SCIENTIFIC ABSTRACT VELIKHOV, YE.P. - VELIKODVORSKAYA, G.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001859320004-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

TW - , 'e
22293
61/07V001/006/0:7
S/053
B 12 5, 13~() 1
The stubility of plasma. vn
2
iQ( c.T + R
-2 + -dwl
so - d1v RV + C T) + F, Ill, (v;') - xV T
2 P
rAO
+ OVA,-_ out OV,
vok
OX4 OXI 3 A-Fil-) OXI
-A,cre denotes the heat 'conduotMti- In the cnne. of a homo-eneoi-- or
almost homogeneous background one obtain3:
0.
+ (vv) / + ov
M Mc
dlvE-4:te(~ hdv- 1. dv ), div H-0, T
roL H e J,v dv -'~ Jv dv+ rot E -
C Ot C 7F
this system is also based upon ..-ineti ;--z.1ti orz; --.i '.- -)u tal:inc acco-Int
of collisions. In the "drift" a., :1 tv car, 'oe irt-.o-
duced instead of the d1stributi.)n --,,;nction f(:7, 7 The corres 7) 0-,1 4
Card 4/ 7

Tillie stability of plasma
22293
B.112 5/ B201
kinetic.equation 11"o the form
Ohm MV dr +
1E. Aporiodic . nstabilit~: 4. Ideal plasma. ~ja. Energy principle;
,)la3T,a 4
a olight displac-ement of tile plasma from the position of equilibrium
oatinfien the equation of motion (4,1,1). Here, I denotes the di3placement
from )osition of equilibrium. 4b.-Stability of the plasma boundary
kreference is mde to an instability indicated by L. A. Artuimovich),
convective innI*ability, Btability of a cylindrical pinch, stability of a
-rotating inhomogeneous plasma in 'a magrnetic field, aperiodic instability
of a non-1,11axi-ellian plasma, stability of a plasma kept back by Vie
preosu_-~e of a hiAh-frequency electromaanetic' field, aper~odic instability
of a olasma takirk diusipative. processes into account, Ptability 0~ the
rotation of a pl4ma, stability of a pinch. III. Oscillation inotability
Pf a P~asma. In- ability of beams in the pl-as-ma, instability of t-.o
beams, absolute a d "drift instability" of be'ams, stability of ion beams
in a plasma, effe t-of a magnetic.field upon the instDbility of beam3,
macroscopic insta ility of a "non-'Maxmellian'l plasma, cyclotron resonance,
Card 5/7

221293
S/053/61/073/004/006/'007
ThL- stability.of lasma B125/B201
m:Cstuning (raskachka) of oscillations in a plasma in the preoence of P.
-relative motion of ions and electrons, microscopic instabilities of an
inhomogeneous'plaoma, stability of plasma flor;s in a magnetic field,
t
stability of plane flows, stability of flowu in lierpendiculnr to tl,e fieid~
. a,
stability of a rotating plasma, 116saillation bonvection" in a 013113M.
,yintability of the positive column of a gas discharge In a magnetic field.
V. Problems of the nonlinear theory of inetabilitY. This chapter. JQ;~10
Tith the quasilinear treatm6nt of the "supercritical" state of the plasma,
,,hich is then used to study the behavior of the plasma nea:- the _71'Mft of
otability, the steady convection in a plasma and the "anomaloue diff'13.1on",
the quasilinear approximation in the study of oscillation _1ns'~a*b1'-__-t-.*ea
in a diluted the developed instability. Appendix I dealo 7,ith the
Otability of -the beams in a plasma, a2pendix JI -.iith the stability of a
rotating,, plasma, namely, the homo.-eneoua rotation a nlazmri zind the
eld ~ n a cylindrical
rotation of a 7:nler the action of an electr_- f4 ' -
conlenser, appendlix 1171 --,ith'the ctability of -the -),)sitive column, ~"Ind
aT)pendix IV v.4-th 'U- --'-jnic so7ind --'n an ifnhomc~~eneo-.-': 7.1--=r,1. There are
3? fic-ures, I table. !!nd 5J 30 Sov,-'-t-,._7oc. Th e t x
ref..,.-ences to Lnsli:,h-lanp~_ia.-e :-e~.* --z followz.
CL'-rd 6/7

22293
The stability of plasma B125/B201
B. 13. Kadomtsev, A. Nedospacov, J. Plac-ma Phys. (1961) (bein- printed);
Y. Nakagava, Phys. Fluids, 2, 621 87 (1960).
Card 7/7

S/069/62/012/002/001/013
B102/B138
AUTHORS: Kuznetsov, E. I., Velikhovp Ye.P.
TITLEt The International Conference on Plasma Physics and
Controlled Thermonuclear Reactions
PERIODICAL: Atomnaya energiya, v. 12, no. 2, 1962, 101 - 110
TEXT: The International Conference on Plasma Physics and Controlled
Thermonuclear Reactions was held at Sa3zburg (Austria) from September 4 to
9, 1961. It was organized by the MAGATE and attended by 508 delegates
from 29 countries and 6 international organizations. Of the 250 papers
presented Ill were read. The full text of all lectures and discussions
will be published in the 4ournal "Yadernyy sintez". The present article
summarizes the results of the Conference. Lectures by the following
Soviet scientists are mentioned and discussed in brieft I. F. Kvartskhava
et al., new data on self-sustained discharges. Investigations on current
distribution in a Q-pinch, plasma concentrations of 1017CM-3 achieved fo--
oome ILsec at several hundred ev. T. I. F4.lippova et al., dense high-
1/3

S/089/62/012/002/001/013
The International Conference on B102/B136
1-c-perature plasma in the region of non-cylindrical cumulation of a
4 .
L.-pinch; densities 10 18 cm-3 at above 500 ev. N. V. Pedorenko et al.,
investigation of the atomic particle flow emitted from the plasma machine
flkrt,eiall ("Al!fall). The ion energy was found to be approximately prolor-
tional to charge and almost independent of maos. A. I. Karchevskly et al.~
high-current gas discharge in weak magnetic fields; confirmation of the
results obtained with the "Zelua" machine. Soviet reports on experiments
with the I'Toicama,*-IIII ("Tokamak-II") machine; Joulian plasma heating 2.n
strong magnetic fields; study on impurity influence on ionization and
heating of deuterium plasma. In "Tokamak-11" no collective proceases,
such as macroscopic particle motion, were observed. B. B- Kadomtsev is
mentioned in this connection. K. D. Sinellnikov et al~, invest-.gatiors on
ionic cyclotron waves in plasma heating. V. M. Glagolev et al., Study of
Interaction between plasma and the high-frequency electromagnetic field of
a cavity. V. G. Andreyev et al. and R. A. Demirkhanov et al., plascla
confinement by travelling waves. Soviet reports on "Orp&" (910gTall)
experiments with "hot" plasma, 107CM-3, H 2- ions with 160 kev, Ml~ S, Ic,ffe
Card 2/3

