SCIENTIFIC ABSTRACT YE. N. CHECHURINA - A.N. CHECHURO

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000308230003-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 52
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/194/61/000/008/001/092
D201/D304
YOTHOR: Chechurina, Ye.N.
TITLE: Methods of determining magnetic properties of ferro-
ma,g,netic materials when magnetized simultaneously
by two alternating fields
PERIUDMZ: Referativnyy zhurnal. Avtomatika i radioel-ektronika,
no. 8, 1961, 6, abstract 8 A41 (Tr. in-tov kom-ta
standartov, mer. i izmerit. priborov pri Sov. hin.
Sal-ISR, 1960, no. 43(103), 96-110)
T-zXT: Methods are considered of determining the dynamic
curves of composite magnetization as used in material
analysis. The
compensation method of measurements is recommended. The basic
cir-
cuit is given for analysis of sEanples of materials by the
compensa-
tion method under the condition of simultaneous magnetization
by
two alternating currents of different frequencies. 1-11agnetic
charac----,:-
teristics of various magnetic materials are given when they
are mag-
Card 1/2

S/194./61/000/008/001/092
Eethods of determining magnetic... D201/ 304
netized simultaueously by two alternating fields- Uethods are
con-
sidered of determining the graphs of the dependence of
resulting
induction on the resulting intensit of the n; agnetic field.
13 f ig-
Ures. 3 tabIcs. 3 references. ~ ~tstracter's note: Complete
traTI-
slation2
Card 2/2

. CHWHURINA., Ye. 14.
Standardizing materials with magnetic characteristics.
Standartizatsiia 25 no.6:41-42 Je 161. (MIRA 14:6)
(Metals--44agnetic properties)

VTATKIN. Te.l., gornyy insbaner; CHSCHURIN, Tu. A.,
gornyy inzhener.
Travelling bin for the removal of rock broken off by
blasting.
Goreshur. no*12:54 D 156. (RIFLA 10:1)
1. Kamerovskly gopnyy Institut.
(Nine haulage)

C';,Ir'C`,!';RI'ITA, Ye.
"A 1-ethod for Determining the Characteristics of
Forromagnetic"aterials
A%. Simultaneous I-'agnetiz&ftby -)irect and Alternatin-
Fields." "land Tech
Sci, All-Union Sci Res -Inst of hetrologv. Leningrad,
1954. k'P-ZhFiz, Feb 55)
SO: Sum. No. 631, 26 Aug 55 - Survey of Scientific and
Technical Dissertations-
Defended at USSR Higher Educational institutions (14)

CHIRNTSM, Te.T.; CHEWSMA. N.G.; CHWHMM, U.N.
Plagnstle characteristics &xd their measurement under
conditions
ofalternating voWnetization. Fix.met.1 metalloved. I no.l:
92-100 155. (MA 9:3)
1. TsesoyumW nanobso-Isslodavatellsklyy institut astrologli
iment D.I. XentoleMa.
Mcnetle materials)

GURNYMMO Ye.T.; GELICHURI U.N.
saiection or uwmtlo charablaristles of forrowignetic
mterials
in sivn1taneous w9cwtization by permuent ancl
alternating mg-
ustic fields. ft-Wly NXIM no.29t5l-57 156. (MIRA IOtIZ)
(Forrowcutism)

112-57-7-13946
Translation from: Referativnyy zhurnal, Elektrotekhnika,
1957, Nr 7, p 16 (USSR)
AUTHOR: Chechurina, Ye. N.
TITLE: Me-thods for Determining Magnetic Characteristics of
Ferromagnetic
Materials Simultaneously Magnetized by DC and AC Fields
(Metodika
opredeleniya magnitnykh kharakteristik ferromapitnykh
materialov pri odno-
vremennom namagnichivanii postoyannym i peremennym polyami)
]PERIODICAL: Tr. Vses-. n-i. in-t m6trol- (Transactions of
the All-Union Science-
and-Research Institute of Metrology), 1956, Nr 29 (89). pp
109-126
ABSTRACT: A theoretical and experimental analysis was made of
various circuits
used for measuring magnetic characteristics in alternating
magnetic fields
with an additional superimposed constant magnetization. The
author has drawn
the following conclusions: (1) A suitable, practical method
for measuring
mean magnetic permeability is to determine the sums of flux
density and mag-
netizing force amplitudes on the basis of the mean values of
EMF induced in
the measuring winding of the sample and in the secondary
winding of the mutual
inductance -winding (which is connected in series with the
magnetizing winding
of the sample); (2) In measuring mean values of induced
EMF's, a diode-
Card 1/3

