SCIENTIFIC ABSTRACT VOLKOV, V.M. - VOLKOV, V.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001860610008-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

30911
S119616.11003101210051012
investigations in the field... B1O1/B11O
is suggested. The compounds obtained from aqueous solution deviated in
their composition from the theoretical. composition, probably due to water
dontent. The considerable increase in volume of the Be and Zn compounds
above 2000C is ascribed to continuation of the incomplete chemical reaction
at, elevated temperature. In the esters. of aromatic o-hydroxy acidst
carbonyl oxygen of the carboxyl group effects the formation of the coordi-
nation bond. In o-methoxy acidt the oxygen of the methoxy group has an
effect. All polymers were colored powders. The polymers obtained from
the melt had a composition,which came nearest to theory. There are
1 figure, 6 tables, and 15 referencest 9 Soviet 'and 6 non-Soviet. The
four most recent referenced to En;-lis*h-language publications read as
followas S. Kanday Y. Saito, Bull.-C"nem. Soc. Japan, LO, 192, 1957;
H. Kl,ig, L. Alexander, G. Summer, Acta crystallogr., 11, 41, 1958;
R. G. Charles, M. A. Pawlikowski, J. Phys. Chem., 62,74409 19581
J. Wilkins, E. Viittbecker# US Patent 2659711# 1953-
ASSOCIATIONt, Institut elementoorganicheskikh soyedineniy All SSSR
(institute of Elemental Organic Compounds AS USSR)
'SUBMITTEDs January 6, 1561
card 4/4

SJ/19~09NOVOOVCO4/020
B101 WO
AUTHORSt Korshak, V. V., Rogozhinj S. V., Volkov, V. 1.
TITLE: Studies of coordination polymers. IX. Metal-containing
polymers based on aliphatic dicarboxylieg a, a'-dihydroxydi-
carboxylic, and at a';..dialkoxydicarboxylic acids
FERIODICALt Vysokomolekulyarnyye soyedineniya, v. 4, no. 1, 1962, 20-24
TEXTt Synthesis and properties of polymers containing Zn, Cut Cd, Cot or
'Ni on the basis of W, W 1-hexadecanedicarboxylic acid (1), terephthalic
acid (II , a., a'-dibydroxyuebacie acid (III), and a, al-dimethoxysebacie
acid (IV~ are described. III was synthesized from a, a'-dibromosebacic
acid by saponification with 50 KOH solution, production of Cu salt rith
CUSO 4' and formation of the free acid by precipitating Cu with H 2S.
Dimethyl eater of IV was obtained from a, al-dibromosebacic acid by sodium
methylate (11 20 .1.4425; boilint; point-128-1300C/1-2 mm Hg). Dipotassium
D
salts of I,HqMpor IV were reacted with the chlorides or acetates of the
Card 1/4

32343
S/190/62/004/001/004/020
Studies of coordination ... B101/B110
metals in an aqueous or aqueous-alcoholic medium. Linear structure is
assumed due to the thermal behavior and insolubility of the powdery pre-
cipitates obtained. The following data are liateds (A) Polymers from 1,
structure b OMOO 8(C2)16-]nl copper compound light blue, crystalline,
melting point 223 - 2250C (in capillary), maximum deformation (D max ) at
201 0C; Cd compound crystalline, white, melting point 211 - 2130C,
Dmax 1750C; Zn compound crystalline, white, melting point 242 - 246 0C,
Dmax 221 0C; (B) the Cu compound with II is light blue, crystalline,
w,elting point 300 0C (with decomposition), D max " 335 0C; (C) the composi-
tion of polymers of III differed with the conditions of synthesis. It io
assumed that complexes with groups of adjacent chains or with molecules
of the solvent are formed as a consequence of the incompletely occupied
coordination sphere of the metal ion. Cd compound white, melting point
280-290'C (decompooition)q D max = 2920C,- Zn compound white, melting
Card 2/4

S/'1 �0162'10'0~ 020
1100110041
Studies of coordination B101/B110
0
point 330 - 350 C (decomposition), D Cu compound light b1_*_,e.
liax = 3270C;
melting point 3300C (decomposition), D 341'C; Co compound red-viol~:t,
max
melting point 250aC, Dmax ~ 351OC; tn compound white, melting point
280OCt DMax ~ 3270C; Ni compound green$ melting Point 300 0C (decompos',
tion), Dmax - 3650C; (D) the,Co compound rith IV is light violet,
melting point 3000C (decomposition), Dmax ' 2430C; Zn compound light
yellow, molting point 140 - 2200C$ Dmax * 1570C. The low stability of
the compound with IV is explained by the fact that substitution of CH
3
for,the hydrogen of hydroxyl groups prevents the formation of H bonds.
X-ray patterns of Zn polymers showed a decreasing crystallinity in the
series I~IIII> IV (the latter polymer being amorphous). There are 2
figures, 2 tables, and 4 referencesi I Soviet and 3 non-Soviet. The
two references to English-language publications read as followat R.
Martin. H. Watemnann, J11 Chem. Soc., 2545, 1957; Ch. K. Ingold, J. Chem.
Card 3/4

1'2 1; 1 -
'/66"l
'"'tudie.-, of coordination B101/BI10
5oc., 119, C164, 192"l.
A'~')Z;OCTATI()';: Inntitut eleraentoorgan-.cheskikh uoyeclineniy Ali 3S.311
'le " )
(In!,titute of TE mentp.:. Organic Compourds AS USSR'
SUBMITTED: January 16, '1961

1ELYUSKrIt X.Yu., inzh.; VOLKOV, V.I:.,, Imb.
PoIrwro in repair oporationsi, Elokb i toplo tlaeag rwsns
33-34 11 165 (IMM 1931)

VOIXOV, V. I.
VOIXOV, Ve I. -- "Convergent Series of Linear Positive Operators in the
Space of Snooth Functions of Two Variebles.0 Moscow City Pedagogical
Inst imeni V. P. Potemkin. Moscow, 1955. (Dissertation for the Degree
of Candidate of Physicomathematical Sciencese)
SO: Knizhnaya jgtMjsI, No. 4, Moscow, 1956

AUTHOR: Volkov, V. 1. 20-1-3/54
- --------------
TITLE: On the Convereence of the Sequences of Linear Ponitive
Operators in the Space of CDntinuoua Functions of Two Variables.
(0 okhodimooti p osledovatellnostey lineynykh polozhitellnykh
operatorov v prostranat.,ve nopreryvnykh funktsiy dvukh
peremennykh).
PERIODICAL: Doklady Akademii flauk SSSR, 1957, Vol 115, Ur 1, pp. 17-19
(USSR).
ABSTRACT: LL(f( , );x,y) signifies a sequence oflinear positive operators
wHich is assumed in the set of the functions f(x,y) in a closed
and limited domain
Theorem 1: When the follow--',nbr four conditions are satisfied for
the sequence L n(f;x,y) of ihe linear positive operators
11
1) Ln (I;x,y) = I + a n(xyy); 2) Ln(~;X'Y) - x + Pn(x,y);
3) Ln(-J'X~'Y) . Y -+ 7n(x2'Y); 4) L 2 2;x1y) . X2 +y 2+^ (X,Y)
n + ~ 6n
(where a.1 0 n. I Yn 9 Enin the domain steadily tend towards zero),
the sequence L n(f;x'Y) uniformly converges toward f(XIY), provided
Card 1/2 that f(x,y) in this domain is not conti~uouo. The proof for this

