SCIENTIFIC ABSTRACT VASYLEVKA, V.M. - VASYUKOV, I.YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001859020011-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

66647
SOV/21-59-11-3/27
On the Solution of One Integral Equation
which ato ~~_o us .an become infinite; b) there ex-
ists a c n 1nuo (n both argument S) derivative
KI (w_
) ~ 0 () <
-A (II
There is 1 Soviet reference.
kSSOCIkTION: Kyyivslkyy inzhenerno-budivellnyy instytut (Kiyev
Construction Engineering Institute)
PRESENTED: By Y.Z. Shtokalo, Member, kS UkrSSR
SUBMITTED: March 7, 1959
Card 3/3

A(
At
T~
IS,
EWP(q)/VWT(m)/EDS AFFTC/ASD JD
S/0185/63/008/005/0569/0574
)N NR: AP3000235
Va M., Datsenko, L. I.
-izlev'ka. V.
egtigation of the effect of annealing on dislocationp in germanium
Inv
5 7 4
Ukrayinalkyy fizychnyy zhurnal, v. 8, no. 5, 1963,
TOPICTAGS: annealing Uslocation, germanium. etching, r-ray transmission,
no 0 t
a
'"llus transmission, dislocation line, dislocation density, point defec
BS Cr.,
A The effect of high temperatures on dislocations in germanium was
invelstigated by employing both*the etching method and the method of the anomalous
transtaission of X-rays, the latter making 1
.4possible to estimate both the change
Ji
ih dehifty of,the dislocations an4
Lithe natP& of their interactions. The speci-
ma~is 'Used were ground monocrystaIJ of pure germanium with a density of dislocations~
10,sup 2 - 10 sup 4 cm -2, as well as =wt out dislocation, 0.8-1.0 mm thick. The
specimens, were annealed in vacuum 1 - 10 sup -5 mm Hg, at the teinperature of
SOOC for 2, 4, 8, and 16 hours, and cooled at the rate of 30C per hr to room
Atemperature. Following the annealing, a certain decrease in the density.of dis-
Ifoca tions was observed. In a number of cases doubling of the dislocation line
JC~ ~1/2

L -.17183-63
_X CCESSION
was detected, as well as point.defects which possibly are aggregates of vacant
I.StAtes. "The authors wish to express their gratitude to 0. G. Miselyuk and
V, 1. Trefilov for their interest in this project and their val.uable counsel."
.~Orig. 'art. has: 4 photographs.
Tj- ASSOM'nON: Insty*tut napivprovidny*kiv AN URSR (1patitute of Superconductors
;IAN~ URSR)
SMUTMD: 12 Oct 62 DATE ACQ: 18 Jun 63 KNJL: 00
SUB- CODE- TH NO -REV SOV:' __004___ -OTHER: 004
2/2

360)(,
~Y62/307/07/M V~
D299 30 1
C)
AU T' HO RS: Vasy-Levs'ka, Da-t-senko, L.I. and selyuk, 0."
TITLE: Study of structural imperfections in Cr_-:7:7.,inium
crystals
PERIODICAL: Ukrayins1kyy fizychnyy zhurnal, v. 7, no. 3, 1962,
278 - 280'
T T 'Methods are compared for revealing dislocation-_ in
0
Cermaniur. sin,-le crystals, as well as the bulk distribution of tre dis-
locations as a function of various technological factors. I'letallocraphic
- and X-ray diffraction techniques were used. The most cornonly used e-.-
chants were investigated: (I) CP-8 (a mixture of HP and H,1403),
a mixture of 1%'3Fe(CN)6 + KOH + F120, (III) -- a mixture of 1:11" + r. *' 0 +
compared by testinC their e~lct
H20. The etchants
Y,
CH 3COOF
were
+
+
on crystal surfaces with different crystallographic orientation. It was
found that the density of the revealed dislocations depends to a 1_,iri:e
extent on the type of etchant. Etchant III revealed dislocations on the
Card 113

S / 'i P, 62/007/CG3/C~O-V'-5
Study of 3tructural imperfections ... D299X3301
(100)-, (110)- and (111)- planes, with a dislocation density by 2-5
orders of nat;nitude hiCher than that revealed by etchants I and 77
0
Etchant HI revealed, in addition to the edge dislocations reveal
as well as ocrow- an,d
by etchant H, also smaller e, i
,o6 cr-2. Thereby *2
mixed dislocations, of a tolul density of 1o5 - i '*0 1~
pronounced steplirke structure of the etching, fieures i.-i
.-le crystal ,I,,
bulk distribution of dislocaTions was studied in sin, 's wi*
aces, cub-*c
-he following structure: octahedral with '111) 4.
faces and polyhedral with (100)-, (110)- and (111)- faces; thereby
the etchants 11 and ill were used. No preferential orientation in t*-e
dislocation distribution was observed. This makes it feasible to de-
termine the density of dislocations on one of the crystalloGrarhic
planes, irrespective of its position with respect to the Growth axis.
The effect was studied of sharp changes in the crystallization pro-
... A
cess (due to changes in growth rate and introduction of J.-Inuritles),
or, the density ard distribution of dislocations; as a result of trese
changes, the distribution of the dislocations becomes very irreo':.lar.
At the sites where the crystallization process has beer, disturbed, an
Card 213

VII 65/62/O07/C`5/CC`/Q- 5
,:study of structural ... :;299/:)3v-l
accumulatIon of the imPuri-~icG, `Lnjoctcd in the melt, wLz oboerved. '21r,
r f:',
, maxima andiminima,
these sites correspond , o f t *, i e cu r v r- ni = f
locatfon-c~ensi,y ver., L, ~ .1
.. -us len,~th of Thc. an'-,le of
ientation 0 increases at the cdi~e of the sinCle crystal, The above re-
sults show that disturbed crystallization conditiGns and the enzuinj
structural inperfections are ra3ponsible "or the irre(-,ular impurity
distribution in the zinl~le-cryotal. There are 8 fiCures, 5 tables 'and
17 references: 4 Soviet-bloc and 13 non-Soviet-bloc. The 4 mo~;-. recent
references to the English-language publications read as follows: H.K.
1.:ueller, .7. Appl.Phys., 30,2015, 1959; SoG. Ellisq '265,
1957; P. Pennig, Philips Techn. Rev., 19, 357, 1957/58; SoG. Ellis,
A
r_ppl.P,qys., 28, 1262, 1957.
ASSOCIATIGIN: Instytut narivpz-ov--;dnyk--;v AN LP.S.11 (institute of Semi-
conductors of the AS UkrRSR), Xyyiv
SUB',',ITTZD: May 22, 1961
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kq ', t
L 24656-65 wr (n)/T/7,vM (t ) /'-PWP (b) TJP(oVAVK,,TM',/S3T!/ Tt.
ACCESSION NR: AP4046660 S/0185/64/009/009/09t~610961
AUTHOR: Baransly~y , P. I. Vasy*Ievs1ka V. M.
TITLE: Investigation of the electrophysical properties and structures of disloca-
tion free-germanium crystals
iSOURCE: Ukrayinslky*y fizy*chny*y zhurnal, v. 9, no. 9, 19'64, 956-961
TOPIC TAGS: germanium, semiconductor, dislocation free germanium, low
temperature annealing, germanium crystal, dislocation density, current carrier
concentration, vacancy
ABSTRACT- Comparative experiments were conducted to elucidate the effect of
low temperature annealing on n-type germanium crystals containing antirnony as
an impurity and differing greatly in dislocation density. Tile annealing noticeably
decreased the concentration of the current carriers ne in the dia location- free
n-germaniurn samples, but had little effect on the current carrier concentration
in the samples with N. %~--5- 10:3 crn -2. It war, proposei! that -his decmase in c,jr-
Card I i 2