112-57-7-13946
Methods for Determining Magnetic Characteristics of
Ferron-Aagnetic Materials
voltmeter with adjustable bias voltage would be suitable; such
an instrument
permits measuring mean values of both badly distorted EMF's and
constant
EIAF's with an error of IS or less; (3) For testing materials
with high elec-
tric resistivity at frequencies of 50 cps or lower and
sinusoidal field strength,
the method of measuring mean EMF's can be replaced by the
ballistic method;
(4) In cases where it in necessary to know the relation between
the permea-
bility (determined from the first harmonic& of flux density and
magnetizing
force) and the permanent magnetizing force, it in expedient to
use the compen-
sation method, suitable for both the sinusoidal flux density
and the sinusoidal
magnetizing force; (5) With proper equipment, the error in
determining the
mean permeability by the method of measuring mean EMY values
does not ex-
ceed + 2 - Sfe; (6) Additional errors due to insufficient
inductance of DC cir -
cuit, lonsinusoidal magnetizing force or flux density,
incomplete demagnetiza-
tion of the sample, etc. , can be practically eliminated: (7)
For determining
the relationship between the peak value of the flux-denmity
second harmonic and
the DC magnetizing force, it is practical to use the method of
measuring mean
Card 2/3

112-57-7-13946
Methdds for Determining Magnetic Characteristics of
Ferromagnetic Materials . . . .
values of the second harmonic of induced EMF's; a
diode-voltmeter combined
with a resonant filter and a,,,i amplifier can be expediently
used.
L.Sh..K.
Card 3/3

--- ---------
A,
:.j-.R'OTTJNOV, V.P.; DGLINSKIY, Te.F.; KOLOSOV, A.1,;
NMDWV. L.M.; RORANOVA,
W4,-
H.F.; RIM. N.M.; C, WINKA YA SHIROKOV, K.P.; SBIUMMY.
Ye.O.; YANOTSIar. J-.W.-
S.T. Cherayshey; 50th birthdkv anniversary and 30th
annivereary of
scientIfle and I*dagngie activities. lau. tekh. no-3-.-Gl
M','-Jo '57.
(Chernyehev, ftentl Titovich, 1907-) MRA 10:3)

AUtAORS:
Levin, L.S.; SOV-115-58-4-27/45
TITLE:
The UFM-lApparatus for
Testing Magnetic Materials (Ustanovka

UFX-l d1ya ispytaniya
magnitnykh materialov-)
PERIODICAL:
lzmeritellnaya tekhnika, 1958, Nr
4, pp 65-6a (USSR)
ABSTRACT:
The UFX-l Universal Apparatus was
designed in the Vsesoyuznyy

nauchno-iseledovatellskiy institut
metrologii im. Mendeleyd-

va (The All-Union Research Institute for
Metrology imeni

D.I. Mendeleyev). It is used for determining the
magnetic

characteristics of materials under conditions of combined

magnetization in a frequency range of 50 to 2,500 c, both

for
individual ring-type objects and for objects which con-

stitute the
cores of single-phase and three-phase magnetic

amplifiers. With this
apparatus, characteristics can be

determined in conditions of:
sinusoidal intensity of the

so field, with sinusoidal induction, or
for taking measure-

men-ka under conditions of a distorted-current
curve or in-

duced emf. The construction, design ~nd operation of the
Card 1/2
apparatus are described. For measuring losses in the appa-

,2he UPM-1 Apparatus for Testing Magnetic Materials
SOV-115-58-4-27/45
4
ratus a thermo-wattmeter, produced at the VNIN by D.I.
Zorin and A.Ya. Bezikovich, is used. The definition errors
under various conditions are also analysed. There are 3
circuit diagrams and 5 Soviet references.
I. Magnetic materials--Test methods
Card 2/2

CH31CHURIM,
iir
Peculiarities of testing ferrogagngtic Mterials by
ragnetizing
than simultaneously in permanent and altermting
fi-elds. Trudy
VNIN no.38:126-135 159. OMRA 13:4)
(Ferromagnetiss)

