SCIENTIFIC ABSTRACT LUSHCHIK, N.YE. - LUSHEV, YU.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001030920010-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/048/62/026/004/008/014
B104/B102
AUTHORS; Lushchik, Ch. B., Lushchik, N. Ye., and
Taek, I. V.
TITLE: Electron oscillation processes in luminescent centers of
ionic crystals
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Seriya fizicheskaya,
v. 26, no- 4, 1962, 488-496
TEXT: On the basis of papers published from 1913 up to the present time
a review has been compiled on the rules governing the electron oscillation
processes in ionic crystals. Special attention is devoted to effects
involving excited states of impurity centers. Results obtained for
+ 2+ + 2+ 3+ +
alkali-halide crystals activated with Ga , Ge , In , Sn , Sb , TI
Pb 2+ , and Bi 3+, and also for NaCl, M, KBr, and KI crystals activated
with indium, gallium, antimony, germanium, and bismuth are discussed.
This review article further deals with the steplike dependence of the
quantum yield of photo-effects in ionic crystals on the frequency of the
Card 1/2

5/048/62/026/004/008/014
Electron oscillation processes ... B104[B102
exciting light. There are 5 figures and I table.
ASSOCIATION: Institut fiziki i astronomii Akademii nauk ESSR
(Institute of Physics and Astronomy of the Academy of
. Sciences Estonskaya SSR)
Card 2/2

s/613/62/000/018/001/013
E039/E120
AUTHORSz Zazubovich, S..G. i Lushchik, N.Ye. , and Luphchik, Ch.B.
TITLE: Polari8ed luminescence of the mercury-like centres
of cubic crystals. I.
SOURCE: Akademiya nauk EstonskoyA'SSR. Institut fiziki i
astronomii. Trudy..no.18, 1962. Issledovaniya po
lyuminestsentsii. 3-22
TEXT: The polarlsation characteristics of the Sn++ and Pb++
centres in alkali halide phosphors are investigated in detail and
the relative literature is reviewed. Single crystals are grown
from solutions using "spectroscopically pxirell NaCl and "specially
Pure" KCI, KBrand K1. The concentrations of impurity centres,
estimated from the absolute value of the absorption coefficients,
are in the range 0.001 to 0.01 mole%. Phosphors activated by Sn
and Pb form unstable solid solutions, hence before measuring they
are quenched by rapidly cooling from a temperature of 650-700 OC
to 20 *C. Polarisation spectra of the crystals are measured at
293.and 100 9K. The exciting light is,incident, normal to the
(100) plane along the x axis, the 'electric vector being orientated
Card 1/2

Polarised luminescence of the ... s/613/62/000/018/001/013
E039/EIZO
along the C4 axis (z axis) of the crystal.. Polarised luminescence
is observed along the y axis perpendicular to the exciting light.
Measurements are made on these phosphors using different filters
and the absorption and emission spectra are also obtained. The
azimuthal dependence of the degree of polhrisation shows that the
oscillations of the Sn++ and Pbl+ centres are orientated along the
C4 axii;. The polarisation spectra have.ciomplex structures and are
shown to be correlated with the activator absorption spectra.
The polarisation diagram of KBr-Sn, measured for the long-wave-
length absorption band corresponds to that of absorption and
emission by electric linear oscillators Me - 7Ce). An analysis
of the polarisation characteristics permits of a more accurate
interpretation of the electronic structure of the spectra of
mercury-like centres.
There are 8 figures and 1 table.
SUBMITTEDs December 29, 1961
Card 2/2

S/613/62/000/018/oo4/ol3
E039/El2O
AUTHORSs' Muuga, I.A., and Lushchik, N.Ye.
TITLE: on the sensitized luminescence of Ca 3(P04)2 -Ga, Mn
and Ca 3(P04 ),-In, Mn
SOURCE: Akademiya nauk Estonskoy SSR. Institut fiziki i
astronomii. Trudy. no.18. 1962. Issledovaniya po
lyuminestsentsii. 51-56
TEXT: This work forms part of a program for the development
of phosphors for use in mercury discharge tubes. The method of
.preparation is as described in an earlier-pappr by the same authors.
Mn is added As Mn02 and fired in air, while Ga and in are activated
by firing in an evacuated quartz ampoule. Concentrations are:
Mn - 5 mole Ga and In - 1 mole %. Examination of the phosphors
under an ultraviolet microscope showed that all the phosphor grains
luminesced with the same spectral composition. Excitation and
emission spectra of Ca 3(P04)2 -Ga; Ca 3(PO4)2 -Ga, Mn; Ca 3(PO4)2- In
.and Ca3 (P04)2 -In, Mn were obtained. The excitation and emission
Card 1/2

On the sensitized luminescence of ... s/613/62/000/018/oo4/013
E039/El2O
spectra due to In and Ga centres do not depend on the presence of
~jn, while the excitation spectra of Mn pract.ically coincides with
the excitation spectra of the sensitizers. *the quantum yield of
sensitized luminescence due to Mn2"' centres in Ca (PO4),-In, Mn
3
and Ca 3(PO4)2-Ga, I-In depends on the frequency of the exciting light
in the region of the sensitizer excitation band and is related to
the electron transitions 1 1 1 3
S P 1 and S P.
The migration of energy from In and Ga ions to Mn ions is
established and occurs more easily in Ca 3(PO4)2 than in the alkali
halide phosphors. Both Ca 3(PO4),-Ga, Yin and Ca In, Mn
3(PO4)2-
are suitable as spectral converters in mercury lamps.
There are 2 figures.
SUBMITTED% December 16, 1961
Card 2/2

ZAZUBOVICH, S.G.; LUSHCHIK, N.Ye.; LUSHCHIK, Ch.B.
Optical structure of luminescence centers in ionic crystals
activated by mercurylike ions. Opt. i spektr. 15 no.3:381-
388 S f63. (MM 16:10)

5
ACCESSION NR: AT4020793 S/2613/63/000/023/0022/0037
AUTHOR: Lushchik, Ch. B.;)!~;s~pWk,,N, Ye. Muuga, 1. A.
TITLE: Band spectra of crystals activated with mercury-like tons. Part 1.
SOURCE: AN EstSSR. Institut fiziki I astronomil. Trudy*, no. 23, 1963, rssledovaniya
po lyuminestsentsii (Research in luminescence), 22-37
TOPIC TAGS: luminescence, luminescence spectru, band spectrum, phosphor, phosphor
luminescence, crystalline phosphor, mercury-like luminescence activator, crystal
vibration
ABSTRACT: The method of luminescent probes may be successfully used for the study of
physical phenomena in solid bodies. Rare-earth ions, which give off a linear emission of
complex structure, are most frequently employed as the probes. The author also notes
that the so-called mercury-like ions (Ga+, Ge2l; In+, Sn21+, Sb3+ T14~ Pb2+, ]3i3+) may
be used in investigating the physical processes in allcali halide c4stals. A detailed study
of the spectral characteristics of alkali halide-crystals, activated with mercury-like Ions,
has demonstrated that in these phosphors the -Asorption and emission spectra at 100K (for
KC I-TI even at 4. 2K-).are continuous bands without an oscillating structure. The sharp
difference in spectra for mercury-like centers in crystals of the tyNs A1MV1 and A1BV11',
Card 1/3

.!ACCESSION NR, AT4020793
j which are structurely similar deserves careful attention. The purpose of the present
work was to determine the conditions necessary for the observation of a vibrational struc-
ture in the spectra of mercury-like centers. The authors have attempted to utilize
Iluminescent ions for an experimental investigation of the vibrational processes in the
crystals. The shapes of the emission and excitation spectra of KC1-33i, Ca3(PO4)2-Bi,
CaO-Bi and CaS-Bi phosphors were investigated at 295 and IOOK. The phosphors with large
Stokes losses (KC1-Bi) have continuous emission and excitation spectra. In the case of
phosphors having relatively small Stokes losses (Cao-Bi), at 100K a series of clearly
1marked equidistant bands were observed against the background of the Continuous emission
and excitation spectra. The authors discuss the characteristic features of the continuous
and band spectra, and their electronic (ISO ';�3p, and 3pO --.- ISO transitions in B13+
centers) and vibrational structure. The hypothesis is advanced that the band spectra arise
as the result of the interaction of the electrons with the localized modes of vibration which,
in turn, interact with the crystal vibrations. The authors found, in conclusion, that mer-
cury-like centers with small Stokes losses may serve as convenient luminescent probes
for the investigation of vibrational processes in solid bodies. "We are grateful to N *
Kristofell, V. Khizhnyakov and G. Zavt for their discussion- on the theoretical work In
electron-phonon interaction In crystals and to K. K. Reband for critical remarks. Orig.
art. has: 1 table and 3 figures.
Card

