SCIENTIFIC ABSTRACT PEK,, A. V. - PEKAR, L.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001239820013-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 15, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

FZK, A. V.
Contact metamorphism In connection with neorpultes of the Northern
Caucasus. (In: Akademila nauk SSSR. Toprosy potrografit I sineralogil.
Moskva, 1953. vol. 1. p.280-300) (HERA 7:4)
(Caucasus, Northern--Granite) (Granite--Caucasus. Northern)

LUKIN, Leonid Xvanovich; CHM;YSHEVp Vadim Fedorovichj KUSHNAREV,
Ivan Pavlovich,-__fEh -V
:,_A,-,j-gtv. red.
Dracrostructural analysis; methodological textbook for
geologists studying ore depooitsj Mikrostrukturnyl ana-
liz; metodicheskoe posobie dlia geologov, izuchaiiishchikh
rudNie mostorozhdeniia. Moskvaq Nauka, 1965. 12.3 p.
_LS'upplement] Prilozhenie I-XII. diagre. (in folder)
(MIRA 19a1)

HILLS, 1. Sberbon; GalcUn N. To. [translator] ; EX~~, doktor geologo-
mineralogicheekM nm*, redaktor; 67NO Y&A, redaktor; SHAPOTA-
WY, V.I., tekhntcbeskiy redaktor.
(Outline of structural geoloa; tran lated rrm DWish] Ocberld
strukturnol geologil. Pereyod s &qgljjmkogo N.A. ftld1m. Pod red
A.T. Peka. Moskva. Isd-vo, Inostrannol Ut-ry, 1954. 173 P. (M1-*QA 8:91
(Geoloff. Structural)

P,Fle; /11. Y,
USSR/Geophysics - Tectonics FD-1793
Card 1P Pub 45-15/18
Author : Pek, A. 11.
Title : Problem of so-called 'mechanical analysis' in geological literature
Periodical : Izv. AN SSSR, Ser. g--ofiz. 283-287, May-Jun 1955
Abstract : In this journal (No 3, 1954) was printed an article by G. I. Gurevich,
%o-called 'mechanical analysis' in geological literature", in which
the author apparently endeavored to show that attempts taken in struc-
tural geology to interpret geological structures on the basir= of cer-
tain elementary informations from the field of mechanics (more correctly,
the resistance of materials) are not only unsuccessful but even harmful.
In conclusion he wrote, without stinting on strong statements, that on
this basis "there was created a position contrary to Soviet science",
critical, attitible to native and foreign scientific production was com-
pletely absent", it be proposed that "geologists break the cl)ains of
this vicious tradition" etc. The present writer answers the strong
statements of GurevIch by a long discussion of terminology. Ten refer-
ences, on deformation of rocks, straln flow, rupture, fissures, mechan-
ical interpretation of joints, dilatancy, structural. analysis, etc.
Institution:
Submitted :

ITIR, A.V.; LISITSYNA, Ye.Ye.
Methods for studying joint tectonics. Geol. rud. meatol!ozh. 7 no.2s
8D-83 Hr-,Ap 165. ()ff HA 18 17)

VOLIPSON. F.I.; LUKIN, L.I.; DYUKOV, A.I.; JCUSHHAREV.
RTBALOV, B.L.; WNTUSUIN, Te.P.; KHOROSHIWV, L.Y.; CHMWSM.
Y.F.; BIRTUKOV. V.I.; GARHASH. A.A.; DIWMININ, A.V.; KARANTAN.
K.A.; XUZMSOV. K.F.; L070YSXIT, Y.I.; HATaINOMIT, To.P.;
HUMly. V.A.; PAVLOV, N.V.; RONINSON, B.M.; MMUNOV, I.Z.,,
SIDMMMO. A.V. [deceased); SMO. P.F.; CHIGLCKOV. 3.Y.; TUDIN.
B.A.,; MMR,.V.M.,.doktor geologo-mineral.neuki retsenzent; .
KOTLYAR. Y.N., doktor goologo-mineral.nouk, retsenzent; GRUSMOT,
V.G.i doktor geologo-mineral.nauk, retsenzent-, NAKOVRK, N.I.,,doktor
geologo-odneral.nauk, retsenzent; KMX, N.N., doktor goologp-minoral.
nauk, reteenvent; LIOCIENIKIT, S.N., rateenzent; MMALOY. Te.T., doktor
geologo-mineral.nauk-, red.; KRISrALINTY, B.V., red.; SSRGETRVA, N.A.,
red.izd-va; GUROVA, O.A., takhn.red.
(Basic problems and methods of studying structures of ore provinces
(Continued on next card)

VOLIFSO, F.I.---(continued) Card 2.
and depositsj Osnovnye voprosy i actody izucheniia struktur
rudnykh polei i mostorozhdonii. Moskva, Gas.nauchno-tekhn.izd-vo
lit-ry po geol. i okhmne nedr. 1960. 623 P.
(MMA 1):11)
1. Akademiya nauk SM. Institut geologii rudnykh mostorozhdoniy,
petrografii, mineralogii I geokhimii. 2. Moskovskiy institut
tevetnykh metallov i zolota (for Dyukov, Biryukav, Druzhinin, Kuz-
netsov). 3. Institut mineralogii, geokhimil i kriatellokhtmii redkIkh
elementov AN SSSR (for Garmash). 4o Akedemiya nauk Armyanskoy SM
(for Karanyan). 5. Baleyzoloto (for Sidorenko). 6. Institut geolo-
git rudnykh mestorozhdeniy, petrografli, mineralogii i gookhimii
AN SM (for Malinovskiy. Nevskiy. Pavlov, Chernyahev). 7. Hoekovskiy
geologorezvedochnyy institut im. S.Ordzhonikidze (for Ronenson).
B. Vsesoyuzuyy nauchno-iseledovatellskiy institut minerallnogo syrIya
(for Samonov). 9. Voronezhakiy universitat (for So-pka). 10. Kol'skiy
filial AN S= (for Tudin).
(Ore deposits)

PIM, A.V., VOLIFSON, A I., LUXIN, L L
StudylDg structures of endogenous ore deposita. Geol. rud. mesto-
rozh. no.4:3-30 JI-Ag 160. (MM 13:8)
1. Institut geologil rudnvkh mestoroshdeniy, petrografli, i
mineralogil geokhWI AN SSSFL, Noolcva.
(Ore deposits)

VOLIFSO.N, F.I.; LUKIN, L.I.; 1,U;VSYJY, V.A.; 1"M, A.V~- SHEKETIJAN, P.A.
nProspecting for mineral depo-lits" bY T.M. Kreiter. Rv3viCrw-,!
by F.I. Vollfson and others. Sov.gool," 4 no.12:133-137 D 161.
(KIRA 15:2)
1. Institut geologii rudnykh mestorozhdoniy, petrcgrafii,
mineralogii i gookhimii.
(Prospecting)
(Kreiter, V.M.)

FU., G.
Rov to determine the necessity of changing the solution in scrabbers
in dry ice plants. Khol.tekh- 32 no.1:67-68 J&-Mr '55. (MLRA 8:7)
(Scrabber(Chanical Technology))

AUTHOR: Fek, G, 66-1-14/26
TITLE: Comparat-tve evaluation of the methods of purifying
monoethanol amine solutions. (Sravnitellnaya otsenka
sposobov ochistki rastvorov monoetanolamina).
FMIODICAL: "Rholodillnua Tekhnika"(Refrigeration Engineering),
195 0.1, pp.44-49 (U.S.S.R.)
71;T
R-STRACT: Aqueous monoethanol amine solutions become contaminated
during operation as absorbent in dry ice factories and this
initiates foaming and corrosion. Contamination of the
solution can be prevented either by preliminary purification
of the flue gases before their contact with the amine or
by purifying the solutions by dist-illation, or by filtration,
particularly by means of activated carbons. The aim of this
paper was to compare both methods of purification of mono-
ethanol amine solutions so as to determine which is the
better one. It is concluded that by distillation it is
possible to purify the amine from almost all contaminations.
The output rate remains high throughout the entire process
of purification and distillation is stopped only for cleaning
the boilers. Distillation is considerably cheaper than
purification with carbon and the only material required is
1/2 steam, which is always available in a dry ice factory. The

--M, Go
Some measures against corrosion in refrigerating machinery.
Khol. tekh. 35 no.4:69-70 ii-Ag '58. (MIRA 11:10)
(Regrigeration and refrigerating machinery)
(Corrosion and anticorrosives)

WOMVA, G.; Pff. G., WISFMA. To.
Effect of low temperatures on the reproduction and biochemical
activity of Achromobacter op. Khol.takh. 35 no.5:44-48 5-0
'58. (MIFLA 11:11)
1. Vsesoyulnyy nauchno-Issledovatel'skiy institut kholodil'noy
provWeblennosti.
(Achromobacter) (Food--Storage)

n! 1~1 , j
I-Z,n, U. 11Q., NC701K,~VA, U1. 11j.
I(Bacterial Index of the Stnte of' Proohneer, of Cooled Producto."
Report submitted for the 10th Intl. Refrigenition Congress,
19 August - 2 September 1959.

