SCIENTIFIC ABSTRACT VLASENKO, G.A. - VLASENKO, N.A.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001860220020-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

VLASENKO, G.A.
Village or city? Zhil.-kam. khOz. 11 no.1214-5 D 161.
(FURA 16:11)
1. Pre&.odatell Straohenskogr) r,ayonn,--wo ispolflitellnogo koraLteta
0
~bldavsk,.)y

BWAGO)tN, I.A.; VLASENEOj_~G.; KHCDAKOVSKIY, N,A.
Organization and methodology of oonducting industrial taste of
parts of drills f or wear. Sbor. *~uoh, trud. KGRI no,19.-15-2D 162.
(MM4. 16:5)
(Boring machinary-Testing) (Mechanical wear)

MA-9UNK0, G.S.
o 1995 7
SEE ILC,
ZOOLOGY

b.~-YABINSKIYt f * *f
V.S.9 inzh.; VLASEI,*K0- G V inzh.
D542 wattmeter. Vest. elc:,tropror.. 31 no.12:69-70 D 160.
(l,-'Tj-A 14:2)
(Watt:,neter)

VIA SENrK.Gl, G. ' -11
USSR/Physics Aerosols Dispersions
Nov 48
"A Continuous Method for Ultramicroscopic Measurements of the Particle Concen-
trations in Aerosols and Other Dispersed Systems," B. Deryagin, Corr Mem, Acad
Sci USSR, G. Vlasenko, Lab of Surface Forcer, Inst of Phys Chem, Acad Sci USSR,
3 3/4 pp
"Dok Ak Nauk SSSR" Vol LXIII, No 2
Among many advantages adduced for this method are: less time is spent in measuring
small particle concentrations; aerosol volumes are more quickly and correctly
measured by the counter system employed; and it makes future introduction of
automatic calculation for aerosol particles possible. It should be applicable to
many scientific problems. Submitted 10 Jul 48.
PA 55A9T81

hemistry - Aerosols 5E-
USSR/C jul7A
"Flow Ultramicrophotometric Method of Dispersion
Analysis," B. V. Deryagin, G, Ya. Vlasenko, Inst of
Phys Chem, Acad Sci USSR, Lab of Surface Forces
"Kolloid Zhuil' Vol XIII, No 4, pr, 24c,-2;,,'~,
Describes method for dispersion analysis of aero-
r_4 sols and other colloidal dispersion systems in
state of flow by method of ultramicroscopic count
of particles. Equipment specially devised &nd
used: flow ultramicrophotometers for dispersion
analysis of aerosols using photometric wedge for
gradually reducing illumination of zone in which
188T3
MSR/chemistry - Aerosols(Contd) JIJI/Aug 5 1
fl,ashes are detd. Measuring aerosol systems (in-
cluding water mist) shows comparative ease with vInxich
the fractional composition is broken down fobserveA7.
Developed graduating method permitting transition
from the "optical" to the "geometric radius" and
carried out measurements on oil aerosols.
188T3

-~ %,j ~. V. ,VL ~, ~-17-01 G. V~
p -~,
Colloids
Flow method and a-paratus for moasuring partial connentrati.ons of aeroso-Is and oU-r
i -
rolloid-dispersa systems. Trudy Inst. fiz. khimii A"., SSR No. 1, 1952.
9. Monthly List of Russian Accessions, Library of Congress, December 195iiF Unclassified.

- - V -I Pt ~ L NI r\ C,, 'I ~L -
DIRYAGIN, B.V.. chlon-korrompondent; VLASICHKO, O.Yu.
.V,
Cont.inuous ultramicroscope. P~riroda, 42 no.11:29-35 N 153. (XIRA 6:11)
1. A)mdemiya nauk SSSR (for Daryagin). (Microscope and microscopy)

DMAGIR, B.V.; VLASENKO, G.Ya., kandidat khimicheakikh nauk
Determining the degree of duat pollution of air bv continuous
microscopy,. Bor'ba a ail. 2:223-229 '55. (KLRA 9:5)
1. Chlen-korrespondent Akademii nauk SSSR (for Deryagin) 2.
Inatitut fizicheekoy, khimii Akademii nauk SSSR (for Vlaoenko)
(DUST)

VIASEITKO, G.Ya., kandidat khimicheskikh asuk.
Mew"WROWWWO.
Results of mass ultramicroscopy used in determining the degree of
ust pollution in coal mines of the Donets Basin. Bor'ba s oil.
2:230-234 155. (HLRA 9:5)
1. Insitut fizicheskikh nauk Akadenii nauk SSSR.
(DOHVS RkSIN--MIN-9 DUST)

60803
5-4 0
SO'T/124-59-9-10-152
Translation from: Referativnyy zhurnal, Mekhanika, 1959, Nr 9, p 113 (USSR)
AUTHORS- Vlasenko.- 0,Ya,,- Deryagin, B.V., Kudravtseva, N,M. Prokhorov,
P.S., Woro-iWilova, A.I., Churakov, V.V,
ky
TTME: Flow Methods for Investigating Atmospheric Aerosols
PERIODICAL; V sb.; Issled. oblakov, osadkov i grozovogo elektrichestva.
Leningrad, Gidrometeoizdat, 1957, pp 185 - 188
ABSTRACT- Not only the number of particles within the volume unit, but
also their dimension distribution can be deter-mined by the
ultramicroscopic flow investigation method. For this purpose,
an optical discriminator (photometric wedge), maktng it possible
to obtain the particle-brightness distribution, was mounted into
the target illuminating device of an ultramlcroscope,, A new
wedge-graduation method is described; the graduation curves of
the dependence of particle dimensions on the wedge position can
be obtained quickly, when applying the method mentioned. The
authors report on the flow method applied to the study of the
Card 1/2 atmospheric condensation nuclei. For this purpose, a simple VV'

80803
SOV/124-59-9-10352
Flow Methods for Investigating Atmospheric Aerosols
accessory device is developed for "revealing" the condensation nuclei con-
taining In the atmosphere. This accessory device consists of an air-
moistening chamber and a cooling channel, in which vapor condensation on
the condensation nuclei proceeds. The condensation nuclei, enlarged in
this way, are carried away by the air current, arrive at. the cell of ths-
ultra-microscope, and can be recorded by the observer. The optimLLM opera-
tion conditions of the device were determizzied experimentally. By the ultra-
microscopic flow method, the automation of registering aerosol particles or
Arevealed" condensation nuclei can be brought about, The design of an auto-
matic counter developed for this purpose is presented. 1his ~_ounter carries
out the registration of aerosol particles of high numerical concentrations
without failing.
S.V, Severin
Card 2/~

S106 61/023/002/007/G08
BI 01 YB208
AUTHORS: Deryagin, B. V., Churakov, V. V., and Vlasenko, G. Ya.
TITLE: Flow ultramicroscope with automatic count of aerosol
particlest
PERIODICAL: Kolloidnyy zhurnal, v. 23, no. 2, 1961, 234-237
TEXT: The dust content of air is measured with a flow microscope by visual
observation of the dust particles flashing up in the light. The visual
observation is, however, tiresome. The present paper therefore describes
an automatic counting device. Fig. 2 presents the scheme of this apparatus
which uses a BAK (VDK) ultramicroscope. The aerosol is sucked into
cuvette (1), and passes through the illuminated zone (2). The light scat-
tered by the aerosol particles is focused by objective (3) to the cathode
(4) of an ~3Y-19 (FEU-19) photomultiplier which is at a distance of 500 mm-
In front of the photomultiplier there is a rotary diaphragm (5) with
apertures of 0-5, 1.5, 7-5, and 30 mm diameter for adapting the light
intensity to the aerosol concentration. If the apparatus is remote-control-
led, (5) may be mounted on a SA-404A (BD-404A) selsyn motor (6) which is
Card 1/4