L 24656-65
ACCESSION NR., AP4046660
rent carrier concentration resulting from low-temperature annealing of typical
dislocation- free crystals is characteristic of such material and is caused by the
higher density of vacancies in comparison to crystals with dislocations. The
asGumption that the vacancies, and not the change in the electrical activity of
the impurity atoms, were connected with the decrease of n. ~%,as supported by the
following factors: (1) low temperature annealing reduced typical thermal acceptors
to the passive state, which would -have increased and not decreased ne in the con-
ductance zcne. (2) Formation of Ge04 -type associated complexes with oxygen
must be accompanied by the appearance of additional donor certerq whirh w1j"JA
also increase and rint decrease 11, was impossible ~,-, criange thp
df-,-rea,;P in n by +.ffusit)n 7)r i,- ppe, ~acceptui-,3) intn the ~,,ulk ~ f the rrvstals
e
the annealing proress, The aiuth~jrs ,,anK 0 .G, Misel
11 -1 -y-uk for attention to the
work and discussion of the resultr,. " Orig. art. has: 5 figures.
ASSOCIATION: Institut napivprqvidnikiv AN URSR m. Kiy1v (Ineititute of Semicon-
ductore AN URS',R)
SUBMITTED: 30Dec63 ENCL: 00
SUB CODE: ss NO REF SOV: 001 OTTIV:R: 007
Card 2/2

VA,3 I U'vS K ly, V. V.S.]
at-t, cllpaticn of the cerebellum in the regulation of ivestiral ab,
sorption. Fiziol . zhurs [Ukr.) 10 no.3t334-341 MY-Je 164. (1,41PA 19:9)
~. Kafedra fiziologil, chnloveka i. zbivotnykh Odeaskogo goaudaratvennGgo
1
universiteta im. I.I.Mechnikova.

YASYLUX, Rostislav. Inz.
The frequency dependence of the dielectric constant in solid
dielectrics. Slaboproudy obzor 21 no.3:145-152 Mr 160. (EEAI 9:8)
1. Vyzkumny ustav adelovaci tacbniku A.S.Popova.
(Dielectrics)

7 7)
0 (//'q
Au'l il. -k: vasyiulc, Rostislav, Engineer
TITLE: Entropy and Permittivity
PERIODICAL: Slaboproudy obzor, 1961,
PP- 136 - 142
23669
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E192/E382
Vol. 22, No. 3,
TEXT; A relationship between the permittivity of a dielectric
and its entropy is determined and this is used to explain the
temperature dependence of the permittivity. In the statistical
thermodynamics the entropy is expressed as
S = k , In W
where k is the Boltzmann constant and
W is the statistical probability of a given state of
the system considered.
In the case of a dielectric, the entropy would represent the
degree of randomness of the molecular electrical dipoles in a
unit volume of the dielectric. On the basis of the Maxwell
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Entropy and Permittivity
Z/039/61/022/003/001/006
E192/E382
equations it is found that if the electric displacement or
inductio'n D is changed by dD , the onargy stored in a unit
volume of the substance would change by dU I = E dD . On the
other hand, a change in temperature, the volume being constant,
results in a change of the energy in the dielectric
dU = dQ so that the total ene%y increment when the temperature
an~ th'e external field of the dielectric are changed is:
dU = dU I + dU2 = dQ + E dD (1)
On the other hand,
dQ = T dS (2)
where the entropy dS is the total differential expressed by
Card 2/9
Entropy and Permittivity
as as
dS - dT + - dE
aT aE
Since
D E
s 0
the entropy of the dielectric can be expressed as
(3) -
acS e0 2 1
S = S 0(T) + - . - E ... = S 0(T) + S E(E, T) (5)
aT 2
where cs is the static permittivity of the dielectric.
The first term in Eq. (5) expresses the entropy of the
dielectric independeiftly of the electric field. The second
term shows-that for a given constant elect~rlc field E the
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Z/039/61/022/003/Ooi/oo6
E192/E382

23669
Z/039/61/022/003/ooi/oo6
Entropy and Permittivity E192/F,382
increase in entropy SE is proportional to the derivative
of~ the static permittivity with respect to temperature, i.e.
60 acs aes
SE 2 E aT const. aT (5a)
from which it follows that-
Es = const. . SE(T)dT (5b)
It is seen, therefore, that if the temperature is increased
the component S 0 of the entropy is changed and if the
dielectric is situated in an electric field, a component SE
is also produced, which is also dependent on temperature.
A graph of the entropy component S E produced by the external
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23669
Z/039/61/022/003/001/0(fo
S192/E382-
field is illustraed in Fi-. la, On the other hand- Fig. lb
shows an integral clirvtobtained by integrating the graph of
Fig. la! thiEt the static permittivity r-.- as a
fuM~tion cf !ewpi-raturt- T . 1-~ i ~i 4 -n t hi~ it, z ro t err+cr,tur-&
the permittiiritv iz t and this then in--reases gradually to a
temperatkirt! T fp' As q-1e temperature is furtber increased, c
becomes reducod, Mast of the solid d-lelec-trizs behave in the
manner illusLrated in Fig. lb~ However, there are some
deviations from this behaVLour. Tn the case of a non-polar
-substance a c:harateristie~ maximum of e-1 is not observed since
the permanent dipoles are missing. As regards the crystalline
91ibstanc-es- these exhibit :ertain _zteplike discontinuities.
Crysta,11ine ionic subetan--t73 and g,ta.:zi follow the same pat.tern
as that illu:~trated in Fig. 1b. Polymers a1sc. follow the same
pattern, while f4~-rt-c-plectri-z, exhibit a very :sharp peak. Liquids
and gases behav" in the manner illustrated in Fig. .1b. The
frequ(,~roy dependence of pt-t-mittivity at a cozi~;tant temperature
can be b'St destri.bed by the so...-alled Cole-Cole d t a gram, such as
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Entropy and Permitti;'1!V
Z/039/6iffl2/0O3/0Ol/oo6
E.192/E382
illuetraterl in Fig. 6 ('Pef. 6~ Vasyluk, R. Slaboproudy obzor
Vol. 21, 3960, No. 3, I)p. 145-.152). Such di.agrams can be
cons-itruc,ted f(-r- variouti tomperatures, an ,xample of such it
system is shown in Fig. 7. By inve4t igatlug thic; f igure it is
concluded that the permittit-ity modu.lu2~ E4, behaves in the
following manner.-,
a) absorption maximis o,,tlar dt the temperature of the firit
inflection point of el(T) ~
b) the maximum abiorption occur_,~ at higher temperatures as
the frequency inLreace-.~,
c) the absorption maxima de,rea5e with in,:reasing frequence, and
d) tthe valuei of the dynami-~ permittivity el decrease with
inc,reasing frequeni~y,. ,
On the basj_~ of Fig. 7 1 t -is also possible to dotermiiie the
behaviour of the permittivity temperature coefficieni. In
the mea5urement of dielecfrics at various temperatures and
frequen,.iei iA is nece--isary to reprezient the measured
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A3669-
z/o39/61/022/003/001/006
E192/r382
elt = f(T, f) as a set of suitable graphs. This ran be done
by constructing the graphs 0 'f tli6 type illustrated in Fi,-. 3.
There are 9 figures and 6 references: 1 Czech and 5 non-'Czech.
The three English-language reforcnees quoted are:
Ref. 1: H. Fr8hlich Theory of Diclectrics, London, 19501
Ref . 2 -
1 Smyth, Cli.Ph. Dielectric behaviour and Structure,
International Chemical Series, 1955; Ref. 4 - Hippel, A-2.
Dielectric Materials and Applications, New Iforic, f954.
lo,
ASSOCIATION: Vyzltumny 6stav sd~lovacf technilcy A:S-. Popova,
Praha (A.S. Popov-Telecomnunication-- Research
Institute, Prague)
SUBMITTED: February 8, 1960
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Entropy and Permittivity
Fig. 1:
ST
----------
rM r0 T-
Card 8/9
Entropy and Permittivity
Fig. 7:

re r, kansf

r, T5 T JWN

A
1
~
Y 1
0 -wii a

r4 1
~
lk
r (-mj~
-23669
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E192/E382
Fis._6:
r - hww.
el
0 1- It
23669
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E192/C382
Fig. 8:
A4;r~, Vj
N
Vj"
15 '~~ -4
0
Card 9/9

VASYLUK, Rostislav, inz.
High-los's dielectric, a new c=pcmnt for electric circuits.
Slaboproudy obzor 23 no.9:489-495 S 162.
1. Vyzkumny, ustav pro adelovaci techniku A*S* Popava, Praha.

