SCIENTIFIC ABSTRACT KONSTANTINOVA-SHLEZINGER, M. A. - KONSTANTINOVSKY, M.

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• Collection: Scientific Abstracts
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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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Chemistry - Analysis
"The Theory of Chromatographic Analysis," M. A.
Konotantinova-Shlezinger, N. A. Gorbacheva, Phys
Inst imehi Lebedev, Acal Sci USSR, Moscov Phar
Inst, 7 pp
I'Zhur Analit Kh1xii" No 4
Presents basic theory of subject developed by M. S.,
Tevet. Derives equations representing chromato-
graphic processes, and applies them to practical
cases. Submitted 17 Apr 48.
18/49T3

Jan/Fat 49
Phosphors
Luminescence
"fte Luminescent Properties and Chemical Structure
a: Crystal Phosphors," M. A. Konstantinova-
Shlezinger, Phys Inst imeni P. N. Lebedev, Acad
&I USSR, 6 pp
"It Ak Hauk SSSR, Ser Fiz" Vol XIII, No I
7- 71
.States that crystal structure n* be divided into
two basic types,-with three subdivisions of the
siacand type. First type includes crystal lattices
of crg=lc substances, vhile second is subdivided
accerding to binding energies In crystal lattices.
36/4W87
UM/Physics (Ocntd) Jan/Feb 49,
Also classifies phosphors into two groups according
to 1wesence or absence of recombining luminescence.
Frcm these classifications, discusses possible fac*~-
tcre influencing the luminescent characteristics
of. phosphors.
36/49 T87

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KONSTANTITOVA-SHUZINGER, E.. A. N15
922.613
. K8
Peferativnyy Scornik Po Lyuminestsentnomu Analizu (Abstracts on Lmineseent
Analysis) 1-.oskva, Akademkniga, 1951 -
V.
At head of title: Akademiya, Hauk SSR. Otdeleniye Fiziko-Matematicheskikh Nauk.
Lib. Has: 1954

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1. KONSTANTINOVA-SHLEKNGER9 M. A.
2. USSR (600)
4. Fluorescence - Bibliography
7. Survey or works on luminescent analysis published in the past three years.
Izv. AN SSSR. Ser. fize 15, no. 6, 1951,
9. Monthly List of Russian Accessions, Library of Congress, Januarys 1953. Unclassified.

Illaturo of himilmoseence cliaterm. M. A. Koustantim~^.
-411-S. 1xitedev In-t. Phy_,7,-Ac1uT'
Shicitimmir . Sri. V.S.-
S.R.. hil"Wowli, Amr. Ekipti. Teo,,t. Fs:. 21, 21a-US
(1931). - File Vlealletitt which Art A~acliyator. in Ph(hpliors,
11, V. N6. Cr. Xto. MV, Ain. Re. Pr. Cis, M. Rh. I'd, Of,
Ad, Ali. Zu. Cd. tilt. *171. ~in. I'll. Sh. III, tote m7ths. Th.
U, hAVV Ill 01111111011 tilt' WRIVIley tit 1011111 1111iftJOIllinalilly
ruvalctit Immuk with the sufrounding alliom In a CVY%I.kl.
The hvI%,the,i- I, I.wmsalmnl thit A hnoi~iewrmv center ul.ty
lie cfml~titutril liv mitch A rovalent-borldell Complex ill tile
activalm alool with the urrounding aniorim. Such a cotti-
plea can he viewnl 4is a "qu~%i-itiole4tula-" rigidly kulged in
the htm~ t Littier: it I. chir2rierized by its coordination no,
a. i.e., the it.. of Suffolloding anions, and the -m-Inlitioll 6
made that the ability to lusuittemv I% limited by the n.
An Inifirect contioniation of thi% point of view Is mvi; in the
similvity of the aborption sl)cctr-.a of 'Oltls. of ISOCI.1 - -
anti the excitation spectrA of Sn-activated ph~phors
*(iffinipr and Rudolph, C.A. 36, OW91i and a shni1jr oh-
servation on TICI ~olns. in the presence of excess Cl- ions
anti TI-activatral alkAli halific phosphor% (Fronflicrit. C.A.
25,418:1). Riji'llIKAtiOnUttliltC11111PICII ill thitlGild lattfi-C
it CMIlliAl fOF ItUnin"""Ce on ill'OUnds sintiW to the con.
ditions oi fluore--cemr of Ord. ntoiA.. gurnt 1y. nonintervection
of the potential curves of tile excited And SMAJIld. btAtcN;
in (Va. rompils. thii condition 6 nict in the prewner tit r-
Whem.,, if, the dW oate lite r4quiiettient of it '11.
'InIrrAt-tioll briwt-vil riet'ifollic excil.11i'm and vilamw" ' I,
1,11fil" by filltd '1114, I'l illfrfellev [will Iiii.
hypoth"i.. miniell-, that hinibirm-int prolirtli" 4ioold IW
4~V*A. "itIl a tIrlinit'. to6rdill.itlon im. n of tile acti-t.e,
1. to,tri 41g.till't of lumille-rme.4 with ill,
%Attic activAtor in different ljot cr) W, of known orn. lure
anti, conwiturntly. known M; 'Imita I it.1l.? Inade .1 ll~t*
of militiown mruclurr, and oil r%crption~ it) life title, Willi
riplatimiolit W Ifiv '-'jjj~t' of thr "Immali" %livit- ", 1,4111.1v
VII1,1411,10mll t.tit I%- gl%vtl %%till tile milvAtil Pb. III
Mith. CA0. 'SIO, 11.11). N"40 , aild I.It'r NOW", it - 0;
anappa""It V%evilth.11 i~,ZIIS(ft - 4VI.otiIIthi1CA1CIt.CAn
Z -vtI on 5 in I lie ;m-cncr .1, ;,k:
be intl. I ;k, A flux a hiell
evitlently cmit" the nnvs%kry euviroaturnt with a ~ 6;
thus. In this inviance. the flux I' All I-lefitiAl f4CtUt Of the
lumint-visce. For A#. ill ZnS, CdS. ZnS. Zola-, ZnS.Zu1w.
zil'Sio., n - 4. and fit CAW0. anti CmM,K),. a - & An
anomaly is KI. with a - 6, Where am,rding to Ifilwlt
(C.A. 32. 503) Alit keeps its own cry%tat structure, and the
--ullill- (selvilides) 'k$. MXS. SwSw. a - ti, knowo to be
complex tystenii. with obligatory presence of 0. Un.
expLained anninalics are CaO -and AlSh (n - 6) whkb %boo
Only weak cathodolunlifirseffice. Me. in AIA, NtgO.
Ga;(4. InA, LiF. Cau. R - ti. and in CaAlro. anti BeAlp.,
N or 4. with nuxl)y yet) anti orange lumbx%cvrxv A#
4 6 and nlo~tly green and yellow at a - 4: An CXC*PtiOn
is Cr ill Otto, a - 4 RaIr-4-it,th ellement artivalo", in a
varicty of hr"t-. bive m - X or 6; Sm 4nd Ku Ire ZnS hAve
apparently 4 - 4, but their introduction into ZnS Is known
to refluite a this. *,ohl. 44 the reverte probjent. i.e.. deffl.
of m in a h,.t of unknown ~trUCIUM, 11 illUsIVAted hV
which lurnhjt-.~-j-4 with tile activAtorls %Ill, ph, Cr'
. in, anti
M, and conequentIv h.4% a - fj: this I, further coliffiflnfl
by, lite fAt-I Iffit Cdjljo~ dors not luminmv with a in - Is

ill CaPs, HaPI, -41:1, ZrII,. CAN I., .1441SA 1.. 14.1.4 1. k' V%v%pt tit
the litewrive of a ultair Ali%, The 2nd iolrivo,v lioni flit
oevvs,vity Ill flaill 11%allon l. 111,11 the hiftl rf%AA should ba,it
ot high tociting it-oill . (lit% appit" to Zlk,Stt)., lk-gilul.
cawilli., .1potitc, Zris. CON, CJS' CA0110.),
Am,og the cmtt;xl%. of At, hig, 04, Cd, moitly only thom
inciting above 7o)" are suitable hi~t,.and mir"t of them arc
An RPI'Arvot cOmIrAdictioll age the relatively low-nititinx
hAlilit-A C(ll,. CdOrl. ZoCII, Cal, 1431.. etc . which, lism-
i,vrr. are lypical byrr cTyvjAl4 with %ittitiX Immling willon
.4 Liver lint weuk Imod, briween live". A .3rd hifurence i-
thmi with tilting tenip. luminem-Orn" should ltmuow wrakrr
As a F"Ult of (lififirtiqlk4f tiffirlity lit fisathlit. Thk is in
Ageft-mir"t purticularly with the elpts. of VaIfebov (C t
43.3',Zk) and with Rantiall'4 (CA. 32. &11) olmervation;'O4
a crit. temp. above which luminm-cuPt' lltTIl'AWI shAtIVIV.
That temp. 'tanti-I in the vtliected IVIAtt'sit to flit- 1110(olp;
IVIIII), 14 the crii-tul. N. Thon

