SCIENTIFIC ABSTRACT PALAMARCHUK, M. D. - PALAMODOV, V. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238820004-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PAMPILOV, A.V.; KUZUB. V.S.; FALAMARMUK, I.V.
Joint action of surface active substancos on the electrocapillar7
curve. DDp.AN URSR n6.6:813-816 160. (MIRA 13-7)
1. Chernovetskiy gosudarstvennyy universitet. Fredstavleno
akademikom AN USSR Yu.K.Delimarskim [IU.K.Delimaralkyrj.
(Surface active agents) (Surface tension)

PAIXURCH"'K, M.
"New methods of mechanisation of the harvestinC and transportation )f ugar I-ee* , ir,
the liESR."
11 NO. 2(-,) Jct')~-r
MECHANISACE 'Ell Praha, Czechosl-lvakiu, Vol. V
Monthly List of East Eur:)pean Accessions (~MAI), :,C, Vol. t-~, No. 9, September 1?-).
Unclassified.

PALANARCM.N.D.; USHAKOF.A.F.; KLTAVIR,I.Tu.; KITATTSIMA.I.P.
saw means for the mechanical harvesting and hauling of &Mar beets.
(Coubines (Agricultural machinery)) (Sugar beets--Transportation)
(NLRA 8:11)

PALAK&RCHUX, N.K.
- 0101011-
B9gjnnjjW of the best-sugar industry In w*GtSrn PrOvinceB Of
the Ukrainian SSR. Sakh.prom-31 no-3t?4-?6 Mr 157* (MMA l0r4)
(Ukraine-Sugar industry)

. I
r- -j ,4"N' ,/ ~", t 1~ (k-" , " ,-
CHIM .
PAL&KAR 05~_ ,
I.-OAPONO
Sugar industry of the western provinces of the Ukraine dmrirg the
poriod of capitalism. Sakh. prom. 31 no.10:13-16 0 157. (KIRA 11:1)
(Ukraine-Sugar industry-History)

~~. Ir I f I - ..:. I . M 1 -44-4
PALMARCHUX, H.M.
Distribution of the vsgar Industry In the western prorinces of
the Ukraine. Sakh. prom. 31 no.12:3-5 D 157. (MIRA 11:1)
(Ukralne--Sugar industry)

PALARARCHUX, M.M.
- . . - - .-' mr~~. ~ ..
,-- ~~!==.ntal problem in the development of the Ukrainian sugar
Industry. Sakh. prom. 32 no-5:5-10 MY '58. (KI%l 11:6)
1.1natitut ekonomiki AN SSSR.
(Ukraine--Sugar industry)

FALAKA,RCHUX, N.M.
Story or the developiment or the sugar Industry in the lwav lkonoadc
lleglon. Sakh.pron. 34 no.10:15-18 0 160. (KVW 13: 10)
1. Lsvowskiy torgavo-okonomichookiy Institut.
(Iwov Bconomic Reglon-Sugar Industry)

BUKHALO S,M,, doktor ekon. nauk, prof.-. VOLOBOY, F.V., kard. ekon.
nauk; KUGUFALD, I.A.[.Kuhukalc,, ~.A.I, kand. ekon. nauk;
PAL I.M., doktcr ekon. nauk, prof.; SLYUSAR, V.b.,
V
kand. ekon. nauk; GLADYSHEV, I.S.[Hladyshev, I.S.I. St.
imb.-ekonomist; TSYASHCIWKO, P.S., kand. ekon. nauk,
PETRUNEVICH, 11%G. (Petrunevych, TE.H.1, at. inzh,ekonomist;
GRADOV, G.L.111radov, H.L.), kftnd. ekon. nauk; KIIA','INET, S.M.
red.
(The economic regions of the Ukrainian S.S.R.; a manual] Eko-
nomichni ralony URSR; dovidnyk. Kyiv, I%aukova dumka, 1965.
190 P. (NI ~L4 18: 5)
1. Sovet po izucheniyu produRtivnykh sil Ukrainskoy RSR
Gosudarstverinogo planovogo komiteta Ukr. RSi(foi all except
Khazanct).

IAVRISHCHEVt Aleksey Vikiticho doktor geogr. nauk, prof.;
PAIAWC-HUK,_K.M.,, prof.,, retsenzent; SIAVIV, S.V.,
rof. senzent; HYAZATITSEV, S.N., dots.# retsenzent;
KUGUAE~~ N.G., dots.,retsenzent; KISTANOV, V.V.,, kand.
ekon. nauk, retsenzent; GLYAZER, L.S., red.; TARASOVA,
T.K... mlad. red.; PONOMAFWVA, A.A., tekhn. red.;
GERASMOVA, Ye.S.p tekhn. red,
[Economic geography of the U.S.S.R.; general part, the
geography of industry, agriculture, and transportation]
Ekonomicheakaia geografiia SSSR; obshchaia chast', geog-
rafiia promyshlermosti, sellskogo khoziaistva i trans-
porta. Moskva, Izd-vo "Ekonomika," 1964. 558 p.
(MIRA 17:3)

PALAMARCHM, M.M.
wAgricultural zones of the Ukrainian S.S.R.0 by I.F.K*omell.
Reviewed by M.M.Palanarchuk. Izv. AN SSSR. Ser. geog. no.2:
139-142 Mr-Ap 162. (MA 15:3)
(Ukraine-Agricultural geography) (M*omell, I.F.)

SHYSVCHENKO, Anton Yefimovichk_A;4~~GHU~K_, M.M., doktor ekon. nauk,
prof., otv. red.; KOROBKO, V.I., rea-.;-1jW=CWK, O.A., tekhn.
red.
[Industrial development and its role in creating the productive
forces of communism) Rozvytok prorayslovosti ta ii roll u stvaren-
ni produktyvnykh syl korminimnu. Kylv, 1962. 37 p. (Tovarystvo
dlia poshyrennia politychMkh i naukovykh znan' Ukrains1koi hSA.
Serida 3, no.5) OURA 15:12)
(Russia-Industries)

USSR/Genp- ra I !'z o I e m o J o I c -:7 o r:,, c i o ri A
n, o n r i~e n n: ru c n.
el-n' n c
C
Abs
Author
inst
Title ~u- r
.-,,u r i n
pc
!,i~:try n estern r -~L 4L 7~n
~:t i c -riod
..-, Ii" i
Or i c-, U1,
r s c
Abstract ::o
Card 1/1

PALA M.NAsla-Martnaloh, kand.ekonoTalchnvkh nauk.; SIROTSIVSKlY. K.Ye_
LSIROTSINSOKYT. 1.21. prof. doktor skonamichnfth neuk. red.;
RMLIKIN, I.G., red.;
[Develolment of sugar beet gTowing and the sugar Industry in thm
Ukraine] Roevytok burlakkoellannia I teukrovoi promyslovosti nA Ukraini.
l4riv, 1958. aq . 'Tovarystvo dlia imsyrennin polityehzykh i nAukovykh
anan' Ulcrains'koi RSR. Ser. 2, no.~) (m nLA 11-9)
(LTkrai v e-- Sugar Industry)

