISARFV, I . Yu.
33C94
Stntistichon-kayn l'oli7(,'nvktt In-.Ii(!nerrkvVl. Yalrov. m3trAk Vytit;l . ~;) i k, I v , 1 j,,, , ,
No 9, C. 4F'-51
SO: Letoris' Zl-i~risl 'nyk~ 3tatey, - 45, '-k,skva, 1?4'~.

PISAEST, I.Tu.. professor.
At thq Third Annual Assembly of thm Statistical Society of Yugoslavia.
Yest.AN SUR 26 ne.6:107-110 Jo 156. (KMA 9 -9)
(Zagreb, Yug*elsvla--Stntiotico--Congresses)

DaBRICH, Adallbert [Dobrib, Adalbert]: ALIKHODZHlCll, Asim [tranalitorj;
PISARRY, I.Tu., prof.. red.; IMACUIK. Ta.I.. red.; LATTMW .
- A.r.. red.; TrWGRAWYA, V.A., takhn.red.
[Industrial statistical Promyshlennale statletika. Pod red.
I.O.Plaarevs. Moskva, Goo.stat.1td-yo, 1959. 291 p.
(KIRA 13:3)
(Industrial stAtistice)

Plum.. I..Yu.. prof.. red.. ASTAKHOV, V.. red.; ULANOVA, L., tekhn.red.
(Methodological problems in the study of living standards of
working peoplej Ketodologicheskis voprosy iffuchaniia urovnia
shlani trudiashchikheia. Pod red. I.W.Pleareve. Moskva, Izd-vo
totsiallno-ekon.lit-ry, 1959. 257 p. WRA 13:1)
1. Moscow. Nauchno-isoledovatel'skiy Inatitut truda.
(Cost and standard of living-Statiatics)

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VOLIFROVICH. S.1., STRONDIN. G.N.. RAM, F-Te., FISAREV, K-Ye.;
MSEKIRA, A-1.
Methods for the producting of zinc phosphide and Its use in the
control of marine rodents. [Trudy] 111U17 no.167t5-31 160.
(KIRA 13:8)
(Zinc phosph1de)
(Rodent baits and repellents)

MADORSKIT, Takov Tudovich; ROVIMIT, Rfraim Vollfovich; MATZIMI. Tu.H.,
dottent. ~mnd.tekbn.nFuk. retsen2ent; FISAIM , M.S., iazh.-Pol-
kornik tapass. red.; XTASNIKOVA, T.Y., takhn.red.
[Theory of airplane engines) Teorlia aviatsionnylch dvigatelei.
Moskva, Voen.1zd-vo N-va obor.SSSR. Part 1. [Fundamentals of
thermodynamics and pa dynamical Genovy termodinamiki i gazovoi
dinamiki. 1960. 210 p. (MIRA 1):?)
(Thermodynamics) (IFluid dynamici)

VOSTRIZOV, S.I.; zurzy, L.A.; luzNmTsoV, V.I.; KkKWWjX, N.A.;
USPIMA, A.A.; MISH2110, V.A.; TOKKAZOV, A.K.; FILIJ, A.M.;
NAYW. U.N., kand.tokhn.nauk, retsensentl KOTLYAR, I.T..
kand.tekhri.nauk. red.1 PIURIV, N.S.. insh.-politoynik sapasa,
red.; KUSNIXOVA, T.F., takhn.red.
(Theory of airplane engines] Toorlia aviatsionnykh dvigatelei.
Pod red. I.V.Xotliara. Nosirva. Voen.1xd-vo X-va obor.SM.
Pt.2. (Tbaory of jet engines] Teoriia reaktivnykh dvigatelai.
1960. 281 p. (KIM 13:7)
(Airplane&--Jet propulsion)

VAMITUA, Ye., dolctor biolog. nauk;KUPIRW, F., doictor blolog. nauk;
PISARIV. V., doktor sellskokbos. nauk
Outstanding works of a Soviet scientist. Hauka i pared. op.
sellkhos 9 no.10:77-79 0 '59 (KIRA 13:3)
(I#senko, Trofin Dertleovich. 1898-)

PISAREVA. L.V,. dotsent
Mucation and health. Zdoroyle 5 no.12t4-6 D 159. (KIRA 13:4)
(CHULUM--CLU AND HTGIIM)
(imuce IoNa PSTOHDL,)GT)

S/141/60/003/02/001/025
AUTHOR: Pisareva, V.V. E032/E314
k'V
TITLE: On the Polarization of the Non-thermal Radio Emission
of the Galaxy and the Crab Nebula
%-r
PERIODICAL: Izvestiya v-ysshikh uchebnykh zavedeniy, Radiofizika.
1960, Vol 3, Nr 2, pp 165 - 179 (USSR)
ABSTRACTt The emission of relativistic electrons in the magnetic field
of the ionized clouds of the interstellar gas gives rise to
radio emission which is strongly polarized. The orientaLion
of the plane of polarization an observed on the Earth
surface depends on the direction of the magnetic field in
each of the clouds. Since in general the magnetic fields
in the clouds have a random distribution, the degree of
polarization of radiation coming from a large number of
clouds will not be large. A calculation of the expected
degree of polarization of the cosmic radio emission has
been given by Getmantsev and Razin (Ref 3). However, in
their calculation of depolarization the averaging process
which they employed did not take into account the distri-
bution of the magnetic field and the electron gas densitv
Cardl/2 along the line of sight. In the present paper it is
V-C

s/14 1/60003/021/001/02 5
On the Polarization of the Non-the f1ha a io Emission of the aalaxv
and the Crab Nebula
assumed that the density of the electron gafi in int ci -
stallar spaco, the emit Ling powor and the orient fit 10ti of'
the magnetic field in tho clouds, are all random. The
calculation takes into account depolarizing effects betw-on
the emitting clouds and the point of observation. In the case
of an isotropic model of the emitting clouds and the clouds
giving rise to depolarization the degree of polarization turns
out to be too small as compared with experimental values by
Razin (Ref 7) and Thomson (Ref 8). The nonuniformities in the
electron gas and the magnetic field near the plane of the
galaxy should be draw'n out along the galactic parallels if one
is to achieve agreemert with experiment. The influence of the
Faraday effect on the polarization of the radiation from the
Crab nebula is also considered and possible values of' tlic~
parameters describing the medium of the nebula which are not in
conflict with experiments are estimated. Acl-nowledgments to
Ginzbur7, Getmantsev and Razin. There are I table and 13
references, 7 of which are Soviet, 5 English, I Dutch.
ASSOCIATION- Nauchno-isslodovatellskiy radiofizicheskiy institut pri
Card 2/2 Gor1kovskom universitete (Scientific-research Radiophysics
Institute of Gorlkiy University)
SUBMIT'RU: September ?., 1957 ~~C_

SUONGIN. G.M., PISAMST. I.Yo,: ABREINOT. P.G.: GAISHIN. N.T.; SHISHKINA, A.I.
Zinc phosphide. Patent U.S.S.R. 78, 430. Dec. 31, 1949.
(CA 47 no.20:10816 153)

r ran s 1 at - ot I rom R cte r o -iv t_ rn N1 4.1 ~l 1 14 ;14 R
A VTf i oR S Y,i r ~ c \ V S Pi sj re ~ I Y'i
----------------- -
Ty FLE- An Aoturtial i, Ar( %A clo,t g t'ri# :t r %% v dir g ol F E
\ arc)( hr.% a, lornat d1% t 1), - s rk . ~
PERIODICAI Bvid e ~ I-, I, c ~ t,n I, I(, r III S, - i - I, i
I Q ;8 Nr -1 pp .'- 2t
ABSTRACT7 Dt-ek-ped ~)~ 1hc dcpa, mc, I I igc r( K r-
Kotel sh( F4 ' Red BoJerm,,~cr : pia, -1 e
( hine des( ril-cci , desigrcri i, r V, c d I g g, c
t a! ari,k Ic-, F h v t);)(- r,,, In i, , I a I it , ( , hc . " ", .,
K1;txim;im d-inic-cr [t)OO mnil III twim fi~ mc*t - '(1, !1.:I~
(1 "kall 10 0) 111111, 111,1XIIII Irli it-, j),f- It C-4, lill,_ 'Pre". 4:
III h r The ~kuldir,Iz t)eaci I- d- j e I I I I I T
it kJ 1 0 111 d I Iv I d 1 1) gI ;I I I V V (I .p I)(' (I ~k I I Iit r a f I I $,.I I,
%pecdof weld,rig (ar. he (t i,1!( i,-d to' I ow ~s I ~ tic f.I( r 1) 1 1 :1~., '.4
rotated through ar ingle ot 1101 'r t,,v r c t * r. L t urrer,
lhe welding h(-,id throkigh it tai, e Irom a 'r,jy,s1( rmc , ( I , I S 1 1)
Card I I t v pc A n I) it I,i r s (I r f,t( I n I,, (A 1-i! I rt it , ni,i,, 1, c pc r h I i I I c o ~k * 1'.
ru unil N K