3/06 61/023/002/007/008
Flow ultramicroscope BIOIYB208
driven by selsyn~motor (7). A 75-w and 10-v lamp of the type K-21 in
Fig. 2) wan uood as IIght source. The optical discriminator (8) with
5 apertures containing neutral gray glatia filterii of difforent donnition
was used for subdivision of the particle size. (8) is fastened on uie axis
of a CL(3 (SChZ) telephone relay (9). The latter operates Aen the contact
is closed on disk (10). Simultaneously, the two-way cock (11) on the axis
of (10) is opened or closed. (10) and (11) are driven by electric motor
(14) (15-20 w), The other end of the motor shaft drives air pump (15) which
produces a partial vacuum of 20-30 mm H9. When (11) is open, the aerosol
is sucked in, When (11) is closed, (15) is connected with (1) via capillary
(12) and U tube (13), the change of the liquid level in (13) being equal to
the aerosol volume sucked through (1). The voltage of the photomultiplier
is increased by pulse amplifier (16) and conveyed to mechanical counter (171P
In order to be independent of voltage fluctuations in power supply, the
photomultiplier is fed by PG-300 (GB-300) batteries. The aerosol concentra-
tion is calculated from the following equation: N = na/V (if = number of
particles in 1 cO, n = number of particles obtained by the counter.
V = volume (cm3) of aerosol sucked throu6h the cuvette, a = constant for
the corresponding aperture of the rotary diaphragm). This device allows to
Card 2A

S/069/61/023/002/0r,7/008.
Flow ultramicroscope B101/B208
measure aerosol concentrations between 10-107 particles per cm3 without d .ilu-
tion. It records purticles of a diameter from io-5 to 2o.io-4 cn approxi-
mate~y. Determination of aerosol concentration and division into five frac-
tions according to particle size taker, 7-12 min. A. Ye. I'likirov an,.'
A. G. Laktionov are mentioned. There are 3 figurer, 1 table, and 6 refer-
ences: 5 Soviet-bloc and 1 non-Soviet-bloo. The reference to English-
languaa,~ publication readsas follows: F. T. Gucker, C. T. OlKortski, J. Amer.
Chem. Soo., 69, 2422, 1947.
ASSOCIATION': Institut fizicheskoy khimii AN SSSR, Laboratoriya
poverkhnostnykh yavleniy (Institute of Pl.ysical Chemistry of
the AS USSR, Laboratory of Surface Phenoi,4ena)
SUBMITTED: April 28, 1960
Card 3/4

Flow ul trainicros cope to BI 01 YD208
Legend to Pig. 2: a) reductor; b) the
rolay of tho optical diuoriminatorl
..c) remote-control unit
144 8
OAL_
7
j 001 6
.4 1 ff
NPW 00 A9
S/06 61/023/002/QO7/000
Card 4/4

L-06543-67 --- MCI) - _JK
ACC NR, AP6020683 SOURCE CODE: UR/0016/66/000/006/0083/00881
el
AUT11OR: GGromyko, A. I,; Vlasenko, Xa'* jerokikh, 1. 1.
ORG: Virology Institute, Academy of Medical Sciences,SSSR;(Institut virusologii im
Ivanovskog'o AMN SSSR); Institute of Physical Chemistry, Academy of Sciences,SSSR-
(Institut fizicheskoy khimii AN SSSR, Moscow)
TITLE: Determining the physical parameters of viral aeros- s.Report 11.Using con-
tinuous ultramicroscopy to design working conditions for aerosol chamber
SOURCE: Zh mikrobiol, epidemiol i immunobiol, no. 6, 1966, 83-88
#610n7F01C,09A- OHINMIOFIV,
TOPIC TAGS:A aerosol, biologic aerosol, viral aerosol, ultramicroscope, aerosol cham--
ber, visual control, dosimetry, medical experiment/1VK-2,6iomzo.,c.9, chamber, VDK ultra-
microscope
ABSTRACT: Continuous ultramicroscopy was used to determine concentration and
dosimetry of viral aerosols and the results obtained by this visual method were com-
pared with previous theoretical calculations. Continuous ultramicroscopy had been
found to be the best empirical method for obtaining data on the time required for the
attainmnet of a maximal equilibrium concentration in an aerosol chamber, and for the
evacuation of aerosol from the chamber. An aerosol composed of a suspension of
mouse lung tissue containing either influenza virus(;(strain Pr-8, type A) or ornitho-
sis virus (strain psittacosis Lor.) was -used. The aerosol was produced in an IVK-2
UDC: 616-022.1:

L o6543-67
~ACC NRt 'AP6-020683 0
aerosol chamber by an atomizer consisting of a metal sprayer mounted in- a glass
globe; the size of particles leaving the atomizer was measured microphotometrically,
Using a type VDK continuous ultramicroscope, "flashes" produced by particles crossing
the illuminated zone in a given time were counted. The rate of flow was regulated to
produce not more than 50-100 flashes per minute. When the given number of particles
had been registered, counting ceased and the volume of air which had entered was
measured. The conimetric concentration of the substdnce (n) was calculated by the
formula
f d
W
where N is the number of "flashes" counted, w is the volume of air, and a is a con-
stant of the device for a given opening of the atomizer diaphragm. The particle-
size composition of the aerosol was determined by the sedimentation method, using a
modification of the Stokes-Cunningham formula for the radius of the particles. In the
simplest form, this formula was:
e-3,34. 10~1 Cx
where t is the time in seconds of particle settling. Table 1 shows the rate of
settling in relation to paritcle radius
Card 2/5

L -06543 _-67
AP6020683
Table 1. Relation of rate of..5ettling
to radius of aerosol particles.

IIe a 1
settling
(in sec)
:

P
arhicle
ra ius ~I
( in 1j) Particle
Time of iu
lsettlin in v~

(in sec~JW
1 1 3.31 25 0.67
5 30 0.61
8 1.19 35 0.57
10 1.06 40 0.53
12 0.96 45 01,19
Is 0.86 50 0.47
17 0,81 55 0,46
20 0.75 60 0.43
22 0,71
Table 2 shows data obtained using continuous microscopy on the time required to pro-
duce a maximum equilibrium concentration of aerosol in the chamber.
Card_ 315

L o6543-67
20683
0
Table 2. Relation of degree of
chamber saturation with aerosol
particles to dispeysion time.\
..3
fla Number of aerosol5 par3
4 ticles (in 1 X 10 Cm
5 1.6 1.3 1.3 - 1.4
8 3.8 2.8 3.8 4,1 3.6
10 7,7 8.2 7.2 - 7,7
15 6.7 6.2 6.5 7.8 6.7
20 6.9 6.2 6,5 7 6,6
25 8,2 7.2 8.2 6.2 7.4
These results were compared with theoretical determinations using the formula
t = 2.3-v/L (v = chamber volume = 220 1; L - input rate of atomized aerosol - 38 I/min),
which showed the time required to obtain an equilibrium concentration to be 13.3 Mir;
the result using continuous ultramicroscopy was 10 min. Atomizing the ornithosis
suspension for the period of time needed to create a maximal equilibrium concentra-
tion produced an aerosol which would kill 7-8 g mice exposed to it for 1 hr in
5-6 days. Using continuous ultramicroscopy, the time needed to evacuate the viral
aerosol from the chamber was determined visually.

06541-67
AC N R: AP6020683
Table 3. Degree of evacuation of
aerosol from chamber in relation
to number of air changes

Number of changes
8 C

i'4
IM .9 ~'
al
Background 0.03
Before removai 7,75
First air change 0,3o
Third air change 0,15
Fifth air change 0.03
Tenth air change 0,03
Previous studies had shown that the chamber would be sufficiently disinfected after
three air changes; however, continuous ultramicroscopy revealed that only after five
changes does the count return to normal levels. These data demonstrated the expedi-
ency of using continuous ultramicroscopy, based on the principle of counting aerosol
particles in a continuous air flow, to study the physical properties of biological
aerosols, and to determine their concentrations and paritcle sizes. Also, it was
established that this method will determine the time necessary.for maximal saturation
of a chamber with an aerosol with sufficient accuracy. Orig. art. has: 2 figures,
3 tables and 5 formulas. [EL]
SUB CODE: SUBM DATE; 2lMay65/ ORIG REP: 022/ OTH REP: 002/
Card 5/5 J~

.7 - j,:fJT(1VT J K
L _0586~6
1-ACC
NRi- AP6024444 SOURCE CODE: UR/O
AUTHOR: Groqrko, A. I.. Danilov, A. I.; Vlasenko G. Ya.
ORG: Virology Institute im. Ivanovskiy, AM SSSR (Institut virusologii)
TITLE: Determining the physical parameters of viral 11310' Report II. Studying
_Zi_jaM=O I
the condition of an aerosol cloud in the IVK-2 chamber and the significance of
observed shifts for dosimetry of an infective agent by aerosol.
SOURCE: Zhurnal mikrobiologii, epidemiologii, i immunobiologii, no. 7, 1966, 94-97
TOPIC TAGS: aerosoA aerosol chamber,ydosimetry, virus disease, aerosol infection/
M-2Achamber
OL~%L40JL
ABSTRACT: The objectives of this study were: to determine the ccncentration of sub-
stances dispersed in aerosols; to establish the dependence of concentration on time;
to clarify the fractional composition of aerosols; to calculate their gravimetric
(weight) concentration; and to determine the quantity of aerosol entering the
respiratory system of an animal during exposure. The greatest reduction in particle
concentration in an aerosol occurs in approximately the first thirty minutes; however,
between 30 min and 2 hr the concentration does not change significantly. Knowledge
of the quantity of particles and their concentration by weight is necessary in deter-
mining the quantity of aerosol substance aspirated by an animal; it was previously
established that an hour's exposure to aerosol was sufficient to produce infection,
card 1/4 uDc! 616-022.1:/576.858:615.417.