Gii the Convergence of the Sequences of Linear Positive 20~1-3/54
Operators in the Space of Continuous Functions of Two Variables.
theorem and a.lemma with proof followq Then it is shown that
when the conditions of theorem 1 are valid, the four functions
2 2 0
1, X) Y9 x +'Y can in no manner be replaced by three functions.
Among others the following theorem applies. It is not possible
2, 3, continuous in B.
to select three functions f k(XIV ' k-l
so that from the relations L
fk;X,y - f k(xly) + a
~
k(xly)
n
n,
(,-,Cly)f
I-Y) 0 the equation L
(f;x,y) - f(x,y) - P
(X
.
n
n
n,k
l,(X.)Y) Z30 would folloy-, In this connection f(XPY) sienifies
Pn
,
any continuous function ir. 5, and L
(f;x,y) - a sequence of linear
n
positive operators.
ASSOCIATION: State 2edagogical Institute imeni M.I.Kalinin (Kalininakiy
1,,osudarstvcnnyy pedagogricheakiy institut imani H.I.Kaliziina)"
PRESENTED: January lo, 1957 by V. I. Smirnov, Acadenician
SUBMITTED: December 16, 1956
AVAILABLE: Library of Congress
Card 2/2

lo".46oo
SMT
AUTHOR: --Ilolko,,,,, V. I.
TITLE On Conditions of Conversence --f Succe:-,sivene~-s of'
Linear Positive Operators in the S2pace of Conzln,,~c--;s
Functions Assigned on Cl-ozed Stirfaces
PERIODICAL: Uspekhi matematicheskikii nauk, 1-960, vo,1 15, 1,,.r -I, Pp
-.81-164 (USSR)
ABSTRACT: Let M be a closed bounded set in Euclidean space and
Ln(f(q),p), p,qiEM
be an arbitrary sequence of linear positive operators
defined on the set o0L all functions f!q) continuous on
M. The system of m fun2tions, f I(P)l f2(P) .... I
3, is called an F ,-system on the set M
Card 1/5 fm(P), m >

On Conditions of Cowiergence of Succezaiveness 778;01
1.
of Linear Positive Operators In the Space of S G V/4' 2 - 2 5, -
Continuous Functions Assigned on Closed Surfaces
If f or ever., triad oil pc'Lnts p, the
rank of the matrix:
fI (PI) f2(pl) (T)l)
f1(P2) f2(P2 M(P2)
f f
I(P3) 2(p3) 'fm(P3))
Is three. The system o" m continuous functions on
M is.called the Ym sy3--,em on M if for every point p0
42 M a polynomial:
m
a f P)
(p, Po k
Card 2/5-

On Conditions of Convergence of Suc, (- c s ~; i v u. i,,e s,~
of Linear Positive Ope.-atoA- 5 t e IS P a -- e c f
Continuous Fun,ltiori,.,; Ass.igned or., Clo-zled Surl'aco:~
can be found ouch tilat. Y(p 0 p r)
% 0 0 0
> 0 if P/ p 0, p(E M. P. P. Korovklt-i has shown
that it is necessary that the Sy3teM r (P M >
belong to F~n and suff1clent that J t belong, to
in order that:
L k -4 (2)
n(f 1P) -k(P)
imply:
L (f,p) f(P) (3)
n
In his paper the author examines conditions for which
Card 3/5 Ln(f(q),p):3f(p1)

a
On Conditions of Convergence of Succe3ziveneus 778,01
of Linear Positive Operators In the S-Jace of' ~Q C
Continuous Functions Assigned on Clost~d Surface~~
where V(q) 15 an arbit.-ary and
M Ic- a ciosed surf'ar~e of' a three-dimenslonal srace.
Theorem 1: There does not exl8t an R1, 3yotem on the
set consisting of a pi(!ce of a plane Q and the oequence of
points CL ri converging t*,o the interlor point p0o~ this
piece. From this theorem it follows, If an R 4 system
,L -
is given on a surface, then this surface Is riot self
intersecting. Theorem 2 Tf on a cloned surface
in three-dimensional space an R 4- system is given,
then this surface is hcmeomorphic to the sphere. A
Consequence of this thEorem is that Vor no closed
surface, except possibly for surface homeomorphic to
the sphere, can there be found four functions f,(P,
Ir
k = 1,2,3,4) continuoi;s on this z;urface s-1,ch that
Card 4/5 ~2) implies (3) where I~1 (f,p) Is an arbitrarY sequence of

On Conditions of' Convergence of Successiveness 1-7801
of Linear Positive Operators in the Space of' SOV/42-115-1-5/27
Continuous Functions Assigned on Clo3ed S,,irfllace3
linear positive operators In the space of' continuous
functions de'Llned on this ourface, and f(p) is an
arbitrary continuous function. Theorem 3: In order
that (2) imply Mohere Ln(f,p) is an arbitrary
sequence of linear positive operators In the space of'
continuous functions, given on a surface homeomorphIc
to the sphere of a three-dimensional space, and f(p)
is arbitrary continuous function on this surface, I,,
is necessav and sufficient that the system
[(fk(p)~ be an RU-system. There are 5 Soviet
references.
SUBMITTED: November 20, 1958
Card 5/5

VOLKOV, V-1-
SEE ILC
D:,-CEASED
APPLIED CHEMSTRY
TURBOES
ur

VOIKOV. V.I.. inshener.
..... .1-- t ... .,
Goiaments on T.I. Golikov's axticle. Priborostroania no.7:22 JI 157,
(Geex cutting) (K[3A 10:9)
0

86-58-6-11/34
ALMO R
T-P=: Pecullaulties of the Navigation of a High-speed Bmber (Osdbennoxti
samoletovozhdeuiyiL skorostnogo boubardirovsbehika)
PERIODICAL: Vestnik vozdushnogo flota, 1958, Nr 6, PP 34-39 (USSR)
ABSTRAM: In this article the autbor dsocribes in detall the pre-flIght and
in-flight procedures used by the navigator of a high-speed bomber. At theL end
of the article the author mentions that the air position indicator may be of great
belp to the navigator during enroute flight and that it is used in his aircraft as
one of the basic navigational instrmne=ts. Having set the wind data im, the error
of the air position indicator never exczeds 5 percent within the covered distance.
Then am three diagnum.
AVAILAZZ: Library of Congress

24 (4)
AUTHORSt Volkov, V. I., Engineer, Frolovq N. I.g sov/119-59-4-0/18
sneer
TITLEs A Device for.the Measurement of Eccentric,Parts
(Unt'snovka dlys,, ismareniya ek.stsentrikov)
PERIODICAL: Priborostro'oni7e-p-1959, fir #i p 20 (USSR)
y
WMTRACT Thi'*'--do*ice'-Is,intanded.for~the measurement of the radius-
vectors--ot. -ec.centrio -1-arts an& -consists- of an- optical .-dividing
keaklandrdt- Ik yertlca2 - oomparatory which- are-boW mounted- on
-plite. -By means of - -the - dividing- part - the
-occent,rie~ptrt-und*x-lsives+,igation-con.bo,,adjustod to-a given
.can,'-:the'*-ii . deed. -for, i1he measuToment of - the length of the
rAd1iv-'-,i6"q$0T8 ~-of - thi ooceliter with - an- &couracy - of 0.001' mm.,
-Tho', sM:'i~juetmeit-of -the -aevicie must ~be -chocked pre"Mis to
us6.--Ths-,'yroe-edurb- -f ollo"'wed in~ the veasurement- Is,-cvtjjz",--
stop -,-br,. atop. --If -this instrument--is- intrdddeed- into:lhe-
z~achino shopq the control by the central works laborator.**
Card, 1/1 b6comes superfluous. There it I figure.-

