SCIENTIFIC ABSTRACT GINZBURG, V. - GINZBURG, V.

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• Collection: Scientific Abstracts
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• Document Creation Date: November 2, 2016
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• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GINZBURG, V.I.
Photogalvanographic method for the reproduction of itagea on
copper sarfaces coated with oxide film. Zhur.nauch. I priklJot.
i Idn, 9 no,6t451-457 K-D 164* (MIRA 18:1)
1. Yessoyuznyy nauctmo-isoledovateltakly institut pollgraficheskcy
proWshlemiosti.

GINZBtllif,, V.I,,
2320 64-
a . ?11.zl ch~,-W~ I.y ins T

GINZBURG, V.I.
rhotoelectric mothod for producinp bimetallic imageto and
off,-et printing plates. Zhur.naucY-.1 prib-I.fot. i kin. 10
no.3:174-178 My-Je 165- (MIRA 18:11)
1. VBoi3oy-uzny-.v nauc)ino-ir,,,;le(lovatel.'skly institut.
poligrafichotikoy promyshlennorti.

GiNnURG, Y.L.
.. . I I I ~ I
Captive air tiree. lauch, i res, 16 no.2:37 P '57. (MIRA 12:3)
(United States.-Automobilso-Tires)

GINZBURG, V.L.
I --. - mmmmwopwmm~,-
Conveyer belt vith n zipper f9stener (from "Gummi ii.Aebest,n
in no.2 1956). Xmrach.i rez. 16 no.5:39-40 My 157. (MMA In:?)
(BeIts and beltinp)

GINZBURG, V.L.; ROTLEDER, V.M.
Review of foreign patents of tyOs ORB" tires. Kauch.i rez.
22 no.2:36-38 F 163. (MIRA 16:2)
1. Nauchno-isaledovatellskiy institut shinnoy promphlemosti.
(Tires, Rubber-Patents)

oil
Category: USSR/Analytical Chemistry - General Questions. G-1
Abs Jour: Referat Zhur-Kftimiya, No 9., 1957, 30945
Author : Ginzburg V. L., Alekseyeako Ye. F., Belokrinitak" Ye. Ye.,
'-VRu-M-fn-F-T-.-N ., Ineshina F. M.
Inst : not given
Title :Accuracy of Photographic Methods of Spectral Analysis
Orig Pub: Zavod- laboratoriya, 1956, 22, No 11, 1331-1333
Abstract: A comparison was made of the accuracy of analyses of fused nickel,
copper regulus, fused cobalt and cathodic nickel, according to
calibration graphs in A 8, Ig C coordinates, and in accordance
with the solid. graph method. Determinations were made of Cu, Fe,
Au, Pt, Pd, Ni, Siy Mn, Pb, Sb, Bi, Sn, Co, at concentrations from
several thousandth to decimal fractions of one percent, with apec-
trum excitation in are discharge of direct and alternating current,
and photographic recording on plates of type I, II and III. In
most inetancen no substantial differences verv found In the vagai-
tude of errors with different calibration graphs.

USSR/Optics Optical Methods of Analysis. Instruments. K-7
Abs Jour Referat Zhur - Fizika, No 3, 1957, 7962
Author VitushKina, I.N., GinpburZ, V.L.
Inst Noril'sk Mining and Iketallurgical Combine, USSR.
Title Spectral Analysis of Nickel in Low-Voltage Spark UGing
Cast Electrodes.
Orig Pubq Zavod. laboratoriya, 1956, 22, No 4, 438-44o
Abstract In the determination of copper and iron admixtures in
pure nickel, the spectrum is excited by a DG-1 genera-
tor, operating in the spark mode (current 2 2.5 amp).
Me analytic pairs or lines are Cu 3273-96 Ni
3286.95 A and Fe 2599.40/57 -- N 2551.01 A. The inter-
val of the determined concentrations of copper and
iron is 0-01 -- 0-5%-
The mean arithmetic error of the determination ranges
front 5 to 9%.
Card 1/1 - 105 -