PISAHZV. M.. vespitatell.
to master7. Nauka i pered. op v 881'khoz 9 no.5:63--~5
My '59. (Agriculture--Study and teaching) (MIRA 12:8)

FISAW, M.N.,, kand.tekhn.nauk, dotsent
Classification of mechanisms without cOzwn cOnnccWrb for aIJ
links, Trudy GPI 15 no.1:28-31 161 [i.e. 1591. (YJAA
(Machinery, Kinematics of)

I 9:N -I - 2 - ; n -I:-.
Niv~!,anika 7 N r p .2 USSR
AUTHOR P I sa I- c% M N
T IT LE_ 011 1!11' St 11 t~i'(' Of MCL hdl~ I Sill S of Differe tit T~pcs K %t)proski o
sl I c III 1. 1, i~a:l I I Ink)% ra z i I t hti vk h se me vst,, I
13ER I 0D!C:% 1. S:) Vs(.!, /,Io( !)(d it (,;( 1111 in-la 19~)(, N- 14 p
p(I : s v(! 1), ~ d C
r.()Il k)l It' IIIV' 01 11..t..il~_'Lit.11.
1:1C A,t for tne Siud% oi mc(h,nisnis %,ArICS L)1,1\
!rorll I,.,- mvtn~)d used ca!livr .)~ I I ArloboleVskiv
V A Zinw,
C it r d I

25 r4
K vonror,; o sVazi rez'-.du str-j:t-imo*, fo,.---.o,- 'nAlchnoro t9- er.t.'-a
sv(rfst-.rami
Zhda7,ov~, T. '111, '.- i. I,
30~ tnto,, 1.3' Zhurnal 3titoy, ';c,.

PUSAREV, Yl. N.
2550
Kovopro6t 0 bvyazi Yezh& Etrukturnoy Fomoy TretichnoFo Tser-entita
i Meklanicheaklml Svoystvaml Myag-koy Etal- . rrudy Gorlk.
Induetr. In-Ta. Im. Zhpanova, T. VIII V13P. 1, 19L6, S. 83-86
SOi LETCIPIS NO. 30, 190

PISAREV, M.N., kand.tekhn.nauk
Number of links in mechanisms related to simple, closed VAnematic
chains. Trudy GPI 14 no.1188-91 '58- (MM 13:2)
(Links and link motion)

I. PTSAIIIEV'Ir'. P.
2. MI R (6o(;)
4. Afforestation
7. Practice in growing shelterbelts. Dost. sellkhoz. No. 11 1952.
9. Monthly List of Russian Accessions, Library of Congress, j2nu&"- -1953. Unclassified.

ANDRUEV, L. L.;_nAAW, N._D,, agrosom po zaahchite rastenly
Protecting getrongw wheat against the shield bug lurygaster
integricepol from the practices of the OR0951ya" Collective
Yam. Zasheb. rawt. ot vred. i bol. 5 mo.518-10 MY '60.
(MIRA .16t 1)
1. Zaveduyushchiy Severo-Ylavka2skim opor"a punktom Vessoyuz-
nogo instituta saabehity rasteniy, Stavropol'skiy kray (for
Amdreyev). 2. Kolkhos *Rossiya" Stavropollskago krays (for
Pisarev).
(Wheat-Disea9es and peata)
(Surygasters-Extermination)

A Er, H 1.
kand. tekrm. na,4r, dcts.. Z.'LOr!- J-'~-
'P~
n5i.
A;-Y S HF'~
~ . '-~ K lj- Itil f. -F'v
L , Y-, A
'466, VE,;k, y(I ~ I . -,Zn.
A. SEF M-FV A I . b
gr.
-0 s anc r r~t~
fl ':.it
T) i urna p r t I e. v, f a- r. LA~t-. r,s
ra i I roq:! ria,~ Fi -n FT -,ekt i rovin
h V ZI fW, I

ALEXHIN, SA; ABRAMCRENKO, I.V.; PISAREV, N.G.; SHANURAYK0, T.N.,
red.
(Metal cutting, machine tools and cutting tools] Rezanie
Metallov, Btanki i instrumenty; uchabooe posoble. Leniq-
grad, Leningr. in-t inshenerov zhel-dor. tranporta, 1962.
128 p. (MIRA 16:4)
(Metal cutting) (Machine tools) (Metal-cutting tools)

~EWT(1)7T IMC) AT
ACC
CODE;
AVnWjj Kunio, V. N. (Chelyabinsk); Plaarev, N. N. (Chelyabinsk)
ON t smis
TITM Zloctron conruall!ity y a thermoionized gas in an electric field
SOURCC: Zimmal prikladnoy mekhaniki I tekhnicheskoy fixiki, no. 2, 1966, 21-24
TOPIC TAGSj: plasma conductivity Ionized gas, free pathq electron collision ACA.-s-
knie The authors eruoionized &As in an elec-
vtd~ electron conductivity of a th
'tric field. The electron conductivity of the gas is calculated by using Drude's me-
thod and considering.the drift of electrons in detersining their travel time. The
following are given: free electron concentration, the mean effective cross section of
,their collisions and their mean free path. It is assumed that these quantities have a
spatially Isotropic distribution in the gas and are independent of time. It is further
assumed that the macroscopic parameters for the state of the gas are given. The con-
ductivity problem reduces to finding the mean drift rate of the electrons. It is
.shown that kinematic relationships may be used for determining conductivity without
knowlr4g the distribution function. A mAel is set up In which a gas particle is sur-
rounded by a sphere of given radius. Free electrons within this sphere drift under
Ahe effect of a fLe3A which in parallel to the axis and where the electrons are seat-
1/2

12662-8-66
ACC NAs
tered by a particle. After scattering, the
electrons travel in the field along curved
trajectories resulting in electron-ion and
electron-molecule collisions. Since mol*-
cules and Ims have large masses. their
motion In a weak field does not depend
on field Intensity. Therefore the no- K.
tion of electrons Is limited only by
the surface of the sphere. In the
case of usek fields, it my be assum-
ad that electme scafterin Intensity
Is newly sJual In an directions. An
expr*"Ioo -to given for calculating
the *Iectnn drift rate within a
given ph An Improved Classic-
.al formula for calculating conductivity JA BIVON. Ch~lg art, has: I figure, 12
CONCt 20/ SM DAM 289spGS/ ORIC MEFt', 003/ OTHREFt 001
2/2

p1sumv, N.M.
Determining the length of time for changes in hydrogen con-
centration in parallelepiped and cylinder shaped Ingots.
lzv. vys. ucheb. zav.; chern. met. no. 11:45-49 160.
(MIRA 13:12)
1. Ural'skiy lesotekhatcheskiy institut.
(steel Ingots) (Steel--Hydrogen content)

.I
I .- --
j f
I: I . . p - I

LYXOSHIN, B.A.; PISAREV, N.V., red.
[Handbook on local defense against air attack) Posoble
po mestnoi PVO. 2. izd. Moskva, 76dtraneltdat, 1954. 141 p.
XRA 160)
(Air defenses)

