SCIENTIFIC ABSTRACT BRAZHNIK, L. - BRAZHNIKOV, V. I.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206820006-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BRAZHNIK, L. inzh.
.-Y
.0
Electrothermal method of tightening reinforcement, Bad. mat. i koustr.
4 nool:24-30 Ja-F 162* (MIRA .15:7)
(Concrete reinforcement)

ELIPERIN, I.T.; BRAZHNIK,, L.G.
uAdvances in magnetohydrodynamics"; collection of articles.
Inzh.-fiz.zhur. 6 no.10:137-139 0 163* (MDU 16:11)

KURNEVICH, G.I.; ALEKHRIA, G.V.; BRAZHNIK JvG,
.._. - ,
Infrared spectra of chromium (III) compounds with
methionine, Zhur,neorg,khim. 10 no.8sl942-1943 Ag 165.
WRA igal)
1. Submitted October 2% 1964.

BRAZIDII I j!qopid,jv FURINIA, Nikolay Petrovich; ZMRM:,
--- KI , =ovich; CHE
Illya losifovich; AZARNINA, N.I.,, red.; YERININA, I.A.,
tekhn. red.
[Prestressing of reinforcements using an electric heating
technique] Napriazhenie armatury metodom elektronagreva.
Kiev, Gosstroiizdatp USSR, 1963. 96 p. (14IRA 17:1)
(Prestressed concrete)
(Concrete reinforcement)

56-34-4-14/6o
AUTHORS: Alltshuler, L. V., Krupnikov, K. K., Ledenev, B. N.,
Zhuchikhin, V. I~,,_Brazhnik, M. I.
TITLE: The Dynamic Compressibility and the Equation of State of
Iron at High Pressures (Dinamicheskaya szhimayemost' i uray-
neniye sostoya!Uya pri Tysok-,ikh davlaniyakh)
PERIODICAL: Zhurnal eksperivental!noy i teoreticheskoy fiziki, 1958,
Vol- 34, Nr 4, PP- 874 - 885 (USSR)
ABSTRACT: This work discusses 2 methods for the description of the dy-
namic compressibility of materials, which are based upon the
determination of the ki nematic parameters - the propagation
velocity and the mass velocity of the material behind the front,.
The measurement of wave velocities by means of donors being
mounted in the path of the shock wave is relatively simple. In
contrast to this the immediate observation of the mass velocity
is impossible in most of the cases.The authors worked out 2
methods for the complex determination of the kinematic parame-
Card 1/4 ters of the wave, namely the "method of repelling" and the

The Dynamic Compressibility and the Equation of State of 56-34-4-14/6o
Iron at High Pressures
"method of slowing down". In the method of repelling the pro-
pagation of a strong crack is investigated, which forms on the
occasion of the reflection of a detonation wave at an elastic
obstacle. The experimentally measurable quantities on this
occasion are the wave velocity D and the velocity W of the
displacement of the free surface of the obstacle on the initial
part of the trajectory. W is approximately equal to the double
mass velocity of the substance behind the wave front. The veloc;-
fity of motion W is obtained by the material of the obstacle
under the action of two different processes, namely of the
shock-like transition from the state Po . 0; v0 into the state
Pj; vj, and of the subsequent isentropic expansion in the on-
coming relief wave. The second paragraph deals with the method
of the investigation and with the experimental technique. The
third paragraph reports on the dynamic adiabatic line of the
iron. A table gives the parameters of all experimentally stated
figurative points of the adiabatic curve of the shock in iron.
Card 2/4 Within the whole investigated domain of the mass velocities

The Dynamic Compressibility and the Equation of State 56-34-4-14/6o
of Iron at High Pressures
from U - 110 to U - 5,17 km/sec the linear relationship
D -3,80 + 1,58 U is valid for the propagation velocity D of
the shock wave. In the next paragraph the compression of
iron at the temperature zero is computed and in the last
paragraph the curve of the compressibility of iron is extra-
polated to the domain of relatively low degrees of compression.
The developed method allows to fix the dynamic adiabatic curve
of iron with different initial dengity within the interval
of pressures of from 4.1o5 to 5,10 atmospheres. The dynamic
adiabatic curve of porous iron with decreased initial density
is in the diagram pressure - density considerably higher than
the adiabatic of tho compact material which speaks for the
great influence of the thermic component in the shock-like
compression. The authors derived an empirical equation of
state of iron and ascertained the course of the curve of the
cold compressibility unto the densities 9 - 1,7yo. This work was
carried out on the initiative by Ya.B.Zelldovich. The authors
Card 3/4 also mention thecopperation of a number of other authors.

The Dynamic Compressibility and the Equation of State 56-34-4-14/6o
. of Iron at High Pressures -
There are 10 figures, 3 tables,and 14 references, 6 of which
are Soyiet.
SUBMITTED: December 28, 1957
1. Iron--Mechanical properties
Card 4/4

56-34-4-15/6o
AUTHORS: All tshuler, L. V., Krupnikov, K. K., Brazhnik, M. I.
TITLE: The Dynamic Compressibility of Metals Under Pressures of
From 400 000 to 4 Million Atmospheres (Dinamicheskaya szhimay&7
most' metalloy pri dayleniyakh ot chetyrekhsot tysyach do
chetyrekh millionov atmoafer)
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1958,
Vol. 34, Nr 4, pp. 886 - 893 (USSR)
ABSTRACT: This paper reporb on the bases of a method for the experimental
determination of the djrmamio compressibility of copper, zinc,
cadmium$ tin, silver, gold, lead, and bismuth at pressures of
from 400 000 to 4 000 000 atmospheres. In the case of all these
materials the knowledge of only one dynamic adiabatic curve is
not sufficient for the determination of the equations of state,
which establish a relation between the pressure and the tempe-
rature and density. Yet the data on the shock-like compressi-
bility at pressures of hundred thousands and millions of atmos-
Card 1/3 pheres are very -valuable for the verification of the theoretical

The Dynamic Compressibility of Metals Under 56-34-4-15/6o
Pressures of From 400 000 to 4 Million Atmospheres
ideas on the behaviour of matter on such conditions. The
authors investigate the transition of a shook wave with known
amplitude from the medium A into the substance B. The experi-
mental method is discussed in detail. A plane shock wave
caused by an explosion passed an iron shield to which samples
of iron and of the materials to be investigated were pressed.
The 3 series of experiments differ in the pressure of the
shock wave in the shield. The propagation velocities of the
shook wave obtained in these experiments are composed in a
table. There are also given the parameters of the shook waves
in the iron shields and the initial densities Yo of the in-
vestigated samples. In all investigated metals, with the ex-
ception of tin, the dependence of the displacement velocity
D of the wave front in the undisturbed medium on the velocity
U of matter behind the wave front for U> 1 km1sec is suffi-
ciently exactly approximated by linear relationshipsof the
kind D - 01 +?LU. The degree of compression in a certain way
0
depends on the initial atom TQIUMO. In the case of increasing
Card 2/3 pressures the wave velocity and the mean modulus of the shook-

The Dynamic Compressibility of Metals Undar 56-34-4-1516o
Pressures of From 400 000 to 4 Million Atmospheres
-like compression increase for many times. The authors thank
A.N.Koleanikova, S.N.Pokrovskiy, A.L.Zhiryakov, M.M.Pavlovskiy
and V.P.Drakin for their cooperation in this work. There are
5 figures, 5 tables and 3 references, 2 of which are Soyiet.
SUBMITTED: December 28, 1957
1. Metals-14echanical properties
Card 3/3