AUTHORS: Nedler, V.V., Ginzburg, V.L. 32-24-4-61*/67
TITLE: The Third Conference of Spectroscopy Analyste of Nonferrous
Metallurgy (Tratlye soveshohaniye spektroakopistov-analitikoT
-tavetnoy metallurgii)
PERIODICAL.- Zavodskaya Uboratorlya, 1958, Vol. 24, Nr 4. PP. 507-508 (USSR)
ABSTRA,CT: The abo-o-3 atentioned conference took place at Moscow from November
15 to November 20, 195' '7; it was called by the Scientifio-Teohnioal
Society of Nonferrous Metallurgy, and was attended by 255 re-
presentati-res of 175 organizations. The contributions made by
I.E. Britske (Gintavetmet, Moscow) and N.S. Poluektova (Ukrgiredmet,
Oftesa) dealt Yd.th questions of flame photmetry. The report do-
livered by L.I. Kononenko dealt with the method of determining
zirconium, hafnium, molybdenum and vanadiw% An interesting oon-
tribution vvu made by la.D. Rafthbaum, Ye.S.Kostyukova, and
V.D. Ma4kh (Irgirtdmet, Irkutsk) under the title "On awe Causes
of the Influence Exercised by Chemical Composition on the Results
of Ore Analyses". A detailed report by N.A. Makulovs.
(Giprots'g-stmetobrabotlm, Moscow) dealt with investigations of the
Card 3 =le governing the transition of test mateeial to the emission

The Mrd Conferetoe of Spectroscopy Analysts 32-24-4-6W67
of Nonferrous Metallur&T
I. A
on -A.Prishberg and V.V. Nedler (Nigrizolato, Moscow) spoke
abcut problems of the physioal-chemioal thtaory in connection with
obomical reactionm during the formation of volatile compounis in
the e3ectrio are. V.L. GIrsbarg (Worillsidy Cm-J~.e) gave a rt-
pur'. op tn#z develoMent of a method of determining ths -LOMPerature
lnter~sity of electrolei. The following contribullons dealing with
special methods of speoltml exalysis deser-re mentioning: The re-
arts by D.M. Shv~Lrts, L.N. Kaporskiy and V.V. Portnova
r-Ilpronikel' , Lerixgrad) ad I.S. Niloya (Severonikell Xono~4gorak)
r
Which deal Ath the analysis of z'_rlc, thallium 9-,xd antimony; the
rdporbs by S.M. Soloda-,74.k (Gireamet, Moscow) ,uA others on the
analys'li of Billoon, iillocc dioxtdst ani sillolo soil! the reports
by V.P. Khmpay and G.M. Guser on the increkso oe sensitivity in
deteWtnationj of microadmi:xturem Im ail-rer; the umtributions
mado by N.A. Sin'kov and D.M. Livahits (Norl.113k. Comb!ze) deal
with the analysis of solutions containing platinum metals. The re-
port delivered by V.0. Khandros and L.N.Filimanov (Giprotsvet-
metobrabotka) deals Yeith the problems of the application of quaTsto--
meters. A.G. Krastlyaninov, Tu.1. Stakheyev ani la.D.Raykhbaun
Cam 213 (Irgiredmet) were the flirst to use photoelec-~rio apparatim, for the

The Third Conference of Spectrosoopy Analysts 32-24-4-64/67,
of Nonferrous Metallurgy
iirect ana2jais of ores for lith-lim. The contribution made by
V.V.Neiler dealt vrith attempts made at using the horizontal
elm.ctrlio aro, stabilized by an air current. The reports om-
cerning fitandar3s publish d b the institutes Gintsvetmet,
Giprots-eetmetobrsbot!m, Q tall at Moscow), TANIIolovo
(Novor;.Pt,i-sk), Irgiredmet (Irkutsk), Gipronikel' (Len ngmd),
VNIItsvetmet (Ust'-Kamnogorak), Ukrgimdwt (Odessa) conqrm
the mrk performed by these institutes during recent years. The
neoeaal'ty of centralizing the pullishing of stanlards was
stresped, and the industrial production of high-quality speotral
mrbc" and an increased distributi3n of ordinary spectral
carboix, wm,- urgently demanSed.
1. Metall'argy-USSR. 2. Spectroscopy--USSR
Carl 3/3

oil
AV
Nf
33
fill
ill dill Al 0

GINZBU1;G, V. L. (i-O"ICOW)
113pectral Method of Analysis of Technical Tellurium in Hbble Aetals.m
paper submitted to the Fifth Conference on the Analysis of Nobel Metals,
Novosibirsk, 20-23 September 1900
So: Zhurnal analiticheskoy khimii Vol IVI, No 1, 1961, page 119

