SCIENTIFIC ABSTRACT KONDRATYEV, L. I. - KONDRATYEV, NIKOLAY YAKOVLEVICH

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824210019-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


SOV/127-59-1-13/26
AUTHORS: Nikolayev, S. I. Kondratlyev ' L' I., and Illin, A. M.,
un,' ~.., Mining Technician
Mining Engineers an Na~~
TITLE: High-Power Mass Blasting in Vysokogorskiy Mine (Massovyy
vzryv bol'shoy moshchnnsti na Vysokogorskom rudnike)
PERIODICAL: Gornyy zhurnal 1959, Nr 1, PP 46-50 (USSR)
ABSTRACT: This is description of high power mass blasting operations in
the VysokogorskiyMine.located on the eastern slope of the
Middle Ural. The yearly production of this mine is 3,000,000
tons of 4W6 iron ore. A forced level caving system is applied
in the mine. The mass blasting operation was carried out in
the south butt-end of block # 15 at levels of 90 - 150 m;
179 tons of ammonite were used. There are 3 diagrams, 2 tables
and 1 Soviet reference.
ASSOCIATION: Gornoye upravleniye Nizhne-Tagillskogo metallurgicheskogo Kom-
binata. (The Mining Management of the Nizhniy-Tagill Metallur-
gical Combine).
Card 1/1

ANDREYEV, Ye.T., kand.tekhn.nauk,;
_UMPItUkTOYEV, L.I., inzh..~
VAKHROMOV, P.5.,, Inzh.; BORODIN, a.'K ,-Inzh.
Erecting a crushing and skip hoisting complex at Uie
1114agnetitovaia~bisll mine. Shakht.stroi. 9 no.11-15-18
N 165o (yj.RA 19c1)
1. Trest Sven1lovskshakhtorudstroy.

KANDELI. Te.A.. inzh.;-KOJM9A2�IW,L-I.,inzh.; BORODIN, N.K., inxh.
Iffective use of I= electric detonators. Sha.Mt.stroi.
no.11:27-28 N 159. (MMA 13:3)
(Mining anginmering-lquipment and supplies)
4P

ANDREYEV, Ye.T.; IMURATOYEV, L.It; VAKFROYOV, P.S.; PEDVEDEV, V.V.;
SAKjUITSEVP Yu.S.
Rapid concreting of underground crushing machine foundations.
Shakbt. stroi. 6 no.3.i20-23 Mr 162. (MIRA 15:3)
1. Sverdlovskiy gornyy institut (for Andreyev). 2. Trest
Sverdlovskshakhtorudstroy (for Kondrat'yev, Vakbromov, Medvedev,
Sakantsev).
(Crushing machinery--Foundations) (Concrete construction)

ANDREYEV Ye.T., inzh.; KONDRATIYEV, L.I., inzh.; BORODIN, N.K., inzh.
Selecting the type of shaft formwork for lining vertical mine
shafts. Shakht. stroi. 9 no.200-21 F 165. (MIRA 1824)
1. Sverdlovskiy gornyy institut (for Andreyev). 2. Treat Sverdlovsk-
shakttorudstroy (for Kondratlyev, Borodin).

ICII, T.-.~ ~nzi-.! N.!(., r,--
lk N TIR, r. . - i - L . - 4 - 'r, . -,
. I j El y ET-V , it - . -1 . , ka n d . , ell, 1, n . i i 11 i ~'k ; F 0 N D" t', T I '
GAY-EV, A.Ye., j-m'r.
Underground installarion cf a flille. Prox..3tral. 4~2 rio.11:-24-26 165.
O,URA 18-,8)

KOEDRA11 I MI. L LI ZHUKOVI, V.I., insh., red.; YRICGER, D.P., tekhn.red.
(Ifficient suspension devices used in electroplating] Ratalonal,mys
konstruktaii podvesok dlia gallvanopokrytila detalei. Leningrad,
1956. 1 p. (Imeningradskil don nauchno-takhnicheakot propagandy.
Informatsionno-tokhnichookit listok. no.34. Zeshchitaye pokrytila
metallov) (MIRA 10:12)
(Blectroplating)

