SCIENTIFIC ABSTRACT PAVIEVSKIY, V. I. - PAVKO, D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001239520006-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 15, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

FAVIFVSKIY, V.I., inzh.
Earthmcving mrt~hinery In the building of* large IrrigatIon sy5tem-s,
K-kh, strol. 21 no.1:9-10 A I &-.. .IM1 i A 17 : i. '

PAVIK, R.
Development of the designs of woodworking machinea. P. 30
CZECHOSLOVAK HEA'17Y INDUSTRY. (Caskoslevenska obch:)dni komora) Prague,
Czechoslovakia. ?IOW. 3, 1959
Monthly Pist of "'aA European LccessionB (EE-AI), LG, Vol. 8, ~40. 7, July 1959
Uncl.

PAVILK, M. K~CH, M.
The use of ion exchnnge in water aralysis. P. 105.
(Voda. Vol. 36, no. 4, Apr. -957. Praha, CzechosI)vakia)
SO: Monthly List of East Euronean Accessions (FKAL) LC, Vol. ~, no. 10, October 19~'~. "inc-.

PAVIIAMM, V,Ya.
Using the zero-torque theor7 in designing,spheriodal roofs.
Issl.po uprug.i plast. no.1:82-94 161. (MRA 15:2)
(Roofs, Shell)

PAVIIAMM, V.Ys.
11-, --
Zero-torque etressed sute of a toroidal roof. Issl.po u 0
i plast. no.102-81 161. (KMA 15:2rg
(R)Of B" Miell)

FAVIIAnM, V.1a. (leningradl
Designing an e1liptical dome for wind load according to the
momentlese theory. Stroi.makh. i rasch. soor. 3 no.3t38-42
161o (MIRA 3.416)
(Wind pressure) (Roofs, Shell)

a-, Lip
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V=Cr-3L-. 156
XYDprA_,ocDTxAp=S
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17. ead A.A. &~*j lk- T-W- F-j-,
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9-d-~ L~r-~ f
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19. td..A ams L. r
aw, 197
Sf"-- ~f U. U.
qpj." 238
T.S. arr.et f the Npttj at lpoorgj~ M the Qumttty of t-oo
K". -f . Mlip--dd 'r Rmftlutt~. M2

BRILI, M.G., inzh.; PAVILAIT"N V.Ya. inzh.,- SHULIKIN, Yu.B., inzh.;
IMW-.RMAN , A.G. , T-an-d-'.-f~kfinnauk
Three-dimensiona.'~ structures with large spans made of light
metals. Rasch.prostr.konstr. no.0:5-38 161. (MIRA 15:3)
(Rooj's, Shell) (Aluminum, Structural)

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~O~VISL9 P. V. PRASE I BOOK MeLOITATION DOV16 206
Konferentslya po teorli plastin I obolochek, Kazan'* 1960,
Trudy Konferentall po teorli plastin I obolochek, 24-29 oktyabr7a
1960. (Tranaactions of,the Conference.on the Theory of Tlates
and Shells Held In Kazan', 24 to 29 October 1960 Kazan''
[1zd-vo Kazanskogo gosudarstvermogo univeraltetai-1961. 4~6 p.'
1000 copien printed. I I
Sponsoring Agency: Akademlys nauk SSSR. Kazanskiy filial. Kazanskly
gosudarstvannyy universiteVim. V. I. Ullyanova-Lenina.
Editorial Board: Kh. M. Mushtari, Editor; F. S. Isanbayova, Secretary;
N. A. Alumyao, V. V. Bolotin, A. S. Vollmlir, N.,S. Ganlyev,
A. L. Golsdonveyzen N. A. K110(thevskiy, M. S. Kornishin, .
A. 1. Lurlye, 0. N. Sevin, A. V. Saahonkov, 1. V~ Svirskly,
R. 0. Surkiii, and A. P. Filippov. Ed.t V. I. Aleksagin;
Tech. Edo. Yu. P. Semenov.
PURPOSE: The collection of articles Is Intended,for s6ientlets*and
engineers who are Interested IT, the analysis of strength and
stability of shells.
Card 1/14

Transactions of the Conference (Pont.) SOV/6206
COVERAGE: The book is a collection of articles dellverad at the
Caaferenco on Plates and Shells hold in Kazan# from 24 to 29
October 1960. The articles dea). with the mathcmatical theory
of plates and shells and its application to the solution, in
both linear and nonlinear fomulations, of problqms o: bending,
static and dyaamic stability, and vibration of regular'and
sandwich plates and shellb 6f 4arious shapes under varloug
loadings in -the elastic and plastle regions. Am4y.1023 iD made
of the behavior of plates and shells In fluids, and, the effect
of creep of the material is cozaideroo. A numbo~ of pa:pors
discuss problems associated with the devolopmont of off octive
mathematical methods for solving problems In the theory of shelli.
Some of the reports propose algorithms for the solution of problems
with the aid of electronic computers. A total of coo hundred,
reports and notes were presenteJ and discussed during the con-
ference. The reports are arrangod alphabotloally (Russian) by
the authorit name.
Card 2/14
~y I

Transactions of the Conference (Cont.) SOV/6206
Mak-arov, B. P. On the Nonlinear Flutter of a Plate 220
Clamped by Its Circumference
Manevich, L. I. On the Stability of a Cylindrical
Shall Under rJonuniform Axial Comprossion 226
Mitkevich, V. M. Symmetrical Deformation of a
Stiffened Conical Shell 233
Mishenykov, 0. V. On the Dynamic Stability of a
Shallow Cylindrical Shell 239
Myursepp, P. V. On a Method for Investigating the
Behavior of Shells After Plastio Buckling 246
Obolashvili, Ye. I. Positive Curvature I-lembrare Shells
Aoted on by Discontinuoun External Forces 250
Pav,~laynen,
J. Ya. Membrano State of Stress of
_
Mf~rcu-rl-7z%nslatlonal Shells 254
Card 9/14

PAVILAYNEN, V.Ya., irizh.; SHAPIRO, A.V., inzh,,
Shallcu precasl. reinforced concrete :3hells of positive
curvature. Bet, I :ghel.-bet. 9 no.ll1509-512 H 163.
(,MIRA 17:1)