CRERNEHEV.9 le.T,j-, CHERNYSHEVA., B.G.; CHBCHLUUMA,,
U.N.
jnterla~oratory coos ison of standard measures of
papetic flvxv
measuring coils, and normal samples of magnetic
matikrials.'
Trudy-insto Komo stand..9 mer i i=. prib. no.43:40-42
160.'
(M3RA 14:7)
(Magnetic measurements)

CHERNYSHUL, N.G.j CHECHMM, Ye.N.
Apparatus for testing samples of fernompetic mate by t4o
use of an up to 10 kHz frequency alternating curreiii vi
ii=1-
taneous magnetization by a constant and a variable fisj4e
Trudy inst. Kom. stand., mer i izm. prib. no..43.5&-U- 40.
(MIRA U:7)
(Mapetic measurements)

3/058/161/000/007/056/086
A001/A101
AUTHOR:. Chechurina, Ye.N.
TI=: On the problem of measuring differential magnetic permeabrility
PERIODICAL: Referativn-yy zhurnal. Fizika, no. 7, 1961, 283,
abstract 7E479
("Tr. in-tov Kom-ta standartov, mer I izmerit. priborov pri Sov.
Min, SSW , 1960, no. 43 (M), 90 - 95)
TEXT: The author considers the method of measuring maxinnim
differential
permeability on dynamical hysteresis loop. Calculation formulae are
presented
for a particular case of magnetizing the specimens by a sinusoidal
magnetic
field, and the basic scheme of determining P
+ _~d max is given. The toroidal speci-
meW-is magnetized by an alternate magnetic field induced by a
primary coil wound
6n it' and emf induced in 1.1he secondary coil is measured with- an
amplitude volt-
meter: The relative error of measurement is determined by the
errors of the
measuring Instruments, and amounts in the present case to 5-6%. The
results are
presented of measuring /A/d.max for specimens of steels `~'330
(E330), 80RXIC.(80
NJM),#7qHMA(7qNMA) and 5OHn(5ONr) at frequenaies of 5o, 4oo and
1,000 cps and
various values of H amplitude. L. Vinokurova
[Abstracter's note: Complete translation]
Card 1/1

CHEC4MM I Ye.N,
Methods of determining magnetic characteristics of
ferromagnetice
materials in case of simultaneous magnetization by two
variable
fields. Trudy insto Kom. stand.,, mer i izm. prib.
no.43.,96.
3-10 160. (14M 34:7)
(Magnetic measurements~

CHERNYSIIEVA,, N.G.;
Conference on methods and eqaipment for testing
magnetic materia3m,
Zav.lab. 27 no.llsl436-1438 161. 1 (MIRA 14:10)
(Magnetic materials-Congresses)

GFJMSBEV, Ye.T.; CHERNISHLYA,, N.G.; CHtHURINA,
Te.N.; BAL-YAN, L.,
red.; KASHIRIN, A., tekhn. rea-.,
[Magnetic measurements using alternating and direct
currents]
MagnitmVe izmereniia ma postoiannom i perememnom
toke. Moskvaj,
Stfindartgizj, 1962. 163 p. (KERk 16: 1)
(Magnetic masurezents) (Magnetic fields)
(Electric measurenents)

CWWSHEEV, Ye.T.;,GI=HURjA&,-jeN,, CHERNYSHEVA,
N.G.; ORALOVA, I.A.
Research by the All-Union Research Institute of
Metrology on
Uw establishment of methods and creation of
equipment for
testing standard specimens of forromagnetic
materials by
alternating current. Trudy inst. Kom.atand.mer i
ism. prib
no.64.-145-15) 162. (MIIiA 1635)
(Fe=omai-sn,,tistop--measurement)
(Magnetic measurements-Equipment and supplies)

CHECHURI.KA, Ye.N,
Intdrnational system of units in magnetic measurement practice.
Trudy
n
inst.Kom.stand., mar i izm.prib. no.7-5-16 163. (MA 16:9)
1. Vsesoyuzhyy nauchno-ii3sledovatol'skiy institut metrologii imeni,
MendeleyeVa.
(Hapetic measurewnte)