SOV/129-5')-4-4/17
AUTHORS: Lyulicheva N.N. (Candidate of Technical Sciences) and
Pisareva 'N'V. (Engineer)
TITLH: i-n-K-u-ence ~o~'Rolling at Low Temperatures on the
Mechanical Properties of Austenitic Steels (Vliyaniye
prokatki pri nizkikh temperaturakh na niekhanicheskiye
svoystva austenitnykh staley)
PERIODICAL: Metallovedeniye I Termic'neskaya Obrabotka Ketallov,
1959, Nr 4, pp 19 - 22 + 1 plate (USSR)
ABSTRACT: Stainless austenitic lb-8 steel3 are being used at
room temperature and at elevated temperatures, as well
as temperatures down to -1960C, for instance in cooling
equipment for manufacturing liquid gases. rhe purpose
of the work described in tftis paper was to investigate
the Influence of the redu--tion on the mechanical
properties of austenitic steels. The deformation as
well as the testing of the mechanical properties was
effected at temperatures +1000, +200 and -1630C. The
sucimens consisted of 1.2 mm thick sheetsof the steels
1 i8N9T and lEhl8N9. The blanks were first quenched
from 10500C in water and following that they were rolled
at -183o, +20c and +1000C with reductions of 15 - b0%.
Gard 1/3 The results of tensile 'Vests at +200 and -1830C are

SUV/129- 59-")+/17
In.fluence of Boiling at Low Temperatures -,n the Mechar,_`,~a_'
Proporties of Austenitic Steels
graphed in Fig I for the steel lEhlbN9T, and in Fig 2 the
influence is graphed of the reduction at 20PCon the
ductility for specimens tested a'. -1830 and +1000C
respectively. The authors arrive at- the fclll-wing
conclusions: 1) Rolling -,A'.n tne cold statq of au3l~enit'~c
steels for the purpose of improving the strength is more
effective if it is carried out at sub-zero temperatures;
in that case the strength zharacteristics will be
20 - 3U% higher and the du_~tilllty will be the same, as
in the case of ordinary 2) At low temper-at,-res
austenitic steels have good plasti, dr-dert.`P:3 (' anc 47j,
irrespective of the degree Cf pr.311MLrid-I WI-rK harder.'Ing,
at above freezing-point terape:,aturl3s. For wurk
hardening of austenitic steol c mpune..ts ope-atir-;7 at
below freezing-point temperatures it is ad-~_'~3aole
cold-work them at above freeztng--;..(_-irit terrderat--rf'.~3- _-,,~ch
cold-working will bring ab(,,u~ %ly an injtgril~ --c t,
reducticn in the plast,-c --f tl~e r:.at-_-riai at
,bard 213 low temperatures. 4) The effe_-~;iverie3_; ~:f s~-Lajii'6 "y
pressure of austenitic stee!3 at low ter.~Prat.-re-~ is tte

r7
Influence of Roiling at Low Tempera,:,-i-es or. the Men--,a:~--' --~ii
Properties of Au3teritic Steels
same irrespective of whether the material ~.a3 cr :,,:t
been cold-worked before. 5) Plasti~: defor-1ati,,,,n a-. LOW
temperatures is accompaniel ty fc,rination cf
along three planes of ar. o:~tahezdron. Forma~ic,n (-f
martensite at room tempera-,ire during ~he prcce3.,
piajtic deformation is obseried predr~:nlnantly ir. a
crystallographic direction.
rhere are 3 figures and _i of wlid-,h 2 are
Soviet and i English.
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KICLIZ.-PASHAYRY. Nersess Iv9novich, dotsent, kand.taklm.wmk, Inzhener-pod-
polkovnik; PISAFST X 5 inzhener-polkovnik sapaBs, red.;
STMIMOVA, N.A.! t6*IU*x'_.Tsd.
(Liquid-fuel rocket engine] Zhidkoetnvi reakti-amyi dvIgntel'.
Moskva. Voen.izd-vo H-va obor.SSSR, 1959. 141 p. (MMA 12:12)
(Airplanes--Rocket engines)
(Rockets (Aarona"tice)--Engines)

ROZIMOVICII, Tevganly Vasillyevich. inthenar-polkovniki GIUCHIV, Y.V..
inzhoner-polkoynik, red.; PISAIIEV, MS., inzhoner-polkovnik, red.;
SOKOIMA. G.F., takhn.red.
[Aviation fuels, oils, greases and special liquids; textbook for
engineers end technicians of the air force] AviatRionnys topliva,
mela. smatki t spetsiallnye thidkosti; posobie (ilia inthenerno-
takhaichookogo sostava VVS. Pod red. V.V.Grachava. Moskva , Voen .
izd-vo H-vm obor. SSSR, 1956. 195 p. (MEFLA 11:6)
(Airplanes-Equipmont and supplies)
(Fuels) (Iabrication and lubricants)

TATARCHENKO, Aleksandr Yevgenlyevich; PISARP,M.S., rednktor; MYASRIX06,
T.F., tekhnicheskiy redaktor -
(Helicopter] Vertolet. Moskva, Voen.izd-vo MinisterstvA obor. SSSR,
1.955. 148 P. [Kicrofilml (MLRA 9:1)
(Helicopters)

/I II -) / ~ ~\-i " ~. I
NAZANDZHAN,P.K.; ALIKSIM,L.P.,- GO'VaROV,A.B.; KCUOVAWV.H.Ye.; NRCHAM.
Tu.11.; PAVLIWKO,V.Y.; YADOROV,R.K.;PISAM.K.S., inshoner-polkaynik
rodaktor; KMIKIN,1.7., t~khnIcheskfy--F9MMTW
[Tboory of Jet engines) Tsoriia reaktivnykh dvigatelel. Koekva,
Voen. itd-vo Hinisterstva oborony SSSR, 1955. 295 P. (KWA 9:3)
(Jet propulsion)

1110GILAM , lostislay Ivanovich: MINATKV, Aleksey Vasil'yovich; PISARNY, H.S.,
inahener-polkoynik, r*dpJrtar; SOLOMU, I.L.. t~khnIch*WIr'r~dakt*r.
[Brief study of tho development of airplanes in the U.S.S.R.] Kratkil
ochork rasyltiia sawolotov v SSSR. Moskva, Veen. isd-ve Ministerstva
oborony SSSR. 1956. 254 p. (KLRA 9:5)
(Aeronautics--History)

j PHASE I BOOK EXPLOITATION 161
Vinogradov, Rostislav Ivanovich, and Minayev, Aleksey Vasil'yevich
Kratkly ocherk razvitiya samoletov v SSSR (Brief Outlirrof Aircraft
Development In th,:. USSR) Moscow, Voyen. Izd-vo Min-va obor. SSSR,
1956. 254 p. No. of copies printed not given.
Ed.: P!Lsarev, M.S., Engineer-Colonel; Tech. Ed.: Solomonik, R.L.
PURPOSE: The book is intended for students at aeronautical
enginoering schools and for the flying and technical personnel of
the Air Force and the All-Union Voluntary Society for the Promotion
of the Army, Aviation, and Navy.
COVERAGE: The book contains a historical outline on the development
of Russian aircraft, beginning with A.F. Mozhayakiy's plane and
embracing contemporary high-speed jet aircraft. It was compiled
from -archive material; part of it was published before in magazines,
part is published for the first time. No personalities are
mentioned. There are 51 references, of which 50 are Soviet and I
German.
C a rd 1/4

Brief Outline of Aircraft Development in the USSR 161
From the! Authors 3
Ch. I. Creation of the Airplane and the Beginning of
Russian Airplane Construction 7
Creation of the first airplane
Birth of aeronautical science 24
Begimilng of Russian airplane construction 31
Ch. Il. The First Heavy and Maneuverable Airiplanes 41
Development of heavy aircraft 46
Development of light maneuverable aircraft 52
Development of seaplanes 59
Ch. III. Development of Bombers, Fighters and
Reconnaissance Airplanes 62
Heavy bomber biplanes 62
Paneuverable fighter-biplanes 73
Reconnaissance airplanes 86
Card 2/4

Brief Outline of Aircraft Development in the USSR
Recomialssance seaplanes 89
Ch. IV. Beginning of Soviet Airplane Construction 95
The first Soviet airplanes 100
Begin,ning of all-metal airplane construction 104
Ch. V. Establishment of the Soviet School of Aircraft
Design ill
Heavy monoplanes 113
Development of maneuverable fighter planes 137
Attack planes 149
Recoruiaissance planes 150
Civil aircraft 155
Training and special airplanes 159
Ch. VI. Development of High-speed Aircraft 162
The first high-speed monoplanes 162
161
Card 3/4

