SCIENTIFIC ABSTRACT SHPITSBERG, I.P. - SHPOLSKIY, E.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549930005-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SHPITSLUIG, 1.1~~
Introduction. Biul.sta.out.nabl.isk.sFuf~..-7em. n0-91--4-12 160.
(MRU 14:7)
(Artificial satellites--Tracking)
(Astronomy--Table3, etc.)

ACCESSION NRt ARW14617 5/020/64/000/001/0025/0025
S09~E: RZh* Astroriomlyai" Abs. 1.51-178
AUT,fp: Shpitsberg$ Is Ps
Tl'rlZt Refraction tables for the Axetic and Antarctic
CITED SOURCEs Tr. 15-y Astrometr. konferentsii SSSR, 1960,, M.-L.., AN SSSRs
1963, 242-246
TOPIC TAGS: refractions mean refraction, refraction tables Arctics Antarctic,
refraction tleorys high-latitude refraction, zenith distance
T?UNSLATION: A description is given of refraction tables compiled in 1959 at
the Institute of Theoretical Astronomy$ adapted for observation conditions in the
high latitudes. The tables are based on the Gulden refraction theory; in compar-
ison with the Pulkovo refraction tables there is a considerable broadening of
the range of change of temperature (to -500) and pressure (to 300 mm Hg) and the
te~,Y erature t = -200 is used for mean refraction. The tables are compiled for
7.
1/2

ACCESSION hR: AR014617
values of refraction itself, not its logarithm* It is noted that refraction
tables in common use abroad are compiled using the Garfinkel and Radeau theories.
Comparison of refraction determined usincrithe Gulden and Radeau theories reveals
a considerable discrepancy for large zenith distances, attaining 21 for z a 900"
t = -200 and b = 760 mm-Hgo Bibliogr~phy of 8 titless Kho PoItter.'
DATE ACQt 19Feb64 ~SUB CODE: AS ENCLt 00
Card 2/2

SHPITSBARG, V.S., inzh.
--- --
Snost fences. Pat' i put. khoz. no.1:8-10 Ja 158. (MIRA 11.-1)
(Railroads--Snow removal and protection)

SHPITSER, S.M. (g. Leningrad)
I ~ I --- --
Research in the Antarctic. Hauka i zhizn' 24 no-3:56 Mr '57.
(MLRA 10:5)
(Antarctic regions--Ichth3rolog7)

SHPITSIM, G.K.
Chemical composition of the antigens of the tularemia bacterium.
Dokl. AN SSM 105 no-2:315-318 '55. (KI-RL 9:3)
1. Institut opidemiologii i mikrobiologii imeni N.Y. Gamaleya
Akademii medit8inskikh nauk SSM.
(Antigens and antibodies) (Tularemia)

V.
InJus~ry
7-urninr cut ~t ~ccelirpt,-!d tractor sp z! ed. Torf. -rom.. 7~~ nD.
ILU L
of C,
_)11,,r ::U t,
:5 U. Cl
~'T

SHHTSMAKIL,e~R, O.A., inzhener; FROLOVA, O.S.
Method of determining the volumetric weight of cut peat extracted by ma-
chines UPF-2. Torf. prom. 30 no.4:29-30 MY '53. (14LRA 6:5 )
1. Karinskoye torfopred-Driyatiye. (Peat industry)

SHPITSMAIGMR, O.A., inzhener; RYABCHIKOV, M.Ya.; POLIMPOV, A.A., inzhener;
GAMYGr , -i i zhener.
.' n
Concerning the work of MPT machines in moving drainage pipes during the 1953
season. Torf.prom. vol. 30 no.11:7-14 N-D '53. (MLRA 6:11)
1. Karinskoye torfoprodpriyatlye (for Shpitemakher). 2. Ghernoramenakiy
torfotrest (for Pqabehikov). 3. Orekhovo-Zuyevskiy torfotrest (for Polikar-
pov). 4. Shaturakiy torfotrest (for Gamygin). (Peat industry)

SHPIT&aMRoO.A _-
Let's build good roads in Kirovo Province. Avt.dor. 24 no.2:5-7
F 161. (MIRA 14:3)
1. Nachallnik Kirovskogo oblastnogo dorozhnogo upravleniya.
(Kirovo Province--Road construction)

SHPITSYN. S.A.
Influence of the Eberhard effect on the measurement of the
j Intensity of spectrw lines. Fiz.sbor. no.4.,539-543 '58.
(14IRA 12:5)
1. Irlmtskiy gosudarstvennyy universitet imeni A.A.Zhdanova.
(spectraphotometry)

SHPIZ, B.G.-, inzhener.
Systems for including fuel regulating colilmne in boilers oparatizi
on mazut. Elek. sta. 28 no.6:90-91 Ja '57. (MLRA 10.,8)
(Boilers)

~SHPI"Lt .- -
Unusual skull inju-ry in a hemophilia patient. Pedistri.1a no.6'
16-17 Je '57. ~VIIRA 10:10)
1. 1z Cistrozhskoy ray(,anay bollnitsy Rovenskoy oblasti (gla7nyj
vrach M.R.Rogovaye)
(SKULL-WOUNDS AND IHJURISS) (HEMOPHILIA)

SHPIZELI, R.S.
Retroperitoneal phlegnon in children. Khirargiia n0-5:88 Je '55.
KRA 8:10)
1. 1z Stepanskoy ray-onnoy bollnitay Rovenskoy oblasti.
(GROIN--INFLAMMATION)

-SHPIZFLt, R.S.
Activities of the Ostrog Cyril and Methodius Society in bringing
aid to the sick and wounded, Vrach.delo no-7t763-765 J1158
(mm 11-.9)
l.' OstrozhskzVa rayonnaya bollnitsa Rovenskoy oblasti.'
(OSTROrr-MEDICIDE) . I

SHPIZELI, R.S.
Case of successful surgery in embryonal hernia. Fed., a),-ush. i gin.
20 no.2:57-58 158. (HIRA 13:1)
1. Ontrozhskaya rayonnana bollnitza Rovenskoy oblasti (glavnyy vrach -
M.R. Rogovaya, zav. khirurgicheskim otdolom - R.S. Shpizel').
(HMIJL)

SHPIZELI, R.S. (Ostrog, Rovenskoy obl., u1. Dzerzhinskago, d.52, k-v.8)
Acute inguinal adenitis tand retroppritoneal phlegmon in children.
Vest.khir. 80 no.4:85-89 Ap'58 (MIRA 11:5)
1. Iz khirurgicheskogo otdeleniya (zov. - R.S. Shpizell) Ostrozhskoy
rayonnoy bollnitsy RovenEkoy oblasti (gl.vrach - M.R. Rogovaya)
(LYMPHADENITIS, in inf. & child
acute subilenl (Rua))
(RETROPIMITOML SPACE, dia.
phlegmon in child,surg. (Rus))
(PHLEGHOIT, in inf. & child
retroDeritonenl, surg. (Rus))

SHPIZEV, R.S. (Ostrog, Rovenskoy oblasti. ul. Dzerzhinskogo, d. 52, kv. 8)
Peculiar csse of a twaorlike lesion of the skin. Nov. 1-hir. arkh.
no.2:126-127 14r-Ap 159. (MIRA 12:7)
1. Thirurgicheskoye otdeleniye (zav. - R.S. Shpizelf) Ostrozhokoy
ra,,ionnoy bollnitay, Rovenalcoy oblasti.
(ELBOW-TUMORS )

SHPIZEL I- 9-~Asi-
Case of cancer metastaaes from the rectum to the myVeardium.
Vop.onk. 5 no.10,.483-485 '59. (MIFA 13:12)
(REOTUIA--GANGER) (HEART-CANGER)

SHPIZELI, R,S,
Recovery fr& acute carebi-6cranial injury with prolonged unconscious'-
ness. Vop.neirokhir. 24 no-4:52-53 Je--A9 f6O. (MIR& 13-.12)
(Loss OF ColisGIOUSNMST -
(BRAIN-WOUM AND INJURIM)

SITIZEL, R.S.
L~t:---jejiultd of allot in Ifirge
flasty,-,using fluoroplast-4
postopeTqLtlyd hernias. Xhirurgiia no.6*.92-91+ Je 161.
1. Iz khirurgicheskogo otdeleniya (zav. R.S. Shpizell) Ost-
rozhskoy rayonnoy bollnitsy Rovenskoy oblasti (glavnvv vraach
rayona G.A. Matyuk).
(OPERATIOYS, SURGICAL) (HMIIA)
(PLAISTICS)

SHPIZELIJ, R.S.
Early relaparotomies in acute pancreatitis. Sov. Mad. 25
no.2:60-62 F 162. (IffRA 15:3)
1. Iz khii-argicheskogo otdeleniya (zav. R.S. Shpizell)
ostrozhskay rayonnoy bollnitsy Rovenskoy oblasti (glavnyy
vrach G.A. Matyuk).
(PANCREAS-DISEASES)
(ABDOMEN-SURGERY)

SBPIZELI, R.S. (Ostrog, Rovenskoy oblasti, u1. Bashtovaya, d.12)
Serious thoracico-abdominal trauma with an avulaion of the left
half of the diaphragm. Klin.khir. no.6:71 Je 1462. (MIRA 160
1. Xhirurgicheskoye otdeleniye (zav. - R.S. Shpizell) Ostrozbskoy
rayomoy bollnitsy Rovenskoy oblasti.
I(DIAPMaf-WWNDS AND INJURIES) (AEDCM-WCYUNDS AND INJURM)
(CHMT-WMDS AND INnRIFS)

SIIPIZELI, R.S.
Acute paracolitis. Khirurgiia 39 no.10:88-95 0 163.
(YJRA 17:9)
1. Iz khirurgicheskogo otdoleniya (zav. R.S. Shpizell)
Ostrozhokoy rayonnoy bollnitsy Rovenskoy oblasti (glavnyy
vrach K.L. Viktora, nauchnyy rukovoditell- dotsent Yu.I.
Zak, 2-ya kafedra klinicheskoy khirurgii TSentrallnogo
instituta usovershenstvovaniya vrachey.