ZADCROZMffY, TAsiliy Kirillovich- Eledoroshuyl. T.1; PALAKARCHIX,
Maksis Martynovich; RMOTAM. To. IDubovenko, IN.], red.:
LYMM, T., tekhn.red,
[Achievements in the economic development of the western
provinces of the Ukrainian S.S.R.) Uspikhy okonomichnoho
rosyytku sakbldnykh oblestay Virrainalkol RSH. Kyiv. Derzh.
vyd-vo polit.llt-ry URM, 1960. 171 p. (MIRA 13-5)
(Ukraine, Western-Sconoule conditions)

PALAKARCIfUK Ma.~sim Martynov~ch; F.N., akaaernik,
re
[Sugar beet prodliction in the Ukrainian S.S.R.1 S-vekc-
sakharnoe praizvadstvo Ukrairwkoy S:�I. Meirt Naukova
dumks , 1964. 214 p. (MIRA a8t,3)
1. Akademi-ya nauk Ukr.-~Sl~ (fc,r Perstiin).

-16~
i -,I,= - I- -
- AV ma fbcndlbatlQwSa

'IV,U,IOVA, N.T..., PALAMARCHIM, N.A.; 5l`,'AVTS",.I,fLJ S.V.
-
es -zliz-amatoerapKic ,
_;-f' - .7 ~:2y~
i_ Rt~' , , A
Plast. irasay no.4-.65-6-7 165. ,.A . ,
...! .. - - !31

TURKELIUUB,, N.M.; PAIAMiMHUK . UDMTENKOVA, V.T.; SUVTSILLO, S.V.
a iYet NECHATEVA, L.A. -,4 - KHVOSHCHIVSKkY&, A.A.;
I
RATARA MA v me. .
Chramatographic analysis of organwilicon empounds. Plwt.ma-qsy
no-4151-56 161. (NIRA 14:4)
(Silicon organic empoundis)
(Chromatographic analysis)

SHIWATMOVA, V.T.; PAL&KARCM, N.A.; EMSHCHNFSKILTA. A.A.;
SYAVTSILLO.
Controlling the production of organosilicon liquids and lacquers.
Report 1: Amlysis of the starting mixtures used in the organo-
=gnesium synthesis of etbyl- and ethojWpbonylailanse. Plast.
zROBY no-3:27-)O 160. (MIM 13:6)
(Silane)

KWHEDV, A.P.; SHWATZKOVA, V.T.; SYAV75ILLO, S.V.; 'FAI.AMMHUX, N.A.
Prinimali ushas tiye i EFOSHCHNSKATA, A.A.; IWOliftIZOVA, L.X. - -
Determination of phoWl radicals in organomilicon compounds. Zhur.
anal. khim. 15 no.5:635-638 S-0 160. (MIRA 13:10)
1. D.I. Mendeleev Moscow Choutco-Thchnological Institute.
(Silicon organic compounds) (Phenyl group)

31/ 1 9 1 /E - /Co'-/ , r; , ~ /'~ -j ~ /! r, -19
B1 10/B208
AUTHORS: Turkel'taub, N. M., Palamarchuk, N. A , Shemyatenkova, V T.,
Syavtslllo, 5~ V.
TITLE: Chromatographic analysis of organosilicon compounds
(analysis of the reaction mixture of the direct synthesis
of methyl chloro-silanes)
PERIODICAL: Plasticheskiye maasy, no- 4, !961, 51-56
TEXTs The numerous chloro-compounds contained in the reaction mixture of
the direct synthesis of methyl chloro-silanes, such as HCI, CH 3C1.
(CE 3)4 Si, Esicl il (CH,),BSiCl, CH,HSiClV (CH 1) SIC11 Sicl 4' CHASiclz'
(CE3 )2 Sicl2etc'.'hav'e hitherto been fractlcfia~ed and dete r, .npi^wi~h
respect to density and chlorine content. K.- K. Popkav sugge9tei analysis
by means of dispersion spectra. These methode, however, are not applicable
to automatic production control, Gas chromatography Is adequate for this
purpose, The optimum conditions for the separation of methyl chicro-
silanes have now been determined, Fig. ! show* the device used Hel,-um
Card 1/10

Chromatographic analysis of_ B110 B208
served as the carrier gas The temperature of the dosing device, the
detector, and the column was adjusted by a thermostat with an accuracy o.
0.50C The components were identified from the retained volume VO The,
9
percentual 1--oncentration Ci was calculated by measuring the area of the
peaks according to C - K )11(4__'S K 100, where S area of the
i L(Si 8i j, ej ! i -
peak; Ks, - standardizing coefficients of all components of the systei:
studic-J The equation K 8i , (Sc /S i)-(Ci/ /Cc) holds, where S - surface
of the peak; C, = concentration of the standard component.. The following
data were studied: dependence of the degree of separation on -.-.e various
static and dynamic parameters, nature of the solid carrier. 'Z*:.-.,onary
phase, velocity and moisture content of the carrier gas. and cclumn
temperature, Carrier gas, solid carrier, and stationary phase have to be
carefully dried, Celite-545 (water capacity 0.02 ~) and annealed Inza
clinker of the type 600 (water capacity j.87 C were used as sc,"id caxriers.
To study the effect of the stationary phase on the degree of separation,
non-polar compounds (vaseline oil and dodecane), highly polar '~ompcunds
(nitrobenzene and diethylere glycol ester of n-butyric acid.), as Well h3
Card 2/10

S,/., 91 /61 1000,1- -,4 /00 6/009
Chromatographic analysis of,.. B110/B208
the polyethyl-siloxane liquids BU-94 MU-94) and 77M~-200 (PMS-200), the
polymethyl-phenyl-siloxane liquids TV~-~-3 (PFMS-3), 7V'~-4 (PFMS-4), and
A(- 703 (DS-703) with different degrees of polarity were studied.. Complete
separation was accomplished by TtMC-4 (PFMS-4) polymethyl-phenyl-ailoxane
and vaseline oil, as well as by MC-3 k'PFMS-3) and AC-703 (DS-703), The
optimum velocity of the carrier gas is C~ - 80 am/ /min at a maximum separa-
tion criterion K, - 2.6 and minimum theoretical plate height H - 0.21 cm
for (CH ) SiCl and CH 3Sici The lowest theoretical plate height H - 2 .4 cm
is obtaMd at 400C. The Lparation criterion decreases with rising
temperature. Only three experiments were carried out: 1) As a stationary
phase, nitrobenzene (20 % of the total weight of the adsorbent) was
applied to Inza clinker (granulation 0.25-0.5 MM). Separation of HC1,
CH3Cl, Sin 4' (OR 3)3 Sin, (CH 3)2 Sici 2' and CH3Sicl3 was attained at 400C
and 20 min duration of the experiment with a 2 m long column 4-5 mm in
diameter (Fig. 4). In the second experiment, two columns connected in
series were used, The first I m long column (diameter 4 mm) contained
TCV,C-4 (PFMS-4) (15 % of the total adsorbent vei3ht), and the second 3 m
long column (diameter 4 mm), vaseline oil of the total adsorbent
Card 3/10

