SCIENTIFIC ABSTRACT SOOS, I. - SOPELEV, N.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001652420004-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 26, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

hYIRO, Gyula, dr.; SZOBOR, Albert dr.; SOOS, Imre. dr.
Data on autonomic diencephalic epilepsy, in connection with a
case cured with chlorpromazine. Orv. hetil. 97 no.9:227-232
26 Feb 56
1. A Budapesti Orvostudomanyi Eaetem Alme- es IdegklinikaJanak
(Lravrato: 11yiro Gyula dr. ej7et tanar) kozlomenve.
(EPILEPSY
autonomic diencephalic. ther.. chlorpromazine (Hun))
(CHLORPROMAZI112, ther. use
epilepsy. autonomic, diencephalic (Hun))

SZENDEI, Adam, dr.; VIRANYI, Andras, dr.; KOMAWMY, Jozsef, dr.;
SZWSW, Andor, dr.; BARTA, Lajas, dr.: SOOS, Imro, dr.
Miperiences on the diagnosis and therapy of pbeachromocytoms.
Orv. hatil. 97 no.12:316-319 18 March 56.
1. A9udapAsti Orvost. Ig3ratem 11I. oz. Belk. (igaz. Gomori, Pal dr.
Pgynt. tanar), 11. oz. Sebeezate Klin. (igaz. Rubanyi, Pal dr.
egyat. tanar), I. oz. Gyermekklin. (igaz. Gegesi-Kiss, Pal dr.
egyAt. tanar), Ideg.- es Ilmeklinikajanak (igaz.: Nytro, Gy-ula dr.
effat. tanar) kozl.
(PhRAGANGILI014A
pheochromocytona, diag. & ther. (Hun))

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Swu Ob" diem" DMANWOMAM bAwift a No Om Ik Im" SEMMUMM
-,Mie fffert of Inouhla on the o"Inposition I'Mralwo Mimi Illust.) Kiskt. Kdd.,
x1vii-ifix, pp. 33-40,1947. jKnXliPh sal Russian sunituarievi.1
The influence of the moulilm Ailrylis cimom, I'mi6iliwo liewwas, Mwor
and Jqr*llwa mipw on nwhis cwabdoing dostnam. fructow. taftark. mW LOLI
avido was invesligaloil at the Ampokilog"I Inotituiv, llutlapmt. R. rim"m awl
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through the tomnation of new seW out of sugar. A ap. utilinni tarsark avivi to a
plight extent in the preswives of wmw only. A. mipt cauml a dearmse in aMity
oftly in augar-frm solutions. All four mookla procluml "is from so
.Vr. On a
timmlium immtsining *0 per ivnL drxwww. few inotanvo. ft. riswrm pnmlLwod (;27
per sent. imahr mid. .4. stipw 1 -90 lwr tvist. oxalie and 1-74 per cent. vitric aril.
stul 11. glaumm 1-47 per cent. citric ". The 8419W XlWift Obtl thd Mww P"Aml
little. fiortnie acid in this sugar solution. Similar rasults were obtainwl, but Im
rapiilly in a oirthurn containinX " per cent. fructm. The addition to tbo sub-
fttratt@m 40-41 per cent. fartark wid Winulated A. Pipr to the copious pnJuction
of oxaliv atul vit rit, arMs, but again only wenty smunts o(fortnic wid de-voloprd.

f@iur -Aticultural ari-! win- -rowin;- pro-lem,.,5 ri,,rin,, th- !T,@coriri Fiv--Ye,@r Plan;
also, r-marks i., L. CzeCledy an,-,@ others. p. 159.
:A. "Iol. 12, no. 1A, 1957, ',:udar)ef-,t, hunCari)
l'ontilly Li -m! of Airo- ein Acei-isions Voi. 6, no. 12, Drc. 1957.

JOUR. :
Nc.
SOOSS.
: Win(.- C@@iriponerits
7, T'. PjJT_I. : i@erteszet es szoles,@, t, 195@47 8, No 6,
S I RA C @@,,lalitutive cl,,arac*e.-,4stlcs of Himprian
w t!,(- s !@arti,--ular of Tokay -wirit!s, and quantitative
COrLtcnt--, rf individual comqonents -- org,mi.-c! aclds, alcb
f I i :- 0@. '! r; ca.-bolilv,@-rates, nitrogen compounds, .--a.n:Ans,
c-cloi,inc- vitamlui!@, and miniral. salts.
S. Rozenfelld

o v 57
DIC' 3ec. 6 Vol.
6711. S06S J. and I IORVATI I Z. GehurtshiLf L und Gvn:ik.AI)t.. fiat -Krankenh.
- -K@ornitat Gyor-Sopron. tCber die Behandlung v'on akuten Entzilindunger. init
Insulinshock. The treatment of acute inflammations with in-
s u I i n s h o c k Z. G E BURTSI 1. GYNA K. 1956, 1 -iG / I (ao- i oo) Tables I
Illus. 4
In gynaccological inflammations and septic affections, shock or shock- like con-
ditions were induced by means of insulin. Out of 51 cases treated with insulin
alone. complete recovery was obtained in 31. The sudden lowering of fever was
also observed in cases in which antibiotic therapy had been unsuccessful. bi the
mechanism of action, the aspecific reactions are supposed to play the prominent
role. These reactions are induced by the stressor action of the insulin in such a
way that the cerebral cortex also takes part in Selye's adaptation mechanism.
Szemesi - Budapest (X.6)

-@OOS,.-.4ppp-,--(MiBkolcr Kallo u.12&)
From Miskolc to Miskolc. Auto motag 13 no.17:9 S 160.

3f"O" ,
i"@-l I Col-n'. rt 0 ;C Ir @'cr na I cc,,, ntero . i.(,z fiz
.147
1 . . j 1 nc .2: -1-54 10.

L I
SOOSO J&j)@03 Miijaly (buda@ezlt X I. j b i, fok 'u . 8 1'; F7 FXP 77, @ Ta-r - -1
(Budapest: X1.2 dafokl u.8)
High frequency capacity motor. Periodica polytechn them 8 no.lt
29-39 164-
1. Department for Physical Chemistr7, Folytechntcal UnIversity,
Budapest. Presented by Prof. Dr. G. Schay.

DBMHAZY, Xuroly,; SOOS, Jozeef.
Hemorrhagic pachymeningitis complicated by intradural hemorrhage.
Kiserletes orvostud. 7 no.2:217-219 Kar 55.
1. Gyor-Sopron megysi Tanacs Korhaz Prosecturaja.
(HICIIINGITIS, complications,
hemorrh. pachymeningitis with intradural hemorrh.)
(CAUMAL HIMORRHAGN,
intradural, in packvoeningitts)

SOC9, 1.
Mechanical Measuring Instruments Factory in a new building, p. 8.
Saving several millions by the use of innovations at the Accumulator Factory, p.8.
With the aid of innovations for development of heavy industrial exportt p. 9.
(Ujitok LapJa, Budapest, Vol. 6, no. 23, Dec. 1954.)
j, JL
SO: Mnthly List of East European Accessions, (EEAL), LC, Vol. 4, No. an. 1955, Uncl.

va t io.; :a
L` 0 f
i r c)
@@r @%cc@;sions, I 955j
I cl.

f'r7,menwIe at the lWair of Local JnAi,5tr-j. -,. 11.
Prorivinr, rnsultE of 1 nrinva I%ion-- or the Canbrie Arcocia--i,:,n. p. 12.
The leather-procecsing industry ap.,ears at t@ie Fair with innovations. p. 12.
Streetcar traffic Inproves as a resu3t of pasi:en-gers' irulovations. p. 13.
UJIMIK LAPJAJ, Vol. 7, 11o. 9 May L95151
(Oszagos Talalyranvi Hivatal) Budapesi,
E( U,;U@: @EAISI' ACCESSIONS LIST Vol. No. 1 September, 1956

t
sot 'r'-dentinj 'E. a I o
t 1

- SOOS, leazlo (Budapest)
Data on the formation of ooze coal compoundo. Kem tud kozI MTA 16
no.12118 161.
1. Magyar Tudomanyos Akademia Geokemiai Kutato Laboratoriuma, Budapest.
(Coal)

SOOS, Laszlo
C Data on the genetics of some brown coal intermixtures. Kom
tud kozl MTA 18 no.1:7-14 162.
1, Magyar Tudomanyos Akadeada Gookemiai Kutato Laboratoriuma,
Budapest.

licl(ll, IIL 0
1 p
I'll.,@-.1T.j S Ok-I 11 - -@ @WIL-U.5tj Or. of 3,'-:z@ @ --&! a:,Pi It,5 a3pe@@ts in the
-. r@,al Laoir;. Foldt kc@-:l 93 !,).2A'73--85 Ap-Je 263.