=7777=77 ol a
!MW-1-f Me
~ IRIMS ME,% I M, III
Ok

USSR / PHYSICS CARD I / 2
SUBJECT
AUTHOR KONDRATIEV,L-Ii., NOVIKOVA,G.I., SOBOLEV,JU.P.,
!TITLE TYe-3_-1_eo-ay-__oT PU240.
-PERrODICAL furn.sksp.i teor.fia,j1,faBc-5,771-774 (1956)
Issued: 1 / 1957
'A - 1771
GOLIDIN,L.L.
The authors investigated the aspectrum of two plutonium sources within the
energy range of from 4.800-5-050 NeV by means of the a-spectrometer of the
Academy of Science in the USSR. The results obtained by the experiments which
took 2 weeks each, are illustrated in form of a diagram * A IM Al, which is
known from literature, and which is due to the a-decay of Pu on to the
level 4+ of the daughter nucleus, is clearly marked. The authors were able
to give precise definitions of the parameters obtained for this level. Besides
,A A and A are visible in the spectrum of
this line A,, also the lines A2 3 4 5
the source A (12% Pu 239, 88% pu240, -, o,'2% pu241, /_ 0,254 pu242 ). Inj the
(80% pu239 240 241 2242
spectrum of the source B , 17% PU , 3~ Pu 0,5% Pu apart
from the line A also the line B and B are vioible.The last two lines are
1 4 241 5 242
apparently due to the admixtur: of Pu and PU in the source B, but the
line B5 originates from the superposition of the first satellites. A table
contains the energies and relative intensities,of the a-particles of Pu 241
242 , 241 242
and Pu The line A 5 apparently belongs neither to Pu nor to Pu
Ixurn.eksp.i teor.fispjl,faso-5,771-774 (19506) CARD 2 / 2 PA - 1771
,There remains the assumption that the line A belongs to pu 240. This is all
the more natural as the excitation energy of 5the corresponding level (it in
313 keV) corresponds exactly to the energy of the level G. The excitation
energy of the level 4+, which was determined from the spectrump amounts to
147 keV. The energies of the levels 2+,4+96+ are in the ratio of 1:3,33:7,0,
and this is in excellent agreement with experimental data.
At present it is still difficult to say anything about the weak lines A and
A , they cannot belong to the isotopes Pu 239 241 242. 2
3 , Pu and Pu Apparently also
these lines are connected with the a-decay of PU 240. They apparently belong to
the odd rotation structure, and for their moment of their quantity of motion
and for their symmetry the pairs of values 1 - and 3 - are valid. The experi-
mental results obtained by this work are shown in form of a table. The scheme
of the a-decay of Pu 240 and of the levels of the daughter nucleus U 236 were
shown in a table. For the intensities of transitions to the levels 2+, 4+ and
6+ the theoretical ratio :
1 : 0,32 : 1,2.10-3 5-10-8 is here found. The observed intensity of transi-
tion to the level 6+ thus is found to be 800 times higher than the computed
intensity.
IHSTITUTION:
G. I.. a 1 -1, d TR 7TY

191
MIA F)f:CAY'(
)F
.

48-7-1/21
AUTHORS: Kondratlyev, L.N., Novikovat G.I., Dedov, Y.B., Golldin, L.L.
TITLEs ck -Decay of Pu 238 ( o(,-Raspad Pu238)
PERIODICALs Izvestiya Akad. Nauk SSSR, Ser. Fiz., 1957, Vol. 21, Nr 7,
pp. 907 - 908 (USSR)
ABSTRACT: of the ot-decay intensities on the successive ley-
The knowledge
.
ele which belong to a Votation level permits to draw important
conclusions on the formation of the daughter nuclei. The most
accurate values of thoob -decay intensities can be determined
by direct measurement of the ot -transitions by means of an
OG -spectrometer or by an ionization chamber. The determination
of the intensities by other methods som&imes leads to great-
+
errors. The low intensity of the transitions to the levdle 4 6+
and so on make it necessary to chose comparatively short-lived
substances for the investigation by means of anoG-spectrometer.
In this work the highest excited states of rotation of U234
which show themselves in the d,-decay of pu238 were investigated,
where the investigation was carried out by means of a magnetic
o(,-spectrometer of the Academy of Science of the USSR. pu238
Card 1/2 was obtained as a product of the OG-decay of Cm242 which had
CY- -Decay of PU 238 48-7-1/21
formed upon irradiation of Am241 in the flow of slow neutrons.
The separation of the elements was performed by the chromato-
graphic method, where & complete separation Of Plutonium and
americium was obtained. Two series of measurements lasting 40
and 110 hours respectively were carried out. The obtained
0(o, -Spectra are shown in f igure I # where the weak o(,, -line no
doubt belongs to pU238. The data of all measurements are given
in the table. The determined levels fit well into the scheme
of rotation which is further explained. The scheme of the levels
of U234 is represented in figure 2. There are 2 figures, I.table
and 4 references, 3 of which are Slavic.
AVAILABLEs Library of Congress
Card 2/2