8/191 61/000/_,_;4/006/r,09
Chromatographic analysis of... B110YB206
weight)., The solid carrier was cell.te-545, At 400C, the following
compounds were thus separatedt HC1, CH 3cl, (CH 3)4 Si, Hsicl 31 CH5MCI 2'
(OR 3)3 Sici 3' (CH 3)2sicl2. The stationary phase of the third experiment
was"MMC-3 (PFUS-3) and AC-703 (DS-703) (20 % of the total absorbent
weight), The solid carrier was Inza clinker. The following compounds
were separated at 400C with a 4 m long column (diameter 4 mm)t HC1,
CH 3C1, HSiCl,$ CH3HSiCl 2' (CH 3)3 Sin, Sin 4' OR3sicl 3' (CH 3)2sicl 2' The
following co-workers are mentioned: L, A, Nechayev_:~, A, A. Khvoshchavskaya and
Ye. N. Balabanova. There are 6 figures, 5 tables, and 13 references:
8 Soviet-bloc and 5 non-Soviet-bloc, The references to English-language
publications read as follows: Ref, 10! L C. Curran, R. M. Witucki,
P. A. MoCusker, J. Am. Chem. Soc., 72, No. 10, 4471 (196o) Ref, 11:
Edward, L. Reilly, T. Am. Chem. Soc,, 26, No. 12, 3311 (1954) Ref
W, H. Mefadden,Anal. Chem., A, 479 (1958)~
Card 4/10

--V -, - `~ IVPJ - . '. ~. , ~
42!t mgXym '. ~t - . ~..:!
--13 -
- - P.I. 0 ~ -
..N I

TURKILITAUB, N.M.; SHbffATJMVA. V.T.; PALWARCHUK, N.A.; MIDHAYBVA, L.A.
Accuracy In determining the composition of a mixture b!r the various
wthods of interpretation of chromatograts. Zav.lab 26 n0-10-10751-
1080 160, (MMA 13: 10)
(Chromatograpble analysis)

- KHVOSHCH67SKAYA, A.A.;
SHMATIMOVA, V.T.; PALUUMPIKLAPAOt
STAVTSILLO, !~J.
Control of the production of orgawsilicon liquids 86nd
lacquers. Plast.mosy no.4;13-17 160. (K1" 1337)
(Silane)

S/075/60/01 5/00 5/0r, VOC-4
B005/B064
AUTHORS: Kreshkov, A, P., Shemyatenkova, V. T., Syavtsillo, S. V.,
Palamarchuk, N. A.
TITLEs Determination of Phenyl Radicalsqin Organosilicon Compouni.J
PERIODICAL: Zhurnal analiticheskoy khimii, jq60, Vol. 15, No. 5,
pp. 635-638
TEXT: The authors of the present paper developed a new method of
quantitative determination of phenyl groups in organosilicon compounds,
It is based on the ethylation of the respective compound with ethyl
bromide in the presence of anhydrous aluminum chloride. This ethylatior.
may take place according to two mechanisms: in one mechanism the 51 - C
bond is ruptured under the action of AlCl 3 and an organoaluminu-Micompound
forms, that Is stepwise ethylated. This ethylation proceeds until the V,
step of hexaethyl benzene is reached. In the other mechanism, under thf~
action of AICI , an alumo-organosilicon compound forms, that is ethyla-.ed
by ethyl bromile. The Si - C bond is solved under the formation of
hexaethylene benzene. The reaction schemes of both mechanisms ark? given
Card 1/3

Determination of Phenyl Radicals in S/075/60/015/005/00~/004
Organosilicon Compounds B005/BO64
Hexaethyl benzene is obtained with slight impurities of other ethylatini,
benzene derivatives (Ref. 10) if the reaction products are saponifie~ witli
Water. From the amount of the hexaethyl benzene, it is possible to drqw
conclusions to the content of phenyl groups in the initial organosilicon
compound. Since hexaethyl benzene has a high molecular weight and is not
volatile, extremely accurate results are obtained from this determination.
If constant conditions are observed in ethylation, also the reproducil-ility
of the results is good. The method described is suited for determining
benzene and its derivatives in purely organic compounds, The authors
investigated phenyl trichlorosilane, methyl phenyl dichlorosilane, poly-
phenyl siloxane, polymethyl-phenyl siloxane and other organosilicon com-
pounds with phenyl groups directly bound to silicon, Ethyl bromide serves
at the same time as solvent in the reaction. 6-7 g anhydrous aluminum
chloride and 35-40 g ethyl bromide are taken for 2-2.5 9 of the orgar.o-
silicon compound to be investigated in the analysis of compounds with on.
phenyl radical per structural unit, Ethylation is carried out at '~nc_ a-.r-
is finished after two hours, After the decomposition of the reaction
products with water, the ethyl derivatives of benzene are extracted WitK
slight amounts of ether. The extract is washed with water until neutral
Card 2/3

Determination of Phenyl Radicals In S/075/60/015/005/00VOO~l
Organosilicon Compounds B005/BO64
reaction is reached, then ether and the excess ethyl bromide are distille;
off. The residue is dried in the vacuum exsiccator over P205. After re-
crystallization from ethanol or glacial acetic acid hexaethyl benzene is
obtained in the form of white prisms melting at 1260C. The formula is
given with which the content of phenyl groups in the initial com;)ound r,,ari
be determined. This formula comprises the ethylation coefficient that was
experimentally found by ethylating various chemically pure organosilicon
compounds. This coefficient has the value 0.91�0.01. A table shows the
results of determining the phenyl radicals in phenyl trichlorosilane,
methyl-phenyl dichlorosilanet polyphenyl siloxane and polymethyl-phenyl
siloxane by the method described. The results are reproducible with an
accuracy of � 1-1-5% (absolute). A. A. Khvoshchevskaya and L. M.
Kharchevnikova took part in the experiments. There are I table and 11
references: 6 Soviet, 4 US, and 1 German.
ASSOCIATION: Moskovskiy khimiko-tekhnologicheskiy institut im. D. It
Mendeleyeva (Moscow Institute of Chemical Technology imeni
D. I. Mendeleyev7-
SUBMITTED: July 27, 1959
Card 3/3

