SCIENTIFIC ABSTRACT ORLOV, V.G. - ORLOV, V.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238220008-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MAKSIMOV, V.A., kand. tekhn.
inzh.- GRI~Qy, V.G., gornyy inzh.; KOSTYLEV, A.D.
nauk; GURKOV, kand., -tikhn. nauk; KRF9ER, V.I. , inzh.; BFLAN,
N.A., inzh.; POWMARENKO, vu.F., kand. tekhn. nauk
Industrial testing of the BPM-l boring and loading machine. Ugoll 40
no.2t43-46 F 165. (MIRA 18:4)
1. Aleksandrivskiy mashinostroitelInyy zavod 'for Haksimov). 2. Saranov-
skiy khromitovyy rudnik Zapadno-Urallskogo soveta narodnogo khozyaystva
(for Orlov). 3. Inatitut gornogo dela Sibirskogo otdeleniya AN SSSR (for
Xostylev, Gurkov, Kreymer). 4. Kuznotskiy nauchno-issledovatellskiy tigolon.VY
institut (for Belan). 5. Institut gornogo dela imeni A.A.Skochirskogo (for
Ponomarenko).

ACC NRI AR6015998
AUTHOR: Ishchenko, A. V.; Orlov, V. G.
SOURCE CODE: UR/0271/65/000/012/AO49/AO50
TITLE: Location of malfunctions in protection apparatus for automatic assembly
equipment in steel reinforced column manufacturing plants
SOURCE: Ref. zh. Avtomatika, telemekhanika i vychislitel'naya tekhnika, Abs. 12A355
REF SOURCE: Sb. tr. Karagandinsk. n.-i., proyektno-konstrukt. i eksperim. in-t
:Giprouglegomash, no. 2, 1965, 210-216
.TO?lG TAGS: remote control, test instrumentation, industrial plant, reliability
!engineering
iABSTRACT: The number of protective and interlocking circuits in heavy automatic
isystems may be large. For example, there are over 30 such elements in the extruding
machine control systems, a part of the steel-reinforced column manufacturing facility.;
The large-quantity of stand-by switches and large distances between various mechanisms
,makes it difficult to locate and repair malfunctions. The faults may be located re-
:liably by using signaling relays and devices whose coils are connected in parallel
:with the stand-by switch contacts. The most widely used are the ES-21, ES-21U, and
iEP-2 relays and the ES-41 and SE-2 signaling devices. The latter utilize four drop-
ping relays. The signalization circuit is introduced for the terminal stand-by
switches utilizing the ES-41 devices. This and a circuit utilizing a stepping switch
i
Card 1/2 UDC: 62-75

1 ACC NR,
AR6015998
are applicable in extruding machine protection circuits. The terminals of the step- i
,ping switch poles are connected to the terminal switch contacts. When any switch is
lactivitated the relay loses current and locks its normally closed contact which
Ideactivates the stepping switch relay whose closed contact locks the stepping switch
icoil circuit advancing the rotor brushes. The rotor brushes will advance until the
,faulty mechamism is located. They will stop at the corresponding terminals and remain!
there until the fault is removed and the relay circuit restored. This fault detection~
i
circuit with the stepping switch cannot locate the self-restoring stand-by switches,
Ibut the circuit with the signaling devices is able to do this. Therefore the best
!circuit is a combination of both the signaling devices and stepping switches. To
locate the self-restoring failures it is advisable to use dropping relays. The step-
,ping switches are to be used in all other cases. [Translation of abstract]
j4 illustrations and bibliography of 6 titles. B. U.
SUB CODE: 09, 13 //*

MAKSIMOV, V.A., inzh.; CR-IDV V.G-. inzh.1 KOSTYM, A.D., kand. tekhn.
nauk.; GURKOV, nauk; KRZYM, V.I... inzh..-,
B&AN, N.A., inzh.
Testing the BFff-1 boring and loading machine at the Sarany
chromite mine. Shakht. stroi. 8 no.5t17-21 MY164 (MIRA 17t7)
1. laekeandrovskiy mashinostroiteltnyy zavod (for M&ksimor).
2. Saranovekiy khromitovyy rudnik &,jadno-Urallskogo soveta
narodnogo khozyayBtva (for Orlov). 3. Institut gornogo dela
Sibirskogo otdeloniya AN SSSR (for Kostylev, Grarkov, Kreymer).
4. Kumetskiy nauchno-issledovatellskiy ugollnyy institut
(for Belan).

