SCIENTIFIC ABSTRACT PUTSCHKOV, P. V. - PUTSEYKO, YE. K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001343710011-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


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Mwk.--elev. prom* 28 no.6.-12-13 Je 162. (MM4, 15:7)
1. Director Chelyabinskogo mellnichnogo kombinata (for Puts)
2. 03,=W inzhener Cholyabilnskogo mellnichnogo kombinata (1';r
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(Chelyabinsk-,-J~rain milling) (Chelyabinsk. -Grdn handling)

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L lo838-63 EWP(i)/EWT(m)/BDS--AFFTC/ASD--Pe-h--RH
ACCESSION NRs AP3001488 S/0195/63/004/002/030'7/0311
AUTHORs Markevidh, N. N.; Putsbyko, Ye K.
TITLEt The effect of oxygin from thelair on the adsorption of dyes by Zino oxide
SOURCEs Kinetika i. kataliz, v. 4. no. .2, 1963M 307-311
TOPIC TAGSs oxygen, polyvinylbutyril& adsorption of.dyes, Zinc oxide.,
ABSTRACTs- The effect of oxygen from the ai -r-with iku admixture .of.i2olyvi ~butyrjll
on the adsorption of acid and basic dyes was- investigated on the~sensitive micro-
oyrstals of zinc oxide. It was found that in contrast to the principal dyes
which affect the character of.the adsorption isotherms of acidio'4yes irith Zino
oxide, oxygen from-the air also affects the dsorption. On the basis of these
experiments, the conclusion was drawn that the centers responsible for the
adsorption of acidic dyes which' sensibilized the photoeffect of these dyes and
of zinc oxide, exe the chemosorbed partiolesoontaining oxygen in their composi-
tion, The admixture of polyvinylbutyril not only lowers the adsorption on the
zinc oxide, but also changes the direction of the adsorption isotherm. Apparently
the observed effects are due to the.faot that molecules of polyvinylbutyril are
adsorbed on the surface of Zino oxide causing a partial displacement of oxygen.
Card 1/2
-------------------
;7- Z-r 7r~

AKIMOV, I.A.; PUTSEYKO, Ye.K.

L 12982-63 WFWLE~W- /BDS - Fc-4/P,--4 RXJW
ACUTWIGN NR: MP3000522
.07:Holl: Putseyk2, X0. K
T ~,,'L E tSpectral photopotential distribution in layers of E~tbalocyanin and
ch:1.orophyll on contact with electrolyte
-346
SOURM AN ISR. Doklady. v. 150., no. 2, 1963s 343
TOPIC TAGS: spectrar sensitivity, hole.conduction mechanism pbtlialooyanini
chlorophyll., electrolyte
ABSTRACT: Work vaa done to investigatelth4aij~ctral aien3itiVity~ &nd photOpotenti&1'11~
sign in la er of non-metallic- and of Mg phthalocyanin immers
V -,ad in aqueous =edla~
and electrolytes with oxidizing and reducing molecules. The 3pectre-1 difference,
between a sublimed pigment layer and a darkened electrode was compaxed with mono-
chromatic light, frequency 150 hertz., in the range of 400 to 1 5D0 AMU tb,, photo-
potential varied from 10 sup-7 to .10 sup-.3 v, dependent on the sample thickness
and surrounding medium. The positive sign is believed to be linked-,to t1i.hole
conduction mechanism. There were sharp photopotential.differences for.p-.'ths-100yanin-
in air and in electrolyte free of air(pbenomenon~ is. reversible - after air was re--~
introduced$ the original potential.reappeared). With absorption of an electron
acceptor chloranil, quinone the phbtopotential magnitude was intensified but
Card 1/2
RMUM

(Spectrometry)

2m

I IBM 49a (I VEWTV ArPrr/AS71
ACCESSION NR%
03000095 S/03_26/0/015/004/652~/05?),
AUTHORs Putsykin, G. G.; Pashkov, Pe P.; Veyteels M.-Ya.
TITLE: Analysis of the directed, crystallization process in .-migniko-, typ* ~aidy,
SOURCE% -Fizika metallov i M'stanov'sdeniYe v0 15 'in 4 i"3,- M-533
00
TOPIC TAGSt directed crystillization, "Magnikow alloy' criterium of directed-
solidification
ABSTRACT: The influence ofooltdification conditions upon the crystalline stru 4c-
tures of castings was studied,..The process uhich.leads:to the formation of,magnate
with a columnak structure was investi-
gatedtheoretically and experlpentally 8
data obtained for the relation between the,directed solidificationrpefficient K-~,
and the ~oastinq., mold temperature ~ are presented. The experiments showed that! the
melted alloy solidification proceeded in the direction of the main temperature
gradient and also away from the walls of'the molds. The-values of Krepresent the-]
speeds of crystallization fronts.moving in both directions, The So values were
calculated on the basis of temper -aturegradients and thermal conductivity. They
were also obtained experimentally for molds heated to different temperatures. sn~[ 1~
for various cooling speeds. The authors concluded that X increases considersbI3
Card 1/2