BOMSIAVSKIY, Moisey-Grigorlyevich, kand. tekhn.nauk; KREMLEVSKIY,
janteleymon Petrovich., kand. tekhn. nauk; OLMIK, Boris
Nikolayevichg kand. tekhn. nauk; QWqgR.,4L&.,.Yekaterina,,
Vikp3,qyevna, kand. tekhn.nauk; SHIROKOV, Konsiantin
Pavlovich., kand, tekhn.nauk; B=N, G.D., doktor tekhn.
nauk# retsenzent; RYSKO, S.Ya., red.izd-va; MEDIVOEV, L,.Ya.,
tekhn. red.
[Tables for the conversion of measurement units] Tablitay
perevoda edinits i=erenii. [By] M.G.Boguslavskii i dr.
Moskva, Standartgiz, 1963. U6 p. (MIRA 17:1)
1. Vsesayu=yy naucbno-issledovatellskiy institut metrologii
im. D.I.Mendeleyeva (for BaguaLwakly, Kremlevskiy, Oleynik,
Chechurina, Shirokov).

CWHURNA, YO.N.; BXMSM, W.M.1 VINOGRADOVA, L.Se
YA"Unwnt -or tm com- ive fore* of materiale, Zav.
lab* 29
no.6022-724 163e (XM .16s6)
1, laningradskiy. gosudaritweraVy savod mRadistm i
V"mayusW
rA&iicbno;-Iaslodov&Ullskiy"inatitut metrologil, imn:L
Mondeleyeva*
~ (Nateriala-Phoetic proportion)

ACCESSION NR: AP4038454 S/0115/64/0001004/0046/0049
AUTHOR: Studentsovq No V,; Cherny*sheva, He C.; Chechurinas Ye No
TITLE: Accurate measurements of magnetic parameters in science
and technology
SOURCE: lameriteltnaya takhatka, no. 4p 1964, 46-49
i TOPIC XAGS: magnetism, uJognetism measurement, nuclear resonance.
'
paramagnetic resonance
ABSTRACT: The following magnetometric standards are presently used
in the USSR; the unit of magnetic field Intensity is established
by means of a quartz Helmholtz coil 312 mm in diameter and having
an accuracy of 0.001%. Hagnetic flux in established with a CampbelV
coil of 300 am and 480 am diameter, for the primary and secondary
ca,Ila, respectively, with an error of 0.004Z. These values are then
transferred to Industrial measuring instruments with an accuracy
varying from 0.01 to O.lZo Recently, the phenomenon of magnetic
nuclear resonance has come Into use as a standard for measuring the
Cwdl-/ 3

ACCESSION NR: AP4038454
intensity of magnetic fields from teas to millions of amps per-m
with an accuracy of a few thousanths of one percent. Other pheno
such as paramagnetic resonance and optical pumping have also been-
used for highly accurate measurements of very weak-magnetic fields.
Current scientific developments call for instruments 'capable of
measuring the geomagnetic field. and also extraterrestial magnetic
fields with an accuracy of I x 0-3'amp/m, that Is, about 0.002%.
In 1964 at the National Economy Fair, instruments were displayed
for the determination of atomic constants (gyromagnetic ratio)
designed by VNIIM (All-Union Scientific Research Institute for
KhGIMIP (Kharkov State Institute of Measures and
Measuring Instruments). One device measures we-ak magnetic fields
within an accuracy of 0.002%; an 'other instrument, the IMP-3, is
used to neasure the gyromagnetic ratio from 40 to 1200
kiloamp/meter.
An instrument similar to the IMP-3. with a range of 1-10kampla a
.nd
accurate to within 0.05Z,was also shown. Some of the new develop-
nents scheduled for the next 10-15 yr to satisfy the demands of
Soviet economy include a change-over to magnetic standards based
on elementary particle conIstants with an accuracy of 0.00052, the
general use of the nuclear resonance method and optical puraping
Cord

ACCESSION'NR:. AP4038454
for magnetic field mossureuents, and the'.adoption of new standards
for the testing of magnetic materials, Orig..art. hast 'I formula
ASSOCIATION: none
DATE ACQ: 12Jun64 EXCL: 00.
SUBMITTED: 00
SUB CODE: 'FAIMP NO REP SOVS, 000 OTUER: -000
ACmd 313

