SCIENTIFIC ABSTRACT LUTSENKO, V.N. - LUTSIK, D.P.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

The Spectrum of the r-Rays From the S/048/60/024/007/016/032/XX
C135(n,e) C136 Reaction B019/BO56
second column the energies, and in the third the intensities of the lines
are given. On the basis of the data g1ven in Table 1, the ~-transition
scheme shown in Fig. 3 was set up, for which data from an investigation of
the (d,p) reaction carried out by Paris et al. (Ref. 4) were used. Special
interest was paid to the neighboring 1.957 Mev and 1-949 Mev levels, and
this part of the r-transition scheme is discussed more in detail on the
basis of the section of the scheme shown in Fig. 4. In the diagram of
Fig- 5 the position of the two levels in the spectrum is shown. In a de-
tailed discussion, three variants of transitions are discussed, but it is
finally found that the data at present available permit no opinion to be
expressed on the correctness of one or the other variant.
There are 5 figuresq 1 tableg and 11 referencesi 4 Soviet, 6 US9 and
I Norway,
Card 2/2

3/048/62/026/008/00~/028
B163/B104
p AUTHGRS: Groshev, L. V., Demidov, A. M.,.Lutsenko, V. N., and
Pelekhov, V. I.
TITLE: Spectra of prays and internal conversion electrons from the
113 114
reaction Cd (n
) Cd
t
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Seriyi fizicheskaya, v. 26
no. 8, 1962, 979 - 992
TEXT; The t-spectra in the energy range from 0-4 to 9.5 Mev were measured
in a magnetic Compton spectrometer giving a resolution of O-M4 for energies
above 2 Mev and of 0.61,' at E - 1 Mev, described earlier by Groshev et al.
'
con-
(Izv. AN SSSR. Ser. fiz., '24, 791 (1960)). The spectrum of internal
version electrons in the energy range from 20 kev to 3 Mev was measured in'
a magnetic beta spectrometer with a resolution of 0.6~6 at E '>-300 kev and
of 1~fo at lower electron energies, described earlier by Peleekh 'ov and Malov
(Izv. AN M3R. Ser. fiz. 25, 1069 (1961)). -The ene'rgy levels of Cd114 are,
of interest for investigating the lower levels in even-even;13uclei. To
'the rapectrum, a metallic cadmium target conS18tiDg Of the naturali
measure
Card-,1/3--------

S/046/62/026/008/003/028
Soectra of rTays and ... B163/B104
mixture of isotopes was bomberded 'with thermal neutrons.* In the rspectnn
132 lines were resolved, containing 37~ of the total energy released by the
neutron capture. To measure the internal conversion spectrum a cadmium
oxide target of 0.6 mg/CM2.thickness,.enriched to 6% Cd113 on an aluminum
backing foil was used. This spectrum contained 36 lines up to energies of
1.7 111"ev. The energies, relative intensities, and internal conversion
coefficients of the lines were tabulated. From these dataq a level scheme
was constructed assuming that the relatively intense lines with energies
above 5 14ev correspond to transitions from the initial state formed by the
neutron capture to the lower nuclear levels. The binding energy of the
last neutron in Cd114 was found to be 9041 + 3 kev. The characteristics of
lowest levels at 558, 1134, 1209, 1283, 13076, 1364, 1132, 1841, 1958 kev
above the ground s-tate arediscussed. The-lowest of these levels are well
kno,,-,n from earlier Coulomb.excitation, Odecay and (dp) reac~ionjxperiments
The 1306 kev conversion line is thought to correspond to a 0 - 0 transi-
'tioni from the 1306 kev level to the ground state and the 1305 kev rline
is thoucht to belong to another level. For the levels at 1134 and 1209 kev
the ratios of reduced branching probabilities are coneistent.with calcula-
tions for vibration models. It is concluded that the MOP 18411 and

8/048/62/026/008/903/026
Spectra of t-rays and ... B163/BI04
I and 3. respectively. The!
1958 kev levels have the characteristics 4
squarea transition matrix elements for the first 30 transitions from the
initial state to the lower levels are given in a table. For the first 20
transitions they are low, but for the next 10 transitions teexoitation
levels above 3 Nfev the squared matrix elements are much larger. There arq
nd 6 tables.
5 figureR a
Pard

A
ATJTHOh:;:
ho867
SIC48162102610091001101 I
P125/B186
Gro.-~iiev) L. Vs, Demidov, A. 11A., Ivanov, ~V- A., Lutsonko, VA.,
arid .1clek"'ov, V. i.
TITLL: _'pectri Of
rrays and-internal conversion electrons arising,
in the n7)-reaction on gadolinium isotopes
;Aademiya nauk s'OSR. Izventiya. Seriya fizicheskaya,
v. 26, no. 9, 1962, 111*9-1133-
TEXT: The siectra of the rays that arise when thermal neutrons are
C:Aptllfed by Gdl5':)' (capture cross section 61.000 5000 barn) and GdI.57
(C:qAuire cross section 240000 + 12000 barn) wers.take'n in the energy
ran(;-.~ O.-If to 9.1,lev. The inner-conversion electron spectra were taken at
electron energies of 20 kev to 3.1,Lev by magnetic spectrometers. Th4
155 157
Gd203 ~~,pecimen's were enriched in Gd and Gd . The P' sp e c t ra
measurements and the apparatus have been de-cribed by Groshev L. V. et al.
Ser. fiz., 791 (1960)). The internal conversion
electron spectra were determined using the same enriched gadolinium
Card 1,13

S'/04a/62/026/009/001/011
,Jpectra of rrays and internal B125/B186
i,,;oLojjf-;, z;L; in the mcuourc:i-iient-s of r-radiation Spectra. The internal
converoion electron liner were separated from these spectra. Their
intenoiiuy, the K-shell conversion coefficient ci the ratio
k I cLK/,/L
and tho type of the tr~insition are !-iven. In measurin6 most of the
levels of the Gd156
r-transition scheme it has been assumed that the
iL E ~(B,,-3 correspond to a~ initial state. This initial
)T eV
State ~irises Yhun the neutron is captured onto lower levels of. lie
W
nucleus. Tce levels within the energy gap of 2.1 Idev (for Gd and
71ev, 158
1.7 (for Gd are described separately. Most of the levels above
1621 I-ev were determined from the transitions out of the initial state.
158
The Gd r-ransition Scheme was established on the same basic
158
considerations as the Gd r-trank;ition scheme. The levels with 1188t
126s, 14-.-)5, 1521, 1373, 1454 kev are described separately. The lines
conitained in the spectra of internal conversion- electrons with 4106,
669, 687, 700 and 707 kev for Gd156 and with 438, 07, 702 and 746 kev
Card 2/Z

1 '-10481621026100910011011
6pectra )fr rays and internal ... B125/B186
fo~v 5d could not be detected in ti-ie ray spectr*a..'. The-tra nsitions
156 158
viit~, 5,6, 0615 and 674 kev in Gd and 538 kev in Gd show increased
c;onveraion. There are 5 figures and 6 tables.
C"ard 313

rVi"'Is of C'e, --ld Cd!5"*.
,194 OV- 1
.. , .-T I cai
(Gadoliniu.n.-Isat-c- Gs~
(Quantim. t~(,Ovy)

GROSHEV, L.V.; DENIDOV, A.M.; LUTSENKO, V.N.; PFLEKHOV, V,I.
Spectra of d'(-rays and internal conversion electrons from the
reaction C, 113(n ~,)Cd114. T.7,V. AN SSSR. Ser. fiz. 26 no.8:
979-992 Ag 162. (~aRA 15:11)
(Gamma-ray spectrometry) (Cadmium-Isotopes)
(Electrons)

GROSHEV, L.V.; DEMIDOV, A.M.; IVANOV, V.A.; LUTSENKO, V N
PELEKHOVP V.I.
Spect-a of gamma rays and internal conversion electrons emitted
in (np_ reactions on gadolinium isotopes. Izv. AN SSSR. Ser. fiz.
26 noi9:1119-2133 S 162, (MIRA 15:9)
(Internal conversion (Nuclear physics))
(Gamma rays-Spectra) (Gadolinium-Isotopes)

0 1 i
GROSIIEW~ L.V,j DFMIDOV, A.M.1 IVANOV, V.A., W'IbENKO, VA., ALEXII V, V. q
Spectra of gamma rays and internal conversion electrons emitted
in the capture of thermal neutrons by mercury nuclei. Izv.
All SSSR. Ser. fiz. 27 no.1l.-1377-1391 N 163. (MIRA 16:11)
1. Institut atomnoy energil im. I.V. Kurchatova.

