SCIENTIFIC ABSTRACT KLEMENT, F.D. - KLEMENTENKO, A.YA.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000723010019-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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2. USSR (AM)
4. phosphors jes snd quenchl", In crystal phosphorst
Connection between speletral PrOPert
TIV. AN SSSR. Ser. fis 1951
1953P Uncl-
t of Russian Accessions, LibrarY of Congress,
9. Lie

RAUDAM, Sol## dotsents saveduyushchly: ROOSAARB, N.A.; KIMNT... F.D., professor,
rektor,
Central reflex modifications In laukocytesand erythrocytes to encephalo-
graphy. Vop.usirokh1r. 17 no.3t)0-36 My-Js 15). (MMA 618)
1. Kafedra asyrologil Tartuskogo universitsta (for Raudam and loos"re),
2. Tartuakly universitot (for Klevant).
(Encephalography) (Blood)

, -
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th. "W 0i *4&tvAw 'tolvellot on.1 ~~ -1. M ...... t'-t-
graphs j it SM "I CAI* 1+1. pb-p" d,T-w,d @A
4uWm&t4 and Itam a so-powim otro h(,.n ~?,traj
ChA"AtffUtko 4M tMs vitriatim hv octivatnts *4q*
lav"tigated i's (C4.halt.)
(CJL-, I r
halkto) amd in m- ,I . Or ho hAmr) conirrmido
Regutta WV ob"WIN c"'TU a4 aftl ar. &W weW4 t?"d
the pkdnt of view o4 laitico .1roctut,
I

lid ftlulm-"Ov (a j!-:N4-E&d ,T,!Aj
IT

1- 7-,

I< rm e I't
USSR/Optics "ical Optics
Abs Jour Referat Zhur - Mikes No 5P 1957, 1M
Author jaement, Y.D Wlphevas AJ.
Inst 40 ~ -
Title t Nature of Xicitation Spectre of Certain CrYstal PhOsPhOrS
Orig Pub : Tr. In-ta fit, i astronom, AN ZstSSR, 1955p No 1, hh-W
Abstract An investigation vas =do of the absorption aul excitation
spectra in a series of sublimate ;hoisphors. A double-lay-
or coWising a *bmse plus activator" CdI2 - Pb4, lumi-
nesces only after Using sufficiently heated to diffuse the
activator into the lattice of the base and to form a solid
solution. As a resatj, a nw narm absorption band ap-
puss at 390 milluldronsp ascribed to the ions Pb2 4 in
the CdIg lattice. Unlike the Cd% -- rblgj the activator
bands of the aetivator inserted in the We of a aublimt*
;hosphor CdDr2 -- Mr. or CdC12 -- PbCl2# retain the s ama
position to ii the pin activator. The excitation spectra
Card 1/2
USSR/Optics n4mical Optics. X-5
Abe Jour Ref 2hur Fittka, So 5, 1957, 129U
of have each two ban" at
, ~ FbIO and CW2 " VOBr2
35 ag 400 -4 111 Ed crone in the formr phoelphor &M at
265 am 30 mil"Iderms in tAq letter. The long.,weve
bands coinelde iti#A the absorption b&ndg or theactivator
ion in the phos*fts. fte short-imve bands coincide Vith
the absorption bands of pun Pblo and Pbft~~but not vith
the bands of the phosphore and the basess a author* b*-
~v that Iz the short-ows" band, the emitatjon& are
absorption ix +,he activator,, but they are not cau_
Voued iLn the absorption spectruis or -ths, phosphors, owing to
'the suP4rPOsItIOA Of the absorption of the base on the ab.
sorption of the activator,

6n
0
5
MI kAir F44 D
Abe Jour Aeferst Zhur - Nbislyss No 60- 1957t 18346
Author
Title Some Peculiarities'of _0611ftte Phosphor* WA Methods
of Theirlroduction&
Orig Pub i Optiks i'spektr6skoplyal 19561-1g So 4s 571-5T7
Abstract 2he mtbods of production and the properties of sublizato
phosphors are discussed. Ate. succesive sUbli=tIoA of
the base and the activatorp the unjor pan of Wo-layer
system needs heatina for their transfornation into a -
phosphor. 2he influence of Og cuA F2 as mineralintors
waa studied in order to prove the necessity of the acti-
vator diffusion into the lattice of the base in the pro-
cess of sublinate phosphor forwatione Sow systems
(CQClt-TlClj halides Cap Be# Or with the activators Pbp
Cup Mn) trawforn proaticaW Instantanoausly into a
phosphor in 02 or Pg atoosphere vithout heatingo but
Cara 1/2 107

Le eoe -A P
Abe Jour.- Reterat Mw-Fizikso 19571 No 4t 10381
Author : A1L2Met!LFtDA4 Mzdina# 9610
Inst : Not Given
Title : Naturi or Influence of.1kchanica.1 Crumbling on Properties of
Certain Crystal ftosphorsi
Or1g Pub: Tro In-ta fix, I "tron- AN Eat=,- 1956s 190 4.- 3-25
Abstract: The cuw ilk the reMation spectra of the pbosphore SCI-A&Mp
Macl-TIMp NeCI-AgOl suA XQl-TlC1 VMn pulverizel is con4red
with the Imova rmUstrlbuti6n of the Intewitlea of the bands of
radiation of these phospbors.upon change of concentration of the
activator. It Is contludedt that in phosphors vith poorlaisel-
bility of components (MCI-AgCl and N&M-TiCl), the quenching to
the pulvvrizing Is explained by the partial 4ecomposition of the
solid solution vith liberation of the activator in tht form of
an ispArity that Is not ordered In to the base. In phospbors
Card 1/9

Abs Jour t Plef ZhUr - KbiMiYap NO 'Is 1957,P 92W
Author F, - D. Ktamutp ~A. IP..- VALLyshevu) S. Milova# A. A. 301*v'eya
Inst -'Not. 31ven
Title MW inti"Ace of ipsts on the process of oriaLnation of two
cryat&110 phosphors.
Oria Pub Tr.-In-ta f12.1sotrou, AN. got S38, 1956., so 4, 36-41.
Abstract Tjo War systwe trunsfonned into phosphor after a prelimin-
ary heating were produced by successive volatilization of the
b"O (CdCl- A of the activator (hal.
-2) CdC12# CdBr2 and Cd ) ar
idea TIO Cu, Pb and 411h). 02 WA ;21 contrioute to the proluc-
tion of phosphors even at normal tiqxraturas, or diminish tlie
need3d temperature of beating (M2402 a and C12 do not baVe
an effect cow-parabla to that of 0~ em P2)- it is established
from the anttyals or the emissioil spacti-m that 02 AM P2 con-
tribute to tha concentrating redistribution of the intensity
of the bnnda due to Ute diffusion or the activator from the
surface in to the volume, In the atmoophere of F a recry-
stallization of Vie volatilized layer in ayutem SdBr
CdC12 Wd
-TIC1 and CaC12-CUM a$ well as the appearance o nee e-
Card 1/2

USSR/optics reical optics
a*

Abe Jour s Referat Zhur'- Jlitlkapft 5,, 1957o M39
Author t laementp F.D,
Inst
Title Processes of foroltion P9,CMtal Phoe;hors and Certain
Methods Of,. VAGir ft*PMtioa
Orig Pub PW teadusti AW, ~ toiastised. Tehn. ja funso-watemo
*
AN let=j, *or. tekbno i fit*-
tesdusti seer#* ls;i*
SO 1., 3-11
Abstract fte author reprts
oz 4~ results of the work in his la-
-
boratory an Thai stwy of the conditions or tormation sna
ai.
for )b
of mortbi)
tsiaing cMtal *oepbm*
development
,
_
.
,
.These - 4mostliptiow show tbat'
the
activator ihosib;rs
'
-
.
We solidjaCklitifti Q
A that the first *tag* of the for.
matlon$ vidii ordnary conditions of mmiftotwoo is the
diffusion of the activator in the lattice of the base.
2he temperature conditions for the formation of the
Card 1/2