Z/039/63/024/oo3/ooi/oo3
B192/E382
AUTHOR: VasYluk, Rostislav, -Engineer, Candidate of Sciences
TITLE: A now method of synthesis of linear bipoles
PERIODICAL: Slaboproud:~ obzor, v. 24, no. 3, 1963, 126 - 134
TEXT: A numerical method of synthesis, in which the
approximation is neither directly used nor do the roots of high-
order polynomials have to be evaluated, is presented. For the
synthesis it is necessary to have a measured or prescribed
frequency characteristic of the bipole. This is assuned to be
represented by a positive real function of the variable p . The
impodance Z of a bipole consists of' a series combination of a
frequency-dependent resistance 11 (W) and frequency-dependent
inductance L eW and its admittance Y consists of a frequency-
dependent conductance G e(w) and a parallel capacitance. ,Ce (w):
Z(w) = R 0(u) + jwL 0(W) (4)
Y(w) = G C(U) + JUC a(W) (5) -
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Z/039/63/024/003/001/003
1, now method of .... E192/E382
"Polar" graphs of the bipoles are obtained by plotting such
impedancos,. Z(w), and admittances, Y(w), in coordinates R e and
L. or G. and C e . Examination of these graphs shows that in
CI G systems the following characteristic quantit:L-s can be
discerned: a parallel ohmic conductance G pI a parallel capaci-
acitance C is given by the
tance C P and a series cap. s P
distance of the polar graph from the vertical axis C e This
component is separated by shifting the graph in the negative
direction of the axis G e . C P is given by the distance of the
graph frorn the horizontal a2zis G and its value is determined
by shifting the graph in the negaEive direction of the axis C
Cs represents a segment on the axis C e which the polar grapf,
cuts at the frequency u = 0 The characteristic quantities
which can be separated in LR systems are a series resistance R.,
a series inductance L s and a parallel inductance LP. These
can again be determined by shifting the graph. it is therefore
possible to determine the following frequency-independent parameters
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z/o3g/65/024/003/001/003
A new method of E192/E382
from CG and the corresponding LIZ graphs: R so Rp , LS, LP, Cs
and C The synthesis of a bipole is now carried out by starting
eitherpwith an LR or a CG system and separating the frequency-
independent components. If LR is first employed and its
frequency-independent parameters are o1iiiiinated, the remaining
components are transformed into the CG aystein and again the
frequency-independent parameters are eliminated; this is followed
by another LR and then CG transformation and so on, until the
systmi in either LR or CG coordinates represents a point. This
completes the synthesis. The method is illustrated by a numerical
example. The extension of the riethod to include mutual inductance
circuits is outlined. A mathematical justification of the method
is attempted and it is conpared with the continuous rational-
fraction method. There are 20 figures and 2 tables.
ASSOCIATION: Vyzkumny' U'stav pro sd~lovaca" techniku A.S.
Popova, Praha (A.S. Popov Telecommurications
Research Institute, Prague)
SUBMI.VTED: October 27, 196~,,
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D201/D308
4,I)THOR: Vasyllyev, V.I. (Kiev)
T Investigation of otcady-state and dyiiamic regimen
of differential c3ftremal syStems
PERIODICAL: Avtomatylsa, Po. 5, 1962, 27-34
TUV: The authur r-malyses theoretically the performance of
two differential extremal system circuits, one utilizing the princi-
ple of defornation of the extremun characteristic and the other in
-Aiich the object to be controlled is represented by an azialog having
a linear component %rith inertia wad a nonlinear inc-rtialeGs clement.
The analysis shows that both systcias operatc without h%intirq, oscilla-
tions# the first of the two systc-m:-, beiiig, absolutely immunc witli
respect to dinturbancen which nhift t1sic extromal characteristic of
the controlled object alotig tile vertical. axir,. Tile first syatcm
~hoiild :)c used with objects' with small. disturbances. Since in the
most geucral case it maintains the object away from the extremum,
it in inaccurate. The system with analogs is shown to be the raost
311021621000100510021003
Chrd 1/2

S1102V621000100510021003
Investigation oC steady-state D201/ ,308
accurate. It can ',)e used in all cascs, %Aicn an analog c" the con-
trollcd objcct can ',-)c reali..;cd. 3oth systems are shown to be af`cc-
ted by chan-cs in the yain of ampil.fiersi. When the of aiiitpli-
0 W
;:icrs is no t ntable, the error wil.l. depend also on the clharq,,es irt
the slope of characteristicL. i3oth systems are stAcd to be valid
for any shape of the e%tramum characteristic. .,Alhe author analyzes
thoir operation in the presence of :)oth Une'arly va-ying and
disturbances. The second rystcm was applied successfully to the
control of chemical purification of water of 1.1ins 11caya TFL~ -2
(TYeTs-2). There are 5 figures.
SUBMITTED:
February 16, 1962
Card 2/2

viffimp moo*
Chemical Abot.
Vol. 48
Apr. 10, 1954
Sugar, Starch, and Gums
metiiodicei wastilnit of 111inr Press"s. lkljj ~'qjyjjjtt.'
':,jkh.jrowrj 27 No, 9, h ;iqxm). -- ;~rr OTA W44
.k-,~tch of a tordinnized mrOvA 131 wKibbIg filtrr-WTS4
:,Ikr. arr describ"I. V. H. Baikuw

VASTHIN,M.G.
,--- J:_
Increasing condenser productivity. Snkh.prom.29 no.5:31-32 155.
(RIM 8:11)
1. Olymskly sakharnyy zavod
(Sugar machinery) (Condensers (Steam))

TAMIN, N.G.
--l- ~&- * ,
.6,1- ,
;~mp~1;7 ~4e InAR.60tion of polarimeters. Sakh. prom. 31 no.1:30 J& '57.
(KAA io-.4)
1. sayod.
(Polariscape)

VASTNIN, M.G.,,.- -
~ . ~
Spray sulfitation. Sakh. proM. 32 no.4:39-W Ap '58. (miRA 11:6)
i.Olymskiy sakharnyy zavod.
(Sugar manufacture)

C, 4-11
1 17'
AID Nr. 983-1 5 June
STRUCTURE OF TANTALUM AT HIGH TEIVIPEItATURES, (IJSSR)
Amonenko, V. IM. , B. M. _ Vasyntinskiy, G. N. Kartmazov. Yu. N. Smirnov,
and V. A. Finkel'. Fizika metallov i . metallovedehiye, v. 15, no. 3,
Mar 1963, 44-41-449. S/126/63/015/003/016 /025
The Physicotechnical Institute, Academy of Sciences USSR, has studied the
structure of Ta at 20 to 2500'C and the effect of vacuum heat treatment on the
structure and properties. X-ray diffraction patterns obtained with a high-
temperature x-ray camera in a vacuum of 3-10-5 mm Hg showed that the body-
centered cubic structure of Ta remains unchanged at all temperatures tested.
The lat'tice parameter "a" increases from -3. 3030 kX at 20*C to 3. 3750 kX at
26000C. The coefficient of thermal expansion was calculated from "a." An-
nealing in a vacuum of 3.10-5 to 1-10-3 mm Hg at temperatures up to 2200*C
was found to increase "a" and microhardness. Curves of these two param-
eters verSus temperature show maydma under all conditions tested; their
magnitude increases with increasing pressure. With a constant annealing
Card 1/2

An 11r. 983-1 5 J"- a
STRUCTM OF TAIMALLM (Con4Vd) S/126/63/015/003/016/025
time of 10 min these maxima occur at 1600* to 1800*C under all pressures tested.
With prolonged a-anealing the ma)dma are shifted toward lower temperatures,
occurring at -1500-1600*C with annealing for 6 hrs. Both phenomena are at-
tributed to gas absorption by the Ta. X-ray diffraction patterns of a specimen
annealed for 15 hrs showed the lines of two high -temperat-ur e modifications of
Ta205 at 1460 to 1490*C and 1500 to 1540*C, . (ND]
Card 2/2