SCC3, i-
Ar. ooJective, mothod for Oetn-rriinlng *he re"Inctior. of r-i@:ro-
opa(Itio minorali and rock components. Acta gool Hung 8 no.1/4:
3-18 164.
St-Aics on We -,oal petrography nnd coal of melanore3ins.
I bid . : h, 5-1.62
1. GeocheM-13(,hes For schungsiaboratoriwa der Ungarischnn
Akndeirie der Wi3serEchaft-3n, Budapest.

A microme" for Ow determination of
Xxis and Samoa Selinyi (11ye. jUg., T
RudiVeerer.
,
J
#Ux 31 No. 3/4, 103A1952).-Two methods are used.
The - 1. Of WHIqUAnt. method Is based on the fact that P
destro the color of the Z"Wrin complex, the colnr change
il dtt trically, and the octsitivity is 100 -v.' The
txact nietbod Is a titritattfIc one, having beta devetoped asa
codibination of the two Fellenberg methods (CA. 32, 247";
42, 7418d) with a modification that the liberated FoH, is
-steam distd. and the distilLite is titruted hi the ptem cc of,
Na alizarin sulfouate witn 0.01N T14NOI@@

&!) -() C-
Rumania/Cosmochemistry. Geochemistry, Hydrochemistry. D
I
RIbs Jour Ref Zhur-Khimiya, No 2, 1958, 4255.
Author SoDz__@E,, Selenyi Zs., Szoes J.
Inst Not given.
Title Studies on Determination of Chemical Compo-
sition of Mineral Waters in Hungarian Auto-
nomous Oblast and in Rodnei Mountains.
Orig Pub Studii si Cercetari stiint Oblast. Acad. RPR
Fil. Cluj. Ser. 1, 1955, 6, No 3-49 161-192.
Abstract Different in composition mineral waters are
described. Ferrous waters in the majority of
cases originate from the andesites of the range
of Mount Khrgit. The content of Ca and Mg is
connected with limestones and dolomites. Hydro-
carbonate-chloride-sodium waters are
Card 1/2

I
Rumania/Cosmochemistry. Geochemistry. Hydrochemistry. D
Abs Jour Ref Zhur-Khimiya, No 2, 1958, 4255-
Abstract formed in sandstones, and chloride-in the salt
massiff in the western foothills of volcanic
mountains. The waters contain different micro-
elements (in mg/kg): Br 0.077-90.0; 1 traces-
6.4; f 0.0098-1-15; HB02 traces- 10-58; HAs04
till 1.7. Some of the springs are radioactive
with a maximum Ru content till 50 MaXe units.
Card 212

RMANIA Chomical Tochnology; Chomical Products and Thoir H-17
Application. Pharmcouticalse Vitamins. Antibiotico*
Aba Jour : Rof Zhur - Xhimiya, No 5, 1959, No. 16493
Authcr : Sooo P.; Virf, L.; Blazsok; A.
InSt N ON @6-v an
Titlo Dotorzirztion of Glucosidoe in Digitalle Employing tho
"Xanthidrol" kbthod
Orij3 Pub Rove rod* (R.P.R.), 1956, 2; No 3, 68-73
Abatract Tho "xanthidroo" =thod dotorndnos quantitativoly tbD
digitoxino contont in digitalis arA in proparationo
doriv,od frw It in tho throo folleving ways: colori-
motrically, photocolorimotrically, ani by tho standard
soriou. Tho obtainod, roaults aro comparabloe It was
dozonstratod for tho first timo that quantitios of alcohol
and xanthidrol (dibonzo-i-pyranolo) groatly affoct tbo
intonsity of color of tho procluot whon oubjoctod to tho
Card 1/2

RUMIIA Chomical Tochnolo7., Chomical Products rind Thoir E-17
Application. Pharrmcouticalss Vitamins* Antibiotics.
Abs jotw Rof Zhur - KhLd)a, No 5, 19W,, No- A93
colcriLotrical tost,, thvis roprosonting tho main s---arco
of orrors in tho dotorninatione Tho optimum quantity of
tho roa(,onta that do not affoct, this dotormination ww
ostabli'ahoCL. A aimplo and rapid colcrimotric mothod w-as
dovolopod. It involvos tho proparation of standard solutions
of cobalt nitrato that parmit, porfarmnco of tho
digitoxitio dotormination in apothoonrics without tho uso
of optical apparatusoso -- E. Natkhan
Card 2/12
0-5-1

RUM:XL, / Coamoohemistry. Geochemistry. Hydroohemistry. D
"bs Jour: Ref Zhur-Khimiyal No 4, 1959, 11436.
.suthor Virf, L., Blazsek, A., Selonye, Ze.,
Szabo, .4 Soo A.
Inst : Rev. Med:,(RPRI.
Title : A Chemical and Radiological Analysis of the Mod-
ioinal Salt Waters of Singeorgiul do Muresh and
Orga and of the Mud of Singeorglul de Muresh.
Orig Pub: Rev. mod. (RPR), 19570 3, No 4, 85-91.
,4bstract: A chemical analysis was performed to test the
spring waters of Singeorgiul de Muresh (in g/1):
Li @ 0.035, Na 48.853, K 0.2,38, NH4 0.203,
ca 3/ 4 2580 Mg 1.997, Fez 0.019, Mn2 0.001,
J'a @ 6.004, F- 0.00981 Cl- 84.201, Br 0.090t
1 0.006, Bw'-@ - 0.089, s04-2 0.009 1 HBO&O.019t
HzS103 0.011; the dry residue is 139, 35; PH, 6.8:
Card 1/2
5

RMAZIi. / CosmochemistrY. Geochc@misti*y- FydroohcT-
istry.
i,bs Jour: Rof Zhur-Khimiye, No 4, 1959, 11436.
A.lbstract: temperature, 17.50; yield 20 1 in one min.;
radioactivity, Q..2 m/.curie; Rn, 0.55 Maohe
unit; Ra, 69.10". The composition of the spr-
ines in Ogra is analSous in smaller concentrations
(dry residue is 105 g/1). Tho chemical analysis
of the mud showed it to be similar, in a number
of components, to the composition of the water.
-- MI. Yanshina.
Card 2/2
.'bS. Jour. Ref. Zhur - Khix-, Ito 7, 1951,
_@cos p. - V i rf azseir,
Auth3r @_I_ . t
Inctitut. Rumar, an kcadr@]Ly
Ade in 6evarhtion cf
71tl@- T he U -Sc d I-IM S u 1 f
Cations.
Ortg Pub. Studii Si cereetari. chim. Acad. hPR. F11.
C11U.I., 1(1@57' 8, No 3-4. 23l-2LJ
E-2
Country Rumania
Abstr-,ct Descriotion of a.ri iSDr0VCQ method for tbe
SeparjItIon of cations by means of a soiution of 11a2i in an
Ir
A fte r dt comp oz, iLl or. 01
aikalint- mer'"Im Satul'atEJI 4ith C07@+ 2+ and Tl arc r-L-
the samrje t*-Ing analyzed, Ar', Pb H92
te so,u,-ion of hCl. To ",-c-
moved by precipitation wit'A" a dilu IL @
laci.d filtrate is added Y)b solution Of 11,2021 eXC#--SS H202 13
irecoved by luoi'ing, t-e S0111" !Or' ic. "eutralized (to a "-r-4-
made .Alkallxie with a
versa! indicator) witi. solld t'3 2 C (,3 vis prcsent7 it" is re-
few ml of 30),, solution Na0h (if 1;1--3
L,joved by boil'ing), and *rc-,@F-d with 105v so"al iOn Of "a2S
wit 4.1 a positlvE reacticri is obtained for S2- with P-U(C;H3-
conIt-aining B176i,
ict"V2 spot test). The prEcipitate,
I r d :1/3

