SCIENTIFIC ABSTRACT PROKOPETS, G.A. - PROKOPIC, J.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001343220006-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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PROKOPSTSY M.M.; ZFLIZNYY, A.M.; POLATATKO, R.Io
I.-.,--- :- ... :. -
Extraction orL- aromatic hydrocarbons from a kerosine fracti,:~n cif
Dolina petroleum using dimethylfformazide~. Izv, vY3. ucheb, zav.;
neft' i gaz, 8 no.5:63-66 165. (MIRA 18:7)
1. L'vovskiy politekhnicheskiy institut.

1e 11 . K J1;J,0?.(A'l,;t-! 1.1
ziclatisn I P.
34-36 163.

PROKOPIEV., N.; ZAKRARIEV, T.
Determining the necessary number of time measurements by mathematics.
Trud tseni 4 no.3:34-41 162.

PROXOPIJEVIC,- Jorisa, inz.
Graphic method for the repartition of net income. Zeleznice Jug 17
no.11/12:1-6 '61.

PROKOPIK, Ivan, inz.
Carrier telephony isystem V 60 S. Gs spoje 7 no.6:11-13 Je
162.
1. Sprava dalkovych spoju, Praha.

SHMMOV, A.T.; PROKOPISM, V.I.
Drganization of phannaceutical service for the rural popula-
tim of Cherkassy Province. Aptech. delo 12 no.3:18-22 It-4063
(MIM 17:2)

CPROKOPOV9 '_T_.,---polkovnik
Our "katiusha.11 Starsh~-serzh. no.11:11 O[i.e. INJ '61.
IV
".1pu I-f;::2)
(Rockets (Ordnance)) (World War, 1939-1945)

NIXOLAA', Tevgenly Leopolldovich; PRDKOPOV V.K.- SNITKO, I.K.,
I -ra ~--. -~?_ -0
redaktor; AKHLAMOV, S.N., t khn redaktor.
[Writings on mechanics; with a supplemental assay by T.K.
Prokopov on the life and work of H.L. Niknlail Trudy po
mckhanike a prilozheniem ocherka V.X. Prokopova o zhizni i
doiatellnosti R.L. Nikolal. Moskva, Goe.izd-vo tekhniko-
teoret. lit-ry, 1955. 583 p. (IffRA 8:10)
(Mechanics) (Nikolal, lkgenii Leopolldovich.1880-1950)

814 6
IS-4 0 SOV/35-59-8-6252
Translation from. Referativnyy zhurnal, Astronomiya i Geodeziya, 1959,
Nr 8, p 22
AUTIROR- Prokoflyeva, V.V.
TTTLE., The Photoelectric Observations of the Eclipsing Variable 441
Boo in the Infra-Red Portion of the Spectrum
PERIODICAL~ Astron. tsirkulyar, 1958, May 26, Nr 192, pp 25 - 20'
ABSTRACT- The photoelectric observations of 441 Boo (variable of the
W UMa typa) were carried out in the summer of 1956 with a
500-mm meniscus telescope of, the Crimean Observat ry, Seventy-
six observations were made during nine nights. The luminosity
curves were obtained in three wavelengths ( XX 7700, 82oo,
9400), as well as the normal color curve Cl
, Q00/91
difference of the depths of the minlyna is e Same for all
and is equal to Om,035, 7he difference of the heights -if me-xima
Card 1/2 for X 7700 is equal to Om,035 &-id for 1 94,00 1-:; equal to

81U8
sav/35-59-8-6252
The Photoelectric Obs-Arvations of -the Eclipsing Variabie 441 Boo in the InIfl-a-
Red Portion of the Spectrum
A table of color indices is given. The luminosity curves chan~ge rapidly in.
the infrared portion of the spectrum, The statistical study showed that -_-i
increase of luminosity at ?L 7700 corresponds to a decrease of luminosity
at 1 9400. The mean period is equal to 0d.26780928.
N.P. Kukarkina
Card 2/2

8/131/60/ooo/o6/06/012
13015/B007
AUTHORS: Goncharov, V. V., Prokoflyeva, Ye.
TITLE: Mullitization of a High-alumina Refractory Material
PERIODICAL: Ogneuporyq 19600 No. 6, pp. 266-269
TEXT: For the purpose of determining the phase transformations of a
high-alumina natural raw material under the action of high temperatures,
Novoselitea kaolin HK(NK)9 Arkalyk rock ATT(AP), Khizovarskiy c anite
concentrato XKK(KhKX), and Aktash diaspore concentrate AAK(ADK~ were
investigated. The chemical compositions of these substances were analyzed
by L.-D. Demidova (Table 1). Their qualitative mineralogical composition
may be seen from Table 2. The quantitative determination of the phase
composition by the method of the systematic chemical analysis by
V. V. Goncharov is given in Tables 3 and 4, in which connection also
P. P. Budnikov is mentioned (Ref. 1). Table 5 gives the degree of
mullitization of the investigated raw material at 1,600 C. In conclusion,
it was found that the phase composition stability of the sintered
products necessary for production may be attained by short burning at
Card 1/2

Mullitization of a High-alumina Refractory S113 6010001061061012
Material 3015YB007
196000C.Naterials of the types Novoselitsa kaolin and Arkalyk rock, which
are characterized by very intense mullitization, are a valuable aluminiferous .
component of oharges for the production of high-alumina refractories. Z
There are 5 tables. -
ASSOCIATION: Veesoyuznyy institut ogneuporov
(All-Union Institute of Fireproof Materials)
Card 2/2

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8559~-;
S/048/60/024/007/024/032/XX
B01 9/13056
AUTHORSs Nemeta,-O. F. and Prokopets, G. A.
TITLE. The Spin of the M 24 Level With an Excitation Energy of
1-38 Mev `~q
PERIODICALs Izvestiya Akademii nauk SSSR. Seriya fizicheskaya, 1960,
Vol. 24, No- 7~ pp. 869-871
TEXT: This paper was read at the 10th All-Union Conference on Nuclear
Spectroscopy, which took place from January 19 to January 27, 1960 at
Moscov. By a detailed study of the angular distribution of the inelasti(~;al-
ly scattered deuterons and protons, the authors attempted to determine the
spin of the 1-38-Mev level of Mg24. The measurements were carried out with-
in an angular interval of from 2-50 to 1400. The angular intervals in the
case of small angles were 2-50) and in the case of large angles 50. The
statistical error in the determination of the relative cross sections in the
case of large angles was 15%, and in the case of small angles 25%. As a
target an Mg-foil with a thickness of 1-4 mg/ CM2 was used. In Fig. 1, the
angular distribution of the inelastically scattered deuterons is shown.
Card 1A?