0 iTu-
Li
AUTHOR NOVIKOVA, G.I., KONDRATIYEV, L.N., SOBOLEV, YU-P., GCVD111,L.I.~)f-5-4/55
TITLE The Allpha-DOC87--or pug..",.
(Allra-raspad FuM.- Russian)
PERroDrCAL Zhurnal Sk;perim. I Teoret. Pisiki 1957o Vol 32, Ir 5, PP 1018-
1021 (USSR
ABSTRACT First all the paper under review makes reference to some relevant
previously published papers and thus outlines the present stage in
the Investigations with respect to the a*bovo problem. The authors
Investigated the a-spectrum of Pa239 by means of a magnetic
a-epectroneter in the energy Interval from 4#050 to %120 NoV.
The first d1agram In the paper under review represents the
a-spectrum in the energy interval 59025 - 59120 X*V. One can
see quite distinctly a line that corresponds to the level of
84 keV. A second diagram sliows the part of the spectrum situated
in the energy Interval 4,850-5,080 Nov. With oortainty one can
see here an a-line corresponding to the level with the excitation
energy of 151 koT. The intensity of this transition anounts to
(0-013 0.005) 0. The excitation energy of the level with I - 9/2
belonging to the rotational band with K w.1/2 amounts to 153 keV
and thus coincides with the onera of the level discovered by
the authors of the paper under review. Thus the energies of
CARD 1/3
56-5-J-1/55,
The Alpha-Decay of Pu 239.
three levels following each other are in good agreement with
the two-parameter formula proposed by A- Bohr (Rotational States
of Atomic Nuoleip Copenhagen, 1954). Therefore the lowest level
actually has the spin 1/2, and it is the first level of the
developed system of the rotational levels with K - 1/2. It in
possible to oompqte the main characteristics of the nucleus from
the distances between the levels:
2
YN v6.1 keTv a a -0.276-
levels with 1 3/2
The intensities of the transitions to ths
and I -a 5/2 4iffir,only little-from each other, but they ate
five to novel' -time smaller than the intensity of the transition
to alevel with I - 1/2. The Intensities Of the transitions tO
the levels with I - 7/2 and I a 9/2 differ only slightly from
each other$ but they are several hundred times smaller than the
intensities of the transition to the two previous leV610- Prom
the structure of the doublet the following oonolusions can be
drawn: The a-pgrticies corresponding to the transition between
the basic state of pu239 and the level 1/2U235 carry away with
them the angular momentum I = 0. For this reason, the basic state
CARD 2/3

GOLDINy L. L,0 KONMT"M L. N.,j NOVIKOVAq 0. Lq PILIYA) A* D.0
TER MARTIROR" cow tam)
"La DlelatWatIcs all" 608 m0yam non B*erlques."
report presented at the Intl. Congnog for *Mlmr Interactio" (Low Swra) aW
Nuclm Structure (Intl. Union mal Pure and Applied PbPics), Paris, 7-12 JWq 3.958.

46-22-2-1/17
AUTHORSs Kondratlyev, L. N., Dedoy, V. B., Golldin, L. L.
TITLE& The oc-Decay of Ca 242 (M -raspad Cm 242)
PERIODICAL: Izvestiya Akademii 11auk SSSR)Seriya Fizicheskaya, 19589
Vol. 22, Nr 2, pp. 99 - 100 (USSR).
ABSTRACTt The intensity of the cc-decay to the second excited level W)
was calculated here and the values of calculation were com-
pared with those of the experiments. The formula by L. 3).
Landau (Ref 1) and the data of ~15 2 werejZed for the com-
parison. It is shown that in Cm - and C 4-nuclei an
especially strong divergence of the values of calculation
with those of the experiments occurs. As the intensity of
the oc,-decay of curium had only been measured once (Refs 5,
the authors checked the correctness of these measurements.
The work was performed by means of the magnetic oe--spectro-
meter of the AS USSR. A number of photographs with an ex-
posure of up to one week each were made. The energy of the
main peak was not measured here. It was assumed as being
equal to 6110 keV (Ref 5). The energies of all a -lines were
Card 1/2 measured with reference to this value. The oc-line with

The a -Decay of Cm 242
48-22-2-1/17
5777 keV is clearly visible in sectip III of the oe--spectrum
and is no doubt connected with a Cm24 _admixture. The results
of these experiments show that the great divergence between
the experimental and the calculate4 values of the intensity
in the case of Lx-decay to level 4 is entirely real. Within
the frame of the existing conceptions this must indicate that
in the case of Cm242 the shape of the nucleus can in no
case be satisfactorily expressed by the formula
r(-5) - ro [I + M P -&' )]
2 2(cos
(Ref 3) and that it is not ellipsoidal (Ref 2). The following
scientists helped in the workt I. I. Agapkin, V. F. Konyayevq
Yu. N. Chernov, V. N. Kuznetsova. There are 2 figures~ i
table, and 6 referencesp 4 of which are Soviet.
AVAILABLEa Library of Congress
1. C.~41 De'cay-Theory 2. Curium isotopes (Radioactive)
Card 2/2

21(7)
AUTHORS: Tretlyakov, Ye. F.9 SOV156-36-2-3163
K Khlebrlikov, G. I., Golldin, L. L.
TITLE: The Spectrum of Internal Conversion Electrons Accompanying
OC-Decay of PU 238 and Fu 240 (Spektr elektronov vnutrenney
konversiijsoprovozhdayushchikh Oc-raspad Pu 238 i PU 240)
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1959,
Vol 36, Nr 2, PP 362-366 (USSR)
ABSTRACT: The ifivestigation of the decay of even-even nonspherical nuclei
and of the energy of excited levels, especially the oc-decay of
PU 238 and Pu 240, is of very.great theoretical'importance.
Investigation of the CK-decay of these nuclei and of the levels
of daughter nuclei occurring in this decay is carried out either
by the ot-spectrometry method, by that of r-r coincidence, or,
as in the present paper, by the analysis of the conversion
electron spectrum accompanying this decay. Measurements were
carried out by means of a #-spectrometer with toroidal magnetic
field and a-e-coincidence circuit. The method has already been
Card 1/3 described (Refs 11 2). Scintillation counters with stilbene