7--7-
Les Lvadm1bime mm*
52
"Characteristics of a Class of Photoluminophores
on Sulfate Base," M. A. Konstantinova-Shlezingeir,
N1. A. Gorbacheva and Ye. I. Panasyuk, Phys Inst
imeni Lebedev, Acad Sci USSR
"-Zhur Eksper i Teoret Fiz" Vol 23, No 5, Pp 588-
5 922
Curves of extinction and of thermal gloving ti=
Of phosphor PbSO4Sm with various fusibles and'
curves of gloving time of phosphor CdSO4 with
activators Mn, Flb, MaPb, and of phosphor PbSO4
with double activator SoCe were plotted. Indebted
to Prof:Vo- L-0, Levehin-Recelved 18 Jun 52-
236T86

P.; cT. Ca. 46,
.nam 1.3 r,I ven on turnines-
6 gr
ccncr WMIY313 comprising 180 tftles ill difItrent languages
divided into the fall-A-ing hwdhag,~ (1) chmi-il lu-
jmalyiLs, (~~) Irtorg. compdA., (hj org. comixis..
(c) bicKburt. promses; ~21 Iliminmence analysis in mrdi-
citte; (3) lumintscence microscopy; (4) lurninemnce analy-
sis la'quality control; (5) mefhods: (8) trisectlancous.
A cublect inda.ia apkrn~ed. M. liasch

crys~a MAKnediUM-lithfUM tcIngStAtt P110SPELOr With
V_mA g
activittor. 'U.
YCALA , . - , .
4A G. Vasil'eva, and I. N. .10. hava. Dokk_cly A k~zj
Z.S.S,S.R. 95,-244l-3(l9S4).7-Thc red lumiacsoccoc of the
Ug U. timptatc phosphor was caused by the Ma activator
~md is only developed after the adda. of the activator. The
phosphorwas prepd. by the ignition of I mole W02:0,54
mole M&COs: IZ5 males LIXO, tit 750' for 20 tu*,t,. Amax.
luminescence Is produced with 5.23 X 10-1 g. MnS0,1g. at
the phosphor, or somewhat more if UnCIt is used instead of
the sulfate. Only red phosphorescence vras excited by the
436.405, ZM, and 334-mg lig lines. A fainter blue lumine-s
cence is excited by the rc-4nauce licit and the 2 adjoininr
-lines. The 31.7-M-mg Hg lines excited a. combined red and
blue lumintscccice. Voaftcrlloww-,isobscrvedditritigtho
Irradlatloa at room temp. wtd at the temp. of liquid (i1r,
The activated-state duration was 4.1 X 10 -1 src.
W. 161,
T,4At7
i/ o
"IL' / jencral Probluns iictlio o stor-!-. ScL-_ntific i,l
IwAitutiona ~'. Conferenecs. TunchinF.. ~roblci~s of
BiblioCraphy -rd Scicntific Docurcntatio-~
~-.br, Jour ~,'cfcrz~t Zhur - Kbiniyin, Yo 6, 25 '1 nrCli 1c957, lP0jt9
Autbor K on ala n tt-i oirn - Shl
Inct
Title "Icadcudeinn S.I. I!nvil(,v nlid the Part Hic Playcd in the
Dcvclopi-:c-A of Lwnincoccrt AnAysis
Ori[. Pub Ar -
jjor-.._So-%r. Scri chirl. 1~56, 10., '.,-lo 4, 111-115
libr
Aract No abctr,-ct.
Tre-molation .
3CC TziYN-hir, 15-56, 3F537.
Cnrd I/1
T.F1
I

4 _7
48-5-16/56
SUBJECTs USSR/Luninseconce
AUTHOM Nonstantleova-ShUsing*r N.A.
TITLEs Radii of Activator Zone and Th*ir Concentration in Crystal Ilo-
phosphors (Radiusy ionov aktivatorov I konteentratolya posled-
n1kh v kristallofaeforakh)
PERIODICALt Isvestiya Akadwmii Nank SSSR, Seriya Fizichookaya, 1957,
Vol 219 #59 pp 673-674 (USSR)
ABSTRACTs An attempt was &ad* to establish general properties and rega-
larition characteristic for crystallochenical systems of phos-
phore and process*@ of their sypthesis. The considered-
luninophores can be divided into 2 groupas
1. Those in which the charge of activator ion and the chaip
of replaced cation are equal, and radii differ by no sore than
15 %, and
2. Those in which thee* charges are not equal, and the ra-
dius of activator ion is larger or smaller than the radius of
cation radius by sure than 15 % or both.
Card 1/2 Using both characteristics, charge and radius, 40 ions of
ajo t i a
54 W gilt. u
. ef 115. 13.1.
I qVio!
V.,
R
J.'
lit -
ItI Njif
A

3- 3/30
Osiko, V. V., Uln~ L
J~UTHORS: Konstant Q .10 -
TITLE: Litminophore of Zinc Lithium Silicate, Activated by Man-anese
LyUlLinafor tsink-litiy-silikat, aktivirovannyy mar-;an 4. Sem)
L
PERIODICAL:
ABSTRACT:
Card 1/3
Zhurnal Neoraanichenko~r Xhimii, 1955? Vol. 3, Ftr 69
pp. 1286 - 1291t (USSR)
The dependence of the emission spectrum and e.-,pecially the
part of the lithium component played in the process of
production of the luminophore on the basis of zinc lithiura
silicate which is activated by manganese was investi~ated~
The spectrum of photoluminescence zinc lithium silicate acti-
vated by manEanese consists of two zones, a ;;reen and a red one.
The intensity depends on the exchan.-e of zinc by lithium. The
spectrum of luminescence with s-A'aller lithium cont,_,nt is more
intensive. With hi,,-,:ler content of lithium the intensity of the
luminophore decreases since on Viis occasion lithium silicate
forms which does not luminesce. In t11-.e lun-ino-1hore Zn 23i0 4
activated by man,-,;nece, men-,,.anere is !~urroundc;d tetrahedrally

n_3_6-7/30
"
7
Luminophore of Zinc Lithium Silicate, Activated b., Nanl-ancse
by four oxy0en atons and the color of luminescence ir. r.-reen.
In the luninophore 7.17~ SiO. activated by nan-:.~nese, a--1,-anese
`2 1+ L~ L~
is surrounded bl,' six oxy::en atoms and the color of lun-iinescence
is red. In some spinels in which the part of the cation is
surrounded by nix oxy.,,en itoms and the other part by four oxy-en
spectr
ato,ms two peaks / red and green / are observed in 'he s un
of luminescence. The occurrence of tvio zones in the spectrum
of luminescence in the zinc lithium silicate system activ--t-ed
by manjanese can probably be explained by the fact that the
-reen zone surrounded by four oxy-en atoms is caused by manganese.
Q tf,
Due to the displacement of zinc in the zinc lithium silicate
system the bivalent man.-anese atom is surrounded by six oxyjen
atoms which causes red luminescence. There are 8 figures, 1
table Iand 10 references, 5 of which are Soviet.
Card 2/3

78-3-6-3/30
Luminophore of Zinc Lithium Silicate, Activated by Manganese
ASSOCIATION: Fizicheskiy inetitut im. P. N. Lebedeva, All SSSR
Moskovskiy institut tonkoy khimicheshoy tekhaologii im.
M. V. Lomonosova (Physics Institute imeni P. 11. Lebedev,
AS USSR. Moscow Institute of Fine Chemical Technology
imeni M. V. Lomonosov)
SUBMITTED: April 25, 1957
AVAILABLE: Library of Congress
1. Zinc lithium silicate--Luminescence--Analysis
Card 3/3

