SCIENTIFIC ABSTRACT BASOV, S.M. - BASOVA, I. G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000203910016-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

0
A
usSR/Humn and Animal Physiology. Digeition. The Stomach.
T-7
Abs Jour; Ref Zhur-Diol-, No 12, 1958, 55722.
gastric juice. Also noted was anintensified discharge
of proteins and of netabolism N products in horses
vith renal diseases.
Card : 3/3

- BASO70 S.jL&.jgLnd.,vet.nauk
KWIMOKO Ta.i..
."'W,
Use of the oxyhemometer in veterinary practice. Trudy AZYI
10:559-561 157. Oam 3.2:8)
1. Ix kafedry chastnoy patologii i terspii (zav. W edroy -
chlen-korrespondent AN XLzSSR, zaeluzhenn7y dayatel' mauki
IsmSM. doktoor prof. Ta.I..Xleynbok) Alma~Atinekogo zoovet-
inatituta,
(Blood-Oxygen content) (Veterinary isedicine)

BASOV9 S.M. kand.veterin=Wkh nauk
. Secretory function of the stomach in horses under
normal and
pathologio conditiona, Trudy AZVI 9:345-151 156% (HM
1584)
1, Is kafedry chastnoy patologii i terapii (zav.
kafedroy -
chlen-korrespondent, AN KazSSR . wwluzhemW doyatel I -
nauki
KazSSR, doktor prof. Ya*I.Kleynbok) Alma-Atinskogo
zoovatorinamogo
inatituta.
(Stomach-aeoretions) . (Horses-Diseases and pesta)

BASOV, S.Ye., inshener; GIMSHGORIN, M.A., inshener.
- WINIONNOVISM-mm
Precast reinforced concrete wells. Ayt.dor. 20
no.6.'11-12 JO 157.
(XIRA 10:10)
(Bridge construction) (Precast concrete construction)

BASOV, B.Te..inzh,; GKMGCRIN, N.A.,Inzh.
-; -1--..- 1
Precast concrete sink pitso Promstro!, 37 no.3:42-44 Nr 159-,
(KIBA 12:4)
(Ore dressing-lquipment and supplies) (Precast concrete
constroction)

BASOVs, S.U., inzh.; BRUSENTSOV) P.A., inzh,;
IDVITSKIYj, A.K., inzho
Cenveyer line for transferring ore concentrate over
great
distances, Prom. stroi. 40 no.5:30-33 162. (MIRA
15:5)
(Conveying machinery)
. . (Ore handling)

ROSSIYSKIY, Vladimir Alekseyevic~, prof.; NAZARENKO, Boris
Pavlovich,
kand., tekha.- ~Ainkf 'SWVINSKIY, Nikolay Aleksandrovich, kand.
tekhn. nauk; GIBSHMAN, Ye.Ye., prof., doktor tekhn. nauk..
retsenzent KALMYKOV, N.Ya., doktor tek~n. nauk., prof.,
retsenzentideceased];. POLIVANOV, N.I., prof.t doktor tekhn.
nauk, retsenzent; KIRILLOV, V.S.,, kand. te)am. nauk,,
retsenzent; RASQM- S-YA I inzh.-, retsenzent; PANKRATOV, V.M..,
insh., red.; GANYbSHIN, A.I., r -va; BODANOVA, A.P.,
tekhn. red.
(Examples of the design of precast reinforced concrete bridges)
Primary proaktirovaniia sbornykh zhelezobetonnykh mostov. MD-
skva, Avtotransizdat,, 1962. 1+94 p. (MIRA 16:2)
1. Glavnyy spetsialist po mostam Khai~kkovskogo otdeleniya Gosudar-
stvennogo proyektnogo inatituta po promyshlenno= transportu (for
Basov).
(Bridges, Concrete--Design and construction)

UMV. V.
.- Torted by the
Improve planning for expenditures of institutions Sul
budget. Pin. SSSR 20 no.5:42-0 My 159. (MIRA 12:10)
1.Zamestitall saveduyushchage Xalininskim rayfinotdolem
Moskvr.
(Moscow-Finance)

Ifficient sheep abolters. Sell. stroi. 15 no.11:22 N
16o.
(KM 13: 11)
1. Glavnyy inshener otdola stroitelletva Muisterstva
sallskogo
khozyaystva buryatskoy ASSR.
(Dwrat-Mucolla-Aheep)

__BASO I-YI-
I
More widely use uniform norms of expenditures. Fin. SSSR
23
no.4:3&42 Ap 162. (JURA 154)
(Finance)

BASOVO V.
Prevent the inefficient'eq>enditure of funds for social and
cuitural measures. Fin.SSSR 37 no.2*33-40 F 163.
~ (MIRk 16s2)
(Eduoation-Finanoelz,' (Public bealtb.-Finance)

BAS,QV, V.A.; 14FLIK-AKHIIAZAIIOV, T.Kh.; OROGIIHO, D.I.
Intensification of the oxidizing regeneration of aliuninosilicate
catalysts in a fluidized bed. Khim. prom. no. 4t282-289 Ap 164.
(NIRA 17:7)
1 - 4*- - -

SAKS, Y.N., geolog: SHULIGINA. N.I., paleontolog; BkSOV, V.A.,
m1kropaleontolog-, TUDOYNYY, Te.G. 7'?
Prelininary data on Jurasaic end lower Cretaceoue sedirsents
In the Anabar Valley and In Anabar Bey obtained in 1958, Inform,
biu'L.NIIGIL no.11:2i-30 158. OaRA 12:6)
1. Institut geologii Arktikl (for all). 2. Chlen-korrespondent
Akademil nauk SSSR (for Sake).
(Anabar region-Geoloff, StratIgraphic)

SAKS, Vladimir Nikolayevich; RONKIIIA, Zinaida
Zinovlyevna; SHULOGINA,
Vatallys. Josifovna; Valerly AlekwndrovU&;
BONDAREMCO,
Wins. Matveyevna; KRYMGOL T3, 0.7a., otv. red.;
PETROVSKAYA,
T.J., red.izd-va; VINOGRADOVA-, N.F., tekbn. red.
[Stratigrapby of Jurassic and Cretaceous systemmir
the North
of the U.S.S.R.] Stratigraftia iurskoi i melovoi
sistem Severa
SSSE. [By) V.N.Saks i dr. 14oskval Izd-vo A14 SSSR
3.963 226 p.
(MiRA 16:12)
(Russia, Northern-Geology, Stratigraphic)

sov/65-59-4-10/14
AUTHORS:
Orochko, Delos Basov, V.A. and
Mell-k-Akhnazarov, T.Kh.
TITLE:
Method of Hydro-Dynamic Calculation of
Multi-Stage

Counter-Current Contact Plants of the VNII NP

(K metodike
gidrodinamicheskogo rascheta stupenchato-

protivotochnykh kontaktnykh
apparatov VNII NP)
PERIODICAL:Khimiya i tekhnologiya topliv i masel,
1959, Nr 41

pp 54-59 (USSR)
ABSTRACT:
Inveitigations of VNII NP have
shown the suitability of

the multi-siage counter-current methDdof
omtacting gases

or vapours with fine-grained solids which makes it

possible to speed up the rate of many fluidised-bed

processes (Ref
1). The design of the plant and working

method were described in an
earlier publication (Ref 4).