%v.4w Chmutiol
tC jarm.. Tifp-
W'. mad.
'1we"bM
form., Barcharea 1958. 00-30@Th
tftt ft of
Mrted covisizu of direct 11tration of the cations
Cat*
1, U I Zn*"';'the titration nf the excess
"liallon by the aPplicallon of Sa hexanitrorobahl-
for the;oqs of K# aud NIV; and indirect fitration'
S.Za ww
ak umayl acetate for Na+ and LI* tons. to:
o
.4 do.- tbm reavats, a milt. of brimlocrtsol AM 8-'
qWmAW *as also used. by firit drying the pa r at 100*
Atp4#s"vgIt with brQmtjcrtsnl purple. drylugrt again anj
Ithft
t1feitl4C It With ll-quinollnot. With the Iftilt. of thetc
thi IrA++ gives a simcific red ct4cor In sunlight.
Tultm,lokt ligkt the Zu++ km apix-mrs yellow. Ms'
velicitas 1). GOWWASS-i

LF:'-'t' C ZI, Y , 1, . ; 'VAIS , P .
Design of an outdoor radiation (ga=a) field. Acta agronom
Hung 13 no.1/2:1-20 164.
1. 11niversity of Agricultural Sciences, Godollo-Ehidnpest.
OubnItted Jiwiary 25, 1%3.
1)

SOOS, Pal Zoltan, dr.
(h psychogenic subfobrility. Orv. hetil. 105 no.16:743-f745
19 Ap 164
1. Papai Tarogi Tanacs Rendetointezet, II. BeIgyogyaszat.

i", : ;,:@ , " 't I Zo I t4a I, Lir .
Theraputic condf--@ions and problems dlabtlt: !
patients. Or7. hetil. 106 no.."0:1898-1899 3 0 165.
1. Varosi Rendelointezet, ParFA, Lqbo,-L-torit;.".n ei BF-jr,,.yof,,y3l-?at4
I
,. zakrendo leq @

SIMON, Miklos, Dr.; KIYATHY, Iaszlo, Dr.; 3LODI, Pal a biologial tudomanyok
kandidatusa dr. SOCS, Sundor, Dr.; HORVATH, Bertalan, Dr.
Diagnostic significance of Barum aldolase in liver diseases. Orv. hetil,
99 no.35:1201-1207 31 Aug 58.
1. A, Magyar Naphadsereg 3ge9zse&Wi Szolgalatanak, a Bu&pesti XDz-
egeuzsee,iw_yi-Jarvanyue_yi Allomns (igazgato: Kapos Vilmos dr. ) Hepatitis
Korhazanak Uo orvosL Kwthy Iaszlo dr. ) es a XTA Biokemini Intezetenek
(Igazgato: Szorenyi. Imre dr. almdemikus) kozlemenye.
(D&MOIASM, in blood
zymohaxase in liver dis.. diag. significance (Hun))
(LIVIR DISFASES, blood in
zymohexase, ding. significance (Hun))

XURTHY. Laszlo. dr.: SIMON. Mikloo.dr.: SOOS, Sandor, dr.
Relation of serum aldolase activity to histological changes In the
liver in acute hepatitis and other liver disorders. Orv.hetil. 101
no.31:1098-1102 31 J1 160.
1. Fovarosi Peothidegkuti Korhaz, 11. oz. hepatitis oaztaly,
Magyar Nephadsereg Zgeozeegugyl Szolgalata so X. Irobanyai-utt
Szakrendelointeset
(ALDOLASE blood)
(LIVXR DISRAnS pathol)

SOOS, Sandor, --- 4Et--
Changes of serum aldolase activity in Amanita phalloides poisoning.
Orv.hatil.101 no.49:1738-174o 4 D16o.
1. Budapest X. ker. Kobanyai uti Ssakrendelo Inteset, Belgyogydssati
Oastaly.
(AIMLASE blood.)
(MUSHROOKS toxiool)

SOOS, Sandor, dr.
Medical aspects of treatment vith melipramin. Orv. hetil. 103 no.7:
310-312 18 F '62.
1. X ker. Szakorvosi Rendelointezet.
(ANTIDEPRESSIVE AGENTS ther)

SOOS, Sandor, dre
Peripheral visodilator action of Hydaton. Orv. hetilt 10
no.29:1369-1372 19 J1164
1. 31dapest , IV. ker. Szakorrosi Rendelointezet.

@- "0 - r -1
i C -andr):
"
Employment 5ur/ey in 4griculture. PecE'4. r,,jiz azo@rd 9 no.4.,
14-20 0-11 164.

1U1L1b1OticG
HUNGARY
SOOS, Sandor, Dr, UjSzASzy, 1.157.10, Dr; IV. District institute of "pecialist,
"foiF Ambulatory Patients (IV. Kcrulet.; Szakorvosi Rendelointezet),
and Capital City Karolyi Hospital (Fovarosi Karolyi Korhaz). Budapest.
hData on the Problem of Combined Antibiotic Preparations."
Budapest, Orvosi Hetilap, Vol 1CS, No 9, 26 Feb 67, pages 404-1-G63.
Abstract: [Authors' Hungarian suirinarj] The controversies associate@l with
the clinical use of antibiotic combinations preaared by the manufacturers
are described briefly. On the basis of the authors' own experionces and
literature data, some examples are cited involving a selected melical patient
material which did not respond or responded poorly to the inciividual anti-
biotics (penicillin, streptomycin, tetracycline, chloramphenicol) but -. bowed
good response to Sigmamycin (tetracycline + oleandomycin, 2;1). 15 Eastern
European, 9 Western references.

ANGYAN, A.;SOCS. Z.P.
p-maki-:1
Neural and humoral regulatory factors in sexual function In the frog. -
4 Suppl:38-39 1953. (CIXL 25:1)
1. Of the Institute of Physiology of Pecs University.

ANGTAN, A.J.;SOCS, Z.P*
Neurobumoral mechanism of the sexual function of sale frogs. Acta
physiol. hun&. 4 no.1-2.-45-53 1953. (CIAL 2511)
1# Of the Institute of Physiology-of Pecs Univoralty.

K., kand. tekhn. nauk; KALiUMM., I].., inzh. gidrotekIx. ;
KASKJ it,, kand. sellkhoz. nauk; KATIJS, A., inzh. lesnogo I-wz.i
FIMEW., K., kand. geogr. nauk; RIMS, J., agronom. ; LIMU,A.,
inzli. gidrotekhn.; PAITT, it., prepodavatelt,, agronom; RAIG, V.,
inzh. gidrotekhn.; REWEL, A., inzh.relior.; TALPSEPP,E., kand.
sellkhoz. nauk;,SOOSAAR,_V., inzh., lesnogo khoz.; SIMIFELD,11.,
inzh. stroit.; TOVINGAS, E., inzh. melior.; KARUS, G., red.;
RAUD) M., red.; VAHIRE, L, tekhn. red.
(Handbook for soil improvementl, Naaparanduse kasiraarat. Tal-
lim, Ecsti rUklik kirjustus. Vol.l. (Fundementals of soil
improveinent) Maaparanduse alused. 1962. 473 p. (MIRA 15:5)
(Soils)

SOOSAAR, V.B,
Case of Bennett's fracture complicated by fracture of the trapezium.
Ortop, travm i protez. 21 no. 10:63-64 160. (MIRA 14:1)
iTRAPEZIUM (ANATOMY)-FRACTURE) (HAIM-FRACTURE)

ACCESSION INR: AT4020797 S/2613/63/000/023/0078/0096
AUTHOR: Soovik, K1. A.
TITLE: Intra- and Intor-conter energy transfor in polyactivated, crystalline alkali
halide phosphors
POURCE: AN EstSSR. Institut kiziki I astronomli. Trudy*, no. 23, 1963. Tasledovanlya
po, lyuminestsentsil (Research In luminoscenco), 78-96
TOPIC TAGS: luminescence, phosphor, crystalline phosphor, alkali-halide luminescence,
polyactivatcd phosphor, phosphor energy transfer, quantum generator
ABSTRACT: Energy transfer in luminescent ionic crystals occurs in many optical and
electrical phenomena which are of great theoretical and practical importance. The author
discusses certain of the hypotheses that have been advanced to explain this phenomenon.
One of the means of energy transport in solid bodies Is the resonance transfer of energy
betweon impurity centers ("sensitized processes"). Great promise attaches to the use of
this phenomenon in, among other things, optical-band crystal quantum generators. The
present paper is part of a continuing investigation of resonance energy transport in poly-
activated Ionic crystals. The tests were conducted on NaCl and KCI monocrystals, using
the mercury-like ions In+ and Sn++ and the rare-earth ton Eu4+ as sensitizers; Mn++ ions
served @s the activator. As an activator, mangenese has the great advantage of the
Card 1 2