8371-5
S/05 60/038/004/006/048
B01 9YB070
ZOO "tPoo
AUTHORS: Alltshular.-L. V., Kormer, S. B., -BrazhBik, Y. I.,
Vladimirov, L. A., SperanskayW* 11. P., Funtikov,_A. I.
V1 ;1~2-2p-er 11
TITLE: The Isoentropic Compressibility of Aluminum, Lead,
and Iron at High Pressures
PERIODICAL,. Zhurnal I perimentallnoy i teoretichoskoy fiziki, 10M,
Vol- 38, No- 4, PP- 1061-1073
TEXT; New methods of investigation of the properties of materials at
high pressures depend on the application of shock waves. Two parameters
are determined: the velocity of propagation of the shock waves, and the
particle velocity at the front, which enable the pressure and the density
of the shock compression to be determined. Another important kinematic
parameter is the velocity of sound in the shock compressed material. This VX
quantity characterizes the velocity of propagation of small disturbances
in the compressed material. These small disturbances are weak shock waves
and discharge waves, and are of importance in geophysical and other
similar investigations. In the present paper, a method is suggested for
Card 1/3

83715
The Isoentropic Compressibility of Aluminum, S/056/60/038/004/006/048
Copper, Lead, and Iron at High Pressures B019/BO70
the measurement of the velocity of sound in the front of strong shock
waves, and results of investigatio a for aluminum, lead, and iron for the
.105 9
pressures between 4 and =.-., 01-Atm are given. In the first section a
method of measuring the velocity of sound is given which depends on
measurement with the discharge waves. In this method the decrease of
pressure due to the superposition of the discharge and dilatation waves
in the zone of the boundary of the sample in the form of a stepwise bui
cylinder is measured photochronograpbically. In the second section,
elastic and plastic discharge waves are discussed. In the third part, alt
method of measurement is discussed in which the collision of a plate and
a sample from a material of known dynamic adiabatics is studied. This
method leads to an experimental determination of the trajectories of the
shock waves, and to the measurement of the particle velocities at one or
more points of these trajectories. In the fourth part, the data given in
Tables 2, 3, 4, and 5 are discussed in detail. In the last two sections,
the isoentropic compressibility of the metals, and the upper limit of
"cold" compression are studied on the basis of the results obtained here;
and an estimate of the thermal energy and the temperature is made. ln the
present paper, the existence of two sound velocities corresponding to the
Card 2/3

83715
The Isoentropic, Compressibility of Aluminum, S/056/0'0/038/004/008/046
Copper, Lead, and Iron at High Pressures BO1q/BO7O
elastic and plastic states of matter are established. The velocities of
sound, and the isoentropic compressibilities in the above mentioned pres--
sure range, the estimates of thermal energies; the temperature of shock
compression; and the Griinei,.',en coefficients are given in tables. Yu. M.
Shustov is mentioned. The paper was started in 1948 on the initiative of
AcLde,mician Ya. B. Zelldovich. The Corresponding Member of the AS USSR
Ye. I. Zababakhin is thanked for many valuable Advices. K. Kz Krupnikov,
B. 17. Ledenev, and A.-A. Bakanova are thanked for discussions. Professor
V. A. Tsukerman and his colleagues I. Sh. 1.1odell and M. A. Kanunov helped
in the constructional problems. Some data ivere obtained from V.I.Borodulin.
N.S. Tenigir, A. N. Kolesnikova L. N. Gorelova, and M. S. Shvetsov
belped in the experimt~rtal -.-ork. Thero are 10 fi~:~,Ures, 7 tables, and 15
references: 5 Soviet and 3 VS.
SUBMITTED: October 7, 1959 (initially), January 3, 1960 (after
revision) vl~
Card 3/3
V

3/056/62/042/003/006/049
B104/BlO2
06
AUTHORS: Krupnikov, K. K., Br
Krupnikova, V. P.
TITLE: Shock compression of porous tungsten
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheakoy fiziki, v. 42,
no. 3, 1962, 675 - 685
TEM The wave velocity D and the mass velocity U of a shock compression
in tungsten of different porosities were determined by a method intro-
duced by L. V. AlItshuler et al. (ZhETF, 34, 886, 1958)- Shock waves of
given intensities were transmitted to tungsten samples by means of metals
whose dynamic compressibility was known. Three test series (Table 1)
were made. The shock adiabats, P(a), for porous samples showed a nega-
tive slope at pressures < 0-5-10 6 atm. With increasing shock wave
amplitude, the negative slope decreased and became positive. This
peculiar course of the adiabat was explained by the variation of the
effective Gr"eisen coefficient with the degree of compression and heating.
An essential contribution is made by the increase in electronic heat
capacity. The slope (dQ/d6) H and y were calculated (Table 3),
Card 1/-19- '~j

S/056/62/042/003/006/049
Shock compression of porous tungsten B100102
A. S. Kompaneyets and S. P. Dyakov are mentioned. L. V. AlItshulert
Ya. B. Zelldovich, Ye. I. Zababakhin are thanked for interest,
S. N. PoIcrovskiy, A. N. Kolesnikova, A. A. Zhiryakov, A. V. Blinov, and
T. T. Lisovitskaya for assistance. There are 6 figures, 4 tables, and
11 referencest 8 Soviet and 3 non-Soviet. The three references to
English-language publications read as followst R. G. McQueen, S. P. Marsh.
J. Appl. Phys., ~1, 1253, 1960; R. Latter, Phys. Rev., 22, 1854, 1955;
T. R. Waite, R. S. Craig, IU. E. Wallace, Phys. Rev., 104, 1240, 1956.
SUBMITTEDt November 1, 1961
Table.l. Experimental results.
Legend: (1) Test series, (2) material transmitting the shock waves to
the tungsten, and Pa in dynes/cm2, the pressure exerted by the shock wave;
(3) degree of porosity, M 0 Q0 where Q0 - density of compact tungsten,
Q00 - density of porous tungst/enQ.,-j4) D and U, km/sec, (5) pressure 10-12,
P, dynes /cmZ
(6) relative density, 6 0
Card 2/3

R.ffa.~1~0'0. N4Z
..A33> Xr, 971-19,- 20 VAY,
-IMPACT COMPRESSIBILITY OF Ti. Mo,. Ta, and Fe (USSR)
1crupniko K. K ,
V, A.
A. Bakanova, M. L: Brazhnik, and R. F. Trunim IN:
Akademiya nauk SSSR. Doklady, lf8, no. 6, 21 Feb 1963 1302-1305.
V~
S/020/63 /148 /006/012/023
The impact compressibility of Ti, mo.-,andTaat1p.ressures up to 5,106 atm,
and of Fe at a pressure of - 9 .106 zitm,. has -been determined. The pressure was
gene.rated-by shooting aluminum plates at, a velocit y of 5600 m /see or steel pins-
at a.,,v,L-loc.ity.of 8640 or 9100 m/sec-onto test specimens 3-4 mm thick which
were shielded by an Al or Fe shield. The pressure and the degree of compres-
Sion were calculated from the experimentally determined velocity D of the shock
-wave. The state of impact compression and the Ivalues of pressure P and mass
velocity behind the front of shock wave U, were determined graphically. The
comprIession density p, was: calculated . from the eqIuation poD P(D-U), where
Po is the initial density. From the obtained sh-ock-wave parameters the adia-
batic curves for,~shock waves and zero isotherms were calculated and plotted.
111AS]
. . .... ....
Card 1/1

BWHNIK. M.Ya.
I-----
Hydrochloric acid substitute in field determination of minerals.
Razved. i okh. nodr 27 no*8.'50-,51 Ag *,61. OURA 16~7)
1. Dnepropetrovskiy metallurgicheskiy institut.
(Mineralogy,, Determinative)

BRAZHNIK, P.A.
Predecessors of perennial grasses
Sov. agron., 10, no.9, 1952

BRAZHNI~K~,F. Imnd.ask'skokhoz.nauk; GLTANTSW, A.F., kand.sellskokhoz.
naulc
Methods of sowing perennial grasses. Nauch. trudy Ukr. nancb,
issl. inst. rest. sel. i gen. 2:23-56 158., (MEU 14:1)
(Grasses) I (LIep*,-f).