VOLKOV, V. L Gaud Tech Soi (dies) "Research on the interconnection between
axial stred-lan)d the of washi.ig devices and unloading trowels qf~14A
modern-type dredging pumps." Gorokly, 1959. 23 pp with graphs (Min of RiVer
Met RSFSR. Gortkiy luxt; of Engineers of water Transport. Chair of NOW
4RWa Installations and Auxilliary 100 copies
M, 46-59, 137)

VOIZOV., V.I., inzh.; KMOVSKIY., I.I.,, prof,,, doktor tekhno im*, otv, red,
(Investigating the performance,Iof dredger pumps) Iosledoyanie
raboty refulernogo nasona. Gorlkiip GIIVT, 1959- 5%96
(Gorkiy. Institut inshenerav vadnogo transport&. Tfudy, no.24).
(Dredging machinery) (KM 15:6)

VOLKOV, V.I.
39miautonatic unit for hot tinning of spri et emb.
Priborostroenie no.7S19-21 il 060 " W: 13:7)
(Tinning)

VOLKOV, V.I.
Geology and composition of Yaurin dome-ahaped volcanoes, Trudy
lAb. paloovulk. Kazakh. gos. un. no.2t.102-116 t63.
(MIRA 171ll)
1. Voesoyuznyy institut mineratinogo eyrtya.

IDYTJK(YV, L.M.; VOLKOV, V.I.; SEMENOV, YU.D.
U~ I
Evaluating the drillability of rocks on the basis of geophysical
data. Trtidy VN11BT no.11,%106-112 165. (MIRA 18:5)

A
36950
S3/l42/6i/oo4/oo6/ol5/Ol7
E192/E382
AUTHORS: Bolotin I L.I Volkov V.I., Lesnylzh, M. S. ,
Lyap1calo, Yu:~11~7~erFftilc-Jn, V.A., Pipa, A.V.
orgnk Cher L.
TITLE: 1111S poo,,~erl'phlsang osciffaRt6rL
PERIODICAL: Izvestiya vysshikh uchebnykn zavedeniy,
Radiotelchnika, v. 4, no. 6, 19ft, 726 - 728
TEXT: Generation of high-power bursts of ultrashort-wave
frequencies is of importance in linear accelerators of heavy
particles. A pulsed oscillator based on the triode, type
rv%-i,,,A (GI-4A), was therefore doveloped. Constructionally, the
oscillator is based on coaxial tuned circuits, in which the
tube operates as a grounded-grid system (Ref, I - M.S. Neyman
Triode and totrode generators for URF (Triodnyye i tetrodnyye
generatory SVCh), Sovetskoye radio, 1950). The anode-grid
resonant circuit is in the form of a quarter-wave line,
terminated with the interelectrode capacitance Cag (Fig.. 1).
Since the external diameter D 33 cm, internal diameter
d = 14 cm and Cag = 35 pF, the resonance frequency is 142 Mcls
and the length h of the anode grid-tuned circuit is 19 cm;
Card 1/3

S/142/6i/oo4/oo6/015/017
A high-temperature ....
these calculated data were verified wperitnentlly. The
cathode-grid circuit is in the form of a short-circuited
polycylindrical coaxial section of a half-wave line; this is
terminated with the capacitance Cag . The feedback is provided
by three non-adjustable loops positioned at angles of 1200
with respect to each other, in such a manner that the loops pass
through the conmon wall of the resonators. The separator
condenser in the nnod-grid circuit consists of six groups of
condensers, each consisting of two condensers in series. The
oscillator was tested with an 8`-~ resistive load, which wag
in the form.of a polystyrol cylinder with a water solution of
sodium ca2-bonate. It was,possible to obtain a maximum power
of 1.2 MW with an anode voltage of 32 kV and pulse duration of
450 lis. The oscillator was also tested with a higli-Q load
formed by the resonator of a linear proton accelerator; this
had a resonance frequency of 142 Mc/s and a quality factor of
50000. It was found that at an anode voltage of 36 RV the
resonator of the accelerator received a power of the order of
500 W, so that the protons could be accelerated up to energies
Card 2Ai

s/i42/6l/oo4/oo6/ol5/0l7
A high-temperature .... E192/E382
of 5-5 MeV. There are It figures.
ASSOCIATIOIN: Uchenyy sovet FTI AN UkrSSR
(Learned Council of FTI AS URrSSR)
SUBIMITTED: April 28, ig6i
Fig. 1:
h,
Card 3/3

LESNM, M.S.
BOLOTIN, L,I.; VOLKOV V
LYAPKALO, Yu.H.; MERZLIKIN.. V*A,,;
L.L.
PIPAY A.V.-I SIDMNKO,, I.S.; I'iiR
ftwer impulam self-oiseiUator. Izv.vyo.ucheb, says; radiotakh.
4 no.6:?26-?28 N-D 161. (MM 15:4)
1. Rokomendovano Uchenym oovetou Fiziko-tekhaichookogo inotituta
All USSR.
(0oci3-lators,, Electric) (rulas techpiques (Electronics))

- Gravity prospecting, methods. Trudy VITR no.4:159-168 161,
(14IRt. 14:9)
(Gravity prospecting) /I
I
0

KOZLENKOY N.I.; VOAKOV, V.K.
Noitseproof feature of clipped epeech signals subject to the acUon
of impulse interference In the ccw=icatlon clannel. Slektrcsviazl
18 no.12351-55 D 164. (MIRA 18g])

RZY21kKII, M.S.; TSIRLIN, A.M.; KLESSECIIEVNIM, S.I.; VOLKOV) V.L.;
NAWEIN, B.I.; KAZAKOVA, J'.V.
Yletted-wall apparatus for continuous synthesis of triethoxyuilane.
Bi u1. tekh. --kon..tnfom.G os. no uch. .-Is s1. ins t. nauch. I tekh.inform.
no.09:21-23 102. OURA 15:0)
(Distillation apparatus)
(Silane)

5(2) SOV/78-4-2-1/40
AUTHORS: Nesmeyanov, A. N., Anisimov, K. N., Mikheyev, Ye. P.,
Volkov, V. L., Valuy0vaj Z. Pe
--------------
TITLE; Fraparatio-- if Tungsten Carbonyl by the Interacticn of
Iron Pentacarbonyl With Tungsten Hexachloride (Polucheniye
karbonila vollframa vzaimodeystviyom pentakarbonila zhelaza
s shestikhloristym vollframom)
PERIODICAL. Zhurnal neorganicheskoy-khimii, 1959, Vol 4, Nr 2,
pp 249-252 (USSR)
ABSTRACT: The interaction of tungsten-6-chloride with iron pentacarbonyl
in an ethyl ether medium was investigated. The tests in the
autoclave were carried out at the following molar ratics of
the individual components: W01 6 : Fe(CO)5 - I - 2,25 ari
1 : 3.25. The temperatures during the tests were: 70, 90, 110,
130, 1509 170 and 1900. At the molar ratio Fe(CO) : WC!
1 5 6
- 3.25 : I the yield of W(CO) 6 increases with temperature;
it shows an increase of 29-31% at 200, Gf 34-42% at 700 ' and
Card 1/2 of 72-75% a'. 900. The course of the reactio'n is shown in the