Xed NRt -AP60i~~-44- --C)----"
but the shifts in aerosol concentration occurring during a given pericd weere not
considered. Weight concentration was deterrdned by taking particle weight as equal toi
volume and using standard computational methods. Thus, knowing the weight concentra-
Table 1.
t
d ang
'
'
e in aercEpl
t
Ut
ra
concen
nf spraying n
c e
r ansa
am

ar r Qf rosol Table 2. Fractional Compostdon
LeSeN10-5-3
1C
Time in-' n I .
CM3 of aerosol after injection into,
.
.terval-'-.

(
) f,
min FL
Diameter o

I

0' '.
B~~igr UP'&
0.01

7,73
0.07

8,22
-

792
-

- aerosol r.
0,04,
I
7,77 particles
7 6.2 8,8 - 7 3 - (in y) !2

10 6.8 7 5.6 6.2 6 4
15 5,2 5.2 5.6 5.2 5.3
(1~-I 4 12 10 6 8
0
20
20 6.2 5.6 6,9 5.2 1
6.1 1.5-1 1
-
:7 80 80 &5 90 84 70
25 4.4 5.2 3.4 3.8 4.2.
2-J 10 6 3 4 8 10;
1
30 5.2 4.8 5.2 5 2 5

'
~-4 6 2 2

33
3,6 3,8 3.8 4 1
:8.
,
3
40 3,8 4.1 4.1 4A 4,1'.
45 3.8 3.6 3,9 - 3.7
60 M 3,2 3.6 3.6 3#4
75 3.4 396- 3,3 3.4 394
90 3.4 3.3 3.4 3.6 3.4
105 2,9 3.2 3A 2.8 3,1
120 2.6 2.3 3.4 3.2 2.9..:
er 24 hJO,03 0,03 06 0,04:
-AfIt

j~ Q58-66, 67
I-Act-INIR. Ap6o~444
'Table 3.-'-quantity of various
asize in chamber at different
time intervals
;Time 1~vmb r of partiCles
n hj
afte. u 1510
linjec- r;Z n 1
it
ion 0.5 0.3 1.2 1.6
I I A
kx_.~
(in min) I
Table It. Gravimetric (weight) concentration of virus-,
containing material in an aerosol cloud at various
intervals aflgx--in~ection-intn..Cl-iAmbpr
To ravimetric concentration (in Total
3
ty
after m fbr pardales cfradius u) quanti
. g/M
nje ti or sub
.(i ~ 0.5 0.5 1.2 -1.6 stance
i 1 3).
:, I I (in mjz
:
/M
____ -
-
' ' 5 15.2 1226.4 518.3 749 2508.9
5 2.92 58.4 7.3 4.38 73
10 39.9 1075.2 272.6 218,9 GW,q
10 7.68 51.2 3.84 1.28 64 11459 -
W 20 31.7 108818 129.9 208.6
6.1 51 85 1 83 1 22 61 30 15.9 063.9 144.8 - 1124 6
30 3.06 45:6 2:04 51 45 15 4 652.7 210.2 878:3
45 2.!)G 31.08 246 31 60 35:4 Soo - 241.4 776.8 J
GO 6.6 23,13 3A 31
tion and dispersion composition, the amount of material entering an animal's respira-
tory tract may be determined for any moment in the exposure period, using the
formula D = C-V-P-t (C= concentration of aerosol substance in g/ml; V = respiratory
volume of animal in ml/min; P = weight of animal in g; t = time of exposure of
animal to aerosol). The following data were obtained on the amount of material
aspirated by mice in differing time periods: 1 - 5 min - 0.1 mg0f substance
absdAed; 5-10 min - 0.06 mg; 10-'20 min - 0.12 mg; 20-36 min - 0.009 mg,
30-45 min - o.1 mg; 45-6o min - 0.09 mg: The methods currently used
in determining the fractional composition of aerosols do not
Card V4

L-o5P 66- 6
-ACCURs
yield absolutely accurate results and the possibility of using photoelectric
devices to automate the counting of aerosol particles is considered. Orig. art.
has: 4 tables. [ELI
SUB CODE: 16, o6/ SUBM DATE; 21may651 ORIG REF: oo4/ oTH REF: 003/ A9a=RBB3r,4
kh
Card 4/14.-

VLASENKOJI A.V.
Banded structure of miaskites. Sov. gaol. 6 m.7:140-143
,T1 163, (MIRA 16:8)

'VLASENKO, A.V.
Geological stmewre of the Ili-Khem gold deposit. Izv. vys.
uchab. zav.; tsvet. mt. 1+.no-4:3-9 161. (MIRA 14:8)
1. Severokavkazakiy gornometallw-gicheakiy inst~itut, kafedra
mineralogii i petrografii.
(K~rtushubinskiy Range--Gold ores)

VJAb7MO, A-V.
Armhibolites in the Illmen Hountaino. Naiich.dokl.vvs.shkolv
gool.-geog.nauki no.2:78-82 '59. (MIRA 12:8i
1. Ordzhonikidzevskiy gornyy institut.
(Ii'men 14ountains--Amphibolite)

VIASENKO, A.V.
Anorthoclass in Il#mon Mountain alkali rocks. JWUch. dokl. Y73.
shkol3r; 9001--960g. nauki no-3:124-126 '58. (MIRA 12:1)
1*UrdzhonIkAdzevskj)r gsrnyy in~titut.
(Il'men Mqunt&ins--Rocks, Igniusus)

VIIA.SL,1.1?:O, A. Y,-,-,.
Beets and Beet Sugar
Sugar beet cultivation in Uzbekestan. Sov. 10, no. 2, 1(1)5".
Monthly List of Russian hccessian~, Library of Con.gress, ',av 119r,2.,
Unclassified.

USSR/Cultivated Plants - Commercial. OII-Bcaring. Sugar-Bearing. M-5
Abs Jour : Ref Zhur - Biol., No 7, 1958, 29890
Author : Vlasenko, A.Ye.
Inst
Title : Agrometeorology, Agrotechny and Bush Structure of Cotton.
Orig Pub : Sots. so kh. Uzbekistana, 1957, No 5, 17-22
Abstract : No abstract.
Card 1/1
- 14 -

-1 VIASY11KO, B.; GEORGIYEV. K.
State standards for canned steved meat should be reconsidered.
Mias.ind.SSSR 31 no.5:31-32 160. (MIRA 13:9)
1. Yesaentukoki7 konservny7 zavod (for GecTgi7ev).
(Meat, Canned-Standards)

VOLYNCHIKOVp N., inzh. (g.Lebedyan'); ZAMKOVSKIY, I.; OKNER, Kh.;
NIKOLENKO, M., inzh.;-191~ENKO, ~.- (g.Krasnodar)
The reader continuos the discussion. Sov. profsoiuzy 18 no.8:
26-18 162. (MIRA 15:4)
1. Predsedatell mestkoma sluzhby vodosnabzheniya st. Simferepoll
(for Zamkovskiy). 2. Predsedatell postroykoma stroyupravleniya
No.3 tresta "Promstroy", g. Dushanbe (for Okner). 3. Chlen
mestnogo komiteta proyektnogo instituta "Mosbassgiproshakht",
g. Tula (for Nikolenko).
(Socialist competition)

VLASERKO, -Georgiy. Yf-fimovich; GLUZBERG, M.M., red.
[Active, industrious, built of reinforced concrete]
Zhivoi) trudovoi, zhelezobetonrori. KbarIkov, Frapor,
1964. 136 p. (VIIRA 17:12)
1. Predsedatell ispolnitellnogo komiteta Kharlkovskogo
gorodskogo Soveta deputatov trudyashchikhsya (for
Vlasenko).

