SCIENTIFIC ABSTRACT MENCIK, E. - MENDECKI, J.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001033520009-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

li-VIINCIK EI..
Geology and petrology of the area between Planice and Nepomik, in B--he.-ds. Z-401
(Prague, Vol. 18, 1951) Czechoslovakia
SO: Ybnth~Z Lost of-East European Accescions Vol. 2, "8, Library of Congress,
.L 77
kugust 1953, Incl.

X E NIC I K , S .
Pesl, V. L-lithologic development of the 'lodula Peds in the hasn of' the -'stra-
vice River. p. 127.
SB')RN-.K, ')DD-~- GF,9i,)GTCrI, Prague, Vol. 21, l?`4 (published 1455).
S-': Monthly fist of East ~~uropean Accessions, (~EA-), L-,C, Vol. 5, No. 6 June 1956,
Uncl.

mzlim' Z.
Pesl, V. Strati raphic and tectonic conditions of the Sub-'Ale-,~an na.p~~ on
the 11ovy Jicin sheet 14160). P. 149.
SBnRIJK, )DDIil G!-,;"IGKY, Prague, Vol. 21, 1954 (published 1955).
S:): Monthly List of East European Accessions, (&EAJ_j), LC, Vol. 5, No. 6 .'un-- 1956,
Uncl.

w r
i r s
J,:j
7o1
..on 7n rin
th

INYMMM-6
, -. Ctbncik, E.]
------
Outlook for finding petroleum and natural gas deposits in the
eastern,part of Moravian andSilesian Beskyd Mountains and in
the area at the foot of these mountains. Frace ust naft 18:30-
31 161,

MENCIX. E
- ~~; PESL, Taclav
Vne characteristic . of main dislocations in the Vagura 'Iysh.
Cas mineral geol 8to.1:29-38 Ja '63.

DIABAG,
tl.p- oc

PESL Vaclav; KENCIKp Eduard; HANZLIKOVA, Eva
I -- --l p
Pre-Magura series south of Jablunkov, Moravian-5ilesian
Beskid Mountains. Vest Ust geol 39 no.3:189-199 My 164.
1. Central Geological Institute, Prague; Ceskoslovenske
naftove doly, Brno.

OURMatrf.C Alld 1*14014WC 4ttKMk&bft 09 tM MOW-
%94~:' 4 49 pdpsttyl mi4dwa7faft,
last, Wtks Pardubkv Cwh.). CAew-
c to I
tit I
407-100M.-himaw(ek ;"%rcmcg(s at 25'
of dil. acetont so(=. of polybutyl methury1me (1) rewlted
in caka. of tberarAdynamk coust. p - OAS& Vimmdrk
weameauxts at 25' of CHCI. sahts - of I gave K - 0.437 X
10-1. am4 4B - 0.80. Eft a mwdified %I-dinger eq~li-
iql - NJP. M. fludlickf

C

E R W1 f
~e~ho coucoqvadbn depAd'vice of Me Viscosity 11ftmFor C)1.77-,
-Lodyz h oddA at very low - conce4trations. Z
olld 1 41
~
77-ut
mph
lk
&
I
t
h
1
6
r

. ; P I
ns
ti
ov
im
,Z a .
3
.
e
)
--
Wo
_
Czech. Mazrdnzo
T~7
T ZZ9 ~trao,
.,
F

4). _
IT
_!Iat at.
ter
'I"
A OW COMM. CLS
-
-fwiciiow of the toncn~, c, in branching of lllyl~

-1 -bew
~bjLjrl& & - the spetArc , A e ~nv-om-
lot
on 2 of
~J-.ftm vrere U.'ed to mikc measLircinentg
in ticlo-
mer drA?n to conetti
of 0
/ICO mi
02 g
ol
.
,
.
.
y
p
-drolurart
01a, of thc samples- of
hexavoke Md jetralt
.
)
polyvinyl chlorldd was known tr, be brzinchtd, the other v
'Unbmnched. - Both gay- EUM.-ht-line plots of q,,/,: vs.
1 7, Howevu, -h'.1n the IlLnlo5 eq-,takion, r.p/a
'
-Only
Is 0.51 for the. branched polymer and

I
Jor - cf k' had
b
X3 e unbrauched. Such a behav= CrTL
~
upd for oth& brdnchtid polymu3 (cf. Cragg and Mamma
~
-
-

is &.c inuiu-,ic
,- 12V74f).
A. 47
aflbutd to the fact that
unwuAl resulO of BaUcr,arc n,
couen%, that wsre too lzrx
tnc;;.suir_me_-itj were mada dowti to

i

11EM11d Madnv
for met-tuacy. EM11d MdnV "

J
L

. . .
.... ... 4,;
gig,

Utio-6-59 tRM_aTi"-t V*e__h,_~_-,ia-vfd1 FfW ica
fmEtIonatlan -of polprMyt chlorffo &Icord
tho moltcm-
Ur
WaIght. ZIT

nInUtk~9_31Wair-OV 1,, PTaJ_'OvMtQjMj4
9
A

1,15,I).-The i". tems
9, 10,-77(
wrahydm AV q...

j,
I-water and glycol vrcre ~ found -t
b--! wtWnctory forAhe frar-tionatiom of polyvinyl 019ride.
-Nat :atisfactory were the.qystm=3 of tctinhydrofuran'and
,k~ik
cyclahematione as solvent,; -arl(I the alc:~.
AS PMclpit.;jjjts-.
Thd ~UIMILLIY, Shown in ited. the

-7 ;,-i
nation occ.
fracdc mling to the j~ wt., mo bc expliln r1
'
,
a rtsultof the nss,~n.of thesepi, 0 the
phases
.

q

4
1

rac --m~-n-omalies- -fa the UgZt 1-r-
..
I
tf(M. rery
k reft st. p 1 5 1 1 -a
dav
M

Tr SmUmBrao~ y"wr
H
-'
,
tions Iof pol in
I chloride fila frQ1= thC
~7.usfni frac
'Olvent-norlsolvent Systent, t , hydrofu (l)-11,% the
'ainyi atc. and,
initial pptn. was sttt(li;,d i th tems
-
Ote
Cautrary to itarinal behavior
vul. fractiou (JEAU115,Avimt ndded that first produco-q a [we.
-r" NVUS riatifticar but showed m Min- When ploiccd aga;lzsc
(Ito rc~pracuf of 11~c intrinsic vfi;msity Ln die. salvent.'
'
'
m. hOnre, pl,ns~j
This cffvi~t is attributed tu pojpu~r assa
fitthig the'datxitgiveamLxt-~,
epu. om
ing y' ta (lie mol. wt aud to the no. -of pole in'cr. trink.'a-1
hidepoident clustus.
L