Brief Outline of Aircraft Development in the USSR
High-peed maneuverable fighter planes 16q
From air cruisera to high-speed medium bomber 180
High-upeed heavy aircraft 191
High-apeed attack planes 196
High-opeed civil aircraft 200
Ch. VII. Aircraft of the Second World War 207
Development of new combat planes 207
Development of combat planes in the course of the
Second World War 218
Ch. VIII. Postwar Aircraft Construction 235
AVAILABLE: Library of Congress IS/kBv
8-6-58
161
Card 4/4

PISAREVA, N. A. (Kursk)
Change in the functional state of the thyroid gland as a mani-
festation of the g^neral radiation reaction in the treatment of
cancer of the cervix uteri. Mod. rad. no.4179-80 '62.
(MIRA 15t6)
(UTERUS-XAIXER) (THTROID GLAND)
( IODI NR_ ISOTOPES)

SO V/ 124 ! () : ! 24 1
Translation from Referal-,VT zhk,rr,.,jl XI v khan i k a19;8 Nr 10 1) ',"SSP
AU THOR Pis a r v -. N M
TITLE Diametri, allv Antis~,myijvtri~ (,on%e(tion Woh Heat Lossc~ i,
Vert i( a I T~bc ot Ci rt u I d rro,;,, Se, ti on ( Di a met ra I !.k) r !i -
nict ri( hnava cons. ekl v rtikal no~ t rube ~ rug0%
s tvpIopk)1vr\,Ir7l,
PERIODIC AL Tr U. r~,i -kogt, poiitekhr, i -Ii IQ'~7, Nr 7-' pp 1 14
ABSTRACT An app!ox)mdlv soltition s i!!%en for the problem sp,
tile t.tl(,
G A Fir,~
Ca rd I i I

Pilaw. V..K.
That lobo !by azlopmOrle oonvostlon Is a vertleal pipe. ftuo
Uml. polltekb. imat. ao,?2t225-232 157. (UM, 1114)
(&at-convost las)

BEREZIN, 11, ~ PL;-A~-V, N. ; PO i'll.: Fr, IN. V .,- TiLiEv !-11 NO 6 ~
"Fishery products" trf 4 '.Vzorov. lievieved by N.Berez~:., anc;
Sov.torg. 35 no.4J7-38 Ap 162. ( '- I.,
(Fishery products) (Vzorov, V.I.)

St 2 4 -
I r a n s I at iw-. I rom Rofe rat ,t,. . rna: M c kh a:,.; k a. I Ir
A U T 110 RPisa rev. N.N1
T I T 1,F Dvicrinmation of Hic Diffusion Rate Throuidi the Walls -I it!,.
ga'Lvd C\iinder With Nontoaxial Surtat. es (Opredeleni~e ~koro~~ (I
fU7.1 , licrez stcriki dlinnogo tsilindra s tiekoaksial ii~m~ pt-ci,
nostvariiii
PERIODICAL Fr Ural skogo pohtvkhr. in-ta. 19')-,. Nr 72 pp 1 2 it,
ABSTRACI F If the axvs o! thr ()L,I(-r and tilt- mner surfa, vs of the %%a-~ of a
k NjInder art- chsDla, (-(I with. respec I to on(- another b\ a distit, v
then the cl,fluSIOTi rate of a ga~ through the cvlinder %kalls is i4:%oT
tilt, formuta
M 2 D i d(D
0 loge (R./Ri
R sill (D + 1, Los
Card I /Z

Determination of I h 4- D. f 1, - i,),- !Ut, c I I-, T- 1; s i ~ .
SM
h v r e R I a ii d R a re the radi; ()f Ilic ;rnt-r ard m,ter su rfa, os (,f hc
re s p,-( I j % v I a t, d , t r v I hc ri, s pv, I c t,!., ent rat i w. ~; o I L!a i k
out I lic ~indvr D 'ne I,; tilt- 1(.r)L!Ih ,I It.,
W 11 v v h I., T h,
R
A .1) M-
Card Z

323-&- WKq)/J[WT(n)/W(b)/BD3 AMCIASD JD/MLK(a)
ACCESSION HR: AP3008372 S/0286/63/000/014/0021/0021
AUTHORt, Pisarev, N. M.; Kothin, V. H. 6~;2,
TITLEv Free cutting stainless steel. Class 18. k0. 155813
SOURCEs byullaten' Isobrat. I tovarn. znakov. noi 14, 1963, 21
TOPIC TAGSi free cutting stainless steel, free ma,chining stainless
steel, corrosion resistant steel, free machining steel, molXbdenum-
sulfu phnosohorus stainless steel.
ABSTRACTt A P44ent has been issued for a free mschininR stainless
steel containing 0.35-0.45Z C, 16-182 d7r~,. -Z.3% N1, 0.7 1 22
Mn, and up to 0.5% Si. To improve mechanical and corrosionA-1~
erties 0.7-0.9% Mo, 0.15-0.2% S. and 0.08-0.152 P nre addcd.
ASSOCIATION: none
SUBMITTEDt l8?1sy62 DATE ACQ: 290cc63 ~NCLi 00
~.~ , : "I
SUB CODEt ML NO REF SOVt 000 ~TIIER- 000
Card 1/ 1

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A, 6 /AC
A'.'T 1, C 11 ar -
7 ! TL-- t ri T. "~t'
PER 10 7 kL R 9 Li r- 1 F
F,
TEXT H i gh n d r c:. e;- ri 1 !3 d m r k o-- a r
ca,,se ~)rem8 ture failur-. -ini i-, f f r. !n,, I hc As ar~- a o d f c, r d re as i r *, r. &
hydrogon - n ! -n P. t . 'I I , I i . )r,,, f tt~-- j- n ti -j ' ~i i n ho I d, niz arn p, ei a
a rorla-r, tem T - T a u r e I. a :7 '1 W h C' T (! ir , a I r , 5 w, r- f ~ y~ r,.t,f-r.
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De term-. nirF t~,t~ h, dr, gen, n r. 1, A'~'/IAO'-- V
7 --- T 'h,~ . an 7 e n *, r a t - , -, .3 t r un
%'-me using the pq~sitl",r, fr 7 R -
k o g x, a I -j r e 9 k o f the
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inder w: th 1.0 -m rall .9 1) m, /9 e c F,
~:on~ent rat' nr, In 'hp -Ant Pr w i r-ioci ir ' )0 d,iy 9 ris. -
quvntly . t I i e e I I 'm . r. a 1 1, r! gag fr 7 o s c& I ~ P at ~ , 3 - -. , - t e
PTC -f B9 r a i a r a p ! j m `kr.~.i-j an! safft. 7" t ITL
w I d % 11 ) !he f -~r ~ , . r.e L y I T T. t. r,t ir 1~ m 1 J VI ~ I *
ho,- ra , a~nJ for a 9 p e - i me n -.m iAp~ it x, z, rt3 L a r s
tt a t t ', '. ' e s - -~', -i ; - s e -, ~ t - j~ r c, ~,, - - s " t T, m
are ' f . o--; r- ar, d 5 - v i '- r-~r. - e ~i
r a i k y 3 K '. 1, K r. _.i i t ral 1 9 71,-
3UBMITTE:~i y It
Card 11",