VUSENKO, I.
Work organization with collective farms in the main brinch.
Den. i, kred. 21 no.8%63-66 Ag 163. (MMA 16:9)
1. UpravIyapinheMy Petrovskim ofdeleniyem Gosbanka Stavropollskogo
kraya.
(Petrovgkiy District (Stavropol Territory)--B&nks and Banking)
(Petrovskiy District (Stavropol Territory)--Collectivo farmn-Finance)

STDOLIR, M.; SOCKHM, 0., tekhnik; VIASEM, -L. tekhnik
We are using local building materials. Sill. bud. 7 n0-5:
11 Kr '57. (MIRA13:6)
1. Nachallnik Boguslavokogo rayonnogo otdela, po stroltd-
stvu v kolkhozakh.
(Boguelay District--Building materials)

TiASMO, I.-., iuzh.; BMMLDM, T., inzh.
And where Is the lobby? Znan.ta pratsia uo,3:28~-Zq
mr 6o. (XIBA 13:6)
(Kiev-Sabways)

VLASENKOY I.
Erroneous istyle of supervision. 14est.prom.i khad-PromYs. 3
no.3:31 Mr 162. (MIRA 15:3)
1. Direktor Toguchinskogo derevoobrabatyayushchego kombinata,,
g. Toguchin, Novosibirskoy oblasti.
(Toguchin-Woodworking industries)

V i A 7", "T1 11
'fhart is 1), tt,~,r. "o-st :lron, J- udl.prcrys. 2 n-~ .4 5 "1
1. Dirt-1--tor T(-),,,7,-uchinsI-oro (:cro7.oc-)brab--tyv,,tytirliclic-;o
-blast'.
birskrwa r
(I-xvosit,J.rsI-- -'industries)
(W'a-fe Payment systona)

38189. Vlasenko, I. A.
Transheynaya kulltura tsitrusorfkh na Ukraine. (Opyt Botan.
sada Odes. gos. un-ta). Byukletent Glav. botan. sada, vypts. 4, 1549,
s. 48-51

VIASKUKO. I.A.; DOMBROVSKATA. M.V.
Effect of prolonged exposure to darkness on chlorophyll content in
citrus In trench culture. Doklady Aked. nauk SSSR 82 no.3:465-J;68
21 Jan 52. (CTMI 21:5)
1. P~reaented by Academician A.Te. Arbuzov 21 November 1951.

A
Authort Vlasankop I.A. and 'Jomborvo'kaya, U.'V.
Titles Dynamics of carbohydraten in citrus plants onl;jr conditions of
trench cultural
Journalt Doklaay AkMeali flauk SSSR, 1951v Vol-77t No-It p. 125
Subjects Platt Vhysiolog7
Froms D.S.I.R.

CW
Us 4yn mica of carbohydra(its in Citfus Pants %W441
all
conditions d trencl; cultw* J, A % .With Mill M
'to 'M;. : Ply 14dy .11144
rhintl V%kAYA ((WV%~A StAte t, ,
Nauk S.S.S.R. 77. 124-7(19.51 total vArbohytirate
4-1-rilent djoM its the beginning of Viinter (Dectinher) in
Ncw-Cetirgiatit lemem and in Vushiu tangerine; this appears
to be the revult of decreased amt. of light in the trench dur.
ing this pericid. The Meyer leffm anti Washfilglon Davirl
#)r.inge maintain a high level of curbithydrults, owing to
their Lick of sensitivity to shade. The WIAI CaVlXJhYdr8lCX
tit the leuvri of I it anti 2nd new th4x)ts (in all the PLIA, I
~vhirh 4evelop in the "t remifs ir"itst. over jaijua7-
.Nf,Lrrft iti long ai the trinp. i% rither crinot. and low (1 -3
ki~ hkigheir teruji. (4-26*1 the '**r% Georgian Irinon aftil
11;r a lem-M show, a .50% decline in tolal carfinhydiAle!,
(forn Friontary to Alyril and virnr 25-1n% of the no. nf
lcavr,arr shcd in this lwFiod. The fr!,ollsithow that undt-r
prcAuctictit cmiditimi% it is ,,.tti4fjettwv to cover the pUnt
Ifenches with I'lMique malerw% withlitit vi,ible 1141n) to thr
jilAtits during the winter nionths. G. S1. K.

- 1. VLASENKO~- I.!-.
P. USSR (600)
4. Agriculture
7- Cultivation of citrus fruits in the southern Ukrine. Odessa,Obl. izd-vo, 1951
9. Monthly List 2.f Russian Areessions, Library of Congress, February, 1953.Unclassified.

Vuts-~IIKO, !.A.; BABrIlKO, 'V.I.
Phyoiological characteristics of durum winter wheat. Va:;Ch-. val".
Od. ped. inst. 25 no.2:120-124 161.
(1-J11RA 18:2)

VLASaKO, I.A. DCHEROVSKAYA, N.V.
Photosynthesis, Chlorophyll, Citrus Fruits
Effect of prolonged exposure to darkness on
chlorophyll content of citrus in trench cul-
ture. Dokl. AN SSSR, 82, No. 3, 1952.
Monthly List of Russian Accessions, Library of
Congress, June 1952, Unclassified

losy;nthesis., "hi.-Ophyll, 'itms .-ruit3
-IOU ~
to -r'A-.nS5 on
i~ff,~Ct of
chloro;~hyll cont2nt of ;-r
Lur,!-
Uncl.
Russian Accessions) Library of Congresop
Sot Monthly List 2f

le k# of carbolty4talles In dtm leknis soldier
1.14111=1"trosch caftiars. 1, 4niellow"kO 4nd N1 ~ VI
A4164Y .4 k.#4
A1,116k S,N.S.R. 77. 125-7#(Mftt)~ -The Will mitobveltiolo
1'"otefit (Ilop. in the Isegineling of olinter 111c%vember) in
N-C-roreti,sii lcuum AM In l'u-blis Unge"ar; these apl,ems
to be *he froxill of (Imesoml nine. .4 Wit In the trench dair-
Ing this perlool. The Moyer lertion terol Witolaington n4vrl
orinse inalestain a high Irrel of nuboleydralps, owing to
thriv, Lick of stensitivity to shAdr. 'no toul rarflohydrAlve
so the letvr% of lot -,tn,l uriv ishmits, (in till the pl.ossni
in the shatle frotdill melt. uvvf JAIIUWV -
go the froill, it rather C'ma. ideal low (1 -36,
A. he ,nip. (4-LMOV) the Now Ovorgian letteint Aml
FurrkA kimm ithow a W'70 derline In total c-.oyhohydrAlm
fingn P-Iwuaty to Apdl Rtul wime 21S.10% of The no. of
1"V~ air alulf In this preitill. Thl, "-soilit allow that undtf
pr-l-tion -uhtions it I% %m.(~-torv to enter the pLoet
Irron-be-i with otvorie inusterial. withmt vi4blir hAtm to the
pl.sms during the "inter swuniths, 01 M. K.

40V.Vw. - .
57 `77' Grullnuou- t lemmlertwoppic Melhiml uf Dfalwrolon
Anxlysl- ot' Arro,"Pt. anti fly4roools. 14 V. IN-migin .111ti C
I...T%lof-Itlo, Voltak Akodrinii SmA SSSII. t~ 21, Nlj~ 1951.
p. &-,A ', ,
At.)%,- i-tluxl o1 '1114I)MIg tIld t"llopff..) '11.plwoll~
j, bru-H) tlr~filll and

T. G.
Use of fertilizers Mensk, Balarunkata aI-a,.!cni.La navijk, 1931L. P; I).
6 .
1. Fertilizers and manures.

_VL t-71
USSRA4edicine Veterinary, Coccidiosis; Drugs
Card 1/1
Author Li, P. N., Aspirant, and Vlasenko, I. P., Veterinary Technician
Title Treatment of coccidiosis in calves with osarsol
Periodical Veterinariya, 31, 42, May 1954
Abstract Treatment of coccidiosis in calves is discussed. The treatment
consists of administration of the drug, osarsol, and milk per os
3 times a day. Therapeutic dose of osarsol is between 0.2-0.5 g,
depending on the age and weight of the animal. The course of
treatment is between 4 and 6 days.
Institution All-Union Institute of Experimental Veterinary Science
Submitted

LI. P.N., aspirant; 'FUSEU0, I.P., veteeinarnyy tekhnik.
F
Acetarsone therapy for coccidiosim in calves. Yeterinarlia 31
no.5:42 Ny '54. (KM 7:5)
1. Vaesoyusnyy institut eksperimentallnoy YoVeftowli (for Li).