The Spectrum of Internal Conversion Electrons SOV/56-3672-3/63
Accompanying . CK.-Decay of Pu 236 and Pu 240
crystals were used for ~-counting. Electron energy was
determined by comparison with the conversion electron energy of
the transitions 2+-+0+ (43-5 keir) and 4+42+ (99.8 kev)inU234 9
238
the daughter nucleus of Pu .. (These exact data were obtained
by Perlman (Perelman)(Ref 3)~ For the investigation of the 238
conversion electron spectrum occurring in the oct-decay of Pu
234
which therefore supplies data concerning the level of U
a source with 1 am diameter and an intensity of 40,9 C was used*
The results obtained by the investigation are shown by figure 1
(course of the spectrum with assignation of individual peaks),
figure 2,(scheme of U234_levels: 499 keV(8+), 295.9 kev(6+),
143-3 ke*(4+), 43*5 kev(2+), containing data from references 3
and 4), and by table I (energy of IJ 234-levels and intensity of
oc-lines of Pu 238# containing data from references 39 4, 5).
Card 2/3 For the investigation of the conversion spectrum of Pu 240

The Spectkuw;,~Of-lnternal Conversion Electrons SOV/56-36-2-3/63
Accompanying CK-Decay of'Pu 238 and Pu 240
a source of only 5,0 C was used, and the spectrum was investigated
within the range of 20 -220 kev. Figure 3 again shows the
spectrum, figure 4 the level scheme of U 236 (daughter nucleus
of Pu 240) : 309 kev (6+), 239 kev (3?), 210'kev (1?)p
148-9 ~cev (4+)q 45.3 kev (2+). The lines with (?) are from
reference 5, but were also observed by Kondratlyev et al.(Ref 6).
Table 2 shows the intensities of the oet-lines (Pu 240) and the
energies of the U 236-levels in comparison with the results
obtained by other authors (Refs 3, 6, 7). The authors finally
thank G. I. Grishuk, V. F. Konyayev and Yu. N. Chernov for
helping to carry out experiments. There are 4 figures,
2 tables, and 7 referenoeso 5-of which are Soviet.
SUBMITTED3 June 14, 1958
Card 3/3

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Non-radiative Transitions in
ReavY).X-mesic Atoms
85678
s/056/6()/03e/006/020/049/XX
B006/BO70
a=a quantum detector, xne
of the type $TY-33 (M-33) served as the 9 pulse-heig ht analyzer,
counter pulses were conveyed to a 64-channe! d to about 59~
The background of the accidental coincidence amounte
of the counting rated A Na24 source (E - 1,38 and 2.,76 Mev) was used
for calibration and checking the linearity, The results of measurement
for the range 3 - 8 Mev are shown in Fig. 3,. Curve I gives the upper
limit of the background2 II the lower limit, for the background of Pb,.
% lower limit for the background of U (n - number of counts
and III the lized. for one and the same
per analyzer channel) The spectra are norms,
xmesons stopped in the targets The Pb curve has a clear peak at-5.3
Mev. On account of the smallness of the Nal (TI) crystals this peak
_.s. 2) E
to three photon energie 1 _0~51, Mevi
can be due 0 the 2P--V 1 S
3) E 1~02 Mev, where F, - 6.02 M_v is tAe energy of
t - . melic lead, In the region of the peak (5 - 5,5 Mev),
transition photons in
less counts were obtained from uranium than from Lead, The mean energy
of the peak corresponding to the transitiork 9_P-~"S is about 200 kev
han from lead. The photon intensity differenQe
larger from uranium t t a non-radiative
at 6 Mev in mesic nranium and mesic lead indicates tha
Card 2/5
40

S/05 60/0313/0Q6/020/()4 xx
q/
B006
YB070
AT
Fig.1
Legend to rig., 1: 1 concrete shield, II collimator, III deflecting
magnet, IV - n-beam, V filter (75 g/cm2 Cu + 322g/cm2B'C), VI - target,
4
VII - counter shield (20 om lead)' 1,2 -plastic scintillators, (110 mm
diameter, 10 mm thick), 3 the same'(125 mm diameter, 12 mm thick)$
4 NaI(Tl) crystal (30 mm diameter, 10 mm thick).
Card 5/5.'