FOSKOVA, Glafira Loonidovne; M, Georf Yul'yevich; ISUOVA, A.K.,
- 17
red.; BABICWA, T.Y., tekhn.red.
(Microbial food spolage of perishable food products in storage;
a scientific report) Mikrobiallnaia porcha skoroportiashchikhola
pishchavykh produktov pri khranenil; nauchnoe soobehehenie. Moskva,
Gos.izd-yo torg.lit-ry, 1959. 62 p. (MIRA 13:4)
(Food spoilage)

HIS. r,
Hilly
I I E!o I ZIHA
2 1 An
so
Is i A,; -1 A~ -g
j f"1 a- - 11 , I -. c i 4 0
is J't
VA a 0
.433
tic lt~a
Ao 31

SHEMER, Yu.N.; FEK, G.Yu.; PEPEL'SON,
Nulcle5x rna,:retic resonance spectra of natural cc~,u---:-'n~
aO f,,ir-coumarlIns. F;okl. Mi 56SR 158 no.6,1-3P2-il--,R'
(MIRA 17;121~
1. institut khAfril pri.-odnykh soyedineniy AN SSSII, Vse3ovu r:yy
Iris,
,Itut leke-rstvennykh I urrma~acheakiklvi rusten.y. P: f-d F tavle no
akademlknm M.M. SheWak~nym.

NOSKOYA. Olafira Loonidoyna; 1~~ Georgiy Yullyevich; Prinimela uchnstlye
NOISKMA, Ye.L. NEW172U, N.F., reteensent; AFT. ?.S.,
retsenzent; TSIFXRSON. A,L., red.; BABIGMA, V.V., tak:hn.red.
[Microbiology of the cold storage of food products] Kikrobiologlia
kholodillziogo khrenaniis pishchevykh produktov. Moskvii. Gos.izd-vo
torg.lit-ry, 1960, 119 p. (HIRA 14:1)
(Food-Storace) (Microbiology)
I

PERELISON, M.Ya.; NIKONOV~ :~,K~; PEK, G.Yu.; SHFfNKFII, Yu.N.
Stra:~',i.Lre. of vmthcg-p-'-.1- purid zosilrnol. Dokl. AV SSSSIR
1.10 . 1 . 1 '14-11 5-~ N ' r4 . (m:F-A
1. V.-egoyiizryy inqt4~tut, lekarstvennykh i aromaticheskikh
rastonly 1 Inat.1tut. khimi! prirodnykh noyedineMy AN SSSR.
Predstavlerio akaklemAkom M,M. ShomynkIn-vin.

1401SEYEV, I.I.; EELOV, A.F.i FEK, G.Yu.
/I -Hexenyl complex fron propyl 'r~nn #ind
Zhur. noorg. khim. 10 no.'It'i36-34) F '05. ~Kllq, ~'8,11)
1. Institut obsl,.Chfy i neorg-an.cheskoy kh'I'mii imeni ~urnakovh
All SSSR I Institut tnnkoy khimicheskoy tekhnologl.~ irent
Lomonoso,ta. Submittfd July 121 1964.

BELOV, A~P.; PFK) 's,yu., 1.1.
Oxidation cf py-f-,~y~eriq "')-i pa'lad',:7- 4, &c"1.
lzv.P-N SSSF.Ser,kh.vi. I t 5.
. Moskovskly irntItut h6olcb,,~skoy in:.
bcnonoscvs -. obchclh,~y 'I ~Cr~ 1 ,,
- -7,
N.S.Kurnakova bN SSSR. EAvkttel tpril 7, :c)6~.

0. L . and PEK., G. YU.
k- t,'- - - ~' - - - 7- - "- -
Combined Effect of Cold and Vacuum or. the Hicroflora of Proftets dur"n--
szorage.
41A ReDort submitted for the 11th Intl. Congress of Refrigeration, Mun-c.1,
~ I . I
OeynarV, 27 Aug - 4 Sept 1963,

NOSKOVAP Glafira Leonidovna; FEK, Georgiy Yullyevich; GEYMBERG, V.G.y
kand. biol. nauk, na-~c~~7 `rea-.-,-YXPEUN-,N.-S-., red.;
BRDDSKrl, M.P., tekhn. red.
(Effect of vaculm on the microflora of refrigerated food
products) Vliianie vakuuma na mikrofloru okhlazhdennykh Pi-
shchevykh produktov; nauchnye soobshcheniia. Moskya, Gos-
torgizdat, 1963. 37 p. (MIRA 16:7)
(Refrigeration and refrigerating machines)

NOSKOVA, G.L.; FEK, 3.Yu.
Bacteriological method of determining the quality of raw
materials of animal origin. Kons.i ov.prm. 17 no.10132-34
0 162, (AURA 15-9)
1. Vaesoyuznyy nauchno-issledovatellskiy kholodilInyy institut.
(Sanitary microbiology)
(Canning industry--Quality control)

PEK, L.V.
Biocenologic complexes of insects associated with the common poppies
of the Issyk-Kull basin in Kirghisistan. Vop. e~ol. 7:149-150
,62. (MIRA 160)
1. Institut zoologii i parazitologii Kirgizskoy SM, Frunze.
(Issyk-Kull region-Poppy)
(IssyX-Kull region-InsectEto"Injurious and beneTteial)

PROTSEENKO, A.I., otv. red.; PALI7, V.F., red.; TARVIT-GOPTARI, I.A.,
red.; IERAYWA, X.,, red.; TA.RBII:SKIY, S.F., red.; ~ ,x_
.kjL.,-red.; MiKOV, F.I.t red.
(Entozological studies in Kirghizia] Entomologicheskie Is-
sledovamila v Kirgizii. Frunze, "Ilim", 1965. 120 p.
(MIRA 18:12)
1. Akademiya nauk Kirgizskoy SSR, Frunze.

NECSEI, Pal, dr.; PEK, lesolo, dr,
Enzyme effects and cytological changes in epidemic kerato-
conjunctivitis. Orv. betil. 104 no.47:2228-2232 24 N 163.
1. Budapesti Orvostudomanyi Egyetem, I Szemeazati Klinika.
(KERATOCONJUNCTIVITIS) (CYTODIAGNOSIS)
(FIBRINOLYSIS) (ENZYME TESTS) (EYE PROTEINS)
(PATHOLOGY) (IEUKOCYTE COUNT) (LYMPHOGYTES)

,- PIZ. Ifisslo
Clinical significance of intravascular aggregations (clinical
analysis of 100 cases). Szemeszet 97 no.4:211-215 D 160.
1. A Budapesti Orvostudomanyi Egyetem 1. sz. Szemklinikajanak
(Igasgato: Radnot Kagda egyetemi tanar, az orvostudomanyo doktora)
koulemonye.
(CONMOTIVA blood supply)

PEK, Laszlo
Gon3unctival manifoutations of rhoturatic fovor. Szemc3zet. 99 no.3:
155-157 S 162.
1. A Budaposti Orvostudomunyi Egyotem 1. !32. Szomklinikajanak (Igazgato:
RacLqot "~agda egyetemi tanar) koziemenye.
(RHEUMATIC FEVER diag) (CONJMICT-TVA dia)

IIALLI'Y , V.Y. I rtA.; TARVIT.-GONI Ali I, I ~ A., red.; I BlItAll-MA, K. . red. ;
MARKOV, F.I., red.; FEK, L.V., red.; TARBOSKI-1, S.F., red.
(Collection of entomological papers] Sbornik entomologiche-
skikh rabot. Frunzep lzd-vo I'llim," 1965. 137 p.
1. Vsesoyuzncye entomologiclieskoye
ot,deleidye.
(MIRA 181:6)
obshchestvo. Kii,g--;z--,kc)ye
Card 1/3

USSR / General and Specialized Zoology - Insects. P
Abe Jour Ref Zhur - Biologlya, No 5, 1959, No.. 20900
discovered, of which tho 11 followinj:; were
recognized for the first time as pewi,s of
the poppy, Amphipyra tragopogonis, Phytometrn
gutta, Chephasia sedana, Agriotes na(:Lary,
Oodescelis brevipennis, Platyscelis atriata,
Euspermophagus sericeus, Mordella aculeata,
Haplothrips sp*, Anaphothrips obscurms,
Gryllotalpa unispina. There are 11 (::hlof
insect pests of the poppy In KirgiZiEL, Out
of which: the roots of the poppy aro
attacked by Amphimallon solstitialls,
Agriotos nadary and A. aqualidus, OodoscolI8
brovipennia, Opatrum sabulosum and
Platyscelis striata; and those attacking the
overground parts of the plants - Acyrthosiphon
papaverinum (the only specific pest of the
Card 2/3
USSIR / General and Specialized Zoology _ Insects.
Abti Your Rof Zhur - BioloSlyn, NO 5, 1959, No. 20900
poppy In KirGizla), Agrotjs
brasSOcae, SYngrapha cjrcumfj809GtUm, Barathra
vIrldisalma. exa P Phasgoijurcl
Basically, the poppy crops
suffer from 8011 pests. -- A. P. Adrianov
Card 3/3
46