KIPYW, F,j MAMMA, A.1 n&A, 1.
"Wtilmyer luminescent screens tor ultraviolet microsco".0
p. 193 (Uurimused. Trudy) No. 6, 1937
Tartu, Estonia
SOt Monthly Index oi &at NoWean Aceessions (EUI) Wo Vol, 7, no, 4,
April 1958

3-11-7/17.
A

M
MOR I

ement-c-PoD,# Prof-esso
K r Rector of the Tartu State University
FVU Member of the Academy of Qcionces, Estonian SSR
TITLEs This W" Given by the Soviet Rule (Sto dala sovetekaya vlast')
PERIODICALs Vestnik Vysshey Shkolys 1957t # lls Pp 40 - 47 (USSR)
ADSTRACTt Describing the culture and education of Estonia, the author
states that in 1955/56 the number of students in sp#oial educa-
tional Institutions Increased by 7.6 times. In 1946 the Academy
of Sciences was founded with numerous scientific institutes con-
duoting research In the fields of astronomy, physicep chosistryp
biology# medicine# technology of oil shalot construction, now
building materials *too There were 0 vuzoe in Estonia, with
119#000 students in 1956/57 WOW in 1940). The soot Important
vus is Tartu University# founded in 1632, where 3040 students
are enrolled In day courses and 1650 in correspondence coureass
Thor* are 60 chair* and 370 teachers for the five facultiost
physioa-mathematios, history-linguisticeg jurisprudent*# sodicinto
economy. Conferences on scientific subjsoto take place every
yoarl such as the ninth All-Vnion conference on spectroscopy in
1954 and the fifth All-Union conference on luminosconce in 1956o
Card 1/3 The second important VU2 In Zstonia Is the Tallin Polytechnic

This V" Olven by the SovIet *j3A
3-11-7/17
Institute# founded in 1936, in 1956 there were 2#130 students#
200 attending evening courses and 330 correspondence courses*
There or* 4 faculties# mechanics# oonstructiong mining chosi-
strys and ship reconditioning* Of 200 teachers 90 are doctors
and candidates of sciences. The main sub4sot of investigation
conducted by the Institute to the mining and utilisation of
oil shales, Research In this field is conducted by Professor
Kh, To Raudsoppt Professor A.Ye. Aarna# Doteent K,A& lask,
and Dotsont IoPo Spik. In 1951 the Sstonlan Academy of Agri-
culturs was foundedt In which 2#330 students are being trained
in 6 faculties* Within 6 years 1#600 specialists were trained
at this Institute@ Among the Academy teachers there are im-
portant scientists like# Professor Doctor 0. Xhallik (Soil
expert$ somber-correspondent of VASXML~ Professor Doctor
Pung (Nombor-correspondent of the Istonion 331 Academy of
Solonoos)t Professor Doctor Yu. Tokhvor. Thor@ are altogoth*r
180 professors and lecturers* The Tallin Pedagogical In-
atituo was founded In 1952, In 1957 there were 900 students
and 103 instructors. The Tallin State Conservatory oiiate
Card 2/3 since 1919 and the State Institute of ?in* Arts was opened

f
Me Was Oivan by the Soviet Rule 3-11-7/17
1 in 1950.
ASSWIMON: Akadudra nauk Istanskoy SOR (Academy of Scionees, latonian M),,
Tartuskir gosu"retvennyy universitat (Tartu State University)
AVAMLAZZ: l4brary of Congress
Card 3/3

8VWICTo 0881/Luxlnesaoftec 48- 4-2/o
AUTHORs lies F#Dio
TITLZ* sone-peoullarItles of sublinate-Phosphors and methods of
rhoir.Production (0, askotorykh oso'bannostyakh sublisat4ostorow
motodakh IIkh:'P0iluch#My&)
MiODICALI Isvestlya-AkeAsaii -114aak NOR# Sorlys, ?1xichoskaya, 1957* Val 21#
#4s p 48) (USSR)
AISTRACIt The report, wood up results of a laboratory he dad by the
author o s:b1i"to-pboapborat now data as to tabeir production
methods :nd.propertless. General characteristics for this clan
of arystollophasphore-aro given*
The report -contains characteristics of structurol-toohnical.
peculiarities of sublimate-pbompbors and their technical
applications (determination of coefficients and absorption
spectra, obtaining of.sulti-layer and sulti-color scresus,
regulation at crystalline struaturo)l characteristics of ou'b-
limation methods for studying the processes of producing arys-
CWrd 1/2 tallophosphors, and #tplains effects of gaseous media an these

F-HI -EN T"
SMICTS
AUTBORSs 11906st IFODAI and 412dina.201.
TITL21 On the Nature at Influence of Mechanical Crushing gn'the tn-
partise.of Soso Crystallophospbors (0 pr1rodo illyantys, nikh"L~
choskago.rasdro'blonlys, as. evoystva, askotorykb kristallatootorov)
PnIODICILs Isvesti", Akedooll lauk SSS2# S*rlya ?isichosksyst 1957,
Val 210 #5* P 740 (USSR
ADSTRACTs This Investigation was aimed at clarification of the nature of
the quenching effect of mechanical ovIrshing on the luminescence
of same 4rystallophosphors. It was assumed that the crushing
Induces of a solid solution shon a arystallo-
phosphor can 'be considered as a supersaturated solid solution
of an activator In's. I)aslo substance.
This hypothesis. was tested experimentally on 4 phosphores 1CI#
ASCII X&Clo-TICII 10loTICI and 1s.CI*AgCl,
The result was chocked by means of "annesling* the phosphors
(slow beating at a low temperature# which leads also to doeas-
position of the supersaturated solution and door*&** of brljht~
card 1/2 n0$$.)

AUTHM mrs F. D. PA - 2459
TIM IMPorv"v-"o lame of Iminesesoss,
( Vpbqp problsW 1juniMustoyentoij
Research work sarlod out by Zotb6nian Ssiontists.
PRIODICAL Vastnik AkadsmI4 lauk SSSR,, 1957p V*19271 Xrols PP 39 - 47j
Reesived 5 / 1957 Reviewed 5 / 1957
ANTROT The offset of laillessavies is ons of the sostions of ftvissp
whish showed eensiderable progress within resent yearse ?be
oonvoision of energies of invisible raliationg as L-rap,
olettran rays, ultraviolet radiation, r&dioastivo emissions
to visible light radiation is of spsoial prastis&I'laperUmot
Thess'affeits 9"'Appliod'in *sdioesepis apparstus,, satheds,
rar estillsgraphs, tolovisionp electron mioresseposp RADARq.
olostron-optisal sonvortors,, - ultrtwi*Ut siorossopos ate 9
rutherners date obtained from the theory of lumiuss4oneos
frm the theory of light speatral the arAlpos of 1ximinesseft
spostra* and on luirmsent plutis materials and solors* on
.light snera "sualation and on d"'imstrie fasts of Z-r&yo
am radloastive radiation are givene
In the sourse, of resent years a sposial laboratory was asta-
blishod, at Vw fttleal, and Astronomical ImUtuto of the Zet-
henian AeadW of laiwas*#' The adn'ibJeotive of ressarsh was
the' lumiustaout properties of solids, partioularly of astivatod,
Card :0 crystal phospherso This bransh of ros*arah is slrosd~r well

Important Problem of Luminessonse. , PA - 2459
kwn$ but little theoretical invostigation has been sanied, out
up to new# Usearsh vas minly Ureeted, 9A the &wolopment of
lwalwoont system &W this wthed of their produstion,
Uporimental results ftstly 71old only ampiris roolpoop the
aMorlying phpiesl maning at whish romined unexplained,
NeSe AM OhaBe Ushddk In Tartu irx"tigaW the mahaniss of
selfadiffusion in Aklks'14 9gonids arystals &M -the Inter"tion
of the "tLyater-Low with the temperature of tbo fomtion
of uptal, phosphor. 2b*, authors developed a now absorption
wthod for ~ng tho diffusion of the sativater-sulatanse,
to diff*rsat d#VW of penetration within W sonsorpulUns,
basis in relation to tho ion radii of the diffusing Iova and
the sations of the basis, At the sue time a wx so" f ar the
produstion of amerptallins phosphare with high osswouirs.
tions of sativaters =a do"Ispodo
Father rossarsh wis Wried out on the offsets of meshwdeal
grinding- on the- proesswee of %be formation &W destrustion of
42704 phefObsres on the produstion of phosphors by sublima.
tion of the sonstitson" to a v44*=, (Theo* results was given
by the author in a leetwo it the International Conforowe an
LwAns"onse in Paris in 1956)4
Another group of solontists lead br A. Hookowin dealt with
Card 2/3 shadeal. nothods of prodwing 2~winasssnt sespowWao