S/115/60/000/02/020/031
D002/DO03
AUTHORS: Kukush, V.D., qrlov, V.G.
TITLE: Increase in Exactness of Electrical Calibration of
Ponderomotive SPH Power Meters
PERIODICAL: Izmeritellnaya tekhnika, 1960, Nr 2, pp 45-46 (USSR)
ABSTRACT: The calibration block circuit recommended by A.I.
Gullen CRef 1_7 is compared to a circAit with "magic"
coaxial T-connections as described by T. Marita and
L.S. Sheingold Z-Ref 2 7. The latter c&libration
method is recommended For absolute calibration .
of coaxial ponderomotive power meters. There are
2 diagrams and 2 English references.
Card 1/1

S/057/61/031/012/008/013
B104/BI12
AUTHORS: Valitov, R. A., Kukush, V. D., Orlov, V. G.
TlTLE: Experiment on direct conversion of the energy of an electro-
magnetic Buperhigh-frequency field into kinetic energy
PERIODICAI; Zhurnal tekhnicheskoy fiziki, v. 31, no. 12, 1961, 1462-146r
TEXT: P. N. Lebedev was the first to demonstrate that the pressure of
light (energy of an electromagnetic field) can be converted into
potential energy (Izbrannyyo prolavedeniya. Pod redaktaii A. K.
Timiryazeva. Izd. tekhniko-teareticheakoy literaturi, 1949). An attempt
has now been made to convert the energy of a ouperhigh-frequency field
into kinetic energy by utilizing the pondermotive forces acting upon a
well conducting plate placed across a waveguide. For a circular traveling
waveguide, in which a test specimen may move in a circle, the following
equation of motion of the specimen is obtained:
d2a d
I -7 + A + Mfr - Mp, where I is the moment of inertia of the moving
dt
Card IX.-

S/057/61/031/012/008/013
Experiment on direct conversion... B104/B112
system, a the angle of rotation, A a proportionality fi-ctor relating the
moment produced by the aerodynamic resistance to the angular velocity,
Alfr the moment of frictional forces# and M p the moment of pondermotive
forces. With the solutions of this system the expected speeds of a real
system are estimated. MP . 35010-3 dynetem is obtained for a power input
of 40 w, an smplification factor of the traveling wave resonator of
N2 - 10, a reflection factor 191 - 0.5 of the speciment a X/X W ratio of
0.75 (A is the wavelength in free space and A w that in the waveguide),
and a mean radius of 3.5 cm of the circular waveguide. M fr ' 8.0-10-5
dyne*cm is obtained for a coefficient of friction of 0.13 and a mass of
the moving system of 50 mg. A is estimated by an empirical formula as
being 0.245 dyneocm-sec/rad. Thus, W - 142,10-3 rad/sec (n - 1.56 rpm).
A device used for checking these results is described. It consists of a
magnetron generator (1) (Fig. 1), an attenuator (2), a pondermotive
wattmeter (3), a traveling wave resonator (4) with a moving system, a
directional coupler (5), a detection section (6), and a load (7). The
Card 2,YA",

S/057/61/031/012/006/013
Experiment on direct conversion... B104/Bil2
moving system in a centrally supported pivoting arm with metal disks at
the end. With a power input of 40 w and an amplification factor of 3,
the disks placed at a distance equivalent to five half-wave lengths
had a period of 47 sec. The acceleration time of the system was 10 sec.
The period could be reduced to 15 a
r:oouoingofilame5to instead of disks.
The low efficiency of energy conve i n (ab ut 10- %) is attributed to
losses on the vaveguide walle. V. G. Mikhaylik participatpd in the
experiments. There are 4 figures and 6 references: 4 Sovivi and 2 non-
Soviet. The two references to English-language publications read as
follows: A. L. Cullen, Proo. IEE, 22, IV, 45 - 50, 1952; F. 1. Tischler.
IRR9 5., 51, 1957.
ASSOCIATION: Kharlkovskiy gosudarstvennyy universitet im. A. A. Gor1kogo
(Khar1kov State University imeni A. X. Gorlkiy)
SUBMITTED: December 12t 1960
Card 31A1,