The Spin of the Mg 24 Level With an S/048/60/024/007/024/032/XX
Excitation Energy Of 1-38 Mev B019/B056
Curve I shows the measured values obtained by the authors, curve 2 is the
curve theoretically calculated (direct interaction) by Huby and Newns
(Ref. 13), and curve 3 shows the angular distribution calculated by Mullin
and Guth (Ref- 7). The authors show the peak at 200 to be in agreement
with the theory by V. I. Mamasakhlisoy and T I K alevshvili (Ref. 14),
' * M
and relate it with the general properties of' the Mg . nuclei. The best
agreements between theory and experiment are obtained for curve 2 in the
case of an interaction radius a - 6-3-10-13 cm and for curve 3 with
a = 15-6-10-13 cm. The theoretical peak at a scattering angle of 200 with
a = 7-10-13 cm agrees with the experiment. From the results obtained, the
authors draw the conclusion that in the inelastic soaftering of 13.6 Mev
deuterons the direct interaction predominates. Further; they conclude that
the given Mg24 level possesses the quantum characteristic of 2+. From the
angular distribution of the inelastically scattered protons shown in
Fig. 2, the authors draw the conclusion that the scattering in medium and
large angles takes place via the formation of a compound nucleus. The best
agreement between theoretical and experimental results is obtained by as--
suming an electric interaction (a - 24.7-1o-,13 cm). There are 2 figures
Card 213

8559o
The Spin of the Mg 24 Level With an S/048/60/024/007/024/032/XX
Excitation Energy of 1-36 Mev BO19/BO56
and 15 referoncess 2 Soviet and 13 US-
ASSOCIATIM Institut fiziki Akademii nauk USSR (Institute of Physics of
the Academy of Sciences, UkrSSR)
Card 3/3

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oil I I is 11 11 it Is It JOIDNIq~:ls'--n boil Is At sins is au U UVID
A Pt 4 a
A a 11" J I AA N Q 0 U a I a 4 k j A
00
Hydrogenotirts of tko individual cc- nests of iake Ur
os it by means ad hydm;tn and cake-civ, 41
rWt4 and 1 1. Hru. Plitrukli".). lfd t 0 0
fog TJ~nj - 1. 275 MtHM). CAM. Inift. 1100, 11, M,10
c(. C. A. 20, 53M.-With the ur of MOS. MIS A C&tAly%!.
S~xmtfi. naphthaktic can be hydrogenated alintAt quanti-
0 tatively if) tetralin at W-W' and lfX) stnts. initial wes-
I Mue. The tech. tytws IA naphiltalrue can he readily -00
V PC replaced byenke-oven XA*. TheCr-
liquefied. Ifacani
'to Ni-sterl equipment must ix previftusly prepd. and cliecked .00
by same preliminary e"pts. in the presence of Altkq, and moo
t lw%t with the adtin. A S or the introduction of
a is increawd by the addit. o1 S; zoo
The sk-tivity of the
hall the Moz:' tan Im replamd by S. 'rheuse of ~Wj large coo
antis. of Mos. (10%~ results in the fortnation large
1. G. Moore zoo
mis. of low-boiling products. 1%
go"
olon
100
b ~418_i V2.Z
!see
OWN
DO 11
ASS SILA -ETALLU*GOCAL LITERATUMIE CLAIUVICATIa.
U 0 AV so Ai-ii, a, -T-r V ru- Aft L I I Od a too
If tt It K k1O n I I a a NX
0 0 we 0 a 0 0 0
0 0000,0000 0 0 00 0 0 0 0 0

NX M S, O.F.; FROKOPETS, G.A.
Energy level spin of Mg 24 with an excitation energ7 of 1.38 Yev.
1zY.AN SSSR Ser.fiz. 24 n0-7:869-871 J1 160. (MIRA 13:7)
1. Institut fizi~d Akademii nauk USSR.
(M~esium--Isotopes)

NZMTS, O.F.; PROKOPBTS, G.A.
Inelastic scattering of protons and deuterons by Mg 24
Zhur.ek-sp.i teor.fix* 38 n0.3-.693-696 Mr 160.
(K" 13:7)
1. Institut fiziki Akademii nauk USSR.
(Protons--Scattering) (Deuterons-Scattering)

S/139/63/000/001/020/027
:AUTHORS: Stvizill-LIc. V.I. and Chesnolcova, V.D.
U.5e of a photomultiplier -,T)ace charge for neutron
nts oil a f----tAy bLtcl-;Z~round
a s ur am e
PE,
1110DICA-T- izvestlya vysshiich -uc1Lebny1-,h zavedeniy, Fizilca,
no. 1, 1963, 131 - 136
r EXT A scintillation spectrometer is described which may be
U S ed to determine neutron spectra in the presence of a y-ray
-background. The principle of the device is based oil the fact that
f.:,-..tjjc ciccay tinle of scintillation!, due to neutrons (recoiled
protons) and y-rays differs by a factor of 2. Discrintinixtion
a gaiw---t the shorter y-ray pulses is achieved by means of all
arr.-ingement. similar to that described by Owen (Comptes Rendus du
11olectroniqup nuc,
Colloque Internationale sux 1;airP, Paris,
2.71 1958)- In this method the spaco charge between the jact
dynode.~ or tho photomultiplier is used,to sopar,
ato pulses of
different . I engths. A block* diagrai;i of thd spectrometer is Shown
in. Fig. 7-:- The &),~Y (FEU)-ll pilot omult ipli or gives a linear output
corresponding to the combined energy spectrum of neutrons and
Card 1/3

s/Ii3q/63/ooo/oO2/020/027
Use of a photomultiplier .... E032/r,314,
I eFr AoiaultipEer, which is
X-rays. Th aoutput of ti ,U-33 phi.
,,,,,,:,_subjected to the space-chargo discritAnation circuit, is fed into
-crin -which is used to cut off the y-ray pulses but leads
disc tinator
-hro pulses. The lat-ber are fed into a gating
ughthe neutron
the kieksorter which accept,4 pulses from the
FEU-11. . The, phosphor is z 30 -x 20 13111, stilbeno crystal. Tho
~,.opectrometer is prac-tically insensitive to yI-rays and its efficiency
at 2 and 10 MeV is 30, and 0.60 respectively. Spectra obtained for
a po-BC neutron source show that the apparatus has a good resolu-
tion and yields results coniparablo with those available in the
litellature. -There are figures.
ASSOCIATION: Kiyevskiy gosuniversItet imeni T.G. Shevchanko
(Kiyev State University imeni T.G. Shevchenko)
;_:I,~:,~SUBMITTBD: October 28,1961 (initially)
April .12, .1962 (aftor revision)
rd 2/3

haw)

ru

Card -P/3

PROKOPSTS, I-M., (Mosk7a)
--l"ixperiment-al -catalentoid
fiziol. i eksp.terap. 2
state [with summary
no.4:29-33 J1-19 158
lo' Is laboratorii patofiziologii (zav.
nauk LoVe Krushinskiv) knfedry vyoshey
(zav. - prof. L.G. Voronin) Moskovskogo
imeni M.V. Lomonosovas'
(GATALEPSY, expere*
induced by sound stimula
- doktor biologicheakikh
nervnoy deyntellnoeti
goBudarstvennogo universiteta