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84h29
The Intensity of Radiationless Transitions in S/056/60/039/004/047/048
A&-Mesic Atoms B006/BO56
There are 2 figures, 1 table, and I Soviet reference.
ASSOCIATION: Ob"yedinennyy institut yadernykh issledovaniy
Institute of Nuclear Research . Institut teoretiche8koy i
eksperimentallnoy fiziki AN SSSR (Institute of Theoretical
and Experimental Physics AS USSR)
SUBMITTEDs August 13, 1960
IV
V
Card 3/3

ld4H4
.0/048J62/026/012/003/01
B11T./B186-
AUTHORS: Tretlyakov, Ye. F., Kondratlyev, L. No, Grisbuk, Go 1.9
Novikova, Go Isp and Gol"di"n .. ...... VoL
TITLE: A double, air-core P-spectrometer having a toroidal field
PERIODICAL: Akademiya nauk SSSR.. Izvestiya. Seriya fizicheskaya,
v. 26, no. 12, 1962, 1470-1474
TEXT: A 0-spectrometer for investigating modes of decay using a coincidence:.,.
method is described. Its principle parts are two toroidal coils, each
ections.'.
weighing 400 kg, placed one above,the other and divided into-4 a
connected in parallel for cooling purposes. For each coil the distance
between source and detector i9'600 mm. Each coil consists of 600 insulated
turns made of 0.7 mm stamped copper, which are assembled in 60 packa ea.
.g
They are.symmetrical with respect to the median plane of the coill
connected in series-, reinforced and cooled in the middle by 2 mm shqet
brass provided with a water-cooled pipe. The dimensions and the reoolu-,.;
tion of the apparatus are determined by the distance f between the gourcei
(detector) and the median plane of the coilt and by the coefficient-)C
Card 1/3

S/048/62/026/012/003/014
A.double, air-core P-spectrometer ... B117/B186
from the equation p(oe cm) 0.2 nni (A)., where p is the momentum of
electrons to be focused, i the current intensitT, and n the number 9f
turns. f - 400, Y - 0.8 were chosen as being Oftimum values. The Qoils'o
are contained in an evacuated case carrying coupter-turns on the outside
to compensate parasitic fields which are set up when current flows through
the coil. A vacuum lock in the middle of the case permits installajion'~-
of sources between the two coils when they are pperating independently.
Next to the lock there are Wilson seals for the rods connected with
exchangeable diaphragms. Adjustable scintillation counters with sttlbeKe-
crystals, mounted perpendicular to the axis of the apparatus on sep4rate:,.
flanges, serve as detectors. The coils are supplied from two curreqt
stabilizers controlled by d-c tube amplifiers. The power supply sy4tem
makes it possible'to maintain a stabilized currert of 3 - 70 a for
continuous operation at 80 v# or 160 v with the two coils connected in
series. Each of the earth's magnetic field components is compensated to
1/50 by 3 threefold coils, connected in series, which are fed by a
stabilizer made up of transistors. Debugging the apparatus in very simple;
it comes down to checking that the components are accurately made.aqd
correctly assembldd. With a 4-mm source and a 5-mm diaphragm, one section
of the coil has a resolution of*0.45%. With an open disp~ragm the
Card 2/3
3/048/62/026/012/003/
A double, air-core
0-opectrometer ... B117[B186
luminous intensity almost attains the geometrical value of 10% of 4x; with
0.45% resolution, it amounts to 2%- The resolution with an open exit
diaphragm and a 4-mm source is 1%. The decrease in luAminous intensity
observed when the resolution is increased is related to the fact that the
electrons are deflected in their trajectory by the stray field of the turns
when they pass near the sections. -The deflection of the trajectory can be
Partially Compensated by switchihg in the second coil. This was confirmed.
in the case of a 4-mm source and a 5-mm diaphragm, with the second coil
connected in series: the luminous intensity increased 1.5-fold and the
resolution rose to 0.30%. The paper was presented at the 12th Annua
Conference on Nuclear Spectroscopy held in Leningrad from January 26 to
February 2, 1962. There are 4 figures and I table..
ASSOCIATION:
Institut teoreticheskoy J eksperimentallnoy fisiki AN SSSR
(Institute of Theoretical and Experimental Physics AS USSR
Card 3/3

BEDA, A.G.; KONDRATIYEV,,,-L.Ne; TRETIYAKOV., Ye.Y. .~ ".
Cross section of CdIO8 activation by theml neutrons,
Atom* energo 16,.no.2;245-146 F 164. - (MIRA 170)

ACCESSION NRz AP4042589 ;8/0056/64/045'006/~241./2242
AUTHORS; 10ndrat y6v, Trot"yakov, Ye., F...;.
TITLE: New data* on the',e`x'cite-d'-: -levels of.W-182.
Zh o elop te r;,fiz'%`o;v 46 no* 6# *1964, 2241-2242
SOURCE or. 0
TOPIC TAGSt, tungsten; leve'l.-transition, beta spectrometry-,~photo-
electron, internal conve'rsion,,multipolarity
11 AJBSTRACT: The con*version-el'ectron'an4,photoelectron spectra of W182
a
were investigated:*in 't"h'e* toroid'al-4ieid- iroix-free double j3 spectr0_
.meter o ITEF, de cribed elsewhere (Izv. AN SSSR, ser. fiz.,.v. 26,:-',
1470, 1962). The.. 'su"Its-are-qsed to compile an excited level
scheme for W182 ;rhe:nMltipql--
arities indicated on the level scheme:'
were determined frowthe ratio's of the internal cdhvex'sion cooffi-
cient on different-subeheits'-'in'.thii"caseof low-energy transitions,-
and from 'the -intensitieg.4n. 6onversiorr-el4atron an& photo4lei6t*
ron
,d