11~ GINZBURG, V*Le-, RODOM, G*B*
.... -------- Z----
Regularities in the distribution of nonferrous and noble metals in
the prodomimLAt ore minerals and silicates of the Norillek deposit.
Sov. gaol. 3 no;3:48-60 Hr 160. (MIRA 13: U)
I. Xinisterstva geologft i okhrany nedr SSSR.
(Nori'Vsk region-Metals)

S/032/60/026/05/18/o63
B010/BO05
AUTHORS: Ginzburg, V.-L., Glukhovetskaya, N. P.
TITLE: Determination of Silicon and Other Impurities in Selenium
PERIODICAL: Zavodskaya, laboratoriya, 1960, Vol. 26, No. 5, PP- 559-561
TEXT: N. N. Danilova and L. A* Lerner collaborated in the experimental
part of the present investigation. A spectrum analysis for determining
impurities in selenium was worked out. The calibration samples Used were
produced by fusing together Si and Se; less Si was used than corresponds
to the stoichiometrio ratio in the compound SiSe2. Thus, it was possible
to obtain a chemically stable mixture of S'Se2 and Se. By increasing the
addition of Se, a series of calibration samples was produced up to a
Si content of 2-1o-4%. silicon was determined acc3rding to the following
spectral lines:~ Si 2516.12A (from 1*1o-4 to 3*10- % of SO, Si 2881-58A
(from 2-10-4 to 2-10-2% of Si) Si 2514.33A (from i-io'.3 to 5.10-2% of Sj).
Si 2435.16A (from 1.10-2 to 3';o-l% of $I). The calibration samples for
determining the othor impurities in selenium were also prepared by fusing
together the Initial alloy with pure selenium. The initial alloy was
Card 1/2

Determination of Silicon and Other S/032/60/026/05/18/063
Impurities in Selenium BO1O/BOO5
produced at the institut "Gintevetmet" ("Gintevetmet" Institute), and
contained 1% each of Cu, Pb, Mg, Al, Ag, As, Fes Sb. Nis Bi, Te, as well
as the selenideo of Cd. Hg, Sn, Cu, Nis and/or their malts with seleniuni
The sampleB, as vell as the calibration samples, were granulated and
fused into the crater of the carbon electrode (Fig. 2). There are 2
figures and 4 non-Soviet references.
ASSOCIATION: InBtitut obshchey i neorganicheskoy khimii im. N. S.
KurnakoYa Akademii nauk SSSR (Institute of General a
lnorLarilc Chemistu imeni H. S. Kurnakov of the Acad
of Sciences. USSR)
Card 2/2

SVESHNIKOVA, V.N.; GINZBURG, VA.
Study of the ternary system consisting of cerium phosphate -
phosphoric acid - water at 70*C. Zhur.neorg.khim. 7 no.5:
1169-1173 MV 162. (MIRA 150)
(Cerium phosphate) (Phosphoric acid)

GINDURG, V.L.; GLUKHOVETSKAYA, N.P.
Spectral line intensity as a function of the effective ionization
potential of an electric are. Opt. i spaktr. 12 no.3:344-349
mr 162. (MIRA 15:3)
(Spectrum analysis) (Electric are) (Plasma (Ionized gases))

GINZBURG, Vo L.; GLVKHOVMKAYA, N. P.
Note on 0. P. Samenovs, and M, A. Levohenkole article ODependence
of the effeeti ionization potential on the concentration of
readi3,y iorAzable impurities in an arc discharge." t. I opektr.
13 no.6:881-882 D 162. (MIRA 1~
(13jectric disabarges) (Ionisation)

s/o73/62/0l7/oo9/oo5/oo6
E071/E436
AUTHORS: .,,Gi_nzb.ur8, V,L,, 4lukhovetakay'a, N.P., Danilova, N.N.
I_ __ - ----------- W.
ITLE:
T A spectrochemical method for the determination of
impurities in selenium
PERIODICALi Zhurnal analitichaskoy Mimii,'V.17, no.9, 1962,
loq6-lloo
TEXT: A method of determination of small amounts of impurities by
their preliminary concentration and subsequent ape ctral analysis
is proposed, I The concentration is carried out by distilling a
sample of selenium placed on a powdered carbon support at 3156C in
a stream of nitrogen oxides. Selenium distils off in the form
of Se02 while impurities remain in the carbon powder which is then
submitted to spectral analysis on carbon electrodes. To increase
the sensitivity of the determination of impurities in carbon powder,
sod*um chloride (0,61%) or potassium chloride (0.3%) are added to
the concentrates. The degree of recovery of various elements in
the concentrates was tested. According to-the degree of recovery
;the elements were divided into three groups: 1) 70 to 80%, Au, Mg,
Sn, Sb, Bit To, Alt Cut Ags 2) 4o to 50% Cd, As, Fo, Pb, Tit Mn;
Card 1/2