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1-2492-&. LIWT(I)/E=/EPF(n)-2itEPA(w)-2/EW(m) IJP(C) AT
ACCESSION IRR: AV 50267i4 VIVO057/65/035/0'06.4394/14,
Y V"'< 9!r
14VII10RI Favilchenkos 0a p!j~hInt_L,,AjKuzn*,ksovj Tuo Kel Adamov# I;. Yu.
TITLE: Instability of a plasma discharge with oscillating electrons. 1. micro-
wave radiation
SOURCE., Zhurnal tekhnicheskoy fiziki, v. 35, no. 5, 1965, 1394-1400
TOPIC TAGS: plasma instability, plasma oscillation, hydrogen, helium, electric
discharge. electron oscillation, electron reflection, electron temperature, larmor
frequency, nonlinear effect, plasma magnetic field
ABSTRACT: The authors have Investigated the microwave radiation from a high vol-
tago-PIC reflex discharge plasma In order to obtsiln more Information concernine
the oscillations discovered by G.Landsuer (J. Nuol. Xnergy, Vt. C,4, 395, 1962)
at harmonics of the Larnor frogioncy. The dischvirge took place in hydrogen or
helium in the presence of a uniform longitudinal magnetic field up to 2600 Oo be-
tween two 3.5 cm diameter cold aluminum cathodes 80 cm ap*rt and the copper wall
of the 10 cm, diameter, 100.cm long discharge chaziber. The cathodes were located
within short porcelain tubes# and a potential difference up to 2 W was maintained
between them and the chamber wells Microwaves of 364 cz wavelength were
1/3
CUM

L 2492-M 01
AMESSION MR6. AP 5020724 VIVO(*7/65/035/008/1394/1400
received from the Interior with a horn antenna wul were recorded with a superhetorJ
odyne radiometer having a 4 lic/see passband. The plasma density was measured with
am 0.8 cm r'avelength Interferometerp the electron temperature was determined from
the triplet to singlet intensity ratio in the helium spectrum,'and the Ion tempera-
ture was determined from the Doppler broadening of spectrum lines. In the experi-
ments the PIMUM densities rwWad from 1012 to 3 :x 1012 c*-I, the electron tenpera-
tures from 20 to 50 OV, and the Ion temperatures.1rom 0.1 to 0.3 eV. The magnetic
field dependence of the molse temperature at 3.4 cm was different In different re-
glons 'of magmatic field strength. At low-fleld strengths (region 1) there was a
single maximum at which the noise temperature rea-.hed hundreds of electron volts.
At magnetic field strengths between about 200 and 1500 09 (region 11) there were
many.naxims whose heights did mot exceed 50 eV* 'rho-heights of the region 11 amt-
an varied with the pressure and discharge current# but their positions did not; the
maxima occurred at those field strengths forlubldh an Integral or-hall add integral
multiple of the Larwr frequency-was oqual to the radiometer frequency. At a mag-
netic field strength of perhaps 1500 09 (depending On y-ssurs and discharge cur-
1rent) there occurred a sudden decrease of the plasma dessity and a simultaneous In-
cremew *I the noise temperature (trawit-lon to region III)o In region III the
nolso tempsiattrie Inaremed mKOthly wltb Ineressift wagpetic field# end reached
CWd 2/3

L 2492-&
iACCESSION NR: AP3020724 fill
values as high ar I keV- These phenomena mW theiv variation with presiu
,re and
discharge current are discussed at some length and are compared with relevant ob-
Iservations of many other investigatorse It Is suggested that nonlinear effects
are Involvedg as well as an anomalous diffusion that the authors discuss In the
following paper (ZhTFj 350 1401, 1005; see abstTr 10"020725h, conclusion&
the "kV. I
ors express their gratitude to V.K.OrgevYi KbN.6tep and is a
lk=e o, lor discussing the results# and to V. 1.96nTijbiWo and ;X.ye.MarAYdi9Wo
masUing with the work." Drige arto bass 7 Uwaules wd 7 21gures.
ter
ASSOCIRMNI 40titut An ubwmp shirtkol
institute, An 0kP*Q
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IRA Ur sows 003 009
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b / I (., /1, / ~,
GUI)BLIS.V.K. : PAVIIA)NIS,S.V.
Paleoanthropological finds in Lithuania. Biul.Kom.chetv.per. no.20:
39-44 155. (KLRA 8:11)
(Lithuards-Pan. Prehistoric)

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PAVJL'0N0V-,-!,-I-,
Of P0tA!3SiIIM On thO POSJ" Of) Of the I'4,7ht 00 6n5flt' 011,
mp
noint in plants. Biu-1. Gla-wl~ bot. sfida no.531:66-71 1b,
4*
(TRA !7g6,
1. Glavn-rf botanicheskiy sad Akadem!i nauk

---PAVILONSKIY, V.M., NEDRIGA, V.P., kand.tekhn.nauk.red.
[Experimental Investigations of the pore pressure in clayey
soils) Eksperimentalinye issledovaniia porovogo davleniia v
glinistykh gruntakh. Moskva, 1959. 70 p. (Moscow. Voesoiuznyi
nauchoo-isoledovatellskii institut vodosmabzheniia, kanalizatsii,
gidrotekhnicheskikh sooruzhenii i inzhenarnoi gidrogeologii.
Laboratoriia gidrotekhnicheskikh oooruzhenii. Informatsionnye
materialy, no.4) (MIRA 140)
(Soil mecYanics)
(clay)

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SOV/137--59-5-11421
Translation from: Referativny-y zhurnal, Metallurglya, 1959, Nr 5, p 277
(USSR)
AUTHOR: Pavel'yeva, T.S,. 1e
TITLE: The Effect of 111gh-Tem"rature Carburization on Mechanica]
Properties \7 d Structure of Steel
PERIODICAL: V 9b.: Za novulru tekhn. I progressivn. tekhncil. Minsk, Gos.
lzd-vo WSR, 1958, pp 267 - 275
ABSTRACT-. The author investigated the effect of the oar]~Vization tempe-
rature on the mechanical propertiez of 181MT)6iii6~d
2OKh steel grades. After ca
yburization e specimens were air
cooled. The microstructurelof the) speoirens was investigated
Immediately after carburization and qu#Weh hardening. The J-12,
holding time was calculated In oriler tAbtaln 1.3 - 1.6 mm
Card 1/2 deep carburized layers at carburizing temperatures of 9200,

up.
wi,
on,
9 q
gli
10,
IJ

PAVILAYNEN, M. M. Cand Tech Sci -- "Study of the StRtistIcP1 ana .:y-nE~7_4c
chara 0 t e_ 'stica of technologioF)l equipment of' the line of primary trf~ntment of
milk - development of a practicnl system and elements of automatic control."
Yos, 1960 (Joint Cotkncil of A-11-Union oci Res Inst of Mechanization of Arr "VIV,"
r,
and All-Union Sci Res Inst of glectrificption o:' At, "V 1 4n 11 ). M, 4-61, 199)
-296-