ACCESSION NR: AP4042589
-T
The 802.2 ev,
spectrain the caae of high-e~nerqy t;ransitions -k
it
transition between th~ 1222-and 329.6-keV levels w-as observed ex-
.T.sevaral*.
perimental~y for irst timm.- ..!Zhe' spins and paiitieis .6
hllj 1 1. . ~?.-
f wire. deterihined #owwthe. muLtipolarities' of il
excited levels o
the transitions. fte.1 restilti-agr4e vith all* p0bliihed "data except
the 1258-keV levei, Idr which,the','authdrs--obtain ad assignment:3-,
+
Orig art. -has.
Vith the literaturb dikta gi*ihg.either-2., or'l-.
1 fi
gure-
ASSOCrATION: None
13Aug63 MCI; 01
SumaTTED 3
004
NP#op:- NR, RU. SOW: '004~-
SUB CODZz OTHUS
Card~
2/ 3
ACGMICH MR, AP4042589
01
A4 6
MARC 4 6
1157

too$ f/ &cited levels 6f, jr182
/11S

jg
%k
-
%
+
L
I

Spectrum of Intgral conversion electrons accompBanying? the
04-decay of pu2 P and the level scheme of U235'. Izv. AN
SSSR Ser. fiz. 29 no.2:242-248 F 165.
(IA-BA 18: 3)
1. natitut teoreticheskoy i eksperimentalinoy fiziki Gosu-
darstvennogo komiteta po ispollzovaniyu atomnoy energii SSSR.

;~y ,
.:21.11L,~~~ -
BEDA, A.G..; -1 ,1 'TEV. L.N.; TRETIYAJOV, Ye.F.
_I 117, ~, _.I.;-,.~,_-_,__,_.
Half-life of Cd'09. Izv. AN SSSR. Ser. fiz. 29 no.7slO92 J1 165.
(MIRA 18s7)

L 1571-66 ajT(m)/F-'F(t)/WP(b) DU"/IJP(c)
-`ACCESSION NR:.' AF5019t~_
JD1JG
UF/0056/65/049/001/007/0099._~
AUTHOR: Balatos M. Ys.,; KArapetyan,.V._V.; KandratlyeV,. L# He- Obukhov, Yu* V.1/
--- --- z,-.! -_ - -
'TITLE: Intensity of nonradiative transitions In TM - Mesic atom
~Vd LU= (3
17
Zhurnal eksperimentallnoy I teoretiche
dkoy A-zikip 49p no. it 1965s 7-9
TOPIC TAGS: mesic atom, nonradiative transition, tantalum, plutonium, Mu meson#
x rwy spectrum
;ABSTRACT: This is a continuation of intensity measwements of nonradiative tranal-
tions in a number of heavy elements (ZMF v4 A 1715P 1* and V- 39P 1168# 1A)
,carried out by means of a scintillation y-spectrometer. The authors investigated
,'the mesic x-ray spectra and have determined the,ratio of the intensities of the
2p--Is. transitions in Th and Pu239 relative to Fb. Sow modification was made In -o
~,the e4erimental set-up for the measurements with Pu in order to acccmodate the
11arge backgzound in the y-spectrometer counter from the natural radioactivity f
i Pu;-'~.- Preliminary measurements have shown that vhen the 7-detector is loaded
Ithe Pu activity the -y-ray spectrum from the 213--la transitions in Fb Is displaced
i tcrmxdi3 the bard region by 3--5%,, but this shift causes no noticeable e=or In the
ZF experimental results. The fraction of the noaradiative 2p--le transitiom was de-
Itermined by acmparison of the 7-spectra obtained with lead and vith the materials
11
Card 1/2
-- - ----------

KOI,FDRAT'YEV, L.N.; TIMTIYAKOV, Ye.F.
V~
Anomalous conversion of the 59.6 Kev. transition in N ~37.
Izv. All SSSR. Ser.fiz. 30 no.1:132-134 Ja 10'6.
(MIRA 19:1)