S/191/60/000/003/007/013
Bo16/BO54
AUTHORS: Shemyatenkova, V. T., Palamarchuk, N. A.,
Khvoshchevskaya, A. A.',
TITLE: Control of Production of Organosilicon Liquids and
Varnishes. Report I. knalysis of Initial Mixtures of
Ethyl- and Phenyl-ethoxy Silanes Used in Organomagnesium
Synthesis
PERIODICAL: Plasticheskiye massy, 1960, No. 3, pp. 27 - 30
TEXT: The authors report on their rapid and sufficiently accurate meth-
od of determining the components of the initial mixture used for the
synthesis of 1) ethyl-ethoxy silanes and 2) phenyl-ethoxy silanes. In
case 1), it is tetraethoxy silane, ethyl ohloride, and toluene (solvent),
in case 2), it is tetraethoxy silane, chloro benzenev diethyl ether,
and ethyl bromide. The amount of ethyl chloride is determined from the
difference before and after its evaporation from the mixture. The re-
maining tetraethoxy silane and toluene are then determined refracto-
metrically. The ratio betmeen tetraethoxy silane and chloro benzene
Card 1/2

Control of Production of Organosilicon Liquids 8/191/60/000/003/007/013
and Varnishes. Report 1. Analysis of Initial B016/BO54
Mixtures of Ethyl- and Phenyl-ethoxy Silanes Used
in Organomagnesium Synthesis
(case 2) can also be determined refractometrically. Small amounts of
diethyl ether and ethyl bromide (3.5% each) do not interfere with the
determination. In all cases, the authors produced artificial mixtures
for experimental purposes, and also studied commercial mixtures. The
above-described method is being introduced in industrial test labora--
tories. A paper by V. L. Anosov (Bef.1) is mentioned. There are
7 tables and 5 Soviet references.
Card 2/2

INK=. A.M.; LICHIKAXI, VA.; PAL&MACHM, N.F.; TRWUBOYA. A.S.
Significance of the bydrologi= prop&*r`iTe`x'Mf soil when dete=lzwd
by infloor cultivation of plants in pots. Dap. AN TMISR no.4:275-279
1540- (ML'RA 8:4)
1. Ukrainalkiy n.-d. gidrometeorologichniy institut. Predotavleno,
deyetvitellaym chlenom AN USSR F.S.Pogrebnyakom.
(Soil moistwe)

PAL&KARCHUX. P.A.
n..wv
--"-"Werallsed pro'&wtion. Zhivothorodstvo 20 w.1:2o-24 Ja 158.
(MIRA 11:1)
1. Starehly tootakhnik Stallnekogo obleallkhosupravlonlys.
(Stallno Provinoo-Poultry)

NALIVRINA. E.B.; PA . . -
Poeudotachylyte in the Bug Valley. Hat. V82321 no. 21-81-88 '57.
(MIRA 11:7)
(Bug valley-Tactwlyte)

FAIMARCITIK, S.L. , brigadir
- - -Wi--g-ift to the party coAgress. Sill. bLd. 1.1 no.8:11-6
Ig 161. (MM 14:9)
1. Stroltellmya brigada Kodimkoy meshkolkhosnoy organizateii
Gdespkoy oblasti, (Odessa.~Frqvince-Conetruction industry)
41

DAVYD(YVp Alekesy Iosifovich; BODRUVA, A., red.; -FALAWCHUK, T.v red.; M-
CONED, 0., tekbn. rod* Ow
[The grovtb and rapid developmat of the socialist city of Kiev]
Roste i kvitne notsialistyebiVi Nyiv. lyivo Dersh. vyd-vo polit.
lit-ry URM, 1961. M p. (NIFLA 14t8)
(Ilev-DeBeription) (xie*.-Economic conditions)

ZAGLADA, Vadezhda Grigorlyevna, Geroy Sotsialistichoskogo Truda,
deputat Verkhovnogo Soveta U&SR; DE241DYUK, V.F., red.;
~UZ, Tj~,~, red.; IASTOI.=S, Z.S., tekhn. red.;
.~AI#1#4!~H
KOPYTKOVA,N.K., tookhn. red,
(Life, work, and meditations; a story of a field-team leader]
Zhiznl, trud, razdumlia; rasskaz zvenlevoi. Kiev, Gospolitiz-
dat USSR, 1963. 114 p. (MIRA 16:12)
(Zaglada, Nadezhda Grigorlevna, 1893-)

ZAGLADI, Nadezhda Grigorlyevne[Zahleda, N.H.], Geroy Sotsiallati-
cheekogo Truda; DEMIDM, V.F.[Demydiuk, V.F.), red.;
- PAIAM&RCHUX, T.L., red.; LASTOVETSI, Z.S., tokhn. red.
(Life. Work. Meditation; a field leader tells her story]
Zhyttia. Fratsa. Rozdwny; rozpovid' lankovoi. Kyiv, Derzh-
polltvyday UNSR, 1962. 106 p. (MRA 16:4)
(Ukraine--Agricultural workers)

FALLKkWHUK, V. L
Data for the study of f Ish In the Transcarpathian Province. BIU-1. W01P. Otd.
biol. 58 no.5:35-37 '53. (MmA 6:11)
(Transcarpathia--lishes) (Fishes--Transcarpathia)

KRIVXOV, G.A.; VEKSLER, Ya..'.; KOFCAN, D.P.; SHEYNGERTIS, A.R.;
K.94,ZEABOVA, 7.A.; FALIYARCHUK, V.P.
bperimental myucar,~itio in acute radIaLlon sickneon. Put.
fIziol. I okBp. toray. 6 no.4.,F,1-83 Jl-Ag 16-11. (MIHA 17:8)

ITAWAICIM. V.P.
ImmiawwwwAn.
Method of anesthesia and bronchial Intubation in bronchography.
Test. rent. I red. no.6:62-63 N-D 154. (KLRA 8:1)
(33RONCHI, radiograpby,
anesth. & intubation techn1cs)
(ANNSTHBSIA. nMALATION,
in bronchograpkw)

ALFAIMV, H.V (Kiev)) BMISOV, S.F. (Kiev); FALAMAMUK, V.S. (Kiev)
I
Seamless insulation from foam polyaterene. Stroj vyr 11 no.6:
319 163.