-.- in%
~,!Asys, Idl, hener.
Redesigning TalTe grid of water-Jet air ou=s for stee-w engines.
En8rgatik 5 no.6:17 Jv '57-- . . (~)CI?A JO:'7)-
1. -~
(StORT, enginpa) -

VASTUCHOKO, Spfiya Ivanovna; LUKIYAWOV. A.B.. redaktor; PORYADUKHIN, K.A.,
I I!" ~-' - tekhnIchedIdj-r4"Wbr
[Chemistry for technical schools] Xhimlia; dlia takhnilcumov. Koskva,
Goo. izd-vo 98ovetakaia nauka,w 1956. 302 p. (HLRA 9:9)
(Chemistry)

.VAMCHMOI.Soflya Ivanovna; PMKOYSLAYA, G.Yo., red.; MMSHOVA,
V.A., tekhn.red. - ---
(Chemistry] Khimiia. Izd.3.
shkola." 1960. 340 P.
(Chemistry-Handbooks,
Ko~kva. Goe.izd-vo wVysshaia
(MIRA 13:12)
manuals, ate.)

JJQ,-Saf-Lya-1vanoYv&j POWYMINA, Ye.L., re.tsenzent;
VASYMM
------- AVRAMIKO) Ye.I., -red.; GOROKROVA, S.S., tekkw. red.
(Chemistry for technical schools] Khimiia dlia tekhnikim.ov.
Izd.4., perer. i dop. Moskva, Gos. izd-vo "Vyushaia shkola,"
1961. 395 P. (Chemistry) (MIRA 15:2)

YASj9qHENKO,-Aof'yA,_Ivanovna; PERKOVSKAYA, G.Ye., red.; MURASHOVA,
V.A., tekhn. riff-. - I . .
[Problems and exercises in chemistry]Sbomik zadach i up-
razhnenii po khimii. Moskva, Vysshaia shkola, 1963. 183 p.
(MIRA 16:3)
(Chemistry-Problems, exercises, etc.)

SUSHCHUK-SLYUSARENKOP I.I.; VASYUCHKOV, V.S.
International exhibition of welding equipment In London. Avton.
svar. 16 no.10:90-96 0 *63. (MBA 16:12)

VASYUCHKOV.. Yu.F.,_,student III kursa; BOBYLEV, A.P., kand.tekhn.nauk
Narrow-drav cutting in the mines of the Soviet Union (Donets
Basin). Much. rab. stud. GNSO MGI no.7:41-46 1959. O"MA 14:5)
(Donets Basin-Coal mines and mining)

SHEVELEV, B.N.; VASYUGHKOVO Yu.F.1,, gornyy inzh.
Fighting to lower coal costs. Ugol' 36 n0-3345-47 Mr 161.
(MIRA 14:5)
1. Na-ahaltnik shakhty No-32 kombinata VorImbluol, (for S'hevelev).
(Coal mines and mining-CostsT

ACCESSION NR
AP4012337 3/0096/64/000/001/0013/OMB
'AUTHORSt Kontorovskiys A. Z, (Candidate of technical eciences)j Vasyuchkovap Ke Is
(Engineer); Kuznetsovap To P9 (Engineer)
TITLEs Resistance to scaling of boiler stool
SOURCEs Teploenergetika, no. 1, 19640 13-18
TOPIC TAGSt resistance to scaling, heating cycle, corrosiveness,, furnace gasp
microstructure, chromium steel, steel 12KhIHFp steel 15KhlMlF" steel 12Kh2mFBp
steel 12Kh2MFSR# steel EI756, steel lKhl2VZHF
ABSTRACT: The resistanc 'a to scaling of 12WIV, 15KhJJ41F, 12Kh2HF3R, and EI756,
IKhl2V2MF steel specimens (tubes and rings) used in boilers was Investigated In
great details and the composition of each steel was tabulated. The specimens were
jubjected to cycles of heating (1000, 3000, and 5000 hrs duration) and cooling (ford
25 hrs) all done in air* The specimens were weighed before and after each experi-!
,, and the depth of scaling was measured. The results show an intensity of
went f
scaling higher than those used in the Leningrad Heat Power Machine Design Congress
of 1958o This difference is attributed to the inherently higher corrosiveness of
Card 1/2

ACCESSION MR: AP4012337
air as compared to a furnace gas, The scales had the same multilayer structuresj, I
i
the hardness and microstructure of which were analyzed closely. The external
layers were primarily Fe 203 (0.01 to 0.04 mm thick) followed by thinner layers of
FeO and F03 V The most sensitive steel to cooling was type 12Kh2KFB. The chro-
mium steel E1756 showed the greatest amount of scalingamounting to a thickness of
0.2 mm during a 5000-hr treatment at a mass loss rate of 0.047 in/year. The
corresponding thicknesses in 12KhIMF, 15KhMF, and 12Kh2MFSR steels were 10559 1.0,01
,and 0.8 mm respectively, but the oxidation rates with these steels were 6 to 10
,times as high as in the E1756 steels It is concluded that the 5000-10 000-hr testa!
suggested by OOST 6130-52 standards are insufficient and that test durations should
,last at least an long as 10 000 hres Origo art. hast 7 figures arid 5 tableas
ASSOCIATIONt OrgenergostroyjMOTaKTI; VTI
SUBMITTEDt 00 ENCLt 001
SUB CODE: HM NO REF SOVt 000 OTMe 000;
Card 2/2

KON-01KIISMY. A.Z., kand,tekhn.-muk;, VASYTJGHKOVA K,I., inzh.;
KUZNFTSOVA, T.P., inzh.
Resistance to scale formation of boiler steel. Teploenergetika
11 no.2:13-18 F 1614. (WRA 17:4)
1. Vsesoyuznyy Institut p, -royektirovanly-u orgnnIzatsiy
energeticheskogo stroitel'stva, Moskovgkoye otdeleniye
TSentrullnojo kotloturbinnogo instituta i Vsesoyiizn)ry naucbno-
Anslodovatel'3kly toplotAbnichnikiy Institut.

Acussiox ims Ap4o2542o
8/0096/64/000/004/00.14/0037
=HORSs Kontorovsklyp Ao Zo (Candidate of technical sciences); jAgnabkorAhr~X.
1. (Shgineer)j Nusnetsovas To P* (Engineer)
TITLE: Aging certain types of boiler steel
I
SGURGEs !Teplo:energetika, no, 4. 1964, 34-37
TOPIC TAGSs stool, boiler steel, aging, aging boiler plate, 12KhDW stoolp
12Kh?.IffB steelp 12Kh2HFSR steel, 3,5XhDaF steel,, E1756 steolp steel strength,
ordered metal, disordered metal., holding time, metal structure stability,, carbide
phase variationp plasticity.. impact strength.. dispersion hardening
-ABSTRAOTt The variations in the structure and physical properties of boiler stools
during aging with rolation to holding time at high temperatures (600-6500) were
studied. The metals tested wares 12KbDW,, l2Kh2MFBp 1=04M.. 3,15-KhMIF, and
-21756 steels. Experimental results showed that strength of all tba types investi.
-gated was impaired bythe incxeaae in aging temperature and in the homing time.
,This affoot was more pronounced during the firBt 500-1000 hours of holding. The
authors explain the causes for the variation in motel hardaess,, plasticity,, tensile
Card 1/2

ACCESSION NR3 Ap4o2542o
strength, and impact strength under thermal treatments in terms of structural
changes dus to phace transformation@ They emphasize the affect of the alloying
elements redistribution in the solid solution and the carbide phase. Stools
-l2XhWo 3SKhL%IIF and E1756 showed a noticeable weakening in the process of agings,
while the response of stee3A 32KhZM and 17Ah2MFSR was insignificant. The
variation in physical proportion of steel 91756 will require further study before
conclusions can be made* Orig. wt. bass 2 tables and figures.
AS.,=TATTO?12 nons
JIBKI= 3 00
,SUB GODEs ML
MiATE A09i 20)4r64
NO MW SOVI 001
=M 00
07=8 000
Card 2/2