FROKOPETS, I. M.
Experimental istudy of the protective &nd reotoratiTe role of
a cataleptold otate. Raiich.dokl.vyn.ohkoly:biol.nauki no-3:
84-89 158. (MLRA 11:12)
1. Predstavlena laboratoriyey patofiziologii kafedry vysshey
nervnoy deyatellnosti Moskovskogo gosudarstvannogo universiteta
imeni H.V.Lomonosova.
(CATALWST)

L 40185-%
M(ra)/EPF(c)/EPR/EW(J)ft PC-4/Pr-4/Pse-4 VL MY
ACCFMION MU AR5005641 91009116410001GUA 13
/o
-7 -7=-
A TrrrA:- 1WWft oil method-fdr the-pyrol is of kerosi3he-fracUotii-in:oidei--td~-obWh -
f Ys
oldinte hydr=dwna
1 CITM'SOURCE: Sb. nauchn. rabot aspirantov Llvovsk. politekhn. in-ta, no. 2,
1963, 232-236
TOPIC TAGS: kerosene pyrolysis, steam pyrolysis, alefin synthesis, eth34ene production,
vetroleum refining
-TRANSLATION: - When the pyrolysis of the 210-315C kerosene fraction of Dolinskoye
i nPtralmnn waa narrfpA mit with thp aid nf Rtpam- it. vvajq fmmd that thir, mpthrAi ban thp-

L 40985-65
A.CCEMOPT NR-. AR5.905641
regulatim of the time for which the vapors of raw material remain In the
convenient
reaction zone, thus decreasing the secondary reactions. A. HaPwna
ENCL: CODM..- FP. 0C

ZELMiTf, A..".I.; i, E ~r -,!I!.
i~oie of
-h th - tKe e. r u1
of alkyl benz6nes ra. c on
praces3. izv. vys. uc.L~ih. 7,e..v n-ik'Ll i ifaz 7
v c,,v:3 i y I t, (j khn i C.', Y, 1)

PROKOPETQY M,M, GR,V','NKO, B~S.
Campos-ItIon of the liqulO cracking productB of a
kerosine fraction. Neft. i gaz. prom. no.3152-501 .71-S #~4,
( y T~ R. A I 'r I l -C, )

VOL

C"d

ZELIZNYY, A.M.; PROKOPETS, 14,M,; CI9,!d4YAVSKAYA, A,P.
Role of paraffin hydrocarbons an antisolvents in the
reaction of alkyl benzenes with dimethylformamide. Izv.
vys.ucheb.zav.:neft' i gaz 7 no, 1:47-51 164. (MIRA 17:7)
1. Llvovskiv politekhnicheskiy institut.

"l-i-17695--6
'ACCESSION M AP3004247 S/03-52/63/000/006/006.l/Oo64
AUTHORS Zeiizni*y, Aw M. Prp S,
_~et M. M.; Chernyavskaya, A. P.,;
I Polatayko, R.I9
~TITLE on
Reaction of n-paraffinic.and,m o6yelie aromatic hydro-
d.:a,arbons with dimethyl fo
mamide in the extraction process
'SOURCE. IVUZ. Neft' i gaz no
1963, 61-64
paraffino aromatici hydrocarbon, moncyclic aromatic
h~drodarbon, dimethyl fomamide, acidity, spectroscopy, infrared
13pectrosoopy
Authors studied the solubility of n-paraffinic hydro-
it STRACT:
rbons from-C to C with dimethyl formamide. 'Dimethyl formamide
?-:_"4s' d as a mode solvent for stud.y.of interaction between hyc
use Iro
.11.4rbbns and extractant. The infrared spectra of dimethyl formamide
-for the'earbonyl
d~.~olutions of it in hydrocarbons were,obtained
nge with an IKS-12 instrument equipped with a sodium chloride
ism. Normal.paraffinic hydrocarbons do not,shift the character-
tic:frequeney of the carbonyl group., In the'series benzene to.

e propertles of dimathylformamide
aromatic hydr6carbons. Izv. vys.
5 no.7:51-56 162.
politekhnicheekiy institut.
(Hydrocarbons) (Formamide)

AGROSKIN, I.I.; PROKOPETS, M.M.; POPOV, S.N.
Dewaxing filter stock of the refined Surakhany oil in a naphta solu-
tion with an aluminum stearate additive. Izv. vys. ucheb. zav.;
neft' i gaz 4 no.6:73-80 '61. (MIRA 15:1)
1. Llvovskiy politekhnicheskiy institut.
(Apsheron Peninsula--Paraffins)

S/15 62/000/007/001/CG2
B1 26YB1 44
AUTHORS: Prokopets, M. M., Zeliznyy, A. M.
TITLE: investigation of the properties of dinethyl formamide
as selective solvent of aromatic hydrocarbons
PERIODICAL: Izvestiya vysehikh uchebnykh zavedeniy. Neft' i gaz, no- 7,
1962? 51-56
TE7T: The purpose of the investigation was to ascertain whether dimethyl
formamide could be put to practical use in extracting aromatic hydrocarbons
from gasoline-kerosine fractions. The tests were made with benzene,
toluene, the three xyienes, &thyl benzene, mesitylenii, and pseudocumene.
The aromatics were dissolved in rf-paraffins which-had the same number of
carbon atoms respectively, from C to C . The extraction-tests showed
6 9
that the solubility of n-paraffins and aromatics in dimethyl formamide
decreases as their molecular weight increases. The selectivity of
dimethyl formamide increases with the higher molecular weight of aromati c
hydrocarbons and remains insignificant in respect of isomers. The
Card 1/2

S/15 62/000/007/001/002
investigation of %he properties B126YB144
extraction in one stage of aromatic hydrocarbons from kerosine 210-3050C
using dimethyl formamide at the ratio kerosine : aimethyl formamide
1 : 0-5 yielded 819f, by volume of aromatic hydrocarbons of a purity of'
99.6~.- The alkyl aryl sulfonates of sodium obtained from the sulfonic
acids of kerosine treated with dimethyl formamide had better properties
than those produced from kerosine treated with sulfuric acid. In view-.of
its efficient selectivity dimethyl formamide can be used to.obtain raw
material for the production of surface-active agents. There are 4 figures
and 3 tables. 4
ASSOCIATION: Livovskiy politekhnicheskiy institut (Llvov Polytechnic,
Institute)
SUBMITTED: February 27, 1962
Card 2/2

A5065~5:~--tIT
Pf
(k) /EVIA W 4/Peb

SD(f )4/'
AFMC/AFTC
ACCESSIONIM' AP404,ES56 S/0170/64/000/011/0090/009
-AUTHORS: Khristicherikoi P~ I~; Prokopetsj S. I.:

TITLE. ationary.temperature~field of a nonclosed
Nonst ylindrical shell
q.