L 29083-66
AC&~dC6 AMr,208 MV0056/65/049/ool/0007/000Q..-
AUMOR: Balatop M. ya.; ~Ealetr"# V. VI: Kondratlyevp Le N.; Obukhovj Yu W-35
_ 0 4
~;TITLE: Intensity of nonradiative transitions in Ta and Pu meoic atom;
SWECE: Zhurnal eksperimentallnoy I teoreticheoxoYla-zikil Vo 49j not lp 1965, 7-9
!TOPIC TAGS: meoic atomp nonradiative transition) tantalum, plut-oniumj, Mu meaon,
x ray spectrum
ABSTRACT: This is a continuation of Intensity mea sur ements of nonradiative transi-
tions In a number of heavy elements (zhETF v. 38, 17151 3.96o and v. 39, 11680 3.90)
carried out by means of a scintillation 7-spectrometer. The authors investigated
,!the mesic x-ray spectra and have determined the ratio of the intensities of the
2p--lo. transitions in Ta and Pu*-'49 relative to Pb. Some modification was made in 4b,
the experimental set-up for.the measurements with Pu in order to accomodate the
1larg background in the I-spectrometer counter from the natural radioactivity of . 1i
Pu.2 Preliminary measurements have nhown that vhen the 7-detector is loaded by
1the Pu activity, the 7-ray spectrum from the 2p--le transitions in Fb is displaced
'tawards the hard region by 3--5%,, but this shift causes no noticeable error in the
experimental results, The fraction of the nonradiative 2p--la transitions was de-
':,termined by compariaon of the 7-spectra, obtained with lead and with the materials
;'Card 1/2

KaMT,Mrf, L.P.
The role of a foremm In Industry. Logprow.15 no,IOS52-53 0 1559
(KLRA 9: 1)
I,N"ter satyash.uehastka obuvnoy fabriki no.2 OProletarskitya
pobedO. (shoo Industry) (Forman)

KOMBRATIM, L.S.
MMM~vxMMp-"-
Calculating heat liberation from pipes In heating syste=#
*od,i san.tekt4no,3:11-22 Nr 056. (an 9:7)
(HeatIng-pipes)

KO NDRAT I TV, L. S.
Using steam radiators In heating systems. V.od. i san. takh.
no-8:34-35 Ag '56. (MLRA 9:10)
(Radiators)

Jummy, I.. - -=A2-!
Reasons for fressing of radiators* Vod. I Ban. tekh. no*9:33-35
s 958. (Radiators-Cold weather conditions) (KIRA 11:10)

11DRUT11w, LoSe
allations. Vo~. i san. tekh.
iwl hiji%ting Anst
calcuutione for polyser. kMIRA 12:8)
ito.6:20-24 Je 159.
kHot-vater heating)

KONDRATIV71, L. T.
"Laying Telephone Caoles by means of a Deep Flow," Vestnik 3,ryazi, No. 6, (147),
p 20, 1952.
Work Specialist, Stawopoll Construction-Installation Administration for
Hadiofication.
Taanslation- M- 790, 30 SeP, 1955.

E k
2, n~
A
2A
4/P
ACj!h(JR. i~ondrat'yev, L. V, (Moscow)
I P~ Behavfor ~[ inertial aystams of navigation during high-spead flights
A'; ;,,~SR. '7,,vestiya. Tek~--,nit-heqkava k,.1wrr,;-,-.ka. no, 1-, 1965, 170-181
-avicration Ewstern, Inertial navigation systern
Abi5liiAC.1. 1-h- -1--mic characteri-qtics of Inertial navigation systems during
and cosmic-speed flights are theoretically analyzed. As a reaultof
-quations --)f the. Inertial system, hodographs are obtained of the
'vrc! ~,eterrn;ntng the
eqtiation for the errnri invr~~
coardin-anteg of iougitudlinal and laterai nwtiuna ul i
7, c i pond to the variation of the circular velocity of the motion qw-ithin the entire
--ange. The investigation is ext~rided over rir-ullar 11i~ht speeds that
exceed tha first coarrAc speed. The time variation of error fo-dnd by the author

L ~i3~59-655-
NR: AP5012888
!!I that reported by W. Johngan and R. B. Macdonald (JAS Report,
:'I'D4) and oQier resparchcre. lz! t'.Ie behavior
n; the ~mert-.&l systern at the firat copmic Espe%:,.i is
1~ relations true for elliptic trajectorice w-h a sma.11 eccentzcity are
for comparison. Or;g. art ha.- f-,g~ires and 60 formulao.
none
r.
Cc-rd 2/2
EVNIMON.
iUP CODF: NG

- .- - -
KOBDRATIYEV M rd:Li mayor
...
Always forward. Voen.vest- 43 nu.706-37 Jl 1630 (IMIA 16:11)

KONDRAT I YEV, M. A.
Kondratlyev, M. A. -- "Investigation of the Problems of Rational Place-
ment of Tractor Plows in a Horizontal Plane." Ain Higher Education USSR.
Mosepw Inst of the Mechanization and Electrification of Agriculture imeni
V. M. Molotov. Moscow, 1956. (Disseration For the Degree of Candidate in
Technisal Sciences).
So: Knizhna,,a Letopis', No. 11, 1956, PP 103-*ILh