I
SHPODAREHO,, Ivan Panteloymonovich: PkNIN , N..". . red.
[Economfc efficienc7 of the use of high~speed tradtcr6li
Ekonomicheskaia effektimost' ispol2zolrani-la sko~ostqvkh
traktcrc-,r. Moskva, Kolos2 1965. 13102 p. (MIRA 18,7)

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r
'0
00 ild III sollic expts. litoll "r
4q. will. of Naj~~)lf, tosill,
00
;
Illan"itol. was det'l. in the dArknem anti in u1
mviwct. 'I'll,
0
"lle"Vi'let Is Filatef that% III the dark find tenlaiii,
Sit for About I min. after the light has been t1sru,11 tilt; -011111

6 this after-effect in strong" In the presence of Ijt()II.
H11011 reduc
s v In
i
it
l
`111110

0
00 e
u rav
o
et more or leis than in the dark
liccording to whether Its concn. is low (e.s 0 005 1 A :111110
-w laigh (e.K., 0.05 mol./I.). The v in ull;wvi~let I.
1 'S 0
00 with the lulemily. 1. tit radiation first rapidly x rru
hawly, tit prm-twv of R-tUlt v reaches it limit volien I in- *0
creases. The incrk-ase of I, with the concri. of NarSCII (up ;;0o
10 0.11 mol.A.) Is not linear, but becomes so in pre~cncv of
litoll
A max
f
i
l
d f
h Z-0 0
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fluorescence In solutions. V. V. Shr-I'Ail an.1 F. V. -00
G, WIku". J. I'hv,. Ch- (tI-N-n-R -) 10, 107, - 1110t,43W.
A d6cuahm of *Ih~ elptI. Irmill. ('T A1.41f
is givill (tont I r
h I"111 of view "I prarwk "41 t'lvilllsto"'
(.*-1. 33, 31740 J. Bik~Tnmt
f
Wit.; A S L A sETALLURGKAL LITKNAT"t CLA%%IfICA1JCft
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INTRODUCTION; CHAPTER I and NEPTUNIUM AND
PLUTONIUM; CHAPTER X. In ATOMNAYA KNERGIYA
(ATOMIC ENERGY). Moscow. Ltringrad. State Publi.h.,
of Technical -Theoretical Literature. 1948. E. V.
Shpolq
kij;
~
_
G. N. KolMeAko, ed. 1943. Sp. (NP-2254)

00 z Z. Wormation of common knowledge. mostly drawn from the

00 Smyth rtport. on the production of Pu in reactors has been
arranged for the general reAder. The following statement,
unsupported by any reference. to included: "the power of
the second reactor, built near Clinton in the stAfe of
Tennessee, operated at 1800 kv. By I Feb. 1944 this re-
actor had yielded 100 mg M of plutonium, and by I Mitch
it of the same year it had produced a taw grams."
j
0
A $.:ILA SITALLUROKAL LlIESA71,21 CLASSIFKATION
L
U Al 10 Li!~ ji K tj K K 11 It
it VP re no
040 019900000900::9996 006
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FROCIIIIS AND
Inv
K 9 '1 N 01 2 a 4 3 1 V
0 0 0 a 6 0 6 0 41 0
000000660060009960
WO 0

'736 771.534.21
Inhibiting Action of Optical Sewiltizem EL Sit X-Acia 1111-3it-m-NinkV
U.RSS.. 21. 958-960, 1940-UnpublishedW i ts obtained by P. AMPM.SK~
are quoted in an invesligation of sclisilization In a su,p~mion of silver
bromide jumder, but without details. The quantum efficiency, #, vvin,
incasurcd for %avck-nVth% 597nip, 546nip and 436nita for 341~cr branvide witti.
tized by thirteen dycs a oic nuom-scein and cyaninc scricii. In the zone of
normal bcnsi1i,.iiy of !,ilvcr bromido (436ni,,) # dccreaw% in ten out of the
thiticcii %% ith at Inimmunt value or about 0.71. The dyei which do not
rciluce the quanium ellwicncy are either poor scrisitUm ifluormcin, acridine.
01ang.c), of they act in the scrisitivc zone of sil,,vr bromide. The dc&rcc of
I'mering of t& inciewsc,, pjialk-I to the trowth of scasitizinS powcr. Ilk
.1111hot CoInImic% 111C%C results with previous findinp for the Net rcaction, and
supixos a rc%ct%eacfion Mwecit (he dyeand sonic intermcdiatc product ofthe
ptincilml miction %hich reproduces the ihitial product.
Alon. Abs. Bull. Kodak Rej. Labj.

0
0 ? 0 1 1
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A AI- .
.
_L
I I WAVOC VC-C
Y-1
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-1 ~c

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o* 00

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Absorption spectrum of chlorophyll in solution and in
PA'
If
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H
811
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1l
d
V
. '".i
.
.
.
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.
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'
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% direct uwwsurv.
f
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h
b
i
f
00
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f
i
ments o
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c
a
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Syr

Z " OWNI Isam**I, Fr"issis exrdfitr' &ad
00 cis "I Pa
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d
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,,
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U
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d
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0
entire pectruni to the longer-wave rcxion by about 12
00
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00

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A S 0 - S L AACTALLURCICAL LITERAURE CLASUFKATIGOd

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::: g:V
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PA 28T74
TCI T ISM, F. V.
UM/PhysiO6 Jul 194T
/Aug
Spi~ctra,IAbkrpl~t. ion
Pigments - Spectra
"Absorption' Spectra of Pigments in Turbid Mixtures,"
E. V. Shpollskiy, 8 pp
"Iz Ak Rauk, Ser Fiz" Vol XI, No 4
The usual method of observing the abam-ption spectra
of pigments is too simple and leads to errors In the
results. The author describes a more camplex, but,
more reliable method vhereby the errors are mini-
mized.' Shows diagrams of equipment used In aonneo~'
tion vith light from a mercury lamp of ultra-high " ~.
voltage. Submitted at the State Pedagogical Institute
imeni V. I. Lenin.

1310. Multiple Nuclear FiAsion ot *Staza' Lx~- to lUO Muv X-suya. by L. 3L ty.
Uzt-ckhs Ficichtskskh Aaut -41. No. 2. Apr iL 1947. 3 P. (in Hu:%& WRI
Do-- author discutmes tho effect of x-rays on t1m fission of nualei. H- draws his
data from two articles: 1) an article in issue No. 70. Septerber 1946 of
'Physical Review" by G. C. Baldwin. and G. S. Klaiber. anJ 2) an article by
Glea T. Secb"g which appeared in Ii-viewn of YkAern Physics' and was translated
into Russian and puLlished in the present journal. Vol 28, No. 2. and 3. 1946.

FA 50T84
USSR/Physics Jan 1947
Low Temperature Research
Nuclear Physics - Research
"Organization of Soviet Physli;s," F. V. Shpollskiy,
21 pp
"U8pekhi Fiz Nauk" Vol XXXIII, No 1
Gives short history of pre-Revolutionary Russian
physics and Soviet physics during first days of the
Revolution. Followed by long account of post.
Revolutionary Soviet physics mentioning the more
important Soviet physicists as well as their' holds.
LIstq various scientists by thairfleMs '.e. pbp- -
ic s6lid bodies I-ow temperaturers, tfie aga ~dd
0000 radiation', j&ysicol ohemIstry, eta.
IC 50T89

Gomm=
d - hoorescence spectra of Some POIYCYCUC aromatic hydro.
A. A. 111114, And V. V,
Basilevich 1XIIiii -.1.1ir I'Maxop. IIIII., hlowowj.
Irvell. Alt". Sauk Ser. Pis. 12, 519-LMOUIM).
The HIMMAIS Were MURIMAt"I Willi the 30-inp Ifs line
and 111"Ust-d photoelectrically Willi a quarls HIM10.
chrarnatoir. The following tnaterizals have been inveiti.
XattilinbewummAns.: unthracniv;
broin4mrithnictitc; 11,IUAibrottwarithructne; 9-brunw-111-
ruethylAnthracene; "ronso-10-chlorwrithrActne-, 9-0-
hydrmyeth)lAnthrjcenc; 11,11t-ditnerhylanthracene. U.-
10-diethylinthracene 9,10~ji-
isobutylanthractne, 9,l0-dHvxtxnylanthrActne,, 0-11ronw-
10-0-hydrox yet hylant hrACCIIC; anthracene-10,mirboxylic
acid; 9-1)rotittxtttthrActue-li).Qtrboxyiicuciti; 1,2
thracene; l,~%5,d-dilx:nunthraccnc; I0 -ine=yIn -,.n-.:r
t benzatithrucene; diiiiethyl-1,2-1)cnzAnthr;,ce,,e, h I
threnc. There is no spccW ififTerence in the
spectra of c.Ancerogtnic and nancancen)genk ct)tzjlxjs.
SHPOLSKI-Y, E.
"Review of the book "T'he structure of atoms and molecules" by V. N. KONDRATYEV ,
Successes of the Physical Scis., Vol. 34, No. 3, 1948,