-ACCESSION
NR: AT4020793
ASSOCIATION: I nst I tut f I zi ki I astronoml I AN ZutSSR (Inst I tute of Phys I cs and
As tronomyj AN EstSSR)
SUBMITTED: 21Jan63 DATE ACQ: 07APr64 ENCL: 00
OTHER: .013
SUB CODE: PH NO REF SOV: 023
Card 3/3

ZAZUBOVICHP S.G*; LUSHCHIK N.Ye - LUSHCHIKP Ch.B.
Electronic vibrational processes and the polarized-luminescence
of mercuryltkv centers in cubic crystals. Izv. AN SSSR Ser.
fiz. 27 no.5%656-660 My 163. (MIRA 16:6)
1. Institut fiziki i astronomii AN Estonskoy SSR.
(Phosphors-Spectra) (Quantum theory)

It 28~6-66_ EWT(1)/EWT(M)/T/DT(t) (b) LJP(C)
ACCESSION NRi AT5021772VYIg IDR/2613/64/006/028/CO03/0019,
AUTHORSt Lushchikp No Ye.; Lushchik Ch. B.; Liyd'ya, Go Go; Meriloot I. A.
TITLFs Localized electronic excitations .of ionic cr7stala# activated by mercury-0
like ions
A Y V/ C5,
SOURCE: AN BstSSR. Institut fiziki, i astronomii. Trudy, no. 28p 1964, lasledovaniya
Po lyuminestsentaii (Research on luminescence)t 3-19
TOPIC TAGS: luminescence propertyp luminescence research, luminescence, lumi--
nescence spectrum, luminescence yield, luminescent crystal, phosphor, gallium,
indiump tint telluxiump lead
ABSTRACTs- In order to determine the nature of the excitation and energy,,-pigrati
in activated alkali halid talat the excitation spectra of 13 alkalighaliaeP
crystals activated by c7Zv T10 and Pb in the spectral regio-n--3--TO ev were
La*
investigated. The study i anextenaion of the previously reported work in the
spectral region 2-6 ey by N., Y*~Lushchikg (Haterialy VII Soveshohaniya po,
lyuminesteentaii (KiAstsalofodfory)t Tartut 1959t str* 27)., Four aeries of experi-
ments 'were perfo=ed,1*1,:..
KF-In, ACI-In, KBr-ln', -I'
n.
0 KJ
KBr-T ,
1_11 KF-T1 KIM,

L 2836-M
ACCESSION HR# ~AT5621772
KCI-Pb
1 7 ~ 42,
K13ir.Ga._,' 5Brjn IKBr Sn KBr-TL
In series I and II,,the activator was fixed (In or Tl)p azid the anion was varied.
In ser ies III and IVv Ae aotivator was varied, but the anion remained fixed (KC1 or
XBr). The experimental procedure followed was that of E. R. Illmasf G. G. Liyd'yag
and Ch. B. Lushchikt (Opt. i spektr.0 1964), Excitation spectra for the systeffle
investigated are presented graphically, and the position of D absorption bands are
tabulated.. It was found that the excitation bands at the*long wavelength tails of
exciton absorption bands were almost independent of the activatorg but depended
substantially on the nature of the host aniono A model for near activator centers
is proposed. It is concluded that the phosphore investigated exhibit activa a
well as near activator electronic excitations. The authors thank E. R. Illmatdd-140r
the development of the ultraviolet vaccuum experimental apparatus and R. A. Kink f=
his help, as well as A4 A. Uaaro6e for the TI determination in the phosphoirdy-"""Orig.
art. has: 2 tables and
6 graphs
.ASSOCIATIONs Institut fiziki'i~:&Btronoaiit,AR EstSM (.Institute for Phvsice and i
_jAstronomy# AN
SUB 00DEfiss 02
SUMRT=t 1~14M64
!Iffo MW sovs a
03
:4

P,
IACCM,tjm~f NR: APS009507 8/0048/65/029/003/03-,3/0379
~AMOR: ZazubOViChjS- i d!p O.Q.; Ch- 1 Lu9hqhik,Ch.B.
'M 00 car 3AmInese-jew-m cauters izr a!ativ;~-tad ionic crystalo
& . - ,
~h4ld, ln~Wvav, -30 Ja
1964/
Z
:SOURM AN sss-n. izv4eatiya. Seriya -fixicheskayal vt 29# no. 3t 1965. 373-37D
TOPIC TAGS, lumilW13CM00 Ir Iminegast-ne polaritation, luminesceiAt cryntal,
lminescem= center, alkali hallde 9 i~ingje crys 3.
A BSTf LACTI -xb-t-s pA-p--r ia COUCt!rrMA- ~Fith thIj IMineSeenCe of P-1-kali. halidS
crystals at.-tivAted. by me-mury-liks inn-so Excitation."'qceealtrn are pkwsoutsd for Wo
Itun halid59 activatid with lxdim tantal (S spqcbm); tbese sme!'ra
cover Lhil pbotoa rm,3rgy muge fraw 2 to 3-0 9V, Vir" pri"o.1ml. em~:ktatfon m-gicas
diatingtUshed: Ft group of long -mvelangt-It baurls (tuls A, D, and 0 Wnds); 'An
ex--Ltation Wnd adjr4cout :t* the SlArAgimntal absorption, GdtM (thO D bMVd); and an
~e=itation bam! within tho luudawnUl aboar"prtiou region. Carlier e=p9r:L-z9utP-l
[card

KR RW S(Wt 017 OMORt 007
;Card 2/2
797 T 77 77 T 17- T 77 =7- 117

L 28V0-66 EWT(I)/T _IJP(c)- GG/AT
'ACC NRI AP6013084 -SOURCE CODE: UR/0048/66/030/004/0695/0697
AUTHOR: Valis,G.K.; Z-610-tarev,G.K.; Kuketayev,T.A.; J"Ldhik.&Ye Lushc
080: none
TITLE: Aptivatortraps'.for electrons and holes in ionic crystals--/Report,.Fourteenth
Conference on Lumlneseence.hold 1n.Riga 16-23.Soptember 1965/
SOURCE: AN SSSR. Izvestlya. Serlya fizichookaya, v. 30,.no. 4, 1966, 695-697
TOPIC TAGS: crystal phosphor, alkali halide, recombination luminescence, ionic crysta;
electron trap
ABSTRACT: The stated purpose of the paper is to summarize the results obtained at
Tartu (Institute of Physics and Astronomy of the Estonian SSR Academy of Sciences) in
studies aimed at elucidating the role of activator ions in formation of electron and
traps. The basic experimental data were obtained in investigating different
alkali halido'crystals activated by Ga+, Int, T1+, G02+, Pb2+, Cut and Ad+ ions. A
gonoral discussion oVtho luminescence confors in ouch phosphors has been published
(N.H.Lushchik and Ch.B.Lushchiks Tr. In.-!ta fiz. I astron. AN EstSSR' No. 69
elsewhere
5, 1957), It Is noted that the character of traps formed by activators in determined
..primarily b the charge of the activator ion. For oxample, B13+ ions are readily re-
0 2+, Sn2+ and P 2+
-duced to DX and trap an electron in the process. Analogously Ge b
ions in a KC1 lattice act as effective electron traps. A number of other cases of
Ca d 1/2