PAVILAYNEN, V. Ya. (Leningrad)
Designing an elliptical dome for wind load according to the
momentless theory. Stroi. mekh. i rasch. soor. 3 no.3:38-42
,61. (MIRA 14:6)
(Wind pressure) (Roofs, Shell)

PAVILAYNEN, V.Ya., inah. (Leningrad)
-.1
Design of an open shperical dome with a rainfcrced edge for inversely
sjnmmetrical loading. Reach. prostr. konstr. no.8t2?-46 162.
(MIRA 1616)
(Domes) (Roofs, Shell)

PAVILAYh7EN, V..Ya.
3quations 1n the zAr,)-torque. thaorf of double-curvature
shells. Uch.zap.IW no.280:W-112 160. (MIRA 13:7)
(Elastic plates and shells)

PAVIMKTY, P. P.
"The Angular Distribution of Protons by Photo-Dizintegration of Deuterons,"
Journal Phys., 4, 140. 3, 1941.

PAVIXSKnv P. P.
22937 Statikho8kiye polya s proievolinym tselyn apinca. Ukhen. Eapiski
karelo-fin. Gos. Unts, T.II, Vyp. 4, 191.7,(It)dt 1-9,49) S. 3-9.
Bibliogr: 6 Naev.
SO: LETOPIS' ND. 31, 1949

FAVINSK17, P. P.
22938 Mm3tiUs so spinom 2 v elaktromagnitnom pole. MLben. Eapiski kw-elo-fin.
Goo. Un-tat T.II Vyp. 4, 1947 (Ied 1 1949), S. 10-16
Stralkov,, S.F. lobahkhey tecrU lineynbkh usiliteley. Sm.22929
SO:LETOPISI NO.31, 1949

PARINSMP P.V., Prof,
Prof. of The Univ. of Karelo - Finskaya SSR
On-study of Molecular Structure
Soviet 5ourcet N Laninskoye Znawora - 13 May 47 - Petrouvodsk. Abstracted in
USAF "Treasure Island", on file in Libr&ry of Congress, Air Infor7ation Division,
Report No. TI 38518

1 .TL:-S--KLVf M. G.; PAVINSKIX. P, P.
2. USSR (6oo)
4- Fhysics and Mathematics.
7. Field Theory. L. landau Find Ye. -Iffshits. (Second rvvised -,Ilticn, Vol. I., !'C-1r:,W,-
Lening-rad, State Tec!.n"cal 1resr, 194S,'. Reviewed by ~T. ~. Ve,~t-lov and 7. F.
Pavinskly. Sov. KnIga, NIc. 2, 1950.
9. b0 Report U-3081, 1.6 Jan. 1953. Vncl~tsssified.

Tom a # depadarcs of Rams lpctfs in trysiall
F 4=71' PA"Itgo'kil, 4nd A I ll~t,klwu- iA,,.[
. 1 5 S-H 17-,Isiilj-. -Ahad N.Juk S N s A , %'-, 'rm
".Ill 1-1(1948), cl. CA. 42, IWOW smimd order
R.,n.s, sg~trx hAvr Ix-en Orwr%vI in NuO And KCI
clyatal~ it eliv-ated Imps VI-1, LNO I., 71MI, 1114. 111
tensity in (he fl(W.N111-cra. I trXimi invicam- -limply mid
the ovel.11 Intru.1ty .1114 1 A 11" wt 1 le'd , ,(I
odrsainin. sh;ow IhAl thr Irnip fAct'vo .,I
114b "fliger wiltleritif Art V.- - (I'll ().M Atilt QA'*'
"I'cre (). 1'1~ Ille 1"I"t SI A'.
kW2wbj'))-' Im
(-W
F.W lush lemp. il, '$-h i, v,v
ilieun thus cvprvwtit~ %ell f1w ~xpt~ F-Irth-tiltrSIX4.
tra arv not I., NXI and KO 1114. ~.I'111141w%
,hjrp sncr,~~,c ~) III . I,s I I, Alfit 1,,l I., itra-VIrder
cut(csing tq tA(tsv ddwf, ,f V,O S I,Akswtl

Majbma-ldeal Ret-Aewa
vol, 14 Hoo 7
July - August 1953
Anitlysis
LL
the iere.'~
~I.Iavlnskil P P The ellectrostatirtroblern for 8
ski 4. dawdarstv. UnivMenye 0'
2 0
Zapiski, I Ser.
Fiz. Natik 7, t34-155 (1949). (Russian)
The mathema S. Let
C I problern 6eated here is as follow
r, 0, V be polar coordinates, u(r, J, p) a given function
for r < I and regular also for r = I except for iso-
harmonio
lated points or curves. One has to find two harmonic func-
tions UjI r, E7, P), u.(r, 0, 9) defined for r < 1, r > 1 respec-
tively, such that u, vanishes at infinity of order at least 1/2,
I so that the boundary conditions
should hold on r - 1. Ifere a is a fixed number, 0 < cz < 1. In
the physical problem u is given in termsof another harmonic
function -t(r, 0, p) by the relation u = (I -2a)r(Oldr). The
1--mithor remarks that expansions in spherical harmonics
C;Ionot tw used i1' it is permitted to have irregulari ties on
r = 1. 1 k! giver, euplicit integral formulas for u, and u. in
I terms of either is anti P. These formulas are used for the
-tiled investigation of the case where 4~ is the potential
d
et.
of a point course.
L. Bers (New York, Y.).

P. P. PAVIN.SX1Y
USSR/Physics Crystal5, Rock Salt Polarization Sep 49
"Polarization of the Spectrum of Second-Order DJLspersion of a Rock Salt
Crystal " Ye. F. Gross, Corr Iden, Acad Sci USSR, P. P. Pavinskiy, A. I.
Stekhanov, Leningrad Physicot,9ch Inst, Aced Sci USSR, 4 pp
"Dok Ak Nauk SSSR" Vol LXVIII, No 1 7 - _7 0
Used a quartz spectograph and a powerful water-cooled mercury-acr lamp
to study subject spectrum. Mercury resonance 11ne of 2,537 A was used
for excitation. Placed rock salt crystals in special quartz containers,
heated to 7000 and Illuminated by an unpolarized source light. Light
diffused by rock salt crystal was collected by a fluorite lens and passed
through an Iceland spar crystal set in front of the spectrograph slot.
Results of polarization studies of reflective diffusion spectrum of rock
salt at high temperatures showed that most pola:rized part of spectrum
is that of low frequencies from 60 to 200 cm-1. Sutmitted 4 Jul 49.
PA 2/5CTIO2