SOV/78-4-2-1/40
Pre,pa=ekoic#n, of tungsten Carbony-1 by the Interaotion of Iron Pentacarb!5nyl
With Tungsten flexaohloride
following equation: WC1 6 + 3Fe(CO)5--*-W (CO)6 + 3Fe C12 4 9CO'
The supply of hydroE~en te "he reaction mixture after the
conclusion of the reaction, inrreases the W (CO4 yield to
85%. This reaction corresponds to the following equation.
WC16 + 2Fe(CO)5 + H 2--O-W (CO)6 + 2Fe C12 + 2HCl + 4CO.
The production of tungsten hexacarbonyl is described ir. detail.
Results which are woll reproducible are obtained by this
method. There are 2 tablea and 7 references, 3 of which are
Soviet.
SUBMITTED: December 9, 1957
Card 2/2

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-YOLKOVIV,Z_Lj,#, kandidat tokhnicheakikh nauk; ZHAVORONKOV,N.M.. professor,
'%doitor
tekhnicheskikh nauk
Calculations pertaining to rectification plate towers. Xhim.prom.
no.9:264-267 s,47. (MIRA 8:12)
1. Fizika-lddmicheskiy institut Imeni Karpovs.
(Distillation apparatus)

SOV/78-3-11-1/23
AUTHORS: Volkov V. L. ~ikheyev, Ye. P., Anisimov, K. N., Yeliseyeva,
.4~.ie., Va'lu;eval Z. F.
TITLE: The Production of the Carbonyl Compounds of Molybdenum and
Tungsten (Polucheniye karbonilov molibdena i vollframa)
PERIODICAL: Zhurnal neorganicheskoy khimii, 1958, Vol 3, Nr 11, pp 2433-2436
(USSR)
ABSTRACT: In the present paper the authors investigated the reaction
velocity, the impurities, the time, as well as the temperature
and the pressure of the reaction gases, and the nature of the
solvents on the course of the synthesis and the yield of the
carbonyl compounds of inolybdenum and tungsten. The synthesis
of molybdenum carbonyl lasted 2-3 hourst the synthesis of
tungsten carbonyl 1-1,5 hours. Tungsten carbonyl is produced
with a yield of 81-85% at a reaction temperature of 32-670. The
production of the carbonyl oompounds of tungsten and molybdenum
is usually carried out at 50 atmospheres absolute pressure.
Experiments were carried out to produce molybdenum carbonyl
under a pressure of 20-30 atmospheres excess CO-pressure. Zinc
Card 1/2 powder and aluminum powder were used as reducing agents. If

SOV/78-3-11-1/23
The Production of the Carbonyl Compounds of Molybdenum and Tungsten
aluminum is used as reducing agent the yield of molybdenum
carbonyl amounts to 0,6% at 180C, 10% at 1000C, 9% at 1500C
and 100 atmospheres excess pressure. If iron powder is used
as reducing agent, the yfeld of molybdenum carbonyl amounts to
1,5% at 1000C. If zinc ia used as reducing agent, the yield of
molybdenum carbonyl is not higher than 616%. Mainly zinc powder
is used as reducing agen-, for the production of tungsten carbonyl.
The yield amounts to 85%- It was shown that for the production
of carbonyl compounds ether in a quantity of not more than
2 g-mol to 1 g-mol metal chloride is necessa-ry.
Thereare 2 tables and 3 referenceap 2 of which are Soviet.
SUBMITTED: October 2, 1957

NSSMANOV. A.N.; AXISIMDV, K.N.; MIKHMNY, Ye.P.;,,Yq;~~, Y.L.;
VALUTIWA. Z.F.
Pr"mtion of turgeten carbonyl IT reacting iron pentacarbonyl witb
tur4,pstan bexachloride. Zhur.neorg.kh1m. 4 m@2:249-252 F 159.
(MIRA 120)
(TuWton carbonyle) (Iron carborWIs)
(Tungsten chlorideo)

5(2) SOV/78-4-3-2/34
AUTHORS: Neameyanov, A. N., Mikheyev, Ye- P., Anisimov, K. N.)
Volkovo V. L., Valuyeva, Z. P.
TITLE: The Sy-n-TWe's-is of Moly1denum Car'bonyl by Interaction Between
Iron Pentacarbonyl and Molybdenum Pentaohloride (Sintez
karbonila molibdena v:saimodeystviyem pentakarbonila zhelaza s
pyatikhloriatym molibdenom)
FERIODICALz Zhurnal neorganichaskoy khimiit 1959, Vol 4, Nr 3,
PP 503-505 (USSR)
ABSTRACT: It has been found that molybdenum hexacarbonyl is formed in a
maximum yield of 28-5% by the interaction between iron penta-
carbonyl and molybdenum pentachloride in the presence of
hydrogen chloride un&ar a carbon monoxide pressure in an ether
medium. Molybdenum hexacarbonyl is formed in a 15% yield at
1750 in the presence of compressed hydrogen in an ethyl ether
medium. Molybdenum cerbonyl is formed in a yield of 23.4% at
1750 when the reaction is performed in an autoclave with
hydrogen (initial pressure 100 atmospheres) and carbon monoxide
(initial pressure 50 atmospheres). There are 2 tables and
1 Sovietreference.

5(2) SOT/78-4-8-19/43
AUTHORS: Nesmeyanovp A. No, Anisimov, K. No, Lo ~-oy
Fridenberg, A. E., Mikhoyev, Ye. P., Medvedeva, A. V.
TITLE: The Synthesis of Chromium Hexacexbonyl by the Reaction of
Chromium Trichloride With Lithium Aluminum Hydride and Carbon
Oxide Under Pressure (Sintez geksakarbonila khroma vzaimodeyst-
viyem trekhkhloristogo khroma a litiyalyuminiygidridom i
okislyu ugleroda pod davleniyem)
PERIODICAL: Zhurnal neorganicheskoy khimii, 1959, Vol 4, Nr 8, pp 1827-1826
(USSR)
ABSTRACT: If the reaction mentioned in the title in carried out at a
ratio of I mole CrCl*3 .: 3 mole LiAlH4 in etheric solution at
650C and a pressure of 100 at, Cr(Co)6 is obtained in a 65%
yield* The hitherto published data (Refs 1-6) show lower
yields. A lower content of.lithium aluminum hydride in the
reaction mixture and lower temperatures strongly reduce the
yields (Table 1). There are 1 table and 7 references# 3 of
which are Soviet.
Card 1/2

L 42982-66
AP6013232 SOURCE CODE: UR/0413/66/000/008/0022/0022
INVENTOR: Volkov. V. L.: Drozdov, A. K.; Kabyshev, A. S.; Leont' yev. N. G.:
Ustinov, V. W ; Frayman- if S. ; Tsirlin~
ORG: none
13
TITLE: Preparation of trichlorosilane. Class 12, No. (announced by the
Podoll sk Chemical Metallurgy Plant (Pololl skiy khimiko-metallurgicheakiy zavod)
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 8, 1966, 22
TOPIC TAGS: silicon compound, hydrogen chloride, explosive forming
ABSTRACT: An Author Certificate has been issued for a method of obtaining a
trichlorosilane by an interaction of silicon- containing crudes with hydrogen chloride.
To prevent forming dangerously explosive polychlo rosi lane coarse-crushed
silicon- containing crude of 30-mfn partic Le size is us`e-ff-WTWYconttnuous feed of
hydrogen chloride. Conversion is completed by reciprocal circulation of the silicon-
containing crudes in the reaction apparatus equipped with an arrangement for mixing
and conveying solid crude. [Translation) [NT)
SUB CODE:0'7,1 I/SUBM DATE: 24Apr64/
L Card 1 / 1