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170) SOV/20-124-4-18/67
AUTHOR: Putseyko, Ye.
TITLE: The Photoelectric Sensitivity.of Chlorophyll and Its Analogues
in Various~States (Fotoelektricheskaya chuvstvitellnost,
khlorofilla 1 yego analogov v razlichnykh sostoyaniyakh)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 124, Nr 4, PP 796-790
(USSR)
ABSTRACT: The present paper forms part of the investigations of the
optical sensitization of semiconductors by pigment s carried
out by the author; it deals with the photoelectric proper-
ties of chlorophyll and its analogues which Are in different
states of aggregation And are applied to semiconductors
and some metals. Determination and measurement of the photo-
electric effect from the spectrum was carried out with
pulverulent semiconductors and pigments according to the
condenser method and on the basis of the variation of the
diffusion-dependent photoelectromotive force. Parallel with
the condenser method also the usual method of photoconductivity
was employed. The sensitization spectra,obtained by these
two methods agree with each other. The first part of the
Card 1/3 present paper deals with the independent and the'sensitized

SOV/2o-124-4-18/67
The PhotoelectrIic Sensitivity of Chlorophyll and Its Analogues in Various
States
photoelectric effect of the phthalocyanides. All data,de-
termined are indicative of the fact that the sensitization
of the photoelectric effect on ZnO is due to individual
magnesium-cyanide molecules and not to the sensitivity of
the pigment itself in the aggregated state. The second part
of the paper then deals with the independent and the sensitized
photoelectric effect of chlorophyll and its analogues. The
author investigated the photoelectric properties of thin
layers of chlorophyll, pheophytin and ethyl chlorophyllide
on a platinum base. The photoeleatric effect of the chloro-
phyll layers (in contact with platinum) was determined by
the condenser method and with continuous illumination by
light with the frequency of 150 cycles. Thin chlorophyll
layers in contact with platinum show a_low deg gee of photo-
electromotive force of the order of lo 5 - 10- v already in
air when subjected to the action of_light with the wavelength
of 680 mg. Pumping out of air to 10 4 mm increased the photo-
electromotive force by several times its amount. The sensi-
tizing capacity of chlorophyll (which has a hole-conductivity
with respect to electron-semiconductors of the type of ZnO)
Card 2/3 cannot be ascribed to the transfer of an electron from the

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-T--d -1-i-1 a 9 ha flulimuld IIN "A U a x A
A Ak-, L-AL I --A K L A-m-?_2
4
I,fi PfA
00
0o
go To two coedkkmS ad omkmk=
Ce==1117111M. 1ff.PwtIwRw- J.
00 ar. S. S. R.) to -,,7-=nVlTj:=:MMbky W Wmwt.
0 f Cirmiting current ;4 Se-Cd cel6 incremen with twnp.
in the rSIW +100% the temp. coefl. . vwying
ftw diffa*nt %amples from +o.05% to +0.5% per 14.
:0 Z I age
t III lifund that For each mumple The tbcnmW variatim of
00 the Ourrrnt inten,ity corresponds numerically to the wim.
tim of the Integral pbolownsitivity in an equal temp.
Ifnterval; examr1e, ratio of p1mommusitivitift at -1277.3 r-O 0
j- 2.5 and + PX) . 1: 1.06.* ].15; ratio of current infeft%i.
ties at +'3) and +94*, 1: 1.08: 1.13. WOO
For Sc-Cd
cells, . divninbLhe,; frown red to blue. With ordinary Se woo
a tvils, the parasite r"btance r'i3 (*I. parable with the re-
%i~tmncc r of the blo4ing layer; the imittimity at the short-
curuiting current i - It/jr + 0. wberv I - pbotocur-
rcut, dtvrra~es with the temp.. the effect of the temp.
Va. of f, (ar - -0,37* per I ') outwtighims lbAt of the
Itulp. oxffl. 4 the pb3t
weasitivity 1. - -I-OA to Isee
;ij S. Tb= lee
goo
IL t a Ii. a a 0 1 60 S A 4 3 4 9
1. -0 It
"Pelova walls 21411 it
;o 0 0 o 04 * 0 o 0 0 0 0 0 0 0 0 0 0 4 0 00000 0 0 000 0
00 0000~000 00000000.04000