S/089/62/012/002/001/013
The International Conference on ... B1(12/B138
et al., Plasma instability investigations in the maGnetic mirror machine
"Ionic maGnetron"; fast ion concentrations 10 9- 10 10 cm-3 retained in an
ordinary mirror trap for 100 lisec. S. tu. Luklyz,.nov ot al., 1. Y. Fodgarrr,-y
et al., results of plasma trapping in mirror machines, V. D. Fedorchenko
et al. are mentioned. V. 1'. Silin, kinetic planma theory; I. N, Golovin
and D. 11. Panov, Stabilization of oscillations in Uip n-ifichine;
B. ~. Vadomtsev, theory of plasma instability. L. -1. Eudakov, h. Z- Sr4.dEVr--;
investir.ation of instabilities caused by particle drift in inhomot;eneuus
plasma. B. B. Kadomtsev, A. V. Iledospasov, explanation of anomalous
diffusion in the positive column by current-convective instabilities,
A. A. Vedenov, ot al., kinetic quasilinear '.~!r~ory of plasrr,.
Ye. K. :~Itvoy:;:Ay 0t al., i. F. Khal-choilko, !,heoretical (Iescriptioii., of
procesLes t.-.kin(- place in strongly instaniAe plasma. Academician
L. A. Artsimovich read the final paper.
SUB21JIMEM: :a'ovember 27, 1961
Card 3/3

4 01, 2 5
8/056j62/043/00.3/034/063
B108/B102
AUTHORSt Vedenov, A. A.j Velikhov, Ye. IF.
TITLEi- Quasilinear approximation in the kinetics of a rarefied
plasma
PERIODICALt Zhurnal eksperimentallnoy i teoreticheakoy fiziki, v. 43,
no. 3(9), 1962, 963,- 967
TEXTs The processes in a real plasma can be divided into'fast and slow.
By averaging over the fast oscillations it is possible to write equations
viihich describe the slow changes occurring in the mean quantities. This
method can be applied only if the resonance interaction between waves and"-
p rticles is slower than the variation of the self-cdnaistent field acting
o the particles. The processes in a uniform electron plasma without a
0
gnetic field are investigated by this method. Wave-wave and particle-
p rticle interactions are neglected. For describing relaxation processes
t e linear theory has to be supplemented by terms accounting for the
e4ect of the waves on the particle distribution in phase space. These
conditions in a rarefied plasma lead to the following quasilinear set of-
tquationst
qard 1/2

I
Q asilinear approximation in...
~j
S/056J62/043/003/64/063
B108/B102
dah *"P
-V -kr-
ale a &U,
ej,6 (wp kv)W
2.
F- k' a IF,k f 0 is the slowly varying part of the particle distribution
function. These equations hold for sufficiently great t. Eq. (9)
accounts for rise and attenuation of plasma waves, Eq. (11) for the diff'u-
sion of particles in velocity spaoe owing to these waves. Neither of
these equations, however, is suited for studying instabilities of a monr,.-
energetic beam in a plasma.
SUBMITTEDj March 24, 1962
1
Card 2/2

VF-DENOV, A.A.; VELIKHOV Ye.F
Instability of the drift of carriers in solids nd coherent phonon
radiation. Zhur, eksp, i teors fix. 43 no.3XO-1112 162. (W[tA 15:10)
(Electrons) (Ultrasonic waves) (Crystal lattices)

VEDEVVI, A.A.; VELIKHOV, Ye.P.
Development of the electrostatic instability of a plasma in
a high magnetic field. Dokl. AN SS3-R 146 no.1:65-68 S 162.
(MBA .15:9)
1. Predatavleno akademikom M.A. Leontovichem.
(Plaoma (Ionizod gases)) (Magnetic fields)

L 10676-63
7 -~n- FV -T-i - JF aPz
/F 7.
PO-4~--AT
Aamsiw NR. Anoon6r ff,5/Ci4/006/~,753/-,'57,4
AM=: Velikhov, Ye. P.
Tl=: Me rotation of aasma
SOURCZ: Atom" energiya, v. 14., no. 6, 1963, 57,-j-574
TW.M TAGS: plasma rotat:Lon, plasma Instability
ABSTRACT: The purpose of the paper is to explain -,-ihe observed rotation in the
Theta pinches by proving that in a rather dense plasma, any radial. plasma matior,
in a magnetic field results in a nonuniform rotati )n . For simplicity, a flat
plezza layer in a magaetic field is considered. Tie equation of the plasma
motion in the lqtzod~amic approximation is set up, togettLer witt tae CoLtlnult.-
equation. The solution of the equation lalleates that the radiaLl motion of the
plasm leads to a nonuniform rotation. Orig. art. haA: 6 equations.
ASSOCIATION: none
SUBMITM: 25Aug62
SUB core: 00
Card 1/1 ke;/0
P= Am: i2ju163 RIM: 00
NO REF SOV: OCO OT 003

VELIKHOVA, N.A.
Growth of cobalt oxide single crystals by Verneuil's method.
Kristalografiia 8 no.5:804-808 S-0 163. (WRA 16:10)
1. Institut kristallografii AN SSSR.

(ir, Qapu); Given Nax=j
co,ult:-f: Yuco--lavia
Ae!aic!a1c. Dr
The K=c o.-'* l.ational Health (Dom narodnog zdravlja)
"Crnoncrac", Zagreb
Dolgerrade j Nagpjng 74raXj.4fjj Vol XVIi, :io 6, juno 1961
131 -1 ?)~
"Tho ?olc, Pozition ard Res-xnsibilitioz of General
Practitioners. 0

L-3325:L-66 - Eva(i) -GW__
ACC NR: AT6012784
SOURCE CODE: UR/31'15/66/000/027/0023/0042
AUTHOR: Dulgakov, Yu.1.1 VelIkIn A.B. 4/
ORG: VITR
TITLE: Transient processes method in the electric Inductivt irospectIng with common
transmitter and receiver
SOURCE: -USSR. Gosudarfit ___ Ijqyy_geologicheskjX komil3ti-A
Geofizic~eskara apWatura,rio. 2-7, 1966, 23-42
-WPIC TAGS: -,mining engineering, prospecting, geophyede Instrimiat
ABSTRACT: This paper presentsthe apparatus, mtthcdology od results of prospecting
with an inductive type prospecting system. Thefsyttem 4W"rises aulticonductor cable
loops, controllable DC power supply with pulsing capabilities, and appropriate sensori
and recorders. The loops, which can be selected for diownsions between 5 x 5 m and
200 x 200 no serve both as transmitters of the magnetic field pulse and receivers of
the iransient return signal of the currents decaying in the conductive bodies. By re-
peating the trarmitteA pulaes at each ground profile. station (e.g. up to 100 times),
and recording t
Pe cumulative received voltage signal with a capacitive circuit, the
sensitivity and fidelity of the system are improved# the latter due to substantial
cancellation and attenuation of spurious signals and aoiee. Graphs of signal returns,
.Card 1/2
owr

-L 33251-66
ACC NRj AT6012784
in form of the ratio received voltage. /transmitted current amperage as a func-tion ofl
time - e(t)/I; and graphs of returns plotted over the prospected ground line, are
shown over various known deposits, for various sizes of the exploring loops and for
various current pulse durations. Special tests showed an adequate data repeatability.1
Fig. I shows a record of the voltage/current ratio,over a section of the ground line.1
2
20[
0
do V 6b J6 40 V fOp0 /0 10 -X 40 -55 stance
Dis
Fig. 1. Graph of e(t)/I for various current pulse durations over a profile (meters)
at Kumus-Tyube for a 4Cx4O m, loop, I T=.8 millisec.; 2 - 1.25 msec; 3 - 2.0 msec.
4 - 3.2 msec; 5 - 4.0 msec.
The developed methodology and instrumentation permit the locating of highly conduc-
tive mineral bodies at depths of up to 100 meters, with practical absence of Lnomalie
due to soft deposits, tectonics or relief. Orig, art. has 12 figures.
SUB CODE: 08/ ", - - SUBM DATE; 00/ ORIG REP: 009/ OM REF: 001