POLAK, Frant.; MENCIK. Zd.
Comparison of hypotensive effects of reserpine, antihistaninics and
phtbalazine derivatives In hypertensive syndrome. Cas. lek. cesk.
95 no.283-29:798 13 July 56.
1. Interni addeleni nemocnice tanvoad, primar XUDr. Yr. Polak.
(UPMTEMION, therapy,
Ant1histaminics, phtbalazine deriv. & reserpine, comparison
(CZ))
(AIVIRISTA7,4I YICS, therapeutic use,
hypertension. comparison with phthalazine deriv.
reserpine (Cz))
(STMPATHOLTTICS, therapeutic use,
phthalazine deriv. in hypertension, comparison with anti-
histaminics & reserpine (Cz))
(RAUWOLFIA ALKALOIDS, therapeutic use,
reserpine in hypertension. cnmparison with pbthalazine
deriv. & antihistaminics (Cz))

Ite rd-ItInt
to ilk,
cydobex'-wrnp at U14,
tn'llrn.~- of O.-z4'ri mi. lito mttdif-j- Tlu- Otvti~
CorfertWTI told tlv~ vmrajitw !,.I On. gTavity 'wtic oppliol.
Tile; fdation loimd dc, t t,Artivorlit to tht
ircm &w) mitt
-,o dcrival d~:pcwl ou cc';xn, s-.vd i'm(p. Ifell".'k
eqILAti;J11 in ptot F~Corwnf--';&~d for C'vo-111:1114:141
1"A7111i r io

I's

E;LST GMUM/Pharmacology and Toxicology. Vialgesics V-3
.1be Jour Ruf Zhur - Diol., No 10, 1958, rio 47159
:,u thor Polak F. , I-Sa3c:lc Ot. , W--ncilE Zd.
Tnst
Titlo Tho .nalgc;3ic .'.ction of ~bgnusiwi Sulfat-~ in tho Painful,
Dlon-InflcL-,.,.n-tjry Dis,,:,,as,s of th,~ Motor ;,pparatus
Or i g Pub Z. gus. innLrQ A-d., 1957, 12, No 20, 11152-1153
,'.bstract No abstract
Card 1/1
13

MENCIK, Z.: Lanikova, J.
"Degradation of vinylidene chloride and vinkl chloride copolymers in cyclo-
hexanone solution. In English.
p. 879 (Collection of Czechoslovak Chemical Comumications; Sbornik dhekhoslovats-
kikh Khim-icheskikh Rabot) Vol. 22, no. 11, June 1957
Prague, Czechoslovakia
SO: Monthly Index of East European Accessions (EEAI) LC. V01. 7, no. 4,
April 1958

MENCIK, Z.
"Moieciuar weight distribution in ~' -cap-roiactam po.Lymers. In Eng.Lish.ll
p..L249 (Sbornik Cheichoslovatskikh Khimicheskikh Mbot, Vol. ;e2, no. 4,
Aug. 1957, Praha, Czechosiavakia)
Month.Ly Index of East European Accession (EEAI) LC, Vo-L. 7, No. bx August 1958

A ENG I K/ -z- D L- /V't~- /~~
CZECHOSLOVAKIA/Chemistry of High Mblecular Substances. I
Abs Jour : Ref Zhur - Khimiya, No 7, 1958, 23719
Author : Zdenek Mencik, Jirina Lanikova
Inst
Title Degradation of Vinylidene Chloride-Vinyl Chloride Copoly-
mer in Cyclohexanone Solution.
Orig Pub Chem. listy, 1957, 51, No 2, 029-232
Abstract The degradation of vinylidene chloride-vinyl chloride co-
polimer in cyclohexanone solution is caused by peroxide
substances forming spontaneously, if cyclohexane was
aging in air. It was shown by measurements of viscosity
that an addition of benzoul peroxide accelerated the de-
gradation, and additions of benzoquinone inhibit it.
The inhibiting efficency decreases in the series benzo-
quinone, picric acid, hydroquinone, pyrocatechin, resorcin.
Card 1/1

j%:~,

I z
Mc~
117-1,10T)TCAL: C IOL. 6, no. 12, Dec. 1~15ti
L -
ilencik, Z. A simple and re' ia, lp osrioneter. o. 641.
Monthly List of East European Accessions (MAI), LC, iol. b,, no. 51
"I
--iy 1959, Unclass.

Distr: Wc(j)
The poly(vinyl chlorl a)-salveat joultlJon. Z. Uen
(Vfzkumn~ fistay makrornoickuliml chern., Brnd; Czech.).
'I s zcih~'UW Mens. V'am urs. 24, 3291-6(1940)
Cd id
The Wvalues of polt(vinyl cldoride) were detd. osrumeirl-
cally ia tatrahydra uran, at 25* 0.2291), in cyclohexa-
none at 25* 64 - 0,176) and in cyclopentanone (at 25* is
th ncn ran .
0.253; at 40' p - 0.259). ' w" 0.3-1.6 1
'5 c0 Ir
C./100 ad. &ad a PVC fractimn'was used with cial. wt.
136.000. From the results the partW motal heat of soln, of
cyrlopentanone In the system eyetopentanonepoly(vinyl
chlo~) wu cornputed: fa the eclumt[ba, Aft, - B * where
v2 is the Val. &=tIOU of the Polymer, the I'L -15
Bcd4w-

vl4b
It
Disti~t- 4E2c(j)/h93b
'~Vt*umnO dstav ma W Chem"
M- b
IM
Grak"Jov Mm q -24,
I Ex'
SM-50M.-From the vLvosimetrk behavior of poly-
(vinyl cWocide) s=ples with an sitificiWAy bmuched struc.
tun, It follows t"t the Huggim' const. k' in the equation
1.11 + 10Acincremses with increasincCem-
pb_-'_l;y_Rcke poems 'U=tum.

S/!90/60/002/01'/007/027
B004//BO60
AUTHOR- Menaik, Z.
TITLE, Some Remarks on the Crystal Structure of Po'ya:.-yi--r1-i1.-
PERIODICAL: Vysokomolekulyarnyye 3oyedineniya '960 V,~',. 2. No
pp, 1635 - 1638
TEXT, The author discusses data available in thi? 144.t?raTur;~ acc-.~_rding to
which polyacrylonitrile has a hexagon crystal X ra:f pirtures of the poly-
mer film oriented in the heated state gave the f~~'Iowing equator~a!
reflections~
Table of Diffraction Points of Polyacrylonitri!,~.,
Intensity djA hkO Intensity I A hkO
'very very strong 5~19 210 very very weak 2 25 Boo
very v~-ry weak 3,67 410 vory i-,~ak 93 330 910
vsry strong 3.04 020 very very weak -~'7- o - c 61o
medii~m 2.91 220 v,,ry vary weak 59 7~()
very weak 2.67 6,,o
weak
2 55 420
Card