ALUSIMs Me Vop limho; BORISOV, So P., insho; PALAURCHUlp V* Sep
imh.
NwmfactvrlW mmless foas polystymne inmaAtion. Hashino-
stroenle no.5s874)9 S-0 162. (MIRA 16:1)
1. Proyaktno-konsta-uktarskiy tekbnologicheekly inistitut
"vskogo moveta narodnago kbosyayetwa.
(Sty"ne, Po3ymre of) (Insulation(Reat))

Aq I a, 1
1 133-10-17/26
AUTHOR: - Palamarchuk E. M. Engineer.
TITLE: Wear of Rolls of Continuous Sheet Mills. (Iznos
Valkov Neprepyvaylch Listovykh Stanov).
PERIODICAL: Stall, 1957, No-10, PP. 929-933 (USSR).
ABSTRACT: An investigation of the rate and causes of wear of
rolls on a continuous hot rolling mill (1680) is des-
eribed. The instrument used for measuring the wear
of rolls is shown in Figure 1. The results of some
measurements are shown graphically in Figures 2-4.
The influence of hardness of the working roll on the
wear of the backup roll was investigated by studying
macro and microstructure and changes in the surface
of pairs of alloyed and not alloyed rolls withdrawn
from service (Figs- 5, 6 and 7). It is concluded that
in order to obtain uniform thickness across the width
of sheets, the wear of backup rolls should be at a
mimirmim. The wear of backup rolls, caused by mechanical
abrasion during slipping of the working roll or
"impression" of the surface of the worn roll into the
less hard surface of backup roll, depends on the material,
structure and hardness of surfaces of rolls in pairs
Card 1/2 of working and backup rolls. The roughness of the

K&AYEV, A.V.; DUBOVSKI'Y, B.G.; VAVILOV, V.V.; POPOV, G.A.;
PALkARCHUK, Yu.D.; IVANOV, S.F.
[Experimental study of the effects of interaction of two
subcritical roactortil Ekoperimentallnoe izuchenie ef-
fektov vzaimodeistviia dvukh podkrltiches~kikh reaktorov.
Moskva., Glav. upr. po, iapollzovaniiu atomnoi energii,
1960. 10 p. (MIRA 17:1)

DUBUVSKIY, B.G.; KAMAYEV, A.V.; VLADYKOV, G.M.; KUZNETSOV, F.M.; NOZIK, V.Z.;
PALAMARCHUK, Yu.D.; POPOV, G.A.; VAVILOV, V.V.
Interaction In suberitical reactors. Atom. energ. 16 no.1:16-20 Ja
164. OURA 17:2)

1. A.11"7-t'5 El-.r,(j)Arrr(m)Apr(c)APF(n),VEPRAvP(t)A"'P(b) Pr-4/Pr,-4 PU-4
NAI AP4012261 4/0089/6,4/016/OOVOOZI/DO25
AU~"OR3 DubovskV, B. x1ayov, k. V.; Kuznetsov, F M., Vladyokcrv, G. M.;
Popov, G. A.; ~~lammrchuk,_)~u,_
.,I A
TMEt Critical paramotors of aqueous nalt tolutiona UP 2(LI 03
LO~-,ZSi Atomaya onor&iya, v. 16, no. 1, 1964, 21-25
TG?1G TZSs nuclenr reactor, reactor core, critical mass, n e u t r o n
rultiplication, neutron absorption, neutron moderation, cylindrical reactor,
aqueous salt solution
ABMUCTs Experiments donignod to determine the critical volumes of aqueous salt
rolutions U02(1;03)2 with 90~ enriched uranium were made for reactors in the shape
of spheres, cylinders and rectangular parallolopipada, with and without water ro-
floaters. Uranium~l'concentration in aqueous salt solutions varios from 36 to 460
C/11, which corresponds to a change in the ratio of hydroeon nuclei PH to nuclei
of u2)5 from 780 to 50. In the case of the spherical reactor, the critical mass
and critical volume were also determined through correlation of the geometric
paramotara of the cylindrical and rectangular-parallelepipod reactors with those
Cord 1/2

L 41357-65
=LSSION NRi 04012261
of a spherical reactor. This method gives results with an accuracy of �10% for
solutions with water reflectors and _+5% for solutions without reflectors. The
effect of the stool bottom of the parallelepiped on the critical height of the
nolution in the presence of a water-reflector was studied by changing the thickness
of the stool between the core and water reflector from 3 to 47 mm. It is pointed
out, in conclusion, that the results of the critical experiments can be used to
determine the critical parameters of reactor acres in the shape of spheres, cyl-
1ndor3, and rectangular parallelepipeds containing aqueous water solutions of
U02 (~';O 3 21 The minimum critical parameters of the aqueous solutions of the
UO (?;0 ~7salt, obtained by transformation of the geometrical parameters have the
foilo-.j?n'g valuoss critical volume, 8.4 liters; critical mass of U235, 0.85 kgl
diameter of the infWto cylinder, 16.7 am; thickness of the infinite plate, 6.9
am. Orig. art. hans 6 figures, 5 formulas, I table.
AWOCIATIC21i none
SUB,an ED , 17Nov62 ENGLI 00 SUB CODFs NP
NO RU WV 1 004 0r=$ 001
-Card 2/2

Z )32h5-6-5 Vr-4/Ps4^-4 bx
ACCESSION NR: AP4012260 S/0089/64/016/001/0016/0020
AUTHOR: Dubovskiy, B. G.; KamayevA. V.; Vlady*ko . G, M. Kuznetso
F. M. - NozIk V. Z.; Palamarchuk, Yu. D.; PoRgy~ Q. jL; Valdlnv- 3E- V_
. ............................
TITLE: Interaction,of suberitical reactors
33
SOURCE: Atomnaya tnergiya, v. 16, no. 1, 1964, 16-20
16
TOPIC TAGS: subcrAical reactor interaction, reactor safety estimation, fission-
;able material, equivalent reactor dimension , reactor dimension computation
ABSTRACT: The purpose of the present work is to obtain a method for a reliable-
safety estimation of interacting systems containing fissionable materials. This
estimation to used to provide a safety margin for producing, storing, and trans-
porting fissionable materials. The method of equivalent size has been developed
by the authors. This method, In essence, Is baited on the assumption that a set
iof subcritical assemblies with specific nuclear properties and geometric para-
jmeters can bo. replaced by a nuclear reactor with equivalent geometrical buckling
CWd

L 33245-65
ACCESSION NR- AP4012260
and the former nuclear characteristics. The device for studying the interaction
of subcritical assembly in a three dimensional lattice is shown in Fig. Mncloqure).
The results of the computation are found to be in good agreement with experiment-
al results, having in all cases a safety margin. "The authors are grateful to
V. G. Zagrafov for valuable comments. " Orig. art. has, 6 figures and I table,
ASSOCIATION: None
SUBMITTED: 17Nov62
ENCL: 001
SUE CODE; KP NR REF SOV-W2 OTHER: 002
ewa -2/3