CHElffUSTKIN. A.B., reJ. '. IT-SVI'VIGHP FLISKrN, L.G.,
ri-d.; RAYH-'All, N;::3,~ lrrll-~ VA.;
VOLKOV. V..L., red.4 7J!... re-d.
[Autlomatir- Operational ccm~r,~ of proiar-tion pro"ases;
transactions] upravlenle pro-
i,-wods'vennyw*- prAse9sarid., tru,17. Mos",mi,, flauka, 1965.
214 p. (MIRA 18:3-1)
1. Vsesr-,yuznri-,,ta kmfi~rpntskya. u4.% aeomatith-~zkoilm opera-
timoam upravle-riyt pr(AprilyatiYaMl. .1st.
Moscowp 1963.

iRAYMAN, R.S., khnd.takhn.nauk; SYRKIN, V.G., kand.taklin.naukI VOLKOV V,L.,
doktor te'khn.nauk
Investihttl* the process of Me separation of fine metal powders in a
cyclone bank. Khim.mashinostr,. no.6120-22 N-D 163. (MIRA 17t2)

S/igi/62/000/012/007/015
BIOI/Ble6
AUTHORS: Volkov Kafyrov, M. I., Kleshchevnikova, S. I.,
Rumyantsevaj Ye. 1.
TITLE: Synthesis of triethoxy silane,
PERIODICAL: Plasticheskiye massy, no. 12, 1962, 28-29
TEXT: Triethoxy silane is synthesized by bringing trichlorosilane into
reaction with ethanol at 25-300C without using a solvent. The following
conditions must be satisfied: (i) In the reactions the component ratio
must be strictly adhered to. . The volume ratid'inlicat6d Is: SiHCl 3:C2H5 OH-1 :1-75-
(2) The water content of the ethanol must.be'leas than 0.2~. (3) The
hydrogen chloride formed must be evacuated rapidly from the reaction
vessel. This wao secured by passing through nitrogen at a rate of
1-1,5 l/min per liter of reacting liquid, by increasing the nitrogen rate
to -4 l/min when the introduction of .,omponents was completed, and by
heating to 50 OC when the C1 content of the reaction mixture had reached
7%. The flow of nitrogen was stopped -vhen the C1 content dropped below
Card 1/2

s/.191,/62/000/012/007/015
Synthesis of triethoxy silane B101/B186
.1~. The product was rectified. Yield 35~*. The losses in SiH(OC H
2 03
are due to theentrainment of reaction -:)roducts in the HC1 and N2 currents
5P/4), to side reactions and .-.o rectification losses I'/',)
There are 1 figure and 1 tablb.
Card 2/2
mom

s/iq3/6P_/ooo/o1D9/001/002
M
AUTHORS-: Reybakh, M. S., Tsirlin, A. M., Kleshchevnikova, S. I., Volkov, V. L.,
Platveyev, B. I., Kazakova, 11. V.
TITLE: Film-type apparatus ior the continuous triethoxysilane synthesis
PMIODICAL: Byulleten' tekhniko-ekonomicheskoy informatsii, no. 9, 1962, 21 - 2j
MT: This new apparatus~'for Ithe continuous triethoxysilane synthesis, in
which the reiction and desorption zones are separated, has been developed by an
organization of the Gosudarstvenny komitet po khimii (state committee on Chemistry)
at the Council of Ministers of the USSR. The apparatus is a film-type mass-ex-
c1tinge column, whose design and operation are described. A table gives compara-
tive data on the triethoxysilane synthesis in film:-type and bubbler apparatus.
The raw material consumption in the former is only half of the latter, while the
output of the film-type apparatus is'by 25% higher than' that of the bubbler type.
Comparing the technical and design data of the continuous film-type apparatus
with thoze of the periodic bubbler apparatus, it is shown that the working volume
and hydraulic resistance of the film-type apparatus are considerably lower than
Card 1/2

Film-type apparatus for the ... Aoo4/Aiol
those of the bubbler apparatus, while the specific surface of heat exchange and
the specific surface of phase contact are many times larger (345 and 130 times
respectively), which ensures a sharp reduction in desorption time. There are
1 figure and 2 tables.
'Ile
jf
Card 2/2

PILVTI~Uij Res, an Mr-IN V.13.; do*:tor
., It ~' I
tel:hn.nw!k
Separation of fJnoly dlzn':!rs,3d powder fractio.-in. a
Of CVCI,.Irtel3. Khim. no.7:1+94-498 J1 161.
("'liv, Ilo'7)

S/OX6695/025/012/012/022
B117/B104
AUTHORSt Volkov,_V. L., Tolmasskij, I. S., and Fridenberg, A. E.
TITLEt Carbonyl iron powders
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Seriya fizicheskaya, v. 25,
no. 12, 1961, 1483 - 1486
TEXTs Basing on certain relationshipt established between the physica-
chemical and the electromagnetic properties of carbonyl iron powders,
the authors have developed new types of powderst Carbonyl iron powders
(KZh) exhibiting small values of the loss factor (Ref. 3: Otchet
organizatsii P/ya 4019, 1959), carbonil-iron-nickel powders with different
nickel conte'nIs (Ref. 43 Volkov, V. L. Ivashova, M. V., Tolmasskiy, I. S.,
Otchet organizatsii p/ya 4019, 1958) 3nd decarbonized carbonyl iron
Bj(X'VKZh). The examination of the above-mentioned powders has shown
that ihe initial permeability of a KZh-type powder is much smaller than
that of powders of the types VKZh, H -5(N-5) and H-50(N-50). This is
due to the fact that KZh powders contain considerable carbon and nitrogen
Card 1/3

31605
B/048/61/025/012/012/022
Carbonyl iron powders B117/B104
admixtures (in the form of carbide and ferronitride), and to the nodular
structure which prevents the domain boundaries to be displaced under
magnetic field action. Magnetic losses increase by decarbonizing carbonyl
iron powder. Due to the destruction of the nodular structure, eddy current
losses, e. g. occurring in VKZh powders are almost five times and hyster-
esis losses twelve times those of the corresponding losses of KZh powder5.
Due to lower conductivity, resulting from the iron being alloyed with
nickel, losses of carbonyl iron nickel powders (particularly of the N-50)
are much smaller than those of VKZh. Compared with KZh powders, decarbo-
nized powders are characterized by hieher temperature coefficients of the
initial permeability, because with the! admixtures removed the boundaries
of the domain are supposed to be displaced easier. Electromagnetic para-
meters are chiefly determined by their chemical composition and their
particle size. It has been shown that hysteresis losses are minimized by
reducing the carbon and nitrogen content. Due to a smaller number of
particles exhibiting nodular structure, a further removal of admixtures
results in an increase in the eddy current and hysteresis losses. A
decrease of admixtures in KZh powders as the result of different conditions
Card 2/3

31s% 8/61/025/012/012/022
Carbonyl iron powders B117/BlO4
of preparation decreases the temperature coefficient of the initial per-
meability. An increase in size of t'ne particles of Uh powders, the
chemical composition remaining unchanged, leads to an increase in hyster-
esis and eddy current losses and of the temperature coefficient of initial
permeability. The frequency dependence of the magnetic loss angle tangent
found in this ws.7,~apparently confirms the presence of magnetic viscosi-
ty in carbonyl iron, due to admixtures. There are 2 figures, 3 tables,
and 8 referencest 6 Soviet and 2 non-Soviet. The reference to the
English-language publication reads as follows: Richards, C. E., Post.
office Eng. Res. Station, 1952.
Card 3/3