85771
3/048 53/023/011/00-1/012
(44 3 B019%060
AUTHOR: Konstantinova-Shlezinger, M.
TITLE: CrXstal Phosphors With Heterodesmic Structure
24
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheskaya, 1959,
Vol. 23, No. 11, PP. 1304-1309
TEXT: It is stated by way of an introduction that the luminescent
property of the luminophore type considered here is often accompanied
by defects in the crystal lattice. The author reports on experimental
results obtained by the scientific team N. A. Gorbacheva, Yu. S. Leonov,
G. V. Naksimova, and V. V. Osiko. Gorbachava (Ref. 3) showed that strong
luminophores are obtained only under certain precipitation conditions of
the initial phosphates. This author also investigated the heating curves
of non-separate phosphates and with admixtures of other phosphates;
respective results are shown in the diagrams of Fig. 1. G. V. Maksimova
applied the method of the heating curves for the evaluation of the degree
of separation in the synthesis of phosphate-cathodoluminophores (Fig. 2).
A model of crystal phosphors was suggested, according to which the defects
Card 1/3

85772
Crystal Phosphors With Heterodesmic S/046/59/023/011/005/012
Structure B019/BO60
consist in an interruption of the crystal periodicity by the partial
substitution of ions (atoms) of the crystal by atoms of the activator.
Yu. S. Leonov in his paper (Ref. 6) investigated luminophores intermixed
with tungstates, and showed that in order to attain a maximum brightness
of the luminophores 2Li 2O-MgO-WO 3 -Mn it is necessary for the mixture to
have an excess of tungsten anhydride. V, V. MaIr-qi Tnnvp qhowed in her paper
(Ref. 8) that the blackening of the phosphor CdSO - Mn, which begins at
a temperature of 250 - 3000C, corresponds to a polymorphous transformation.
It may be observed from the values contained 0in Table I that heating of
Zn (PO ) - tin done for three hours up to 800 C practically has no in-
flLnci on the brightness of cathodoluminescence. G. V. Maksimova applied
the method by F. Kr6ger (Ref. 10) to determine the valence of manganese.
Manganese was found to be tetravalent only:-in thise luminophores in which
the cation of the crystal lattice was magnesium or lithium (i.e. cations
with only short radius). A survey is then given of the data concerning
the crystal phosphors. It is stated therein that the luminescent property
of the majority of the experimentally investigated organic molecules
excludes the possibility of an exchange of the excitation energy by
Card 2/3

I-- x_- r T= -
L) Aj
PUSE I BOOK EU101TATION SOV/4973
SoveshchaniYe po lyuminestse.ntaii, 8th, 1959
Metody 1rdMinestsentnogo analiza; materialy soveshchaniya (Methods for
Luminescence Analysis; Materials of the 8th Conference) Minsk., lzd--io
AN BSSR., 1960. 14T P. lpOOO copies printed.
Sponsoring Agency: AkadeMiya nsuk Belorusskoy SSR. Institut fiziki.
General Ed.: N. A. Bortsevich; Ed.: L. Timfeyev; Tech. Ed.:
N. Siderko.
PURPOSE: This collection of articles Is intended for chemists and phys-
icists interested in molecular luminescence, and for scientific per-
aonnel concerned vith applications of this and related phenomena in
research in the life sciences.
COVERWE: The collection contains 28 papers read at the Eighth Con-
ference on Lvainescence vhich took place 19-24 October, 1959 (place
of conference not giveni. These studies am concerned principally
with the development of new luminescence methods for quantitative

K014STANTINO -R- M-A-- red.; MORGENSMTMI Z.L,p ripd,,;
OV, S.N.2 tekbno red.; MURASHOVAj, N.Ya,,, tekhn. red*
[Luminescence analysis] Liuminestsentaqi analiz. Moskva, Goss
izd-vo fiziko-matem. lit-ry, 1961. 3" p. (MIRA 15:2)
(Spectrum analysis) (Luminescence)

AUTHOR-
TITLE:
PERIODICALt
11S< 1'03r
Konstantinova-ShlezinEq_r-#-1"-
22152
S/048 61/025/004/001/048
B1 04YB201
Different types of crystallochemical systems of crystal
phosphors and their luminescence properties
Izvestiya Akademii nauk SSSR- Seriya fizichaskeya, v. 25,
no. 4, 1961# 442-445
TEXTs This paper has been read at the ~th Conference on Luminescence
(crystal PhosphorsN Kiyev, June 20-25, 1960. Crystal phosphors gLr*
classified into five large groups on the basis of the following proptrtiest
lattice energy and types of binding& in the lattice; malting temperature
which reflects the lattioe energy; the degree of difficulty encountered
when produoing defeete in the lattioel conductivity; absorption range.
Alkali halide salts, indicated as 1the first group, have a particularly low
lattice energy (230-138 kcal sol- ) as their characteristic. They are
binary compounds of ions possessing the structure of rare gases. As is
well known, these crystal phosphore.exhibit an exponential relationship-
Card 1/3

22152
S/04 6 1/025/004/001/048
Different types of... B104%201
between the number of lattice defects and the lattice energy. They have
an ion conductivityt and their absorption in in the shortwave ultraviolet
region; theyform F- and other luminescence centerst and are activated by
a large number of elements. The luminescence spectra reflect the electron
structure of the free ions. AL11 other groups considered here have covalent
ionic bonds. The second group comprises compounds of strongly electro-
negative anions with double- or multiple-oharged cations which must not
be transition elements. Ca-, Sr-, and Ba oxides, magnesium oxide, and
others, belong here. The lattice energy of this group is by 3-4 times
higher than that of the first group. Conductivity is low and absorption
is in the ultraviolet region. In a number of cases, luminescence bands at
low temperatures are split into narrow bands which reflect the lattice
vibrations. The third group comprises such crystal structures, in which
the anion, with high lattice energiest is weakly eleatronegative, and
therefore possesses a covalent bond. Sulfides and selenides belong to
this group. Lattice energies and melting temperatures are very high in
this group; zinc- and cadmium sulfiAes are sublimated at temperatures that
are considerably lower than their melting temperatures. They react very
vigorously with atmospheric oxygen, and absorption is in the longwave
Card 2/3

22152
S/048 61/025/004/001/048
Different types of... B104YB201
ultraviolet region. Moreover, they have different emission spectra which,
as has been shown by Trapeznikova, are related to type and character of
the activator. The luminescence yield is a nonlinear function of the
excitation intensity. Further structures discussed in greater detail are
such as associate the second with the third group. They exhibit higher
lattice energies and two types of bonds. To these compounds belong
silicates, phosphates, tungstatea, oto. The formation of thermal vacancies
in these crystals is very difficult duo to the high binding energy. Zinc
silicate, as an example, is more closely discussed here. The conductivity
of this group is low# the forbidden-band width is large, and absorption
take" place in the shortwave ultraviolet region. The compounds of the
third group (sulfides) have the highest electrical conductivity, and the
cathodoluminophores of this group attain an energy yield of 25 %-
V, V. is mentioned. There are 11 referencest 5 Soviet-bloc
and 6 non--goviet-bloo. The reference to the English-language publication
reads as followat Ref. 6t Ewles, J., Proo. Roy, Soc. A., 167# 94 (1938).
Card 3/3

22156
9/048/61'/025/004/005/048
B104/B201
AUTHORS: Gorbacheva, 11. A., Gugel ~, B. M., Koniitantinoya-Shleziri,~ers M. A. f
Lapir, Ye. S,,~ and Rutshte,~n, T G
TITLE: Phosphate luminophores for luminescent lamps with improved
light emission
PERIODICAL: Izvestiya Akademil nauk SSSR,- Seriya fizicheskaya, v. 25,
no. 4, 1961. 455-458
TEXT: The present paper has been read at the 9th Conference on
Luminescence (crystal Phosphors), Kiyev~ June 20-25, 1960. In addition to
the requirement that luminophores should have a i1white" spectrum, also
that of the quantum yield to be as high as pos8ible should be satisfied.
Barium-titanium-phosphate (BTP) and strontiuic...magnesium-oho,!iphate (SMP),
which satisfy these requirements best, are the object of the present study.
The temperature stability of SMP was improved by the introduction of B203
to such an extent as to make it suitable for ocrrecting the color of high
pressure Hg lamps. BTP was prepared by a three-hou-r sintering of a
Card 1/6