S/075/62/017/009/005/oo6
A spectrochemical method ... E071/E436
3) 20',o' Cr and Ni. For the elements of the 3rd group, the method
cannot be used. There are 4 figures and 1 table.
ASSOCIATION: Institut obshchey i neorganicheakoy khimii im.
N.S.Kurnakova AN SSSR Moskva (Institute of General
and Inorganic Chemistry imeni N.S.Kurnakov AS USSR,
Moscow)
SUBMITTED: November 20, 1961
Card 2/2

S10321621028100610121025
B101/B138
AUTHORSs Ginzburg, V. L., Glukhovetskayaj N. Po, and Lernerp Lo A.
TITLEi Increasing the sensitivity of the spectral determination of
impurities in selenium
PERIODICALt Zavodskaya laboratoriya, v. 26, no. 6, 1962, 682 - 684
TEXT: By adding NaCl (ionization potential V i . 5.1 ev), the Vi off of
the arc plasma may be controlled in such a way that the sensitivity of the
impurity determination is increased considerably. Calibration curves AS
against log C were plotted for selenium samples with impurity standards in
the presence of carbon powder containing various NaCI additions in the
counterelectrode. The dependence of the intensity of the spectral lines
on Vi eff was determined. V i off , 7 - 8 ev, achieved by carbon powder
with 1~0' Na (- 2-5% Nacl), was the optimum. The sensitivity increase
results from the ratio Y a C without Naci /C NaCl' For the elements *
investigated, the following 6C values were foundi Te 0.46; Hg 0.201 As
0-50; Cd 0.30; Mg 5-0; k 2.2; Al 5-5; Au 5.0; A 4-0; Bi 2.51 Cu 5-0;Ti 541
Card 1/2

5/032/62/028/006/012/025
Increasing the sensitivity ... B101/B138
Sb 1.0. Tne brightness of the Cd, Hg, Te, and /,a lines is not increased
when reducing the selenium are temperature because of the high ionization
potential of these elements (Vj~>8.6 ev). There are 2 figures and 1 table.
ASSOCIATIONt Inatitut obahohey i neorganichaskoy khimii im. N. S. Kurnakova
Akademii nauk SBSR (Institute of General and Inorganio
Chemistry imeni N. S. Kurnakov of the Academy of Soienoes
USSR)
Card 2/2

GTN71R GTXUOVMWAP N.P.; LUM, LA.
-.4
Fluorination of B"ples In spectril analysis. Zav- lab. 29
no.6t684-685 163. (MMA 16:6)
1, Institut obehobey I neorganlohaskoy khimii imeni N.S.
gurnakova AN SSSR.
(Spectrum analysis) (Fluorination)

GINIVIRG, V.L.; L1VS111T.;, D.M.; SATARINA G.I.
Detnrmination of silver, gold, jalladJuin, platinum, and rhodium by
atomic absorption flamo spectroFhotometry. Zhur.anal.khim. 19 no.9:
2089-1093 164. (MIRA 17t10)
1. Konstriiktorskoye byuro 11TSv9tmp1avtoiutika11 i I'Sentrallnyy
naiictino-iEi~,,"~edovatellskiy gornorazvedochn,yy institul., Moskva.

G-3" I b U R ull) ().'E!; 7 .!,1.
-
~Iri I if". ';;i A (.)I,. al (,')! 1"~Prj v of 41 ": 1: ri '."~ ~' I i I-- :
~ -A. I ~ir
V ~ ~ - . I -
:'. 4, t 1, "14. 1 . ~ - I
f
1. instit--r; ,i'l

PITAYEVSKIY, L.P.
Optical propertlen of polyvalent metala and electron interaction.
DokI* AN SSSR 163 no.611352-1355 Ag 165o
(MIR& IM)
1. Rziobeekty inutlUut im, P.Mabodeva AN SSSR I. Institut
fizicheakikh problem AN SSSR. 2v Chlen-korrespondent AN SSSR (for
Ginaburg).

