SCIENTIFIC ABSTRACT MOROZOV, V. A. - MOROZOV, V. D.

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• Collection: Scientific Abstracts
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• Document Release Date: July 13, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

80540
3/051/60/006/06/0c~' 0.2 i
9201/X691
Isotopic Shift in the Spectrum of Noodymiun
shift was practically independent of wavelength (Table 4). The mean
relative shifts war*.- 1.00 (142-14.4), 0.87 (144-146), 1.04 (146-148)0
1.42 (148-150) (cf. Table 4 and a figure on p 744). The inequality
of the relative shifts of neodymium isotopes whose nuclei do not
possess static deformation, may be due to noa-uniform variations of
the amplitudes of zero vibrations of the nuclear quadrupole moment.
There are 1 figure, 4 tables and 9 ref arances , of which 3 are Soviet,
2 English, 2 Dutch and 2 German.
SUEMITTED& November 5, 1959
card 2/2

it
S/04 60/024/(' A/(-,
B oo6 Ym 14
AUTHORS,- Gromov, K Ya_ Dzhelepov, B_ 3-, Dmitriyev, A G
Morozov, L A....Yakovlev. K. I.
TITLE. Conversion ElectronsAnd Gamma Rays of TU165
M fy
PERIODICAL~ Izvestiya Akademii nauk SSSR,, Seriya fizicheskaya, 1960,
Vol, 24, No, 3, pp, 272-277
TEXT; The articlj under review was read at the Tenth All-Union Confer-
ence on Nuclear Spectroscopy (Moscow, January 19 - 27, 1560) The authors
studied the spectrum of the converaion electrons of Tu165 by means of a
magnetic spectrometer of the type "Ketron". The relative half-width of the
lines was 0.4 per cent, the light Intensity of the instrument was 0,4 per
cent- The y-ray spectrum was taken by means of a y-scintillation spectro-
meter, The half-width of the 661-kev Cs137 line was 12 per cent In order
to obtain Tu165 tantalum was bombarded with 660-Mev protons for d hours
on the synchrocyclotron of the Ob"yedinennyy institut yadernykh
issledovaniy (Joint Institute of Nuclear Research) at Dubna Then, the
Card 1/2

Conversion Electrons and Gamma Rays of 5/048/60/024,/')7/rz,-
Tu165 B006/BO1'j
resulting elements were separated chromatographically The conversion
electron spectrum was studied in the range 85 - 1,200 kev, The spectra
obtained are illustrated in Figs 1 - 5 Each spectral region was taken
three times every 25 -- 35 hours Thus., it was possible to distinguish
the lines of TuI65 from the lines of other isotopes The intensity of
the lines was measured relative to the K-243 intensity The resulting
data permitted the identification of the following new y-transitions
279~0, 312.1, 366~0, (378-4), 389 4, 457,2, 46o,.4, 471.6, 488,2, (543.5'
566.o, 807-1. 1~,133, 1,179, and 1,167 kev, Table 1 lists all data on the
conversion-electron spectrum (Eew H,, relative intensity, identification,
shown
In Fig 4, The following y-lines
E,). The y-spectrum. obtained is
810, and
.7ere recorded- (219~240), 296, 350, 450, 540~ 1,170 kev, The
relative intensities of these linE,s are compiled in Table 2. There are
4 figures, 2 tables, and 12 references, 6 of which are Soviet
'A
Card 2/2

51/048/'60/024/ 10 07/0 14 /0 3 2/X-X
B01 9/BO5b
AUTHORSi Basina. A. S. and-Morozov, V~ A,
TITLE. The 106--kev Transition in the Tu 167 Nucleus
7'?
PERIODICAL! Izvestiya Akademii nauk SSSR. Seriya fizichesKaya, ~,60
Vol 24, No. 7, p., 817
TEXTi This paper was read at the 10th All Union Conference on Nuclear
Spectroscopy, which took place at Moscow from January 19 to January 27
1960. Using data obtained by Mihelich et al. (Ref. 1), the authors esti
mate the intensities of the transition in percents of decay for the 106
kev transitions of the 5/2+ level to the 312+ level (E2 4- MI). The
lutetium fraction was chromatographically separated from rare earths. The
rare earths were obtained by the spallation of Ta. The daughter ytterbium
was also separated. The conversion electron spectrum was inve!itigtited in
a P-spectrometer having a resolution of roughly 1,TA. The separatLon of
ytterbium took place 1 hour after separation of the lutetium fraction,
i.e., about three hours after iqadiation of the Ta-target. Thus the
preparation mainly conthinei Yb1 7 (according to meisurements onrried ),it
Card 1/2