--BWHHIX,-2--L.,--kand. sel I Bkokhox.nauk
Methods of growing perennial grasses for seed. Bauch. trudy Ukr.
nauch.-isel. inst. rast. sel. t gen. 2:65-82 158. (MIRA 14:1)
(Legumes) (Grasses)

,,-, BRAZHNIK, P.A.,__kand,seliskokhoz.nauk
Harrowing forage alfalfa fields in spring and after mowing.
Bauch. trudy Urk. nauch.-isal. inst. rast. sel. i gen. 2:83-84
'58. (min 14:1)
(Alfalfa) (Tillage)

BRAZHNIK, P.A., kand.sellskokhoz.nauk
Fertilizer application to perennial grasses. Rauch. trudy Ukr-
nauch.-isal. inst. rast. sel. i gen. 2:85-90 '58. (MIRA 14:1)
(Grasses--FertilizBrs and manures)
(Legumes--Fertilizers and manures)

BRAZHNIK, P.A., Imnd.sellskokhoz.nauk
Fertilizer requirement of spring and winter wheat when preceded
by perennial grasses. Nauch. trudy Ukr. nauch.-isel. inst. rast.
sel. i gen. 2:267-270 158. (MIRA 14:1)
(Wheat--Fertilizers and manures)

BRAZHNII,_Y_t~nd.sellskokhoz.aank
Measures for the fall care of strongly developed winter wheat.
Nauch. trudy Ukr. nauch.-isel. inst. raBt. sel. i gen. 2:271-275
158. (MMA 14:1)
(wheat)

BRAZENIK. P.A., kand.sellskokhoz.nauk
3ffect of snow retention and soil moisture accuimlation on crop
yields. Hauch. trudy Ukr. nauch.-issl. inst. rest. sel. i gen.
2:229-234 158. (MIRA 14:1)
(Soil moisture) (Snow) (Field crops)

BR.kZHNIK, P.A., kand.sellskokhoz.nauk
How the time chosen for turning the perennial grass sod affects
the yeild of crops in the rotation. Nauch. trudy Urk. natich.-
isel. inst. rast. sel. i gen. 2:287-291 158. (mj%, 14:1)
(Tillage) (Grasses) (Field crops)

Viktori vanovna; MIKE
BRAZHNIK,-.- LADZE, Pavel Vyacheslavovich,,
-0-900 FORICHET,-Vasili-y Ivanovich; USPENSKIY, V.V., kand. ekon.
nauk, nauchnyy red.; MORSKOY, K.L., red.j MIKFMVA~ A.A.,
tekhn. red.
(Planning and financing capital construction; practice of
the Dnepropetrovsk Economic Council] Planirovanie i finsi).
sirovanie kapitallnogo stroitellstva; opyt Dnepropetrovskso
sovnarkhoza. Moskva,, Gosetroiizdat.. 1963. 76 p.
(MIRA 16:8)
(Dnepropetrovsk Province--Construction industry-Finance)

BRAZHNIK V M
Boxes for laboratory studies in biology. Eat. v shkole no.6:
70-71 N-D 156. (MLU 9:12)
1. Uchitell aredney shkoly no.1 goroda Graka Chkalovskoy
oblasti.
(Biology--Study and teaching)

BRAZHNIK, V.11..uchitell.
Establishing norms for the work of students on the school experiment
-olot. Biol. v shkole no.2:46-47 Mr-AD 158. (IdRA 11:4)
1. ShIcoln Do.1, g. Orsk Orenburgskoy oblasti.
(Agriculture--Study and teaching)

.
Mlt by skilfal collective farmers. Sell. stroi. 3-2 no.2.-12-13
7 158. (MIELA 11:2)
1, Starshly Inzhoner Omskogo oblastnogo upravlenlys po stroitellatvu
v kolkhozakho
(Mookalenki District--Farm buildings)

BRAZENIX, V.M., uchitel'
Biologic competition. Biol. v shkole no-3:86-87 My-Je '61.
(MIRA 14:7)
1. Odinnadtsatiletnyaya shkola No.1 imeni A.S.Makarenko g.
Orska Orenburgsk oblasti.
OTBiology--Study and teaching)

BWHNIK V.S..; TABLOUSKAYA, L.V., rediar-tor; DOKUKLITA, Ye.V., redaktor;
vwdmwwdk~ I
NPIMSOV, I.M., takhnicheskiy redaktor
(Uperience in making machine parts al,4 the Krivoi Rog and Novo-
Tagil plants] Opyt izgotovleniia detalei oboradovaniia na Xrivo-
rozhokox i Novo-Tagiltskom metallurgicheakikh zavodakh. Moskva.
Goo. nauchno-tekhn. izd-vo lit-ry- po chernoi i tovetnot metallur-
gii, 1935. 76 p. (MLRA 8:7)
(Krivoi Rog-Machine-shop practice)

A,U- THOR: Brazhnik.-J. S SOV/130-58-9-8/23
TITLE: - ~Ilneumatic Drive for Returning a Mixer When the Load is
Removed (Pnevmaticheskiy privod dlya voxvrashcheniya mik-
sera pri snvatii napryazheniya)
PERIODICAL: Metallurg, 1958, bir 91 pp 19 - 20 (USSR)
ABSTRACT: Though mixers normally return by gravity to their position
when the tilting load is removed, lining wear and other
factors sometimes prevent this. A special, pneumatic-
mechanical (Figures 1 and 2) syster has been installed on
the 1 300-ton mixer at the Krivorozhi MF-Itallurgicheskiy
zavod (Krivoy Rog Metallurgical Works5 for providing a
positive drive to return the mixer. The pneumtic-
cylinder diameter is 150 and itsstroke 110 mm, the working
pressure being 4-6 atm. and the shaft torque 185 kgm.
The positive return drive secures safety of mixer operation
in the event of failure of the main drive, is relatively
cheap to make and is recommended by the aithor f or use
at other works.
There are 2 figures.
Uard 1/2

0
SOV/130-58-9-8/23
Pneumptic Drive for Returning a Mixer When the Load is Removed.
ASSOCIATION: Zavod "Krivorozhstal'Il ("Krivorozhstall" Works)
I. Concrete mixers--Operation 2. Concrete mixers--Control
systems ;3. Control systems--Equipment
Uard 212
S

PELEYEEV, Aleksandr Ivanovich; ROBER, Davi.d Aronovich., BPA.MII.KOV,
Aleksandr Mikhaylivich.?, VIGDORCHIK, D.Ya., r(.-tnlanzent;
IZATUILOV, R.A., rotcenztint,! I'SIPERSOE, A.L.., red.
[Gas-using equipment of meat -,indlistry enterprises] Gazo-
ispollzuiushcboe oWmAccivanie Predpi,liatii miasnoi pro-
nTshlermosti. Moskva: Pishche-vala promyshlennost', 1965.
155 P. (EIRA 18:10)

BRAZOIKOV, G.A.
"Structures without roots" of the Stalingrad type. Geol-nefti
i gaze 3 no.10:21-24 0 159. (MIRA 12:12)
1. TSentrallneya muchno-iseledovatellsk-ayu laboratoriya
Upravlemiya Stalingradnoftegaz.
(Don Valley--Geology, Structural)

BRAZHIIIKOV., G.A.
Forms of tectonic disturbances in Stalingrad Province and their
genesis. Biul. MOIP. Otd. geol. 34 no.5:149-150 3-0 159,
(MIRA 14;6)
'(Stalingrad Province-Geology, Structural) %