~IN A~.Bo FRANTOV, G.S,; SHMMAJT , S.M.
Interpretation in multifrequency inductive electric prospecting.
FrAkI. geofiz. no.31:.165-178 '61. (MIRA 15:3)
(Electromagnetic prospecting)

VELIKIN$-Aleksandr Borisovichj- FRANTOV) Grigoriy Sergeyevich;
- ~-- ~~. ~- - M" -,-- -
., S . nauchM red,,; SAFRONOVA, I.M.p tekhn. red.
(Electromagnetic fields used in induction methods of electric
pra,specting; review of foreign literature) Elektromagnitrqe polia,
primeniaenye v induktsionrqkh metodakh elektrorazvedki; obzor
zarubezhnoi literatur7. Leningrad, Gostoptekhizdat, 1962. 351 p.
(Electromagnetic prospecting) (KM& 15:7)

VELIKIL'I ~k. 3.
The prospectinj_
and excloration for 71nerqla U-nini rtd, 19h(?. '17 P.
TN27lj-V4

VELIKIN. B.
Petersburg-Foscow; history of the Oktiabrskaia Rai3rcad L"ningrad Istorila fabrik i
zavodov, 1934. 141 p.
Yudin M14O.V5V4

VELIKIN, B.
Peter sbu rg-14o scow; construction of the railroad, 1842-1851 2. iz6., Lenin7rad,
IstoriiEL fabrik i zavodov, 1955~ (Cktiabr'skaia zheleznaia dorova, vyr. 1.)
Yudin HE514o.N5v4 1935

15 (2), 18 (0)
AUTHORt Velikin, B. A. SOV/131-59-8-6/14
TITLEs Application of Gunite to the Lining of Metallurgical Furnaces
PMODICALs Ogneuporl, 1959, Hr 8, pp 354-360 (USSR)
ABSTRACT: This process serves for a prolongation of the furnace operation
time between repair intervals and was applied for the first time
to copper refining furnaces of the Worillsk Kombinat. It is based
on the fact that a refractory mass in the form of an aqueous
suspension is applied to the defective place of the refractory
furnace lining. For this purpose the gunite plant of the
Gintevetmet (Gosudaratvannyy institut po tsvetnym metallam
- State Institute of Nonferrous Metals) is used, which is shown
in figure 1 and subsequently described in detail. Figure 2
represents the pulp atomizer of this plant, The composition of
the gunite mass may be seen from table 1. On the basie of laborataq
investigations carried out by Ko V. Kavalfskaya (Footnote 1)
gunite masses are recommended as are indicated in table 2.
Practical tests were made in the fuzaaces of the Moscow Copper
Foundry and Pyahma Plant for Copper Electrolytes. At the former
Plant the gunite mass was produced from broken and ground chrome-
Card 1/2 magnesite bricks (Table 3) and at the Pyshma Plant from mortar

APplication of Gunite to the Lining of Metallurgical SOY/131-59-8-6/14
of the Pyshma Plant for Refractory Products (Table 4). Figure 3
illustrates the vault and walls of an anode furnacep namely, On
the left hand side those coated with gunite and on the right hand
side those without gunite. Conclusionst On tho basis of
oxporimonte the application of gunite, to the furnace lining of
metallurgical furnaces was worked out and gunite plants were built
whioh no longer could be missed in up-to date equipment of
metallurgical plant aepartmen+s. By eystomatic renewal of the
applied layer of gnnite masses the working period of refractory
linings can be extended ccnaiderably. The campaign of anode
furnaces of the Norillsk Kombinat increased for about tho 3-fold.
For coating the Dinaz lining with gunite ',a mass of broken Dinas
bricks with an addition of unburnt quartz is recommended. In
metallurgical plants of iron industry this procedure should be
introduced primarily in open-hearth furnaces and converters. There
are 3 figuxes, 4 tablen. and 6 references, 3 of which are Soviet.
ASSOCIATION: Gintavetmet
Card 2/2

__-K V------- - ____ __ - - - - - - - -
XjIi_l B.A.; AXOPOV, G.A.; KOVALISKAYA# . .
Gunitiug slag zones of copper refining furnaces. OgneuporY 25
n0-7:316-319 1609 Oa-U 13:8)
1. Gintsvetmet.
(Copper-Heat treatment)
(Purnaces-Maintenance ard repair)

V=KIN, B.A.; AKOPOV, P.A.; KOVALISKAYA, K.V.
.............
Repair of hot furnaceo by guniting and introducing the metha
to copper refining furnaces. Sbor. nauch. trud. Gintevetmeta
no.19:493-503 162. (MIRA 16:7)
(Metallurgical fumaces-Maintenanea and repair)
(Gunite)

KROVWD, A.A.: MTKIN, O.M. -
"Rovnoe" Rack Products Plant. Prom,stroi- 37 no.12:18-21
D '59- (MU 13:4)
1. Treat go, 2o Glavlaningradetroya (for Kronrod). 2. Institut
Gipronemetrud (for Velikin),
(Priozersk District--Sand and gravel plants)

UU"SR/Electronics Piezoelectric Filters 1 11-_2_22_2
Card 1/1 Pub go-6/12
Author : *Velikin, Ya. I., *Gellmont, Z. Ya., *Zelyakh, E. V.
Title : High-pass piezoelectric filter
Perioz~ical : Radiotekhnika, lo, 41-49, mar 1955
Ab---act : Theory and methods of calculation of a certain type of high-pass pjezo-
electric filter are presented in this article. Analysis of the filter
circuit, determination of the characteristic parameters of the filter,
derivation of formulas for calculation of resonant frequencies and operat-
iDg attenuations are explained in detail. The calculated values of the
high-pass piezoelectric filter characteristics were checked experimentally,
and were found to be in good agreement. Two USSR references cited. For-
mulas; graphs.
Institution: *Active members of the All-Union Scientific and Technical Society of Radio
Engineering and Electric Communications imeni As 3, Popov, Moscow
Submitted : 22 Apr 1954

AID P - 4555
Subject USSR/Electronics
Card 1/9 Pub. 90 - 9/11
Authors Velikin, Ya. I., Z. Ya. Gelmont, and E. V. Zelyakh
Title Piezoelectric filter of low frequ6*66ies.
Periodical Radiotekhnika, 4, 59-66, Ap 1956
Abstract The article follows an earlier one by these authors
(this journal, No. 3, 1955), "Piezoelectric filter of
high frequencies". The authors present connectFo-n
diagrams for a single and a double section piezoelectric
filter of low frequencies, find their characteristics,
and develop formulas for the calculation of their
elements. Special attention is devoted to the cal-
culation of resonant and antiresonant frequencies of
such filters and of their operational attenuation.
An experimental attenuation characteristic of a two-
sectional filter is presented. Five diagrams, 2 Soviet
references (1946, 1955).