The 106-kev Transition in the Tu Si 046./6o,,024/00-,`, 01 41i 052; XX
Nucleus B019/BO56
by the authors. this isotope has a life*ime -if 1)~O.~, m:nutes' -in - cr,
formed from Lu167-~ecay (Ii-ferime 55 minutes). An intensive L-10~- in~ tai
formerly be~-nob-S-Vved by Basina et al. (Ref -.n the ronvPrsion spP,
16' L-106-lines a
trum. Also, the relative intenoities of the ~b5)i nd of Thr-
Tu 167 K-208 lines (Ref. 4) had been measured Parler. Using data given by
K, Ya. Gromov on the 206--kev transition of Ei-167 It Is possible t-,
calculaTe the intensity og the transitions in percents per decay f.)r th~-
106--kev transition of Yb1 7. The calculation was carried out by assumi-g
that the last transition is a pure MI transitions For the 10b-kev -ranz--
tion of Tu167, it yielded a value ~f 59% per decay. The analogous trar-
sition (5/2-"----+ 3/2+) in Tu169 (109 k-v) amounts fID 58% per de-ay, Th-
authors thank K. Ya. Gromov for letting them hav- the data, and
Yut-landov and B. A. Khalkin for 'he chemical pa-t -of the w-,rk perf--rM--..
There are 5 referencest 4 Sovi,-' and I US.
ASSOCIATION4 Radiyevyy inst-tut. ;m. V. G. Khlopina kka~lem,.i nau-k SSSR
CRadium Institute imeni V. G-- Kh' -,Ii,n of 'ho Academy )f
Scienzes. USSR)
Card 212

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1. In.-titut orLLn~clieskcy Icldmii im. !-I.D. Zelinskogo kF SSSR.
(Thil-liene-Spectra)

BASINA, A.S.; GROMOVP K.Ya.; DZULEPOV, B.S.; MOROZOV.. V.A.
Spectrum of the conversian electrons of the hol:dum fraction in
the reaction Ta +- P. Izv. AN SSSR. Ser. fiz. 25 no.2:194-198
F 161. (MIRA 14:3)
(Holmium--Isotopes)
(Tantalum)
(Nuclear reactions)

s/18062/000/002/009/018
/'P E040/E135
A~;THORS; Ivanov, L. 1. , Xatveyeva, 1-1. P. , 111~0 ZRV_, - V. A. , a n d
Prokoshkin, D.A. (".10scow)
TlTLE; On the self-diffusion of chromium
PERIODICAL: Alcademiya nauk SSSR. Izvestiya. Otdeieniye
tekhnicheskikh nauk. Netallurgiya i toplivo,
no.2, 19o2, 104-106
TEXT; In spite of the fact that chromium is uidely used as
an alloying element and that it serves as a basis of development
of heat resistant alloys, its physico-chemical properties have
not yet been fully investigated. Furthermore, such data as have
been reported in technical literature are often very contradictory. V
For these reasons a re-examination was made of self-ditfusion of
chromium on specimens prepared from electrolytic chromium
i99.960,. pure) with nitrogen content of less than 0.010% and
oxygen content of the order of 0.1'... The specimens were prepared
by levitation melting and casting in copper moulds in an
atmosphere of dry and purified helium. The specimens'were in
card 1/ 4