BRAZHNIKOV., G.A.; VESNINA,, T.L.
Prospecting methods arid oil pools in-Volgograd Province. Sov.geol.
5 no.2:=-126 F 162. (MIRA 15:2)
1. Volgogradskiy nauchno-issledovatellskiy institut neftyanoy i
gazovoy promyshlonnosti.
(Vogograd Province-Petroleum geology)
(Volgorod Province-Gas, Natural-Geology)

MARKOVSKIY, N.Iq BRAMNIKOV G.A.; VESNINA, T.L.
____ j_
Ili,oopecting for lithological oil and gas pools in the Volga Valley
prution of Volgograd Province. Geol.nefti i gaza 6 no-4:25-29
162. (KM 15:4)
1. Moskovskiy gosudarstvennyy universitet i Volgogradskiy
muchno-issledovatel'skly institut neftyanoy i gazovoy pro-
nphlemosti.
(Volgograd Pz-ovince-Petroleum Etlogy)
(Volgograd Province-Gas., Natural-Geology)

BRAZHNIKOV, M-
~. `
peration of a horizontal kettle without a barometric condenser.
]4ias.ind.SSSR 28 no.1:55-56 157. (MMA 10:3)
1. Glavny7 inshener Roampsomolstroymontasha.
(Kettles)

~KOTROVSKIYY M.M.; KOPELEV, D.D.; BRAZIINIKOV, M.A.
i
Automation of the exhaust section of a sintering plant. Met. i
gornorud. prom. no.2:72-73 Mr-Ap 165. (MIRA 18:5)

BR&M"OV X.G.; LowINA, N.N.; ausia, Y.G.; jainiNA, Ye. s,
Recovery# purification$ and charaloteristice of actinomyclao formed
by v4rious cultures of Actinomyces antagonists (with cummary In
Prench, pi6Z)Autibiotild 1 no.4-3-5 JI-Ag 156. (MLRA 9-11)
1i InStitUt PO 12yskaniyu novykh antibiotikov ANN SSSR.
(ACTINOXYM, cult.
prod. of now aotinomycines. secretion, purification &
characteristics)
(ANTIBIOTICS
actinomycines, first prod. from four strains of actinomyces,
socretion, purification & characteristics)

-AUTHORS SOV/136-58-12-14/22
rov, N, I. and Krym , I. A.
TITLE: Ultrasonic Flaw Detection of Pressing Defects in Pressed
Bar-billets for Tubes (Ul'trazvukovaya defektoskopiya
preBBUtyazhiny v pressovannykh prutkakh-zagotovkakh dlya
trub)
MRIODICAL: Tsvetnvye Metally, 1958, Nr 12, pp G? - 69 (USSR)
ABSTRACT: Two methods are in use for pressing-defect detection in
non-ferrous metal tube billets. In one visual inspection
of billet ends is carried out without etching; in the
other after etching in concentrated nitric acid. The
first is often ineffective; the second is wasteful of
effort and materials. The authors describe the construction
and testing of an ultrasonic flaw-detector, type UZD-37,
designed by RB Tsvetmetavtomatika (Ref 2) fitted with a
special combined finder for emitting and subsequent
receiving of the reflected ultrasonic vibrations (Figure 1).
The generator produces ultrasonic frequencieg from
electrical oscillations of 2.5 (or 1.2) x 10 Hertz
frequency with the aid of a barium titanate plate (which
also performs the reverse conversion for the reflected
ultrasonic waves). Figures 2 shows the flaw-detector in
Card 1/2

SOV/136-58-12-14/22
Ultrasonic Flaw Detection of Pressing Defects in Pressed Bar-
billets for Tubes
position on the billet-testing stand. The installation
was tested at the "Krasnyy Vyborzhets" Works on LE68,
LO'?O and MKh30 alloys and detected the end of the main
end flaws reliably, though it sometimes failed to detect
small flaws and was hampered by coarse granular structure.
Following these tests, the installation successfully
underwent service trials and was adopted.
There are 2 figures and 3 Soviet references.
ASSOCIATIONS: ]KB Tsvetmetavtomatika and Zavod "Krasnyy Vyborzhets"
("Krasnyy Vyborzhets" Works)
Card 2/2

4
CCESSION. Wrl 979
AM 0 1

tfif_Ilow.~6r: liquids ~vhder- 140dut
031 ClOnditione
CONT S
TOW-OF Eit~ c
orewor 7
d
I -The_ory-_vf ~ultl'86iD)iic*~~,ffIbl~ndtttil-.~I
Some~ nformation pn~u 7-
oun
ras
7 he ---27-.
Ch*. Me _,_th~ t f'
ltra6onic.,flowneters -
-
scheme6
~'.Ch IV - Pu'lse-lecbeme' 62

an:,ult'raso'n'.c ~wave.: -
Ch.. vi _'Hea suremeiit- 6f--Ahle: dAtC-of 80
-ch. ~Vxl.___ contactiess measuring converters* of
:uIt'rasovic* flowneter6~~-~;.
'...Section':2.: C~ilculation.,6t-.iilttatoiiit,.I'Ibwmeterb-zird,compon6nt design
Ch. 'VIIIi. contactlei96. U, 4i v rt th,'on acting surfa
pe.1s, rA_,&-,,con e ers wi e refr ce
1
08,
Ch* IX. Contactles's-mear3uringlcbnvert6ra with two refracting surfaces 1
121
-Ch. X. Contactleas meaeu. .ring'-ve2ivertere with three refracting 6urfaces - 141

XI. contactless O'eas'ur ng -conve , r wi our,re,
~h i- rte s thf fracting. surfaces
C

150
h racterlatice, of the medium

Ph' Oust Cal.'c a
Measurement

SOV/137-59-12-278o6
Translation from: Referativnyy zhurnal, Metallurgiya, 1959, Nr 12, p 293 (USSR)
AUTHORS: Birger, G.I Brazhnikov, N.I.
TITLE: Determination of Boundaries of Pressure Shrinkage Holes in Brass and
Bronze Rods by the Method of Ultrasonic Flaw Detection Iq
PERIODICAL: Sb. materialov po avtomatiz. proizv. protsessov i dispetcherizatsii,
Nr 3, Moscow, 1958, pp 68 - 83
ABSTRACT: Information is given on results of studies carried out to determine the-!~
boundaries of pressure shrinkage-holes with the use of ultrasonic waves.
The possibility was establihed.of usding for this purpose (for rods of
70 mm in diameter) the "UZD-3711-d ice ' The ultrasonic control
jy
diminishes the number of breaks in ting the rods and reduces metal
loss, For a number of alloys ultrasonic control is the only method to
determine precisely the boundaries of a deficient area in the rod. The
author analyzes in detail characteristics and variety of defects in
pressed rods.
Card 1/1 Ya.O.

8/046/63/009/001/001/026
MOW
AUTHORS: Birgor, G. I., Brazhnikovt N. 1.6
TITLE: Temperature errors and the calculation of some parameters
of ultrasonic flowmeters
PEIIIODICAL: Akusticheskiy zhurnal, v. 9, no. 1, 1963t 5-9
TEXT: In two-cha~nnel ultrasonic flowmeters the main temperature error is
caused by simultaneous temperature variations both of the controlled
medium and of the acoustic line material; in aingle-channel flowmeters the
main error io caused by a similar effect. Another temperature error arises
in the asymmetric electronic systems. In flowmeters of the
two-cliannel phade circuit type with refraction the main temperature error
is determined by
In' a)
I - n.1 sin' a
where b and b are the relative temperature coefficients of khe ultrasonic
1 2
Card 1/2 - -----