ACCESSION NIR: AT4020797
practical absence of direct optical excitation of Its tons In phosphors, since electron
transitions In its Ions are forbidden (quadrupole transitions). Ile author examined energy
migration between Impurity centers in the following polyactivated crystalline phosphors:
NaCI-Sn, Mn; NaCl-Eu; Mn; KCI-Eu, Mn; NaCl-In, Mn and Ca (PQ )2-In, Mn. It is
established that in Uio NaC I phosphors the excitation spectra of Ee X)4+ ions differ from
those of the sensitizer tons. Measurements show that the presence in the'phosphor of
manganese tons has no effect on the luminescence decay rate of Eu+'@, Sn++ and In+ tons.
The hypothesis is advanced that In NaCl -base phosphors Intercenter sensitized lumines-
cence is observed, while in hardened (temperature-treated) KC1 -base crystals sensitized
Th
r
luminescence most probably arises as the result of intercenter ene gy transport. 11 e
author wishes to express his profound gratitude to Ch. B. Lushchik for supervision of the
work and discussion of Its results, and also to N. Ye. I.Awhchik for constant assistance in
the work itself. 11 Orig. art. has: 2 tables and 10 figures.
N: Institut fizIki I utronomii AN EstSSR titute of Physlos and Astronom:(,,
C (DW
SMUTTED: 18Jan63 DATE ACQ: 07Apr64 ENCU 00
SUB CODE: PH NO REP SOV: 027 OTHER- 012
Card 2/2

:L 2834-66 EW l)/
0. VkCAL a M) (b) 5/0*7
ACCESSION Ms AT5021774 LTP(c) UWIJDIJG UR 26 V003
AVMORs SooXAL-Pit-A. q t
TITLEs Resonance migration of energy in crys al_MhosL
kgr-KC1-Tlt Pb
SOURCEt AN EstSSR. Institut fiziki i astrononii. Trudyq no. 28, 1964. Issledovaniya"..',
po, lyuminesteentaii (Research on luminescence)i 35-44
TOPIC TAGSi luminescence propertyt luminescence research, luminescenoer lumines-
cence spectrumg luminescent orystal, 'ellurium le"t phoophor
.potassium chloride, t
ABSTRAM The energy transfer from Tl@ to Pb47+1impurales in XCI-?,, Pb crystal
phosphors, first discovered by K. K. Shvarts and U. A. Urnitis (Trudy 721 AN ESSRt
,lit 3, 1960) was studied experimentally. Single crystals of KC1-Tlp Pbj XC1-Tl and
KCl-Pb were grown by the method of Kiropulos. Excitation and luminescence spectra
of the above phosphors were measured and are presented graphically (gee Fig. I on 1.)
l
the Enolos=e). It is concluded that the energy transfer from T1+ to Fb4+ impuri-
ties is due to dipole-dipole interaction between the impurity centers. The author
thanks Ch. B. Lushchik for his guidance and helps Orig. art. hass 6 graphs.
ASSOCIATIONt Institut Miki, i astronamiig AN EstSSR (Institute for Pbyeics and
Astronorqj AN EstSBR)
U q,
-Card 1/3

L 2834-M

ACCESSION Us- A25MI774

s6wyms
2jjan64
Ol, BUD caM 84

NO RIF sovs

o6

4'
.7.4

Card 2/3

L 2834-66
EiCLOSUR&
01
ACCESSION NRt AT5021774
4 ev
pig. 1, Excitation spectra of Tl ims (h Vv 4.25 ev) in the Phosphors
KC1-Tl-l 0 KCI-Pb-3- KC1-Tlq Fb-59 and Pb iofie (h V 1 3.3 ev) in the
ho phors KCI-Tl-2 Kel Pb-4t KC1-Tlp Fb-6j luminesoence spectra KC1-Tl
hn Iva
Ex 5 sy).-T 9 KC Pb h V MC 4 - 55 ev) -0, lCl-Tl Fb (h%IE, 5 ev)-9.-
T
Difference curve for spectra 9 and 7-10*
V k
3/3

L 60920-65
.cence, impurity center, luminor, iodine ctivation
'TOPIC TAGS: alkali-halide,, luminescence center,, polarized lumines-
EWT(1)/EWT(w)/EWP(t)/EWP(b) IJP(a) JD
!ACCESSION NR: AT5013531 UIR/2613/64/000/026/0038 0050
AUTHORS: Zazubovich, S. Soovik, Kh.A.
!TITLE! Polarized luminescence9f impurity centers in the phosphors
KOI.KI-TI and KBr.K1-T1
'SOURCE: AN EstSSR. Institut fiziki I astronomii. Trudy, no. 26 1964"
@Issledovaniya po lyuminestsentsii (Research on luminescence), 36-50
ABSTRACT: This is a continuation of earlier studies of the polariza-
ition characteristics of the principal Impurity,centers In alkali- __
!halide crystals activated with mercury-like ions, The present1nves-
@tigation was aimed at observing polarization luqtineseence of thallium
,centers by introducing Iodine ions among the Tl'r centers of XCl-Tl-aM
Y,Br-TI. The tested single crystals, containing thallium concentra-
-4 -4
itions 4.5-x 10 and 7 x 10 molar per dent and iodine concentrations
Ca!d __ 1/3

-l-,
A.
60920-65
L
AT5013531
ACCESSION NR:
'of 0 0.6 molar per cent., respectively, were grown by the Kiro
.3 and
@oulos method. The excitation and emission spectra of the investiga-,U.44,@
Ited phosphors were measured with two monochromators, making it
possible to separate narrow spectral regions. The polarization meas-
,kArements were made on single crystals cleaved parallel to the (100)
(Trudy I
'face, using a procedure described in the earlier papers PA ANJ@7-1@Jl
ESSR no. 17, 3B, 1961 and others). The results show that the absorp-j,., -
-Tl a
nd
tion and emission spectra of the new centers in the KCl.KI
KBr.KI-Tl crystals are shifted to the long-wave side compared with the
+
-Ppectra of the main Tl centers. At.room temperature (293K) the new
0
centers show a degree of luminescence polarization of about 30 -- 5
er cent. The polarization diagrams correspond to the absorption and@..@j!a.,
p
emission by electric linear oscillators oriented along the C axis$..,,
4
@be electronic structure of the spectra.and the possible model of the
investigated luminescence center are discussed, and it is conoluded..i,:.J.j@,.',._.
.that the introduction of the I- ions in:chloridea@and bromides of 77@
hikali metals can be recommended as a method of producing activator.
dnisotropic luminescence centers., whioh are qualitatively analogouslo
Lcard 2

L 60920-65
ACCESSION HR: AT5013531
the ordinary activator Ions, n the crystal lattice site but produce@
polarized luminescence. This yields new interesting data for the
detailed interpretation of the electron structure of spectra of
luminescence centers in crystal phosphors activated by various single
valence activators.' 'The authors thank--Ch. B. Lushchik and N. Ye.
Lushchik for suggesting the topic anddisoussing the results.' Origo
art, has: 3 figures
ASSOCIATION: Inatitut fiziki I astronomii AN EstSSR (Institute of
Physics and AstronomyjAN EstSSR)
SUBMITTED: 13Jun6.4 ENCL;. -00 SUB CODE: OP
NR REP SOV: 013 OTORI. oo4
Card 313

L 01459-66 NNT (1) IJP(c),
ACCESSION INR: AT5013693 UIV261316klOO010301008810090
Kh. A
AUTHOR: Soovik
TITLE: Sensitized pbo 96rescence of the crystal phrphor Kel-Tl..Pb a
@;SOURCE: AN EstSSR. Institut fiziki i astronomi Trudy no. 30., lg&, soledo-
vaniya po lyuminestsenteli (Research on luminescence), 88!90
i TOPIC TAGS: crystal phosphor., phosphorescence, sensitization., resonance., sensitized
,phosphorescence
ABSTRACT: This in a continuation of earlier work by the author (Trucj@ IFA AN ESSR
no. 23., 78,, 1963),, in which it was shown that energy transfer from Tl to Pb24' ions
is observed in the investigated crystal phosphor at the instant when the tballium
centers are directly excited to the SP3, state. The author therefore undertook a
search for sensitized phosphorescence of this substance in single crystals of K01-Ti
and Y,.Cl-Tl,Pb grown by the Kiropoulos method and excited at 193 and 199 ru by an
aluntinum spark. The results show that besides the luminescence due to thalliump
luminescence due to lead is also excited in the absorption band of the thallium
ions. The lead luminescence can result frcm resonant transfer of energy or from
reabsorption of the luminescence from the thallium ions by the lead Ions. A check
has shown that energy In transferred also when there is no reabsorption whatsoeverp
Card 1/2