The authors now give calculations for
defining the basic

mechanism of the process. The experiments were
carried

out in a.glass apparatus which comprised two fluidized-

beds
of fine-grained material (Fig 1). A granulated

aluminium silicate
catalyst was used which contained up

to 8076 of 0.2 to 0.5 mm
fractions and 18% of < 0.2 mm
Card 1/2
fraction (viz table).
Variations in the coefficient of

sov/65-59-4-10/14
Method of Hydro-Dynamic Calculation of Multi-Stage Counter-Current
Contact Plants of the VNII NP
resistance of the grid at various ration of the diameter
of the aperture and of its thickness is shown in the form
of a graph (Fig 2). The length of the tube affects the
efficiency of the process and, thereforeq experiments
were carried out with 100, 150t 175, 200 and 250 ma
length tubes which had a diameter of 1-5 dp. Results of
these experiments are given in Fig 4. This nomogram
correlates the basic variable factors which affect the
operation of the multi-ztage counter-current apparatus;
the linear velocity of the air current in the free
sector of the apparatus; the resistance of the gas
separating grids at various degrees of perforation ate.
Experimental work was carried out by Yu.K.Vayll P.A.Gollosov and
other members of the VNII NP. There are 4 figures,
I table and 5 references, 4 of which are Soviet and
1 English.
Card 2/2

RONKINA. Z.Z-~,-~OV~- .-~YUDOVNYY, Te.G.; OCHAPOVSKIY. L.B.
Results of specific research In the Bollaboy Begichey Island
and Khara-Tumas Peninsula in 1959. Infom. biul. NIIGA no.17:
45-52 159. (MMA 13:11)
(Bol'shoy Begichev Island-Geology, Stratigraphic)
(Khara4ims Paninsula-Geology. Stratigraphic)

BASO~V~,VVAO_P- DIBNER, V.D.
Fauna in the sediments' of A 120-140 meter sea terrace
of the lower
Lenivaya (DAriton Laotev Coast). Sber. st.po paleent. i
bistrat.ne.
28tU-50 '62. (MIRA 16:9)
(Lanivaya Valley-Terraces(Geology))
(Lenivaya Valley-Palsontelogy,Stratigraphic)

_PQQX,_Y&~.-_,GUrjOIEVA, O.F*; LIVSHITS9 R.'.-
MIZLIK.JKHNAZAROVP T.Kh.?
,_4 F
OROCIIKCJP D.T.
Chemical and technological maorokinetics ef the
cracking of
petroleum distillates over powdered cata)ysts. Azerb.
kh!m.
zhur. no.5t55-64 164. (MIRA 180)

BASOVP V,A.
------
TaxonouV and principles of diotinguishing Marginulina
and
Marginulinopois. Vop. mikropaleont. no.8:76-83 164.
(MIRA 180)
1, Nauchno-isoledovatellskiy Institut geologli Arktiki,

ACC NR, AT70044 71 SOURCE CIODE.- -UR/Sik~/66/000/042-/0622/
AUTHOR: Basov. I.. Romiashkan, V. S.; Tupas, V. 1.
ORG; Kiev Polyt chnic Institute (Kiyevskiy politekhnicheskiy
Institut)
TITLE: Voltage- o-digital code converter
SOURCE: Kharkov4 Inatitut VDTnogo.,piashinostroy I t' avtomatiki I
vychisl;tel'noy
tekhniki. Pribory'i sidtemy avtomatiki, no. 2, 1 61TIProwyehlonnaya
telemakhanika
(Industrial telemechanics), 22-25~"ii%`-"'
TOPIC TAGS: analog digital converter, computer circuit
ABSTRACTt A muldi-channel.transistarized voltage-to-digital
converter Is described,
It is based onit~e%sweep-balance principle according to which a ramp
voltage is
generated by chaiging'a capacitor from the current source and
comparing this voltage 1
to an unimown quantity by means of a Schmidt tripger circuit. The
time between the
start of ramp-vo~tage generation and the attainment of voltage
equality is out~inzed
for counting puleds from a pulse generator which consists of an LC
oscillatc r si 8
a planar transis or (frequency instability, tO.15%) and a Schmidt
trigger generating
rectang The seven-stage counter is common to all balance circuits
whose
number is equal ~o the number of input channels. The characteristics
of the converter'
are as follows: Input voltage range, 0-2.5 v; conversion time (for
one channel),
10 msec; total conversion error including quantitation error, not
greater than
tO.6Z; pulse gen6rator frequency, 12 kc; and power supply voltage 12
v. Orig. art.
has: 2 figures.'
SUB CODE: 09/. StiM DATEt none/ ORIG REF: '003/

YXDOMW, B.T.; RASOV,
KochanIzed harvesting of peas and vetch. Zemledslie 4
no.7:85-95 JI
156. (KIM 9:9)
(Yetch) (Field pea) (Harvesting machinery)

72DOSZM, B.V., kand, tekhn. -r; RAWF-i -V.I., Insh.
Nachinery for the over-all mechanization of field work
in the
central districts outside the Chernosem belt, Zemledelis
6 no.5t
7-18 Ny 158. (Nin l1s6)
(Agricultural machinery)

wi4-66 EwT(d)/.rVP(O)1TjEa(V!1M( )1M'P(h)1EWP(1)
-

CC Rr,-XP6M594 Mmic coials,
7006700276012/0014
S UR
76-fl9716

~
AYJTH Digineer); Butayev, G, k. (Candidate of technical sciances);-'

Mqlik-AgLmroVs,- A o a Ehg1nesr)j Potiomarevt A* If (Kngineer)o
Romashkany, If -is

(Engineer

OW 1 none

TITISs Coded telemetjZ mtem. for
concentratedR]Ants

SOMCEt.
Priborostroyen3,vet no,,2,,;1966, 12-14

.
TOP= TAGSs telemotry 0"temp telowtry technique

ABSTRACT t FifteeW
quantities, are:- telemeasured wt seven two-position-indication

,signals are transmittedl, also, deviation of any. quantity from.
its normal measuring

span is, sUnalled. 3:n addition to indicating
instruments and signal
lams, the

,
dispatcher station has a digital printer'and a specialized computer.
Three frequency
'

chaiihele transmit 1. Of and change-quantity signals
. A number protection in the

Interrogation cycle of each
parameiter.is provided, as we3-1-as a protection against~-:

miss3n&
or breaking up pulses. The system is designed with semiconductor
devices

only s These - characteristics - are claimed; frequen#es.,
4400* 4600, and 48W OPs;

transmission time of one ~ frequency
signal., 10 millisec; interrogation time of M.

parameter' 130 mill'
ecl basic error, � 0.01 or less; line attenuation
3.nePj.

tolerable supply-vi-7.11age variation, +10 -150'4~ The system
has been tentatively-

put in operation at the Dzerzh~w~ Metalluraiwa
Plant Dneprodzerzbiwk. -

Orig art c, bass 4,ligase and 1 table#

SUB
COIMs SUBM IATEs '11011s, ORI~ Mrs 005

.1.
BAWT. T., lnzh.
mohalim.8 lVaotakh. 4 noo5o54-58 Nr 160o
(KIIA 1317)
(Xotorboate)
J,N
-f ,
I

BkSOV, V.W., lnzb.
Notorboat OUstochka." Sudostroanle no.7-.38-40
160.
(HIBA 13 t?)
(Outbord motorboats)

AUTHORS: Basov, V._Ij and Popov, V.A. (Moscow)
30V/24-58-8-2/37.
TITLE: On the Coefficient of Resistance to the Movement of
Burning Particles (0 koeffitsiyente soprotivl.eniya
dvizheniyu goryashchikh chastits)
PERIODICAL: Izve8tiya Akademii Nauk SSSR, Otdeleniye
Tekhnicheskikh
Nauk, 1958, Nr 8t pp 12 - 14 (USSR)
ABSTRACT: In this paper, a comparative, experimental analysis
is made
of the resistance coefficients of burning and non-burning
carbon particles of spherical shape. The aim of the
experiments was to measure directly the frontal resistance
of such particles and to elucidate the dependence of the
resistance coefficient on the Reynolds number. The
experimental data relate to the range of the steady-state,
hydrodynamic conditions as well as to the non-steady-state
ones. The latter usually takes place in the combustion of
solid fuel in a,variety of heating devices. The test rig,
Figure 1, included pendulum scales consisting of a thin,
quartz rodt suspended horizontally on threads of a length
of 287 cm; at one end of the rod, a spherical particle
was placed onto which'an oxidising atmosphere
Card 1/~ was blbwnt whereby the rate of flow was controlled by

SOV/24-58-8-2/37
On the Coefficient of Rea~stance to the Movement of Burning Particles
means of a rheometer. The force acting on the particle was
determined from the deflection from the equilibrium position.
The spherical, carbon particles were pressed from a mixture
of coaloand 15% peat tar andtfollowing that, were heated
to 900 C without access of air. The experiments with the
hot particles were preSeded by burning particles In'a
muffle furnace to 900 C. The diameter of the test tube
was 42 mm; the particle diameter was 15.5 mm. The tests
were limited to a time during which the particle diameter
differed little from the initial value. Experimental data
graphed in Figure 2 show that the dependence of the resis-
tance coefficient of the burning particle on the Reynolds
number is fully analogous to the dependence of the non-
burning particle (within the limits of the experimental
accurac7, equalling 8.5%). The motion of particles of
other sizes was also investigated. The following conclusions
are arrived at; the dependence of the resistance
coefficient on the Reynolds number of a burning particle
fixed in the flow does not differ from the respective
dependenze of a non-burning particle; the change in the
Card 2/3 temperature of the surface of a burning particle between