3/046/63/009/001/001/026
Temperature errors and the ... B104/Ble6
velocities in the acoustic line matexial and in the controlled medium;
110 " c20 /c 10 is the index of refraction of the ultrasonic waves on the
boundary material - controlled medium; a is the angle between the acoustic
line axis and the normal to the tube axis; AT is the phase shift of the
ultrasonic vibrations; 6t is the temperature variation of the controlled
liquid. By selecting a Imaterial for the acoustic line with *proper c 10 and b1
the main temperature error could be kept small. An automatic compensation
of the main temperature error is achieved by the condition
b, + b3
Bill cc
no
Therefore, if b I< 0 an automatic compenoation of the main temperature error
may be obtained for most of the liquids with b 2 0 is discussed. There.are
3 figures and 1 table.
ASSOCIATION: Konstruktorskoye byuro "Tavetmetavtomatika", Moskva
Design Office "Tavetmetavtometika", Hoecow)
SUBMITTED: October 13P 1961
Card 2/2

BDWER, Gerts Izrailevich; .4~AZIMIKOV, hikclay Ivanovich
[Illtrasonic flowmetersj Ulltraz,;ukovye raskhodci~ieiy. Mo-
skva, Metallurgiia, 1964.. 382 p. (Milk 17:9)

L 01995-67- E~-IT(1)/94T(m)/T/r,.WP(t)/ETI/EWF(k) JD
ACC NRI AM6023682 Monograph UR
Brazhnikov, Nikolay Ivanovich
Supersonic methods (Ul'trazvukovyye metody) Moscow, Izd-vo "Energiya", 65- 0'214 p.
Illus.p biblio. 6,000 copies printed Series notat Fizicheskiye i
fizikokhimicheakiye metody kontrolya soatava i evoyetv veehchestva
TOPIC TAGS: ultrasound, ultrasonic property, ultrasonic equipment, ultrasonic
vibration, ultrasonio wave, ultrasound absorption, supersonic vibration 4
PURPOSE AND COVERAGE: This book contains basic information on ultrasound, on the
methods for its generation and receipt, and on its generators and receivers. The
dependence of the propagation and attenuation of g;Ltrasound on physico-chemical
parameters of solid and liquid media is.analyzed. The methods for measuring the
velocity of propagation and of attenuation, and the converters used in measuring
operations are discussed. Electronic measuring circuits are shown, and the stability
of their performance is analyzed. Plans and construction of the laboratory and
industrial experimentation are described.
TABLE OP CONTENTS Z;bridge~7:
Poreword - - 6
Introduction - - 9
Ch. One. Ultrasound and physicochemical properties of matter 12

L 01995-67
ACC NR: AM6025682
7-1
Ch. Two. Methods for measuring the veiocity of propagation and attenuation of
0%0\ultrasound - - 94
Ch. Three. Electronic circuits for ultrasound instruments 141
Ch. Four. Acoustical converters - - 170
Ch. Five. Ultrasound instruments for investigating and controlling physico-chemical
properties of matter 207
Bibliogrkohy - - 225
SUB CODE: 13, 20/ SUBM DATE: 21Oct65/ ORIG REP: 203/ OTH REF: 226
Card

/19VIF(y) ZZ
_~EWVR
ArC-M,-IF, 014 7 SOURCE CODE.- UR/OU3/65/000/010766~WRJ
AUTHOR: Brazhnikov, N. 1.
ORG,. none
TITM: Acoustic transducers for non-contact measureimnt in ultrasonic flowmeters
SOURCE: 1mritelInaya tokhnika, no. 10, 1965, 26-31
TOPIC TAGS- ultrasonic oquipwnt, floW motor, acoustic transducer, ultrasonic wave
ABS-iMM, The author divides acoustic non-contact masurenent transducers (pickups)
i-or ultrasonic flowmeters into four classes according to the number of r acting
surfaces through Which the ultrasonic wavo passes between the radiation source and thE
liquid being studied. The propagation of the ultrasonic waves and the equations for
the flou-noters are examined for pickups with one, two:, three and four refracting sur-
faces. Simplified equations are given in each case for PM and prr-modulated circuits4
These equations are generalized to a transducer with n refracting surfaces. Recom-
mendations are Fj
iven for design modifications Orig. art. has: 4 figures, 2-4. formlag,
and 1 table. /-JPRs7
SUB CODE: 09, 20 SUBM DATE: nono ORIG REF: 004 OTH REF: 001
-Card

BRAZHNIKOV, N.N.
Differential X-ray diagnosis of malignant and benign breast tumors.
Vest. rent. i rad. 36 no.6:45-47 N-D 161. 0-111iA .15:2)
1. Iz kafedry rentgenologii i radiologii (zav. - prof. L.D.Lindenbraten)
I Moskovskogo ordens, Lenina meditsinskogo instituta imeni I.M.Sechenova
(dir. - prof. V.V.Kovanov)
(BREOT-TUMORS~ (DIAGNOSIS, RADIOSCOPIC)

,--.BRAZIDIIKOV, N.N.
.... - I -,- -.- -.-. - . 1--
Significance Of X-Tays in the differential diagnosis of 17reaat
camer. Vopeonk* 7 no.11:56-.60 161. (MIRA, 150)
1. Iz kafedry rentgenologii i radiologii (zav. - prof. L.D.
Lind,-mbrattenl 1-.,-o Moskovskogo ordena Len-Ina meditsinskogo
imstituta im. I.M. Sechenova (dir. - prof. V.V. Kovanov).
(BREAST--C,UICER)

15R 11.7 1 j E' I Y C IV, IJI . N , -, I'l Nbj~,',"j'i I jL : I E ~' , il , , ill YLv 9 1 .
-!I , 11 , I--- . , P
Dyntualis of the roentgen pict-e. of breast cancer during rzadloth~rar'y.
Med. rid. 8 no.3-10-15 Mr 163. (YJRj', -17:9)
1. Iz kafedry rentgenologli i radiologil (zav. - prcf. L.D.Lindenbritten)
I Mloskovskogo crdena Lenina meditsinskogo instituta imeni Sechenova.

.N. SMoskva, V-333, Leninskiy prOBpekt, 60/2, korv. 8
BWHNIKO N - I
kv.4
Involutional changes of the breast in the X-ray picture. Vop.
onk. 10 no-3:82-85 164. (MIRA 17:8)
1, Iz kafedry rentgenologii i radiologii 1-90 Moskovskogo
ordena Lenina meditsinskogo instituta imeni Sechenova (zav.
kafedroy - prof. L.D. Lindenbraten) i rentgenologicheskogo
otdeleniya Moskovskogo oblastnogo nauchno-issledovatellskogo
instituta akusherstva i ginekologii (zav. otdeleniyem - kand.
med. nauk - P.N. Demidkin).

BRAZHNIKOV, N.N. (Moskva)
Method for simple roentgenography of the breasts. Med.sestra 21
ho.7:42-44 J1 162. (14IRA 15:8)
(BREAST-RADIOGRAPHY)

BRAZI-DIIKOV U~O j~ktqyULLlNDFIJIW.TEN, Leonid Davidovich,
Lay
n~.
prof.; BENTSIANOVA, V.M., red.
[X-ra.y and radioisotope difignosis of diseaves of thu breast]
Rentgenovskaia i radioi.zotopriaia diagnostika zabolevanii
molochrykh zhelez. Moskva, I-lieditsinat 1969. 182 p.
2s:12)

N,.P.; KMIEDV, A.S.
Filter for cleaning air entering the vacuum system of a belt press,
Rate. i isobr,predl,v strol. no.118$46-47 155. (KM 9:7)
(Srf ckmekIxg'iaacA.insry)
I -

BRAMMKOV, N. V.
"Investigation of a System of Controlling the Main Driving Gear of a Reversing
Rolling Mill with EKU." Cand Tech Sci, Ural Polytechnic Inst imeni S. M. Kirov,
Min Higher Education USSR, Sverdlovsk 1954. (KL, No 1, Jan 55)
Survey of Scientific and Technical Dissertations Defended at USSR Higher
Educational Institutions (12)
SO: Sm. No. 556, 24 Jun 55