E. r1al 2C-T8O
'Sep 1947
UC- lrhysicc-
SelenitUM
Fhotoelectric Effect
"The VaIvular 1-hotoeffect in Selenium vrith Cadrumn Admixture, B. T.. Kolordyets,
E. K. Futseyko, 6 pp
"Zhur h1sper i Teoret Riz,.' Vol XIIII, No 9
The article discusses experiments which'resulted in the data contained in it The
most importent di5covery was the fact that the introduction of a cadmiijm adr,-iyture
into selenium b means of simultaneous varorization of seleniuLi and eadmiui:i in a vac-
uum. results, not only in a change of the spectral di6position of the sensitivity of the
,Fhotoolements, but also in the formation of a new type of r-hotoelenent.-, Submitted
at the State Optical Institute, and the Fhysico-Technical Institute of.the Academy of
Sciences of the USSR.
4W
PA 26T60

PA
A a ~L~~A L-1 -0--, 1 a M IN

A -0-1.0 fsot.l
i

M. T.
Ine. mad sta

-10447) k"T. 11 r
--rhot"ek is prvpi. by t
of Cd into Sw by shoultapsom vapWU41im
rurrent.,t the dirprtion of wk" W"
1-1
11,
4 th
i
id
m
m
j ! (
e
nc
ent
4
. R.S.. ewwwkxt
o
thelrrtentwbhw git affba pmfwvt
current in Oardiewlim. whik9;7k;jZ khmd
Ilucefla current oppoppite in db*Cti=. Itistutt,,
(luring the . , I
vapons flam mw The
v
vmn
of th
S
h
=:
.
r
e
r, t
e
ed
41141
I hat the -p"fjwmjkm-- ~41. V4 lw.%w is
neg. photoeffect And the
clectran c"ad It

L- k-a-- d -j.--L- L-il- -A-. - him- -1-- A"
..a 1. coot

wk-Al
It,
cf.
ation
mmo.
IOf
040-
pro-
that
c
"
.
In so
the
If-
100
a OtTALUMGK&L. UT94ATLAI CLASUPKATIGN too
ISO
3 IA A01 I 1 11 FM 0 0 9 "1 IN 111 9A 0 3 V
It AV 10 IE IN 4M It PC cf if it It 1:
0 It D Lf it 4 1
q 0 0 0 0 0
W
060 0 so 0 0 0 0 0 "0 000 0 0000 00 00 0

ANDROITNIKOV, K.S.; BALAKOV, Y.Y.; BUZHINSKIY, A.N.; BURAGO, A.N.; VXUTMAN,
L.A.; VISMIIIVSKIT, A.A.; VOLOSOV, D.S.; GASSOVSKIY, L.N.. professor;
GXRSHUN, A.A.. professor; YALITASHEVICH, N.A.; YRYSTROPITXV. K.S.;
GURIVICH, M.N., professor; KOLTADIN, A.I.; KORTUIN, B.M.; KURITS-
XIT. A.L.; PAPITANTS. K.A.; PROKOTIM, T.K.. professor; Anwa-,
Te.K..;- RAZUNOV. N.A.; RITTNI. N.M.. SAVOSTITANOVA, N.V., proressor;
SMYCHANXO. A.N.; SMOV, N.I.; STOZhAROV. A.I.; FATMWN. G.?..
professor; FBOFILOT. P.P.; TSAREVSKIT, Te.N.. 'professor; CHOMATAYNT,
D.P.; YUDIN. Ye.Y.; KAVRATSKIT, V-V.. professor; VAVILOT. S.I..
akademik, redaktor
Loptics in military science] Optika V voennom del@; sbornik statei.
Pod red. S.I.Vaviloys t N.V.Savostlianovol. Izd- 3-se ganovo Perer,
i dop. Moskva. Vol.20 1948. 387 P. (MIRA 9:9)
1. Akadentya nauk SSSR. 2. Sostavitelt sotrudniki Goeudaretven-
nogo Opticheskogo instituta (for all except Vavilov and Itavrayskiy)
3. Toyenno-morskaya akademiya (for Kavrayokly)
(optics)