18(5) 118-59-1-1-21/16
AUTHOR: Va~,_Lk. S... _ Engineer
TITLE: A Roto- Excavator with Linked Frojectinr, Conveyers
(Rotornyy ekskavator s sochlenennyrai ';-ydayushchimi
konveyerami)
PERIODICAL: Mekhanizatsiya i Avtomatizatsiya Proizvodstva., 1959,
Nr 1, PP 50-52 (U,33R)
ABSTRACT: The author enumerates the deficiences in rotor excava-
tors RPT-A-l and RPM-2 (inability to load rock onto dump
cars, shaking rock off the conveyers, etc.) and des-
cribes his design, a modified version of the rotor ex-
Gavator RPM-1 built by the 3uvorovskoye Rudoupravleniye
(Suvorov Ore ~'Sdministration) of the Tulskiy Sovnarkhoz
(Tula Council of the National Economy) (Fi,--ure 1). It
can convey excavated 'rock to and dump it at any desired
point within the working radius of the excavator, and
can rotate without inerrupting the excavating-conveying
Card 112

A Rotor Excavator with Linked Projecting Conveyers
process. The new exsavator's technical features include:
Capacity up to 450m of rock per hour; diameter of the
rotor 4.5 m; number of buckets 10; volumetric capacity
of bucket 150 liters; speed of rotor rotation 4.8 re-
volutions per minute; width of conveyer belts 1 m;
speed of conveyer belts 2.2 m/sec; radius of cutting-
in-12 r.; maximum in height of cutting-in-12m, total
electric capacity ~07 kw; weight JL~2tons; ground unit
pressure 1.2 kg/cm . Testing on fro.zen ground sho-aed,
that the new excavator reacted well, yet loaered produc-
tion to 55'/'6. The main flaw in the excavators design
as established by tests on sandy ~'-round in winter is
the quick abrasive wear of the bucket's teeth. "I'here
are 4 dia-rams.
Card 2/2

16(5)

AUTHOR; Vasyuk, A. S. V/ 1 ') 1 -4/16
TITLE: Shovel Dredge With Conne-.-red Distribution Band C:,nve~7or2
(Rotornyy ekskavator a sof,,hlenennym razdatnohnym konveyjerom)
PERIODICAL% Ogneupory. 1959, Nr 3, PP 112-114 (Uj3R)
ABSTRACT: The sho,,el dredge loading machines RP1,1-1, and RPM-2, are used in
mining for prospecting and search wcrk in c.~mbinati~)n with band
conveyors. Their capacity is, hcwe,.,-x,, redu-ted io-?cause of the
uncomplete way of surrenJer of tho materfal fre,,.,a the Ehovel dred(,e
to the band conveyor, Apart from thi8 the band convciyor -i-s connect-
ed with the dzedge platfcrm in suoh a way 'chat in the -.a~;;-, Ine plat-
form rotates also the band con7eyor rotates and thus leaves the
given point. Upon the request by the autnor of the P=esent abatra,3t
in the Su-,*orr4vskvye rudoupravleniye (juvor.)-i Ore Pit A'd--~'nisEx:jtion)
a shovel dredge with two conneoted t-and ~ionvey~Dzs (Fig 10 -i;a2- con-
structed on the basis of the Mil-1 inachine wnica facilitates tne
transport of the material to any point. The material is taken from
the sho7el dredge into tbe intermediary Land 3orvvejor and 'r= there
into the loading band conveyo=. The tilting dev4-cp ci the loading
band conveyor J'.a sh,)w-q on figure 2 and described Ln detail. .-he
Card 112 tilting of the band conveyor may be perfQrm:id aluring th- -:~Pcrution

Shovel Dredge With Connected Distribution Band Conveyors
.~.i ~ / -
of the shovel dredge. Apart from this in connection with the
modernization of the RPM-1 machine a number of improvements were
carried out. The re-built dredge supplies up to 1560 m3 rack per
working shift and proved to be efficient in practice. Finally, its
technical data are given, There are 3 figures and 1 table,
ASSOCIATION: Suvorovskoye rudoupravleniye (Suvoro-~ Ore Pit Administration)
Card 2/2

VASYUK, A.S.
Device for mold changing on friction presses. Ognsupory 28
no.101479 163, (MIRA 1611l)
1. Shamotnyy zavod *Yxasnaya Zvezda."

VASTUK,A.8I
A double support track saver. Ognmrpory 17 no.5:231-232
Vq 152. (KMA 8:9)
(Kins railroads)

VASYUK, A.S.
Modernization of vacuum tw~lt predges. Ogneupory 28 no.9:422-424
,63. (MIPA 16:10)
1. Kondratlyevskiy shamotnr
y zavod "Krasnaya Avezda".

VASYUK,,.A.Ye.,-,(RovenskELya obl., lostopoll, u1. Rovennkaya, d. 30)
Surgery for thyrotoxicosis in a district hospital. Nov. khir. arkh.
no.2:115-116 Mr-Ap 159. O(M 12:7)
1. Khirargicheskoye otdeleniye (zag. - A. Ye. Vasyuk)fKosto-
pollskDy rayonnoy bolluitsy Rovenskoy oblaBti. I
(THYROID GIAIM-SURGART)

VASYUK, A.Ye.; SHOR, G.P.
Appendicitis in children as revealed by data of a distr-i-at
Sov. med. 25 no.3:120-122 Kr' 161. (MICA
1. Iz Kostopolfskoy rayonnoy bollnitay (glavnyy vmch S.Ya.'Uarmakh)
Rovenskoy oblasti.
(APFLNDICITIS)
.*I,. ~; -w

VASYUKr AV YGO
Subcutaneous tramutic rupture of the retroperitoneal segment
of the duodenum. NUrurgila no.6:123-124 Ja '62.
(MIRA 3.5 :7)
1. In khirurgiobeakogo otdolaniya (sav. As Ye. Vaeyuk) Kostopoll-
sk-oy rayonnoy bollnitey (glavnyy vrach S. Ya. Gormakh) Rovenskoy
oblasti.
(DUODMMM--RUPTURF,)

VASM, A.Ye. (90"tOPOl'o ROvenskoy oblaoti, ul. Rovenskaya d.30)
InJuries to the abdomen; according to data from a diBtrict hoopitall.
KLIn.khl . no.1245-48 D 162. (KMA 16 t2)
1. Kootopoll'skap rayonnsya bollnitsa Rovenskoy oblasti.
'CAMM-WOUEDS AND INJURIES)

__KgPK,. A.Ye....
Repeated perforations of gastric and duodenal ulcers. Sov.
med. 26 no.11:114 N162 (MIRA 17:3:
1. Tz kh1rurgicheskogo, otdolenlya Kostropollskoy rayornoy
bollnitsy Rovenskoy oblasti. ( glavnyy vrach S. Ya. Gormakh).