Payinskil, P. P The electrostatti;,problem for file sphere.
6usudarhtv. tJniv.VU&'IINV ZAI)Llki 120,
Fiz. Natil: 7, 134 155 (1949).
I lic 111,1111villatiual ploblelli treated here is .15 follcm ~. I I-(
r, tl~ lp be polar coordinates, ri(r, t?, p) I givva hinctw(i
harimmit Im r : I and repilar also for r ~ I ch, upt 1,,i I,(.
Lited IiIjim" m cm ves One has to 1-1110 two 11,11 Illmili Itlill
h,ajr. ti,(r, I), %~J, li'(F, I). %p) (Jelpleil fill I, -- 1, r , I I
tivvIN . 411,
?I-Itlitimatical Revievis
.A I I I ~Al 1. 111' 1 )1111 Ilkht N COlItIl I it )Its
Vol, 14 tio. 7

July - Augtlct 1953 19, ~ III, ml U,/or + (I - tv)d1QtIr ~ it
"llould ImId I'll r -- 1. 1 Ivic It is it fixed latillilit.r. 0 1 [it
(lie pll~ Sit 11 ploblvill it Is given lit Ivrmb ill aimilici la.tt jimitic
f(mcl lon chr, d. o k, :he rufaliou ig = (I - 2,t)r (d+ dr). I he
atillwl rvmall~' 111,11 expansions III sphemill li'llilillim ~
perillitted to flava- illvj~llhlili. , m
I I Ilu itm-s v\pIII it ililvglal fill 11, mill 11, 111
let III-, III C I I I It 'I It 1111 1 +I'llt-W Jill 111111,14 .11 U1111 1 11. 11 1 h,
lit-1.111Cd IM V!-11g,11 [till A (he IiIW W11CIC IS Hit I)IIII till
tmll-A'
[ N N

USSR/Phynice - Spectrography Apr 51
"Combined Dispersion of Light of Second Order,"
B. F. Gross, P. P. Pavinskiy, A. I. Stekhanoy
"Uspekhi Fiz Nauk'! Vol XLIII, no 4, PP 536-586
Describes phenomena of combined dispersion of
'3
2d order and results of theoretical and exptl
res of 2d-order light dispersion by crystals,
18IT94

-FAMUIT. P po
Problem of deecribing the local In the theor7 of 31ementary particles
with npins larger than unity. Uch. zap. KaU no.lLk:'):3-32 '52.
(Particlea, 3le-nentary) (Field theory) (MIRA 1113)

PJ1VBSX1Y,,_ P. P. and KOWLIN, YU. N.
"The Field of a Vertical Nagnetic Dipole
An articid! in Scientific Notes of the Leningrad Order of
imeni A. A. Zhdginov, No. 210, Physics Institute, Pbysical
Geophyalca, 10 6
5 " 1-~)O PP.
Above a Two-Strata ?,tedium,*
Lenin Stste University
Science Series, No c,),
SM: 136,0

Translation from: Referativnyj zriurnal, Geologi:ra, '917, Nr 4,
p 173 (US13R)
AUTHORS Pavinskiy, P. P., Kozulln, N. N.
TITLE: The Field of a Vertical Magnetic Dipole Over a lvo-Laver
Medium (Pole vertikallnogo magnitnogo dipolya na,-4
dvukhaloynoy sredoy)
PERIODICAL: Ucti. zap. LGU, 1956, Nr 210, pp 134-151.
APSTRACT: The authors examine the cane of an infinitely larEe
andifazero conductivity in the lower layer. They snow
methods of calculating the integrals by means of w1iicr,
one may express the field foran arbitrary ratio oil
conductivity between the layers. Recurrent and asymp-
totic equations are introduced and the possible metnods
of tabulating the basic functions that characterize the
Card 1/1 field are considered. A. L.

/' 4 1. ; /,. ') A I V I ~-` P
-LUTHOR: Pavinskiy' P. P. 5 "L-7A
TITLE: On Polarization of Anomalous Firat. Order Ramar, Spec*,ra -ir. !.lc- Crl=
stals of Alkali Halides (0 polyarizataii anometlinago kombinatsi-,~nn,-
go razseyan'ya sveta perv-go poryadka v kristallakh shchelochno -
I
galoidnyk~, soyedireriiy).
PERIODICAL: Vestvik Len -Lr,i;rads krq;o Universiteta Seriya FLIziki i Knimii,
-1?57,,,Vol. 22, Nr 4, PP. 51-41 (USSR).
/ I-
ABSTRACT: The theoreticaj- study --f the pcIari-zation of the Raman =Fectra on
Iccal irregularities of the cristal lattice is the basis fr)r the
present -work. In a rreceding study the phenotpenon rf the ano-pal-OLIS
radiations has been eyolained as radiations of the Raman spectr--'r
of first order by the fact, that they are effected by the pref~e,ce
of slightly hound electrons ir. the cristal lattice, Pointed Dl;t 13
the role of tt-.e cubic, synetry c-f -Jje cristal lattice aL the detezriil
nation of the composition r~f the '.1aman spec'~riur. The present stuly
examines the above meritiwied observations made by Ye. F. Gross and
A. I. Stekhanov and veryfies therp.
There art. 9 references, 7 of which are Slavir.
Card 1/2

an Poiax-ization Gf Aj-~-~malsuz; First Order Raman Spectra in -,he Cristals
of Alkali Halides.
SUBMITTED.' uuIY 12, 1957.
AVAILABLE: Library cf Cojigres5.
Ca,rd 21Z

57-9-36/40
AUTHORs Gross, Ye.F., Zakharchenya, B.P., Pavinskiy, P.P.
TITLEs Diamagnetic Exiton L,3vels and C;fclotron ReE!OnanCe
(Diamagnitnyye urovni ekaitona I taiklotror,nyy rezonane)
PERIODICALs Zhurnal Tekhn. Piz., 1957, Vol. 27, IIr 9. pp. 2177 - 2180 (USSR)
ABSTRACTs Now phenomena are described. Nearer towards the series border,
where diamagnetic displacement in the case of a lacking magnet-
Io field attains the amount of the distance between the neigh-
boring terms of the coriea, a spectrum, consisting of nearly
equidistant lines, was observed at a dietagoo between the lines
of H - 29 ooo0ersted of the order of 2 om- . This striped speo-
trum is continued also beyond the series boundary, where, with
a lacking magnetic field, (H-O,' the through-going spectrum which
corresponds to exiton diesociation is located. The farther one
penetrates into the shortwave range, the lose distinct doea the
structure of the spectrum becone, and the spectral lines ap-
1
preach more closely to one ano*,her over a distance of 1 06 cm-
Hereafter their distribution becomes irregular. These lines are
observed on the base of the th:rough-going spectrum, where its
intensity dose not take a monotonous course but shows absorption
maxima. The distance between Vae maxima is reduced as the short-
Card 112 wave part of 'the apectrum is approached. Thus, the apectrum