I
Some Remarks on the Crystal Structure of S/190/60/002/0~1/007/027
Polyacrylonitrile B004/BO60
'Based or the mcdel: a = 18.1 A, b - 6~12 A, c = 5,00 A (fiber ax,,51
The si~ft radiation caused by fluorescence was eliminatei in va-u,im by
fi.!--~raticn, in order to locate the very weak refle.-ttr~ns; A. prp-:1-3-o~
i~t~!TMITIaTion of the cry9tal structure was not possible, tt?raiuq~- 7he ON
elions., At any ral"..
grcupe are disordered and therefore give blurred ref
r I ~hp
.he results obtained contradict a hexagonal structure, since 1'.
A
density calculated for the hexagonal sYstem (1 3 g;/--m .) dev-,'at~es Ma7kedly
from -he experimental value (',,18 g1cmI); 2) --~quatoriai reflections vere
found that do not fit into the hexagonal struc-ire, 3) ~h4:- ctaln -2xhlb-,ts
a symnme?,,ry with two monomeric links, Basing on his rp5ults the author
arrives at an orthorhombic structure of the elementary cell with the para-
mecers a, - 18.1 A, b - 6,,12 A, C - 5,00 A, which contains four p-~Iymer
chains (each with two monomeric groups) There are ' figure. ' tablo and
7 non-5-:)viet references,
Card ?/5

Some Remarks on the Crystal Structure of S/190/60/002/01t/007/027
Polyacrylonitrile B004/BO6O
ASSOCIATION. Nauchno-issledovatel~skiy institut makromolekulyarnoy khimii,
Brno, Chekhoslovakiya (Scientific Research Insritutp. :~f
Macromolecular Chemistry, Brno, Czechoslovak-ia)
SUBMITTEDt April 25, 1960
Card 3/3

88246
Z/009/61/000/001/004/oo6
9112/E153
AUTHOR: Menwcfk. ZdL-nvek
TITLE: Contribution to the Problem of Crystalline Structure
of Polyvinyl Chloride
PERIODICAL: Chemicky' Prdmysl, 1961, No.1, pp.41-43
TEXT: The present paper is in connection with some recent
work which reported an increase of rigidity of PVC on the addition
of small amounts of plasticizer. (Increase of rigidity is
associated with an increase of crystallinity). Different views
about the crystalline or amorphous structure of plasticized PVC
were expressed in the literature. It was held that unplasticized
PVC displayed regions of crystallinity. Other work (Turner et al.,
Ind.Eng.Chem. 701-703, 1949) demonstrated clearly that PVC
retained its crystalline structure during plastification. The
relative amounts of crystalline and amorphous polymer in the
plasticized compositions were, however, not established. The
present author has studied swelling phenomena of PVC (linear and
cross-linked) in different plasticizers, the results of which added
further proof to the crystalline nature of plasticized PVC.
Card 1/6

88246
Z/009/61/000 "001/004/006
F,112/E153
Contribution to the Problem of Crystalline Structure of
Polyvinyl Chloride
The problem was reinvestigated in more detail by means of X-ray
diffraction studies: unplasticized, linear or cross-linked PVC
showed partial crystallinity at normal temperatures. Diffraction
patterns of the oriented polymer showed reflexes in the zero layer
5.35 A (intense), 4.78 A (medium) and 3.73 A (weak). An over-
lapping reflex, 3.58 A (medium) is apparent on the first, and
reflex 2.22 A (weak) on the second layer line. The more intense
diffraction lines were also detected in the diffraction patterns
of the unoriented PVC. It was not possible to estimate the amount
of crystallinity of the unplasticized PVC with any degree of
accuracy. The author believes, however, that the crystalline
regions comprise a large fraction of the total composition. X-ray
diffraction studies were then undertaken with samples of PVC
(cross-linked), nwelled in dibutyl phthalate, using 0, 10.6, 39.4,
72.0, and 72-50% of the latter. Results are presented in the form
0
of graphs, using the diffraction pattern of NaCl for calibration.
Diffraction lines are correlated with maximum swelling ratios and
Card 2A

88246
Z/009/61/000/001/004/oo6
E112/9153
Contribution to the Problem of Crystalline Structure of
Polyvinyl Chloride
temperature. (Equilibrium of swelling is the expression of the
weight ratio of swelled polymer to dry polymer). Results
indicated that fractions of crystallinity remained only with
samples which were plasticized with plasticizers in which PVC
(cross-linked) swelled to an equilibrium swelling ratio lower than
3. These included: epoxy soya-bean oils, butyl-acetyl-
ricinoleate, dioctyl sebacate, dioctyl adipate, dioctyl phthalate,
and the butyl ester of epoxy soya-bean oil. Plasticizers in
which the cross-linked polymer swelled to a higher swelling ratio
caused a disappearance of crystallinity and these included:
dibutyl phthalate, dimetiAylcyclohexyl adipate, ditetrahydro-
furfuryl adipate. Other series of experiments included
diffraction patterns of linear PVC, plasticized with the above
listed plasticizer, using a constant weight ratio 1:2 of
plasticizer:polymer. Diffraction patterns substantiated the
existence of a polycrystalline structure in plasticized PVC.
Card 3/6

88246
z/ooq/61/coo/ool/OO4/O06
E112/E153
Contribution to the Problem of Crystalline Structure of
Polyvinyl Chloride
In the accompanying graph diffraction patterns were registered
photometrically (blackening) as functions of the Bragg angle.
There are I figure, 2 tables and 5 references: 4 English and
I German.
ASSOCIATION: Vy'zkumn~ U'stav makromolekulgrn]'L chemie, Brno
(Research Institute for Macromolecular Chemistry)
SUBMITTED: July 24, 1960
Card 4/6

~-H
0246
Z/009/61/000/001/004/006
Contribution to the Problem... E112/E153
Obr. 1. Folomegrickg cdcnam z&rndni 458A' i 18A' JSA'
ranigdnotrdho fiftnu jako /utikcs (U 2e~
Vxorok*. (alto zesicavandho polyvin,ilchl arfdu,
UOUSMY 0.07 MM. abotaAnd, v d1b tylft&la
tu t
4 t // It-
b
Card 516,

83246
Contribution to the Problem....
Z/009/61/bOO/ool/oo4/oo6
E112/E153
- ----- '10
50
NaOI NaQ
55
Card 6/6
CIO-

AUTHOR:
TITLE:
PERIODICAL:
Men(Y.I'k, Zdenevk
Thermal Expansion
Polypropylene
Chemick~ pru*mysl,
Z/009/61/000/003/002/002
E112/E253
of the Crystal Lattice of
1961, No. 3, pp. 160-161
TEXT: olypropylene crystallizes in the monoclinic system
with a = 6.69 il b = 20.98 Al c = 6-504 1 and P = 99* 30' at room
temperature. The thermal expansion coefficients of commericial
polypropylene were already described in the literature, but no
data are available about the expansion of lattice spacing with
increased temperature. The present paper submits a study of
temperature effects on the above parameters over a range from
21-156*C. The method consisted in the investigation of x-ray
diffraction patterns at various temperatures. The sample was
placed on an aluminium block, thermostatically controlled by
means of a heating element and thermocouple. An additional
thermocouple used for temperature reading was placed in the
immediate vicinity of the sample. Results showed that temperature
dependence of the parameters of the monoclinic elementary cell of
Card 1/3