ACassION~NR:. AP4038454
for magnetic field measurements, and the.adoption of new standards
for the testing of magnatLc materials* fOrLSt.art, has: I formulo
ASSOCIATION: none
SUBMITTED: 00 DATE ACQ: 12Jun64 ENCL: 00-
SUB CODE: 'FAIMP NO REF SOV: 000 OTHERs .000

ARTAMONOV, Ye.V.; NIKITINA, S.B.; CHECHURIN, Ye.N,
Determination of the hysteresis cur~,es of ferromagnetic
materials.
ffov.nauch.-iss1.rab.po.met:r. VNIDI no-5:4-6 164.
(MIRA 3.8:3)
9

iv-nd"'Ov, G.F.-.. CHECIII)RINA, Ye.N.
Tpstiqg of a DSShU-M unit.
Nov.nauc~i.-issl.rab.lia.mrltr. WMM
no.5214-17 164. (MIM4 18:3)

CHECITURINA, Ye.N..
-- , -1"
International System of Units for electrical and
magnetic
measurements. Izm. tekh. no.10:54-57 0 164 (MIRA
18z2)

CHERNYSHEV, Ye.T.; CHECHURINA, Ye.N.
Present status and future development of magnetic
measurements.
Izm. tekh. no*12:20-24 D 164- (MIRA-18:4)

ACC Nk. AR601",188 SOURCE CODE: uRjoo5S/65/OOO/O12/AO29/AO29
AUTHOR: Chechurina, Ye. N.
TITLE: VAgnetic measurement of the characteristics of materials
in altermting field'
SOURCE: Ref. zh. Mike, AbA&AM
REF SOURCE: Tr. in-tov Goe. kom-ta standartov, mer I izuerit.
priborov SSSRp vyP-
76(136), 3.965, 76-82
TOPIC TAGS: scientific standardl metrology, magnetic field
measuremento magnetism
research facility, calorimeter, ultrasonic inspection
ABSTRACT: The article describes briefly apparatus constructed
In the magnetic labor-
atoi7,of VVIIN in recent yeats: 1) apparatus for testing
standard samples with
50 cps - 16-10s ac and under simultaneous magnetization in
constant and alternating
fields; 2) absolute and differential calorimeters for the
determination of total
losses in samples of ferromagnetic materials with error 1 - 2%;
3) bridge setup for
the determination of the characteristics of magnetically-soft
mterials at ultrasound
frequencies; 4) apparatus which makes it possible to determine
the instantaneous
values of +he induction and magnetic field intensity in the
frequency range 200 cps
- 10 kcs with instrumental error 3 - 7%* Bibliography, 28
titles. L. Xvanova.
[Translation of abstract]
SUB CODE: 20

ACC NR: AR6028416 SOURCE CODE; UR/0196/66/0001005/BO02/BO02
AUTHOR: Astapenok; M. F.; Ignatovskaya, G. Ya.; Chachurina, Ye, N.
.TITLE: Determining thr. magnetic characteristics of the material
of fabricated magnets
:S(7JRCE-. Ref. zh. Elektrotakhnika i energetika, Abs. 5B8
,REF SOURCE: Tr. in-tov Gos. kom-ta standartdv, mar I izmarit.
priborov SSSR,
1vYP. 79(139), 1965, 109-117
2OPIC TAGS: permanent magnet material, magnetic property
ABSTRACT: The:principal results are reported of an investigation
of permanent magnets
zof various shapes used in electric measuring instruments. To
reduce the error in
determining B, the search coil encompassing the neutral
cross-section of the magnet
.should ~e shaped according to this cross-section and should be
placed snugly to the
.zagmet. In measuring H the error appreciably depends on the
search-coil shape
%t','iniatt,ure field coils tabout 5 x 3 x 2-5-mm) yield best
results. In dealing wi+"h
shaped magnets, pole pieces providing for good magnetic contact
with the permeameter
!yoke are necessary.Most instrument-type fabricated magnets
permit determining their
roperties according to the abov6 method, the error in measuring B
and H being 2-5~
,iPand the error in measuring magnetic energy Product, 5-7%.
Testing of several
magnets revealed a wide spread o 50%) intheir magnetic properties
which depend
(up t
!on the malt. Six figures, one table- Bibliography of 4 titles.
L. Kazaz%novskiy
ZTranslation of abstractl
6: 09, 11
UDC: 6.21-318.2