UUBOVSKIYP B.G.; KAKAYKV, A.V.; KUZNETSOV, F.M.; VIADYKOV, G.M.; POMV, G.A.;
PALAMMhM Yu.D.
Critical parameters of aqueous solutions Of U02(NO3)2. Atom. energ.
16 no.1:21-25 Ja 164. (MIRA 17:2)

4p
IOU A
Of
41
4 311 St
Vt
.81
JA *Z A~4
its v
o i
ot c

L 0736-65 ErJT(m)/ZPF(c)APF(n)-2,/EWG(m) fill/DM
mcmiam ut Ar)ngW3
,,,Or cc
Takl FAUMV
AVMORt Vladykpv~& 0. N.; Dndbov_~11, lgl~"
Wssome
Innetsov. F. N. t Poww. 0. 1 Palamarebuk. To. D
vjVoo"/65/oi9/ooi/dojA/oo19z9
621.09.520.92
We
L!-T. I twiriduke, V, TA,
Tmx: amcieno-br haterog am
BOVACR: Atoww" energlya, v. 19, no. 1, 1965p 14-i9 IVOR
TOPIC UWt water sodersted reactor, homogeneous nuclear reactor, neutron flux,
neutron absorber, reactor control, nuclear reactor care
ADSTRACTt The authors imestigatod the effect of various absorbers m the value
of the critical mass of homogeneous urmlywmater reactors. The experisents mm
imade both with reactors having no reflectors and with reactors n: Ified with bott
or side water retlectars up to 25 ca thick. The core was an aqueous solu- -
UOR Of VO&(VDa)a In C7110drle&l steel tanks with walls made or 1.5 m lD2WT
stalmless steel. The &Uw*lv4g rods were wMe of poraerea Um cm%mms aim in
stalmlass s%Wg or elft of vwLer-fIlled emm"ma tubl" alm clad is stainless
st"le Sw offtelmW of the Ombift red Is 6ef1mG as the cbmW In
t~w crItIml vo2yms or witlesil MW of the mwtw asomMy ultb mad witbamAk
absorbero So ~MelmW of sm isalateA red w of & groW of raft vas summed as

L 64736-65
ACMBI(BlMi AP5DXW3,
a tow ton of the absorber dimension &W or the urmium comentvation to the
corie, , The . resklts are presented in the form of a set of plots and tables
in ubich the experimental 4a" we compared vitb the values calculated by the tv
theory. The difference between the results In an the order of 10%. Inereast" tM'
nowbox of roft In the s. inerms"a the critleal volmme and thus coatributes to
the safety of the reactor. So us of steel claMM for the absorber raft ecib-
tributes to the rod WIrl"emay. Orig. art. Me: 5 figures, 4 forwal", and 2
tables. 102)
AMMUMs some
Nownmi OftA
in MW Owl WS
MCLI 00 M 0=1 17
~t 000

PALMRCMK, Z. N.
Impro" the work relative to inventions and sere efficient operation.
Sakh.prou-30 no.6:1-4 Je 156. ()a2A 9:9)
l.Ukrglaveakhar.
(Sugar industry)

&UM= 0 ZIN,
lucimt-tYPO "loader desigmed by Ig.j.Ubaov. Sakh.pron. 30 no.,:
19 J& 156. (MA 9: 6)
l.Glavaalrha.
(SMar 1MdU8trY--Bquipment and supplies)

PALUUMKOP A,Z., inzh.
High sensitivity safety ciutche lzvvys.ucheb.z&v.; tokh.log.prom.
no.1:168-172 063. (MRA 1633)
1. Kiyovskiy tekhnologicheskiy institut pishchevoy pronyoUennooti.
Rokomendovanu kafedroy detaley mashin i pod4yeamo-transportafth mashin.
(Food machinery-Safety appliances)

:~ a fpt~ ~Dj+~.n w 4 ," c-n!i . , v I, I, y find : *-= c~iare-- - c-:-, .
. v - t. - 1 " ~
. rudy KT!! : nr,.2- . :- ', '--, '. I .

FALAMARERK01 A.Z., asolstent
Ga-~-ulaLLpg engin88r N.D.Verner's oultiplate cl-.;teh. lzv~ v- . tichot-
ys
zav *; Mashinostr. no.8:78-82 165. (MIFLA

FALLMARENKO Alekoandr Zakharovich- TMICHAROVAY V., red.;
PORMUKHIN, N., tekhn. red.
[Safety meavures in bench work) Tekhnika bezopasnosti pri
sles&Mkh rabotakh. Kiev,, Gov* izd-To izd-vo tekhn. lit-ry
USSR, 1961. 90 p. - (MW 15:4)
(Machine-shop practice-- W ety measures)

COUNTRY : USSR.
CATEGORY : Parm Animals.
The Swine.
ABS. JOUR. I MhBiol., No. 3, 1959, so, i2o6i
AUTHOR : Balashov, N. T.; kajaMarenlco I
INST. : Askan4ya-Nova Ukranian
sere- nc Research"
TITU : The Lnaterspecies Crossing of Pigs.
ORICT, PUB. : Tre Ukralnsk,* no-1. in-ta Zh-tvotnovodstvaL.
0
1957, 'a 98-104
AB3TRACT : An experiment on fattenirw- which was carried
Out on a small number of heads at the Cher-
vonyy sovkhoz in Zaporozhakaya oblast' showed
that hybrids witich were obtained by crossing
BOWS Of the Ukranian Steppe wkitte breed with
boars of the Mirgorodsicaya breed surpassed
Gurebred animals when fattening was discon-
tinued by 1193 percent to live weight, by
4.5 -~'ercent in lard yield of carcasses, while
by comparison to hybrIds of the Ukranian
Steit)e whito bre(id and the large white breed
Card: 1/2
-Institute of Animal Husbandry.

CM=T-;'0r'I , N. F. , r. T. t.
Pumpkin
Pumpkin is a valuable feed crop. Sots. zhiv. 14 no. 6, 1952.
2
9. Monthly List of Russian Accessions. Library of Congress, August 195#. Unclassified.

BAIIA HOV, H.T.., kand.sellskokhoz.nauk; PA-'LAIUFMKO, I.K., kand.sellskokhoz.
naukj SAVCHENKO, F.Yu.., kaud.bioTo_gnauk; LUZHKOV, M.O., nauchnyy sotrudrLik
Coq)arative studlea on some biological characteristics of hybrid
swine. Nauk.pratsi "Ask.-Nov.* 90-9 161. (MIRA 150)
(Swine brooding)

KITANOV, B.; PALAMAREV, Em.
The Eocene Charophyta from the Khadzhi Dimitur coal mine, S-'Iven
region. Godishnik biol 56 no.):1-10 161-162 [publ. 1631.

n~ am.
- i~- 4
Pb*O;U flora of the Palsogene in the Samokov region. lm.
inst.bot. BAN 10t'15-21 v62

KHADZkW,P.T.; PALAMAREV,Em.
The Samatim flora in north Bulgariap Pt.l. IZV. inst. bOt.
BAN 10s5431 w62.
I% 1 1.