510461631027100210091023
AUTHORS.i Groshev,:L. V.-, Demidov, A. M.1 Ivanov, V. A., L_utsenkoL_
V. &;~,and Pelekhov,:.V. L
150-
TITLE:,: -_The,levels of the Sm nucleus excited by the (n,r) reaction
PERIODICALt-Akademiyanauk SSSR. Izvestiya. Seriya fizicheskaya, v# 271
no* 2 ''1963 V6 227
150
TEXT. The V-spectrum of S,m . was investigated with a magnetic Compton
spectr'ometer,with a resolution of 0.3% in the range 6-3 - 8 Mov. The
..."''spectrum of internal conversion electrons was investigated with a magnetio
spectrometer,wit.h resolution 0.,6%.. From the results represented in two
large figures and 6ne.table,*.the level scheme.of Smi~o is constructed. The.
levels with 334, 740, 773, 1047 1071, 1167, 1256 and 1278 kev are,
150 152
discussed.in detail,and the SM level is compared with that of Gd
150 152
..(Fig. 5)._~t'As.shown that corresponding levelslof Sm and Gd have
152
similar radiation properti6s, Further the Od transition between the
Card 1/3

, zvgj - M;~Hn-
Mm -0~
1'0
5 S/048/63/027/602/009/023
levels-of the Sm nucleus.*. B100100

/oil
lie

/oil
:1047

--Fig.
5 yJj

q4
:
7
,
.

-card 3/3

LILJ=I(O V
7r,r---RaYz: frog:. i;-;-Ae ?*-aczion
56 57
e Spectrum of Gamma Rays fro.- Reaction Fe (n,'I)Fe
reports submitted for All-Union Conf on Nuclear Spectroscopy) Tbilisi, 14-22
Feb 64.
.:A21 Mnst Atomic Energy, AS USSR)

Wosi_21W, L. V.; DEMIDOV, A. M.; IVANOV, V. A.; LUTSOK011- V. N.; PKEKE .OV, V. I -
fYigs and Electrons of Internal Conversion from the Reaction Hf'77
(n,Y)H
report submitted for All-Union Conf on Nuclear SIxsetroscopy, Tbilisi, 14-22
Feb 64.
DE (Inst Atomic Energy)

I
ROSFa:1, L. V.; DEM=V, A. I.; KOTELINDCOV, G. A.; - PELEKHOV, V. 1.
"Levels of the Nucleus Rh 104 Excited by the Capture of Tbermal Neutrons."
reports submitted for All-Union Conf on Nuclear Spectroscopy, Tbilisi, 14-22
Feb 64.
IAE(Inst Atomic Energy, AS USSR)

ACCESSION NR: AP4042970 S/0048/64/028/007/1234/12431,
1"AUTHOR: Groshev,L.V.; Domidov,A.M.; Kotollnikov,G.A.; Lutsenko, V.N.
!,,TITLE. Spectrum of gamma-rays from neutron capture by iron 56 Lloport, 14th Annu-,
al Conference on Nuclear Spectroscopy hold in Tibilini 14-21'Fob 196A7
SOURCE11 AN SSSR. Izv. Serjy fizicheaknya, v.28, no.7, 1964, 1234-1243
TOPIC TAGS: neutron capture, gamma-ray spectrum:~iron
ABSTRACT: The 7,-ray spectrum excited in thermal neutron capture by natural iron
was recorded with a magnetic Compton spectrograph that afforded a resolution of
0.371 above 2 MeV and 0.617, at I MeV, and is described elsewlipre (L.V.'Groshev, A.M.
Demidov, V.1T.LxttscnJo and A.F.?Jalov,1zv.ArT SSOR,Ser.fiz.24,791,1960). Sixty 7,-rays
0-4
were observed with energies from 1.26-A to 10.038 MoV and intensities Iron, 7 x I
to 0.215 photons per capture. The assignment of those 7--rays to the various iroll
isotopes is discussed, and it Is concluded that 44 of them arise from tranal."Jons
in FeW induced by neutron capture by F06. The hardest 7-ray asaigned to Fo57 has
an energy of 7.642 MoV. The spectrum was analyzed, and a level achema is presented
for p057 V111jell includes,. In addition to the 7.643 MeV 1/2- state IuLo -vhich the
1/3

ACCtSSIOX Mt- AP4042970
n7butron is captured, 21 sta'tes with energica not greater than 41.688 MeV. The states
are compa *red with states luiown front (p,p') and (d,p) reactions, and spins and pari-
ties are assigned to 10 of them. From a consideration of inten-iity .gums it is con-
cluded that the scheme inaltAdes 87% of all the 7-rny transitions of,Fe57 excited by,
neutron capture. 7lie intensities of the y-rays originating intthe initfrAl state
ar
c compared with the redUced neutron widths and spectroscopic factprs obtained I
from the (d,p) reaction. The comparison is performed in thd same way that similar.
comparisons have been previously performed for other nuclei (L.V.Grosliev, A.M.Demi-
dov V.N.LutserAco and V.I.Pelekhov, Doklady* sovotskikh uch ony*ldx na Vtoroy mezhdu--
narodnoy konferentsii po mirnomu ispollzovaniyu stomnoy onergii ZR-eports of Soviet
& Ya-;i
scientists to the 2nd International Conf. on the Peaceful Use of Atomic Ener
i dernaya fizika 1,281.Atomtzdat,1959). Although some correlation is found, it'ie
not striking. It Is suggested that the pooh correlation may be due to a complex
structure-of the wave function of the initial state of F057 produced by ~29utron
Fe561, The 7-d~c of various of the states of FeW is discussed in some.
capture b ay
detail in relation to numerous calculations and experimental.data in the literatura'
Orig.artoha
ss 4 figures and 3 tables.'
2/3

A0MSS'1OK MR: AP4042M 8/0048/64/028/067/1244/1234
AUTHOR: GroshevjI#.V.; DemidavlAiM.; Ivanav OV. A.
TITLE: Gamoa-rays and Internal conversion electrons from neutron capture of hafa-1
lux 177 ffsport# 14th Annual Conference an.Nuclear Spectroscopy heo In TI 11191
b
14-21 Fab ]Lffffl
SOURCS: AN SSSR. Xxv. Serlys flilcheakays, v.98, no.70 1964, 1244-1234'
TOPIC TA013: neutron capturet'gamnia-ray spectrum,. electron 'spectrum, haftlum'
ABSTRACT: The'y-ray spectrum excited'.by th.ex I fieutron. capture by'natural. hafnl,-
us was recorded with a magnetic Compton,apectrometer with a resolution of 0.3% &b-1
tive 2 MeV and 0.8% at I M9V Isee to.V.-Groshev, A.M.D~midov,.V.N.Lutsenko and A.r.
Wov,,Ixv.AX 8881,89r.fis.24,791,1960). The internal opawersion spectrum of Mfl7*
was observed for a target conta$nlng-89% Hil '77. The'sagnstle upectz ter employed
had a resolatias of 0.0% audio described els4ftore (Y.I.Polsk OW
*w and Ai.FsKal
Ixv,AN A. level scheme for NfIL78 li,
presoutedo. Mixt
save 7-ray.11nes were observed with energles.frow 1.066 to TeS26 MW ad Intenal-
ties from 14 x W4 to 6*4 x. 1V2 pbotmo per captureo Us assignment of these

4CUSSION NR: AP4042971
y-rays to the various hafnium Isotopes in discussed at length. Of the 18,lines re-
corded with energies less than 1.5 MeV, all but 3 were observed with enriched mat-
erial by R.K.Smither (Phys.Rdv.129,1691,1963) and are ascribed to HfI7S. The rela-
tive Intensities of ihese-11nes werejargely in agreement with those Z~und by Smi-
ther; there'were discrepancies, however, and in these cases the.-authors prefer
their own data because of the higher resolution of their spectrometer.-ft is con-
eluded after an Involved discussion that of the remaining lines, those with ener-
gies greater than 6.1 MOV can be safely'attributed to Hfl78 and those with ower'
I
energies cannot. Forty-two Internal conversion lines were observed with energies
from 82 to 1587 kdV. Internal:,conversion coefficients were calculated for 23 of
these lines, but multlpolarities were-assigned only to the 9 least energetic ta-*
cause of the absence of any suitable standard lines of high energy. T1W 260 keV 9
con ersion line 6f the 325 koV y-transition was assumed to be due to an 92-transi-
tion for calculating the internal conversion coefficients, and Smither's ?-ray in,
Itensities were employed. The level scheme given for HfIL78 comprissop in addition
-to the 7.619 MeY 3 4 levels int 'o which the neutron in captured# 18 statea with
excitations not greater than.1,513 MdV6, The'scheme is In.goneral oWlar to that
given by Bulther (loosalte),-but there ore -differences that are d1saussed In detalL
some spin and parity ago ignswatsj ors hi doubt and more experimental wark is do-