Important Problems of Lominossonso, ?A - 2459
1wastigationo voro sond"tod in crystalline and vitnow be.
ratesp o"us orilitatoop antimazy'o3cidej phosphates's and the off-
seto of &64Aw" on alkali. Mlogode *rystals.,
With regard to the opostral analysis of 1win"oswo the author
proposed the formation of a now bransh of spostrossopy at the
It th gazatUative, somforense of Me MU on opostrossapy in Tortes
boluding the spostral analysis of the radiation of solid@ sid
solid solution, Tho results obts'-od br Zwh*Wk In Me rosearsh
on spostral depondonsiss in the spostra, of homologies series of
&Iksll~- halide Phoo0srs with difforeat'64tivatersp were of great
interest.
The third braveh of rosoarshj undlor the supervision of Chob,
loosbabikow do&U vith the kinotiss of light onitation AM the
naturs, of onitation soiterso ibish determine the Inertial
properties of phoophoras Insluding the method of thermal does-
lorisation and of onitation b7 altrared radiationo
ASMIATION
PAZUWM BT
AVAnOW Ubrary- of Congrow
Card 313

nimms, T. D.
Crystal Structure and Spawa of Alkall, Halide Phosphors
F, D. ---tp Physics and Astronomy Institutes Academy of Scianoes. of the
Estonian S.S*R*,q Tartu,, Uog*S,,R.
Lvainesconce studies won made in crystals undergoing polpwrphia transitious
Induced by temperature and prossuroo Ths offset of hydrostatic pressure on
luminescent spectra use also lavestigsted, Voasnolos formed in &2k&U ho"des
activated by divalent impurities were fomd to associate with the motivator
ionsp end give rise to characteristic emission bands* LmInescomee In mixed
crystals war* studied and Indications of decomposition of the solid solutions
vnder owtain treatment vero obtsinedo The" studies also shotmed that there
Von preferential altos in the lattice for ths activator Inpurity*
Report presented at the 117th Meeting of the Electrochemical Scoletys Chicago#
1-5 may 1960.

AUTHORS Klomontr F*t lushchikl, Ch. SP)153/60/070/04/008/01i
!111~ 8006/BOI'A
TITM Conference on the Physics of Alkali H&11d6 Cryst*13
PERIODICALs Uspokht fisichoskikh nauko 1960, Vol 70, Nr 4, pp 15~418 (W59)
TEM 'This Conference was hold at Tart-a fr6m June 2110. to July 4, 19591 It had been
convened by the Xauohnyy sovet po lyusinestsentsil pri Otlelonll flatko- nat*84ti-
cheskikh nauk AN SUR scientiflo Council for Lusinostonz* at the Dopartmont of
Physia&l and Mat 0matical acienove or tho Au U551), *w) Akalemiy& nauk FStonskoy
SSR (Academy of I Ifinces. Estonakava 65R), and the Tarttskly gosud&rstvonnyy uni-
veriitot Vr'artu :3t&to University), Alkali halide crys',als constitute the eltasical
Investigation object of the properties of soliAo-, basics restorch in this field hits
been made by A. Pq toffes V. D. jusnetsov. ani ~. IS. Tartsk~yikiy along with the.,,r
students. The delegates at this Conferenco. totalling !00 perscrs... represent-PI
the following institutest 11090cm) Flzichi~Akly inslltur (Physice Institutt), Insti-
tut kristallogrefit AN SSSR (rnstitute of Crystallography of tho AS USSR), Vsesnyur-
n.yy institut minerallnogo syrtya (All-Union Institute for M%noral, Paw Materlals),
ani -2thers; Leningrads Universite. (University), Elo�ktrotekhnicheski Institut
Y 4
(Institute of Electrical Eng Ineering), and rtht-r%j T~:msk- P11.tPkhnicheekly Inst't-
t'.tt (Polytechnic Institute), Untyerattet (Universi.ty),o Khartkcv- Fil-al IREA
OREA Branch) and others# Klypv! Univorst-- Alniversity",. Polv:o-khnicheskly insti-
Card 1/5

Conferents on the Physics of Alkali Halide $1055/60/070/04/008/0'6'i
Crystals B006/BO*.i
tut (Polytechnic Inatituto). tho 11nivorsities of. Barallov, Tritutelt, and Rip, thlb,
Institut fisiki AN lAtv.358 (MSSOS Institute of the AS Latvian SSR) in RIS&I
Bukut Institut fizlki AN AzSSO (Physics Tnatitut-4 tf th, AS OSSR)l Mivsk~ tW!-
tut fiziki AN BSSR (Physics Institute of the AS B33R)l 1.1-it Univprvtta~
sity)s Alms-Atat Pedagogichookiy Institut (PoUgogical Institute); Tartut institia-
Vilki i astronomli AN EBOR (T'nstitute ef the PI,yoles of Astrcnomy cf th" AS ISSO)
ani Univervitys Altoge ther 36 loatures were doltyprel. They were J!tvate4 to tho fol-
lowing ask subjectsi 1) Local conditiana in crystali I lurin-oggenre-wTand color
centers, 2) Electron-hole and exito ocesnes, 5) crystal strutture, Ionic and
dislocation processes, The lecturers wares 9, T. VPtr6sI%anI (Leningrad) on the
-1 propertie of th-~ I
quantum-mechanical calculation of certain optics mourtty ten
in crystals (the school of B. T. Pekar is mentionel). X. Xr0%UU"kT*rr*;) on
*he quantum-mechanioAl calculation of the adiabatic p-.NtentI%':R and of tho absorption-
&nd estasion spectra of the luminescence centers in ICAI-TI, T_ V. AbAr_LrAL=
(Leningrad) on the calculation of the adiabatic potent ials! of the F-centers in
poInt-lattir,e approximation, N. Yo. Lushchik and Ch. P. Luah-.hik on the -sy4~itr,~-
scopy of luminescence Centers X4 Sh'V~Ar~4 -.,n vmIneecenie ovinctios,
prc-cesses, 1. Ko ply In tho,
avint kinetics of short-sime Itamirmscenoo,
Ya. Y&, Kirs a d A, I., Laysaar_ (Tartu) on lh-~ inflizen~!p 34" % inifo'IF
Card 2/5

CinferenTi cn the PkvaicB :f Alkal! Haltdo S/053J60/070/04/008/011.
Crystal-) B006/Bolt
~kzp to 6COC atm) on tht, oxcitaticr otni sir--malen appitra of alkali halido phos-
ph,~rs,_T-._A* Abdugadyko-4 on th~* ipottral chsrnetweristice of tM lumi-
neacence centers with high activat'.~,,~ conlow. In the rrystal, A. F. Malysheva
(Tartu) nn the spe,ctralcharweristtco 2f .-rystal phosphors activat a Win TV 011'.1
Pb** (L. A. Pobano took part in 'he Z, L. Uorgenshtern on the part
played by various W"cts in ion crystaln (r, P. FeOrjlcV Is mentioned), A* At
Xaplyangki, (Leningrad) )n a novel mcthc4 of inv4stigating the antilotropf of the
centers in cubic crystdls, 0. A, Sholt, (Rig%) on the real and "induced" anisotropy
of the centers, A. A. Shatalov (Kiyev)-on phoiochemical and thermal transformations
of "defect centerns, ovo;kiy (Yostaw) on the Pnergy of therael lonitatic'n
. Le-M.-Sham a
of the F-centers In alkali hRlld!-~ crystalti and A. Kh; KhalOOVI R. Yu# SsIal-Va.
Alivnva, A !roy- - 'B%Aku) on corprehensive Investi-
T. D. P. Vamed).? and r. A
gations c~f the spectral characteristles of NiCl, XCI, ani F.Bro To the second main
sublec', belonged the lectures delivcred. by A. K. Arsonlyova-Geyll (Leningrad) in
the outt,~r photoelectric effect on al'-,Ali halide crystalp, Ch. B. Lushchik, 06 G.
tivd1ye, T. V. YAyk, and k S. Tlyglor (Tartu) nn the part played by olectron-ho"T,
ani oxiton processea in the luxineitonie 7f Ga-, Ge", Irn."t Sn", Tl*, and PbA*
ionn. T. V. Yaek (Tartu) concerning phatothermal proces;es leading to the re.
combina* iat, iuminencente and e~!Pctron col!~r :vntors; V. Vs Antonov-Romanovskily of.
Car4 )i~