VASYUK) A.Ye. (Kootopoll Rovenskoy Otla,:~Ili)
Errors of felldshers in diagnosis and In rendering aid to
patients with serious surgical discases, Felld. i akush, 27
no.9.'41-43 S 162. (MIRL 16:8)
(DIAGNOSIS)

VASYUK, B.,mnahinist
. Useful efficiency T)romotion sugppstion. 'Blek. i tenl. tinga 2
no.2:41 F 158. WRA il.-4)
1. Depo Bnrnbinsk Omskoy dorogi.
(Electric locomotives)

VARYUY G.T.. CIIAYFOVSKIY, V.I.
DelermInation of an runction user ~r ~C"--o1~.j
u
val-les of a random processs J'-,v. vYs. 11011ch. 7av.; rudliotekh.
8 no-3:357-360 '65. (Mli-A 18:9)
01

I .,
I . 11 - . I I,: ., a
-- I -
: . - I o I

9(2)
AUTHORt Vasyuk, G.l.
SOV/1 42-5P
TITLE- Nonlinear Distortion in Broad-Band Push-Pull Clwf; 13 Amplifiers
PERIODICALi Izvestiya vysshlkh uchobnykh zavedoniy, radioteldinikit, 195B, Nr 5,
pp 538-543 (USSR)
ABSTRACT: It is shown, that the output power of broad-band push-pull ampli-
fiers, working with cutting-off anode-current, does accompany
non-linear distortions. These originate in a sudden rise of' the
2nd harmonic voltage on the anode tubes, registrations of Lite
circuits resonance characteristics, generating within the tubes
plate circuit out of the capacitance and the inductance of Lite
output transformer. Tubes with high inner resistances art, used.
High inner resistance means in this case, that the resistance Ri
is much higher than the terminal impedance of the loaded trans-
former. This proportion is realized for the amplifier on pentodes
and tetrodes. The appearance of asymetry between the seperate ele-
ments of the scheme on non-linear distortions on the amplifier
outppt, with a registration of only the 2nd harmonic is shown.
Card 1/2 Two cases are described: 1) The asymetry appears only in unequal

SQV/142-*8-*-3/23
Nonlinear Distortion in Broad-Band Pusb-Pull Class A Amplifiers
amplitudes on the terminals input voltage; 2) W, 4. W2;
d~2 (equation (3),(4)). The cause of distortion liea in the
appearance of parasite circuits wit1iin the anode circuit, which
consists of the terminals capacitance and the induction of' the
dispersion bi~tween the halves of the output transformers primary
winding. With inductive loads, thr nonlinear dintortion increit-
ses somewhat, with it capacitive load it decreaseH. In itudiofre-
quency-amplifiers, the described phenomena do not appear. Quasi-
transient phenomena, by A.M. Pisarevskiy investigated with an ac-
tive load, do not reach remarkable quantities either. The article
is recommended by the Kafedra radiopriyemnykh ustroysty Kiyevskogo
ordena Lenina ipolitekhnicheskogo inatituta (Chair of Radio
Receiving Devices of the Kiyev Politechnical Institute of the
Order of Linin). There are 3 t1ock diagrams, 2 graphs, 5 equations
Card 2/2 and 2 references, I of which is Soviet, and I English.
SUBMITTEDs February 179 1958

L 6 9-L-66-Eva (1)
iACC HR: AP5020928 SOURCE CODE: UR/0142/65/008/003/0360/0362
~AUTHOR: Vollerner, N. F. (Prof.); Vasvuk, G. I.; Fuks,_b. B.
'ORG: none
~TITLE: The problem of a probing pulse with a narrow spectrum
!SOURCE: IVUZ. Radiotekhnika, v. 8, no. 3, 1965, 360-362
TOPIC TAGS: radar pulse, pulse shape, radar frequency bandwidth
';ABSTRACT: To achieve highest velocity resolution (minimum AV) in a radar pulse,
~pulses with the narrowest possible bandwidth are required. The direct relationship:
lbetween echo-signal attenuation N and limiting AV is used in selection of the best
!!pulse shape. Development of quantitative relationships or examination of cases of
iradical alteration of parameters of the radar other than pulse shape is avoided.
iTwo cases are considered: the first involves discrimination between objects with
';widely differing echo cross sections (this requires resolution of signal "tails"
iand therefore normalization of pulses over the full duration of the emission); and
Ithe second guarantees high discrimination of a stationary object on a reflective
Card 1/2 UDC: 621.391.82
qe702

L 397-66.
ACC MR: AP5020928
background (here normalization over the time interval containing the major portion
iof the energy is important, and the length and form of "tails" are secondary). Thef
rectangular pulse shave has the highest concentration of energy in time at a given ..
1peak power; the sin x/x shape has highest concentration of energy in a bandwidth W;
la constant spectral density; the bell shape has' in practice the highest possible
!concentration of energy simultaneously in time and in a bandwidth. Comparison of
the different pulse shapes for the first case shows superiority of the sin x/x
pulse. In the second case the bell-shaped pulse is best. The rectangular pulse
can be used in the event of low values of N but does not reduce AV. The sin x/x
'pulse has some advantages for high values of N but is not very promising in a real
!noise environment. The bell-shaped pulse is in general the best choice for low AV,!
but in piactice the rectangular pulse is sufficiently effective and requires simpler
apparatus. The rigorous treatment of M. S. Gurevich [Gurevich, M. S., Spektry ra- i
dioeignatov, Svyazlizdat, 1963) is similar to the first caae and indicates the needs,
for the same type of treatment of the second case. Orig. art. has: 2 figures.
I
SUB CODE: EC/ SUBM DATE: 05Jun64/ ORIG REr: 007/ OTH REr: ooo
Card
2/2.___

PERTSEVA, A.N.; VAS,YUK,--L.F.
The ratio amcng varicus groups of micro-organisms in the root
.system of flax and tuckwheat during different developmental stages
following application of the AMB bacterial fertilizer. Trudy Vaes.
inst. aellkhoz. mikrobiol. no.14:263-274 158. (MIRA 15:4)
(Soil inoculation) (Flax) (Buckwheat)

VASYUK, V.11. . red.
(Sand-lime and gypsum materials and products] Silikatnye i
gipsovye materialy i izdeliia. Kiev, Goastroiizdat USSR
1961,. 104 p. (MIRA 17: 5 1
1. Gosudarstvenmyy nauchno-isaledovatellskiy institut
stroitellnykh materialov i izdeliy.

OORLIACIf, S.T. , dorozbnyy master; VASTUK, V.P. , dorozllnyy mautor
Pay m,)re attention to track in-railroad yards. Put' i put.khoz.
no.ll:?9 N '58. (MIRA 11.,12)
1. Darnitokaya distantsiya puti Yugo-Zapadnoy dorogi, stantstya
Darnitsa.
(Railroads--Yards) (Railroads--Tmck)

..L. 01465--66,
A=3810"Ims 401416453 UR/04112/0541NW2/0055/0066
i 'Urtiod4a ti. evich, 0. V.;
AL4*0 1.;.SAi 0. A. t Vai
tlr,- bei -channels fo ex flows of weak onized gas I
iY I
~tg,3,, 1ping r vart a a a rens
verse 0400tio fie;l,d
MURCE: Magnithaya g1drodinamika, no, 29 19650 55-66
TOPIC TAGSi MHD flow, turbulent flow, supersonic flow, subsonic flow
ABSTRACT: The behavior of a vortex flow of an ionized gas under tht retarding
force of a transverse magnetic field is studied. HMetohy rody mic equatio
are employed without the heat loss and heat transfer terms to describe radial "ov
In subsonic and supersonic regimes. Three types of channels are considered and
it Is shown that temperature and Joule heating depend on the channel contours; both
behave differently in subsonic and supersonic regimes. The detailed analysis is
-limited to subsonic-cases.---,rinite-solutions-are found for constant-tesperatur-e-,--
constant tangential velocity and constant Mach number. The Appendix contains the-
solution of the Abel's-equation-of the second kinds Orig. aft. heat 31 forculas-i
3 figures.