USSR/Phys i c a Sep 48
Fluorescence
Chemistry - Anthracene, Fluorescence
"Fluorescence Spectra of Anthracene, 1,2-
Benzantbracene, and Some of Their Derivatives,"
E. V. Shpollskiy, A. A. Illina, V. V. Bazilevich,
Optics lab, Moscov State Pedagogical Inst imeni
T. I. Lenin, 4 pp
"Dok Ak Nauk SSSR" Vol MI, No 2
Studied fluorescence spectra of anthracene, 9,10-
di'methylanthracene, 10-diethylanthracene, 1,2-
benzoanthracene, 1,2,~5,6-dibenzoantbracene, 9,10-
d1methyl-1,2-bezzbanthracene, cholanthrene,
MM 36/49M
USM/Ph7sics (Coatd) Sep ILA
3-me'thyl-cholanthrene and benzopyrene. Compared
results for the fluorescence of anthracene in benzene
with those of Shishlovakiy, R. A. Burdett and L. C.
Jones, and P. Pringeheim. Submitted by Acad S. I.
va-viiov, 13 jui 48.
349T73

SHFOL'SKIY, E. V.
1949
Atomic Physics, Vol I (Atomnaya fizika, t. I), 2d edition, revised, Gostekhizdat,
w - 15368, 6 Dec 50

SHIFOL'SKIYI E. PA 51/49T64
Apr
Uminescence
"Review of M. A.-'Konstantin6va-Shlezingerls'Book,
I.Lumineseenoe Analysis,'" Ik. Shpol'skiy, 2 pp
"Uepekhl Fiz Nauk" Vol XIMI) No 4
Favorable review of subject book on theory and
methods of luminescence analysis.
51/49T64

FA 6?1'4-Tlr,3
SEPOLtSKIY, E.
USSR/Nuclear Pbysics - Translations Aug 49
Textbooks
"Review of V. Ritaler's 'Introduction to Ruclear
Physics' (Translated From the Third German Edition
by N. K. Konin)," E. Shpoltskiyj 1 p
"Uspekh Fiz Nauk" Vol XXXVIII, No 4
A great number of tables on nuclear physics, compiled
by S. Petrovich, has been added to the'Russian trans-
lation. Tables were compiled on the basis of recent
material and are very valuable.
67/49T103

USSR/ftelear Pbysics Translations Aug 49
Aiesde Energy,
ev of Andre - Bertelo a 'From the Atom to Ai~i I
C
Energy' (Translated From the French, Edited by E.
Burshteyn)," E. Shpol'skiy, 1 p
"Uspekh Kiz Nauk" Vol XXXVIn, No 4
The book is intended for a.considerably wider circle
of readers than is Ritsler's "Introduction to Nuclear
Pbysias." The 1"t chapter' discusses fission of ura-
niump transurduic, elements, nuclear "boilers," and the.
atomic bomb. The editor has added numerous notes to'
the.Russian translation in which he notes the
67/49TUA
USSR/Nuclear Physics - Translations (Contd) Aug, 49.~
of Soviet scientists and corrects several inaccura-
cies and outdated assertions of the original.
V.)

SHPOLfSKIY, E.V.-
PHASE I Treasure Island Bibliographic Report
BOOK
AuthiDr: SHPOLISKIY, E.V.
Full Title: ATOMIC PHYSICS. Vol. I. t
Transliterated Titles Atomnaya fisika,
Publishing Data
Call No.: AP547518 1) -0 7 3
Introduction to Atomic Physics 3rd edition*
Tom It Vvedenie v atomnuyu fisiku.
Originating Agency% None.
Publishing Houses State Publishing House
Datet 1950 No. pp.s 524
Editorial Staff
Editors None.
Editor-in-Chief: None,
Text Data.
for Technical~Thaoretical Literature.,
No. copiest 15,000
Technical Editor: None.
Appraiser: None*
Coverage: This book is the third edition of an introduction to nuclear physics.,
but represents a reprint without change of the second editione This
second edition was revised and completely rearrangelwith the inclusion
of new material secured during the four years aftez~'~ublication of the
first edition. Substantial changes were made in the second part of
the bookp especially in the tre4tment of the atomic nucleus because of
the greatly expanded significance of nuclear physics and the discovery
of many n6w important factors, The second edition in divided into two
volumes. The first primarily describes the experimental data leading
to the nuclear theory anid to quantum physics. One chapter is devoted
to the study of the wave theory of matter and equations of quantum
1/2

SHMEISKIYJ E.V.
Card 2/2
t
Call No. .0 AF547518 G 0 0 .0 7 3
Full Title: ATOMIC PHYSICS. Vol. I.. Introduction to Atomic Physics. 3rd edition.
Text Data
Coverage.- (continued)
physics, The last chapter describes the Schredinger equation for the
behavior of particles in the magnetic field. The second volume is
given over to a more systematic description of quantum mechanics and
its application to the electronic structure of the atomic system$
the a:omic nucleus,, and cosmic rays,
Purpose: Approved by the Ministry of Higher Learning as a textbook for advanced
educational itistitutions.
Facilities: None.
No. Russian and Slavic Referencest Given in footaotes,
Available: A.I.D., Library of Congress*

SHPOLISKII, E. V.
Shpol'Skii, E. V., Illina, A. A. and Bazilevich, V. V. Fluorescence spectra of some
polycyclic hydrocarbons at temperature of liquid air. Page 511.
SO: Bulletin of the Academy of Sciences, Izvestia, (USSR) Vol. lb, No. 4.
(1950) Series on Physics.

E.
USSR/Nuclear Physics - Neutrons Oct 150
"Radioactivity of Free Neutrons", E. Shpollskiy
"Uspekhi Fiz Nauk" Vol XLII, No 2, PP 311, 312
1
Briefly considers significance of fact that
neutron's mass is greater than sum of proton's
mass and electron's. Refers to works of J.
Robson (*Phys Rev," 78, 311, 1950) and A. Snell
et al ('Phys Rev" 78, 310, 1950). besides
author's own studies ("Atomnaya Fix" Vol II,
510, published 1950 by State Tech Press).
ZM
171T78
7A 171T78

SHFUISKIY, E. V.
USSR/Nuclear Physics - Compton Effect Oct 50
"Simultaneity in the Compton Effect," E. V. Shpollskiy
"Uspekhi Fiz Nauk" Vol XLII, No 2, PP 315, 316
Problem of experimentally proving simultaneity of
phenomenon of scattering of gamma-photon and electron
(Compton effect), vhich is of great importance in
establishing applicability of conservation laws to
elementary acts of scattering.
BW
171T80
PA 171T80

SNPQL'SKIY,, E.V.
PHASE I
TREASURE ISLAND BIBLIOGRAPHICAL REPORT AID 96 - I
BOOK
Authon. SHPOLISKIY, E. V. Call No.t AF 539375
Full Titles ATOM PHYSICS, VOLUME II, THE BUCTRON SHELLS OF THE AT-CM AND THE
ATOM NUCIZUS. Third ed.
Transliterated Titles Atomnaya fizika, tom II, Electronnaya obolochka
atoma i atomnoye yadro.
Publishing Data
Originating Agency; None
Publishing House: State Publishing House on Technical-Theoretical Literature.
Dates 1951 No. pp.s 718 No, of copies: 35pOOO
Editorial Staff
Editor: None Tech. Ed.: None
Editor-in-Chieft None Appraisers Nione
Otherst Assistance in writing and editing the book was #iven by
A. 0. Yusenberg (in the chapter on cismic rays)p V. A. Leshkoftsev
(E--chick-ing-the computations), and Prof. D. D. Ivanenio'-(Iii the
general criticism).
Text Data
Coverage: This is the third edition, revised and supplemented, of the second
volume of Atum-Physics. Theoretical questions are closely related with
experimental methods and deductions in discussing the fundamentals
of quantum mechanics. Rmphasis is given to studies of the atom nucleus*
1/2

S!IPOLfSK:Y, ES.
Atomnaya fizika, tom II, electronnaya obolochka atoms i Call No.S AF 539375
atomnoye -yadro AID'96 - I
Momentum of motion, radiation~ properties of the electron) atomic nucleus)
radioactivity~ transformation of atomic nuclei, neutrons, and cosmic
rays form the subject of this book which is well written in clear
language, and presents comprehensive present day knowledge in this
quickly developing subject.
Purpose; Textbook for colleges and universities.
Facilities: None
No. of Russian and Slavic References: )bny references in footnotes
Available: A.I.D.- Library of Congress.
2/2

1. ILIINA, A. A.; SHPOLISKIY, YE. V.
2. USSR 600
4. Pyrenes
7. Spectra of fluorescence and phosphorescence of hydrocarbons of the pyrene series
in congealed solutions, Izv. AN SSSR Ser. fiz, 15, No. 5, 1951-
9. Monthly List of Russian Accessions, Library of Congress, April 1953, Uncl.