Conference on the Physics of Alkali 11410v 8/053/60/070/04/008/0s,i
C rys t a I's D000011
h13 methol of ionizing Lu" In Sr-Lu phoaphi~rs by ".-&n9 -of par&&&Snet#'.^ reiomnce,
r., 0. Liv-11ye (Tkartu) in dislocation end annihllstIon of exitcno In the interaction
with crysta., dero eta, Us Lo Kato on the charge In absorption sp#otra
brought about by the action of ionizing radiatl:,n, Yo. 1. Shwaleva (Irkutsk) on
thq ]~,JM4npscenc~- of atomic oonterg In phnmph*~ry, 1. A. Parflanolle (!r-
kutsk) z~n the mechanism of optical scint-illa*lon (P, A..Khpllen'Arme -.Oak part in
*he Ai3euzsslon), 1. K. Vit,,I, Ch, D. Lunhl-hik, 1. V, Yack, ani Us A. Mango Rig&,
Tarlu) on comprohensiv-7 ijiv#M-Ligatl~;nj vi relaxatLva processes with *jectric and
magneti!~ methods (P. A. Yurachkovskiy to:;k patt in tho discussion), and 1, Ir.
Vito., NJga) spoke on the photoviectric propnrt, Iq9 of"Wect-oradient"Iskyars in
alkaii halide crystals. The following leoturo4 on *he third aubjectt X. V. Klasr0r..
NPklyud0VA' C. Ve Herfighkove, V.- Ox Govctj,~L C, to Debrzhanekiy, V - 3L:Mnboo-
Ve CFO dpgoll, G, Yee Tom-11ovokly, A. A, Urn.9,milrava, and Id. A. Cherrrrohgv (Moscow)
cn tht, mcchanical properties of alkali halide crystals. Le go Shamovskly and A. S.
Shibanoy (,'Alioscov) on disloostion and polyheiral substruc%,Art- ot rySlaill In %hf-
presence of stirface-active impurities (K3), A. A, Shatnlolv (91yev) on the develop-
ment of lattice defects. Ro Ya. Gindina (TarttAl on tne marking of dofoots In N&CI
and KCI,ty nonisomorpMe impuritios, A. Ya. Fet- and A. A. Xhasv (Tartu) on rtsu6.
X-rev strivtural arvilysep, 0. G. Mankin ar.1 Yes Lushch1k (Tartu) on &boo 'In
Card 4/5

Conference on th* Physics of Alkali Halide 3/055/60/070/04/008/011
Crystals B006/B011
investigations of the diffusion of Ca+, In+, Sn'+ , Cu% ana Ag" ions, L. M. Do-
im-ev, 0. P* Dobrzhanskiy V.-V; Chs0ayevs, 7.16 Penovef Z. Do Perokalinat -&n*
.I
Vik Ng Variolosagy kmusoov) on the- activation of LithlUM fluoride, A. Ae Vorobl-
ev P. A. Savintsev, Vo Yet Averichav, A. A. Bot~ajX , V, Ta. Zelenkot and Mo-I#
"Ut I.Mys, (Tomis-FTon ISO relari-o-n-sTi-p of electrical optical, mechanical, end
0
other proportion with the composition of crystals, Y;. K. Zavadovsk!Za Me-$'
--Momsk), on t e Inf uence of
Ivankina, 1. Y&. isyanvand Us No Treskins .
the de mp-0-8=0n of Solid solutions upon their properties, and 4. A. voresINIVOlv~
G-o A* Vorab'Zevo K, K4 Sonchik, Ve Do Kuchin, A. V. Astatursy-, ana 42_h. got!
n=OV tTOMOX) nel* the f-Inal speech, Ml-ahws7-tollowel by a discussion,
Card 5/5

B/048/61/025/001/004/031
Aqw-ro (a It* ./j -0 3029/BO67
AUTHORSt __Xlsms~ntp IN D.# Teyest L. A,
TITUt Iffoot of isostruoturos on the spectra of activated mixed
crystals
PERIODICALt Isvestiya Akademli nauk $382. S*rlya fisichaskaya, v. 259
no#1# 1961s 28-30
T]EXT: The author* studied the effect of isostruatures on the emission
spectrum of th* XC1*KBr-T1 crystal phosphor. This phosphor was excited in
various narrow regions within the excitation band of the activator, If the
excitation band is a superposition of band* emitted by centers with dif-
ferent isostruaturest the shape is bound to change or the maximum of the
emission band is bound to be shifted. 7ig. I shows the short-wave, emission
band of the 80 X01#20 JMr- 0,05 T1 phosphor. In the case of a shift of th
excitation range toward longer waves, the maximum of the emission band T i
also shifted toward longer waves In the same direction. The positions or
the maxima of the emission band cover almost the entire region between the
positions of these maxima in the corresponding single-componont phosphor*,
Card 1/4

iffoot of imostructures on the spectra 0/048/61/025/001/004/031
B029/BO67
i.e.0 in the emission spectrum of a nixed crystal, the centers with
Oifferent isostruoturoo up to Loostruotures with 6 Br- Ions are arranged
Xound a Tl+ ion. In spite of the low content of 20 solo% KBr, the phosphor
#mission spectrum. Is similar to that of isostructures with predominating
bromine content# and the band corresponding to the pure KC1 to looking*
According to the authors# Tl+ Is mainly contained in the isostructuroo
with the highest number of heavy Br- Ions. Also the second maxims of the
ultraviolet emission bands characteris4o of the KBr - TI phosphor to
lacking. Similar experiments war* made with other ratios of the oompontnts
tCl + KDro as well an with phosphors of the typo NH Cl + WR Dr - Tlj in
4 4
4rhich mainly the same results were obtained. At a Br- content of 50 solo%#
the position of the emission band does not depend any more on the region
of excitation and agrees fully with the corresponding position in pure
tBr. If, at a low KBr content# the activator cono*ntration is Increased,
the filling of the isostruotur*e with 5 Ir- Is bound to occur after the
filling of the imostruotum with 6 Br-O *to. The existence of iso-
structures of different composition in the mixed crystals makes It possible
to explain various other phenomena (increased width of the absorption and
Card 2/4

0,
3(04
8 61/025/091/064/0)1
BOVX007
'-*mission bands,of of the T-bands in isixed
:Orystals). 'Ch.- 3#, Lushoh# sionti one dibe Influence of isostrudturs*~on the 10
widW and shaps''of thd, ~*i&i"***f.,thoraal~illuatination.l. Aocor8ing Wthe
of. Isastruotuiss 'in- D'ix#d crystala.with.
a6tivatore oonilst Ing iar*~-OsX~h elements is sojecialri prdUIA*,!!UA
~"i the' repioduction ofV U Ahe ,Ninth Coaf *ronoe -On `j
are ~%Jsj!4
Luitnescenos (cry$ Val -Phoiphoirs) IXiyeyg June 20-25, 196M'Thirs'.
..figures, ML
and 3 Soviet-bloc T$ rences.,
egend to Pi 94 m
'2); mpA 3) 250 mju,i 4Y255
5) 260 M~ 1 9;)'2'65 ma exciting wavelingthe
-,Legend*t
0 7it. 21 emission spectra of-e7 X01 13 XBr'-Tl' 1) 0.0005i
2) 0.019; 3) 0'# 2mole% Tl':~~I.~'~--
4 7, 7"
MAA