Phosphate luminophores for-..
22156
S/048/61/025/004/005/048
B104/B201
mixture of BaHPO 41 TiO2, and BaF 2 at 1075'C~ Data regarding the bright-
ness and the stability of lumineacence of the 3pe..iimens conoerned are
presented in Tables 1 and 2. As may be seen from Table 1, ?.In acts as an
extinguisher. The spectral composition of emission is shown in Fig. 1,,
As may be noted from the tables, a BaO excess reduces brightness strongly,
whereas a P205 excess (up to 5 molea has no effect whatever. A BaO excess
leads to the formation of 4BaO:3TiO2.P202, whereby the aotivator concentra-
tion is reduced. It is found, furthermore, that the introduction of BaO
first causes stability to be reduced, and not to Increase again until a
certain concentration is attained., ShT was prepared by three di.1ferent
sintering methods from mixtures SrCO 31 MgCO31 (Nil 4)2 H-PO 41 and SnO 2*
1) One-hour sintering at 6000C in air, and, after grinding, renewed two-
hour sintering at 12000C, and, finally, at 12000C for 30 minutes in NH3'
2) Heating from room temperature to 12000C in one hour, and a seoond
sintering at 12000C for 30 minutes in NH or with addition of carbon,
3) Heating of phosphates and carbonates ~without Sn) from 20 to 12000C in
one hour, crushing together with H C-SnO-OH and sintering in a Closed tube
Card 2/6

22156
S/048J61/025/004/005/048
Phosphate luminophores for... B104/B201
0
at 1200 0 for 30 minutes. The luminophore had the composition-
.(Sr Mg )(PO Ino Spectra of different luminophores' are
2.63 o.34 4)2 -04-
graphically presented in Fig. 1. Data regarding the effect of the
production method upon the luminophore quality are given in Table 2.
Data of temperature stability are graphically presented in Fig. P. 15 V
luminescent lamps with improved light emission and a light temperature of
45000K, possessing a Harrison factor of 66 % and a light yield of 34 lm W-1
were prepared from a mixture of 50 % BTP and 50 % SMP- If a mixture of
70 % calcium halogen phosphate (activated with Sb) and 30 % SMP is used.,
a lamp with ajight temperature of 650000, with equal Harrison factor', and
equal light yield can be obtained as is the case in industrial luminescent',
lamps the luminophore of which is made of a mixture of 85 % calcium
halogen phosphate ~aotivated with Sb and Mn) and 15 % magnesium arsenate
(activated with Mn There are 2 figures, 2 tables, and 4 references:
I Soviet-bloc and 3 non-Soviet-bloo. tX
Card 3/6

GalalCISNA, N.A.; KMVMM"I=EWs U.
Detwuln-4vg uranjum JW mownwIng t4m width CC the 21=41"
raw In a dwaWtogrona Z-ln-.ro ;rik4 apakt. 3 m. 2=2474
All I&J, 0-m-A 1842)
2* SUIMLtW Octo 23* 2964o

L 2b47-66 EWT(mJ1rMP(t)/ETI lip(c), JD
ACC M, AP65013088- Scurb= CCDZ: UR/9048/66/030/004/0707/0722
AUTHOR'. KonStantinova-Shlezinger, U. A.
ORO: none
2+
TITM Factors responsible for,differences between the luminescence spectra of Uh
in crystal phosphors /Report Fourteenth Con]ference an Luminescence held in RtgO-6-1
-SeRt mbor719657
SOURC3, AN SSSR. Izvestiya. Serlya fizicheskaya, vo. 30, no. 4, 11366, 707-712
TOPIC TAGS: crystal phosphor, luminescence spectrum, manganese, crystal lattice
ABSTRACT: Divalent manganese ions are of exceptional interest as activators in view
of the fact that there have been prepared Un?,+ activated crystal phosphors with haterc
dosmic structure exhibiting luminescence at different wavelengths in the visible re-
gion. Obviouslyt in preparing new phosphors it is desirable to be able to predict the
2+
approximate emission wavelength of Md " in a"given host. In general, un~+ activated
phosphors fall Into two large groups; green and "red" phosphors. Hantion is made
of a number of hylpthoses that have been invoked to explain the different luminescence
wavelengths of and objections to some of theqe hypotheses are raised. . In colla-
boration with the author A. 1. Kabakova recorded the excitation spectra of 5 lumino~.
phors with green luminescence and 5 with orange-red luminescence. Some of the curves
Card 1/2
V Z~1,
laws
MM

tel., ~r-~.lec ochemistr-
YUGOSLAVIA / Physical y. B-12
Abs Jour t Ref Zhur - Khimiya, No 1, 1958, No 561
6,
Author Panc'o Kirkov, Myna Kong+
ntinn,z&mT&4j~ovs1m, Nada CLui-
belic-Gigova, fleksandra Vilarova-Babamova
'j7
, j(0
Inst i Chemical Society (Yugoslav)- ~X~ '^s4E,
Title Experimental Study of Influence of Solution and Solvent Con-
positions on Mechanism of Electrochemical Processes op. Ca-
pillary Mercury Electrode. I. Modification of rleotrocapil-
lary Properties of Mixtures of 1,4-dioxane - Water and 1,4 -
dioxane - Water - HC1.
Orig Pub : Glasnik Hem. drudtva, 1956, 21, No 3, 129-139.
Abstract : The dependence of the electrocapillary behavior of the mix-
tures H20 - 1,4-dioxans (I) and H 20 - I - HU on their com-
position was investigated on a Hg drop-electrode. The a-
nalysis of curves expressing the dependence of the magnitude
Card 1 1/2
YUGOSLAVIA / Physical Chemistry. Electrochemistry. B-12
Abs Jour : Ref Zhur - Khimiya, No 1. 1958, No 561.
Abstract : of maxima of the eleotrocapillary curves on the concentration
of I showed that the height of an eleotrocapillary maximum
varied together with the variation of I content in the mixtu-
re. 4 regions are clearly expressed in the curves; 2 of
these regions are characterized by the presonce of inflexion
points and correspond to little contents of I and water, and
the other 2 have maxima and correspond to great concentrations
of I. Two equations, describing these two patra of curves
corresponding to four different structures of liquid mixtures
are given. The first pair of curves characterizes the struo-
tures of Dure liquids, and the other pair characterizes va-
rious molecular copolymers of water and 1.
Card 'D /o
/J'/ If,/1
S>' /,1 H-4
-1 GheMiC&1 PrOduct'

KONSTANTINOVIC, Ivan; LICHT, Antun; VIWOVIG, Helena
Alcoholism in acr-ool children in
Beogr.,;i no-2-3jI47-153 1957.
(ALCOHOL16M, in inf. &
school child.
the Subotica, District; Hlgijens,
child
in Yugoal. (Ser))

1,701STANTINOVIG, Ivan; LICHT, An't-im; VIDUDVIC, Jelena
Bpnpr. 9 nn~2-3:147-1.53 -795?.
sor))
ichool Child. in,yugool. (c

DURIC, Dusanp dr.p ing.; RAICEVIC, Petar, dipl. hem.; KONSTANTINOVIC,
Wang dro
Urinary cyanides and thiocyanates in smoke-ea. Vojnosanit.
pregl. 19 no.3:210-212 Mr 162.
1. Inatitut za medicinu rada NR Srbje.
(THIOCYAKATES) (SMOKING) (CYANIDES)

ANTIC, Milovan, sanitatski pukwmi-11r, docent. dr.; KONSTANTIND-VrQ~van, dr;
KUSIC, Radivo~er, sanitetski kapetan I klase; MARIC, Mihajlo,
sanitetski porut-miks, dr.
Ev-aluation of the diagneaLln valuei of the 1-131 fixation test.
in thyroid diseases. Voinosanit. pregl. 21 no.9:533-539 S 1-44
1. Vojnomedicinska akademija u Beogradup Klinika za unutrasnje
bolesti.