A
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:T 7,
TITLEt Cosmic r4 -41W LA tb 44a" OVA the Mataolaxy~
ain%4;v4.'0;* iwo 6 o' 1965, 1129-1134
304C 8 4, Astro '4d
i,ii4itic field,
TO~JC
imls: co~
9 Ut !~W
a, oxy. :~~bat atjA
lactic space no anAsotro
AB V it lly ha~-d 0'
'FP 4n:;metaj&a Py
of OLSC ~uois Otid f ield of this space is unable to
P tab I I
offsetA a OW r pie rs~ o ray.$ Lot however, has not been borne
ttdoy~of ON& rays and the transition
10 6bldm
'iwe~ Y a d' W
space: I iij 6'Me I*" considered to be unsolved. V. Le
cosmic rays are. assoclato
~e i."Uft tv oo~liii. a d with
ict :Wni~*'-th ~clxiittr 'adA other Instabilities in rariflid.: .
pl4sma`. 11~8 tril 4ftion.. V :'wjLJ:4kIield. from plazy to metagalactic, space A
bou 0~ rA at such conditlons$ anisotro
t
oc6uro~ 4W0 Ii
co"amiq pkYs p, re; i th~ J'A'ut and form cluster# in the Metapilaxy.
184,$AbOt I - - I -
-4kdo . g their
cl state, agi *tit Otte lines and become unstable, generstin'
x
ITO~ Wil it ity: hi:V*er~d t Went notion In the' plisma and
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Op 'P*
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pbu a ~piolt4 IF 44 It.
~~1%104414fitkky bji7ukall~' iiieAd it! ;V imodoystviyal 1-9
electron interaction, vatal-
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GIN-LBURG, V.1'.
CorMIC: and p~amrnft phenomena in thi- Cn !axy w.rlf
Astron. zhur. 41. no.6:11".1 11134 ],:-D 165. (1"-,;RA 19:1)
1. F1.7,10wo'-dy k-.,. Lebwlt-~va ',?: Siibmi~tc6 Ai,!-!!
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ACC H& kP6023130. SOURCE CODE:
AUTHOR: G, Vo L.; 3nnyateldy S-_
A
offitt Physics Institute im. P. N. Lebedev, AN SM (Fizicheskiy institut AN SSSR)
TITIE I Origin of comic EW p,
SOURCE: Vq*khi ftsicbeekikh nauk, v. 88, no. 3, 19669 485-504
460IC TOM cooda rayl supornova; astronomic conference, galaxy, electron spectrum
'A'MRACTI.- It is argued that cosmic rays cannot be of metagalactic origin and that
plasm effects are of fundamental importance to the further development of the
~astrophyvics of comic rayal this also part" to the quasars. According to the
authors, the principal sources of cosmic rays in the Galaxy are the bursts of
supernovae and posvibly also wqx1osions of the galactic nucleus. Emphasis is placed
.'on the role of instabilitj in the formation of the boundary of the galactic halo
and in the imtropicization of the comic rays emerging from the Galaxy into the
Metagala3q. Allowance is made for the now knowledge that has been gained following
the Jai Confaence on.Coenic Rays in 1963o The Ninth International Conference
on C=z hold in L*ndon (September 1965) is critically evaluated; at this
conferinc4'no new proofs in favor of the.theory of the metagalactic origin of galacti(
:cosmio too - unless the highest energies are concerned - were presented. It is
shown that.studies of the electron spectrum provide a means of verifying the

t 31467-66
ACC - HL' AM23130
hypothesis that a large part of coamic rays (or more exactlyl their electron
component) is generated during powerful explosions of the galactic nucleus,
Any proofs refuting this hypothesis would serve as a strong argument in favor
of the local metagalactic theory of the origin of cosmic rVs,, but no such
proofs have yet been presented; neverthelesas this theory merits further
,discussions Orig, arto has: 5 formt-aas. [JPRS1
-SUB MIX( 03 SUM DATS: none ORIG RM 1 032 OTH RU: 027
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ciarac~cri.,~-~jc rLL(Iiation due to z,.-LGinic cynchro-
riv--tJon, rakliatiwi). Eotimates of the relative co;- ribut ions of the
mcc:i-.rd:~.,x; ivrc: given. -Auther p-.o.,;pcc-'Ur. and the required apparetus are
in 4,',,~~
CODCJA1,'dO;1. Ori[:. aft. has: 2 fi r, cz alld 5 for,-.Iul
uur all
DRE.: D)/ ORIG REP: 010/ 0-1-1 REF: 024
C 6 UDC: 523-85

GMYRO$ Vol*
"On the Exclusion of the Longitudinal Magnetic Field from the Hamilton Function,"
Zhur, Eksper. i Teoret, Fiz., 9, No.8, 1939
Ontics Lab. amd Sci. Res. Thfit. of Physice, %acow State 11.