Stfoo t
of
Asostrud,
tu
r

,J
VVI
d
ur

irm
lei

,
010
8 6

4
1102310
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/00
4/03

Z-

A
w
50 a
ta
.no

3/613/61/000/014/004/019
D207/D303
AUTHORS: Klement# F, D., and Toyest L. As
-----------------
TITIEt The effect of "ieostruotures" on the spectra of activated
mixed crystals
SOUROEs Akademiya nauk Estonsko SSR. Institut fisiki I astrono-
aii. Trudy. No, 14p 1961. leelsdoyaniya po lyuminest-
senteiit 76-86
TEXT: The authors report an investigation and interpretation of
changes in the luminescence emission spectra of (KBr + K01)sTl and
NH 01 + KHABr)tTl mixed phosphors with variation of the excitation
wa4elength' Mixed crystals exhibit the phenomenon of"laostruotures"
which are ;sgions,with different compositions* Por example, In
KBr + X01 there are seven possible ioootruotures with V ions sur.
rounded by3 (1) 6 01- tons, (11) 5 W ions and 1 Br- ionst and so
on down to (VII) 6 Br- ions* The authors suggest that every lumi-
neecenos band of XBr + K01 crystals oonsists of several sub-bands,
each of these oub-bands representing activator ions occupying sites
Card It/ 3

5/613/61/000/014/004/019
The effect of "isostructures" so D207/D303
in a particular isostruoturs, The sub-bands could not be distin-
isbed in photoelectric observations of ultraviolet luminescence
~31o ~Wof (Kol + KBr) jT1 by means of a Ci$-4 (SP-4) spectrophoto-
f
meter and a jp3y-4j(FEU-18) photomultiplioes The sub-bands over-
lapped too much. The proof of the existence of the sub-bands came
from reduction of the wavelength and inten ity of the ultraviolet
emission peak when the exciting wavelength (Ae ) was varied,froa
265 to 240 qu. The emission peak shifted w:th variation of As be-
cause different values of A. excited activator centers in different
Isostructuress It was also found that TI ions were concentrated pre-
ferentially in isostructures with the largest numbers of the hea-
vier (Br) anion which is represented by the longer emission wave-
lengths. The emission peak wavelength was also redilced by an in-
o"ease of the activator concentration from 5 x 10-4 to 0.2 mols%,
This was because at higher T1 concentrations more activator ions
were available to occupy sites in isostructures for which T1 had
lees affinity, i.e. isostructures with more 01 ionst which are re-
Card 2/3

8/613/61/000/014/004/019
The effoot of "isoetructures" D207/D303
presented by the shorter emission wavelengths. Similar results
were obtained for (NH,,Ol + SH Br),sTl phosphors. Acknowledgment is
made to No Kristofel"and X. ioban* for communicating their for-
mula on the number of isco-truotures in mixed crystals# There are
3 figures and 8 reforeno*93 5 Soviet-bloc and 3 non-Soviet-blooo
The reference to the English-language publication reads as fol-
lbwst 0. DurIkam and J. Hawkins$ J,.Ohem4 Phys.t 19, 149 (1951)&
SUBMITTEDt July 16, 1960
Card 3/3

810481621026100410071014
B104/8102
AUTHORt ~Klem~ntt D~
TITLEs Crystal structure and spectrum of alkali-halide and
ammonium-balido phosphors
PERIODICALs Akedemiya nauk SSSR. Isvestlya. Sorlys, fialebeskayag
Y. 26# no, 4# 19621 480-487
T::XTs This in a review of investigations of Tartuskly universItet
(Tartu University), Institut fisiki i astronomil AN ESSR (Institute of
Physics and Astronomy AS Estonskays, SSR)# and Loningradskiy universitat
(Leningrad Universityl on the relationship between the crystal structure
and the spectrum of luminescent substances. Special attention is
devoted to the point of view that crystal phosphors are solid solutions
of activator ions in the fundastental lattios.. There are 9 figures.
ASSOCIATIONs Tartuskiy goes universitst (Tartu state University)
Card 1/1

KLMNTO F.D.
Crystallim stru#ture and spectra of alkali, hallde wA amonium
halide phosphorsim Ixv, AN SSSR, Ser. fis. 26 no.43480-487
Ap 062. (HIM 1584)
1. Tzrtuskiy gosudaretv*Wy universitet.
(Alkali motal halides-Speatra) (Ammonium halide *-Spec tre)
-7
, 7-- IM,
7

1 (IN %M: AM,"4529 (,A 6 ~t:C) f~Q
j Pwan t., F.
C,nrerning th,.i, natuve if lum Ine~i(-t?nQv .kn*,-T- ;r ra t a
rpnve in n' 0 h.? -I
tv f-.q t t ya S a ri f t r c,!q K ii
A C.*' tim I n P % c ence c ent o r , a 1 kA ihad I d4 im n- R -
% The tire of luminescence ccrnt~" in r v- t,
P r% ,t %ong I ttm np4,- rv
nq
Card

.. 2~ ?L,9_~5
ACCESSION MR: APS004529
viewed. Then evidenee against thts model Is cited. K--xt, the m--dc I ;;rqE_-1_q0d by !Tit-
n,~n and h-r -7w-trk-pri; ts doscribed (Filika qfIrf-, -pt,
r
'th-1 thr-n r -3 rn,f~ V
-_ ., A -k , - -1 rd!,-
a
r' I t..,ttonlan SSP) j:r f, r k r rillti-
I,-,nt~rs qro formed tIV
r v ta 1 -,31 ts
f
r- If I A' h I,Lratne,4, onto P, r a-
'r a I I! f - re n -P t- t v- n ! P r- is
h o d I f fe rpnt or fs~,j tS f ti e h.- r . Cr.
Card 2/3

ASS CC IAT I ON' ncme
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Rs AP6013083 --- -BOUXXCQDSI--Ult/0048/86030/0"92/0
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Ttl'~
TITIS i Polarlsed.4minesoeme ot
iftod =I413rtn'd rystals AwPorto.
conftreme an Uninescenoo, hold Ima, r IN
57
-

AN MR Inventlyao a orlys ~t
Islob"kayal ve 300 not 40 INS g, 692 0!

TOPIC TAGS i polarixed luminesce" GrYstal 00000ro PQW#14N Quarms p0tia4um~-;!
of

brculds mixed
"tai
ABSTRACTC-Tho pim"o of thi--vorkisi.,to ln~vmtlgats therpolarized laminas J'A""
iphicirs
AuRimeioenos
Mud alkali halide phos vhi& the
centers are
blog v&"0 nearest nol t; v
ghbon, are: b"t 4riloui i. X& view -of earlier studies W
assumod that this - would be, comdWivt to the )drid at -animotropy capablo.ot prodmins"
-studied the Wl-XBr ratei . ,Ohl& i
-polsriSM OkUslons- Ap"Iflatilly j, Ahere. was a
coordination number'6, ~, In :this ajitsim the-miablence of a T1+ Ion say differ asm"regards
'the relative utuborm ot 01+1- AM Be ions -deoseding -an the propartic" Of 01 and 1*0
kim-orl-44-0-9 thallivi 160414 ;1*' tals-ve-re - - - am it - foilm
.Grys. W-rown Was at',-
Imminesoenos Is'polarlseda, Ift, a map m Ition dependenoss for two exo1tation- diurglis:,;`
-.are shown In the figursi ~The peak,values are 38% for the "ohlorins" hand Wd - 17% for
VV
card 1A

ACC MAj AMWOUR
c
Is i:
16romim band For single bft~,,
US
pbors 'Ufa polarization is aLL It U Inf-
i rrod that the 1"t favorable ionditialki:
A
axame of polarized
ppe
-a T Ift
are f0matlock 01 miters vith
a by 5 or Old I Bror r 101-1.,
6 00
Ifte, Ise$# candItic" of musiou
go
4~.~~ taimotrapy. A figure in the Oritilmil, text
110*6 the pol"Asatim spectra Sud the'de-
V
pjadelloas of the dep" of pol"botJO&
camp"Itift dopendeno" of'the, dep" As - irequemy at. the ftitted 1.1611t for S'
, ~
:
. ~
,
O j - -
at polarization cg the luitufacen"S series of ol=d orysta2as
CrIgs
a"
exaltatifts I 4668-*Yl 9 6,0,