ZIGMc, Ilijana; URMSM09 V1.11ca, pNpTAN.T~OVIC.
VILTANIC, Milos -~Vanj
Effect Of drinki"k Of BukOvicka Banja mineral water on the
renal elimination of vater,and,electrolytes. Srpski arh. celok.
19ke 90 no.9&833-838 S 162. '
I- Ba:Ln8O-kIIJBatOlOBkI institut NR Srbija u Beogradu Direktor-.
doc, dr, VI"tizir Godis.
WATER UXTROLYTE BALAWS)
XINERAL WATERS) (DIURESIS)
~

Sv~ r 1 6
Cou%tryt TUP614914
A*&L~tc D-ttmeji not givon
104%itute or WAS&? otiose".
Boris Ki rk4h
ft=ca; IvIrrade-Vir4obs, Oull6tin or the 2"Utute of xWeloor Weam
'Bariv 11drich" Val 11. Mr 1901,
M.t4- A#**tr*w%*r.*
C~Mthtrsa
DeperumaA of O"at" "too, ImUt"a et
wNIPW Mdriah'.
?A"M;C ;:vm# M.# DeperUmA of Ileaster rbya"# WAIWU
Kidriths.
ZIVANOVIC., Ydodrag D.; JOVIC, Dorde M.; KONSTAMINOVIC, Jovan M.
The neutron two-crystal spectrometer. Bul Inst Nacl 11:59-65
k6l.
1. Ixistitute of Nuclear Sciences "Boris Kidrich.'s Department of
Reactor Physics, Vinaa.

SPOLJ'AR, Milan; PREMUZIC, Brankoj GORKIC, Daroslava; KONSTANTINOVIG, Niodrag;
,GASPAR,,Branko
Cutaneous reactions to superficial applications of beta rays emitted by
radius and radioactive strontium. Rad. mad. fak. Zagreb 9 no.lt93-97
161.
(SKIN radiation off) (RADIUM)
(STRONTIUM radioactive)

VRSALOVIC-SWJLIC.t Molita,. dr.; FURETIC, Stefanija, dr.; ~92qZA-N-TJNMGr---
Miodrag, dr.
Kaposi's xeroderms, pigmentosum with malignant changes. Lijecn. vjeon.
83 no.12*.1253-1260 161.
1. Iz Ocne klinike, Dermatovenerolooke klinike i Radium savoda Medicine-
kog fakulteta u Zagrebu.
(XERODMM PIGMENTOSMI pathol)

KONSTANTINOVIC, Nikola.
The economic rule of trade-unions Beograd Stamparija "Graficki institut,1"193h- 335 P.

KONSTANTINOVIC, Nikola
Agrarian policy. Beograd, izdanje odbora za udzbenike E.K.V.S.. 1947
2 pts. in 1 v.

KONSTA14TINOVIC, Olga, in...
Corrosion of cast irov, Livarstvo 9 no,49/50 177-19Q S-N 162.
le Motor and Tractor Works, Belgrado.

-jgE-STk,'TIFOVTQ,:.,P1ga,,, inze (Beograd, Kneza Milosa 13a)
Use of gray casting chippings in cupola furnaces. Tehnika Jug
18 no.7: Supplement: Rudarstvo metalurg. 14 no.7:1261-1269 J1163.
1. Referent za metale u metalurskoj laboratoriji IRG-a. pri
IMT-u, Beograd.

SLMIC,S.; SEDLAR, D.; JSP~~!,�TAI~TINOVIC,, P. -
Laparoscopy and culdoscopy in the diagnosis of extrauterine
pregnancy. Med. arh. 18 no.5:99-1-03 S-016,1.
1. Ginekolosko-akuserska klinika Medicinskog fakulteta u
Sarajevu (Sef:Prof. dr. Jelka Knezevic-Svarc).

KONSTANTINGVIC., Sava V.p dr.; SKENDZIGr Mirjana, dr.
--- -:..-~,__.,.,-,-.,,,~,~-.'-~,7~-,~~.
Contribution to the etiology of non-gonococcal urethritiv.
Mod. glas. 17 n0-5:201-205 My !63,
1. Dermato-veneroloska k3lnika Medicinskog fakulteta u Beogradu
(Upravnik: profs dr Sima Ilia).
(URETHRITIS)
S;

IaVML, Zdenkoe Pr.L..,KON14TANTlNOVIG,,-sava, Dr.
-
Gircumoribed mWxdemm, Lijeo vjea. 81 no. 1-2s.27-34 1959.
lo Is Interne klWke B I Dermto-venerolooke klinike Madiciuskog
fakulteta u Beogracka. Ilinik fur innere Krarilcheiten B und Ilinik
fur Haut- und.Goachlechatkrankheiten der Univeraitat, Beograd.
(MrLIMM, came reports
clrou=oribed (Ser))

WGO SLAVIA
KOZISTANTINOVICI Dr Sava V., and Dr Mirjana SKI,:NDZIG, Clinic of Skin
and Venereal Diseases (Dermato-veneroloska Klinika), Faculty of
Medicine (Medicinski Fakultet), Belgrade.
'$A Contribution to the Etiology of Non-gonococc- Urethritis'."'
Belgrade, Medioinski Glasnik, Vol 17, No 5, May 1963, pp 201-205.
Abstract: fluthors- serbocroatian summary modifief The authors
discuss the forms and causes of the disease and conclude that their
research has shown that there have recently been more and more
cases of non-gonococcia urethritis and fewer cases of gonorrheal
inflammation of the urethraq that cases of trichomonas urethritis
are rare (3.6 percent) in that the diagnosis of Trichomonas va-in-
alis is rather difficult in males, gnd that Staphylococcus albus
cannot be considered a cause of urethritis in view of the fact
that it is the most common bacterium found in both in healthy per-
sons and in those suffering from the disease in question. Three
tables, 9 Western and Yugoslav references.
~ A

RADAR# Branislavp dlpl,,, fis.m box.p Paradnik (Beograd-Karaburma., Uralska 48/4);
I tfinimi
.K(NSTANTINOVIC. 3 r. dipl...fis., hm,,, saradolk
Modern radiation units vith isotopic sources.-Tobnika Jug 16 no.11:
1918-1923 '61.
1. Nuclear Science Institute wBorix Kidries, Radiation Chemdetry
Division, Beegrad4lnea.

GAL9 0,; PRIBIqLVIC, S.; 4ONSTANTINOVIC, 4.; DWANW, ;.
e
Radiation dosimtry of the RA reactor at Vinca. iMeasurements by
chemical dosimeters. Bul Inst Nacl 13 no.1-53m;75 Ap 162.
L. The Boris Kidrich Institute of Ikelear Sciences,, Department
of Radiation Chemiatr7,, Vinca. *

DORD-,,ISKI, t~,osKo)
-------- - .- ..-
Railr--d personnel and thpir Int'luence on the amount
of p.~o Polls. 7-eleznice Jug 20 no.1000-34 0 164.

/V J
- .
SL'ArL, licy Dee.
R'M Ir"an.1 110
.,ba Jour: I'-%,Cf Zliur--Jiol., Do 20., 1958, 92673 -
'lor Konstalitillovich, D.M.
T 1!S t
C Poor Food Lase is a Cause of Doe Diseases.
OriG Pub: llqpi~. pcholarstvo, 1,957, 14, No 7-8, 182-184.
:.bstract: I-rindequato provision for the food sir
.Ly-)ly of boas and
y
1)oor care lead to diseases in the bee fazdlics. airo-
lj=,, foulbrood is sucecssfully treated with strept
;.l,Vciii and the lneriewi foulbr,:,)~d with
Cl,rd 1/1
103

KONSTANTINOVICH. 3. (Katovitay, Fbllskaya llarodnaya Respublika)
Comments on the studying of copper ore deposits in the outer-Sudetic
syncline. Izv. vys. uchabe zavo; geol. i rasv- 3 no.8:130-135 Ag '6o.
(MIRA 13:10)
(Sudetes region-Copper ores)

doteent
profom;r; RP T
33hlebiti-3 hoostice obItterans (Chlartle disease). Trach.4-910
n,.9:911-913 S 157. (KLRA 10:9)
1. Vintka fskulltstskoy terspit i kmf*4r* patol*gtcheakor anatomit
Yla-Itskogo meditslaskogo Instituto
(T:;?ATIC VIINS--DISEASMS)

MNSTARrINOVICH, N.V., dotsent
A case of converilon of IyVhadenoeix into reticulosis. -Probl.gamt.
i perel.krorl 4 no.g.*47-49 S 159. (KIRA 13:1)
1. Tz kafedry patologicheakoy amtomil. Tlunltskogo meditaluskogo
Instituta (direktor - dotment S.I. Korkhow).
(MUMMIA L7KPMMIC P'athol.)
(nTI u OSIS. Stiol.)