.. L o1465-66
I-A-C-C'ES,S-ION, N,R--:-AP5016653
,., I
0 1
I

/~f - 2 i; 'c
ACC NR: AP6008830 SOURCE CODE: UR/0294/66/004/001/OOGG/0072
AUTHOR: BertinoyA. L-JIMoscow); But, -D..-A,; Kil.ugin-,-VjL-zf-.;-Ya.syukovici~, P. V.
Vasvukevich, P. V. (Moscow)
ORG: None
TITLE: The approximate computation of the variation in the electric conductivity of a gas
in a vortex i~agnetohXd:~oqyA~~!qflq~K___
SOURCE: Teplofizika vysokikh temperatur, Y. 4, no. 1, 1966, 66-7Z
TOPIC TAGS: MHD flow, electric conductivity, gas conductivity
'ABSTRACT: A majority of articles devoted, to the Investigation of vortex MHD flow average
out gas conductivity and assame it to be constant. It Is known, howey6r, that the conduct-
ivity of a weakly ionized gas depends on pressure -dnd to a considerable degree on tempera-!
tare which may vary substantially along the radius during axisymmetric twisting of a con-
ducting gas in an axial magnetic field. The present authors perform an analysis of vortex
M11D flow with the assumption that conductivity depends on temperature'as apower function.;
An ideal conducting gas is studied with part of the total enthalpy- being 6)nverted to electric.,
power. The authors demonstrate the influence of taking into account the variations of
conductivity on the basic parameters of the flow. Orig. art has - 6 figures and 42 formulas.
UDC 637.311.37
card 1/2

L 34114-66
.-ACCNR: AP600.8830
SUB CODE: 20 SUBM DATE: MOW ORIG REF: 003 OTH REF-. 002

VASYUKEVICH, V.A.P inzh.; GONCHAROV, S.F., kand.tekhn.nauk
Spectrum analysis method and preliminary results of its application
in the investigation of diesel lubricants. Trudy TSNII MPS
no.2R:4-25 163. (MUIA 16:6)
(Diesel locomotives-Lubrication) (Spectrum analysis)

YASYUKHINA, L.V.-
Possibility of using some nonspecific reactions for determining the
existing forms of plague and peoudotuberculonis bacilli. Izv. Irk.
gas. protivochum. inst. 12:23-30 '54. (MIRA 10:12)
(PASTIURIMA FXSTIS)
(PASTMURNIZA PSEUDOTU13IRCUWSIS)

V'ASYUYJIIIiA, L.V.; YAJCUBOVSKAYA, G.V.
Figmont formation in tho amooth variant of the plague microbe.
Irws Irkogoa*protivochum. inst. 12:31-34 154. (MIRA 10:12)
(PAST-VtMIJA P.WSTIS)

, , /-, " , , , , , , , I i - A.- "
Y I I - -
VASYUKHINA, L.V.; YAKUBOVSKAYA, G.V.
,
Variability of different strains of plague and.poeudotuberculosio
bacilli kept under laboratory conditions. Izv. Irk.gos.protivoch=.
inst. 12:3-10 154. (MIRA 10:12)
(PASTRURRIJA RESTIS)
(PASTIMLIA PSEUDOTUBFRCULOSIS)

VASYUKHINA., L. V., Cand Mf IMed Scl -- (diss) "Influence of tlie various
conditions in determininE the preservation of the basic characteristics
of plague microbes." Saratov, 1957, 15 PP (State 3clentific Research
Institute of Microbiology and Epidemiology of South Eastern USSR "I'llicrobe")
200 copies (KL, 32-57, 97)

4 -,1 1 uA Y". V.
VASYUKHINA, L. V. -_ "Th3 Retention of the S.necific Properties of the
Causative Agent of Plague by the Method of Vacuum-kreeze Drying."
Min Hea.Lth USSR. Irkutsk State Science Research Anti-Plague Institute
of Siberia and the Far East. Irkiitsk, IY55. (Dissertation for the
Degree of Candidate in Medica-L Sciences.)
So; Knishaya Letopis' No 3, 1956

DC14ARADSKIY, I.V.,- YARCHM, G.A.; iA47
~UMMA, L.V.; KOFMLY--:7k, A.7.
Coagulation of blood plasma by plague and pseudotuberculosis
microbes. Bal. eksp. biol. i med. 56 no.7*.79-82 J1163
(MIRA 17:3)
1, Iz Irkutskogo gosudarstvennogo nauchno-issledovatellsko-
go protivochimmogo instituta Sibiri, i Dallnego Vostoka (dir.
doktor med. nauk prof. I.V. Domaradskiy). Predstnvlena deystvi-
telinym chlenom ANN SSSR N.N. Zhukovym- Verezhnikovym.

X(Tf',BKOV., G.G.; "SYIJKHINA, L.V.
Effect of avirulent nlague microbes on the resistance- of
body to infectica=hirtng their simultaneous introduction with
virulent ones. Zhfir. mikrobiol., epid. i immun. 1,2 no.11:
JJ~0-141 N 165. (MIRIA 18:12)
1. Irkutskly nwachno-issledovatellskiy protivochumnyy institut-i
Sutunitted March 26, 1965.

L . 215421--6b &MI)IT JA
ACC NR, AP6019124 SOURCE CODEs
AUTHOR: iKorobkov, G,G,1_ Asvulchi.13A& L,V_
ORG:' Irkutsk Scientific Research Antiplaoe Institute (Irkutakiy nauchno-
issledovatellakly protivochumnyy institut)
TITLE% Effect of avirulent, la e microorganisms Injected simultaneously with
virulent microorganisms on ras a ance to infection
SOURCEs Zhurnal mikrobiologiit epidemiologii i immunobiologiip no. 11, 1965p 140-143
TOPIC TAGS: microbioloq, immunology
-AI38TRACT: - Hi6s)W and amitK- (1961) showed that avirulent, mutants Mg-ularly arise in
a plague culture# Thereforet most plague cultures consist of both virulent and aviru.
lent strains. The authors of this article undertook to determine whether the presenci
of avirulent microorganisms has any effect on the development of the infection pro-
cess. Five series of experiments revealed that avirulent microorganisms (live and
killed) injected simultaneously with virulent ones have an anti-infectious (protectivi
action reeardless of the injection site. The authors attribute this effect to the
capacity of avirulent, microorganisms to intensify the phagocytic activity of colls-of
the raticuloondotlialial system.*It is comparable to the pheno,.:Aenon of infection of
animals with a large do3e of a strain possessing -instable virulence wherein there is
no direct relatioriahip between the nunber of microorganisms injected and the death
of the apimals.-
SUB com o6 Sum DATEt 26mar6l
Card'Ah "',.rC- . .- _uDat 616.gai.452 7.1-02:615,3n*576,851.45.097.21

-VASYUKHNO., A.Lp inzh. (g.Ufa)
Take into coasideration safety factors. Put' i Put-khoz. 6
w.2:46 162. (Railroads-Safety measures) WIRA 15:2)

VASYUKHNO, A.I.
Improving the working conditions* Pat' i put.khoz. 7 no.4:36-37 163.
(MIRA 16.3)
1. flachalinik Ufimskoy distantsii.
(Railroads.-Equipment and supplies)

VASYU191,110, A.I.
Potentials for the reduction of labor expenditures. Put' 41 nut.
khoz. 8 no.5:11-12 My 164. (AURA 17:~)
1, Nachalinik Ufimskoy distantsli puti Kuybyahevskoy dorogi.

NIKITIN, S.0,; PROKHOROV, V.N.; VASYUKIHA, P.M.; BAKATIV, S.M.
Drying the base and heating the layers of rolled roofing
materials in carrying out roofing work during winter. Rats. i
izobr. predl. v stroi. no.2:87-90 157. (MIRA 11:1)
(Drying apparatus) (Roofing--Cold weather conditions)

VASYUKOV, A.I.
Experience in joint operations of the Central Office cf
Technological Information and public organizations. Opyt. rab.
po tekh. inform. i prop. no.l.-I.9-20 163. (NMU 16:12)
1. Zameatitell nachallnika TSentrallnogo byuro tekhnicheskoy
informataii Vladimirskogo soveta narodnogo khozyaystva.