USSR/Physics - Fluorescence Feb
"Fluorescence of 3.4-Benzpyrene in Frozen Solu-
tions," E. V. Shpolskiyj A. A. Illinal Moscov
State Pedagogical In-t imeni Lenin
"Zhur Eksper i Teoret Fiz" Vol XXI, No 2, pp 142-
149
Studied spectra of benzpyrene in frozen soln at
temp of liquid air and found to contain regular
series of bands. Fluorescence excited by mono-
chromatic mercury line of 4o46 K, lying within ab-
sorption band of benzpyrene, found to shift regu-
larly toward red. Shift in frequency_. speectrun
was const and approximated 76 cm-1. .

-!,I- - -,! 1y, Ya. 11.
Problerna f Phy3l:Cal OrAiCS. Collect~.on of Articles Dodic.%ted to S. I. Vavilov.
Under the editorship of Ye. V. 3hTollskiy. Glavpoligrafizdat, Main FolygraThic
FublishLng Fouse, 375 pi,,, 1952.

Science
-iclear plhy~;Ics. Mos~cva, qosteklAzdat. Vol. ?. 1952.
9. ?.In',-,T.PTv LIST OF RUSSIAN ACGESSTO'S, Library of Congress, November 1952 Uncl.

1. SHPOLVSKIY' Y-j% V.
2. us--:p. (6oo)
4. Matter
7. Connection between mass and energy Usp fiz nauk No 2 1952.
9. Monthly List of Russian Accessions, Library of Congress, 11-pril -1953, Uncl.

MMLSKIY, E. V. PA- 2j+M8
USSR/Physics - Fluorescence 21 Dec 52
"Fluorescence Spectrum of Coronene in Frozen Com-
pounds," E. V. Shpolrkiy, A. A. Il'Ina and L. A.
Klimova, Moscow State Pedagogical Inst imeni Lenin
"DAN SSSR" Vol 87, No 6, PP 935-938
Present data of exptl investigation of spectrum of
aromatic hyd rocarbon coronene, consisting of 7 con-
densed benzene rings, excited by Hg line at low
temp. With lowering of temp green line of fluores-
cence becomes sharper and shifts towards short-waves.
Presented by Acad G. S. Lansberg. Received 20 Oct 52.
24oT98

USSR/ SOI.Ontisto - Physics
Oard 1/1 Pub. 118 - 1/6
Authora I-Shpollskiy, E. V.
Title I Petr.Leonidovich Kapitsa
FerlodiCal , Usp. fiz. nauk 54/4, .505-512, Dee 1954
Abstraot I Eulogy is presented honoring the 60th birthday.of the Soviet physicist,
Fetr Leonidovich Kapitsa, honorary member of the Academy of Sciences.
USA, recipient of the Faraday medal. Illustration.
Institutions
Suh-nitteds

V,
USM/ Physical Chemistry Mplecule. Chemical bond B-4
Abs Jour : Referat Daur Khimiya, No 4, 1957, lo868
Author : Shpollski EX., Klimova L.A.
Inst : Pcpgad~eel~~myy4olf ~~SEciivences USSE .
Title : Effect of Solvent on Luminescence Spectrum of Aromatic,Hydrocarbous at
Low Temperatures
Orig Pub : Izv. AN SSSR. Ser. fiz., 1956, 20, no 4, 471-475
Abstract : Investigation of the spectra of fluorescence and phosphorescence of atoma-
tic polycyclic hydrocarbons of the pyrene series at temperature of liquid
air in frozen solutions in n-paraffins:" 3,4,6J,7-dibenzopyrene in n-heptane,
j,4-benzopyrene in n-heptane and n-octane, coronene in n-h6_xane, n-he7pt=e,
n-nonane, n-pentadecane and n-hexadecan6. Fluorescence spectra consist.of
sharp lines as in a*ic spectra. Spectra of coro'nene contain in adclition
to brilliant and sharp bands, bands that are sharp but veak vhich appertain
to 1,12-benzoperylene (RZMim, 1955, 15746). Lines of fluorescence spectra
of coronene solutions form doublets, relative intensities of components and
clearly depend on the solvent, the following characteristics being appa-
rent: 1) on transition from hexane to heptane ratio of component intensities
Card 1/2

--NOWW-9

SMLISKIY, M.; GIMBITAUSKATTA, 1,A.; KLIHOVA, L.A.
&1ission spectra of aromatic hydrocarbons at low temperatures.
Piz. sbor. no.3.-24-36 157, (XIRA 11:8)
1. goskovekly gosudaretvennyy pedagogicheakiy institut im. V.I.
Isnina.
(Blectrou emission) (Hydrocarbons-Speotra)
(Low temperature research)

AUTHOR: Shpol'skiy, E.V.
53-3-1/6
TI'2L.E- Forty Years of Soviet Physics (Sorok let sovetskoy fiziki)
PERIODICAL: Uspekhi Fiz. Nauk, 1957, Vol. 63, Pr 3, PP- 461 - 501 (USSR)
11BSTRACT: Conditions with respect to physics were not very favorable
in Tsari s t Russia. Tough some very prominent physicists, like
Stoietov, Lents, Umov, Golitsyn, Lebedev, and Eylchenvalldilived
in Russia during the end of the 19th and the be-inning of the
20th century, they all were, with the exception of Lebedev,
scientific solitaries. Petersburg university professors were
said to have an extensive learning but they displayed only
little interest for creative activities. Already during the
first days of Soviet rule the Soviet government organized
,scientific research work on a larje scale with extraordinary
zeal. A network of new universities was created, and attention
was focused upon creating a network of large scientific re-
search institutes for the various fields of science. Science
was recognized as a necessary element of state reconstruction.
The planned(reation of physical scientific institutes began
Card 1/ 4 already in 1918. p.p. Lazarev, A.F. Ioffe and D.S. Rozlidest-

53-3-1/6
Forty Years of Soviet Physics
electrodynamics, or, to be more exact, of the quantum theory
of the field in general. Soviet contributions were made in
this direction above all by N.N. Bogolyubov, L.D. Landau,
I.Ye. Tamm, M.A. ~Jarkcov, I.Ya. Pomeranchuk. and others. Mention
is made above all of Tamm's approximation method for the so-
lution of the equations of quantized mesodynamics and of the
works by L.D. Landau on the thermodynamical theory of phase
transformations of second kind. L.D. Landau developed also the
very interesting principle on the connection between riGht-
left-asynurietry and tIL- electric charge. Atomic nucleus and
cosmic radiation: First the well-known Soviet achievements in
this field are mentioned. However, successful experiments and
theoretical aork concerning the physics of the atomic nucleus
was carried out during the entire period of the last 40 years,
most of the work being carried out by experimental physicists.
Thus, A.I. Alikhanov and A.I. Alikhaniyan with their laboratory
situated on the peak of the mountain Alagez in Armenia were
Dioneers nithin the field of the study of mesons with different
masses. B.V. Kurchatov and his collaborators in 1935 discover-
ed the nuclear isomerism of radioactive elements. Next, Soviet
Card 3/4 successes in connection with the construction of accelerators

PHASE I BOOK EXPLOITATION 1005
Shpol'sXiy, Eduard Vladimirovich
Sorok let sovetskoy fiziki (Forty Years of Soviet Physics) Moscow,
FlzmatgIz, 1958. 85 P. 10,000 copies printed.
Ed.: Kuznetsova, Ye.B.; Tech. Ed.: Yermakova, Ye.A.
PURPOSE: This booklet is intended for the educated public interested
in the progress of Soviet science.
COVERAGE: The author presents a short introduction to the history of
Soviet physics, its pattern.of development, and its most outstand-
ing achievements. This booklet is a revised and enlarged version
of an article published in the November 1957 Issue of Uspekhi
fizicheskikh nauk. The booklet presents extensive listings of per-
sonalities working in each area of physics. The two largest groups
of theoretical physicists, for Instance, are listed as the group
of students of I.E. Tamm which include S.A. AlItshuler, S.Z. Bel6n'
kiy, D.I. BlokhIntsev, A.D. Galanin, V.L. Ginzburg, A.S. Davydov,
S.I. Pekar, A.D. Sakbarov, E.L. Feynberg, S.P. Shubin, and V.S.
Card 1/3

Forty Years (Cont.) 1005
Solid state physics 63
Physics of dielectrics 67
Physics of semiconductors 68
Electronics 71
Magnetism 73
Acoustics 76
III. Organizational Problems. Scientific Literature 77
IV. Conclusions 85
AVAILABLE: Library of Congress
BK/s.-Lm
2-5-59
Card 3/3

SHPOL3KII, E.
40 years of 6oviet physics (Conclusion). Tr. from the Russian. p. 672.
POKROKY MATERITIKY, FYSIKY A ASTRONOMIE. (Jednota ceskoilevenskyeh matematiku a
fysiju) Praha, Czechoslovakia. Vol. 3, no. 6, 1958.
Monthly list of East European Accessions (EEAI) LC, Vol. 9, no. 1, January 1960.
Uncl.