--- --- - -- - - ---
ZZLYAKH, N.V.; VELIKIN, Ta.l.
Narrov band piezoelectric filters. Blektrosylazl 10 no.8:39-51
Ag 156. (Zlectria filters) (KLRA 9:9)

CIRCUITS
"Electric Filters with Resonators of Synthetic Cr,,stals" by
Ya. I. Vel.-ikJ.n and E. V. Zelyalh, ElqK-trojg
1957, pP 0--100- -9f, No 11; November
Somewhat obsolete article (delivered at the First All-Union Confer-
ence on Piezoelectricity on Hovember.27, 1952, on the developaent ol"
electric filtem for 1-2-channel carrier telephone system, in which
s5mthetic crystals replace the quartz In the piezoelectric resonators.
Card: 1/1

L 35664~e66
F_ Xa NR, AP10-0785 0001002/00 6608
SOURCE CODE: UR/0106/66/
AUTHOR: Velikin, Ya. I.; Zelyakh, E. V.; Ivanoval As Is
ORG: none
TITLE: Narrow-band magneto stri c tion. filters
SOURCE: Elektroevyamit no. 2# 1966, 1-8
TOPIC TAGS: electric filters magneto striction filter
kBSTRACT: A method is developed for calculating single- and two-section magneto-
striction filters (MF) that have a
4 fl. bridge circuit and include one two-
winding magnetos triction resonator
and one doubly-wound inductance ccAl
(see figure). Theoretical plots of
- - - - - - - - 704- characteristic impedance and
attenuation of )~W arms are shown.
Actual Equivalent Formulas for the effective attenua-
Magnetos triction-filter circuit tion of single- and two-9ection MF's
Card I

-L 35854-66 - - -
r--A--C-C-N-R-s-A-P6-0--I-O-*7-8-,S---
lare developed. A 78-kc experimental two-section filter was tested; Its attenuation
characteristics are very close to those estimated by the authors' formulas. Orig.
lart. has: 10 figures, 30 formulas, and I table.
CODE: 09 / SUBM DATE: O8Jul65 /'ORIG REF: 005
Card

VELIKIN, Ya.l.; ZELYAXII, E.V.; IVANOVA, A.I.
Wide-band magnetostrictive filt~.-rs. k;lektrosviaz 17 no.10:1-9 0
163. (WLA 17:1)

VELIKIN,, Ya.I.; ZELYAKII, E.V.; IVANOVA, &.I.
Fingle-link narrow-band magnstostriction flIters. ElektrosvlW
16 no,,2:51-59 F 162. (KMA 15:2)
(Mectrio filtera)

3fG` 7
S/1O6/WOO0/OO4/GO7/Ol0
A055/A1O1
AUTHORS: Velikin, Ya-I-i Zelyakh, E.V.; Ivanova, A.I.
TITLEi Rejectioa magnetostrictive filters
PERIODICAL: Elektrosvyaz', no. 4, 1962, 48 - 54
TEXr.- A method for calculating bridge-type rejection filters consisting of
magnetostrictive resonators and condensers is described. The rejection magneto-
strictive filter is shown schematically in F1guro 1, the resonator being replaced
by its equivalent circuit (the losses in the filter elements are neglec-ted). The
Impedances of the arms are; 2 2
Z, - 1 2 Yc f Lo 2 z 1 (1)
2 f2 2 1 2 j-c f C
f. 2
where fl and f2 are, respectively, the antiresonant and the resonant frequency of
the resonator. The filter characteristic impedances Zco and Zco (at f - 0 and
f--->c,o, respectively) being but little different, the rated impedance of the fil-
ter is taken equal to
Gar(24)

Rejection magnetostrictive filters
S/106/62,/000/004/oo7/wo
A055/A101'
z _00 - RO (3)
m - C72 OL
RO being the load resistance and acthe matching coefficient. The graphs showing
the frequency-dependence of Z1, Z2, bc (characteristic attenuation) and Zc reveal
that the examined circuit is a rejection filter whose characteristic rejection
band is situated between the frequenclas fl and f2. Within this band (at f..),
occurs the attenuation pole, f,.0 being deduced from formula:
2 2 2 2 2 2
f';' (f 2 - fc~) = 11~ R~' - f1)
where I
FO (5)
2 st Vi~ C2
The formulae permitting the calculation of the filter elements are:
zM 2 A
L0 PO Li % LO fl C1 -4 jr 2 -2 C2 - 2 it Fo Zm (6)
C ard 2/ 4

s/1o6/62,/C,00/004/OCrJ/OIO
Rojection magnotostrictive filters A055/A101
~f2 f
FO - f. 2 r" 2 (7)
2 _ f2 f 00 fl
1
f2 - fl being the width of the char4ateriatic rejection band. The maximum
width of the rejection band is:
K2 f,
max 2
K being the electromechanical coupling coefficient. The author next considers
the case when two rejection bands are necessary (two sories-connected magneto-
strictive resonators being used) and deduces a formula giving Amax for this cate.
He calculates then the working attenuation of the single-mesh filter. This at-
tenuation is:
+ cL + 1 32
bW ln + 1 - t2 M .9 (16)
ork ft V, 1 4 (,q _ t)2
where t 2 (f.0 - fa), fa (fl + f2), 2 (f f.) . An
2
Card 3/4

3/106/62/000/004/W7/010
Rejection magnotostrictive filters A055,/AIOl
analogous formula is also deduced for the working attenuation of the two-mash
filter. Some results of a practical application of the above formulae are given
at the end of the article. The Soviet personalities mentioned in the article
ares D.G. Yatsenko, T.M. Novikova, N.D. Boayy. There are 9 figures and 4 refer-
ences: .3 Soviet-bloc and 1 non-Soviet-bloc.
SUBMITED: October 28, 1961
Pi ~re-lb.
gu
C,
C, 1%,
: -----------
Card 4/4

S/io6/62/6oq/oo2/oo8/O1o
74 AO55/A1O1
AUTHOM: Veli'Fln. Ya. I., Zelyakh, E. V., Ivanova, A. I.
TITLE: Single-mesh narrow-band magnetostrictive filters
PERIODICAL: Elektrosvyazf, no. 2, 1962, 51 - 59
TEXT: In the present article are described some of the results of the
study of magnbtostridtive ferrite-core resonators and of filters composed of
such resonators, undertaken by the authors. Only single-mesh narrow-band filters
are examined, in. this article, by the analytical method already descri*)ed by two
of the auth6A (Zelyakh and Velikin, Radiotekhnika, no. 7 - 8, 1946). The sche-
matic diagram of these filters is shown in Fig. la, Fig. lb being its equivalent
circuit. Neglecting, as a first approximation, the losses In the filter ele-
ments, the authors derive expressions permitting the calculation of the filter
elements L01, L02, LI, L2P C1 and C2 (or the elements LO, L, C, and C, when
L, - L2 - L and LO, - L02 - LO). They next calculate the components O"f the mag-
netostrictive resonator impedance Z - R + iX. Formulae are deduced, first for
R, and X, and then for R2 and X I e. for the resistance and reactance of the
resonators forming the fArst ani'th; second am of the filter, respectively. Ex-
Card 1/2

S/ I 06/6Z/OW/OOP_/O(.)8/0 10
Single-mash narrow-band magnetostrictive filters A055/A1O1
i
perimental checks proved that the values of the resistances:and reactances cal-
culated with the aid of these formulae are sufficiently correct. In the third
chapter of the article, the authors determine the working attenuation of the exa-
mined filters in two cases: 1) without taking into account the losses in the
resonators, 2) account taken of these losses. The results of an experimental
investigation'of some magnetostrictive filters designed according to the desn1bod
-method are reproduced at the end of the article. There are 10 figures and 5 ref-
erencest .4 Soviet-bloc and 1 non-Soviet-bloo. The rqference to the English-
language publication reads as follows: Eurgt. Piezomagnetic ferrites. Electronic
Technology, 1960, v. 37, no. 9. The Soviet authors or scientists mentioned in
the article aret S. S. Kogan, N. D. Bosyy. -7- -_
by
STajj=j June 23, 1961 &
- Real
2 - Res
2
L,
L
0
01
Card 2/Z