- -- -- -----

'ACCESSION XR: AP4042M
3 ttgum,wd.3 tablese

ASSOCIATION:

0 spou 00
BLINUTTED:
0 ,

,
at" JW, Na FM NOV 094. 11.006 o f
,

'3/3

ACCESSiOX NIZ: AP4042958 S/0048/64/028/007/1118/1123
AUTHOR: Groshev, L.V.; Demidav,.A.M.; Kotel'nikov, G.A.; Lutsenko, V.K.; Pelekhov,
V.I.
TITLE: The levels of rhodium 104 excited in thermal neutron capture Zffe. rt, 14th
Annual Conference on Nuclear Spectroscopy held in Tibilisi 14-21 Fab 19645
SOURCH- AN SSSR. Izv.Seriya fizicheakaya, v.28, no.7, 1964, 1118-1123
T,OPIC TAGSi neutron capture, gamma ray spectrum, decay scheme, electron spectrum,
r1lod ium
j ABSTRACT: The 7-ray spectrum of .Rh104 excited by thermal neutron capture in' Rh103
who recorded with a magnetic Compton spectrometer with a resolution of 0.3%. The
spectrometer and the experimental technique are described elsewhere (L.V.Groshov,
A.M.Demidov, V.N.Lutsonlto and A.F.Malov, Izv.AN SSSR,S6r.fiz.24,791,1960). Fifty-
one lines were observed with energies from 4.885 to 6.998 MeV and intensities from
9 x 10-5 to 2.3 x 10-2 photons per.capture. The internal conveFrsion sp6ctrum of
Rhl04 was observed with a magnetic spectrometer having a resolution of 0.6%. Again
the instrument and experimental techniques are described elsewhere (V.I.Pelekhov wd'

'ACCESSION NR: AP4042958
~.F.Malov, Izv.AN SSSR,Ser.fiz.26,1069,1961). 7he P-spectrum was examined from 60
to 2500 MV, but, the large continuous backgrouncli prevented lines from bei'ng obserwd
at energies greater than 200..keV. Below this enqrgy ten internal conversion lines
were distinguished. The'most intense line (74-keV) was'assumed to be the K conver-
sion line-of the M1 transition from the 97 .keV isomeric statq;(R.C.Greenwood,Phys.
Rov.129,345,1963) and to haye the.theo'retAcal value of the internal conversion co-
efficient. From this assumption, and from the relative intensiXies pf the y-rays ob~
tained by private communication from O.Schult, the internal conversion coefficients'
of six other lines were calculated and their multipole order determined. Five lines'.
were found to'be due to El transitions 'and one to'an Ml. One of these assignments
is in conflict with a previous assignment,.by A.S.Kelioran~kiy, L.F.Kalin'kin and I.
i V.EAtulin (Vozbuzhdenny*ye. sostoyaniya Rh104. I:id.Mosk.gos.un-ta 1963).. If one as-'
1-sumes that the most energetic of the .observed neutron capture 7-rays is due to di-
rect transition to the groufid state,*one.finds that the calculated neutron'binding
energy is in good agreement',Vith the value obtained from the (d,p) reaction, and
that of the 30 levels that lie within the region that has been explored by means of.-.
the (d,p) reaction, all but 5 coincide with previously known states. A striking
feature of the y-ray spectrum Is that-the high-energy lines resulting from transi-
tions to levels lying below 0.(8 MOV are generally considorably lower energy than ft
2/3

ACCESSION HR: AP4042958
less energetic lines. This can be explained by a hypothesis of N.Starfalt (Preprint,
1963) involving the MI giantiresonance. The present authors offer an alternative ex--!,
planation based on'the assumption thafthe neutron .Is captured in an s state. El
trannitions to tholow-lying levels would thon be multiparticlo transitions, and
thus weak, and Ml transitions wouild be forbid.don by the orbital angular momentum
selection rule for the neutron. A decision between the two explanations might be
reachbd by determining the character of the transitions concerned, for these' should
be MI transitions In the one case and 91 transitions in the other. Orig.art.has:
3 figures and 2 tableso
ASSOCIATION: none
SUMMED: 00 EXCL; 00
SUB CODE: NP NR REF SOVt 008 MWR; 010
3/3

GROSHRV, L.V.; DEMIDOVI A.M.; XOTEWNIKOV, G.A.; IDTSENKO, V.N.
Gamma-ray spectrum from the reaotion Fe6(n, pye57.
Izv. AN SSSR. Ser. fiz. 28 no.7:1234-1243 Jl 164
(MIRA 17:8)

GROSMIV, L.V.; DEMIDOV, A.M.; IVAIIOV,V.A.,- DJTSMIKOp V.N.; Pm_KKHOV, V.I.
- -_ ~ z " -
Ga-ma ray3 and intm-1 conversion electrons from the reac-
tion uf1:77(n,t)HC . Izv. AN SSSR. Ser. fiz. 28 no,7z
124-4-171,541 J1 161, (MIFA 17:8)

LUISENKO, V.N., inzh.
Improved design of a Uzjwthern level indicator, 1. neft.
mashinostr. no.1:38 Ja 165., (MIRA 181J)

I

z%ie yas.~.,,%Oj,vith the, natural' isotopic"composition, to which
S colittiwtes-'. Sox, or th -a slow naixtron capture cross section, Pos-
sible origins, or.ue gemna. rays are discussed and it is concluded
that those, With
5760 gky,,but
energies above
not between 6185 and 6242
keV can be- confiden%17 assigned to E Nineteen quch ga=a rays
are tabulated:; there are also tabulated 13 g-arna rays with energies
between 5000 and 5760 keV of which the origin is ju doubt and 23 witth
eaergies below 1400 keV wbich are ascribed to The estimated
!!rora of the energy meadumeats range f rom 2 to 8 keVo The measured
% -;4- &-&---&A.A -- a A.- _4L ---k -A. - A - - - - - I -

-maliting -U6 -t6tal- radia: ed energy to the rmtr6n binding energy,.
Gonversion electron measurerments a" p"sented for 21 transitions
with energies-below 1400 keVe The conversion electron measurements
ior tMaitions vith energies below 1000,,-keV were taken from earlier
work MAJIanov. and Vol,Polekhovtlzv*AN..SSSRggerefis.26,,14WO1962)
.and those for-higher"-sneriy tr=itions isre Meamed with the awe
technique* Conversion coefficients were obtained for 19 of the tzb=-
sitions and wtltipolaritide were assignedi A level and transition dIa-,

'9~744
_MW
'6 ~re
USMPChemistry.:
Card 1/1.
Authqrs. Poray-Koshits, B. A.; Efros, L. S.; Vertkina, V. N.; and Lutsenko, V. V.
Title Quinaldine derivatives obtained from aromatic amines and simple vinyl
ethers
Periodical-: Zhur, Ob. Xhim. 249 Ed. 5# 895 - 898# May 1954,
Abstract. Quinaldine is a valuable intemediate product used,in the synthesis of
stable acid and cyanine dyes. The reaction.of.primary aromatic Anines
-with simple vinyl-ethers appears to be the general method of obtaining
quinaldine derivatives. The success.of the reaction depends upon the
-nature of the substitute oriented in the nucleus. In case of a highly,
activated molecule of the reacting amine as well as in thecase of de-
activation, especially of the o-position relative to the amino group, no
quinaldine derivatives can be,obtained. Nine referencer; 4 German
since 1883.
Institution: The Lensoviet Technological Institute,, Leningrad, The A. E. Poray-Koshits
Technological Laboratory of Organic Dyes
21j.. 1-953