L 28320-66
-ACC NR, AP6013084 F
effective.electron trapping are mentioned with references to the papers describing
the corresponding investigations. Mention is made of decomposition of atomic centers
in ionic crystals,.and a table gives theyalues of the decomposition temperature for
atomic Ag, TI and Cu.in different alkali halides. The question is then raised
whether activator centers in-the some systems are also capable of trapping holes.
Xpe
Recent electron paramagnetic resonance studies and optical a riments indicate that
silver at any rate is capable of forming hole traps In alkali halide crystals. Refer-
ence is made to other studies and it to concluded that as a rule (and not as an
exception) activator lunihascenco centers in alkali hslide crystals are capable of
trapping both electrons and holes, so that in many c"es in alkali halide crystal
phosphors lualnescence of activator centers Is observed as.,a result of both recombine-
tion of electrons, with trapped holes,and as a reaultof recombination of holes with,-
trapped electrons. Orig. artO has: I table.
SUB CODS: 20/ SUM DATE: '00/ ORIG WWt OW/ OM RePt 003
LSard 2/2

ACC NR~'
~P7004990
AUTHOR: Lushchik,,.N.Ye',.; Uoriloogl.A.
ORG: none
SOURCE CODE: UR/0048/66/030/009/1517/1520
TITLE: Crystal phosphors with mercury-like activators and the problem of predicting
the spectra of now phosphors /Weportv Fourteenth All'-Union Conference on Luminescence
(Cryst'al-Phosphors) held at Rigag 16-23 Sept. 19657
SOURCE: AN SSSR. Izvestiya.' Seriya fizicheskaya, v.13O, no.9, 1966, 1517-1520
TOPIC TAGS: luminescence Peet exc4ation spectrum, luminescent crystal, acti-
vated crystal 1)
ABSTRACr: On the basis of data In the literature (many of them f rom their own labor-
atory) the authors discuss the luminescence excitation spectra of a large number of
mercury-like Ion activated phosphors. Excitation spectra of In activated XF, CaF2,
Cao, Ca3(PO4)2- 3Ca3(PO4)21 K2SO4, KBr, and CaS phosphors and Tl activated KF,
Ca3(PO4)2, and X2SO4 phosphors*are presented by way of examples and are discussed in
some detail, different excitation peaks being ascribed to definite electronic trans-
itions in the activator:lon. For the predictlo~x of the excitation spectrum of an
unknown phosphor, use is made: of the equation %p/% a I + &Ejr relating the energy EF
of an electronic transition in the free activator io4 with the energy % of the same
transition in the same Lon when It Is bound in the host lattice. The coefficient a

ACC NRt AP7004990
~is tabulated for 7 different activator ions in 10 different host lattices. The table
shows that the value of a depends strongly on the charge of the activator ion but
varies little for different activator Ions of the same charge in a given host lattice.
Regularities are also no'ted in the variations of a for a given activator ion in
different host lattices. With the,aid of these regularities and the tabulated values,
one can obtain an approximate value of a for a now activator Ion in a new host lattice
and thereby prediet.the positions of the peaks In th4,excitation spectrum of the pro-
posed new phosphors'. Orij, art. has: 1 foraula, 2 fikuress and I table.
SUB OODS: 20 Milk DATS: none ORIO. REPS 013 OTIK REV t 003
2V2
-Card

CHEKMAREVA, I.B.; ZHI)ANOVIGH, Yt).~;.; lJJ'l[G)lIK T.A.; PREOHRAZHENSKlY, N.A.
-
Separation of nicotinamide lrj the ion-exchange met,*-oi. Z~Pjr.frg,
khim, 1 no.2:375-379 F 165. (MIRA 18-4)
1. Vspsoyuznyy ntiuchnL,-is,~:le(i(~vatell~ikly vitaainn.~ry in:3t.lhit.

VALITIR, A.K.; ZALYUBOVSKIY, I*I.; XMCHAM, A.P.; LUSHCHIK, V.A.
Now method of the identification of -radiations in P) I
).and ( p, -ny ) reactio rtur. eksp. i teor. f 4. - 3;
nF.4:u9-1161 0 160. OMM 13: 11)
1. Fiziko-tekhn cheskiy inatitut Akademii nauk Ukrainskoy SSR.
(Gainma rays )

RUDOLIFIJ, T.A.; SHCHEDRINA, M.M.; LUSHCHIK, V.I.; IAMNA, Ye.D.
Gas-liquid chromatography and infrared spectra of isomeric
allyl guetols and allyl guaiacols. Zhur. anal. khim. 19 n0-5:
619-621 164. (MIRA 17:8)
1. Vaesoyuznyy nnilchno-issledovatellskiy institut sinteti-
cheskikh i naturalinykh dushistykh veshchestv, Moskva.
. e.

RIJDOLIFI, T.A.; SHARAPOVA7 R.I.; LUSHCHIK) V.I.
Gas chromatography of cresol isomers. Zhur. anal. khim. 19 no.7:
903-905 164. (MIRA 17;11)
1. All-Union Scientific-Research Institute of Synthetic and Natural
Perfumes, Moscow.

S/062/61/000/005/007/009
B118/B220
AUTHORSi Ushakov, S. N., Davidenkova, V. V,, and Lushchik, V. V.
TITLEs Synthesis of vinyl pyrrolidone
PERIODICALj Akademiya nauk SSSR. Izvestiya. Otdeleniye khimicheakikh
nauk, no. 5, 1961, 901 - 905
TEM Starting from sucoinio acid, the authors synthetized in 1952 vinyl
pyrrolidone according to the equation
C
01H2-COOH P2'COONH CH -CO
NH OH 4 300o 2
4
H -COOH H -COONH ;H -C
2 12 4
CH 2-CH!~U_2K~CH CIH2-CH!>.CJ1
CH2'
OH 2-00 011 2-00
Card 1/4

Synthesis of vinyl...
8/062/61/000/005/007/009
B118/B220
The succinimide was obtained from the ammonium salt of the sucainio acid
at 30000 and, aft:r(purifiostion reduced electrolytically to pyrrolidons
on lead electrode 80 to 9OmLQJn5O % sulfuric acid. Vinylizing ot
pyrrolidone was affected in dioxins solution in the presence of potassium
pyrrolidone in the autoolave under a pressure of 15 to 25 atm and at 125
to 13200. This method is easier than that proposed.by W. Reppe (Ref. 1,
Polyvinylpyrrolidon, 1954l Berlin). The vinyl pyrrolidone produced was
used for the synthesis of polymers which in the Leningradskiy inatitut
perelivaniya krovi (Leningrad institute for Blood Transfusion) hive proved
to-be good blood substitutes. Independently of this paper and almost at
the same timep data were published concerning the synthesis of pyrrolidone
from suooinic acid and ammonia via suooinimide (C. 19531 91851 Rev- Plastic$
2, 110, 132). But also for this modified synthesiag the last part of the
Tinylizing, affected under pressure and using acetylene, is rather diffi-
oult. In a series of cases it was, therefore, of advantage to realize the
synthesis without acetylene and without increasing the pressure (at g.
according to the equation by B. Puetzer at al., J. Amer. Chem. Boo. 74,
4956 (1952)). Unlike the USA Patent 2669570t the authors of the present
paper succeeded in synthatizing vinyl pyrrolidone from-suooinic acid by
Card 2/4

Synthesis of vinyl ...
using neither pressure nor acetylenes
3/062/61/000/005/007/009
B118/3220
I. CH 2-COOH CH2-C
+ H N-CH CH OH---~ CH CH OH.
it 2 2 2 2 2
CH 2-COOR CH 2-C>-
II. 4H-CH 2- CH CO
CH CH OH- 3. )20)
C~
2 2
CH 2-CH
III. ?.H2-co-"~ CH CH OCOCH
2 2 3
CH2-CH'2' 160 0C
IV. g2--C
-CH - CH
2-
CH
Card 3/4 2-CH~,

Synthesis of vinyl.ii
S/062/61/000/005/007/009
B118/B220
Based on succinic acid and using easily obtainable 'reagents (monoethanol
amine find acetic-anhydride), they contained, thus, vinyl pyrrolidone by
pyrolysis in 4 stages, without acetylene and increased pressure (yieldt
52 % of the theoretical-one). There are 9 references: 5 Soviet-bloc and
4 non-Soviet-bloc.
ASSOCIATION: Institut vysokomolekulyarnykh soyedineniy Akademii nauk SSSR
(Institute of High Molecular Compounds of the Academy of
Sciences, USSR)
SUBMITTED: April 9, 1960
Card 4/4