VALITOV, R.A.; KUKUSH, V.D.; ORLDV,V.G.
Ponderomotive power meter. lzm.tekh. no.7:32-37 Tl 162. (MM 15.6)
(Frequency measurements)

-------------

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vittinitirt

e
mel,ova Weblbe, inetered,

ow
diprot
using,*."
ort
Air _0
Ir "A iih-t
tk-l

ACCESSION NR: AR4023751
S/0274/64/000/001/AO56/AO56
SOURCE: RZh. Radiotekhnika i elektrosvyazl, Abs. 1A357
Orlovo V. G.; Kukush, V. D.-
AUTHOR:
TITLE: Ponderomotive forces acting on a body in a waveguide
CITED SOURCE: Uch. zap. Khar1kovsk. un-t. v. 132, 1962, Tr. Radio-
fiz. fak, v. 7, 112-121
TOPIC TAGS: ponderomotive force, waveguide, Helmbolz energy method,
network theory, normalized susceptance, reflection coefficient,
standing wave ratio
TRANSLATION: The ponderomotive forces acting on a well conducting
body placed in a waveguide with an unmatched load are investigated
theoretically and experimentally. The Aelmholz energy method along
with network-theory formulas are used to calculate the resultant
Card

ACCESSION NR: AR4023751
force acting on a plate mounted transversely to a rectangular wave-
guide operating in the H10 mode. ,The magnitude of the force depe,-.c.~s
'~on the normalized suscept nce in-
!not only on the incident power and
troduced by the*body in the waveguide, but also on the reflection co-
efficient of the load and on the distance between the body and the
load. For a definite distance and a short-circuited load, the re-
sultant force can reverse sign. The appearance of an attractive
force is due to the accumulation of energy because of multiple re-
flections between the body and the load, so that the amplitude of
the wave which propagates from the load in the resonator turns out
to be many times larger than the amplitude of the waves propagating
from the generator. Experimental investigations of the dependence
of-the force on the length of the line between the disc 6d the load
for fixed load SWR and disc susceptances were made with a metallic
disc 0.02 mm thick at a frequency 9175 Mc. The experimental data
agreed qualitatively and quantitatively with the theoretical results.
The data obtained can be used for the deVelopment of new measuring
Card ' 2/3

ACCESSION NR: AR4023751
instruments based on the ponderom6tive principle. Bibliography, 4
titles. N. B.
DATE ACQ: 03mar64 SUB CODE: GE, CO ENCL: 00
Card 3/3

ACCESSION NRs AR4023765 S/0274/64/000/001/AO78/AO78
SOURCE: RZh. Radiotekhnika i elektrosvyaz*. Abs. 1AS07
AUTHOR: Orlov, V. G.
TITLEs New types of ponderomotive microwave measuring instruments
CITED SOURCE: Uch. zap. Kbar'kovsk. un-t, v. 132, 1962, Tr. Radio-
fiz. fak., v. 7, 122-134
TOPIC TAGS: ponderomotive microwave meter, ponderomotive micro-
wave wattmeter, microwave instrumentation, microwave watthour meter
TRANSLATION: Instrument circuits for the measurement of microwave
power, using the p6nderomotive action of the electromagnetic field,
are considered. The simplest instrument contains a conducting plate
suspended in a waveguide. The electric field of the wave causes
the plate to turn by an angle determined by the power of the wave.
Card

ACCESSION NR: AR4023765
The error of this method does not exceed 2% for a matched load, but
increases sharply with increasing VSWR and with increasing fr~equency
deviation. Better results are obtained with two plates. In an in-
strument using the interaction with both the electric and magnetic
field of the wave, a disc is placed in a waveguide and is connected
to a torsion suspension by a quartz rod, wbich passes through the
side wall of the waveguide. The force acting on the disc is
P A 2
F Vr_- I.- - b
Ic
where b is the normalize4)susceptance of the disc. If a bent wave-
guide section is used, with a radius of curvature equal to the dis-
tance from the center of the disc to the suspension filament, then a
pointer indicator can be constructed. The principal error of such
an instrument is 3--4%. The additional errors are determined by the
VSWR and by the b(f) dependence. To increase the instrument sensi-
tivity it is possible to use a circuit in which the generator is
mati:hed by means of a ferrite rectifier and the distance between the
Card 2/3