U., If C 2, S, Nazarov, 1. 11:1. (Tjccenz,:d.), Xuaratova,
G. P., Lutsenko, Y. V.,
Tlr.,'LZ: Reactions of Some Analogs of P-Ionone !"itri ~7-r-~-,nard Tlnr!,r IC;
IRoaktnii nekotorykh jnalogov 13-iononp, :3
PERIODICAL: Zhurnp.1 obahch,~y khimii, 1959, Vol 29, '.4r 5,
PP 156a-1574 ("J'S',R)
ABSTRACT: The authors use4 or.-anomaa-nr,,nium compou-nis nrith
methyl, eth-11 and phonyl ftnd the kotones
CH3 CH3
Cr-=01 -00-C, C H= C:'-'- C C-C,-13
CF aCH 3
(I) (II)
Compound (1) was obtained by condensation of ?-methyl- A--
tetrahydro-benzaldehyde with acetone. The bcnzaldi�h,'
derivative mentioned was obtained from acroleir nnd trans-
piparylene by heating for two hours up to 190-190~ in a metallic
-nn,poule. The ketone (II) was prepared in a wa,-.- previously
Card 1/5 described (Rof 1). Both ketones react with the orl-anomagpesium

Rcactir;na of ~Ion~~ Analogs of P-Ionone *7ith GriTnari
J
Reagon tr;
cor~inound3 mcntioned and yioll tertiary nleohols. 1.1hereas
15-ionone undoTl the some cf)nditions gives, in nd:lition t o the
corroonondin,.7 carbinols, also ketones owing to an abnormal
1,4-addition, these could not be obtained fro.n the ionone
an,%los,rs I v,nd II. The yiold in terti--ry nluchols depon,19 on
Vic radical introduced and decreases in the order jaetbyl -
-,h sn V
yl. The hydroCenation of the unsaturated carbinols yielded
the corres-nonli-i- saturated coriT)oundn. Further h,, , ri, r og e TI r% o n
gives hydrocarbo 3oth the unsaturated and 'lie a,-'
ns. h turpted
alcohols have r~n asreeabl,:~ oeor whicli -reminds of citrnl.
The experimental part describes the synthe3i-3 carried cut.
Tables present: Table 1: physical datn of the unnaturato",
carbinols, table 7,: the sania of saturat-d carbinols, trt")le 3:
the sp.me of unsatiiratcd, hy(Irocarbons rrith conjur::.Ael~ do-AIII.e.
bonds, table 4: the same of unsaturato(I hydrocarbons with r
double bond, table 5: the s5me of snt'utatud hydro~;arbons.
~,'herr~ arz-. 5 tables and 3 rcfe-:ences, 2 of -.-Ihich sre '.ovi.-t.
Car(I 2/3

Rcacti,--Ino Of so~~e ',n-,.Ior.-s of P-Ionone -OV/79-2~,-::-7, -/75
LT30C.Pt TIOIT: -,nstitvt
Litoval-0- S-71 (Instlitv-tc, of choml:3try ~.Ile- i"bo'nic.-A
'I'cchriolo~,7f of the Tdtliur.a--',~n '13R)
TTED '!v-rch 2:3, 117-5r
C-rd 3) 17

LUTSENKO, V. V., Cand Chem Sci -- (diss) "Allylic bromination of a
series of 43-cyc' ohexene compounds." VilInyus, 1960. 14 DP with
graphs; (Ministry of Higher and Secondary Specialist Education USSR,
Vil'nyus State Univ im V. Kapsuzas); 250 copies; price not given;
(KL, 18-60, 147)

KUGATOVA,G.P. [Kugatavaq G.1;Q-TSENK09 V.V. (Lueenko,V.]
Allyl Bromimtion of some cyclohe"niq systems. M. The effect of
N-bromosuceinimide on 4-(Zl-mothyl - -~- cycloheienyl)-butan-3~-one-2).
List ak darbai B no.1:165-180 160. (EEAI 9:10)
1. Institut khimii i khimicheskory tekhnologii AN Litovskay SSR.
(Bromosuacinimide) (Cycloyexenyl group)
(Moyl group) (Bromination)
(Mathylayleohexenylbutenone)
q.

KUGATOVA, G.P.; WTSINKO, V.V.
A11Y'l bromination of compouncls of the cyclohexene series. Doki. AN
SSSR 134 no-3:599-602 S 160. (MIRA 13:9)
lo Iustitut khimii i khimicheakov tekhnologil Akademii nauk UtSSR..
1'redBtavleno almd. M,1, Zatachnikom.
(Cyclohexene) (Bromination)

SRALTTKO) LoGe; BARANOV, V.G.; VOLKOV, T.I.; LUTSMOp V.V.;
FRENKEW, S.Ya.
Theory of heterophase polymerization. Part 2: Comparison
of molecular weight distributions of polymers obtained under
conditions of homophase and heterophase polymerization.
Vysokom. soed. 5 no.10:1527-1533 0 163. (MRA 17:1)
1. Institut vysokomolekulyarnykh soyedineniy AN SSSR i
Voesoyuznyy nauchno-is8ledovatellskiy institut sinteticheskikh
volokon.

HGATOVA-SHEWAKINA, G.P.; LUTSEIIKO~ V.V.
3
Allyl bromination of the =ethyl ester of
hydroxybenzoic acid. Zhur.ob.khim- 33 no.12:388,~-3887 D 163.
MIRA 17:3)
1. Institut khimii i khimichogkoy tekhnologii All Litovskoy SSR.

KUGATOVA-SHEMYAKINA, G.P.; LUTSENKO, V.V.
Reactivity of allyl ,bromides of the .43-cyclohexene series.
Izv. AN SSSR. Ser. khim. no.8tl429-1436 Ag 164.
(MIRA 17:9)
1. Institut organicheskoy khimii im. N.D. Zelinskogo All SSSR i
Institut khimii i khimicheskoy tekhnologli AN Litovskoy SSR.

111ITSFIRO, V.V.; HGATCOVA-SHEMAYINA, G.P.
3-~- cy0ohexene.
Exchange reactions involving
Zhw-. org. khIr. 1 no,9'.1598-.1602 3 f65- 18:12)
1. Institut khlmil. i khimichoskoy tekbnologil AN Litovskoy SSR.
Submitted June 4. 1964.

L o8199o-67
ACC 1~11: AP6012113 /V) SOURCE COEE: UR/0413/66/000/007/0027/0027
AMHORS: Ivobotenko, B. A.; Gertsov, S. M.; Lovonotskiy, Yu. N,; Lutsonko, V.
Ye.; 'Xinkin, M. M.
rl
ORG; none
TITLE: A multiphaso step electric motor. Class 21, No. 180239
SOURCZ: Izobroteniya, proirVshlennyye obraztsy, tovarnyye znakip no. 7', 1966, 27
TOPIC TAGS:. electric motor, torque
ABSTRACT: This Author Certificate proaonts a multiphase stop electric motor of
the induction typo with control windings and with permanent excitation magnets
located in the stator.,~Tho electric motor has a toothed rotor without a winding
(see Fic. 1). The dosiGn increases the torque in given size motors and simplifies:
their production. The stator is made with an internal permanont Magnot in the
form of two symmetrical halves magnotizea with opposite polarity. The permanent
"magnet is enclosed between the halves of the stator.
UDG: - .621-313.13.025.4-133.3.
Card 1/2

L o8ggo-67
ACC NR: AP6012113
Fig. 1. 1 - control windings; 2 permanent
magnet; 3 stator; 4 - rotor
Orig. art. has: I figure.
SUB COtE: 09/ SUBM DATE: 21,Tan65
"'VII, r.,-, t
0

L 10296-67
ACC-.N-R'.'=j ND03088 --SOURCE dOdE-i 6ii/(~2'92/66/000/010/0001/0004~
AUTHOR: Belen'kiy, Yu. M. (Engineer); Gert--ov S. K. (Engineer)- Lutsenko V. Yez/
M _M
(Candidate o techn
(Engineer) vd:nkin, (Engineer); Katkoi,_~~. I'Ma -scle~"ces)
ORG: none
TMIM': Serial production of step electric motors
SOjiCE: Elelctrotekhnika, no. 10, 1966, 1-4 10
TOPIC TAGS: elec~tric motor, electric industry
TRACT
ABS As a result of extensive theoretical and experimental work it was
G.-lown -,,hat z-.ost reliable step motors are of the split-phase maGnitoelectric
a-,ICL four-phase inductor type.
7,ic WSR industry a~ present manufactures 14 models of% split -phase mag-
f nitocicctric step motors"Vilich designated by letters ShDA5 All there motors
ave I' s-0'*s_f
0 or each complete revolution and operate on a voltage of !4 or
28 volts; they weigh from 110 to 1,500 grams.
The A"our-phaGe inductor type step motors are manufactured in 15 models
ana are designated by letters ShDR. These motors have 24) 4o, 56 or 120
s""Ons for each complete revolution; they all operate on a voltage of 10
volts; their weight ranges from 100 to 700 grws. Orig. art. has: 4 figures and
2 tables. L'JPP.SJ
SUB CODE: 09, 05- / SUBM DATE: none / ORIG REF: 004.