Z/000/61/000/003/002/002
E112/E253
Thermal Expansion of the Crystal Lattice of Polypropylene
oriented polypropylene was negligible. It was established, by
measuring the spacing between 022 and 022 that the identity period
of c (axis of the fibre) was practically unaffected by heat. It
was not possible to establish under the given experimental
conditions the values for 0 with sufficient accuracy. Estimation
based on calculating the diffraction planes 111 indicated that
temperature dependence was smaller than the experimental error.
Instead of calculating parameter a, values for its rectangular
projection, a', were computed. Temperature dependence of the unit
cells (with the exception of 0) 9,Lre exprespd by the following
fOE3ulae:l)a 6.602 + 6,74.10-1. (t231) 'j ~ b = 20,97 + 4.78.
10 (t-2 i'~c = 6-504 A. The temperature dependence of the
specific volumes of crystalline polypropylene has been computed
from the above given relationships as follows: vt = 1.0?26 � 3.58,
10-4 (t-21)~ This coefficient of expansion was found to be in
agreement with figures quoted by the firm Montecatini and also by
J. H. Griffith and B. G. Ranby (Ref. 2: J. Polymer Sci. 38, 107,
1959), and slightly lower than quoted by F. Danusso, G. Moraglio
Card 2/ 3

Z/009/61/000/003/002/002
E112/E253
Thermal Expansion of the Crystal Lattice of Polyprooylene
and G. Natta (Ref. 3: ind.plast.mod. 10, 40, 1958). There are
1 figure and 3 references: 1 Czech and 2 non-Czech.
ASSOCIATION: Vyzkumny" ustav makromolekuld"rni" c1lemie Brno
(Research Institute of Macromolecular 6hemistry,
Brno)
SUBMITTED: October 21, 1960
Ca-rd 3/3

MENGE, Zdenek
Determining the fraction composition of polypropylene by
extraction methods. Chem prum 12 no.9;528-520 3 162.
1. Vyzkumny ustav makromolakularni chemiep Brno.

,~WCE,_Zdenek
Sorption phenomena apd the structure of a rphous polypropylene
fraction. Chem.prum 13 no.3:153-155 Mr 163.
1. Vyzkumny ustav makromolokularni chemie, Brno.
- -- -- ---l- - - . ---, , - - - .. . --- - .,
- . ~- 7-,' ..- I . . I - :.

-IzvCq'-z4awk
Determination of the percentage of polypropylene crystallization
by the XF-ray method, Chem prum 13 no.6.321-325 JO 263.
1. Vyzkumny ustav makromoleku-larni chemie,, Brno.

Zdenek
Thermal dilatation of ~:rYsLal
priyn 14 no.12,655 D '64
1. Rese,3xch Institute of 1-1,acromclecular Cherdstry, Brnc.

MFUCIK, Zdenek
Effect of the physical state of polypropylene.on its extract-
- .,.r , 64.
. U ~Ojigd.. Chem zvesti 14 no.10:549-550 0
. . _ 'a
1. Research Institute of Macromolecular Chemistry, Brno.

B., Dr.
Listeriosis in newborn. Cesk. apidem. mikrob. izun. 5 no-5:
225-228 Sept 56.
1. Uatav pro lakar$kou mikrobiologii a imunologii Karlovy university,
predn. prof. Dr. Patocka.
(LISTERIA, infect.
in newborn, diag. (Cz))
(INFANT, NWBORN, dis.
listerlosis. diag. (Cz))

17 - - - --------

ay-. E.
11. Patc ~kz, L, Hk;llcai, -~i
60,

le-pQrt
!ej

G. IN.

ffj C- J'~ C- ) it' o 'I it, E U a
ZOUBA, Karel; MOIKOVA, Va; MORU, Marie
Contribution to etiology of infectious monoculeosts. Cas. lek. cesk.
97 no.1:6-10 3 Jan 58.
1. Infekcni klinika Praha 3, Bulovka, prednosta prof. Dr. J. Prochazka.
Mikrobiologicky ustay lekarska fakulty KU v Praze, prednosta prof.
Dr Y. Fatooka. Infekcni oddel. Thomayerovy nemocnice Praha-Kre, prednosta
prim. Dr W. V~rborna. K. K. Praha-Halovka, infakont klinika.
(IUMTIOM HON000190STS, etiol, & pathogen,
role of Liateria monacytogenes (Gz))
(LISTIMIA
monocytogenes, role in etiol. of infect. mononucleosis (Cx))

FRIEDWRIJ, 85drich- MENCINOVA' Eva- BROUSIL, Andrich
tL ~-, =
Axperizental contribution to the problem of the ag ".91,vitr of *Mt*-
10, antibodies against red blood calls. Cas.19k.cask 100 fto.17:52J.-SZ9
28 Ap 161.
1. 1 interni klinika KU v Praze, predrfbsta prof. dr. V. Hoenig. Ustam
pro Iskarviou mikrobiologii a immunologii KU v Praze, prednosta prof.
dr. F. PatocIm. Blof7zikalni ustav lakarske fakulty KU v Praze, prednosta,
doe. dr. Z. Dianstbier.
(MTIGM-ANTIBODY~RFAGTIONS) -(ERYTEDiOCYTES)

BRAGHFELDOVAO J,; HORNYGHOVA, ff.; MEMIKOVA, E,; SKALOVAp L.;
NEUGEBAUEROVA, L.
Usteria infection in newborn infants, Gesk. pediat. 18 P-o.10:
896-901 0 163.
1. 11 detaka klinika fakult7 detskeho lekarstvi KU v Praze,
prednosta prof. dr. J. Howtek, DrSc. Ustav lekarske mikro-
biologie a imunologie v Praze, prednosta prof. dr. F. Patocka
KHES Stredoceskeho kraje v Praze, reditalka, MUDr. M. Rejakova.
(INFANT., NLWORNV DISEASES) (LISTERIA INFECTIONS)
(COOMICABLE DISEASE CONTROL)

C Z-'?G'IGSLOVA:CIA
Z
. ~i"3 .Cj;',OVA, H.; Psychiat-
-'G.z.'LSI~ANN, F.; HAZEK, F. ; HILL02TT
ric Research Institute (VyT1Z-umny Ustav
"Tine Sam-ples of a Day of Psychiatric Patients.
Prague esl~-oslovennka Psychiatrie, Vol 62, No 3, Jun 66, pp
168 - ;7C5
Abstract /Tuthors' Engl-lsh surrrary modified-7: In the period
1962 to-1164 the authors investtpated the activities of hospi-
talized Datients between 6 a.m. and 10 p.m. The patients spend
'nost Of ~Iieir tino in complete inactivity; the rehabilitation
troat"Ient occupies only a very small part of the day. On the
basis of the study the authors were able to prepare a better
pro,gram for the daily routine treatment of the patients. 3
Tables, 9 Czech references. (Manusaript received 2 Apr 65)-
1/1
411