SOV/24-58-8-2/37
On the Coefficient of Resistance to the Movement of Burning
Particles
900 and 1 250 OC does not influence the resistance
coefficient; study of the movement of the burning and non-
burning, spherical particles with diameters between 2.4 and
4.5 mm did not reveal any difference in their movements and
therefore did not confirm the conclusions propounded by
Leontlyev (Ref 1) on the increase of the resistance
coefficient of burning particles. There are 5 figures and
1 Soviet reference.
SUBMITTED: December 16, 1957
1. Particles--Motion 2. Particles--Testing equipment
3. Carbon--Combustion 4. Carbon--Temperature factors
Card 3/3

HUDLICXAJO 0.; BASS) A.; FRONEX, A.
Utilization of a substrate of mammalian skeletal muscle and
myocardium in situ. Cesk. fysiol. .13 no-4:374-378 JI 164.
1. Fysiologicky ustav Ceskoslovenske akademie ved, a Ustav
pro choroby obehu krevniho, Praha.

if) mill) not-twill)w
10
Iva) we -b puv o<
I':),

*x Ilotini 101-
el
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s(IJA -4 A <

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3 ou I,
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2. USSR (600)
4. Differential &iuatlons
7. Stn,Ctje of V-C .-ClU4 ion of a proper syste-ri, Voit. L~~n.
un. 7 Nr. 12. 1952.
1
9. Monthly List of Russian Accessions, Library of Congress, June
.1953. Unclassified.

_j f I Cl, -V

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SUBJECT USSR/MATH-VATICS/Differential equations CARD 114 PG -
776
AUTHOR BASOV V.P.
TITLE The Fgfi-WiFr- of the oolutions of systems of linear
differential
equations in the neighborhood of a singular point of irregular
type*
PERIODICAL Mat.Sborniktn.Ser. A-0.L 339-380 (1956)
reviewed 5/1957
Lot be given the matrix equation
(1) -a - (P(o) + P)X9
dt
where P(0) and P are quadratic matrices of n-th order. Let P(o)
be a constant
matrix and P a continuousp bounded matrix being defined on the
semiaxis
t >,,t* (t*> 0 constant). Lot P be representable in form of a
series
(2) P t- (1 1 rl + *lk *Ck) P(ill ... P1 k)
Let here k be a fixed positive integerg let Y-1 ... Yk be
arbitrary in-
commensurable real positive numbers, where integral). Let the

Mat.Sbornik,n.Ser. ARL 339-380 (1956) CARD 2/4 PG - 776
matrices P k) be either constant or periodic in t with the
period w .
Let the series be uniformly convergent for t?/t*.
Under these assumptions the author above that for an arbitrary
canonical
structure of P(o) the whole solution matrix of (1) can be
constructed in
the form of uniformly convergent series for t>-t*v Here the
connection.
between uniformly convergent series and in a certain sense
asymptotic series
of'the type (2) is investigated. Furthermore it is stated that
the singular
behavior of the fundamental solution matrix in infinity is
already determined
by the first terms of the decomposition (2), namely by terms
which contain
in powers which are not greater then the greatest multiplicity
of the root
of Det (P(O) -aLE) - 0.
The principal theorem of the present paper is the following
ones Let be
given the linear system of matrix equations

Mat.Sbornik,n.Ser. A-0j- 339-380 (1956) CARD 3/4 FG - 776
dX a ps PC I -KG.
.- . t P 6X8 + t Z t R (a-It2j ... 111)
dt 8 + 191-11 +1 scxd'
dX P61
t Q06,x + t- 'O'R x (0-1 +1 .... 1)p
dt G'Wj C 6'-11+1 a T S' I
where Xgsre unknown matrices with m columns and C' rows, Vt.
and P. are real
constants
Ole> 1 (8-1 1+1#6.0t1); Ps > "l (8.1p2tsevill)
and Q., and R., are given continuous and for tapt* bounded
matrices with V
columns and o rowag where
Q8 61 --> 0 for t--soo (801POO.fli
The P are given quadratic constant matrices, where all roots
88 1 m
of the equations Det (Pea-W(U)L') . 0

Mat.Sbornik,n.ser. 40. 339-380 (1956) CARD 4/4 PG - 776
have non-vaniahing real parts. Further lot mi +000+21 - n.
Then to every 01,
there correaponds)an mi-column solution of M9
X13 =t Pe YJ (salt ... f11)
X. - ~ ira + J Tie (8-11 +100-t1)9
where Z is a unit matrix and the 'Ua are a-rowed and i-oolumn
matrices being
bounded for t.>t*.
The present paper is the first part of the investigations in
which solutions
are constructed which corre "pond to the simple roots of
Dot (P(o)- XZ) - 0.
INSTITUTION: Leningrad.

SUBJECT USSR/MATEMLIATIICS,/Difi'ezEi-it.-'LaI eqiji-kt-~(,ne CAPM
11/4 FGY - 312
AUTHOR P,
2 V V'P
TITLE OS`e--as-;mptot1c behavior of the 3olutions of linear systems
of
differential equations.
PERIODICAL Doklady Akad. Nauk '106. 951-954 (1956)
reviewed 1011956
If lim P(t) r(0), then the system of differential equations
t--)P**
(1) dX P(t)X, P(t) absolutely oontinuous at t ib-t and P1 (t)rE
L(t,,c4
dt 0
can be written in the form
(2) AX (P(o)+ Q)X, lim q - 0, q absolutely continuous, 0.16-L(t $04.
dt - t -~I- oo 0
The characteristic equations
t(P(o)-2eg) - 0
D(P(t) - X(t)z) - 0
may correspond to the matrices P(o) and P(t), where Re 4tj - Re x j
for all
i j 16 m .4. n and Re Xe ~ Re Ci f or 14 m, I > m. Then lim Xi (t)
- xi. One can
t -* 00

Doklady Akad. Nauk 106.,- 951-954 (1956.) CARD 2/4 PG - 312
assume that P(O) .
11 OPO, 1K0
where Xml and the real parts of the roots of the characteristic
equation of the constant matrix PO are different from the Re X,
(i--.M).
11
Splitting up correspondingly Q and X9 then instead of (2) one
obtains
dX
dt (PI(OV-' q11)X1 + 0-12"2
dX2
dt q2 1 X 1 4, (K 4, q22)X2
Now the following theorem is validt If no difference Re(-~ti(t) -
Z~M)
(itj - 192,...m) changes tits sign for t.>tlp then (3) has a
solution of m
co,"Mns t
X1 = v1 exp I K( C) dC X2 - (N 4 V2) exP f K(C)dC-.
t1 t1
Here VI and V 2are absolutely oontinuous matrices which tend to
zero as t --)Ooal
E is unit matrix and K(t) - Ern W I I. - ~ I -elh(t)] -

Doklady Lkad. Nauk 1-0-6,., 951-954 0956) CA-RD 4/4 PG - 312
ax 4
U q'Ka + E R a tr Xg, (a-2p3)
6.1
dX4 R X
dt a-mi 4C e
where U [u(s) OV..au(s)
m 3 (sw2p3), the elenents on every finite interval
s
(t 0,T) are sum-able and satisfy the oonditions
t
lim Re f u(2)ac- -00 1.1,2 .... 2,
t 0
Re U(3)dr > -e
f 1 3*
t
0
The conditions for Q,, and R., correspond to the above ones, The
theorem is
a goneralizatiQn of earlier results of the author (Doklady
Lkad.Nauk 80, 3
(1951), Prlklad. Mat.Meoh. 18j. 313 (1954)) and is proved by
successive
approximation.
INSTITUTIONi Public University, Leningrad.