SOURCEi lnziieneiiio-fizioheakiy,.zliumal, no. .1 It 1964t, 90-93
-:TOPIC TAGS: cylindrical ahellt temperature fieldq thermal stress
the problem o f solving
4BSTRACTt The authors treat-
& & V2
r
~subject to t (r, qp, Fo) - V. 1*. (2)
at
Bi I!i (fp, Fq) tj 0,
(3)
---Bit Its (T. Foy 11=0, r9=
ar
i (r. 0, Fo) (r..Fo). i (r, %_ Fo) (r, Fo) (4)
;.Card-'. 1/2

ZELIVENSKIY, Ya.D.; NEDUMOVA, Ye.S.j FROKOPETS. V.Ye.
I I ------
Production of hydrogen sulfide by the catalytic hydrogenation of
sulfur. Khim. prom. no. 2:77-84 F 161. (MIRA 14:4)
(Hydrogen sulfide) (Sulfur)

KATALIVIKOV, S.G.; RMN, V.A.; MIDREYEV, B.M.; PROKOPETS, V.Ye.
Determination of height, equi-vralent to the theoretical plate in
countercurrent ion exchange. Zh1w. prikl. kbin. 34 no. 12:2669-26-74
D 161. (MIRA 15:1)
1. MoskovBkiy- khimiko-tekhnologicheskiy institut imeni D.I.
Mendeleyeva.
(Ion exchange)

KATAL IVIKOV, S. G. ; PROKOPETS V Ye -
Effect of temperature on the ion-exchange equilibrium of
lithium-and ammonium. Izv.vys.ucheb.zav; khim.i khim.tekh.
4 no,5:772-774 161. (MIRA 14:11)
1. Moskovskiy khimiko-tekhnologicheskiy institut imeni Mendeleyeva,
kafedra tekhnologii razdeleniya i primeneniya izotopov.
(Lithiiuq) (Ammonium compounds)
(Ion exchange)

P':~OYCFETS, YE. I.
k, Ln-
"The Reaction Eetween D41--drcantEracene and Penzrouincne", Zhur. C-~- I .- . C,
, n. 111
No. 16, 19-1.9. Kharlkov -oal-Chemistry (Ugle-kh-I ChesHY) Irst'tu-le. Teceived
C, L~ - 11
8 F,bruary 1?39.
Report U-1614, 3 Jan 1952.

-MOKOPETSj-Yk.l-.-l PAVLENKO, A. V.
"The Reaction Between Dihydroanthracene and Benzoquinonell,, Zhur. Obshch. Khim.,
9, No. 16, 1939. -Kharikov Coal-ChemiBtry (Uglekhimicheskiy) Institute.
Received 8 February 1939.
M Report U-1614, 3 Jan 1952.

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0 0 0 0 a 0 0 6 V :'64 i I- - ; - - a 0 0 0 6 6 0 0 0 0 9-
6 a 0 0 0 0 * 0 *1044-1614 06 #0
'I of 14 it '. " '# # X it 11 ft 14 M A lp It it V V V 11
m N, Q 4. 6 V q A I I AA " V. W it I - 4
HY&OP"tion Of Coal tar Prodmed by low-temper t bOailatim N. A
ORLOV. E- I-J'JW&Vf8TZ AND 1. 1. LIEU, Kho'ke' = 0 TCf'W
Ya 7-W f0 Oplim 2, No. 1. is- It;
(1931)~Tar olitstined in a Fischer ret,let jrum Lilichauskii lang-flame cost bad tj
Lfw). 6.4% benzelle-in". substances, 12% 11,0, 18% oil b. below ZW' slid 47 47, 1)
above 230'. The frWOOD b- from 23U* up to the beginning .1 coke fl~v;nlii". J d'
1.0189. and C0014, Paraffin 2M, phenob 60.9 slid S ij)u%. was hydr(qv=" in a o,
tating autoclave in charges of 1491--255 It. The catalyst% pptd. an pumice stone, were
Zn molybdate. N14 vanallate. Nil, tungstsit. U oxide. Nil* molybdate + CrO,, Zo
molybdate + Ag.0. NH. molybdate and MnO. + CoO, The temp. was 460--&)*,
duration 3-6 hrs.. initW Us prrsvor, so-W &un.. finaj fit pressure 44-75 atm.. wax.
Its Pressure I PU-XX atm.. ykicl o( Liquid products + 140 77-W,2%. sp. gr. o( anhy.
drous product O.X744-D.9XI6, phenols traces ill 34 6%. Illi) fjWmrj during reaction
2 -8S%. C4 Y's
.7 S present in the tar considerably augments the activity AID caW . is
nation of narrow cuts of the above tar are reported in detail. A consillerable
.t. cycloparaffins was obtaintd. Wo, V, U, Zn. A40j, CuO and FrO catalysts
have a vffy low activity. A. A. Boamimcm
-00
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IL
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ir
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A letialin obtaineil lit the hYd"'Orful
CJ1. at 4110' and 11-41 2W milli. ill lbir ln-wl- -4 M-4',
7
*
,l
I
vpj& nifisid. twice and the ftactiort b. LW-
. d
O.W-77. Iornit. 8.8% C.H. and 2% &Lalin vim uwd in ibr -00
t-xp". I'lit hydrocellatioll Was vati-ird oot in a ""Itillu-
it&& app. in thr prexerwrW Nit) puffitle alul C41 plill). Im a
k*4111 Val Tiff ill The ratio Of.33,31117.7. 1300
.-I 11"Call") were (111(diru'd at a IvIllp. III 31W.'. A f-dillat
'
kh
J
f
~00
00 .3 pt~.,%ivtr
avin iiiji
r
20%. per hr., an Jnci,-miw,
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0 whwity i- ,n high as to ["Odth'r 1611 1r,jInL o( sht- sy-

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Action of tuatiag sulfuric acid on decalin. F. 1 ;

'
J. ApplW Ckew. W. S. 8 M.1 8, 1;.Irr-T.--'- -00
A. 26, 74KII. 'r..,
cf. C.
gr2dv,i of com. devalin k7il v.*,, h. 1%#; NO. *j- 1.4711.
i
00 d:* 'I.N4Z. und tl*-c~
g) h. iM 92". oilf 1 1.47.73. 117