~ L3.
AUTHOR: -Lushchik, Ye.-B. 1~3-12-24/26
TITLE: Journal of Abstracts "bletallurgiya" (Referativnyy
zhurnal "Metallurgiyall)
PERIODICAL: Stall, 1957, No.12, p. 1142 (USSR)
ABSTRACT: The scope of the journal is outlined.
AVAILABIE: Library of Congress
Card 1/1

,~ ;~i r--) I
OKHRI V takhn. nauk,dots.: LUSHCH
jX&-T
Improved forging of crankshafts. Vest. mash,, 38 no.3.,85-87 Nr 158.
(Cranks and crRnkshafts) (Forging) (KM 11:2)

5(2)
AUTHOR: Lushchik, Yu. V. SOV/32-25-7-11/50
TITLE: Accelerated Colorimetric Determination of Nickel in Cobalt-
Arsenio Ores (Uskorennoye kolo rime triche skoye opredeleniye
nikelya v kobalit.-myshlyako;v7kh rudakh)
PERIODICAL: Zavodskaya laboratoriya, 1959, Vol 259 Nr 7, pp 801-802 (USSR)
ABSTRACT: The application of the colorimetric determination of nickel in
cobalt-arsenic ores (with a low content of Ni 1 01-1 - 0-5%) is
disturbed by larger amounts of magnesium (6 to 10% Of MgO)'
since the latter precipitates as hydroxide and has to be
filtered. A method of analyzing was developed in which
magnesium is bound with trilon B and in which nickel can be
determined in the presence of larger amounts of Mg. It is
important, however, that the trilon B solution is only added
after all the other reagents necessary for the development of
the colored nickel complex, otherwise a nickel complex would
develop with trilon B and no coloring would occur. Trilon B
added last, does not interfere with the coloring of the nickel
complexq as is shown in the test results obtained (Tables 1, 2).
Card 11/2

Accelerated ColoxImetric Determination of Nickel in SOV/32-25-7-11/50
Cobalt-Arsenio Orea
The magnitude of the mean determination error corresponds to
the standard, accordirg ta GKZ on the classification of oobalt
ore deposits. The course of the analysis is given. There are
2 tables and 2 Soviet references*
ASSOCIATIONs Laboratoriya rudjupravleniya "Tuvakoballt"
(Laboratory of the Mining Administration "Tuvakoballt")
Card 2/2

AUTHOAS: Yarkelov, V. Lushchikhin, A. 1.I., Ylikiforov,V. 1., 89-2-33/35
TITLh. A Poeko t iadiometer (KarmannyyrD -,t -rardiometr)
F-V;R I OD I Atoninaya 1~nergiya, 1958, lor 2, pi,. 217-218 (USSH)
'With th~~. pochet dosimeter constructed by Uic _k~ 'ic-,.l Acade-_-,j
3'. T' Al- CT I L
of Science it is possible to measure;f-doses fron 0 to 1, C to
lo, 0 to loo anc 0 to looo mc/sec, with L t ol.fro o,25 to
I Fl.
2 McV. For4 - radiation the following rL%nges rt~ a6 lustble: 0
to 50 and 0 to 50oo part icles/cra2. see (;~Jj U'~ tu 2 1.t"V).
Forr_? -counting a windo-w is to be opened which :,,u,-t be closed in
-itinL~. The accuracy of indication in --.11 amount';
eou,, I
to + lj-/,. The amplifier is built on the basis of Se,~.iconcactcjr
triodes. The feed element guarantees an uninteri-u:)tr;d optration
of 2ou h. The device can also be used in dusty in(, 'iawid roows
in a t(fm_-)(_,rature rano-c of from -1oOC to 500C. '21here is
1 figare.
AVAILABLE: Library of Con..-ress
1. Radiometars-Design
Card 1/1

AUTHORS:
TITLE:
85339
s/i2o/60/000/005/007/051
E192/E382
Keirim-Markus, I.B.9 Lushchikhin, A.M~,
Markelov, V.V. and Uspenskiyj L.N.
Universal Spintillation Radiometer_ ?Y(_-3 (RUS-3)
Note 1. The Measuring Unit /7
1960,
PERIODICAL: Pribory I tekhnika eksperimenta,
No. 5,
PP. 35 - 40
TEXT: The following requirements were taken into account in
the design of the instrument% 1) small size, light weight
and portability; 2) the instrument should be supplied from
110 - 220 V mains as well as from batteries or accumulators;
3) the measuring meter and the electronic circuits should
produce an error of not more than + 30%; 4) the measuring
range should extend from 1/2 to 10; 5) the instrument should
not be affected by atmospheric or climatic conditions. The
resulting instrument is illustrated in the detailed circuit
diagram of Fig. 1. The input device of the instrument is a
photomultiplier which is connected to the electronic unit by
means of a cable having a length of about I m. The multiplier
Is followed by an emItter-follower pre-amplifier, based on a
Card 1/4

85339
s/i2o/60/000/005/007/051
E192/E382
Universal Scintillation Radiometer RUS-3. Note I, The
Measuring Unit
high-frequency transistor (cut-off frequency of 60 W/O.
The emitter-follower is followed by an amplifier-shaper circuit
based on transistors r1VI2 and hn 3 ' The first transistor
acts as the pulse amplifier, while the second transistor
performs the shaping of the pulse. The presence of the resistor
in the emitter of nri 2 ensures that the amplifier is stable.
The output pulse obtained from the shaping stage has a duration
of about 10 jis and its amplitude is 7 V (when the supply voltage
is 8 V). The shaping stage is followed by an integrating
circuit which is preceded by an emitter-follower (transistor
fln4 ). The integrating circuit-has three different capacitances
which correspond to the ranges of 30, 300 and 3 000 pulses/see.
The circuit is followed by another transistor stage which is
connected to a microammeter which indicates directly the number
of pulses per second. The upper portion of the diagram in
Fig. I illustrates the supply sources for -the instrument, The
Card 2/4

85339
s/i2o/60/000/005/007/051
E192/E382
Universal Scintillation Radiometer RUS-3. Note 1. The
Measuring Unit
photomultiplier requires a stable voltage of 1200 V. This
potential is obtained from an oscillator based on a transistor,
type r)3,-!3 (P3-V), and, a suitable transformer. This oscillator
operates satisfactorily even with input voltages as low as 3 V.
The current taken by it (at 3 V) is about 81 mA. The supply
voltage produced by the generator changes by about 3% when the
input voltage is changed from 3 to 10 V. It can be seen that
the instrument can be supplied with battery voltages from 3 to
12 V; as regards the mains voltage,this can vary from 80 to
250 V. In order to cover this range of AC voltages it is
advised that a ferroresonant stabiliser followed by a rectifier
be employed. In such a system it is possible to reduce the
voltage changes to about 8 V when the input varies from 80 to
250 V. Constructionally, the instrument is in the form of
small units which can easily be withdrawn and repaired or
replaced by new units. The overall weight of the instrument
with a set of batteries is about 3 kg. A photograph of the
Card 3/4

85339
S/l2o/6o/ooo/oO5/007/051
E192/E382
Universal Scintillation Radiometer RUS-3. Note I. The
Measuring Unit
instrument is given in Fig. 2. The authors express their
gratitude to G.M. Skachov for taking part in the construction
of the instrument. There are 2 figures and 1 Soviet reference.
SUBMITTED. August 13, 1959
Card 4/4

20689
S/120/61/000/001/027/062
E032/E114
AUTHORS: Keirim-Markus, I.B., Lushchikhin, A.M., Markelov, V.V.,
and Uspenskiyj L.N.
TITLE: The Universal Scintillation Radiometer VYC-3 (RUS-3).
II. y- and P-Probes
PERIODICAL: Pribory i tekhnika ekBperimenta, 1961,No.1, pp.86-91
TEXr: The first part of this paper is given in Ref-5. In
accordance with the design specifications for the WIC -3 (RUS-3)
radiometer, the dose-rate range of the instrument should be
1-250 jLr/sec. This corresponds to a y-ray flux between 1.6 x 103
and 4 x io3 y quanta/cm2see. In order to achieve the required
accuracy of � 30% at the lower limit, it is necessary to record
about 10 pulses over a time interval of T = RC = 3 see. it
follows that the minimum recorded counting rate should be about
3 pulses/see and the efficiency of the probe with a 1 cm2 screen
should be about 0.29.. Such a low efficiency can be achieved with
an inorganic crystal of about o.1 cm3, or a larger organic crystal.
For practical reasons a polyerystalline stilbene screen (phosphor),
25 mm in diameter and about 150 mg/cm2 thick, was used. The screen
Card 11,5'