Doklady Akad. Nauk 106,. 951-954 (1956) CARD 3/4 PO 312
In ordir to prove the theorem the author usess
1) a lemma on the esistence of a transformation
X1 W Y19 X2 W S1Y1+ 3 2Y2
which transforms (3) into
dy I . (p(0)4 q(l))y + QQ).Y
dt 11 11 1 12 2
dY2
dt n R21 Yj I. (K(t) + R22)Y2
Here S and S are absolutely continuousq D(S 0. Q(1) (J-1,2)
are ab-
1 2 2) 1j
solutely continuous and tend to zero as t-->co. R2,
F-L(tlqc*) (J-1#2),
tI is a sufficiently large constant. The lemma follows from
the proof of
a lemma of Levinson (Muke Math.J. 15. Ill, (1948)).
2) & theorem on the existence of the solution of m columns
Xi - V1 (1-1,2,3) X4 -3 +V4
(with absolutely continuous matrices V, (1-1,2,3,4) which
tend to zero an
t 0 ) for the system
all
, P(o)X
dt, 11 1 A-4 q I V~ X

IkSOV. V..P.; BOGDANOV, Tu.S.; SMIRNOV, M.Me
Nikolai Pavlovich Brugin; on the occasion of the 50th
anniversary
of his birth.Vap.mat.nauk 13 ne.2:247-251 Mr-Ap 158.
(MIRA 11:4)
(Brugin, Nikolai Pavlovich, 1907-)

LTAPUNOV, Aleksandr Mikhaylovich;. B ., otv. red.;
TSARIKOVA,
Z.I., red.; TELIZAROVA, *._.O.,4VV1VMwP. red,
(Investigation of a particular case of the problem
of sta-
bility of motion) Iseledovanie odnogo iz osobennykh
slu-
chaev sadachi ob ustoichivosti dvizheniia.
Leningrad, Izd-
vo Leningr. univ., 1963. 115 P. (MIRA 16:10)
(Mechanics)

5 (4)
AUTHORS. Vasillyeya$ V. N., Bazove Ve Pot SOV/76-33-7-11/40
Geyderikh, M. A. -
TITLE.- Spectra and Dipole Moments of the p-Derivatives of
Dimethyl
Aniline
PERIODICAL: Zhurnal, fizicheskoy khimii, 1959, Vol 33, Nr 7; PP
1516 - 1520
(USSR)
ABSTRACT: In continuation of a previous paper (Ref 1) the
authors invest-
igated the spectra and dipole moments of a number of para-de-
rivatives of dimethyl aniline with electronegative substitu-
ents. If there is an electronegative substituent as X in the
molecule X-C 6H4-NR 2 (R ' CH3 ), there occurs usually an addi-
tional shift of electrons from KR 2 toward X, which results in
an increase of the dipole moment. The effect of the substitu-
ent on the optical properties is closely connected with their
effect on the position sand intensity of thi absorption bands
in the ultraviolet spectrum.. The following data is given
(Table): The position of the intense absorption bands of the
CaTd 1/3' -,ompounds C 6H~x and R2NOC6H4*X; absorption curves
plotted by

Spectra and Dipole Moments of the p-Derivatives of
Dimethyl Aniline
Card 2/3
BOV/76-33-7-11/40
means of the photoelectric spectrophotometer SF-4 (Figs 1-3);
exaltation of molecular refraction in R2NOC6H4IX (With ?espect
to that of PhX and FhNR,)j molar coefficients of the integral
intensity of Raman-speotrum lines; dipole moments of the com-
pounds R2N-C 6H4-X*Individual data on the methods of
determina-
tion was already given (Ref 2). The above data indicates that
the influence exercised by the dimethyl amino group upon the
properties of the molecules under investigation has the same
naturej there occurs an approach and intensification of the
absorption band, increase in the exaltation, refraction, and
intensity of Raman-spectrum lines, decrease in the frequency
of group X2 and increase in the dipole moments (from NR2 to X)
to a larger extent than would correspond to an additive
scheme.
Compounds with groups of the highest degree of electronegati-
vity (NO 21 No' CHO) are most strongly influenced by the
NR2-gmp,
Howeverg the authors did not find any specific relation
between
the individual influences. In conclusion, they thanked

Spectra and Dipole Moments of the p-Derivatives of
SOY/76-33-7-11/40
Dimethyl Aniline
P. P. Shorygin for his assistance. There are 3 figureaf I ta-
ble, and 5 referencest 3 of which are Soviet.
ASSOCIATION: Fiziko-khimioheakiy institut im. L. Ya.
Karpova.Akademiya nauk.
SSSR (Physicochemical Institute imeni, L. Yam Karpov, of the
Academy of Scienoest USSR). Institut organicheakoy khinii
(Institute of Organic Chemistry)
SUBMITTED: December 141 1957
Card 3/3

YAKUBOVICH, A.Ya.; ZAYTSEVA, Ye.L.; BRAZ, G.I.;
gkZOVI-V.P.
$yntheais of 2,,406-trialkyl- and
2,4,6-triaryl-1,3,5-triazines
from i=oesters, Zhur.,VKHO 7 no.2t229-230 162. (KM
1524)
1. Fisiko-khimicheakiy institut im. L.Ya.Karpova.
(Triazine) (Raters)

L- 2~416-66
ACC NRi A145017155 Monograph UR/
BABOY, xe i, Er-; Pau &_Y_-_A.L; i9jL_
G.
1VJ_
The mg-14 electrohic-.nonlinear analog computer (Blektronneya
nelineynay' ogov a
a. anal ay
vychislitellnaya mashina MN-14) Moscow, Izd-vo "14ashinostroyeniya
1965. 232-1
p. biblio.. 3300 copies printed. -
6:
TAGS: analog computer, analog computer system, computer control
system, COM-6
puter component/M
-14 analog computer
PURPOSE AND COVERAGE; This book-is,intended ?or engineers,
technicians, and scientist
concerned with the problems of development and practical cpplication
of analog
computers. It'may also be useful to students In this field at schools
of higher
education. 7be WI-14 nonlinear.electronic analog computer, developed
at theL
Scientific Research Institute of Computer Machine Building, is
described. It is-
used to model dynamic systems described by common nonlinear
differential equations
up to the 30th order-with a large number of nonlinear relationships'
The M-14
computer may also be used to-solve engineering construction problems
as well.as
for scientific investigations in various fields of the national
economyL. The
principles of the computer's d
esign and its circuit characteristics are discussed.
Basic units and structural assemblies are described and the methods
used in the~-
preparation ofthe probleMS'L solved by the computer are covered.
Considerab I
I e
tention is paid to the problems of increasing the computer's
practical appli6ation~%,_..,j
by Lmeans of introduction of additional equipment into its system.
The names -Of
Card. 112 uDc: 681.142.33.

17
low-
360~8 S/063/62/007/ID02/012/014--~;'
A057/A 126
AUTHORS: Zaytseva, Ye.L., Braz, G.I., Yakubovich, A.Ya., Bazov,
V.P~,
Petrova, L.G., Gitina, R.M.
TITLE: Synthesis of mixed 2,)1,6-trialkyl-1,3,5-triazines and
polymer.
triazine compounds from iminoesters
PERIODICAL: Zhurnal vsesoyuznogo khimicheskogo obshchestva imeni
D.I.
Mendeleyeva,.v. 7, no. 2, 1962, 232 - 233
TEXT: In continuation of earlier experiments in which symmetric
2,4,6-
-trialkyl- and 2,4,6-triaryl-substituted 1,3,5-triazines were
prepared by cycli-
zation of iminoesters in the presence of catalytic quantities of
their'salts,
2,4,06-substituted triazines nixed in an analogous way were
prepared by combined
cyclization with esters of different iminoacids in the present
investigation,
Mien the paper published earlier was already in press, it was
observed, that
F. Schaefer, and 0. Peters reported on the same subject [Ref. 2:
J.. Org. Chem.,
26, 2778 (i961)].. If a mixture of ethyl esters of imino-acid and
imino butyric
acid are cyclisized in the presence of 6 mole% of the
chlorohydrate of iminoesters,
a mixture of four substituted triazines Is obtained, namely a) R
R' CH3
Card 1/2