L o1h59-66
ACCESSION Ifflo. AT501,AC93
i0o that it is concluded that the phosphorescence observed is due to sensitization.
It is also concluded tj@at the relaxation processes preceding the transfer of ener-
gy frm T1+ to the Fb Lone have the same kinetics. -Orig,. ut. Wtit, 1 fiMs,
1ASSOCIATION: none
;SUNUTTED: oToct64 ENCL: 00 BUD CODE: OP
im mw sov: oo6 OTM 3 000
Card-2/2.,

L 43938-65 EEC(b)-2/EWT(I)/T Fi-4 IJP(c) GG
ACCZWIOff MROP500009 f"/tgW/MS
.291
AVMORt Soovik, Kht 2
-W
TITLEt Resonance energy migration In polyactivated &Mfg ar32*Ajj-j1sport, 12th
Conference on Luminescence hold In L'vov, 30 Jan-Feb 196-V
SOURCR: AN SSSR. Xxvestiya. Seriya flaichaskays# v. 29, no, 3, 1065,, 363-366
TOPIC TAGSs luminescence, luminescent crystal, energy migration, luminescence
,center
ABSTRACTs The author has undertaken to 1twestigate the d1pole-d1polso dipole-
4uadrupolet and exchange mechanism of resonance migration of energy In doubly
activated crystal phosphors. Rzoltation and emission spectra were measured for at
least sow of the following phosphors and the corresponding singly activated
phosphorst 902:TltPb, N*Cltgu:Kmo Wltgu:Nn, WACli8n:Kn* WltgntKnp, and KAM: IuMme
Data for WIMp WOUPbo KCItTlift, NaCliln, and NaClsln:ktn are presented grapbl-
cally. These date and others are discussede Rmargy migration by reabsorption of
the luminescence was estimated and elimated by Investigating crystals that were
activated only in a thin layer near the surface. Intercenter,and Intracenter
L5ard 1/2
-6A

RMA-Frpp;@ -
L 43938-65
Acessaroff MRSOOP5009509
migration were dimtinguishod-by comparing-the spectra of the doubly activated
phosphor with thor--i of the corresponding singly activated phosphorst If the energy
levels of the sensitizing lea are not perturbed by the presence of the activator
Lon, it is assumed that the activator and asnoltisin rs are fps
g canto tlally separ-
ated. It is concluded that energy transfer from Tl* centers to PWFV centers In
KCI:TI:Pb is due both to fluorescence reabsorptLon. and to@rexoaxnce energy m1gra-
tion, and that these mechanism can be experimentally distinguished. It Is also
concluded tbAt it Is 'very probable# If not proved: that'radLation by manganese
-: 4,@
ions In all the manganese activated phosphor$ 118ted.above, an well am In WISPbSum
and Ca3(POj)2SIntMn, In due to migration of energy between two spatially separated
centers. "The author expresses his d4ep.gratltudo to Cb,B*Uwhchlk for big guld@
ance and discussion of the results." OrJLg* art@ has: 3 figures#
ASSOCIAVION: Institut f Isiki I astraujuil. Akedoull, bauk Rateelk (Inistitute Of
Physics and Astronomy, Academy of Eclenceso ROSSO
SUBMITTED: 00 ZWLS 00 am 0=1 are as
WKS's 003
MR W S(Nt 012
card 02

L7i @/ W_(//""'./ 1143)
AUTHOR:_.-Soovik, T. A.
31US
S/61 YD61/000/014/015/'O 19
D207 703
TITLE: The relationships between X-ray and 1--ray luminescence
yields and charge localization in KI:T1
SOURCE: Akademiya nauk Estonskoy SSR. Institut fiziki i astrono-
mii. Trudy. No. 14, 1961, Issledovaniya po lyuminest-
sentsii, 281-282
TEXT: The author reports a study of the effect of temperature
(100 - 2700K) and of infrared illumination on the yield of X-ray
andl'-ray luminescence of KIM. KI monocrystals, containing 0.3
Mol.% Tl, were grown by the Kyropouloe method. They were excited
with X-rays from YPr_-575'(URS-55) apparatus or with Co 60 d-rays of
10 mg-equiv. Ra activity. Experiments were carried out in a va-
cuum cryostat. cooled with liquid air, and the T1 band (410 n)u) was
recorded photoelectrically. The r-luminescence yield decreased
strongly at 190 - 1600K. In the same temperature range a strong
Card 11/2

3/61331@(L681/000/014/01 5/019
The relationships between X-ray D207/D303
thermoluminescence peak was found in X-ray irrdiated crystals.
Illumination with infrared light Q.> 640 n@u) during r-ray excita-
tion atpe,1300K (the region of low 4--lumineseence yield) produced
the usual. flash as well as an increase of the steady-state lumi-
nescence. Similar results were obtained for the X-luminescence.
This behavior contrasts with the case of optical excitation in T1
absorption bands, where cooling and infrared illumination do not
affect the steady-state luminescence. Since increase of crystal
temperature and infrared illumination liberate electrons or holes
from trapping levels, it follows that the X-ray and r7ray lumi-
nescence yields of KI:T1 depend on the number of localized car-
riers trapped in the lattice. There is 1 figure.
SUBMITTED: January 19, 1961
Card 212

S/058/62/000/008/043/134
A061/A101
PAIMIMU: I,u.,;hchtk, Ch. B., Liyd'ya, G. G., Soovik, T. A.; Yaek, I. V.
TI=,,,: The mechanism of the luminescence of alkali halide crystals under
excitation by ultraviolet and hard radiations
PFRIODICAL: Referativnyy zhurnal, Fizika, no. 8, 1962, 42, abstract 8V2911
("Tr. In-ta fiz. i astron. AIII Est.SSR", 1961, no. 15, 103 - 126;
3uw.mary in English)
TFXT: The physical processes taking place in ionic crystals under the
action of UV and hard radiations are examined. Attention is chiefly.devoted to
the interaction of different elementary excitations of the'basic substance with
luminescence centers. An attempt is made to appraise the relative role of ex-
citon and electron-hole processes in.gamma and R luminescence. There are 78
references.
[Abstracter'5 note: Complete translation]
Card I/!

ACCESSION NR: AT4016315 S/0000/62/000/000/0336/0337
AUTHOR: Soovik, T. A.
TITLE: The pceullarities of IG - T1 luminescence during excitation by X- or gamma rays
SOURCE: Vses. soveBhch. po fiz. shcholochnogaloidn. kristallov. 2d, Riga, 1961.
Trudy*.
shcholochnogaloidn. kristallov (Physics of alkall halide
Fiz.
crystals). Riga,
1962, 335-337
TOPIC TAGS: luminescence, phosphor, alkali halide, alkali halide crystat potassium
iodide, radioluminescence, energy migration
ABSTRACT: To provide more information on the mechanism of energy migration from
the substance to the activator, the effect of temperature (150-290K) and red illurnination
on the luminescence intensity were studied in x- and vray-excited KI-mono -rystals
act.-vated with 5- 10-2 mol % Tl. In the tests, conduc-ted in a liquid-ai r-coore'd vacuum
cryostatic chamber, filter.� or a SF-4 monochromator were used to singlic out the T1
spectral band, an N-373 recorded with an FEU-18 photoelectron multiplier recorded the
luminescence intensity and red illumination was produced by an incandescent lamp with
filters passing light of 640 m;A and above. The luminescence Intensity was found to
Card 1/2

ACCESSION NR: AT4016315
Increase with Increases in the red Illumination Atensity and temperature. Orig. art.
ha5:1 graph.
ASSOCIATION: Tartuskly gosudarstvenny*y universitet (Tartu State University)
SUBMITTED: 00 DATE ACQj 06Mar64 ENCL: 00
SUB COD NO RI@F SOV. 004 OTHER: 001
E
0
2/2