On the self-diffusion of chromium s/ldO/62/060/uo2/oo,)/olo
E040/E135
the form of rings 16 mm in diameter. After polishing, Cr5l w-xs
deposited on the specimen surface under a vacuum, of' .10-D lam iiji_
Care was taken to ensure an even thickness of the deposit of tne
radioactive chromium. Diffusion annealing was carried out at
1050-1400 OC in a special vacuun, furnace in a corundum crucible,
using simultaneously two specimens positioned face-to-face; the
actual annealing temperature being controlled by means of two
1~t/Pt-Rh thermocouples. The self-diffusion coefficient of
chromiun was determined b-i a method described previously by
l.;-,. i3orovskiy, Yu.G. Niller and A.P. Shcherbakov (Ref.6:
Sax,odiffuziya v a-Fe. Issledovaniya po zharoprochnym splavam
(Self-diffusion in a-Fe. Research in Heat Resistant Alloys).
lzd-vo AN SSSR, 2, 1957, 206) and by L.I. Ivanov and
.N.P. ivanichev (Ref.9-. Izv. AN SSSR, OTN, no.8, 195d).
A layer with a thickness of about 10 microns was removed at each
stage, the thickness of the layer thus removed being contro.1led
with an accuracy of 1 0.()Gl mm. The radioactivity determinaLlon
was on filter paper moistened with a J-55o NaCi solution usiiig
scintillation counters and reference standards. The test results
Card 2/4

5/180/62/000/002/009/010
On the self'-diffusion of chromiun,
E040/E135
-ire 2
plotted as log I vs. x curves (I = intensity of radiation
and x = distance from the specimen .5u.face). Coefficients of
voluL.e diffusion of chromium were calculated from the above curve
and are reported for various temperatures. The temperature
dependence of chromium self-diffusion was found to obey the
following relation: D = 0.0647 exp 59200~
RT
where R - universal gas constant and T - temperature.
investigation of the self-diffusion of chromium is also of great
interest because chromium has a body-centred crystal lattice
:,tructure. If it is assumed that the vacancy mechanism of self- U/K
diffusion holds true for body-centred crystal lattice metals, it
can be shown that D = a 2v exp (Ls~! (3)
0 ~ R j
where: Do - self-diffusion velocity; a - iattice constant;
v - atom oscillation frequency; A S - entropy of self-diffusion
activation; R - gas constant. The entropy calculated in the
Card 3/4

On the self-diffusion of chromium s/!6o/62/000/002/009/018
E040/E135
present investigation was positive although negative entropies
of chroinium self-diffusion activation were previously reported
by otner workers. However, it was also shown previously that
PS cannot be negative for izetaI5 with cubic crystal latt.Lce
L.~
structure if the energy of activation of self-diffusion exceeds
10 kcal/g.atom and if the vacancy mechanism of self-diffusio;i is
a!:,suaied to apply.
There are 3 figures and 2 tables.
S U~` ":ITT ED July 17, 1961
Card 4/4

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L 2742-66
%;
'ACCESSION HR: APS024320 UR/0367/65/002/002/0204/0210
qrqmot K. Ya.; Dzhelepov. B. S.;
AUTHOR--Dasina. A. S.;
Morozovi. V. A.; Novg0rodov, A. F.
164 164 Z, -1
TITLEt Y-Rays from Tu The 0 level in Er
,SOURCE: Yadernaya fizika, v. 2, no. 2, 1965, 204-210
TOPIC TAGS: thulium, erbium, radioisotope, gamma ray, radioactive decay scheme
ABSTRACT: The coefficients of internal conversion are found for several transi-
itions in Er164 by comparison of the experimentally determined relative intensities
~of Y-rays from Tu164 with the intensities of conversion lines given in the litera-
~ture. The method of isotope separation is briefly described. A y-scintillation
spectrometer with a 40 x 40 mm thallium-activated sodium iodide crystal was used
for measuring the y-spectrum. The measurements- were begun approximately six
,minuies after separation of the Tu. The spectrum was graphically analyzed to de-
,termine the relative intensities of the y-rays. The results are tabulated for
.energies from 500'to 2500 kev and compared with data in the literature on the spec-
:,trum of con"ersion electrons in this energy region. The decay scheme for Tu164 is
C,,r,l 1/$A