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j,"0. 7t Jilly i) 4, Im ~,!tp,,~stj llu~vary)
SC: 1'rrithly Mit cl Eant Ptmoman Accesslors (117A1), LCj 7r1, 41 31
March 1955, tnel.
t~', All

Mimii
Raw= --- T~
"New trends In the production 3f lime and possiblitles of their application in our
country#'"
Stavivos Praha# Vol 32p No 6j June 1954, p. 203
SO: Eastern European Accessions List# Vol 3, No 10p Oct 1"4, Lib. of Congress

KLa.,=, K.
Artificial roughcasts and stones. p.145(kozemni btavtos Vol.59 no.3# Mar. 1957) Pxl&.a
SO: Yonthly List of Last iuropean Accession (EML) LZp Vol,61 no-7# JuIY 1957. Uncl.
'.. - -1 -~ , I I ~ ~, --::" I .
1~ I.. -

Klement,, K.
Klement, K. Practical and theoretical problem of the live-burnine industry., po 2*
Vol. 35$ no. 1. Jan. 1957
STAVIVO
TECHNOLM
Czechoslovakia
So. East European Accessionss Vol. 6p May 1957
no. 5

UMTSIMMA/Choideal Thchnoloa. Chonteal Pmducts and Vwir 11-13
ADplication. Coi=dcs. Glass. Binding Yaterials.
Concrete
As Jouri Ref rmr-Xhin ,, No 2., 195;9j 5555.
sluthor 11mantild 1'.~.
Inat balentific Research Institute of buildim Haterialso Bm.
Title lox1roulla Lim
Oris Pubs Stavba, 19!*j_5jAo 5,146449...
Abstmet: A brief hintgrical noto. concerning t:w umufacturing
of hydrauUo l1no . 1) In, CzachoslovuMa Is. presented.
(L
MA of YwAous - kinds. am-Uscribed md data conceming
the york.awmied out In ceLmt shaft fur-
mces at-tho Saiantirio, lbsearch Instituto of , Building
Materials (Brno) are given. IIn the conclusion, the author
pants out the great possibilities of uvniftcturing arti-
Card 1/2
70
cam 1 2/2

. I
Cauritry 3 Czechoslovakia
G~Aoipry I
Jour, 1 39454
J
Aba.
Author Klements Ke
1r.r.t Itut, Not given
Tltl-:~ i Ffficient Lime Kilno
Ori3 Pub. stavivo, 36, No 10 599-4ol (1958)
Abstract The aut hor presents data suj~portinr the poesibility
of the utilization ofthe under-60 am listestono
traction In shaft kilns WK) of various conatruction
The author has ahowt, that in proferly constructed
Zeegeroy SK with correctly deuigrned loading sechan-
isms a partial utilization of the 30/80-40/80 an
fraction can be achieved. In crome draft SK *F rat-
e Ing on the Heiligenatedt rrinciple and using Mat
fu~nsce gae* limestone of 15-50 ims mize in used. A
brief description is also given of the ourning of
list in rotary kilns and in combined (7) kilns$
Ya. Satunovskiy
rd: 1/1

KLEKVITj Karol#Ins.
The quartz deposit of Velka Xres. Sklar a kersalk 12,no.2s
46-07 162.
1. Geologicky pruskump narodni podnik� Bmo

I- - .-I j~M ;. . Li I I . . - I , ~ 1. 1 , . --, --~ , -
- 1 1. -~ ~~ . A. gp , ~ I a
- -Y, " z_-
. - R ;r I I, .
I I - - 4- - I- -
. 4 ., -1 - " - -
I I .,. ~~ 77 - 1-1~~JtL

KLEWNT* K*j_jp%,_
OPOning Of a Ilmestone dOPOSIt with regard to Industrial nafety,
Stavivo 42 no.5t179 My 164.
1. Cloologicky pruakum Hatlinal Enterprise, Brra.

KULIC-WT, foirnlj Int. (~!.rrto-j
The Hm-OKA,,:A Int-watory wi-litt-orit. for w-I !~jiaratton, Sklar
n k-j~ttmlk 11, o.10,29.1 (I

KIZMTj Karelq ins@
Wbat is the next stop in experimentoLl clinker firing? 0001 pruemn
6 no. 11042 N 164.
le Geologicky pruskm National Enterprisev Bmoe
~D,

MaKUTU siroll VAMOUTS lAd"lay
A mov asseably line of Weation yw*#. SUm doprava 12 sool2t
6-7 t) 164.
1, Ceskos2o"nsks astombileve spravayp Prague.

(Inzenyrzke StavtV. Praha. '-j
Vol. 2. no. 0, June Ea-t L954)

na-maly.
The sinking of a well in cohesive e&rth. p.128 (Inzer*r9ke 5tavb), Vol. 5 no. 3 Parch
1957) Praha
Sot Monthly List of East European Accession (EEAL) LC9 Vol. 6 no. 7s JulY 1957. Uncl.
:r. . ~, :~ -, !:.C,
, - .~ "
i

Preparaticn of arlcu2turol specialicts with Alitier educ~ptlcn develops successfully.
P. L49 (Sotsinlistl1k Polluvajandus. Val. 12, no. 10m Uct. 1957. TallInns Eston1s)
Y,onthly Index of East European Accessicna (FUT) LC. Vol. 7,0 m. 21
February 1~-,58

ZLV4XNT, MIloslav# MUDr,
ft&ctures of the talus, Act* chir., ortbop. tra=* coch. 22 noo3t
78-86 gar 55.
1. 2 Yyskuwasho ustavu trousistologicksho v Bras, reditel profe
wDr. visa, iovak,
(ASTRAGALUSO fracture*
thor.)
(MCTURIIS
astragalus, ther.)

UJKMT' Wo ~': ft Statistics Spolupraemlys TMVA. B.:
TIMMETITKIf ILINOTA, 3.
Bidden fractures of the fingers and wrist* Act& ebir, ortbapt
traux. each* 23 nos2s&44 lob 36o
1. Z Tyskwmeho ustavu fromatolWeksho Y Brno, reditel prof.
MUDr, Vladivir Novsk&
(711GUS, treat.
bidden* statist* Os))
(WRIST, fract.
81106
(MMURES.
finpre & wrist, bidden, statist# (Ca))
owernit bones cc wtitib wore ews".
--fiepori oft $12 Os to oftra6w 6'r di- 3#4 in
dirteilon, open tiactt" inifeaved in frequency.- In 113.of the casts of
metacarpol fracture the first metsiarpol bon* was Involved. Typical fractures of
the base. mainly the Bennet fracture. were always cured with a non-padded plaster
dressing without splintsl there was no necrosis of the skin and the functional re-
8"It was good# The same applied to fractures of the diaphyses. Fractures of the
neck of the metacarpal bones wore treated with plaster and splint or with Jahse*s
methods The most frequent fracture of the 2nd to 51h diaphysts was the oblique or
spiral fracture, which was successfully treated with medullary nailing. Closed
fractures of the fingers were treated with pldstor of Paris and a splint, with ad.
hesive-p1sater extension, Paviansitt - Prague

Grapble Illustration of importance of the stiffening of
phalangoal joints* Acts, chir, ortbop, traux. cook, 23 noj:
236-243 Sept 56.
Is Trokustw ustay tramatologicky v Bras, roditel profs Dro
Vladimir Xovak.
(FINORS, dig,
stiffening of phaleageal & astacarpophalangeal jointoo
off, on funct, of band (Cs))
(jolyrs, dis,
goal A motacarpophalaWal. joints. off. on taut.
of phalas
of band (Cs))
(HAND, pbys'1010
funct off, of stiffening of pbalangeal & motacarpopbalangsal
joint;, (Cs))
w
It, Mfiii "4110,

ELMUMTO X.1 Dogulut jo
Certain aspects In the utilization of radiaective chromins isotopes
In the determination of blood volumoo Cook@ fyolol. 7 no.4t3l&320
July Sao
1. YyxkuwW ustav trausatolor.101w, Way pro expertmentalni patologil
lokarsks, fakulty XV0 Amo,
(CRRONUM, radloaotlve#
blood volume deters. (Cs))
(BLOOD TOWNS, detem
radloohromium technic (Cs))