Au -_, F 0Z S E a al ~Lire, zh; yaaskayte 3 9
TITLE concr, an, Abs or prion cf Pyrea a an d.
-soluti.rn., of Parifi-,cs ties ~F -,.!F ,a
i:c c,.-- --III vo pi ra'at D9!~-.Z CJ. 170..M V 0 Y -C
FSP1 OD I !;,~L - OP (A. I I
A 33 !--i:v r a of ~"Oafz- rul t"a a:- t, la C, 1-1. f
in froeloj-. arimj c-
Ccla' t-j 770~' in noniLal
-L;"i a naz
00ii~;sT,4n-s of li-:ies ~:L -..- - -rc the -'-. of atomic 3 Dectra
;"a S Th a lis t o r taric a a a yKibl+-inE a A' f ect
ex-tenclsed by Bowen a~.ced LArocici.iburst kH5f 7) , U ut i
rol*i,3na ;Va- -
'a ~VaSl-4gitod ia detail.
racaut.i.y 0111 y t~ia SorjCtrp. of Cr 'n
Tne pra-,,ant ,pa-per de~O-s -uaa :3 of O~rr,-2~c, an",
Fluoras:!ancc, was ax~-Iter t.-v .4
11 n Sroup cf in,3raary
A
L al b t t
..3 Tha ~.-5,.,rn4-dan
Oard 1/ .2

.5-1-4-5-10/')9
Luminescence and Absorption of Pyrene and 3,4-Benzpyrene in Frozen
Solutions of Normal Paraffins
r3pectra were studied usinG a hydrogen lamp or an incandescent
lawp as a source. The concentration of pyrene or 3,4-benzpyrone
Yjas of the order of 10- - 10-5 mole/litre, to study absorption
this concentration-was Increased to 10`3 mole/litre, The results
for pyrene in paraffin oil, n-hexane, n-pentane,and n-hoptane and
n-octane are given in Pigs 1-1 and Table 1. Similar results for
3.4-benzpyrena are given in Figs 5-7 and Tables 2, 3. It is found
that the line spectra observed depend strongly on the solvent used.
A vibrational analysis of these t;pectra. shows that their general
nat4irs is preser-ved in all solvents. It is concluded, therefore,
that these line spectra belong to the molecules of pyrane and
3,4:--benzpyrene. The long-vsvelength portion of the absorption
spectrum exhibit's a structure similar to th5 fluorescence spectrum
in the same solvent but there is no mirror symmetry between the
frequencies of the fluorescence and the long-wavalength absorption
spectra. The short --wavelength parts ~~f the absorption spectra of
both pyrene and 3,4-'Uenzpyrene show a certain qualitative similarity
Wit'- the fluorescence spectra. The otservad properties of the long-
Gard 2/3 wavelength portions of the absorption spectra zuggest th-at they
0

51-4-5-10/29
Luminescence and Absorption of Pyrene and 3,4-Benzpyrans in Froter. Solutions
of Normal Faraffins
are essentially different from the strong fundam5ntal absorption
bands at short-wavelengths. There are 7 figures, 3 tables and
11 referencea, 6 of which are Soviat, 2 Aa.,erican-, 2 Itailian and
1 French
AaSSOCIATION. Moskovskly gosudarstvennyy pedagogicheskiy Institut im. V.I. Lanina
(Moscov State Pedagogical Inati-bite im. V.I. Lenin,
SUBUITTED. July 8, 1957
j. jjpc-tpit! c cott,-'-(.ut d3 - Lwiinc3conce P. Aramatic compounds-
Absorption 3. Paraffin:3 - Appli.cations 11. sp-!c to -
Card 3/3 ~--aphs - Applications

SOV/153-66-2-9/9
AUTHORS: Shpollskiy, E. V., Bonch-Bruyevich, V.
TITLE: Bibliography (Bibliografiya)
PERIODICAL: Uspekh-i fizichenkikh nauk, 1958, Vol 66, ITr 2, PP 349-351
(USSR)
ABSTRACT: Shpollskiy discusses the first volum e of tile "Textbook of
Nuclear Physics" edited by G. Hertz and published 1958
by Teubner (Lei-ozig).
Bonch-Bruyevich discusses a translat ion of the book on
"Semiconductors" by D. Rayt, which w as published in EnOlish.
The translation was made by V. Ya. .~oyzhes,
under the editorship of S.S. Shalyt.
Card 1 /1

24(0) SOV/53-66-3-7/7
AUTHOR: Shpollskiy, E. V.
TITLE: Bibliography (Bibliol-rafiya The Creative Career of M. Planck
(Tvorcheakiy put I M1. Plan ~
PERIODICAL: Uspekhi fizicheskikh nauk, 1958, Vol 66, 11r .3, PP 535-542(USSR)
ABSTRACT: The author in detail discusses the first three volumes of
Max Planck's work "Physikalische Abhandlungen and Vortrffge"
(Physical Treatises and Lectures) which was published by
Friedrich Vieweg und Sohn, Braunschweig, 1956. There are
2 references, 1 of which is Soviet.
Card 1/1 uscomm-Dc-60.,651

21(0),24(0) PHASE I BOOK Expwrnno, SOV, 3: C.

Akademiya nauk SSSR. Fizichookly institut
Issledovanlya Do eksperimental-noy I teoreticneekay rizlka; [abornl,!]
(Studies on'zxperimental anJ Theoretical Phy-11cs; Collection or
Articles) Moscow, 1--d-vo AN SSSR, 1959. 304 P. Errata slip 0
inserted. 2,300 copies printed.

Ed.- I. L. Fabelin3kiyj Doctor of Physical and Mathematical S"_
ances; Eds. of Publishing H use; A. L. Chernyak and V. 0. 5.rk~7."AUL
Tech. Ed.: Yu. V. Ryllna; Commlaslon for Publishing the Collecticr. U1
In memory or Origortya SamuilovIch Landsberg: 1. Y- Tamm
(Chairman), Academician; M. A. Lewntovicn, Academician;
P. A. Bazhulin, Doctor of Physical and Matnemiticall Sciences; T
S. L. Mardel'ahtam, Doctor of Physical and Mathematical Sciences;
1. L. Fabalinskly, Doctor or Pnysical and Mathematical SCIOnCed;
F. S. Landabarg-Baryahmakaya, Cand1date or Physical. and M.th-
smatical. Sciences; and 0. P. Motulevich (Secretary), Candidate of,-,
Physical and Mathematical Sciences.
PURPOSE: This book to intended for physicists and researchers
engaged In the study of electromagnetic radiations Wid their role
._tn_i,pvostigat1ng the structure and composition or materials.
COVERAGE: The collection contains 30 ax-ticlas wracti review
Investigations In spectroscopy, sonics, molecular optics, neml-
conductor physics, nuclear phys-co, and other brancnea of
physic a. The introductory chapter gives a biographical profile
or a. S. Landeberg, Professor and Head or the Department or
option or the Division of Physical Technology at Koacow Uni-
versity, and reviews his work In Rayleigh scattering, combat
Santa, spectral analysis of totals, etc. No personalities am
mentioned. Rararance5 accompany each article.

r* n S. the Action of Light Cases on the
'
e
6
"
ol
A

pectra or Vapors of Aroatic Com-
gaoit~
bs
n
tion
~ , 0
n
rp
pounds 149
Obralmov. 1. V. and Y~~Trffkhoy_ The Resistance of Mica
.......... .tnptUF Along the Cleavage Plane 159
R t3 M The Correlation Theory of Rayleigh Light Scat-
Ui
__
~Nr ~ 175
Soballmam, 1. 1. The Quantum Mechanics Theory or the Intensity
-r~or-C6mb1_n*-dz5c-&tterInS Lines 192
Sushchln~lki M M De ndency or the Width of Combined-
V Pe
-
_
_
___
_
UR;;~ of the Anisotropy of a Derived
a
YC
4
tt rink
Polarizability Tansor 211
Tam_n_1_19~ Present State of the Theory of Weak Interactions
of Elementary ?articles 218
_____TuxjerTAn, L. . and B. A. Chaynnov. The Illumination of
Dielectrics In High Voltige a-i~*Eloctric Fields 231
Ukholin. S. A.,and M. Z. _rroalzA. Investigation of Combined
in H202-H20 and H202-01oxana
Solutions 244
Fab*linskiy. 1. L. The Thin Structure of Lines of Rayleigh
V_1jfiEzS6itY*-rng in cases 254
The Role of the Group Speed or Light in Irradia-
tion In a Refractive Medium 261
,Irlah,,S. 9. and I. P. Boadanova. Excitation Or Spectral Lines
in ho-p6ka tiva-TIT=-Inat Ion or a Gas Dlacharge 275
Prishbirg_-A-A, and V. V- Hadler- The Possibility of
In-creatIng the aonsitivity or the Spectral Determination
of Some Elements 287
'Shp The Interpretation of SpVctra of Arocatic
;yarocaroon~n Frozen Crystalline Solutions 296