57-9-36/40
Diamagnetic Exiton Levels P-nd Cyclotron Resonwioe
here consists of absorption maxima upon which the aforementioned
striped spectrum is impressed In form of a thin structure. The
intensity of the absorption maxima becomes woaker to the ex-
tent as they ohIft towards the vdolet part of the spectrum, and
coalesce with the limit of the continuous ab~3orption. Investi-
gations showed that the through-going exiton spectrum is a su-
perposition of the absorption spectra corresponding to the exi-
ton states at various )u-values, p - is the magnetic quantum
number of the exiton. There is figure and 2 Slavic references.
ASSOCIATIONs Phyaioal-Technical Institute AN USSR, Leningrad
(Fiziko-tekhnichookiy inatitut AN 33SR, Loningrud)
SUBMITTEDs JulY 8, 1957
AVAILOEt Librgry of Congress
Card 212

AP6022498
SOURCE CODE:
,UTHOR: Lebedev, I. V.; Payinsky. F. P.
UR/0054/66/000/001/0028/0033
none
LE: Kinetics of exitons imd holes In a crystal of cuprous oxide
OURCE: Leningrad, Universitet. Vestnik. Serlya. fizilci I khimil,
0. 1, l9ZZ-,---28-33
TOPIC TAGSt kinetics, exiton, cuprous oxide, crystal
ABSTRACT: The article reports an investigat n of the kinetics of
exitons and holes In a cuprous oxide-crystal~lwlhen the exiton mechanism
of light absorption Is considerable. Expressions are derived for the
photoconductivity and the pbotoelectromotive force brought about by the
presence of defects. The flow of exitons in Cu20 may be considered as
purely diffusional, since as a result of Inverse symmetry, the true
dipolar moment of the exitons Is absent. The article distinguishes
between exitons with a small radius, to which, in the hydrogen model,
corrosponds a main quantum number n = 1, and exitons with a large radius
and n = 2, 3, etc. The article Is mainly taken up with a mathematical
development of the subject, ending with derivations of the above
t Card, 112 UDC: 537-312-5

L #122954,6
A' C-,C--N--R - --
- AP6022498
mentioned expressions for the pbotoconductivity and pbotoelectromotive
feroe, OrIge art* haa: 35 formulas.
SUB CODE: 201 SUBM DATE: O80ct65/ ORIG REF: 0031 OTH REF: 001
Cam 2/2

PAVDISXIY, ?.P.
Optical-a~caustic effect and its influence on auditory aralyzer.
Vest. IZU 20 no.9:95-105 t65. (KIRA 18:6)

I
, , 1~ 'i I
I I I , - . -
- r -, : ~ z. -~ -. ~- - ~ , . - P. , I - . ~ , L -. . --: ~ I , I I
. I

ACCESSICH WEs AP3DD2890
S/0054/6~3/000/002/0027/0036
AMORSt Xondratlyer, A. S.; Pavins)dy, P. P.
TITLE: Step structure in absorption spectra of excitone in copper oxide
SCURCEs laningrad. Universitet. Vestnik. Serlya fiziki I khimli, no. 2, 1963,
77-36
TCPTC TAGS: Ion, crystal lattice, absorption band, dipole, quadrupole, Phonon,
exciton
ABSTRACT: The general motion of ions in a crystal lattice has been studied with
constant a and N spinless nuclei. The wave and energy equations for the fundemental
stnte of the crystal have been derived. Specifical' p the step structure of CU 0
ly
has been investigoted in the absorption bond formation, including, the effects 0~
"'botb dipole and crundrupole transitions. The resulting mathemntical expressions
indicate thnt cuadrupole trensitionB with production and destruction of phonons
cannot be neglected when compared to dipole trnnsitions. The Win features of tho
part of absorption band contiguous to the exciton line n -1 in Cu 0 may be inter-
preted theoretically as being due to the additional phonon excitat?,on in the
lattice. Orig. art. has: 45 equations.
Card 1/2

ACCEMIM NRs AP3DO2M
ASSOCIATIM -. moms
SUBMITTEDt OlDeo62 DATE ACQs 24Ju163 ENCL: 00
SUB CODEt PH NO REP SO`Vs 007 OTHERt 001
Card 2/2

LIVDV, 0.1.; )PAVINSKIY.. P.P.
Ximetic equation for excitons in Gu2O cryetals. Vest.LGU 17
no.22t23-28 162. NIRA 15:12)
(Copper oxide crystalo) (Excitons)

S/05 62/000/004/001/017
B 10 1 X 186
AUTHORS: L'vov, 0. 1., Pavi,-.seiy, .. P.
TITLE: Kinetic aquatior. for uxcitons in the Cu 20 crystal
PERIODICAL: Leningra-d. Universitc-t. Vestnik. SeriyE. fizi'ei i echimii,
no. 4, 1962, 2.1-2E
7EXT: Equations are set up for tr.e cei~urcence of the photocurrent in Cu 2G
on the IiEht intensity in the region cf exci-Lon absorpt:.on under trie
following conditions: (1) If the I'Acht frequency is smaller than the e,-',-,e--
freauency of self-absorption of t~_e crystal, current carriers are fonried
from the excitnns. The abscrption o,' excitnns is assumed to be a cirect
form of light absorption by Cu 20. '~2) As CU,O possesses p-X~pe conQuctivity,
the electrons formed '--y disEociaton ~f tre exciton must be tramped
quickly. (3) The dark generation of hDles m-.ist be considered in the
corresponding temperature e.nge. Taking a~;cDunt of all possible processes
with band electrons (concentration r, holes (r,+), trapped electrons (m),
acceptor centers (M), and excitons participating, the following set of
Card 1/3