8
11,14 1. till th,
ImMS, %haktaT41 %hrW4 with 2 v-t,, C.1 ~IICZ ! -0e
liberation of best and 80* had ctiow,,t, Iolkowrd by woo4isroic
the ic4clion proichirl with 11,0 to a neitiml rea,mm ,
bVing
:
with C&Ch and redhtg.. gave To cc, of a lortwitt, t, I iNLI, -00

: ** O.W7, hienti.
4.5% mV IAMI. 4. -al with the
00
0 derithydranaphtlialeve obtained toy Ila--kel W. .4. 20. 111foi 0
00 .3 and Zelinskil and Turova-h4lik (C. A. 19. PJ49). =00
Moderating the rartion by coeling with running wAter
zoo
00 re~ufted in 30 cc. of the product and con-Merable eknun.
00 tacy S in the distri. reiidue. 'Me accumulation of th~ 0 0
trons-dec2lin may be rsptained by the greater rate of
zoo
40V ulfortation of the cis-isomer in the mist. of the 2 ikaver,
in cm. dc,&Hn or by the isromerization of the cis- into a**
P oasis-decalin (cf. IA]im%kil and Turova-Pollak, loc. at').
Cha.. Plane
7_1
'j7-
t
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A I I L A E TAL
call.. ~1. 41.-
ii~; it *~i-
to Do of a it it U It ft it it C4 MILO Is 1 .14 444
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4d &OW ONS. COMMOMOIN ad
- d "NO&W111 am
emi;mm "Own". ~ L'A.
udamadea of dh&Niw exhWu vl~aimft 0*
WAftHwIlkabift. ILLBARRANOT...M.,Uffiod0a
of Und emmu for pripwWAom of vawWkm
caWyetacmachmeno-m bme. M. A.QVKUUK"A
l8burn. Trud. Ukraln, Ckitc. last, Mems. WNO. 11
0--m. D9-411, 65-75)~-L two CA VOJ) 11) in
smartst! durin Ith IX)W 700
-0 2-5 hr. W 70 x
"I for a faribeir 2.6 be. with
? is 1"~Ut to "Utica a, K I 114=21,01.*
of the I r 11
Prep. of Ifurvilmov's B.O.Y. oisftlyot K proweding ab,
owset). Tho nweemary expenditure of KPOS is 0-0 hg.
low k8jot (1).
'd Kettah titiiiorrom
11. N**C% extract& 4pietitos
V" 0~4-17 CrIO&O-ST. and 1~&Hm 6-19.
tlitte. ild' is 'ml'Q i. mutwift tu molm, and
ailkatto Is then addtJ. followed by AN14and BAUS In
r
mach proportions as to give a ppt. containing Siot If.a.
AL U D-K-SU 1) 9
V '4 A
AIA 1-0, &Ad B&O 2-12 lits. per I pt. of V 0 the
caulytic ktivity is - that (it ltorea6v's sectJ .;.,YIIt
tiatract). Platinfarviry Catalysts ribul-I not
a
y substituting V~CI& f4t AM, or Mg. Vis, tot
for Be.
W
1H. A M %activit raWyst, of the romposition
1111 10V V 0 W 01401ned I?V' lhirm-
6V'S 1"thmi troom V S"Mii irsto, mp 1111il lisol.
Tim imum tamlUtt Is to nail Isy reducing Cr-"i
11
&X extracts with W1, t4i yield a muladun
crul amd V& to which a mufficient anumat 411' fresh
extmA is added Air the reaction Cr"I + 3V'v -* Vr'II+
3VT to talte plam. anti sq. X silicate mull140, arn amitIM
to th" dwilution At '00'.
t 4,91'
ASO-St.4 OIIALLV DOCAt t"I CLA59W ICAT ICN
1Wt I
Vj, 4 11 C" 0., 10
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U %I AV 00 4% rt -I
!a " 17 no to OP 9 it It CK 11 It M MW n I iYA
0 0 * 0 0 * e 0 0 0 0 0 0 0 0 0 0 0 0 0 0 q 0 e 0 o1
V 00 00 0 9 0 9 0 0 0 4111 0 IS G.*_*_6 0 * 9 0 0 0 0 0 0 0 * go *]
lee
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M411
ge 0
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61040
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-*-"
4 ;1
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M IV )1 14 Due
r It A W I AA 00 CC M tj JAVION46 01 U it N n
0
A
Utdi"tim 0( of

to qrssadium from arits, concinatirstes and slags foe tb* peeps.
ration of vanadium catillystle. 1. UtIllAtation of cal-
tz. Sbors. TW. Uktain.
cium vanadate. A.
"n'
W
. 40-M- Crude Cs(VO.),
Chim. Ixil. Odirit.
N -0

1) i. rxtd. during 2.r, I;r. wit h Vviiiing 711TO KIC()#. and
t
-00
hvn fm a further 2.5 hr- with A'% KAM. whets Wlv of
the %'I% Pr-wnt in w4n. its KV(N. utiltraWr Its the luctin. .00
00 f Ill-Irskov,% II.O.V. catalynt (CI. pfrcnlinj alk-trart).
.00
of r! Thc n--%sary expenditure of K,COs i40.9 IsAt. per kAr. Ad 1.
11. Utillgation of alkslise eztmcts of titnno-- etite
00 j: inetallurilk4l slam hi. L. limistimy. Ibid. N 114. All.

l
c R~
ft
rot
ettota
it
ttw
NS,O 4 Vit1q. ti
l
4 17, Cr,(). A V7 still NollOh li-I K. jww 1. 1110 14 addil 0 0
A,% urtasidur thr Nalict At and K -ilk-ate Is then fidiltd.
t
I
k
i
d
I
h
1300
nis a%
vv
n suc
followed try AICI9 an
DW
pruport
o s
,
a ppi. conis. SiO. I I.It. AIO. 1.11 and 0a0 2.12 Peru pe I --
00 ;:9

,
: part of the catalytic activity L% equAl it) that of
' ~: * 0
V
0 11419CSJLOV
~ OCCWkl CIRWY11t. 8416NMOCY ClAtOlYSIS "Kild

go ld
Ma 114,1 be ol)tailKd by x1datituting Fec4for AIC4,or Ma. Cit
$4 Cit for It&. 01. utill"clats, of Urd gnome" OW PM- 0

so ~o 11M bene.
"
"
t"
t
T " -.00
I
00 t
Is 01-11V*4100-
I
l
A
It ob.
IV%j
M the C49"p"
I N '00
,
.
,
Cr-
tained by limeskov's Method front KV(%
K Atille'siv so
.
,
cl.andoacit. The name product to obtained by reducing
Cr-contAr, %Lu exts. with 60s, to yield a On. contS. CrIn
tv
%00
, to which a sufficient amt. of fresh ext. is added for
and V
*T
AY
v1
Ill
- Cr
the rract~ui Cr
1I- 3%
+ W
to take place, and 0
K silicate and H&CI, ate sddcd to the qWn. at 70".
11, C. A,