20689
S/12o/61/000/001/027/o62
E032/E1111
The Universal Scintillation Radiometer P'V_ -3 (RUS-3)-
II. y- and P-Probes
was produced by compressing stilbene powder under a pressure of
700-800 kg/cm2 at 100 OC. The design of the y counter head is
shown in Fig.Z. The counter head consists of a cylindrical steel
envelope 10 which serves as a magnetic and electrostatic screen
for thell',A-f -25 (FEU-25) photomult:Lplier 9 The lid 17 can be
rotated and carries a standard specimen of T1204 which has a
half-life of about 4 years. By rotating the lid the standard
spec:Lmen can be brought to face the phosphor 20 through a~ special
aperture in the plate 13 - The standard source is used to check
the operation of the instrument. The P-probe is illustrated in
Fig-5. The phosphor 24 is again made of stilbene and has a
thickness of 40 mg/cm2 and a total area of 100 cm2. It is mounted
on the conical light guide 20 which connects it to the
(FEU-29) photomultiplier 15 - The stilbene screen (phosphor) is
covered by a synthetic film with an evaporated layer of aluminium
27, having a total thicknes.s of 4.5 m CM2. The probe is
calibrated by means of a standard TiVO4 specimen 17 which is
Card 2/S

20689
s/i2o/6i/ooo/001/027/o62
E032/E114
eUniversal Scintillation Radiometer PYC -3 (RTJS-'3).
11. y- and P-Probes
located in'the ring 18 By rotating the ring the standard
specimen can be brought to face an:aperture in the conical part
of the envelope 19 and irradiate.a small auxiliary stilbene
screen deposited on the conical part of the light guide 20
5: With the screen 26 in position, the P-probe can be used to
monitor weak y-rAy:fields from about 0.02 ILr/sec. When the screen
is removed *the device can be used to record P-ray fluxes bet-ween
0-15 and 8; p/cm2sec. When used in conjunction with a suitable
specimen collector, it can be used to determine the concentration
of P- and y-active gases in air in the range 10-10 to 5 x 10-8 c/t
(L.M.. Mikhaylov and A.D. Turkin, Ref.12). The P-probe has a
O/Y ratio of 50-80. An a-probe and a neutron probe will be
described in a subsequent paper. Acknowledgements are made to
N.A. Sergeyev for help in the experiments and the preparation of
the paper,-and to A.A. V.asillyev who took part in the construction
of the probes. Th-ere are 5 figures and 14 references: 9 Soviet,
4 English and 1 German.
Card 315

20689
S/120/61/000/001/02'7/o62
The Universal Scintillation .... E032/E114
SUBMITTED: December 10, 1959

20689
s/12o/61/ooo/001/027/062
The Uhiversal Scintillation E032/9114
Card 5/5

- LUSHCHIKHIN, G.M. a-
Petrographic types and conditions governing the formation
of coals in the Lower Tunguska basin. Geol. i geofiz. no.8;
17-27 165. (MIRA 18-9)
1. Vsesoyuznyy nauchno-insledovatellskly geologicheskiy
Institut, Leningrad.

VOLKOVA, I.B.; NALIVKIN, D.V.; SLATVINSKAYAj Ye.A.; BOGOMAZOVv V.Mo
GAVRILOVA~ 0.1.; GUREVICH, A.B.; MUDROV, A.M.,- NIKOLISKIY, V.M.;
OSHURKOVA,, M.V.; PETRENKO, A.A.1 POGREBITSKIY, Ye.O.; RITENBERG,
M.I.; BOCHKOVSKIY, F.A.; KIMv N.G.; LUSHC LYUEER,
A.A.; MAMDONTSOVt A.V.; SENDERZON, E.X; SINITSYN, V.M.; SHORIN,
V.P.; BELYANKIN, L.F.; VALITS9 I.E.; VLASOVt V.M.; ISHINAv T.A.;
KONIVETS, V.I.; MARKOVICH., Ye.M.; HOKRINSKIY, V.V.; PROSVIRYAKOVAp
Z.P.; RADCHENKO, O.A.; SEMEKRIKOV, A.A.; FADDEYEVA, Z.I.1 BUTOVA,
Ye.P.;-VERBITSKAYA., Z.I.; DZENS-LITOVSKAY-A, O.A.; DUBARI, G.P.;
1VAXOVp N.V.; KARPOV, N.F.; KOLESNIKOV, Ch.M.,- NEFED'YEV, L.P.;
POPOV, G.G.; SHTEMPELI, B.M.; KIRMOV, V.V.; Vv"Wov.' V.V.;
SALINIKOV, B.A.; M3NAKHOVA, L.P.[deceased]; MURATOV. M.V.;
GORSKITY I.I., glav. red.; GUSEV., AiL, red.; MOLCHANOV, I.I.,
red.;-TYZHNOV, A.V., red.;,SHABAROV, N.V... red.; YAVORSKIY, V.I.,
red.; RZYMRT, L.A... red.izd-va; ZAMARAYEVA, R.A., tekhn. re4
[Atlas of maps of coal deposits of the U.S.S.R.)Atlas kart ugle-
nakopleniia na territorii SSSR. Glav. red. I.I.Gorskii. Zam.
glav. tbed. V.V.Mokrinskii. Chleny red. kollegii: F.A.Bochkovskiy
i dr. Moskva, Izd-vo Akad. nauk SSSR, 1962. 17 p.
(MIRA 16:3)
1. Akademiya nauk SSSR. Laboratoriya geologii uglya. 2. Chlen-
korrespondent Akademii nauk SSSR (for Muratov).
(Coal geology-Maps)

USSR/Farm fmiL:als. General Problems Q-1
Abs Jour : Ref Zhur - Biol.1 No 19, 1958, No 879W
Author :.Lushchikh4-n M.N.
Inst S K rg f-S,4ff---
Title Development of Iminal Huebandry in the Kolkhozes of Tien-Shai
Orig Pub V sb.: Vopr. ekon. kilkhozov 9)ran'-Shan'sk. obl. Frunze, 2,5
KirgSSR, 1957, 5-43
Abstract No abstract
Card

LUSHCHIKHIN, M. N., Doc Agr Sci -- (diss) "Fine-wooled sheep of Kir-
gizia." Moscow, 1960. 38 pp; with illustrations; (Mloscow Crder of
Lenin Agricultural Academy im K. A. Timiryazev); 200 copies; pl-ice
not given; list of author's works at end of text (12 entries"; (KL,
26-60, 140)

LUSHCHIKHIN., M.N.; STESJ~IIKO, V.M.
Formation of the fleece in fine-wool sheep of Kirghizistan.
Izv. AN Kir. SSR Ser. biol. nauk 2 no,45.69-79 160.
(MIRA 14:6)
(KMRIZISTAN__SUj7) (WOOL)

LUSHOBIKUNO M. N.
Specialization and the stockbreeding system in the Kirgbiz
S.S.R. Izv. Kir. fil. Geog. ob-va SSSR no.3:67-72 162.
(MIRA 15:10)
Kirghizistan-Farm management)
irghiziBtan-Stock and stockbreeding)
R

3-3-17/40
AUTHORS: WilliaM3 (Villyamn), V.V., Professort Candidate of Agricultural
Sciences
Lushchikhin, N.N , Candidate of Agricultural Sciencea
Panov, N.P., Candidate of Agricultural Sciences
TITLE: Complex Soil-Agrochemical Training Practice (Kompleksnaya
pochvenno-agrokhimicheskaya uchebnaya praktika)
PERIODICALt Vestnik Vysshey Shkoly, March 1957, # 3, P 72-73 (USSR)
ABSTRACT: The experience of previous years has proved that the practi-
cal training of agronomists at the higher agricultural insti-
tutions has serious deficiencies. These specialists, for
ipstance the graduates of the Agricultural Academy imeni
Timiryazev had a poor knowledge of the methods of complex
territory inspections because they had not been instructed
on the method of examining quarternary deposits, were
lacking in knowledge of geomorphology and were not familiar
with methods of geobotanical examination. To eliminate
these deficiencies the Soil-Agroahemical Faculty of the
Academy introduced a complex practical training which was
Card 1/2 carried out on training farms, in such subjects as soil