ACCESSION NR: AT4020798 S/2613 63/000/023/0097/0108
AUTHOR: Soovik, T. A. -, Roalo, E. Kh.
TrrLE; Photoscintillations In crystals activated with mercury-like Ions
SOURCE: An EstSSR. Institut fizW I astronomil. Trudy*, no. 23, 1963.
Issledovaniya po lyuminestsentaii (Research in luminescence), 97-108
TOPIC TAGS: luminescence, photoluminescence, photoseintillation, phosphor crystalline
phosphor, alkali halide luminescence, mercury-like activator, scintillation mechanism,
alkali phosphate luminescence
ABSTRACT: Despite the fact that alkali halide crystal6, activated with mercury-like lon6,
are w-nong the most studied phosphors, data on the duration of Intercenter luminescence
is available only for certain of them; however, this Information is necessary both for a
correct explanation or the processes in the luminescence centers and for an understanding
of the mechanism (of great practical importance) of the scintillation and Ionic crystals
under the effect of high-energy particles and quanta. In this article, a study was made of
the decay time of photoscintillations (luminescence excited by short (10-7 see) spark-light
pulses) of certain alkali halide and phosphate phosphors, activated with mercury-like Ions,
A table Is given which indicates that the decay times of the photoscintillation of these
1/2
Card'

ACCESSION NR: AT4020798
phosphors are In good agreement with the view that there Is a correspondence of the main
emission band with 3p --.ip IS electron transitions In free activator Ions. With the energy
of the exciting quanta ranging Irom 4. 1 to 5.7 electron volts, the photoseintillation decay
time in KI-T1 Is constant and equal to the mean life of the T1 center In state 3p (1;=
2.5-10-7secatT=295K). Comparison of the spectra of the quantum yield of photoscin-
tillations and stationary luminescence in KI-T1 indicates that the fundamental component of
T1+ center luminescence, excited in the longwave absorption band of the base substance, Is
low-inertial in character (T< 10-6 see). The photoseintillation quantum yield, excited in
the longwave fundamental absorption band, to large enough to enable the energy transport
exciton mechanism to account for the mechanism of scintillation caused by the Ionizing
particles. "The authors wish to express their deep gratitude to Ch. B. IAlshchik for sUg-
gesting the subject and for helpful discussion of the results and also to N. Ye. Imshchik,
1. A. Muuga and S. G. Zazubovichffor making available the phosphors. " Orig. art. has:
2 figures and 1 table.
A
�J?CMON: Institut fiziki I astronomiiAN EstSSR (Institute of Physics and Astronomyp
A] 4
SUBMUTED: 19Jan63 DATE ACQ: 07APr64 ENCL- 00
SUB CODE: PH NO REF SOV: 017 OTHER: 008
Card 2/2
It

ACCESSION NR: AR4o43997 s/Oo@Z/64/000/006/1DO74/D074
SOURCE: Ref. zh. Fizika, Abe* 6D557
AUTHOR: Lushchik, Ch. B.; Liyd'ya, G. G.; Soovik, T. A*
TITLE: The mechanism of luminescence of alkali-halide dryetals on excitation
by UV and hard radiation
CITED SOURCE: Sb. Staintillyatory* I staintillyats. materialy'. Khar1kov,
Khar1kovsk. un-t, 1963, 110-113
TOPIC TAGS: luminescence, luminescence mechanism, alkali halide, alkali halide
crystal, ultraviolet radiation, x ray radiation, gamma radiation, hard radiation
TRANSLATION: Using KI-T1 as an example, discusses the mechanism of luminescence of
alkali-halide drystals during excitation by UV-,'Y, and x-ray radiation. From a
comparison of the kinetics of the build-up of luminescence,the effect on it of
preliminary irradiation in the F-band, and thermal quenching of luminescence dur-
ing various forma of excitation, the conclusion is drawn that In the luminescence
of KI-Tl during excitation by hard radiation an essential role is played by the
Cixd 1/2

t 66@ - 6@@ W(l)/EPF(n)-2
0 -2
MOO P@
- - AT
___ c 10WA167,16MI4,
AGUESST
N
R
4
l!
/6VCU

@"
_
_
:
l
50
3
35

UTHORS: Soovik, T* A.; EksIna, T. 1.
r

M
TITLE: Kinetics of cathode luminescence of alkali halide crystAld
I iv
/T
26
.
SOURCE: AN HatSSR. Inatitut fIzIk1 I astronoml
rudy, no.
s
IZ64. Issledovaniya po lyuminentsentaii (Research on luminescence),
1 7-181
4
TOPIC TAGS: alkali halide crystal, activated luminors cathode
luminescence, crystal phosphor, luminescence center

ABSTRACT: The main objects of the Investigation were alkali iodidesi. -
activated with thallium, for the moat part KI-T1, for which the re
lated photolumineseence processes had already been thoroughly inves-&.,.
tigated. Studies were made also of the luminors KCl-T1, KBr-In,,
-
ZnS-Ag. and ZnS-Ag.Ni. either in the form of crystals grown by the';
Kiropoulos or by the Stookbarger method, or in the form of screens
precipitated on'glass. The luminescence kinetics were Investigated---
with the phosphors excited with square wave cathode-ray pulses
113
Card

'L 60906-65
ACCESSION NR: AT5013541
(1 -- 5 kV energyand 40 400.psee.duratibn) fromla standard pule
,generator. The phosphor glow was recorded with a photomultiplier.0
the output of which was in turn recorded by a slaved osoilloscope
triggered by a synchronization pulse from the pulse generator. The
oscillograms of the build up of the cathode luminescence showed that'
there are two glow components, one building up practically instan-
taneously and the other more slowly. The slow component can be at-
tributed to the electron-.@hole mechanism of energy transfer with
Intermediate capture at trapping levels. The mechanism of the instan-0@'
taneous component is not as clear out and cannot be deduced from the-
experimental data. Several hypotheses concerning the role played by*
the anionic excitons In cathode lumine ence are discussed. The
relative fractions of the fast ( < 10-90sec) and time-delayed emission'.',.,.
components in the build up of the cathode luminescence pulses are
tabulated for all substances. -The possible mechanisms of energy.
migration from.the host lattice to the luminescence centers are dis-
cuseed. An initial flash is observed in.the,build up of cathode
luminescence pulses in KC1-Tl, KBr-Inp and Rb-I-In under the influenceL
of repeated excitation pulses. This can be'attributed to redistri-
Card---

p@7
W906-65 IS
NR:1 M-5013541
ibution of the electrons (holes) over.the trapping levels during the
Pause between pulses and subseduent de-excitation action of the
acathode rays. 'We thank Ch. B. Lushchik for suggesting the topic and7'
guidance, E._,,B. Gross fqF -growing the stale and A. Ai Haaroos for.
'determining the actl;Xtor concentrations. Orig. art. has: b rigu'res
and I table.
1ASSOCIATION: Institut fiziki-i astronomii AN EstSSR (Institute of
Physics and AstronomyjAN EstSSR)
SUBMI 04jun63, ENCL: 00 SUB CODE: OP
UR REF SOVS 024 OTHER: -009
3/3

(m)/EWP(t)/EWP(b) JD
L 609b6--65
ACCESSION NR: AT5013546 UIR/2613/64/000/026/021
@10?
*9
4
AUTHORS: Kink
. R..A.; Liyd'ya, 0. G.; Maaroos
, A. A.* Soovi A
,
,
TITLE: Concentration dependence of the photoluml ,sap-nmand radio-
luminescence yields of KI-T1
SO
A
URCE:
N EstSSR. Institut fiziki I astronomii. Trudy, no, 26 9644
1
Issledovanlya po lyuminestsentsti (Research on luminescence), R6
-019t ',1
TOPIC TAGS:
h
t
l
i
di
i
I o
o
um
nescence, ra
olum
nescence, potassium Iodide
p
;phosphor, concentration dependence
ABSTRACT: The authors measured the dependence of-the luminescen6e
--
yield on the concentration of thallium in KI-T1 in which the exoitons:
._,
,,:
.:or electron-hole pairs -were produced optically or by a-partiole'bom-.
.
bardment
The cr
stals were
r
wn b
th
Ki
l
th
Th
d
; ,,
o
e
ropou
os me
.
o
e
y
y
g
-I lumineseence quantum yield was measured with a vacuum monochromator
i by a method desoribed elsewhere (Opt. I spektr. v. 18, 1965). Plots.,
re presented of the concentration dependences of the energy yield of