PAWIARE V., Em.
Fossil flora of the Pirin coal-bearing Tertiary. Izv Inst
bat BAN 11 69-101 163.

FAIAMAMY, s=.
MaterialA from the studios of the Tertiary flwa in the Samokov
region. Izv Inst bot BAN no.8:175-208 161.

PALAMAW Emanuil
Rare and interesting plants in the Bulgarian flora. Prir i znwMA 15
no.7sl5-18 S 162.

PALAMAREV, Emanuil
I...............
Paleobotanical studies of the Chukurovo Coal Basin. Izv Inst bot
BAN 13:5-80 164.
Some new data on the fossil flora of the Pirin coal-bearing
Tertiary. Ibid.:129-148

PETROV, Slavcho; FALAMAREV, Emanuil
Palsobotany in a textbook on paleontology. Izv Inst bot BAN
13s 155-159 164.

PAIAMAREV, Emanuil
Visible remnants of a disappeared plant world. Prir i znanie 13
no.3:12-16 Mr 160. (EL41 q: 10)
(Paleobotany)

FAJ.,UWRU .
- U E
4Constructions for silage."
p. lb (Drumul Belsugului) No. 7, july 1957
Bucharest, Rumania
SO: Monthly Index of East European Accessions (EEAI) 1Z. Vol. 7, no. 4,
Apr1j 1958

RIC1,11ANIA
_LAQAJ~L~, _2~ , D r an dJ.-_LN 0 T ", M., Dr, of the ZoDtechnical Re-
sea--ch Institute (Institutu-1 de Cercetar- 70otehnice),.
"The Use of Corn Cobs and Stalks Together with Molasses and Urea
.4.
in the Fattening of Cattle."
"'ucharest, Revista de Zootehnie si 'M`tAicina Veterinara, Vol 13,
_171o 10, Oct 63, Pp 5-12.
r
..
Abstra u LAuthors' English surnmar
-btained with a zixture of
:_~'.alks (beaten and ground) with
100 to 165
of
urea per
gram
Der calf) together with small
%.Ince the animals
0:1LLI ".d concentrates was
method of using corn stalks
(2 percent of the weight of
the weight of the stalks).
Includes 3 tables.
modified]: Gcou res~~!-.s
6 to ki_o;~ra.L.s of corn cobs
2 to .5 kilogram of r. -
adult head of cattle (60 to -12-)
quantit:.es of silage, 'ray and
were used to the diet, t'-c a,~di~,_:on
no longer necessary. Another
is to silo them together with
the stalks) and urea (0.5 percen-~
;.;ere
L;nd
-nd
~~r--
L:;-'asSes
of
1/1

I . .
I . I . : . - I : . - , .
. ) . 1. , . . . 13 . . . I . .
3

3296h
3/14 61/004/006/002/020
'7' 3 C1 0 (16 0" /M-Y) D249YD301
AUTHOR: Palamaryuk, G._O.
TITLE: Design of a phase-sensitive electronic demodul-Ittor
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. PriborostrG-
yeniye, v. 4, no. 6, 1961, 10-16
TEXT: The operation of the electronic demodulator is analyzed
theoretically, special attention being paid to the questions of
load and drift. A typical circuit diagram is shown in Fig. 1. Vv'_ith
reference to this figure, two cases are considered depending on
the waveshape of the driving voltage U ; a) U is a square wave
and, b) sinusoidal wave: Case a: with 1he output filter disconnec-
ted, the magnitude of the rectangular pulse output (i.e the vol-
tage UD at the point d) for a symmetrical demodulator (R1 = R2
n
R4 = R5 = Rop R 3 = R6 = R~ and U m = Um) is given by the genera-l
formula
Card 11,6.,

Design of a phase-sensitive ...
!=n
u0i
R.
UD i=n
R
i
32264
3/146/61/004/006/002/020
D249/D301
U
By substituting into Eq (2), one -ets U =-2 . The e-'fe,'- r'
C, D 4
addition of the output filter is to decrease UDby an amount -wn~
corresponds to the potential divider ratio formed by the c;)mbir-d
impedances on each side of point d. Therefore, the output vcit~i6,
is Uout = UO x *I, where
Card 2/0.,

Design of a phase-sensitive ...
R2
H 2
(LO2 + !-0 +R + R
4 H
32964
SI'4 6 1/004/006//00,),/O"_iO
D249YD-4101
where transmission factor; K = 0.5 = space fitor;
load factor; R internal resistance of demodulator. Case
With a sinusoidal driving voltage the shape of U D is no ~,)nge-
single rectangle as it was in the case a), but is now compL,~e-,
fectively of three rectangles. Therefore, the output vql~.-fge
three components each of which can be considered separ--tte1y ~n
manner similar to that used in Case a). The transmission oef,f,
cient is
Card 3/6

32964
S/1 46/6 1/004/00c,~,)Of~,/01-~ 0
Design of a phase-sensitive ... D249/D301
R
H 3
R
17 +
~ir, gin c)
From the plot Df against U and U it is found ha,.
I m m i I'
term in Eq. (18) becomes negligible for U ~ U > 60 V. 1r,
m m
tical demodulator there is inv,iriably a certain -, m cur ~,yrmmf-
which Is caused by the tolerance values cf t~ie compunerr .;!10
is responsible for producing the drift voltage. Denoling ty F Mi.
the max i mum poi,,i i b I e degree () f a oymme t ry 111a X
steady and alternating components of the drift vc'itage '1-e
by expressions
Card 4/~,

32964
S/14 61/004/006/002/020
Design 9f a phase-sensitive D249YD301
U RH 2
UD -2 Fmax 'K + F64e, +Rj T+d-- (24)
71- H
and
U
,W 2 m max Wc (R. + Pout.ten) (26)
This article was recommended by the Kafedra vychislitellnoy tekhni-
ki (Department of Computer Techniques). There are 5 figures, 1 ta-
ble and 4 Soviet-bloc references.
ASSOCIATION: Ryazanskiy radiotekhnicheskiy institut (Ryazan Ra-
diotechnical Institute)
SUBMITTED: February 27, 1961
Card 5/k

-5 V-
ON'
-nm~o
ti~000/00
s/2j76/6 4/0227/1)
ACCESS 10% MR: AT4046532
I dir d d r
.:oq,~cow_vu,to -A141 ''ri-p-b. se, 'r U
qn-
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typei vana ys. s
m- ire u"
a
and,clrcult
001.
-are
S s.6
41% the' let A(6431aliced _-'tr,~qqer~;
.art a

Jz
Z,:;E
iz
if
9 -g,

r e
t
t c
at -ted an
44J
'b~c,

aure i-- or-ror iinw~-zne c i rcu i E e-ir.rpr
eac -,,cased
a puIso - servb~'-
para
Th,
a'-prac b sence 0 .,a-* ."f
-;- Wt.` -e;h,afgSIO.S, coerol;,
irk, I t I
at I
-prec is vni,-Or"t-leiV f44eip ~'devl ce,;
Tie
putP.