OiNnnumo V.L.
"On Q=tum E'lectrodynamics. I," Dokl. A S'l'c,R, 23, No.8, 1939.
"N Quantmi Electrodynamics. Ir', Dokl. AN ISSISR, 23, No.9, 1930,

01,NvAURO~ V. L ,
1939.
"Som Contribution tc. ~imntum Electrodynamics. III," Dokl. PUN SSSR, 24, 140.2,
Sci. Res. Inst. Physics, Moscow State U.

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G W-MO ) V, L,
"Wave Equation for a Particle with a Spin 1/2 and v Ith Two Values of the Rest
I/ass," Zhur. Eksner. I Teoret. Fiz., 12, No.10, 1942
"On the Theory of' a Particle with a ' pin 3/2," ibid.
Physics Inst. im. Labodev, AS U.I`,~R

00
So
JUM
a 66
a
On the -Vanmapiotic effeats influencing the radio-mve propagation
In the atmot,)hare. GINA
Io To CAs AGN6. Sol* URS6, 350 9, ppe
870-ArS, 190 - Tim earth's mCnotto field elves rise to a double
refraction end rotation of 'fie PlAne of polarization of radio maven in
the nuiosphoro. rh evaluating these watfects, It to ordinarily wdT-
West to calculate the change In rofro Index of the zedim containing
froo oloetrons, wblob Is brought about by the ragnotto field. The paper
ounsidiwe proc""s of a jamagnotto rAturs, depending im a ounsto
nPatfic mat of the atow and Mlociules of pool in the atmosphMe,
0onsidoraWatas relatlaig to the olootronio #Was of moleoules, staw
and tons of Yj and OS lead to formlas ftma which the agnitude of the
effect
b# evaluated. The influence of the parampotia
can
1,irooososs
I is insignirl cant. A.I.T.
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"On W&vO EqUatiom, for Particles with Variable lpiA,11 Zhur. I'-ksper. i Teoret.
Fizop 13, No.7-8, 1943

- - - - w w *#*Go 0000 **see
if" if is " 4. . . a 11 . . a a 1, v if M
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and $ROD a
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aftuming that the lumill. -010
go c -
,
dweact is do@ to doorwence Nd multiple watteciall of the un's
00 rays. The powdillity of Polarisali" In the autina Alwitum it altil
Its
it IV.
00
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GINZBM, V. L.
0 polyarizatsit Unty v opel(tre sveeheniya nochnogo neba t v spektre polyarriykii slyanly
(On the Polaritation --)f the Lines In the Spectrum of Night Sky Luminescence and in the
Auroral Spectrum). tVcademiya Nauk SSSR- DQklady, 1943, v. 38, no. 8, p. 266-26~,
V. -~(t
AS262.S'3663 J~

tA
it'll
LL
i w I Ia X
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fill I
.5 Ffil I A a 11 f!'-p 131 .1
't J, I t E- 4 1'3 W1 -,-,a k I', A. j 1-1-
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2.4 1 MH '14h

OMMOO V, L.
"On Secondary LIght, S(7attering In the Atmonnhere and on Polarization Anomalies
During Tvilight," Dokl. IN SSSR, 40, No.6, 1943

I.VOY, SAITAMW CW AIUW*Wfko MANN W #is
, , , , " Ufts 0 ckffwasn Alm" ",
Flun. S"w MLAw"'Flo at I*mf srol-
Moso or Kar"no A"m: dmi too im
wtaimm to l.kd" to L",ist --ilot
non If "Wo Pon&$ OW
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If"
flis.1, Val 9Z
l!llh 171-1. 1-4 11. 4, top, owill: all Irl
w,;,d04e4~,k.

