SCIENTIFIC ABSTRACT PASHKOVSKIY, M. V. - PASHOV, T. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001239410005-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

I I
VOLZHFMKIY, D.S.; IIASHKOVSKIY, M.V.; SVEKOLKINA, L.G.
nysical properties of o en vanadium bronzas of copper
and silver,, Zhuraneorgokhim. 8 no.1:255-257 ja 163.
- (MIRA 16-5)
1, Llvovskiy OsudarstvemVy universitet imoni Iv.Franko.
(Vanadium bronzes)

PASHKOVSKIY, M V.; RYBhLKA, V.V.; SAVITSKIY, I.V.
Conductivity of mercuz7 sulfide single crystals. Fiz.tyer.tela
4 no.7:1970-1972 JI 062. (KRAUtO
1. L'vovskiy gosudarstvennyy universitet imani Iv.Franko.
(MeTeury sulfide cryst&.18) (FhotA)conductivity)

W~!
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t4lectr. 'c`~, propertI 0 ent methods and
diff r
-.~Of_ 6~me:~ impuliti f are studied. The
'on Qjj the properties o 30
ared by th): cold preaving method- of 'powders
ex,were,
"~obtiitned -in the'ohemia&' vay Ior 0.
L V-th reaotion of. BS with 0 in vacuo. I The lat-
:~Aer!teohnique.y1eld maq)les of higher purity. Th a flask, 6D to 170 irm long and
;28 S Ole (15 to
M anieter~ -of -pure HSS. can too prepared J n one:cy
26 ji6lirs' . AqUadag tn ori Bfi o
ontaots were The* tomporature dopendenca of
-io"'coriductafic4' al wan examin In e.
ed th
_1,- Pleoti temperAturli range fftm 3.1cluid
Iii'ibe first heating
"nitvpSenAo.. 5W. C.', .,jhei,anomaloulk temperature, edurse, of
Un
'77

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t*h'e'~ p- na of po ia'rizatio
n and depol rvit on, related by the
l
iors to 1~eteioii6A of the. sawpleas~ i6nio'conftot.1 ty and surface
ty ~d
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ble~trla bonduotivity'-o -a-HO Thq~width of the forbid.
ties,deoreaae,the f
d ed from the te6peiiture course 6t Tis equal to e'-
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- 7heir eleotrio%'propertiea a~e analogous
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YU Tkhorik

PASHKOVSKIYL M.V_.,l,TSAL'p N.A.; TKACHUK, A.D.
Effect of oxygen-containing anion impurities on the
electroconductivity of alkali halide crystals. Fis.tver.tels
5 no.431167-1169 AP 163. (MM 16:.4)
1. LIvorrsk:Ly gosudarstvennyy universitat imeni Iv.Franko.
(Alkali metal halide"lectric properties)

_P16HKOVSKIX., M.V.-J.Pashkovelkyip M.V.11 SAVITSKIYj I,V. [Savytolkyi, I-V-b
LUTSIV. R.IF.
Growing mercury sulfide monocrystals. Ukr. fiz. zhur. 6 no.5:69.1-
696S-0 1610' WFA i4m)
1. Livovskiy gosudaratvennyy universitet im. Iv.Frankoo
(Mercury-sulfide crystals-.Growth)

S/078/63/006/001/025/026
B117/B108
AUTHORS: Volzhenskiy, D. S., Pashkovskiy, M. V., Svekolkina, L. G.
TITLE: Some ;hysical properties of oxygen-containing copper
vanadium and silver vanadium bronzes
PERIODICAL: Zhurnal neorganicheskoy khimii, V. 8, no. it 1963p 255-257
TEXT; The physical properties of bronze single crystals grown by slow
..Doling of melts from vanadium pentoxide with 20, 25, and 300/fa by w-ight
of copper-(I) oxide or silver nitrate have been studied. Shape, color, and
y1eld of the bronzes depended on the content of copper and silver in the
nelt. The crystal structure was little affected by heat treatment (400'C)
In air or in vacuo. The electrical conductivity of the copper vanadium
bronze increased with increasing copper concentration and temperature. The
electrical conductivity Of silver vanadium bronze produced from the melt
-oith 20 and 25~6 AgNO5showed a similar temperature dependence. For samples
obtained from the mel'~ with 3VIfo AgNO31 the electrical conductivity
decreased at higher temperatures. The thermo-emf wce of the same order for
Gard 1/2

Some physical properties of ...
S/078y'63/008/001/025/026
B117/11108
the two bronze types, and increased with increasing temperature within a
wide range. For samples with 25 and 3C~'a CU20 o r 3 00% AgNO30 the thermo-emf
c:hanges its sign twice in the vicinity of -100 0C. The thermo-emf of all
:,ther samples showed a maximum in the negative centigrade range, and was
nearly constant between -50 and +150 0C. Also the Hall oonstant changes
its sign twice within the same temperature range. This is attributed to
phase transitions'. There are 2 figures and I table.
J~SSOCIATION: LIvovskiy gosuniversitet im. Iv. Franko (L'vov State
Univernity imeni IV. Franko)
S17BUITTED: April 26, 1962
Card 2/2