KONSTA14TIH0TDQH.q-_N-.Y. (Vinnitsa)
Experimental meningococcal meningitis. Pat* fiziolo i eskPe
terap. 4 no. 6:67-68 N-D 160. (MIRA 14:2)
1, 1z Vinnitskogo moditainskogo institutao
(MENINGITIS)

FINEVICHY M.V.; KONSTANTINOVICH N V.
Teratoma of the perirenal cellular tissue with malignant degeneration.
Urologiia 25 no. 4:56-57 JI-Ag 160. (MU 14:1)
(KIDIEYS-CANCER)

KONSTANTINOVICH, N.V., dotsent
Case history of cystic tumors of the radix linguae. Zhur. ush.0
nos. i gorl. bol. 19 no.5:77-78 S-0 119. (MIRA 14:10)
I
1. Kafedra patologicheakoy anatomii Vinnitskogo meditainskogo
instituta.
(TONGUE-TUMORS)

N. V., prof.; GOMENYuK, I. P., kand. mad. -nauk;
SHRMOYK ~.,, ~nd. med. nauk; ZHABIN, V. I., dotsent
Frequency of metantasea of uterine cancer into the ovaries,
Akusb. i gin. 38 no.3t74-78 M.V-Je '62, (MIU 15:6)
le Is kafedry patologichaskoy amtomii, (zav. - prof. N. V.
Konstantinovich) i. Imfedry akusberetva i ginekologii (Zav.
prof. M. K. Ventskovskly) Vinnitakogo meditsinskogo instituta,
imeni N. 1. Pirogova.
(UTERUS-CANCER) (OVARIES-CANCER)

KONMMMOVICH, r.v.
Now ilata on the stratigraphy of Meaozolc sediments in the north,-
western part of the cis-Chingiztau region. Izv. AN Kazakb. SSR.
Ser, geol. ZI no.4s63-65 JI-Ag 164. (MIRA 17111)
1. TSentralln-.Kazakhstanskoya geologiaheskoye uprwi-leni.yo, gorod
Karaganda.

14ILMRS Ye,61bo; IK.'g ' VRAW-M~--
. R&=24
Volcanic spillte-kerst"Wo formation of the Lawer Cambrian
(Doshchokull serias) 6 Trudy Inst6 goole PAuk AN Kwakho SSR 13,
51.75 165o (wj-u 1911-)-

KONSTANTINOVSKAYA, G.Ye.
- .
Effect of infectious disenses on the course of orthoptic treatment
In strnbismus. Problefixiol.opt. 12062-463 '58 (MIRA 1136)
(SnABISKUS)
(VISUALLY HANDICAPM CKILDMM)

KONST"TINOVSXAYA. K.Ys.
A. I. Sokoloves binocular phenomenon. lest. oft., Moskva 31 no.6:
40-41 Nov-Dee 1932. (GIKL 23-4)
1. Of the lye Clinic (Director -- Profs I* Ye. Brounahtayn) and of the
Do-partuent, of the History of Medicine (Read - Docent P. T. Petrov),
KharIkov Medical Institute.

KONSTANTDIOVSKAYA, K. To. Cand Mod Sol -- (dims) "Treatment of concomitant
strabismus and development of binocular vision." KharIkov, 1959. 16 pp
(Khartkov State Mod Inst), 200 copies (KL, 46-59, 140)
6S

NATERNMKIY,, A.M.; KO]OTASTINMUYAp L,,A,l ZEMLYANffpsV,
- -1 1
Pmaervation of vitealm in vitandn prepamtions. Voon.-med.
dwo W.30546 16% (Nm 18211)

V
"/7, 2 r-l' /1~~ 0 - 2 -~St
-65
N Np AF,;1)0 A2 19
A,
TITIE,-
An interrerometer. clasg 42, No. 168915
Bia.Lieten' izobre eniy j tovarnykh znakov, no. 15, 1965, 81
T OP 1 c: T AGS - interferometer,,~Wliomogenei~jr investigation, tlr~,rispirent Jnhomogeneit~ ;
~ertin-cateinta'Dducesa, irrter-
of
T, -- 9 e ~,- :; .. -,,
n -ea.
d
n, -.1w r s
Mi ! .
-nz s tangents . "ne tf he prir,-
in 'Ai
i pc- c6 3 ENCL 0-1 SUB CODE: OF
NO REU SOV: 000 OTHER: 000 ATID PRESS! 3224
C ar d 1-/2.

--- ---- - ----- --- - - - - - --- -
KONSTANTINOVSKIY, A. F. and GAWYUK~ S. P.
"Experience of the organization of the scientific research work of the medical
personnel in the district" - p. 66
Voyenno 14editsinskiy Zhurnal, No. 3, 1962

IONS&ROALva"a-
/0000,W-- . _,_
DesWag a pamphase wplifler, RadtotelftjbL 8 no@* 6t23-35 "
'53. (mm us.6)
(Amplifiers, XLectron-tWm)

rr-FT r r FF , -T
AUMOR: Xonstantinovskly, A.
TITIZ: Two-Mannel TW 11slaying Station
(DwW6kanal!M, ratranslyatsionnyy televizionnyy ygtel)
PUIODICAL: Radio, 1956,MG,.,pp. 40-41. (USSR)
107-5-32/54
ABSTRAGT: A now heterodyne-type tv relaying station was dov*oped by a group of
engineers of theMyef %T studio #10. The principle used inwolves_a
direct wgplification of the incoming tT signals, heterodyne conv*sion
of frequency, and transaission of the signals At the frequency of an
adjacent ty channel. This system permits of separate video and sound
amplifications with AVC in each channel, eliminates fading in the sound
channel, and considerably diminishes fading in the video channel.
The through video band can be made as narrow as 3.5 to 307 xP., and the
channel sensitivity 30 to 40 ty; video transmitter output 30 w.
The horizontal definition 350 lines.
It is recomended that the site of the station be 1* to 2 ka away from
highways and other street traffic-A tWo-tier cophased folded-dipole
directional antenna having twoj active reflectors and 75-c6m radiation
resistance is used for tra"am1sPiou.A four-tier diamond-shaped cophasal
Card 1/2 array Is used for reception; rhLmb side is equal to 15;Lmed and its
height is, 50 M.

SOV/58-59-12-28057
Translation from: Referativnyy zhurnal, Fizika, 1959, Nr 12, p 225 (USSR)
TITLE: On the Stabilization and Control of Oscillationslof Some
Relaxation Generatorse
PERIODICAL: Tr. Sektsii poluprovodnik. priborov. Ukr. resp. pravi. Nauchno-
tekhn. o-va radiotekhn. i elektrosvyazi, 1958, Nr 1, pp 63-73
AUNIORS: Konstantinovskiy, A. G., Lipkin, R.A. k
ABSTRACT: Methods are described for stabilizing the pulse durations in
relaxation generators, on semiconductor triodes, by means of
an impact excitation circuit. Transitron generator, blocking
generator and multi-vibrator circuits are investigated. Methods
for calculating the stabilizing elements are suggested. The
testing of the mentioned circuits was conducted with a change
in the feed-voltage from 5 to 15-v, the temperature from +200C
to +700C and with a change of the triodes. In stabilized circuits
the duration of the pulse did not change by more than 3 to 8%. In
unstabilized circuits the stated change amounted to 20 to 3Q~.
CExd 1/1 K.S. Rzhevkin

SOV/142-58-5-4/23
9(2)
AUTIMRS: Konstantinovskiyt A.G.9 and Chervetsovo V.V.
TITLEt qtabilization of Semdeonductor Triode Multivibrators
PERIODICAL: Izvestiya vysshikh uchebnykh zovedeniyradioteklinika, 1958, Nr 5,
pp 544-550 (USSR)
ABSTRACT: The authors present a methnd of temporal stabilization of semicon-
ductor triode multivibrators. . The stabilization is reali-
zed wi6h the help ot switched-in oscillatory circuits within the
circuit of basic triodes, The diagram of a one-period multi-vibra-
tor is shown in Fig.l. Until the output triQde (KTl) is closed,
the'primary current 10 rpns through the inductance of the oscilla-
tory circuit. At thq moment of locking the triode current2 I0 dis-
appears, and by the accumulated induction of the magnetic energy
a free damped wave appears in the circuit. This process is descri-
bed by equation (1). d 2U2 + I du2 1 is in this
V - 0' u2
dt- Cr C 2
Card 1/3 equation the voltage on the circuit, r is the equivalent parallel