CHWBM. A.E.; KOLISSM. I.L.
Irrors ir. controlling the flow of gases and
saterial distri-
bution In the blast furnace top. Metallurg 5
no.8:7-8
Ag 160. (KM l3s7)
1. Mmod In. Dzershinsicogo.
(Dust furniacos)

GOLIDFARB,, E.M., insh.; TAYTS, N.Yu., inzh.; LEGOVETS,
L.V., inzh.;
SOROKINO A.A 2 inzh.; CHECHURO, A.N., imbi; FOLETAYEV,
B.L., inzh.;
YAROSMWSUY; N.D.9 iw-ff.-
Increasing the beat capacity of blest furnace air
preheatera.
Biul.TSIICHM no.4.-9-13 161. (MIM 14:10)
(Bl"t furmces) (Air preheaters)

CHERNOV. X.N.
Uptimm compositiom of blast fumace slag In sout~arn plants.
Metanvzg 6 n6.4:" Ap 161. (KIRA 14,:3)
1. Neprodsershinskiy metallurgicheskiy institut i Zavod Imeni
Dzershinskogo. (Russia, South--Metallurgical plants)
(Sleg-Analysis)

GRECHURO, A.N., laiw6at Lenin koy premii;
KOLESNIK, I.L., starshiy
--pr--,D7rzvQdstvennyy meter; YASHIN, bv.F.
Removal of flame pulsatiola in air preheaters.
MetallUrg
6 no.9:3-4 3 161. (MIRA 14:9)
1. Nachallnik domennogo tseI&A zavoda imeni
Daerzhinsliogo
(for chechuro)* 2e Rukovoditell tekhnologicheskoy
gruppy
zavoda imeni Dzerzhinskogo (for lashin).
(Air preheaters) (Flame)

GOTLIB, A.D., prof.; FOLOVCEENKO, I.G.,
kand.tekhn,nauk; LEVCHENKO, V.Ye.,
irzh.; CBECIMRO -A ,
A -..inzb. U
IROj_ _.N -;_KHARCIEW, N I., inzh.;
YAMT-,-M.Y., inzh.
Blast furnace operations with use of screened sinter.
Biul.
TSIICIZI no.2:12-15 '61. (MIRA 14:9)
(Blast furnaces)

4XINOV, V.L; CHSCHURDO A.N.; DOWOV, V.M.
Mowing oxygen deep into a blest furnace bearth. 16tal-lurg
7 aoe22&
ICS D 162, (NM 15:3.2)
1e Zavod im* Dser 0 1 Dneprodsershinskiy zavad-vtux,
(Blast furnace (Oxygeor.-Industrial applications)

LOG114OV, V.I., kand.tekhn.nauk; CHEGHbR0,_,.-A.N. inzh.
Optima conditions of blast furnace smelting. Stall 23
no.7:581-
585 J1 63. (MIRA 16:9)
1. "vod im. Dzerzhinskogo i Dnoproftorzhinskiy
-.avod-vtuz.
(Blast i~wnacos)

VOWVIK.. G.k.j,.POLOVCHEMW,,.I.G.; CHEGHM., A.N.
Conditions-or'tapping the smelting prodpats and
the-Aaaulfuration...,
processes in the furnace. Hatallurg 8 A60-10r" 0 163.
(MM 16:12)

LOGINOV, V.I.; CHECHURO, A.N.; DOLGOV, V.M.
Operation of a blast furnace with air tuyeres of
variable
cross section.;.Izv. vys. ucheb. zav.; chern. met.
7 no.10:
22-27 164. (MIRA 17:11)
1. Dneprodzerzhinskiy me-tallurgicheskiy
zavod-vtuz.

IDGINOV.9 V.I.; ~~qHURO, A.N.
Acceleration of blast furnace amelting. Stall 24 no.5s
392-395 MY '64. (KIRA 17:12)
1. Dneprovskiy kwt&l1urgicheBkiy zavod ip.,Ozerzhinskg~ J
Dneprodzerzhinskiy notallurgiaheskiy 09-40-vtuz.