3 7 L
s'/190/62/004/005/023/026
B1 45/B1 01
AUTHORS: Mejzlik, J., Mencikova, J., Macha'c/ek, Z.
TITLE: Anionic polymerization of formaldehyde. II
PERIODICAL: Vysokomolekulyarnyye soyedineniya, v. 4, no. 5, 1962, 769-775
TEXT: In continuation of a previous paper (Vysokomolek.- soyed., 3, 1421,
1961), the authors studied the polgmerization of saturated formaldehyde
solutions in diethyl ether at -59.3 C. The molecular weight of the
polymers was determined from viscosity measurements in the solvent mixture
tetrachloro ethane - phenol (3 : 1) at 900C. The time dependence of the
lormaldehyde concentration shows that the order of reaction is higher as
referred to the monomer and increases during the reaction. Therefore,
only the initial rates in the first 2 min, reaction of second order were
taken into consideration. The molecular weight changes very little up to
a 40-60~a conversion, and then decreases. Tetrabutyl ammonium laurate (TBAI),
dibutyl a=ine (DBA), and tributyl amine (TBA) were used to study the
effect of catalysts. With TBAL, the reaction was of the order of 0.8 as
referred to the catalyst (the catalytic effect increased after TBAL had
Card 1/3

s/1 9C)/62/004/005/023/026
Anionic polymerization of ... B145/B101
beer, stored for some time), and with DBA and TBA it was of the order of 1.
Only a small portion of the catalyst is required for initiation. The ratio
between the catalytic efficiencies (reaction rate/catalyst concentration)
of TBAL, LBA, and DBA was 4-5 : 3-5 : 1.0. The molecular weight is
independent of the type and concentration of catalyst. The dependence of
the reaction rate and molecular weight on the concentration of the monomer
was studied in the presence of DBA and TBAL. In the first case, the order
of reaction was found to be 1.7 and 2.6, depending on the impurity
concentration, and in the second, it was 2-4. The molecular weight is
directly proportional to the monomer concentration. The relative chain-
transfer constant Cc was determined according to C. H. Bamford et al.
M
(see belovi) and found to be less than 0.05 9/dl. On the other handy the
numerical polymerization coefficient P is proportional to [Fdj1&X1
(Fd - formaldehyde, HX - acid impurityl, and the molecular weigh 1-8
inversely proportional to the concentration of impurities. The ratio
between the concentrations of impurities in formaldehyde and ether waa
found to be 13. There are 8 figures and 2 tables. The most important
English-language references are: H. Mark, A. V. Tobolsky, Physical
Chemistry of High Polymeric Systems, New York, 1950, P. 416; C. H. Bamford
Card 2/3

Anionic polymerization of ...
5/190/62/()04/005/023/026
B145/D101 .
et al., The kinetics of vinyl polymerisation by radical mechanisms, London,
1958, p. 232.
v
ASSOCIATION: Institute of Macromoloaular Chemistry, Brno, CSSR
SURIMITTED: September 30, 1961
Card 3/3

37W
S/190/62/004/005/024/026
B101JB144
'AUTHORS: Menhkova, J., Mejzlik, J., Machavcek, Z.
TITLE. Anionic polymerization of formaldehyde. III
PERIODICAL: Vysokomolekulyarnyye soyedineniyal v. 4, no. 5, 1962, 776-782
TEXT: The effect of typical impurities of formaldehyde and diethyl ether
used as a solvent on the polymerization rate and molecular weight of the
polymer was studied in anionic polymerization of formaldehyde. Dibutyl
amine or tetrabutyl ammonium laurate were used as catalysts. These
impurities fall into four clasaes; (1) impurities which react neither
with the catalyst nor with the active center of polymerization and are
therefore ineffective (e.g., CO and 02); (2) impurities which reduce the
molecular weight, but hardly affect the polymerization rate (e.g., H20,
CH30H). They react with formaldehyde to form anions of almost the same
basicity as that of the growing anions. Their effect doea not depend on
the type of catalyst used; (3) impurities which reduce both the molecular
weight and the polymerization rate (e.g.' HCOOH, CH3COOH, and CO 2) . Their
Card 1/2

S/190J62/004/005/024/026
Anionic polymerization of ... B101/B144
effect does not depend on the type of catalyst used, and form less basic
anions which stop growing; (4) impurities which reduce, not the molecular
weight, but only the polymerization rate (e.g.p HC1). An equivalent amount
of catalyst is passivated. The following relations were found experimen-
tally: H20 : CH 3OH : C02 : CH3COOH : HCOOR - 1 : 3.1 : 21-5 21.9 : 23.6
for the effect on the molecular weight, and CH3COOH : HCOOH C02
- 1 : 6.2 : 13.8 for the effect on the polymerization rate. The activation
energy of polymerization in the presence of tetrabutyl ammonium -laurate
was measured at -58-5 - -34-90C and found to be 4.1 kcal/mole. The
apparent activation energy of the increase in molecular weight ia
-2.7 kcal/mole. There are 9 figures.
ASSOCIATION: Institute of Macromolecular Chemistry, Brno, USSR
SUBMITTED: September 30, 1961
-Ilk
Card 2/2

HENCL, _ E.
MENCLI, Zo Hyd=biology of slow filtrations ps146s
Vol. Ut no. 3., 1956., BIOLOGIA, BRATISLAVA, CZECHOSLOVAKIA.
SO: Monthly List of East European Accessions, (EEAT), LO, Vol- 5, No- 109
OCT. 1956.

S,)viet Tnetlix's -)f Qie static s,)ltlt,41,)!1,9 11L.
'T 7, Jl~ly 1~)'?-
NollthI3 List off k-ast Eixope-n

MICL J. Brisni tyfus na Morave Typhoid fever in Moravia Lekarske Listy, Brno
CTieChioslovakia) 1947, 2/23 (527-531, 550-552) Graphs 3
During 1933-1944 a yearly average of 837 cases of typhoid fever were diagnosed
with 70 deMhs (morbidity 30 per 100,000 inhabitants, mortality 2.6). The year
1943 was an exception, the morbidity rising to 1,126 and the mortality to 116/
In 1954 there were 4,031 cases with 384 deaths, and in 1946 1,719 cases with 148
deaths. A series of epidemics is also mentioned due to infection of milk. In one case
the carrier, a milkmaid, caused 18 cases of the disease in 14 years. In another case
the dairy caused an epidemic among suppliers by infecting the cans in which skimmed
milk was returned. A cheese packer also caused an epidemic. The commonest cause,
however, is irXected in milk. The infection has also been transmitted by buttermilk,
curd and cheese; no cases transmitted by butter have been observed. Efficient
pasteurization of all dairy products should be made obligatory.
Kolda-Prague
SO: Medical Microbiology and Hygiene, Section P, Vol. 1, #1-6
-tt