L 2743-66
ACCESSION NR: AP5024328
briefly discussed (see fig. I of the Enclosure). The experiment shows that the
multipole order of the 773 kev transition is E2 with possibly a slight admixture of
Ml (n? m!wre than 20% Hl). it is assumed that the 1248 kev transition belongs to
the 0 -0 category. In this case, the 1157 kev transition from the 1248 kev level
to the first excitation level of the ground state rotatignal band should be an E2
transition. It is+found that the y-vibrational 'Level W) in ErJ64 has an energy
!of 862 kev. Th'e 0 level observed at 1248 kev may be the first level in the $-
-vibrational band in Er164. This value agrees well with the theoretically calcu-
lated value of n,1.3 Nev. Orig. art. has: 3 figures, 3 tables.
41 ASSOCIATION: Ob"yedinennyy institut yadernykh issiedovaniy (Joint Institute of
I Nuclear Research); Leningradskiy gosudarstvennyy universitet (Leningrad State
!University)
':SUBMITTED: 121far65 E14CL: 01 SUB CODE: NP
NO REr SOV: 007 OTHER., 002
Card 2/13A

L 1"11--66-
MU-M, -AN002r-79 SOURCE CODE: UR/0048/65/029/012/2225/2230
AUT11OR: 'Be4gouan, P.- Bed a T v,
Demma,I / ZUtseva.N.W morozo VA.
TITLE: Gamma spectralf.aeutron deficient Os and Re Isotopes/Transactions of the
Fifteenth Annual Conference on Nuclear Spectroscopy and Nuclear Struclur field at
Minsk 25 January to 2 February 1965/
SOURCE: AN SSSR. Izvestlyal Seriya fizicheakaya. v.29, no. 12, 2965, 2225-2230
TOPIC TAGS: gamm spectrum, oonlum, rhenium, beta decay,
ABSTRACT: Gamma spectra of short-lived OAnd 0 topes were investigated in
order to Improve or-correct exIatIng data. The 41- meats employed were a 40 x 40 no
Nal crystal scintillation spectrometer with a resolution of 10% at 662 keY and a fast-
slow gamma-gamma coincidence spectrometer with a resolving tine of 10 nanosec. The
source was the osnium fraction from a gold target bombarded for 30 minutes with 660
MeV protons. Rhenium. was rep~eatedly*separated from the osmium source to serve as the
rhenium source. Analysis of the osmium decay curve showed the presence of activities
with half-lives of approximately 23 min, 90 mint and 23 hr. Gamma lines with half-
lives less than 2 hr were observed at 120, 190, 240, 310, 510, 800, and 880 keV. It
was not in general possible to assign definite belf-lives to the different lines, but
the decay of the intense 240 keV line was found to be complex with the two half-lives:
A-*-030 min and 90 � min. A ga-a spectrum recorded 14 hours after separation of the
osmium, showed lines at 115, 1809 395, and 510 keV. Gamma-gamma coincidence measure-
ments were undertaken In the 310 keV region. No coincidences were observed at 909