ACCESSION NR: AR4023765
disc and a'..short-circuiting plunger (used in place of the load) is
adjustable. The measurement error in this case is 7-8%. Analogous
apparatus can be used in a bent coaxial line.- The dynamic wattmeter,
J.-
has an impeller, the bars of which pass through a slot cut in the
broad wall of the waveguide. When energy passes through the wave-
guide, the impeller rotates. The angular velocit-
y of rotation is
proportional to the power. This instrument can serve as a watthour
meter. Bibliography, 12 titles. V. R.
DATE ACQ:
03Mar64 SUB CODE: GE,.SD ENCL: 00
card 3/3

ACCESSION NRs AR4023764 6/0274/64/000/001/AO77/AO78
BOURCEs RZh. Radiotekbnika i elektrosvyazl, Abu. lA506
AUTHORs Valitov, R. A-r Kukush, V. D.;-Qrlgv, V. G.
TITLEt Ponderomotive power measuring instrument
CITED SOURCE: Uch. zap. Khar'kovsk. un-t, v. 132, 1962, Tr. Radio-
fiz. fak., v. 7, 176-190
TOPIC TAGS: ponderomotive power meter, ponderomotive wattmeter,
electric wattmeter errors, mechanical wattmeter errors, capacitive
susceptance, microwave wattmeter
TRAIMATION: Two silver rectangular plates spaced )Lb/4 apart are
glued to a rigid quartz rod in a vertical waveguide section. A
mirror is glued to the same rod. The rotation angle is indicated by
a light beam reflected from the mirror onto a scale. The calibra-
Card 1/3

ACCESSION NRs AR4023764
tion of the ponderomotive wattmeter is by two me'anst electric and
chanical. The electric calibration coefficient K determines the
me
connection between the power and the rotation angle, and depends on
the frequency:
K - El - (%0A )211/2
e cr
In the case of mechanical calibration, one determines experimentally
the per-unit torque of the suspension filament K t
m
K
P 4A9.
K
e
To compensate for the capacitive susceptance of the plates, induc-
tive posts were placed in the waveguide. The VSWR at 0 - 450, in
the 3.1--3.3 cm range, is then < 1.12. The main error of the ponder-
omotive wattmeter is determined by the calibration error and by the
Card

ACCESSION NRx AR4023764
angle-moasuremont error. Theoretically (AP/P) 3.4%. A com-
max
parison with a precision calorimetric instrument at 9380 Mc at a
VSWR equal to 1.05 yielded &P/P - 1.2%. The readings of several
wattmeters differed by 0.5%. V. R.
DATE ACQt 03Mar64 SUB CODE: GE, SD ENCLs 00
Card 3/3

ORWV I V. 0.
-, -
Abooluts -alibratlen of pondernmetive wittmte-,.o with .,Cgs*s.
In. tekb . rAn.5246-a MYIQ (MIRA 1-7r7)

!'I, .- ~' ';
g,
.K,5 ~, 1

m W-Im 6 M! MAR,

~- !"_ , -, V ,V I I_r_
ANTONYUK. 1.D.. inzheneugjjQLbj&,; SAMSONOV, A.V.; TSARItHKO. A.?.,
redaktor; KHITROV. P.A.. tekhnicheskiy redaktor
(Station master$s usnuall Posoble nachallniku stantell. Moskva.
Gos.transp.shel-dor. Isd-vo. 1957. 406 o. (MLRA 10:9)
(Railroads--Stations)

ANTON=, Igor' Danilovich; 044P!,~_Viktor Gricor8yevich; SAMSONOV.
Alsksey Vasil'yevich; T.WkJ*4'0*,' KRITROY, P.A..
tekba.zed.
(Kanual for the stationmeterl Posobie nachallniku stantaii.
Izd.Z., parer. i dop. Moskva, Vues.izdatellsko-poligr.ob"odi-
usuie H-va putei soobshcheniia, 1960. 398 P. (KIRA 13:6)
(Railroads--Station service)