Table for determining common poppy insect pests according to their
injurioupass. Sboremt.rab. no.D116-123 162. (KM 1612)
(Kirghizistan-Floppy-Dievases and pasta)
(Xirghizistan--Iwec~op Injurious and beneficial)

=-, L. V.: MtisTer Blol Sci (diss) -- `Lh~- entcamofaura cf the crplur-, -,,cpp.-,( In
m
Kirgizia". Dmnza, 195q. 16 pp (Acad Sci Kirgiz Slcp,, Inst of n~.
parasitolotg), 15C copi~js (np vc, IL, 11))

IIEK, L.V. '
Vertical distribution of lamellicorn beetles (Coleopteraj,
Scarabaoidae) in the Issyk-Kull Depression. Izv. Ali Kir. SSR.
Ser. biol. nauk 3 no.ltI85-194 161. (MIRA 14:12)
(ISSYK-KULI DEPRWSIOIL-SCAUUEIDAE)

:inc Vvu)t y

0 k ii cxtd. with 10 L.,~Gjt for 8 hn.,
to -~.pt)nvd. lft~, ttr addri.
Of 2 kg. ~-,Ed X, I by !ie:,t:n7- t.-, lbcl--~w ihc- b. r 2 r
;The reitu!tlnp inim ii d0d. Mch ~3 1, H40 "n-I vocl, 11W,
wCIIIJ,. After diist g, of? CtUo. cmile p!vvtol J)~ i, diatd. nt
g, 1."A 13- pur"tv,
O'l C,
Cil ljy dis...:1ving
Small az-~itg. rit waxlik,, im,~mw-ICS

Fm'. % 3-:d COLling to
dossh C.

PZKO V.
*Phase Reduction in the Amlysis of Electric Rotation Machinery by Wans
of MiLtrix Calculus." p . 539.
(Zbk&ntocWg& Obsor, Vol.42,, 50-10j, Oct. 1953t Praha.)
i , , llo- 3, 1,G .- ,
6L, Liat of ~:-ru m ,I f , , - 3 - 1: .
L --- . 0

V.
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, - I 'S I
- - - . . - 1 .1 , L~- ;: ..
I
d.c. machihos'l By V. Pek.
Elektrotechnicky Cbzor (El-~,-ctrical Inginecri, ', ~teview, Czeci.ocdovakia ), Vr,,,: .
No. 12, Dec. 1~;53, Di). ~k5-718. (Air, AA, London, 111-594-54, ;)2 !'Elv ~/., Uricl,,t3~-Lflecij

621.372.4/.5
SNPLIF]PI) AT rx CALCULA31UL4 OPCOMPLEX
Elahtrol"fl. OliTor, fq--,4Un-a. 11, U24 (1D54). tn Czech.
-:7
llnkaria~.ltri It, &Oe-cmd for lha calculal:-cfi of carnplax thame-
ta-iiUci rOW-wa to a q"utltatIvtly ratl ami-varyiq pam-
'it, 'ed q &
meter, ic-a tlie. tr~tt t' - net"r!t 42 . slatein
0! Imposed '110 Ynbtl'ud 1".flv4jcod by G.XM-) Can b"
aimplLfied by dit)~Lrq lndcpent.4tri'.t drcufts &-id by sefflia up,
In conforrAty wilth thft network stivct-are. L~a matrU of irripe-
aancts trmdrirmed ln!L positions of Ind in&-pendent cir=lls.
AccordlVjy, P-i c-3rxinplit p.,eserithW (.h* i-rob1cm cd a.* mtpRu
volagn rad'-' d a V.7 fj'.a vlryip-.q
is r(.ifuchd to, it bVirculoLr gollitlnn sith ik postrion
C. m4 rk

Ilf Jlp 3TJ~ ).'.~IL-A~r
R
1, J-4 i
2,y m2n~ (Idl-T-r-
t~tm
ait!il- m

p L. K . "IT .
' i~ Ls ~f a:,~ I ' Lir~ie , :I. r ,,- .p .1 .
( _7 L C i L~ I C,,-i -, il ?, ) v , ~ . I.. I '1 1. , 1 IV.13 r .-)- II
, ; , .!,Rn:j
31- : l,'3.-itn-'y List cf D-A--, t ean Acces ~ ~ )n, k-'. i~.L,' , LC, V-~' . 4, Ni- '-: ,
Iviv. 1?55, ~ncl.

HF. V.
Functional diagram of an electric rotating macLine. (Supplement)
F. T33, (Elektrotechnicky Ubzor) Vol. 46, no. 5, ~*Y 1957, Praha, Czechoslovakia
SO: Monthly 1ndex of East European Acessions (EEAI) Vol. 6, No. 11 November 1957

Fa V.
Probler of arrest on the corrmitation mirve of the current in the armatm-e
00il. -)1- 43P.
EIEF.TqOT&-',IiNIC!-Y OPLOR. T'raha Czechoslovakia. Vol. 4F, no. P 1mg 191,q
Monthly list of East Europe,,n Accessions (E:~Al) LC Vol. 9, no. 2, Fel,. 2960
Uncl.

PEK, Zdjnek, inz.
A belt conveyer loader of a now design. UhA' 4 no.12:432-433
D '62.
1. Dul Antonin Zapotocky, Uzin, Usti nad Labem 1.

a4(4) FHAJK Z L." LOXI~LTAfVM =V/31410
AkadOKLYA n%" Ukmtn,jjcy inatizt r,.tki
I Gptt-Vi-a~ly, yiv'.~tyi v poluprovodni"kh;
MW parvogo vocanyw.ow -v,jn~n-iya po roto,i-kcri4nesigin
I OPUMeekU yavleniy:m , puluprovoanto-ikft. g. Kiyaw. 2o.26
mMraW7& 195# ot (Pnotonleacrto ana apticni rn~-~onm In 3004-
1 tOM TrannautLona C cii, First conrer-nc~ Lin rhatoelectrLo
Md CIPUGSI ftencft~na In 3~lorndtjatam..) Kiyov. 1959. 4CJ P.
4.000 copies print~4.
Ad"tIOU&I Sponsoring Age:,Cyl Akadamlya na.k =3R. Przidlum.
ZML"I" PC poluprovodnix=.
JM. Or PUbIlShIng Housel 1. V. Ktaina. Teen. E4.z A. A. KAtv*yc)%uk;
V. Pa. LaghkAZ41V, Acadmiclan, UAralnl&n 33R. Academy
Rd.:
M-
140c '
,
FURYWas a book is Lnt-j-1 r.r act-tint* In tn- field of ffema.
conductor PhX!IC3, 801111 It3t~ 5rCCtM3mGpy, and amiconductor
*&via Tht
c;lleotton wiTL 't),timefai to advar;-c-,~d a dents in
=
univ
itlas and inatItutem of htgn~r t".Iinic3l tr2lMlng
8POWLaUSIMS In the P11yel-c* and t.annicai. application or sama-
I , tore.
COVXRA=l The collectlon contains r.;or" and 1rformation bulletin@
(t . , xtter are indicated by natorWw-j read At trLe First A.!-
UBLOM Conreranc a on Opttc3l -11 Phmomena in ;;~J-
conductors. A Ids scope or proble= In amUconductor pnysics
and tembs logy are cmaidereds photooooduttIVIY, photo~l#olro-
mtl" fo=s, optical properties, prio'celectric Ce113 And
PhOtOmmistors. the notions of hard and corpusc~ular radiatIms.
the properties of thln fllm3 and 3mleenductor DY3tCUO,
*to. 2b* materials were prepared ror publication by S. 1.
a-w-,. . V. Smitko, K. B. Tolpygo. A. F. Lubchenko, and Pt. K.
km". References and discus3ion foll" each article.
Pbtolectrla WW Optical ft*ncutns (00t.) 307/3140
re. V., IL P. Zakh&rthmYa, and Z_2__f.Linsk17-
IT.&a 4.9-A. .1 an --'(Thas.9) 149
pastrwynk, 1. ftOt4024Vtr1c Properties Of & X*tSI-Sgml-
152
.J.. d Imn lxpurltles ric
IMP42-tIVS Orilulpar'num Wde 1513
Anarlywwakly. A. I.. and A. L. JMI==. The Prenownon
or Photoelectric 'PatlgabiLlty' Isonsitivity Mulnutionj In
CPrmo oxide 164
dM k 7h, Worect or :n Ionic
54 a" n4 ~cer Ctiprous OxId
the a W 173
X a toy and a.~
Sp~trVPtwtmetr1An,Qst1g8tI;n of Rle~ctroo-Hole and rXCIton
,,ot,eI_trjc wd optical rh~cmena (C-t.) sav/3140
Im Alkali-Ralold CrYst&ls 180
gative Photocmductivit7 of 301~lus
With positive SIl&n of the Fhot..I.Ctro-
watt" Force a. T., and L,_,T-,-rAYj 1. Msplac~~t Of.th 191
Z"Lo"L"to
t n Vj~o o; t...
ion t recus SerLiconductor
S"t.0 201
':7-3--2T'3
4dom Ic in --tigation
of the Ccamoaltion of Lead Sulfide phot~resjstorm According