RVACHEV, V.P.; PALAMARYUK. X'Je..
Ca!=Iatlon of the quartum yield of pt.,otosynthenla. Fiziol. rast.
)2 no.2g371-3?4 Mr-Ap 165. (M-IM 18:6)
'. ^1hernovitsk-ly, gosudan!'wennyy universitet.

FALANSTA, B.1 FMTENIK, M.
Qc the erythro and tbroo-2,3-dibydroxytetracosanoic acids. Croat chem
acta 32 no.44:177-182 '60. (EUI lotg)
1. Department of Biochemistry, Institute IRuder Boskoviel, Zagreb,
Croatia, Yugoslavia.
(Bromination) (Oicidation) (Acids)
(Configuration)

- PAIANSUI, B. (Zagreb); FROSTENIK, M. (Zagreb)
Chromatography of the Upide bases on paper impregnated vith
cilicio acid, Croat chem acts 33 no.3:133-135 161.
1. Department of Biochemistry, Institute "Ruder Boskovic,"
ZaMb, Croatia, Yugoslavia,

PALILK)DOV, V.
mmmwmg~
Once more on the convergence of the series 1+ 1 1
Mt. pros. no-3:182 '58. 11:9)
(Convqrgence)

PALkMODDV, V.P., student I kures
Convergence of the series. Pat. pros. no.1:148 '57. (MIRA 11:7)
I.Moskovskly gosudrastvanVy univeraltet.
(Series)

SOV/44-58-4-3003
Translation from: ReferativrWy zhuzmal, matematika, 1958, Nr 4,
p 84 (USSR)
AUTHOR: Palamodov, V,P.
TITLE: On Polynomials Which Generate a Recurring Sequence of
the Second Order (0 mogochlenakh, obrazuyushchikh
vozvratnuyu posledovatellnost' 2-go poryadka)
PERIODICAL: Matem. prosveshcheniye, Nr 1, 195T,, PP 139-147
ABSTRACT: Bibliographic entry.
Card 1/1

S/020/60/132/02/14/067
AUTHW: Palamodov, V. P~
TITLE: Regula-rization anc the Problem of Division
PERIODICAL: Doklady Akademii nauk SSSR, 196o, Vol. 152, No 2,
pp~ 295-298
TEXT: The author uses the notations of J M. Gellfand and G Ye Snilov
(Ref.2). The spaces D and G introduced by L. Schwartz (Ref 3) are
especially denoted with K and S. The problem of division (Ref.3)
consists in the question of the solubility of the equation
(1) YU = T, T C- KI
in the space KI, where F is a given function which is inf4.nitely
often differentiable,
Theorem 1: (1) is soluble in KI if and only if for every n there
exists a regularization of the function which satisfies
the condition
(2) (FP)"
I ( F
Card 1/3

S/020/60/132/02/14/067
Regularization and the Problem of Division
Theorem 21 Let the function p have the form
(3) p - p(Y11 x1f, 9 xn) - Y", , pl(X,9, Xn ) 3' +
+ PM(XV-9 X n)
It exists a regularization of"/P which satisfies (21), if there is a
regularization of 4/ Op satisfying this condition. Here it is
Dp(X) TF ( yi(x) - y jW) (X = (XV-9 x dil, if
P(X,Y) i7 (Y - Y (x)) where the product for every x is
j~j j
extended over all pairs of roots which in no neighborhood of x &re
identically equal.
Theorem 3: Over the space K the division is possible by everly- function
which Is analytic in the neighborhood of the real manifold
Theorem 4: Let p have the form (3) with Infinitely differentibl.
coefficients and let it vanish only in the origin of coordlnalr~;3
If among the roots of this polynomial there is a root y 1+ (y1-).
IM Y+(X) ;?~ 0 (IM Y-(x) !~L 0), so that the inequal:.ty
Card 2/3

"Q102016011321021141067
Regularization and the Probelm of Division
T-1 I j q
C
j
in which the product is extenued ovt~r all roots y,-(x) (y.4*(X) for
which Im y -(x).~ 0 (Im y ~-+ (x) :!~ 0), hol&i for alY 0 Jand some
C > 0, thL 41~p is not r gularizable over K
Tseorem 5: If the roots of p, which has the form (3), s~,tisfy the
condition: either Im y i(x)z-r 0 or JIm (x)t > 0, then the divisiot.
through p is possible.
T'leorem 6: Independently from the behavior of the roots of' p the
division through p over the space S4 is possible, if' -1
where ~j is the index corresponding to y,
Six further theoremsdeal with the application of these results to some
differential- and integral equations. The author thanks G Ye. Shilov
for the guidance.,
there are 9 references: 2 Soviet, 3 French, 1 Swedish, 1 Dutch
and 1 German. X
ASSOCIATION: Moskovskiy gosudbLrstvennyy universitet imeni M,V.Lomonosovs,
(Moscow State University imeni M. V Lomonosov)
PRESENTED: January 15, 1960, by P. S Aleksandrov, Academician
SUBMITTEDt January 8, 1960 Card 50.

20079
S/03 61/053/003/002/003
8_2600 C1 1 1YC222
AUTHOR: Palamodo SCOW)
TITLE: On canonical regularization of functions with non-.integrable
singularities
PERIODICAL: Matematicheskiy sbornik, vol.53, no.3, 1961, 353-366
TEXT: I.M.Gellfand and G.Ye.Shilov Def,l: Obobahchenn.-ye funktsii i
deystviya nad nimi ( Generalized functions and operations with them]
11oskva, Fizmatgiz, 958) solved the problem of the canonical
regularization for functions of one variable. The author solves the
problem for functions
h(y,x 1 ..,x n)
m
[Y-yi (X1 lxn)l
where h is infinitely often differentiable with respect to y and
increases together with the derivatives with respect to y at most
potentially while the yi are continuous, increase at most potentially
and satisfy the conditions
Card 1/ 7

20079
S/03 61/053/003/002/003
On canonical regularization... C111YC222
1) IY1 !!~ 'Y2 Ic- - ' - -:!~ lyk ~~ O!~- Iyk+1 O.
i j
The author considers the function
p.+,(Y,,)= LPIny Y_Y,.
I. n1
R (y - y,)" In (y - y,) (y - y,)" In (y - y,)
-711 _ = A,
Card 3/7 '-1 (Y, - YI) ... (Yi - YI) ... (g, - Y.)