1! W'
r -9

13 A A .14 A a W a N 6 1 AN
A, 1, if of or is ( a n ff At A

ll 9 a 7 9

0 0 * 0 0 0 *
0 *
a * * 0 0 0 a a * *
1
0 0 0 0 0 0 0 0 0 0 0 0 0 0 4 0 0 0 0 @
* 0 - G.-0 0 0 0

a a 8 a Al twz- e
-10000 all 01,01P *,, A"&, A -a-W
1 4 . 7 1 1 is T, . % . " . 1, ji a ids sky 3604941 O"W41'r
111.1 A
e . . . . . . . . . R 14 X I a % i J~
q jtr,..* f. tsars
NkIn W
1,26"ISIS Me "COINTIAS oil
A J. ... ...
Othods for tM dlitenninatim th* APPfOximAttl
cipitant of fit in raw -in- J.,
IS p " I fu%C! "I,
f4slodWivaya Prow. 6. No. W.- MIT
Ob t1w.. Zeno. 1940. 1. XIM-In tile firilliturtioAl given
to... 11,FAj. (d- i,w). Icc. AmOli and 9. of 111chily
p"Ised raw m%rin axe placed in a butporricter, whi+ is
then filled to tile mark with distd. seat" (aNxit w -40
ne milit, 6 then Mialicts, plarral in a 7W scaut 1~ih IlA
.5 inn, . and centrifuged (,* 15 min. The iviventni:r fAt -00
VW," t i ivfl ffolls tile buivro'lWirr Wair olld ultilli- -00
by t .1, lic itiethtill differs from
J the first in that 10 ji. of the raw ca~cin and aix)ut I cc.
of water are uscd and the mixt. is shaken a 2nd time. after =00
which it is usain placed in the water liath for 3-4 min.
The. factor used is 3. The first method retiluircs, W :W Go 0
00 min and the 2nd 'W~15 min. Both incilitials can Ile used 0
for mutried culic.n.
A SIETALLURCKAL LITS1411,01 CLISS11KATION
-7-:
U_ 4v 00 P it,
it I n.
0,94 0. [100 -0. 0 A 0 0 0 0 0 0. f 0 0

ACC NRt AP6021716 CODE: (JR/0237/66/000/00'3/0018/0024
AUTHOR: Belyakova, G. V.; Prokoplev,-)!~_.m.
ORG: None
TITLE: Analysis of a raster modulator in form of a grating
SOURCE: Optiko-mcklianicheskaya promyshlennost', no. 3, 1966, 18-24
TOPIC TAGS: optic modulator,
photoelectric detection
ABSTRACT: This paper investigates the modulation process of a radiant with an
arbitrary two-dimensional energy distribution over its cross section, by a raster
modulator in form of a moving grating. The problem posed is to find tho mG.Julatcjr out..I
put, as a function of time, on the basis of a specified modulator (conFtant specified;
velocity of a dimensionally and optically specified gratin-), and a modulator
input. The purpose of this research is to enable calculation of the Spectrum
of a phototransducer, fed by the radiant flow of the modulator output th,~ basis of,
a known input to the modulator. The modulator is assuned in forn Gs' P. With
alternate fully transparent and fully opaciue strips, moving wirn a ve1;.i_-_ty ", along
x
the x-xxis.An arbitrary distribution of luminosity in the planp of t:,t-- :!-,dtj1a-,r)r,
TF (x, y), is assumed. Exnressions are developed for the computation OL' 7:.i~ -.P,~)lj'tudeS
and phases of the harmonic components of the modulated radiant flow. As -in example,
UDC: 621

ACC NR: AP6021716
the nodulation of a radiant flow havirg a )--niformly illuminated circui;;r, 5':-;.J,c,Jrcu-
lar, square and rectangular cross section is studied and determined for Various ori-
entations of the cross section with respect to the strips of the rostra! modulator.
Formulas for the calculation of the imDortant first signal harmonics are given. The
developed theoretical conclusions and formulas are substantiated by an eNperimentsl
verification. Orig. art. has 5 figures, 24 formulas.
SUB CODE: 17 SUBM DATE: 25May65/ ORIG REF: 003/ 07H REP: 002

134. IU p odw im of offim bricto for Ow feeft od olbark tweism for The
Uppw leviski warto.-A. A. PkauwAYA and A. 0. ll*nKt*tv.% (Vwwtmy, IS,
181.1946), TberawmaterWOwmilimb6cit Vm the qu&Mx
mk hom do A;W841 momtobw TU pfrcwtw Chemical Composition of the
mck visoff in 1947 J* w - 0~ , Ws. 91141: AlOs, 14; Fe -1-2; C&O,
vp to I-IM TU robactorlmos, the imb is
MCO. &S: the Im an
oml,TWC. AlletereAftttwqnmarxkiagrotwAtnapsa.mWisthmkdto
I*Cbaaicaflyvibmt1mgw"mirkhasmhof~inm. IWe gradingol the botch
is 84 Ulow%,.
I~rren Inesh, mm...
5,t.
12 12$A 20 1 W
Sulphite lye is &Nod to give green strength. mW a table shows the volume of sulphite
required in relation to t a otj verb of ltbe solution used. The hrkks are then
r.t in the kilo. o"otding to the folkywing schodult.

ON .. WWI ow no at do Cb-
posomm~, )L,Dwwhwl W
'4 V,- low..
Vs- .
aw &
0 VWW WA I& tat: AN
YMmt iWaswil"'
pr all
i4m" lying mAwduk Is
ilia ood
rimis -to to a- Inw
mw to
dds.s4-2-311, Atakilhowst1w
CEO S. 612 a a, ,a of ewctrk
~11 tsc~ 9%.
add add$ 0, bftu is
a SON" R. 9, CLA"S'
so. d dimm"t @ism
awl
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at 4
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1 01 papp mm lx;;j Ou -%V.1 a
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-*nl NJVCNN )Q '-n1%9 P- 3OU PIPA)" 0111!1
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4119m PUN C) OgIl 334 wum 613"
MO-cm
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L-ml IT 44" ma; V PUN *AVW1041all
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. J, &- r.- UA-J J,. L x .)t -.?-. Q, ft- I
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of
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00 rH&-; FAUDUCilkA td AL1,;A BUMS FUt Ilk; R(kr$ CF &U;;k*.%l, iu%NAcr-; 00
00 All FLR TIL4 Ullai ISLIAl iWW. AA Birethaya and Ag 00
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go gnsupory, 1948, v01. 13, p, 181 britlah Gerazle Abstricts, 1949
00 -~an eab p22A. so
00
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00
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:lijv!
.El
If A bfTALLUROACAL LITERATbIll CLASSWICATION
wit c"l IV(
t)U5 Ar? PO IS It, ~ 119 it 4,
isr "rp It, ; I Ia
`900a 0.1000 000000.00
=00
*0
go
of
00
00
of
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tiog
aAdi
-icll- ca c"'v &$s
IV
wxt An a N Iso A 0 3 0 9
4 1a :1
o 0060009900660 o