VLASENKO, I.P., inzh.; SUKHOMLIVOV, R.M., inzh.
Study of the stresses in the pistons of the ZMW diesel engine.
Teplovoz.i sud,dvig, no-3:138-163 162, (MM IW)
(Diesel locomotives) (Diesel engines)

VLJISL~11..-~Cy LP.S, ,,ekhri. nw~!-
the frequencies of torque vibrations of the shaft
of type P100 diesel generatcra. Vest. TBITIT I-ffS 24 no.6137-39
I f1i ~ . (MIRA 18.-9)

7a (MIRA ISO)

VT Op P', p kand . te I, i~.V
Torsional vibra~-,ra cf shift of' r",p
generatA:,rao 76-st-w-ashimostr. 45 no.9'17-210 5 165.

VLASaXO, I - S.. ~
Some conclwions to be derived from the eVerimental use of
alternating current for the electrification of the Krasnoyarsk
Railroad* Zhel.dor.transp. 42 no.8:10-16 Ag '60.
(HIPA 13:8)
1. Zamestitell nachallnika Krasnoyarokoy dorogi.
(Railroads-Electrification)

VLASENKO. I.S.
Krasnoyarsk Railroad Is preparing personnel for work on electric
loconotives. Elek. I tepl.tiaga 2 no.4.'7-8 Ap 157. (MIRA 12:3)
1. Zamestitel' nachallnika dorogi po lokomotivnorV khizyaystvu, g.
Krasnoyarsk.
(Krasnoyarsk Territory--Electric railroads)
(Employees--Education and training)

VLASF.Tlliro, I.V.v inzh.
Dynainic take of iJis initial temperatum of gas TO gas
turbine systoms. Teploanergetika 11 no.4:57-.60 Ap(164.
WRA
1. Nc-vsr'.--,y zavod imeni V.';'. Len:~na.
17z6)

STEMPKGVSKAYA, L.A.; VLASFKKO, I.V.; HITELIMAN, B.Yu.
Removal of zinc salts from waste waters on a semi-industrial.anit.
Khim. volok. no.1:33-36 162. (MIRA 18W
1. Institut obs'hchey i neorganicheskoy khimii AN UkrSSR (for'
gtempkovska~a, Vlasenko). 2. Kiyevskiy kombinat (for MitelvmAn).

ACCEMON 01 APhOL%25
AMOR# Tussakov I* V* (ftemer)
TMEt Dynamic ova shoot of the initial g" twQmtsre T. In g" torbins Instal-
lotions
SDURGZi Teploonergettkap no. 4, 1964., 57-W
TOPIC TAGSt gas tumbine 4art up, turbine temperaturo trazwl"# transient gas
turbine operation# turbine temperature ov hoot
=MTt The dynamics of the turbine temperature overshoot during a cbege in
operating conditions were considered f or the configuration shown in Fig. -1 on the
Enelosuro (where the vol=e 3 irmiudea the combustion chomber volum) with the
go2lowing assumptionas quasisteady conditions,, instantaneous combutLon cbsnepap
constant compressor and turbine M% during the transiant Tho dynamic equations
yI934 the following aqwession for IaTfto8
UCW02/3-
-7

Acusaw at AW25425
di
x e,r,. I' K,
CT.-P-.-j-r
dP
do 00
(vheree fuel oonmuiption, Gg flow through turbine# flow through
compressor., m - polytropic indext TS - compressor outlet temperature,, &at -Mlto
~ststic). Thus the temperature overshoot in Independa* of the v~lumie between the
compressor and the turbine, which effects only the duration of the process, Even
for dubstantial voluens the temperature ovwshoot is ruched during 0*1-0*2 seconds
which supports the assumption of corstant RM. The parbiel has the major
ap
Oversbooto Origo art. base 24foavdas and 2 figursee
Influenm on the topwatw"
ASSDCIATIONs zVoy savad In* V. I., Zadna (Iffeldy Nechins,
ionic=@ 00
DATS ACQs 20kpQ gas 01
IM Ct ND IW 30s, 000 000
i

-7-
ACCESSION MR, AP4oosigas
J,
co, (ti
of
Card 313

MHOMOVA, R.I... VLASEVKO, I.V.
Extraction method o-f detemining the moisture of freve-ficawing
materials. Zav. lab. 30 no.11:1332 161+ (MIRA 18:1)
1. Institut avtoinatiki Gosplana UkrOSSR.

OGNEV, R.K.; VLASENKO. I.Yie,
Causes of crack forviation in impregnated electrode production.
TSvet. met. 38 no.8r60-64 Ag 165. (MIRA 18:9)

OTMV, -M.; ~~ISPMZLO, 1, e.
Heat dilsitsition and shrinkage of carbon materials saturated vith
petroleum pitch. TSvet. met. 37 no.10:48-50 0 164. (MTTIA 18:7)

ARDRYUSHCHENKOI F.K.; VLASENKO, I.Ye.
Cathodic and anodic polarization of titanium in fluoboric -id
solutions. Izv. vys. ucheb. zav.; khim..i khim. tekh, 6 no*3:
1+55-458 163. (MIM 16:8)
1. Kharlkovskiy politekhnicheskly institut Imed Lenina.,
kafedra tekhnologii elektrokhimicheskikh proizvodstv.
(Electrodes,, Titanium) (Polarization (Electricity))
(Fluoboric acid)

47
T r"J'
ACCESSION NR APS('Oi~lpl
AUTHM Gjpn!L_~. K., Vlasenko, 1. Te.
Thertral expansion and contraation of pitch iru'premnated carbon materiale
Tavetnyye metally, no. 10, 1994, 48-5n
ITOPTIC TAGS: carbon, carbon product, heat contraction, heat expansion, pitch
Abet~ract: Measurement of thermal expan-ion and contraction of carbon
,'.ffpedi.mena was accorplished on an especially designed apparatus. Specimens,
71 160 i~= long and 60 mm in diameter, were used in the experiments and were '
seleQted from industrially annealed billeta. AGEap~ite powder was poured
In th2 container to protect the 3pecLmens from QXWaLton.
Each specimen was tested twice: f irst, in the non-Ijapregnated condi-
tion, and after impregnated with induntrial pitch. The noa-impregnated carbon
specimens, sittilar to most solids, were subjected to thermal expansion during
heating and to compression during- cooling, The coefficients of thermal expansion
were different in directions: parallel and perpendicular to the compression
axis. AnLaotropy of the phyaical properties of graphite-carbon materials is
Card 1/4

L 2507-65
,ACCESSIOU UR: AP5W,303
explaiqed by the anisotropy of their structure kormed in the Zeepreaston' of
the carbon maes: aolid particles -)f coke in coa-iression on breaching presses
are arranged with their 'bong aidea nainly along ttie eomp;-esaion axis.
1 expa.7isLor) of the i i-estigated carbon
Up to 6500C the Inear therna
materiala is deacribed bry Ehe following equztiunn: parallil to compression
IDX in ct -20"~, psrpendivu)ar to the compression ax is
6iflevencc betw~fzven t he
e r-T~ a n 4. 1n0
7~ rer 14 1 A 11 d
axiz,
the transition from one regularity to atscrt4er ia a c c o mp ia i e xic t-- P 9 5
uniformly.
The behzvfor of the pitch-impregnAted Ep-actmens during heating is
d J f f ere-t f r~m~ t ~ie 'Ir belha-, - ' ~-, -' - v I IrIll. Under therie conditiona
to "lie Propertlea of the -'49E~ n;~terl~' ~ Ire acder" "ntf! Pcop-et
.cauced by the physical and chemilczl transforL-til-Ions of the pitrh.
Card 2/r'.