Complex Soil-Agrocheinical Training Practio:-) 3-3-17/40
crust, vegetationp quarternary deposits, territorial geo-
morphological characteristics, ground water and local manure.
Started in 1956, this training had its deficiencies but will
be developed in the future. It lasted 3 months and started
with field and vegetation fertilizer tests. Then the method
and technic of carrying out field and laboratory res)arch
was explained and the water and physical properties of the
soil wore studied. Studies were also conducted in geobotanyp
geology and the other abovementioned subjects. The know-
ledge acquired assisted the students to complete iuccessful-
ly the soil-agrochemical research required in the course of
their production practiceg and to obtain the necessary skill
for independent work.
ASSOCIATION% The Moscow Agricultural Academy imeni K.A.Timiryazev (Nos-'
kov;skaya sel'skokhozyaystvennaya akademiya imeni K.A.Timi;4
r.yazeva)
AVAILABLEt Library of Congress
Card 2/2

USSR / Soil Sciunco. Physicil an- Chc;ii3ical Prl.!)?,)rtics
of Soils.
"bs Sour: Rof Zhur-Biol., No 8, 1958, 34332,
~.uthor : Lushchikhin, N. IT.
Inst :IVT,~)s~~O~~~ri~u ~-l .academy iioni K. -1. Ti.:Ary-
azove
Title :Paculiaritius of tho Raginan of Ground 7??atars
in ~'zgillacuous Doposits in the Tarritcry of
FOrO3t Bolts and Conditions of Thoir Undorflow
to A'.djacont Fialds.
Orig Pub: Dokl. -Nosk. s.-kh. nkad. ia. K.L., TLairyazova,
1957$ vyp. 29, 365 - 367.
.,,bstract: Control observations of tho systmi of ground
wators undor troo bolts in cortain dist2icts of
wood-stuoppos have shown that tho lovol of ground
viators and thc~ character of the rollin,--,- surfacc
Card 1/2
7

USSR / Soil Science. Physical and Chouiical Properties T- 2
of Soils.
;,bs Jour: Rof Zhur-Biol., Yo 8, 1956, 34332.
itbstract: of thoir I'mirror'l-undor affcrost-ation torritories-
are dotor:iino~,, to a large extent, by thG. wator
penetrability of cover loms. Negligible aLaounts
of faoisture in argillaccous soils aro particip-
atinG in the horizontal -acv--ii-ont fro,.-i tIn troo
bolts in the direction of the adjacent fields;
those negligible a~aounts Irave no vital -1 aport-
anco in tho wator supply of agricultural cul-
tivations cf a~ljoining zones. -- P. V. Shramko.
Card 2/2

LUSHCHIKHINA. I.M.
Use of Ingvels hy-pothsSi6 cn the at-rxtiure of tth~, p- a5e fn
research on speerih perception. Vop. p8ilchol. 11 no.2;57-66
Mr--Ap 165. (MIRA l8s,6)
1. Laboratoriya :Lnzhj:,nr?rrcy psikhologilL 1;--riingradsk~)go gosu-
darstvennogo univerait-i'-.,

DUBROVIN, Ye.N.J. dots., kand. tekhn. nauk; LU!~4CHIKIVA, N., red.;
STRAEBOVA, T.p tekhn. red.
(Designing the longitudinal section of city streets and roads]
Proektircrvanie prodollnogo profilia gorodskikh ulits i dorog;
lektsiia dlia. studentov spetsialtnosti "Gorodskoe stroitell-
stvo i khoziaAstvo." Moskva, Vses. zaoohrWi inzhenerno-stroit.
in-t) 1962. 17 p. (M3RA 15:12)
(Streets) (Roads-Design)

ACC NR: APY002963 SOURCE CODE: uR/013/66/oOO/024/0042/043
INVENTOR:- Valayev N. I.; Lushchikov, 1. 1.
!ORG: None
,,TITLE: A timing r6lay. Class 21, No. 189488
'SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 24, 1966, 42-43
ITOPIC TAGS: time relay, RC circuit
:ABSTRACT: This Author's Certificate introduces: 1. A timing relay which contains
:two time-mark RC filters with a common resistor and capacitors connected in adjacent
arms of a bridge circuit. The device also contains an additional feed circuit con-
isisting of a voltage divider and a semiconductor diode, as well as a null indicator
iconnected in the diagonal of the bridge circuit. Holding time is increased and hold-
!ing s'tability is improved by connecting the common resistor for the time-mark RC
icircuits in parallel with one of the capacitors between one of the power supply ter-
1minals and the common point between the capacitors. 2. A modification of this timingi
irelay with temperature and time stabilization of the capacitors in the time-mark RC
;filters by connecting the additional feed circuit to the common point between these
capacitors.
Card 1/2 uDc: 621-318.5T

63
ACC N R.: 9
1 and 2-capacitors of the time-mark filters; 3-common resistor for the time-mark
filters; 4-6-additional feed circuit; 7--null indicator
suB coDE: o9/ suBm DATE: 14oct64
2/2

LUS11CH1KOV V.I. - MAJ1121ROVY A.A.; TARAN, Yu.V.
[Dynamic polarization of protons in hydrogen peroxides and
+,Prt,iarv butyl) Dinamicheskaia poliarizatolia protonov v pe-
rekisiakh iodoroda i tretichnogo butila. Dubna, Ob"edinenriyi
In-,t 4adernykh issl., 1961. ? p. (KMA 15:1)
O~otons) (Hydrogen peroxide) (Butoxy group)

/61/003/011/037/056
"-i//B'38
AUTHORS: Lushchikov. V. I., Manenkov, A Tarang Yu~ V.
TITLE: Dynamic polarization of protwon5 --rradiated polyethylene
PERIODICAL: Pizika tverdogo tela, v. 3, no,. ~:0161, 3503-3508
TEXT: The authors investigated posBibilitiea cf producing targets with
aligned protons. Some experiments with polya-~"-;.ylene are described with
reference to work carried out by G. Hwang and T. It. Sanders (Ref. 3, see
below). Pig. 1 shows the experimental arrangez-4rt by means of which
simultaneous observations can be made of nuolear magnetic resonance and
electron paramagnetic resonance at helium temper,_--~ures.1.9300-Mcps
vibrations (RI02-mode) were excited in the cavity,, The amplitude of the
primary oscillations were kept at a low (-O.00~ -,r)' and constant level by
means of an automatic level trimmer. Varioua typ9s of polyethylene were
studied: (1) TT3Bnl (PE.VP1) - viscosity 3.2 ITBTF2 kPEVP2) -vis-
cosity 2.6 poiae, (3) TrAHT1 (PENP) - low The specimens were
bombarded by fast neutrons for 20 hours at 615cC Th4 rise in proton
polarization was determined in terms of the d,,rnvi-_;a amplification faotor-q
Card I // '~

3/1',al~61/003/011/037/056
Dynamic polarization of protons ... _-08/B138
which is the ratio of the nuclear magnetic 'ce signal in the case of
- 1-3Y1
saturation of the electron resonance of the F . tsra to the signal without
saturation of the F-centere. This factor incrAa5ad with the molecular
weight of the polymer chains. Between 1.6 ana 770K, ri was practically
independent of temperature. Nuclear spinlaltir%a r9laxation time was
determined from the drop in the nuclear magns'-'~;.-, resonance signal. Both
build-up and decay of nuclear magnetic rescna:~~s are characterized by two
time components, a long one and a short one, is some 30 % of the
long component. This is explained by the eylste,%:s cf two kinds of
protons. Protons near the F.;-centers have a 5h;:7-1 ze:.axation time, protons
far from the parhmagnetic centers have a long rnaxa~ion time. The
polarization of the second kind is due to spin _Iffusion. F. L. Shapiro,
V. A. Milyayev, P. A. Krupchitskiy, and B.; 1, Kckcre--r are thanked for
their interest and assistance. There are 5 flLr-zes, I table, and 5 non-
Soviet references. The two most recent references to EngliSh-language
publications read as follows: G. Hwang, T,. M Sanders. Proceedings of the
7-th International Conference on Low Temperature Physics, University of
Toronto, p. 98, .9601 0. S. Leifson, C., D. Dsffr~,3,3. Bull. Am. Phys. Soc.,
6, no. 3, 1961.
Card 2/~~-7