-I- -- - - --
. ., 1.
~;. 2 !/~ -": ~-,
.1 .1

Pwttk-I fit ts"Cm4aft atwf got
jt*_1 JO. AINY) *a4 A r%-k"wv *As im.1,
00
144r, ti'l thilk,
oil 'go
4
Q otll tiv%i Ul OA- Otte. t%1 0~
ge j1lCtA1 PL41t; (0 W49 klItInlinAlni with itil"nutle"t "U"..
chrolm-fic fight (x ulit-11m on.) thnugh (411 Arml fV.
;4r
atul the m4-%114t6.n* 44 thr 1.4rutiAl drin, I' imf~"f III
tvkvvn (.0 Attl W -riv mxglified. A-tw tV-44AM-C A OU
""Art1wr wat 10" Obill Ak%1 Itaht fn%ru%-m-Y IN) --v.
I brwnWvityqwctrum 4 I'lm 111,S. Av~
A-1 ArnticAl with Ow Jfj.m1VIkV
vul the r m I E* 44 the 14k4mvil m X. th.1 K a
ju,wr highs -tvj%~ JIL.n J'AnA *.-,I '.Ikl *.jv0 nt.
(.A the Ikil6l- v.1 NO n AIUIII~ It.% .19 -HoWY At ;A)
mf"n.f
the cmi- IF I' v. X air gtwrn Im i-tm-vAmIf. thwsi~
A-j -%"A Ile*
...Iv UT I-, A.1 I'llri- F~* : -".tsNv, III,
AcTe'Istrut the V-x ollw -.1 ttw t,
kLm *I%vtrum I* u. 1.
it tt.ttv c.1 ulf-.tk4t :roe
c -&to -c I"
'00
,A
u
0 0
1 0 0 0 sea 0 0 0 a 0 0 0 0 0 0!0 ISO 0 see's 00 0 0 0

Y
ry
thLS"jdjqEj%CLh*d In studying the
sib. use or
-Weet oVm1v"kkCm ptrmko. E.
-4 Jbieftm bkOtO
-ad, S
Dokf A -4 (1948T
S. 'R' 59 GROO 3 471
of
id.'On the 041ei (dj4 to tw
m to ft Uberatim ofrC4"
&ctmns by.jfrs&don (photo-cwJtwfivity), %ith MIUmt Irradiatfoo) Is fta W~ xt)j O='PW-
V27- (MM 4
Intm&=6 6omdary efTects on tho clrc~
their poladution, owing, to which Om current rAmductof A like so Of dwom mado, M=k
Vu"ly e=*=s, lntcrn~t(cnt jrtOatfon put, irrequerxy or AfWftf d th
Met
far In o"i1q,tirm undedmb;o effects.' T)v to M-5m c"'). Cur-,
MWOOly and abs
capacitor rmthod, Infroduccd by WqmM, comiUs orption are jileli
Of revults dfscvme~.
.&F It
In Inclang a fine layer of the pulvaiud Wb�w"
betweer, 1-mlaft AW or a frampuerf fm4crid -------
dwem OW ptzc~'
z - (6.1, SWj) And ~bcfas awe be
A 19MIA CAPMWY, me ;4Ato or iNbkb Is ffa~
ItAft"901. Thd fift"Ity of The ljxht Cawd'"I d%1
rder byer decrems aaortft to an cYr*r,&"1AI
m dets do corwentration & the Ubtrated
t1mrom across & layer, Owing to 1111
trdtfon gradicent the ekdran dmd to dlivived afmg
The p4th 0 WLAf mul chmes tho M)JCMU PLI"m
--&Wam

OF OF W a W -
IT -IV V V 'i" V W ow W
i_x -1 9 11-11-1 -k-f
09 A Ak I RUJI
pacollf-it or.
eel
P%, - Minim- ~ 41 as World POOMMOR a me
00A oxi4e and e6eir analessillociam by adnebrid dm. R.
__.K_J%twjko and A. N. Temin. Zhar. Pis. Klima. 93,-7'
00-1 1w;!_ 070-MI(WO); cf. C.A. 41, 1273d~Whw a dye having
00 C I '
AU AbIND")6011 mAx. a0to usis is aduebed on wMaicooductre,
the Utter shows pbotiorim. Afecit on hiradiatim with 4.
eel
&Ithough the nopcontaninated ringict- hot or is evasitive
.0
004 only to wave lenjohoo ~ J4.114 being always