ACCESSION NR: AP5006~03
Change in the length of the Impregnated 9P:ecimens during heating
as opposed to their length at the corresponding temperatures in the non-
_~mpregnatcd state is shown.
in the interval 500-900% thermal compressicn of the impregnated carbon
material is observed, caused by the formation of coke from the pitch.
The valumetric compression of the pitch begtna at 2700C and it is
especially notlcenbli~ in the interval 370-550c)C where an intanaive liberation
of the volatile oubstnnees occurs; tte pitch looes 55-70% of its mass. However
the pitch still contains volatile fractions and, gradually losing them, it
goes from the liquid to the. viscous stage and later to a plastic state; it is
contracted in volume and it is not able to marge tho more stiibly linred
particles of the annealed waterial. At tem-peTatues eKceedinE, 500-5700 G, the
cohesive strength of the particles of (~olce and semi-cake forred from the pitch
is compared to the cohent-re strength :)-L- par,~clf_-3 et the baac material, and
the compression process of the secondary coke ts accoz-apanied by the compression
of the entire material.
The compression process proceeds quite intensely in the range S50-800 0 C.
At hieher teeperatures the coa-preasion process gradually subsides -- the prop-
ertkes of the secondary coke approrimate. the properties of thii primary coke Masa.
Card 3/4

L 25407-65)
ACCM1011 11R: AP5006303
The capAbilfty of impregnated carbon matecifils for thermal compression is
a very important property which must be considered when compiling graphs of the
heat treatment of impregnated pr9ducta. To prevent the cgacking of the impreg-
nated products their heating in the range from 500 to 850 C should be conducted
at a reduced rate. In induatrLal treata with tne products heated in this range
at the rate of 1450 C/hour, there was 50 breakage; product& heated at the rafe
of 1100CAour had 25% breaka-ge, while Lhere were no cracks in the producta
heated at the rate of 550 (-Aour,
ASS,OC1AT--',%i none
3MITT'rED i
1 00
F"Ic L: cp~~
ILD
SUB CODE: MTt
NO RYF SOV! 003,
i PR S
Card 4/4

2400.5
D247/M05
AUTHORS% knduush.-ht---nko, F.K.., and Vlasenkc, I.Ye~
TITLE: Cert.ain properties of titanium in
scj~tT.:Drs
PERIODIG'AL: ZhArr,,:.,1 p-iklaJi-ioy Kli~Jnil, it. 34, no. b, 1961,
i2c)fs .. - Z- ~ 1,1
TEXT: Among ',he eie t,:-'.j'.eo re~,Qmmetiuf-.., I.or use in app1ying tita-
nium (Ti) me"al '1%9~ to Ti 3 a group
pre..L.-z, It F- ions inhibits
the c. T i , A r 17,;,-) A, -n t r) IL 11, -F i nu P o u s
soiu--Ion e E: n tra t.Lc, r, (, " 00 1 s 'su f fl
e n t t o n c,, t pa ra on c 4f su r f ace 'I o r
applying a metat earr:,i-l -.,ut In eolu~i,--i.:,, cortainirig
11F. batisful,,to!y wit.-, the 11 'wise .,ias ob-
~aj'ned by anod--, v* thr- T1 :wc'u,.e ill i 3o~u,.-,(,n of HP
eThylenegly~o. .i'~ ~f via,.er added. F~-,: :zinc-
Curd 1/5

14(00~- 1 4,, C 6/C 7,'
Ce r T. a-. r: et r o .-ii emi D2 4 7 /D';'
pla4 I n f TI an ~: '~ny'Lf.-nt-r' ,,ion of Zn fluorLde Rnd HF uas
Doi
used ana for copper solutJon of C, _i hydrof luo-
borat,,~ in water was 1~sea. Tne r:-Iesen-, paper des'- ribeL3 exper-Imental
studies of the process of solu * _-o-n ana elec -..rochemical behavior of
Ti in HHF,' solut'c.n'-, D~-.,_,rminatione vik,-re made of the ia!~e of T!
dissol,,ittaon ir, a-,ids of 1--ary-ng romj,~)tntlon ar;.d the for,m of TI
t*rans_,z-_-I,')n into so-l-,t-ion -and .he p,I-.en-Iai of Ti and redox poten-
tial of the raedium were rpeasured. "I"'ne apparatus used is shoran. De-
terminatatins were made, in a stream t.,f 112 passed through the appa-
ratus. T.1 and P, eie,_-trode rjcjter.~I.alo were r:ieasured witli a
cathode t pe vol~me-ter. A4-.r,,'2. The u~4.:~ssolutior_ of Ti was studied
Y.
at 300C in aquejus Sol,-_itions con'~ainlrig 500,250 wid 125 g/1 HBF4
and in alc3iiol and ethylenegilycol :3oliitions ccritaining 250 g1l
HBF4, The ['13P4 oo-lu-,lon wai, preDarta UO' MIXt-',II,e of equivalent.
amoun,us oi 1.,oric and hydrofiuorl- ac-ld-, a!,d :contained a certain
proporr:on :~f_ IIF du~'- *,c, .n~-_,mplete or hydrolysis, The pro-
por-tion of oolution. per tni-~ surface ,,,: T'. was 3,91 ml/cm2 in ail
experiment.3. C:,,rves of T; d-Issolu-.1ori, -_ih::,Yin in Fig. 2, have a
Card 2115.

Ir -" 'r 2r
)4/V
-j"/ - JI/ 'i
7 5
r t ELI D~
and conform to the equation:
P 0- , T b
Vil.C'rU P kra ~asz, of Ti specimen 0, and b are
vjlll,.,~n Jepend on solution composition, temperature, Ti
-.y ar.a amc,, n' rif per unit surface of specimen; T Is
Ji e n ft~~_rs. rate ua~ Jisaoiutlon -'s determlned as the first
_'._~n. ~_,eo
t;'T b - (4)
I of .1-1 (mg/ :'[112 ~ hour) . The inf luen-
Cc, of ~Q'rj:!'. r. the --an be ~iaLculated from
t 11 e o E- q:'I 0 ri r d e r MI I~e.J grapiiically fr-om experimental datav.
-an be -~,l i 1 Gq 1, C~ d a t:, a r a b cj i C CU I'll C- a, 4 o n
L
K T J'
vill e r e lTl i e n t r..j T 1-1 U in tt-.e oj'.)tJon, K
Card 1/5

24ock5
7,1
e r t a;. r, el e c t ~- o,~- h tm 1, D2 4 7 /,Dl,~ C' 5
and m are constant_--- 1-ormosition. -I'mrirl-cal
formulae are 61*,,(--- 'ne -.a-,hodc. Current dens-itles
I~A_l .3 vrt:re -0,6 to -0.7 ',;0" zsz
govern- ng bolu-
J I i
.., ~ -; o r. ~j ~-m ~-,d -; a :- i e d f r o m - 0 . 03 -~ o
Redox .,..,c, t en t 1 a'. -~ ~;
volt8, There Lr~- : .; 2, tat_iV3 anl 16 references- 6 So%'ie t-
bloc, 4 nun-SG,/,.e.-u-Loc. Tfi,., rel'erences to tlit, English--lani;uage
publ i ions read as f0;lowj: ll,.orloka, A, U.,;iuzono, J, Japan Inst.
i'letals, 20, 7, ~:,.ln-nie L_ St-anej, Abner Brenner, Te(-hr-.
Proc. An, Elee_ 1;?i, 1956; Techn. Proc. Lm.
r,T E' senbe_--gr, and R.11. Delarue, J.
L
Electroplater's Soc_ 17,
Elel-troch. Soc. , ~105. 3, 164)?
ASSOCIATION: Kafedra tekhnolog~'i eleKtrokhimicheskikh proizvods-rv
Khar kovskogo politekhnichesirogo insTituta i,.-leni V.I.
Lenina (Departme!iT of Blec*.rocilerncal Production Tech-
_. . Khar ' kov, imenji. -
no Log-, Fo'y'eclri.!~. Institu*;', V.T.
SUMIT TT77D: y 6 9 6 0
Card 4/5