L 13833-66
kZC NR,- AP.6002679.
but coincidences were observed at 1800. The 510 keV line is accordingly ascribed to
annihilation radiation. Ilib decay of the annihilation radiation was complex, with
half-lives of 23 � 3 min and 3 i 0.5 hr. The.rhentum separated from the osmium source
38 min after beginning of accumulation decayed with two half-lives; 22 � 3 min and ~j
21 � 2 hr. Assooiated with the short-lived activity there wore observed gamma lines
at 90, 1,75, 210, 260, 315, 440, 510, 600, 680, 760, 840, and 940 keV. Associated with
the long-lived activity there was observed a gamma line at 365 keV; this activity Is
accordingly ascribed to Rel8l. The present dataiare compated with the findings of
Yu.Surkov, G.ILChernov, A.K.Lavrukhina, and Z.V.Kromchenko (Izv. AN SSSR. Serv.fiz.,
24, 119 (1960)), T.V,Kalys4eva, and B.A.Khotin (Izv. AN SSSR. Ser. Fiz., 25, 1256
(1961)), and I.S,Foster, I.W.Hilborn, and L.Yaffe (Canad. J, Phys.,36, 555 (1958)),
and numerous points of-agreement and disagreement are noted. The principal conclusion
of the ensuing discussion is that the gamma spectrum of radioactive osmium Is con-
siderably more complex than was indicated by the findings of Surkov et al. (loc.cit.)
and that further Investigation of both the osmiun and rhenium activities is necessary.
The authors thank X.Ya.Grompyfor d1scussing the Wesults and T.M.Huminov for assisting
with the measurements. OrIg. art.-has: 6 figures and I table.
SUB CODE: SM DATE: -rlz-rV- ORIG. RU: 005 OM REF: 001

DEDIKE, T.; GROT-10"i, F.Ya.; N'l-L","'OV, B.S.;
W76,CL-~-Dr;V, A.F.
A -eve: ci, ne CO- i:~ Er-I
jbIlye d L

ACC ~TR: A P(~),Lff I,() ;()I i~,: CNY": (jR/0)6,//6.5/o0,! loof,,Ir), J66/0.)-r37
"as d na A . 11 1
pa A 1-
()1'07,0V,
0 Joint In st I tu tn o f r' ,12- i, 1.1.) 5 71 t ~-ari n rnykj I i ,; riod 0 -
vaniy), ; LrjT)in7-
tat") till 1w, 1-7 i ty ( i , .111 ii -c;m -_6 i- i iar milwir it.
71. Docay of Pr sup 1)8 f50:-- ;-ip,ir wn:; !.)w sitf-h Ar:~!ut_l C, riCt,rcmr-0 on
:ucloar :-,p,)c
trosr(,Vj, TbilA s-i, Fel-r-i,
fizi.irn, v. 2, no- 6,
TC-L'IC I-ruilo-wtI.Ve rior-ay, j,arva spect.r-tm, nlectron
spoctrwrl, C-riturl
A-, T - Tim CtMl, alld /1~ coincidcnco 5p-~clura, and th(3
Convel"131on clac%roli r~cct,ra Of L~~mplc:] obtained frori Ta, T,,,
;,id Zr irr;_~cliatcd uilu-h 660 n,w protonj 1.*cro moasurul. The rolativa intm--
raities of the Y- tran.3'LlAom with cner6ics of 303, 789, and 1047 kov,
observod in t.ita y-op--cLi-InA of PI-138, wero det,=i-ained and tabulaicd. The
YY-coincidenco cxperiamit-3 ~;iio ovidwco of a caocado of tramitions having
the energie3 of 303-1047-789 kov. llcapurcd,~"-,y- coincidenC(33 did not con-
y of Pr138 to tho 1840 kev lovel. -he
firm the existenco of tho do= I
conversion electron trangitions of 303t 1 and 789� 3 kev were investigated
LS~rd 1 /2

L 39835-66
ACC NR:'-AF6-016850-----
on a lens-ty-p-3 bota spQctinrcter. Tiic inteimr-I conversion coc,ficients
1.4 t 0.02 and o( -3 wore Tne first
U03 '~O' 4,769 3.42 x jo
coefficient indicates that tho 303 kov transition is type E3, Vaile tho socond
does not contradict tha a3Gumprtion that the 789 kov tranoition is purely E2.
The quantum characteristics of the excited states of Ce138 are discussed.
Origs art* ha3i figures and 4 tables* f5ased on authors' Eng. abst.,7ZJ-FI-57
SUB COM 20 SUERI DATSi 0614ar65 ORIG REF: 004 OTH RZF: 005
L Card 2 2,