Dynamic polarization of protons**.
ts/161/61/003/011/037/056
B108/B138
ASSOCIATIONt Fizioheakiy inetitut im. P. N. Lebedeva AN SSSR Moskva
(Institute of Physics imeni P. N. Lebedev AS USSR Moscow)
SUBMITTEDt June 260 1961
Legend to Fig. I: r1 - 900-kope-generator, r2 - nuclear magnetic resonance
generator, r3 -,3r-12 (ZO-12) audio-frequency onoillator, V1 - hf-amplifier,
Y2 - lf-amplifier, Y3 - 860-'cps resonance amplifier, Y4 - automatic
frequency control amplifier, A - detector, Ca - synchronous detector,
YO - crystal detectorg ~~ - klystron supply, saturation olystron,
Ayn - attenuator, 0i - matched load, ~q - ferrite rotor, rV, - helium
oryootat, Aa - nifrogen Dewar, Y\ - coaxial cable, V. - resonator cavity,
modulator coils, 1.4.r-,.o. - water-cooled magnet, O~ oscilloscope,
CiT. )TrrT-09 (EPP-09) recorder.
Card 3/~

AKSENCV, S.I.; ALFIMMOV, V.P.; LUSHCHIKOV, V.I.; OSTANEVICH, Yu.M.
SHAPIRO, F.L.; YAN'U_GUAN-fTeWlAr-nn-g`_T--
Observing the resonance absorption of r-rays in Zn67. Zhur. eksp.
i teor. fiz.,40 no.lt88-90 Ja 161. (MIRA 14:6)
1. Fizicheskiy institut imeni P.M. Lebedeva AN SSSR i Ob"yedinennyy
institut yadernykh issledovaniy.
(Gamma rays) (Zinc--Isotopes)

6/161/63/005/001/036/064
B108/B180
AUTHORS: Manenkov, A. A., and Taran, Yu. V.
TITLEt Dynamic polarization of protons in lanthanum-magnesium binary
nitrate
PERIODICAL& Fizika tverdogo tela,- V. 5, no. 1, 1963, 235 - ~36
TEXTt Earlier work o'n the dynalic polarizdtion of protons (FTT, 3,-3503,
1961) is continued here. (La,Ce -24H20 single crystals were
)2Mg3(NO3)12
gFown from a saturatea La solution-with an appropriate addition
2Mg3(NO3)12
of Ce 2M83(NO 3)12 . The sample was placed in a.resonator so that the hexa-
gonal crystal axis was always perpendiculir to H 0 the external maanetic
field.. In this position, g.,_ - 1-83 for.the Ce3+ ion. The increase in the
polarization of the protons in the crystal on.saturation of the epr was
det~~rmined from the increased amplitude of the nmr signal from the proton.
With fixed epr frequency typical polarization peaks were observed at
Ho ;t ~LH .which'corresponds to the forbidden transition at the frequency
2
Card 1/2

5/101/63/005/001/036/064
Dynamic polarization of ... B108/B180
Vexe ; v nucl, The greatest,~increase in polarization was found at 1.60K in
a field of 3700 oe for a crystal with 0-5,4 Ce- 'In this case, the proton
polarization was 170 times greater than in therm ,al, equilibrium. This de-
creases somewhat when the temperature falls to 1-50K. Measurements of the
coefficient of dynamical increase in polarization in dependence on the power
of epr saturation showed good agreement with the*simple phenomenological
theory of spin diffusion (0. S. Leifson, C. D. J6ffries. Bull. Am. Phys.
Soo., 6, no. 3, 19601 Phys. 'Rev., 122, 1781, 1961). The same ap3lies to
the nuclear spin-lattice relaxation time in dependence on th 'e Ce + concen-
tration in the range 0.2 - 11p*' (at constant temperatures between 1.5 and
4+1
1;70K). Between 1.5 and 1-70K, the relaxation time is proportional T_ -
a any CO*,concentratibn.. There'are 3'figurea.and I table.
ASSOCIATIONt Fizicheskiy institut im. P. N. Lebedeva AN SSSR, Moskva
(Physics Institute imeni P. N. Lebedev AS USSR, Moscow)
SUBMITTEDs August 6, 1962
Card 2/2

A.
8/181/63/005/002/009/051
B104/BI86
AUTHORSs Koo-senikht Ad, tot -LushcbjkoYj_jV-j-,-j Manonkov, A. Lop and
Tarint Yu. V*
TITLEt Proton polaiisation-in-irradiated Polythene
PBRIODICALs Fizika tTerdogo tolap Y, 5 1' to# 2i 1963t 443 454
TEXTs The aim is to find*materials'suitible for polarized. proton targets,
and to investigate'-the physical p~opertiee of irrddiated.polythene. To
this end the. studie!3 .of dynamio* polarization in high-density. Polythene
irradiated with fast protons (Y.I. Lue Ihohikovi.-A.'A. Manenkov, Yu.-Vo Tave,41
----FFTt 3p 35039 1961).wore.continued. -The dynamic nuclear polarization wad
measured at M--'462 ahdA'*6oK in a-magnstio field of ^J3400 oe.using a
device described in a provibui papers The 1709-0 mm test Pieces were placea:
in the ooii'-Of an au'todyne* a.a.r pickupt with the axis of the ooll per.;
pendicular to the. long side of.the resonator, H oscillations with a-
. : . 102
reque.pay of 9440.Mo/s were tot up in -the resonator. The dynamic polarize-
ion factor of the protons was,datermined from the amplification factor of
f
the n.m.r. signal at saturated eoporoof the free radicals,formed when the
Card 1/3*

S/181/63/605/002/009/051
Proton polarization"-ifi.., B104/B186
polythene was. irradiated. -Resultes 1n the He temperature range, We oross-
relaxation.under conditions of no'n-uniform e.p.r. line broadening,plays.an
important part in the.dynamio polarization of the nuclei.'-This can be used
to explain the.-inorease A-n the-broadening of.the dynamic nuclear polariza-.
tion maxima as the temperature decreases, and.the fact that the dynamic,
polarization factor does not depend on temperature. The time dependence-of
the n.m.r. lines-is described as the sum of two exponents with relaxation
times of T and T ._ The hualear relaxation depends lineaily on T and T
1 20 1. .2
this result being.contrary,to theoretical predictions (O..S..Leifoony
0. D. Jeffries, Phys. Rev4.1220 1781P. 1961).. It is explained on' the
assumption that the action sohe of the~,paramagnetio-oenters is.equalized "at
the expense of fast spin diffusion.' -The-'dynamio polarization Coefficient
dbpends linearly on the molecular weight of the,initial cuiterisa. There,
are 6 figures.-
ASSOCIATIONs-Fizicheakiy'inatitut ime P'. N. Lebedeva AN 6852 (Pkyqioo
-Institute.imeni P, N. Lebedev AS USSR)l Nauchno-issledovateAk*
fiziko-k4Wheskiy inatitut.im. L.,Ya. Kerpova Moskva
(Aoienti~.ip,;Ph~sicochamical.Reaearch Institute imeni
L. Ya. Karji*v# Moscow)
Card 2/5,

i~-11997_6j aP(J)/EPF(c)/E6r(m)/BD3 AFFTCA30 Pc-4/Pr-h-
IACCESSIOWNR: AP3001284 S/0181/63/005/006/1640/1642~,iZ
AUTHORS: Kessenikfi)A. V. ;ushchikov, V. Hanenkov,.A. A.; Tarau,~Yul. 6y. it
TITLE: Relaxation and dynamic polarization of protons in polyethy ses(r
SOURCE: Fizika tvardogo tela, v. 5,.no. 6, 1963, 1640-1642
TOPIC TAGS: protonj dynamic polarization,s in diffusion,'nuclear magnet
p
onance,pol ethylene, molecular.weight, ultra-high-frequency
..f,res y
OSTRACT: Thei.authore started with data from V. 1. Lushchikov, A. A. Man6nkov,
and Yu. V.:Tarani (FTT,'3, 3503, 1961) and A. V. Kessenikh, V. I Lushchikov, A. A.~
~1&nenkov, and Yu..V. Taran (FTT, 4, 433, 1963) concerning the dependence of
--j dynamic polarization.in-polyethylenes on the average molecular weight. -They ex- -i
pected the oefficiont of dynamic'polarLzation to be abIout 60 when the molecular
c
iwdightwas'.2.3 x 10P. To test this.view and to refine the results of the cited i
~papers, thyy made~this study on several samples of'
Measurements were made on a setup described,in the first of the above
These experiments have-shown.that within the limits!
[~.Oapers, at 77, 4.2 and 1.6K.
1,6f experimental accuracy.the resolution of.dynamic polarization at ultra-high-
1-frequency-output and restoration of.nuclear polarizatiou after removal of nuclear-i
'Card 12