Fj5j9V,_I prof.; LTURARSKIY, L.N., prof., red.;
.RUDCHENKC, A.M., red.; YERKHOVA, Ye.A., tekhn. red.
(Laboratory manual for the study of marketin ]Lsborstornyi
praktikus po toyarovedeniiu. Moskva, No.4.1GIrain examine-
tion]Iasledoyanie zerna. Pod red. L.N.Liubarskogo. 1962. 97 p.
(MIRA 16:3)
1. Moscow InOltut mezhdunaz-odnykh otnosheniy.
iGrain-Analysia and chemistry)

pTQdVJs ("NAUD" Rild
t,"y

the ptoluttion l" lovi G, S. Ku;ol,
I
r, t _J, _
,
L

kim, (Nutritioll Ilipt., At-id'Mf A., NW-niw),
I S's
r lattv.1 0, NO. 51 4.3 Uct:1,
o" ~Omtrwmll ~1) Dad "GcikuIe-%" (o~t floch) (11)
'
CYmmll protf-In, fat. 0.24.~
,,.
Sri.
vnr
,
Ical pr,w~sw;r I., I; Nitki I~t-lc r-ft-r 3 -0 I."OlIths
litulage C-~Ijflr 11:~ (c--j!H indInIto that
Ad(Ins. U, Oln jilepw- ftoill Lftj5-(,f f%lt or 6.1rity
n1w l-at r~I~QeliA lvvf~ i,n t"'. wO It
grCIVY iwilio-vol the rt.,,ro,,;c Ne ~:vl --imi iv.--tir tj,Aitizo
Ple)[lumc. Tlir' PICJ'11~1, It-,]-.Tk lic g"ImIll-ttcd
OrY
r-crc Added torojA'U'l r:,It ~Mljllox
1110 wal Olt lukt, w:it (.,r ii ftw ii-, m

MI;;:d, w-Ij (,trl, 11). Th! f.,rLql r--,,duc.!A
hr ci:m-
t-,h nbom wh:L!~ -.,rr
a fiq-,,!T!ur fe tc uO B
xjj-3r,), flip cLaf; -1rTjZf-,! 1; pflltr
nPil call 1),?. !v !%-ki fur I,-- 111011t1,5
!;1IF tile
ec-luln Artil-C W-olivicv (J
I a-al 11 -tri,.d ,10' for 270 d;tyz ~vci, eadh 15 doys

'n CM lTl:ila:joC3 t1w,
171CIrT.,t PNO t;W!j Aul of,-~ ;,!II) tinal", 1:,)5Tf Vf!r, I !"t ul~vr-
mwil vill'ie, :t~c -k:~ttv fnr-mt
------------ ---------

P13ARST, U.S.; XCROBKINA. G.S.
.Wwwww~
Improvement in the quality of cat products (fine and coarse roll,9d
oats) by means of saccharification during production. Vop.pit. 15
no.5:48-53 S-0 156. (mum 9: 11 )
1. Iz otdela pishchevoy takhaologii (zav. - kandidat takhnicheskikh
nauk S.N.Bassonov) Instituta pitanlya ANN SSSR. Moskva.
(GRAIN.
oatmeal. saccharification (Rue))

-PTRARU
--- '---h. prof.; XAMOV, Ys.D.. prof., red.: LICVCIM,
K.T., red.izd-va; PAVLOVSKIT, A.A., tekhn.red.
[Study of commercial products and foodstuffej Tovarovedenis
promyshlonnykh I prodovol'stvennykh tovarov. Koskva, Vneghtorg-
isdat. Vol.3- [Foodstuffs) Pishchevye tovary. 1959. 366 p.
(KIRA 12:10)
(Food Industry)

FISARIV. 0.1. (11sarlev, 0.1.)
JWIL,, %, ,
Using the RSY-8 grain harvester with tvo pickups. Mekh. sell. hosp.
(91 no.5:12-13 K7 '58. (KIRA 11-6)
I.Golov-nii inzhener Pershoi Gdoalkoi mashinno-traktornoi atantBli.
(Harvesting machinery)

8 6 -66 -EWA(c)IEWT(1)IEW(jo)IFTCIFWG(u)ITIEWP(tY JD/AT
L
15
/2S%/2658
ACCC01"I MU9991
14
AVM=t ftalsiddyt G. A. 2? yv~
7=$ Estzmft of the enchmp intenwtim of the j62* ion In the mited si~v
in
-, RII
i-SM=t Fisika tvwdW t9&, v. 7. no. 1$ 19650 2566-2658
TWIC TAGS: line shift 0 lira splittingv a I compmot
somited
Us mWdtuds of I ~3wbmp intwwticn was extimted by deterubdng
tim d&ift of the asomptim line on going throu& the mWatic-order teq*mturcq
Usift for tIkIs Purpose the )b 2+ ion in the "s 4Ag + 4Eg(4G). Ma single cris-
tals of &C wm obtained 1by trampoct ismution mW depositim an 1%0 E(100) plarm].
-Ipopmam me invastiested with a double - m hz~tozv (NO-4) at tm-
tmptmum
pmmt~ (77 ad 296K) both abm ad below the mewtio-oldaire
T Mw mmoumd Wwtnn is dwm In F* I Of the aclosung in the ragim
'N 2 JIM
at an tnxwitim AjLg -4p- 4% + 4E It is =wUWbd ftm an amaysis of the rw-
cmd

L U63-66
ACCCSU'CN NR: Muglu-
mat *at t2w offiscave field acting cn the pk2* ion in to excited state
is half the e3mhmp fle"Id acting an 1b2+ ca the groxA state. 7his
is &jkmW ften to w1un of tho Vlitting betwim the ndob=ng spin suhl
-1
of 120 -two Statmag Oddh an 60 and 90 cm . zoopwtiwly. "'ft afflms thw*
Y4, M, Komdww - fW v4plybW tio wa Sin& mystab. 0 Mig. wt. h=: 2 fiou".
InstiM M SSSR Imninpvd (lowtitub anduct
M SM
EMs 01 SM M: 1%
MR Sms 0u ow: W6
213

L 8163-66
ACCMIOM NR% AP5019 I
jw
CON
EXCL40SURE: 01
4w No .4w on
Fig. 2. Abso tion spectrum In the region of the transition
6 4
Aja 4 1C. at 77 (1) end 295K (2).
1/3

AGETEV, A.N.1 VENFTSKAYA, M.M.; ZABLOTSKIY, G.A.; MYPNIKOVA, J..Ye.; FISAREV,
R.V.1 PROSKURYAK07, O.B.
Study of single crystals of farritea-garnets with vanadium. ?iz.
tver. Lela 7 no.9t2853-2856 S 965.
(MIRA 18:10)
1. Inatitut polulirovodnikov AN SWR, Laningmd.

L 9246-66 EWT (I (e)Ad-i (in) /T/EWP(t)/2WP (b)/E,'.A (C) IJP(C) !D/JG/GG/'.IH
ACC HR, APS022740 $DtMa CODE: UR/OIU/65/007/009/2853/2856
V'V , ~- ~- 41 ~' ; -5- 5'- q4,, g k--
Vaqtskaya, N. N.; Zablotskly,'G. A.; Myllaikovat I. To.,
Aurms Amway, A* not
V. Prook
=ftb 0.
CV.41 5' S--
am-. Ingt1tute of SmIcgodwton 0 SUR, Leniverod (Institut poluprovodnikov 93
m su*T- C;, 11~- 4
TITLICI Investigation of fen4te-garnet single VrYst9l* with vwwdium
SOUNCEI Mike tverdogo telaq v. 70 no, 9, 1965, 2953-2956
TOPIC TAGS: single cryst . vemindium, t, ferrite, absorption spectrum
Ile I lar"a 21, y 41 S' S- j
MTLwr: Soms &ate am given from preliminary studies an singla wyatals of jarmts
Aich cont4in -nins I= ions. SpeciPans of 013-IRC828) ENIJ ME; ~212 SiZO
cz"tals Were VIVO , USINS K203, ft203, V205 and CaMs am Initial components. The
Mat cryatals wale those with x x 1.33 and dimensions of 5-7 m. Neasurtements of
"Mflastion from room temperature to the Curie point ohm that the composition of
MW synthesized "tals Corresponds to that of the initial charge. Curves are given
for 2AN me a function of tanipersture along crystallo~ic axes [1223, 11103 and
[1003 ,r plane (no) for a ga~rnat Wrtal With X 0 1.33. 8"atral ",as of thin
platem (about 5 v) show an absorption maximum at about 0.87 ip and a second weaker
inexismim at about 0.69 v, with tv parency In the visible and Infrared regions. The
1/2

ACC Nib AIP5022740
authon we gmteftl to -0. A. ftglei md A. 0. ~!~fw dimctlmg tho vom*.
OrIg. art. but 2 fll~q I taMPOVY FT, 73
SO CMs 20,07/ SM DAlEt GIAPIOS/ Ono FM 002/ OTM UF., 007
L