KARKHMINO Yu.I.,- KO=INp V. Ye.rKo2hevinq V. IE.]; PEKAq G.P.[Peka,
H.P.J. -
Effect of organic dyes on the condenser photoeffect of cuprous
oxide and germanium. Ukr. fiz. zhur. 5 no.6:809-815 N-D 160.
(MIRA 14:3)
1. Kiyevskiy ordena Lenina goeudarstvennyy universitet im. T.G.
Shevchenko.
(Germanium)
(Copper oxide) (Photeelectricity)

Y,024
5,10 20/6 1 /14 1, 00 6,'G 2
13 9 B104/B1 38
1.1UTHORS: Peka, _G. F., and Karkhanin, Yu. 1.
TITLE: The influence of exte;nal electric field or, hp 1-7'11'_'~Sce:~C~
of cuprous oxide
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 11"+1, no. 1, l-61,
TEXT: The authors found that an external electric field perrendicular to
the surface of the semiconductor influenced the. infrared lumnint_-scence cl,
cuprous oxide. The Cu 0 specimen was stuck onto a mica plate
2
A semi transparent platinum electrode war, sputt;-~red oito the mica A
voltace of WO to 3500 v was applied between electrode and C,-,C
Liiminescence was excited with monochromatic light
,-, tX
A = 4 9 1 . 6 m~~) The 1 umi nesc %. nc e vvws reco rd 3d by cro ssed f i 1 t er!-_
types o f speci mens Nere s tudi ed: 1 ) speci mens v i th con si deral; i e Lend i
of the surface barrier of the bands; 2) spe-zimens with slight luirrier
surface bending of the bands; and 5) specimens i~ithout any ncticenble
bending Three measurements vere made: 1) iritensit,; of luminc-rcenr~,
,;, i thou t-electric field; 2) int-nsit,; of 1-uminescence witi. t.,E,ctric fic-1,1;
Card 1/0 -

30024
5,'020/61,'1z, 1,'00 1,
The influence of external electric field... B104/Bl.718
and 3) relative change of luminescence on the application of field -t
~6as found that the sign of the effect depends on the sit~n of ',1,t pot-l'.-a-
applied. The luminescence of cuprous oxide will be quencried if
potential is negative, and it will increase if it is positive; 'cf F-.E
Fig, 2 shows the variation in intensity of uminescence in time.' h e st V~
results are explained as follo~os: The su~,rface barrier berldinE of' tne
band increases with a negative potential. This leads to a decrease i:-
the number of uncharged acceptors in the surfaco region, If tile
is positive. the bend of surface barrier of the band will decrease an-i
the number of uncharged acceptors will increase. The authors thank
Professor V, I. Lyashenko for valuable advice and discussions T~.-re a:-
2 figures and 4 Soviet references.
ASSOCIATION: Kiyevskly Eosudarstvenn~y universitet lm. T. u, Shevcnel.kc
(Kiyev State UnivLrsit:~ imeni T C . Shevchenk o
PRISENTE-1): Ma,., 2 C19 6 1 , b y A`Terenin, Academician
SUBMI TT*-,-D: Apr:-' 2C, 1~61
C a rd 2 1

S/181/62/004/004/036/042
B102/BI04
AUTHORS: Karkhanin, Yu. I., and Peka, G. P.
TITLE: The inversion layer on Cu 20
PERIODICAL: Fizika tverdogo tela, v. 4, no. 4, 1962, 1058-lo6o
TEXT: The field effect was studied with poly- or monocryatalline Cu 20
specimens. Cu 20 was glued onto a -5G P thick mica plate and a
se,mitransparent Pt electrode was cathodo-sputtered to the other side of the',P
V
plate. A constant field of up to 7-10 v/cm was applied between Cu20 and r)
Pt. Ohmic contacts of gold were applied to this specimen ind the
resistance was measured with a d-c bridge. The field effect determined
was almost equal for mono- and polycryetalline Cu20. The dependence of
the resistance on the surface field had a minimum at a negative potential
on the Cu 20, with growing field in 6c surf. changed its sign in several
cases. 8a depends on the ourface-near band inflection
surf
Card 113

S/18 62/004/004/036/042
B102 104
The inversion layer on Cu20 XB
Vs-.Vs min~=ln(p0/bn0 ), b is the electron-to-hole mobility ratio, n 0 and p 0
the respective concentrations. p 0 was determined from Hall-effect 40
measurements, n was determined from no.n2 0.(2-3-10 31T3/p )e_U/kT' U
0 i/P 13 0 10 -3
being the forbidden band width (2 ev). For b-1 and 2-10 p 0.10 CIO
.'~ 0 N
the minimum of 46 surf - f(V a) is at V 8 values between 52 and 41 kT/e.
This high value is ascribed to the very small electron concentration.
Near the surface, n j) . In some samples the field effect changod its
0 0
sign at~ 8-104 V/Cm, and in some cases the minimum of da f(V
corresponded to E=O. A similar effect was observed by S. R. MorrIson so
(Techn. Rep. no. 2, Eleotr. Eng. Res. Lab. Univ., Illinois) with germanium.
This anomalous behavior can be explained by assuming a strong initial
blocking band inflection near the surfaces The thickness of the inversion
layer will be smaller than the screening depth which is
2
1 lifkT/Bne P 7.6, the dielectric constant. Since 0,51
so 0 80 \< Igo
the inversion layer is thinner than 0-5g. Also the negative capacitor
qard 2/3.

,2 "1', ~3 . __ - - ____ --- __1! i ~
S/18 62/004/005/007/055
B1 02YB1 38
AUT'HOR: Peka, G. P.
TITLE: Investigation of the influenco of an olectric fiold applicd
to the surface of Cu 20 on its luminescence and electrical
conductivity
P-_-'RIODIC,'~L: Fizika tverdogo tela,, v. 4, no. 5, 1962, 1118-1123
TEXT: The effect of an electric field applied to the surface of Cu 20 on
its luminescence was discovered by the author (DAN SSSR, 141, 63, 1961).
This paper is a more detailed study dealing with the effect of a per-
pendicular field on the infrared luminescence. The experimental arran,~ement
is shown in Fig. 1; the light from an Ug lamp of type CBGW-250 (SVDSh-25W
passes through a euvette with a solution of Mohr's salt (~,), a mono- I
chromator YM-2 (U11-2), and is focused by the lens A 2 onto the specimen.
Luminescence is recorded by an ~)Y-22 (FEU-22) photomultiplier (,~Y in FigO
connected to a mirror galvanometer. The photomultiplier is covered with a
Card ~1/

S/181/62/004/005/007/055
Investigation of the influence of an B1021B138
thin ebonite plate in Fig.). Poly- and monocrystalline samples of CU 0
(12 2
0.3-0.4 mm thick were investigated. The Cu 20 wan glued onto a 50 P thick
mica plate; the other side of the plate was covered with a semitransparent
Pt electrode. The sample was vacuum-ooated with ohmic gold contacts which
were used for measuring the conductivity with a d-c bridge.' The voltage
between Pt and Cu 20 reached 3500 v and was applied in both directions.
Lu:,,inescence was found to depend both on the strength and sign of the field,,'
'.1inus at Cu20 quenched the luminescence,while plus raised it. The effect
deDends greatly on the kind of surface treatment (etching, annealing, etc.),
i.e., on the degree of band bending and on the wavelength of the exciting
light. 61 lum /i-f(E) are slightly S-shaped curves passing through the
oriCin; for A- 491.6)m4 it is less steep than for A - 435-8 mp. The field~ji
effect curve Ad,,.f(E also goes through the origin and exhibits a flat
minimum at greater negative field strengths. This curve, as 41c, f(vs),
was also calculated using the t6ory develODed in FTT, 3, 1061, 1961. The
,'&-d 216

inver, ti,,~-tion of .ne Inf.,uence of an
res~~!- 16 -rQ11, t%o botto f i c 11 1 i e s :. n tr. L. z. t~ v e
co:~nLrison oE exoeri%.ent~il rcs~.Its tno LneorQt-,cal cLrvf~
-.O.~Sible to bctween thv near-z;,.~rf-ce of
and the a-,pliud Thc result, the, rclativc~ in
u:ninescenl intensity L~s -,~jendant cr. tl-~e near-3%rf-cc- of b~,,--:~s -S
in Fi.~. -Positive V correoponds to anti-b-oceing tendin'~. 'L-. e r e
are 5 fi,-,i.-es.
.-.iycvsKly '7,osudarstvenriyy universitet T. G. Sh~:vchenko
(iKiyev state Univtrsity imeni T. G. Shevcherko)
SU E:-, ITTL December 6, 1)61
:'0 -end to i E. d 'b) 3w:',3' e ~,olaer. Sz~m 0
'2
ica cover, Pt electrode, hiC!',-vo' t~.Ee lectrode,
electrodes for measuring conductivity, (6) plexiblass plate, (7) copper
plate.
Card 3/0