't ~~* / 00 6 7 16 1-,
_2 9. 3S-0 0 ~04/51-; -6-38/38
'AUTHORS; 6hpolislciy, B.V. and..Klimova, L.A.
TITLE - On the Probleu of the Origin of Fine Structure in the Luminescence
SpectraAf Aromatic Hydrocarboaslat Low Temperatures,~\
PSRIODIC&L: Optika i spektrosicopiya, 1959, Vol 7, No 6, pp 852-854 (USSR)
ABSTRACT:
Card 1/3
The authors caeried out (Refs 1-6) a series of investigations of the
emission spectra (fluorescence and phosphorescence) of arom-,tic
hydrocarbons dissolved in paraffins and frozen at the liquid-nitrogen
temperature (77.30K). The spectra of coroneno, pyrents and
3,4-benzopyrene in normal paraffins from pentane to decants were studied
in great datail. ~kt low temperatures the 'cands were split into
multiplets consisting of groups of lines of 1-3 cm-1 width. It was
established (Refs 3-5) that these multiplat spectra can be represented
as superpositions of several series of lines of different intensities
displaced with respect to one another by definite "ip'litting intervalsti.
Recently the authcws studied the same spectra at 200K and observed
certain changes in them. For example in the case of coronents new lines
were found and the distribution of ilitensities between the multiplet
components was different from that at 770K. The new lines observed
at 200K gave rise to vibr,.Lbional series similar to those observed at
the liquid-nitrogen temperature; in this =y the nurciber of such series

67166
SOV/51-7-E-38/38
On the Problem of the Origin of Fine Structure in the Lwir,5suence Spectra of
Aromatic Hydrocarbons at Low Temparaturea
in coronane increased to five or six, Moreover, separations between
doublets oirserved in coronana (intervals of 86, 72, 38 and 42 cm-1
which
ware regarded (Refs 3-5) as characteristic of a given solvent were
found in multiplets in all the solvents (Fig 1). Similar results were
obtained at 200K in the case of benzopyrene. The splitting intervals
of benzopyrene were similar or identical w1th the intervale of coronene
in various solvents. This means that the aunber and relative displacement
of The saries is governed primarily by the properties of the solvents,
in spite of the fact that the series themselves are definitely due to
electron vibr-'itional transitions in the solute raclecules. These and
other expsrimantal facts becone clear if it is assumed that the series
forming the multiplets bolong to different spat-al.ly separated emitting
molecules. Local diffaj-ari-aos of the crystal fi5ld are responalble for q
the multiplicity of the serios and variations. of the spectra. The
following experiment confirms the above explanation, The fluorescence
si)ectra Yjare recorded using benzopyrane and pyrene solutions at 770K,
prepared in two ways: the usual rapid freezing; and a slow freezing.
In the lattar case the einiqzsion so"3ctrum waa much weaker and its colour
Card 2/3

24M
.AUTHORS: Shpol'skiy, E. V., Klimova, L- A. SO-V/48-223-1-5/36
TITLE: Vibrational Analysis of the Phosphorescence Spectrura of
Coronae (Vibratsionny-y analiz spektra fosforestsentsii
koronena)
PERIODICAL: Izvestiya Akademii nau-k- SSSR. Seriya fizicheskaya, '1959,
Vol 23, Nr 1, pp 23-28 (USSR)
ABSTRACT: For a number of polycyclic aromatic hydrocarbons it w," found
that the difference of frequencies in phosphorescence and
fluorescence spectra is almost equal. A vi~rational analysis
was impossible due to the broad indistinct bands and the fact
that they almost converge, However, if a paraffin hydrocarbon
is used as solvent, the bands are split into lines which are
measurable within an error 14mit of 2-3 cm-1. In this paper
the phosphorescence spectrum was phoiographed simultaneously
together with the fluorescence spectrum at an excitation by
the mercury lines 36.90 A and 3135 %. The euvette was cooled
with liquid nitrogen down to 77530 K. The corona spectrum was
photographed in various solvents, paraffin oil, heptane.,
octane, and Dentadecane. In the figures adjoining it Jis shown
Card 1/3 that the corona bands in paraffin oil or ethyl alcohol are

Vibrational Analysis of the Phosphorescence Spectrum SOVI/48-23-1-5/36
of Coronae
split in heptane or octane solution into lines which, however,
run together already in octane. In pentadecnne only very in-
distinct broad banls are visible, which already earlier (Ref 4)
was ascribed to the rntio between the dimensions of the 0 axis
of the solvent chain and the dimensions of the corona molecule.
All spectra obtained represent three triplets which differ in
their microstructure. The first triplet contains three groups
of lines, each of them possessing 4 lines. Their distances
within the frequency scale are equal in all three groups. The
second triplet also com-)rises three Croups, each of them pos-
sessing four lines. The distances vary in this case. The third
triplet includes doublet-shaped groups of lines, In ever-,.~
solvent the spectrum may be represented as series which have
equal frequency differences. Their distance varies only in the
individual solvents. Accordingly, it is assumed that, if the
emission spectrum of fluorescence was produced by the lowest
level of the first state of excitation; each series indicates
the structure of the vibrational level of the normal state,
The phosphorescence spectrum shows quite the same features
Card 2/3 (Tables 1, 2 and Scheme. Table 2 according to Bowen and

Vibrational Analysis of the Phosphorescence Spectrum loov/46-23-1-5/36
of Coronae
Brocklehurst (Boyen, Broklekherst)(Ref 7)). The series
possess the frequency differences 120, 365, 850v 1157, and
1350. The authors thank B. S. Neporent and P, P. Feofilov
for supplying their plants, There are 5 figures, 2 tables,
and 8 references, 4 of which are Soviet.
Card 3/3

2 t(o) SOT/53-67-4-7/7
AUTHOR: ch.al.ov, a.
TITLE: The ?Lfth &I'-McI.n Confer.... cA the Physics of Los
Sur.o Tafsayusnoy. owuhchaniye po fisike nlzklkh
T
Per
::
:,
4per ur
PZRIODICAL: Uspokbi fixlc~-tikh nauk, 059, Vol 67, Sr 4, pp 743-750
(USSR)
ABSTRACT: This Conforsm~ took place from October 27 to Vovemb*r I as
TbQi.11 it ... ~Cani.ed by the
"""Ith A."A' I."d ..it ftAuk SSSR (Department of Phy4t..-

..1h." '.&I ..an..* or the Academy of to c USSR),
13- So . .,
the AW-lys ~Lk Oruz1..koj, SSH (Academy of Sciences,
Gruxin4kaya S= uni-
kI
Illi St:
,or.ii.l is. 3" to a A, 1 y ... I Stella).
I

"
The Cof.rz. ended by About 300 specialist. fr..
Th,1. .goI, h:r
., tiyo,, L..Ingr,4,

b. cities .. all An C I A
1 by
, number .1 ..a,, h a A ct.-.Is
:
.
t pr I. he ,R. About 50 lecture. were deliver.
*4 which *a" Lw14.d.&!!or4i Ig to research fields.
T
dolixtr.4 A% Lh
c.-

Laze.- B
f.r.nas a&. that bz :. A. r adl a, 3. q -11 Y4.
Parodubov and T.
I,
of ..1.1a at I" *..,par.%ur4s I P. L. Kept%.. c--.t.d on this
topic d.rine *be dto~c ... ion. IN F. V. S. K-n And
hydroz;eu-douterluz
a
bthe ,1h I or erophy, tb.r..l n.ly.l.,
;
andtbe 'I .. I b ._-.tion of cryazall...tlon. Kh. r. A.Irkh..o,.
3h
1h-APjZXbanorw and 1. t~o thro-
ma .11m proper tj Am f co=;,o.nda of Sh- type
;,
AIII By AM A 11BT1
-4 dealt sith the ph.A ... non of th. -yh.%o.
Card 9/11 ,
by Cu,_,A,ichj in. i-o.tiSation ..a ..-I.d
on,, rili.1-Aff 53,33 (DagootAn Breach, AS USSR~
1. .. R."ov &.4 A. ?. (LITT - Leni~agrd P"Yo too-
report on tto a.. a.r. Do., of the
teobaMT InsllluW ruys
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Ity "I In"t"u" of physics AS ai
trnlv
out hooretical Im-.1ic.tiz. ~f the overhounor froct In
:
41~e electron- and nuclear
proton) r Am.dponylpl-11 hydr.cXl at h.11u. ton-
p4raturs. 34_t. Saza~Z~ov spoke 13 ho carrI%4
co
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(in iron) at Wr-tj In.
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"a To. 1. Oross (Lrw`l~ i... $1 a%Ion a~ac%r
of & i6protii-orldo 1. 0'. na,~*tic field ~% helium
temperature anJ obao-.4 % beAfree% of cincn.to-plic.1 ... 11-
lations. T. P~Pqm.U~ and U. P. M-l"T Ruv* infOrca%iun can

Card 10111 :
scientific or Soviet scientists In foreign coui
*
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a
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aEr-ni-hamia, z..ch.aya ko ... dlr.,k
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1-
lhp-
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no
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A Ihe *pac~rnom Pr problems of the physics afI..
1
mporalureal Aca4Q=LcILA P. 1. tapirs& And 111. Pr AAId. .1
;
a, th A .1 KY f So ....... CmZirl.k.y. SSR, Academician 9. 1.
M..kh:lMlill the C..f.r..c.. 'he 6. All-Unlca Can-
t.ronc
n $be Phyatz-& of Low Teaporalur.. will be hold
: :
in Ion ad July 191-4, in the city of Sverdlovsk.