L IWZ-~6j -EPRAWT(I)/EWP(q)/EWT(m)/13DSAPP(n)-2 AFFtC/ASD/I.TP(C)/SSD
iu 4/~q-4 ww
AC6=011 Ia: AP3005 S/W56/63/045/002/03034/0396
305
V. I,,*. Taran,, Yu. V.
AITH CR: Ajeganoy~ B. S.; Parfenoy, L. B*; Lushchikov,
..TITIP,-. ,Dynanicproton polarization at 0.3'>A
7V
SCURCI,;::. Zhur..0 r. i teoret. fiti, v. 452 no. 21 196 -396
k-SPO 3, 394
,TCPIG TAGS: dynamic proton,polarization, proton spin lattice relaxation, electron
~Foton resonance,, lanthanum double nitrate,, cerium impurity
ABSTRACT: Results are reported of preliminary experiments on dyawic proton polar-
lization (DPP) in crystals of La2gg3(NO~)12.24H-30 vdth paramagnetic earium concen-
I tration of O.V (relatim to the lanthanum) at Doroximately 0.507,.; the experiments'.
Ypere intended to increase the polarization C~eck the dependence of the, proton
polarization amplification coefficient on the external magnetic field at fixed
electron proton:rezon~nce (M) frequency, the depandenceof the amplification co-
lefficient on them microvmve pouver used to saturate the EPR., and the temperature de-
.1pendence of the proton spin-lattice relaxation time, The maximum positive value
lof.the amplification coefficient ras 229 !: 10,, corresponding in a field of 3500
jOe to a proton polarization 8 + 0.51%.. It was found that 1m;f of microwave poter
Card

LUSHCHIKOV, V.I.; TARAN, Yu.V.; FRANK, A.I.
Dynamic polarization of deuterons in crystals of lanthanum
magnesium nitrate. Pial. v red. Zhur. eksper. i teoret. fiz,
1 no.2:21-27 Ap 165. (MIRA 1SAO)
1. Ob"yedinennyy institut yadernykh issledovaniy.

L 5331-66
(IT W/E`~Pr (m)/FTC/EWG /T/EWP(t)/ EWP W/rdA W -2 1jP(C)
ACCESSION NR: AP5021099 up/OO56/65/049/OO2/da/o4O9
AUTHOR: _,Wshchikov, V. I.; Neganov, B. S.; ParfenovA L, B.; Ta~ Yu. Ve
TITLE-. Dynamic polarization of protons In a rotating lanthantmi-magnesium nitrate
crystal-
SOURCE: Zhurnal eksberimentallnoy i teoreticheskoy fiziki, Ve 49,1 n9.2' 1965,-~
TOPIC TAGS: proton - polarizatiTi 'lanthanum compound,, spin relaxation
rrucleVin anisatrcnlia
ABSTRACT: A new method of polariz --mis-tj is proposed,
consisting of ro.tatingtbe crystals in a stationary magnetic field and a weak radio
frequency field. The method is.based on the theoretical predictions of A. Abragam
(cryogenics v. .3, 42., 3,963) and C. D. Jeffries (Cryogenics v. 3, 41, 1963), wherein:
..th
e spin temperature is rapidly decreased via spin-spin relaxation accompanied by
rapid "oling of the systemo The authors verified this method with single crystal
(La,, Ce)2M93(N03)1Z-24H2O,, and obtained an appreciable Increase in polarization.
The experiments were made In fields from 2 to 6 kOe at saturation frequencies from
.60 to 1TO Me with the crystal rotating uniformly at 30--600 rpm. The experiments
were made at l*3K -
Amplification coefficients up to 70 yere obtained. The ampli,
1/2.

LOOVt_66 &VOWI&IT(m) /T/affl(t)/W(b) JjP(c) JD/JG/GG
ACCESSION NR: AP5014197 UR/0386/65/001/002/0021/0027
q q, 4V,
AUTHOR: Lushchikov, V. I.; Taran, Yu. V. Frank, A.
TITLE: Dynamic polarization of deutrons in a lanthanum-magnesium nitrate crystal
SOURCE: Zhurnal eksperimental'noy-i teoreticheskoy fiziki. Pisl~.a v redaktsiyu.
Prilozheniye, v. 1. no. 2. 1965~ 21-27
TOPIC.-TAGS: deutron polarization, qjngjg~ c
deuterium, heavy water, lantha-'
num, magnesium compound, nitrate
ABSTRPCT:, An attempt was made to polarize deuterium nuclei by the dynamic method..
The specimen was a single crystal.of binary lanthanum-magnesium nitrate
La2Mg3(N03)12-24(H20 + D20) with a 1% Nd142 impur,ty.
1 Part of the ordinary water
of crystallization in this crystal has been replaced by heavy water. Mass spectro"
scopic analysis showed,a deuterium content in the crystal of 42%. It was found
that polarization.in excess of 10% is possible in a magnetic field of 20,000 oer-
steds at a temperature of 10K, which is much greater'than the 1.2% polarization
attainable in solid deuterium. Orig. art.,has: 2 figures, I formula.
ASSOCIATION: Ob"yedinennyy institut yadernykh issledovaniy (Joint Institute of
Nuclear Res
earch) qV/
'SU ENCL: 00
rTM~TTED;~~,03Mar65 SUB CODE: NP
:i.Cor -OTHER: 010

1. LUSHCHIKOVA, A. V.
2. USSR (6r-0)
4. UL'YAHOVSK PROVINCE SUNFLOARS
7. Sunflower for silage Ullyanovsk Province. Korm.baza 3 no 10, 1952
9. Monthly List of Russian Accessions, Library of Congress, -So-m4omq 1953. Unclassified.

LUSHCHIN., YU.K.
Characteristics and dynamics of Bleep in hypertension patients
treated in the biotron, Vrach. delo no*606-40 J6163.
WIRA 16:9)
I. Kiyevskaya oblastnava k-Unicheskaya bollnitsa.
(HypERTEI,sIoN) (SLEEP) (CLDIATOLOGY.,MEDICAL)

LUSHCHINA, L.I. (Moekvu)
Iarge-focus gamma-therapy of malignant tumors of the thyroid
gland. Trudy TSentr. nauch.-isol. inst. rentg. i rad. 11
no.1:224-230 164, (MIRA 18;11)

SOROCHAN, OeGo; LUSECHINSKAYAs M.I.
Conditions for the transfer and transformation of masses producing
precipitations over the Asiatic part of the U.S*S.R* in tba spring*
Trudy ~M no.133:55-72 962, (MIRA 16Q)
(&woia, Asiatic-Preoipitation (meteorology))

LUSHCHITSKAIIA R.H.
Change in the hemodynamic indices in nitranol treatment of
ste.aocardia. Zdrav.Bel. 7 no.8:U-13 Ag 161. (14liLk 15:2)
1. 1z kafedry Propedevtiki vnutrennikh bolezney (zav. - prof. 1.D.
Michenin) Minskogo meditsinskogo ins i uta.
(NIT,awVMTWOL) tANMINA PECTOla
1A

LUSTOLHI~l,-A.O.-
Transportation and dispatching service for Moscow residents.
Gorakhos.Mosk. 36 no,2:23-25 F 162, (MIRA 16:2)
(Moscow--Storage and moving trade)
/, (Moscow-Delivery of goods)

LUSHCHITSOY, R.A.,podpolkovnik meaitsinskoy sluzhby.-
Transplantation of sieve graft of the skin. Voen-med. zhur.
no.1:67-69 Ja '56 (HI-RI 10:5)
(SKIN TRANSPLANTATION,
sieve graft) (Rus)