q 6/181/62/'004/009/003/045
B108/B186
AUT 11011:~: i~brkhariin, Yu. 1. , Peka,_ G. t. ,and Yarmola, T. M.
TITLE: uenching of infrared luiAnescence. of cuprouB oxide by hydro-
gen io,~s
Fizika tverdoro tela, V. 4, no. 9, 1962, 23o6 - 2511
TI.AT: The lopendence of quenching the IR luminescence of Cu 0 on the con-
2
centr0ion of the hJdrof-en ions in the surrounding medium vjaB studied.
VariouL; cl~-ctrolytic solutions were placed in irraditition cells with a
trnns~)nrent bottom Pnd covered with Cu,,O. Tkye latter was irradiated with
monochr--~ tic li.,-I,t, v,herekipon luminescence intensities of dry Cu 0(-i
2 dr
and of Ciij) in contnct ,,AIh the electrolyte (i el) were measured. ois-
tilled ; "ter and Slifrhtly acid 3olutiono c:iused otronFer quenching thnn
soluti~,n,-: of nalts anri A linear dependence of the ratio C - i ClAdr
on the :)i, of the electrolyte v-!is established. ~tuanching becomes legs in-
2

j/1O1/62/()(,4/O0),/O: 7/045
oi infrnred . . . 13 10 6, -'b I E3
tonsivc i th inc.-c -.,;int pii. ucnchilr~l is attributed to adsurb(.-~' hv.lroren
o%,.i:ir to radius rc ablc to .)rci,jc0
f iel.1 C'.-, incre,-ta epll? tion (barrier) bendinc of the 7 h'-
accc..t~r I vc1i ne ..- t'-.- :.ur--jce becomc fil' -ed up and an incr'?~,sedl
ticnIcs. cf e-xc; tons onsues, - !.. e. a quench,ni-, of lum4nes-
conce. ...~ -.,3 rements of the tive photoeffect conf-imel this mc-chankin
0 f .~ Ll C 110 h 1 r, F. Tric rc are 5 fi-E,urcs.
,I Y C, V -~ 1j, T'03~1 arstvennyy universitet im. 1'. G. ~jhcvchr-nl-o
i.: e v itate 'University imeni T. G. ohevchenko)
T.,!j Fctjx-Jn:-,i ?i~f, 196',~
Card 2j,'

9/18IJ62/004/012/037/052
B125/BIO2
AUTHORS: Peka, G. P., and Karkhanin, Yu. 1.
TITLE: The influence of an electric field applied to the surface
on the luminescence and electrical. conductivity of cuprous
oxide
PERIODICAL: Fizika tverdogo tela, V. 4, no. 12, 1962, ~616-3625
TEXT: The kinetics of the influence of an external magnetic field on the
luminescence and electrical conductivity Of CU20 specimens was studied at
atmospheric pressure and at lo-5 mm Hg, using an unbalanced bridge circuit,
The specimens were freshly etched in concentrated nitric acid and in a
40 percent ammonia solution and annealed (at 10-13 mm Hg and 6000C). An
IR photomultiplier of the type ~ 3J-22 (FEW-22) connected with a mirror
galvanometer was used for recording the luminescence. All the examined
effects of CU20 monocryetals and Cu 20 polycrystals were found to be
identical. Fig. 1 shows the time dependence of the absolute change 61 lum
of the lumineecence intensity for the case in which a field is applied.
Card 1/4

5/181/62/0041/012/037/052
The.influence of an electric ... B125/B102
The kinetics of the fading away of the luminescent effect depends on the
direction in which the field is applied. If the potential applied to CU20
is positive, the luminescent effect becomes stationary moro quickly
I -L
10 to 20 sec) than in the case of a negative potential (90 to 120 aec),
With a negative field, 61 lum is very small. The luminescent field effect
fades out much more quickly than the ordinary field effect. Both effects
follow from the Variation of the conditions for the exciton annihilation.
A negative potential applied to Cu20 reduces the field-inducted increment
in the filling of the acceptor levels, i.e.. the conditions ;',.r the exciton
annihilation reduce to the conditions to which the crystal eiur:rice was
subject before the field was turned on. The asymmetry of the kinetics for
various directions of the applied electric field is attributed to the
increase in the antibarrier curvature of the bands when the potential
applied to the semiconductor Ie positivel also to the screening from
emergence of the holes onto the surface and to the trapping of the holes on
surface levels. When the potential applied to the semiconductor is negative,
n ilum - f(lnt) is for most of the specimens a linear function if the time
interval is large enough. The dependence 6 V f(Int) of the change
Card 2/4

S/181 62/004/012/037/052
The influence of an electric B125XJ102
6Vs in the curvature of the bands likewise is linear, which indicates
a distribution g(T) - 1/i of the slow states over the relaxation times T
and shows that the model developed by G. W. Prattt H. H. Kolto (Semicond.
Surf. Phys., 297) does not apply in the prosent'case. There are 7 figures
and 1 table.
ASSOCIATION: Kiyevskiy gosudarstvennyy universitet im. T. G. Shevchenko
(Kiyev state University imeni T. G, Shevchenko)
SUMITTED: July 13, 1962
Fig. 1: The time dependence of the variation in the luminescence intensity
with turned-on field (-2500 v on Cu20).
Legend: (1) Freshly etched specimen, (2) specimen annealed in rough
vacuum.
Card 3/4

L _04140-67 JJP(c)
I ACC NRt AP6026672 SOURCE COlitPUR/0161/66-/0013/008/2293/2299
4/
AUTHOR: Peka, G. P.; Guzly, A. S.
5
ORG: Kiev State University hii. T, G. Shevchenko (Kiyevskly gosudarWennyy universitet)
TITLE: Investigation of the surface levels on cuprou':t1'oxide*'b1y the field effect and luminescent
field effect methods
SOURCE: Flzika tverdogo tela, v. 8, no. 8, 19G6, 2293-2299
TOPIC TAGS: cuprous oxide, electron structure, luminescent orystal ) C.'e~-Sr'g,_ 5-,CP,9('f
ABSTRACT: A method is proposed for determining the parameters of surface levels from the
dependence of the luminous intensity of a s$miconductor on the band bending near its surface.
Measurements of the'Reld effect and lun-dnLrscent field effect are performeetat sinusoldal vol-
tage and a frequency of 140 cps on Cu?,O crystals. The measurements reveal the existence of a
system of fast (intrinsic t1me 't 110-3 see) levels at the Cu20 surface, the relaxation times of
which vary over a NvIde range. A direct effect of the degree of population rof the surface levels
on the luminous Intensity Of Cu20 is also observed. The values of the enerlDr position of a sur-
face level determined by both methods are found to be in excellent agreemeut. Orig. art. has:
6 figures, I table, and 4 formulas.
SUB CODE;_ 29/. jSUBM DATE: 05Nov65/ ORIG REF: 007/ OTH REF: 003

ZINETS, O.S.; NIA, G.P.,- KARMANIN, Yu.].
Some asDects of the theor-j of the luminiiqcent field ~offect.
Fiz. tv-3r. tela 6 no.12:3515-3523 D 164 (WRA 1W)
1. Kiyevskiy gosudarstvennyy universitet imeni Shevchenko.

r --'L -1=9-i-65 ZEC(1i)-?-/td7(j) - kz(i2p)--2/Ar4u/=r )/Z$DW/LTP(
ACCESMN NIL, APIN00645- 8/0181/64/00/012/3515/3523
AXTHOR: Zinets, 0.. S.; Peka, G. P. Karlitanin, Yu. 1.
A
TETLE: - Some quivistion-9 in the theory of ft Itunineseent field effect
SOURCE; Pi
ziks, tvin?dogo tela, v .6, no. 12, 1964, 3615-3523
TDPIC TAGS: field Heel, luminescence, e=lton, semiconductor, Impurity, 'electron
motion-, cuprous exide
X.3STRACT: Tho theDry of -the luminescence produced In a semiconductor by an elt
xtric
field -applied to the surface is analyzed under the assumption that the luminescence has
ar. exciton mechanism. The semiconductor Ift assumed to have onLy one type of imparity
center, on which. radiative annihilatlon of the cultons takes place, A diffusion mechanism
L- Is assumed-for-tite motion of the electrons. The interaction between the excitmia and iho
Burf4ce of the semiconductor Is described by means of an exciton-mmihilation surfixc
rate that depends on the filling of the surface eelectronic state, and consequently also cn
th~a surface bendIng of Vim bands. The relative change In leensity ef luminescenceas a
Card:' 1/2
"age 0