3(4) SOV/6-59-9-7/19
AUTHOR: Volkov, V. 11.
TITLE: on the Use of a Mobile Car Repair Jhop
PERIODICAL: Geodeziya ikartografiya, 1959, Nr 9, p 32 (US8R)
ABSTRACT:. In March 1958, Team Ur 61 received a now mobile car repaiz
shop' of type VAREM-3. In summer, it vras stationed at the
of the Team and in case of need, was called to repair auto-
mobiles. Due to the small number of spare parts available, it
wan not ponsible to plan the work of the car repair shop in
advance and to visit the individiml brigntlop rogialftrly for a
prophylactic inspection of the care. Thetbrigades worked at
a distance of up to 600 km from the spite of this
circumstance, the Party working in Central Kazakhstan sucoeeJel
in reducing considerably the waiting periods caused by dam-ages.
For a better utilizatior of tho mobile car repair ohop, it in
recommended to carry along a c,.r mechanic, a fitter, and an
autogenous welder.
Card 1/1

ACC NR: AP6033449
INVENTOR: Syrkin, V. G.; Tolmmass~ly, G.; Vol?ov, V. A. E. ,:;r.-
ceased)
ORG: None
ITITLE: A method for producing highly dispersed carbonyl iron powder. Class 12,
!No. 185864
ISOURCE: Izobret prom obraz tov zn, no. 18, 1966, 32
TOPIC TAGS: carIbonyl iron, iron powder, powder metal production
ABSTRACT: This Author's Certificate introd-ices a method for producing highly dis-,
persed carbonyl iron powder by thermal dissociation of iron pentacarbonyl. The yield
is increased and a product with a low degree of carburization is obtained by sectionall
inlet and outlet of the heating gas along the height of the equipment from top to
bottom to produce "falling" temperature conditions.
SUB CODE: Il/ SUBM DATE; 09Sep6i
UDC: 546-72

VOLKOV, V. M. Tk wacular Work in
01,inper J)eterioraiAOns 'ture Jjwni 1. V.
1 9 V. M. - "The )ischanism Of Nm'rnin 'Inst of Physical Cul Of Biological
I
Volkov a St.te central order of ID for Wgroe of Capididate
W..Ow, 1955. (DjoportAtiOn
0
sciences). is No. 23j, Y-Osw,, ime, 1955s, PP* 67-101+*
, 1 Sol ftj-zhnaY& IstOP's 0

VOLKOT, V.K., kandidat biologicheskikh nauk
Why is warming up necessary. Zdorovle 2 no-8:5 Ag 156. (KLRA 9;9)
(PHYSICAL XDUCATION AND TRAIN111G)

,~TOLKOT. V.K., kandidat biologichaskikh nauk
Pbysical culture and children's health. Zdorovle 2 no-9:1-3 3 156.
(X;RA 9:10)
(PHYSICAL ADUCATION FOR OHILDRIN)

Vol-*V, I/W.
IYANOV, N.A., professor; VOLKOV, V.M. T
Successful use of ACTH and cortisone in treating exudative and
arthropathic psoriasis. Yest.derm. i von. 31 no.4:54 JI-Ag 15?.
(MIRA 10111)
1. Iz kafedry kozhnykh boloxney Voyenna-morskoy meditsinskoy
akademit
(PSORIASIS) (ACTH) (CORTISORK)

VILETISKU, Khatskell MoiseyevJ!.th(lilltmn~kyl, Kh.I,I.J, kand. tOrm.
nauk; ~~-.reliy Yeretieyevich (Falllkovych, 'S.L4.1,
doktor telhn. zipiuk, KOVALICHUK, O.V., inzh.p red.iid-la;
VOLKOV, V.M., kand. tekhn. naul:, retsenzent
kezeptlon of centimeter waves] I,ryimannia santymctrovykh
klivyll. Kylv, Takfimiks, 1964. 2()l p. (MMA 17:11)

SIDORFSKOI V.V.; VOIXOVq V.M.
Derivation of a logarItWc &nplltudo responce charactariatic
in a transiator video amplifier. Izv. vya. ucheb, zav,; radio-
tekh. 7 no.2s220-229 Mr-Ap '64. (MIRA 17:8)

VILENSM, Kbatskell Yoiaeyevich [Vilens1kyis Kh.YS.)j, k&rd.
tekhn. nauk; FALIKOVICH, S-iveliy Yeremayevich
(Fallkovychp S.IE.)f doktor tekhn. nauk;_Xqj~OV,,V.11.~
kand. tekhn.nauk, retsenzent
[Microwave reception] Prilamannia santymetrovykh khvyll.
Kyiv,, Tekhaika, 1964. 292. p. (VIIRA 28:2)

ACC NR% AP5026200 SOURCE CODEt UR/0142/65/008/004/0478/0481,
AUTHOR: ~Vo~* V.j U. Rubtsov, A. T.
I" HIM
ORGs none
-:z ,TITLE: Analysis of a transistorized resonant.amplifier operating in a wide
dynamic, range
SWRCE: IVUZ. Radiotekhnika, v. 8, no. 4, 1965, 478-481'
TOPIC TAGSt resonant amplifier, transistorized amplifier
ABSTRACTs An amplifier circuit'is suggested :Ln which AGC depends on the d-c
-~component of the emitter current and on the nonlinearity of transistor characteris-
,,.;ties. Accordingly, the AGC resistor, in a common-emitter or common-base circuit,
-i
,)is shunted by a capacitor which passes the r-f component and impede3 the slow-
varying component of the.emitter current. Ap,,proximate formulas are developed for
il designing such an amplifier. They were verif led experimentally ---on a P41 1-transistor
amplifier operating at a resonance frequency of 26 Me with 3Mc and an
equivalent circuit resistance of I kohm. The new method is Int'Wed for analytical,
design. of. amplitude characteristics of the transistorizod TesoOmt amplifiers#
UDGs~621.37.5.12WA
-382-1
09o., tP12-

VA.
na f6r broaching amall alots. Blul. takh.-ekon.
!nru-n. Gois. natmh.-Issl, .~nst. nauch. 1 takh. info=. 18
nn.?05-36 il 165. (MIRA l8ig)

VOLKOV, V.M.; NOVINIKOV, A.G.
Analysis of transient processes in a bandpass IF amplifier with
instantaneous gain control according to the radio pulse envelope
at large signal levels. Izv.vys.uchob.zav.; radiotekh. 7 no-5:624,-
628 S-0 164. (MIRA 18:4)
MO. NO WME-0-m-M

VOLKOV, V.m.
- . ,.
Gas exchange and respirationin boys perIfor=ir-g rh7th=ic lo-zl:-
motive exercises at a raximum speed. Fiziol. zhur. 49 no.12: ,
1457-1460 D 163. (MIRA 17:12)
1. From the Department of Physiology, Institute of Physical
Culture, Smolensk.

VOLKOV) V.M.1 NOVINIKOV, A.G.
AnalysiB of transient proceBses in a tuned amplifier -with
high-opeed automatic gain control, Radiotekhnika 19 no.6:
24-31 ja 164. (MRA 17: 10)
1. Deyetvitellryye chleny Nauchno-tekhnichookogo obahchestva
radiotekhniki i elektroavyazi imeni Popova.,

VOLKOV, V. M. ; DYATKMA,, M. Ye
Determination of the most stable configuration of molecules
by the method of maximLm overlap. Zhur..strukt.khim. 4 no.5:
72&-733 S-0 163. (MIRA 16:11)
1. Institut obshchoy i neorganicheskoy khimii imeni U.S. Xurnakova
AN SSSR.