Certain electrochemical ...
SZ2 0(105.lzr3IzfreZrr7Zn2r,
D247/D305
Fig. 2. Graph of Ti dissolution.in IIBF4*
Legend: P - gravimetric losses of speci:~ens (rglcr,.2); t4me ir.
hours; A, - aqueous solutions of 500 9/1 11324; A - aqueous solu-
tions of 250 and 125 g/1 HBFA; - alcoholic golution of 250
HBF4; 73 ethyleneglycol solution of 250 9/1 -'~'IDF4'
P
NO. 2. I(pnDue PaMopennn 120
TRTalldt zi paCTROPaX 60P~TO-
PHOTO BOAOPOAnOfI ItHW10TIJ.
P - ZIOTePK neen Oapastion (mrIC-41),
, - avewn Me). 80
A, - a SOAMOM RCTBODe. COUP.
mamen SM On HIPA; A a DDAIlux
PAX. COMPRIAUDIX 20 ii t5 riin
9DIRIO. B - a WIPTOROM r~T.7p,.
coaepipAwex 2W r/a III) ,,
2 OTIMemratwonesom vnmope. co- 40
AOPHfAtUeM 260 rIn 11M.
Card 5/5
jy
PF
Or

ACCESSION NR: AP4009785 3/0065/64/000/001/0047/0050
AUTHORS: Vlasenko, I. Ye.; Ognev, R. K.
TITLE: Use of petroleum bitumens for impregnating carbon graphite
materials
SOURCE: Khimiya'i tekhnologiya topliv i masel, no. 1, 1964, 47-50
TOPIC TAGS: carbon anode, carbon electrode, petroleum bitumen, coal
tar pitch substitute, graphite electrode manufacture
ABSTRACT: Because the literary data is scant on the use of petro-
leum bitumens instead of coal tar pitch to bind carbon when manu-
facturing graphite electrodes, tests were run with BN-III, BN-IV
and oxidized petroleum bitume*ns for impregnation of calcined carbon
samples of electrode materials. The operation consisted in beating
these samples to 300t5C in an autoclave furnace, pumping the air
out for 30 min (Pabs-0-9 kG/cml)j filling the autoclave with bitumen
and keeging it un er pressure of P kG/cm2 for 3 hours. Bitumen
BN-III as a softening point of 2003~5and differs from coal tar ,
pitch in that it has more volatile tractions boiling out at 360C,*
ard
C 1/2

ACCESSION NR: AP4009785
less free carbon and absolutely no oc-,r- components. The impreg-
nated samples were then graphitized. It is concluded that impreg-
nating mixtures not onl fill pores and cracks in the sintered
electrode samples but a
Llso interact with this material resulting in
a greater electric resistivity and strength of the impregnated
samples. In its impregnating properties, the BN-IV bitumen ap-
proaches oil pitch (pitch + 5 to 15% anthracene oil) presently used
for impregnation of electrode materials. Orig. art. has: 1
figure, 2 tables.
ASSOCIATION: UkrtsvetmetjUkrainian Non-ferrous Metals)
SUBMITTED: 00 DATE ACQ; 1OFeb64 ENCL: 00
SUB CODE: CH NR REF SOV: 002 OTHER: 004
Card 2/2

NW~YK.O., I.Ye. ; OGNEV, R.N.
Use of petroleum bitumen for the impregnation of carbon
graphite materials. Khim. i tekh. topl. i masel 9 no.l:
47-50 A 164. (MIRA 17:3)
1. Ukrtsvetmet.

L 576-63 FAi?(cP)/M-(ui)-/-BDS--,,AMC/ASD -J13/JG/WB--'---_.
ACCESSION NR: AP3000192 S/0080/63/036/004/0921/ogop
AUMOR-, Andryushche!~~_o..F. ~K. j Vlazenko) 1, Ye.
----------
TITLE: Method for treating the.-surface of Ti,before chromeplating
SOURCE: Zhurnal prikladnoy khimiip v- 36., no. 4, 1963a 921-C22
4 F
:-TOPIC TAOS- Ti.. Cr plating, NH sub Za sub 2p MF sub I!, CoF sub2
ABSTRACT: To remove the passiVe film on Ti so that VA".res better, the authors
describe a methocl consisting of mechanical cleaning, removal of grease and rins ing,
and immersion in a solution of NH sub 4 F containing ZnF sub *~o MF nub 21 or CoF
Bub 2 at room temperature for 15 aeconds to 3 m1nuten, Qualltative analysen
showed that the films contained metallic Zri, Ni, or Co and S. Changes occurring
in the p--tential of Ti in aqueous solutions of NTH sub 4 F (5C0 9/1) and/or the
other metal fluorides are shown in a graph. After this treatment, the Ti is
pickled in I&p HCl for 15-30 seconds, rinsed in tap water for 15-30 seconds,
plated with standard Cr electrolyte, and rinsed in hot and cold vater. Orig.
art. has; 1 figure. "If. V. Golizdra and T. A. Lebedinsk participated in the
study.
Card -- ----

HAZLOVA, I.V.; STAKHAN'OVA, KAPAi,rr,y,%N',,,I,,, M.Kh.; VI,A,',':j'4'KO, K.K,
Heats of dissolution of scjium arAl rr)tassium
in aqueous solutions. Zhur. fiz. khim. 39 no.1:1245-1-."8 My ioz.
(MTF,k 18:8)
1. Moskovskiy ordena Lenina khImiko-teklinicheskly in3til,iit
Im. D.1. Mendeleyeva.

VLASENKO L.M
Chromatographic variant for the fractional detection, isolation
and determination of biomth in toe forensic chemical analysis
of cadaveric material. Apt.delo 12 no.3:41~47 My-Je 162.
(MIhA 16:1)
1. Nauchno-issledovatel'skiy inatitut sudebnoy meditsiny
Ministeretva zdravookhraneniya SSSR.
(BISMUTH) (CHEMISTRY, FORENSIC) (CHROMhTOGRAPHIC ANALYSIS)

VLASENKO, L.M.
Chromatographic isolation of morphine In the forensic chemical
study of cadaveric material. Sud.-med.ekspert. 5 no.3;38-43 Jl-S
1 62. (MIRA 15:9)
1. Nauchno-issledovatellskiy institut sudebnoy meditsiny (dir. -
prof. V.I.Prozorovskiy) Ministerstva zdravookhraneniya SSSR.
(MORPHINE) (AUTOPSY)

VLASENKO, L.M.
Basic trends for the introduction of distribution
chromatography in forensic chemistry. Apt.delo 14
no.205-82 Mr-AP 165.
(MIRA 19,-1)
1. Nauchno-issledovatellskiy institut sudebnoy meditsiny,
Moskva.

VLASENKOS M.., kapitan
How to drIve sheet-piling better. Voen. vest. 41
v 61. 16:21)

VIASUKOY M,
Workers made possible the achievements o" 'he enterprise. Mest.
prom.i khud.promys. 2 no.3:18 Mr 161. (MIPA 14:4)
1. Direktor derevoobrabatyvayushchago kombinata., floVosibirsk.
(Novosibirsk--Woodworking industries)

86-11-29/31
AUTHOR: None given
TITIZ: To Be Published (Vykhodyat iz pechati ...
PERIODICAL: Vestnik Vozdushnogo Flota, 1957, Nr 11, p. 90 (USSR)
ABSTRACT: It is announced that in the near future the following books will be
published by the Military Publishing House of the Ministry of
Defense of USSR:
1. Some Problems on the Theory of Automatic Aircraft Control
(Nekotoryye vaprosy teorii avtomaticheskogo upravleniya
samoleta) by V. P. Dmitriyev;
2. The Fundamentals of the Theory of Aircraft Turbojet Engines
(Oanovy teorii aviatsionnykh turboreaktivnykh dvigateley) by
M. I. Vlasenko-,
3- -The Treatment and Storage of Aircraft Armament (Obrabotka i
konservatsiya, aviatsionpogo vooruzheniya) by 0. V. Artemenko,
V. V. Nazarov, F.D. Piliy-onko, under the editorship of
G. I. Krotov, Engr Lt Col.
AVAILABLE: Library of Congress
Card 1A