29567
2 00 4.3, It 51) 3/108/61/016/011/003/007
31,30 (113;,, 106) D201/D304
AUTHORSt Veljjxin Ya Iop Gellmont, Z.Ya., and Zefpakh E.V09
Membiir~s ~oj
TITLE: Narrow-band lattice crystal filters
PERIODICAL: Radiotekhnikap v. 40, no. 119 !961, 26 - 33
TEXTt In the present article design formulae are derived for lat-
tice tiltere consisting of a piezoelectric cjystalowd a capacitor
and forming a singlep two-, three and four-section networks. The
analysis of the filters is made using basic ri- and T-sections, as
shown in Pigs* la and 2a. Although design formulae for the above
configuration are given in literaturep for narrow pass-band fil-
tersp in which the ratio of the pass-band to its center frequency
is smaller than e.g. 0.05, simpler approximate formulae may be used
obtained by the method similar to that given byjjtV. Zelakh JRef.
6: Metod rascheta ekvivalentnykh ekhem (Method of Designing Equiva.-
Ont C1rcu1t8j-pNauchno-tekhn. sbo po elektroavyazi Leningr. in-ta
svyazi no. 6,-1946). These formulae are as follows: for fl-section
Card 1/6

Narrow-band lattice crystal filters
2
0 1 m
1 411 Mfallnom
0 Al m
2 2Z faRnom
Cq 2
2Z mfa Rnom
for T-seotion
01IP4 21 faRnOMP
MRnom.
--2W'
1W
C2 (m 2 _ R
1) fa nom
2m3 (m 2 _1)2Rnom
Cq Sr (M2 _1) 2faRnom q' 8'Y m36
29587
8/108/61/U16/011/003/007
D20I/D304
(2)
Card 2/6

29587
slf/ioa/61/016/011/003/007
Narrow-band iattice crystal filters D20!/D304
For both cases
M :-:::ff ~00 (3)
and f2 - f I (f + f (4)
19 fa I i 2)
where f1 and f2 out-off frequenciesp f 00- frequences of the attenu-
om - characteristic filter
ation bandv R impedance at freqeuncy f a-
n
For narrow-band filterB9 as frequencies n ear fa
m 0
7 f 0
T7 (5)

may be assumed a)
1
and hfnoep introducing
o
L
A = 2(f - f )9 t =
CO 00 a a
A (6)
Card 3/6

29587
8/108/61/016/011/003/007
Narrow-band lattice crystal filters D201/,D304
the approximate expression for m is obtained as
I T
-IV i
M Pej (7)
which is the generalized equation (does not contain frequency), The
atttnuation of the single secvion filter is derived as
1 Af -t--f -I - a + (k + a
N P,::i F ~ a a t (22)
where a = Ro 9 and q given by
1~0_m
f -1 f
-T 9,
Y4
- the normalized frequency tRef. 6s Op.
filter the anntenuation is derived as
~19)
cit.). For the two-section
Card 4/6

29
:3)18 ;~/bl/016/UUM5/007
varrOW-band lattice crystal filters D201/D)04
(21 - oc +(16 + a)II(It - 1)
a (71, a_ t)2 (27)
for three-aeotion 4('jt - 1) 2 _(t -1)2
J I - oc +(I + a),7,j (35)
a cc (t - ~)3
and four-Bection as
- tj (??t _1) 2(~t 1) 2 -(7?,- 02
N 4-.0 2f t 21 [1 - a + (c(+
a CX t)4
Each of tehm simpli jes according to the values of load and the
respectiv. values of lLand to The above filter circuits may, in
particular be used for ,rystal filters at frequencies above 1 me/s,
with transverse oscillating crystals of AT and -BT out. Experimental
two- and three-n-Section filters operat-Ine at the center pass-band
frequency of 1364 kc/s had a pass band of 8C0 c/s. There are 8 fi-
gures and 7 references: 4 Soviet-bloc and 3 non-Soviet-bloc. The
Card 5/6

29587 S11061611016101110031007
Narrow-band lattice crystal filters D201/D304
reference to the English-language publication reads as follows: R.
A. Sykes, IRE National Convention; part 2p 1958,
ASSOCIATION: Nauchno-tekhnicheakoye obahchestvo radiotekhniki i
elektroavyazi im. A.S. Popova (Scientific and Techni-
cal Communication im. A.S. Popov) [Abstractor's note:
Name of Association taken from 1st page of journalj
SUBMITTED: April 29, 1960 (initially)
July 7P 19.61 (after revision)
1 2.
Fig. 1. F go
r Hi
C,
C
t t
C_
PRc. 2
'Fig -PUC.
Card 6/6

8982,9
S 7S'0
AUTHORS:
TITLE:
S11061601000101110041010
A055/AO33
Velikin, Ya-I., Gellmont, Z.Ya., and Zelyakh, E.V.
A Piezoelectric Band-Elimination Filter Circuit.
PERIODICAL: Elektrosvyazl, 1960, No.11, PP- 34-39
EXTt The band-elimination quartz filters have usually a comparative-
y low impedance in the region of the suppressed frequencies. In some
practical cases, it is sometimes necessary, however, for the filter to have
a considerable impedance in the suppressed band. Two such filter circuits,
Icontaining one and two piezoelectric resonators respectively (see Fig. la
and lb) are described in the present article. Theee filter circuits have
really two suppression bands: a wide one and a narrow one. The narrow band,
in the region of the antiresonance frequency of the resonator (shunted by a
capacitance), is the principal one and is used for the suppression of
currents of given frequencies. Its width is somewhat larger in the circuit
containing two resonators. Using equivalent circuits for his discussion,
the author calculates the effective attenuation in the suppression band. He
establishes first a general formula for the case of the filter circuit con-
Card 1/2

898229,
S11061601000101110041olo
A055/AO33
A Piezoelectric Band-Elimination Filter Circuit.
taining two resonators, and then applies this formula to the filter circuit
with one resonator. He then works out a corresponding formula for the
effective attenuation in the transmission band of the filters. Formulae are
also given allowing to calculate the input impedance of the filter ci7cuit
(containing two resonators) in the case of the suppressed band and in the
case of the pass-band (simplified approximate formulae being used in -,his
latter case). At the end of the article, some general recommendations are
given as to the calculation of the filter circuits and the choice of ihe
piezoelectric resonators. There are 7 figures and 6 references: 5 Soviet
and 1 non-Soviet.
SUBMITTED: MaY 3, 1960
PUC. I
Card 2/2

VELIKINA, M.TS.j MITINA, S.I.
Practice of using operating and technical sections in servicing
vire broadcasting and comunication systems. Vest. sviazi 25
no.3s15-16 Mr 165. (MIRA 18:5)
1. Starshiye inzhenery-ekonomisty Otdela truda i zarabotnoy platy
Hinisterstva evyazi SSSR.