S/063/62/007/002/012/014
Synthesis of mixed ...... A057/A126
(wherre R = positions 4 and 6, and R' - position 2 in the
symmetric triazine)p b)
R = 03, R' = n-C-3H7, a) R - n-C,3H7, R' -- CH d) R = R1
n-F,4'7, The composi-
tion of the mixture depends upon the proportioln of the in7tial
iminoesti~rs. By
distillation over metallic sodium the pure esters b) -and c)
could be separated
and their characteristics determined.
2,4,6-tris-((r-carboetoxybutil)-triazine
was synthesized by cyclization of the diethyl ester of
mono-iminoadipic acid and
specified. A structurized polymer was prepared by cyclization of
the diethylester,
of bis-iminoadipic acid. The polymer is a yellow, crumbling
substance, not solubb
in common organic solvents, but swelling in benzene. The same
polymer can be ob-
tained from, dibenzylester of bis-iminoadipic acid. According to
the infrared
spectrum the polymer contains triazine rings, and apparently C -
NH groups. A
triazine polymer.can be obtained also by combined cyclization of
diethyl ester of
bis-imino adipic acid and ethyl ester of imino acetic acid.
There are I table
and 3 references.
ASSOCIATION: Fiziko-khimicheskiy institut im. L.Ya. Karpova
(Physico-cliqmical
Institute imeni L.Ya. Karpov)
SUMITTED: December 22, 1961
Card 2/2

YMBOVICHp A.Ya.1 ZAYMEVAp Ts.L.j BRU., G.I.; B&Z IL V-P-
Synthesis in 1,0,5-.-triazine series. Part 1: Preparation
of 2*/,..6-tri&ikyl (ary-l)-Is,3,,5-triasin9o from
iminoesters.
Zhur.ob.kWm. 32 no..10:3409-3417 0 162.. (mm i3: n)
i
1. Fisiko-kbimichealdy institut imeni L.Ta. Karpova.
(Trimml, ). (Utore)

ZAYTSNVA, Ye. L.1 BRAZI 0. 1.; YAKUDOVICH, A. Ya.1 BAZOV, V.-Pl-
Syntheses in the series of 43.5-triazine. Part 2:, Prepara-
tion of mized 2,,416-trialkyl-I.,3,,5-triazines from imino others.
Zhur. ob. khim. 33 no-11199-202 163. (MIRA 16:1)
1. Fisike-khWohemkiy inatitut luni L. Ya. Karpova.
(Triazins) (Ethers)

BRAZ, G.I.; MYASNUOVA, G.V.; YAKUBOVICH, A.Ya.; BAZOV, V.P.;
SAKODYNSKIYp K.I.
Simdtansous trimerization of aestonitrile and
trichloroacatonitrile.
Zhur.ob.khim. 33 no.6:1939-1941 Je '63. (MUM 160)
I
1. Fiziko-)~iimichsskiy institut imeni L.Ya.Karpova.
(Acatonitrile) (Polymerization)

0 (c) Am J)I (1 11 ~6 ~'iff
ADGESMON Na: AF3 3
AUTHMSx. PravednikovA'Ae Nej Iar stay
_dash& If. Te.j. FS10 P04 relisamp N, V,j
-,~Sharpe Vo- A,*j Medredsvp S. S. (keademician)
TITESt Free-radiul rization If triazine cles
Poly"
SOMWEt AN &SSR* Dokladv*s To - 151, no. 6, 3.
3,347-3349
TOPIC TAOS: free radicAls po3ymerization., triazines triazins cycle.,,
free.
radLeal polymerization
ABSTRACTs The present article reports the reBults of spectroscopic and
sUctron
paramagnetic resonaWe ana3yais of the polymers Otained by beating
triazinea
Vith pqrfluoraoetondlas a sourals of CP rL&9_aU/ht, 5200o The
free-radical
polymerization of triaz4--- oycleajo-Zaently representing addition of
the free
radical'to the cycle on the double bond with subsequent opening of the
07016L,
must be accompanied at high temperatures by depolymerization,, tV a
spUtting of
the monomeric by a unit from the polymerio radicals Orige arts hass I
fon=la
2 figurese L
ASSOCUTIONS none",
SUBK[TTMs 28xv63 DATE AGQs 27sep63 ENGLs 00
iSUB COM CH, NO IM SOVS, 000 Onizat ow

ACCESSICH HR: AP4037281 8/0190/64
AUTHORSt Takubovichs As Yaol Rosantsevs Go Go; Brasp Go I* ve PO
L
TITLEs Fluorinated polybenz4m4d-ioles
SfURCE: Vy*sokomolakulyarny" s9yedineniya, v. 6j, no. S# l9a; 6384142
~TOPIC TAGSs polybenzimidazole, fluorinated polybonsimidazolop
diaminobensidine
perfluoroglutarate.polycondeneations diaminobenzidine diphenyl
perfluoroglutarates
polyperfluorotrimethylonedibenzimidazole
ABSTRACTIs Low-molecular
poly-2v2t-(perfluorotrimethylons)-5o5l-dibenaimidato2s
(PM) was synthesized by melting 04 gm 3.931-diaminobonsidine with
0992 gn
diphenylperfluoroglutarate at 18OG in an atmosphere of argons Within
30 minutes
the temperature was raised to 19OCj, and the heating was continued
for another 30
minutes at lo5 am pressures AlUr grinding the reaction nun to a
powder the
heating was continued for 3 hours at the same pressure,, vith the
ten4wature
gradually :Lnareued to 2200. This proesdum yUldad p6lywr I. Palpo II
me 6b-
tained by allowing the process to run the last three hours at IM and
Os
3
pressure. Won the last stage was continued for hours at IM and 0.04
Card 1/2
4

J ACCESSION NRt AP4037281
;the resulting compound was labeled polymer 111. ~he yield of
polymers 1, n, and
-nx averaged 59%. They were dissolved in a-creaol from which they
were precipita-..
!ted by ether@ The products were then analyzed and studied by
infrared spectroscows'.': ,'~l
Specific viscosities of 0*2% solutions of polymers I and III in
cresol were round
;to be 0.035 and 0.055 respectivelyp while polymer 11 did not show
any noticeable .I' -
'viscosity. Heating at 220-230C in an atmosphere of argon brought
about the
:decomposition of the PFD pol4sery with the liberation of fluorine.
Orige art. haSIA,
12 Ubleal, 2 formulas# and I chart.
[M Fisiko-Wimicheekly institut in. L. Is, Karpon (Physicochemical,
'Institute)
isu Bot 03Jun63 Ulf 3Am$ 09j"A IMMI
()0
iSUB CDDE: MT. 004,:
NO MW SM OD3. . 0THJfits
A
Card 2/2

ZAYTSEVA, '~e.L.; GITIRA, R.M.; YAWBOVICH, A.Ya.;
LiAZ, G.I.; PETROVA, L.G.;
.,~~Z-qyj A&I-
Synthesis and sme properties of
aminoperfluorocurboxylic acid
esters. Zhur. ob. khim. 34 no.8:2816 Ag 161,. (,'Illtk
17-9)

r -!k" PA 2/E 9r (W)/1 9 P (i
EWP(.-
-

E PA
TAWOMP(b)

NIG
/0000/65/00
012
120
ACCE
0/000/
I
N A
S

T
SS
O
V
/
. jUVWW1JG1GS1AT1WH

'AUTHOR: Basov, Vs
P,
;, Kalinichanko, L. F.; Epik, A. ?