SMIRNOVA, G.V.; VLASENKO, M.M.; SURIKOV, M.P. (Makhachlcala)
Iffect of insulin on protein metabolism in aged persons. Tr"-h.delo
no.6t649 Je 159. (KIRA 12:12)
1. lafedra biokhimii (zav. - dotsent M.P. Sarikov) Dagestanskogo
meditsinskogo instituta i Norskiy dom invalidov Taroslavskoy oblasti
(zav. meditainskoy chastlyn - vrach M.Mo Tlasenko).
(INSULIN) (PROrEIN MWABOLISM)

v SEIIXO,, M.Ta,
Stratametric stuvey of boreholes (Yrom 'Mining Journal' Je 1954).
Razved.i okh.nedr 22 no-1:59 Ja '56. (MLHL 9:5)
(Boring)

~-IVLASMO. 11., arkhitektor
Controlling smoke in housing developments around_pjActric 7over
stations. Zhil.atroi. no-7:6-8 Je 160. (MIRA 13:7)
(Smoke prevention)
ft

- VLASE:EO, N., arkbitektor (Sverdlovsk)
Organizing the system of enterprises serving public neels in
settlements of the LRcraine. Zhil.-kom.khoz. 10 no.3:~-12 160.
(MEU 13:7)
(Ukraine--Gity planning)
(Ukraine--Municipal services)

USSR/Optics Fhys ical-, Optics,, K-5
Abst Journalt Referat Zhur - Fizika, No 12, 1956, 35731
Author: Sinellnikov, K. D., Shklyarevskiy., 1. N., Vlasenko, N. A.
Institution: None
Titlet Optical Characteristics of Complex I)iterference Light-Filters
Original
Periodicalt Zh. tekbn. fiziki, 1956, 26, No 1, 96-loi
Abstract: For the green region of the spectrum, complex interference light
filters were prepared) consisting of 3 reflecting layers and 2 di-
electric layers between them. The'djelectric usedvas barium
fluoride, and the reflecting layers were silver. In some cases
the third reflecting layer was a multilayer dielectric coating.
The optical characteristics ofisuab light filters were investigated
using a matching method previously proposed (Uch. zap. KharIkovsk.
gos. un-ta., Tr. fiz. otd., 1955, 60 147). The transmission band
was recorded with a DFS-4 spectrometer with a diffractiLm grating,
having 600 lines/mm. It was shown that the-transmission, band of
Card 1/2

USSR/Optics - Physical Optics, K-5
Abet Journal: Referat Zhur - Fizika, No 12, 1956., 35731
Abstract: complex light:filters is 5-10 times narrower than in simple inter-
ference filtertr (30-100 A instead of 2oo-400 A), and the trans-
parency is 1.5-2 times better (30-64 instead of 20-30%)- The use
of a multilayer dielectric coating instead of a silver reflecting
layer improves the quality of the filters. FVrther improvement in
the optical characteristics lies along the path of replacing of all
the silver layers with multiple-layer dj#-ectric coatings.
Caxd 2/2

51-4-20/25
Complex interference optical filters with improved charAc-
teristics. (Cont.)
R2 = 93% for Ml and M2 respectively, an overall transmission
of 30% *as obtained with a pass band (centred on 5000 A) of
only 4~ A and "contrast" of about 105. A method of prepar-
ation of.filters, similar to that for Fabry-Perot etalons)
is also described. Two high-quality glass flats were covered
with the usual layers (silver and barium fluoride) by vacuum
evaporation; they were the MlD.LU2 systems. A wedge-shaped
layer of air D2 was left between the two plates. Light from
a monochromator (of wavelength of the maximum of the filter
pass-band) was made parallel by means of a lens focussed on
the exit slit of the monochromator. This light was directed
on to the filter. When D was wedge-shaped hundreds of inter-
ference lines were visible. When the two surfaces M2 became
parallel the lines disappeared and the illumination became
uniform. Then, keeping the plates parallel, they were adjusted
by screws to give maximum uniform illumination ("consistent
state). There are I table and 6 references (4 of which are
Slavic.).
ASSOCIATION: Kharkov State University.(Kharlkovskiy Gosudarstvennyy
Universitet.
**N SUBMITTED: September 15,1956.
2;12 AVAILABLEt "brarY of Congreas

-ii-431378-65 ME (1) pi-14
ACULSION "J.: AP50064 V, S /0(51/65 /018 /003/0446 1/o466
AUTHORz U4senko,_ N. A.
~-f an lectric field and ~Iltra-
SOLWIE: (Yptikz,. i speklroskap4ya,
7 nc !7ul f-1 H 1 - itatcr &I luni~ nor , P-1 ecti-I c ft C- 1~. cffert , ultra-
lum-inescence
ABSTPACT- 17he investigation was maide under conditions -wlien the excitation of the
vas nut a:-_,_Mpa:~!, 'r ,f thp 1iminescence centc7- and by
*_~ir 771- :'.av-,~ In,
va
Card 1/3

h3878-65
ACCESSION NR: A-P5006-4~4
tsii (Materials of Seventh Conference on Uminescence) p. 36', Tartu, 1959). e
Zn-5-,T)L- filmm was deposited on glags coaterl vit'h a conductI ng film of SnO~, which
served as a transparent -lectrode. Thp s econe. -11rctrode was

on phos~;hrr-
7"',- y - ti 4 -,,,i
t PT~-K - - r,
,np I! T~
amp .,I. +
wa s
!yr.- -I and FL;7;7~ a n(, e S - - - a

In, 2a 11 -,-er

Card 2/3

28141~~6 EWP (k
ACC NRs AP6013082
(1)
'(m)/E'.1P(t)/ETI IJP (c) JD/10
SOURCE CGOR: UR/0048,
7-7
AUTHOR: Vlasenka, N. A.; Khomchenko, V. S.
3
ORG: none
TITLE: Inv;stigation of low-voltage electroluminescence of ZnS:Cu:Cl films rReport,
r -
Fourteenth Conference on Luminescence held in Riga 16-23 September 196 7
SOURCE: AN SSSR. Izvestiya. Seriya fizicher-kaya, v. 30, no. 4, 1966, 688-691
TOPIC TAGS: electroluminescence, crystal phosphor, zinc sulfide, frequency
characteristic, voltage characteristic metal film
ABSTRACT: The present study of sublimated ZnS:Cu:Cl films was undertaken in view of
the paucity of data on these low-voltage ~e I iiophors. The films were pre-
pared by a two-stage technique;the active film thickness var In the raMe from 0.2
to 3 microns. The electrons w9rre of SnO. trid Al. The*metal electrode was applied
either directly oVer the phosphor layer or over an'insulating subcoating of SiO.
Excitation was by ac, which yielded a higher brightness# or by dc (for specimens with
a thin SIO coating). Specifically, there wore investigated the olectroluminesconce
spactrum and Ito frequency and voltage characteristics, the brightness waves under
excitation by a sino voltate and by square pulses, the effect of probing pulses,
transient processes, and the temperature dependences of the characteristics. It was
found that many of the properties of ZnS.,Cu:Cl films are similar to the corresponding

L 28331-661
ACC NR, AP6013082
0
attributes of electioluminescent calls prepared of this phosphor In powdered form:
similar blue-green band Intensity dependence on the excitation conditions; analogous
frequency dependence of the brightness; similar brightness wave shape, etc. Figures
show the electroluminescence spectra at different frequencies of the low voltage (7
and 14 volts) and the shape of the brightness waves under excitation by alternating
polarity square pulses. On the basis of analysis of the experimental data it Is in-
ferred a) that the electroluminescence Is a two-stage process (as in the case of the
phosphor-powdor cells), b) the effective field acting In the luminophor differs from
the applied voltage, and 0 that the experimental data do not conflict with the hypo-
thesis of impact ionization. Orig. art. has: 1 formula, 2 figures anLI 2 tables.
SUB CCDB:' 20/ SUEU DATE: GO/ ORIG REPI 003/ OM REP., 007

VLASENKOY N.A.
Simultaneous effect of an electric field and ultra7icle,,
radiation on the luminescence of ZnS-Mn phosphor
Opt. i spektr. 18 no-3:461-466 Mr 16~,.
(,',ilRfi 18: 5)

v I.A.',ENIJ", , ?",,A. ; , A.*L.
I,'echaniEra underlying the excitaticr of in
ZriS,tn films. Opt. i sFektr. 18, no.3:467-473 Mr 165.
(MIRAP 19:5)