_'L inig-65
ACCESSION NIL AP5000645
function of the ben(Ung -of the bands and of the coefficient of light absorption Is calculated.
The~.obtained results explain the experimentally observed luminescence field effect in
Cuprous oxide. From a. comparleon of the theoretical and experlmeiAzl values of the
luminescence effect for this material, the lengLh of diifusion displacement of the eoxcitons
Is ektimated to be, u1 md -,,40 (for different samples), and the rate of the surface an-
nihil:ition of the excUDwi is estimated at qO5 cm/sec. it is found that the probability
of tho radiative annihilation of the excitons by non-ionized acceptor centers is larger U3.-tn
or of the same order of magnitude as the annihihttlon of excitons by ionized acceptor
-cen-ters. The effect of inbomogmeous electric fields on the diffusion of the excitonn
-to neglectedi Grig. art.. bas; 2 figures,
_whlcb~ Is of importeutce at low temperatures,
32 formulas, and 2 Itables.
-AMCUTIOM.: Kiyoviskly gosudaratvennysy un1wraftet Im. G. T Shevchenlw (KjjM_
State 'jLn~tveislty)
=4rrTm. o4us.Y64 ENCL. 00
88, OP
SUB ODDS:. NR REF SOV: 010 OIHM 001
cmd 2/11
XA W

o
zx:t - i_~ A
0) /ErIt
j
59
AP41046639
ACCF.981ON NR 5/0181/64/006/010/3157/
AUTHORi- -PtXa,' G. P.
MTLE:-'-The field effect in cuprous-Oxit
3151'
e 'logo tela, v. 6, no. 10, 1964 -3159 4)
SOURM,- Fizika Vv rc
TOPXC ITAGS i cup2qous oxide,-field effech, -single crystal, surface
level, valence band# energy, level densiby
Measurements are reported of.the
ABSTR&MT. field ef fect in Cuprous
oklda.:ningle -crystalu and the determination of the par;imeters of
nslow*surface leve.1s*. The field-effect was meaeured by t1he standard
matbldr a constant voltage (up to 3000 V) was applied to a capacitor,';;
one. aUctrode 'of - whi,:h wais.the a"le aAd the other a :;netal deponited
Uaingtbis method#-ourfaca states with
oji a - z'-ca. p~Ato SO A thich
_~time horter thart 10 aed could be investi
;Col. &Xation., .. 3-8 g6ted. The
Surfice level parameters 'were determintid I rom an experimental

ACCESSION NRx -AP4046619
pen-dence': of the charge at the surface-levels on the vUrf IkCe band
curvaturiai -These paraneters are listed in Table I of the enclosure.
The eneMy positions wore measured from the upper edge ol the
ence bahcv. -Ovig-_. t . --has t. 1-1 igure 3--formul as j --and 1-tablei
va ar
ASSOCIATIONI, Kiyevaki~~,.g6sudarstvenny*y.-univerni.tat im. T. G.1
~Shevchekr~ko Way state Tyniversi~z)
:Bvcrj 101
SUB14XTTZD sIlMa~'64
!SUB ODDS t SO'-:. bTR REP 60
V8 . '005,: OTEM 002
21
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17
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FIWA

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ACCESSION' NR: AP40'16639 ENCLOSUREt 01

f
SU59W4e
741 garomgtArs

MEAL 414 -2

12
2x 0
-3
0 0
49
Accep~or. .
x 1 .
Acceptor, 1x 1011 56.0
, -
ccepior ax 10 69.6

l il
t

3/3

PEKA, G.P.
Effect of molecule adsorption on ti-e lirdne sconce, el...~ctric
conductivity. und luminoocunce field effect in Gu,O. Fiz.tver.
tela 5 no.7:2017-2019 J1 '63. (;,tinA 16:9)
1. Kiyevskly gosudarstvonnyy univarsitet imoni T.G.Shevchenko.
(Copper oydde-Electric propertios)
(Lwdnescence')

936. 2 t1w 491-
an a awfoun,
L tra"aLby 'hi f

v
Aad W
Im
I;t m
fQ t~ dad
m
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IM-20% 'am
e UP# prmucods topth
T
"d wm vektu Awsku C4 fision p
lathe!
20d mettwdf- the W ek=mt. was. 11 m4 Zr, fs dbw[vM

w In "xittu Nap ~+ ZrFA (41
i~ usaw t ZrFj, wb
Tt
~~
h
h
lu
p
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u
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d With
roug
, godnew trated
u
F, Brrs. w ON to pip. UF wbkb to dictd. off u sbm..

I CUP W1
ll
d fmal"
d
co
a
e
the
a molmn. INS

drW to the dtt
U:rbad

the u
db t U
dt &$Attd 14 A bed &i

i
U UF4 Is thm Imud
P 1A a AukUtid bed at 4500 with F
'
t
W
. to produce Me. Carrocku prob s
kum and c=
twtmials we d6cumed. NNWVR*e

4i
,
i

PEKA, 1,;D; SYKO~-4, F-antisek
Laboratory electrolyzer for preparing elomentary fluorinc.
listy 58 no.L-:969-?75 AE 164.
1. Institute of Nuclear iesearch, Gzechoslovnk Ac:ide-r,-,, of'
Sciences, Rez near Pra[,ue.

84638
Z/038/60/000/007/00VO06
A201/AO26
AUTHOR; Peka, Ivo
I 11-LE Reprocessing of Uranium Fuel by the Fluoride Dist.IlJatlon Method
PZR1OD1('AL. Jadernh ono:-gle, 1%0, Nn. 7, pp. 228 - 334
TM, lie First and Second Geneva Confert,ncvn
Based on the Proceedings of V
on Peaceful Use of Atomic Energy, on the materials from the Symposium on the
Peprocet!sing of Irradiated Fuels in Brassels, and on other Western rces, +17,
u ~ je
a7il.hor deals with methods of reprocessing irradiared nuclear fue,2VWOith special
attent-lon to the fl'aoride distillation method. A method operating at 1200C using
BrF3 as fluorination agent, a hig:n-temperature method with fused NaF4ZrF3 salts;
and a method using the fluidization technique for production of 1JF6 are descritped,tA
Evaluating the merits of each of these methods, the author makes the following
concl:a3ionst The merit of the greatest simplicity has the me+,hGd of ~.he direct
reprocessing of the fuel by reaction with BrF 3* However, its economical effes,
ia determined by the cost of the expensive elemental fluorine. 7ne consumptqon
of element-al fluorine in large-scale reprocessing can be reduced by one third
Card 1/3

84638
Z/038/60/000/007/00?_/006
A201/AO26
Reprocessing of Uranium Fuel by the Fluoride Distillation Method
(at the exp~ense of the inexpensive hydrofluoric acid) by dividing the process in-
c~o two steps! In the first step, uranium tetroxide is produced which is then
converted into uranium tetrafluoride by hydrofluoric acid. In the second step,
the uranium tetrafluoride is converted to uranium hexafluoride by elemental
fluorine. Compared to the extraction and pyrometallurgical methods, the fluoride
distillation method has a number of advantages: Radioactive wastes remain in
solid form and occupy little space. The danger of contamination is greatly re-
duced since the overwhelming part of fission products is removed by one single
operation. The factor of the decontamination of uranium from all fission product3
and plutonium, achieved by this method, is of the order of 108, avid. with the use
of adsorption of UF6 on NaF of the order of jo5. Consequently, this method com-
pares favorably even with the best results that can be obtained by the extraction
method, while the decontandnation factors obtained by the pyrometallurgical
methods are much lower. 1he fluoride distillation method can, undcr certain cir-
cumstances, be used practically for all reac*,or fuels currently in use (oxides,
metals, alloys). 'This method can also be employed in order to obtain high-purity
uranium metal from ore concentrates. Finally, the uranium hexafluoride obtained
can immediately be used by the diffusion plant for the separation of the fission-
Card Z/3

8h638
Z/038/60/000/007/002-/006
A201/AO26
Reprocessing of Uranium Fuel by the Fluoride Distillation Method
able U-235 isotope from U-238. The disadvantages of this method are: Difficul-
ties in working with anhydrous hydrofluoric acid and elemental fluorine; and the
stringent requirements as to the materials of reaction vessels. (Editor: J,
Berfinek). There are 3 figures, 2 tables, and 32 references: 28 are English and
7 unidentified.
ASSOCIATION: bstav jadern6ho vkzk-urrru 6SAV (Institute of Nuc &SAV
Card 3/3

CZECHOSLOVAKIA
FEKAo I; VACHUSKA,, j
Nuclear Research Institute, Czechoslovak Academy of
Sciences - (for both)
Prague, Collection of Czechoslovak Chemical QommuiA-
cations, No 1,, January 1967, PP 426w430
"Decomposition of complex fluorides of the type M4UF811

PERL, I.
Contribution to the wainicrodeternination of fluor in uranium
fluorides. Coll C2 Chen 27 no.U12692-2694 N '62.
1. Institut fur Kernforachung, Tschechoolowakische Akademie der
Wiasenachaften, Rez bei Prag.