KHARCIMIKO, I.F.; FAYKBZRG, Ta.B.; NIKOUYET, R.N.; KORNIWV. YO.A-;
,_ WTSZKO, Ts.A.; PEDIMO, M.S.
Investigating the interaction betveen an electron bean and
plasm. Zhur.ekspoi teor.fiz. 38 no-3:685-692 Mr 160.
(HIR& 13:7)
1. Fiziko-tekhnicheskiy institut Akademii nauk Ukrainskoy
SSR.
(Electron beams) (Plasm (Ionized gases))

WTSZKO. - -. _ - - - -
A. 0. electric locomotives in Japan. Blek. I tepl. tiaga no.4:47-
48 Ap 157. (HLRA 10: 6)
(Japan-Blectric locomotives)

M
LUTSMOM, Te.G. nzh.
- 11
Status of the locomotive stock in the U.S.A. during 1958. vest.
TSNII WS 18 no-3:6i my 159. (Iilak 112:9)
(United Statnn-Locamotives)

~_LUTSMO, Te.G., inzh.
Modern dealgre of a.c. railroad motorcars in the United States.
Veet.TSNII Mn 19 no.6:63-64 160. (KM 13:9)
(United States--Railroad motorcars)

P . '. , f
V .,-
HEVICH, A. M., ZAVGORODNOV,
lk p. m FAYNBERB9 Ya. B.,
OV, NERKAq
O..G., SAFRONOV, B. G.v DUBOVOY, L. V., and LUTSENKO,~E. v.-r.
"Experimental Research of High Frequency Properties of Plasma and
Magnetohydrodynamic Shock Waves."
paper to be presented at 2nd UN Intl. Conf. on the peaceful uses of Atomic
Energy, Geneva, 1 - 13 Sep 58.

*3 1
Ell i a
v$
NIB
.8 Jill
jig 11h V; p~Aljv 11 - I
[oil
jig
-4 lu av j P ! -1 1
ailli,
I PUN" "Ia.,

As

A
44
ro

I
I .
I

,
Aw
1

E. KI K. C.',, 1e
25021
S/057/61/031/007/001/021
BIOB/B209
AUTHORSt Kharchenko, I. F., Faynberg, Ya. B., Nikolayev, R. M.,
Kornilov, Ye. A., Lutsenko, Ye. I., and Pedenko, N. S.
TITLEt Interaction of an electron beam with a plasma in a magnetic
field
PERIODICAL: Zhurnal tekhnicheskoy fiziki, v. 31, no. 7, 1961, 761-765
TEXTj The interaction between a beam of charged particles and a plasma
has great physical and technical significance and is therefore subject to
the present study. In a plasma in a magnetic field, an electron beam may
interact with both E and H waves. Moreover, parameter resonance may occur
since the arising waves lead to a change of the parameters which is
periodical in space and time. When the frequency of the plasma particles
stands in a certain ratio to the frequency of the electromagnetic field
forming by self-modulation of the electron beam when moving through a
plasma, parameter resonance is possible. This ratio between the frequency
Wof the longitudinal waves, due to the interaction between beam and
Card 1/3

25021
S/057/61/031/007/001/021
Interaction of an electron beam ... B108/B209
2w.
plasma, and the cyclotron frequency 6) is given byto- - or by
H p
2~,V - 2WH where L is the periodicity of the wave in the beam, V the
T 0 p 0
velocity of the beam (p-1,2 ..... ). However, also other instabilities may
arise when an electron beam interacts with a plasma. The experimental
arrangement for the present studies provided a 50-ma eleitron beam (5 kev)
to interact with a plasma in a vacuum of 10-2 _ 10-3mm Hg, The magnetic
field strength during the experiment was 2000 gauss. The results showed
that at certain magnetic field strengths the electron beam becomes unstable,
which leads to a widening of the glowing plasma (from 3 to 30 mm) and a
decrease in the beam energy. When the electron beam was pre-modulated on
a frequency fm, instability occurred at four magnetic field strengths
corresponding to the electron-cyclotron frequencies of 1f 9 f ~ -4 , and
2 m m 2 m
2fM. The width of these unstable ranges was only a few per cent of the
cyclotron frequency. The h. f. oscillations generated in the unstable zone
Card 2/3

25021
S/057/61/031/007/001/021
Interaction of an electron beam ... B108/3209
in the beam 0800 to 3000 Molsec, half-,width 30 - 50 Mc/sec) offer the
possibility of obtaining mz.111meter waves by further increasing the
magnetic field strength. Further results are announced to be given in
a following paper. Th3.s paper was read at the Second Conference on
,ilagnetohydrodynamics, Riga, July 1960, There are 3 figures, and 8 ref-
erencest 6 Soviet-bloc and 2 non--8oviet-bloc.
ASSOCIATION: Fiziko--tekbn1cheskiy inst1tut AN USSR Kharlkov (Institute
of Physics and Technology AS UkrSSR Kharlkov)
SUBMITTED: October 3, 1960
Card 3/3

L 4242-66 54T(l)~an(m)/LTC/EPF(n)-2/jUG(?a)/EPA,(~ c);-2/34A(m)-2 IJP(c)
!ACCESSION MR$ ATS007973 GS/AT/jXr S1000016410001000110231102V~4
AUrHORt Berezin, A. Berezina-
__ _,i
lyv! F-0 rmo V .a o' nov
'0v. i(ornflov, Kurilko V. 1,*,( latmqq
?_
Lay ~kaloV.Y~u.M..I,~;; Pedenko, N. S.; Kharchenko, 1. F. ; St
Jen 0. 1. ar
Lghevchen o, V. I., raynh4rg
V
TITIX: Acceleration of charged particles with the aid 3f longitudinal waves In
plasma and plasma vaveguides
'SOURCE: International Conference on High Energy Accslerat~rs. Dubna, l963.'t/,5'f
T
rud . Moscow, Atomizda , 1964
y if-
TOPIC TAGSt high energy accelerator, electron beam, plasma accelerator, plasma
~waveguide
ABSTRACTi Plasma waveguides and noncompensated electron and ion beams cari be uti-
lized as accelerating systems in linear accelerato-MI(raynberg, Ya. B. 9 SyqWsLum
CERN 1, 64 1956); AtcmmQ enerVilfa 6, 431 (l ___. vIn such systems, slow also-
tromagoetLe waves Y41 c am propatated, ~hLch are necessary for particle accelera-
tion. The waveguidt V. rtles of restrained plasma and noncomponsatod beam are
displayed In the case of waves In the meter and centimeter range even for co*-
cord 1/5

L 4242-66
ACCESSION NRj AT5007973
paratively small plasma densities around 109 to 1013 CM-3). Under these conditions
1
the high-frequency energy losses during wave propagation, which are due to the co
11sions of plasma particles, are small. The density of electrons In metals (abou
1023) Is many orders greater than Is necessary for ensuring waveguide properties
in the microwave range. This loaas to great looses of high-frequency power during
13
Iwave propagation In metallic conductors. ror plasma densities around 109 to 10
1cm-3, the energy losses during particle transist through the plasma, which a4 pro,
1portional to plasma density, are insignificant, from 10-5 to 10-6 ev/cm. Thi .a
imeans that plasma waveguLdes are "transparent" for accelerated particles. Accord-
jLng to the conditions of acceleration the particles are divided into individual
bunches. Thus the loss of particles moving In the plasma can Increase greatly be-
cause of the occurrence of coherent deceleration representing the Inverse of the
effect of coherent acceleration, which was established by V. I. Veksler (Symposium
CERN 1, 80 (1956)). However, even for accelerated particle flwces of the order of
teas of amperesl these losses are all Insignificant. Because waveguide properties
are determined by the plasma. the metal surfaces can be remote from regions with
large field. strengths or eliminated altogether, which permits a significant in-
crease In-the permissible voltages of the accelerating1lelds and a substantial de-!
Card 2/5