-

TITLE: Use of refractory metals in
the electrochemical industry

SOURCE: AN UkrSSR-Institmt problem
materialovedeniya. Diffuxionuyye pokryti

as ustallakh (Diffusion
coatings onimetals).-Klev, Naukova dumka,. 1965, 120-126

l

TOPICMAGS%
refractory notal~
e~lac~rochanistry,electrolysis, corrosion resis

electrode, -ff, S jr

ABSTRACT: The problem of selecting a stable electrotechnical material
suitable

for use as a current conductor In highly aggressi d
V particularly in

ta
r a
por t to industry. From this standpoint, tat-aniuMMwo great promise
in vievi,

,
f
of 9 high stren th, high melting point, low specific weight, and high
corro-
j
~

si0
8i esistancej, the lat r due to the presence of a surface oixide'film
which

_
forms virtually instan

eously on tbe*freshly treated surface. since, h
owever

thelexide films coati

-slArface of Ti cause a, relatively high
voltage.drop

on-Rectric coatad

itku widely used electrotachnical
matefials'"(60gos

1/3

-3655
L
ACCESSION NR: AT5024877
hit mercury), thus leading to excessive losses of electric energy,
over-
U-M-Me 3,
hooting of the contacts, and other complications, it is expedient to
replace them
with coatings of some at-least equal corrox1r-resi 4tabbu*E re
ele'ctro_
conducting compounds (of the cirbidJN2KLde r do In this coa-
*nd Ur
o
nection, the technique of deposition alto matters. Resear and develo
work
on the selection of compounds assuring a minimal voltage drop, and.
on the optimal
techniques of their deposition, Is already In progress. This problem
is particu-
lariy important to the chlorine industry, where, chlorine
electr6lysis involves-
a highly aggressive medium and where a still greater problem is that
of develop-
ing an insoluble anode to -replace-the troublesome graphite anode.
Research into
new, more effective anode.materials isju progress. Thus, Soviet
scientists have'
started laboratory tests of specimens.q~ dif
,Tt.rif tor terials resistan
z lore t.
to aggressive media: the carbides of.Ti _rbyidiged I*; the bo
rides of US' Zr, Cr, boronized Ti; tli~ni&ides of Tf-.Zr, Cr~
nitriaed4ti; and,
molybdenum silicide. These studies have not ypt,produced thia desired
rdiults,
but this is no reason for discontinuing,thes, as proved by the recent
publication
of two patents (Ioffe, A. P. Fixika pq1uprovodnikov, Moscow, Izd-vo
AH'SSSR, 1957;~
Beat,-H. Canadian Patent No. 643672,-1962) pertaining to a
corrosion-resistant
electrode used as an anode In electrolysis and consisting of a metal
(Ti, Cr, 16)
2/3
Card

ACC NRt
AUTHOR;
AP6036o47' SOURCE-bblij; 0/06~6/66/6~i/004/09bO/jooo
Basov, Ve As; Dementlyevo V, As; Krokhin,_O, Ns; Sklizkcv, Go V
ORGs Physics Institut
institut Akadomii nauk
(nzicheskiyl
140cused on
TITLE: Heating and decay of a plasma produced by, a giant laser
pulse a
solid target
SOURCE: Zhurnal eksperimentallnoy L teoreticheakoy fitiki, V.*51,
no. 4, 1966, 989-
1000
TWIC TAGSi plasma decay, plasma diagnosticdplaser applicatio
IZAI-.Z-- n)
ABSTRACT: The authors obtain the distribution of theXuxiwenml Ws
dynamics Orwikers V
the plasma produced by a giVt laser pulse focused on a solid target
pwbalsurfamduzing
Its - aarly decay stages* The"plasma, was investigated with
apparatus. having a high time
resolution permittingthe radlT-FF-Wai lous regions ok the flare to
be determined as
functions of the times The experimats consisted of recording the
charged-particle
flow to a shielded probe (Figs 1), the giant pulse being produced by
a neodynium-glass
laser described elsewhere (2-hETF Me'= v, 29 579 1965), The motion
of the 'uninouG
.plasma boundary was investigated by high-speed photography with
SFR-2M equipment at a
time resolution of 1*5 usece The motion of the internal region of
the flare was fol-
Card 1/2

ACC NR, AP6036047
Figo Is Experimental setup for the do-
termination of the R-t diagram of the
neutral boundary of the flare* I - Lenes
2 - semitransparent mirror, 3 . lam
- discharge gap, capacitorg 6olT
mirrors 8 - probe, 9 targets
ro.06-01110300pe..
loved by a sbadow method with light from a laser pulse The
absorption in the flare
was determined indirectly by measuring the transmissio;
coefficient, and the density
and temperature distributions in the flare were estimated fr6m the
measurement results
as function of the laser power. A theoretical interpretation
isproposed 3ror the ev-
olution of the heat rise and notion of the flareo based on the
simplifying assumption
that the problem has spherical symmetry and that the velocity
varies linear3,v with the
radius. 7he proposed theoz7 is found to be in qualitative agreement
with the exper-
imental data., The authors thank V. So Zmyev Sor collaborating in
the experiments*
Origs art* has: 10 figures and 15 formulase
SUB C*IZ: 20/,. SWH D=s 2IM&r"/ ORIG IMF3. OJO/ QMIMFj
OOT/ATDpp=,~5106.
QWd 2/2

:ffa"Ovj- ve- S.
L
Fuel Abstracts zfviol. NMI_ ON MOR", PLANr. Bum V.S.,
May 1954 guzr.
'01 ,
WC m m 0 IWO 1,91. An I&II-9mted scowint ot
.Other Prime Auumt1o dcwlern 7-hfuh wwo Wad to 600 h.p. SOD raw/nIn
BaUIRIn engIn"
Movers ~oowled to Wmlr4houxo gwwatwa And wed is smndby plam (L~)~

BASOVp V.S.p inzb.
Protection Of hlgb-vvxt0gv-pWWtrlLnGxisBion lima
from
40 Elekjita, 33
.jxuUtjpr&of wet mmw-the conductors.
.no.12t58-62 D 162. (Electric linee.-Overboad) I
(NIRA 16sg)

GOLIP -_Ya*N*'l-BODT T 2
."'00
Iffect of various factors on.the distribution of the San
strem throughout
th;~-cross seciion-O"t tsi of ifii rmu- of the ftitnace:by
chai4in-g" thi r0e -' '"t Air- ITii :tp~it -Ii
. -9-9. , ang. 0 Is.
K. Wiuin& 1-9
4 lo.Z ~2 166.

137-1958-3-4582
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 3, p
16 (USSR)
AUTHORS: Belyankin, D. S., Ivanov, B. V., Basov, V. T.
TITLE: Chemical-Mineralogical Transformations of Chamotte in the
Course of its Service in the Lining of a Blast Furnace (Khimiko-
mineralogicheskiye izmeneniya shamota v protsesse yego
sluzhby v kladke domennoy pechi)
PERIODICALS: V sb. : Issled. domennogo protsessa. Moscow, AN SSSR,
1957, pp 196-Z14
ABSTRACT: Three samples of chamotte brick, removed from the upper
portion of the shaft and from the body of an 1100 m3 blast furnace,
were investigated after the furnace had been in operation for three
years and four months. The lining of the shaft had disintegrated
to a significant extent. It was established that alkalies deeply
penetrate the chamotte lining and react with the refractory by
forming alkaline alumosilicates, KAISiO 4 in particular (up to
55 percent). The following assumptions'were made concerning
the mechanism of deterioration: Initially the mass of chamotte
become's porous through the deposition of C in accordance with
the Bell reaction after which the alkalies penetrate into the cracks
Card 1/1 formed and react with the material of the lining. S. G.

s e t,
92-58-3-27/32
AUTHOR: Basov V.V. Chief, PTO Geologo - poiskovoy kontory
--- =a
--iiesd =av ~zneftegazrazvedka
TITLE: The URB-ZAM Drilling Rigs Must be Sheltered in the
Winter (Burovym agregatam URB-ZAM neobkhodimo zimneye
ukrytiye)
PERIODICAL: Neftyanik, 1958, Nr 3, p 28 (USSR)
ABSTRACT: The author states that the use of RUB-ZAM drilling rigs
employed in petroleum exploration is increasing every
year and that old rigs which become obsolete due to the
introduction of advanced drilling techniques gre being
replaced by new rigs of the above-mentioned type. These
new rigs can be assembled and dismantled much faster than
the old rigs'. Moreover, the use of URB-ZAM rigs reduces
Card 1/2

The URB-ZAM Drilling Rigs (Cont.) 92-58-3-27/32
chances of injury. Experience in using the above rigs in the
summer proves that their drilling capacity exceeds 3,000 meters
per month per rig. However, the plant manufacturing these
rigs delivers them without providing any shelter which is
badly needed by the operators in winter. Therefore, the manu-
f acturing plant must be requested to supply these rigs with
shelters suitable for operators working the year round. Lack
of shelters has compelled drillers to use all sorts of shelters
and covers. This is not a proper solution of the problem and
drillers engaged in geological survey and petroleum explora-
tion hope that shelters suitable for winter conditions will
be supplied in the near future.
ASSOCIATION:PTO Geologo-poiskovoy kontory tresta
Kavkazneftegazrazvedka (Production and Technical Section
of the Exploration Office of the Kavkazneftegazrazvedka
Trust)