KLLY, J.; KIJRZWFILOVA., H.; LLNK, it.; Jp~~U,-
Study on actimides. Part 1: Determining
in plutonium, by means of alpha and game
CoU Cz Chem 25 no.5:1383-1.390 MY '60.
the oontent of A!12-41AM
rays spectroacopy.
1. Institut tur Kernoforachung, Tachechoslowakische Lfcademie
der WisBenschaften, Prag.

I'QA, 1.
-I-
Kinetirs of the reaction r,~)twecn Lir~,Jlum f1tiaride and tiraralim
"I Ic
he-Kaf bioride .Coll C?, Chem `0 no.l.-P-222 Ja '65.
1. Institute of Nuclesir Researcn of the Czvehoslovak Academy
of Sclenres, Ruz near Prnglie. 3~)onittad O-tober 24, 1(401.

X C3
23001
s/i86/61/003/002/011/018
E142/E435
AUTHORS: Maly, Ya'.,.Peka, I., Talash, M. and Tympl, INI.
TITLE-: Reaction of plutonium dioxide with acidic ammonium
fluoride in the absence of water
PERIODICAL: Radiokhimiya, 1961, Vol-3, No.2, PP-195-198
TEXT: Plutonium tetrafluoride is used for the prepareLtion of
metallic Pu. The described method consists in the
fluorination of plutonium dioxide with ammonium fluoride in the
absence of water and is analogous to the method of preparation of
uranium tetrafluoride (Ref.5: J.Van Impe, Chem.Eng.Progress, 50, 5,
230 (1954)). A weighed quantity of plutonium dioxide is mixed in
a 0.2 nil platinum crucible (Fig-3) with a 20 -50% stoichiometric
excess of re-cry3tallized and-dried aimnonium-fluoride. The reaction
mixture is heated in a vertical furnace to a previously determined
temperature at whi~.h it is kept for 30 minutes; then the crucible
is weighed. Th startin-,-.temperature is 70"C, the end-
temperature 350 The temp6rature is measured with a Pt/Pt-Rh
thermocouple. e entire set up is pla-ced.in a glass casing
through which argon is bubbling. The plut'oni4m is determined by
weighing the Pu0j., formed during the calcination.df the
Card 1/3

23001
Reaction of plutoLium ... s/186/61/003/002/0.,Ll/018
I E142/E435
corresponding flubrides in the crucible at 600 - 700*C; the
employed analytical methods of determination of'F and N113 are
those described by J.Rodden (Ref.6: Analytical chemistry of the
Manhattan project. McGraw-Hill Book Co., INC (1950)) and
P.'Kirk (Ref-7: Quantitative Ultramicroanalysis, N.Y. (1)50)).
The obtained results were checked by control experiments by the
Debye-Scherrer X-ray method. Thermo-gravimetric tests on the
Pu02- NH4HF2 mixture yielded the temperature-time dependence
during experiments with 20 to 50 mg of this mixture. rhe thermo-
gravimetric curve and results of chemical analyses showed the
temperdture range of stability of these compounds:
N114PUV5 - 21120 . . . . . . . . . .tio-1250:
114PUFB . . . . . . . . . . . . .. mo-MV
.30-2703
PUF' .............. .
Theme results define the temperaiure conditions of fluorination.
It is concluded that the reaction mechanism is as follows:
Card 2/3

23001
s/i86/61/003/002/01i/oi8
Reaction of plutonium E142/E435
(1)
MOI + 5N IIJIF2 2NINPUF5 + 211,0 - 3N 113
N11'Purs - 2N0 t00-2000 NII;PuFB + 21190 (2)
NI14PuF6 FuF4 + N113 + IIF. (3)
Acknowledgments Tize-exyressed to L.N.Sedlakova who interpreted the
X-ray patterns. There itrer- .3 .:figures , I table atid 7 non-Soviet-bloc
references. References to Englis'n*'Ianguage publications include
the following: G.T.Seaborg, J.Katz. The ActInide Elements, N.Y.
(1954); J.K.Dawson, R.M.Elliot, Rep. A.E.R.B. (C/R 1207),
Harwell (1957); J.K.Dawson, R.M.Elliot, R.Hurst, A.E.Truswell,
J.Chem.Soc., 558 (1954); J.K.Dawson, D.Eye, A.B.Trusivell,
J.Cllem.Soc., 3922 (1954).
SUB'MITTED: September 25, 1959
Card 3/3

CZECH ULOVAKIA
PED
Institute of Nuclear Re3earch, Czeohoslc-,-,i's Academy of Sciences
(Institut fUr Kernforschung, Tschechoslowall:ische Akademie
der 'Hisaenschaften), Rezz near PragLie
Prague, Goilect'.1on of Czech031ovak Chemical Conrauni cations,
No 110 Noveriber 1966, pp 4245-51
"Research on the reaction of uranium hexafluoride .,.ith sorne
stable fluorldos.11

BID

Af WI

&;X
t Fa Polska
t
e 11 'rie %1,~odl -Wd MO
'es "' '"ed '10 IM2 from BLof 1.
- no Hirt. P
I.-to
fro-
""t g
E
s
Ile somorp '~
to
"MI a talt of penicillin, de-
~
SM
~ from
13213 ftl
y1 ale. Me2C0. (2) Pptn. by

the undersurfam culture or Ptxkillismi ckryjt- Mix to at MaThd increase ill
Meatis of the Atesve 60;12 1
t .4 units/mat., was t-'Ftccl
gon 0 176. stmostil about lir lotnicillin vields: lvr S. Of yellow amorphous penicillin-Et-
the k1lowl"I Anhyd. solvents: Altolf, Efoll, l1roill oil, 41 11,10, Pto) I M; BUD11 as, lsoamyl Ali-, W; bleset
BuOR,atieLlsoarstylsole, Et,0and 1.4-dioxane;c1Pyi..bt1tyl-, 66; in av. of 5070. Samples, 10M units/mV,wer- photo-
and aroyloLlartes; 99% MejC0, McCort and iso,-Bu(:81dC: tnetrimlly allyzed; the lightest samples were: obtain(4 by'
andCH(3j. ?be effects of these solvents on the iodonletric butatiol plit.n. which were 13 times lighter in color than the
reatdcion rtrults were studied with respect to the detts. Of o6ginal. MeICO pptn. was 5 to 8 times lighter. Therela-
pepkillin. The lower ales, interfered only to a gritall de- tive aints. of bezzy1perskillin (G) increased, -while that of
gree in t1vt deto., while higher ales., and purticulazly ke-
`
'
,
1
l
I
h
f beptOpcnicillin W decrtased for all sampl:s. Rest rL-
04e0all resu
ts. lowe
t t
e coneu. o
ect,
3
t6mp""
.1
the order of several tell-
A~ Solvents is,
T sults were obtflued by ppto. with MOIL 71c Z nos.
774Rk) incre for thelorls!nall awnple and for
(C.A. 45
uts, the error (it detn. will then not exceed
~Abmslsaoa.bll
which I
within the limits Of tx
more Most Is few %
t1 ,
samples resultirg from pptn. by 1110H - 6. for other ad-:
'
b The
I
I
W
W
-
-
,
io
error for the method. The tioly. characteristics of peril-
cillin In the soberve solvents twe tabulLted. The following '
ill
.
, TbeZuto,ftreryst.
squa
--verott -
0.P
r`CsUlttng sampirs upproximated those, of pure cmt- peni-
*
solvents w-t recommended for quant. testing: Etoll, Do- a cont.
cUlln lUropertirs. After 6 hrs.' beating at 100
isoomyl ale.. and Njc,(~o. 'I'lltse F.Olvelaq.
OH, PrOlf '","Plc Cryst. F~rlicillill was 2% Inactivated. the or"ginal
.
cause, initial soln. of the sample. followed by light copioll
Ith
amorphous penivillin 72~' aud the saillples, It
q
I loloway
00/
l

too. of tipe Not s*bt penicillin. Rxj)d.: 4-4.5 mt. of one
i
i
l
f
H
i
M
vents
_
-
org. so
ITI M. ded to I g..o
c
lliu.
ke so
the yt
ow pen
During solo. ow-white plot. %rus fortned, while the
oppernatant rem ned brownish, 71te soln., with ppt.,
was placed In an lee box for a) min.. izentrifuged. the soln.
(So) poured off, and its vol. measured. Ile remaining ppt.
wras suspended in 3 mt. of thr:-=esW-ircnt, centrifuged. and
the So Wii. poured off and vol. measured. The plot. was -
wadwd 2 -awes with 3 and 2 nil. of EIA and dried at room
temp. in a vacuum desiccator airer.CaCls. (I)Stmn"of

1-7.,!,Ar,, .-
4~.- - -.
I-'.T o I -
f- n" - r, ' 'I cr' r', n' c -A v! t,~, - " -, onic (.:- : -~ 1 7
, , . I - ,r
V,:f I I -tcl nn I I u -)~- V - I! I ',-r I.*:, t. .
,I ~
" u-nal r-.r rf, I 'nol 1 T-r,.rcf,!ch(!:f-.ol 1", -Ul-t I-
- -7: -, : lo~,-lc,, I

KoWhISKI, Bronlulaw, mgr Inze; PEKAIA, Jozef, mgr ino.
Design and construction works given an award by the (',O=ittee
of Buildixg,, Cit7 Plaming and Architecture in 1961. Inz i bud
19 no.6:205-212 Je 162,
I* Biuro Studiow i Projektow Typowych Budownietwa Pmemyslowego,
Warszawa.