BRAZHNIKOV, N.V.; MMINOV, L.D.; TROITSKIr, K.P.; KErKHELI, R.P.
Improving the technology of hardening rail ends with high fre-
quency currents. Prom.ernarg. 12 no.6:14-15 Je !57. (MIRL 10:7)
(Railroads--Rails)

SOV/123-59rl5:69363
Translation froml Referativnyy zhurmal. Mashinostroyaniy1k, 1959, Nr 15., P 72 (USSR)
AUTHOTP; Brazhnikov, N.V., Gubert,.S.V., Bondarenko, V.I.
TITLE.~ Automation Experience of a Rail-Structural Mill
PERIODICAL; Sb. ptatey. Urallskiy z-.!d Vazh. mashinostr. im. S. Ordzhonikidze,
1958, Nr_ 1, pp 1~5 ~ 204
ABSTRACTj The,experience of automating the milling machines for the-finishing
pr,,r4ls,,the.mechanisms.of the sawing section of the branding ma&ijnv,,,
the..tables-in front of the 800 planisihing sitandand the.main drivq of
this stand as well as -the tables, transporting the' cold rails frojfi the-
isothermic soaking pits to the central cooler of the rail Mill 800, was
examined. Besides, the operation of the fixing device'of the cogging
mill 900 was automated.
M.G.N.
Card yi

MUMMIKOV, N.V BONDARMO, V.I.; CHISTOV, V.P.; GHXTINA. R.F., insh., red.;
G.H., tekhn.red. I
[Automatic control of rail and girder rolling mills at the Nizhniy
Tagil Metallurgical Combine] Avtomet128tsiia rallso-balochnogo
I
stena Nizhne-Tagillskogo metallurgichaskogo kombinata, Sverdlovsk,
TSentr.biuro tokhn.informataii. 1959. 46 p. (MIRA 14:4)
1. Russia (1917- R.S.F.S.R.) STardlovskiy okonomicheskiy
administrativnyy rayon S at narodnogo khozysystva.
(Nizlmiy Tagil--Rollin*g Tle) (Automatic control)

PHASE I BOOK EXPLOITATION SOV/4542
Brazhnikov, Nikolay Vasillyevich, and Illya Savellyevich Rapoport
Montazh, ekspluatatsiya i remont elektricheskogo oborudovaniya metallurgiches-
kikh zavodov (Installation, Operation, and Maintenance of Electrical Equip-
ment in Metallurgical Plants) Sverdlovsk, 14--tallurgizdat, Sverdlovskoye
otd-niye, 1960. 335 p, Errata slip inserted- 7,200 copies printed.
Ed.: L. P. Rozhko; Ed. of Publishing House: M. M. Syrchina; Tech. Ed.: R. M.
Matlyuk.
PURPOSE: This book is a textbook for day or evening students in industrial
and metallurgical tekhnikums who are taking a course on the installation.,
maintenance, and operation of electrical equipment in industrial establish-
ments and plants.
COVERAGE: The book sets forth basic information on the operation,. rmin nanceY
and installation of electrical equipment in the shops, substations, and
electric networks of metallurgical plants. The authors thank Engineers 0. 1.
Barats, G. N. Savanin, and L. P. Rozhko for their help. There are 36 refer-
ences, all Soviet.
Ca=L_V_9__

I BWRNIMV, N.V., kand.takhn.nauk
Introduction of new equipment at the Nizhniy Tagil Metallur-
gical processes. Mekh.i avtom.proizv. 14 no.9:5-6 S 16f),
(MIU 13:9)
(Nizhniy Tagil--Steelworke-Technological innovations)

BRA7 DUJPL N.V., kand.teldinnauk; BODAREM, M, , inzh.; OSADCHIT, N.I.,
inzh.; XMIIM. Yu&L. inzh.; CMSTOV, V.P., inzh.
Automatic-control system for scale cars. Mekh.i avtom.]proizv. 14
no.10;23-26 0 160. (KIRA 13:10)
(Weighing machines) (Automatic control)

BONDARENKO, Vladimir Ivanovich;
CHISTOVI Villen Petrovich; DRALYUK, B.N.0 retsenzent;
,q,IOLINIKOV, L.P., red.; BURIKOV, M.M., red. izd-va; KOROLI,
V.P., tekhn. red.
. r
[Automatic co trol ok blast furnace and rolling mill proces-
ses with use f digital computers]Avtomatizatsiia donennogo i
prokatnogo p izvodstva s primeneniem tsifrovykh schetno-
reshaiushch~ ustroistv. Sverdlovsk, Metallur dat, 1962.
256 p. rin 15:12)
(Blast Nrnhces) (Rolling mills)
(Electronic digital computers)

K12INY M.G., kand. takhn. riauk; ~RAZHNTKOV, N.V., L~zh.;
LYAMIN, P.Ye., inzh.
Adjustment of ash collectcr batterien. Blek. sta. 35 no.51:17-19
My 164. (MIRA 17a8)

4M,~JffilM~Y,JICI~2 lam Va8iIIyov-!-h; RAPOPGR'l-,
'--,'A' .67
[Assembly, operation and r6pair of e-II.ectric equipmem in
metallurgical plants] Montazh, ekspl,iatatsila i remorL
elektricheskogo oborudovani.1a inetall'urgirlhaski-kh zavodov.
,, Metallurgiia, 1965, (KIRA 28~212`
Mo~,,Ioqa 350 P. 11

, - "', ,, ~ ri -,A 4, -, ,
I ~, - . I
BRAZHNIKOV,_?cQ-- -
~- :' - ~
Promotion of inventions and efficiency at the Leningrad Liqueur
and Vodka Plant. SpIrt.prom. 23 no-7:47 '57. (MIRA 11:1)
(Leningrad--Liquor industry)

BIWIMIKOV, P.G.
RT-1202 (Evaluating the occupational usefulness of skin grafts on hands and fin.~-ers)
Professionaltnaia tsennostl kozhi, peresazhennoi na. kistt i palltsy.
KEMURGITA, 18(8): 26-29, 1948.

BRAZMKOV. F. G.,, Cand of Med Sci - (dies) "PecuLtarities of sutured wounds of the
~ - ------ --
stomach during acute radiation sickness (experimental research)." Kvybyshev., 1957.,
14 pp,, (KvWbyshev State Medical Institute., Chair of Uperative Surgery)., 200 copies
(KL, 296-57, 93)

AZRIULOVI, S.S.; STIMANOV, I.A.; BRAZEINIKOYt LMG.
- I M
Hmployees of the Leningrad Liqueur and Vodka Plant are greeting
the 21st Congress of the CPO with new achievements. Spirt.prom.
25 no.l,.11-12 159. (MI]RA 12:2)
(Leningrad--Distilling industries-Equipment ancl supplies)

V. P. Kun.
-T.S.a.R.'104356, Nov 10

KRIPAK, N.; KELIMAN, I.; BRAZHNI13DV. V,
Our experience in modernizing production. Mias. ind. SSSR 29
no.6:8-13 '58. . 04IRA 11; 12)
l.Samipalatinaki.v rVasokombinat,
(Meat industry-lquipment and aupplies)

- - - I
,~- ~BW~HNI~
Wages in mixed brigades in mining. Sots. trud 5 no.6:135-136 Je 160.
(MMA 13:11)
1. Nachallnik otdola truda i zarplaty Ietyshskogo polimetal3icheakogD
kombincita.
(irtyah-Nonferrous metal industries)
(wage payment systems)

BMZMMOV, V. A.
Shenk, N. A. and Brazbnikov, V. A. - "Prosthesis of children after the amputation of
a hip and a leg,* Trudy Tsentr. naucho-isaled. in-ta protezirovaniya i protezostroyneiya,
sMosium 3,, 1949., P, 132-58
SO: V~4355,, 14 August 53t (Latopis 'Zhurnal Inykh Statey, No. 15, 1949)