BASO,V V.V.t tekhnik goologo-riEvedochnogo bureniya
(S.Pyatigorsk)
1:7-
Using a packer in core drilling vhUe abutting in a
gasser,
Neftianik 5 no.7:1~-15 J1 160. Z~iRA 14:9)
(Core drillin -Equipment and supplies)
(Gas.. Natural)

BASOV9 V.V., tekhnik po bureni~
Drillers aid agricultural workers. Neftianik 5 no.2:3-6 F
160.
(mm 14:10)
19 Pyatigorskaya goologormwedoobnaya kontora Stavropol'skogo
kraya.
(Stavropol Territory-Agriculture) (Arteaianveno)

USHMOV, V.B.0 doktor tekbn. nauk; PMOV, G.M*# kand,
telft,
nauk; POPOVj V.A,; LAKOD', N.B.;
MOSKALENKO, G.V.; SABAYEV, G.N.j ABIZOVA, T.V.,
inzbo,red.
[Tbe MN-14 nonlinear electronic analog computer)
Elektron-
naia nelineinala analogovaia vychialitelinaia mashina.
MN-14. Moskmat Mashinostroeniep 1965. 232 p.
(MIRA 180)
1. Nauchno-issiedovatel'skly institut. schetnogo
manhino-
stroyeniya (for Ushakov, Petrov).

GOLOVANOVV V.A., kand. tekhn. nauk; BASOV, Yu.A.,
inzh.
Now -----0------
Parameters of the systems determining the
voltammetric curve
of semiconductor valves. Vest. TSNII MPS 23
no.7t22-27 164.
(MIRA 18:3)

BASOV Yu - LFBEDEVA I M.I. I ~
I
"WageB of railroad workers"'by A,F, Kachalkins Reviewed by
IU.14. Basovj, M.I. Lebedeva. Zbel. dor. transp. 45
no.5:93-
95 YT 163. (MIR& 16:10)
1. Starshiye inzhenery Upravleniya truda,, zarabotnoy
platy i
tekhniki bezopasnosti Mnisterstva putey soobshcheniya.

BAIABAYEV, a.m.., Uzho- BASOV Yu.T'
Eliminating the elemontr of heavy work is a necessary condition to
improve work sanitation in p Sudostroenis 28 no,,5t65
My 1629 (MM .15:7)
(Shipbuilding-flyeenic aspects)

RBZNZOT, L.I.1 'YUSIKOVICH, V.P.; BA redaktor; MAKHOVA,
N*NOP
takhnicheskiy redaktor ,
[Problems pertaining to teaching.plWaice in %chool.,
teaching scignoes
fron.tho'angle of practical application] Topromy
prepodavantla fivild
v shkole; Is opyte, politekhntchesk~go obucheniia.
Soetavitell L.I.
Revatkov, I T.F.Wilkoviche Moskva, Goo,
uchabno-podagog, isd-vo
Mintaterstva proeveshchanita RVSR. 1954. 185 p. . (HLRA
8M
(ftsice-Study and teaching)

BASOY-GRIIMV. 6.A.: X&VMUN. A.I.
Automatic control of oil pumping in ollfields.
Neft.kbos. 34
no.2:63-65 1 156. ()MRA 9:3)
(Automatic control) (oil wall pumps)

LINNIK, G.N.; BASOVA, A*I.
--LE
Development of neasures for combating the potato
tabor oolvorm.
Trudy probl. I ton.soveshch. no.3:198-207 154. (MIU
80)
1. Miarikovskiy ordens Trudovogo Irmnogo Znswni
sallskokho-
zyaystveww institut in, TOVOD*uobaywm.
Olematods.) (Potatoes-Diseases and posts)

KIRIYANQTA, U.S.; LIMI. G.N.; BM , Aa.. IMSHCHWO, Te.P.;
RYSS. R.G.; POGOSTAN, J. =A&
141.
Appendix 2: Recommendation& for coulating the potato tabor
nematode (intyien0hus destructor Tborne, 1945). ftnAr pro'Di. I
tax-soveshch. no-3:233-Z55 154. (MIRA 8:5)
1. Zoologichookiy inatitmt Akadenii nauk SSSR, 1hartkovskly
sell skokhozyayvtvomW institut is. V.V.Dokuch&7ev&, Kiyevskays,
sell mkokhozyVetvenuays, oprtuaya stantsiM Mcrainskiy nauchno-
issIeUvatel'skiy 'Institut ovoshobayodetva, Zoologichaskiy
institut Acsdemii nauk Arapmakoy SSR.
(Xematoft) (Potatoes-Diseases end posts)
94;

Inshener; TATSKILISON, S.M., redairtor;
FURMAN., GeV., tokhnichookly rodaktor
C,04r experience In a dispatching system for
machine-tractor stations]
Nash Opyt organizatsil dispetcherskoi oluzhby v HTS.
Hooky*, Isd-vo
gZainletO 1956. 31 p. (Yeasotusnoo obahcheatya po
rosprostronenlin
poittichaskikh I nauchafth srAnii. Bore 5, no,24) (HLU
9: 11)
1. Do-Po 'evskey, WS "sionskoy oblastl (for Basova)
I (machine-trac'tor stations)

MIKUYLOV. G.S.; XONIKOVA. V.A.; BASOVA, A.K.
- - 47 wc-~2-
fteparation, of otbyl aster of sthwWacetic &aid. Zbur.
PrIklad. Ms. 23,
1329-30 152. (=A 5 t 12)
OA 47 no.22.-i2243 133)
1. Leningrad 7111&1 VNIVI.

rv

L 35371-66 WM
ACC NR. AR6o17793 SOURCE CODE:
AUTHOR: Basovaj. B. Go A&
TITLE: ar gate circuits for the nanosecond range
SOURCE; Ref. zb. Fizika, Abe. IA400
REP SOURCE: Tr. 6-Y Naucbno-telft. konferentsii Po
Atomizdat, 19&p 152-157 yadern. radioelekt To ls Me)
TOPIC TAGS: nanosecond pulse., gate signal, linear logic, pulse
transformer, pulse
shaper, semiconductor diode
ABSTRACT: The author describes a conicidence gircuiAor operation
with pulses havirN
fronts of the order of several nanoseconds. The circuit is
constructed with two
transformers with a transformation coefficient 1;1) and one vinding
of each has a
center tap. The terminals of these windings are interconnected
through semiconductor
diodes. Application or the input pulses and pickoff of the output
pulses is to and
from the windings having no center tap. A bias voltage is applied
between the center
taps to maintain the.semiconductor diode Cut oM The gating pulses
vhich cause the
diode to-cbnduct are applied to the same center taps. If the
transformers are con-
structed t6 bi6 symmetrical., tbeie-is no pedestal on the output
pulse. The circuit
for shaping -tfii~'ji-M4 puliep"4iZiRructed vitb tvo avalanche
transistorsj, is also
described. V. P. ETranslation of abstract]
SUR CODE: 09, 20
A I I

BRUSM, D.E.. doteent. Prinimall uchastlys: SRaWT,
G.N.. dotsent;
--BASOM_j,!6., doteent; TSM, L.T., prepodaystalIg
IZ=ff,
CHUKAKOT, I.N.0 preWavatell, moxxvICH,
A,N., datsent, red,j ORMT, AoD*v tekhnered,
Lziectric equipmut of oirplaws] Blektrooboradoyanis
samoletov.
Noakwa, Ges.emarg.isd-vo, 1948. 464 p. (MMA 12:6)
I* 11afedra inshonerno-avistsionnoy slushby
KoakoTskogo ordena
Lenin& onergetichoskogo inatibuta im. V.K.Rolotova
(for all
except Sankevich, Charov).
(Airplanes-Electric equipment)