S/054 //62/000/004/00 1,'C 17
Kinetic equation for excitons... B1011B-166
equations is found for their concent.-!,tions: dr,-/dt ~In-N + 2n + 1%
+ rrN n M m r, n + 2 d t 6 n N + b n N + M, - N
+ +
2
'U"t 1, M)N + (M - m)N m IN
+ N + a'T)i a
~ln_n+ in
mn + a(T); dN /dt = a ii N IN (M - m ) N - 5 N N mN
2 + + 1
Y
+ Cn-n,.. This covers the f o. 1 o wi r,,~ po c e.: s e s: (a) ceneration of exci*ons
by light of intensity 1 (coeff~lc-ent .i' ; ~'b) 4issociation of the exciton
in the acceptor center ana .cssiltie -.-,i~ping of electrons on the acceptor
level (coefficient-o); (c) rF-dia*-onless or spontaneous optical recombina-
tior, of the excJton a) collis;.or. c:' te,,o excitons and dissociation
of one of them with format.or- of 'wo curr.--.nt carriers e and e M, or
recombination of one t~xciton
radiatic,nless o.7 optical); the total proce38
is described by coefficient '-e~ rec-)z-b-.rat:-on of t-.e exciton with enerCy
transfer to an electron tr~,~.-,,ed 'he acce,--tor (f) Collision of the
exciton with a free carrier E'_ or e, ar.,~ formation of a new pair of carriErs
(coefficients 61 and 6 2) due to dissociation of the exc:,ton; the coefficients
6j and 621 also involve the redombinut~on of the exciton in a collision with
Card 2/3

SAD 5 4/ 6 21000100 4 /001 /0 17
Kinetic equation for excitons ... B101/B186
e- or e,; (g) recombination of the carriers e- and e+ (ri) with possible
formation of a "secondary" exciton (c); (h) recombination of a hole with a
trapped electron (Y,2); (i) trappin6 of an electron on acceptor levels (L);
(k) thermal 6eneration of dark holes described by the function a(T).
Discussion of the set of equations with respect to the three cases:
(1) photocarriers contribute very little to a steady density of the dark
carriers; (2) density of photocarriers and of dark carriers is of the same
orcier; (3) absence of dark conductivity at low temperatures has the
consequence that the photocurrent may be proportional to fi at low
temperatures and small light intensities, also that the dependence of the
photocurrent on the.light intensity approaches linearity when the temperature
rises. The interaction of excitons is the principal cause of divergence from
linearity. The English-language reference Is: R. Elliott, Phys. Rev.,
108, 1384 (1957).
SUBMITTED: July 3, 1962
Card V3

FAVINSKII P.P.
~A-44 --
Analytical expression for the effective mass ct a particle moving im
a one-dizensional periodic field. Vest.ILU 3.6 no.10-.S-12 161.
(MIRA 14:5)
(Ftmetional, Periodic) (Field theory)
A

----,PAVINSKIY F P.; STAROSTIN, R.V.
--- --- ----I I ~~ oj
Quadrupole absorption of light im a cuprcrua oxide cz-7atel.
Vest. WU 16 no.4:141-W 163. (MI%% 14: 3 )
(Copper oxide crystals)

PAVINSKIY, P.P.; ZAKTOOV, V.K.
Zeeman effect in the quadrupole exciton line of a cuvrc-aB oxide
crystal. Vest.ILU -16 ho.4:143-1" 161. (kFA 14:3)
(Copper oxide crystalv)

24063
5/054/6 11',_0103-213- 1 /C
B 01/B217
AUTHORs Pavinskiy, P. P.
TITLEi An analytical expression for the effective mass of a particle
moving in a one-dimengional periodic field
PERIODICALi Leningradskiy Universitet. Vestnik. Seriya fiziki i khimii,
no. 2, 1961, B-12
TEM The Schr6dinger equation for a particle moving in a periodic potential
fieldt U(x) = U(x+a) serves as a basis for determining an expression for
the effective zass of a particle moving in a periodic field. For the eigen-
functions of E(-k) - E(k), the Bloch functions are written down:
Yk (x) = exp (ikx)u k(x); T-k(x) - -*J*) (1). The wave number k varies be-
tween -T/a and +IT/a, and the real values of k are between 0 and 'T/a. Then,
two solutions of Eq (1) correspond to the lim:Lts of this interval: 1) for
k = 0 one has yo(x) - u 0 (x) with tiie period a of the potential; 21' for
k = ko = 51/a one obtains functions with the poriod 2a, which, furthermore,
correspond to the equation Tko (x+a:, - -Tk0(x) (2). These solutions are
Card 1/5

An analytical expression ...
24063
S/054
B'01/B217
called "semi-periodic." If k --1 0. the Bloch E.Mpl:Ltude is giver. by
u (x) = exp(ik X)U (x)j for k 51/a one finds u (:() - exp(-ik X,U X,
x 0 k _x 0 , - k~ 11
Herefrom,it follows that %Yk (x) uxlj[i(k-k O)X1 Etxp( ik 0X)U k(X) - exj,(1kx),ii K,X
If K - k also K = k-k tenda toward zero. For the effective mass
M*, the following relation is written down; E(k) = E(,,,, -h 2 (k-k )2 /2m*,
+O(k-k
(4), where k6is either equal to zero or k.- ko - V/a. From the
6)4
Schrbdinger equation (h'/2m)(d 2T/dx2)+[F,-U(x)]-f - 0 (5), the differentia-
equation for the Bloch amplitude is deriveda (h 2/2m)(d 2. /dx 2+2ikdu /dx-
k k
-k2uk )+[E(k)-U(x)] uk = 0 (6), and the following cxpression is obtained:
((h2ik/M) x0+a u (du /dx)dx = [E(C)),h 2k 2/2m-E(k)) 0 +a u u dx 17~. The
Y ), x0 0 k 0 k 0
Card 2/5

24063
5/054/61/000/002/001/00:,
An analytical expression ... BIOI/B217
function iv O(x) = lim (duk/dlc) (8,1 is now introduced. Up to terms of the
k --~, 0
order of k 2, the following approximations holdi uk - u0 + ikv 0; u- k ~ uC- ikv
(9). For m* it follows that 1/m* (1/m)(1+21/N) (10), where
I x,+a.,) (dv./dx)d. (11); N 'o+ 'u2 d. (12). For a better applicab'~--I'-
X x 0
0 0
ty of Eq. (10), the other linear solution of Lq, (5), corresponding to the
eigenvalue E(k,.,), is introduced instead of v 0 X) v0(x) corresponas to t',,.,
2 2 2 1r vo = -(h 2/m )du /dx
4nhomogeneous equation (h /2m)(d v 0/dx )+,-E(k,-)-Ij(x)1 0
with the following solution: v 0(X) = -xu 0 (x)-Gu D(x)+Au*(xi (141'. 6ere,
C is an arbitrary constant. Constant A is determined by the periodicity
or semi-periodicity, respectively u-(x) in Eq. (14) corresponds to E,"k7l
which, in the range x = o, x = +,,o, is unlimi.ted, For A one obtains
A = au 0(x)/Lu*(x+a)-u*(x~i, when u 0(x+a) = u,'(X) (15); and A = -au D(X"/
Gard 3/5