IJP(e) JD/HW
,ACC NRS AP"66o SOURCE CODE: UR/0181/66/00(3/003/0783/o787
'AUTHORSt risarev,--R. V.; Belyayeva, A. X.; Syrnikov, P. P.
ORO: Institute of Semiconductors AN SSSR, LenLngrad (Inatitut
poluprovodnikov AN 333H)
TITLE: Structure of.energy levels and exchange interaction of-Q2+
Ions In NaCo
F3
(SOURCE: Mika tverdogo tela, v. 8. no. 3. 1966# 783-787
[TOPIC TAGS: energy band structure,, cobalt compound, single crystal,
,light absorption, optic transition, line shift
ABSTRACT: The authors investigated the spectrum of optics,z~bsomtlcn
1
of NaCoF. in the interval from 5,000 to 30,000 cm 1 (2 -- 0.33 P).
The single crystals were obtained by chemical reaction of NaCl with
CoF2. The experiments were made in tightly sealed platinum crucibles.
The absorption spectra were investigated In th6 ultraviolet and
Card 1 2

L 23028-66
NR: WooqW
j
visible regions using diffraction spectrographs (DFS-8 and DFS-12)
and a double prism monochromator (DM-4). The measurements were made~
at 4.21 20.4 -- 60.. 77., and 295K. The observed absorption bands are
L>
identified with transitions inside the 3d electron shell of the Co
ion In a cubic crystalline field. It Is shown that near 35K one of
the absorption lines Is strongly shifted, owing to the transition of
the NaCoF2 Into a magnetically-ordered state. It is observed that at'
low temperatures the state 2E(2H) splits into two lines (&V - 36 cm-~'
one of which disappears when the temperature is raised to 60K. The
possibility that this splitting is due to exchange interaction be-
tween the paramagnetic Ions is discussed, although the data obtained
so,far do not prove this completely. The authors thank.G. A.
ISmolenskly for interest in the work and a discussion of the resulYs-,
V. V, Te-remenko for a discussion of the results, and E.-V. Matyushkin:
.ror help with he measurements. Orig. art. has: 4 figures, 2 formu3as
and I table.
SVB CODE: 20/ SUBM DATRI-24jul65/ ORIG REPS 002/ 'OTH REFS 005
Card'
2 C

JTL 24379-66
~~ACC NRt AF6W02 SOURCE CODE: UIR/0181166/OD8/003/0975/OW7
AMOR: PIsar9Vj R. V.; Prokhorcrva, S. D.; Syrnikoys P. Pe
0
ORO: Institute of Semic6ductors At SSSH Leningrad (Institut poluprovodnikov AN SSSRY
TITLE: Chwiges In the intensity of the electronic transitions of the ~W+,and NO+
Ions In the antiferromagnet Wio.98Mn0.o4F3
SOURCE: Mike, tverdogo, tela# Y. 8, no. 3, 1966, 975-977
70PIC SO: antiferromagnetic material, manganese., nickel, light absorption, electror
transition,, absorption spectrum, line intensity, spectral line
ABSTRACT: The authors report on an investigation of the intensity of the electronic
transitions of both ft?+ and Ni2+ in the antiferromapets NaNiF3 and W10.9eft.003,
by amsuring the optical absorption in a broad spectral interval; making it possible
to drav certain definite concluciona concerning the growth of the transition intensi-
ty. The absorption spectra were investigated pbotmetrically with a double priam mono-1
chromator (DMR-4). 'The results (Fig. 1) shcnf the effect of a mutual influence of the
)W+ and 1&+ ions, resulting in an increase in the intensity of certain absorption
lines of these ions. The greatest interaction was observed in those regions of the
spectrum vhere both ions have closely lying levels, provided that the symmetiny prin-
ciplen impose no limitationn on the possible interaction. It in concludedthat the
greatest role in the observed intensification of the spectral-line intensity iG prob-
ably played by exchwige interaction between 3d-iona. ahe transitions resporwible for
cand 1/2

ACC ~~Ai&6~702
Fig. 1. Absorption spectrum
of single crystals of WiF3
(1) and W10.98ft.04F3 (2)
at 77K, e -- coefficient
of molecular extinction
the different spectral lines are brief3,v analyzed and the absorption spectra evalu-
ated and cowpwed vitb other date. 7he authors tbw*_QAjMQj2Djk& for interest
In the vork &=I valuable remarks,, and P. V. Unachey for a chemical awaysis of the
crystals. Orig. art. has: I r1gurt am I tablee
MM CODE: 071 MW DA79: 210c"5/ OTH MWI 002
/2 t3V

HSAWN p 11 . V , ; SWIJ Nij k,,' Y , i, . A .
E s t 1 4 )- n!* -x 7 ic ! n ~ e rir- t! -, -i f r r MLr.,-+ I 'r,. ,
, . . ; ~ r - ~ .
n0lit- In MrO. Fiz. tvpr. tela 7 n P12')16-255F
Aj, (MMA lp:ko"
. . I I
1. :ril;' "W. ~-I~jpvwrJnlkov AN l.enJnFr,ul.

EWr(%w(a)/rAwP(t)A'vP(b) IJP(G) JD/GQ
.,AUG NRS AP600029 SOURCE CODES UR/0056/65/049/005/1445/1449
I AUTHORS Asarev. R. V. d-Z
ows xWituf& or Semlo2gauctora, Academy of Sciences SSSR 7
f
AInstitut poluprovodnikov Akademil naux 533K)
3L "44, Y-~;-
;TJCTLE: Temperature dependence or optical absorption In the anti-
rerromagnst X&NIF
w T 3
'SOURCES Zhurnal skis rimntallnoy I teoreticheskoy fixiki, v. 49,
no. 5. 1965* 2445-IN09
TOPIC TAOSS antIferromagnetic material,-sodium compound, line
splittingp absorption line, spin orbit Interaction, tempratu"
dwadenest WL206 "tal gmwtb
._,-AD3TM0T1 In vIew of the unusual nature and anamelous temperature
dependenci of the splitting of the 3A2g .E9transition, the author
Anvestigated the splitting,, the position, and the Intensity of this
tranaltlori In the antirerromagnet NaNiF (Neel temperature 149K) In ft
3
Cmd 0

L 153654A
;!ACC URs MOOM98
temperature range from 77 to 295K. The single crystal was grown from
a malt of X%Cl and NIF2. The optical absorption wav measured with a
double-prism monochromator (VMR-4) with average'resclution 15 am- 1.4
w4 the cryistal was mounted In a metal vacuum cryostat. The absorp-
ItIon line corresponding to the electron transition from the ground
estate 3A of the Ni 2+ ion to the excited state IE was found to
I 2g 9
:shift towards higher frequencies with decreasing temperature. The
-1
'total shift amounted to 230 am' and was greatest in the temperature
!range from 120 to 180K. The change is attributed moEltly to the varia-
ition in the lattice parameter with changing temperattre and to the
tfact that the crystal goes over into a magnCtically ordered state at
!the Neel temperature. 7he anomalous change in the dependence of the
Antensity of the transition on the temperature is attributed to spin-
IE and 3
:orbit.interaction between the states 9 Tig. Tne complex shape
of the line., characterized by a series of maxima of decreasing inten-
sity, Is Interpreted as a result of electronic-vibrational interac-
Cmd 2/~ j
77,
77

"I A%coow
.-3
tions, Author thanks Professor 0. A. Smo nekly for directing this
investijit'lon and valuable commentap and F. Symlkoi"f6r supplying
Uo SUM101 cEzetalac Orig. ext. hm: 4 fiTmis-, I fam-17,-wA 2 tablm.
IV
MM CODRt 20/ SUBN DATE: 18jun65/ Ordo MW: 002/ CYTH REP: 009
A
cmd