VINOGRADOVA, Tevgeniya Nikolayavna; KAWYNOV, Kikhail Stepanovich;
_QAQV~~rArjgor_!yeyA,ch; POWCV. Vladimir Favlovich;
B=VOY, N.Ye., red.; IHITROVA, N.A., tekhn.red.
Eftyerienoe in the transportation of farm produce) Opyt perevozok
sellskokhoziaistvennykh grusov. Moskva. Vess.izdatellsko-poligr.
obledinenis, X-va putei soobahchaniia. 1960. 55 P.
(KIRA 13:10)
(Farm produce--Transportation)

PLADISI Feliks Antonovich;RDSTOVSKAYA, Ye.P.; PLU~OVV&.; POTAPOV,
V.P., inzh., reteenzent; PREDE, V.Yu., insh., red.;
MEDVEDEVAP M.A., tekhn. red.
(Tables for determining the weight of freight by volume
measurement and estimation] Tablitsy dlia opredeleniia vesa
gruzov po obmeru i raschetu. Moskva, Transzheldorizdat,
1963. 126 p. (MIRA 16:5)
(Railroads-Freight--Tables)

ORLOV V G.
Tasks concerning the in- ana outbound freigA handling ana storage.
Zhel.dor.transp. 45 no.7:16-20 J1 163. (MIRA 16:9)
1. Zamestitell nachallnika Glavnogo gruzovogo upravleniya Minister-
stva putey soobshcheniya.
(Freight and freightage)

ORLOV, VOGO
Nov statute for the U.S.S.& railroads. Zhel. dor. trwisp. 46
no.7&13-18 Jl 164. (KRA 17 18)
1. Zameatitell nachallnUm Glavnogo gruzovogo uprayleniya
Miniaterstva putey aoobahchaniya.

ORLOVO V.I.
Valuable experiment at the Irkutsk lxperiment Station.
Zhivotnayodetva, 23 no.3t84 Wr 161. (MIRA 16s2)
(Irkutsk Province.-Dairy cattle breWing)

ORIDY, Vladimir Ivanovich, laureat Leninskoy presdi; ARZUMANOVA,
We # redo; MARAY"VA, L*P.p tekhn, red,
(The mighty atom; impressions] Bogatyrskii atom; vpechatle-
niia. Moskva, Izd-vo "Savetskaia Rossiiap 1962 173 p.
iMIRA 15:7)
1. Redaktsiya gazety "Pravda" (for Orlov).
(Atomic energy)

ORLOV, V. I.
Methoda of raiaing the productivity of cement mills. TSement
29 no.5t2O S-0 163. (MIRA :L6; 11)
1. Azalitsement.

TAV U-IL-i-didat takhnicheskikh nauk; ?RUBIN. K.G., professor, doktor
one"
tsk~nlehesklkh nauk.
Changes In gas content during smelting of chroeluta-Mckel-solybde-
num steel. Sbor. lost. stall no.35t102-121 156. (KLVA 100)
1. Kafedra metallurgit stall.
(lit eke 1-chromiu*-molybdenum alloys)
(Gases in metals)

137-58-6-11681
Translation from Referativnyv zhurnal. Metallurgiva, 1958, Nr b. p 63 IUSSR)
AUTHORS Trubin, K G., Trubetskov, K M., Orlov, V.I.
TITLE Use of Oxygen in the Open-hearth Scrap-and-ore Pro(ess (Pri-
meneniye kisloroda v martenovskom skraprudnom protsesse)
PERIODICAL V sb. Primeneniye kisloroda v metallurgii. Mos(o"v,
Metallurgizdat, 1957, pp 68-94
ABSTRACT A detailed investigation at the Zaporozhstal' plant with open-
hearthfurnaces (200-t batch; having magnesite-chromite roofs
has resulted in the recommendation that a heat regime be em-
ployed in which the air is enriched by 0? by as much as 25%.
When this is done, the output of the furnace rises by ?-65o and
the unit nominal consumption of fuel diminishes by 17%. A
further increase in the enrichment of the air to 30% carries
with it a continuous increase in the productivity of the furnace
of up to 46.05o. The duration of the heat is cut chiefly by sav-
ing on the melt-down and working periods. Here 0? ser%es not
only to intensifv fuel combustion, but to increase heat gain
from completion of the combustion of the CO. thus causing the
Card 1/2 open-hearth furnace to approximatc the surface-blown