.ACCESSION NR: AP4012344
S/0199/641005/001/0034/0038
AUTHOR: Velikiy, A. P.
TITLE: A*representation of the solutions of differential-difference equations
with constant coefficients
SOURCE: Sibirskiy matematicheskly zhurnal. v. 5, no. 1, 1964, 34-38
TOPIC TAGS: difference equation, differential equation, differential-difference
equation
ABSTRACT: This paper shows that the solutions of a certain class of differential-
difference equations can be represented in the form of a sum of two terms, the
first of which is the solution of a certain difference equation, while the second
is the sum of the solutions of a certain recurrent system of differential
equations. This representation allows us to find an exact solution of the dif-
ferential-difference equation without determining the roots of the corresponding
transcendental characteristic equation. if we consider the linear differential-
difference equation with constant coefficients
'z aw" (X) +I I a10" (x + a.U (x) + bN (it 1) 1
Card 1/3

ACCESS ION MR: AP4012344
with the boundary conditions
(X) Its const m < jc;(~A (2)
and also consider the difference equation
aqu (X) + 2,biu (x - (3)

with the boundary conditions
U(6)
Us.
(4)
and the recurrent system of differential equations-
a'lv") W + aev, (X) - af,0% (x J) bjV,_j (x 1):
(5)

with the boundary conditions-
U (r 0) U (r), (Y- 1 2 ..... a-, (6)

Card 2/3

fACCESSION NR: AP4012344
then the main result Is the following theorem: The solution of equation (1)
under conditions (2) can be represented in the.form
U(X).C/(X)+IV,(x), X>O (7)
where 6W Is.the solution of equation (3) under conditions(4), and Vr(x) Is the
solution of equation (5) under conditions (6). A simple Illustrative example Is
presented at the end of the paper. "The author would like to thank V. S.
Korolyuk for suggesting the problem and for guidance during the work." Orig. art.
has: 22 numbered equations.
ASSOCIATION: none
SUBMITTED: 03Sep62
SUB CODE: MM*
DATE ACQ: 26Feb64
NO REF SOV: o06
ENCL: 00
OTHER: 000
cwd 3/3

1. 1 ; - I I I I i .), , . , ,, ,. . , , F , . - I ',~
I . I .,

VELIKIY, A.P. [Velykyi, A.P.]
Asymptotic behavior of generalized solutions to differential
difference equations containing a small parameter at the
higher derivatives. Vop. AN UR-',R no.11:1419-14-13 164.
(MIRA 18:1)
1. Institut avtomatiki Gosplana SSSR. Predstavleno
akademikom AN UkrSSR, Yu.A. Mitropollskir. (Mytropollalkyi,
111.0.1.

VELIKIY, A.P.
Representation of the solutions t.-i differential-diffGrence
equations with constant coefficients. Sib. mat. zhur. 5 no.l:
34-38 JA-F 164. (MIRA 17:7)

VELIKIZO A.S,
Tectonic conditions and stages in the foluation Of the strumure Of
ore deposits in folded arease Vest.IGU 16 no.1206-W 16i-
(MM 106)
(ore deposits) .1
I

4G-
In mnory of Profsooor Konstantin Nikolaevich 02erov. Uch. zap.
IDU no.1540-12 '52* (KIRA 11:3)
(Ozerovs XDnatantin Nikolaevich, 1899-1949)

VZLIUYO A.S.; UWAN, A.S.
- - - ~ -Mown%
Saw regOArities in the occurrence of polymetallic deposits In the
interior of the Dzunprlsn-Balkhash structure. Inform.abor.VM03I
no.2:53-56 155. (XLVA 9: 11)
(Balkhash region--Ore deposits)

VILIKIT, 'k S
Theoretical requisites and observable signs in geological prospecting.
Test.Len.un.9 no.1:209-217 Ja 154. (MLRA 9:7)
(Prospecting)

, .-- ... -
Cbenical Influence of the rock beds on ore deposition. Uch. zap.
IM no.154t93-99 '52. (XM 1l;:3)
(Orea)

VELIKIY,_AleksaiLdr-Semenovich; hUIAGINA, T.I., red.; VODOLAGINA, S.D.,
tekhn. red.
(Structure of ore deposits in folded areas] Struktury rudnykh
polei (v skladchatykh oblastioLkh. Leningradp Izd-vo Leningr.
univ., 1961. 274 p. (MM 15:1)
(Ore deposits) (Folds (Geology))

(-VILMT, A.B.; INTAZZV, I.I,; KWAIF& A*Ss
Distribution of complex metal deposits in the Sarysu-Balkbash~-
Kura watershed, Trud7 VSX;ZI 32'.129-203 16o. (KIR& 13:11)
(razakhatan-Ore deiosits)

VALIKIT, B.G., inxb.; MOT, T-Y-. InZh-
Xquipment for the automotization of mine drabages VC011
ukr. 4 no.5:34 Mr 16o. (XIRA 13:8)
(Mine drainage)
(Automatic control)

VI;LIKIY F.L,
Rare anomaly in the developwnt of the spine, Fcdlatrlia
42 no.1:66 Ja'63. (1-aliA 16:10)
1.Iz 3- Vinrxitskoy gorodskoy bollnitsy (glavnyy vrach Ya.Z.
Levchulk
(SPINE-ABDOW-TI-ILS AND JEFOW-aTIM)

VILIKIT Y.L.
ILZZ=U-i~
Some Peculiarities in the clinical and reontganological course of
myelomatonin. Yrach.delo n0.7:751 J1 '57. (KLRA 10:8)
1. Kure rentganologii i radiologii (soy. - kandidat meditainskilch
nauk V.V.Novikov) Vinnitakogo maditainskogo instituta
(BONES--TUMORS)

Cranial level. Vest.rent, i rad. 33 n0,5'.87-88 S-0 158 (MIRA ll;~l)
1, Is Vinnitakogo meditainskogo inatitu)a (dir. - doteent S.I. Korkhov)
kurs rentgenologii i radiologii (zov.kand.med.nauk V-V. Novikov).
(X RAYS-EQUIPWM AND SUPPLINS)

_,TZLIKIYi -G9--
An imortant stage in the development of Soviet-Indian econonie
relations. Vnesh.torg. 29 no.2:14-16 959. (MM 12:4)
Rassia--Commerce--India
ndia--Go=erce--Rassia1
R

VELIKIY, G&G,
Reducing the industrial noise. Pull i put.khoz. 8 no.3t35 164,
(MIRA 17:3)
1. flachallnik otdela promyshlennykh predpriyatiy sluzhby puti
Yuzhnoy dorogi, Kharlkov.

VELIKIY.,- G.G.; IUZJIEWLAK, I.D.
Semiautomatic control of conveyeroo Put' i put. khoz. 5 no. 1:27
ja 161. (MIRA 14: 5)
1. Nachallnik otdola shchebzavodov i karlyerov sluzhby putij. q.
KharIkov (for Velikiy). 2. Direktor Redutskogo ehchebzavoda (for
Poshotnyak). (Conveying machinery) (Automatic control)

1--39LIKLYI-0000 -
Defects in the design of stone-crushing machines, Put' i put.
khoz. 3 nos3t17 Mr 161, (MIRA 14-3)
1, Iluchallnik otdeja shchebenoohnykh zavodov i karlyerov, g. Xharlkov.
(Crushing machinery)

GREBANOV, V,G,; VELIKIY, G.G,
Xril3lcovo crushed Stone. Put' i put.khoz. no.11:40-41
N 159. (MMA 13:4)
1, Nachallnik sluzhby puti, zdanly i sooruzhonly, Rharikory,
Yu,zhnaya doroga (for Gribanov). 2, Naciiallnik otdela zavodev
I karlyarov, Kharlkov (for Vellkir).
(Xryukov--Btons. Crushed)

VELIKIY-r--G.G. (Zharlkav); ILOYASHEIKO, G.R. (Kharlkov)
Nov twoem*' Pat' I put4khoss 4 no.6:31 A 160;~ (MM 13:7)
Istone, Crushed) (Screens (mining))

__VZLIKIY. G.G. (Zharkov)
"Singinesandso Friroda no.6:82 -Te '60. WRA 13,.6)
(Dnieper Valle~--Singing san&e)

VZWKIY, G.G., inshener (Kharlkov); ILOYASHIM, G.R.. insh6aer (Iharlkov).
Urgent problems in organizing the production of crashed stoze for
track reinforcement. Zholeder.tranap. 37 zo.4t70-73 Ap 156
(Ballast) (MLRA ;:?)