L 1305-46
Ewr(I)AWT(R)AFF(c)/SWP(t)/EWP(b) 1JP(C) 'JD/JW
AMMION IM s AP~012%6 MV01131165/do7/m/1382/1388
AUTHM- J11urev R Ve 4U/' 4e
O;VtIc -Mxor"po~ipectrum of the antiferrom=4
:SOUFCZ,. lizilia tyerdogo tela., Y. Tt no. 5, 1965p 1382-10
TOPIC TAN: light absorptionp absorption spectrum., antiferronagnetic material,
'A-
lexciteo state, spin orbit coupling
'AWH&'?: The author Investigated the absorption spectra of the 7404 ion in NaNiF3
In the venaength range from 0.35 to 2 IA at TT and 295K. The! WiF3 aingle crys-
;Uls were P-min from a melt of X&C1 and NiF2. The absorptiom spectra were observed
Ivith a DMA double nonoebromator vith two glass prisms. 7he light receivers were
pbotemultipliers,and a vacuum PbS. The light was modulated at 1000 cpa. The spec-
Itrum disclosed absorption bands corresponding to transitions ,'.'rom the ground level
3A&g to the excited states 3T= S.% f I%p 1T2gf and 3TV&. The parameters of the
errital field (10 dQ a 7610 cW1) -= the Racah parameter-a (B - 940 and C 4160
t aC 1) me determined. The energy levels calculated from theme parameters neg-
tlectivs mwlz~-orblt Interaction# agree well with the observed transition energy, A
CCqP'M Wittb* of the 36 um 6bass Y at TTZ and cannat be ftaU attributed to
mobop istusetion or tbowni'O bsiov,aw seei temperature. "The author thanks
CWd 3/

* ,. . . ..- 7 . t.., -
- -I , :.- . 0 , 7
- . 1 7' .-', - .-- ( : - . ~:-C'.o
. ~: .. . , i. '. I ~d. .
1. ~ --
.PT , , - I .
. ~ , - ~ :- -1 1. . - . , .... I -

7--l-1-7-- :77W
P -:197 P~j
Tu,
Aft
j aw-
sity of the Alght"
aftax~-T'UsjoapAhrougb eaUbrated
7-
-invest
vf
MM;= crystal..
+ Im In cet
A
A~-
-7: id, is 74ttributtd to. -
I~iH 43K)i
17
or cmv,
go
W -Wa. wur

WA
-:o 7
OX
Monza-,
loon": 2~fthm-
A im"m
.41
77.
it.
TZ
llir~ ~~ --~
Avrj
1 ~24

PISAR,FV, R.V.
0:)tIcal abwrDtion spectrum of the antlferr,-3mRFnet NPNJF3 F,, z.
tver. tela 7 no.Stl382-1388 My 06~. 'HIRA 1P: 5)
1. Instit,it poluprovodn"kov AN.*.'3SR, Leningrad.

ACCESSION 11TR: AP4043395 B/Oldl/64/006/008/2545/2547
AUTHOR: PLsarev, R. V.
TITLEt Absorption spectrum of orthoferrite YFeO 3
SOURCE: Fizika tverdogo tela, v. 6, no. 8, 1964, 2545-2547
TOPIC TAGSs ir absorption spectrum, orthoferrite, single crystal,
yttrium iron garnet, yttrium compound, ytterbium compound, dipole
transition
ABSTRACT: The author investigated the absorption spectrum of ortho-
ferrite YFeO3 in the wavelength interval from 0.5 to 2 microns. The
single crystals of YFeO3 were grown from a melt of PbO and oxides
Fe203 and it 203* The polished crystals measured approximately 2 x 2
mm and were 95 microns thick. The monochromatic radiation came
from a DKR--4 double monochromator with two glass prisms, having a
Cwd 1/4

ACCESSION NR: AP4043395
0
dispersion 50 A/mm in the 0.5 it region. The light receivers were
photomultipliers and a vacuum PbS photoresistance. The light was
modulated at 200 cps and the signal from the receiver was amr1ifled
with a narrow band amplifier. The results obtained agree well with
the data on ytterbium orthoferrite, but are shifted somewhat
towards the long-wave region compared with yttrium garnet. ilhe
strong absorption observed in the vicinity of 0.5 It is attributed
6 6 3+
to a transition from the ground level A 1g ( S) of the Fe icn to
the 4TIg (4P) state, but the absence of such absorption in yttrium-
gallium garnet doped with iron makes it necessary to reject this
assumption. Another possibility could be a dipole transition from
2- 3+
the 2p-band of 0 to the 3d band of Fe . Observation of photo(*Ofl
ductivity in the 0.5 4 region would be a confirmation of L.ils fac.L.
"The author is sincerely grateful to Professor G. A. Smolen0 '1y for
interest in the work and for a review of the manuscript, anc! alsi~
Card 2/4

ACCESSION NF.: AP4043395
to I. Ye. My*Vnikova and P. P. Sy*rnikov for supplying the single
crystal yttrium orthoferrite." Orig. art. hast 2 figures.
ASSOCIATION: Institut poluprovodnikov AN SSBR, Leningrad (Institute
of Semi conductors, AN SSSR)
SUBMI7TEDs 21Mar64
ENCL: 01
SUB CODEt SS NR REP SOVs 000 OTHERt Oil
C,,d 3/4

ACCESSION NRj AP4043395

000

MO
4
ll
~
ty
~ v
too
0
alq t, a 10
ENGLOSURFs 01
:0~
Dependence of the absorption coefficient of orthofprr-Ite y-t,() CT,
the wavelmgth. 1 - 77*K, 295-K
Card 4/4

L 04140-67 E0T(l)/&1-T(m)/T/EWP(t)/ET I IJP(c
ACC NRz APS026673 SOURCE CODE: UR/0181/66/608/008/2300/2306
AUTHOR: 11isarev, R. V.
ORG: InsUtute of Semiconductors, AN SSSR, Leningrad (Institut poluprovodnikov AN SE;SR)
TITLE: Electron structure of N12+ In hexagonal RbNIF3
SOURCE: FlzWa tvex-dogo tela, v. 8, no. 8, 1966,11300-2306
TOPIC TAGS: electron structure, electron spin, crystal absorption, crystal optic property,
single crystal structure AAll Cdrf4 , ~913 -j CS Je Or.' 0 A-~ " /4--~ f-
ABSTRACT: The optical absorption of hexagonal RbNIF3 single crystals Is studied, with the
aid of n DhIR-I double prism monochromator, at 77 and 295K and wavelengths from 0.14 to
2,~K . The monochromator employed quartz prisms In the U`V region and glass prisms ir, the
visible and near M regions of We spectrum. The mean spectral resolution of the devic e was
15 cm-1 . Transitions are observcd froin the princt state 3A2 of the Nj24 ton to vxc:.ted
3 3 a I a I a 3 b 1 b I tal
levels T2, T E T T TI, 1E , and T,). The structure of some of the absorp
tion lines, in particular of the 3,1,1, IE9. and lEb lines, Indicates that noncubic distortions of
RbNiF3 play a sigaificant part in band splitting. A detailed analysis of the transition 3.A2 --.0
lEb in RbNIF3, and a comparison with both the analogous transition 3A2 -# I.Eb in the 1JV region
-Card 1/2

L 04140-67
ACC NR: AP6026673
and the corresponding transitions in NaNIF3 and KNIF3 crystals show that splitting of the 'Ea
3 a
state Is apparently caused by spin-orbital interaction of the 'Ea and T states, rather than by
exchangv Interaction of paramagnetic Ions below T An observed increase in intensity of the
3A2 " lj~b transition witli decreasing temperature TB* seen to contradict the concept of an (-Iec-
tron-vibrational mechanism of this transition. The author Is indebted to G. A, Smolens4y for
constant attention to the work and Important comments on the manuscript, P. P. Symikov for
providing the -,:tgle crystals, and S. D. Prokhorova for making some of the measurementa.
Orig. art. has: 5 figures and 2 tables.
SUB CODE: 20/ SUBM DATE: 20Nov65/ ORIG REF: 002/ OTIl REF: 010
Cord - M2 7- -