V
Wenel HTgieni~ksho uis'iftvu 4 Brno. Brient, tyfus na Morava T)p~~!id fever in Moravia
Leliiti;iks ifi Y9 ;;j5j;i575-WO# - 4191
t
A statistical BUrveY of 510 Patients, Infected by S. typhoss, with or without symptons
and detected in a 16-year period in Moravia. A spontaneous cure of long-standing cases Is
possible. In combating carriers the best results wwre obtained vith anall doses of
magnesium sulphate for long periods.
Blooh - Am9terdam(XX,6,4)
So: Medical Microbiology & Hygiene Section 17, Vol. 3. go. 7-12

I j . 'Wfus na i oravp 'iyphoid in i.ora,iia Lc-,karske listy, ;~rrj I,- '(,
0- 0 r 1,
57~27T-2 ~-3 1)
SO: !':-!,dicai Lology and Eyriene, ' -)n 1',, ':o1 -~, !;- '--')

SAIL, 0.; ELGROTA, M..kkM-L. J.
Nothemoglobinenta in infants. Caa. lak. cesk. 96 no.14:
433-436 4 Apr 57.
1. Int. odd. Kraj. detake nemocnics v Brno. prednosta doc.
Dr. 0. Saxl.
(METHEM)GIOBINMA, in inf. & child
(CZ))

BEZDEK, M.; MENCL, J~
Oxidative extraction sepaistion of ruthenium fra* U7-- solutions
of its compounds. Coll Cz Chem --,-J no.3:711-723 Mr '65.
1. Institut fur Kernforschung, Tschechoslou,4wasrk- Akadamie dAr
Wissenschaften, Rez near Prague. Subm-if.te,i --ebruary 19, 1964-

iri, doe. Inz.
I-ENCL, J
-
-111. - -----
Modern principles of h-igh-speed water 'Yinnei cLriving. VCar-i
hosp 15 no.4:179-182 165.
1. Slovak Higher School of Tpchnology, Bratislava.

HERCL, Vojtech
MENCL, Vojtech
Stavitelstvi tunelove. Vojtech Mencl. fa_7 Jiri Mencl. fVyd. 2. repraco-vane-7
Frahm, Statai pedagogicke nakl., 1953. (Ucebai texty vysokyah skol) e0el Construction.
Vol. 1. bibl., diagrs,. -7
SO: Monthly List of East European Accessions, Library of Congress, Vol. 3, No. 4,
April 1954. Unclassified.

Yzncl. V.
Stability of railroad and highway embankments built on the banks of
reservoirs behind dame. p. 176. INZ MIRSO STAVBY- (Ministerntvo
stnvebnictvi) Praha. V01. 4j no. 4, Apr. 1956.
Source: EEAL LC Vol. 5, No. 10 Oct. 1956

NPM.. -VI.,,_prof. inz. dr. DrSc.
Eightieth birthday of Josef Kral. Itz stavby 13 no.31134 Mr 165.

C2MCff05WVPJa-,%/Chenica1 TbchonoloCV - Chouical Products aad H- 2 6
I
Zicir AppIlIcation. Cawboliydrctes and Wfinenelit.
Abs Jour raf Mur - Xhlidyaa 11."to 81 1956,, 267o5
Author Ciz Rarel, Filipezah I~;or, ;.'Clicl '-&jnch, V.-~Iter %rIcxUi.Ur
Inst 1--~
Title DccolorlziiV, Ionitco. II. :1,Ivriwant Station for the
Stu(L,r or Dacolorizin.- Ioitites.
Ori c; Pub Mz;~j cukro"arn. p 1957, 73., 110 9, 209-213
Abstract Description oZ experiLaontal ion-exchan7,cr unit3 at
bect-suZpr and refinin.-I pl,--nt--; at tho. fon!av the
colurms are of rubber-Lined iron,* at the lj,.tter --
of Sim= Pilot-plant tasts vere conducta-d Atli
;Iofatit E,, Cantranol *.!291 aid Czach-r.,nnufactured Iozwx
1c and 5a.
CoLmunicatIon I ucc 102,~hin,, 1958., M34.
Card 1/1
C A T~TO R~ -1
A/ c L 1959,
A1,15. JOUR.,'
k, l'o
A UT H 0 R Mencl, Z-~
1j,'ST. 01-Y
T 1 Id 'It
o t, C; IC S
I,q,I I A.'.
p i,, B . t v cul,!
C'
,, -k i c a w; t t
A 3.S T ?"I CT
cj-~---e I-n rjec-jor
0-
wcnlt it L C -CEC P.
by
nV: (I 1-:A-E' tF
J'j .
t 11 I)t ,I'( F,( 1,
r OX, 100 g
'r E
./as d t
t E:
ai d
t,; V C he n
of' -at
i~ f r on, t r2l cc ~i cf
20 voluTives (~Jrl tj,e basis Of t~E- '-'011~r"
f molaSS68, havilIg a coloration Of
a solution 0 the ion-exchanger.
"c- rassed through
22. 230 Stammer, wc wcre
~-During the passage of the solutio,
CA30: 1/3
rZechosjovakia h- 26

CZECHObIkVAKIA
J.
No affiliation given
Bratislava, Farmaceuticigy obzor, No 10 LOctober] 1966, pp 469-70
"From the Subcommission for the Founding and Adaptation of Pharmacies
of the Center for the Development of Pharmacy (Rozvojove Lekarnicke
Stredisk,o)."

I. S' T A
1~, r JA
Praha, des7--ir,
Struncn-Y Zemepis SSSR (Short 'ieography of
maps. I'Literaburall: p. (2-11)
N15
621.01
- 1-1151

KW'-Z'.MK, G,Sz. (Ko,,3tyuk G S. ', MEENCSINSUAJA, N.A. [Mencnin5kaya,
"'urrent t-asks of the sihoo-I and psychological problems of
teaching. Miagy pszi-hcl szemle 21 no-3;35?-37l 164.
1. Institute of Psyzhology, Kfev 'for
'I, Trisi-I-tut~ -f of t-'Ie A,~adewi o,17 Eduvit-lonal
S(Aenceo Of the Mo :~(;w (for Menc~'nszknjla
Z~ ZMl ril uv ; .