&) C'
24-11-18/31
,AUTHORS: Basova, B. K., Bogoyavlenskiy, V. N. and Yanshin,
A.A.
TITLE: Operation of an asynchronous motor with an
asynchronous
frequency changer. (Rabota asinkb onnogo dvigatelys. s
asinkb onnym preobrazovatelem chastoty).
PERIODICAL: Izvestiya Akademii Nauk SSSR Otdeleniye
Tekhnicheskikh
Nauk ~..159 ?USSR)
1 1957, No.11, pp. 148.,
ABSTRACT: D. N. Lipatov (Ref.l.) investigated the possible
variants
of operation of asynchronous machines as frequency
changers connected in cascade with a short circuited
asynchronous motor loaded with a tan and also the static
stability of the system. A. I. Artemlyev, A.I. (Ref.2)
calculated an asynchronous frequency changer and analysed
its fundamental operating characteristics. In this paper
a cascade is investigated as applied to a short circuited
asynchronous motor with traction load. A method of
calculation is evolved of the system asynchronous
frequency changer-asynchronous motor for a constant power
of the asynchronous motor. Also,the problem is considered
of the geometrical loci of the currents and the fundamental
power relations are derived for various regimes of the
Card 1/3 asynchronous frequency changer. Fig.2, p.148 gives
the

24-11-18/31
#Operation of an asynchronous motor with an asynchronous
frequency
changer.
equivalent circuit of the cascade and a simplified
equivalent circuit of the cascade is shown in Fig.3.
Por slips exceeding 0.5 the currents can be expressed
by Eqs.(3.2) which represent equations of circles.
Therefore, for machines of medium and small ratings,
the geometrical loci of the current of the system for a
constant slip and for slips exceeding 0.5 can be
substituted by sections of circles, An approximate
equivalent,eirouit used for deriving the equations for
calculating the currents, voltages and power ratings is
shown in Fig,% P-155. In the final part an engineering
method of calculation is given for the case of a constant
power output of the asynchronous motor; the dependence of
the main power values on the degree of slip calculated by
means of the here given method is shown in Fig.7 which
also gives the dependence of the torque on the slip for
the case of a constant stator power. Calculations were
also carried out for determining the degree of accuracy
of the fundamental values characterising the operation
of the system asynchronous frequency changer-asynchronous
Card 2/3 motor by means of relations derived from various

BASOVA, B.K., kand.tekhn.nauk
- ney regulation of the al5ead of asynchronous
traction
noteqonr:. Trudy MIT 114:17-33 '590 (MIRA 13:4) .
(Blectric motors, Induction)
I

RASOVA, B.K., Imnd.tekhn.nauk
-.11. 1 1 - ~~- -1, -
Graphical and analytical method for designing a
combined
scheme for the replacement of the asynchronous
frequency
converter and the asynchronous motor. Trudy MIT
114:
84-98 159. (MBA 13:4)
(Blectric motors, Induction)

WTSIWO, V.Ye., dots. kand.takhn.nauk; BASOVA,
B.K,, kandstokhn.nauk
Dwe-stigation of certain problems of the trackside
electric
power supply to railroad installations and homes
of railroad
workers. TrUdy MIT 114:121-142 '59. ()aR& 13:4)
(PAIlroads-Illectric equipment)

----BAS(AIA-2 B.K.W dotsent; JANIXE, B*B.j, clotsant
Use of static phase converters in track work in
railrcafl- tran.--
portatIone Trudy MIIT noo205:104-115 10'5# (14TRA 18t9)

K4BAKP la.m. (deceased); WOU, G.G.
Content of a factor stimulating the secretion of
lutainizing
bcrmoze in the human hypothalamus and the
pceterior lobe of
hyWphysis. Biul. eksp. biol. i med. 60 no.90-7 S
065.
(MIRA 18:10)
1. Laboratoriya andokrinologit (zav, - prof. Ya,M,
Fabsk
[deceased]) biologo-pochvennogo fakul'tete
M4skcvskogo gosu-
darstvonnogo universiteta imeni Lomonosova.

PARU:'-:Sjl Z.b.; ZDANOVICH, V.I.; KUGUCffF.VA, Ye.Ye.;
BASOVA, G.I.; KURSAIMV, D.N. I
-- 11 --- ---- --
lonio hydrogenation of the ethylene bond. Dokl. AN SS2 1.66
no.lsl2.2-124 Ja 166. Ofi-IRA 19:1)
1. Institut elementoorganicheokikh soyedineniy AN SSSR.
2. Chlon-korrespondent AN SSSR (for Kursanov). SubmittA~d
June 19v 19659

Te.twg.:~rAl tDrrop2atircm frm the X3rillsk dapz~sit. 7.r-4dy
M.,,.n.miz.
165, (MITILk 2.818)

ABRAMOV. V.A.; ALEKSEYK-1, A.H.; ALITM. L.3.; ARAKELYAll.
A.A.: BAKIANOV. G.I.-.
BASOYA, I.A.; BLTUHIIJ, I.G.; BOGOHOWV, O.To; BCH, H.Z,;
BUGELI,
i.-Ye.; VXYTSMAN. N.R.; VIKEIRIM, A.I.; GALITSOV, A.D.;
GIRTSOVSKATA,
B.R.; GIADKOV, I.A.; DVCRKIN. I.N.; DRAGILEV, H.S.;
YXrIHOY, A.M.;
ZHAHIN, V.A.; ZHUX. I.N.; ZAHYATHIN, V.N.; IGNAT'YXV.
D.1.; ILIIN.
M.A.; WIN, S.S.; I&YE, Ya.A.; KAYE, V.A.; KAMIMITSER.
S.Ye.;
KATS. A.I.; KLDOV. A.G.-. KOZLOV. G.A#; KOLGANOV. HaVo;
XONTOROVICH.
Y.G.; KRAYEV, M.A.; )MONROD. Ya.A.: LAKHKAN. I.L.;
LIVANSKAYA. F.V.;
LOGOVINKAYA, R.L.; LYUBOSHITS, L.I.-. KALYSH, A.I.;
MIMZHINSKIY.
Ye9A.; HIKHAYWVA, P.Ya.; HOISNn*V. H.I.-. HOSKVIN. P.M.;
NCTKIN.
A.I.; PARTIGUL, S.P.; PERYUSHIN, S.P.; PWROVp AwIo;
PURUSHOV0 AsMs;
PODGORNOVA, V.M.; RABINOVICH.,H.A.; RYVKIN. S.S.; RYNDINA,
M.N.;
SAKSAGANSM, T.D.; SAMSONCY, L.U.; SMNHOV, B.M.;
SOKOLIXHIN, S.I.;
SOIJMTIIISICAYA. Ye.l.; SUDARIKOV. A.A.; TATAR. S.K.;
TFBMITLIV,
P.V.; TYAGAY. Te.Ya.; FXrGIN. Ya.G.; FIGURNOV, P.K.;
FRUMKIN, A.B.;
TbTRLIU. L.M.: SHAMBERG. V.M.; SHAPIRO. A.1.: SHCHXNKOV.
S.A,-.
IUD34LIMAN. B.I.; 3ZHIN. P.E.; MITROFA110VA. So. red.;
TROYANOVSKAYA, No.
takhn.red.
(Concise dictionary of economics] Kratkii ekonomicheskii
slovarl.
Moskva, Gos.izd-vo, politelit-ry, 195B. 391 P. (MMA 11:7)
(Economics-Dictionaries)

ACCESSION NR: AT4014061 S/3072/63/000/000/0066/0069
AUTHOR: Veylero S. Ya.; Lfttmanp V. I.; Petrova. N. V.; Vasillyeva,
Ye. N.; Bas"a.
1. G.,- Kuznetwv, K. L; Livanov, V. A.
TITLE: Effect of cooling and lubricating fluids upon the quality of
the sheet surface during
rol4ng of aluminum alloys
SOURCE: Fiz.-khim. zakonomernosti deystviya smazok pri obrabotke
metallov davleniyem.
Moscow; Izd-vo AN SSSR, 1963, 6649
TOPIG TAGS: aluminum, aluminum alloy, aluminum sheet, aluminum
rolling, sheet rolling,
cooliWfluld, lubricating fluid, emulsol
ABSTRACT: The normal water-emulalon lubricants used during the
rolling of aluminum
alloys prove unsatisfactory under technological conditions because
they produce water stains
on the surface of the rolled metal and, become Impure after a few
days of service. Therefore,
Card 1/2