- AVXW6;~ ---
ACC We SOURCE CODE; UJV0386/67/0O5/OO3/.-1_q6/Wqq
AUTHOR: P1 jI R. V.I. Sinly,, 1. G.; Snolensklyp G. A.
ONG: Institute Sealconductorep AcadsW of Sciencesp 6853 (Institut polWavodnikor
AkMwdi n 4)
~1=: Aroomialous dispersion of the Ptraday effect in ferrimagnetic RbNiF3
SCUMS: zhurnal nay I teoreticbeskoy fizikl. Pislas v redaktsiyu.
~,Wno.
prilothenlyep, T*
n1ye# v no- 3j- 107# 96-99
TOM TAGS: rublilum comqmundp Faraday effect, light dispersion, ferrinagnetic mte-
rial,, User no"tions, gas laserp ruby laser, light polarlmtion
ABSTPACT: The a4hors investigated the ftraday effect in RbRiF3 in the wavelength
Interval from 0.3~ to 1.1 p and observed a strong spectral dependence of the rotation
of the plow of Ization of the light. The investigated sample was a plate 0.6
I War
,thick to the hexagonal axis. The measurements were ande in magnetic
fleld?vp A7=0 5 kbe at 77 and 295K. The results show that the Faraday rotation re-
verses a4p tims and Its mognitude changes greatly in the investigated
spectral ift We complicated behavior Is explained by exmining the connectiom
between the rotat an and the absorption, and the experiuentally observed strong.sen-
I
sitivity of the rp"mr effect to the absorption lines and their fine structure.' it
Is abown %bat tbl* sawltivity can yI*2A Important addItIonal Inforsation on thq elee-
tronle xtzwkwe +f 1waaagwtic Ims In crystals. In reglow vhere there are no ab-
1/2

ACC "I' A"
sorption bi rotation in connected essentially with the ferrinagnetic moment
of the cryi therefore depends little an the wavelezigth. At 295K, the parar
Magnetic rout on of the plane of light polArimtion was 0.06 - 0.08 uin/cm-oe and
depended little the wavelength. 7he results show that the strong rotation of the
PUM Of Ion can aske XbNiF3 useful for the nodulation of light at the wave-
Imigtha of argon 4M neod4niva lasersp wbere It is transparentp and also for heliww-
now &M zWq I"Wes mbere its absorption is &lights It can also be used effectively
at InIftmA mwelftths vy to 21 Mp at vb1ch It is transparstit. 7he authors thank
Pe P. NV=Ibm 00 grewIft the Ologle crystals. CrIg. &A* Me: 2 fIgures.
~I Nut UNWOW wo MWS MW on Mwt 005
2/?

ACC NR, AP7005318
SOURCE CODE: -UR/0181/67/009/001,/0021./0026
AUTHOR: Nesterova, N. N.; Siniy, I. G.; Pisarev, R. V.; Syrnikav, P. P.
ORG: Institute of Semiconductors, AN SSSR, Leningrad (Institut poluprovodnikov All
SSSR)
TITLE:
RbCoF3
Infrared absorption spectrum of the antiferromagnets NaCoF3, KCoF3, and
SOURCE: Mika tverdogo tela, Y. 9, no. 1, 1967, 21-26
TOPIC TAGS: antiferromagnetic material, ir spectrum, absorption spectrum, absorption
edge, spin orbit coupling
ABSTRACT: The authors investigated the optical absorption of these antiferronew--nets
(with peravskite structure) in the region 750 - 2000 cm-1 at 77 and 295K. One of the
purposes of the investigation was to determine the influence of the exchange inter-
action and to obtain a clear cut spectrum. The single crystals were grown from the
melt and the absorption spectra were measured with an IKS-21 spectrometer. All '.he
compounds exhibited an absorption band near 1" cm-1 and weak bands at the absorp-
tion edge of the lattice. The 1200 cm-1 band is identified with the re - r7 transi-
tion between the split levels of the orbital triplet. When the temperature is de-
creased from 295 to TM, an increase of 40 ce) in the half-width of this absorption
band is observed in Mol?3, end decreases of 55 and 20 em-JL are observed in the hallf-
widths of the absorytiou banids in RbCoF3 and NaCoF3. The results show that the spin-
C0,d 1/2

ACC NRs AP7005318
orbit interaction constant does not depend on the crystalline field. The authora
thank G. A. Smolenskif for continuous interest In the work and a discussion of the
results and S. D. Prokhorova for many measurements. Orig. art. has: 4 figures, 2
formlas, and 2 tables.
SUB CODE: 201 guBm DATz: 16Apr66,1 om REPt oo4/ oTH REF:
[CO 2/2

P

8'~ -8- 2,'l 8
AUTHORS: Pisarevskly P., Pisarev, P., Shcherbak, A., Malyshkov,V.
TITLE: Please, Mother Country, Accept the Gifts Your Winged
Sons Offer You on the Great Anniversary (PrIml, otchlzna,
v cheat' velikoy daty podarki ot synov tvoikh krylatylch)
PERIODICAL: Kryl'ya Rodiny, 1957, Nr 8, pp. 2-3 (USSR)
ABSTRACT: The article consists of four signed letters from various
parts of the USSR, and one unsigned reporter's note
from Moscow, all glorifying various recent achievements
of the local sport organizations. The only Information
of possible value Is contained In the letter from Len-
Ingrad: Students A. Avilov, M. Korsakov, and 0. Alek-
seyev, and Aspirant V. Bokiya, of the Institute for
Building Aviation Instruments (Institut avistsionnogo
priborostriyeniya), are said to be working on a system
of small-size radio equipment for remote multiple si-
multaneous control of aircraft models; crystal triodes
are used. According to the author of the letter, the
construction of the equipment Is almost finished. The
letter from Khabarovsk, signed by P. Pisarevskiy, a
Card 1/3

85-8-2/18
Please, Mother Country, Accept the Gifts Your Winged Sons (Cont.)
in the Methodology of Training at the Young Technicians center
of the Kabardino-Balkar ASSR, extolls the success of a com-
petition of high school students of the Republic In aircraft
model building. One photo. The unsigned reporter's note from
Moscow relates a record glider flight accomplished by A.Teplykh,
Pilot-Instructor In Gliding at the Central DOSAAF School for
Gliding and Helicopter Sports. The pilot Is said to have
covered 310 km in 7 hours of uninterrupted flight. The flight
has assertedly been attempted to celebrate the 40th anniver-
sary of the October Revolution. One photo.
AVAILABLE: Library of Congress
Card 3/3

PISAREV, 5,4- AIPROV, D.
Role of the stimlation of pharyngeal and articular receptors on the
appearance of experimental myocarditis and arthritis. Suvrem med.,
Sofia no-7-8:20-26 160.
1. Iz Katedrata po patofitiologiia pri VMI. Sofiia (Rukov. na
katedrata prof. St.Pisarev)
(PHARTNX physiol)
(ARTHRITIS exper)
MOCARDITIS exper)
(JOINTS physiol)

-_?ISAM, St.; NEMAl V.
Significance of sensitization and desensitization in the pathogenesi.5
and emrse of experimntal arthritis and myocarditis. Suvrem med.,
Sofia no.9:73-79 160.
1. It Katedrata, po patofisiologila pri VMI, Sofiia (Rukov. na
katedrata prof. St. Pisarev)
(ARTHRITIS exper.)
(IffOCARDITIS exper.)
(ALUWZY eiqmr o )

L 33506-66 SUIRCE CODE: BU/C)016/65/000/0(--'-/-~,-C,/,,)435
ACC NRI AP6023b97
AUMOR: -asarev. S.--Pissarev, S. (Profe5p-,r~:
Zherev, S.--Jerev-,-t.
ORG: Department of Pathological Phy5iolopy/headed by 1'rof. S. Pisarev/, M, e a ~ c. al-
College, Sofia (Katedra po patulogichna fiziologiya pri WU)
TITIE: Experimental studies on etiology and pathogenesis of rheumatoid ciiseape*
SOURCE: Suvremenna meditaina, no. 7, 1965, 400-405
TOPIC TAGS: pathogenesis, rat, tissue disea3e, bacteriology, mecLical re-se;ir-'.
ABSTRACT: Comparison of 3 models uf rheumatic fever ;ncluding one dpveic-pe. -y
authors and involving 3 5-c- injections of 0.:' m-1 / KF of 24-hour cultur(,
hemolytic Streptococcus A over 14 days with induced permanent irritation )f
receptors, with submucosal injection of "I formaldehyde in rats. Baf;ed ,,r,
lab data and discussion, this model is considered closest to the clinica,
Orig. art. hast 3 figures and 1 table. [Based on authors' Eng. abst." ~PR~I'
SUB CODE: 06 / 5UBM DATE: OO.Jan65 / ORIG iffF: 006 / SOV HEF: ~Q
L Card