SOV/142-58-5-4/23
Stabilization of Seadcon.ductor TAode.Multivibrators
resistance of the losses within the circuit. The effectiveness of
this method of temporal stabilization is tested by experiments.
Triodos of type P6V wereused. Data of switching weret R, 50 K,
R2 - 8.9 K, R3 + R4 - 4.7 K, Re - 1.5 K, Rn . 5.6 K and Cl 1620
pfd. The teste'vere made under different conditions: Alternating
the voltage from 5 to 15 V; replacing the triodes (Voltage Ek .
_1501 and alternating the surrounding temperature from + 20 C to
+ 70 C (Voltage Ek = -I(YV) (Schedule 1). Analogous is the process
of temporal stabilization in a "self-oscillating" multi-vibrator.
The stabilization is applied for half of an oscillating period
(Fig.4). The data were in this cases RI - 62 KI R2 . 5.6 K,
Re = 1.5 K, Rn - 6.8 K and Cl = 2000 pfd. The conditions were the
same as in the first test. The results give a decreasing ofdT of
ca 15 - 40% to ca 3'~- 9%. T is the given duration of im- _T
pulse. The article in recommended by Kafedra teoreticheskikh-osnov
radiotekhniki LIvovskogo politekhnieheskogo instituta (Chair
of the Theoretical Principles of Radio Eagineerinfr of rhe LIvov
Card 2/3 Folp.,echnical Institulte). There are 2 Graphs, 2 block diagrams,

Viktor Petrovich; VASIKOVSKIY, Yu. LVaelkovmlkyi,
IU.], red.; XASPABSKATA, 0. (Kasperalka. 0.1, red.; GUSAROV.
K, [Husarov, K.I. takhn.red.
[Use and repair of television receivers] ~Mcspluatatmiia I
remont televisoriv. Kylv. Dersh.vyd-vo t~i~.lit-ry URSR,
1959. 67 P. (MIRA 12:8)
(Television-Receivers and reception-Kaintenance and repair)

A o
4, A. o".0-6k

keep-" ft
zlr
w
z

rp~ftft.
oft..

(c 27 R~)
A L C~
(c 10 AD 16
C It AM~
IL c c~
F-- P.- aw
F-
L A. BWM"
.-Ww-
odbm~ 9w I,". 006sm"I owtog dr wo as"Offle spowlesid" 8-lov of
ormmssm~ bL A. a. ftm
6-10 Joe.

51112, S. (Kiyev); KONSTANTINOVSKIY, A. (Kiyev)
.,
Aperlodic wide-band f.m, dotector. Radio no-1:38
ju 160, 1 (MIRA 13:5)
,,Radio detectors)
I 1~

82977
/4' 4FOO s/142/60/003/002/017/022
AUTHOR: Kan&tantinovskiv. A.G. E192/E382
TITLE: Cathode-coupled Adding Circuit
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy,
Radlotekhnika, 1960, Vol. 3, No. 2, pp 284 - 286
TEXT: A cathode-coupled.adding circuit Is shown in.Fig. 1.
First, an adding circuit consisting of two valves is considered.
This is represented by the equivalent circuit given in Fig. 2.
Assuming that the input signal is applied to one grid in this
system, the gain is given by Eq. (5). This expression can be
used to evaluate the gain of an n-stage adding circuit,
provided the signal is applied to one grid only. If the
parameters of all the tubes are equal, the gain of an ii-stage
adding circuit is expressed by:
K = I11~ (6)
n Ri + njiRK
where the meaning of the symbols should be clear from Fig. 2.
From this formula it is seen that the gain of the system is
Card 1/2

82977
S/142/60/003/002/017/022
E192/E382
Cathode-coupled Adding Circuit
lower than that of a normal cathode follower. The output
resistance of an n-stage system is given by Eq. (9). This
expression shows that the output resistance of the adding cir-
cuit is also lower than the output resistance of a cathode
follower.
There are 4 figures and 2 Soviet references.
ASSOCIATION: Kafedra radiopriyemnykh ustroystv Kiyevskogo
ordena Lenina politekhnicheskogo instituta
(Chair of Radio-Receiving Equipment of the
Order of Lenin Kiyev Polytechnical Institute)
SUBMITTED: January 30, 1959
Card 2/2

KONSTANTINOVSKIY, Arkadiy Grigorlyevich; POLYANSKAYA, L.O., red.;
GUSAROVY K.r.,, tekhn. red.
[Control of relaxation oscillators] Upravlanie relaksatsion-
nymi generatorami. Kiev,-Gos.izd-vo.tekhn. lit-ry USSR, 1962.
III P. (MIRA 15:4)
(Oscillators.. Electron-tube)

KONSTANTINC)VSKIY,..A;~~adiy.-Grigorlyevich, inzh.;
--Vfki~i"Fetrovich, inzh.; SLAVINSRIY, Yu.P.,, irzh,,
retsenzent
[Operation and repair of te2evision receiversil Ekspluata-
taiia i remont televizorov. Kiev, Tekhnika, 1965. 205 P.
(MIRA 18W

XOSTINaIY , kleksaudr Davydovich, inzh.; MARCHRIKO, Ivan ser'enoi ich,
I irzh.; TRAUBE, Leon Viadimirovich, inzh.; KONSTOTBOVISKIY,
-.A.-G., lnzh.., retsenzent .... I --. -I--- -
[Kinescopes; designs technology and testing methods] Rue-
skopy; konstruktsiias tekhnologiia i metody ispjtarLLi. KJev,
Tekhnika, 1965. 279 p. (MIRA 18:6)

C-r- ly
AUTHOR: Konstantinovskiy, A-Ye. SOV/19-58-4-465/523
TITLE: A Method for Remote Control and Signalization (Sposob tele-
upravleniya i telesignalizatsii)
PERIODICAL: Byulleten' izobreteniy, 1958, Nr 4, P 117 (USSR)
ABSTRACT: Class 74bj 801. Nr 112391 (576272/7441s 6 August 1954). Sub-
mitted to the USSR Ministry of Power Plants. The method for
remote control and signalization on wire communication lines
Is based on the application of the distribution method of
selections with time impulse indications.
Card 1/1

BSRPITCH~MXU) inzil. (M03kva);_kQ1~1AMINOValY, A.Ye., inzh.
(Rask-va.)
Schematic for effective use of comrmnication channels in the
remote control systems of municipal cable networks. Elektrichestvo
no..12;-17-79 D 164. (MIRA 18 - 12 )

- - --------------
S/104/60/000/002/002/003
&v-0 E041/E421
AUTHORS: _Konstantinovakiy, A.Ye Engineer and
Razgon, V.
TITLE: Application to Dispatcher Points of Common Remote-
Control Arrangements
PERIODICAL: Elektricheskiye Stantsii, 1960, No.2, pp,75-78
TEXT: The provision of separate remote-control sets at each
control point leads to great complication. A typical urban cable
network may require 110 type 13PT-53 (VRT-53) sets. However,
examples do exist of up to 30 control points being controlled by a
central installation for the purpose of collating measurements.
There are, so far, no examples of sub-stations being controlled in
this fashion. At present the inbtalled communication links are
very poorly used - in fact for only 0.1% of the time.
Consideration has been given to the relative merits of automatic
or manual grouping of the separate facilities. Manual operation
is preferred because such operations can never be completely
eliminated. There are 4 main problems -to be solved:
(1) The connection of the complete dispatcher point to the
communication channel, Fig.1 shows how this may be accomplished'
Card 1/2

S/104/60/000/002/002/003
E041/E421
Application to Dispatcher Points of Conmion Remote-Control
Arrangements
with the VRT-53 equipment, Relay B I is shown for connection to
a wire circuit and Bn for a high-frequency aircuit. When the
PCT (RST) equipment is used these relays are not required.
(2) Reproduction of the individual signals; this can be done two
ways, In one place common to all sources or directly on a mimic
diagram. These ways are shown in Fig.2a and 2b T~espectively.
There is a similar two-fold choice for (3), the connection of the
remote control 4ircuits, as shown in Fig.3a and 3b. The remaining
problem (4), the provision of ringing circuits, poses no great
problem. It is con~-,luded that the provision of central remote-
control facilitlas is possible with existing standard units,
There ar- 3 figures,
Card 2/2