06439
25 1) SOV/107-59-5-34/51
AWTHOR; Pashkovskiy, N. (L'vov)
TITLE: A Flux for Soldering
PERIODIGAL: Radio, 1959, Nr 5, p 45 (USSR)
A'Bh'-',I'RACT: The author recommends a flux for solderingconsisting
of 30 g stearic acid, 25 g palmitic acid, 45 9 oleic
acid and 100 g colophony. These ingredients are
heated in a water bath to 100 0 G. The author describes
in detail how to obtain the aforementioned acids from
soap using hydrochloric acid.
Car,4.1. 1/1

0
B/081/'62/000/01'1/039/102
B162/B 101
AUTHOR: Pashkovskiy, N. 1.
TITLE: An electronic meter of luminous radiation
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 17, 1962, 142, abstract
17E2 (Uch. zap. Novosib. in-t sov. kooperativn. torgovli,
no. 1, 1960, 107 - 111)
TEXT: In order to investigate the effect of light on textiles and to
study their optical characteristics, an electronic meter of luminous
radiation has been designed. The principle of operation is based on
accumulation of photocurrent by a capacitor to which a glow discharge tube
with an indicator inserted in its circuit is connected in parallel. When
a definite potential is reached on the capacitor, the tube lights up and
burns till the capacitor is discharged. As a result, a current P1113e
.originates in the circuit, which is recorded by the indicator. The pulse
15 frequency is proportional to the intensity of the photocurrent and may be
used as a lighting, time measure. The pulses are recorded by an electro-
magnetic counter. The meter described was used for studying the effect
bf dif erent spectral regions of sunlight on the fibers of viscose rayon
Card U2
30

An electronic meter of ...
at different atmoapherio conditionu.
tranclation.j
3/081/62/000/017/059/102
B1622/BIOI
[Abotracterle notel Complete
,ard 2/2

AUT11GR:
,'1TL_--':
385h5
S/196/62/000/012/011/016
E194/E155
Pashkovskiv. N.1
An electronic device for measuring light radiaLion
PERI GJ1 CAL: !Zeferativnyy zhurnal, k; leIr trot c1chn.i1c a i energetilril,
no.12, 1962, 4, abstract 12 V23- (Uch. zap.
,\ovosib. in-t sov. kooperativn. torgovli, no.1, 1960,
1L,7-111).
I'SXT: The instrument, intenjed for measuring radiant flux.
consists of a photo-cell, capacitor, neon lai-,;p, amplifier and
E!1ectromagnetic counter. Its principle is to accumulate a charge
the capacitor until it discharges through the lamp. The
c:urrent impulse is recorded by the counter and ~he frequency of
the impulses is proportional to the photocurrent. The error in
the instrument reading is not greater than 3~6 provided that
variations in the radiant flux are not greater than 1:30.
figures. 4 references.
Abstractor's note: Complete translation.-i
-':ard 1/1

ABDONK, G.; YASMMUY4,~S.4 Prinim.11. uchastiye: BABBOS, V. i nablyudatel 1;
- KIKUY, M., nablyadatell; POPA, Sh.11popa., S.],, mablyudatelf
i
Wintering of water birds and pome other birds In the Danube Delta
in )M5S-1959. Higr. zhiv. no.3:118-125 062. (MIU 16:2)
1. Lesnoy nauchno-inaledovatellokiy inatitut Rumynakoy Narodnoy
Respubliki.
(Danube Delta-Birds in winter)

DOUITSA. B. (Doni N.I. LEAUDRU V.- 'PASHKOVSKIT, S. [Palcovacht, S.];
PUBMEU-SXO-CRANU, Ye. Ci~jceru'-Soro-oeanu, 3.-);--SOCHAVA, V.
Legend to the geobotanierl map of the Rumanian People'a Republic
(with summary in Engliahl. Bot. zhur. 43 no. 5:639-643 HY '58.
(MIRA 11:7)
1. Institut geograM Rtmnskov Harodnoy Respubliki. Bukharest.
(Rumania--Phytogeograph.v)

XTHOR: PASHKOVSKIY,S-F--s-, 20-4-8/52
IIITLEt On tht Location of the (e)-Points of Polynomial, of Beat
Approximation (0 raspolozhenii (e)-tochek polinomov nailuchthego
priblizbeniya) S
SS�
.ISRIODICALs Doklady Akademil NauV~ ~1957, Vol 117, Wr 4P PP 576-577 (IJSSR)
JISTUM Let W be the class of all algebraic polynomials of at most
n-th Regree. Let for a function f continuous on L-1,+13 I
Of JIL q- max If(t)l . The error of the best approximation
reades E M - min If-pi)[-l,+I]* For the polynomial p n
p E:Wn
approximated best there holds: I f-P n1l &1'+11-E n(f). An (e)-point
of pn is every point u6 1-1,+1] in which If(u)-p n(u)I- 'n(f).
As it is well known, pn has at least n+2 (e)-pointot
u0'U19--su n+l*
Let Tn,k,h (n and k