BRAZHNIKOVt V. A.
Estimating the tolerance of bombing armament units of military acroplanes. Moskva, Glav.
red. aviatsion noi lit-ry, 1946. 119 p. (50-22064)
UF767.B67

141
Haschet dopuskov v agregatakh bombardirovochnogo vooruzheniia
sputioletov. kloskva, Glav. red. aviats. lit-ry, 19).~j. 119 p., diarrq.
Biblioi-~raplhy: p. 112.
Title tr.: CorT-utation of tolerances for units of aircraft
bonbing equipment.
Reviewed by S. D. Kartashkin and A. N. 11-1clikov in TekWA~a V~)--
clushnogo flota., 194Y, no. 5, p. bl.
UI-767-B67
SO: Aeronautical Sciences and aviation in the 6-oviet Union, Library of
Congress, 1955-

BRAZENIKOV, V. A., Zngineer
"Calculation of Tolerances in the Bombardment Armament Assemblies of an
Airplane.n Sub 6 Mar 47, Moscow Aviation Technological Inst
Dissertations presented for degrees in science and enginecring In Moscow
in 1947
SO: Sum No. 457, 18 Apr 55
--I d /I -
/~ ,J C,(-,
C411~ - "

RUZIMIN, V.A.; BRAZHNIKOV, V.A.
Dynamic properties of p-n-p-n type devices. Radiot4iK.~ i e35AP-0-n-, 8
no.7:1193-1198 Jl 163. (MIRA-26-.85
(Transistors)

-KULIKOVSKIY, L.F.1 KARPOV, Ye.M.;POPOVA, G.V.; BRAZHNIKOV V A.
Drilling footage recorder. Izv. vys. ucheb. zav.; neftt i gaz. 8
no.4-.91-94 165. (NIRA 18:5)
1. Kuybyshevskiy politekhnicheskiy institut im. V.V.Kuybysheva.

L 41182_~5 -"MrZ(d)/EWP(-)/EWP(r)/T/EWP(k)/EWP(l) Pf-4
ACCUSSIO11 NRs AP5004677 S/0115/64/000/009/OD58/0059
AUMORs none
TTTLYt Fourt
SOURCEt 1=oritellnap tekhnika, no. 9, 1964, 5L1-59
TOPIC TAGS: *cybernetica, electric measurement, 0 ectric quRntity instrument,
di(;ital computer, electronic equipment, electric engineerine conference
ABSTRACT: The conCerence was hold 1-4 July ^t the All-Union Scientific Research
institute of Motrology by the Section or Electrical Mensurements or the Council
t
he '6f "Scientific Instr4ijqnj~.)~Iptklp n C
Problem Z."._Af the St4tv CqmmitjLa~~jq cordina
SSSR together with* the All-Union Scientift
-TFO-50arch institute of Electrical Measurement Instrunanta the Leningrad Regio
,Lnoustry more tnan 4uv c*i*GRta& i-rom zu cities or trte country partioipatea.
Fifkv-q,jDvon reports were heard and discussed. Reports were given by r p, V.
NOVITSKIY (Leningrad)--"Definition or the Concept or Informational Srror in Measure-
mont and its Importance in Practical Use" and "On the Problem or the Average Informa-
tional..Criterion of A0ouraby'Throughout the Satire gostv of an Instrument"J Y&6.As
CAM V4

71
L 41l82-65
ACCFZSION I?Rs AP5004677
117
-EUPSRSIBIIDT (moscow)--"On D;t;rminaiion of the Criteria of Accuracy for Measurement
Dovi"a".;-S. U. 14ANDELISHTAM (IAninGrad)--report on a now criterion of accuracy of..
measurement instruments; -P. F. WSW! (Laningrad)--re'port on o0timization when.
using Fourier trancrorma on electronic digital oomputeral S. P. Rgj
DOLr,I?IT$v,V,k and A. A. IGNATOV (Laningr ad) --proposal or a nowmethod for solrTrZ---t
probloms of optimum filtering for non-stRtionery random signals and interference;
1. B. CII3LPANOV--"CaloulatIon or the Dynamic Cheraoteristioa or an Optimun Complex
S ad
Iwo-Channol System which'Uses Signals from & Position Ustar and from a Pa Mater"I
R. A. ?01;tr5KZOV (Laninrrad)--'Optimum Periodic Correction in the Measurement of
Continuous Signals"; S. P. A0AMQVLQ.IL(Mouoow)--"Analyeis and Construction of DaTices
for Correction of Non-linearity and Scaling for Unitary Codeal G. V. GORBLOVA_
(Taganrog)--"A Mothod for Statistical Optimization in GrAdu%ting the Scales of
Electrical Moasiming Instrumonto"i 9. A. Z411SLIVAIT (I.Iosoow)--"An&lo&-Digital Voltage
Converter wIth Automatic Error Correction" B. N. RALINOVSM. V. S. XALr.NCUUK and
1. A. YANOVICII (Kiev) --"Automstic Monitorinr,-or the Parameters Tf -the
Signala of Complex Radio and Electronic 9quipment"I V. P. PEROV (Moscow ---"Operational
Cybernetics an an Indopendentz8oientifio Speoialization"s Ye. N GILIBO nincrad)-...
-(Moscow)--*Davie / I
"On the Problem of Errootive Non-linear'Soales"I A. 1. MAR"LOV 09
for Preliminax7 Processing of the Results or Measursments Prevented In the r*rA IfA.
Card 2/4

.L 41182-65
ACCESSION Mis AP500h677
Graphic Recordings For Subsequent Introduction of the Information into Universal
Digital Conputora"; 0. 14. 1,10GILSUR and L._$_,_Ag~kQLQ-V,(Laninrrftd)--"On a Uathod for
Raduoinr, Excess InCarmation"IJ-__Y. U149,7 --"A Device for Temporal
Nne.ratization or Continuous Signale";_&_A. LIOVI~_and M. L. BULIS (Moscow)--
"Ontimization, or the Trenamianion or Tolomotri In ion as a Uoane for Rainin,
0 Era=
th; Efficiency and Eliminating Intarferanoe"I D. . VSKJY (Moscow)-_"On a Sta-
tintic Approach to the Detection or 3yonts in Automnti-o Inspootion"t_)~. _1.lAWLN_ I
(Loningrad)--"Hothod ror Caloulaiing the Holding Time or Communi anti ono In a Cantra-f
litod Inspection System or Constant Servicing Tlmo"j 0. N. DRONSHTSYN, A. L. RAYXINJ
and-V. V. RYKOV (Moscovr)--"On a Singlo-Lins Mnss Sorrio-O
SHLYATIDIN (Ponza)--raport on circuit doairna for dirbot-oomponention electrical
dirital mansuring.instrumants; A. N. KOMOV (Novochorkaaek)--report on a now method
for componsation or digital brid,--Os; p. He GLAZOV (Leningrad) --report on the proble,
;of -roltngo-to-angulor rotation conversions V. S. GU7NIKOV (L9.inrrad)--"Mathods for
Construction or Frequency Capacitance Pickups with a Linear Scale'%_%L~
~SYROP)~A: 'IVA and IR. R. KRARCHENKO (Roooow)--re port on the determination or the ampli-, -
-tude-froquonoy and phase characteristics or PFU and Mw modulatoral Te,. I. ftlyAKOV./
Photatransistor as a Switch for Electrical 11"surement
Yurposes"i N. V. li~UnlWT(IWningrad)--a report an ways for making universal equip-
mont for measurement or aurrentp voltage and powers P.__P. ORNATSKIY and V. 10
zozuLXA .t%tio va, taister ..Xsttmej~e
(Xie __L_-re?qrts. on.. the. oRAntruotlon.or. I
Card 31h
7