137-58-6-11681
Use of Oxygen in th.-- Open-hearth S( rap-and-ore Process
Bessemer process. During the working period there is an increase in the
Vheat of the metal, which attains 60-800C/hr. There is a corresponding
rise in rate of addition of Fe ore, with an increase in rate of decarburiza-
tion to 0.88%/hr. At inc reased flow, the temperature conditions of the
brickwork do not go beyond the bounds of the set standards, and the effic-
iency of the furnace proper rises to 0.413. The use of OZ for direct oxida-
tion of impurities is most efficient at high initial (C] . Thus, when oxygen
is blown in during the melt-down and working periods, the output of the
furnace rises by 39% when the total unit consumption of Oz is increased to
12 M3/t. Oxygen blow into a bath with 0.5-0.6% C reduces the heat by 45-55
min. The quality of the steel remains virtually unchanged with the various
methods of intensifying the heat.
Yu N.
1. Open hearth f-,xnaces--Perforvirce oxyger,-Applications
3. Metals--Froces_-ir.,-
Card 2/2

SOV/ 137-58-7-14361
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 7, p 59 (USSR)
AUTHORS: Kryakovskiy, Yu.V., Orlov, V.I., Yun Son Chol'
TITLE: Dust Formation in-It-c'5'pe~ Hearth in the Scrap-and-ore Pro-
cess (Pyleobrazovaniye v martenovskoy pechi pri skrap-
rudnorn protsesse)
PERIODICAL: V sb.: Primeneniye kisloroda v metallurgii. Moscow,
Metallurgizdat, 1957, pp 119-137
ABSTRACT: A study is made of the formation and carry-off of smelting
dust in 185-t furnaces of the Zaporozhstal' Plant when 02 is
used directly in the bath and in the flame, and when as much
as 25 and 307o 02 is added to the air. The dust contgn~s of the
combustion products are determined by sampling them in the
air uptakes by means of a water-cooled pipe, the in'let of which
is mounted in line with the flow of flue gases, and by passing
these gases through glass jars half full of distilled water, where
the dust is trapped. The rate of suction is regulated by the
vacuum in the system produced by an ejector pump. Lack of
uniformity in the dust contents of the combustion products at
Card 1/2 various times during heats with and without oxygen is noted;

SOV/ 137-58-7-14361
Dust Formation in the Open Hearth in the Scrap-and-ore Process
the maximum dust content in the combustion products was found during the
pig-iron addition, the minimum during the period of deoxidation when the
bath was quiet. The formation of dust when the flame was enriched by a
limited amount of oxygen (25% 02) differs only insignificantly from the forrn-
ation of dust in heats without oxygen and does not exceed 2 kg/m3 [should be
g/M3. Transl. Ed. Note I . When the jet of flame is enriched by 30% 02, in-
tensive formation of dust is observed: up to 8 g/cm3 during melting and 5
g/m3 during the working period. When the bath is blown with 02, the dust
contenc of the products of combustion sometimes rises to 26 g/m3. Dust
formation proceeds most intensively at elevated [C) both when 02 is fed
into the jet of flame and when it is blown into the metal. In all cases, the
dust consists primarily (70-92%) of Fe oxides.
1. Open hearth furnaces--Performance
3. Oxygen--Applications
A. S.
2. Particles (Airboriie)--Detei,minilli~,.r,
Card 2/2

MUDV, V.I., kand.takhn.nauk; IVAROY, R.M., insh.; YZRIN121, M.D., lnzh.
Gas content in open-hearth furnace baths. Sbor. Inst. stall
w.37:98-IL23 157. (KIRA 11:3)
1.Xafedra metallurgii stall Moskovskogo instituta, stall im. I.V.
Stalina.
(Open-hearth furnaces)
(Gases in metals)