E&MC-11, V. A. (Tlu"t"r
11~;tc -r4 j~7. in la--r,-e-horned cattle --,;,-d 1: 3 f(,r cc Aroll Li i- il-:'
-1 - uy - , .
- -,-ac *:~,~j *iu--:. ardr:. , "Q-toz; j . ir~.k,
I I icQ of jFj
in Ccllec~k : - - I I
pp 71-1`2 . - ~ - ~.-' 11 IM, i", tr.-. -,~,'~92 U,-,clas.
.jo: Letopi5l ~~ivanal'.V -h 'tzA-,' - -

O.'Q C'z C V j V A,
USSR/Farm Anj nutl s - Small Horned Stack. Q-4
K)6 Jour Ref Zhur - Biol., No 1, 1958, 2597
Author V.A. 1-forozov.
Inst
Title Theoretical Bases and Practical Aspects of an Artificiai
Insemination of Sheep in the Open Air.
Orig Pub : Tr. In-ta zhivotnovodstva, Dagest. fil. AN SSSR, 1956, 4,
5-25
Abstract : Describes a field unit for the performance of artificial
insemination. This unit was designed and assembled by
the author. It is adapted for transportation in saddle
bags for the administration of artificial insemination in
the open areas of Dagestan.. The spermatozoons can be pre-
served from dg ge by cold weather by placing them in a
container with double walls, or by wiping the interior of
the container with egg-yolk before the material for arti-
ficial insemination is placed In the container. States
Card 1/2

COUNr.jY : U33R
GAT-GORY : Fani Animals. Sheep
'10 - 13, 19' 0 - 59552
RZDiol., .
A*JT:*iG,R Morozov, V. A.
-7 T_
Storaf'c of E-ean Se,aen under RefrigerRtion
OFUG - PUB. OvtsE:vodgtvo, 1957, lio 10, 30-13
A9-3T-.RACT Two variant-i of pv!:lservation of ran semen Ini
E, rofrigeril'eO stata are described: one .
j asc .3olu'ions and anoth~--"j
t
hF U er
in an agar-aF.;)r capsule. Although the use of
hypertonic solutions In freezing semen is
highly estimated by the author, he acknow_
ledges that many thir47s in the proposed tech
n1que reTiire a "I.-iorough chec~k.
-44--

Country : USSR
CATEGORY : Farn, Animals. Shoop
A,'). Jou;--l.
AUT ?1,0R
133T. All.-Unior, Aci-~'o;rq of Agricult~uraj Sciences
TITLE SjtoraF~e of Rn-rn Serien In r, Refrigeratel:1, Statei
by Mean:3 of Hypertonic solutio,,--n
ORIG. PUB. Doki. 1-1,
'7he fre3h!y obt;~ined raj- r,,-,.mnn was (iilutad I
with a hy-p,)rtonic diluent of tlae followli-F~
,;iori: distii2ed water ICO rii., ar.-
c ompo S 1 11
~~7,,iroi~s gil-icoie L g., trieL,Dst.-ituterl
citrate h.. hen'n egg yolk 30 Dijrp-
,',71-jCerin nle best 6ilution ratio was
fold. T-hereafteir, semen was poared Into!
paraffinizt-3d pap,,r capsiiies with a capacity I
of -11., ";h1rh v;er~ placed Into R T)eri- 1
c.illinized flask -,jith a rubber stopp(-'r. St-nel
* imerd Lanin
113

COU"IT--ty "USSR
CAT-rYORY Parfa Animals. Sheep
A83. JOUR. RZBiol., '10- 13, 1958, No. 59553
AUTH 02
T IT Le
ORIG. FUB. :
ABS TRACT
cont'd.
CA-U.
:thus packed was placed on melting ice where
it was kept for about 6 hours, whereupon It
was transferred to an ice-salt mixture and'
left for three days at a temperature of mimii
20-21.50. To thaw semen, 210-40 riin. and a
temperature of 27-300 is needed, whereupon
not less than 60% of the spermatozoa are ob-
served to have a rectilinear, actively-pro-
gressive motion. In a second series of ex-
2/3
45