CHECHURO A.N., inzh.; KOLESNIK, I.L., inzh.; YASIIIN,
Yu.F.
Eliminating the pulsation burning of gas in air
preheaters.
Stall 24 no.5t4O6-408 It 164. (MIRA 17:12)
1. Dneprovskly metallurgicheskiy zavod in.
Dzerzhinskogo.

GOTLIB, A.D., doktor tekhn. nauk; GIMMELIFARB, A.A.,
kand. tekhn. nauk;
YEFIW,NKO, G.G., kand. takhn. nauk; LAPA, A.M., kand.
takhn. nauk;
POLOVCHENKO, I.G., kand. tekhn. nauk; GRISHKO, V.A.,
inzh.; KHARCHENKO,
N.M., inzh... CHECHURO, A.N., inzh.
Automatic control of temperature conditions in a blast
furnace. Stall
25 no.7s585-589 Jl 165. (MIRA 1817)
1. Dnepropetrovskiy metallurgicheskiy institut i
metallurgicheskiy
zavod im. Dzershinskogo.

CHERNOV, Nikolay Nikitich; CHECHURO,
[Operation of an open-hearth
pechi. MosInra, Metallurgila,
furnace] Vedenie dome
1965. 223 P.
(MIRA 18:7)

d V 9-1P (v)/&-,T (k) /114P (h)/9TP (1)
ACC NRs AP6012947 SOURCE CODE i UR
AUTHOR: Gotlib.. A.D. (Doctor of technical sciences);
-Girmllf"b (Candidate
9-c-hn- 1
of technical sciences); Tefimenko, G. G. (Candidate of t ical
sc, e_nc~i); lapa, A*
(Candidate of technical: sciences); Fo_1o_vqhenko&_LL__G.
(Candidate of technical sciences)
Grishko, Ve A. (Engineer); Chechuro, A, N. (Engineer);
Kharchonko. N. Ms (Engineer)
ORG: Dnepropetrovsk Metallurgical Institute (T)mpropetrovskly
metallurgicheskly
instli-u-w; -PUR Dzershinskly (Zavod) S7
TIM: Automatic controAf the thermal state of a blast furnace
,SOURCE: Stal*, no. 7. 1965, 585-589
TOPIC TAGS: automatic control, blast J*nsce, algorithm,
digital computer
ABSTRACT: The currently used methods for contralLing the
thermal btate, of a blast
furnace have considerable deficiencies. There is considerable
delsw in receipt of
data for control changes* Control should be performed
directly on the chanGe in ther,
mal and reductive work of the gases, depending on their
distribution in 'the charge
and their movement through it. Theoretical principles for
thermal control bv corvo-
sition of flue g" have been developed-. a) minimum usage of
coke for smelting cast
iron of a Avon composition under given conditions of charge
material aid melting ip
defined, b) these parameters of the process are directly
maintained at a level neces-
sary to produce iron with minimm deviation fron the given
composition when all
beat reserves of tho ps as we usede

L 22139-66
'ACC Nk, AP
On the basis of these considerations, an algorithm for
cofitrol of the thermal'
state of a furnace was developed by the Usichan Scientific
Research Institute
for Computers for u3s in the "Sovetchik Masterel (SH-2)
computer at blast furnac '
A of the plant imeni Dzershinskiy. TIde device is a
digital computer which
performs the mathematical and logical processing of input
information on the
basis of this algorithm.
.During an 18-day trial period in May and a 36-day trial
period in October-
November, 1963,, the computer recommended 108 changes in
coke qaantity and 1"
changes in blast temperature* The r85U1t3 were positive;
the thermal state of
the furnace was mainly disrupted only mhen the
recommendations were not ful-
filled and during changes In loading without
recommendation by the computer.
The reccmeridation control considerably
lacr=cd-i~~nsistency In output com-'
position. Coke ufaage was decreased by 2.5%p The algarithe
-can be used only_
whon the fumace is under regular pea Engineer S, Z,
Newhenko, Engineer As
Skorobazatav. 9- K- I- ObUVO11n. Engineer Ti, 1. Slawhins
9 Engins~r
Tunchik, Ingimer Tu7,~... - 3~MVGU ft9inser Q a 3 a Kal
articipated
TW --work. Orig bast 3 11gu"s Md.& Um Be jM
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