VASIUKOV
, D.., general-mayor inzhenerno-tekhnicheskoy aluzhbyj
DREKOVP U1. inzh.-po:Lkovnik
We have reserves. Av. i kosm. 45 no.1-161-65 Ja 163.
(MIRA 16~ IL)
(Flight training)

AT60YA43 SOURCE COM UR/oooo/66/ooo/ooo/oioq/o11z
MMORs Rastegayev, M. Voi Danillchenko, A. N,; Kashin, V, L; &&rar, V. YA.
TIT*,. Investigation of the recrystallization process in tungsten
SOURCEs AN SSSR. Institut"metallurgii. Svoystva i primeneniye zharoprochnykh
.OIAYbV (Properties and application of heat resistant alloyv). Moscov, IrA-yo Nauka,
1w:tt 109-112
TAGSs tungsten, metal rearystallization
ABSTRACTs The subject of the investigation was vacuum melted tungsten, reduced with
niobium. Zie tungsten billets with a-diameter of 35 mm were worked down on a lathe tol
a diameter of 16 mm and were cut into samples with a height of 39 mm. Upsetting of thei
samples was done in a hydraulic press with a degree of reduction of about 40%. 7he
first part pf-~the samples was sub-13eted to stepwise annealing in a vacuum furnace
(vacuum 10"* = Hg) at temperatures of 1250, 1400, 1600, 1800, and 20000 for a goriod
of 40 minutes. After each anneal, the samples were cooled in the furnace to 20
po,lIBhed samples were then prepared and examined for degree of recrystallization. The
experimental resulta am shown in a three dimensional diagram of the recrystallizationj

r-. ~-
A C NRi A%oyA43
Jaf the cast structure of tungsten. Analysis of the results shows that 100%
recrystallization of the cast structure in the samples, deformed by approximtely 40%
in the temperature interval from 400-12000, is completed at a stopwiso annealing
temperature of 20000. With direct heatJng(without steps) of the second part of the
samples, althoug
.,h complete r8orystallization was assured, the boundaries of the old
crystals were retained. With annealing temperatures in the interval from 1400-18000,
the cast structure recrystallized partially within the limits of 25-90%. At an
annealing temperature of 12500, the cast structure of the samples deformed by 40% in
the temperature interval 200-12500 did not recrystallize. Tae cast structure, deform
at 2000, did not recrystallize in the temperature interval from 1230-16000, However,
in samples deformed at higher temperatures (8000) partial recryetall.1tation was
observed. Orig. art. hasi 3 figures and 1 table.
SUB COM II/ SUM DATEs IOJun66/ ORM REFs 003/ OTH REFs 001

_L_ 0. L,
IM3--uL -SARCM14M, m4kv-- FTT Tip(e) JPZJ
7XC-NRI __ ~T~? )) /F7,4P(e) / - j
AP6017104 SOURCE CODE: UR/0226/66/000/001/0()50/0054'
AUTHORSz Burtsev, V. T.; Vasyukov, G. Kh.; Kashin, V. I.; Samarin, A. 611
ORG: Institute of Metallurgy im. A. A. Baykov (Institut metallurgii)
TITLE: Liberation of gasfrom tungsten at 2500C
SOURCE: Poroahkovaya metallurgiya, no. 1, 1966, 50-54
TOPIC TAGS: tungsten, powder metal, powder metal compaction, powder metal sintering
Y"Iecourn OF_&0?.5n;.,ma; oilieOcAj r"0,Vr>XiDF_) H)w0Je06PJ 14
ABSTRACT: The nature and quantity of gas liberated at 2500C from sintered. and vacuum
cast tungsten were determined by mass spectrometry. A schematic of the vacuum furnace
and the experimental installation is presented. The detailed description of the
t 1 aratus and procedure is given by V. T. Burtsev, Yu. I. Korbman, and
experimen a app
A. 14. Samarin (Izv. AN SSSR, Metallurgiya i gornoye delo, No. 3 58 1964). The
experimental results are presented in graphs and tables (see Fi~. 1~. Vacuum smelting
of tungsten by electron-beam techniques is the most efficient procedure-f-or-tEe removal;
of residual gases from the metal. It is suggested that sintered tungsten bare should
be subjected to a preliminary degaBBing treatment in vacuum rooiatanoo furmooo.

ACC NRs AP601710
0
Td
(D
C).
0
43
4
0
43
cm2
4.4
0
43
114 M M 2W -JI? 342
time, sec. time, see.
a 0
Fig. 1. Kinetics of the liberation of carbon monoxide (a and b) and hydrogen from
tungsten at 2500C.and 10-3 mm Hg as a function of the nature and type of treatment of
speoimenst (a and b): 1 - sintered, 2 - vacuum smelted in aro furnace, 3 - vacuum
smelted in electrozibeam furnace, 4, 5 - bar after 3 and 6 hours annealing; (0)1 1 - 11
sintered, 2, 3 - first and second smelting in aro furnace, 4 - electron-beam smelting
5 and 6 - bar after 3 and 6 hours annealing. Orig. art. has, 3 figures and I table.
Card 2/2 SO CODE: 11/', SM DUEt _27kay65/_ ORIG MW: 010
Heating
-b-
2

Heating

5

UMR/kngineering - Construction, Jan 52
Equipment
"Installation for Vibrating Conveyance of Con-
crete and Mortara," I. Ye. Vasyukov, Engr'..
Minmaahstroy (Min of Mach Bldg)
"By-till Stroitel Tekh" No 1, pp 16-18
Describes method developed by B. S. Dubov,
Docent of Dnepropetrovsk Eng Constr Inat, for
delivery of concrete mix and mortar to placing
point using vibrating chutes. Method eliminates
sepn of concrete mixt during conveying,
202T55
USSR/Engineering - Construction, Jan 52
Equipment (Contd)
considerably improving strength of concrete. Vi-
brating installation permits use of lean concrete
decreasing consumption of cement.
202r55

VA V I
2. (600)
4 Effici-lincy,
7. -fork experience of the Pur-:~,,-u ~cvr Inv~ntlon o" t,.e Vtn~-Ftry e--:'
I~achlne builriinr7 Industry. Hul. str~,i. t kh. 10 5) 1953.
9. Monthly List of Russian Accessions, Library of Congress, June 1953. Unclassified.

VASYUKOV, I.Ye., inzhener.
-
Best efficiency workers of the Ministry of the Construction
Industry of the U.S.S.R. Noy.takh.i pared.op.v strot. 18 no.8:
13-16 Ag. 156. (MLRA 9:10)
(Construction workers)

VJLSTUKOV, I.Te., inzhener.
iutomobile trailer used for transportation of large-sized reinforced-
concrete panels. Izobr. v SSSR 2 no.1:17-18 J& 157. (NMA 10:4)
(Truck trailers)

V A rTU YQV I I Yf . . I ri?,i-,eno, r.
I
Aa&.Ines for orc~aucing ,urb concrete stones. izobr.z 2
(M-
nu.5 Yy '57. L-RA If)-71
~O,urbatonea)

I
-VASYUKOV, I.Te., Inzh.
Blades for cutting brarxhes from felled trees. Izobr.y SSSR 2 n0.2:
10-11 y 157. (XIRA 12:3)
(Tree felling)

VASYUKOVj I.Ye.9 inzh.
Semiautomatic screwdriver. Mont. i ispets. rab. v otroi. 23
no, 1:24-25 A 161, (MIRA 1-4:1)
(Screwdrivers)

VASTUKOV I.Te., inzh.
Usinp bar iron in making flanges.
no.4:16 Ap '60.
(Pipa'flanges)
Mont.i spets.rab.v stroi. 22
(MIRA 13:8)

inzh.
Dump truck semi-trailer with a saddle-type mounting. Monts i spets.
reb. v stroi, 24 no.1:30-31 Ja 162* OMM 15:7)
(Dump trucks)

VASYUYOV, I.Ye., inzh.
Inventions 'ard efficiency procoters' suggestions. Yont. i spets. -,-.b.
v stroi* 24 no-4:25-27 Ap 162. OMM~A .15:7)
(Building-Tools and implements)

I .
VASYUKIDV, I.Ye., inzh.
Restoring cylinder sleeves -I engines. MLnt. i spets. rab. v
atroi. 24 no.5:26 Itj 162. (JURA 15:5)
(Cylinders)

VASYUKOV,-I-Ye.,-Inzh.
Pyrotachnical relay for controlling the delay of the e7plosion
of a detonating fuse. Mont. i spats. rab. v stroi. 21+ no.8:
27 Ag 162. (MIRA 150)
(Blasting)

VASYUKOV, I.Ye., insh.
Crane for lifting loads and putting them through window or door
apertures. Mont. i apets, rab. v stroi. 24 no.8j27-28 Ag
'62. (MIRA 15:8)
(Cranes, derricks, etc.)