WPIOZOV, Viktor Alekseyevich (Dagof-,tan Sci Rea Inst of AgrWai*=e)
for Doc+mr of Biological ScissaAmr on the basia of dissertation def ended
9 Dec 59 in Council of All-Union Sci Rea Inst of Animal Iluabandry,
it- .
entitled- ---' and Tranaportaticn of Semen in Artificial
Tnsemination of b&V64-R&rred Cattle and Sheep." (WViSSO USSR, 2-61,25)
237

-- HOROZOV. TIA~
I
Stenosmotic properties of livestock spermatozoanS. Zhur.ob.
biol. 20 no.2:128-132 Mr-Ap '59. (MM 12:5)
1. Daghestan Research Institute of Agriculture, Makhach-Nala.
(MWMTOZOA) (OMOSIS)

MOROZOV,-V.A.. kand.biolog.nauk
Solving the probles of the preservation of farn aninal 3"en 'In
a frozen state. ZI1jvmtnovod9tvo 21 no.7:66-72 Je f59-
(MIRA 12:9)
1. Dagoetanakiy nauchnn-tasledovatellakly inutitut sel'skogn
khozyaystva.
(semen)

MOROZOV, V.A., kand. biol. nauk
Apparatua for automatic c-oliag and dilution of semen. Z-~ivotr. -. )l3tvo
21 no.11:72-74 N '59 (MIRA 1):))
1. Dagestanakiy nauchno-isgiedovatellskiy inatitut sellsko,-C.' 'eho-
zyaystva.
(Semen) (veterinary instruments and aparatils)

mrjHC7,f.)';9V~
f f4ei rig hxian b,
K t -mc;~jaz-. Me. 1. p, -a ~!-z, 34 U,.1124-Z9 ja-,F 1650
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L 27209-66 IMT(1)
_~C_c -- AP6011565 SOURCE CODE: UH/0051/66/620/003/0491/0493
AUTHOR: Morozov, V. A.
ORG: none
TITLE: Contribution to the theory of beats in secondary radiation
SOURCE: Optika I spektroskopiya, v. 20, no. 3, 1966, 491-493
OPIC TAGS: light modulation, interference light modulator, quantum
enerator, photo emission, secondary emission, faar,4L~4--j
BSTRACT: The author proposes a quantum-theoretical explanation of a
henomenon, observed experimentally by Ye. B. Aleksandrov (Opt.' I spektr
14, 436, 1963), wherein light modulated in Intensity and having a
goad spectrum, Is transformed into secondary radiation, which is also
odulated, under the influence of having two excitation levels. This
nterference produces Intensity beats which have a definite polarization
nd whose amplitude has a resonant maximum when the modulation frequency
quals the frequency of transition between the excitation levels. The
nalysis shows that the 'secondary photons are described by superimposed
ave functions which have the same initial phase shift as the Incident
botons, this explains why modulation of the intensity of the incident
1 1/2 UDC: 539.i84.ooi.i

L 27209-66
ACC NRs AP6011565
,adiation leads to modulation of the secondary radiation. The author
;banks P. P. ShoEMin and L. L. Krusbinskiy or a discussion of the
esults. Orig. art. has: formulas.
UB CODE: 20/'. -SUBM DATE. 23Apr6-9/ ORIG REP: 003/ OTH RF.F: 003
'ard 2L2

L 29840-66 __EWT(d)
ACC NR. LP601 ~-648 SOLMCE C0Dff--.UR/-002O/W/1677003/G5T~j
AUTHOR: Morozov V A
ORGt Moscow State University (Moakovskiy goaudarstvennyy univerattet)
TITLE: Solution of functional equations by the method of regularization
SOURCE: AN SSSR. Doklady, v. 167, no. 3, 1966, 510-512
TOPIC TAGSt operations research, regularization method, control theory, functional
analysis, computational method
ABSTRACT: A study is made of the problem R of determining the solution u C- u of the
equation Au = f , where f 6 F, U and F are two functional spaces, A [U] -- F , and Aul
Au only in the case where u . u If the problem R has a solution for axV given
2 1 2*
l
ction 16 C= F, 0 < !if - 184 --