~4 (7), 5 (3)
AUTHOR:
TITLE:
PERIODICAL:
ABSTRACT:
Card 1/3
Shpollskiy, F. V.
SOV/53-68-1-5/17
Emission Spectrum Analysis of Organic Compounds (Emissionnyy
spektrallnyy analiz organicheskikh doyedineniy)
Uspekhi fizicheskikh nauk, 1959, Vol 68, Nr 1, PP 51-69 (USSR)
This article is an elaborated reDroduction of a lecture
delivered by the author at the 112th Conference on Spectroscopy
held in Moscow on November 23, 1958. Theauthor gives a-
survey of the range of application, possibilitiesq methods,
and the present stage of this field of research and reports
on numerous Russian publications concerning this series of
problems; also some Western publicat ions are mentioned. The
following Russian authors are mentioned: G. S. Landsberg,
P. A.~Bazhulin, M. M. Sushchinskiy, M. A. Konstantinova-
Shlez'inger, P. P. Peofilov, B. S. Neporent, B. I. Stepanov,
A. A. Illina, E. V. Shpollskiy, L. A. Klimova,,E. A.
:G1rdvij4uskP-!t4.--.-- -, P. P. Dikun, et al. 'The author gives
photographic reproductions of the fluorescence spectra of a
number of cyclic compounds at temperatures of from 20-770K
with the pertinent i-scale4. Some examples of such analyses

Emission Spectrum Analyliis of Organic Compounds SOV/53-68-1-5/17
are given. (a) Investigation of carcinogenic substances, in
particular of 3,4-benzopyrene. For the purpose of identifying
these substances fluorescence spectrum analysis has been
employed long since. A. A. Illina worked out a special method
for the detection of 3,4-benzopyrene. In order to increase
the selectivity and sensitivity, she applied frozen vapors
of the substances to be investigated; the author himself made
experiments to determine the range of sensitivity of this
method. Already at 10-3 % of the substance (in paraffin oil)
the 4035-1-line was visible, and at 5.10-3 % a weak trace of
the 4320-Mine. In a table the author exemplifies the
analysis of oil (extracted from pit-coal black), table 2
contains an example of qualitative-benzopyrene analysis with
previous chromatographing and freezing of n,-hexane vapors;
the author gives the wavelengths of the fluorescence-spectrum
of 3,4-benzopyrene as well as those of the benzbpyrene
fractions. As second example the author discusses the
detection of aromatic hydrocarbons in bituminae and oil
fractions. Fundamental articles on this field were again
Card 2/3 published by Illina, Ii Ya. Postovskiy, R. I. Personov

Emission Spectrum Analysis of Organic Compounds SOV/53-68-1-5/17
(he took the spectral pictures), and Kh. 1. Namedov. The
author shows spectral photographs of the fluorescence spectrum
of a bitumen extraction in comparison with that of pure
perylene at 77-3OKi ae well as two spectral diagrams. As third
and last example the author discusses the determination of
coronae and 1,12-benzoperylene. Figure 8 shows the scheme of
the phosphorescence levels, figure 9 illustrates the spectral
pictures. Fundamental articles in this field were published-
by Webtern authors as well as by V. L. Levehin, T. N.
Bolotnikova, Shpollskiy, L. A. Klimova, S. G,, Bogqmolov, and -
Kh. I. Mamedov. Also Illina carried out valuable investigations.
Figure 10 shows the phosphorescence spectrum of-an unknown
product in comparison with pure coronae, figure 9 shows a
fluorescence- and phosphorescence spectral diagram of.two.
dibenzacrydines within the range of from %- 400-60omp. Figure 11
shows the same for indene and two of its derivatives in
alcohol at 77.30K. There are 11 figures, 2 tables, and 40
references,29, Of which are Soviet.
Card 3/3

24 (3)
AUTHOR: -- Shpollskiy, E. SOV/53-68-3-11/11
TITLE: Semiconductor Problems (Probleuy poluprovodnikov)
PERIODICAL: Uspekhi fizicheskikh nauk, 1959, Vol 68, I-Tr 3, PP 561-562 (USSR)
ABSTRACT: This is a review of the book "Semiconductor Problems IV"
(edited by W. Schottky),.publishecl by Friedr. Vieweg und Sohn,
Braunschweig 1958 (DM 46.80); this review was published in an
extended form already in "Fortschritte der Physik". -
Card 1/1

69838
0 C. S/051/60/008/03/009/038
r (9 E20VE191
AUTHORS: Shpollskiy, E.V 3 and Personov, R.I.
TITLE; Mission and-Abso'rption Spectrh \of Perylenel in Solid
Solutions at 77 OK
PERIODICAL: Optika -J spektroskopiya) 1960) Vol 87 Nr 3,
PP 328-337 (USSR)
ABSTRACT: The authors obtained the absorption and fluorescence
spectra of perylene solutions in ethyl alcohol and in
normal paraffins (from hexane to nonane) at room
temperature and at 77 OK. The fluorescence spectra of
perylene (Fig 4 and Table 2) both in crystalline state and
in solutions were recorded by means of a Fyuss glass
spectrograph with dispersion of 4-2 X/mm. near 4500 1.
Fluorescence was excited with mercury lines near 3650,
4OLP6 and L~358 A from a PRK-20iamp with appropriate filters.
The absorption spectra of perylene solutions were
recorded at room temperature with a spectrophotometer SF-Lq~
(Fig 2). The absorption spectra of frozen solutions
Card (Fig 3 and Table 1) were obtained with the spectrograph
1/2 used to obtain the fluorescence spectra. A 350 W
incandescent lamp was used as a source of continuous

69838
S/051/60/008/03/009/038
E20l/El9l
Emission and Absorption Spectra of Perylene in Solid Solutions at
77 OK
spectrum. The wavelengths were determined by linear
interpolation between the closest lines of the iron
spectrum. It was found that the spectra which consisted
of diffuse bands in alcohol solutions were split into
narrow "lines" in frozen paraffin solutions. Vibrational
analysis of these spectra was carried out and the
frequencies of the normal vibrations of perylene in the
ground and excited electron states were determined. A
mirror symmetry was found between the spectra of
absorption and fluorescence (Fig 5). It is suggested that
an "oriented gas" model should give satisfactory results
in interpretation of the perylene spectra. Acknowledgement
is made to Professor-I.Ya. Postovski for the supply of
Card perylene.
2/2 There are 6 figures, 2 tables and 18 references, of which
8 are Soviet, 7 English and 3 German.
SUBMITTED: July 16, 1959

S/053/60/071/02/02/011
BOO6/B017
AUTHOR: Shpollskiy, E. V~
TITLE: Fluorescence Line Spectra of Organic Compounds and Their
Applications
PERIODICAL: Dspekhi fizicheskikh nauk, 1960, Vol, 71, No. 2, pp. 215-242
TEM The present article gives a detailed survey on results obtained
by the author and other scientists in the above-mentioned field. In the
introduction, the author discusses a method which has been developed in
collaboration with A. A. Illina, and L. A. Klimova. This method is based VC
on the utilization of neutral, easily'crysta lizable normal para 'ffins as
solventb for the substances to be investigated. Fluorescence spectra of
organic compounds have hitherto been studied at 77-30K. At the Institut
fizicheskikh problem AN SSSR (Institute for Physical Problems, AS USSR)
the author carried out investigations at the temperatures of liquid
hydrogen and helium, which had been made possible by Academician P. L.
Kapitsa. Fig.. 1 shows a schematic representation of the experimental
device. Various spectrographs were used,including a small glass
Card 1/3

Fluorescence Line Spectra of Organic S/05 60/071/02/02/011
Compounds and Their Applications BOo6YBO17
spectrograph with Rutherford prism (dispersion 25 A/mm at 4000 A) a
MCIT-51 (ISP-51) spectrograph with three glass prisms, a camera with
F = 840 mm (10 A/mm, at 4000 A) andp at the temperatures of liquid helium
and hydrogen, a spectrograph with a plane diffraction grating (600 lines
per mm). In the present paper, only the most important results and
applications are discussed. For more detailed data see the original
papers by Shpollskiy et al. (Refs- 4-28). The main object of the
investigations were polynuclear aromatic hydrocarbons with condensed
benzene rings. First, fluorescence spectral analyses are dealt with in
connection with structural determinations. Next, some fluorescence
spectra are shown, and numerical spectral data of 3,4-benzopyrene in
paraffin oil at 770K are compiled in Table 1. Fig. 6 shows the
fluorescence spectra of perylene under various conditions (crystalline
and dissolved in ethyl alcohol at different temperatures - no splitting
into bands or lines; in n-hexane and n-heptane - splitting into bands and
lines at 770K). Numerical spectral data of perylene dissolved in n-hexane
at 770K are given in Table 2. Further details are given on the fluores-
cence spectra of coronas in hexane and heptane at 770K and 200K, on those
of 3,4-benzopyrene in paraffin oil and n-heptane at 77z3 and 200K. No
Card 2/3