HUMMY/Analytical Chomistry - Analysis of Inorganic Substancos. E-2
Abs Jour : R,.!f Zhur - Khimiya, Ho 2, 1959, 4350
AuVior : Ncnczc1 py,
Inot
Titlu : Tho Qualitative X-Ray Analysis of Boehmite-HydrarGillitt_
lUxturce,
Orig Pubq : 1~_heyar Kem Folyoirat, 64, iia 4, 143-lh8 (1958) (in
Hunc,arian with a GormaTSummry)
Abstract : A photoGraphic x-ray diffrac-%'Iion method is descrit~~,d for
the analysis of bochmit.2-hydrar[;Ll1Jto_ mixturcs, Ti._- tht_-
oretical principles on which tio method ts bascd arc bric:f-
ly dc-scribed. ThQ proccdurQ uscd in the analysis is out-
lined and the results from the cxperiments (in Grapliic and
In tablc fom) are prcsented. Tho principal source's of
r-rrors and methods for tl-.Qir olimination are poin~;_d ru'...
-- L. Smirnov
Card 1/1
- 30 -
GSORDAS, 1,aszlo, (Budapest); YMCZEL, Gyorgy, (BuciDpest)
Remarks on a paper of Pal Medgyessy: 'A Mechanical Functional Syn-
thesizer." Fat kat kozl MTA 4 no.2:149-154 '59 (MI 9:3)
1. Department of Physics No.I., Aotvos Lorand University, Budapest.
(Functions) (crystals) (Fouvier series)
(Zlectrons)

MENCZEL, Gyorgy
*11,-03M-MM of the X-ray diffraction method in chemical analysis.
S~jpl~m-ent Analitikai Kozlemenyek 7 no.1:125-130 161.
1. Ebtvos Lorand Tudomanyegyatem Ki6erleti Fizikai I. Tanazek,
Budapest.
-I. 1$1 ':
, i i..

W,hVZF&L., Gyorgy
011andbook on the analysis of polycrystal substances by
roentgen diffraction" by L.I. Mirkin. Reviewed by Oyorgy
Menozel, Kmy fiz folyoir 10 no.1:71 162.
1. Eotvos Iorand Tudomr4egyatem Kiserleti, Fizikai Tanszek,
Budapest.

30MCZ COD';'!,- 0/2502(65-/6-46
ACC Mkt AT604.5194 /Odhi 9110193
AIMM: Csordas, Laszlo; bn czel, GvorgZ -111/
ORG: Institute of Exparimontal PhZaics, Eotvos Lorand University..Dudapoot
TITI'~~: Space group and lattice parameters of some phe azonelderivatives of
monosaccharides
SOURCE: Acaderda scientiarum hungaricae. Acta chemica, v. 46, no- 3, 1965, 191-193
TOPIC TAGS: hydrazine derivative, carbohydrate, crystal lattice parametor,x ray
ABSTRACT: X-ray studies were conducted to establish the space group and lattice par
meters of 0-tatraacetyl-D-gl-ucose-2,4-pherqlhydrazone, 0-triacetyl-D-xylose-2,4-
pheny1hydrazone, and 0-triacetyl-D-xylose-2,4-pherjylhydrazone. Laue groups of mmm,
2/.U, and P21, respectively, were assigned to these compounds. The crystals are orth
rhorbic, monoclinic, and monoclinic, respectively. The authors thank Doctor A* Foti
Scientific Assistant, Department of Chemical Technology, who made the substances
available. Orig. art* has-. 1 figure. fOrig- art- in German3- D-PRS: 34,16ff
SUB CODE: 07, 20 / SUBM DATE: 01jun65 / ORIG REF: 003 / OTH MF: 001
Card ill tt~,~
e1 1015"6'91 - -1

PlImmlsambescence of tho silver 1"da "Uhnatit pbm
Pule K. V. bilialuxiova Will N, & MCIUSAkov (11. N. Lebe
a-, Pbys~ Inst. Acad. Sri.
-Ait" N4sik SS.S.R. W. MNIOM'): cf. C.A. 43
s&4-z -Ile greru luminewence, of AZT. due to txma AS
:Irrn attributed to the transition "p tP./, - Is 15-1.
:,wvra~inj content ut excem. AS. a doublet 4plittinj
tP*/j)rvrI occurs under the action of the Ore. firli
-'--r bn~t lattice, the symmetry of which iii jiertu"
-.t~v-,jh the large execus of Ag atonts. Filins of Ag'. "'
with IWO A., allowed violet luniine-wence hkl
ra"llittly with lucrealing temp , gKiring over into
:untincuxam. more slowly qucnchcxi with rising temp
'.=violet imdiatiatt decrea-ocs strongly the intemity a
~solrt. and incrcaws the led luminc-Axtice. On mme
ttrxitation, the red ctni"ion diaijivar.. and the
nu~phor becoulini colored asa result tit fortuittion of colloidal
-A~
W", Filml call he prelsill. which Whovi, only the red
and -itne film% sbLjw violet rini-ion with a illcril-
~z or blue-green shade. Sublinustitm of Atli in all imlioe
I= give-s noolunlinewent films, with All abourlition Islas.
Zi(ks) A. If such filins are heatell. iodine i, removed.
&z.! the fillso become fuluinc3cent owing it) arcumulation of
-umvil AS. alch filim have a mirmw allimmPtion hand at
L3o&I A.. ablient in noiduinitimcut AST. Thij aililul. ab-
%-xption bisild i% particularly dx,tumi at fiqui,"ir letup.
At low lCmIlls., the long-wave abcxTillon nutit. i% illifted to
il-cirtcr traym by about U) A.. and ito ball width decrea.";
,* cevcm cilects are observed with r61ng tensp Filtm
W-th violet lutnint-scellm(guitle"tcr intored with 11"e-Asing
temp.) show two lolig-wav-z Almirption litaximu. at 4XIII
&ad 42145 A The entimion pertrunt, photographed tx-
tween - 250" and -.'AO*, hniv, -vlral bands, 44-111. 4720.
"'40, 59a). anti 640U A I'lle bAnIM of the ab%xption
~Pectrum are (1vtd. by rhang" tit the coticn. (of the excin-ts
AS atutm. Co,sSula(c,l AX al~l. only at 5400 A. 1-he
excews Ax aionl% Call tie Ilt(Kht ... I rithet tiv t0traviotit irra,lia-
'ton or by oblimation tit AjlSi Atut Aj;Cltm,thth;,4l.,~xp-
and the ctilisioll la It'j, lo, "'TiNi'le"bly Usmder th.11) ill
A4L The rtTcvt of the ho-f Littsi.~e tructure on the aixsort~
tI,m and emmliois tit Atl %4, knitni,trat"I by condensing
As, .P-N - I)v blow pptn . I r r-niiilly hexagonal. oil ral-
fW" kept at diffffVnt 117111p, ; 1113, PTOWIlly I'MILIC" Win-
of different lattive ~Iructur- Films 3howins dark-vi-Irl
luirtlimescrtue alm)jlj at 41pnit 4-NO) A_ where-&% filins with
Lb light-viulet emission al-th .,t 41150 A The drk-violet
emrairin c4Atmlxmd,% it) 4m1 the light-violet to
cubic ACT N. Th.to

USSR/Physics Photoluminescence FD-626
Card 1/1 Pub. 146-16/18
Author Shalimova, K. V. and Mendakov, N. S.
Title Photoluminescence of the halide salts of copper
Periodical Zhur. eksp. i teor. fiz. 26, 248-253, February 1954
Abstract The authors study absorption spectra and luminescence of halide salts
of copper. It is shown that the luminosity of these salts is related
to the surplus of copper above the stoichiometric compositon. The
data obtained on the spectra support the supposition that the absorp-
tion and radiation of these salts is provoked by the passages of an
electron between the energy levels of a surplus copper atom which
interacts with the field of a phosphor lattice.
Institution Siberian Physicotechnical Institute, Tomsk State University
Submitted Apri'l 28, 53

"Inirestit7ati-is of the "hotoluminescc-nce of Copper and -1ver
..alide Subl-ir-ate-Phosphors." band 7-h.-,,s-".atli 3ci. Kaza-kh State imer i
S. 1'. Kirov; Phirsicotechnical inst ireni V. V. Kuybyshev, ToTr.!-,k State 7,,
Alma-'ita, 1055. (n, ";o 9, .-eb 55)
SO: Sum. '!0- 631, 26 ~ug 55 - Su--vgy of Scientific -and Technical JisFertations
Defended at 119!7P, 1-4-her Educational -nstitutions (14)

65969
02 1/. L) SOV/58-59-4-9315
Translation from: Referativnyy Zhurnal Fizika, 1959, Nr 4, pp 272 - 273 (ussR)
AUTHORS: Mendakov, N., Kosareva, L.S.