L 4242-66
ACCESSION NR: AT5007973
crease In the high-frequency energy losses. it is also Important to concentrate
the electromagnetic energy in the radial direction only In the regions where the
accelerated particles are moving. Thus for a given field strength the electromag-
netic energy flux decreases markedly. If the fluxes of accelerated particles art
large, the waveguids properties necessary for acceleration can be ensured by the
particles of the beam which are not entrapped in the acceleration process. through
which particles the entrapped particles move. The beam itself which is injected
:into the accelerator operates under these conditions of an accelerating system. To
clarify the possibilities of particle acceleration by means of electromagnetic
!waves excited by charged particle beams, and also to investigate the influence of
abeam instabilities upon the acceleration process, the Physicotachnical Institute,
Academy of Sciences Ukrainian SSR conducted theoretical and experimental investi-
1gations on the interaction of charged particle beams with a plasma. These InvestL_
gations were intended to lead to, not the design and construction of a definite &a-
!celarator model, but the physical processes occurring during the Interaction under
consideration, and in this way to a.datermination of the possibilLties of plasma
~mathods of acc-Aeration which are being developed at this Institute. The theory
developed up to the present time of the Interaction between beam& and plasma has
ibeen essentially a 11 near theory. As a result of the work of V. D. Shapiro and Va.
lCard 3/5

L 4242-66
ACCEssrom NRs AT5007*173 0
11. Shavchanko at this institute for the case of biams of not very large density, &
nonlinear theory has been created which permits one to trace the process of In-
iteraction of an initially nonmodulated beam and mono-anargatic beam with a plasma
:from the initial stage to saturation. As is shown, a large part of the beam's
ienergy of ordered motion (75% of its Initial energy) is lost by the beam as a re-
;sult of collective interactions with the plasma. Thus the'energy expended upon
iexcitation of oscillations amounts to 30%; upon Increasing the thermal energy bf
,the plasma, to 30%; and upon increasing the thermal energy of beam. to 15%. The
experimental investigations of this Interaction were carried out by 1. F. Xharchan-'
iko and A. K. Berezin and their respective co-workers. Their results are in agree-
iment with the theory of M. F. Gorbatenko. The mentioned institute has also car-
rIed out further theoretical and experimental investigations on the problems of
electromagnatic wave propagation in plasma waveguides excited by high-frequency wall
l
jeources, The experimental studies, by 0. 0. Zagorodnov,.et 41., showed that the rel
,sults agree well with theory under conditions of Insignificant nonlinear effects. 1:
;Current experimuts are concerned with highly-Lonixed plass" with density 1011 to 1
,1012. Orig. art. hast 4 figures, 1 table.
Card 4/6

L 4242-667
;ACCESSIOI(.KRi ATS007973
i
'ASSOCIATIONo rialko-takhnichoskly Institut AN UkrSGR
SUBMITTEDI 26Kay64 EMCLs 00
INO REr GOVt OOS O*TRERt 001
Card S/S

L 04748-67 EWT(1)
I ACC NR, AT661640--
i
1H (9) AT R)
-0 SOURCE CODE: UR/0000/65/000/000/0217/0229
05
'AUTHOR: Lutsenko, Ye. I.; Bolotin, L. I.; raynberg, Ya. B.; Xharcbenko, 1. F.
ORG: none
TITLE: Investigation of a linear induction accelerator
SOURCE: AN UkrSSR. Vzaimodeystviye puchkov zaryazhennykh chastits s plazmoy (Interac-
tion of charged particle beams with plasma). Kiev, Naukova dumka, 1965, 217-228
TOPIC TAGS: plasma ac elerator,_plasma pinch, electron polarization, plasma density
V1_
ABSTRACT: The aim of-the experiments described in the present work was to investigate
instability in electroit beams generated in a plasma by the application of electric
fields greater than those given by the criteria for the "run-away" condition. The ac-
celerating system consists of 12 toroidal cores with one-turn coils. These coils servf
as the primary circuit of the accelerating system and are energized by a capacitor dis-
charge. The secondary circuit, formed by a plasma column 4 cm in diameter, was thus
subjected to a spiral electric field. The plasma, initially generated by a 0.5 kw HF
generator, reached a density of 1010 cm-3. The polarization effects, generated cur-
rent of accelerated particles and the spectrum of the induced oscillations were stud-
ied using Rogovskiy coils and microwave equipment. Typical currents of 30 amp with
electron energy of 25-30 kev were generated. This is considerably below the available
rnrrl 1/2

L 04748-67
1 1 ACC NRt AT6020453
0
stored energy and is explained by the observed oscillations radiated by.the plasm and
correlated with the current pulse. Electron beams moving in the opposite direction to
the applied field were also observed. These were correlated with the radial pinching
of the plasma. Orig. art. has: 7 figures.
SUB CDDE: 20/ SUBN DATE: llNov65/ ORIG mr: oo3/ OTH REr.* 006
2/2

uss R

LUTSENICO, Yu.
O~QWWAV"VY*..~~
Progress in technical reequipment. Hiae.ind.BBBR 25 no.1:30-31
'54. (KIRA 7:3)
1. GlavW inzhener Irkutskogo mysookombinata.
(Irkutsk--Meat industry) (Heat indiistry--Irkutak)

LUTSENKO, Yu.Y
Prevention.of highway accidents. Vrach. delo no.4:123-,~5 Ap 161.
(KIRA 14:6)
2. Khirurgicheskoys otdeleniye Vtoroy-Darnitskoy bollnitsy
(naucbnyy rukavqditell - kand.med.naiik P.Ye.Beylin) - nauchr4-
eksperimentallnoy b~ziy otdela organizataii zdravookhraneniya
Ukrainskogo instituta kawnuial Inoy gigiye -
(KIEV-TRkFFIC ACCIDENT7S-

LUTSENKO, Y.Ye.
Expansion in an orthogonal sum of operators having a discrete
spectrum of the imaginary part. Trudy OGMI no.27:3-7 161.
(MM 16:6)
(Operators (Mathematics))

-. BACINANOU, N.I.; DOBRYY, I.N. (Dobryi,, LN ~vj LUTSET, P.G. [Lutset, P.H.]
-7i-
ScientitLe Pharmaceutieal Socijty of Odessa Pr#ince. Farmatsev.
zhur. 11 no.1:85-87 162. k (KTRA 15.6)
1. Odesskoye nauchnoye farmatsevticheakoye obshchestvo.
(ODFZU PROVINCE-MMMCEUTICAL SOCIETIES)

DOMNICHO Y.O. (Domaych, M.O.Ij LUTSET, P.G. (Lutset,, P.H.)
". I
We are improving the qualifications of pharmacists. Far?"tsev. zhuro-
17 no.3s83-85 162. (KIRA 17: 10),
1. Kontrollno-analiticheakaya laboratoriya aptechnogo upravleniya
Odesskogo oblastnogo otdela zdravookhraneniya.

SHMDIKO, B.M.; RACHWOVA, N.I.; D0121IGH, M.A.;-,)LUTSET, P.C.
First and second attestations of pharmaceutists in Odessa
Province. Apt. delo 12 no-5856-59 S-0163 (MIRA 16:11)
A-

LUTSET, V. (Norillsk); IVANOV, A., inzh.
Ilie most northern in the whole world. Izolyr. i rate., no.1,30
ja 162., (IURA 1402)
(Norilsk.-Mining engineering)

C '
LUTSET, Ze. RASHCHUK. X.
Use of contact clarifying tanks in the Chelyabinsk vater pipeline.
Zhil.-kom.khoz. 5 no.1:14-17 155. (mIaA 6:5)
1, Glavnyy inzhener Upravleniya vodoprovoda I, kana3izataii g.Chs-
lyabinsks, (for Intset). 2.Zaveduvushchiy laboratoriye3r Chelyabinsko-
go vodoprovoda (for Rashchuk).
(Water--Purification)

IJJTSET,Z.; RASHCHUK,N.
Using blast-furnace slag and granite scabbling in filter and
contact clarifiers. Zhil.-kom.khoz.5 no.5:19-21 155.
(MILRA 8: 11)
1. Glavnyy inzhener Upravleniya vodoprovoda, i kanalizatail g.
Chelyabinska (for latset) 2. Zaveduyushchava laboratoriyey
vodoprovoda (for Rashchuk)
(Water--Purification) (Filters and filtration)

3CRUN, G.H.; LUTSM, S.S.
-- -F,
Device for determining the path and depth of placomext of pipelines.
Ved.1' santokh.no.9:8-12 S '56. (MLELA 9:10)
(Pipelines)