&1)74iV7 1)'7;1-o:44V -ory k3s,~tst ro
n "InI 1311' NY%
4217,410M CIRCULATORY DMRDERS IN THE TALUS AIPTCR MACTURES
T4 Zil,
OV TIM NECK OF THE DOME - Poruchy krevnDw ob1hu v hitzenrif hustj
pa stomeninAch kriku - Klomept M. Vyak. det. Trautnalal.. Brno
ACTA CHIR,ORT"OP,TRAUM-.CVCW.--t$58, 25/41445-4M Illus. 6
n fractures of the rwck of Ow talus with backward dislocation and MOW%
net rosis of this part of the boas develops In about half the patients. The blood sup-
ply of the talus to ensured mainly by branches of the anterior and posterior tibial
artery. Theme art connected by the artoris, ansawmatica tarat which i -, in the
sinus taral. T1he parental artery Is of lesser Importance for this bons. Closed
reduction most be followed by Immobilissilon. If necrosis develo" Immobilization
should be maintained till circulation is re-establiaMd is the fragment. Primary
arthrodtais Is recommended in those cases where the fragment has become "par-
ated from the soft pods surrounding the neck. the medial plane and the sulcus tall.
There to no reason to remov* On body of the talus In view of the circulsiory dla-
order.

pv-
77

/V/
SAYLIN, tstor:Ahimmg, Miloslav
ithylooran prevention of trmmtio shook. Roshl. chir. 37 n6.21
7-9 Jan 38.
1, Yysknmw ustav traufttol6gicky v Drue, reditol prof, MUDr Vladimal
Novak. 1. H.. TM, Brno 14, Tranovska 90.
(SHOCIt prey* & coatrol
ethanol In Isotonic weline solution In prey. of train.
shook (0s))
(ISO-fewic SoUnIONSO ther. use
ethanol In lootonto *mline solution in train. shook@ prey.
NO)
(ALOCOOLg IML, ther, us*
(wouith An INJURUS, domple
punt-truna, shook# prey.. ethanol in isotonla saline
solution (02))

XUXUT Id. (Brno 14* Hansammova 9)
our experiences with shook, Roshlo OW, 37 no,183-6 Jon 38,
lpkumv ustay trsuoatologiolW v Brno, reditol prof** or XWr vi, so"
(SHMI
tramo, ollne wAnifest, & tber. (Cs))
(WOUNM AND INMIM, compl.
post-trwAj% shock# alin, mulfest, & thor. (Cs))

KIAMT, X.IMWM, 1.:WMLIK, J.
Certain aspeat* of the utilization of Cr5l for the detoralmation
of oirculatin; blood volume, Cook* tysiolo 8 no#6:536-537 N 159
Is V*%kawy ustay trauratologicky. Transfusnistanice Tojensks
assocaloo, Ustay pro experimentalni patologil lok, fak, W, Be=,
DIM TOMMA)
MOM radloaOtive)

KIDM X.; Mwo L I XUMTO T.
Yurther studies an tr&vLmtlo shock. Roshl. chir. 38 no.7j44"2
July 59.
1. vyskuarw ustav trawatologidq, redit*l prof. dr. Ti. Irovsk
(38=)

XLsKRKT, M,:N=A, 141JUnIX, 1.
Jlarly sips of trmostle shook to experiatutal conditlow, itoshL
abir. 39 no-131-4 J& 160
1. IyokumW ustav trauntologloky v Brn*. redlt*l prof. WiDro TI.
Novak.
(SHWK, exper.)

ILIMM, M.,*DOMUXJKO J,IXOCCUM,, X,;SPORAX, J.
Contribution to the astiv^tIon of the volum of o1rculating
blood following injuries. Roshl. abir. 39 no.L5-8 A 160
1, Tysku=W ustay trauma to loglak;r v Brno, redital prof. MOr
n, Novak H&dlolsotopove odd* Iskarsks takulty v Broso v*i;;I
Mr. Mr. J, Dohnalsk.
aim VOW")
OUIM AND ISMIS. blood)
R

MUMM, X.;DOMIAM, J.110COMI, M.;SPOMR, J.
Ikporlences with the prevention of trausatic &book with supropn,
Roshl. chir. 39 44o10,13 Ja 160
2, V~jkriww ustav trawmatologloky v Eme. raditol prof. Mr. T1.
Xovak Trausatologicks odd, IM, Pardubice. produosta XUVr. Cermy
ChIrurgicks odd. OM. Deoln, pr*dnosts WDr. J. Rousek
(dWCX prey & control)
WMINICS AND AVTIPTMICS, %bar)
HIR
K 77777 -1-1 i" -

ffcxujx.~ KLUMS X#
Iffect of neuroplecla on wowd Imallng. (Counwicatlon 2)* loshlo
chir. 39 ao.60W-383 is 160.
Is Kosal kliniks wdveralty v Brno, prednasta profs Me Morseelt
Tyskuxny ustav trannatologickyo redital prof. XUDro Tellovak.
(VOM JMALnG)
(MMUTION ARTMICUI)

*:WPA. J.,4 ZIMMl X.
Nvalustion of @equal&* -of soft joint Injury. loshl,chir.39
1, VyskuwAy ustay trawstologicky v Sne, reditel prof MUDro
Vladimir Novak.
(JOINTS vas & Inj)

KLEVFHTg_~i.; WINSAO K.1 Yx3vy, V.
FeWmatlan of Alsorders of mobility of ae largn JaInts. FoAl.
chlr* 43 no,11059-763 N 064,
lo Vyskt=W ustay trounatologlaky v Brno (roditol prof. dr.
V. Movak, DrOcj*
57

EMWO R,
Ou"estions for Improvement in the refiltration and purifIcation of
waste waters in paper -411 e pe 110#
(PAPIR A CUMMO vol# 100 no* 5,9 W 1%5, Praba)
Sot Monthly List of Seat Suropean Accessim,0MAL), 1C, Vol. ho
No. UP Nov. 19550 unol.
-ARMT

"A 3harr-Ffed Assistant Fhotoolectronles am its Aptlicationsv,, Gostakhis&t,,
64 ppp 1950.

EJMW V 0 MUSIL, P.; PROKOP, V..
Statistical evaluation of some malignancy tests developed for the
improvewnt of diagnosis, Neoplam 9 no.WW-W 162.
2, Onkologiedhe Ahollung do& st"Wabon Fakultatakrankenbauses In
Mean. Institut der medisintsoben Chemie der medishisoben Yakultat
der Karlmuniversitatj Sits In Pilsen. Interne Atiellung don Besirks,-
krankenhauses Pilmen,-Nord,, CM.
(nwLmS dieff)
V

11MENTS V.1 SVOBODA, J.
Induotion, of twours In Syrian hanstors by two variants of
Rous #aroma virus. Folla b1ol. 9 no.P181-188 163.
1. Institute of Uppriuntal Biology and Genetics, Csoobo-
slonk AcadoyW of acienoss Prague.
(ROM SAROCKA R6) (JOIBROSAMCKA)
(SARCCUA, XXPnrWTAL)
M

CH=0 P,; WMENT .; SVOBODAO J,
Attempts -to induce formation of Rms owaoms, virus in cells of
tum,.our 104 Folis, biol. 9 no.202-98 163.
1. Institute of b%orlmatal Biology and Owstiosp Gsooboalovak
Aoadmq of Saiencesp ?rap*.
(MWnA8HS# WEPWAL) (TUMOR VIRUSES)
(ROUS SARCOPA) (RADIATION VF=S)

SVODODAq J.; =20"
Formation of delayed tumours in hamsters inoculated with Rous
visur after birth and finding of infectious Rona virus in induced
tumour P2. rolis, biol. (Pftba) 9 60.61403-411 063.
11 Institute of bperimental Biology and Cbneticep Czechoslovak
Aoadwq of Sciancesp Ftagues
SARCCHA, EMMDMTAL) (ROUS SARCOKA VIRUS)
PrISIMM) (ODULS9 MUM)
(PATHMAXT)

XLVMj V#j.SMXp P.1 SVODDDA, J.
------- wwwo~
Commrison of the biological propsrtios of tuamrs forwd in
rats after the administration of two variants of Rous sarcoma.
rolia biol. (Praba) 9 no.6412-419 163.
11 Institute of ft"rimantal. Biology and Gonoties, Czechosloftk
Aosidemy of Solonoest ftagus.
UDQUj MRMN) (RON SARCCKA VIMS)
WRCOU9 XXPDJXWAL) (MSIOLOGY)

XUD= SACHAO 1.
Notes on the pathogenesis of hemorrhagic systio dims* in
rate caused by Ad" sarema virus. Folia blol. (PMM) 9
no-33343-353 163*
2, Inotituto of ft"rimental Bioloa and Genetlaso, Csochoslawak
AoadwW of Selencesp ll~T so
RMS SARCCHA (HSKMMG]g) (CISTS)
MOSUZ CULTURZ) (ANDUIS, NZWJ)
(PATHOLO(ff)

X!, MAN v
Si;!r-etsful Induntloh of tumours In Syr!an hamsters by cell-free
t,mja sarcoma nitrate. Folla blo'.. 01raha) 'AD no.4:321-324 164o
1. 7nitittitov of Exrerimental Biology and Geretics, Crstc~cslovak
Azotiftmy rf 3clancea, Prague.