VCLKOVq V.M.; GAZHIrENKO V.A.; KURILI*, D.I.
Devic.a,for rhacking and ealf-teoting of knowledge in
~programmed ...;ohing. Izv. Yrd. uchob. zav.1 radiotekb. 6
no-4:W-443 JI-Aff 163. (MIRA l6til)
7F"

LEVIN, A.A.; VOLKOV, V.M.; DYATKINA, M.Ye.
Theoretical examination or the stereochemistr-1 of c=plex co=po-ands
of elements with F-electrons. Part 1: Conversion of the f-orbital
of the central atom. 7hur.strukt.khim. 4 no.6s930-934 N-D '63.
(MIRA 1'7;4)
1. Institut obshchey i neorganicheskoy khim.1i imeni Kurnakova
AN SSSR.

VOLKOV, V.M.; LEVIN., A.A.; DYATKINA, M.Ye.
On the relative stability of isomers in NX-2T2 molecules-
Dokl. AN SSSR 152 no.2059-362 S 163. V, (MIRA 16:11)
1. Institut obshchey i nearganicheskoy khimii im. N.S. Kurnakova
AN SSSR. Predstavleno akademikom I.I. Chernyayevym.

-.14. L
A, A.
I~chsnim of the addition of proton to methane. Zhur.strukt.khim.
4 no.lsII4-3-16 Ta-r F63. (HM 16t2)
1e Institut obahchey i neorganiches!-oy !&.Imii imeni N.S. Kurnakova
AV SSSR,
(Methane) (Protong)

VOLMDVj V.M.
Overlapping integrals and aWroxinate evaluations of chemical
bond-energies. Usp.khim. 31 no*1221528-1538 D 162.
(MIRA 16.-2)
1. Institut obehebey i neorganicheakoy khimU AN SSSR imeni
.N.S.Xurnakova.
(Chemical bonds)

LEVIXI A.A.; !Qj~=
~V
Calmaation of the proton affinity of methane and its hanclogs
Zhur.strakt.khim. 3 no.6t721-723 062. (KIRA 15jl2j
L-Inatitut, obshchey i neorganl.aheskoy khimii Ineni M.S.
Rumakova AN SSSR.
(methane) (Protons)

VOLKOT -V.14--,-,,
Mechanization and automation of production proceBBes in
manufacturing micrometers at the mralibr* Plant, Stan.i
instr. 32 no.9,06-41 S 761. (MIRA 14:8)
Moscov-Mciometer)
Mtomation)
a Meng"
1!1~1 ?IMPN W-0

VOLKOV, V.M. dotsont, kandidat tekhaichaskikk sasir.
Dalculating call impulse transformers. Sbor.nauch,tr7d.LNTIMT
no.6:167-176 154. (Telephone. Automatic) NURA 9:1)

VOLKOV, Y.M., kandidat bkhnicheskikh nauk, dotsent; MARRY, S.A.. Inshener.
Investigation of cord pairs for the A"-47 and UATZ-49. Ober.LIIZHT
w.1512159-16) 156. (MLIA 1011)
(Telephone. Automatic)

VOLKOY,,Yl!LikiqiJ,;,,,,,,"LkhMlolkg.b, DYUMi-- Bergey LIvovicItj KOROCIODSKATA, Rates
YOVIKOY,Yssiliy -AleIrsand'rovich,: red.; Y]MIDNAN, A.B., inzh.,
red,; BOBROVA, Te.N., tekh:2. rod.
[Telephorq] Telefoniia. Pod obshchei rod. Y.A.Movikova. Moskva, Oos.
transpe zhel-dor. Izd-vo, 1958. 404 p. (MIRA 11:10)
(Telephone)

67853
O-OV/142-2-5-8/19
AUTHOR: _1A
TITLE: On the Problem of Transient Processes in Logarithmic
Video Amplifiers,
"V
PERIODICAL: Izvestiya vysshi,kh uchebnykh zavedeniyj Radiotekhnika
1959, Vol 2, Nr 5, pp 607 - 615 (USSR)
ABSTRACT: The author discusses typical transient process features
in video amplifiers with 1ogarithmi-c-amplitude charac-
teristics (LAKh - logarifmicheskaya amplitudnaya kharak-
teristika), which is obtained by shunting the anode
loads of amplifier staE;es by nonlinear elements, i.e.
vacuum tubes or semiconductor diodes, for example DG--
Ts, D2 or D9 germanium diodes,, Relationsh~ps are derived
for the pulse setup time at the amplifier output. Values
are given for the inclJne of the flat pulse top and
the "parazitnyy obratr*-y vybros" (translation unknown).
The latter restricts the practical application.of lo--
Card 1/5 garithmic video amplifiers with a dynamic range of mor

67853
SOV/142-2-5-8/19
On the Problem of Transient Processes in Logarithmic Video Ampli.-
fiers
than 50-55 db. It is difficult to produce a logarithmic
amplitude characteristics in a single stage for a range
of more than 15-20 db. However, it may be obtained over
a very wide range when -.ising several nonlinear stages,
working alternately in logarithmic operation during in-
put voltage increases, Figure 2 shows the amplitude
characteristics of a nonlinear stage, requiring n
stages for alternate op3ration and for two logarithmic
bases (N = 2~72, N = 10). The equivalent circuit dia-
gtam of a nonlinear amplifier stage is shown in Figure
i, The author divides this circuit diagram into two .
equivalent circuit diagrams, shown in Figures 3 and 6,
for the higher and lowe.- frequencies. This is necessary,
since the ptilse front d;-stortion is caused by the fre-
quency response of nonlJ.near stage in the region of the
Card 2/5 hi gher frequencies, while distortions of the flat pul, ~K

67853
SOV/142-2-5-8/19
On the Problem of Transient Processes in Logarithmic Video Ampli-
fiers
top are caused ")y the 'lower frequencies. Calculations
and experiments perforried by the author showed that
the equivalent circuit diagram in Figure 6 may be re-
garded as linear, since the current in the circuit
and the resistance of the nonlinear element remain
'practically constant during the influence of pulses
of 5 10 microseconds duration (R - 1 kilohm, C
a 1~ c
0.1 0.05 microferad). The author examines the for-
mation of the "parazitnyy obratnyy vybros" during the
discharge of the capacitor C after the pulse action
is over. The discharge of ca?acitor C is shown by
the equivalent circuit diagram in FigSre 7. The "Para-
zitnyy obratnyy vybros", formed in a nonlinear stage,
is considerably smaller than the signal and is ampli-
fied according to a linear law, while the signal is
Card 315 V411
amplified by a logarithmic law. Calculations and ex-

6 7 8!5 3
SOV/142-2-5-8/19
On the Problem of Transient ProcesEes in Logarithmic Video Ampli-
fiers
periments showed that the relative "parazi.tnyy obratnyy
vybros" will rise to 6C% ( t - 1 microsecond, R. ~ 2
k.ilohms, C " 0.1 mi.crofared) at the end of tho logari-
thmic rangs- of 70 db at the output of a video amplit.-
fier consisting of nonlinear stages whose equivalent
circuit diagram is shown in Figure 1. The pulse setup
time at the outlet of an n-stage logarithmic video am-
plifier decreases considerably with rising input vol-
tages, while the incline of the flat pulse top and the
"parazitnyy obra.tnyy vybros" increase significantly.
The latter are diminished greatly, if the nonlinear
elements shunting the stage's anode load are connected
before the capacitors C 0. All theoretical assumptions
explained in this paper were checked experimentally.
The author ex-Dresses his gratitude to Professor N.F.
Card 4/5 Vollerner for valuable suggestions, Publication of this

6 7 8553
SO-V/142-2-5-8/19
On the Problem of Transient Processes in Logarithmic Video Ampli.-
fiers
paper was recommended 'by the Kafedra radiopriyemnykh
ustroystv (Department of Radio Receivers) of the Kiy-
evskiy ordena Lenina politekhnicheskiy institiit (K-Lyev
T~'
Order of' Lenin - Pol t.-chnical Triatitute), There are
4 circuit diagrams2 graphs, I table and 2 Soviet 41-
references.
SUBMITTED: January 22, 1959 and a-fter reworking, May 4, 1959
Card 5/5