USSR Forestry. Forest manarrement K-4
Abs Jour: Ref Zbur-Biol., No 10, 1953, 43('41
Author
Inst : Dryansk Forest Planagement Institute
Title : Forest Reconstruction in the Bricnskaya Oblast
Orig Pub: Tr. Bryansl,,ogo lesolchoz. in-to, .10,57, 8, 239-245
Abstract; This study describes the methods of reconstructing
forest plantings, principles of selecting tree
species for forest cultures, and the nature of
maintenance fellings in the reorganized plantings
in relation to the groups and caterpries of 'Che
forests. The study also characterizes the impor-
tance of amelioration carried wat on the foreat
areas having excessive moisture for the purpose of
raising the productivity of the plantings.
Card 1/1

VASILOYEV, P.V.,, prof.,, doktor ekon. nauk; PONOMAREV, A.D.; SOLDATOV, A.G.,
kand. sellkhoz. nauki MOTOVIWV, G.P.p doktor sellkhoz. nauk;
NEVZOROV, N.V., 'kAn ekon. nauk; LOSITSUY, K.B., kand. sellkhoz.
naukj RODIONOV, A.Ya.9 kand. sellkhoz. nauk; CHMMNAy A.P.9 kand.
sellkhoz. nauk- LUTSEVICH A A kand sellkhoz nauk- KOZBEVNIKOV,
M.G.v dots.; iMbfS RE~; ;.V., k:nd. ;;llkhoz. ;;u~ ZO'R]21 A.V.y
aspirant; BARANOV, N.I., kand. sellkhoz.nauk (deceased]; NATJMENKO,
I.M... prof.., doktor sellkhoz.nauk; ILIIN., A.Lp kand.sellkhoz. nauk;
MOISEYENKO,F.P., kand. biol. nauk; 7AKHAROV, V.K., prof., doktor sell-
khoz. nauk; GECHIS, Yu.P... starshiy nauchnyy sotr.; BUTENAS, Yu.P.,
kand. sellkhoz. nauk; BUBLIS, K.A... aspirant; KALNINISH, A.Ya., kand.
sellkhoz. nauk; ZVIYEDRIS, A.I.# kand. sellkhoz. nauk; SUKACHEV, V.N.,
akad. red.; ZHUKOV, A.B., prof... red.; PRAVDIN, L.F., prof.,- red.;
MAKAROVA, L.V., red. izd-va; LOBANKOVA, R.Ye., tekhn. red.
[Problems of increasing forest productivity in four volumes] Pro-
blemy povysheniia produktivnosti leew v chetyrekh tomakh. Moskva,
Goslesbumizdat. Vol.4.[Economic probl 'ems 6f increasing forest
productivity and accelerating ripening and cutting ages]Ekonomicheskie
voprosy povysheniia produk-tivnosti lesov,, vozrast7 spelosti i vozrasty
rubok. 1961. 253 p. WFLA 15: 1)
1, Akalpmiya nauk SSSR. Institut less. 2. Nachalinik Glavnoy Inspektaii
po lesnomu khozyaystva i polezashchitnoma lesorazvedeniyu Minister.9tva.
sel'skogo khozyaystva SSSR (for Ponomarev).
(Forests and forestry-Economic aspects)

STRUCHKOV, V.I., prof
Surgical procedure in gastrointestinal hemorrhages of ulcerative
etiology. Khirurgiia no.10tll-15 161. (MIRA 14:10)
1. Iz kafedry obahchey khirur ii (zav. - chlen-mkorrespondent
AMR SSSR prof. V.I. Struohkovi I Moskovskogo ordena Lenina
meditsinakogo institute. imeni I.M. Sechenova.
(FEMC ULCER) (BEHORRHAGE)

KACHKOVp A&P,p kand,med,nau~j LUTSEVIC110-E.V. (Hookm)
Shellac calmdi in the stmach. Klin.med- 39 no./+:144,-147 161.
(KMA 14:4)
1. 1z kafedry obshchey khirurgii (zav. - prof. V.I. Struchkov)
lecbebnogo fakullteta I Mookervskogo ordena Lenina meditsiwkogo
ihstituta imeni IsMo Sechenova na baze bollnitsy Wo.23 (glavnyy
vraoh A.N* loobanam).
(STOMACH-FOREIGN BODIES) (PAINT)

TUMANSKIY, V.K., doktor med.nauk; LUTSEVICH, E.V.
Anal,vois of the causes of non-ulcerative gastrointestinal hemorrha es
with fatal outcome. Sov.zed. 25 no.5:45-49 My 162. (MIFA 15:85
1. Iz kliniki obshchey khirurgii (zav. - chlen-korrespondent AMN
SSSR prof. V.I.Stracbkov) I Moskovskogo ordens. Lenina meditsinskogo
instituta imeni, I.M.Sechenova.
(GASTROINTESTINAL HEMDRRHAGE)

TLZLkNSKIYp V.K., doktor med. nauk; -LIITSM Y~_E.V.
Unusual causes of gastrointestinal hemorrhageso Sovet. med*
27 no.9:105-109 S'63 (MLRA 17:2)
1. Iz kafedry obshchey khirurgii ( zav. - chlen korrespondent
9IN SSSR prof. V.I.Struchkov) I Moskovskogo ordena Lenina me-
ditsinskogo instituta imeni I.M.Sechenova na baze bollnitsy
imeni Medsantrud (glavnyy vrach A.N.T-obanova).

STRUCHKOV., V.I., prof.; LUTSEICH,__Ejl~.; ALITSHULER, Yu.B.; LENSKAYA, G.M.
Late results of the treatment of gastrointestinal hemDrrhages
of ulcerous etiology. Khirurgiia 39 no.10:3-8 0 163.
(MIRA 17:9)
1. Iz kliniki obshchey khi r ii (zav.-chlen-korrespondent
ru 5 1 Moskovskogo ordena Lenina
AM SSSR prof. V.I. Struchkov
meditsinskogo instituta imeni Sechenova na baze Moskovskoy
gorodskoy klinicheakoy bollnitsy No.23 imeni Medsantrud
(glavnyy vrach A.N. Lobanova).

VELITMAN, R.P.; ZHUKOVSKIY, L.I.; PONOMAREV, L.Ye,,, VEMYAN, A.Zh.;
0
BENENSON, M.P., ZALMAIIENOK, V.S., KRUPENKOY T.I.; BABICH, Z.Ye.;
GUTMAN, L.B.; ALIMIOV, T.U.; YAKUNIN, P.N.; KRIVIANOVSKAYA, N.L.;
AK,'ELIDORF, A.L.; MUSINA, S.A.; KLEYF, A.D.;
LF.VlaSON, O.S.; TURBINA, N.S.
Brief reports. Sov. med. 28 no.10:144-148 0 165.
(MIRA 18:11)
1. Kiyevskiy institut tuberkuleza i grudnoy khirurgii (for
Velltman, Zhukovskiy). 2. 3-Ya kafedra khirurgii TSentrallnogo
instituta usovershenstvovaniya vrachey, Moskva (for Ponomarev,
Vemyan, Benenson). 3. Kafedra propedevticheskoy terapii
Grodnenskogo meditainskogo instituta i 1-ya klinicheskaya
bollnitsa imeni Solov'yeva, Grodno (for Zalmanenok, Krupenko).
4. Ukrainskiy nauchno-issledovatellskiy institut okhrany materinstva
i detstva imeni'Buyko, Klyev (for Babich, Gutman).
5. Klinika gospitallnoy khirurgii Andizhanskogo meditsinakogo
instituta (for Alimov). 6. Kafedra voyenno-nolevoy terapii
Voyenno-meditsinskoy ordena Lenina akademii imeni Kirova, Leningrad
(for Yitropollskiy, Latysh, Murchakova). 7. Kafedra urologii
I Moskovskogo ordena Lenina meditsinskogo instituts. (for Akselldorf).
8. 4-ya infektsionnaya klinicheskaya bollnitsa Ufy (for Musina).
9. Chernovitskaya detskaya oblastnaya klinicheskaya bollnitsa
(for Kleyf). 10. Klinika obshchey khirurgii lechebnogo fakullteta
I Moskovskogo meditsinskogo inatituta imeni Sechenova i patologoana-
tomicheskoye otdeleniye klinicheskoy bollnitsy No.23 imeni
Medsantrud, Moskva (for Lutsevich, Levinson). (Cont. next card)

VELITMAN, R.P.; (Continued) Card 2:
11. Gematologicheskays. klinika TSentrallnogo ordena Lenina
instituta gematologii i perelivaniya krovi, Moskva (for Turbina).