L 6ogc8-65
ACCESSION NRj AT5013546 0
--- the stationary luminescence when excited In the maximum of@the exciton,,
6boorption band (5.65 eV) and when excited In the region where eleotwt
'hole pairs are produced (8.6 eV). In the former case the plot
itj
6early a straight line with less than unity slope, showing saturation
iqhen the concentration of the activator exceeds 10-1 molar per cent.
he difference in the concentration dependence of the exciton and the
@lectron-hole luminescence can be attributed to the fact that the
ratio of the effeciive cross sections for capture by the luminescence
center and by the competing defects is much smaller for exoitons than
or electrons and holes. In the case of a-particles excitation, the
endence of the scintillation yield on the concentration does not
Z
coincide with the dependence of the photolumineseence for either inter.
..band excitation or excitation in the ex'citon band, but is closer to
the latter. Although this can be,interpreted as being due to the ap
@reciable role of exciton processes in a scintillations produced in
_T11 It is emphasized that the conditions for optical and a excita-.
flions differ greatly. Orig. art. hasv'I figure
Card

tronomli AN EstSSR (Inatituti

CL: 00 SUB CODBs OP
R,.' 001

I
'11111kh
N

L 0 1) 156 - " 6FMT (1) /T !J!'(c CC/JXT(cz)
@ACCESSION NR: AT50136*
UIV26131641000IOeVIOM10092
41t
AUTHOR: Soovik, To A V* Realot E. Kh
TITLE: Photoacintillations in KI-In 012gt
SOURCE: AN EstSSR. Inotitut fiziki I astronomii. Trudy., no@ 300 29a. Yssledo-
vaniya po lyuminestsenteli.-(Research on lumineacence)j, 90-92
TOPIC TAGS: potassium coMound, iodide, scintillations photoluminescence, radio-
I
lumineacence
ABSTRACT: This is a continuation of an earlier investigation (Trudy IFA AN ESSR
No. 23, 9T, 1963) of the exciton and of the electron-hole mechanism of photolumine
cence and radioluminescence of KI-T1 Mstals* The present research vas prompted
by the thought that KI-In crystals can yield more information on the energy trans-
fer from the host substance to the luminescence centers,, since the absorption ban"
connected with the indium centers are more clearly separated from the basic aboorp-
tion, and the kinetics of the intram-center processes in practically Independent of
the temperatureo The e@qperiments were made on single crystals grown by the Stock-
barger method (o.4 noi.,h in in the melt), using a procedure close to that described
In the earlier paper. A comparison of the excitation spectra of the stationary
lumInescencep photosointillations and the damping time shown that the lumin scence
.ard

L OV158-61',
ACCESSION NR: AT501MO 0
excited in the exciton, band of absorption is almost equally short in duration as
the luminescence occurring in direct excitation of the activator glow centers. SCM6
discrepancies observed at law temperatures are briefly explained. At short vave.
lengths the pbotoscintillation yield in the region corresponding to interband tran-
sitions is practically zeroj in spite of the growth in the yield of the stationary
luminescence in this region# It is concluded that in the fundamental absorption
band (up to 6 ev) the excitation of the phatoscintinations Is produced by exciton
transfer of energy from the host substance to the indium g1_Qw penterop at least at
the excitation intensities used (approximately 1012 qu&nWcPXsG'0). 7he eiectrcii-
hole mechansims causes awe prolonged glow processes* Orig. art@ has: 1 f1gure#
ASSOCIATION: none
sumanw: 13oct6k EMS 00 MM CONS OP
DR MW SOV: 005 OrM. 000
Card-2/-2';

L 5441-6 EWT(1)/EPA(a)-2/EWT(m)/EPP(c)/EPF(n)-a/ZWP(t)/Ewp(b)
ACC IM: AP5025096 IJP(c) JDIJC; SOURCE CODE., UR/0368/65/003/003/0279/0282
AUTHOR i Soo
viks T. A.
ORG: none
TITLE: On the mechanism of radioluminescence of alkaline halide crystallophosphors
ZPresented at the 12th Confi-rence on Luminescence in January 1964 in Livoy/
SOURCE: Zhurnal prikladnoy spektroakopii, v. 3, no. 3. 1965# 279-282
TOPIC TAGS: radioluminescence, luminescence research, luminescence, luminescence
crystal, luminescence speatrum,.potassium chlorids@ftassium bromide, potassium
iodide q
ABSTRACT: To determine the causes for the great difference in the scintillation
efficiency of various potassium halide crystals activated with thallium, the yield
of stationary luminescence excited in the zone-to-zone transition region end in the
long-wave exciton absorption band region of KCX(TI), KBr(TX), and KI(TX) was
determined and compared with relative scintillation efficiency of the same crys-
tals. The scintillation was produced by means of o@-particlea from a
Card 113 UDC: 535.37

L 5441-66
ACC nR: AP5025096
Pu 239 source. The experimental results are presented in tables and graphs (see
Fig. 1).

A
IL

l
ol

Fig. 1.
Dependence on the concentration of TX
(mole %) in KI(TI)
l- yield for zone-to-zone excitation
(E 8.6 ev); 2- relative scintil-
ex
lation efficiency; 3- yield for long-
wave exoiton excitation (data 1 and
3 from E. R. n1mas, G. G. Llyd'ya,
and Cho B, Lushchik (Opt, i spektre,
18, 453, 1965j 18# 6310 1965)
Card 2/3

L 5441-66
ACC NR: AP5025096 J
The dependence of stationary luminescence and also scintillating efficiency on the
activator concentration and the nature of the kinetics of photo- and cathode-
luminescence were determined. It is suggested that the comparatively small scin-
tillating efficiency of KCX-TX as compared with KIM) is duo to the lower effec-
tiveness of the'exciton energy transfer mechanism in this phosphor. The author
thanks Ch. B.-Lushchik for his guidance in the present work, Orig. art. has:
1 table and 4 g_r_a_pF8_,qq,6t7
SS SUBM DATEs O5Jan65/ ORIG RM 009/ OTH REFs 002
SUB COM OP
Card 3/3

L-3. 82?_42
ACCESSION MR: AP5004516 8/0048/65/029/001/0036/0039
AUMOR, Zol2tagaX. G.K.; Lushchik,Ch.B Soovik,t.A. Yaek,I.V. 31!Mo, M,A*
TITIZ: Self-trapping of holes and optical phenomena in I IrReport
12th CQnference on Luminescence hold in L'vov 30 Jan-5 Feb 19 7
SOURCE: AN SSSR. Izvestiya, Seriya fixichoskaya, v.29, no.1, 1965, 36-39
TOPIC,TAGS: luminescence, ionic crystal, recombination luminesconcei thermolumines-
cence, radiation effect, self trapping
ABSTRACT: The authors briefly review recent work in their laboratory concerning
the role of hole self-trapping in optical phenomena# and specifically In recombilm-
@ion luminescence, roentgenoluminescence and radiation coloring. The effect of 8
trapping in each case is to suppress the phenomenon at low temperatures, where self-
trapping occurs. Recombination lubitkeseence is discussed less briefly than the oth-
er phenomena and Illustrative absorption curves and glow curves are presentedi Pho
toluminescence of KCl:Ag after x-ray radiation at 1000K was found to be very small,
until the material was heated to above 200'OK; thereafter the photoluminescence was
large even after subsequent cooling to JOOCK. This behavior Is explained by the
Card 1/2

ACCESSION NR: AP5004516
rs make@
thermal release of self-trapped holes which, after migrating to Agt Cente
it possible for recombination luminescence to occur even at low.temperatures. An
intense thermoluminescence peak was observed for KCI:A I at 2200K, the radiation-
9
of which is characteristic of Ag+I centers. This radiation is ascribed to recom-
binatJon of holes with electrons trapped In A9+1 centers and is regarded as the
first convincing case of hole recombination luminescence at activator conters in-
ionic crystals. Further investigation is desirable to determine whether anion ex-@I'
citon-Y may also become self-trapped in ionic crystals at low temperatures. Orig,
art. ;..-,s: 2 figures.
ASSOCIATIONt Institut. fiziki I astronomii Akademii nauk EstSSR (Institute of Phv-!
sics and Astronomy of the Academy of Sciencest Notonian SSR)
SUBMITTED: 00/--Jan66 ENCL: 00 SUB CCOE:SS,OP
NR REP SOV: 006 OTHER: 003
Card 2/2
tZ P