VO _Yladl Ir N11rhayl nVi-gh;- NOVIKOV, VasiliY Aleksandrovich;
PONOKAREV, Alsksandr Arkadlyevich; NIMISKIT, V.A. 1, inzh.
red.; BOBROVA, Yo.U., takhn.rod.
(wire com=ication systems on railroads] Provodneia sviaz' na
zholesnodoroshnom transports, Moskva, Vaes.isdatellsko-poligr.
ob"edinenie 9-va putei uoob9h,-hsniia. 1960. 255 p.
(MIRA 13.12)
(Rallroade-Comcunica-tion systems)

MASS I iWK EXPLOITATION 3OV/A426
Igrangrad. Inatitat In:henerov xh~I&zno,1orozhno&* transport&
AvtOmAtIkA, t4I0m*kh&rA1C& I STY&X' (AutOm&t'Vn, WIonschanles.
&r4 Ca unitations) Moscow, Transtholdor1z"t. 1960. 230 P.
%Serlsot It*I 3borr4k, Vyp. 16-9) I.OW copies prLntsl.
ftneral FA.i V. M. lAstav, Professor; 34.: 0. 1. M~ron"va,
Engineeri Tech. 91.t To. N. bobrova.
PM"Ut Thin b001c It Inttnd*l for technical personnel
scientists engaged In the field@ of automation. tsieftschsrdcl~
and commumicatiocs. - I
CaTLUGgi This caLlection or articles presents various methods
at analysis and arnth*sl; of electric circuits. Now designs
are do:crlbod ubd ways a Uproving technical and economic
Iml 4 of CommuniCatiOn instruments Investigated. The
artl: Jos contain'Oomp4t4tIons for Individual types of communl.
cation and to2emahomical systems. No personalities are
meatlan&4. 3000 of the articles are accompanied by references.
C&n1--djto ot -,%rthrL~%: S~j~r.:qs. Docent.
7'Wte~d Of ZwVrOVU14 Ur=et-r- Of P011ri--t-1 Relays With
BPr-*M 3=P6n3IO1%,cf '.hq An:=r 17T
The author rm 'nt it a rjjc-~ -t Moolblo to
the given tr&:- -~n st~.rgti% vt:uo~ of a rel
CO&SUAt without Zur-*11% and to -Irp-ov* other r-qW AY
tore. Them t-0 3 -refortn-ts, 4,11 32TIet. pa"-
rAlagln, Couldl"te of
On. ~.~Ysts of Cp~ral!'Cn of
3;wtd Me.%ys c. of
to=
the Magnetic Ctrcult
.!*a authors or t~tb 183
Izr'54- - U.Ut~ . 11 1
I&YA ha, Ing a dllrr-.11-11.~ Cr ':h~ na';:reud
eUvult. The artl'~14 %~ d2-~tpj t, I
that of the tW~ tr th. e.
more advantag.oua.
Af ftar-
Vlrv Circuits A.?td U3 nC C1-jS.rj:
The author states trat ti-.1 ui. ef '&I trins
nt.
farmers in the tarstr-ic-c., -!~ systeti makes
it possible to uzo try3til --n t-A amrllflors.
whica. 1--lPlIrles tr' and Ida
t0 its rvIlabIll-Ity.
cf N Llni&r Fre-uency
-3pectrum in Err;-7k- fl--:71datl~n S7*te%3 201
The authcr ~rtt-- with one
rroq4sncy spectrum. This arrangement simplifies the
equipment and re4ucea its cost. There am 4 reforoncest
2 Soviet, I English, am I ?"nch.
X' D'. Candidate of Technical Sclences# Docent,
19. 11. V;jjb:~14traor. and V. A. Sobakinp Engineer. IN.
Code Nonccntant Traftsmit'si Using Magnetic Anpll-
riere 215
bla In the description or a noncontact transmitter or
numerIcal code, designed by the authors I-% collabora-
rion with Engineer A.- A. OrIgor1rants. The transmitter
comerstes Code pulses by means of a special circult using
sagnotic amplifiers and operating under relay conditions.
Its model "a tasted at the 'Baskontak-ny7e sist*,Ay &Y-o-
mstikl' laborstartya (N*ncontact Automation Sys-
tons" Laboratox or the L112h? (LeniW&4 Railroad Ragi-
beers Institut:1
ATAXIABLEt Library of Congress
Cau-d 11/11 11-2-40

85322
S/142/60/003/004/006/013
AUTHORt Volkov, V.M. ElSIZ/E382
TITLE: Amplifier With an Exponential Amplitude Characteristic
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy,
Rad�otekhnika, 1960, Vol. 3, No. 4, pp. 485-492
TEXT: A receiver with a logarithmic amplitude characteristic
has an increased noise immunity in comparison with a receiver
having a linear amplitude characteristic. Usually, the
intermediate frequency amplifier in a receiver has a logarithmic
characteristic which can be exprossed as z = a In x + I -
where x and z represent the input and output voltages of
the amplifier and a is a constant characterising the slope
of the logarithmic amplitude characteristic. However, the
receiver of this type results in a deterioration of the
signal-to-noise ratio at the output, as compared with a linear
receiver. This deficiency can be overcome, if the logarithmic
receiver is followed by an amplifier having-an exponential
amplitude characteristic. In practice, such an amplifier can
easily be constructed. A block diagram of such a device is
shown in Fig. 1 and its amplitude characteristic is illustrated
Cardl/3

85322
S/l42/6o/oO3/OO4/oo6/Ol3
E192/E382
Amplifier with an Exponential Amplitude Characteristic
in Fig. 2. The amplifier can be connected after the detector.
A detailed circuit diagram of the amplifier is shown in
Fig. 6. where the resistances R 1 and R 2 are employed to
produce a suitable bias voltage across the non-linear element
(rectifier). Amplitude characteristics of this device are
shown in Fig* 7. The problem was also investigated experi-
mentally and the results are illu*trated in Fig. 8. where the
exponential characteristics are plotted in a semilogarithmic
scale; the "solid" curves represent the ideal exponentials,
while the dotted curves give the experimental results. An
amplifier with an exponential amplitude characteristic is
particularly useful if the receiver is employed in the
measureinent or detection ofNery weak signals. One of the
disadvantages of the amplifier is its temperature dependence,
which is due to the poor temperature characteristics of the
Card 2/3

85322
S/.142/60/003/004/oo6/013
E192/E382
Amplifier with an Exponential Amplitude Characteristic
semiconductor diode employed. However, the system is
comparatively simple and gives a dynamic range of 25 - 30 db.
The author expresses his gratitude to Yu.V. Barabash for
carrying out the experiments. There are 8 figures,
ASSOCIATION; Kafedra radiopriyemnykh ustroystv Kiyevskogo
ordena Lenina politokhnicheskogo instituta
(Chair of Radio Receiving Devices of the-Kiyev
'~-Order of Len-i-n" Polytechnical Institute)
SUBMITTED: October 27.,,1959, initially;
March 2,1960, after revision
Card 3/3

,-VOLKOV, V.14., dots.
Carrying district telephone communications on radio relay lines.
Avtom., telem.i sviaz' 4 n0-3:10-12 YIr 160. (MIRA 13:7)
1. Ieningradskly institut inzhenerov zhelesnodorozhnogo transporta.
(Railroads-Communication systems)