OIN' SMO I V. L
"Cn the Sr~,atterfiip c~f Llght In Liquids," Dokl. A:~ 'Sslt, 42, llo.4, 1943
P.H.Lebedev PhyBics Inst., ASS, ISSR

-.Iva
2145
On (I* III= ettilld IN
!11
VIM , V14 "4evcroWl 'ci The teInfivistic
theory or the Particle (1h. 310. 'Do mu-sodian for
the Dquoring of 14hi (or mem) on the m4mik
tit Arst with the vwru its In the usual theory but be.
z WIM4 Cgristatit forp"Od Cnergits h$'>> (mi - MI)CI
where NJ and ffl; -Wff-m rut-malm, Thul, the
Inirodwilon or Meet spin states leads to the cutting-
off of the cross-soction for scattering and to the
possibility of a non-contradiclory consideration otihe
Interaction of the heavy PAmIck's nu-mwnt with the
todiation. Bad the field. no thwry of the
particle (1, 2) Is.& m1woe "loped and this, together
with the ab" theory, Mktg It possible to consider
the exciled states orthtz~!Mmnd the meson
In I relatMile f6m. L. A. o'

01 fl C
'
k
with. ble spin,
]shy$,,

Ich c exist In states with spin$
0~
j sod With diftent valucs of Ilia rest mass.
Walativistiq wave equations for such a particle,
I Illy proposed by Glubuti. an said to split up
It, by mearts or a certain twifbmation or the wave
Amcfts, they reduce to R system of equations rot
cle with the spin I and far a partItle with do
t paw
J. Which ars Imicoandent of each other. It Is
illown thAt the oquillm for a (0, 1) particle and
for a (1, J) particle always split up In the absence at
a field and also In the cut of a certain type or inter-
i4don with an cloctmmagnetic kK The equations
for a (1. 2) pankle am also separable In the absence
of a fkK but this Is riot the case for a f) particle.

3r,
7-77
irk 40 4:"
7 -ARI Pip F"r.,
wrt an Bun lf-R
toil a -inat The "whomism of sbwptlo" iq (115c=u3se
IMMT . Of CXPd. d2tS On tile TIO. Of 113115 anti molp.
te. And tht fl cy (it collisimm betwron electrons,
it
all catial 17no 974s well 0 of tht r1ko of t1st tirtli'l;
111111itile fidd. 1111111111a"ll
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r" MAW
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"Op+ical Method forthe Investigation of Stresses," Zhur. Tekh. Fiz., 14,
Eo.3, 19/d,
Phynical Instj Jr. lebedev, AS USSR

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THE MAC! BNERGY AND T11L K.,HAVIOUR OF SUPRACONDUCTORS OF SMALL T)I*
MENSIMIR. V4 :,,, CUNSBURG (J. PHYSICS 1945, 9, (4), 305-311)
(In Enrl i al. 'he depth of penetration of a magnatic field
into a suproomiductor in discussed, and the offect ot.,thn surraco onargy
&t tho boundary between a suprttoonduotor and a Ynouum or a mobal in the
normal state is itressed. It Is pointed out that bad agrooment between the
previous theories And the measured values of ttie criticnl fields for supra-
conduction rams ana matisive specimens is due to nerject of thn surface-
anerry factor. Thn rekation botwecn t e critionl field and the thickness
of the film in developed taking this factor Into account, and gair agreemw
with experiment in obtained. GVR.
L A SETALLUMCAL LITtRATUE CLASUNCAUGN

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In tie'JoUrwl of Physics of the USMt Vol:~
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-, To jid
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Vozkva, I?A-vo Akpdemii nauk SSSR, 1()L;.6. 20h p.
(Akademila nauk SoluzB SSR. Nauchno-popullarnpla so,.jjB,)
(419-5813q)
Q961i.r,5

GTNnm$ V. L,
"'Theory of the Propagation of Hadiawaves in tile Ionospwrell. Uspekni Fiz Nauk,
No 2-3. Ighb (155-201).
(Mateorcilogiya i Gidrologlya, No b Nov/Deo 1947)
SO: U-3218, 3 Apr 1953

819 ON THE DILLECrRIC PROPICKrINS OF FRICROKLECTRIC cmysrALS
AND SWUM TITANATL-V.,M,. hysia. U.S.S.R., 10, No. 2.107
IPW. The polm of latogii "it of badem fitauto an tii~
in com"WAN "k tu tbWomy"aw owummstloo of lk Pbw tfmwuw Imm A
nlm-pyrowww blo a ~Pymswww crysw~ gkpwimnw dilta show tut
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Bolow do umifte powt (ebwe T