UTACHOWSKA, Irena; PFKAL.S, Tadsmax.
Anti-RacherIchia colt specIfic antibodies in the blood of'
children with infantile diarrhea. Med.doew.mikrob. 7 n0-4:
371-376 1955.
1. Z Panstwovego Zakladu Iligiariy w Warstavie.
(DIAIUMM, in infant and child,
lxnt i-R.coli specific antibodies in)
(ASTI(ENS AND ANTIBODIES,
:9. colt ant1bodles in inf.dtarrhma)
(ESCIMUCTIIA COLI,
antibodies. in inf. diarrhea)

KROH, J,, PaALA, W.
Radiation-in::~uced polymerization in the soli-i state. pt.1,
Bul chim PA14 12 no.6:419-423 164.
1. Departinent. of Radiation Chemistry of Lodz Technica.'L
University, Submitted March 31, 1964.

~~i , ~ !I: , ~.. -:. ; 1 ~ . . , . , . . !, .

ChDice 0" '-C,-F ti I", "or 7.'!
rS iv

P717'T,517 J
io 11 N ov. 1';'
-,Lsca ie (Al.
i:onth--: Ll* uf .,c cc, L no 1 ss.

PRKAIZP,-XasAmi.trz
The 30th annivornoyy of thp unveiling of the monument to Ignacv
Lukaoiewiez in YPsano. Viad naft 8 ziolls263-264 N 162,
77,.-
1 1

FAULSKI, KAIW 2-
Recollections of the oldeot Polish petrolem vorker. Viad naft 7
no.nt261-263 161.
(Poland-Petroleum vorkere)

PAM, A.
Results of Hill's r.)ethod of histamine-insulin therapy of
mental diseases. Neur. & poychiat. cock. 13 no.~:17*174
July 1950. (CIKL 20:1)
1. Of the Psychiatric Clinic of Knearyk University In 'Brno*

Pmr.4-R, A.
"Innovators in the baking industry are for better food supply for workere.0 p. 6
*A scientifiz discussion was held in the Capital Bakery." p. 6
w4luable innovations in the nilling Industry.* p. 7
01movations in the pig slaughterhouse.0 P. 8
wNew experiameas in poultry breading.* P. 8
(Ujitok kRIa. Vol. 5. No. 14, July 1953,, Budapost)
SO$ Monthl3r List of &Mt Eurom
,9a U22sajonsp Vol*3 No.2 Library of GoiNpress Fab 54 Unal

HUNGARY
PEKAR, Arankaj_kL; and TARI, Janos, Dr; Roentgen Clinic of Budapest Medical
*_1Tn_1_ve'ri_f'ty-T~irector: Prof Dr Zoltan ZSEBOK)
"X-Ray Physical Peculiarities of the Fluorescent Screen."
Budapest, 11-NMar ~~10~ia, Vol 18, NO 3, Jun 66, pp 16s)-174
Abstract [authors' Russian, English and German summaries, modified): The
pbe on of luminescence and the physical factors affecting it are described.
The lirht intensity of the screen depends on its material, on the thickness of
its layer, on the granulation of the luminescent substance and on its physical
properties. Cadmium-wolframate is recommended to prevent arter luminescence
of the screen. Five Soviet-bloc and 6 Western references.
1/1
- 902 -
Janos, Dr. Dr; ~jpdical Univorsity of Budape,9t, Radio-
1 0
1),,ical Clinic .(cjjrPztor: Z,',RMY, Zoltan. Dr. prof.) (Budapest rvo--
z Ront,-enklinika).
tudomanyi ",_'Yet1'm,
"Fluoroscopy and the Factors Influencin6 the Quality 0: the Fluoroscopic
Image . 11
Budapest, Vagyar Radiologia,VOl XVIII, No 4, jul 66, pages 231-235.
Abstract: In the present articlet factors not involving the screen, the
eyeetronic parameters used in fluoroscopy and the body examined are dis-
cussed. The most important physical, geonetrical and technical information
reiated to fluoroscopy is described. In conclusiOn.it Is si;ressed that
not only good appalatus but its correct running and the bes,~. choice among
. possibilities is also necessary for the achievement of good pictures.
thp
5 !Eastern 'European, 4 western references.
1/1
are most important. Uncompronisina, olitical do-dication to soci-'-ff~ri i--
advocated as essent-_.al. Three graphs.

PE M 1, A.A. (Odessa)
Course of influen2a during the 1959 epid~---ic. Yrach.delo r.0.11:
95-98 N 162, 01r:U 16:2)
10 13 ollvitsa No,,l Mentrallnogo rayona Odessy.
(BIFLUXIMA)

PEKARIv A.A.; KRYSSO 1.1.
Experience in the treatnent, of patients vith diabetes mellitus at
a city medical district. Sov.red. 24 no.Ut135~-138 N rila.
(MIFA' 14: 3)
1. Iz bollnitsy No.1 TSentrallnogo rayons, Odessy (glavr47 vrAbh
Yu. N.Gordon).
(DIABEM)

ELIKIN, G.I., irzb,; 'GOROSfffV'3KJY, V.V., karid. t9khzi. nauki
PMRAVKOY A.A.,. inzh.- F-El-U.P1 G.M., inzi,
Yeasuraragnt of t~e f1patd of auoty a-'Lr and gas currerts
in pipelines. Elek. sta. 3-1 no.'7:81--82 JI 163.
NIR-4 1,,~: P 1)

GLUSHCHUK, N.M., inzli.; PEKARI, G.M., lnzh.
Operation of steam turbines condensers on seawater. Fnerg.
I elektrotelzh. prom. no.3:61-62 Jl-S 165. WIRA 180)

ZIMA, V.L.; PEKAR-, G.S. [Pekarp H.S.]; FAYDYSH, A.N. [Faidysh, O.M.)
Polarization of the luminescence of' pure and impurity
anthracene crystals. Dop. AN IIRSR no.8:1043-1046 164.
(MIRA 17:8)
1. Kiyevski:r gosudarstvennyy universitet. Predstavleno
akademikom AN UkrSSR S.I. Pekarl [Pekar, S.I.].

266m.~654
.-I ACCESSION IR: AP4043727 S/0021/64/M/00811043/1046
-AVMOR,,, Z 4xia,~ V L.; Pekar, G. S. Pekar', G. S.) Faydysh, 0. 14. ~%rFayd
ysh, A.
TITLE: Tblarization of tho luminescence-of pure cmd impurity-containing anthra--,,
_~m~dne cryst4la
'~:~-_AA-UkrRSR.~-DopovtJi, no. 8, 1964, ID43-1046
TOPIC T-AGS4 - luminescence apectrum, luminescence polarization, antb:racene' crystal,
luminescence center, lat-tice defect, exciton
ABSTRACTiJi -To elucidate tbie nature crystal luninescence. and the~~Icharacter of
~the
tom W.ature:dependenciL of the energy, r involved, the.auj'hors studied
transfe
the, um nixscence 'of ' pure,,-, and imp.u.rity-containirig anthracene crysimls in polariz-
t it* 20': 10 emd ?.OK~ , A diagram of the luminescence spectria' of pure
_Od ligh
~~containin ~gether~kith a photlD-
anthtacen., and anthracene, S O-centers it: given, t4
~..graph oVthe lumineiseence'~spectra,of the b 'and a components of th.~ an'thracene
C.tystal at 293K. -The~stuly made it possible to distin uish be'twe~,,a the natural
A Idef t*GV' -lumirke6cence
an of the lattice. . It was - f ound that ~ the "first band, of
J" inescence~splilts
natural :um ifito'dif f crently polarized components indicating
the excfton origin of, th4i band. The intensity of the natural anij defect lu-
i nce. and 'also- of the impurity luininescence of anth-racene, d6pends strongly
&MITI

5/081 62/000/0,!0/019/040
BI 58YB1 01
V
AUTHORS: Pekar, Jaroslav, Splfchal, Karel
TITLE: Production of glass fibers by drawing from a melt
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 20, 1962, 362, abstract
20K289 (Czechoolovak patent 99160, March 15, 1961)
TEXT: Individual glaso fibers, drawn from a spinneret, are sarted into
2 or more identical bunches which are bonded into yarns on separate
greasing devices. Two or several yarns are wound onto the same bobbin
of a receiving device. The procedure enables inadequate greasing to be
overcome and eliminates breakage of eeparate-threads on working units
when a fiber containing a -large number (m~ore than 100) of elementary
threads is being drawn. Abstracter's note: Complete translation
Card 1/1

insh,-fivik
With a magician's wand across the world, Znan. ta praUvia
no.524-5 MY '63. (MIRA 16W
(Spectrum analysis)