from kaolin washing, useful in steel mill-process-
V inginatetials. N. F. DuMv, A. Nf. Prt%o-peva, and A.A.
BerccinM9R. 0 --T;-1IfFc;dgF Silikaucch-
_kory 1951,'221
p A,", nik 4, X100053 .- aolln Sands from %washing plants are
tiaitable 'for grog for channel stones In stect msting. The
approx. chem. compri. of such kaolin Sands Nvith a realdual
content of about 19% knallulte Is: AIA In.6, Sit), 83.1%.
j- low fluxes. Bound with fireclay (32.8% Al
and ver 101),
at 1200 , the bodies are easily machinedand are fine grained,
the particles being spheroidal. They are equal, or superior,
to the usual grog-fireclay refractories. . The. surface becomes
covered with a highly siliceous viscous slag (about 71%
SIO,) wHch affords excellent protection. W.- Eitel

W'*Oooooooeoo*ooo
9 , 0 J_T - -9 -
F-P'LA-Im A11% ion,. 6 A I
00 '
9pekrosmaphl" Analysis at
ler-M
Thin N -ke4 Wired and Fail.. 1. flu-,
.3 plan) c P. Prakop'eva and K, I
' -
'_
, f-,fh-1IIt-'Q,$
Zdi~o "40-
Teiganov,
tFactog- Laborntory). v. 15. Mar. 1949,
P. 2W il.
Metliod for wires of up to
r up it, 001-mm
dism. and folio a
thickrIe" #if silicon, copper, anJ
raAnunnese. The spectrograph and
the method of are excilati,m. Tyt,,-
00 CA) results,
4 S L A WALLbMkAL LM-11(141 CLASUFKATIC. t I
"v-
An 1 11 IW
C) U '~ 4,
tv '1 3 K ff a x 'A F1 Li-I 11 1 1
0 4111 0 0 0 ov fee** 00000 V: 0 oio * 0 0 0 0 0 0 0 0 0 111 of 00
ftamaAAAjoeo 00000 0 010 0 0 0 * 0 0 0 0.0 0 0 * 0
1 0
1'1~400
zo 0
go*
All 0
dn;
00

'a it V x 10 1 X 11 11 11 j4b bill )And,,.

.A A 14

&C,
00 al:
9: SPeri-xr phir Anal)~6 of Win Nickel Wim and
raik (ln*Rpu-i-n
k '
) A
N
P

0 .
.
.
ro
and K 1. Taga,
nov. zoradAknya 1A67)-rWfoMiTTFjk
- L
t
l
c
hwa.
or)
a
0
v
tory)
15
Mar
1949
N
301
-
.
.
,
.
-
.
, p.
De,crilies method for wires of up tn 0.1-mm. cham.
f f
i =00
00 "(]i
o
l~~ tif up tu 0-01-mm. thicknem% if ,ilicml,
c,,pper, and manicanese. The spectrograph mid thv

0
:
inethod (if arc excitation are described. Typical
0 .3 rv.~ults are tabulated.

00

ze 0
;U A;. It' WALUIRCKAL LOIRA76RE CLASUFtCATiON
C.4 ,1 0
An I
a IF a K a PI tin It 0910011 11S4
0 0 00 0 0 * 0 0 0 0 0 0 0 0 0 0 0
so 0 0 01 0 0 0 0 0 9 0 0 0 * 0 0 0 0 0 0
0

00 A
*0
NO0
AMPAV'"WO
if? got is Ila--.w
.4 IN A 11, VA A A. t &I
1. 4a
0
Hpactrum anillysis of thick nickel wirest end WON;
A. N. K. 1. 1 1.11'.1,4raps /.,?,
~m ma, 'rh~ -,,it imy -m-sivit,i
1.1 high-IFTIVOWY I.ak IN' 1'.1l.r 'I'.lk
.11V wrtr X.I. I IN, "I,.
A md \12.741.'
Cit I and Ni SM. 1. Mss m,I Nj
goo
also
'40
gee
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!10
a *411.11A0111"LlWAAL lL"l~AlW~C LASWKAIM woe
Inv
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1 1111 uIL W 0 Pull
0 0 0 * : : 0 * & 0 0 9 0 ; ; 0 0 0 * & & 0 * * 0 0 * a 0 w

PROKOPEVA, M. F.
V. V. UDOVENKO, ZhOKh, 19, 165-8(1949)

I . ~ - M
004
:: a plocrMll" -MIll
A
00 A
3275. PRODMTION ar SILICA FM R"S OF ELWTRIC FMUUM
I!
0000 's:' PM UPPE ISETSKI WORKS. BerozWp# 1. A. and Prokppqa, A. 0.
00 (ftneupoz7, 19A$, vole 13p 1811 soo abstr. in Tr"-s. 'Mt. Ceram.
00 floe., -Ian. 1949v vol. A$# (1), 22A)s
6:'!
00 ~li
wz I:,
E0
ASS.$LA off ALLIC(ACAL Lil(CLIL dit CLASSIFKATICK
-,7
-i I . -i ------ ;;- -'r-14--r-JI-s-f p^
11-1-A-0 -.0* L
jsr rN allif t*44 Ita Kit rtf!
0 00000 0 0400000
10 0 0 00
ii-loilmol 0 0 0 0 0 0 0 0 0 0 0 0-0~0-0
-00
loo
of
loo
-00
.00
Soo
ZOO
zoo
-so
Soo
:;o 0
zoo
ZIO 0
04
00000*6600-*60009949
; N O-o'O-o * 0 400000000*0

PROKOPIC, J.
Parasitic worms of our Insectivora; a systematic faunistic study and
and ecologic-zoogeographic evaluation. po 87.
Praha,, Czecoslovakia. 'Vol. 6, no. 2,, 1959,
Month3,y List of East European Accessions (EEAI), IL, Vol. 9, no. 2.
Uncl,

FROKOPIC, Jan
Trichinellosis in C;iechoslovakia. Wiadomosci parazyt. 8 no.1:311-46
162o
1. Institute of Biology, Czechoslovak Academy of Sciences, Prague.
(TRICHINOSIS epidemiol)