D,;sihchik, Ch. B. Soovik, T. A.
'D.RZ': of llniLic'. lxd Astroznoz.,,y, A;; ZstSSi (11'.',si@itut fiziki ia s t r on o.-. i i
Pnoton multipliCaLion in crystals and the phenomenon of radioluranescerce
SOU7@OZ: Ai institut fi-iki. Radia"Isionnaya fizika, no. 4, 1966. lornyyc
lzrizt.ully (Ionic cryatala) , 71-63
'@X)P@-C TAGS: p"-.otozi, radiolwndnescence, x ray effect, quantiua yield, ionic crystal,
ptioa band, light excitation
A B S TI ( A CT :In connection with their earlier ex@Dcriracnts (Opt. i apcktr. V. 1-6, 631,
!965 ana elsew.acre) dealing with observation and investigatio.-I of photor. Multipl'-'_
ca-.1.1oa Dy crystals in the optical band (rather than x-ray or gamr-a region ..e LOU-
tnorz dl'Ocuzz in the pre@scnt article the connection between this effect and t.-,c phe-
40
n,=ena of x-ray !=Lnescence and radiolumineacence. Particular attention is pa d
the ro"Le of cLifferent electronic excit4tions of the crystal lattice and '@.o lumines-
cence excited in ionic crystals by hard radiation. Photon multiplication in t"-.e opti-:
cal. ran'-e was investigated with a special set-up including a vacuum monochror=.or and
a diffraction grating, a high power discharge lamp, a =onochromator, a vacuum chamber
Card

;,cc W,7uJi76U'
for Lhe and a comparison standard (sodium sulicylate) decicribed in t"-.t.
ur Invejti,:ation. It nw-aber of optical phenomena were investigated in thu cncr-
rant;e from 5 to 21 eV, particularly the spectra of the quantum yield of 3taticna-.y
.liotolumineacence of several dozen activated ion crystals. Tne results zinov
in`y that. photon i.-iultiplication in the optical region of the spectrum doeZ exist. a-
rize:; when a sinGle photon produces two electronic excitations in the crfztal latticc.;,
Tne L,,.o mechaisms for this phenomenon (exciton and elect ron-hole ) are de-
ZcZ_.U,-_-d -.,icre and characteristic features are compared with earlier experiments lby tl,ae:
au*@aoro xid by others. It is shown that these two mechanisms operate also in the case'
of rz.,@.iolu=inescence of ionic crystals. A formula is derived for the energy yield CA'
aczivaLor luminescence excited in the main eCosorption bands of a crystall. Tne 'Oossl-
of decreasing the tire lag of the electron-hole radioluminescence mccrzzism, in
zcIntIllating crystals is discussed. Its a rule, in stationary radiol=,inescence the
electron-hole mechanism predominates, while in scintillations the two mechanisms exe
in -eneral on par. In ,'.a!-Tl cr-
C, ystals the electron-hole mechanism apparently predo::@,-
nates. It is shown that a possible reason for the deviation of the real scintill'ation!
Yield from the estimates presented in the article is the inertia of the electron-hole
Orig. art. has; 4 figures, 4 formulas, and 1 table.
SU:@ CO:Z: 20/ SUBMI DA-IE: 00/ ORIG REF: 022/ OTH K-F: 006
.-Card -2/21--

PONCRARSHKO.L.S.; SOPACII,E.D.; ISTOSHINA.M.A.
-- - -mwjmw'
Modification of the argentometric method of determining the
salinity of sea water on the vasts of chlorine. Metero.i
Meteor.i gidrol. no-10:54-55. N-D '53. (KLRA 8:9)
(Sea water) (Argentometry)

SOFACH, -4.D.; BLINOV#, L.K.,, red.; P3RWVSKATA, A.D., red.; SADOVSKIT, V.N.,
'" @"d @' - red.; ZARKEE. I.M., tekhn. red,
[Blectric conductivity as a means of measuring the salinity of sea
water] Xlektroprovodnost' kak metod opredelenita solenosti morskikh
vod. Pod red. L.K. Blinova. Moskva, Gidrometeor. Izd-Y*,,1958..
138 P. (MM 110)
(sea water)

BLINOV, L.K., nauchrWy sotrudnik; TSURIKOVA, L.K., nauchrVy sotrudnik;
FIKHOMOVA, A.S., nauchrqy sotrudnik; SOPACH, E.D., naucbrqy
sotrudnik. Prinimali uchastiyet PONWV-T.-G-.-j--XUASWIIKOVI,
V.V.; KIRILIDVA, Ye.P.; IDS', B.M.; LEBEDKVA, G.V.; KORNILENK09
V.S,, redo; ZEWSOVA, T.Ye.9 tekhn.red,
[Manual of marine bydrochemical investigations for bydro-
meteorological observatories and marine bqdrometeorological
stations) Rukovodstvo po morskim gidrokhimicheskim issledo-
vaniiam; dlia gidrometeorologicheskikh observatorii i morskikh
gidrometeorologichoskikh stantsii. Pod red. L.K.Blinova. Moskva,
Gidrometeor.izd-vo (otd-nie)q 1959. 255 P. (MIRA 14:6)
1. Moscow, Gosudarstvenwly okeanograficheskiy institut. 2. Labo-
ratoriya khimii morya Gosudarstvennogo okeanograficheskogo
instituta, (for Blinovp TSurikovaq Pakhomova, Sopach).
(Water-Analysis)

r r
162,

SOPAUSKAS J., prof.
I----.-- I-
A survey of nutrition in Lithuania during XVI-XIX centaries. Sveik.
apsaug. no.12:27-34 162.
(NUTRITION SUMYS)

SOFZL, Je!@zy
Prolapse of the duodenal mucomainto a diverticulum. Polski przegl.
radiol. 24 no.4:249-252 160,
1. Z Zakladu Radiologil $1. A.M. v Zabrau Kierown1k: prof. dr
S.Januszkievicz
(DUCDENUK die)

SOPEL, Kazinierz
Blantinga in Walls In gwerjun dep-joits al,J -4eT;r,3"LtL:l erdar-
gerod by carbor. dioxile rxuptlons. Wiadrm gnm .14 ro.11:
357-358 14163.

CategojT: USSR/ Fai= Animal Disea3es Cauoed by flelminths. V-3
Abs Jour: Refer. Zhur-Biologiya, No 16, 1957, 72314
Author Sopel'chenko I.
Inst Not given
Title Dung and Sheep Fur as the Sources of Dictyocaulesis Dissemination
Orig Pub: Karakulevodstvo I Zverovodstvo, 1956, No 5, 46
Abstract: 30 samples of dung were collected from heaps of 0-5-20 cm in depth,
and 65 washings were taken from the wool covering, during the maxi-
mum level of dictyocauletic invasion. No larvae of the invasive
stage were found. The author comes to the conclusion than the dung
and the wool of the sheep have no significance in the epizootology
of dictyocaulesis.
Card 1/1 -3-

7 -@ -- I -- -
I 1 11 . . .
@)h,a!cp-Di.--% e am P!l
Dictvocaulu5 inl,!5t2tion or sheen in nemi-doagert steppes )@ 1"zbt-kimtan. Far. i zvlr.j
r,, t!i. h, 1 "S"'.
9. TI3T :)T !:",,z,3l '@S, Library of Congre,.3s, Decemb@-r 1952. Uncl.

c) E L' tj E I P",
0
,n r, c4a
a3'te:-@ in ,;qXually milture sheep. Kar. i -,Over. 5 no.
7. 1 S' Par
,13
1952.
s, Library of Congress Arril -1953, Uncl-
9. Monthl List of Russian &coSsgiOns

s- FEI i , "'. I .
4732. SOPELICTIENKO, M. 1. Glistnya zabolevaniya vel'skokhozyayatvannykh shiv-
otnykh i mery bor'by a nimi. smolensk, kn. izd., 1954l 40 9. a
ill 22sm. 3.000 ekz. 60k. - (55-807)P 619:616.962
SO: Latopist ZhVdnall nykh Statay, Vol. 7, 1949

86-5-3/24
AUTHOR: Sopolev, N. G., Zt'60.1
Candidate of Military Sciences
,,
TITLE: Control of Fighter Flight in Aerial Combat (Upravleniye
zvenom Istrebiteley v vozdushnom boyu)
PERIODICAL: Vestnik Vozdushnogo Flota, Nr 5, 1957, PP. 17-20 (USSR)
ABSTRACT: During aerial combat at high speeds, the flight commander
and the leading pilot of a two-ship element may give their
wing pilots brief orders which determine only the direction
and Method of attack, because the increased space of aerial
combat does not permit keeping constant visual contact be-
tween pilcts. Therefore, each fighter pilot must be able to
display initiative during aerial combat. The prepared com-
bat plan on the ground Is a 'great help to the flight com-
mander % operational control of fighter flight during-an
aerial combat. For this purpose, the flight commander,,
after a study of the air situation, 'scertains the area
for meeting the aerial enemy, his flight altitude and
tactical methods of operation, and on the basis of this
data determines the possible situation in which the fighter

ca
fli
ght will carry out the aerial combat. For example,
Card 1/4 the aerial enemy operates by small gvoups of bombers in the
W" 1, " -' t-ne
ta ke a