SHPOLISKIY, M.
From the history of pl7sice
century ("Contributions to
20th centuryn [in German]).
529-530 J1 16o.
(Nuclear plWeics)
and chemistry in the 20th
physics and chemisti7 in the
Usp.fiz.nauk 71 no-3:
(MIRA 13:7)

FRISH, S.E., otv. red.; BOBOVICH, Ya.S., kand. fiz.-matem. nauk, red.;
VOLIKENSHTEYN, M.V., doktor fiz.-matem. nauk, red.: GALANIN,
M.D., doktor fiz.-matem. nauk., red.; DIRUKAREV, G.F., doktor
fiz.-matem. naak, red.; YELIYASHEVICH, M.A., akademik., red.;
KALITEYEVSKIY, N.I., doktor fiz.-matem. nauk, red.; KUSAKOV,
M.M., doktor khIm. nauk, red.; LIPIS, L.V., doktor tekhn.nauk,
red.; PEKAR, S.I., doktor fiz.-matem. nauk, red.; PROKOFIYEV,
V.K., doktor fiz.-matem. nauk, red.; SOKOLOV, N.D., doktor
fiz.-matem. nauk, red.; FEOFILOV, P.P., doktor fiz.-matem.
nauk, red.; CHULANOVSKIY, V.M., doktor fiz.-matem. nauk, red.;
SHPOLISKIY -V., doktor fiz.-matem. nauk, red.; YAROSLAVSKIY,
U.-G., kand. fiz.-matem. nauk, red,; LEKSINA, I.Ye., red. izd-
va; PENKINA, N.V., red. izd-va; NOVICHKOVA, N.D., tekhn. red.;
KASHINA, P.S., tekha. red.
[Physical problems in spectroscopylFizicheskie problemy spektro-
skopii; materialy. Moskva, Izd-vo Akad. nauk SSSR. Vol.l. 1962.
474 P. 1. (MIRA 16:2)
1. Soveshchaniye po spektroskopi-i. 13th, Leningrad, 1960. 2. Chlen-
korrespondent Akademii nauk SSSR (for Frish). 3. Akademiya nauk
Belurusskoy SSR (for Yellyashevich).
(Spectrum analysis)

SHPOLISKIY, E-.V.; KLIMOVA, L.A.
Linear spectra of aromatic hydrocarbons in frozen cryotallino
solutions. Part 1. Continued study of the first singlet-singlet
transition in 3,,4-benzopymne at 20* and 4'K- Opt.i spektr. 13
no.2:174-191 Ag 162. (MMA 15:11)
(Benzopyrene-Spectra) (Quantum theory)

SJ,!-PCL1SKIY, E.V,.: KT-I!.ICVA, L,A.; PEIPSONOV, R.I.
Li:.oar sl.~uctra of polycyclic aromatic hydrocarbons in
frozen crystalline solutions. Part 2. 5inglet-singlet
U-
and triple' singlet spectra of l,2-bK,-----,opy.-ene at 770
ai--d 40K. Op-L. i spektr, 13 no.3:341.-352 3 162. (MIPU -15-9)
(Benzopyrene-.~)pectra)

SHPOLISKIY, E.V.; FERSOIJOV, R.I.
Emission spectral analysis based on line spectra at law
temperatures (survey). Zav.lab. 28 no-4:428-433 162. 0141FA 15:5)
(Spectrum analysis)

S/OW62/077/002/004/004
-),Lk E - V
,UTF)H:
of the ori(,~in and structure of quasi-line soectra
"L),mkpoundo at low temperature.-,
no. 01, 19'2, `M-) - 336
j D , A;, fizicheskikh nauk, v- 77
'7- : '7'his :),,L:)er -aas rea,l at the plenary meetinC of the VIII Soves~&,~~,j
po fizike nizkikh tenjeritur (8th Conference or, Physics of Loa Tempera-
tures) held in I'Jiyev on October 13, 1961. It deals ,iith electron.spectra
of )ol,.~ata:aic orcanic COMDounds. A method discussed by ~,,hich it is
jossible to excite electron soec~ra of -L great number of organic compounds
continuum of"barlds so narro,.,r that 'hey can properly be
Ln Lae 6 rm o k,
considered as lines. Thp formation of such '1(iuasi-line spectrall was
b,-., iovi temperatures (nitrogen 77.30K, hydrogen 200K, helium 4.20K).
The resolution of broad bands into quasi-line spectra s-)ecific for a
Civer, molecule is not only affected by the deep cooling but also Vy the
.n~eract`ori bet-.veen the emi-Utin- or absorbing roclecule and the medium.
The formation of -an un_~istorted or only slightly distozted molecular spec-
U -
trum, can be achieved introducing the emitting (absorbing) molecules
Card 1/3

S/05 -z,:'(,21'-. 77/002/004/004
Probie:'-is of the origin and ... BI 171/3138
into a forei,,,n cr,f-tal Lattice which satisfies certain requireiments. S-ach
a lattice must as iittle as possible viith e;.-,ittirL'r7 molecules,
lo-ain- L, h;irld- for them, without either deformin- thet;, or -iving
tkhe:~i too i,~uc.'-. nu-st be trans,,)areil-, in the emission or absorp-
z;ion 1,a.-,cc- )f introduced. 1.7atrices satisfyinG these requi-m-
....ents are tiorr_~_I -r~fffirs, i.e., saturated compounds of the series
I'H CH CH ....... CH CH owing to their chemical inactivity and
Cr_- H')r+2 1 3 -1 9 3 Y
-erfect opt;ic-a-L -crans')arency to far ultraviolet. -ii-uh the usc of -oa r ~_ f -
Ifin r-atric-~s, nearly all substances investi-P-ted showed, in the crystal-
lirio st,%te, ~i luores-.ence spectrun, in the form of the ibove-mentioned
con~~_nuum, dlo%,in -co the lowest tem.)eratures. Unlike the discrete line,
s c t r,-,. n b s e rv e4n frozen oaraffirl solutions, they were shifted toward
the lorj~wavo ran~;e. This snowed that the substance (act~.vator) is con-
t;;ined in the .)araffin matrix in the form of a molecular disperse solid.
'lith otrongest resolution of the ourtsi-line spectrum, there was not only
a t-T oC len,-th between activator and matrix molecules but also a
,Jocmetrical si..-.ilar-ty of the zigzags, the so-called "synmorphism"
(~-ccorling to Bruni), which is of great importance for the structural
analysis. Some -.)eculiarities of the s-,)ectra of orge-nic compounds- in

SHPOL2SKIY. E.V.
Recent data on the radiation properties of quantum light
generators (lasers). Usp.fiz.nauk 77 no.3653-558 JI 162.
(MIRA 15.7)
(YASers)

SHPOLISKIY, E. -
"Treatises and lectures on physics and the theory of knowledge''
[in German] by W.Fauli. Reviewed by E.Shpollskii. Usp.fiz.
nauk 77 no.4049 Ag 162. (MIRA 15:8)
(Physics) (Knowledge, Theory of)
(Pauli, W.)

SHFOLISKIY, Eduard Vladimirovich; ZEABOTDISKIY. red.;
LIKILA-CnNA, L.V., tekhr.. red.
[Atomic physics] Atomnaia fizika. Moskva, Fizmatgiz.
Vol.l.[Introduction to atomic physics] Vvedenie v atomrniu
fiziku. Izd-5, ispr. i dop. 19631. 575 P. (I-11RA 17:2)

L 1553&_63.
A
CGESSION NR: AP3005214 S/0053/63/080/002/OP-55/0279
AUTHOR. Shpol'skiy, V
TITLE: New data on the nature`oi quasi-linear si~ectra~of'or&anic, corvounds
SOURCE: Uspekhi fizicbeskikh nauk, v9 30,,noo-2, 1963 -
255 '279
TOPIC TAG d
S: cfaas:l~linear spectra, organic compoun
ABSTRACT: The possibilities.presented by qua~ilinear-_`spectra forl.practical
applicationj ard for studies in the fields of- - spedtroscopyp crystal chemistry,
and solid-state t)hyslcB are discussed. -In.U6 introdun on,~ eome
ti of the new
S-oectroscoDic results obtained in the Soviet Union and abroad~vith the aid of
quasillnear spectra are described. Applications of these spectra to glali ive
and quantitative analysis are mentioned, and the interpretation of quasilinear
spectra as an independent means of study of molecules is emphasized. WClure S'
study (J. Chem. Phys. v. 22J. 1012, 1954) of the absorption and fluerescence
spectra of naphtbalenclin durene, as interpreted by,B61otnikova (Cpt. i spektre
V. 77, 44, 1959) and Ciaig (Phil. Trans. Roy. Soc. v. A253, 5k3, 569, ig6i),
cited as proof of the correctness of the notion that quasilinear spectra are
Card