L 4113,,_65
ACCESSION 130 AP50OL677
phnso motors; A. V. TRIMANOV.
)L_~~_-S~MY;H YqV, Y. 1. SABLIN, M. R&~~N and V. A.
-GORBUNOV (Tom;~T rop~ri on a device for automatio processinC of the measurements of%*
Yi ii7n amplitude or pnoumatio homimoral L. 1. RUKINA and V. 0. XWORRING (leningrao'
'--report on the development of a digital ;`omponsato r me-souring pressure, foroaq
etc.; 11. B. DADUKINA (Loningrad)--roport oh a method for constructing frequenoy o
pickups for gas analysiel Yo. M. LOPOV. V. A. BRAZHNIKOV and B. Y&. LIKHTTSIhDER
(K*uybyshav)--roports on oRii5;aIs*nd_rooordIng or boring speeds; Yu. V.
PSHI3NICUITIKOV (Xuybyshor)--"A High Speed Voltage-to-Digital Code Converter for so
Pickups"; G. P. VIKHROV and V. X. ISAYEV (Viln%)::"A Highly Acourate DiZital Peak-
to-Ponk Voltmoter"I and_k. U N Leningrad) *A Low Loovel Aoslog-Digital Volt-i
ag~ Converter."
ASSOCIATIONs none
SUUI IjL'TEDs .00 ENCLI OD SUB CODEs EE, DO.
NO
RLF SOVs' 000 ,-OTHERj ~'OOO
.Card LA
MIN

BRAZI-MITKOV) V. 1.
Brazhnikov, V. I. "Apparatus for the recimnlation of fef,-d water," Triffly
Novoclini-Icas. nolitc-L-hn. An-tn In, . 0rcivhon1kid:m, Vol. XV111P 104PY n. 5-10
SO: U-3850, 16 June 53, (LetoDis 'Zh-~wnal Inykh Statey, No. 5, 1949).

BRAZHI;TKDV, V. T.
V. T. "From an experinent on reconditioninp., a turb-Ine,11
Brazhnikov, - 'I
Trudy Nlovocherk-,)s. polileklin. in-t& Im. Ordzhonikidze, Vol.
1948, p. 11-16
SO: 1-3~50, 16 Jime 53, (1--topis I~hurnal Inykh Statey, No. ,, 1949).

BRAM IKOV, V.I., kandidat takhniChBBkikh nauk; ALEKSANDROV, A.I.,
-IM-Ne-ne~f.
Deterioration of radiant Buperhsater tubing of high-pressure
steam boilers. Vest.mash-34 no.1:46-48 Ja 154. (MLRA 7:2)
(Superheaters)

BRAZHNIKOV, V.I., kandidat tekhnicheBkikh nauk; ATS SANDROV, A.I., inshener.
Damages to boiler tubes due to metal hardening. Vast.mash- 34 no-3:
32 Mr '54. MRA 7:4)
(Steam boilers)

,O,T,J 2-
Subject USSR/Engineering
card 1/1 Pub. 29 - 3/23
AID P - 870
Author Brazhnikov, V. I., Kand. of Tech. Sci.
Title Modernization of low capacity boiler installations
Periodical Energetik, 10, 6-9, 0 1954
Abstract Such modernization can be very effective if it is based
on preliminary analysis of operational data and ex-
perience. The author gives some examples from operational,
practice. Three drawings.
Institution : Not given
Submitted : No date

BRAZHH 1K2;tJj**,Aotsent, kandidat takhnichookikh nauk. Hauch. trudy NPI
.355-362 155. (MLRA 9:12)
(Stokere, Mechanical)

W..~ -, L
BMHNIKOV, V.I.A dote., kand. takhn. naulc.
Modernization of small-capacity boiler Inotallations. Tt-udy NPI 27:
1?3-180 '56. (MIRA lOrl2)
1. Kafedra teplosilovykh u8tanovok Novocherkasakogo politakhniche-
skogo institnta.
(Boilera)

8Ll,IhL,V, Ye.F., dots.; '3,fjLOV'YJ,-V, !,,il., inz-h.; JUNEN""VI , L.,J.,
prof., red.; red.
[Bibiiographic index of geodetic literalure for the five-
year period 1957-19611 Bibliograficheskii ukazatell geode-
zicheskot literatury za 5 let; 1957-1961. Ooskva, Nedra,
265 p. (I-IIHA 17%'7)

A.-j- I_ ILI jl~ it I. a I " r!~! -
14 1;4 1 &JWtZWtP[A1s` Its Al tol *W*1 4W 16~ is V* tir 0 so it) .0 nX
if ..,A, 1-11I.It,
00 ~,Wts obt WA&d in th 0 prolifnialif 7 C41114104 tf"t-ut
00 ag the cmde oU In the 141thiall MOVIOM ttfttrY-
09 Brashnikov. Aserbaldskitiskile NejPdaile Kkettyalittv
saving of 42_ of axid, 75% of
00 9 caustic and M-&Ii% of refined products was obtained when
so a using the following preliminary caustic treatment of the
crude oil. The oil on twins pav~wd through fuel-oll brat
-00
exchangers and towerls heated with c1tsInd %team was
0 brought up to &11-70'. It was then pamed through a .09
00 pipe having Ittlets for a dil. N&OH soln. which was in)ected .44111
It! ~Ipr. thus accompanying I he crude oil dunnIt its
0 tmLwopethrougbjk&ni.wctionofthtpi;ie. Thecmdeoil 6*0
00 slid the dil. caustic were received In a heated settler, the oil =00
wall p"Ited dirmly into the Harrinatin Ptills. while the dil.
-51M. Naoll and used axain. -0
N'&OH was brought up to 4
Because of the prejessele, of saponified petroleum (me-
tiotts In the water, emulsions vrese not funned. TheNaOH
commption amounted to 0_%6% and the loss in ad wlis -0o
:0. Tb- refined products -ne of a higher grade than
2.42%.
thaw obtah.A. in the usual procedure. A. A. B.
*It
00
.40 le
40 le
tto
.0.0
al
Attl its rFAttt,*(.Ic&t "TtRitURC CtIlAsIrICILVIC.
9.2-
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931 1 1,$$& :6 #four)
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00
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00
90
00
mftery metbW of pro treatment of
oil. A. V. Druth V T, Bmzb4lkav~,N-
9, suit
heavy efude oils can toe tter-trd with catotic tK,Iofc the
prolwt refining by using 10-15% of a 1-22% NAM itoln.
(on the crude oil), drprodinS ulion the acidity. at RV.
For dirtmuWfication tmd fortified NsVH sobts. tuay be
used. Thiq pect, Its a 95% neulmlitation of the "ude oil
anil an 85% recomy of the petrokum melds. The *ati,t
content of light crude oil Is Increased up to 1-270, (without
a settling jwriod) and tip to 4.6r,", In heavy crude (At%.
Tile wafer ctmilent of heavy as well as of light cmdr oll.% i,
lowomf to only 1-211r, upon settling for 3-4 days In kcatril
containers. To obtain comparat ive data, del ox. of set Muff
i"luds should he made in pressure vewl%. Dimillatirs
hour heavy crude nits are Practically neutral. The alk.
by-products do not yield ml(sof standard I* MW MAI,
manul.) without an ad(lnl. procirming. 11.122o11 treat-
Meat of oils high in watel (4-6%) does not increase file
wateVoutent; this fiffmits the carnbinatim of preliminary
mlkaW treatment with dehydration. A. A. linehilingir
'A.
0: ILA SITALLURCK AL L fTE goVm CL41SWICATIOW Z.ZL*=
xbc.~ SivibiIii.
14MOND -4 0", ONE 4111110.q MJAJJI 04 Ofty All
b u is Na m 11 N in An A I a Do 0 A 0 -t- V of 9 5 a 2 a V
0 0 0
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-00
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use
goo
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tto*
3200