2hO63
S/D54/61 /000/002/00 1 /0'
An analytical expression ... B101/B217
~u*(x+a)+u*(x)j1' when u (x+a) - -u (x) (16). The expressions m*/m
L 0 0
N/AaW - ND/a2W; D = a/A ',17) is obtained by subst:.tuting zq. 1~14) in Eq~"-
and by p&rtial integration, W is the Wronski determinant for linearly 1111-
dependent solutions of u UIx.)and u*(x): W ~ u 0(du*/'dx)-u*(du0/dx) (18).
2e'-at,onb hoiding for the Mathieu equation are studied as an examFlet
d2p/dx 2+(a-2qcos2x),~ = 0 (19'~ a = 2ml 2B/h2i J(x) = (h 2q/mi2)cos2x, where
: is a constant of -he dimensdon of one length. For a certain value o" the
parameter q, the aeries u- eige.,fui.--ti~,ns ce 0(x,q)i se,(x,q;i ce,'Y.q,i
1 X. 12-1 ~-es'uits "cr ce and se- art-
Se (X q'~j CC211
2 e F,
periodic, whilst the soiut:ions for ce~. are semi-perJcdic.
and se 2n~l
f
If a is substituted for the eigenvalue of the func-.-,on ce ~x,q), and 'b
n n n
for that of se (x,q), the forbidden band with nUmber n lies between the
limits b and a The fc)rb-,dden band width is determined by the difference-,
n = a n-bn( n 2 , 3, - (21). U8ing equationE for the expansion 0:
Card 4/5

2hO63
S/'054/61/000/002/001/005
An analytical expression ... B101/B217
the eigenvalues and eigenfunctions in a power Series of q, the lower and
the upper limit of the allowed band for the effective masses are derived,
and the following series is obtained for m*/Mt 1+q2 /2; -(q/2)(1+q/2);
(q/2)(1-q/2); -(q 21 52)(1+7q21288)i (q 21 32)(1+25q 2/288) .... (22). If q
all effective masses, with the exception of the first, apj~roach zero. For
n 2, 3, one finds lim (m*/mLE) n = '/(2n)2 (23)- For the lower limit
q -.# 0
of the lowest allowed zone m* >m. This result is proved to be generally
valid, except for u 0(x) const, which corresponds to free particle.
There are 2 references; Soviet-blcc and 1 non-Soviet-bloc.
Card 5/5

top ".-I ~i.~ . - _.
B.Tpjo..v OPTJIW VWV7 ;o, MOT3TWOON" Min JO
uojZvqT2waAuj L'jTLjdsj2oTPW)4 OUT OldOON ?TU-W pulquo*
-~*.C,AOTOC 'M v raw '!
I ac 1,zaWT_rv2~M no-48xv
10 Uope _ftSM_jR_-M
0 astax
-1.4 jo w%*ZTWTcrll
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BULYANITSA. D.S.; PAVDISKrT, P.P.
Continuous light aboorpti,an spectrum of crystal in a magnetic field
[vith summary in English]. Vast. LGU 13 no.22:75-'79 158.
(MIRA 12:4)
(CrystalB-Spectra)

24(5) SOV/54-58-4-8/18
AUTHORS: Bulyanitsa, D. S,, Pavinskiy, P. P
TITLE: On the Continuous Absorption Spectrum of Light in the Crystal in
the Magnetic Field (0 sploshnom spektre pogloshcheniya sveta v
kristalle v magnitrom pole)
PERIODICAL: Vestnik Leni ngradskogo univerei,;eta, Seriya fiziki i khimii,
1958, Nr 4, pp 75-79 (USSR)
ABSTRACT: In a previou s paper (Ref 1) the authors have shown that the con-
tinuous abso rp*.ion spectrum of light in a cuprou6 crystal in the
presence of a riagnetic field differs considerably froir that in
the absence of a magretlic field. Further, it resulted from the
computation of the strength that the latter is influenced in
various ways bY taking into account the Coulomb field, the finite
lifetime of the exclion iand the interaction of the exciton with
the lattice phonons. In this paper the computation was made only
taking into account -the magnetic field., but it is done in a way
that only- ad ditional mathematical computations are necessary for
taking into account the Coulomb field without changing the
scheme. The authors established the wave function o f the final
Card 112 state +,, in which the -elatlVE MOtiOr. f(r) Of the exciton sat-

SOV/54-58-4-8/18
On the Continuous Absorption Spectrum of Light in the Crystal in the Magnetic
Field
isfies a Schr6dinger equation, according to which the strength
may be computed theoreticalljr, taking into account the Coulomb
field and the motion of the center of gravity of the exoiton.
The further computation, howi~ver, is made without taking into
account these date. The range between the maxima of the absorp-
tion intensity was determined to be-e R (m* is the reduced mass
m*e
of the exciton). This periodicity is determined by a selection
rule which holds in the absence of a Coulomb field. The absorp-
tion coefficient obtained at a very small magnetic field is in
agreement with that given in reference 9. There are 9 references,
5 of which are Soviet.
Card 2/2

-- ---- ---- -

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ASSMIATIOSS None

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-PAVISIG, Zvonimir; FERIG,3EIWERTA, Feodora
Results of the treatment of ocular syphilis in our experience. Rad.
mad. fak. Zagreb. 10 no.2.81-94 162.

ITGOSLNL~
1_,vonimir; and LEDIC, Ivo, Clinic fcr Diseases of the Eye of the
::e~;i~,a: .-7aculty (Klinika ;,a ocne bolesti Iledicinskog fakulteta) Zagreb
,F quency and Therapy of Tuberculosis of the Eye in Our
Ciinicai Experience'
Radovi :Icdicinsko~., Fakultota_u Zqrcbu, Vol 14, No. 1, 1966; pp 1-10
,%6s~rzlct 'German smnary modifiedl: Review of data OTI 1061 cases of
LUberculosis of various parts of the eye seen in patients at the authors,
clinic 1923 to Ic,40; 655 cases seen in 1946 to 1961; 187 seen in 1956 to
1964; data by 9 diagnostic classifications. Usual trcatment is now
isoniazid, paraminosalicylic acid and strcptanycin. Of the 187 patients
treated in SIjeme Hospital for tuberculosis 1963 to 1964, 94 were im-
proved, 86 unchanged, and 9 worse. 4 tables, 6 Western, 2 Yugoslav refer-
ences. Manuscript received 15 December 1965.
- 30 -
Conbined fisiing, P_ 287 jent. 1956 (?ublisi,ed 1957)
(=SNIK, Vol. 6, NO- 9,
SC): y1onthly List of Fast European Accessions (EF-AL) LC Vol. 1;o. 12, Dec. 1957
Uncl.