VZLIKIY, G.G.; RESHETUYAK, I.D.
Improrving tho planning of stone crushing plants. Put' I rut,,khoz
4 no.6:33 Ag 160. (MIRA 13,73
1. Nachallnik otdela shchebenochnvkh zavodov i karlyerov, etantstya
Reduty, Yuzhn'oy dorogi (for Velikiy). 2. Rachallnik Redutekogo
ahchobanochnogo zavoda, stanteiya Reduty, Yuzhnoy dorogi (for
Roahetnyak).
(Stone industry)

15-57 -3-3743
Translation from: Referativnyy zhurnal, Geologiya, 1957, 14r op
p 182 (USSR)
AUTHOR: Velikiy, G. G.
TITLE: The Firming of Soils b~_an Electrochemical Method
(Electrical Drainage) Zakrepleniye untov clektro-
khimicheskim metodom (Elektrodrenazhj~
PERIODICAL: Uch. zap. Khurfkovsk. un-ta, 1955, Nr 57, pp 163-175
ABSTRACT: An earthen railroad bed, built on oversaturated brown
clay, was deformed, with the result that soil was
squeezed into the drainage ditch. Weak pumping of the
ground prevented the applicatlon of common drainage
sys tems. Laboratory studies have shown the effective-
ness of using electrical drainage. A hi h ontent of
water-soluble salts (in particular CaC12 made it-pos-
sible to use the method without adding chemicals. The
area to be firmed was divided up into three sections
Card 1/2 17.00, 16.25, and 14.50 m long, and 272 electrodes were

The Firming of Soils (Cont.)
15-57-3-3743
driven Into the ground; these wore Iron pipes 1.6 m and 1.85 m
long vdth internal diameters of 35 to 50 mm. The spacing wds
determined by calculation from values obtained at one cm with
a voltage of one v. The voltage amounted to 180 to 200 v. By
using electrical drainage ttie plasticity of the ground decreased
25 to 40 percent, and the tendency of soil to swell was greatly
decreased.
Card 2/2 L. I. L.

11;~ 1�21-66 EWT(m)/E'4p(J)/T RY,
ACC NR: AP5024959 4 SURGE COM: UR/0286/,65/000/016/0021/0021
~0 "I 4A I,,> e >
AUTHORS: Demin, M. No; Volikiy, G. I. Fridman,-. N, q 4P.
ORG: none j J~
TITLE: Method for producing nonwoven cloth. Class 8, No. 17370`7
SOURCE: Byulleten' izobreteniy t tovarnykh zna~.ov, no. 16, 19650 21
TOPIC TAGS: polyurethane, synthetic fiber,, polymer., k4".1
ABSTRACT: This Author Certificate praseos a mothod for producing nonwoven oloth
from atiched or bound foam-P-01vurethane.tM iml-wove the quality of the cloth,
the foam-ipolyurethane Is glazed prior to dtitching and mercerized after stitching.
\9
SUB CODE:ocAW SUBM DATE: 26MAy64
Cardnw
iA UDGI 677.M*352t677,49,'#.664
-1.>

rl-I
I
., ~ -'"
.~i
7~ -1 , T M.,
I -'Illm lmwmi

VILIKIY, I.G., inzh.; ItOVIKOV, N.V., Insh.
Driving inclines In gas-bearing rocks. Shakht. strot. no.12:18-20
D 159. (MIU 13:3)
l.Trest Kadiyevsha~htostroy,
(Mining engineering) (Mine gases)

VF-LIKIY I.G. inzh.; NOVIKOV, R.Y., inzh.j- SOKOLOV, A.Kh.;
I.P.
I.S. Rodtkin's book m7entilation in the course of mine buildingm
Shakht. stroi. 5 no.8-.30 Ag 161. (KURA 16:7)
1, Treot Kadiyevpodzemshakhtostroy (for Velikiy, Novikov).
2. Shakhts. Mariya-Glubokaya (for Sokolov). 3. Shakhta
Krasnopollys-Glubokaya (for Sirchenko)*
(Mine ventilation)

--- ---- - - -- ---- --- -- ------ -
VELIKIY9 L0.0 inzh.l NOVIKOVO N.V., inzh. I
Rapid sinking of ship shafts in the Mallnilcov No. 7 Mine. Shakht.
stroi, 6 no.3t23-24 Mr 162. (MIRA 15,31'
1. Treat Wiyevpodzemshakhtostrolihaft sinking)

VELIKIY, I.G., inzh.; NOVIKOV, N.V.,, inzh.; M-UEYEVA,, L.V., inzh.
I
Operating the BU-1 drill. Shakht. atroi. 6 no-5:28-29 My 162.
(141M1 1! --7)
1. TrAst Kadiyevpodzomshakhtostray.
(Boring machinery)

VELIKIr; I. G., inzh.; NOVIKOV, N. V., inzh.
Zaperience in the work with.explosive charges with an increased
diameter. Ugoll 37 no.10:30 0 162. (MMA 152-10)
1. Trest Kadiyevpo'dze=hakhtostroy.
(Donets Basin-Coal mines and mining--Explosiv*j)

RYDAIXIN, G.I., lnzh.; SHARAPOV, V.A., inzh.; Inzh.;
MALIOVANOV, D.I., doktor tekh. nauk; PRUMNIER, V.L., inzh.;
KONDORSKIYY R.L., Inzh.; TUMANOV, V.Ya., inzh.; FWCHELOV,
A.K., kand. tekhn. nauk
The BUKS-I equipment is an important step in the accomplishment
of overall mechanization of shaft sinking. Shakht. stroi. 9 no.2:
1-3 F 165. (MIRA 18:4)
1. Kombinat Luganskshakhtostroy (for Rybalkin, 3harapov, Velikiy).
2. TSentrallnyy natichno-issledovatellskiy i proyektno-konstruktorskiyl
institut podzemnogi) i shakhtnogo stroltellstva (for Mallovanov,
Pruzhnier, Fondorsidy, Tumanov, Pogorelov).

VELIXIYY_~,I., inzh.; YAGUPOV, A.V., kan(l. to'k-fin. nauk
Jet piercing of holes and using portable oxygen equipment In
mine construction. Shakht. stroi. 9 no.2t28-29 F 165. ~MI?A J,8.-41
1. Gosudarstvennyy institut po prcyektirovaniTj oboru.-_'~;vpini.ya po
dobyche i obogasticheniyu rud (for Volikiy). 2. Kr1v(-)r(-,Zhskiy g,,)rn,-.
rudnyy institut (for YaguDov).