KON)DRAT I C-Vj
SV'2=MffSKIT, BrOnINIAT Slanle2arovich; ABZffoy, MIS,,, red.; AYIUOMIY,
B*11*1 red" BJMN%=Ao A*T-,'r6ds; GUNO, T.G., red.,. GMWjW,
XLE109 A*Teq red.; IISKW,
P-Z-9: red-'; lnrwn UWA, A.P., red.; ri
I-L' r MU; rOWO!, AID, '' red.; '~, -2 A,'* reds; K05205=99
T-A-: red.; ILMOCN, A.Z., red.- *~W_IN, ij.', red.; PJM R.I.,
red ; LIEW, 33.1a., red.; MiWO6. li*N-s tekhae red.; GORIKOWA,
Z-K, taklin. red.
lutilisation of tractors and machineryl %koluatatslia mshl=o-
traktornogo P&rU,* j1sd-3.v parer. Moskva, Goa. izd-vo oallktior.
lit-27, 1958. 660 P. (Km lislo)
(AgTtmdtuzal machinery)

R,
KONDRATITIT, N., kend. tekhn. usuk; SIRGIM. A., kand. takhn. nank.
-...... ~-' -. , " . ~.
Namals met be of the best quality. NTS 18 no.8:57-58- Ag 158.
(NIMA 11:9)
(Agricultural sachinery)

- KONDRATIYEV, M*Aq kand.tekhn.nauk; ALEKPEROV, D., aspirant
Improvingthe performance of general purpose plows. Trudy
.1 ;;!"" .. MIMESKH 6:189-205 159. (MIRA 14:5)
- (Plows)

ACCESSION NR: Ap4oo9625 S/0293/63/00)/003/0436/0442
AUTHORS: Grigorov, N. L.; Zhuravlev, D. A.; Kondratlyev, M. A.; Rapoport, 1. D.;
Savenko, 1. A.
TITLE: Investigation of cosmic radiation beyond the limits of the atmosphere
SOURCE: Kosmicheskiye lssledovanlya, v. 1, no. 3. 1963, 436-442
TOPIC TAGS: cosmic radiation, extra-atmospheric cosmic radiation, cosmic
radiation measurement, cosmic radiation intensity, cosmic particle ionization
ABSTRACT: Tests conductedon the traces of charged particles in an emulsion,
subjected to radiation at a-height of 306-339 kilometers. ihowed that the in~-
tensity of the recorded radiation was three times that of primary cosmic radia-
tion. Approximately 50% of the excess particles are nonnuclear-active particles
with minimal Ionization (in all likelihood, these are electrons). The remaining
excess particles are highly ionizing and are,the products of nuclear splitting.
Fig. I of the Enclosure indicates the results of tests carried out with counters
on the second cosmic ship, as well as the intensity of cosmic radiaiion measured
by A. N. Charakhchlyan and T. N. Charakhch'yan (A. N. Charakhchlyan., T. N.
Charakhchlyan. Zh. eksperim. i teoret. fiz., 35, ION, .)958). It is pointed out
1-t,,~JJ~ouqh the existence of excess radiation in the form of charged particles
CAW

ACCESSIOWNR: Ap4oo9625
has been noted in a number of papers dealing with radiation studies at heights of
200-300 km, the nature of this radiation and the mechanism of its formation is
not yet clear (that is, whether they are protons of the internal radiation belt
or whether these excess particles are genetically related to primary cosmic radia-
tion). On the second cosmic ship a photo-emulsion unit was installed, consisting
of 489 layers of emulsion NIM"W', lOxIO cm2, with a layer thickness of 400
microns. Since the emulsion recorded all particles integrally, not discriminat-
ing them in terms of time,for purposes of comparison of the emulsion data with
the counter-tube data, it was necessary to average the latter for the entire
flight time, considering the time the instrument was located at different lati-
tudes and the dependence of radiation intensity on observation site latitude.
Emulsion sensitivity was sufficient to provide reliable recording of particles
with minimal Ionization. The absolute intensity of the particles was determined
to ensure that all the particles recorded by the counter-tubes were also recorded
by the emulsion. It was found that more than 60% of the emulsion-recorded parti-
cles are particles with minimum ionizaiion, while 40% of the particles showed an
Ionization of g/qmjn>'l.4 (g . grain density). The author explained the techniqu'e
used to determine what part of the high-ionization particles was - formed by
nuc)ear splitting. This method was based on the fact that at various heights in
the atmosphere streams of high-ionizing particles under various filters and In
the a r are Identical and' proportional to the stream of the star-generating
,Card

ACCESSION NR: Ap4oo9625
component at a given height; that is, to the number of " stard' formed in Icc
of emulsion per unit time. In order to determine the number of stars, three ob-
servers were used to Inspect an emulsion area of 0.072 cc, with a magnification
of 450X. Stars were recorded with a number of grey and black traces Ni.?3. The
authors found 2260 + 170 stars/cc/day with N >3?', that is, from nuclear splitting
one may anticipate -6.25 + 0.04 part I c I es/cm2r7ec. The author also concluded
that protons of the inner radiation belt, incident in an ionization interval
2.4