IlThe Epizootiology of .3tran-l-s and .,%-fathods for Its Prophy-laxis.
~a-nd Vet Sci, .'--ll-Unicn inst of 7.x-erivental 7!et-~!-inal7u-
~.Frriculture U"~SR, Yoscow, 1955.
ML, 16o 9, Veb 55)
SO: Sun. No. 631, 26 Aug 55 - Suniey of 5cientific and Technical ilir-sertations
Defended at" USSR Higher Educational Institutions (14)

LOPSEVLCal, F. Fa tnd SHUBINI V. A. - j'.U I -
C"Adiz vt'f "
"Some peculiarities of malignant foot-and-mouth disease.0
Veterinariya, Vol, 37, No- g 6, 1960; P- 25

LUTSMCH,J~f.p kand. veter. nauk; SHUBIN, V.A., kand. veter. nauk
Some characteristics of malignant foot-and-mouth disease.
Veterinariia 37 no.6:25-29 Je 160. (MIRA 16:7)
(Foot-and-mouth disease)

ZAKSTFLISKAYA, L.Ya., SUNAREVA, M.Ye.; TSI TYANF-MAO [Ch'i T'len-maoli
ECR:7,INA L.P.; L1111-AYEVA. Ye.A.- LU"SEVTrli, I.A.
Anute respiratory diseases "m hospitals for children with
gastrointebtinal disorders. Sov. med. 27 no.12,-25-29 0 164.
(MIRA 18,11)
1. Institut virusologil (dlr.- doystvitellnyy chlen AM SSSR
prof. V.M. Zhdanov) IL TSentrallnyy Inatitut usovershensWovan!yn
vrachey (rakfor - M.D. Kovrigina).

LUTSEVICH P )L-; MONGALEV, G.F.; MIKHALEVICH, N.G.; ZINOVICH, K.F.;
SAFROKENKO, A.P.; KLIMENKOV, P.A,; GAYDUKEVICH, N.M.; SILIN,
M.S.; BRAZOVSKIY, P.V.;-KOVPAK, M.D.; MELESHKEVICH, O.A.;
KAMENTSEVA, V.N.,- KULIKOV8KIY, A.V.; TARAYNOVICH, P.I.;
ALEYNIKOV, G.A.; SHMUMVICH, Sh.S.;GRACHEVA, K.I.; NIKOLAYEVA,
Yu.N.; VOLOKHOV, M.A.; DOMASHEVICH, 0., red.; KARKLINA, E.,
red.; ZUYKOVA, V., takhn. red.
(Manual for livestock raisers] Spravochnik zhivotnovoda.
2., dop. i perer. izd. Minsk, Gos.izd-vo selikhoz.lit-ry
BBSR, 1963. 462 p. (MIRA 16:8)
1. Glavnyy zootekhnik Upravleniya nauki Ministerstva.sellskogo
khozyaystva. Belorusskoy SSR (for Safronenko).
(Stock and stockbreedN)

LUTSEVICH, V.I.; KOKPANIYE". 7.P.
*Hydro.plastic" devices. Avt.trakt.prom. no.6:24a-b Jo 154.
WU 7:7)
1. Khartkovehy traktornyy zavod.
(Plastics) (Machine shop practice)

LUTSZVICH, V.I., inzhener.
''
Attachments used in machining parts. Hashinostroitel' no-11:39-43
9 '57- (MIRA 10:10)
(Machine tools--Attachments)

ILM ~Vf .,V2A tpttr Tqs4fq1dqh,__~ekhnolog; CHMILI, L.N., red.;
SHEVCBFMO.t M.G.J. tekhn. red.
(Electric spark machining of metals] Elektroiskrovaia ob-
rabotka metalla. KharIkov, KharIkovskoe knizhnoe izd-vo,
1963. 35 P. (MIRA 16:6)
1. Kharlkivskiy traktornyy zavod im. Ordzhonikidze (for
Lutsevich).
(Electric metal cutting)

., 7ICH,,Ta.M. (Minsk);
KOSTnMICH, M.P. [Kastsiukevich M.P.] (Minsk)-;--LVTPL
(I
VOIVOVA, N. [Voinava, Nj *gilev)
What should be the relations of friendship. Rab.i aial. 35 no.1:16
Ja 159. (MIRA 120)
(Friendship)

LUTSEYKO, TOM.
Bardin, I.P., V.A. Raznichenko, G.D. Sidorankos V.P. Revebtsov, and V.M.
Lutseyko (Institute of Metallurgy, Academy of Sciences USSR, and Institut
metallurgii UFAN (Institute of Metallurgy, Urals Branch, Academy of Sciences
USSR). Results of Consolidated Laboratory Investigations of the Application of
Air Blast (in the Production) of Nioblum. Pig Iron, p. 35. Titan i y8go splavy.
v,ypo II; Metallurgiya titana (Titanium and Its AIloys. No. 2: Metallurgy of
Titanium) Moscowp Izd-vo AN SSSR9 1959-, 179 p.
This collection of papers deals with sources of titanium; production of
titanium dioxide, metallic titanium, and titanium sheet; slag composition;
determination of titanium content in slags; and other related matters. The
sources of titanium discussed are the complex sillimanite ores of the Kyakhtin-
skoya Deposit (Buryatskaya ASSR) and certain aluminum ores of Eastern Siberia.
One paper explains the advantages of using ilmenite titanium slags for the pro-
duction of titanium dioxide by the sulfuric acid method. Production of metallic
titanium by thermal reduction processes (hydrogen, magnesium, and carbon reduc-
tion) is the subject of several papers, while other papers are concerned with the
electrolytic production of titanium. Other subjects dealt with are interaction
of titanium with water vapor and with hydrogen and the determination of titanium
in slags.

Faz'-Ug
EXCERPTA IKEDICA See 16 Vo& 7/6 Cancer June 59
2n9o. Effect of yeast extracts on irradiated organisms (Russian text)
I'm r1 ad. of Scis of [lie us'~R'
.SIINIK N. V. Dept. of Biophys., Ural Branch o \c
ZivcrdlovskBt-t)Wlm~Ya'9511,2:iI (14f)--l~),3)Grtplisf)'I*al)lc--5
Some yeast extracts are capable or reducing radiation damage if applied after
irradiation. In experiments with mice, Lp, injection of 0-3 ml. of extract increases
I.D50 to ioo r., lower and higher doses of extract are Imi effective. In experiments
wit pea secdlings yeast extracts markedly reduce growth inhibition caused by
.f-irradiation, as well as the number of chromosomal aberrations in tile root tips;
the best results are given by the dilution t : iooo, For the effectiveness of extracts
the environmental conditions ire or primary importance. The best results are
obtained with material extracted from damaged living yeast cells. Such conditions
as low temperature, drying and irradiation were tested with success. In the same
conditions yeast.noclete acid (RNA) gives protection comparable with that or the
whole extract, while amino-acids and water-soluble vitamins are ineffective. Yeast
extracts contain only traccs of proteins and the elimination of proteins from extract
does not chan is effectiveness. The effectiveness of various samples of the extract
is well correiNcedi with the res t' amounts of P. Some samples of RNA are
ineffective, while RNA from 'Nec'fil,ve extract gives a high degree of protection. It is
probable that the highest cffcct is reached by injection of either specific of depoly-
merized RNA. An attempt is made to formulate a hypothesis explaining these results
as well as those of other authors, obtained with the spleen and bone-marrow prepa-
rations.

WTSIK, D.P.p doteent
Teltyr-s apdrme. Vrachedelo no.1:3-U-112 A 163o (MIRA l6s2)
1. Nafedra fakulltetskoy terapii lechebnogo fakullteta (zav. -
prof. S.F. Oleynik) Llvovskogo meditsinskogo instituta.
(ARTHPJTIS, RHOMTOID)

LUTSIX, D.P., dotsent
Lesion of the heart in leukemia. Nauch.trudy Ltvov.obl.terap.
ob-va no.11231-233 161. (MIRA 16:5)
1. Kafedra fakulttetskoy terapii lechebnogo fakullteta LIvovskogo
meditsinskogo instituta Nav. kafedroy - prof. S.F. COLeynik).
(=MIA) (MRT-DISEASES)

-LUTSIK, D.P..-dotsent; GURAL', A.V.
Treatamt in stenocardia vith novocaine diatheraic electrophoresis.
Nauch.trudy Llvov.obl.terap.ob-va no.lt293-298 t61. (MIRA 16:5)
1. Kafedra fakulltetsko-y terapii lechebaogo fakullteta Llvovskogo
meditsinskogo instituta (zav. kafedroy - prof. G.G. Karavanov).
(CORONARY HEART DISEASE) (NOVOCAINE)
(MEDIASTINUM)