TITLE-. Photoluminencence of CuBr-Cu Sublimate-Phosphor
PERIODICAL: Uch. zap. Kazakhsk. un-ta, 1957, Vol 30, pp 48 - 50
ABSTRACT: A CuBr-Cu sublimate-phosphor was prepared by the method of multiple
vacuum distillation of a CuBr salt on to the walls of a quartz test
tube. In the process a part of the CuBr molecules broke up and the
liberated Br was removed by evacuation. In this manner a stoichio-
metric excess of copper was separated out in the CuBr film. At +200C
the sublimated CuBr-Cu films do not fluoresce under ultraviolet light
( X - 3,650 1). At -1830C they give rise to a bright violet luminescence
which changes into red and gradually dies down with increasing temperature.
The emission apectrum consists of a single band with a maximum at 6,520 1
and an abruptly cut-off long-wave edge. Phosphorescence is not observed.
Oxygen has no appreciable effect on the luminescence of the film. The
formation of the CuBr-Cu sublimate-phosphor is optically characterized
Card 1/2 by the emergence of absorption bands with N max - 3,900 1 and 4,120 1

'05969
Photoluminescence of CuBr-Cu Sublimate-Phosphor 8-=9-4-9315
OV/5 5
at the long-wave edge of the fundamental absorption band of the base substance.
These absorption bands are ascrioed to a stoichiometric excess of the Cu atoms which
form in the sublimated CuBr film. To verify this hypothesis special experiments were
carried out in sublimr%ting CuBr in a Br atmosphere. When this was done, the fluor-
escence of the film as well as the corresponding absorption bands actually did dis-
appear. The observed absorption bands at 3,900 ~ and 4,120 a are due to electron
transition from the normal ls2S,/2 level to the upper 3P2 P3/21 1/2 and lower 2P2P3/2,
1/2 excited levels of the Cu atom.
A.I. Laysaar
Card 2/2

"Biolo,,dcal Clrwru~, ter i-,t ic:~ of oecier-; o-l" the Frr:~Iy -r:L1-Jn,;7
Diseases and ILItLrug of Clover In "he Z-,nc- -)f the 1 W, --mr!
the Basis of the Agrotechnicall. "easuref7, Desi'grned to Fight Them." Cand A-,r
Sci, All-Union Sci Res Inst ol- Plant Potectim, LenIngrad, 195-'-. (i-..ZhBiol,
No 1, Sep 54)
SO: 3um 4-112, 29 4ar 55
oil
"~R"!Trmw loom=

ENT -a -
_51
ACC-AINISION if n AP4045Z85 8/005T/64101141009/1769/1711!
AUT-ANU Verkirl-. 9. -1 6 Dmiltrenhlo 1. M., DMItriyev, V2 W
-Mende. P. F. -
fiti 'resonant.cavity
TITLE, Three-cc -meter ~.r c q~q!juj~,t ~in
!SOURCE: -Zhurnal tekhnicheskoy fiziki, V.-31;,.n.o. 9,, 1964, 1709-17 1
J
TAQS:
resonant- cavity, stiparconducting -cavity, - 91uperconductiv-
Aty) stiperconducting lead, lead, lead resonant4l.cavityt microwave
CIS I.F." ty :hLgh-.Q- cavity-, particle accelerator
ABSTRACT: A -supe.rconducting resonant _c av operating n the
to
-Mode han been investigated an, ahigh_Q element applicable -to, the, p ro.~'
_f interaction betveer..charged particles Iand the electromagnetic!
aega 0~
;'kield, The cylihdrical-cavi-ty- 35 MM high and 45 mm in diameter, was
.fabricaied by simple machining -of technical erade C-O brand lead, fit)
gDecial surface -finishing* van necessary".
The ~coupling to:-the measur-
.ing circuit was deniened-to.'-enoure-the beat approximation of.tpe
Lreadinga to the true-interual:-Q-Vaator~of the cavity. The latter* ob.-I'__
';tv.ined-by meaduring the:attenuation decrement, reached 5-106'at 4,~ 2 K.11~:
A_
Cai-d

ACC -- NRt A-P-7-0-0-2--5-5-5--f A-,-0T---.q6Cn&E-F CODE: UR-/~-64-il33-/6-6/-00---O------- -100-3-C-]
/02310036
INVENTOR: Mende, F. F.; Dmitriyev, V9M.; KhrLstenko, Ye.V.; Borodavko,
Yu.M.
ORG: none
TITLE: Method of obtaining stable frequency from a nonatable uhf
oscillator. Class Lyl, go. 189029 [announced by Physico-technical
Institute of Low Temperatures, AN UkrSSR (Fiziko-tekhniche3kiy institut
nizkikh temperatur AN UkrSSR)1
SOURCE: Izobreteniya, promyshlennyye obraztey, tovarnyye znaki, nos
23, 1966, 36
TOPIC TAGS: uhf oscillator, frequency stability Y#q'r"t7'j-Fvm~- MOCOW69no
ABSTRACT,
To simplify the stabilization system used to obtain a highly stable frequency
from a nonstable uhf oscillator which utilizes a superconductive resonator,
it is proposed that the oscillator signal be amplified by an amplitude
Card 1/2 UDC: 621.373

ACC NRa
Fig. 1. Stabilization system
I - Uhf oscillator; 2 - superconductive
resonator; 3 - amplitude modulator.
.mDdulator such as awaveguide twin T-Joint with a detector, which is supplied
with a difference siba~d of the oscillator carrier frequency and of the side
frequency. The latter is obtained as a result of amplitude modulation of the
oscillator carrier frequency and is separated with the help of the above-
mentioned resonator. tip I
SUB COM 09/ SUBM DAM 2omay65/ ATD PREGSt 5114
Card 2 /2

1.2
I ME I L.
Mm', , L. Technical Cowicil of t~,e Unit---d lncandc~scent LiLht ',corks. P. 19.
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TOEBTERI IIS.
TECHNOLOGY
Budapest, Hungary
So: i~ast European Accession, Vol. 5, No. 5, MaY 1956

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