XLWMTt V,
Inamnalogical and other,,,vpeots of the onoogenic Interretion
betwom virus and calle Vto;aam (Dmtial) 12 no.2tl37-U5
Is betitute of Uperimental "'ology and Genstles, Cssahoslon*
ScadmW of gaimes Pftpop %pechoslovaktas

KLOMENT9 V.1 VSSEU# P.
I I----
Tumour Induction with the rous saroom Virus 4- busters and
produation Of Infectious Rous sarafts. vtrus in in heterologaus
boat. Neoplasms (Bratial.) 12 mo*2sU7-.L53 165*
It Institute of Uperizental Biology and Genetics, Prague,
Czechoslovakia.

LOVMOVICH
Species-spowia antipons of pseWomonastobaci. Act& o1crobdol. md.
sci. -hung. 8 no.J#303-.310 161.
11 search Institute for Plant Protection Buda
tMUDOWNAS (ANTIGSWJ post#
7",
7
77 -., 75p

LOVREKOVIC110 L.;.,.PLWW
A practical method to demonstrate the bacterial Infection of
bean seeds* Acts. agronom Hung 12 no.1/203-W 163.
1, Research Institute for Plant Protectionj, Budapest,

-.,Y
DRIG. PUB.
Hum-firy
luiti
Plant D13eaH-i3.DiHWII(JI o-p C -.,-Ated Plants.
F Wi t, jqj,(
-rcc-p-
Kertenzot L-s szolesut, 1958, 7o NO-4, 4
C MI D

MMM, S.
A U%~terlal diseass, or uIllat aew for Ruagaryo Aota ulardbo
1. Imewwah Instituto for Plmt Protection, Budapost,
(GRAIN
wAllet dim* causod, IV lathoesn" pold)
(XAK20KMS
pantal amusing uIllet dims)

Ulm, S.
k now bacterial d softle of rice owmed by houdomon" *Micol&
n., ops Act& stordfobag* 2 nos 31265-274 2955.
1, Research Institute of Plaut Protection# Budspesto
(91C19 diseases.
Psoudkooms ovploolA infects)
(PSNUDOWW loss,
orysloolat *f rice punt)

xmm, Z.
Appearame of nev bacterial plant diseases In H=Wy# p., 148
XMLOMMI, Budapest. Vol St noo 1/21 1955.
soU=s EFAL Vol 5t no. 7# July 1956

:7~7=
0

~11 %F'Jeftnt Z.

M.A3 a j !";
to a w4tituto Of Plant t-tutactWas -Y'tF
twetarlul ,(~*.t Rtit in Green rvi.; er (csirsicum aztwwur~

A-.*tb vimbio# Acad. SCt. Wnfi. , j1h, J, '.'-'0- 4. Wi-416
(tinglo; rfj,-* russk*)
i In 1754-1955, bacteriolysis of C. minuum was cntected
in MjLcixy f" tho firut tim sinw, Italy. Thn dia*680
Prrjct#3u only the fmit m,d ijJd not 1--Fwa orstr., 1.1je Itims.
Infootiou of tocatto frult unoer tirtificial oo"ritlQuo waa
nobleyod. loolLotiou of th# agent a rtudy of Its
chri.-acterlatAles shoveck it as bolotwjrig t:j the jeruA

Ing tho ogor.0, " t.
The nuilor Asalf w
tlclodital rnev - Paeudwznnt s~rllr-,gvic, nozit;i it ;u.
myrtuine v~jn Hall. var. capnici (Oralrd) i-Aumect. Tht~
vork wha carrioa out at the Budapest lartitsite of
frvteatiou. -- S.A. Melikova
Of a rd tl/ I i

ThIe occurrence of organisms causing the bacterial diseases of be*&
in Hungary. Acts alcrob. bmwg. 6 uo.3:191-196 1959.
1. Research Institute for Pl"t Protection, Budapest.
(VMNWLISs x1croblol.)

JOV/10)-3-)-1/20
AUTHORS:Xazantaev, A.N., Romanova, T.S., Klemontenko,''.L.' Ya.
TITLS: Absorption of Radio Waves in the 'Monospherc.2roths'
I . Radio-Observations on the Artificial Earth dateilites
(pofloshchaniye radiovoln v ionoefore po radionablyudeuiyan
za okusstvonnymi sputnikami. zemli)
PERIODICAL: Radiotekhnika i elektronika, 1958, Vol 3, Nr 99
pp 1107-1121 (USSR)
ABSTRACT: The radio waves propagated in an ionised medium are
attenuated due to the collisions of the charged particles
which undergo harmonic motion under the influence of the
field. In this work the absorption coefficients of radio
waves in the ionosphere are calculated by employing the
Kazantsov method (Refe.1, 2 and 3), The method is valid
under the following assumptions: (1) the absorption is
determinod for those segments of the radio wave trajectory
at which it actually takes place, that is in the lonised
layers of the atiaosphere; (2) two types ol overall absorp-
tion are considered; these have a different frequency de-
pendence. The absorption of waves radiated from the artif-
icial Earth satellites in the ionised layers lying below the
layer F (layers D, 9 and 2 ) was the absorption of the
1-ird I/Sfirst tyke ktransmission of ;avos through a layor). As

;0V/109-3-9-1/20
Absorption of Radio Waves in the Ionosphere From-the
Radio-Observabions on the Artificial Earth Satellites
regards layer F2 the two Soviet satellites.were some-
times above it (especially in the Northern Hanisphere) and
sometimes below it. The following three cases of the ab-
sorption coefficient are therofore considered; a) trans-
mission of waves through layers D, 3, and Fl, b) reflection
of waves from the 12-layer, and c) transmission ofiwaves
through layer F2 . First, expressions for the attenuation
coefficients are derived theoretically. For this purpose
it is assumed that the electron concentration of an ionised
layer can be expressedby:
a 2
N a NmM
where h is the height of the dary of the layer
and hm is the half-thickness of the layer. For the
Card 2/6

SOV/10J-3-9-1/20
Absorption of Radio Waves in the Ionosphere AftucMe.
Radio-Observatione on the Artificial Barth,Satellites
transmission of waves through layers D9 Et Fl t the number
of electron collisions at a height h can be expressed by
Eq.(2) and the integral absorption coefficient by Sq,(3)t
where H is the height of the atmosphere and a - f/fkp
where fkp is the critical frequency. Eq.(3) can be ex-
panded into Eq,(4) or for the case of f>fkp it can be
expressed by Eq.(5). The absorption coefficient for the
case of the waves reflected from layer 72 is expressed
by Eq. (8), where ho is the - true height of reflection
above the lower boundary of the layer. If the electron
concentration is given by the bi-parabolic law (see Eq.1).
this absorption coefficient is expressed by Eq.(10)9 where
F and S are complete elliptical integrals of the first
and the second kind, respectively. The absorption durini
the pannaGe of waves through P 2 is expressed by Eq.(14
for the lower region of the layer and by Eq.05) for the
tipper region; a parabolic law for the electron concentrat-
Card 3/0' ion (See Sq.13) was assumed in these equations. If the