MNIAEHIY, N.A., prof.; PAVITJA k MOIAMOVA, V.V.;
-- - _. -.-Q,1__qUMOVSKAYA, A.Ye.
IIDVAYSKAYA, K.S.
Cytological picture of vaginal secretion in normal and patholgical
pregnancy. Akui3h. i gin. 34 no.6:23-26 N-D 958. OURA 12:1)
1. Iz akashersko-ginek-ologichesi-oy kliniki Saratovskogo meditsinskogo
instituta.
(MGNANCY. physiol.
vaginal secretion. cy-tol. (Rua))
(VAGINA, nhysiol.
secretion In pregn., cytol. (Rusl)

PAVKO, D.
"Gasification and oxidation of combuBtibleBO br Jacqupa l4eunior.
Reviewed bj D. Pftvko. Rud met zbor no.147-43 162,

PAVKO, D.
"Hydrogen and nitrogen in steel" by A.N.10,orozoir. he7iewe~' b,,
D. Pavko. Rud met zbor no.1:73 162.

PAVKO, D.
'Testing the increased temperature In the m-eltirg zone of the
cupola furnace, and realization of nn optimal thermal efficiency
rate by using the high-carbon coke In pieces of various size"
by Wilhmlm Patterson and Wilhelm Weakamp. Reviewed by D. Pavko.
Rud met zbor no.1:87 162.

PAVKO, D.
"Inert atmosphetes in the chemical, metallurgical rireJ atomic
energj industries" by P.A.F. White and S.E.Smith. Reviewed
by D. Pavko. Rud met zbor no.1:46 162.

PAVKO 2 D.
RRacent advancea in beat and masis trazwfer" by J.P. Hartnett.
Reviewed by D. Farko. Rud met zbDr no.3:281-282 162.

F.; DOBOVISEK,
SIRCA,
RAMRIAI B.;
PAVIM,-D,
ROSINA, A.,
New books.
Bogorair, docent, dr. 'riz.- GRAFENAUER, 3.-, K06OVINC, I.;
VODOPIVEC, F.: kUSCFR, D.; KERNC, J.; DRORNE, F.-
OCEPEK, Drago, accent, dr. nz.;
CAUFURA, K.; TURK. St.,
ZU~Oi, M...
Riid -met zbjr 4,.43!-4"1 '6~.
1. Clanovi Uredniskega odbora, "Rudarsko-metalursk'. ~~bornlk"
(for Dc~iovisek and Ocepek"'.

PAVKO) D. ; OCEFEK, Drago, dr, ~ nz. , docent; ", ~AF-NATF'~, S. ;
SICHERL, B. ; ',!L. , V. ; A. ; G(,,!I!-*,P, M. ;
k
"AZAF!r
, RA, K. ; F. ; AHLIN, F. ; KAK11j, J. ;
KFR3NIC, Vik*cr, prof. dr. .'nz.; GCGjk!,A, A.; HAMWS, A.;
SKTJBIC , T.
New books. ~iui met. zbor no. 'b4.
1. Chief Erlitcr, "Hudarsk.)-metaltirsk, zbornik" (f(r Kersnic,
Viktor).

K. Cazafura; UAKO,-D,; SIRCA, F.; KERSNIC, V!.ktor, prof. dr. inz.;
KOSAK, K.; GRAFENAUER, S.; PCDGORNIK, A.; KERNC, J.; DC BC-VISEK,
Bogomir, docent, dr. inz.; OCEPEK, Drago, docent, dr. inz.;
HOMAN, A.; MARCEC, M.; RANKEL, J.; CRTIVEC, M.; SMAJ IC , N.
CUCEK., I.; KERSNIG , V. , ml.; W DOPIVEC , F.
New books. Rud met zbor no. 2:144-18" 163.
1. Glavni urednik "Rudarsko-metaluri3ki zbornik" (for
Viktor Kersnic%
2. Clani Uredniskega odbora, "Rudarsko-metalurski zbornik"
(for Dobovisek and Ocopek).

POKO, D.
----------
"Gas sampling and chemical analysis in combustion processes" by
G. Tin6. Reviewed by D. Pavko. f4ui met zbor no.2:165 162.

POKO 0 D.
OModern furnace technologym by 0 & H. Etherington,, 3d ed. Reviewed by
D. Pavko. Rud met zbor no.2:166-167 162.

FOR, D,
"ProgreaB in combustion soienoe and technology." VDI. 1. Revievod
by D. Pavko. Hud zed zbor no.2s177 062.

PAVKO, D.
"Saline matter in inflawmable gases. Alkalies in fuels determined by
flame photometry." Reviewed by D. PeLvko. Rud met zbor no.2:189 162.

PAVKO, D.
OMeeting of the Working Gtmittee 'Liquid Fuels anJ Liquid Products of
Petroleum and Coal,' hold November 11, 1960 at Markkleeberg near
Leipzig." Reviewed by D. Favko. Rud met zbor no.2:189 162.

"Meeting of the Working Committee 'Liquid Fuslo end Soft Brown Goal
Products (Coal Tar),' held April 1, 1960 at Markl:leeberg near Leipzig."
Revievbd by D. Pavko. Rud met zbor no.2:189 162.

PAVKOP- D.
OVorking Committee on Brown Goal Degasification. Meeting of May 6,
1960 at Markkleeberg." Reviewed by D. Pavko. 'Ibld met zbor no.2:
192 162.

PAVKO, p-
"Working Ccmmittee on Liquid Aisle and Coal Products (Processing
techniques). Meeting of May 12, 1960 at Markklaeberg." Revioved
by D. Pavko. Rud riet 2bor no.2:192-193 162.

_tAV!T_Z_ D.
"The collqquy 'Fuels' of February 4-15, 1960 at Markkleeberg." Reviewed
by D. Pavko. Rud met zbcr no.2:193 162.

PAULIN, A.; OCEPEK, D.; CA2AF'W# K'j KUSCER, D.; VODOFIVEG, F.; SOVINC, I,j
PAV.KOA D.; JURCA, S.; KERSNIC, V.; DMIMSEX, J.; GRAFENALTER, S.;
KEFLqcf J.
Now bDoks. Rud met zbDr 30GY7-334 164.