VILIKIY' M.I.
- I_
7rom our ex?oriences in operating T83 diesel locomotives.
Zlek.i tepl.tiaga 3 no.11:43 V 1.59. (MTRA 13:3)
I.- Hashiniat -ins trukt or, depo Lisid, Tugo-Tootochnoy dorogi.
(Diesel locomotives)

TSIRELIp Ya.A., inzho (1/mingrnd); V"IFU, f Lernirwr ad)
A. -.!!,,A,, Inzh.
More about the groim,lirtip of' r-inforcrid T~wer
transminsion line towers. En,~,-gotik -3 no.612l-23 Jv 165, NF~A M7)
1 1

TSIRELIJ. Ya.A,, inzh.; TELIM, N.A., inzh.
Grounding of single-pole reinforced concrete power transmission
line poles. Enargetik 11 no. 12:4-8 D 163. (MIRA 17:5j

VELTKIY., N*V* in2h.,- NOVIKOV y H. V. , inzh,
Experiment in using explosive cartridges with a larger diameter.
Shakht.stroi. 6 no,1:25-26 Ja 162. 04IM 14:12)
1. Treat Kadiyevpodzemshakhtostroy.
(Coal mines and mining-Explosives)

VELIKIT, lazli.
Cropping of steel casting risero with natural gas. SrLr.
proizv. no.0':39-40 JO 162. (1-11RII 15- 6)
1. Volgogradskiy nauchno-iosledovatellskiy institut teklinologii
ma hinastroyeniya.
(Gas weldi and cutting)
(RiserelFounding))

"Irv
VELIKIY, Ye.
Large-panel housing construction in Volgograd. Zhil. stroi.
no.9:4-8 162. (MIRA 16:2)
1. Glavnyy inzhener Upravleniya stroitel'stva. Volgogradskago
soveta narodnogo kh~eyaystva.
(Voig6kjrid-~-Precast concrete construction)

"),-.t:--.oV. LN'. G.; V.1!;-*;(-11"'-o'
0. G. Usci-.ko, V. Yi-,. 4.1"Yc"CVI-nan' V. S.
0"`IG: nono-
TITLE: Arrangement for packing explosive cartridges. Class 72, No. 185726
SOURCE: Izobreteniya, promyshlennyyc obraztsy, tovarnyyc znaki, no. 17, 1966,,
packing technique, paper, explosive, packing machinery, caL-tridge'
TOPIC TAGS:
pac1i.in-r
ABSTRACW An Author Certificate has been issued describing an arran,gement
for packin ~.cxplosivc carLeidges. It consists of a mechanism for unwinding the
appying grlue ancl a stencilled pattern on the paper and cutting #*he paper to
L I I
spe-ciiication. Thereare mechanisms for aligning and collecting the cartridges
anc shaping, bundles, a rotary me-chanism, i-no-chanisms foe covering packL~ts and
uniloading pr(.~parcci packets, an6 an autornatic. interlocking system. To increase
,-,C clilclellcy in shapin(l cartridge packets, the arrangement has a mechanism
ior shaping packets, made in the form of rectangular flaps hinged with two levers
.-Ccird 112 -UDC:-6 23. 457..-G 21-198.-4:622-242-

ACC Nil: __.AP603254'1__
secured or, a coupling rod, and foldin,- duri,- lifting ten cartridges, shaping them
knio a pcalliet in rows of five. To hold the packet of cartridges during packing, the
rotary mechanism is equipped with cassettes, containing a frame, a piston with
a rod, and clamping levers (see Fil.-Is 1 and 2). Orig. art. has: 2 figures. jTrans-':
Fig. 2
Fi-. 1 Fig. 1 and 2. Arrancrement for
packing explosive I
cartridges.
!--Flaps;
2--levers;
3--coupling rod;
4--ten cartridges; 1
5--packet of
cartridrres;
C. 6 - -body;
L
7 - -piston;
8--rod [of piston]
9--levers
SU3 C 0 D 13/ SUBM DATE: 29V,,LarG5/

RMOGIN, I.Z.; monter, elaktronekhanik; MILTAT:-:V, LN.
starably elaktr-orekbanik; LAZAREVICH, G.P., alektromekbanik;
OSIPOV, P.P., eleL-trcmakhanik
3twgestious of efficiency experts* Aytom.taim.i eviez' 4 no.8:
30-31 Ag 160. (MIRA 13:8)
1. Xlektricheskaya tsentralizatsiya, stantell Basymyanka
Kuybyshevskoy dorogi (for lebogin). 2. Torozhbyansimva
distantelyasignalizatsii I avyazi Tugo-ZapadLoy dorogi (for
Valikodw). 3. Deminskaya distantsiya signalizataii i Mazi
Kuybyshevskoy dorogi (for Kilyayev) 4. Oralmya distantsiya
signalizatait 1. svyazi Nnybyshavskoy dorogi (for Iassrevicb).
5. Vereshchaginakaya distantsiya signalizataft 1. svyazi
Sverdlovskoy dorogi (for Osipov).
(Railroads--Zlectric equipment)
(Rat Iroade-Signaling)

tJSSR / Human and Animal Physiology. Metabolism. T-2
Abe Jour : Ref Zhur - Biologiya, No 1, 19W, No. 3133
Author :-Velikodyarokaya, G. A.
Inst
Title Disturlances, of Tryptophan Metabolism in the Liver
of Rats in States of Protein-Deficiency
Orig Pub Vopr- nod-khimii, 1957, 3, No 4, 292-w300
Abstract Rats of 100 - 140 gm weight that were kept on a law
protein diet were destroyed when symptoms of protein
deficiency appeared and the serum protein level decreased.
Microscopic slices and homogenates of the liver were
incubated with tryptophan or ktnurenin at 38 C for 2
hours. In the livers of the protein-deficient rate, the
activity of tryptophanparoxidame and kinureninase was
considerably smUer than in the livers of the control
anizals . Following tranafer of the rats fr= a protein-
C ard 1/2
11

LUSR / Human and Animal Physiology. *tabolisms T-2
Abe Jour Rof Zhur - 31ologiya, No 1, 1959, No- 3133
deficient to a full-valua diet, the activity of try-
ptophanperoxidase was rapidly rGetored, while the
restoration of the kinureninese activity occurred at
a much slaver tempo. When tryptophan, 1 V'g/gm' was
administered twice to the 1protein-deficient rate, the
activity of tryptophanparoxidase in the liver rose
markedly. However, when tryptophan was added to the
liver slices of these animals, the tryptophanporoxidase
activity somewhat decreased. Yollaving intraperitoneal
adminlatration of cortisone, only a partial restoration
of tryptophanparoxidaso activity in the liver was noted.
When tryptophan, 1 mg/gm, was given to both protein-
deficient and control Ani le, there was in the first
group a considerably higher urinary output of -hanged
tryptophan, kinurenin, zanthurenLc acid methy1nicotina-
mide than in the second group. -- S. D. Gurovich
Card 2/2

GREBEVIIK, L.I.; GIEWCOVSKM, T.V.; 'rxjlYMVQlLUM# G.A.'
Comparative data an the metabonsm of nicotinic and isonicotinic
acids in the rat ~organism. Farm, i tok4 23 no. 5:436-439 S-0
160,, (MIRA 13:12)
1. Otdal khimioterapii (zav. - prof. G.N. Pershin) Voesoyuznogo
nwachno-issledovatellskogo kbirniko-farmatsevticheskogo instituta
imeni S. Ordzhonikidze.
(ITICOTINIC ACID) (ISONICOTIFIC ACID)

TIKHONENKO, T.I.; VELIKODVORSKAYA, G.A.; ZEMTSOVA, E.V.
Chemical and biological properties Of cd bacteriophage. Biokbildia
27 no.4:726-733 Jl-Ag 162. (MIRA 15:1-1)
1. Institute of Radiation and Physico-Chemical Biology, Acadery
of Sciences of the U.S.S.R., and Institute of Microbiology and
Epidemiology, Academ7 of Medical Sciences of the U.S.S.R., Moscow.
(BACTERIOPHAGE)