IMRDICHEVSKIY, I.M., Inzho; KONSTANTI Ye., inzh; PIGGOT. S.G., inzh.
Remote signaling system for distant equipwnt. Ilek.sta. 29 no,6:
64--" je '5 S. (min 11: 9)
(Remote control) (Blectric cables)

KONSTAMINOVSKIY, A.Ye., inzh.; RAMON, T.H., inzb.
Using general devices of telemechanics at dispatcher control
points. Blek.sta. 31 no.2:75-78 P 160.
OIRA 13:5)
(Remote control)

KONSTANTINOVSKIY. D., kand. tekhn. nauk
Rigid sealing anchor joints of a new design for large-
panel apartment houses. Zhil. stroi. no.2-.22-24 164.
(MIRA 18:11)

KONSTANTINOVSKIY, D., kand. tekhn.nauk
Apartment houses made of vibrated brich panels. Zhil. stroi.
no-7:20-2.1 J1 '61. (MIRA 14:8)
(Minsk--Apartment houses) (Brick houses)

XONSTAWINOVSKIY, D.Ya., kandidat tekhnicheakikh nauk.
-- OAO
Large natura 11' -- . Nov. tekh. I pered. op. v stroi.
nat.
Ura
18 no.9:12-14 S 15 .
(nu 9: 10)
(Bullding stones)

ALTAYEV, S.S.. dots., kand.tekhn.nauk; GOLIDIN, S.Yu.; ZAROUBIA, N.S.;
KOIISTAhTIII(A'SKIY'D*Ya. - KOLOM121KI21, Te.I.; KASFER, M,., red.;
DOMOVSKAYA, G., te!E.red.
[Handbook for the assembler in large-element housing construction)
Spravochnik montazhni a na krupnoelementnom zhilishchnom stroitell-
stve. Minsk., Gos.izd-vo BSSR, 1962. 359 p. (MIRA 15:7)
(Building) (Apartment houses)

KONSTANTINOVSKIY, David Yakovlevich; SKRIBKO, Vladimir Ivanovich;
VANCHUK., L., red.; DOMOVSKAYA, G., takhn. red.
[Large factory-made brick elements] IndustrialInye krupno-
razmernye konstruktaii iz kirpicha. Minsk, Gos.izd-vo
BSSRP 1963. 125 P. (Building, Brick) (MIRA 16:6)

KONSTAHTINCVSKIY,__q!A. (Kiyev, ul. Lenina, 3, kv. 27)
'Problem of the innervation of the pia mater. Arkh.wmt.gist.i embr.
39'no'.3-IY97-101 N 160. (HIPA 14:5)
1. Wedra gistologii i embriologii (zav. - chlon-korrespondent
MN'SSSR zaglushennyy deyatell nauki'~rof. N.I.Zazybin) Kiyevskogo
meditsinskogo instituta.
(PIA MATFA--INNiRVATION)

Y9 G.A. (Kaiitantynovalkyip H.A.)
Specific features of the innervation of pia mater of the braln in
middlei-aged and old persons. Fixiol. zhur. [Ukr. 1 7 no.W07-112
Ja-F 161. (MIBA 1431)
1. Department of Histology-and Embryology of the Kiev Medical
Institute.
(P1& HATER-INIERUTION)
(NERVOM 87STW,4GING)

BUSITIAKRIA2 Z. I.iVIEWMATSKIY, N.S~; KORSTANTINOV61,UY, G.A,; KOSTYUK, L.V.;
KUZIM114SKAYA, U.A.; KULICHI Skit-, K.I.; MILIKO, V.I.; FROLIKIS, V.V.
Neurohumoral regulation of the cardiovascular system in experimental
arteriosclerosis. Vrach. delo no.1:3-3-1 Ja 162. (FdRA 15-2)
1. Institut gerontologii i eksperimentalinoy patologii AM SSSht
Kiyevskiy meditsinskiy institut.
(ARTF.RIOSCMAOSIS) (CARDIOVASCULAR 6YSTal)

---M'~AKOV'M.F.~ G
YENEL'YANOVA, N.C. [I&Eeillianova, N.O.j
Use of r-,Yn'ilhavJ.-., adhosivos fae pasting labcd.. o:i bner 1-bot-Illea
Khar, prom. nc.106-~7 Ja-4L- 165. 1 M! R A 2A s 4 )

71
AID Ur. 994-5 20 Ane
USE OF SUPERCONDUCTORS FOR RADIATION PROTZCTION, IN SPACE
AUSSR)
t t.
-M--Znanj --alla, -Apr,-.1963,-. 19..,----
one; an inovaldy, Ye
S/004/63/000/004/003/004
Two possible methods, ate proposed for the protection of space crew! against.
radiation. One is the divermbn of harmful radiation from the hull of a space-
ship by means of so-called llrxi4gnetic armor,'.' i. e.,, a magnetic field around
the ship, whose depth could be ~mried according to need.. rhe field could be .
created by coils Wound With superconductors,' which would make them- light,
compact, and relatively.low in power consumption, Two possible,super-
conductive-mateilals' for this purpose have been. found--niobium and its alloy
Card 1/2

Una
FUSE OF SUPERCONDUC=TORS (Cont.)
USE OF SUPERCONDUCTORS (Cont.)
S/004/63/000/004/003/004
with tin.' The other method consists in-surrounding the spaceship with a
superconductor reflector, which would reflect charged particles away from
the ship in the following manner. The electromagnetic field of a f I y i n g
charged particle collides against a superconductor and excites currents
within it. These currents in turn create an electromagnetic field w h i c h
repels the particle.. This so-called "mirror" would not use any pow 0 r ,
since the energy of the attacking particlea themselves would be u a e d t 9
divert them. With a shield of this sort the walls of the spaceship c o u 1 d
be thinner. However, technological. difficulties must first be overcome...
It is essential that under no circumstances must the "mirror" I o's e its
superconductivity. Possibly the shielding surface must be truly m i r r o r -
like, so that it w i 11 not be heated by solar or stellar r a d i a t i o n, The
problem of insulating the superconductor shield from the hull of the rocket
must also be solved. At present- superconductivity -is observed only at
temperatures approaching absoiute zero, However, 'physicists assume that
substances may exist that possess superconductt~lty even at,room tempera-
tures. (TBT]
rd 2/2

KONSTIOTINOVSKlY M.
Sound in the ocean. Znan, SUR 38 no.9:34-38 S 163.
(MIRA 16tl2)

KONSTANTINOVSKIY, MO
I ~ - -
'Without fulcrm, without weight, and without friction. Znan.-
sila,38 no.5t"-46 My 163, (MIRA 160-1)

KONSTANTIMOVSKIY, M.0 inah.
Magnetic wings. Inan.-sila 37 no.12*2~-25 D 162. ()apA 16s2)
(magnetism) .

KCH"TIMOVSKIT.M.M..kandidat meditsinakikh nauk.
Otogenous arrosive hemorrhage from the,internal carotid artery.
Test. oto-rin. 17 no.6:65-66 155. * (NLRA 9:2)
1. Ix kliniki bolezney ukbAL, gorla, i nosa (zav.-prof. L.A. Lukovokiy)
Daepropetrovskogo meditsinskogo Instituta.
(HMIMMUGN.
carotid artery, internal, otogenous arrosive)
(ARTERINS, OARORD, hemorrhage,
arrosive otogenous)

RO'N"S'"T4 IV TLVO 4A
1976. KONSTANTINOVSKY N~. Dniepropetrovsk. *C o n t r i b u t i o n t o t h e s t u d y
--of suppurative ventriculitis of atiricular origin (Russian
text) VESTN. 0T0- RINO- LA RING. 1957, 3(16-18)
The paper contains the medical histories of 2 patients with a rupture of an otogenic
abscess of the temporal lobe into the lateral ventricle. Intracranial complications.
in the author's opinion. were caused by exacerbation of chronic suppurative epi-
tympanitis. The recovery of both the patients was achieved by active surgical
treatment, persistent intracarotid and endolumbar injections of penicillin in com-
bination with i.m. injections of antibiotics. as well as the bactericidal action of
iodolipol, used for abscessography. (XI, 8)