CZE,CHOSL(YVPIaA / Zooparasitology - Ifelminths. G-2
Abs jour : Ref Zhur - Biol.; No 18, 1958, No- 81717
Author : Prokopic, J.
Inst ot-gtvOt
Title A Systematic Investigation of Parasitic Helminths in
the Common 1-blo and an Analysis of Helminthofauna in
Individual 'E,
'pecies of Imectivora in Czechoslovakia
Orig Pub :Zool- listY, 1957, 6, No 4, 331-34o
Abstract :In dissectirg 52 molea in 1954-1956, 9 species of
helminths were found (2 species each of trematodes and
cestodes, ard 5 species of nematodes). Most prevalent
is Morganella talpae. 0a the Czechoslovak territory
holminthofauna of genus Sorex is richest witb roc!p_:~d to
n=ber of slecies (24); invasion intensity is highest in
the genus &inacous (95%). Cestodes predominate in re-
presentatives of genus Sorox and Naonya, nematodes In those
of R?inaceur:, and Talpa. Author's abstract.
Card 1/1

CZECHOSLOVi'dWi./Zoopar!-~sito,-or;y - Parasitic Worms, G
Abs Jot--r : Ref anir Biol. j No 1, 1959, 995
Author : Prokopic, J.
Inst :
Title : Hclui-Dth Fa ~iia of Soricidae ii- the Hi0i Tartars
Orig Pub : Z-001. listY, 1957, 6, No 2, 147-154
Ab s t va c t:24 strains of licluinths -.,rere found i:i shrews aud water
shrewd of Tartar park, and 3 of them (Opist"lioglyphe
meg-sto-1,11,s, Cephalotreiia niiiutum, and Staphylocystis
alpostris) were hiOL nou:itain forns. Vie most unii~orsal
(18 strai-iis) were the cestoidea. The parasitf~s are lis-
ted accorcli--,.g to their hosts.
Card 1/1
- 24 -

T"`('KO7"TCI T- PYS,"~Yv~ D
"Somt r,-!-~ults of tl~.,~ zil'uly of' worro in -pve enimeI3 PnJ ~~!-hnr wil,i zinimid,3
11virr, in the Tozolciprilry Camm Pro-sarve."
BIOLOOTTA, BratIslove, Czecho3lowkis, Vol. 1.3, no. 7p IS58
7 ou
Monthly list of Epust Eurone Aectssions (7-;.AI), LC, Vol. P, No. 6, Sert 59
unclas

"'effect of ecolo-l"'c (,;n t-"': -'a:~-
1.69 (Ceskoslove.--i3ka -Holu.- -1
V U
/1, c - `7no. cb. 1~ 57, s'r: a,
Index of ..'~.cccssion(- E.'I) LC, Vol. 71 "o - i"-) `- 1
I

OZECHOSLOVAL! / Zocpnrasitology. Frrn6itic Worm. G-2
Abs Jour : Ref Zhur - Biol., No.8, 1958, No 33934
Author : Prokopich
Inst : --ftt-riveTr-
Title : Helminthofeunc of Crocidure (Crocidura, Insectivore). --
K goh2intofauna belozubok (Orceidurv., Insectivora).
Orig Pub IZ0,31. listY, 1957, 6, No. 2, 155-162.
Abstrect Seven species of holninths were found in 28 Crocidure sur-
veolons end 4 0. leucodon frcm the Ozach Poopla's Repu-
blic (1954-1955)- Cestcdes staphylocystis furcatn rnd S.
jr-cobsoni WGro identified in Europe for the first ti:.-o.
Frcr. ruthorts rosum-e.
Cerd 1/1
8

A(.L NMs AP5021659 0 CODE:
ALFRIOR: Otcenasek, M.; Dvorak, J.; Prokopic,- J,
00,
0:,',G: Institute of Parasitology of the Czechoslovak AS. (Parazitologic!W 115tav 6--AV
PragueT
'I TITIZ- Isolation of Emmonsia crescenG Et Jellison 1960 on the territory of the CSSR
(The Czecho3lovak Emmons Soviet Socialist Repablic)
SOURCE: Ceskoslovenski epidemiologie, vLikrob!oloZ;ie, imunolo,7ie, V. 14, no. 4,
1955, 229-232 and inse:rt 4X facing pa,_;e 225
r animal parasite, animal nicrobiology, parasitology, parasitism
.MPIC TAGG parasitel
ABSTRACT: The article reports on the successful isolation of Emmonsia crescens Em-
mons et Jellison 1960 and Qn the uWcolo3ical characteristics of the first Czechoslovak
isolates of this organism. The present study Is a continuation of earlier studies
in that it continues the investigation of the Infected ILutl;s of small mammal-, in an
attempt to isolate thenJiaspiromycosis agent. The nVcological investiGation was miade
of the lung tissue of 1.19 live, wild rodents and insectivores cauC;ht live aroutid Now(
Bud7ov and subsequently put to death after removal of the ecto:paraaitei3f',,;, The animnIj
caught represented six (6) ore-Pien. 'raree specimens of 141crotta -arv-p-lia were Isolated
from the luna ti6sue investigatea. Macroscopic spherules, the parasitic staGe or the ~

L 20518-66
ACC NR- AP5021559
organism, were observed only in one case. The inliestigators were auccp:.;ful in makdl
a culture of this agent. This is the first recovery of Dmonsia cresct-6 B=oaz et
JeLUson 1960 in central. Europe and is attributed to their understanding of the mi-
crobioloGy, ecology, andgeography of this mycotic antigen. The morphoj~hysiologicsl
characteristics of the isolated strains completely correspond to the Initial descri]
tions of isolates of Ermonsia crescens. Orig. axt.bas: .1 table.
suB com o6 SUBM DATE: none OTH REF: 008

EAST GERMANY DK 595.423-578.8-093
__EE2~~ ~; Czechoslovakian Academy of Sciences, Institute of Para-
sitology (Parasitologicky Ustav Csl. Akademie 'led.), Prague.
0
"The Method of Collectiiigand Raising - Oribatidae for Experimental
Study of the Growth Cycle of Tapeworms.
Jena, Angewandte Parasitolopie, Vol 7, No 1, Feb 66, pa.-es 16-19.
Abstract: [Author's English summary modified] A modified method for
collecting and raising oribatid mites is described which has been used
by the author since 1959. The collection of the mites is most conveniently
done In eclectors. The raising of mites was modified as follows; they are
kept on filter paper in Petri dishes and are fed slices of potatoes,
carrots or fruit. The small percentage (I per cent) of infestation of
Oribatidae by Cestodes in nature was confirmed. The most sensitive to ex-
perimental invasion ares Achipteria coleoptrata, Scheloribates laevigatus
and Galumna elimata. 15 Eastern European, 6 Western references. (Manuscript
received 23 Nov 64.)
1/1 - 57 -